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| number = ML17333A282
| number = ML17333A282
| issue date = 12/31/1995
| issue date = 12/31/1995
| title = DC Cook Nuclear Plant USI A-46 Seismic Evaluation Rept.
| title = DC Cook Nuclear Plant USI A-46 Seismic Evaluation Rept
| author name =  
| author name =  
| author affiliation = STEVENSON & ASSOCIATES
| author affiliation = STEVENSON & ASSOCIATES
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=Text=
=Text=
{{#Wiki_filter:DONALD C.COOK NUCLEAR PLANT SEISMIC EVALUATION REPORT ATTACHMENT NO.2 TO AEP:NRC: t040C RESPONSE TO NRC G.L.87-02 UNRESOLVED SAFETY ISSUE A-46 BY STEVENSON 5.ASSOClATES CLEVELAND, OH DECEMBER 1995>r~)v/'P602050080 960i30 pDR hooch, asoaosxs P PDR' 89C1570a/Disk4 Wlkdwn11.9a Seismic Evaluation and Walkdown Summary Report of the Donald C.Cook Nuclear Plant Units 1 and 2 To Resolve Unresolved Safety Issue (USI)A46 and Generic Letter (GL)8742 December 16, 1995 Performed for: American Electric Power Service Corp.1 Riverside Plaza Columbus, OH 43216-6631 Performed by: Stevenson&Associates 9217 Midwest Ave.Cleveland, OH 44125 (216)587-3805 Fax (216)587-2205 TABLE OF CONTENTS 1.0 EXECUTIVE
{{#Wiki_filter:}}
 
==SUMMARY==
.........~..................
~...~....1-1 1.1 Background and Objectives
~~~~~~~~~~~~~~~~~~~1.2 General Plant Description
...............
~~~~~~~~~~1.2.1 Site Location...1-2 1.22 Primary Plant System........
1-2 1.3 Report Organization
~1 3 2.0 SEISMIC DESIGN BASIS.....
~~~~~~~~~2.1 Safe Shutdown Earthquake Ground Response Spectra~~~~~~~~2 1 22 In-Structure Response Spectra...................................
2-1 2.3 Definition of Seismic Design Classification
....................
2-3 3.0 PROJECT TEAM...........
 
===3.1 Integrated===
Team Approach~~~~~~~~~~~~~~~~~~~~~~~~~~~3.2 Seismic Review Team~~~~~~~~~~~~~~~3.3 Peer Reviewers......~..................
~~~~~~~~~~~~~~~~~~~~~4.0 USI A46 EVALUATION FOR CLASS EQUIPMENT....~.....................
OF TWENTY-ONE
~~~~~~~~~~~~~~~~~~~~~4 1 4.1 Overall Approach Taken.......,..........
~~~~~~~~~~~~~~~~~~~~~42 Seismic Screening Guidelines
...~~~~~~~~~~~~~~~~~~~~~~~~~4.2.1 Seismic Capacity Vs.Demand~~~~~~~~~~~~4.22 Caveat Compliance
~~o 44 42.3 Anchorage Adequacy..........................................
4-5 42.4 Seismic Interaction Checks....,,..................,.............
4-11
 
===4.3 Outlier===
Resolution
~~~~~~~~~~~~~~~~~~~4 1 1 4.4 Other Types of Seismic Evaluations and Interfaces
......4-11 45 Documentation
~~~~~~~~~~~~~~4.6 Class of Twenty-One Evaluation Results...4-13 4.6.1 Equipment Characteristics 4-16 4.6.2 Seismic Capacity Vs.Demand Results...........................
4-19 4.6.3 Equipment Class Description/Caveat Results.~~~~~~~~~~~~~~~4 20 4.6.4 Equipment Anchorage Results...................
.....4-21 4.65 Seismic Interaction and Other Issues~~~~~~~~~~~~~~~~~~4 22 4.6.6 Deviations and Commentary on Meeting the Intent of Caveats...........
4-23 4.6.7 SQUG Action Items~~~~~~~~~~~4 23 4.7 Resolution of Identified Seismic Concerns and SQUG Action Items.......4-24 5.0 TANK AND HEAT EXCHANGER REVIEW...............
5-1 5.1 Summary of Review........................,...,..~...........
5-1 5.1.1 Vertical Tanks.~~~~~~~~~~~~~~5 1 5.1.2 Method of Solution for Vertical Tanks...............
5-3 5.13 Determine Tank Seismic Demand 5-3 5.1.4 Determine Tank Seismic Capacity.~..............................
54 5.15 Horizontal Tanks and Heat Exchangers 52 Summary of Results..............
52.1 Results-Vertical Tanks.................
~~~~~~5 6 5.2.2 Results-Horizontal Tanks and Heat Exchangers
.....................
5-7 11
 
===6.0 CABLE===
TRAY AND CONDUIT RACEWAY REVIEW 6-1 6.1 Scope of the Raceway Review.~....~.......~......~.............
6-1 6.2 Seismic Review Team.............:........................
~.~6-1 6.3 Summary of the Plant Area Summary Sheets (PASS)..~6-2 6.4 Summary of the Limited Analytical Reviews (LARs)...,............
6-2 65 Summary of Raceway Outliers...................
~~~~~~~~6 3 7.0 PLAN FOR ADDRESSING UNRESOLVED OUTLIERS AND OPEN ISSUES....,,........
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
==8.0 CONCLUSION==
S AND RESULTS....~~~~~~~~~~~~~~~~~~~~8 1
 
==9.0 REFERENCES==
 
.APPENDICES
~~~~~~~9 1 APPENDIX A-Resumes of SCE's APPENDIX B-Cook Nuclear Plant Floor Response Spectra APPENDIX C-SVDS Forms 111
 
LIST OF FIGURES Figure 2-1 Cook Nuclear Plant Ground OBE, 5%Damping...........
24 Figure 2-2 Figure 4-1 Cook Nuclear Plant Ground DBE, 5%Damping...2-7 Comparison Between 5%Damped Ground Response Spectra of Database Earthquakes and Cook Nuclear Plant DBE.........
4-25 Figure 4-2 Comparison of 5%Damped Bounding Spectrum to the Cook Nuclear Plant DBE...............................
4-26 LIST OF TABLES Table 2-1 Damping Ratios Used for Design at Cook Nuclear Plant........2-8 Table 4-1 Cook Nuclear Plant Unit 1 Equipment Items Containing Essential Relays.~4-27 Table 4-2 Cook Nuclear Plant Unit 2 Equipment Items Containing Essential Relays..~~~~~~~~~~~~~~~~~4 31 Table 4-3 Cook Nuclear Plant Unit 1 Breakdown of Class of 21 Equipment Items Requiring a Seismic Walkdown.4-34 Table 44 Cook Nuclear Plant Unit 2 Breakdown of Class of 21 Equipment Items Requiring a Seismic Walkdown.......,.............,....
4-35 Table 4-5 Cook Nuclear Plant Unit 1 Outliers-for Class of 21 Equipment, Reasons, Proposed Resolution, Current Status................
4-36 Table 4-6 Cook Nuclear Plant Unit 2 Outliers-for Class of 21 Equipment, Reasons, Proposed Resolution, Current Status................
4M Table 4-7 Commentary on Equipment Items Meeting the Intent of GIP Caveats Table 4-8 Issues Tracked Using the SQUG Action Item Report Not Included s an Outgoer......................,..................
4-56 a Table 5-1 Vertical Flat Bottom Tanks Reviewed for Cook Nuclear Plant....5-2 Table 5-2 Horizontal Heat Exchangers on at Least Two Saddles Reviewed for Cook Nuclear Plant..~..~...,................,.........
5-7 Table 6-1 Summary of the Plant Area Summary Sheets (PASS)...........
64 Table 6-2 Summary of the Limited Analytical Review..................
64
 
===1.0 EXECUTIVE===
 
==SUMMARY==
 
===1.1 Background===
and Objectives In December 1980, the Nuclear Regulatory Commission (NRC)designated"Seismic Qualification of Equipment in Operating Plants" as an unresolved safety issue (USI).The safety issue of concern was that equipment in nuclear plants for which construction permit applications had been docketed before about 1972 had not been reviewed according to the then-current (1980-81)licensing criteria for seismic qualification of equipment[i.e., Regulatory Guide (RG)1.100~'>;Institute of Electrical and Electronics Engineers (IEEE)Standard 344-1975<>
Standard Review Plan (SRP)Section 3.10 (NUREG4800, July 1981)<~].Therefore, the seismic adequacy of the equipment in these older plants may be questionable regarding their ability to survive and function in the event of a safe-shutdown earthquake (SSE).All operating plants for which equipment seismic qualification could not be verified to meet the intent of current licensing criteria were subject to the implementation provisions outlined in Generic Letter (GL)8742,"Verification of Seismic Adequacy of Mechanical and Electrical Equipment in Operating Reactors, Unresolved Safety Issue (USI)A46."~"~In response to USI A46, affected utilities formed an owners group known as the Seismic Qualification Utility Group (SQUG)in the early 1980's to formulate a unified and reasonable approach to this issue.Industry seismic experts and firms were retained to assist SQUG in the formulation of an approach using past earthquake experience as a means to verify equipment seismic integrity.
Based on a wealth of actual earthquake data as well as data obtained from full-scale shake table tests of equipment, the seismic ruggedness of certain classes of mechanical and electrical equipment has been established.
This data has been assembled and a ground motion"Bounding Spectrum" has been established below which the integrity of certain equipinent can be assured upon meeting caveats developed for each equipment group.The Donald C.Cook Nuclear Plant, henceforth referred to as Cook Nuclear Plant, site ground motion, as well as those of all other Eastern US power plants (east of the Rocky Mountains), has a design basis ground motion below the Bounding Spectrum.The seismic review of the plant for USI A46 was performed to the Cook Nuclear Plant Safe Shutdown Earthquake.
1-1 Although no explicit provisions within the USNRC regulations permitted the use of experience data as a means for seismic qualification, the USNRC determined that requiring older operating plants to comply with current licensing requirements was not practical because a literal application of those criteria to older operating plants could require extensive modifications of those facilities that could not be justified from the cost4enefit standpoint.
Therefore, the NRC concluded that the use of earthquake experience data, with appropriate inclusion rules and caveats, is appropriate for resolving USI A46.The approach used for seismic verification of equipment at Cook Nuclear Plant for resolution of USI A46 is contained in the Generic Implementation Procedure (GIP)Revision 2 as corrected<" which defines the requirements for the conduct of the effort.The approach involved selecting equipment that is required to safely shut down the plant and monitor the necessary functions to insure safe shutdown.The selected equipment is documented on the Safe Shutdown Equipment List (SSEL).Experienced seismic practitioners then conducted in-plant walkdowns (Seismic Screening and Verification Walkdown)to evaluate the adequacy of the equipment selected.The USNRC reviewed the GIP, Revision 2 as corrected and issued Supplemental Safety Evaluation Report No.2<'>(SSER No.2).The USNRC endorsed the GIP Rev.2, as corrected with some additional precautions.
The USI A46 effort at Cook Nuclear Plant Unit 1 was performed in accordance with the GIP, Rev.2 as corrected and SSER No2.~12 General Plant Description 12.1 Site Location Cook Nuclear Plant Units 1 and 2 employ a Pressurized Water Reactor (PWR)Nuclear Steam Supply System (NSSS)furnished by Westinghouse Electric Corporation
~W.The Reactor Coolant System (RCS)for each unit consists of four loops.The reactor containment is an ice condenser containment.
The current licensed Rated Thermal Power (RTP)for Unit 1 is 3250 Mwt, and for Unit 2 is 3411 Mwt.The site is located along the eastern shore of Lake Michigan in Lake Township, Berrien County, Michigan, about 11 miles south-southwest of Benton Harbor, Michigan.122 Primary Plant System For each unit, the primary plant system consists of a PWR, RCS, and associated auxiliary fluid systems.The RCS consists of four closed reactor coolant loops connected in parallel 1-2 to the reactor vessel, each loop containing a Reactor Coolant Pump (RCP)and a Steam Generator (SG), with an electrically Heated Pressurizer (PZR)connected to the hot leg of reactor coolant loop@3.The electrical heaters and spray nozzles in the PZR provide RCS pressure control.The SG's are vertical U-tube type heat exchangers utilizing Inconel tubes.Auxiliary systems are provided to charge the RCS, add makeup water, purify the RCS, provide chemicals for corrosion inhibition and reactor control, cool system components, remove residual heat when the reactor is shutdown, sample reactor coolant water, provide for emergency safety injection, and vent and drain the RCS.13 Report Orgaiiization The sections of this report are organized in accordance with Part II, Section 9.4 of the GIP.These sections include the following:
~Section 1,"Executive Summary and Background Information".
~Section 2,"Seismic Design Basis" (SDB)-The Cook Nuclear Plant Ground Response Spectra (GRS)and In4tructure Response Spectra (ISRS)are described.
The initial seismic design of the plant equipment is described.
The bases for determining how seismic demand is determined for each equipment class for the USI A46 evaluations are provided in Section 4, and documented on Screening Verification Data Sheet (SVDS)forms in Appendix C of this report.~Section 3,"Project Team"-The Cook Nuclear Plant project team is discussed.
Resumes for the Seismic Capability Engineers (SCEs)are included in Appendix A of this report.~Section 4,"USI A46 Evaluation for Class of Twenty-One Equipment"-Screening Verification and Walkdown results for mechanical and electrical equipment are discussed, in addition to the SVDS forms provided in Appendix C.Instances, when the intent of a caveat rule are satisfied but not the exact wording of the caveat, are identified in Table 4-7.A summary of outliers and their resolution is provided.~Section 5,"Tanks and Heat Exchanger Review"-Results of the tanks and heat exchangers reviews are discussed, including instances in which the intent, but not the letter, of a caveat is met.A summary of outliers and their resolution is provided.1-3
 
Section 6,"Cable Tray and Conduit Raceway Review"-Results of the raceway review, including bounding samples and outliers, are summarized.
Section 7,"Plan for Addressing Unresolved Outliers"-The plan and schedule for addressing remaining unresolved outliers are discussed.
Section 8,"Conclusions and Results"-A brief summary of the conclusions and results of the overall USI A-46 project is included.Section 9,"References"-References made in the report are listed.In addition to this report there are two other reports included in the USI A46 submittal that form the basis of the USI A46 evaluation at Cook Nuclear Plant.Attachment I of the S l<<ll S"D ldC.C SN 1 Pl S~S" S d<<S of Cook Nuclear Plant Units 1 and 2 safe shutdown paths and associated equipment needed to achieve and maintain a safe shutdown condition for resolution of USI A46.Attachment 3 of the submittal is the"Donald C.Cook Nuclear Plant USI A46 Relay Evaluation Report," that documents the relay seismic evaluations for the Cook Nuclear Plant Unit 1 and 2 USI A46 resolution.
 
===2.0 SEISMIC===
DESIGN BASIS 2.1 Safe Shutdown Earthquake Ground Response Spectra The Cook Nuclear Plant is located in Berrien County Michigan along the shore of Lake Michigan.Historically this is a low seismicity area.The plant is conservatively designed for an operating basis earthquake (OBE)level of 0,10 g ground acceleration and a design basis earthquake (DBE)level of 0.2 g ground acceleration.
The DBE at Cook Nuclear Plant was used as the Safe Shutdown Earthquake, SSE, for the SQUG GIP evaluations.
Vertical ground response is two-thirds of the horizontal.
value.This was based on the seismicity evaluation in which a judgment was made estimating the maximum intensity (Modified Mercalli Intensity VII-VIII)that would occur at the site.All seismic Class I systems and equipments are designed to withstand the effect of a design basis earthquake and seismic Class II systems and equipment are designed to withstand the loads due to an OBE.The seismic design was based on the ground acceleration response spectrum curves shown in Figure 2-1 for the operational basis earthquake, OBE, and Figure 2-2 for the Design Basis Earthquake, DBE.The DBE becomes the Safe Shutdown Earthquake by definition using the GIP'~guidance.The spectra were derived from the"Housner Spectrum" normalized to 0.10g for the OBE and 0,20g for the DBE.22 In4tructure Response Spectra The in-structure response spectra (ISRS)used for the USI A46 project are the Cook Nuclear Plant design basis ISRS.A detailed description of the design basis ISRS derivation is contained in the Cook Nuclear Plant 120-day response to Supplement No.1 to GL 8742 (AEP:NRC1040A and AEP:NRC:1040B).
The applicable floor response spectra (where the equipment is located)are included as part of Appendix B.The USNRC reviewed the design basis ISRS for Cook Nuclear Plant and the method used for their development prior to the USI A46 evaluation.
The USNRC review concluded that the USNRC staff considers the Cook Nuclear Plant spectra to be"median centered".
The Cook Nuclear Plant USI A46 evaluation treated the spectras as"median centered" as a 2-1 result of this review.The GIP defines"median centered" in-structure response spectra as spectra that would result in using realistic damping and realistic calculational methods while based on a somewhat conservative Ground Response Spectra (i.e.Reg.Guide 1.60, etc.).Conservative In-Structure Spectra are response spectra that have been computed generally in accordance with the conservatism of current NRC Regulatory Guidelines (such as Reg.Guide 1.60 for Ground Spectrum Shape and 1.61 for Damping).In the case of Cook Nuclear Plant as described in Section 2.1, the SSE Ground Response Spectrum Shape was based upon the recommendation of Housner.This shape is less conservative than Reg.Guide 1.60, however retains an acceptable overall design margin by using lower damping levels than permitted by Reg.Guide 1.61.In review of the plant's"in-structure" response spectra, the NRC took the conservative approach by classifying the in-structure response spectra for all plants included in the SQUG program with Housner Spectra as"median centered".
The ISRS are not available at some of the floor elevations where the safe shutdown equipment is located.When this is the case, either the ISRS for a higher elevation or the ISRS developed by a linear.interpolation between existing ISRS may be used in the evaluation.
In the case of the Auxiliary Building at Elevation 609 feet, since the interpolated ISRS are very close to the corresponding ISRS for the Diesel Generator Building, the ISRS for the Diesel Generator Building were used.The designation of the in~tructure response spectra as"median centered" had the following impacts on the project: 1)Anchorage calculations were performed using an additional 125 factor for computing the seismic demand and 2)an additional 150 factor was used for the seismic demand spectra when comparing to Generic Equipment Ruggedness Spectra (GERS)(this had the most impact on the capacity vs.demand evaluations for relays)which are the subject of a separate report included in Attachment 3.2-2 23 Definition of Seismic Design Classification All equipment and structures at Cook Nuclear Plant are classified as Class I, Class II, or Class III as recommended in: a.TID-7024,"Nuclear Reactors and Earthquakes" August, 1963<>and b.G.W.Housner,"Design of Nuclear Power Reactors Against Earthquakes,"'+Proceedings of the Second World Conference on earthquake Engineering Vol.I, Japan 1960, pg.133, 134 and 137.Those structures and components including instruments and controls whose failure might cause or increase the severity of a loss-ofeoolant accident or result in an uncontrolled release of excessive amounts of radioactivity are classified Class I.Class I structures and components also include those vital to safe shutdown and isolation of the reactor.Those structures and components which are important to reactor operation but not essential to safe shutdown and isolation of the reactor and whose failure could not result in the release of substantial amounts of radioactivity are classified Class II.Those structures and components which are not related to reactor operation or containment are classified as Class III.The original equipment seismic qualification at Cook Nuclear Plant was per the requirements of Specification DCC-NE-101-QCN, which was based on the draft IEEE-344-1971~"~standard.Subsequently, some replacement components have been installed per the requirements of the IEEE 344-1975<~>
standard.At the time of the Unit 2 operating license, Cook Nuclear Plant was one of the plants audited by the NRC as part of the Seismic Qualification Review Team (SQRT).As a result, the following items were requalified under the requirements of IEEE-344-1975.
2-3
~Anal is 1.Diesel Engine Foundation 2.Diesel Engine Lube Oil Sump Tank 3.Diesel Generator Control Panels (DG-AB, DG-CD)4.Battery Room Exhaust Fans 5.Control Room Air Handling Isolation Dampers 6.Motor Driven Auxiliary Feed Pumps 7.Turbine Driven Auxiliary Feed Pumps 8.Essential Service Water Pumps 9.CCW Heat Exchangers 10.Refueling Water Storage Tanks 11.Main Steam Safety Valves 12.Main Steam Isolation Valves 13.Safety Injection System Front Panel 14.Hot Shutdown Panel 15.Auxiliary Relay Panels Testing 1.GE Relays 2.Power Relays 3.Control Relays 4.Differential Pressure Indicators (Model 227), Switches (Model 288A)and Transmitters (Model 368)5.Battery Rack 6.Battery Chargers 7.Switchgears (4KV and 600V)8, Critical Solenoid Valve Panels 9.Inverters 10.Transfer Switch The equipment items for Unit 1 are essentially identical to the requalified IEEE-344-75 equipment for the Unit 2 operating license.2-5 0.1g OBE COOK NUCLEAR PLANT 0.20 5o/o DAMPING h~~~0 0.15 I-K UJ 0.I 0 CC o~0 05 Uj tL GO 0.00 0'to~~~I 20 (I 30 40 FREQUENCY (Hz)Figure 2-1 Donald C.Cook Nuclear Plant OBE Ground Response Spectrum 5%Damping 2-6 0.2g DBE COOK NUCLEAR PLANT 0.40 5%DAMPING z 0 0.30 I-K UJ~0.20 CC 0.10 R~\W N\Sr W~Iq I~~'L~~'1~0.00 0'to 20'0 40 FREQUENCY (Mz)Figure 2-2 Donald C.Cook Nuclear Plant DBE Ground Response Spectrum 5%Damping 2-7 Table 2-1 Damping Ratios Used for Design at Cook Nuclear Plant'(Table 5.24 of the UFSAR)T e of Structure Percent of Critical Dam in Containment Structure and all internal concrete structures Operating Basis~Eh k 4%*2%Design Basis k 7%*5%Other conventionally reinforced concrete structures above grade, such as shear walls or rigid frames Welded structural steel assemblies Bolted'or riveted steel assemblies Piping 2%1%2%0.5%5%1%2%05%(*Analyzed with accident conditions)
(**Analyzed without accident conditions)
Note;ABC Reg.Guide 1.61 (Oct.1973)permits the use of higher damping values than those values indicated in this Table.The damping ratios for the USI A46 effort are defined in the GIP(~.For the majority of the equipment classes this is defined as 5%damping.2-8
 
===3.0 PROJECT===
TEAM 3.1 Integrated Team Approach The Cook Nuclear Plant SQUG project was a joint engineering effort between the AEPSC Engineering Staff and the Consultant Project Staff (Stevenson and Associates).
In addition to the project management and contract management work associated with the use of consultant resources, AEPSC Engineers were integrated with the consultant team in all aspects of the w'ork.AEPSC SQUG task group provided dedicated support for the development of the SSEL, SSEL Reports, Anchorage Inspection Data Sheets, Relay List and Relay List Report and the review of all engineering packages co'mpleted for the project (Seismic Evaluation Work Sheets, Cable Tray and Raceway Report, and the Seismic Evaluation Report)and participation as Seismic.Walkdown Team Members during the Screening Walkdowns.
32 Seismic Review Team The Walkdown Teams were composed of at least two Seismic Capability Engineers per the GIP.At least one of the Seismic Capability Engineers was a Registered Professional Engineer.With a few exceptions each walkdown team was composed of one Consultant Engineer, one AEPSC Engineer and Systems/Operations Personnel from AEPSC or the Cook Nuclear Plant site staff and one engineer from site design to provide details of the anchor inspection.
Seismic Capability Engineers were as follows: From Stevenson and Associates:
J.D.Stevenson (PE)W.Djordjevic (PE)G.G.Thomas S.Anagnostis P.R.Wilson (PE)3-1 G.Harstead (PE)From AEPSC: T, R.Satyan Sharma (PE)Project Manager I.C.Huang (PE)P.Krugh B.A.Svensson R.P.Leonard J.Dunlop R.Steele H.W.Young J.M.Nieto K.Mahajan T.Jeyasekaran M.Baskerville Structural Engineer Structural Engineer Executive Staff Assistant; Former Assistant Plant Manager, Operations (SRO)Plant Systems Engineer, (PE)Systems Engineer Electrical Engineering; Lead Relay Engineer Mechanical Engineering, (PE)Nuclear Engineering/Safety Ec Licensing Electrical Engineering, (PE)Site Design Electrical Design Resumes for the walkdown team members are included in Appendix A.33 Peer Reviewers Dr.Robert P.Kennedy of RPK4tructural Mechanics Consulting performed the peer review for the USI A-46 project at Cook Nuclear Plant.Dr.Kennedy's review covered all seismic evaluation areas of the project and included a review of the draft report, two visits to the plant site during the Screening Walkdowns for a sample walkdown and a review of the documentation.
3-2 4.0 USI A46 EVALUATION FOR CLASS OF TWENTY-ONE EQUIPMENT 4.1 Overall Approach Taken SQUG developed the GIP to provide an experience data base, technical approach, generic procedure, and documentation requirements which can be used by owners of currently operating nuclear power plants to address the requirements of GL 8742~"i.SQUG has worked closely with EPRI since 1982 to provide information to the NRC staff to assist in the resolution of USI A-46.The GIP was used to address the NRC's Unresolved Safety Issue (USI)A46,"Seismic Qualification of Equipment in Operating Plants," as required by NRC Generic Letter 8742 and supporting documents.
Final project data was recorded using Stevenson&Associates proprietary program called the GIPPER<'.The Objective of the GIPPER Software Package (of which ANCHOR4 is a part)is to create and maintain the set of USI A46 data bases for plant specific seismic verification data and to provide the tools to implement the analytical procedures specified in GIP.The GIPPER is a Windows-based expert system, designed to simplify and fully digitize the GIP and provides the necessary documentation for seismic verification of nuclear'lant equipment, as well as serve as a SQUG configuration control tool.The GIPPER contains GIP caveats, procedures, and reporting data necessary to perform seismic evaluations.
Through the GIPPER, the following information is stored and maintained in electronic databases:
.Safe Shutdown Equipment Lists (SSEL)Seismic Evaluation Work Sheets (SEWS)Outlier Seismic Verification Sheets (OSVS)Raceway Plant Area Summaries Spectra Comparisons Anchorage Evaluations 4-1 Tank Evaluations Relay Evaluations Photos Drawing/Sketches Documents The evaluation of an item of equipment or relay can be revised, and all revised states of each item are documented and retrievable.
Complete evaluation reports are generated through the GIPPER's printing options.Hard copies of the required forms including the Screening Verification Data Sheets (SVDS), and Screening Evaluation Work Sheets (SEWS), were developed and signed by the Seismic Capability Engineers.
The references which document the criteria and procedures used for this walkdown, are the SSRAP report'~, URS anchorage report', and the USNRC SSER No.2 on the GIP.'@42 Seismic Screening Guidelines The procedure for performing the Screening Verification and Walkdown is based on the following four seismic screening guidelines:
1.Seismic Ca acit vs.Seismic Demand-The seismic capacity of the equipment, based on earthquake experience data, generic seismic testing data, or equipment-specific seismic qualification data, should be greater than the seismic demand imposed on the equipment by the safe shutdown earthquake (SSE)~2.Caveat Com liance-In order to use the seismic capacity defined by the earthquake experience Bounding Spectrum, the equipment should be similar to the equipment in the earthquake experience equipment class and also meet the intent of the specific caveats for that class of equipment.
If equipment-specific seismic qualification data is used, then any specific restrictions or 4-2 caveats for that qualification data apply instead.3.Anchora e Ade uac-The equipment anchorage capacity, installation, and stiffness should be adequate to withstand the seismic demand from the SSE at the equipment location.4.Seismic Interaction Checks-The effect of possible seismic spatial interactions with nearby equipment, systems, and structures should not cause the equipment to fail to perform its intended safe shutdown function, The evaluation of equipment against each of these four screening guidelines at Cook Nuclear Plant is based upon walkdown evaluations, calculations, and other supporting data.42.1 Seismic Capacity Vs.Demand Cook Nuclear Plant determined the seismic capacity of safe shutdown equipment using:~Earthquake experience data with capacity defined by the Bounding Spectrum,'
Equipment-specific seismic qualification data, or data on similar equipment.
The seismic demand imposed on an item of equipment depends on whether or not the ground spectrum or amplified floor response spectra were used, and how it is compared to the capacity data.As described in the SSRAP report<">, well anchored industrial grade equipment have performed well in earthquakes with a magnitude much greater than the SSE defined earthquake at Cook Nuclear Plant.Figure 4-1 shows a comparison of the 5%.damped SSE design basis response spectrum and the 5%damped response spectra for the earthquakes used to develop the SSRAP Bounding Spectrum.As demonstrated by this figure, equipment in these facilities were subjected to much greater vibration than expected at the Cook Nuclear Plant site.4-3 The SSRAP Bounding Spectrum recommended for use during GL 8742/USI A46 evaluations in Reference 13 and adopted by the SQUG GIP envelopes the Cook Nuclear Plant SSE ground response spectra over the entire frequency range as shown in Figure 4-2.Generally, conservative floor spectra were compared to 15 times the bounding spectrum.To a lesser extent, the ground spectrum was compared to the bounding spectrum for equipment within about 40 feet of grade with an estimated fundamental frequency greater than 8 Hz.Newer, upgraded equipment that had been seismically qualified in accordance with the IEEE 344 Standard, 1975 Edition or later, was accepted based on this documentation and was supplemented by an additional review as documented in the Seismic Evaluation Work Sheets, SEWS, by the SRT's.For purposes of determining the 40 feet Above Grade elevation, effective grade for the site and/or each building must be determined."Effective grade" at a nuclear plant is defined as the average elevation of the ground surrounding the building along its perimeter.
As Cook Nuclear Plant is a soil site, effective grade was established at 608 feet.422 Caveat Compliance The second screening guideline which must be satisfied to verify the seismic adequacy of an item of mechanical or electrical equipment is to confirm that (1)the equipment characteristics are generally similar to the earthquake experience equipment class and (2)the equipment meets the intent of the specific caveats for the equipment class.This review is only necessary when the Bounding Spectrum is used to represent the seismic capacity of an item of equipment.
If equipment-specific seismic qualification data is used instead, then only the specific restrictions applicable to that equipment-specific qualification data need be applied.Another aspect of verifying the seismic adequacy of equipment included within the scope of this procedure is explained by the"rule of the box." For the equipment included in either the earthquake or testing equipment class all of the components mounted on or in this equipment are considered to be part of that equipment and do not have to be evaluated 1
separately.
However, the walkdown engineers did look for suspicious details or uncommon situations which could make the equipment item vulnerable.
An item of equipment should have the same general characteristics as the equipment in the earthquake experience equipment class.The intent of this caveat is to preclude items of equipment with unusual designs and characteristics which have not demonstrated seismic adequacy in earthquakes or tests."Caveats" are defined as the set of inclusion and exclusion rules which represent specific characteristics and features particularly important for seismic adequacy of a particular class of equipment.
Appendix B of the GIP contains a summary of the caveats for the earthquake experience equipment class and for the generic seismic testing equipment class.The"intent" of the caveats should be met when evaluating an item of equipment as they are not fixed, inflexible rules.Engineering judgment is used to determine whether the specific seismic concern addressed by the caveat is met.Each item of equipment should be evaluated to determine whether it meets the specific wording of the applicable caveats and their intent.However, if an item of equipment meets the intent of the caveats but the specific wording of the caveat rule is not met, then that item is considered to have met the caveat.At Cook Nuclear Plant, a small number of SSEL items were judged to meet the intent, if not the exact wording of a caveat and these cases are reported in Subsection 4.6.6 of this report.423 Anchorage Adequacy Anchorage adequacy was verified with an approach incorporating three elements:~Comparison of the anchorage capacity with the seismic demand.~Evaluation of the anchorage to verify that it is free of gross installation defects.~Evaluation of the equipment anchorage load path to verify that there is adequate stiffness and strength.4-5 The screening approach for verifying the seismic adequacy of equipment anchorage is based upon a combination of inspections, analyses, and engineering judgment.~fns ections consist of measurements and visual evaluations of the equipment and its anchorage, supplemented by use of plant documentation and drawings.~Anal ses compare the anchorage capacity to the seismic loadings (demand)imposed upon the anchorage.
These analyses were done using the guidelines in Section 4 and Appendix C of the GIP, En ineerin'ud ment is also an important element in the evaluation of equipment anchorage.
As a general rule, all unique significantly sized equipment items were rigorously analyzed using the ANCHOR4~software package developed by Stevenson&Associates that is included in the GIPPER software.Small equipment, weighing usually 100 lbs.or less was accepted by judgment and a"tug test".The tug test simply involves pulling on the device (say, a wall-mounted transmitter) with a force to exceed 2-3 g's of equivalent acceleration.
Other instances where judgment was used included basing anchorage adequacy on calculations for anchorage from other equipment items at Cook Nuclear Plant.The four main steps used to evaluate seismic adequacy of equipment anchorages at Cook Nuclear Plant followed the guidance of the GIP and are shown below: 1.Anchorage Installation Inspection 2.Anchorage Capacity Determination 3.Seismic Demand Determination 4.Comparison of Capacity to Deman'd The first main step in evaluating the seismic adequacy of anchorages is to check the anchorage installation and its connection to the base of the equipment.
This inspection consists of visual checks and measurements along with a review of plant documentation and drawings where necessary.
Prior to the walkdown, site technicians were trained on the anchorage inspection procedures and requirements of the GIP.Using this training, the site technicians documented the.anchorage configuration for each equipment item, including the length and size of the welds, embedment length of cast in place and expansion anchors, concrete quality (cracking or spalling), etc.The as-built anchorage drawings reduced the walkdown effort substantially and aided in the quick calculation of the equipment anchorage capacity.The SRT, however, also looked at the anchorage in the field and investigated any observed inconsistencies with the plant as4uilt drawings.In general the technician generated Anchorage Inspection Data Sheets included all instances of potential anchorage or concrete deficiencies (spalled concrete, missing bolt washers, etc.).Most of the time these potential deficiencies were reconciled by further SRT inspection.
The Anchorage Inspection Data Sheets are included with the detailed SEWS.3 All accessible anchorages were visually inspected.
A check of the following equipment anchorage attributes was made;1.Equipment Characteristics 2.Type of Anchorage 3.Size and Location of Anchorage 4.Installation Adequacy 5.Embedment Length 6.Gap at Threaded Anchors 7.Spacing Between Anchorages 8.Edge Distance 9.Concrete Strength and Condition 10.Concrete Crack Locations and Sizes 11.Essential Relays in Cabinets 12.Equipment Base Stiffness/Prying Action 13.Equipment Base Strength/Structural Load Path 14.Embedment Steel and Pads 4-7 The equipment~dam in for certain classes of equipment are given in Section C.l of the GIP and were used in this study.For expansion anchors, a tightness check is required to detect gross installation defects (such as oversized concrete holes, total lack of preload, loose nuts, damaged subsurface concrete, and missing plug for shell types)which would leave the anchor loose in the hole.The tightness check was waived for expansion anchors supporting raceway hangers.The tightness check for expansion anchors is accomplished by applying a torque to the anchor by hand until the anchor was"wrench tight," i.e., tightened without excessive exertion.If the anchor bolt or nut rotates less than about I/4 turn, then the anchor is considered tight.The tightness checks and embedment checks were performed during the detailed anchorage inspections.
The second main step in evaluating the seismic adequacy of anchorages is to determine the allowable capacity of anchors used to secure an item of equipment.
The allowable capacity s is obtained by multiplying the nominal allowable capacities by the applicable capacity reduction factors.The nominal capacities and reduction factors are obtained from Appendix C of the GIP, based on the results of, the anchorage installation inspection checks.The pullout capacity allowable is based on the product of the nominal pullout capacity and the applicable capacity reduction factors: Where: Pgg=P<0~RTp RLp RSp REp RFp RCp RRp P u=Allowable Pullout capacity of installed anchor (kip)Pnom=Nominal allowable Pullout capacity (kip)RT~=Reduction factor for the~Te of expansion anchors RL=Reduction factor for short embedment Lengths RS,=Reduction factor for closely~Saced anchors RE~=Reduction factor for near Edge anchors 4-8 RF=Reduction factor for low strength (Q concrete RC~=Reduction factor for Cracked concrete RR~=Reduction factor for expansion anchors securing equipment with essential Relays The shear capacity allowable is based on the product of the nominal shear capacity and the applicable capacity reduction factors: Vgj)Vgp~RTg RLg RSg REg RFg RRg Where: V,=Allowable shear capacity of installed anchor (kip)V,=Nominal allowable shear capacity (kip)RT,=Reduction factor for the~Te of expansion anchors.RL,=Reduction factor for short embedment Lengths RS,=Reduction factor for closely~Saced anchors RE,=Reduction factor for near Edge anchors RF,=Reduction factor for low strength (Q concrete RR,=Reduction factor for expansion anchors securing equipment with essential Relays Note that the pullout and shear capacities for anchors given above are based on having adequate stiffness in the base of the equipment and on not applying significant prying action to the anchor.If Base Stiffness and Prying Action show that stiffness is not adequate or that significant prying action is applied to the anchors, then the Seismic Capability Engineers lowered the allowable capacity loads accordingly.
The third step in evaluating the anchorages was to determine the seismic demand imposed 4-9
 
on the equipment.
The demand was established based on the type of demand spectrum used.If the amplified floor spectra were used, an additional 1.25 factor of conservatism was used to establish the demand load since the floor spectra were deemed realistic mean centered.The demand load was simply determined based on spectral acceleration value times the weight of the equipment.
Equipment weight was estimated by either using the drawing weight or the maximum weights given in Table C.1-1 of the GIP.Estimates of fundamental frequency were based on shake table or in situ vibration tests and use of Table C.1-1 of the GIP.If the item was deemed rigid, the zero period acceleration (ZPA)was used.If the item was deemed flexible, the peak of the response spectrum above the fundamental frequency was used.If the fundamental frequency is given in the SEWS, then the largest spectral acceleration in the range from that estimated frequency to the ZPA is used.If the ground spectrum is used for demand, then 1.875 times the appropriate spectral acceleration is used where 1.875 is the product of 15, the median amplification factor, and 1.25, the additional anchorage factor of conservatism for non-conservative demand spectra.In the original design of the plant, many electrical equipment were seismically qualified by testing, This data was a valuable tool for estimating the lowest natural frequency of this equipment, since this was defined by a resonance search of the equipment.
Many mechanical equipment items were rigorously analyzed, and as such had a calculated estimate of the first natural frequency.
In addition, Report No, MT2,"Summary Report of Fundamental Frequencies Determined By In4itu Transfer Function Testing at Cook Nuclear Plant," dated August 10, 1994'" documents the testing of several electrical equipment items.The minimum fundamental frequency from these tests was determined for most generic electrical equipment items at Cook Nuclear Plant.These included various cabinets, panels, unistrut racks, switchgear, MCC's, and inverters.
This report was also a valuable tool for estimating frequencies.
The fourth and final step to complete the anchorage evaluation compares the seismic demand to the anchorage capacity.If the demand is less than the capacity, the anchorage is acceptable; otherwise, the equipment item is declared an outlier.4-10 42.4 Seismic Interaction Checks The fourth and final screening guideline used to verify the seismic adequacy of an item of mechanical or electrical equipment was to confirm that there were no adverse seismic spatial interactions with nearby equipment, systems, and structures which could cause the equipment to fail to perform its intended safe shutdown function.The interactions of concern are (1)proximity effects, (2)structural failure and falling, and (3)flexibility of attached lines and cables.Guidelines for judging interaction effects when verifying the seismic adequacy of equipment are presented in Appendix D of the GIP.During the plant walkdowns at Cook Nuclear Plant, the SRT's identified only a few interaction concerns.These particular issues and their resolution are discussed in detail in Section 4.65.,Overhead piping systems and ductwork were closely examined in all plant areas containing A46 equipment.
The SRT's identified very few potential vulnerabilities and noted that the distribution systems were, in general well supported.
43 Outlier Resolution An outlier is defined as an item of equipment which does not meet the screening guidelines noted above.An outlier may be shown to be adequate for seismic loadings by performing additional evaluations such as the seismic qualification techniques currently being used in newer nuclear power plants.These additional evaluations and alternate methods recommended by the SRT were documented on the Outlier Seismic Verification Sheets (OS VS).4.4 Other Types of Seismic Evaluations and Interfaces In addition to the seismic evaluations covered in Section 4 for active mechanical and electrical equipment, seismic evaluations for two other types of equipment are covered in 4-11
 
other sections as follows: o Section 5-Tanks and Heat Exchangers Review o Section 6-Cable and Conduit Raceways Review While seismic evaluations of the above items can generally be performed independently from those for active mechanical and electrical equipment, there are a few areas where an interface with the Relay Functionality Review is appropriate:
~Any cabinets containing essential relays, as determined by the relay review, should be evaluated for seismic adequacy using the guidelines contained in this section.~A capacity reduction factor should be applied to expansion anchor bolts which secure cabinets containing essential relays.The capacity reduction factor is discussed in Section 4.4 and Appendix C of the GIP.e Seismic interaction, including even mild bumping, is not allowed on cabinets containing essential relays.This limitation is discussed in Section 45 of the GIP.~In-cabinet amplification factors for cabinets containing essential relays may be estimated, using the guidelines in Section 6 of the GIP, by the Seismic Capability Engineers for use in the Relay Functionality Review.Equipment items containing relays are listed in Table 4-1 for Unit 1 and Table 4-2 for Unit 2.The special requirements for equipment containing relays were applicable to these items.4$Documentation AEP documented the results of the Screening Verification and Walkdown for Cook Nuclear Plant on Screening Verification Data Sheets (SVDS)in Appendix C.As discussed in Section 4.4, the discussion of the review of Heat Exchangers 8c Tanks and 4-12 Cable Tray 4 Conduit Raceways is given in Sections 5 and 6, respectively.
Qutliers and other concerns identified during the USI A46 effort for all equipment are discussed in Sections 4.6, 4.7, and 7.0.The Relay Functionality Assessment is given in a separately bound report entitled,"Donald C.Cook Nuclear Plant USI A-46 Relay Evaluation Report." 4.6 Class of Twenty-One Evaluation Results This section of the USI A46 report documents the seismic screening results for the mechanical and electrical equipment items.I The screening walkdowns gathered the necessary data to support the screening process and to implement the requirements of the GIP.Included in the scope of this effort were the evaluations performed following the screening walkdown to demonstrate the basis for screening decisions made during the walkdown.The seismic capability walkdowns also served to collect any additional data needed to complete the component evaluations.
Results of the Screening and Verification Walkdowns were documented on the Screening Evaluation Work Sheets (SEWS).Photographs were also taken during the walkdowns as part of the data recording process.Photographs taken during the walkdown are included on the individual SEWS for the equipment.
In addition to the screening evaluations performed during the Seismic Screening and Verification Walkdowns, an anchorage inspection walkdown was conducted.
Bolt tightness checks on all accessible equipment items bolted to a concrete floor or wall were performed 1 as described in Section 4.2.3.The results of the tightness checks were documented on the sketches and notes of the Anchor Inspection Data Sheets prepared for each equipment item that are signed by the anchorage inspection team.The Cook Nuclear Plant site design personnel performed detailed anchorage inspections, and documented the results on the Anchorage Inspection Data Sheets, which included detailed information on all anchorages (length, size, gaps, dimensions, concrete 4-13 imperfections, etc).The Seismic Review Capability Engineers reviewed and provided a final check for the anchorage checks during the SRT walkdowns.
The SRT performed a visual inspection of the anchorage and made final judgment on the anchorage condition.
Reduction factors for the anchorage were taken for any conditions judged by the SRT to warrant a reduction in accordance with the GIP.In general the technicians performing the anchorage walkdowns documented any observable imperfections, regardless of whether the condition warranted a reduction or not.Using the results from the anchorage inspections and tightness checks, anchorage evaluations were performed using ANCHOR4 in the"GIPPER" Software package after the completion of the Seismic Screening And Verification Walkdowns.
The walkdowns were performed in several stages as follows: 1)Trial Plant Walkdown of thirty-five Unit 1 RHR System Components and selected Electrical Equipment items, the week of July 15, 1991.2)Unit 1 Electrical and Containment Outage Walkdown the week of July 18, 1992.3)Unit 2 Electrical and Containment Outage Walkdown the week of October 29, 1992.4)Balance of Plant Equipment Walkdowns the weeks of October 4, 1993, October 18, 1993, November 1, 1993, and November 15, 1993.5)Miscellaneous Equipment Walkdowns the weeks of April 11, 1994 and September 26, 1994.The walkdown comments of the SRT's were documented in the notes of the SEWS for the various items.The signed Screening Verification Data Sheets (SVDS)for the walkdowns are included by each Walkdown Team in Appendix C.The Seismic Verification and Evaluation Walkdow'ns included the evaluation of 901 equipment items requiring a seismic walkdown for Unit 1, and 877 equipment items for Unit 2.Of these equipment items, many were evaluated using the"Rule of the Box".However, 4-14 each of these"box" components were inspected on the parent item and evaluated using engineering judgment that;(a)the item was in the database, (b)the attachment of the item to the parent was adequate and, (c)that there were no adverse seismic interactions for the item.This evaluation is documented on the SEWS and SVDS for the item.Tables 4-3 and 44 indicate the breakdown by class of the 901 and 877 equipment items requiring a seismic walkdown in Unit 1 and 2 respectively.
The walkdowns and seismic evaluations performed for the USI A46 effort identified 47 equipment items that were outliers for Unit 1 and 39 equipment items that were outliers for Unit 2.Outlier issues and the recommended resolution by the SRT are included as Tables 45 and 4.6 for Unit 1 and Unit 2 respectively.
Seismic concerns, open items, and other maintenance concerns identified during the walkdowns and evaluations were tracked using AEPNO Procedure No.66100-LTG-5400-16 SQUG Action Item Report.By the conclusion of the USI A46 effort and the submittal of this report most of these issues had been reconciled either on a Screening Basis using the GIP guidance, or by designating the item as an outlier.Table 4-8 lists those SQUG Action Items for Class of 21 equipment not identified as outliers but requires some plant action (replacing missing ID tags, tightening a loose redundant bolt, etc.), and generic issues.There were four generic interaction concerns and one generic conduit concern that is being tracked using the SQUG Action Item Report.These Generic Interaction Issues included general seismic housekeeping issues in the Control Room;overhead sodium lamps with open hooks in the Diesel Generator Room, portable fire extinguishers mounted on small hooks, and loose tie4own cables on Emergency Battery Lights, Rather than make a number of equipment items outliers due to these generic concerns, we believe that a more complete resolution could be provided on a plant generic basis.Issues still being tracked at the time of this submittal for Class of 21 equipment using the SQUG Action Items are included in Table 4-8.Many of the concerns identified lent themselves to minor plant modifications.
The final 4-15
 
documentation (SEWS and SVDS)for the project reflect the field conditions at the time when the walkdown was completed for a particular component.
All other equipment items were screened successfully, except those described in Sections 4.6.2 to 4.65 of this report.Tables 4-5 and 44 list all the 47 and 39 outlier equipment items in Unit 1 and 2 respectively.
In Unit 1 there were nine equipment items with two outlier issues (See'issue'olumn in Table 4-5), and therefore there were 56 total issues.Thirteen issues were due to Capacity vs Demand, twelve because of caveats, ten due to anchorage, twenty due to seismic interaction concerns, and one due to other issues.In Unit 2 there were eight equipment items with two outlier issues (See'issue'olumn in Table 4-6), and therefore, there were 47 total issues.Nine issues were due to Capacity vs Demand, eleven due to caveats, seven due to anchorage, eighteen due to interaction, and two due to other issues.4.6.1 Equipment Characteristics Equipment at the Cook Nuclear Plant is typical of equipment in Nuclear Power facilities of the late 60's and early 70's vintage.Equipment at the Cook Nuclear Plant is well represented in the earthquake experience data base and met caveat no.1 for Class 20 equipment items.The results of the seismic walkdown are summarized as follows: There are some equipment items identified as Class 0 in Unit 1 and 2 which were primarily passive, and were similar to items considered as components of the class of 21 equipment.
For these equipment items the SRT assessed the potential for seismic damage and made the necessary evaluations.
All these items were at locations in the plant where 15 times the Bounding Spectrum is greater than the floor response spectra where they were located.~'he MCC's were all Cutler-Hammer MCC's, 90 inches in height by 20 inches by 20 inches.The MCC's were normally welded in the back and were either J-bolted or expansion 4-16 anchored in the front.Some were bolted on both sides.The Class 2 and 3 switchgears were made by ITE Imperial Corporation.
The weak link in the anchorage for them was plug welds.The loading on the anchorage was only in shear because of the natural frequency of the switchgear and their high aspect ratio.The Reactor Trip Breakers (Class 2)were Westinghouse DB-50 variety and were fillet welded to embeds in the front and back.Class 4 transformers varied greatly in size and function.There were very small transformers (1 foot-9 inches by 1 foot-8 inches)mounted in the Diesel Generator Room panels, transformers in medium sized enclosures (4 feet-6 inches by 2 feet-6 inches by 2 feet'nches), and very large 600 VAC Bus supply transformers that are 8 feet-6 inches by 8 feet-10 inches by 5 feet and weigh 11,800 lbs.The transformers were all well anchored, primarily by expansion anchors.Manufacturers included Solidstate Controls, Square D, and BBC Brown Boveri.Class 5 horizontal pumps varied from very small pumps such as the 135 lb Diesel Lube Oil Filter Pumps, pumps weighing 2020 lbs, 9580 lbs, 15500 lbs, and the very large Centrifugal Charging Pumps.Pumps were generally very well anchored with cast-in-place J-bolts or bolts with headed studs.All easily passed the ANCHOR analyses.Class 6 vertical pumps include the RHR Pumps, Containment Spray Pumps, and the very large ESW Pumps.The ESW Pumps were larger than those included in the database.However, seismic adequacy was demonstrated by analysis.The Class 7 and 8 valves had many manufacturers, depending on their size and function.Documentation normally existed demonstrating that the yokes and bodies were of steel.Several valves were outside the limits of the database.However, all met the caveat restrictions by demonstrating the yoke had acceptable stress when subjected to a 3g load.Motor operators were almost exclusively of the Limitorque variety.The Class 9, 10, and 12 fans, air handlers, and air compressors were of several different 4-17 manufacturers and a variety of sizes, Anchorage types also varied greatly, but in general were very well anchored, (other than outliers 2-HV-AES-1 and 2), and have adequate anchorage margins.The Class 11 chiller units were mounted on non-seismic vibration isolators, and were outliers because of this issue.The condensers and evaporators were considered as part of the chiller package during the walkdown.Class 14 distribution panels were normally small wall mounted units that had very high anchorage margins.There were several different manufacturers.
Class 15 battery racks were two step racks.Two of the racks had their anchorage greatly upgraded, Anchorage for all the units met the GIP requirements.
Some of the batteries are now greater than 10 years old and will be replaced using the criteria stated in ANSI/IEEE STD 450-1987.Class 16 battery chargers varied in size from 2 feet-9 inches x 2 feet x 3 feet'nches in height, to larger units 6 feet in height.The chargers were normally anchored with at least four 1/2 inch expansion anchors.The Class 17 Diesel Generators were very large and manufactured by Worthington Industries.
Many of the supporting components were separate from the Diesel skid.Class 18 transmitters were manufactured by Mercoid, Magnetrol International, Foxboro, and Gamma-Metrics.
They were normally small (25 lb to 35 lb)and individually supported.
Class 19 temperature sensors were small, well supported, and seismically rugged.Class 20 control panels and cabinets were either very rugged stand alone panels or part of the Main Control Board.The stand alone panels were typically anchored with expansion bolts.The Main Control Board panels were welded to embeds at the base and braced against the walls of the Control Room.4-18 Class 21 tanks and heat exchangers includo the large flat bottom tanks and the horizontal saddle supported heat exchangers that have specific GIP criteria.These are discussed in Section 5 of this report.Other tanks and heat exchangers include large buried horizontal tanks, (Diesel Fuel Oil Storage Tanks), tanks supported on legs, (e,g.Boron Injection Tanks), large vertical exchangers supported at the base and braced at the top, (e.g.RHR Heat Exchangers), and small exchangers to cool oil on pumps.There are 63 and 58 equipment items identified as Class 21 in Unit 1 and 2 respectively.
Of these tanks and heat exchangers there were only 20 where the GIP criteria was applicable.
The remaining 101 were evaluated by meeting the intent of the GIP criteria.Anchorage was evaluated using the GIP criteria.4.62 Seismic Capacity Vs.Demand Results There were twenty-two equipment items in Unit 1 and 2 combined that were outliers due to the capacity vs.demand issue.Seismic Capacity vs.Demand was primarily satisfied by use of the Earthquake Experience Bounding Spectrum.As shown in Figure 4-1 there is substantial margin between the 5 percent damped Cook Nuclear Plant Horizontal SSE Ground Response Spectrum and the four California earthquakes that were the basis of the Bounding Spectrum.Figure 4-2 shows the margin between the Cook Nuclear Plant 5 percent damped SSE Ground Response Spectrum and the Bounding Spectrum.For screening seismic adequacy purposes, two methods are used: 1)Comparison of ground spectra to bounding spectra and 2)Comparison of floor spectra to 15 times bounding spectra.Since most equipment items are below 40 feet above grade and could be shown to have a first natural frequency above 8 Hz using the in-situ modal test results in Reference 15, the Cook Nuclear Plant Ground Spectrum vs.Bounding Spectrum comparison could be used.However, it is noted that the major electrical equipment items tested as documented 4-19 C
in Ref.15 also pass the Capacity vs.Demand requirements by comparing the 15 times the Bounding Spectrum to the Cook Nuclear Plant Floor Response Spectrum.Both methods were used to meet the capacity vs.demand requirement.
As indicated in Tables 4-5 and 4-6, there were twenty-two items in Unit 1 and 2 combined that were outliers due to the Capacity vs.Demand issue.These were generally small valves in the upper portions of the Containment Building.They will be resolved by comparing test data of the valves to piping analysis results indicating the seismic demand on the valves at the SSE level.It is worth noting that these valves would easily screen using the Seismic h Margins methodology for a 0.3g ZPA earthquake, since that program does not have a 40 foot limitation on use of the ground spectrum.4.63 Equipment Class Description/
Caveat Results Equipment items at Cook Nuclear Plant have configurations typical of equipment of the late 1960's-eaily 1970's vintage.The Cook Nuclear Plant used the same equipment manufacturers for similar items in Unit 1 and 2.Electrical equipment was from only a few sources.Almost all motor operators were Limitorque.
Mechanical equipment including valves were from a wider range of vendors, depending on the equipment size and function.The equipment was quite typical of equipment found in other nuclear facilities of the same vintage, and easily met the description caveats for a given class.As indicated in Tables 4-5 and 4-6, there were twenty-three equipment items in Unit 1 and 2 combined that had caveat concerns.These were due to two valves that were in contact with a pipe whip restraint (also an interaction issue), two pumps with long unsupported piping, four chillers on non~eismically designed vibration isolators, four electrical panels with essential relays and not bolted to the adjacent panel, four panels with components that were inadequately latched and.could slide out, one switchgear with essential relays not bolted to an adjacent cabinet and two because of inadequate anchorage embedment (also an anchorage concern), and four battery racks that had some batteries older than 10 years.4-20
 
====4.6.4 Equipment====
Anchorage Results Equipment anchorages at Cook Nuclear Plant were of many different types and included welds to embedded steel, and many types of expansion bolts and cast-in-place J-bolts and headed studs.Electrical equipment were either bolted with expansion anchor bolts or welded to an embed, or combination of the two.Most of the expansion anchors were determined to be either Phillips or Hilti variety.The applicable anchorage reduction factor for the type of anchorage was taken.When the type could not be determined the 0.6 factor for unknown expansion bolts was taken, The MCC's, for example, were typically welded to embedments with fillet welds at the base in the rear and expansion bolted or J-bolted in the front.Switchgear were typically welded to embeds with plug welds through holes in the base frame of the unit provided by the manufacturer.
Stand alone control panels, bench boards, battery chargers and inverters were typically anchored to the floor with expansion anchor bolts or J-bolts.Distribution panels were typically expansion anchor bolted to the supporting wall or bolted to embedded unistrut.The main control board was both anchored at the base with welds to embeds and braced against the wall with expansion bolts.Mechanical equipment and large tanks were typically anchored with cast-in-place J-bolts or headed studs.The vast majority of the anchorage was covered by the criteria in the GIP.With very few exceptions, the bolts for floor anchored equipment were accessible and were bolt tightness tested.Many of the wall mounted panels could not have their anchorage tightness checked due to inaccessibility.
There were only 17 items that were outliers due to anchorage.
These included two pumps where the embedment length could not be determined, four chillers wi:h nonweismically designed vibration isolators, three components where nozzle loads are unknown and need to be included in the anchorage analysis, four small instruments mounted on a common support with a missing bolt at its base, two panels with expansion anchors only in the pad 4-21 above the base concrete, and two fans with anchors with inadequate embedment.
 
====4.6.5 Seismic====
Interaction and Other Issues During the plant walkdowns, the SRT's identified thirtywight total interaction concerns in Unit 1 and Unit 2 combined on individual equipment items, and four generic concerns that are being tracked by the SQUG Action Item tracking as discussed in Section 4.6.The SRT's identified no vulnerabilities with regard to the distribution systems and noted that these systems were well supported.
There were 38 equipment items that were identified as interaction outliers in Unit I and 2 combined, not encompassed by the generic interaction action items (such as open hooks on overhead lights, brackets for wall mounted fire extinguishers, etc.).The 38 issues identified, included two valves tightly up against a pipe whip restraint, two valves close to a railing that can swing into the valves, three valves with inadequate clearance from a beam or wall, fourteen panels with essential relays not bolted to an adjacent wall or panel, two RTD's that bear directly on grating, one MOV close to a floor grating, one block wall in a non-safety related area, two panels too close to a fire extinguisher on a short hook (also a generic action item), two panels with essential relays with an unsecured shear panel and ladder near by, four panels with essential relays with a pendant light that can interact with the panels (also a generic action item), two switchgear with essential relays not bolted to an adjacent panel, two pumps with an overhead fan on vibration isolators, one tube off a hydraulic controller bearing on a railing, one panel with essential relays with an inadequately secured chain above it, and one heat exchanger with a valve touching a tubing line.There were three outliers due to other issues.These included one pressure switch with missing hardware, one valve with a missing packing nut, and one valve out of service during the walkdowns that require a walkdown.4-22 0
~~~~4.6.6 Deviations and Conmientary on Meeting the Intent of Caveats No significant or programmatic deviations from the GIP were made while performing the walkdowns and seismic adequacy evaluations at Cook Nuclear Plant for resolution of USI A46.Very few interpretations were made with respect to the specific wording of the GIP caveats versus the caveat's intent.The commentar, for the interpretations of those items meeting the"intent" of the GIP for class of 21 equipment are included in Table 4-7.In general judgments and calculations performed met the c'aveat requirements as clarified in Appendix B of the GIP.An example of a clarification used includes the 3g load check on yokes of motor operated valves that do not meet the experience based size and operator offset limits in Table B.8-1 of the GIP.Another example is neglecting non-effective anchors or anchorage in the anchorage evaluations.
If the remaining anchorage had sufficient strength and stiffness to meet the GIP requirements these items were not considered to be outliers and they were not listed in Table 4-7.These issues are not specifically called out in Table 4-7 since the GIP Appendix B wording and anchorage discussion allows these interpretations.
Other equipment (not listed in Table 4-7)met the caveat rules as stated and clarified in the GIP.4.6.7 SQUG Action Items During the SQUG project, seismic open issues and other maintenance issues identified during the plant reviews were tracked using the SQUG Action Item Log.Most of these issues were reconciled using the screening criteria in the GIP.Some of the Items were ultimately identified as outliers and are included in Tables 4-5 and 4-6.Other items are covered by the relay and SSEL reports.Table 4-8 includes Class of 21 items that were tracked using this log that were not designated as outliers or as screened equipment items, and required some modification either to the plant or documentation.
There were twenty three items listed on this table that fall into this criteria.4-23
 
===4.7 Resolution===
of Identified Seismic Concerns and SQVG Action Items The USI A46 effort at Cook Nuclear Plant included the"optional" recommendation of the SRTs to reconcile the outliers or open issues.Tables 4-5 and 4-6 include the SRT proposed resolution for the outlier issues.These recommendations were normally accepted as indicated in the"Comments" column of these tables.The resolution of the outliers were either completed or are planned to be completed by additional analytical evaluations or minor plant modifications.
There are twenty non-outlier issues listed in Table 4-8 that are tracked as SQUG Action Items that require some modification either to the plant or documentation.
4-24 C COALINGA E EL CENTRO S SYLMAR L LLOLLEO H~0.2g DBE COOK~~~~~~0 C 2.00 1.80 1.60 1.40 IX: 1.20 1.00 0 0.80 0.60 I-0.40 0 v)0.20 0.00 0 S---L---H---E 5'AMPING~\~~~~~~10 15 20 25 30 FREQUENCY (Hz)Figure 4-1 Comparison Between 57o Damped Ground Response Spectra of Database Earthquakes and Donald C.Cook Nuclear Plant DBE 8 BOUNDING SPECTRUM H 0.20 DBE COOK NUCLEAR PLANT 1.00 5%DAMPIMG 0.90 0 I-K 0.60 UJ 0.50 0 0.40 0.30 I-0.20 LL m 0.10 0.00 0 5 10 15 20 25 30 35 FREQUENCY (Hz)Figure 4-2 Comparison Between 5%Damped Bounding Spectrum to the Donald C.Cook Nuclear Plant DBE 4-26 Table 4-1 Cook Nuclear Plant Unit 1 Equipment Items Containing Essential Relays Item Equipment I.D.1-A11 Equipment Description AUX RELAY PANEL A11 10 12 13 14 15 16 17 18 19 20 21 1-A13 1-AB-N 1-ABD-A 1-ABD-B 1-ABD-D 1-ABV-A 1-ABV-D 1-ACR A-1 1-ACRA-2 1-AM-A 1-AM-D 1-A RA-2 1-AZ-BC 1-AZV-A 1-BC-A 1-BC-A-PNL 1-BC-AB1 1-BC-AB2 1-BC-'B 1-BC-B-PNL AUX RELAY PANEL A13 250 VDC VALVE CONTROL CENTER AB-N 600 VAC MOTOR CONTROL CENTER ABD-A 600 VAC MOTOR CONTROL CENTER ABD-B 600 VAC MOTOR CONTROL CENTER ABD-D 600 VAC MOTOR CONTROL CENTER ABV-A 600 VAC MOTOR CONTROL CENTER ABV-D CONTROL ROOM AIR HANDLING SUBPANEL&#xb9;1 CONTROL ROOM AIR HANDLING SUBPANEL&#xb9;2 600 VAC MOTOR CONTROL CENTER AM-A 600 VAC MOTOR CONTROL CENTER AM-D REACTOR PROTECTION TRAIN A AUX RELAY CAB&#xb9;2 600 VAC MOTOR CONTROL CENTER AZ-BC 600 VAC MOTOR CONTROL CENTER AZV-A BATTERY CHARGER A FOR N TRAIN BATTERY BATTERY CHARGER A CONTROL BOX PLANT BATTERY BATT-AB BATTERY CHARGER&#xb9;1 PLANT BATTERY BATT-AB BATTERY CHARGER&#xb9;2 BATTERY CHARGER B FOR N TRAIN BATTERY BATTERY CHARGER B CONTROL BOX 22 I-BC<D I PLANT BATTERY BATTED BATTERY CHARGER&#xb9;1 23 I-BC<D2 I<RID-I-INV PLANT BATTERY BATTED BATTERY CHARGER&#xb9;2 120 VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEMS CHANNEL I INVERTER 4-27 lt~/I>'/'/<1 t 1 a 4~)Ea Table 4-1 cont'.Item 26 27 28 29 30 31 32 33 34 35 36 37 38 39 42 43 Equipment I.D.I<RID-11-IN V 1<RID-111-INV 1<RID-IV-INV 1-DGAB I-DGAB-INV
'I 1-D GAB-X 1-DGCD 1-DGCD-INV 1-DGCD-X 1-EFR 1-EZC-A 1-EZC-B 1-EZC<1-EZC-D IMARI 1&R2 1&RB I-HSD1R 1-LSI-1 Equipment Description 120 VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEMS CHANNEL II INVERTER 120 VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEMS CHANNEL Iil INVERTER 120 VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEMS CHANNEL IV INVERTER AB EMERGENCY DIESEL GENERATOR CONTROL SUBPANEL AB EMERGENCY DIESEL GENERATOR INVERTER AB EMERGENCY DIESEL GENERATOR AUXILIARY SUBPANEL CD EMERGENCY DIESEL GENERATOR CONTROL SUBPANEL CD EMERGENCY DIESEL GENERATOR INVERTER CD EMERGENCY DIESEL GENERATOR AUXILIARY SUBPANEL EMERGENCY FIRE PANEL INSTRUMENT/RELAY RACK 600 VAC MOTOR CONTROL CENTER EZC-A 600 VAC MOTOR CONTROL CENTER EZC-B 600 VAC MOTOR CONTROL CENTER EZC<600 VAC MOTOR CONTROL CENTER EZC-D GENERATOR PANEL REAR INSTRUMENT/RELAY RACK&#xb9;1 GENERATOR PANEL REAR INSTRUMENT/RELAY RACK GENERATOR PANEL REAR INSTRUMENT/RELAY RACK B UNIT 1 HOT SHUTDOWN PANEL REAR RACK STEAM GENERATORS
&#xb9;1 AND&#xb9;4 LOCAL SHUTDOWN STATION 4-28
/f t j I f 45 1-LSI-3 46 1-N21-RACK 47 1-N23-RACK Item Equipment LD.1-LSI-2 Equipment Description STEAM GENERATORS
&#xb9;2 AND&#xb9;3 LOCAL SHUTDOWN STATION REACTOR'COOLANT SYSTEM CHARGING AND LETDOWN LOCAL SHUTDOWN STATION NUCLEAR INSTRUMENTATION CHANNEL I LOCAL INSTRUMENT RACK NUCLEAR INSTRUMENTATION CHANNEL LOCAL INSTRUMENT RACK 48 49 50 51 52 53 54 55 56 57 58 59 1-NIS-III 1-NSR 1-PS-A I-PS-D 1-RPC-1 1-RPC-2 1-RPC-3 1-RPC4 1-RPS-A 1-RPS-B 1-RPSX-A 1-RPSX-B NUCLEAR INSTRUMENTATION SYSTEM PROTECTION CHANNEL III CONTROL PANEL NUCLEAR INSTRUMENTATION SYSTEM REAR INSTRUMENT RELAY RACK 600 VAC MOTOR CONTROL CENTER PS-A 600 VAC MOTOR CONTROL CENTER PS-D REACTOR PROTECTION CHANNEL I CAB&#xb9;1,2, 3, 4 REACTOR PROTECTION CHANNEL II&#xb9;5, 6, 7 REACTOR PROTECTION CHANNEL III CAB&#xb9;9, 10, 11 REACTOR PROTECTION CHANNEL IV CAB&#xb9;12, 13~REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN A CABINET REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN B CABINET REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN A AUXILIARY CABINET REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN B AUXILIARY CABINET 60 ISA 61 14R1 62 14R2 STATION AUXILIARIES CONTROL PANEL STATION AUXILIARIES REAR INSTRUMENT/RELAY RACK&#xb9;1 STATION AUXILIARIES REAR INSTRUMENT/RELAY RACK&#xb9;2 4-29 Table 4-1 cont'.Item Equipment I.D.63 14R3 64 14R4 65 14SR 66 14WR Equipment Description STATION AUXILIARIES REAR INSTRUMENT/RELAY RACK&#xb9;3 STATION AUXILIARIES REAR INSTRUMENT/RELAY RACK&#xb9;4 ENGINEER SAFETY SYSTEM REAR INSTRUMENT/RELAY RACK NUCLEAR INSTRUMENTATION SOURCE RANGE N21 INSTRUMENT/RELAY RACK 67 68 69 70 71 73 74 75 1-T11A 1-T11B 1-T11C 1-T11D 1-TFP 1-TRB 1-TRD 1-TRE 1-WRR 4KV T11A SWITCHGEAR 4KV T11B SWITCHGEAR 4KV T11C SWITCHGEAR 4KV T11D SWITCHGEAR TURBINE DRIVEN AUX FEEDPUMP SUBPANEL TURBINE PANEL REAR INSTRUMENT/RELAY RACK B TURBINE PANEL REAR INSTRUMENT/RELAY RACK D TURBINE PANEL REAR INSTRUMENT/RELAY RACK E CONTROL ROOM WEST INSTRUMENT RELAY RACK 4-30 Table 4-2 Cook Nuclear Plant Unit 2 Equipment Items Containing Essential Relays Item 10 12 13 14 15 16 17 18 19 20 21 23 Equipment I.D.2-A11 2-A13 2-AB-N 2-ABD-A 2-ABD-B 2-ABD-D 2 ABV-A 2-ABV-D 2-ACRA-1 2-AC RA-2 2-AM-A 2-AM-D 2-A RA-2 2-AB-A 2-AZV-A 2-BC-A 2-BC-A-PNL 2-BC-AB1 2-BC-AB2 2-BC-B 2-BC-B-PNL 2-BC<D1 2-BCCD2 2<RID-I-INV 2CRID-II-INV Equipment Description AUX RELAY PANEL A11 AUX RELAY PANEL A13 250 VDC VALVE CONTROL CENTER AB-N 600 VAC MOTOR CONTROL CENTER ABD-A 600 VAC MOTOR CONTROL CENTER ABD-B 600 VAC MOTOR CONTROL CENTER ABD-D 600 VAC MOTOR CONTROL CENTER ABV-A 600 VAC MOTOR CONTROL CENTER ABV-D CONTROL ROOM AIR HANDLING SUBPANEL&#xb9;1 CONTROL ROOM AIR HANDLING SUBPANEL&#xb9;2 600 VAC MOTOR CONTROL CENTER AM-A 600 VAC MOTOR CONTROL CENTER AM-D REACTOR PROTECTION TRAIN A AUX RELAY CAB&#xb9;2 600 VAC MOTOR CONTROL CENTER AB-A 600 VAC MOTOR CONTROL CENTER AZV-A BATTERY CHARGER A FOR N TRAIN BATTERY BATTERY CHARGER A CONTROL BOX PLANT BATTERY BATT-AB BATTERY CHARGER&#xb9;1 PLANT BATTERY BATT-AB BATTERY CHARGER&#xb9;2 BATTERY CHARGER B FOR N TRAIN BATTERY BATTERY CHARGER B CONTROL BOX PLANT BATTERY BATTED BATTERY CHARGER&#xb9;1 PLANT BATTERY BATTED BATTERY CHARGER&#xb9;2 120 VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEM CHANNEL I INVERTER 120 VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEM CHANNEL II INVERTER 4-31 Table 4-2 cont'.Item 26 27 28 29 30 31 33 34 35 36 37 Equipment I.D.2CRID-III-INV 2<RID-IV-INV 2-D GAB 2-DGAB-INV 2-DGAB-X 2-DGCD 2-DGCD-INV 2-DGCD-X 2-EFR 2-EZC-A 2-EZC-B 2-EZCC Equipment Description 120 VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEM CHANNEL III INVERTER 120 VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEM CHANNEL IV INVERTER AB EMERGENCY DIESEL GENERATOR CONTROL SUBPANEL AB EMERGENCY DIESEL GENERATOR INVERTER AB EMERGENCY DIESEL GENERATOR AUXILIARY SUBPANEL CD EMERGENCY DiESEL GENERATOR CONTROL SUBPANEL CD EMERGENCY DIESEL GENERATOR INVERTER CD EMERGENCY DIESEL GENERATOR AUXILIARY SUB PANEL EMERGENCY FIRE PANEL INSTRUMENT/RELAY RACK 600 VAC MOTOR CONTROL CENTER EZC-A 600 VAC MOTOR CONTROL CENTER EZC-B 600 VAC MOTOR CONTROL CENTER EZC<38 2-EZC-D 2<R2 39 2&R1 600 VAC MOTOR CONTROL CENTER EZC-D GENERATOR PANEL REAR INSTRUMENT/RELAY RACK&#xb9;1 GENERATOR PANEL REAR INSTRUMENT/RELAY RACK&#xb9;2 41 42 43 45 2-HSD2R 2-LSI-1 2-LSI-2 2-LSI-3 2-N21-RACK UNIT 2 HOT SHUTDOWN PANEL REAR RACK STEAM GENERATORS
&#xb9;1 AND&#xb9;4 LOCAL SHUTDOWN STATION STEAM GENERATORS
&#xb9;2 AND&#xb9;3 LOCAL SHUTDOWN STATION REACTOR COOLANT SYSTEM CHARGING AND LETDOWN LOCAL SHUTDOWN STATION NUCLEAR INSTRUMENTATION CHANNEL I LOCAL INSTRUMENT RACK 4-32 Table 4-2 cont'.Item 46 47 48 49 50 51 52 53 54 55 56 57 58 Equipment I,D.2-N23-RACK 2-NIS-III 2-NSR 2-PS-A 2-PS-D 2-RPC-1 2-RPC-2 2-RPC-3 2-RPC4 2-RPS-A 2-RPS-B 2-RPSX-A 2-RPSX-B Equipment Description NUCLEAR INSTRUMENTATION CHANNEL III LOCAL INSTRUMENT RACK NUCLEAR INSTRUMENTATION SYSTEM REAR INSTRUMENT/RELAY RACK NUCLEAR INSTRUMENTATION SYSTEM REAR INSTRUMENT/RELAY RACK 600 VAC MOTOR CONTROL CENTER PS-A 600 VAC MOTOR CONTROL CENTER PS-D REACTOR PROTECTION CHANNEL I CAB&#xb9;1, 2, 3, 4 REACTOR PROTECTION CHANNEL II CAB&#xb9;5, 6, 7 REACTOR PROTECTION CHANNEL III CAB&#xb9;9, 10, 11 REACTOR PROTECTION CHANNEL IV CAB.&#xb9;12, 13 REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN A CABINET REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN B CABINET REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN A AUXILIARY CABINET REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN B AUXILIARY CABINET 61 24R2 59 2%A 60 24R1 STATION AUXILIARIES CONTROL PANEL STATION AUXILIARIES, REAR INSTRUMENT/RELAY RACK&#xb9;1 STATION AUXILIARIES REAR INSTRUMENT/RELAY RACK&#xb9;2 62 24R3 STATION AUXILIARIES REAR INSTRUMENT/RELAY RACK&#xb9;3 63 24R4 64 24SR STATION AUXILIARIES REAR INSTRUMENT/RELAY RACK&#xb9;4 ENGINEER SAFETY SYSTEM REAR INSTRUMENT/RELAY RACK 4-33 Table 4-2 cont'.Item 65 67 68 69 70 71 73 74 Equipment I.D.24WR 2-T21A 2-T21B 2-T21C 2-T21D 2-TFP 2-TRB 2-TRD 2-TRE 2-WRR Equipment Description NUCLEAR INSTRUMENTATION SOURCE RANGE N21 INSTRUMENT/RELAY RACK 4 KV T21A SWITCHGEAR 4 KV T21B SWITCHGEAR 4 KV T21C SWITCHGEAR 4 KV T21D SWITCHGEAR TURBINE DRIVEN AUX FEEDPUMP SUBPANEL TURBINE PANEL REAR INSTRUMENT/RELAY RACK B TURBINE PANEL REAR INSTRUMENT/RELAY RACK D TURBINE PANEL REAR INSTRUMENT/RELAY RACK E CONTROL ROOM WEST INSTRUMENT RELAY RACK 4-34 Table 4-3 Cook Nuclear Plant Unit 1 Breakdown of Class of 21 Equipment Items Requiring a Seismic Walkdown Equipment Class Number Equipment Class Number 0.Other (Miscellaneous Equipment Items)1.Motor Control Centers 2.Low Voltage Switchgear 3.Medium Voltage Switchgear 4.Transformers 5.Horizontal Pumps 50 19 65 34 12 32 11.Chillers 12.Air Compressors 13.Motor-Generators 14.Distribution Panels 15.Batteries on Racks 16.Battery Chargers A Inverters 35 12 6.Vertical Pumps 7.Fluid-Operated Valves (including SR Vs)8.Motor-Operated and Solenoid Operated Valves 9.Fans 194 135 36 17.Engine-Generators 18.Instruments on Racks (Including individually mounted transmitters) 19.Temperature Sensors 20.Instrumentation and Control Panels and Cabinets 73 34 84 10.Air Handlers 21.Tanks and Heat Exch angers 63 4-35
 
Table 44 Cook Nuclear Plant Unit 2 Breakdown of Class of 21 Equipment Items Requiring a Seismic Walkdown Equipment Class 0.Other (Miscellaneous Equipment Items)1.Motor Control Centers 2.Low Voltage Switchgear 3.Medium Voltage Switchgear 4.Transformers Number 51 18 55 34 12 Equipment Class 11.Chillers 12.Air Compressors 13.Motor-Generators 14.Distribution Panels 15.Batteries on Racks Number 35 5.Horizontal Pumps 31 16.Battery Chargers Ec Inverters 12 6.Vertical Pumps 7.Fluid-Operated Valves (including SRVs)8.Motor-Operated and Solenoid Operated Valves 9.Fans 193 135 33 17.Engine-Generators 18.Instruments on Racks (Including individually mounted transmitters) 19.Temperature Sensors 20.Instrumentation and Control Panels and Cabinets 72 33 82 10.Air Handlers 21.Tanks and Heat Exch angers 58 4-36 Table 4-5 Cook Nuclear Plant Unit 1 Outliers-for Class of 21 Equipment Reasons, SRT Proposed Resolution, Comments ID I-DCR-310 1-DCR-320 1-MMO-220 4 1-MMO-230 5 1-DRYS 6 1-PP~I ISSUES Caveats Seismic Interaction Caveats Seismic Interaction Seismic Interaction Seismic Interaction Seismic Interaction Anchorage REASONS Diaphragm of the valve tightly up against a pipe whip restraint.
Load on the operator is like a cold spring on the piping system.SRT examined the valve when piping was in the hot condition, it appears when.the pipe is cold the condition could get worse.The valve Bonnet connects a circular tube member at the bottom of the valve 1.6 inch in outside diameter.This is the weak link in the valve for transferring the seismic load on the operator (not the yoke).The diaphragm of valve tightly up against a pipe whip restraint.
Load on the operator is a cold spring on the piping system.SRT examined the valve when piping was in the hot condition, it appears when the pipe is cold the condition could get worse.The valve bonnet connects a circular tube member at the bottom of the valve 1.6 inch in outside diameter.This is the week link in the valve for transferring the seismic load on the operator (not the yoke).Adjacent railing can rotate and swing into the valve operator.Adjacent railing can rotate and swing into the valve operator.The valve has less than I inch clearance to adjacent structural steel beam and the SRT can easily push the valve so it makes contact with the steel beam.Only one bolt is known to have suf5cient embedment (identified as Anchor A in the Anchorage Inspection)
SRT PROPOSED RESOLUTION Recommend action to get adequate clearance for the valve diaphragm from the pipe whip support.Recommend action to get adequate clearance for the valve diaphragm from the pipe whip support.Move the railing at least 4 inches from the operator.Move the railing at least 4 inches from the operator.Restrain pipe at valve from the beam.Testing of Bolts C and D (inaccessible due to insulation) to show adequate embedment for at least one of these bolts would resolve this issue.COMMENTS Note No.3 Note No.3 Note No.2 Note No.2 Note No.I Note No.2 4-37
 
ID 12-PP-31N I-H V-ACR-I I-H V-ACR-2 1-RPC-111 I-RPC-IV 1-NTR-230 1-NTR-240 14V45C 14V45A 14V45B ISSUES Caveats Anchorage Caveats Anchorage Caveats Anchorage Seismic Interaction Caveats Seismic Interaction Seismic Interaction Seismic Interaction Capacity vs.Demand Capacity vs.Demand Capacity vs.Demand REASONS Must check inlet and outlet pipe nozzle loads-piping is laterauy unrestrained.
Pump is classed an outlier pending definition of piping nozzle loads.Vibration isolators have no detail from manufacturer.
SRT did not observe any restraint for seismic loads and therefore have designated the chiller as an outlier.Vibration isolators have no detail from manufacturer.
SRT did not observe any restraint for seismic loads and therefore have designated the chiller as an outlier.Cabinet with essential rehys is right up against a wall of the Control Room and not bolted to it.Cabinet is right next to Cabinet 1-RPST-A, and is not bolted to it.There is also a 10 lb duct cover above the unit which could fall on it.Platform grating support beam bears directly on RTD.There is no flexibility.
Platform grating bears directly on RTD, and there is no flexibility.
Capacity Spectrum does not envelope Demand Spectrum below about 25 Hz and above 12 Hz.There are no GERS for this equipment type.Capacity Spectrum does not envelope Demand Spectrum below about 25 Hz and above 12 Hz.There are no GERS for this equipment type.Capacity Spectrum does not envelope Demand Spectrum below about 25 Hz and above 12 Hz.There are no GERS for this equipment type.SRT PROPOSED RESOLUTION Define Inlet and outlet piping loads for input to ANCHOR evaluation.
Rerun ANCHOR evaluation to determine adequacy with piping nozzle loads included.Design and install a bumper system around the vibration isolation system that is adequate for seismic loads.Design and install a bumper system around the vibration isolation system that is adequate for seismic loads.Bolt the cabinet at the top to the adjacent wall.Bolt the cabinet to the adjacent cabinet 1-RPST-A.Secure or remove the duct cover above.Bend RTD away from steel.Bend RTD away from steel.Review piping analyses and seismic qualification test data to demonstrate that capacity exceeds demand.Review piping analyses and seismic'qualification test data to demonstrate that capacity exceeds demand.Review piping analyses and seismic qualification test data to demonstrate that capacity exceeds demand.COMMENTS Note No.4 Note No.I Note No.1 Note No.I Note No.1 Note No.3 Note No.3 Note No.4 Note No.4 Note No.4 4-38 17 18 19 ID 1-NRV-151 1-NRV-152 1-NRV-153 ISSUES Capacity vs.Demand Capacity vs.Demand Capacity vs.Demand REASONS ld x Bounding Spectrum does not envelope the floor response spectrum below about 25 Hz and above 12 Hz.Using a maximum amplification factor of 7 for the floor spectrum, exceeds the FOYERS at all frequencies.
13 x Bounding Spectrum does not envelope the floor response spectrum below about 25 Hz and above 12 Hz.Using a maximum amplification factor of 7 for the floor spectrum, exceeds the FOYERS at all frequencies.
13 x Bounding Spectrum does not envelope the floor response spectrum below about 25 Hz and above 12 Hz.Using a maximum amplification factor of 7 for the floor spectrum, exceeds the FOYERS at aH frequencies.
SRT PROPOSED RESOLUTION Determine valve response level from piping analysis, and compare to FOVNERs, or determine capacity based on test data and compare to appropriate demand.Determine valve response level from piping analysis, and compare to FOVNERs, or determine capacity based on test data and compare to appropriate demand.Determine valve response level from piping analysis, and compare to FOYERS, or determine capacity based on test data and compare to appropriate demand.COMMENTS Note No.4 Note No.4 Note No.4 20 1-MRV-240 Seismic Interaction Lifting eye4olt on large horizontal motor drive is in close proximity of grating floor.Notch curbing (kick plate)to preclude"any seismic banging Note No.3 21 12+C-3 Anchorage Seismic Interaction 1)Overhead crane trolley needs to be parked not directly over cubicle-crane support also may not be seismically adequate, but OK if trolley is not parked over filter room.2)Blockwall enclosure does not appear seismically qualified.
3)Anchorage capacity evaluation is required including nozzle loads, due to attached piping being laterally unrestrained.
For one 3 inch line, approximately 40 foot length is unrestrained, and for the other, approximately 20 foot length is unrestrained.
1)Trolley should be parked and tied in a position which is not over the blockwall cubicle for 12-QC-3.2)For Blockwall enclosure, determined if these walls were included in the IE 80-11 program, since this is a non-safety related item.3)Piping needs to be evaluated to provide nozzle loads to QC-12-3 for evaluation of the anchorage.
1.Note No.2 2.Note No.4 3.Note No.4 4-39
 
26 ID 1-NMO-151 I-NMO-152 I-NMO-153 1-N SO%1 I-NS042 ISSUES Capacity vs.Demand Capacity vs.Demand Capacity vs.Demand Capacity vs.Demand Capacity vs.Demand REASONS 15 x Bounding Spectrum does not envelope the Realistic, Median Centered Floor Response Spectra at frequencies below about 25 Hz and above about 12 Hz.Similarly, assuming an amplification factor of 7 for in-line equipment applied to the floor response spectra, the MOVERS do not envelope below about 25 Hz and above 33 Hz.13 x Bounding Spectrum does not envelope the Realistic Median Centered Floor Response Spectra at frequencies below about 25 Hz and above about 12 Hz.Similarly, assuming an amplification factor of 7 for in@ac equipment applied to the floor response spectra, the MOVNERS do not envelope below about 25 Hz and above 33 Hz.13 x Bounding Spectruin does not envelope the Realistic Median Centered Floor Response Spectra at frequencies below about 25 Hz and above about 12 Hz.Similarly, assuming an amplification factor of 7 for inane equipment applied to the floor response spectra, the MOVERS do not envelope below about 25 Hz and above 33 Hz.13 x Bounding Spectrum does not envelope the floor response spectra below about 25 Hz and above about 12 Hz.Also, the SOVWERS do not envelope the floor response spectra using an amplification factor of 7 below about 4 Hz and above about 20 Hz.15 x Bounding Spectrum does not envelope the floor response spectra below about 25 Hz and above about 12 Hz.Also, the SOVWERS do not envelope the floor response spectra using an amplification factor of 7 below about 4 Hz and above about 20 Hz.SRT PROPOSED RESOLUTION Review piping analysis to determine actual response level for this valve and compare to GERS.Review piping analysis to determine actual response level for this valve and compare to GERS.Review piping analysis to determine actual response level for this valve and compare to GERS.Determine the response of the valve from analysis of the piping and compare to SOVNERS.Determine the response of the valve from analysis of the piping and compare to SOVNERS.COMMENTS Note No.4 Note No.4 Note No.4 Note No.4 Note No.4 4-40 ID 27 I-NSO43 28 1-NSO44 29 1-VDAB-1 30 1-V DAB-2 31 1-A 11 ISSUES Capacity vs.Demand Capacity vs.Demand Seismic Interaction Seismic Interaction Seismic Interaction REASONS 15 x Bounding Spectrum does not envelope the floor response spectra below about 25 Hz and above about 12 Hz.Also, the SOVNERS do not envelope the floor response spectra using an amplification factor of 7 below about 4 Hz and above about 20 Hz.15 x Bounding Spectrum does not envelope the floor response spectra below about 25 Hz and above about 12 Hz.Also, the SOVNERS do not envelope the floor response spectra using an ampliTication factor of 7 below about 4 Hz and above about 20 Hz.There is a fire extinguisher hung on the side of the rack on a very short hook.The SRT judged that the fire extinguisher could fall off the hook and possibly rupture.There is a fire extinguisher hung on the side of the rack on a very short hook.The SRT judges that the fire extinguisher could fall off the hook and possibly rupture.1.The unsecured shear panel between cabinets 1-A9 and 1-AIO can lift and then strike the embedded steel, possibly causing relay chatter.Resolve by welding to embedded steel.2.There are 2 step ladders chained to the wall in front of the cabinet.While they are currently chained tight enough not to hit the cabinet, they don't miss by much (I inch-2 inch)and can easily be rechained so that they would hit.SRT PROPOSED RESOLUTION Determine the response of the valve from analysis of the piping and compare to SOVNERS.Determine the response of the valve from analysis of the pipmg and compare to SOVNERS.Support the fire extinguisher more securely.Support the fire extinguisher more securely.1.Weld the back (west edge)of the base of the shear panel to existing embedded steel.2.Remove or more tightly secure the ladders.COMMENTS Note No.4 Note No.4 Note No.2 Note No.2 1.Note No.3 2.Note No.2 32 1-A 13 33 1-.RPSX-A 34 I-RPSX-B 35 14G 36 1-LLS-120 ISSUES Seismic Interaction Seismic Interaction Seismic Interaction Caveats Anchorage REASONS 1.The unsecured shear panel between cabinets 1-A9 and 1-AIO can lift and then strike the embedded steel, possibly causing relay chatter.Resolve by welding to embedded steel.2.There are 2 step ladders chained to the wall in front of the cabinet.While they are currently chained tight enough not to hit the cabinet, they don't miss by much (I inch-2 inch)and can easily be rechained so that they would hit.1-RPSX-A contains essential relays.It is bolted to the adjacent I-RPS-A, but is not bolted to the adjacent I-RPST-A.1-RPSX-B contains essential relays.It is bolted to the adjacent 1-RPS-B, but is not bolted to the adjacent 1-RPST-B.Recorders I-MR-17,18,19(0 can slide out.They latch once they slide out almost their entire length, at that point the SRT judges that they are vulnerable to vertical forces.The four instruments 1-LLS-120, 121, 122 and 123 are mounted on a stanchion bolted to the floor by three I/2 inch wedge couplings instead of four.This item was designated as an outlier because one of the four bolts was not present.SRT PROPOSED RESOLUTION 1.Weld the back (west edge)of the base of the shear panel to existing embedded steel.2.Removed or more tightly secure the ladders.Bolt 1-RPSX-A to 1-RPST-A.Bolt 1-RPSX-B to 1-RPST-B.Secure the recorders so that they cannot slide out more than about half their length without being unlatched in some manner.Due to the light weight of switches (natural frequency 10 Hz)the SRT judge that remaining three bolts were adequate and that no operability concern existed (maximum weight of total assembly supported is 150 lbs)SQUG Action Item&#xb9;41 was written so this missing anchor would be installed.
COMMENTS 1.Note No.3 2.Note No.2 Note No.1 Note No.1 Note No.1 Note No.2 37 38 39 ID 1-LLS-121 1-LLS-122 1-LLS-123 I%PS-314 ISSUES Anchorage Anchorage Anchorage Other REASONS The four instruments 1-LLS-120, 121, 122 and 123 are mounted on a stanchion bolted to the floor by three 1/2 inch wedge couplings instead of four.This item was designated as an outlier because one of the four bolts was not present.The four instruments 1-LLS-120, 121, 122 and 123 are mounted on a stanchion bolted to the floor by three I/2 inch wedge couplings instead of four.This item was designated as an outlier because one of the four bolts was not present.The four instruments 1-LLS-120, 121, 122 and 123 are mounted on a stanchion bolted to floor by three 1/2 inch wedge couplings instead of four.This item was designated as an outlier because one of the four bolts was not present.Screws attaching the component to the mounting plate (one screw is missing the nut, the second screw is missing and the third one is loose).SRT PROPOSED RESOLUTION Due to the light weight of switches (natural frequency 10 Hz)the SRT judge that remaining three bolts were adequate and that no operability concern existed (maximum weight of total assembly supported is 150 lbs)SQUG Action Item&#xb9;41 was written so this missing anchor would be installed.
Due to the light weight of switches (natural frequency 10 Hz)the SRT judge that'emaining three bolts were adequate and that no operability concern existed (maximum weight of total assembly supported is 150 lbs)SQUG Action Item&#xb9;41 was written so this missing anchor would be installed.
Due to the light weight of switches (natural frequency 10 Hz)the SRT judge that remaining three bolts were adequate and that no operability concern existed (maximum weight of total assembly supported is 150 lbs)SQUG Action Item&#xb9;41 was written so this missing anchor would be installed.
The missing hardware should be installed and loose hardware tightened.
COMMENTS Note No.2 Note No.2 Note No.2 Note No.3 ID 41 1-BA 42 1-RPS-A ISSUES Caveats Caveats Seismic Interaction REASONS Taylor Strip Chart Recorder on 1-BA can slide out, it is not secured.1-RPS-A contains essential relays.On one side 1-RPS-A is bolted to the adjacent 1-RPSX-A, but on the other side it is hard up against (but not attached)a reinforced concrete (r/c)wall.Also inside the same assembly 1-RPST-A and I-RPC are not bolted together.SRT PROPOSED RESOLUTION Secure the recorder so that it cannot slide out without being unlatched.
Anchor 1-RPS-A to the adjacent.r/c wall, and attach I-RPST-A to I-RPC.COMMENTS Note No.1 Note No.1 43 1-RPS-B Caveats 1-RPSX-B which is in the same assembly as 1-RPS-B is not bolted together to 1-RPST-B.Attach 1-RPSX-B to 1-RPST-B.Note No.1 44 1-BATT-AB 45 1-BATTED 46 1-DGCD 47 I-TFP Caveats Caveats Seismic Interaction Seismic Interaction Anchorage Batteries just over 10 years old.Batteries just over 10 years old.Overhead pendant florescent light is free to swing into the panel.Since the panel contains essential relays (HFA, etc.)the panel is an outlier, although the impact force on the panel will be minor.The panel is right up against a wall and contains essential relays.The panel can rattle against the wall, which violates Interaction Caveat&#xb9;2.The anchorage is only in the pad above the base concrete.Evaluate the batteries to determine that they are seismically adequate since they are greater than 10 years old.Evaluate the batteries to determine that they are seismically adequate since they are greater than 10 years old.Restrain the light so it will not impact the panel.The panel should be bolted to the wall at the top.This wiH resolve both outlier issues.This item has been resolved.This item has been resolved.Note No.I Note No.1 Notes~Aliesbte to Comments No.1.This item wiH be implemented under a design change.No.2.This item will be implemented by plant maintenance under a job order.No.3.This item has been corrected and/or resolved.No.4.This item will be resolved by further evaluation and/or analysis.
e0 Table 4-6 Cook Nuclear Plant Unit 2 Outliers-for Class of 21 Equipment Reason, SRT Proposed Resolution, Comments ID ISSUES REASONS SRT PROPOSED RESOLUTION COMMENTS 2-MRV-154 Other At the time of the walkdown (during a plant outage)one of the packing nuts on this valve was missing.Replace the missing packing nut.Note No.3 2-DGAB-X 2-DGCD-X 4 2-T21A 5 2-T21D 6 2-QT-106-AB1 Seismic Interaction Seismic Interaction Caveats Seismic Interaction Seismic Interaction Seismic Interaction Interaction issues are chain which is restrained but could still swing into cabinet and overhead pendant lights.Interaction issues are: 1.Chain which is restrained but could still swing into cabinet 2.Overhead pendant lights hung on open hooks.Cabinet sections 2-T21A8 and 2-T21A9 are not bolted together in the front.Switchgear assembly is right next to Cabinet 2-ABLV-B and not bolted together.Switchgear assembly is right next to the 2-ABLY-A relay panel and not bolted together.If the vibration isolators on, the non-safety exhaust fan, above the pumps, fail, the exhaust fan could faH on the transfer pumps.This is an interaction issue and'needs evaluation.
Restrain the chain and secure overhead light.Secure the chain and overhead light.Bolt Sections 2-T21A8 and 2-T21A9 together and bolt the assembly and 2-ABLV-B together.Bolt the assembly and 2-ABLY-A together.The SRT of George Thomas and Satyan Sharma werc able to inspect the fan in great detail due to the erection of scaffolding.
This inspection resulted in the conclusion that although the fan could jump off the vibration isolators during an earthquake the supporting structure (base frame, rod hangers, etc.)would preclude it from falling.The fan was large enough that it cannot slip through the support structure.
Note No.2 1.Note No.1 2.Note No.2 Note No.1 Note No.1 Note No.3
 
ID 12-PP-31S 2-AFWX 2+T-106-AB2 2-H V-ACR-1 2-H V-ACR-2 2-H V-AES-1 ISSUES Caveats Anchorage Seismic Interaction Seismic Interaction Caveats Anchorage Caveats Anchorage Caveats Anchorage RE AS NS Should check inlet and outlet pipe nozzle loads-piping is laterally unrestrained.
Pump is classified as an outlier pending definition of piping nozzle loads.Overhead pendant lights hung on open hook.If the vibration isolators on the non-safety exhaust fan, above the pumps, fail, the exhaust fan could fall on the transfer pumps.This is an interaction issue and needs evaluation.
Vibration isolators have no detail from manufacturer.
SRT did not observe any restraint for seismic loads and therefore have designated the chiller as an outlier.Vibration isolators have no detail from manufacturer.
SRT did not observe any restraint for seismic loads, and therefore have designated the chiller as an outlier.Embedments for the 5/8 inch non<hell anchors are at or below some of the minimum embedments of the GIP from several anchorage types.This equipment item is being designated as an outlier because of the embedment issue.The bounding calculation for 1-HV-AES-1 indicated a relatively small margin of 1.18.SRT PROPOSED RESOLUTION Define piping nozzle loads for input to ANCHOR evaluation.
Rerun Anchor evaluation including piping nozzle loads.Secure the light.The SRT of George Thomas and Satyan Sharma were able to inspect the fan in great detail due to the erection of scaffolding.
This inspection resulted in the conclusion that although the fan could jump off the vibration isolators during an earthquake the supporting structure (base frame, rod hangers, etc.)would preclude it from falling.Thc fan was large enough that it cannot slip through the support structure.
Design and install a bumper system around the vibration isolation system that is adequate for seismic loads.Design and install a bumper system around the vibration'isolation system that is adequate for seismic loads.Perform more investigation with regard to the type of bolt, and its capacity for the installed embedment.
COMMENTS Note No.4 Note No.1 Note No.3 Note No.1 Note No.1 Note No.4 446 ID 2-H V-AES-2 2-TFP 2-RPC-I 2-RPC-II 2-RPC-III 2-RPC-IV 2-MRV-230 ISSUES Caveats Anchorage Seismic Interaction Anchorage Seismic Interaction Seismic Interaction Seismic Interaction Caveats Seismic Interaction REASONS Bolt embedments for 5/8 inch expansion anchors are very short (at or below some of the minimum embedments for several anchor types in the GIP).This equipment item is being designated as an outlier due to the embedment issue.The bounding calculation for I-HV-AES-I indicated a relatively small margin of 1.18.Some Debris has worked its way into the gap between the panel and the wall.It is postulated that the panel can rattle against this debris during a seismic event, which violates Interaction Caveat P2.The anchorage is only in the pad above the base concrete.2-RCP-I is too close to the wall and can potentially pound against it during an earthquake.
Also, fire extinguisher 633A-32CO2 which is on the concrete wall about 25 inch from 2-RPC-I, can fall off its small hook and impact 2-RCP-I, and discharge.
2-RCP-II is too close to the wall and can potentially pound against it during an earthquake.
2-R P-III is too close to the wall and can potentially pound against it during an earthquake.
Cabinet 2-RCP-IV is right next to Cabinet 2-RPST-A, and is not bolted to it.Cabinet 2-RCP-IV contains essential relays.Tube off o hydraulic controller on piston is bearing on railing.May lack sufficient flexibility.
SRT PROPOSED RESOLUTION Perform more investigation with regard to the type of bolt, and its capacity for the installed embed ments.The debris be removed between the wall and panel and that the panel be attached to the wall at the top.Bolt the cabinet at the top to the adjacent wall.Also, either move the fire extinguisher or put it on a longer hook.Bolt the cabinet at the top to the adjacent wall.Bolt the cabinet at the top to the adjacent wall.Bolt cabinet 2-RCP-IV to the adjacent Cabinet 2-RPST-A.Relocate Tube.COMMENTS Note No.4 Note No.1 Note No.1 Note No.1 Note No.1 Note No.1 Note No.2 20 21 ID 12-HE-25A 24V45A ISSUES Anchorage Seismic Interaction Capacity vs.Demand REASONS 1)Component is supported off shell of much larger (about 4.0 feet)diameter tank 12-TK-148.
Information required to evaluate this support condition is presently unavailable.
2)Inlet and outlet piping to condenser have large heavy central valves with no lateral restraint.
Nozzle loads are presently unavailable.
3)RRV-248 valve is touching 3/4 inch to 5/8 inch tubing line coming from the bottom of the tank supporting condenser.
Should have 1 inch gap.15 x Bounding Spectrum does not envelope the Floor Response Spectrum below about 25 Hz and above about 12 Hz.There are no GERS for relief valves.SRT PROPOSED RESOLUTION 1)Need to get physical data on 12-TK-148 tank to determine anchorage adequacy.2)Obtain nozzle loads to use in evaluating condenser anchorage.
3)Relocate valve to provide sufficient clearance.
Review piping analyses and seismic qualification test data to demonstrate capacity exceeds demand.COMMENTS Note No.4 (Currently under evaluation; to be isolated from the flow path)Note No.4 24V45B Capacity vs.Demand 15 x Bounding Spectrum does not envelope the Floor Response Spectrum below about 25 Hz and above about 12 Hz.There are no GERS for relief valves.Review piping analyses and seismic qualification test data to demonstrate capacity exceeds demand.Note No.4 24V45C Capacity.vs.Demand 15 x Bounding Spectrum does not envelope the Floor Response Spectrum below about 25 Hz and above about 12 Hz.There are no GERS for relief valves.Review piping analyses and seismic qualification test data to demonstrate capacity exceeds demand.Note No.4 2-NRV-151 Capacity vs.Demand 15 x Bounding Spectrum does not envelope Floor Response Curve below about 25 Hz and above 12 Hz.Using an amplification factor of 7 for in-line equipment results in the demand spectrum exceeding the FOYERS at aH frequencies.
Review piping analysis to determine actual response level for this valve to establish demand, and compare to FOV-GERS.Note No.4
 
26 27 29 30 31 ID 2-NRV-152 2-NRV-153 2-MRV-152 2-BA 2-RPS-A 2-RPSX-A 2-RPSX-B ISSUES Capacity vs.Demand Capacity vs.Demand Other Caveats Seismic Interaction Seismic Interaction Seismic Interaction REASONS 13 x Bounding Spectrum does not envelope Floor Response Curve below about 25 Hz and above 12 Hz.Using an amplification factor of 7 for in-line equipment results in the demand spectrum exceeding the FOYERS at all frequencies.
15 x Bounding Spectrum does not envelope Floor Response Curve below about 25 Hz and above 12 Hz.Using an amplification factor of 7 for in-line equipment results in the demand spectrum exceeding the FOVCxERS at all frequencies.
Valve operator was missing during first walkdown (10-2993)and was still missing during a subsequent walkdown 3/14/94.Recorder 2-MRS on 2-BA can slide out, it is not secured 2-RPS-A contains essential relays.One side, 2-RPS-A is bolted to the adjacent 2-RPSX-A, but on the other side, it is hard-up against (but not attached to)an r/c wall 2-RPSX-A contains essential relays.It is bolted to the adjacent 2-RPS-A, but is not bolted to the adjacent 2-RPST-A..
2-RPSX-B contains essential relays.It is bolted to the adjacent 2-RPS-B, but is not bolted to the adjacent 2-RPST-B.SRT PROPOSED RESOLUTION Review piping analysis to determine actual response level for this valve to establish demand, and compare to FOV-GERS.Review piping analysis to determine actual response level for this vahe to establish demand, and compare to FOV-GERS.Per DC Cook Plant personnel (R.Leonard), the actuator for 2-MRV-152 was removed to replace a broken actuator on valve 2-DCR-304 (Ref.A/R A000091).A new actuator had to be ordered for 2-MRV-152 (Activity 3 of Job Order C8549).The new actuators were received at the plant just prior to March 18, 1994.Secure the recorder so that it cannot slide out without being unlatched.
Anchor 2-RPS-A to the adjacent r/c wall.Bolt 2-RPSX-A to 2-RPST-A.Bolt 2-RPSX-B to 2-RPST-B.COMMENTS Note No.4 Note No.4 Note No.3 Note No.1 Note No.1 Note No.1 Note No.1 24G ID ISSUES Caveats REASONS Recorders 2-MR-17,18,19/0 can slide out.They latch once they slide out ahnost their entire length, at that point the SRT judges that they are vulnerable to vertical forces SRT PROPOSED RESOLUTION Secure the recorders so that they cannot slide out more than about half their length without being unlatched in some manner.COMMENTS Note No.1 33 35 36 37 38 2-NMO-151 2-NMO-152 2-NMO-153 2-BATT-AB 2-BATTED 2-LSI-3 Capacity vs.Demand Capacity vs.Demand-Capacity vs.Demand Caveats Caveats Seismic Interactions 13 x Bounding Spectrum does not envelope the Realistic Median Centered Floor Response Spectra at frequencies below about 25 Hz and above about 12 Hz.Similarly, assuming an amplification factor of 7 for in-line equipment applied to the floor response spectra, the MOVCzERS do not envelope below about 25 Hz and above 33 Hz.13 x Bounding Spectrum does not envelope the Realistic Median Centered Floor Response Spectra at frequencies below about 25 Hz and above about 12 Hz.Similarly, assuming an amplification factor of 7 for in-line equipment applied to the floor response spectra, the MOVERS do not envelope below about 25 Hz and above 33 Hz.13 x Bounding Spectrum does not envelope the Realistic Median Centered Floor Response Spectra at frequencies below about 25 Hz and above about 12 Hz.Similarly, assuming an amplification factor of 7 for in-line equipment applied to the floor response spectra, the MOVERS do not envelope below about 25 Hz and above 33 Hz.Batteries just over 10 years old.Batteries just over 10 years old.Chain located above the panel is not adequately secured to the wall.Review piping analysis to determine actual response level for this valve and compare to GERS.Review piping analysis to determine actual response level for this valve and compare to GERS.Review piping analysis to determine actual response level for this valve and compare to GERS.Evaluate the batteries to determine that they are seismically adequate since they are greater than 10 years old.Evaluate the batteries to determine that they are seismically adequate since they are greater than 10 years old.Secure the chain.Note No.4 Note No.4 Note No.4 This item has been resolved.This item has been resolved.Note No.2 4-50
 
ID 39 2-DRY-407 ISSUES Seismic Interactions RE AS NS Valve is an outlier because it has less than a 2 inch clearance to an adjacent R/C Wall.The pipe line is rod hung and may swing into the wall.SRT PROPOSED RESOLUTION Either restrain the piping so the valve cannot swing or check the piping analysis to ensure that the displacement of the valve during a DBE is less than 2 inches.COMMENTS Note No.1 Notes~Atiesbte to Comments No.1.This item will be implemented under a design change.No.2.This item wiH be implemented by plant maintenance under a job order.No.3.This item has been corrected and/or resolved.No.4.This item will be resolved by further evaluation and/or analysis.4-51 Table 4-7 Conimcntary on Equipmcnt Items Meeting the Intent of GIP Caveats Component or Category Commentary Unit 1 and 2 Class 0 Components Generic Intcrprctation Unit 1 and 2 Class 21 Tanks and Heat Exchangers not covered by the criteria.I+T-113K D1 1+T-113CD2 There are 50 and 51 cquipmcnt items identified as Class 0 in Unit 1 and Unit 2 respectively.
These items were primarily passive and werc similar to items considered as components of class of 21 equipment.
For these equipment items thc SRT assessed the potential for seismic damage and made the necessary evaluations.
All these items were at locations in the plant where 15 times the Bounding Spectruni is greater than the floor response spectra where they arc located.Anchorage was evaluated using the GIP criteria.There are 63 and 58 equipment items identified as Class 21 in Unit 1 and Unit 2 respectively.
Of these tanks and heat exchangers, there were only 20 where the GIP criteria was applicable.
The remaining 101 werc evaluated by meeting the intent of the GIP criteria.Anchorage was evaluated using the GIP criteria.Each of these strainers is supported on four legs.Each leg of 1-QT-113<DI is anchored by one 1/2 inch J4olt anchor, each leg of I-QT-113CD2 is anchored by one 3/8 inch bolt, but the anchor type is unknown.One bolt was broken.One of the 3/8 inch bolts is broken.According to the memo from Jerry A.Reiniger at AEPSC and James Wisniewski at Cook Nuclear Plant Construction, the 3/8 inch bolts appear to have been welded to the 1/2 inch embedded J-bolt.The welding looked questionable.
The SRT believed that even with thc questionable weld, the 3/8 inch bolts are suKcient to carry the tensile load of an unknown expansion bolt (a 0.6 reduction factor)and a further 5 reduction for prying action.The broken bolt was not included in the evaluation.
The ANCHOR analysis was performed for I-QT-113CD1 and 1-QT-113XD2 together, since they are connected by a relatively rigid piping segment.The minimum embcdmcnt of the 1/2 inch J-bolts for 1+T-113-CD1 is 95 inches and was used for the embedment reduction factor for the Jkolts.The unknown expansion anchor was used for the three 3/8 inch bolts on 1-QT-1 13CD2.The SRT also judged the bolts may bc subject to prying.Therefore a very conservative 5 reduction factor was applied for prying.ANCHOR analysis included nozzle loads as specified in the piping analysis nozzle/anchor load summary sheets for the attached piping.Conservatively assume that the inlet and outlet nozzle loads are distributed between the two strainers, 1-QT-113<DI and CD2, because of the way they are joined.Therefore, the nozzle loads modeled in the ANCHOR analysis are the absolute values of the larger of the two loads specified.
The ANCHOR analysis even with the highest nozzle loads and anchorage reduction factors, shows a high margin of safety (1.6).4-52 Component or Category Commentary 1-1 1A 1-11B 1-11C 1-11D 1-21A 2-21B 2-21C 2-21D Tbe switchgear manufacturer is ITE Imperial.The side to side breaker restraint caveat norinally applies to Westinghouse DB-25 and DB-50 switchgcar assemblies.
600 VAC Bus Switchgcar Side to side restraint of breaker was judged adequate.Primary breaker contacts at top are horizontal, secondary breaker contacts at bottom are vertical.Breaker weight estimated to be about 80 lbs.Frame at bottom of breakers judged sufficiently stiff to withstand earthquake inertia such that secondary contacts will not fail.1-52BYA 1-52BYB 1-52RTA 1-52RTB 2-52BYA 2-52BYB 2-52RTA 2-52RTB The switchgcar arc of tbe Westinghouse DB-50 type, which normally applies to the side to side breaker restraint caveat.However, the breaker is supported by two rails that were judged very stiff.Breakers were pulled and pushed sideways (at about 80 lbs.force)and there was not even a slight movement observed.Reactor Trip Breakers After review of thc seismic test for the unit that included the breakers (although the breaker qualification was not the prime objective of the test)and the load test in the field it was judged that there was no possibility of damaging the secondary contacts in an SSE event.Therefore, caveat 3 was judged acceptable.
1.-PP-7E 1-PP-7W 2-PP-7E 2-PP-7W On the front, the rail on which the breaker may slide back and forth, is bolted to the side of tbe cabinet.The wheels have a top rcsiraint on the flange of the channel to prevent the wheels from lifting.VP/BS Caveat 2: These pumps are outside the seismic experience database because of the long shaft (approximately 45 feet long-Rcf.Johnston Turbine Pumps H4193-D).However, seismic adequacy is demonstrated by a stress analysis report, which indicates shaft and casing stresses and deflections to be within acceptable limits.Therefore, the intent of this Caveat is considered to be met by thc SRT.4-53 Component or Category Commentary I-DCR-301 1-DC R-302 1-DCR-303 I-DCR-304 1-FRS-257 1-FRS-258 1-IRV-116 1-IRV-136 1-IRV-146 I-IRV-147 I-IRV-148 1-IRV-149 1-IRV-150 1-IRV-160 1-MCR-251 1-MCR-252 I-MCR-253 1-MCR-254 1-MR V-154 1-NRV-101 1-NRV-102 1-NRV-103 1-NRV-104 I+RV-150 14 V-101 14V-102 14V-120-AB ISV-120K D 14 V-121 14 V-Ill 14 V-140-2 14 V-15E 1-SV-15W 1-SV-169E 14V-169W 14V-200-AB 1$V-20KD 1$V-201-AB1 14V-201-AB2 ISV-201<D I 14V-201<D2 14V46 1$V%7-I 14 V%7-2 14 V%7-3 14V-79-AB 1 14 V-79-AB2 1$V-79CD I 14V-79K D2 14 V-96 14V87 14V88N 14 V-98S 2-DCR-301 2-DCR-302 2-DC R-303 2-DCR-304 2-FR S-257 2-FRS-258 2-IRV-116 2-IRV-136 2-IRV-146 2-IRV-147 2-IRV-148 2-IRV-149 2-IRV-150 2-IRV-160 2-MCR-251 2-MCR-252 2-MCR-253 2-MCR-254 2-MRV-154 2-NRV-101 2-NRV-102 2-NRV-103 2-NRV-104 2+RV-150 24V-101 24 V-102 24 V-120-AB 24 V-120<D 24 V-121 24 V-140-1 24 V-140-2 24V-15E 24 V-15W 24V-169E 2-SV-169W 24V-200-AB 2$V-200<D 2-SV-201-AB1 2-SV-201-AB2 2$V-201<D1 2$V-201<D2 24 V-66 24 V%7-I 24 V%7-2 24 V%7-3 24V-79-AB1 24V-79-AB2 2$V-79ZD I 2$V-79ZD2 24 V-96 24 V-97 24V48N 24 V-98S Small air operated valves or safety valves on lines less than 1 inch.The valves were either supported independently and could not over tress the lines or the valve was so small the SRT judged that thc line cannot be overstressed.
N o.Component or Category Commentary 1$V-200-AB 1-SV-200C D 1-SV-201-AB1 1$V-201-A 82 1$V-201K D1 1-SV-201<D2 2$V-200-AB 2$V-2004 D 2$V-201-AB1 2$V-201-AB2 2$V-201ZD I 2$V-201K D2 FOV/BS Caveat 2: Valve bodies are cast iron.However, since this is a prcssure relief valve, the only stress on the body will be due to inertia loads on thc body itself (no loads will be imported by the pipe line).Thc valves weigh (10 Ib and the inertia will be low, such that the stress will be less 020 Fu allowed by this caveat for cast iron valves.10 1-HV$GR-MD3 2-HV$GR-MD3 1-HV$GR-MD4 2-HV$GR-MD4 1-HV$GR-MDS 2-HV$GR-MD5 Class 14 wall mounted Distribution Panels, Unit 1 and Unit 2 I-BC<DI 1-BCCDZ Could not sec motor operator for damper because internal to duct.Evaluated based on documentation package.Operator is small and light weight and adequately anchored.Documentation package indicates operator purchased and installed to IEEE 344-75 requirements.
The expansion anchors, anchoring most of the distribution panels to the wall were in general not accessible for thc bolt tightness check.Some of these only had four bolts which are not enough bolts to meet the reduced inspection criteria and the concrete strength is 3500 psi and not 4000 psi.Testing these bolts would entail unwiring the components and removing the panel from the wall.The ANCHOR analyses for these light weight panels indicated a margin greater than 10.Most of these panels were also tug tested.When tightness checks could be performed, thc anchors were found to be tight~Therefore, the SRT believed the panel anchorage evaluations met the"intent" of the GIP rcquircmcnts.
The minimum embedmcnt for the J4olts on the Anchor Inspection Data Sheet is 9-5/8 inches, slightly below (3/8 inch)the 16 diameter minimum embedment in the GIP.However, due to the high margin of the analysis for 1-BC-AB1 with a smaller 1/2 inch bolt, and the knowledge that the 5/8 inch bolt will have a higher capacity, the SRT judged that the anchorage"met the intent" of the embedment caveat.The anchorage was deemed acceptable based on the calculation for 1-BC-AB1.12 1ME-150-AB 2&ME-150-AB 1ME-150CD 2ME-150CD Diesel Generator and driver not on same skid, however large concrete foundations originate from common floor;differential motion is not a concern.13 1-D GAB 1-DGCD Panels Panels contain essential relays.Although Anchorage Inspection Data Sheets indicate greater than 1/4 inch gaps for the anchorage, the panel is not subject to pounding which is the intent of this caveat.These gaps are due to the panel resting on adjacent shim plates.Also due to the size of thc panel the loading will primarily be in shear.4-55
 
N o.Component or Category Commentary 14 15 I-TSC-I/047 1-TSC-I/049 1-TSC-I/0-13 1-TSC-I/0-15 Panels 124FP-12 Panel The cabinet sits on a 1 inch thick grout pad (appears sound)and is anchored with twelve (12)3/4 inch Hilti Kwik bolts.The ANCHOR analysis showed a margin of 25.Per the anchorage package, thc bolts werc UT tested and found to be 8D inch long, so the embedmcnt length is more than adequate.The bolts could not be tightness tested due to congestion in the cabinet.Per GIP Section C2.10, the Reduced Inspection Alternative cannot be used because the concrete strength is less than 4000 psi, but given the very high margin, the SRT judged the anchorage adequate.Panel is 36 inches x 42 inches x 90 inches in height, mounted on a 6 inch concrete pad.The pad is reinforced with wire mesh.Using thc GIP rules of neglecting the pad for embedment, the minimum embedment for the 5/8 inch expansion anchors into the base floor concrete is 1-1/8 inch (less than the GIP'allowable)
~It was postulated in order for the panel to tip, the concrete pad would have to lift off the floor.To calculate a minimum bolt tension allowable, the minimum g load for uplift of the pad was calculated (only considering the slab weight, and neglecting any cohesion of thc slab to the base concrete).
Using the value for zero uplift of the pad a bolt tension allowable vvas determined.
The allowable conservative bolt tension was calculated to be 343 lbs, which is much less than the 1660 lb allowable from the GIP for 5/8 inch bolts with full embedments with the appropriate knockdown factors considered.
An ANCHOR Analysis was performed with the reduced tension allowable.
The anchorage was adequate with an additional margin of 1.4.16 1-TK-32 2-TK-32 1-TK-33 2-TK-33 RWST and CST Anchored with metal straps.The straps were converted to equivalent bolts to meet the GIP criteria.Also, the actual frequencies and capacity were calculated using the formulas used to generate the GIP tables and charts.The tanks were outside the range of the tables and charts.17 2-PPBE Vertical Pump VP/BS Caveat 3: Discharge piping is not laterally restrained in the E-W direction in the plane of the discharge nozzle, may overload discharge nozzle.This unit (Unit 2)has snubbers on the inlet piping while Unit 1 pumps did not.Therefore, piping nozzle loads were included in evaluating the pump anchorage.
Nozzle loads were obtained from EDS Calculation 406, 9-19-72, for the suction, and from AEPSC Calculation DC-D-ITS-7, 1-1884, for the discharge.
The nozzle loads were within AEP acceptance criteria and the anchorage met GIP acceptance criteria.4-56
<I0 N o.Component or Category Commentary 18 19 2-PP8W Vertical Puinp 2-BCCD I 2-BCCD2 Battery Chargers VP/BS Caveat 3: Attached piping appears to have no lateral restraint in either direction, only vertical downward support.May overload nozzles.Therefore, piping nozzle loads were included in evaluating thc pump anchorage.
Nozzle loads were obtained from EDS Calculation 406/40CX, 9-10-73, for the suction, and from AEPSC Calculation DC-D-2ZTS-5, 1-984, for the discharge.
The nozzle loads were within AEP acceptance criteria and the anchorage niet GIP acceptance criteria.There was some uncertainty as to the type of anchorage used for the Battery Charger.Drawing 12-3436-2 indicates 5/8 inch diameter J4olts and Drawing 12-3446B-5 indicates 3/4 inch through bolts.The ultrasonic evaluation yielded the type of inconclusive results indicative of J4olts.The bolts were ineasured in the field as 5/8 inch diameter.In either case the anchorage is more than adequate, and the uncertainty is a Quality of Documentation Issue and not a seismic capacity issue which is the"intent" of the USI A46 program.The anchorage is most likely 5/8 inch J-bolts like the Unit 1 CD Chargcrs, based on the measurement and ultrasonic results.The minimum embedment based on the anchor length above concrete is 98/16 inches, slightly below (7/16 inch)the 16 diameter minimum embedment in the GIP.However, due to thc high margin of the ANCHOR analysis for a smaller 1/2 inch bolt, and the knowledge that the 5/8 inch bolt will have a higher capacity, the SRT judged that the anchorage"met the intent" of the embedment caveat.The anchorage was deemed acceptable based on the calculation for 2-BC-AB1.The 3/4 inch throughbolt or 5/8 inch throughbolt would even have a higher capacity.20 2-Al 1 2-A13 Panel This panel contains essential relays.There is a door at the far end of the A6-A15 bank that is commonly left open.The door could strike the panel, but the SRT judges the impact is far enough away from the essential relays not to be significant.
There is a fire extinguisher hung on the cnd of A6 that will bang against the cabinet.The SRT judges that it will not affect the essential relays in A11 and A13.4-57 Table 44 Issues Racked Using the SQUG Action Iten Report Not Included as an Outlier Item Number Equipment ID Reason Comments N/A I-FLX General Housekeeping; There were loose items in the control room-loose tool cart, loose panel One bolt on the panel is loose and should be tightened.-
Plant Maintenance is reviewing what policy regarding seismic housekeeping in the Control Room should be instituted..
Note No.3 1-NIS-I Two bolts at bottom of panel were missing that bolt the panel to the base frame.Remaining bolts are sufficient to meet SQUG GIP, however bolts should be replaced.Note No.2 1-ACRA-2 2-AC RA-1 Halon fire extinguishers should be attached to the block walls by through bolts.The SRT did not think this was a credible interaction but believed this should be done for consistency and greater assurance.
Note No.1 2-LSI-1 Overhead grating was not completely clamped in.SRT judged there was sufficient interference from structural members to preclude the grating coming down.Therefore this was not designated as an outlier.Note No.2 Drawing for anchorage shows wrong anchorage type.This was not an outlier since the installed anchorage was adequate.Note No.3 2-HE-33E 2-HE-35S 1-QP-21 Two bolts attaching the heat exchanger to the pump were not in place and appeared broken.The SRT judged that the connecting pipes were adequate to secure the small exchanger during an earthquake.
However, the condition should be repaired.The equipment ID tag was missing.The equipment ID tag was missing.Note No.2 Note No.2 Note No.2 4-58 Item Number Equipment ID Reason Comments 10 2-HFK~Item not on SSEL.However, during the walkdowns it was discovered that the screw that secures the cover for the rear terminal block is missing.Note No.3 12 2&R-I 2&R-2 2-NSR One bolt attaching the bottom of the frame angle to the supporting system (near the north end)was missing.The SRT judged the remaining anchorage adequate without this bolt to meet the SQUG GIP criteria, however the bolt should be replaced.A couple of bolts (near the north end)attaching the bottom of the base angle to the control panel supporting system were found to be loose.The SRT judged that the anchorage was sufficient with these loose bolts to meet the SQUG GIP criteria, however, the bolts should be tightened.
Note No.2 Note No.3 13 I-HV-AES-2 Anchorage walkdown states anchors were expansion bolts.The drawings showed J-bolts.Both types are sufficient to meet SQUG GIP criteria.Note No.3 14 N/A This is a generic outlier for both AB and CD Unit 1 and 2 Diesel Generator Rooms.The sodium lamps (overhead) will swing and are on open hooks.The hooks should be modified so they are closed.Note No.1 15 1-QT-113K D2 One of the four anchor bolts is broken.ANCHOR analysis with remaining bolts indicates that the anchorage is adequate.Therefore this was not declared as an outlier.However, this bolt should be replaced.Note No.2 4-59 Item Number Equipment ID Reason Comments 16 1-MRV-213 1-MRV-243 Valves 1-MRV-213, 243 have a half inch copper tubing that is connected to the solenoids on the top of the valve.It is in contact with the grating steel or steel beam.This was not an interaction outlier because the valve is designed fail safe, and the air line is not required for the valves to perform their safe shutdown function.However, the condition should be modified to increase the clearance.
Note No.2 17 1-QFA-240 Overhead monorail could move during a seismic event and hit other equipment in the area if it is not locked in place.Not an outlier since 1-QFA-240 would not be impacted.However, the SRT noted that the monorail should be locked in place when not m use.Note No.2 18 19 1-ICM-305 1-ICM-306 24'he boom of the overhead jib crane was not secured.It can potentiaHy move and hit nearby conduit during a seismic event.This was not an interaction outlier since the valves could not be impacted, however, it is recommended that the boom be secured to the top of the valve enclosure.
The 1 inch line connecting the safety valve has two missing"U4olts." The SRT judged that the line was adequately supported and therefore this was not declared an outlier.However, the SRT noted that the"U4olts" should be installed.
Note No.2 Note No.2 4-60 0
Item Number Equipment ID Reason Comments 20 1-TK-33 2-TK-33 The RWST supports are rusted and should be cleaned and painted.This was not an outlier because the supports were not deteriorated.
However, the supports should be painted to ensure that the supports do not degrade in the future.Note No.3 21 N/A The clips to which the portable fire extinguishers in the Auxiliary Building are mounted, appear to be too small and the possibility exists that the extinguishers could faH off the supports in an earthquake.
Larger clips should be installed, as the extinguishers are near safety related equipment.
Note No.2 N/A A minor modification should be initiated to install an isolation valve in the nitrogen header to allow the separation of the nitrogen supply to plant services from the nitrogen supply to the steam generator PORVs.This will allow for the use of the nitrogen storage tanks to operate the PORVs following a seismic event.Note No.4 23 N/A Some of the cables on emergency battery packs (for BATLIT's)tie down cables were loose.These cables should be inspected and tightened as appropriate.
Note No.2 Notes~Aliesbte to Comments No.1.This item will be implemented under a design change.No.2.This item will be implemented by plant maintenance under a job order.No.3.This item has been corrected and/or resolved.No.4.This item will be resolved by further evaluation and/or analysis.4-61 5.0 TANK AND HEAT EXCHANGER REVIEW 5.1 Sunmiary of Review 5.1.1 Vertical Tai ks The vertical tank review, as developed in Section 7 of the GIP as part of the resolution of USI A46, is for large flat bottom tanks and consists of a field inspection and an engineering evaluation of those tanks required for safe shutdown.The only tanks applicable to the GIP methodology at Cook Nuclear Plant were the two Condensate Storage Tanks 1-TK-32 and 2-TK-32, and the two Refueling Water Storage Tanks 1-TK-33 and 2-TK-33.Vertical tanks are addressed in detail in the USI A-46 evaluation because of the occurrence of tank failures in past earthquakes.
The procedure used for resolution of USI A46 uses current methods to provide justification of the structural integrity of vertical tanks for the Safe Shutdown Earthquake (SSE).There are several key technical issues addressed in the tank evaluation regarding the seismic demand on the tank, the seismic capacity of the tank, and the tank's critical components.
The purpose of this discussion is to provide the background for the USI A-46 evaluation of large flat bottom tanks at Cook Nuclear Plant.The response of a vertical tank to a seismic event is a combination of sloshing fluid and the impulsive mode from fluid-structure interaction.
The sloshing of the fluid at the top surface contributes to the overturning moment of the tank as well as producing loads on the tank roof.Adequate freeboard (i.e.height above the water to the tank's roof)should be provided to prevent roof failure.The sloshing effect occurs at very low frequencies and damping values.The impulsive mode includes the tank shell responding to seismic events at frequencies associated with the shell modes of vibration.
This response includes the tank and its contents moving together.S-1 The seismic demand on the tank is discussed in terms of the base shear and overturning moment produced at the tank base.Recent technical'esearch has produced several simplified procedures which develop the response of fluid-filled tanks.The evaluation procedure used for vertical cylindrical tanks at Cook Nuclear Plant includes the sloshing and impulsive modes of the tank.The USI AXO issues regarding tanks as identified in Ref.16 are based on the assumption that several tanks in existing nuclear facilities were designed considering that the impulsive mode of the tank shell and fluid were'rigid.
In some instances, the original design of the tanks makes this erroneous assumption, which have been the case at Cook Nuclear Plant.The evaluations for USI A46 resolve USI APO issues regarding these tanks.Attached piping was neglected in computing tank responses.
However, flexibility of attached piping was checked during the walkdown to judge whether it could accommodate slight uplift expected in the tank base.A description of the tanks included in the review for Cook Nuclear Plant and their locations are shown in Table 5-1.Table 5-1 Vertical Flat Bottom Tanks Reviewed for Cook Nuclear Plant Tank ID No.Description 1-TK-33 2-TK-33 Refueling Water Storage Tanks;48 feet-0 inches Diameter x 32 feet-3 inches Height;ASTM A-240 Type 304 Stainless Steel Flat Bottom Vertical Tanks 1-TK-32 2-TK-32 Condensate Storage Tanks;52 feet-0 inches Diameter x 34 feet-5 inches;Carbon Steel Flat Bottom Vertical Tank 5-2 5.12 Method of Solution for Vertical Tanks The GIP has established a procedure for evaluating large flat bottom tanks.The GIP procedure was used for the Cook Nuclear Plant USI A46 effort for the evaluation of the tanks at the SSE level.h As will be discussed in Section 5.2 all four tanks reviewed met the intent of the GIP Methodology.
However, the anchorage for the tanks consists of 3/8 inch thick straps that are welded to the tank, and embedded in the concrete 2 feet with a hook at its end.This anchorage is not explicitly covered by the GIP anchorage criteria.The intent of the GIP r was met by evaluating the strap connection to the tank and embedment in the concrete, showing that the full strength of the strap can be developed.
Then the strap was converted to an equivalent bolt.A description of the procedures outlined in Section 7 of the GIP is as follows.Note, for USI A46, simplifying tables and charts have been developed.
In some cases because of the GIP table and chart limitations, these values were calculated directly, using the applicable basis of the GIP tables and charts.5.13 Determine Tank Seismic Demand The horizontal impulsive mode natural frequency is determined considering the fluid/tank wall interaction.
Using this response frequency, the seismic spectral acceleration (using 4%equipment damping)is determined.
Using the determined impulsive mode horizontal spectral response acceleration, the impulsive base shear load and overturning moment for the tank are calculated.
The convective (sloshing) mode natural frequency is also estimated for the 0.3g High Confidence Low Probability of Failure (HCLPF)evaluation.
The convective base shear load and overturning moment for the tank are calculated for 05%damping.These values are combined with the corresponding impulsive mode values by square-root-sum-of-the-squares 5-3 (SRSS)to obtain the total horizontal seismic responses.
The USI A46 procedure considers the effects of the convective mode response by factoring the impulsive mode.5.1.4 Determine Tank Seismic Capacity The overturning moment capacity is controlled by the compressive buckling capacity of the shell and the bolt holddown capacity.The compressive buckling capacity for the tanks is controlled by"elephant-foot" buckling.The bolt holddown capacity was determined by checking the anchor bolt tensile capacity, and the ability of the anchor connection to the tank to transmit the load from the tank to the anchor bolts.The pullout capacity of the anchor bolts is also checked to determine if the full tensile capacity of the anchor bolts can be developed.
The overturning moment capacity was then determined as a combination of the limiting shell buckling capacity for compression and the limiting tensile resistance of the anchorage for tension.This value is then compared with the calculated base overturning moment.The resistance to sliding (shear capacity)was calculated using a friction coefficient of 055 for USI A46.The base shear capacity is compared to the calculated base shear demand.A check of the height of the sloshing wave was also made and compared to the available freeboard.
For the USI A46 review, normal allowable stresses apply for the tank shell for buckling and for evaluating the anchor bolts and anchor bolt chairs, with the exception of an increase in the allowable weld capacity.The concrete for the tank foundations is specified to have minimum compressive strength, fof 3500 psi.5.1$Horizontal Tanks and Heat Exchangers Horizontal tanks and heat exchangers were evaluated in accordance with the rules and procedures given in Section 7 of the GIP.This section gives the method for how the heat exchanger reviews were to be performed.
The screening evaluation described in this section for verifying the seismic adequacy of horizontal tanks and heat exchangers covers those features of horizontal tanks and heat exchangers which experience has shown can be vulnerable to seismic loadings.The evaluations included the following features: Check that the anchor bolts and their embedments have adequate strength against breakage and pullout.Check that the anchorage connection between the anchor bolts and the tank shell (e.g., saddles)have adequate strength.The SRT reviewed these evaluations to verify that they met the intent of these guidelines.
This review included a field inspection of the heat exchanger, the anchorage connection and the anchor bolt installation.
The horizontal tanks and heat exchangers included in the effort that are applicable to the GIP guidance are included in Table 5-2.The derivation and technical justification for the guidelines utilized for these exchangers were developed specifically for horizontal cylindrical tanks and heat exchangers with support saddles made of plates.The types of loadings and analysis methods described in this section are considered to be appropriate for these types of horizontal tanks and heat exchangers.
However, a generic procedure cannot cover all the possible design variations.
Other design features not covered by the GIP were evaluated using the same procedures and loading conditions as given in Section 7 of the GIP.The horizontal tanks and heat exchangers which are covered by the screening guidelines in Section 7 of the GIP are cylindrical steel tanks and heat exchangers whose axes of symmetry are horizontal and are suppo:ted on their cur'ved bottom by steel saddle plates.The screening guidelines are based on the assumption that the horizontal tanks are anchored to 5-5 a stiff foundation which has adequate strength to resist the seismic loads applied to the tank.All the base plates under the saddles are assumed to have slotted anchor bolt holes in the longitudinal direction to permit thermal growth of the tank, except for the saddle at one end of the tank which is fixed.The saddles are assumed to be uniformly spaced a distance (S)apart, with the two ends of the tank overhanging the end saddles a maximum distance of S/2.A simple, equivalent static method is used to determine the seismic demand and the capacity of the anchorages and the supports for horizontal tanks and heat exchangers.
The screening guidelines contained in Section 7 of the GIP specifically addressed only the seismic loads due to the inertial response of horizontal tanks and heat exchangers.
If, during the Screening Verification and Walkdown of a tank the Seismic Capability Engineers determined that the imposed nozzle loads due to the seismic response of attached piping maybe significant, then, the GIP requires these loads to be included in the seismic demand applied to the anchorage and supports of the tank.Nozzle loads were included when judged significant by the SRT.There were several other small tanks and heat exchangers included in the walkdowns.
However, these were not applicable to the GIP calculation methodology.
For these items the SRT checked either by calculation or by judgment any potential seismic vulnerabilities.
This included the component anchorage, structural members and connections for tanks on legs, etc.52 Summary of Results 52.1 Results-Vertical Tanks Results of the USI A46 evaluation for large vertical tanks are summarized in this subsection.
All tanks were screened to meet the intent of the GIP requirements.
522 Results-Horizontal Tanks and Heat Evchangers Results of the USI A46 evaluation for saddle supported horizontal tanks and heat exchangers are summarized in this subsection.
All horizontal tanks and heat exchangers met the GIP requirements.
Table 5-2 Horizontal Tanks and Heat Exchangers on at Least Two Saddles Reviewed for Cook Nuclear Plant Heat Exchanger ID No.Description 1-HE-14 2-HE-14 1-HE-1SE 1-HE-15W 2-HE-1SE 2-HE-15W Letdown Heat Exchangers.
Small exchangers about 2 feet diameter on 2 saddle supports.Component Cooling Water CCW Heat Exchangers.
About 5 feet diameter, 35 feet long.12-HE-16N 12-HE-16S 1-QT-107-AB 1-QT-107-CD 2-QT-107-AB 2-QT-107-CD 1-QT-115-AB 1-QT-1154" D 2+T-1 15-AB 2-QT-115-CD North and South Spent Fuel Pit Heat Exchangers.
3 feet 2 inch Diameter by 22 feet long on two saddle supports Emergency Diesel Fuel Oil Day Tanks.Small horizontal tanks on two saddles about 4 feet in diameter by 10 feet long.Emergency Diesel Lube Oil Sump Tanks.Small Horizontal tanks on three saddles about 4 feet in diameter by 10 feet long.5-7
 
===6.0 CABLE===
TRAY AND CONDUIT RACEWAY REVIEW The cable and conduit raceway review was performed as specified in Section 8 of the GIP Revision 2 dated 2/14/92.Raceway systems were walked-down, checked against the Inclusion Rules and Other Seismic Performance Concerns as specified in Section 8.2 of the GIP, and examined for seismic spatial interactions with adjacent equipment and structures.
Representative, worst-case raceway supports were selected and as4uilt.These supports then received a Limited Analytical Review per Section 8.3 of the GIP.Outliers were identified and documented.
The following summarizes the raceway review.The full documentation
-including Plant Area Summary Sheets (PASS), Limited Analytical Reviews (LARs), Outlier Seismic Verification Sheets (OSVS), and back-up documentation
-is contained in a separate report entitled"USI A-46 Cable Tray&Conduit Raceway Review" (Reference 17).6.1 Scope of the Raceway Review The review includes all cable and conduit raceway systems in the plant which could support power, control, or instrumentation wiring for equipment on the Safe Shutdown Equipment List (SSEL).This consists of all raceway systems in both Containments, all areas in the Auxiliary Building, and the safety related areas of the Screen House.62 Seismic Review Team The Seismic Capability Engineers for the raceway review were I.C.Huang (AEPSC), Stephen Anagnostis (S&A), and George Gary Thomas (S&A).Mr.Anagnostis and Mr.Thomas reviewed the Unit 1 Containment.
Mr.Huang and Mr.Anagnostis reviewed the Unit 2 Containment and the rest of the plant.6-1 63 Sunnnary of the Plant Area Sunnnary Sheets (PASS)Table 6-1 summarizes the PASS.The first column contains the ID used to track the PASS, the second column describes the area of the plant covered by the PASS, and the third column lists the LARs (if any)associated with the PASS.The PASS themselves
-including the checklist, SRT notes, photographs, and LAR as-builts-can be found in Section 2 of Reference 17.The four PASS that produced outliers are annotated on the right hand side of Table 6-1.The annotations contain a brief description of the outliers.The outliers are discussed in more detail below.6.4 Sunnnary of the Limited Analytical Reviews (LARs)Table 6-2 summarizes the LARs.The first column lists the ID used to track the LARs, the second column lists the ID of the PASS which generated the LAR.The third column contains the governing interaction value for the LAR, and the fourth column lists the load case that generated the'governing interaction value.The two LARs that resulted in outliers are annotated on the right hand side of Table 6-2 (note that these are two of the four outliers noted in Table 6-1).The interaction in Column 3 is the ratio of a computed value to an allowable value, so an interaction of one (1)or less indicates that the value is less than or equal to the allowable.
Two LARs (LAR010 and LAR018)produced interactions slightly above 1, but were judged acceptable by the SRT.Two of the LARs (LAR005 and LAR022)produced interactions significantly above 1, and were declared outliers.The complete LARs are contained in Section 3 of Reference 17.6-2 65 Sununary of Raceway Outliers The raceway review resulted in four (4)outliers.They are summarized below and fully documented in Section 4 of Reference 17.RACE003 In this area, two cable trays are rigidly supported from steel columns that are about 15 feet apart.2x2xl/4 steel angle framing spanning between the columns, supports the cable trays at mid<pan.The LAR (LAR022)showed that the framing alone does not meet design allowables for the deadweight of the cable trays.If the framing is ignored, the trays do not meet the Inclusion Rule requirement of 10 feet between supports.The outlier is resolved analytically (the resolution is included with the OSVS in Section 4 of Reference 17)by showing that the combination of the trays and the framing can support the required load.RACE101 A 1 inch conduit in this area is missing several conduit clamps, resulting in an overspan condition.
The recommended resolution is to replace the clamps.The clamps have been replaced;see Cook Nuclear Plant action request A/R 40108046.RACE103 A common (but not prevalent) rod hanger anchorage detail used is shown below (the SRT referred to it as the"prying-action" detail).In most cases it has an acceptable configuration:
L d., and Lz+L, z12 inches.The worst-case configuration was that of LAR005: a heavily loaded hanger (1200 lb deadweight) with L2=10 inches and L,=2 inches.This configuration does not meet the LAR requirements.
F'c v~v v v v~v v r I/2 OR 5/8 VNISTRVT NUT AND BOLT IN EMBEODEO UNISTRUT l2x2xl/A or L$xBxl/A 6-3 The recommended resolution to this outlier is to walk4own the plant and document all occurrences of this detail, screen the specific configuration of each detail using an acceptance criteria based on the LAR requirements, and modify those occurrences that do not meet the criteria.The first part of this resolution
-the walkdown and screening-has already been implemented and is documented in Section 4 of Reference 17.Fifty occurrences were found and documented, 12 require modification.
RACE130 Two small diameter conduit in this area are unsupported over a length of about 30 feet.The recommended resolution is to support the conduit so that they meet the Inclusioq Rules'equirements.
This overspan condition has been corrected.
PASS No.Table 6-1 Summary of the Plant Area Summary Sheets (PASS)Plant Area LAR No.RACE001 RACE002 RACE003 RACE004 RACE005 RACE006 RACE007 RACE100 RACE 101 RACE 102 RACE 103 RACE 104 RACE105 RACE 106 RACE107 RACE 108 RACE109 RACE110 RACE111 RACE 112 Unit 2-Containmcnt
-Instrument Room Unit 2-Containnient
-Accumulators 1, 4 Unit 2-Containment Accumulators 2, 3 Area Unit 2-Containmcnt
-Annulus Unit 2-Lower Containment, El 598 Unit 2-Lower Containment, El 625 to 650 Unit 2-Upper Containment Unit 1&2-Auxiliary Building, El 573 Unit 1-Auxiliary Building-Startup Blowdown Flashtank Room&Vcstibulc Area Unit 2-Auxiliary Building-Startup Blowdown Flashtank Room&Vestibule Area Unit.l-Auxiliary Building-Area around Containment from Az 90 to AZ 360 Unit 2-Auxiliary Building-Area around Containment from AZ 90 to Az 360 Unit 1-East Main Stcam Stop Enclosure El 612 and up Unit 2-East Maui Steam Stop Enclosure El 612 and up Unit 1-Auxiliary Building-Vestibule Area E1 633 and E1 650 Unit 2-Auxiliary Building-Vestibule Area El 633 and El 650 Unit 1-Cable Penetration Area-E1596 Unit 2-Cable Penetration Area-El 596 Unit 1-West Main Steam Stop Enclosure El 621 and up Unit 2-West Main Steam Stop Enclosure El 621 and up LAR019 LAR020 LAR021[1]thru LAR024 LAR025 LAR027 LAR028 LAR017 LAR011[2]LAR003 LAR004 LAR005[3]LAR006 LAR007 LAR008 LAR009 LAR010 LAR012 LAR016 6-5 PASS No.Plant Area LAR No.RACE113 RACE114 RACE 115 RACE117 Unit 1-Diesel Generator Rooms Unit 2-Diesel Generator Rooms Unit 1&2-Motor Driven and Turbine Driven Auxiliary Feed Pump Rooms Unit 1-4KV Switchgcar Area LAR013 LAR015 RACE118 RACE119 RACE 120 RACE 121 RACE 122 RACE 123 RACE 124 RACE125 RACE 126 RACE 127 RACE128 RACE 129 RACE 130 RACE131 RACE 132 RACE 133 Unit 2-4KV Switchgear Area Unit 1-Cable Vault Unit 2-Cable Vault Unit 1&2-Control Room Air Conditioning and Computer Rooms Unit 1&2-UPS Inverter Room and Battery Room Unit 1&2-Screen House Unit 1&2-Auxiliary Building El 650 Unit 1&2-Auxiliary Building El 609 Unit 1&2-Auxiliary Building El 633 Unit 1&2-Auxiliary Building El 587 Unit 1&2-Control Room Unit 1-Containmcnt
-Outside Crane WaH El 598 (Annulus)Unit 1-Containment
-Outside Crane Wall El 609438 Unit 1-Containment
-Inside Crane Wall El 598 (Lower Containment)
Unit 1-Containment
-Inside Crane Wall El 62(850 (Lower Containment)
Unit 1-Containment
-Inside Crane Wall Above El 650 (upper Containmcnt)
LAR018 LAR014 LAR001 LAR030 LAR031 LAR032[1]Outlier due to LAR022[2]Outlier due to small diameter conduit ovcrspans.
[3]Outlier due to LAR005 Table 6-2 Sunimary of The Limited Analytical Reviews (LARs)LAR Number LAR001 LAR002 LAR003 LAR004 LAR005 LAR006 LAR007 LAR008 LAR009 LAR010 LAR011 LAR012 LAR013 LAR014 LAR015 LAR016 LAR017 LAR018 LAR019.LAR020 LAR021 LAR022 LAR023 LAR024 LAR025 LAR026 PASS Nuniber RACE 125 (Not Used)RACE 102 RACE102 RACE 103 RACE 104 RACE 104 RACE 109 RACE109 RACE109 RACE101 RACE 109 RACE 117 RACE 119 RACE117 RACE110 RACE 100 RACE 118 RACE002 RACE002 RACE003 RACE003 RACE003 RACE003 RACE004 (Not Used)Interaction Coefficient 0.68 050 029 0.76 0.81 0.94 0.85 1.05 0.45 0.72 0.93 0.84 0.79 0.70 0.33 0.67 022 1.70 0.90 025 055 Controlling Load Case 3DL DL DL 3DL[I]3DL DL DL LL DL LL DL DL 3DL DL LL DL 3DL DL DL DL DL P]DL DL LL 6-7
 
LAR Number PASS Number Interaction Coefficient Controlling Load Case LAR027 LAR028 LAR029 LAR030 LAR031 LAR032 RACE004 RACE005 (Not Used)RACE 131 RACE 133 RACE133 0.96 0.14 loiv 0.19 0.68 3DL DL DL DL DL DL 3DL LL RF Dead Load Check 3x Dead Load (Vertical Load Check)Lateral Load Check Rod Fatigue Check[I]Outlier due to"prying-action" detail P]Outlier due to hanger construction 6-8 7.0 PLAN FOR ADDRESSING UNRESOLVED OUTLIERS AND OPEN ISSUES Tables 4-5 and 44 identify all outliers for Class of 21 equipment, Section 65 identifies outliers for the cable tray and conduit, and Table 4-8 lists items requiring further review or action, but not included as an outlier.Some of the outliers have been resolved and modifications have been implemented at the plant.The outliers and other items identified have been evaluated against the current licensing and design basis and no deviations or operability concerns were identified.
AEPSC is continuing to evaluate these issues with the intent to resolve all of them and implement modifications if required.It is currently AEPSC's intent to close out all remaining issues before the conclusion of the refueling outages following the next three operating cycles.7-1
 
==8.0 CONCLUSION==
S AND RESULTS Cook Nuclear Plant has developed and implemented a program to satisfy the requirements of the USI A46 seismic evaluation.
The program implemented concentrated on verifying the seismic adequacy of electrical and mechanical equipment, large tanks, cable tray and conduit raceway systems.The screening and verification walkdowns verified that the Cook Nuclear Plant equipment, tanks, distribution systems and structures are able to withstand the design basis SSE and perform their safe shutdown function.There were several walkdowns performed from the summer of 1991 through the fall of 1995.Screening Evaluation Work Sheets and Seismic Verification Data Sheets were developed for each equipment item on the equipment list.The SVDS contain walkdown observations as well as screening results and are contained in Appendix C.Seismic Evaluation Work Sheets for all equipment items on the equipment list were developed.
The work sheets consisted of general descriptions of the equipment, and walkdown observations.
There were 47 and 39 outliers for Class of 21 equipment items in Unit 1 and Unit 2 respectively.
Although there were several outliers, no outliers resulted in equipment inoperability.
Open issues will be resolved as noted in Section 7.0.There were four outliers identified in the cable tray and conduit raceway walkdowns and two due to the LAR calculations.
All have been resolved except for one that will require minor plant modifications.
8-1
 
==9.0 REFERENCES==
 
1.NRC Regulatory Guide 1.100,"Seismic Qualification of Electrical Equipment for Nuclear Power Plants," March 1976.2.IEEE 344-1975,"IEEE Recommended Practice for Seismic Qualification of Class 1E Equipment for Nuclear Power Generating Stations," 1975.3.USNRC Standard Review Plan Section 3.10,"Seismic and Dynamic Qualification of Mechanical and Electrical Equipment," NUREG4800, July 1981.4.Generic Letter 8742,"Verification of Seismic Adequacy of Mechanical and Electrical Equipment in Operating Reactors, Unresolved Safety Issue (USI)A46," USNRC, Washington, D.C., February 19, 1987.5."Generic Implementation Procedure (GIP), for Seismic Verification of Nuclear Plant Equipment," Revision 2, February 1992, Seismic Qualification Utility Group.6.USNRC, Supplement 1 to Generic Letter (GL)8742, that transmits"Supplemental Safety Evaluation Report No.2 (SSER No.2)on SQUG Generic Implementation Procedure, Revision 2, as Corrected on February 14, 1992 (GIP-2)," May 22, 1992.7.USAEC Regulatory Guide 1.60,"Design Response Spectra for Seismic Design of Nuclear Power Plants," December 1973.8.USAEC Regulatory Guide 1.61,"Damping Values for Seismic Design of Nuclear Power Plants," October 1973.9.USAEC, TID-7024,"Nuclear Reactors and Earthquakes," August 1963.9-1 10.G.W.Housner,"Design of Nuclear Power Reactors Against Earthquakes," Proceedings of the Second World Conference on Earthquake Engineering, Vol.1, Japan 1960, pg.133, 134, and 137.11.ANSI/IEEE 344-1971, IEEE Guide for Seismic Qualification of Class 1 Electric Equipment for Nuclear Power Generating Stations, Approved September 16, 1971.12."The GIPPER, User's Manual," Stevenson and Associates, April 1993.13.SSRAP Report,"Use of Seismic Experience Data to Show Ruggedness of Equipment in Nuclear Power Plants," Senior Seismic Review and Advisory Panel, published by Sandia National Laboratory, Report DE92-019328, June 1992, 14.EPRI NP-5228,"Seismic Verification of Nuclear Plant Anchorage, Volume 1: Development of Anchorage Guidelines; Vol.2: Anchorage Inspection Workbook," URS Corp./John A.Blume&Associates, Prepared for Electric Power Research Institute, Palo Alto, CA, Rev.1, June 1991.15.AEPSC Report No.MT2, Rev.0,"Summary Report of Fundamental Frequencies Determined By In4itu Transfer Function Modal Testing at Cook Nuclear Plant," approved August 10, 1994.16.NUREG/CR-3480,"Value/Impact Assessment'for Seismic Design Criteria USI A-40," Lawrence Livermore National Laboratory, August 1984.17.Stevenson 8c Associates Report,"USI A46 Cable Tray and Conduit Raceway Review," November 1995.9-2 APPENDIX A RESUMES OF SEISMIC EVALUATION PERSONNEL (PER SQUG GENERIC IMPLEMENTATION PROCEDURE, SECTION 2}
9990 iC/GGT/diskS GEORGE a.TIIO~iIAS EDUCATION B.S.-Civil Engineering
-Purdue University, 1976 M.S.Civil Engineering
-Purdue University, 1978 REGISTRATION:
Registered Engineer-in-Training:
Indiana Passed Principals and Practices Exam: Texas PROZESSIONAL HISTORV: Stevenson&Associates, Cleveland, Ohio, Project Engineer, 1982-Present Cleveland State University, Cleveland Ohio, Engineering Instructor, 1981-1987 Davy McKee Company, Cleveland, Ohio, Lead Engineer, 1980-1982 Exxon Production Research Company, Texas, Research Engineer, 1978-1980 McDermott-Hudson Engineering Con., Engineer/Draftsman, 1976-1977 PROFESSIONAL EXPERIENCE:
Mr.Thomas has served as a Project Manager for Stevenson&, Associates on a variety of projects involving the evaluation and qualification of nuclear safety-related structures, equipment and piping.He has been responsible for the detailed seismic analysis, testing and qualification of a variety of mechanical and electrical equipment and piping systems, including the anchorage and support structure evaluations.
He has performed analysis of safety-related piping systems subject to extreme loadings of earthquake, tornado wind, and missile impact.He has performed a failure analysis of a piping system due to water hammer loading.He has performed in-situ modal testing of nuclear components to determine their dynamic characteristics, and to determine structure amplified response spectra.Mr.Thomas developed a large portion of the Generic'Implementation Procedure, GIP, foi the Seismic Qualification Utilities Group, SQUG, that defined the generic walkdown requirements for USI A-46.Mr.Thomas was a walkdown participant for both the SQUG Zion and Nine Mile Point 1 trial plant walkdowns for SQUG.Mr.Thomas prepared and presented the training modules on the GIP for the SQUG training program, and was one of the Subject Matter Experts for the development of the training program and the training program tapes.Mr.Thomas was the Project Manager and a Lead Walkdown Engineer on a Seismic Review-Team for the D.C.Cook Nuclear Station Units 1 and 2 for USI A-46, Arkansas Nuclear One'nits 1 and 2 for a combine USI A-46 and Seismic Margins Assessment for IPEEE, and Waterford 3, Grand Gulf 1 and V.C.Summer 1 for the Seismic Margins Assessment for IPEEE.In addition, Mr.Thomas was the Project Engineer for the Turkey Point Unit 3 and 4 and St.Lucie Unit 1 aqd 2 USI A-46 and seismic IPEEE efforts using Florida Power 8'c Light's Stevenson end Assoc<ates Utility specific program.Mr.Thomas was Project Manager and participated on the walkdown for the seismic IPEEE Probabilistic Risk Assessment for Beaver Valley Unit 2.Mr.Thomas as Project Manager for these evaluations is the primary author of the final IPEEE and USI A-46 reports.Mr.Thomas has developed background material and a seismic criteria document for a utility client for an older nuclear power plant to be used by the utility in seismic evaluations for modifications and additions to plant structures, equipment and piping.He has served as a Project Engineer for a pilot, snubber reduction program for a utility and has provided expert consulting services to another utility for their in-house snubber reduction program.Mr.Thomas developed program COMPARE which consisted of the assembly of a data base of nuclear power plant components tha: have been previously seismically qualified.
He developed the computer software on an IBM-PC computer to store and retrieve seismic qualification data on these components.
The program is used to facilitate seismic qualification of components not previously qualified by comparison to thoie components qualified in the data base.Mr.Thomas has served as a part time instructor in the School of Civil Engineering and Engineering Technology at Cleveland State University.
On the undergraduate level, he has taught Static, Dynamics, Material Science, Structural Analysis and Concrete Design.In the graduate program, he has taught Advanced Steel Design.In all of the teaching assignments he was responsible for developing the course outline, lecture notes, problems and tests.Mr.Thomas served as Lead Engineer in the Piping Engineering Group of Davy McKee Company.His work consisted of the design supervision and design of piping networks in a number of different petrochemical facilities.
His responsibilities comprised the following:
Designing and analyzing piping networks subjected to thermal, weight, wind, earthquake, and pressure loadings using both manual and computerized techniques.
Design and analysis of pipe supports and pipe support structures.
Preparing specifications for expansion joints, and providing an overall support and expansion joint package.Preparing hydrotest procedures and planning of hydrotest circuits.Mr.Thomas served as a Research Engineer in the Offshore Structures Division of Exxon Production Research Company.His work consisted of development of desi'nd analysis procedures for the Guyed Tower, a type of deepwater offshore production platforms.
He performed the dynamic, structural, and fatigue analysis necessary for the Guyed Tower design of three proposed structures.
He also wrote, revised, and maintained computer programs used in the Guyed Tower analysis and design procedures.
Mr.Thomas served as an Engineer and Draftsman for Robert W.Crooks Consulting Engineer and McDermott-Hudson Engineering Company.His work consisted of structural design, drafting, foundation design, railroad layout, and site development for chemical facilities.
GGT 2 of 3 Stevenson an't Assodstcs 1.Mr.Thomas, G.G.and Finn, L.D.,"A Guyed Tower for North Sea Production," Presented at 4th Offshore North Sea Technology Conference in Stavanger, Norway, 1980.Thomas, G.G.and Starck, R.G.,"Overview of SQUG Generic Implementation Procedure (GIP),"Second Symposium on Current Issues Related to Nuclear Power Plant Structures, Equipment, and Piping with Emphasis on Resolution of Seismic Issues in Low-Seismicity Regions, EPRI NP-6437-D Proceedings, May 1989.3.Thomas, G.G.and Starck, R.G.,"Overview of SQUG Generic Implementation Procedure (GIP)," Nuclear Engineering and Design, Vol.123 (1990), Nos.2Ec3, October (II)1990, Pgs 225-231.GGT 3 of3 Stevenson and Assodl its WALTER D JORD J EVIC EDUCATION:
B.S.-Civil Engineering, University of Wisconsin at Madison, 1974 M.S.-Structural Engineering, Massachusetts Institute of Technology, 1976 REGISTRATION:
State of California, State of Wisconsin, Commonwealth of Massachusetts, State of Michigan PROFESSIONAL HISTORY: Stevenson&Associates, Inc., Vice President and General Manager of the Boston office, 1983-present URS/John A.Blume&Associates, Engineers, Boston, Massachusetts, General Manager, 1980-1983;San Francisco, California, Supervisory Engineer, 1979-1980 Impell Corporation, San Francisco, California, Senior Engineer, 1976-1979 Stone&Webster Engineering Corporation, Boston, Massachusetts, Engineer, 1974-1976 PROFESSIONAL EXPERIENCE'r.
Djordjevic founded the Stevenson&Assocjates Boston office in 1983 and serves as Vice President and General Manager of the Boston area office.Mr.Djordjevic is expert in the area of dynamic qualification of electrical and mechanical equipment.
He has participated in and managed over twenty major projects involving the evaluation and qualification of vibration sensitive equipment and seismic hardening of equipment.
As demon-strated by his committee work and publications, Mr.Djordjevic has participated in and contributed steadily to the development of equipment qualification and vibration hardening methodology.
Mr.Djordjevic's previous walkdown experience included all of the SEP plants (8 plants), Nine Mile-Unit1, D C.Cook-Units 1&2, the Hanford Reservation Purex facility and the Savannah River Plant Reservation L-Reactor.
Representative projects include overseeing the SEP shake-table testing of electrical raceways, in-situ testing of control panels and instrumentation racks at various nuclear facilities, equipment anchorage walkdowns and evaluations at various nuclear facilities, principal author of the CERTIVALVE software package to evaluate nuclear service valves, and contributing author in the development of the ANCHOR and EDASP software packages commercially distributed by Stevenson&Associates.
Mr.Djordjevic has been involved extensively in the reassessment of safety-related equipment for commercial nuclear facilities and government U.S.Department of Energy facilities, for which he maintains an active Q-clearance status.He has served on advisory groups and review tea'ms touring older existing nuclear facilities to assess safety and has performed earthquake reconnaissance at such installations following seismic events.PROFESSIONAL GROUPS: Member, Institute of Electrical and Electronics Engineers, Nuclear Power Engineering Committee Working Group SC 2.5 (IEEE-344)
Chairman, Ainerican Society of Civil Engineers Nuclear Structures and Materials Committee, Working Group for the Analysis and Design of Electrical Cable Support Systems Member, American Society of Mechanical Engineers Operation, Application, and Components Committee on Valves, Working Group SC-5 WD pg2
 
STEPHEN ANAGNOSTIS EDUCATION:
B.S.-Civil Engineering, Columbia University School of Engineering, 1974 M.S.-Structural Engineering, Massachusetts Institute of Technology, 1976 PROFESSIONAL HISTORY: Stevenson&Associates, Inc., Project Manager, 1983-present URS/John A.Blume&Associates, Enginet.rs, Boston, Massachusetts, Project Engineer 1982-1983; Senior Engineer, l980-1982 Charles Stark Draper Laboratory, Cambridge, Massachusetts, Technical Staff, 1976-1980; Draper Fellow, 1974-1976 PROFESSIONAL EXPERIENCE:
Mr.Anagnostis joined Stevenson&Associates in February 1983 as Projec)Manager of the Boston area office.Mr.Anagnostis was extensively involved in both analysis (frequency domain and time domain structural dynamics)and testing (in-situ modal and full-scale shaking-table) at URS/Blume's Boston office.He had lead technical responsibility for a two year program to develop a seismic evaluation criteria for electrical raceway systems at eight of the oldest United States nuclear power stations.This program included the design, supervision, and data analysis of shaking-table tests of full-scale raceway.systems, cyclic/fatigue tests of raceway components, and the development of analytical evaluation techniques incorporating the test results.C As a member of the technical staff of Charles Stark Draper Laboratory, Mr.Anagnostis was involved in the assessment of space based surveillance (infra-red and radar)and defense systems for the Defense Advanced Research Projects Agency.He was a major author of a software simulation system to assess the capabilities of spaced based optical systems including structural vibrations, control dynamics, and optical performance.
PROFESSIONAL GROUPS: Committee, Working Group for the Analysis and Design of Electrical Cable Support Systems Member, American Society of Civil Engineers Nuclear Structures and Materials
 
STEPHEN ANAGNOSTIS EDUCATION:
B.S.-Civil Engineering, Columbia University School of Engineering, 1974 M.S.-Structural Engineering, Massachusetts Institute of Technology, 1976 PROFESSIONAL HISTORY: Stevenson 8 Associates, Inc., Project Manager, 1983-present URS/John A.Blume.8 Associates, Engineers, Boston, Massachusetts, Project Engineer 1982-1983; Senior Engineer, 1980-1982 Charles Stark Draper Laboratory, Cambridge, Massachusetts, Technical Staff, 1976-1980; Draper Fellow, 1974-1976 PROFESSIONAL EXPERIENCE:
Mr.Anagnostis joined Stevenson&Associates in February 1983 as Project Manager of the Boston area office.Mr.Anagnostis was extensively involved in both analysis (frequency domain and time domain structural dynamics)and testing (in-situ modal and full-scale shaking-table) at URS/Blume's Boston office.He had lead technical responsibility for a two year program to develop a seismic evaluation criteria for electrical raceway systems at eight of the oldest United States nuclear power stations.This program included the design, supervision, and data analysis of shaking-table tests of full-scale raceway systems, cyclic/fatigue tests of raceway components, and the development of analytical evaluation techniques incorporating the test results.As a member of the technical staff of Charles Stark Draper Laboratory, Mr.Anagnostis was involved in the assessment of space based surveillance (infra-red and radar)and defense systems for the Defense Advanced Research Projects Agency.He was a major author of a software simulation system to assess the capabilities of spaced based optical systems including structural vibrations, control dynamics, and optical performance.
PROFESSIONAL GROUPS: Committee, Working Group for the Analysis and Design of Electrical Cable Support Systems Member, American Society of Civil Engineers Nuclear Structures and Materials 99901CVDS l 994'<i)isk4 JOHN D.STEVENSON EDUCATION:
B.S.-Civil Engineering-Virginia Military Institute, 1954 M.S.-Civil Engineering-Case Institute of Technology, 1962 Ph.D.-Civil Engineering-Case Institute of Technology, 1968 RE<GISTRATION:
Commonwealth of Virginia, State of Ohio PROFESSIONAL HISTORY: Stevenson Ec Associates, Cleveland, Ohio, President:
1981-present Structural Mechanics Associates, Cleveland, Ohio, Vice President:
1980-1981 Woodward Clyde Consultants, Cleveland, Ohio, Vice President:
1979-1980 A.G.McKee Ec Co., Cleveland, Ohio, Vice President:
1976-1979 Case Western Reserve University, Cleveland, Ohio, Assoc.Prof.: 1974-1976 Westinghouse Electric Co., Pittsburgh, Pennsylvania,.
Consultant:
1972-1974 University of Pittsburgh, Pittsburgh, Pennsylvania,.
Adjunct Professor:
1970-1972 Westinghouse Nuclear Energy Systems, Manager Structural System Engineering:
1966-1970 Virginia Military Institute, Assistant Professor:
1957-1962 PROFESSIONAL EXPERIENCE:
Since November 1981, Dr.Stevenson has managed and has served as President and Senior Consultant to Stevenson&Associates.
The firm specialized in high technology consulting and engineering services associated with failure analysis of structural and mechanical systems;extreme load;and nonlinear, dynamic, probabilistic and high temperature analyses.His years of expertise include structural and mechanical design and qualification.
of nuclear power plant structures and components.
He serves on several committees of the ASCE, ASME, ANS, ACI and AISC charged with the development of standards devoted to design of nuclear power stations and 23 years as a structural-mechanical engineer with particular application to structural design, analysis and evaluation of containment structures.
A list of nuclear containment related projects which Dr.Stevenson performed or directly supervised.
is as follows: 1.Developed seismic design criteria for 5 nuclear containments:
Westinghouse Turnkeys 2.Reviewed and approved structural design adequacy from plans and specifications for 5 nuclear power plant containments:
Westinghouse Turnkeys 3.Quality Assurance audit (technical) of the Tokomak fusion test reactor tritium containment structures to resist seismic loads: U.S.Department of Energy S<evel&oh<<<<4 Assod&tcs JOHN D.STEVENSON Page Two 4.Review and evaluation of the Purex facility structural capabilities at Hanford Plant: U.S.Department of Energy.5.Survey and evaluation of the L reactor containment capabilities for Savannah River Plant: E.I.DuPont 6.Systematic evaluation of the structural capacity of a 600 MW Candu reactor containment in Argentina Review of structural adequacy of the nuclear plant containment facilities for the D.C.Cook Nuclear Power Plant: American Electric Power Corporation to include probabilistic determination of ultimate strength capacity of the containment to carry severe accident loads 8.Review of structural adequacy of the nuclear plant containment for the Ft.Calhoun containment to include probabilistic determinations of ultimate strength capacity of the containment to carry severe accident loads 9.Personally performed walkdowns of 12 operating nuclear power plant containments to determine"as is" condition and to recommend up-grade and in-service inspection procedures for VVER-PWR plants PROFESSIONAL GROUPS: Member, American Society of Civil Engineers, Structural Division Committee on Dynamic Analysis of Nuclear Facilities Chairman, American Society of Civil Engineers, Nuclear Standards Committee Former Chairman, American Society of Civil Engineers, Executive Committee Technical Council Codes and Standards Member, American Concrete Institute, Joint ACI-ASME Committee on Concrete Pressure Retaining Components in Nuclear Service, ASME BPVC-Section III-Div.2 Former Chairman, American Concrete Institute, Joint ACI-ASME Committee on Concrete Pressure Retaining Components in Nuclear Service, ASME BPVC-Section III-Div.2, Subgroup on Design of Concrete Containments and Reactor Vessels Member, American Society of Mechanical Engineers, Subgroup on Design of ASME BPVC-Section III-Div.1 Nuclear Components Subcommittee on Qualification of Mechanical Components in Nuclear Service Chairman, American Society of Mechanical Engineers, Subgroup on Design of Shipping Cask Containments ASME BPVC-Section III-Div.3 Member, NUPPSCO, American Nuclear Society Committee on Nuclear Power Plant Codes and Standards Member, ANS-2, American Nuclear Society Committee on Site Evaluation; NUPPSCO, American Nuclear Society Committee on Nuclear Power Plant Codes and Standards Chairman, ANS-2.3, American Nuclear Society Committee on Site Evaluation; NUPPSCO, American Nuclear Society Committee on Nuclear Power Plant Codes and Standards, Tornado Criteria Member, AISC, American Institute of Steel Construction Committee on Specifications for Structural Steel in, Safety Class Nuclear, Structures Steveneon and Assodates G.A.Harstead GUNNAR A.HARSTEAD EDUCATION B.S.C.E., Columbia University, New York, 1954 M.S.C.E., Columbia Univexsity, New York, 1962 Ph.D., New York UniverSity, New York, 1966 REGISTRATION:
States of New York, New Jersey, Pennsylvania and Florida PROFESSIONAL HISTORY: HEA, Inc., President, (1979-Present)
Soot 6 Harstead Associates, Vice President, (1975-1979)
Stone&Webster, Assistant Chief Structural Eng, (1974-1975)
Burns 6 Roe, Inc., Senior Supervising Civil Eng, (1967-1974)
Westinghouse, Senior Engineer, (1965-1967)
Severud Associates, Structural Engineer, (1959-1963)
Howard Needles, Structural Designer, (1957-1959)
US Navy, Commissioned Officer, (1954-1957)
PROFESSIONAL EXPERIENCE:
Dr.Harstead has thirty five years experience in structural analysis and design, mainly in the area of nuclear power.He has served as a consultant for NRC design audits and site inspections of nuclear power plants.He has developmed design criteria and code requirements for design of nuclear power plant structures and equipment, and served as a leader of expert investigations of structural and mechanical failures.In his current position as President.
of HEA, Inc, Dr.Harsted is responsible for the direction of structural and mechanical eng'ineers, with primary responsibility for design and analysis of nuclear power facilities.
GAH-1 G.A.Harstead As a consultant to the Nuclear Regulatory Commission, Dr.Harstead has performed integrated design inspections at, the Sequoyah, Byron, Seabrook, River Bend, and Perry nuclear power plants.The inspections included field walkdowns to determine seismic adequacy of mechanical and electrical equipment and distribution systems and structures.
He has also conducted independent.
design reviews at the Limerick, Clinton, Vogtle, Nine Mile Point, and South Texas nuclear power plants.Here he conducted site visits to validate"as built" and as designed" consistency.
Dr.Harstead has also performed structural audits at the Waterford 3, Midland 1&2 and Comanche Peak nuclear power plants.Extensive field walkdowns were performed at Midland to evaluation structural adequacy.The U.S.Department, of Energy contracted with Dr.Harstead as a consultant for the development of the USDOE Criteria for Seismic Analysis for the NPR program.As Vice President of Soot&Harstead Associates, Dr.Harstead was responsible for analysis and design of vessels and tanks for Angra (Brazil)nuclear plant;seismic analysis of mechanical equipment, for Aliens Creek and South Texas Nuclear Plants;field erection of post-tensioned concrete parking garage.As the Assistant.
Chief Structural Engineer for Stone&Webster, he managed a group of engineers in the following areas of nuclear power plants (Surry 3,4, and Indian Point 3): Vessels and tanks;pipe stress and pipe supports;pipe rupture analysis;containment analysis and design;Category I structures; seismic evaluation of equipment.
Extensive inspections at Indian Point 53 were performed for the New York Power Authority.
His work as the Senior Supervising Civil involved analysis and design of Category I evaluation of equipment and pipe supports.Forked River, Laguna Verde, Clinch River, plants.Engineer for Burns&Roe structures and for seismic Projects include TMI g2, WPPSS 42, Cooper nuclear At Westinghouse, his responsibilities included the development of criteria and review of design for nuclear projects: Ginna, H.B.Robinson, Indian Point No.2, and Point Beach.Summar of Nuclear Pro'ects Ex erience-Power Com anies&Authorities Indian Point Unit, 52: Seismic analysis and development of instructure response spectra for concrete and steel buildings.
Analysis of block GAH-2 G.A.Harstead walls for additional seismic loads.Indian Point 43: Analysis of base plates for pipe supports.Design of structural steel bracing system for service water pump enclosure.
Evaluation of spent fuel pool for cask drop loads.Angra (Brazil): Analysis and design of safety related air handling systems.Kori (Korea): Seismic analysis of air handling units.Donald C.Cook: Piping analysis and evaluation of pipe supports and seismic analysis of electric control panels.Salem: Evaluation of the effects of tornado missile impact on auxiliary feedwater tank.Nonlinear time history analysis of the steam generator snubbers and supports for accident.loads.Specification p=eparation for spent fuel storage racks.Clinton: Design analysis and detailed fabrication and installation drawings of safety equipment for reactor piping (flow diverters).
Oyster Creek: Analysis of the as-built concrete floor slab and supports for a new heat exchanger.
Analysis of the spent fuel storage pool for high density racks and thermal effects.Fuel rack drop analysis on concrete plugs above reactor vessel.Structural modification of the radwaste Building, Analysis of horizontal structural bracing system.Analysis of control room panels under missile impact.Evaluation of reinforcement of steel containment penetrations.
Design of rigging for the removal and replacement of switchgear.
Review of seismic models.J.A.Fitzpatrick:
Analysis of the as-built reactor building mat for additional hydrodynamic loads.Elasto-plastic analysis of the spent fuel pool consolidated fuel loads.Catawba: Stability-buckling analysis of the steel containment vessel by using BOSOR4 and ANSYS computer programs.Ranch Seco: Design and finite element analysis of steel buried diesel fuel tanks.Waterford III: Structural evaluation of the as-built common mat by using finite element analysis.Alto Lazio (Italy): Analysis and design of a steel flow diverter to be used in the reactor safety system.GAH-3 G.A.Harstead Diablo Canyon: Review and assessment of seismic analysis of structures, piping, electrical raceways and HVAC systems and their supports.Field visits were made to verify designs of piping supports and structural supports.Palisades:
Investigation of temperature effects on the reinforced concrete biological shield wall.Palo Verde: Review of structural design criteria.Connecticut Yankee: Seismic analysis of Aux Feedwater Pumphouse including soil structure interaction and interaction with Containment.
PROFESSIONAL GROUPS: American Society of Civil Engineers Chi Epsilon American Nuclear Society American Concrete Institute.
ACI 349, Chairman of Subcommittee on Design American Institute of Steel Constructions PUBLICATIONS AND REPORTS Numerous publications on structural and seismic analysis of nuclear power plants.GAH-4 99901A PRW12.93 Disk4 PAUL R.WILSON EDUCATION:
B.S.-Civil Engineering
-Bradley University, 1980 REGISTRATION:
State of Ohio PROFESSIONAL HISTORY: Stevenson 8 Associates, Cleveland, Ohio, Project Engineer: 1981-present Fabco Metals, East Peoria, Illinois, Detailer: 1978-1980 EXPERIENCE:
Since April 1981 Mr.Wilson has served as a Staff, Senior and Project Engineer for Stevenson 8 Associates.
He has over fourteen years experience as a structural-mechanical engineer.Mr.Wilson has been involved with fragility analyses of structures and components for seismic and other accident loads.For those project involving seismic fragilities, he was involved in the development of seismic floor response spectra including soil-structure interaction effects.Additionally, he has developed seismic floor response spectra for use in the USI-A46 program and seismic IPEEE program.He co-developed a computer program to evaluate the seismic margin capacity of vertical cylindrical liquid storage tanks.Mr.Wilson has been responsible for a design audit of the analysis of a reactor containment building internal structural steel and seismic capabilities of a variety of mechanical and electrical equipment and distribution systems.He has performed analysis for the seismic qualification of structural steel supports of more than 100 electrical components and piping systems.Mr.Wilson served as project engineer for the reevaluation of the seismic capabilities of some 69 electrical and mechanical components of an operating nuclear power plant for Northeast Utilities Company.He has also performed in-depth comparisons between the structural steel design requirements of the AISC specification and the ASME Codes.While serving as a consultant for the Midland Nuclear Power Project to Bechtel Power Corporation, Ann Arbor Office, Mr.Wilson helped prepare and review seismic qualification documentation for a large number of components in preparation for an au i o e i an ucear ower ro~ec.Mr.Wilson has been involved in in-situ modal testing and analysis of structures, including structural steel truss type electrical transmission towers and nuclear plant electrical cabinets and racks, and in the recording of ground motion characteristics due to underground blast.In addition, Mr.Wilson has performed numerous linear and nonlinear computer analyses of components structures, and structural systems.He has also developed computer software to automate analysis of mechanical components for limiting nozzle loads.Mr.Wilson has provided technical litigation support with respect to structural analysis and design, which included document reviews, and deposition preparation and support.PROFESSIONAL GROUPS'ember, American Society of Civil Engineers Member, American Concrete Institute Member, National Society of Professional Engineers PUBLICATIONS'kreiner, K.M., Stevenson, J.D., Wilson, P.R.,"Relay Behavior at the Perry Nuclear Power Plant During the 1986 Earthquake in Leroy, Ohio," EPRI NP-6472, Project 2849-2, September 1989.Stevenson, J.D., Wilson, P.R.,"The 1986 Leroy Ohio Earthquake:
Performance of Power and Industrial Facilities," EPRI NP-6558, Project 2849-3, November 1989.Stevenson and Aesodatee
'J 1 SATYAN-SHARMA, TIRUMANI 352 CORNHILL COURT WESTERVILLEg OHIO~43081 Phone: 614-895-2278 Citizenship:
United States Citizen EDUCATION:
New York University, New York-M.S.(Struc.Mech)-1973 University of Mysore, India-B.E.(Struc.Mech)-1967 Completed Westinghouse Reactor Simulator Training (1 week)REGISTRATION:
Professional Engineer, New York State, EXPERIENCE
 
==SUMMARY==
: September 1978-Present: AMERICAN ELECTRIC POWER SERVICE CORPORATION 1 Riverside Plaza, Columbus, Ohio 43215 Principal Engineer-Project Manager Nuclear Engineering Department (1994-Present)Project Manager responsible for all issues related to the reactor vessels of Cook Nuclear Plant Units 1 6 2.Project Manager for NRC GL 87-02, Seismic Verification of Electrical and Mechanical Equipment in Nuclear Plants, SQUG Project.Principal Engineer, (Nuclear Safety a Licensing)
Nuclear Operations Division (1978-1993)Responsible for the licensing efforts and providing safety analyses support to operating power plants (Cook Nuclear Plant, Units 1&2)in the areas of engineering mechanics, structural mechanics and mechanical engineering.
Responsible for responding to the NRC on I.E.Bulletins related to the above fields, preparation of Technical Specification amendments, coordination for licensing interface for the Inservice Inspection Program, responding to the NRC Inspection Reports and participation in the meetings with the NRC to resolve items related to the above fields.Lead Engineer/Group Supervisor responsible for safety reviews performed in accordance with 10 CFR 50.59 for all design changes and plant modifications; design criteria and specification changes;evaluation of problem reports for reportability evaluation.
Cognizant Seismic Engineer for equipment seismic qualification.
Representative for the AEPSC in: Westinghouse Utility Owners Group Material Subcommittee; Corporate Representative for Seismic Qualification Utility Group (SQUG)on USIA-46;Attending Member for Material Property Council (MPC), review technical papers for MPC for publication, Member of EPRI-Post Earthquake Investigation; AEP representative in the W utility group that developed the Leak-Before-Break criterion; Member ASCE/ASME Committee on Nuclear Standards.
.0 AEPSC representative to the Westinghouse Utility Group that developed the leak-before-break criterion.
Lead engineer for the pressurizer surge line monitoring instrumentation and evaluation project.Performed safety evaluation for steam generator replacement.
Performed plant decommissioning studies.Act as AEPSC cognizant engineer on seismic qualification of electrical and mechanical components.
I am also responsible for contract administration and technical coordination with consulting companies.
AEPSC representative to the WOG-Material Subcommittee.
1978 to 1979: Responsible for safety and licensing activities of proposed changes to the plant as per 10CFR50.59, preparing licensing amendments, and coordinating efforts on responses to NRC Bulletins, Generic Letters, etc.1975 to 1978: Stone&Webster Engineering Corporation, 1 Penn Plaza, New York, New York.Staff Engineer-Engineering Mechanics.
My responsibilities, associated with the Green County Nuclear Power Plant, included: Engineering and specification of an ASME Class 1 (plate and shell type)structural support for the reactor vessel, which included preliminary and final designs;finite element stress analysis and stress reports as per ASME Section III-NR;and supervision of Engineering and Design.I also designed the housing for excore nuclear instrumentation.
Coordinated with the NSSS vendor (Babcock&Wilcox)in performing the NSSS primary loop analysis for pipe rupture/break forces, determining the effect of rupture loads on the reactor vessel, and developing preliminary designs for guard pipes for coolant loop elbows.Also coordinated with the NSSS vendor concerning the installation of major nuclear components with respect to refueling procedures.
Responsible for Class I equipment seismic qualifications conducted in accordance with IEEE-344.This means that I provided seismic/ASME stress criteria input for all of the Stone&Webster specifications, aided in the bid evaluation and contract award and was involved in final vendor document review in the areas of stress reports and seismic qualifications.
The Class I equipment involved included major equipment such as the diesel generator, polar crane and main steam safety valves, etc.I was also involved in writing the PSAR and other licensing activities.
I had concurrent similar responsibilities on two other nuclear projects, the Surry Nuclear Station for the Virginia Power and Light Co., and Santillan Nuclear Station for Electra-De-Viesgo (Spain).
12/73 to 1/75: Bechtel Power Corporation, Ann Arbor, Michigan.Structural Mechanics Engineer.Responsible for engineering, finite element analysis and design of the pre-stressed concrete containment building for a 1380 MWe PWR nuclear station for the Consumer Power Co.Responsibilities included coordination with the Construction Department and pre-stress vendors.I was also responsible for preliminary studies/criteria and final design for a coal power plant for the Texas Light and Power Company.2/72 to 12/73: Burns&Roe, Inc., Oradell, New Jersey.Structural Engineer.Responsible for engineering and design of the diesel generator building, containment mat and biological shield analysis by using the finite element program for a BWR nuclear plant for WPPSS.Responsible for engineering and design of all the NSSS component supports and pipe restraints and engineering analysis coordination with the NSSS vendor and related interface on a PWR plant for the Jersey Central Power and Light Company.This involved extensive finite element analysis of the heavy section steel components.
6/69 to 2/72: E.Lionel Pavlo Engineering Company, New York, New York.Structural Engineer (Long Span Bridge Division).
Engineering, design and supervisory responsibilities associated with drafting plans for the 1688-foot span cantilever truss bridge (longest in USA)(Chester Bridgeport Bridge across Delaware River).Extensive finite element stress analysis, and designs for pile foundations, piers and cofferdams in conformance to AISC and AASHO codes, Coordinated efforts in fabricating the main truss with Bethlehem Steel Company and the construction groups.9/67 to 9/68: Government of Mysore, India.Junior Engineer.Designed a multi-story reinforced concrete building and several bridges for a national highway project.In addition, designed and supervised construction of an elevated reinforced concrete water tank and an industrial building.~Lan ea e English Kannada, Hindi (Indian languages)
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$1 ninlng$01118P ltrlh on November 14-16, 1989.Kills lnclnhrs AHtnhnnrr in ter systems and Relay Ii grttSS Itg p(SS)Systems dna/ar Kytmg Richard G.Sfarck, II, MPR Associates Systems Instructor Jess Betlack, MPR Associates Relay Instructor Y~I',.((i,.;!Iltl.I/..~t<(Ill&#x17d;j(('t((f'inc(I((((i ((I(((((!I(i>)t".('~I (i I 51~is is la Sevlifg 11~<<I K.B.5 mtg Hn-Sl~<<rm<<1(ns Sunsplelrh Illr 5(~)V~I(!3 Sl<(ll((<a<un 5rrrrn<nq nnh Seismic tu((lnnlian G~rnining G~onrsr<a)rile J" nnr 2<:-2k'<3~J2 Sp(I Neil I'.Hi>>i(I<.Co>>)i>>o>>wcnl(I<
F.<lisn>>S()U(f (.I)Olr>>ln>>l.<!.(<I!I<.I,.-((((l(<b l)ovid h.Freed.hIPIL hssocinles HQUG Trni>>I>>g (:nordi>>nlor llnlfea L I'ns~n worn FI'III H()U(f''rop<
n>><bin>>nl!<~r Bertil A.Svensson EXPERIENCE I have been continuously employed by an American Electric Power Company subsidiary company since September 15, 1955 in various positions as follows: July, 1986 to December 31, 1993 Executive Staff Assistant Indiana Michigan Power Company Donald C.Cook Nuclear Plant One Cook Place, Bridgman, Michigan 49106 Responsible to the Plant Manager for organizing and coordinating licensing activities at the plant level and for assuring earliest and continuous plant involvement in licensing and other regulatory processes.
Representing the Plant on the'Seismic Qualification Utility Group'nd the Company Task Force formed to implement the NRC Generic Letter 87-02,"Verification of Seismic Adequacy of Mechanical and Electrical Equipment in Operating Reactors, Unresolved Safety Issue, USI A-46".Representing the Plant Donald C.Cook Nuclear Plant Design Basis Documentation Reconstitution Project.Serving as the alternate primary representative to the Westinghouse Owners Group and as the Company/Plant representative to the WOG Operations Subcommittee.
July, 1977 to July, 1986 Assistant Plant Manager-Operations Cook Nuclear Plant Responsible to the Plant Manager for the direction of the Operations Department activities to assure safe, efficient and reliable operation of the Plant.Coordinating operations and maintenance activities with the plant departments.
Performed the duties of the Plant Manager in his absence.Served as a member and the Secretary of the Plant Nuclear Safety Review Committee and the Chairman of the PNSRC Subcommittee on Operations.
Bertil A.Svensson Page 2 September, 1969 to July, 1977 Operations Supervisor Cook Nuclear Plant Planning and Staffing the Cook Nuclear Plant Operations department.
Cold-License reactor operator training conducted by Westinghouse during the year 1970, which included obtaining a Reactor Operator Certificate on the Saxton Nuclear Reactor Plant.Participated in the planning and execution of the pre-operational and start-up testing programs.Responsible for all operations department pre-operation and startup test procedures and as a PNSRC member for reviewing all pre-operational and startup test procedures for the plant.Responsible for the development of all operations department normal, abnormal, emergency, surveillance testing and annunciator response procedures.
Responsible to the Plant Manager for the safe and efficient execution of all Operations department activities associated with the operation of the two 1100 MW Cook Nuclear Plant units.Responsible for compliance with the plants's technical specifications governing the operation of the nuclear plant.Obtained a Cold Senior Reactor Operators License in 1974 and maintained the license until August, 1987.July, 1968 to September, 1969 Engineer American Electric Power Service Corporation New York, NY Transferred to AEP Service Corporation, New York offices to (1)complete the Muskingum River Plant, Unit 5 startup report and operating procedures and (2)to work with the Cook Nuclear Plant, Plant Manager on system design reviews and to assist in the planning of the Cook Nuclear Plant organization including visits to other nuclear plants.
Bertil A.Svensson Page 3 July, 1965 to July, 1968 Startup Engineer American Electric Power Service Corporation Canton, OH I was officially transferred from the Kammer Plant to AEP Service Corporation, Mechanical Engineering Division, in Canton, OH as a startup engineer, July, 1965.I was working in this capacity on loan from the Kammer Plant since January, 1965.My duties in this position over the three year period involved the following:
January, 1965 to July, 1965-worked as one of four on-shift startup engineers on the Tanners Creek Plant, Unit 4.A 500 MW unit with a coal fired supercritical boiler.My duties involved systems checkout, coordinating resolutions of checklist items, pre-operational and startup testing, planning and coordinating startup activities and the preparation of startup reports and operating procedures.
July, 1965 to December, 1967-Cardinal Plant Simulator commissioning and startup of Units 1 and 2.My responsibilities involved the following activities:
Final checkout and testing of the Cardinal Plant Control Room Simulator.(This was the first complete control room simulator in the country).Lead instructor on the simulator for the operating crews for the two Cardinal Units and the Muskingum River Plant, Unit 5 operators.
Lead Startup Engineer for Cardinal Plant Unit 2.The Cardinal Plant units are both 600 MW units with coal fired supercritical boilers.~December, 1967 to July, 1968-Lead Startup Engineer for the Muskingum River Plant, Unit 5 a 600 MW coal fired supercritical boiler.June, 1958 to July, 1965 Engineer Ohio Power Company, Kammer Plant Moundsville, WV Transferred to the Kammer Plant.During my seven years at the Kammer Plant I held the following positions:
(,l', 1~Vr pl't Bertil A.Svensson Page 4 June, 1958 to September, 1959-Test Engineer.My responsibilities as a test engineer involved performance testing and monitoring of the boilers, turbines and auxiliary systems for the three 225 MW conventional boiler units.September, 1959 to December, 1960-Assistant Results Engineer.Responsible for the maintenance, calibration and tuning of the instrumentation and control systems for the three Kammer units.December, 1960 to July, 1965-Results Engineer.Responsible to the Operations Supervisor for supervising and directing the Instrument and Controls Section and the Plant Performance Section for the three Kammer Plant units.September, 1955 to June, 1958 Engineer, Piping Section American Electric Power Service Corporation New York, NY My responsibilities as an engineer in the Piping Section involved flow diagram reviews, piping system designs, piping sizing and pressure drop calculations and working with piping and hanger manufacturers including field trips to manufacturers and our plants under construction to check on piping fabrication and installation.
November, 1953 to September, 1955 Exchange Student-Engineer Knutsen's Shipbuilding Corporation Halsite, NY My employment with Knutsen's Shipbuilding Corporation was as an exchange student-engineer.I was sponsored by the American Scandinavian Foundation for the purpose of gaining practical experience in American industry.My primary duties involved working with mechanical and fluid systems design and installation on small navy landing crafts and rescue boats.EDUCATION Graduated with a degree in Mechanical Engineering (3 year program)in 1952 from"Norrkopings Tekniska Gymnasium" (Norrkoping's Technical College), Norrkoping, Sweden Systems ntth<Relng<Zunluntiart mrniniug Saurse Kilts is ta Srrttfg tgaf Bert svensson ll as Atfrnhrh ter SQQIS Sgsfrms anh<Crlag Kvalnatian IBrainlng<<Ilanrsr II<<lb an~~.IEIIIs inrtnbrs Mfrnhanrr in ter a.-.-s Ra;I<<<<arts<<lap(s).
SgStemS blnh/ar<<Rely Richard G.Starck, II, MPR Associates Systems Instructor Jess Bettack, MPR Associates Retay Instructor GORDON P, ARENT 2588 RACHER DRIVE POWELL, OHIO 43065 (614)7984430 (614)223-2048 WORK EXPERIENCE January 1993 to Present Project Coordinator, NSL&F (Licensing) previously NSL&A (Assessmcnt):
Duties include: an indepcndcnt asscssmcnt of shutdown risk issues and schedules related to plant outagcs, licensing related issues, ownership of environmental issues and Tcchnical Specifications.
Additional duties include the performance of self-assessments of all facets of D.C.Cook Nuclear Plant Operation including outagcs.The assessments provided a critical review of the Plant in comparison to NRC and INPO standards and expectations.
July 1992 to January 1993 Licensing Coordinator, Safety and Assessment Department, D.C.Cook Nuclear Plant.Responsibilities included: dctcrmination of prompt rcportability for operational events, review and dctcrmination of issues related to licensing in support of plant operations and coordination of the Licensee Event Rcport System.Other duties included: alternate PNSRC Secretary, NRC liaison (with resident inspectors) and special projects (including tbe Design Basis Reconstitution Project and SQUG).September 1991 to July 1992 Operations Department Procedure Supervisor.
Formally established the Operations Department Procedure Section, including development of position descriptions, writers guides, administrative guidelines for the section and a strategic plan for procedure upgrade.Responsibilities included: management and administrative duties associated with the section, formal development of the section including tbe Five Year Strategic Plan and implementation of tbe Operations Department Modification Analysis Program.Collateral duties included: Acting Operations Training Specialist, department interviewer for prospective operators and special project assignments (e.g., WOG, SQUG, IPE/PRA, and Reduced Inventory Programs).
Deceniber 1986 to September 1991 Operations Department Training Specialist.
Responsible for thc development and implementation of on-the-job training for all Operations Department on-shift personnel.
Additional responsibilities included: the review of all training materials presented to the operators for both the classroom and simulator settings, evaluation of simulator performance and training and acting as thc liaison between the Operations Superintendent and tbe Operations Training Supervisor on issues pertaining to operator training.Collateral duties included: Acting Procedure Supervisor (beginning January 1990)and special projects (e.g.simulator task force, site liaison-Appendix R).August 1985 to December 1986 Operations Department Administrative Compliance Coordinator.
Duties included investigation and reporting of operational events related to the Operations Department, development of administrative procedure and policics and responding to issues identified by internal and external regulatory groups (e.g., INPO, NRC, ANI and Quality Assurance).
WVORK EXPERIENCE cont Septcmbcr 1979 to August 1985 Plant Operator.Started at thc plant as a utility operator and held on-shift positions up to and including reactor operator.Performed activities which included: plant tours, surveillance, system tagouts and alignments.
Once licensed, performed all licensed operator activities including duties as a Unit Supervisor (stepped up follownig achievement of senior operators license).Additionally, acted as Field Coordinator for the Unit One 10 year ISI Hydrostatic Testing Program in 1985.SPECIAI.ACTIVITIES/TRAINING Organizational Development Activities:
Developed Control Room Rcsponsc Organization in support of the Emcrgcncy Plan Developed and Implemented Operations Department Procedure Organization Initiated and Sponsored thc development of thc five (5)year strategic plan for procedures Initiated and Sponsored thc development of the Modification Analysis Program (MAP)Special Activities:
Westinghouse Owners Group Operations Subcommittee Priniary Representative IPE/PRA Independent Review Team-Plant Rcprcsentative DBD Reconstitution Project-Project Engineer-Action Items SQUG Task Force Member Simulator Task Force Member Plant Liaison for Appendix R Audit INPO Peer Evaluator4cqouyah Station 1987 RHR/Reduced Inventory Task Force (GL 87-12, 88-17)Chairman, Operations Department"Code of Excellence" Committee Secretary, EOP Engineering Support Group (EOPCOPS)Traiiililg:
Licensed Reactor Operator and Senior Reactor Operator at D.C.Cook Nuclear Plant Seismic Qualification Utility Group(SQUG):
Determination of Safe Shutdown Equipment and Relays General Physics&cneral Motors Project Management Training Root Cause Analysis Training Basics of Supervision Supervisory Job Interview Training Supervisory Employee Assistance Program Training Supervisory Fitncss for Duty Training Equal Employment Opportunity/Affirmative Action Training INPO Sponsored Team Building Training EDUCATION Bachelors of Arts, Business Administration and Bachelors of Applied Science (Nuclear TeclinOIOgy, Sicna Heights College, April 1995 Senior Reactor Operators License, 1986 Associate Degree Applied Science, Lake Michigan College, May 1987 Diploma, St.Joseph High School, St~Joseph, Michigan, Junc 1975
~((((I(i I(II!~Ii(iii(V,~(.,:iI(~((i((i(I Il'.I(uU Sgis is ia Seriifg igni Sarhan Areni P H S Sam Plated f Pe$$8f($<kquiPmeOi SLleLtiaO HOB LCP1HQ KUHIOHilQO Kl HIOIOg$601-SP<9elh Slang 18-20, 1991 Paul W.Hayes.btPR A ociates Richard G.Starck II.b)PR Associates J Betlack.MPR Associates R Cl U Gs 5((is rs ja Strtrfg tPaf (Sorhon Aren1 gas Kompleieh 1ge SQQf($Bt'lag<Evaluation Kraining Sour-se Pelh 8larcP 18, 1991~))Iij<!II j!!j jI)jlfj 4'!Ij>II'<>i~i'i~lj'ij>!Ijj'jij(lj Betlack, MPR Associates
'jjIjIlI'iljl~jj HAROLD W.YOUNG, III Senior Mechanical Engineer Personal: 6988 Ernest Way, Dublin, OH 43017.(615)761-8144.Born January 15, 1952.Married, two children.Height: 5'-ll", Weight: 175 lbs.Education:
Stevens Institute of Technology, Hoboken, NJ.BSME, 1974.Professional Licenses: Professional Engineer;New Jersey-GE27280;Ohio-E-050097.Professional Societies:
Member ASME, ASHRAE.Ex erience: American Electric Power Service Corporation, 1 Riverside Plaza, Columbus, OH 43215.(614)223-2000.1984-Present.Currently Cognizant HVAC Engineer for the Cook Nuclear Plant.Responsible for HVAC engineering of this 2,200 megawatt facility.Prior to holding this position, served as a Senior Engineer in the Mechanical Engineering Division.Responsibilities include design, specification writing, construction support and oPerations support.Total design responsibility for HVAC systems, dust collection systems, chilled water systems, steam piping systems, lab vent systems and HEPA filtration systems.Major projects for which I was lead HVAC engineer include: o Cook Training/Simulator Facility-A 100,000 sq.ft.facility including office space, classrooms, labs, a video studio, welding and machine shop areas and a$40,000,000 simulator facility with associated computer room.o A 28,000 sq.ft.office building with an instrument calibration lab.o A 12,000 sq.ft.office building and locker room facility.o Service buildings for the Cook steam generator replacement project.o Tidd PFBC Demonstration Plant-All HVAC design and procurement for a DOE funded experimental coal fired power plant, including five large dust collection systems, miscellaneous HVAC and ventilation systems.Work includes innovative adaption of forty year old existing ventilation systems.
o Zimmer Conversion Project-Developed all HVAC design changes for converting existing HVAC systems from nuclear plant requirements to coal plant requirements.
Burns 6 Roe, Inc., 550 Kinderkamack Road, Oradell, NJ 07646.(201)265-2000.1974-1984.
Worked as a Senior Building Services Engineer, providing power plant HVAC design, utility retrofit services and designing auxiliary facilities.
Designed HVAC systems, ventilation systems, piping systems, fire protection systems and HEPA filtration systems.Was involved with writing technical proposals, developing budgets and schedules, developing specifications, documents and drawings, overall project coordination and field support.Had two years of field construction experience.
Major projects included: o General Public Utilities, Oyster Creek and Three Mile Island, 1980-1984.
Responsible for new, retrofit and replacement HVAC and fire protection systems.o TVA-Sequoyah Radwaste Facility, 1982-1984.
Responsible for design of all HVAC and fire protection.
o Nebraska Public Power District-Cooper Station, 1981-1982.
Responsible for design of fire protection supply system including pump house, yard piping, fire pumps and storage tanks.Served as project coordinator.
o Three Mile Island Recovery Effort, 1979.o Forked River Station, 1978.Developed HVAC and piping systems.o Three Mile Island, 1974-1977.
Was Field Engineer for HVAC and fire protection for two years.Worked in home office prior to that assignment.
Additional Courses: Management of Human Resources (Fairleigh Dickinson University)
-1978.Practical Fossil Power Plant Technology (Burns and Roe)-1979.CADD Terminal Training (Intergraph)
-1982.Principles of Supervision (AEPSC)-1988.Computer Courses: DOS, Enable Spreadsheet, Enable Database-1989.OS2, Office Vision, Intermediate Lotus 123-1990.
(JP'UI PEG PO Sl~rs ts ko Stratify kl~ak llas Somplefeh tile SQ~QIS 9lalkhotun Screening anh Seismic<Evaluation Sraining Saurse Sell August 2-6, 1993 David A.Freed, MPR Associates SHRUG Training Coordinator Neil P.Smith.Commonwealth Edison SHRUG Chairman g (l l Robert P.Kassawara.
EPRI SHRUG Program Manager PERSONAL PARTICULARS NAME: ADDRESS: PHONE: FAX: whiten V.Ruparel 4433 Castleton Road West, Columbus, Ohio,43220 Home: 614-457-7710 Ofhce: 614-223-2544 Home: 614-459-4321 DUAL CITIZENSHIP:
united States and Canada MARITAL STATUS: Married, two daughters 23 and 19 SOCAL SECUtuTY k 282-78-9291 EDUCATION:
LANGUAGES:
TEACHING: AFFILIATIONS:
1962: BASc.: Electrical Engineering, London,U.K.
1977: MASc.: Management Science, Waterloo, Canada English, Hindi, some French, some German.Mathematics:
Sheridan College, Ontario, Canada: 1977,78 Electrical Engineering, Franklin University, Columbus, Ohio,1991,92 Professional Engineer, Ontario, Canada President, Columbus Section,ISA,1995-96 Uice-President, Socity of Professional Engineers of Atomic Energy of Canada,1977 President, Knolls Arlington Community Association,1990 Graduate, upper Arlington Leadership Program,1991 Work Experience American Electric Power Service Cor oration Present Project Manager, Design Basis, Nuclear Engineering.
Collateral duties: Member: Life Cycle Assurance Task Force.Member: Nuclear Design Oversight Commitee: 10CFR50.59 Reviews of all design changes and procedures.
1988-1991 Group Leader, Design Changes-Supervision of IEC Design Changes for the Cook Nuclear Plant.Collateral duties: Representative for Nuclear Engineering on the Design Change Co-ordination Group, Member: SQUG Task Force, Member: EDSFI Response Team.1983-1987 Lead Electrical Engineer: Responsibility for engineering of design changes for the two unit, 1100MWe Westinghouse PWR Cook Nuclear Plant.Collateral duty: Member: Assessment Team, INPO and industry Operating Experience implementation.
Ohio State Universit 1982 Associate Director: Nuclear Services and Training Laborotary.
Co-taught Nuclear Safety at the graduate level, developed training material for Shift, Technical Advisors and Senior Reactor Operators for the Perry, Davis-Besse and the late Zimmer nuclear power plants.
1968-1971 Engineer, Fuel Handling Controls Worked on the design of the controls and instrumentation of the CANDU on-power fuelling machine: logic circuits, electro-hydraulic servo-controls and on-line direct digital control using a blue collar IBM 1800 computer.The En lish Electric Co.Limited 1964-1967 Technical Representative:
Responsibility for company's business in Nepal.Working through a local agent, handled the sales, contracts, technical liaison of turnkey diesel stations, 11 kV circuit breakers, transformers, small motors etc.1962-1964 Graduate Engineering Training Program The first year was spent in following a control rod system through design, drafting, production, test, site installation and checkout.The second year was spent as an assistant startup engineer at Hinkley Point A nuclear generating station.
 
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Systems mnh/sar KelmsJ Richard G.Starck, II, MPR Associates Systems Instructor Jess Betlack, MPR Associates Relay Instructor
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JUAN M.NIETO 1056 Autumn Woods Drive Westerville, OH 43081 (614)891-5978 (Home)(614)223-2053 (Work)EDUCATION University of Michigan, Ph.D.Nuclear Engineering, 1969 University of Michigan, M.S.Nuclear Engineering, 1963 University of Madrid, M.S.Mining Engineering, 1961 University of Madrid, B.S.Mining Engineering, 1960 WORK EXPERIENCE 1986 to Present Senior Engineer/Engineer, Nuclear Operations, American Electric Power Service Corporation.
Duties: Training Coordinator responsible for the implementation of training requirements in NS&L AP-10, and NSL&A AP-10.Trained NS&L/NSL&A staff on Emergency Operating Procedures, UFSAR Chapter 14.0 Safety Analysis, and various Technical Specifications and Systems Descriptions.
Assist the manager of the Nuclear Safety Section with the annual training and testing of the NSL&A technical staff on NOD QP-7, Safety Reviews, and 10 CFR 50.59, Changes, Tests and Experiments.
Generated and updated a pool of near one hundred questions on NOD QP-7 and 10 CFR 50.59 for the annual test.Serves as Training Coordinator for the NSDRC Subcommittee on Emergency and Security Plans, and have trained that Subcommittee on Emergency Operations Procedures (EOPs), and interface between the EOPs, and the UFSAR Chapter 14.0, the Technical Specifications, and the Emergency Plan.Assist the AEPSC Training Coordinator in his efforts to establish a training program for the Corporation.
Have been trained on Root Cause Analysis, PRONET (program to search the UFSAR, the Technical Specifications, and other documents), core design, basis for D.C.Cook Emergency Operating Procedures, and other subjects.Serve in the NSDRC Subcommittee on Corporate and Plant Occurrences conducting reviews of assigned documents.
Serve in the NSDRC subcommittee on Emergency and Security Plans, conducting reviews of assigned documents, and acting as Training Coordinator for the Subcommittee.
+'l' Serve as leader of the Emergency Operating Procedures Multidisciplinary Task Force, and as interface between Cook Nuclear Plant and AEPSC on EOP related issues.Was the lead engineer on the update of the EOPs as a result of reducing the boron concentration in the Boron Injection Tanks to 0 PPM.Served as Independent Safety Reviewer for the Nuclear Safety and Licensing Section (NSL&A).Serve as alternate Independent Safety Reviewer for NSL&A.Qualified Safety Reviewer in NSL&A.Have performed safety reviews of numerous RFC's, MM's, PM's, Specifications, Generic Procedures, and other miscellaneous items, under 10 CFR 50.59.Have performed Reportability Reviews of numerous Problem Reports/Condition Reports under 10 CFR 21, 10 CFR 50.72 and 10 CFR 50.73.Have provided input for the preparation of several Licensee Event Reports.Serve as a member of the AEPSC SQUG Task Force since its inception.
Main author of the SQUG Report to be submitted to the NRC as part of our response to Generic Letter 87-02.Have trained the members of the SQUG Task Force on Safe Shutdown paths and other aspects of the Generic Implementation Procedure (GIP).Recording Secretary of the AEPSC SQUG Task Force.Have participated in the initial seismic walkdown of Cook Nuclear Plant (Units 1 and 2).Have been trained by SQUG on the determination of the Safe Shutdown Paths for each Safe Shutdown Function as defined in the GIP.Have coordinated numerous responses (non-submittals), to NRC's information notices.Was the lead engineer for the submittal on Cook Nuclear Plant Unit 2, Cycles 8 and 9.Made a successful presentation to the NRC to request changes in Chapter 14.0 of the UFSAR to reflect the safety analysis in Chapter 14.0 of the original FSAR.Was the lead engineer for the submittal in response to GL 90-06.Was the lead engineer for the submittal on proposed changes to the Technical Specifications as a result of the new spent fuel criticality analysis for Unit 2, Cycle 9.Was the author of the Restart Report for Unit 2, Cycle 8.Prepared a submittal to the NRC on status of our commitments regarding increased pressurizer PORV reliability in response to GL 90-06.Has provided technical assistance on a variety of subjects, such as: a)Impact of potentially deficient card in AMSAC;b)Potential problems in the OT dT and OP bT instrumentation; c)RVLIS not environmentally qualified; d)Inadequate emergency lightingg e)Separation between safety related and non-safety related portions of the Reactor Protection System;f)Potential for inadequate core cooling during transfer to hot-leg recirculation during a LOCA, and others.
1973-1986 Nuclear Consultant, NUS Corporation.
Duties: Performed activities associated with accident analysis, licensing and safety, high level waste disposal, and liquid metal fast breeder reactors.1969-1973 Nuclear Engineer, NUCLENOR (Spain), Involved in pre-operational and start-up testing;prepared final safety analysis report;worked in fuel management.
gas Sompleteh.
Ige 8/55 Salhhoun Screening anh Setsmtr<kualnaiion Kraining Sourse:,.Sell Slag 3-7, Ic363 SgV~~~Neil P.Smith, Commonwealth Edison SQUG Chairman David A.Freed, MPR Associates SQUG Training Coordinator Robert P.Kassawara, EPRI SQUG Program Manager Randall C.Steele Professional Ex erience 6/87 to Present American Electric Power Columbus, Ohio 3/94 to Present USI A-46 Lead Relay Reviewer, Instrumentation and Controls Design Section, Nuclear Engineering Department.
Responsible for USI A-46 Relay Evaluation for Donald C.Cook Nuclear Plant.5/91 to 3/94 Low Voltage A.C.Distribution System Engineer, Nuclear Engineering Department.
Responsible for 120 Volt A.C.Vital Bus System.Prepared for and participated in the Nuclear Regulatory Commission's Electrical Distribution System Functional Inspection at the Donald C.Cook Nuclear Plant.6/90 to 5/91 Electrical Verification Engineer, Wm.H.Zimmer Generating Station, Moscow, Ohio.Responsible for onsite electrical control circuit design review, field design modifications, and equipment check-out and start-up during the construction of the plant.ll/89 to 6/90 Electrical Engineer, Fossil Plant Engineering Department.
Responsible for various design modifications on fossil plant auxiliary power and control systems throughout the AEP system.6/87 to 11/89 Electrical Engineer, Nuclear Engineering Department.
Responsible for Environmental Qualification of Electrical Equipment and various design modifications involving the auxiliary power and control systems at Cook Nuclear Plant.Education B.S.E.E., University of Illinois at Urbana/Champaign, May 1987.E.I.T.-Engineer in Training, State of Illinois.lt*SQUG Equipment Selection Training Course, November 17-19, 1992 SQUG Relay Evaluation Training Course, November 17-19, 1992 SQUG Walkdown Screening February 1-5, 1993 and Seismic Evaluation Training Course, s 0.Dctlack, h(PR Associates Gll~iS iS)O Serfifg Il~al P.Hn6g O'IIeeI.e gas Somplt irk tl~t$$8fS KquipmLni&@let-tton Krmining Soot-sL'rfh Kovember 17-19, 1992 I I'nul W.llayes.hll'R Associates Richard G.Starck II, hlPR Associates Ull~iS iS Io SerIifg il~nl<Saran)III K.Sil.l.le l)ns San(pleio(h il)r 5$Q~I5 9lnlitltotBB Srrrrninq BB6 Sf'tsnltr L~o'Hl Bttit OB o'rHtntnff
$00rs.l" 5rltt 3<'rbrunrq l-5 l 993~GRIG de'avid A.Freed.hIPR Associates SQUG Training Coordinator Neil P.Smith.Coin>nonwea lth t,"dison SQUG Chairman Robert P.Kassawara, k:VRl SQUG Program Manager RICHARD P.LEONARD)P.E.9296 Gast Road Bridgman, Mi 49106 (616)465-5329 Engineer with more than 20 years of experience in various facets of nuclear power plant operation.
Areas of strength include Instrumentation
&Control, general power plant operation, ability to integrate and benefit from a broad experience base to resolve problems and accomplish goals, and a willingness to pursue new opportunities and challenges.
Able to work well with diverse groups and individuals.
SIGNIFICANT EXPERIENCE 7 90 to Present: Senior System Engineer at Donald C.Cook Nuclear Plant responsible for the Chemical and Volume Control System (CVCS).Duties include coordination of large or complicated maintenance activities, tracking and trending of system operation, review and initiate design changes, recommend maintenance priorities, provide information and assistance to other departments, and provide a monthly report to plant and corporate management.
A recent significant accomplishment was the direction and management of a major effort to clean and refurbish the Boric Acid Storage Tank room.This project included several design changes, the coordination of work by different departments, and development of innovative approaches to minimize future contamination.
7 85 to 7 90: Associate Engineer in the Nuclear Fuel and Analysis section of American Electric Power Service Corporation.
Primary duties consisted of assessing safety analyses and~~~~~operational problems in consideration of instruments and instrument uncertainties.
Involved in providing>puts to and reviewing safety analyses provided by fuel vendor.Responsible for developing the RTD Cross-Calibration procedure in coordination with Westinghouse and the Cook Nuclear Plant l&C section.Assisted in developing and implementing the Reduced Temperature and Pressure program to minimize steam generator tube degradation in Unit 1~Dealt directly with fuel vendors and NRC personnel.
1975 to 1983: Salem and Hope Creek Nuclear Power Plants-l8C Technician and Training Instructor.
As l8 C Technician was responsible for calibration and maintenance of usual Westinghouse PWR instrumentation.
Notable achievements included initial checkout and placing into service of the SSPS, Rod Control System, NIS, and much of the Reactor Protection System.Designed and implemented a change to the SSPS which provided protection to the Source Range detectors.
Developed training/qualification programs for l&C technicians and trained l8C technicians prior to Training Department developing training programs.~i969 11: USES'-Etl tt 1 PP t 9 Sgt tg WSNS SP submarine.
As Leading First Class Petty Officer, was responsible for conduct and scheduling of Electrical Section and approximately 10 subordinates.
EDUCATION:
'ROFESSIONAL:
BSME, University of Delaware, 1985, with a concentration in power generation.
Member of American Society of Mechanical Engineers Licensed Professional Engineer Ohio: License 4 E53312 Michigan: License 8 38856 Sgis is io Serfifg iPai<3ii-mr6.<ZeonarII))
gas SompMrh ter$$8f($<Squipmeni SeleL.lion anh<Relay<Evaluation Krnining Soursf Sell Kavember 17-19, 1992 Paul W.Hayes, MPR As ociates Richard G.Starck ll.MPR Associates J Betlack, MPR Associates R Gl U Gii lf'8 8 0 SIIis is Ia Seriifg IIIni<Zir ark.<Zeonmr6 gas (Gomplefeh lite Splat($Belay<Evaluation Kraining Course Pelh Kauember 17, 199P Betlack, hfPR Associates
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&Gl U Ca Kttis is ia Seriiftt tPat B,rr ark.<ZeonHrk~j}IJJ'~>II)'JJIJJJi gas Somplrirh iver$$8lS.ioalkhautn Srrrrntng anh Srtsmtr Kttaluaiion Kraining Soursr Srih Slag 3-7, l993 Neil P.Smith.Commonwealth Edison SQUG Chairman David h.Freed.MPR hssociates SQUG Training Coordinator Robert P.Kassawara.
EPRI SQUG Program Manager KAILASH C.blAHAJAN 1925 Laramie Drive Powell, Ohio 43065 Tel: (614)791-0304 Qbj~~To work as an Electrical, Iastrumentatioa and Controls Engineer ZZLKREHUl 1972 B.S.Electrical Engineering from the University of Indore, Iadia 1978 M.S.Electrical Engineering from M.S.the University of Baroda, India Registe~Professional Engmeer ia the states of OH, MI dc P~7/85 to 12/94 American Electric Power, Service Corporation, Columbus, OH Prepared design change packages including 10 CFR 50.59 safety evaluations, Appendix-R (Fire Protection), environmental/seismic qualification, engineering calculations, specifications and cost estimate.Reviewed and re-desigaed one-line diagrams.Investigated existing Post Accident Monitoring System Compliances with and prepared modificaton scope based on NRC Reg.Guide 1.97.Worked on the resolution of USI A-46 (GL 87-02)safe seismic shutdown of existing plants.7/84 to 7/85 Maine Yankee&Clinton Nuclear Stations Involved in various assignments including to ensure a comprehensive approach to human engineering deficiency corrections per NUREG-700, equipment qualifications per IE Bulletin 79-01B, QA audit and surveillance, etc.9/79 to 7/84 Bechtel Power Corporation Pnm~Reviewed and approved.project design drawings.Resolved Geld problems and non-conforming reports.Prepared ladder diagrams for solid radwaste logic.Performed engineering calculations and prepared specifications for transmission systems.1/75 to 7/78 Madhya Pradesh State Electricity Board, Karba, Xnd ia Prepared design calculatioas and specifications for sub-statioas.
Involved in operation and maintenance of Thermal Power Plants.
Page 1 of 4 (Resume of Paul R.Krugh)NAME&ADDRESS: PAUL R.KRUGH 2075 Belltree Dr've Reynoldsburg, OH 43068 COMPANY POSITION: COMPANY'ngineer (Civil), Senior American Electric Power (AEP)1 Riverside Plaza Columbus, OH 43215 KEY UALIFIGATIONS:
Civil&structural; seismic and structural dynamics.EDUCATION:
B.S., Civil Engineering, Tri-State University, Angola, IN, 1962.EXPERIENCE:
1983-1995-NUCLEAR SEISMIC AEP (Columbus, OH);Civil/Seismic Engineer~Served as an in-house consultant to the AEP Nuclear Organization (AEPNO)concerning ongoing seismic design, evaluation and cpxalification of equipment and structures at Cook Nuclear Plant.Participated as a Seismic Capability Engineer[certified by the Seismic Qualification Utility Group (SQUG)j in the implementation of VSNRC USI A-46 (GL 87-02)at Cook Nuclear Plant.Performed in-situ modal testing of cabinets, panels, racks, etc.at Cook Nuclear Plant.Performed preliminary studies related to future renewal of seismic sensors and instrumentation at Gook Nuclear Plant.Maintained liaison with other seismic consultants and seismic test laboratories.
1964-1983-ELECTRIC POKK TRANSMISSION LINES AEP (New York City&Columbus, OH);Civil/Transmission Line Engineer;Seniors Served as lead engineer/consultant for 138Kv, 345kv and 765Kv transmission line projects and affairs of Appalachian Power and Kentucky Power combined and later Indiana-Michigan Power.
Page 2 of 4 (Resume of Paul R.Krugh)Served as chairman of various task forces and committees, e.g., the AEP transmission line design criteria including loadings and electrical clearances~
AEP T&D line and station conductor normal and emergency ampacity ratings~AEP right-of-way vegetation control, etc..Served as expert in the structural analysis and design of 34.5Kv through 138Kv wood-pole transmission line structures and the formulation of related hardware and material standards.
Also expert in transmission line conductor vibration control (aeolian, wake-induced oscillation, ice-galloping).
Served as a project and/or test engineer on a large number of test projects, e.g., ice dumping and unloading of 765Kv multi-conductor bundle, maintaining electrical clearances of 765Kv jumper loops through deadend tower windows, pile and foundation load tests, insulator hardware assembly proof load tests, conductor and static wire hardware proof load tests, guy cable and anchor rod hardware proof load tests, dynamic tests of hardware, etc.~in some cases as part of the project, also designed the test equipment and rigging, e.g., for testing piling, hardware, etc..Heavily involved in the development, design and construction of the AEP 2000-mile 765Kv transmission line system (highest operating AC voltage transmission line system in the world)from its inception to near end of construction.
Contributed to implementing ongoing research, development, design, testing, etc.of 138Kv, 345Kv and 765Kv transmission line structures, foundations, anchorage and hardware.Contributed to implementing special and unique research, conceptual development and cost studies for future 1000Kv+(ultra high-voltage) transmission lines including joint research, testing and studies between AEP and Hydro Quebec.Testing involved verification of multi-conductor bundle wake-induced oscillation control (full-scale testing)and dynamic model verification load tests on structural configurations of new conceptual type structures.
Served as on-site field engineer assisting AEP operating companies during major emergencies, e.g., the 1974 tornadoes with many towers and lines down.1962-1964-ELECTRIC POKK TRAHSMISSIOH LIHES Ohio Power (Canton, OH);Civil/Transmission Line Engineers Served in Canton general office as engineer laying out, designing and upgrading electric power subtransmission and transmission lines throughout Ohio.
Page 3 of 4 (Resume of Paul R.Krugh)Prepared construction specifications and drawings for field crews and contractors to follow.PRIOR to 1962-SURVEYIHG AHD CONSTRUCTION Gwin Consulting Engineers (Altoona, PA)and various private engineers and surveyors including father~Surveyor: Participated part time as survey party member in a substantial amount of land, municipal and highway surveying including being a chainman, rodman and transit and level operator over a period of about 10 years.Reese Construction Company (Pittsburgh, PA);Laborer and Equipment Operator: Involved part-time as a laborer, truck driver, welder's assistant, etc.in project of laying 15 miles of 10-inch diameter medium-pressure natural gas pipe line between Altoona and Tyrone, PA for The People'Natural Gas Company.OTHER BACKGROUND KE'ERIEHCE TRAIHIHG AHD UALIFICATIOHS s Nuclear quality assurance-author of the AEPNO seismic procedures, various seismic specifications and seismic engineering guide materials, etc..Also trained other engineers in seismic subject matter, e.g., SSFI 90/11.Trained in implementing in-situ transfer function method of modal testing, dynamic modeling and seismic dynamic analyses of equipment and structures.
Performed modal testing of cabinets, panels, racks, etc.at Cook Nuclear Plant in 1985-1986 time frame.Originator of idea and suggestion for SQUG to adopt and use GENRS software method (as a derivative of EDASP software)for calculating in-cabinet and panel amplified response spectra related to SQUG seismic adequacy screening of electrical relays.Participated in SQVG walkdowns to verify seismic adequacy of electrical and mechanical equipment at Cook Nuclear Plant.Trained in numerous subjects, e.g., quality assurance, root cause analysis, leadership and teambuilding, etc..Acquired and maintained certifications for full authorized access and as radiation worker at Cook Nuclear Plant (involved annual examinations for re-certifications including mandated participation in fitness-for-duty program and ongoing random drug tests).
Page 4 of 4 (Resume of Paul R.Krugh)Knowledgeable of computer applications, usage and programming (largely self taught and ongoing since about 1965)~expert programmer in BASIC language including graphics.Knowledgeable of electricity, electronics, radio communications, antenna design, antenna transmission line theory, calculation of antenna radiation patterns, etc.;have FCC Amateur'Extra'lass radio operator and station license with present FCC-assigned call letters of N2NS;have been a FCC-licensed amateur radio operator since 1955 with former call letters WN3BVE, W3BVE, WBEOE and WB2PBO.Eagle Scout, woodsman and fisherman.
I Sifts ts ta tfertifg iltnf aul<Z.<>rug butts Somplrlrh fllr SQCCS Blttlithotttn Srrrrntng ttnh Srtsmtr Kttttluttlton Srttining Soursr<rrjplh Otter 3-7 l963 slue Neil P.Smith, Commonwealth Edison SHRUG hairman David A.Freed, MPR Associates SHRUG Training Coordinator Robert P.Kassawara, EPRI SHRUG Program Manager I-Chen Huan-Senior Engineer, Structural
&.Analytical Design Section EXPERIENCE
 
==SUMMARY==
Engineering and design of various nuclear power plant steel and reinforced concrete structures for static and dynamic loads.Seismic analysis of buildings and equipment for generation of in-structure response spectra.EDUCATION 1970 1966 M.S.C.E., Worcester Polytechnic Institute, Worcester.
Mass.B.S.C.E., Cheng-Kung University, Taiwan TRAINING 1992 1978 1977 SQUG Walkdown Screening and Seismic Evaluation Training Course Westinghouse PWR Information Course Introduction to Plant Operation-PWR Simulator Program EXPERIENCE
 
==SUMMARY==
1984 to Present American Electric Power Service Corporation 1990 to Present Senior Engineer Responsible for seismic evaluation of design changes Conducted site-specific qualification tests for the Hilti Kwik-II anchor bolts and the Drillco Maxi-Bolts 1984 to 1990 Design Engineer Designed various steel and reinforced concrete structures for both nuclear and fossil power plants.1979 to 1984 Associated Technologies Inc., Clifton, NJ Senior Design Engineer, worked as consultant to Duke Power Company on Catawba Nuclear Project-Responsible for analysis and design of safety related pipe supports and restraints.
1976 to 1979 Power Authority of the State of New York Civil Structural Engineer on Indian Point 3 Nuclear Power Project-Responsible for coordination of design and construction of a four story Administration Building and a Receiving Warehouse.
1973 to 1976 Ebasco Services, Inc., New York, NY Structural Engineer-Performed dynamic and static analyses for the foundation mat, the containment building and the auxiliary building for WPPSS No.3 and 5 Nuclear Project and generated floor response spectra for use by other disciplines.
I-Chen Huang page 2 1970 to 1973 Wolchuk and Mayrbaurl Consulting Engineers, New York, NY Structural Engineer-Performed analysis and design of the Cook Nuclear Plant main steam line rupture restraints which cantilevered off the outside of the concrete containment wall.REGISTRATION Registered professional engineer (No.51419)in the state of New York, 1974 PUBLICATION Discussion on Approximate Stiffness and Bending Strength for Compact-Rolled Sections-AZSC engineering Journal 3rd quarter, 1986 tPILIF~lI'HII Siiis is lo G~eriifg iiini 3<-5 en: 511IHng)Bs SQmplrf.p6
'lgl'DQQlf g llnl jtliogyn~~rrpr)ging anh Srismir Kunlnalion G~r Hininq Sonrsr urrlli J~onr 22-26, 19l12 souG 0 David A.Freed.MPR Associates SQUG Training Coordinator Neil P.Smith, Commonwealth Edison C Robert.P.Kassawara.
EVRI SQUG Program Manager MELVIN J.BASKERVILLE 4111 Sundance Drive Columbus, Ohio 43224 Home: (614)475-2561 Office: (614)223-1480 EXPERIENCE June 1979 to present EDUCATION REFERENCES Electrical/Physical Designer AMERICAN ELECTRIC POWER SERVICE CORPORATION COLUMBUS, OHIO*Designed equipment locations and raceways for control, power, and instrumentation circuits for Donald C.Cook Nuclear Power Plant and miscellaneous coal-fired boiler power plants.*Coordinated electrical design department activities during seismic qualification of raceway supports.*Designed assignments per Appendix R criteria.*Participated in engineering investigations.
*Performed quality assurance audits of in-progress equipment installation and maintenance.
*Ordered nuclear grade equipment.
*Designed electrical substations.
*Used computerized information systems to perform design and investigations.
*Created drawings using computer aided drafting and design (CADD).FRANKLIN UNIVERSITY COLUMBUSI OHIO Bachelor of Science Degree, majored in Business Management.
Graduated April 1995.COLUMBUS STATE COMMUNITY COLLEGE COLUMBUS, OHIO Associate of Science Degree, majored in Business Management.
Graduated March 1994.Available upon request.
Sgis is io Seriifg$1ini~eluiu Smskerui)I)te gas Sompleleh lPe Sable Srag anh Sonhuil Baceiuag IIlorlion of lPe$$8t($Salhliotun Screening and Seismic~kualualion toraining Sourse<Sell Jejune 2P-26, 1992 souG Cable Tray and Conduit Raceway Only~cZ David A.Freed, MPR Associates SQUG Training Coordinator Neil P.Smith, Commonwealth Edison SQUG hai man Robert P.Kassawara, EPRI SQUG Program hianager "1'4" Il+l 5'I+
Jey T.Sekaran 2369 Ridgeivood Dr.Stcvensvillc.
MI 49127 Home (616)-428-2912 Work (616)-465-5901 x1777 To obtain a Senior Civil or Structural engineer position ivhich offers opportunity for advancement..
MS Civil Engineering, South Dakota School of Mines and Technology.
Rapid City.South Dakota.1983.MS Structural Engineering.
University of Madras, India, 1978.BS Civil Engineering.
University of Madras.India.1976.Industrial and povver plant structures.
Seismic analysis of nuclear safety related structures, conduit and mechanical pipe supports, stress analysis of small bore piping, field ivalk down and design of conduit system.pipe supports and structural steel frames and concrete structures,stress analysis using finite element techniques.
I American Nuclear Resources, St.Joseph, Michigan American Electric Power, Columbus, Ohio Lead engineer for SQUG (Seismic Qualification Utility Group)at D.C.Cook Nuclear Power plant.Responsible for the team performing visual and tcchnical evaluation of the anchorage of the major plant components required for the safe plant shut down.Civil/Structural Engineer, D.C.Cook Nuclear Power plant.Performed field walk doim, design, and qualification of conduit system, structural steel frames and platforms.
Interfaced with contractor and other Indiana&Michigan Povver disciplines in solving field problems related to electrical conduit supports, installation of Structural steel frames and platforms and repairs in reinforced concrete structures.
Prepared maps for conduit installation and evaluation and disposition of Problem Reports and Condition Reports.Designed minor reinforced concrete structures, temporary structures such as scaffolding and tie downs.M9khd255 Sargent&Lundy Engineers, Chicago, Illinois.Structural Engineer at Clinton, Fermi, Byron and Braidivood Nuclear Power Plants.Intcrfaccd with client, contractor and other Sargent&Lundy disciplines in solving field problems related to small and large bore safety related mechanical piping systems.Performed stress analysis of small bore piping using hand calculations.
Qualified frames, base plates and embedment plates by hand calculations and computer programs.
Responsibilities included generation of Field Engineering Change Notices, evaluation and disposition of Field Change Requests and Non-conformance Reports.Qualified structural steel members and connections in containment and other buildings and modified over stressed beams and connections.Designed concrete fioor slabs with composite beams.~1978 1982'arsen Sc Tubro Engineers (Nuclear Reactor suppliers and contractors of Industrial and Popover plant structures, Madras.India.)CiviVStructural engineer in various projects.Analyzed and designed the following Industrial and power plant structures for seismic and wind loads.Equipment foundations, Reinforced concrete framed structures, chimneys, hoppers, conveyor structures
&stock pile buildings, Reinforced and pre stressed concrete silos, Precast floor beams and floor elements.co-author-"Development of optimized Epoxy graphite implant for the Total Hip Joints" Proceeding of the Twentieth Annual Rocky Mountain International Biocngineering Symposium held at Mayo Clinic, Rochester, Minnesota (1983)pp.57-70.(Contributed three-dimensional analysis using finite element techniques.)
co-author-"Qxamic Loads on Transmission Line Towers", Proceedings of International Symposium on Earthquake Engineering held at university of Roorkec, India (1978)pp.445-460 Male 39 years old, excellent health, willing to relocate.Will be furnished upon request.
ittgis is io Serfifg iliad K ungHuelu J<ej338sekarmn gas Somplrlrh lgr SQQt($Salkhotnn~5crrrning anh Seismic<Sualualton Sraining Soursr 5rlh Slag 3-7, 1993 sGtl C3'David A.Freed.MPR Associates SQVG Training Coordinator Neil P.Smith.Commonwealth Edison SQUG Chairman Robert l'.Kassawara.
EPRI SQUG Program Manager APPENDIX C DONALD C.COOK NUCLEAR PLANT-UNIT 1 SCREENING VERIFICATION DATA SHEETS (SVDS}(AS PER SQUG GENERIC IMPLEMENTATION PROCEDURE, SECTION 4}
Walkdown: Week.d/25/93 DC COO SCREENING VERIFICATIO (JATA SHEET (SVDS),e1 of 1 10 12 13.15 Equp.to No.1 4/IRV-210 144/IV@30 1 44RV-240 1 OME44E 1 OME 34W 1%ME%9 14tc 12 147-100-AB WIT.100-CO 1<7.104-AB 1 427.104-CO 124tE 19N 124IC4 12-TK-207 Rev No 0 M/UM STEAM I STEAM GENERATOR OMM.1 STOP VALVE 0 MAIN STEAM I STEAM GENERATOR OME3-2 STOP VALVE 0 M/Nt STEAM I STEAM GENERATOR OMEGA STOP VALVE 0 M/uM STEAM I STEAM GENERATOR OME~STOP VALVE 0 ESW/EAST ESW PUMP PP 7E DISCHARGE STRAWER 0 ESW/WEST ESW PUMP PP 7W DISCHARGE STRAINER 0 MAIN STEAM/AUXILIARY FEED PUMP TURBINE AND GOVERNOR VALVE 0 BORON MAKEUP (CVGS)/NOR1'H BORC ACID FILTER 0 DIESEL COMBUSTION All AB EMERG DIESEL AIR INTAKE FILTER 0 DIESEL COMBUSTION Al/CD EMERG DIESEL AIR INTAKE FILTER 0 DIESEL COMBUSTION AII AB EMERG DIESEL EXHAUST SILENCER 0 DIESEL COMBUSTIOMAII CD EMERG DIESEL EXHAUST SILENCER 0 GVCS (BORON RECOVERY I NORTH BORIC ACID CONCENTRATOR UNIT SIOD ANO FRAMfNG 0 SPENT FUEL PIT COOU I SPENT FUEL PIT FILTER 0 NffROGEM (REACTOR PL I REACTOR PlANT NfTROGEN BULK STORAGE TANKS 83,4,5,6,7,8 SCREENHOUSE 591.00 SCREENHOUSE 591.00 AUXILIARY 591.00 AUXIUARY 567.00 GROUNDS 609.00 GROUNDS 609.00 GROUMDS 609.00 GROUNDS 609.00 AUXIUARY 587.00 GROUNDS 609.00 E MAIN STEAM STOP ENCLOSURE, IM THE MIDDLE SW REGN OF THE RM.W MAIN STEAM STOP ENCCLOSURE, IN THE MIDDLE S REGN OF THE RM.W MAIN STEAM STOP ENCCLOSURE, OM MIDDLE N REGN OF RM.E SOuM STEAM STOP ENCLOSURE.
IM THE MIDDLE NW REGN OF THE RM, 13'W OF 639 EL PLATFORM ENTRANCE lADDER NEAR THE CONT WAIL E ESW PUMP RM, W ESW PUMP RM, TB DRIVEN AUX FDWTR PMP, IM THE SW CORNER OF THE RM, 3 FT WEST OF TDAFP 81~PPP BORIC Acro STORAGE TANK AREA, IM THE NE REGN OF THE RM, 4'OF N BORIC ACID STORAGE TANK 8 1-TK 12N, 4'BOVE FLR INNER PLANT GROUNDS, 20 NW OF UNIT 1 CONT DOME INNER PLANT GROUNDS.5(7 SW OF REFUELIMG WATER STORAGE TANK INNER PLANT GROUNDS, 2(r NW OF UNIT-1 CONT DOME INNER PLANT GROUNDS, 5tr SW OF REFUEUNG WATER STORAGE TANK N BORIC ACID EVAPORATOR RM.IN THE CENTER OF THE RM SPENT FUEL PIT FILTER RM, IM THE CENTER OF THE CUBIC(E IN THE NE CORNER OF THE SPENT FUEL PIT HEAT EXCHANGER RM REACTOR GAS BOTTLE STORAGE AREA, IN THE MIDDLE OF THE SOUTH REGION OF THE ROOM, 35 FEET NORTHWEST OF THE AUX 609 CRANEBAY ROLLUP DOOR.6FEETABOVE Bshe Elev.633.00 N/A 633.00 N/A 587.00 N/A 587.00 N/A 609.00 N/A 587.00 M/A 60IL00 N/A 608.00 M/A 587.00 N/A Capacity vs Demand Basta Judgme%vs Restate Median Cantered Aoor Rs S Judgment vs Raafisdc MochaA Cantered Aoor Res e S udgment vs Reahstic Median Centered Aocr Rs S Judgment vs Reahshc Meehan Centered Aaor Response Spectra Judgment vs Reahst/c Meehan Centered Fkor Re S Judgment vs Reahstlc Meehan Cantered Aoor Rs'Judgment va Reshsuc Msc/ian Cents/ad Fkor Response Spectra Judgment vs Rsahstio Meehan Cantered Acor Response Speci/a Judgment VS Reahstio Meehan Centered Aoor Re S Judgment vs Raahstlc Meehan Cantered Roar Re S Judgment vs Restate Meehan Centered Acor Response Spectra Judgment vs Reshstlc Median Cantered Aoor RospoAso Spoctnl Judgment vs Reahstc Median Centered Root Response Spectra Judgment vs Reahstic Meehan Cantered Fkor Response Spectra Judg/AOAt vs Raahshc Median Centered Fkor Response Spectra Y4$Yes Y4$Yes Yes Yes Yes Yos Yos Yos Yes Yes Yes Yes OK7 Yes Yes Yes Yes Yes Yss Yos Yos Y4$Yes Y4$Yss Yes No Yes Equip OK7 Yes Yos Yos Yes Yes Yes Yes Yes No Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatofy should be a licensed professional engineer.)
Print or T pe Nalne Si nature Date Print or T pe Name Si nature Date Walkdown:.wt Outages DCCO.iT1 SCREENING VERIFICATION DATA SHEET (SVDS).ge1 of 10 Item Eq.CI 2 1 5 1 6 Eqep.lD Ikx 1~VD Rsv No 0 ELECTRICAL DISTRIBUT/600VAG MCC AB4i 0 ELECTRICAL DISTRIBUT/600VAC MCC AEQ 0 250 VDC CONTROL AND I CONTROL CENTER VALVE 0 ELECTRICAL OISTRIBUT/600VAC MCC ABD4 0 ELECTRICAL OISTRIBUT/600VAC MCC ABDe 0 ELECTRICAL DSTRIBUT/600VAC MCC ABD4'ELECTRICAL DSTRIBUT/600VAC MCC ABD47 0 ELECTRICAL DSTRIBUT/600VAC Vcc ABYE 0 600V AC DISTR I Mcc 1~47 AUXIUARY AUXILIARY 587.00 HALLWAY, IN THE NE END OF THE HALLWAY, 587.00 10FT S OF STARTUP SLOWDOWN FIASHTANK RM ENTRANCE DOORS.NEAR THE E WALl 587.00 HALLWAY, IN THE NE REGN OF THE HAllWAY, 587.00 20 FEET S OF THE STARTUP SLOWDOWN FLASHTANK RM DOOR.NEAR THE E WALL 587.00 HALLWAY, 2 FEET E OF THE N STAIRWAY, N THE N END OF THE HALLWAY 587.00 AB EDG RM, IN THE NWREGN OF THE RM, NEAR THE N WALL 587.00 AB EOG RM, N THE NW REGN OF THE RM, NEAR THE N WALL 609.00, IN THE SW CORNER OF THE RM, ON THE S WALI 10FT SW OF CD EMERGENCY DIESEL GENERATOR 4147ME 1504'0 609 00 4KV RM-600V SWGR.N THE SW CORNER OF 609 00 THE RM, ON THE SO.WAU 10FT SWOF CD EMERG.DIESEL GENERATOR 8147ME-150GO 587.00 HAlLWAY, N THE NE END OF THE HALLWAY, BFT NE OF N BORIC ACID EVAPORATolt SUBPANEL 412-BAEN, NEAR N WALL WALL 587 00 HAllWAY, N N REGN OF HALLVzAY,"0 FEET S 587 00 OF RADIOCHEMICAL DRAIN nt-1 2-TK4I NEAR THE W WALL N/A NIA N/A~vs.Demand Base 1.5 x Bounding Spectrum vs.Rearedc Mergan Centered Fkxx Response S 1.5 x Boundng Spectrum vs.R4$3$5c Meccan Centered Fkor R 6 1.5 x Boundsig Spectrum vs.Rearisdc Merfian Centered Fker R 6 1.5 x Bouncy Spectrum vs.Rearegc Median Centered Floor R 8 1.5 x Boundeg Spectrum vs.Reare5c Median Centered Fkor R 1.5 x BoundrXI Spectrum vs.Reassdc Merfian Centered Fkor Re S 1.5 x Boundrig SpocrUril v5.Real'egc Marfen Centered Fkor Re Spectra 1.5 x~Spectrum vs.Raaredc Median Centered Fbor R 8 14 x Boundng Spectnsn vs.Rearegc Median Centered Fker Res S Csp>Demand?Yes Yes Yos Yes Yes Y45 Yos Yos Yes Y45 Yes Anctmr OK?Yes Yas Y45 Yes Yos Yes Yes Equip OK?Yes Yes Yes Yes Yes Yos 10 1 12 1 13 1 14lZ4IC 0 ELECTRICAL DSTRSUT/600VAG MCC AM%0 ELECTRICAL DISTRIBUT/600VAC MCC AM47 0 ELECTRICAL DSTRIBUT/600VAC MCC AZ4IC 0 ELECTRICAL OSTRIBUT/600VAC Vcc AZVA AUXILIARY 633.00 HALLWAY, NEAR THE W WALl OF THE HALLWAY, 9FT S OF CONT AUX SUB PNLS 1 CAS 633.00 HALLWAY, IN THE MIDDLE N SECTION OF THE HALLWAY, 12FT S OF THE UNIT 1 CONTROL RM EMERGENCY EXIT DOOR, NEAR'THE W WAlL 609.00 HALLWAY, 20 FT.SE OF CONTROLLED AREA ENTRANCE FIRE DOOR 5124IRv4 UX391, 5 FEET E OF THE N STAIRWAY, NEAR THE N WALL 587.00 HALLWAY, 10 FT NW OF BORIC ACID 587.00 BATCH ING TANK 8 1 2-TK-1 3, NEAR THE N WALL N/A 1.5 x Boundeg Spectrum vs.ROSTsdc Median Centered Fkor Res S 5 Ls x Bounding S pctfUril vs.Reassuc Merfen Centenld Fkor Response Spectra 1S x Boundng Spactnsn vs.Rearetic Merren Centered Fkor Response Spectra 1.5 x Boundsig Spectnsn vs.Realistic Median Centered Fkgr R 8 Yes Yas Yos Yos Yes Yes Yes Yes Yes Yes Yos Yss 14 1 15 1 16 1 0 ELECTRICAL DiSTRIBUT I 600VAC MCC EZCA 0 ELECTRICAL DISTRIBUT I 600VAG Mcc Ezce 0 ELECTRICAL DSTRIBUT/600VAG MCC EZCC AUXILIARY 613.00 4KV RM, Mezzanine Area.IN THE NWAREAOF THE RM, 10FT S OF THE N WALL 613.00 4KV RM, Mezzanine Area, IN THE NWAREAOF THERM,4FEETS OF THE NWALl 613.00 4KV RM.Mezzanine Ares.N THE SW REGN OF THERM,4FEETNOF HTESWAlL 1.5 x~Spectrum vs.Reareuc Median Centered Floor Re S 1.5 x Boundng Spectrum vs.Realetic Morrian Centered Fkcr Re S 1.5 x Brxeding Spectrum vs.Reafstic MaSan Centered Roor Re Spectra Y45 Y45 Yss Yes Yes Yes Y45 Yos Yos Cerofication:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature Date Print or T Name ture Date Watkdown: wl Outages DC CO IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)age 2 of 10 Eq.CI Equp.lo No.Rev No System/Equipment Descripten Flocr Ebv.Base Elev.Capacity vs.Demand Basis Cap>O<<nsnd7 Csvosts OK7 OK7 Equ'<<I OK7 17 18 0 ELECTRICAL DISTRIBUT/600VAC MCC EZC43 14'SA 0 ELECTRICAL DISTRIBUT I 600 VAC Mcc 14'SA 613.00 4KV RM,Mozzsn't>>Area.
IN THE SWREGNOF THERM,BFTEOFTHEWALI 2FTSOF480V Ac MCC 1 PHC-2 SCREENHOVSE 594.00 TRAVELING SCREEN Mcc UPPER RM, 10 FEET SW OF THE Rhll'8 ENTRANCE DOORWAY, ON THE W WALL 587.00 N/A 1.5 x Bounding Spectnm vs.Roatstb M<<fisn Centered Roar R S 1.5 x Bounding Spoctnm vs.Rotc M<<rien Centered Fker R S Yes Yes Yes Yos Yes Yes Yes Yos Yos 1+84I 0 ELECTRICAL DISTRIBUTI600VAC MCC 1+$0 SCREENHOVSE 594.00 TRAVELING SCREEN MCC UPPER RM, ON W WALL, 2 FEET S OF THE RM'S ENTRANCE DOOR 587.00 N/A 1.5 x Bouefirg Spectnm va ROSMc M<<ssn Centered Fker R Yos Yes Yes 21 1.11A 1.11A1 0 ELECTRICAL DISTRIBUT I 600VAC BUS 11A SWITCHGEAR 0 ELECTRICAL DIST/UBUT I REACTOR ROD CONTROL SOUIH MOTOR-GENERATOR SET CRDMG-1 S SUPPLY BREAKER 609.00 4KV RM 600V SWOR, IN THE SW REGION OF THE RM.7 FT WEST OF NORTH PLANT UGHTING TRANSFORMER
&#xb9;I-TR4TGBN 609.00 4KV RM-600V SWOR, IN THE SW REGION OF THE RM.ON 600VAC SWGR&#xb9;1-11A, 6 FT ABOVE THE FLR 1.5 x Bounding Spectrum vs.ReaMc Median Centered Fker R S 1.5 x Bounding Spoctnm vs.R445sdc Median Centered Fker Response Spectra Yes Yos Yes Yes Yes Yes Yes Yes 1-11A10 0 ELECTRICAL DISTR!BUT/
WEST TURB NE AVXIUARY COOUNG WATER PUMP PP-14W SUPPLY BREAKER AUXILIARY 609.00 4KV RM-600V SWOR, IN THE SW REGION OF THE RM, IN600VAC SWGR&#xb9;1-11A.1 FT ABOVE THE FLR 1.5 x Boimding Spectnsn vs.Res/istic M<<fian Centered Fbor Response Spectra Yes.Yes Y44 24 1 11A11 1-11AI2 1-11A13 0 ESW/600VAC BUS 11A SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600VAC BUS 11A SPARE CIRCUIT BREAKER 0 ELECTRICAL DIST/UBUT I 600VAC MOTOR CONTROL CENTER A@At SUPPLY BREAKER AUXILIARY 609.00 4KV RM, 600V SWGR Area.N THE SW REGN OF THE RM, N 600V Ac SWOR<<1-1 1A, 6FT ABOVE THE FLR 609.00 4KV RM-600V SWGR.IN THE SW REGION OF THE RM, N 600VAC SWGR&#xb9;1 11 A, 5 FT ABOVE THE FLR 609.00 4KV RM 600V SWOR, N THE SW REGION OF THE RM, IN 600VAC SWGR&#xb9;I-11A.3 FT ABOVE THE FLR 1.5 x Boundirg SprKtrum Va Rotc M<<fisn Centered Fker R 6 1S x Bounhrg Spectnsn vs.Rotc Median Centered Fbor Re S 1.5 x~Spectrum vs.ResMc Median Centered Fker R Yes Yes Yes Yes Yes Yes Yes Yes 1.11A2 0 ELECTRICAL DISTRIBUT/600VAC MCC AM%SUPPLY BREAKER 609.00 4KV RM, 600V SWGR Area, N THE SW REGN OF THE RM, ON 600V Ac SWGR<<1-11A.5FT ABOVE THE FLR 1.5 x Bounding Spectrum vs.ROOMc M<<fian Centered Fbor R 6 Yes Yes Y4S 27 28 31 1.11A3 1 11A4 1-11AS 1-11AS 1 11A7 0 ELECTRICAL DISSTRIBU I 600VAC MCC EZCA SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/SOUTH PLANT UGHTING TRANSFORMER TR4.TG48 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I 600VAC Mcc ABDA SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I600VAC Mccs tuLA.ps', Tpp~AND VCCS ABYE AZVA SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I SERVICE BUEDNG UGHTNG TRANSFORMER 12.TR4.TG-1 4 SUPPLY BREAKER AUXILIARY AVXIUARY 609.00 4KVRM.600V SWGRArea, N THESWREGN OF THE RM, ON 600VAC SWOR<<1-11A, 1FT ABOVE THE FLR 609.00 4KV RM-600V SWGR, IN THE SW REGION OF THERM.ON 600VAC SWGR<<1 11A, 5 FT ABOVE THE FLR 609.00 4KV RM,600V SWGR Aroa, N THE Sw REGN OF THE RM, ON 600V AC SWOR<<1.11A, 3FT ABOVE THE FLR 609.00 4KV RM, 600V SWOR Area, N THE SW REGN OF THE RM, ON 600V Ac SWGR&#xb9;I 11A, 1FT ABOVE THE FLR 609.00 4KV RM 600V SWGR, IN THE SW REGION OF THE RM, ON 600VAC SWOR<<1-1 1A, 6 FT ABOVE THE FLR 1.5 x Bounding Spectrum vs.Rotc Median Centered Fker R S 1.5 x Bounding Spectrum vs.Rotc M<<rien Centered Fbor Response S 1.5 x Boueurg Spoctnm vL Rosrissc Median Centered Fker R S a 1$x Bounding Spectrum vs.Ressstc M<<fisn Centered Fker Response Spectra 1.5 x~Spectnm vs.Resrissc Median Centered Fker Response Spectra Yes Yes Yos Yes Y44 Yos Yos Yos Y44 Yos Yos Yes Yes Yos Yos Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate.All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature)2.C(r lSS Date Print or T pe Name Si a re Date Waikdown: al Outages DC COO iT1 SCREENING VERIFICATION DATA SHEET (SVDS)age 3 of 10 kern Eq.Gi Equip.lo Na 1 11AB Rev No ELECTRICAL DISTRIBUT/600VAC BORIC ACID HEAT TRACE CONTROL CENTER BHTW SUPPLY BREAKER AUXILIARY Fker Elev.4KV RM 600V SWGIL N THE SW REGION OF 609.00 N/A THE RM, N 60OVAC SWGR&#xb9;1-11A, 5 FT ABOVE THE FLR 1.5 x Boundng S pact/um vs.Reakssc Mersan Centered Fker Response Spectra Cap>DemarxP Axle/OK7 Yes Yes Equip OK7 Yes 1-11A9 0 ELECTRICAL DSTRIBUr I TSC UNNTERRUPTABLE PWR SOURCE EMER FEED CONSTANT VOLTAGE TRANSFORMER 12-TSC4PSCVl'UPPLY BREAKER AUXILIARY 4KV RM-600V SWOR.N THE SW REGION OF 609.00 N/A THE RM, N 600VAC SWGR&#xb9;1.11A, 3 FT ABOVE THE FLR 1.5 x Bourx4rg S pact/um vs.Realisdc Median Centered Roar Response Spectra Yes Yes Yes Yes Yes 34 2 1.11AC 1 118 0 ELECTRICAL DISTRIBUT/600VAC.
BUS 11A TO 600VAC.BUS 11C TIE BREAKER ELECTRICAL OISTRS VT I 600VAC BUS 118 SWITCHGEAR AUXILIARY 4KV RM,600V SWOR Area, IN THE S W REGN OF THE RM, ON 600VAC.SWGR&#xb9;1-1 tA, 5FT.ABOVE THE RR 4KVRM 600VSWGR,NTHESEREGIONOF THE RM 1$x Boundng Spearum vs.Reakssc Mafian Centered Roor Response S a 1.5 x Bourxhng Spectrum va Rear>>dc Me/fian Centered Boor Resoor>>e S Yes Yes Yes Yes Yes Yes Yes 36 2 1-1181 37 2 M 1810 ELECTRICAL DISTRIBUT I 600VAC MCC ABDe SUPPLY BREAKER (1-ELSC ELECTRICAL OISTRSUT I PLANT AIR COMPRESSOR OMEQ1 SUPPLY BREAKER AUXILIARY 4KV Rhk 600V SWOR Area.IN THE SW REGN OF THE RM, 6FT ABOVE THE FLR 4KV RM 600V SWGR, N THE SE REGION OF THE RM, 0 N 600VAC SWGR&#xb9;1-118, 1 FT ABOVE THE FLR 609.00 WA 1$x Souring Spectrum vs.Rear>>dc Metfian Centered Fker Resoa>>e Spectra 1.5 x Boundng Spectrum vs.Reattsdc Merrian Centered Fker R 6 Yes Yes Yes Yes Yes Yes Yes Yes 36 2 1-1 181'I 2 1-11812 0 ELECTRICAL DISTRIBUT I600VAC BUS 118 SUPPLY BREAKER 0 ELECTRICAL DISTRSUT/SOUTH NONESSENTIAL SERVICE WATER PUMP PP4kq SUPPLY BREAKER AUXILIARY 4KV RM,600V SWGR Area, IN THE SE REGN OF 609.00 N/A THE RM, ON 600V Ac SWOR&#xb9;1-118, 6FT ABOVE THE FLR 4KV RM-600V SWG/L N THE SE REGION OF THE RM, ON 60OVAC SWGR&#xb9;1-118, 5 FT ABOVE THE FLR 1.5 x Boundng Spect/um va Rest>>dc Median Centered Boor R 1.5 x Bandng speci/um vs.Real>>uc Median Centered Boor Re S Yes Yes Yes Yes Yes Yes 40 2 1.11813 0 ELEGTRCAL DISTRIBUT I TURBINE ROOM INDUCTION HEATNG, STRESS REUEF AND BOLT HEATERS SUPPLY BREAKER AUXILIARY 4KVRM 600VSWGR,INTHESEREGIONOF THE RM, ON 600VAC SWGR&#xb9;1-118, 3 FT ABOVE THE FLR 609.00 WA 1.5 x Bandng Spectrum vs.Rear>>uc Median Centered Roor Response Spect/a Yes Yes Yes Yes Yes 41 2 1-1182 1-1184 42 2 1.1183 0 ELECTRICAL DISTR!BUT/600VAC MCC EEOC SUPPLY BREAKER 0 ELECTRICAL OISTRIBUT/EAST AND WEST AVXIUARY BVILDNG CRANES 12<MME AND 12<M4W SUPPLY BREAKER ELECTRICAL DISTRSVT I 600VAC MCC AZ4IC SUPPLY BREAKER AUXILIARY AUXILIARY AUXILIARY 4KV RM,600V SWGR Area.IN THE SW REGN 609.00 N/A OF THE RM.N600VAC SWGR&#xb9;4I, SFT ABOVE THE FLR 4KVRM 600VSWGR.N THE SE REGION OF THE RM, ON 600VAC SWGR&#xb9;1 118.1 FT ABOVE THE FLR 4KV RM.600V SWGR Area, IN THE SE REGN OF 609.00 N/A THE RLL 0 N THE 600VAC SWOR&#xb9;1-118, 5 FEET ABOVE THE FLR 1.5 x Boundng Spectrum va Reatstic Mafiian Centered Roor Re eS 1.5 x Bandng Spect/um vs.Rea>>dc Median Centered Boor Response Spec/ra 1.5 x Bandng speci/um vs.Rest>>sc Mectian Centered Roor R Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes 44 2 1-1185 1-1186 ELECTRICAL DISTRIBVT/600VAC MOTOR CONTROL CENTERS TBG-BE AND TB P4ntv SUPPLY BREAKER 0 ELECTRICAL OSTRSVTI EAST TURBINE AUXILIARY COOUNG WATER PUMP PP-14E SUPPLY BREAKER AUXILIARY AUXILIARY 4KVRM 600VSWGR.NTHESEREGIONOF THE RM, ON 600VAC SWOR&#xb9;1-118, 3 FT ABOVE THE FLR 4KV RM-600V SWGR, IN THE SE REGION OF THE RM, ON 600VAC SWGR&#xb9;1-11 8, 1 FT ABOVE THE FIR.609.00 N/A 1.5 x Boundng Spectrum vs.Rear>>sc Median Centered Rcor R Spect/a 1.5 x Boundng Spectrum vs.Real>>sc Mecsan Centered Fker Respcnse Spectra Yes Yes Yes Yes Yes 1-11 87 Certification:
0 ELECTRICAL DISTRSUTI PLANT HEATING BOILER FORCED DRAFT FAN 12<ME 1OFAN SUPPLY BREAKER 4KV RM 600V SWGR, N THE SE REGION OF 609.00 N/A THE RM, N 600VAC SWOR COMPARTMENT
&#xb9;1-118 1.5 x Boundng Spearum vs.Rear>>dc Merfun centered Boor Respa>>e Spectra Yes All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" inctudes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
I z/'/ef Print or T pe Name Si nature Date Print or T pe Name n ure Date Walkdown:.wl Outages DC CO.IIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)age 4 of 10 47 Eq.Q Equp.lo No.1-1188 Rev No 0 ELECTRICAL DISTRIBUT I MAKEUP PLANT VACUUM DEGASIFIER 2ND STAGE VACUUM PUMP 12&P~M SUPPLY BREAKER Fker Ekrv.609.00 4KV RM 600V SWGR.IN THE SE REGION OF THE RM, ON 600VAC SWOR&#xb9;1-1 18, 5 FT ABOVE THE FLR 1.5 x Botadeg Specuum vs.ROSMc Metrisn Centered Fker Response Spectra Cap>Demand?Caveats OK?Ancntv OK?Yos Equip OK?49 2 1-1189 0 ELECTRICAL OISTRIBUT I 600VAG BUS 118 SPARE CIRCUIT BREAKER 1-11BD 0 ELECTRICAL DISTRIBUTI TIE CIRCUIT BREAKER BETWEEN BUS 118 AND 110 609.00 4KV RM-600V SWOR, IN THE SE REGION OF THE RM.ON 600VAC SWOR&#xb9;1.1 18, 3 FT ABOVE THE FlR 609.00 4KV RM.600V SWOR Area.IN THE SE REGN OF THE RM, ON 600VAC SWOR&#xb9;1-118, 5 FEET ABOVE THE FLR 1.5 x Boundeg Spectnsn vs.Resrngc Merfisn Centered Boor R 1.5 x Bounding Specuum vs.Reaiisdc Median Centered Fker R Yes Yas Y8$YOS Y8$Y8$Y8$Yes Yes Y8$51 1-11C 1-11G1 2 1-11010 2 1 11C11 2 1-11C12 0 ELECTRICAL DISTRIBUT I 600V BUS 11C SWITCHGEAR 0 ELECTRICAL DISTRIBUT I 600VAC BUS 11C SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I 600VAC MCCS ABDG AND TSC4 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600VAG BUS 11C SPARE CIRCUIT BREAKER 0 ELECTRICAL DISTR!BUT I NORTH SPENT FUEL Pn'UMP 124'P41N SUPPLY BREAKER AUXILIARY 609.00 4KV RM-600V SWOR, IN THE SW REGION OF THE RM 609.00 4KV RM, 600V SWGR Area, IN THE SW REGN OF THE RM.ON 600VAC.SWOR&#xb9;1 11C, 6FT ABOVE THE FLR 609.00 4KV RM.600V SWGR Ares, N THE SW REGN OF THE RM, IN 600VAC SWOR&#xb9;1-11C, 1 FT ABOVE THE FlR 609.00 4KV RM 600V SWOR, IN THE SW REGION OF THE RM.N 600VAC SWGR&#xb9;1-11C.6 FT ABOVE THE FLR 609.00 4KV RM 600V SWGR.IN THE SW REGION OF THE RM, N 600VAC SWOR&#xb9;1 11C, 5 FT ABOVE THE FLR NIA 1.5 x Boundng Specuum vs.Rsaragc Merfian Centered Boor Response S 1.5 x Boundeg Spocuunl vs.Rearnsc Me@an Centered Boor Ra S 1.5 x Boundeg Specuum vs.Rearndc Median Centered Boor Re 1.5 x Bacldng Specuum vs.ROSMc Median Centered Boor Re S 1.5 x Bounceg specuum va ResMc Median Centered Fker Res S Yes Yes Yes Yes Yes Yes YOS Yes Yes Yes Yes Yes Yes Yes 2 1.11G13 0 2 1.1 1G14 0 ELECTRICAL DISTRIBUT I CIRCUIT BREAKER4KNV FOR RECRIPROCATNG CHARGING PUMPt+P<9 ELECTRICAL OISTRIBUT I FIRE PROTECTION WATER HIGH DEMAND PUMP PP-11 SUPPLY BREAKER AUXIUARY 609.00 SWOR RM, N THE SW REGN OF THE RM 609.00 4KV RM-600V SWOT IN THE SW REGION OF THE RM, IN 600VAC SWOR&#xb9;1 11C, 1 FT ABOVE THE FlR NIA 1.5 x Bouixung Spectrum vs.ROSMc MorfIsn Centered Fker Response Spectra 1.5 x Boundeg Specuum vs.ROOMc Median Centered Boor Response Spectra Yss Yos Yes YOS Yss Yes Yes 57 61 2 1-11G15 2 1-11G16 2 1-11G17 2 1-11G18 1.11C2 0 ELECTRICAL DISTRIBUT I TECHNICAL SUPPORT CENTER UNINTERRUPTABLE POWER SUPPLY NORMAL SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600VAC MOTOR CONTROL CENTERS TBC-CS AND TBGGW SUPPLY BREAKER 0 ELECTRICAL OISTRIBUT I NORTH NONESSENTIAL SERVICE WATER PUMP PP4N SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I TURBINE BUILDNG 240r50 TON OVERHEAD CRANE 12AM-1 SUPPLY BREAKER 0 ELECTRCAL DISTRIBUT I CONTAINMENT POLAR CRANE QM-4 SUPPLY BREAKER AUXIUARY AUXILIARY AUXILIARY 609.00 4KV RM 600V SWOR, IN THE SW REGION OF THE RM, N 600VAC SWOR&#xb9;1-1 1C, 6 FT ABOVE THE FLR 609.00 4KV RM 600V SWOR, IN THE SW REGION OF THE RM.N 600VAC SWOR&#xb9;1-11C.5 FT ABOVE THE FLR 609.00 4KV RM-600V SWGR, IN THE SW REGION OF THE RM, N 600VAC SWOR&#xb9;1-1 1C, 3 FT ABOVE THE FLR 609.00 4KV RM 600V SWGR, IN THE SW REGION OF THE RM.N 600VAC SWOR&#xb9;1-11C, 1 FT ABOVE THE FlR 609.00 4KV RM 600V SWGR, IN THE SW REGION OF THE RM.ON 600VAC SWOR&#xb9;1 11C, 5 FT ABOVE THE FLR NIA NIA 1.5 x Boundng Specuum va RoaMc Median Centered Boor Response Spectra 1.5 x Boundeg Spectnsn vs.ReaMc Median Cantered Boor R 1.5 x Boundeg Spectrum vs.ReaMc Medhan Centered Fker Re 1.5 x Boundeg Spectrum vs.Rearsdc Meccan Centered Boor Re S 1.5 x Bounceg spacuum vs.Resrnsc Median Cantered Fker Re S 8 Yes YOS Yes Yes Yes Yes Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name S'ature i Z((~~+~Date Print or T pe Name ture)2 Z.O Date Walkdown:.Cal Outages DC CO.NIT1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 5of10 Eq.CI Equ'p.lo No.syst<<n/Equipmont escriptxe CSp>Dernand7 Anchor OK7 Emu'K7 1-11C3 0 1-11C4 ELECTRICAL D ISTRIBVT I 600VAC MOTOR CONTROL CEN7ER AMES SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I CIRCUlATING WATER TRAVEUNG SCREENS NORTH WASH PUMP 12-PP-1 5N SUPPLY BREAKER AUXILIARY 609.00 4KV RM 600V SWGR, IN THE SW REGION OF THE RM.ON 600VAC SWGR<<1-1 1C, 1 FT ABOVE THE FLR 609.00 4KV RM 600V SWGR, IN THE SW REGION OF THE RM, ON 600VAC SWGR&#xb9;1.11C, 5 FT ABOVE THE FLR 1.5 x Boundeg Spect/um vs.Rearrsdc Mecssn Centered Fkor R 6 1.5 x B0UAdeg Spec/U/n va Roassdc Median Centered Fkor Response Spectra Yes Yes Yss Yss Yss 1-11G5 0 ELECTRICAL DISTRIBUT I MAKEUP PLANT VACUUM DEGASIFIER STANDBY VACUUM PUMP 12'4W SUPPLY BREAKER AUXILIARY 609.00 4KV RM-600V SWGR, IN THE SW REGION OF THE RM, ON 600VAC SWGR<<1.11C, 3 FT ABOVE THE FLR 1.5 x Boundeg S pact/Um va Rearrsdc Median Centered Fker Response Spectra Yss Yss Yes Yes 1-1106 0 ELEGTRCAL DISTIUBUT I600VAC Mcc EZCC SUPPLY BREAKER 609.00 4KVRM,600VSWGRA/ea,lN THESWREGN OF THE RM, ON THE 600VAC.SWGR&#xb9;1-11C, 1 FOOT ABOVE THE FLR 1S x Boundeg Spectrum vL Realrsdc M<<fian Centered Fkor R S Yes Yss Yes 1-11C7 0 ELECTRICAL DISTRI BUT I 600VAC BUS 11C SPARE CIRCUIT BREAKER 609.00 4KV RM 600V SWGR, tN THE SW REGION OF THE RM, IN 6OOVAC SWGR<<1'l1C, 6 FT ABOVE THE FLR 1.5 x Bourxleg Spsct/Um VS.Rearudc M<<fian Centered Fkxx R 6 Yes Yes Yes Yes 67 M108 0 ELECTRICAL 0ISTRIBUT I SERVICE BUILDOIG AND CONTAWMENT STANDBY UGHTING TRANSFORMER TR4TGe SUPPLY BREAKER 609.00 4KV RM-600V SWGR.IN THE SW REGION OF THE ILL IN 600VAC SWGR&#xb9;1-11C.5 FT ABOVE THE FLR 1.5 x Boundeg Spectrum va Roaltsdc M<<fart Centered Boor Response Spectra 1-11C9 0 ELECTRICAL D ISTRSUT I MAIN AND SPARE TRANSFORMER AUXIUARIES NORMAL DISTRIBUTION CABINET TCSN SUPPLY BREAKER AUXILIARY 609.00 4KV RM-600V SWOR.IN THE SW REGION OF THE RM, IN 600VAC SWGR<<1 11C.3 FT ABOVE THE FLR 1.5 x Boundeg Spectrum vs.Reassdc Mecrun Centered Fkor Response Spectra Yes Yes 70 71 72 M10 2 1-1101 2 1-11010 1 11011 2 1 11013 0 ELECTRICAL 0ISTRSUT I 600VAG BUS 11D SWITCHGEAR 0 ELECTRICAL DISTRIBUT/60QVAG BUS 11D SUPPLY BREAKER 0 ELECTRICAL DISTRSUT I NORTH PLANT UGHTtNG TRANSFORMER TR4.TGBN SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I600VAC BORIC ACID HEAT TRACE CONTROL CENTER BHT47 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUTI REACTOR ROD CONTROL NORTH MOTOR-GENERATOR SET CRDMG-1N SUPPLY BREAKER AVXIUARY AUXIUARY AUXILIARY AUXILIARY AUXILIARY 609.00 4KV RM 600V SWGR, IN THE SE REGION OF THE RM 609.00 4KV RM.600V SWGR Area.tN THE SE REGN OF THE RM.ON 600VAC.SWGR&#xb9;1-11D, 5 FEET ABOVE THE FLR 609.00 4KV RM 600V SWOR, IN THE SE REGION OF THE RM.ON 600VAC SWGR&#xb9;I 11D, 1 FT ABOVE THE FLR 609.00 4KV RM 600V SWGR, IN THE SE REGION OF THE RM.ON 600VAC SWGR&#xb9;I 11D.6 FT ABOVE THE FLR 609.00 4KV RM-600V SWGR, IN THE SE REGION OF THE RM, ON 600VAC SWGR&#xb9;1-110, 3 FT ABOVE THE FLR NIA 1.5 x~speci/Um vs.Reasstic Median Centered Fkor Re 6 a 1.5 x Boundeg 6 pectnsn vs.Reatsdc M<<fian Centered Fbor Re S a 1.5 x Boundeg Spect/um vs.Restage M<<futn Centered Fkxx Re SS a 1.5 x Boratdeg Specuurn vs.Reststic M<<fun Centered Floor Response Spectra 1.5 x Boundeg Spect/um vs.Rearrsdc Macron Centered Floor Response Spect/a Yes Yes Yes Yes Yes Yos Yes Yes Yss Yss Yes Yes Yes Yes 74 75 2 1-11014 2 1-11D3 0 ELECTRICAL DISTRNVT I CONTAINMENT UGHTBIG TRANSFORMER TR4.TG-t 0 SUPPLY BREAKER 0 60OV Ac DISTR I 600VAC Mcc 14QP D, VCC 14BVO, MCC 1+$47 SUPPLY BREAKER AUXILIARY AUXILIARY 609.00 4KV RM, 600V SWGR Area, IN SE REGN OF THE RM.ON 600VAC SWGR 1.11D, 1 FT ABOVE THE FUL 609.00 4KV RM 600V SWGR, IN THE SE REGION OF THE RM, ON 600VAC SWGR<<1-11D.1 FT ABOVE THE FLR NIA NIA 1.5 x Boundeg S pecuum vs.Rsatstic Median Cent<<ed Fkor R 1.5 x Boundeg Spectrum vs.Realusc M<<fun Centered Fker Response Spectra Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate.All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
tel I4 lct5 Print or T pe Name Si nature Date Print or T pe Name Si ature Date Waikdown:.cal Outages DC CO..<IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)~.age 6 of 10 Equp.lO No.Rev No Floor Elsv.Base Bev.Capaaty vs.Demand Basis Cap>Caveats Demand?OK?Anchor OK?E~OK?76 78 1-1105 1-11D6 0 ELECTRICAL DISTRIBUT I 600VAC Mcc ABOO SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600VAC Mcc EZGO SUPPLY BREAKER 1.11D4 0 ELECTRICAL DISTRIBUT/600VAC BUS 11D SPARE CIRCUIT BREAKER AUXILIARY 609.00 AUXILIARY 609.00 4KV RM-600V SWGR, N THE SE REGION OF THE R/iL ON 600VAC SWGR N-110, 5 FT ABOVE THE FLR 4KVRM,600V SWGR Area, IN THE SE REGN OF THE RM.N 600VAC.SWGR&#xb9;1-110, 3 FEET ABOVE THE FLR 4KV RM, 600V SWOR Area, N THE SE REGN OF THE RM, N 60OVAC SWGR&#xb9;I 11D, 1 FOOT ABOVE THE FLR 609.00 N/A 1.5 x Bounding Specuum vs.ROOSstic M<<fian Centered Fbcr R Spectra 1.5 x Bounding Spectnsn vs.ROOSsdc M<<fian Centered Fbor Res a 1.5 x Bounding Spectrum vs.Rotc Median Centered Fker R 8 Yes Yss Yes Yes Yos Yos Yes 61 1-11D8 1-1109 142+YA 142<Ye 1424tTA 1424tTB 0 ELECTRICAL DISTRIBUT I 600VAC MCC ALSO SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I MAIN AND SPARE TRANSFORMER AUXILIARIES EMERGENCY DISTRIBUTION CABINET TCSE SUPPLY BREAKER 0 REACTOR TRIP BREAKER I REACTOR ROD CONTROI.TRAIN'A'EACTOR TRIP BYPASS CIRCUIT BREAKER 0 ROD CONTROL AND INST I REACTOR ROD CONTROL TRAIN'8'EACTOR Ttup BYPASS CIRCUIT BREAKER 0 ROD CONTROL AND NST I REACTOR ROD CONTROL TRAIN'A'EACTOR TRIP CIRCUIT BREAKER 0 ROD CONTROL AND NST I REACTOR ROD CONTROL TRAIN'8'EACTOR TRIP CIRCUIT BREAKER AUXILIARY 609.00 AUXILIARY 609.00 4KV RM, 600V SWGR Area, N THE SE REGN OF THE RM, N 600VAC SWOR&#xb9;1 11D, 5 FT ABOVE THE FLR 4KV RM 600V SWGR, N THE SE REGION OF THE RM, ON 600VAC SWGR&#xb9;1 11D, 3 FT ABOVE THE FLR CRD EQUIP RM, N THE MIDDLE WEST REGION OF THE RM, ON26cV150VAC ROD CONTROL MOTORNENERATOR SET SWGR&#xb9;I-CRDSWGR.3 FT CRD EQUIP RM, ON 260II 50 VAC ROD CONTROL MOTOR~NERATOR SET SWGR&#xb9;14'RDSWGR.
NEAR THE FLR CRD EQUIP RM, N THE MIDDLE WEST REGION OF THE RM, N BREAKER COMPARTMENT
&#xb9;1-52&TA, 3 FT ABOVE'THE FLR CRD EQUiP RM, IN THE MIDDLE WEST REGION OF THE RM, N BREAKER COMPARTMENT
&#xb9;1 524178.NEAR THE FLR 609.00 WA 1.5 x Boundeg Spec&#xb9;um va ROOMc M<<fian Centered Fbor Response S 1.5 x Boundstg Spectrun vs.ROOS$6c M<<fian Centered Fbor Response Spectra 1.5 x Boundey spearum vs.ReaSstb M<<fian Cenlerod Roar Response Spectra 1S x Bounding Spscfufil vs.ReaSstic MaSan Centered Fker Response Spectra 1.5 x Bounding Spearum vs.ROOSstb Median Centered Fker R S a 1.5 x Bounding spearum vs.ReaMc Median Centered Fker Response S Yss Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yes 1.T1 1A1 0 ELECTRICAL DISTRIBUT I SOUTH SAFETY NJEGTION PUMP PP.26S SUPPLY BREAKER 1 T11A 0 ELECTRICAL DISTRIBUT/4KV BUS T11A SWITCHGEAR AUXILIARY 609.00 AUXIUARY 609.00 4KVRM A84KVSWGR, INTHESEREGIONOF THE RM.5 FT NE OF THE Rhrs ENTRANCE DOORWAY 4KV RM-AB 4KV SWOR, IN THE SE REGION OF THE RM.N 4KV SWGR&#xb9;1-T11A, NEAR THE FLR 1.5 x~Spearum vs.Rotc M<<fian Centered Fker Re S 1 4 x Bounding Spectrum VL Rotc M<<San Centered Fker Res S a Yes Yes Yos Yes 67 1 T11A10 1.T11A1'I 0 ELECTRICAL DISTRIBUT I 600V BUS 11A SUPPLY TRANSFORMER TR11A SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I AB EMERG DIESEL GENERATOR TO 4IOI BUS T11A SUPPLY BREAKER AUXIUARY 609.00 4KV RM, AB 4KV SWGR RM.N THE S E REGN OF THE RM, N 4KV SWGR&#xb9;1-T11A, NEAR THE FLR 4KV RM, AB 4KV SWOR RM.N THE SE REGN OF THE RM, IN 4KV SWGR&#xb9;1 T1 1A.NEAR THE FLR WA 1.5 x Bounding Speansn vL Reasstic Median Centered Fbor Response S a 1h x Bounding Spoc&#xb9;um vs.Res/istic Mecsan Centered Fker R Spectra Yes Yes Yos Yes 1-T11A12 0 ELECTRICAL DLSTRIBUTI CIRCUIT BREAKER FROM 69kv TO BUS T11A AUXILIARY 609 00 4KV RM, N THE NE REGN OF THE RM 1.5 x Boundrig Specuum vs.Rearistic M<<fian Centered Fker R 8 Yos Yos 1.T'llA2 0 ELECTRICAL DISTRIBUTI WEST MOTOR DRIVAUX FEEDWATER PUMP PP4W SUPPLY BREAKER AUXILIARY 609.00 4KV RM, AB 4KV SWGR RM, IN THE SE REGN OF THE RM, N 4KV SWGR&#xb9;1-T11A.NEAR THE FLR 1.5 x Bounding Spec&#xb9;um vs.ROOMc Median Centered Fker R 8 Yes Yss 91 1-T11A3 0 ELECTRICAL DISTRIBUT I WEST CONTANMENT SPRAY PUMP PP-9VV SUPPLY BREAKER AUXILIARY 609.00 4KV RM AB 4KV SWGR.IN THE SE REGION OF THE RM, IN 4KV SWGR&#xb9;1-T11A.NEAR THE FLR 1h x Boundeg Spectrum vs.Rotc M<<fian Centered Fbor R Spectra Yes Certification All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name S'ature Date Print or T pe Name i ture lz zo Date Walkdown:.ical Outages DC CO HIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)cage 7'of 10 97 3 Equp.lo No.1-T11A4 1.T11AS 1.T11A6 1.T11A7 1-T11AS 1-T11A9 1.7118 1.T1181 Rev No 0 ELECTRICAL DISTRIBUT/WEST RHR PUMP PP45W SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I WEST ESW PUMP PP-7W SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/4KV BUS T11AT04SOV PRESSUfuZER HEATER BUS SUPPLY XFMR TR11A PHA SUPPLY BRKR 0 ELECTRICAL DISTRIBUT I WEST CCW PUMP PP-1 OW SUPPLY BREAKER 0 ELECTRICAL DISTR!BUT I WEST CENTRIFUGAL CHARGING PUMP PPCOW SUPPLY BREAKER 0 ELECTRICAL OISTRIBUT I1KV BUS 1A To 4KV BUS T11A TIE BREAKER 0 ELECTRICAL DISTRIBUT I 4KV BUS T118 SWITCHGEAR 0 ELECTRICAL DISTRIBUT/4KV BVS 18 To 4KV BUS Tl1 8 TIE BREAKER Buadstg.AUXILIARY AUXILIARY AUXILIARY AUXIUARY AUXILIARY AUXILIARY Room or Row/Cok/mn 609.00 4KV RM.AB 4KV SINGR RM, IN THE SE REGN 609.00 OF THE RM, IN 4KV SWOR&#xb9;1-T11A, NEAR THE FLR 609.00 4KV RM.AB 4KV SWGR RM, IN THE SE REGN 609.00 OF THE RM, IN 4KV SWOR&#xb9;'I-T11A.NEAR THE FLR 609.00 4KV RM AB 4KV SWOR, IN THE SE REGION OF 609.00 THE RM.IN 4KV SWOR&#xb9;1-T11A, NEAR THE FLR 609.00 4KV RM, AS 4KV SWOR RM.IN THE SE REGN 609.00 OF THE RM, IN 4KV SWOR&#xb9;1-T11A.NEAR THE FLR 609.00 4KV RM, AB 4KV SWGR RM.IN TEH SE REGN OF THE RM 609.00 4KV RM-AB 4KV SWOR.IN THE SE REGION OF 609.00 THERM, IN4KVSWGR&#xb9;1 T11A, NEARTHE FLR 609.00 4KV RM-AB 4KV SWOR, tN THE NW REGION OF THE RM, 20 FT NORTH OF THE Rhr S ENTRANCE DOOR 609.00 4KV RM-AB 4KV SWOR.IN THE NW REGION 609.00 OF THE RM, IN 4KV SWOR&#xb9;1-T118, NEAR THE FLR N/A N/A Capac/ty vs.Depend Basis 1.5 x ourxfirg Spact/um vs.Raarrc Median Cantered Fkor Re S a 1.5 x Boundeg Spectnsn vs.ResKstic Median Cantered Rear Re S a 1.5 x Bourxsng Specuum va ReaMc Mecfan Cantered Roor Response Spectra 1.5 x Boundeg Spect/um vs.ReaMc hlaclan Centered Fkor Re S a 1.5 x Soundly Spectrum va ReaMc Median Cantered Fker Res OS a 1.5 x 80Uhdlfg Spt/l//ri VL ReaMc M<<fian Centered Fker Re SOS a 1$x Boundng Spect/um vk ReaMc Median Cantered Fker Response S 1S x~Speci/um vs.Reafsdc Median Cenlered Fkor Response S Cap>Dam<<xi?Yes Yes Yos Yes Yes Yes Yes Yes Yes Ancrgr OK?Yas Yas Yes Yes Yes Yas Yes Yas Yos Yes Yes Equp OK?Yes Yos Yos Yes Yos Yos 100 3 101 3 1 T1182 1-T1184 0 ELECTRICAL DISTfUBUT I CIRCUll'REAKER FROM 6gkV BUS TO BUS Tl1 8 0 ELECTRICAL DISTR/BUT/AB EMERG DIESEL GENERATOR TO 4IOI BUS T11 SUPPLY BREAKER AUXILIARY 609.00 4KV RM.AB 4KV SWOR RM.IN THE NW REGN 609.00 OF THE RM, IN 4KV SWOR&#xb9;1.T118, NEAR THE 609.00 4KV RM, AB 1KV SWGR RM, IN THE NW REGN 609.00 OF TEH RM, IN 4KV SWOR&#xb9;1.T1 1 8.NEAR THE FLR N/A 1.5 x Soundly Spect/um va ReaMc Macron Centered Fker R 8 1.5 x Bounchng Spectrum vs, ReaMc Median Cantered Fbi R 8 Yes Yes Yes Yes Yes Yes Yes 102 3 103 3 104 3 105 3 1 T11C 1-T1 1 cl 1.T11G2 1-T11G3 0 ELECTRICAL OISTRIBVT I 4KV BUS T11C SWITCHGEAR 0 ELECTRICAL DISTRIBVT I 4KV BUS 1C To 4KV BUS T11C TIE BREAKER 0 ELECTRICAL DISTRIBUT I CIRCUIT BREAKERAKV FROM 69kv TO BUS Tl 1c 0 ELECTRICAL DISTIUBUT I CD EMERG DIESEL GENERATOR TO 4KV BUS T11C SUPPLY BREAKER AUXILIARY AUXILIARY 609.00 4KV RM CD 4KV SWGIL IN THE NE REGION 609.00 OF THE RM, 25 FT NE OF THE Rhrs ENTRANCE DOOR 609.00 4KV RM-GD 4KV SWGR.IN THE NE REGION 609.00 OF THE RM, IN4KV SWOR&#xb9;1-T11C, NEAR THE FLR 609.00 4KV RM, IN THE SW REGN OF THE RM 567.00 4KV Rhl, Co 4KV SWOR RM, IN THE NE REGN OF THE RM, IN 4KV SWOR&#xb9;11 Tl 1 c, NEAR THE FLR NIA 1.5 x Bounding Spoor/um vs.ReaMc Median Cantered Fkor Res S a 1.5 x Boundrrg Specuum vL ReaMc Median Centered Roor Response S a 1$x Boundng Spect/um va ReaMc Median Centerod Fkor Ra S 1.5 x Bourxsng speci/um vL ReaMc Median cant<<ed Floor Response S Yos Yes Yos Yes Yas Yes Yes Yes Yes Yes Yes Yes Yes Yas Yes 106 3 107 3 106 3 1 T11D 1 T1101 1.T11010 0 ELECTRICAL DISTRIBUT I 4KV BUS T110 SWITCHGEAR 0 ELECTRICAL DISTfUBUT I CIRCUIT BREAKER 4kv FROM 69kv FEED TO BUS T110 0 ELECTRICAL DISTRIBUT I EAST ESS SERVICE WATER PUMP 1+P-?E SUPPLY BREAKER AUXILIARY AUXILIARY AUXILIARY 609.00 4KV RM CD 4KV SWOR, IN THE SW REGION 609.00 OF THE RM, 20 FT SE OF THE RhrS ENTRANCE DOOR 609.00 4KV RM.C04KV SWOR RM.IN THE SWREGN OF THE RM, NEAR THE FLR 609.00 4KV RM, CD 4KV SWGR RM, IN THE SW REGN OF THE RM NIA N/A 1.5 x Bounding Speci/um vs.ReaMc M<<san Cantered Roar R 8 1.5 x Bounding Spectrum vs.ReaMc hlecfan Centered Roor Res S 1.5 x Bounc4rg Spectnsn vL ReaMc hl<<san Cantered Rcor Response Spectra Yes Yes Yas Yes Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature IZJr~AS Date Print or T pe Name i ature Date Watkdown: ical Outages DC COG.IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)wage 8 of 10 Equp.lo No.Rev No System/Equipment Descripten Capacity vs.Demsnd Basis Gsp>Caveats Demsnd7 OK7 Anchor OK7 Eve OIQ 110 112 3 1-T11D11 3 1 T11D12 3 1-T11D2 0 3 1.T11D3 0 ELECTRICAL DISTRIBUT I 600V BUS 11D SUPPLY TRANSFORMER TR11D SUPPLY BREAKER ELECTRICAL D ISTRIB UT I CIRCUIT BREAKERAKV CCW PUMP-MAST SUPPLY BREAKER 0 ELECTRICAL DISTRIBVT I EAST MOTOR DRIVEN AUXILLARY FEED WATER PUMP PP4E SUPPLY BREAKER 0 ELECTRICAL OISTRIBUT/4KV BUS 1D TO 4KV BUS T11D TIE BREAKER AUXILIARY 4KV RM, CO 4KV SWOR RM, IN THE SW REGN 609.00 N/A OF THE RM, IM THE 4KV SWGR&#xb9;1-T110, NEAR THE FLR 4KV RM CD 4KV SWGR.IN THE SW REGION 609.00 N/A OF THE RM, IN 4NI SWGR&#xb9;1-T11D, NEAR THE FlR 4KV RM, CO 4KV SWGR RM, IN THE SW REGN 609.00 N/A OF THE RM.IN 4KV SWGR&#xb9;1-T110, NEAR THE FLR 4KV RM, IN SW REGN OF THE RM, IN 4KV SWGR&#xb9;1-T11D, NEAR THE FLIL 1.5 x Bandng S pact/um va Rearndc Mafian Centered Boor Response Spectra 1.5 x Boundng Spectrum vs.Rsarisdc Mtxfisn Centered Fker R Spectra 1.5 x Boundng Spectrum vs.Rsarsdc Median Centered Fker Re S 8 1.5 x Bandng Spectrum vs.Res/istic Median Centered Fker Re S 8 Yes Yes Yes Y45~Yes Y85 Yes Yes Y85 Yes Yes Yes Yes Yes Yes 113 114 3 1.T1104 3 1.T11D5 0 ELECTRICAL DISTRIBUT I EAST CONTAINMENT SPRAY PUMP PP4IE SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/NORTH SAFETY N/ECTION PUMP PP-26M SUPPLY BREAKER 4KV RM CD 4KV SWGR, IN THE SW REGION 609.00 N/A OF THE RM, IN 4N/SWGR&#xb9;1.T11D, NEAR THE FLR 4KV RM CO 4KV SWOR.IN THE SW REGION 609.00 N/A OFTHERM,IN4KVSWGR&#xb9;1.711D, NEARTHE FLR 1.S x Bounding Spectnsn ve.ROSTSSc Mafian Centered Floor R S 1.5 x Boundng Spectrum vs.Resristic Median Centered Fker R 6 Yes Yes Yes Yes Yes Yes 115 116 3 1-T11D6 3 1-T11D7 0 ELECTRICAL OISTRIBUTI EAST RHR PUMP PP45E SUPPLY BKR 0 ELECTRICAL DISTRIBUTI EAST CENTRIFUGAL CHARGlNG PUMP 1-PP40E SUPPLY BREAKER AUXILIARY 4KV RM.IM THE SW REGN OF THE RM 4KV RM, IN THE NE CORNER OF THE RM, NEAR THE CEILB/G.609.00 N/A 609.00 N/A 1.5 x Boundng Spectrum vs.Rearisdc Median Centered Boor Re S 1.5 x Bandng Spectrum vs.Rearisdc Me/fish Centered Fkor R 6 Yes Yes Yes Yes Y85 Yes Yes Yes 117 116 3 1.711DB 0 ELECTRICAL 0 ISTRI BUT I CD EMERG DIESEL GENERATOR TO 4NI BUS T110 SUPPLY BREAKER 3 1-T'11D9 0 ELECTRICAL OISTRI BUT/4KV BUS T1 1D TO 460V PRESSURIZER HEATER BUS SUPPLY XFMR TR11PHC SUPPLY BRKR AUXILIARY 4KV RM, CO 4KV SWGR RM, IN THE SW REGN 609.00 N/A OF THE RM, IM 4NI SWGR&#xb9;1-T11D, NEAR THE FLR 4KV RM CO4KV SWG/L 0/THE SW REGION M900 N/A OFTHERM,IN4N/SWGR&#xb9;t-Ttto, NEARTHE FLR 1.S x Bourxfng Speotrum vs.Reatstic Median Centered Roor Response S 1.5 x Bandng Spectrum vs.Reasstic Moifian Cenlered Floor Response Spectra Yes Yes Yes Y85 Yes.Yes Yes 119 121 14:RID4-Cvl'4 RID-II CVT 14'RIO411-CVT 14RID4V.Cvl'20V CONTROL ROOM IM I 10KVA TRANSFORMERCONSTANT VOLTAGE 0 120VAG DISTRIBUTION/120VAC CR INST DISTR CH41 tSOL COMT.VOLT TRANSF 0 120V CONTROL ROOM IN I 10 KVA ISOLNITER<ONSTANT VOLTAGE-TRANSFORMER 0 120V CONTROL ROOM IN I 10KVA ISOLNITER-CONSTANT VOLTAGE TRANSFORMER AUXILIARY AUXIUARY AUXILIARY 4KV RM,600V SWGRArea, IN THE SE REGN OF 633.00 N/A THE RM.7 FEET S OF 600VAC BUS 11B SUPPLY TRANSFORMER
&#xb9;1 TR119 4KV RM.600V SWGR Ares.IM SE REGM OF RM.633.00 N/A 7'W OF 600VAC BUS 11B SUPPLY TRANST&#xb9;1.TR11B 4KV RM.600V SWGR Area.IN THE SE REGN OF 633.00 N/A THE RLL 7 FEET SE OF 600VAC BUS 11B SUPPLY TRANSFORMER
&#xb9;1-TR11 B 4KV RM.600V SWGR Ares, IN SE REGN OF THE 633.00 N/A RM.7 FEET SE OF 600 VAC BUS 11B SUPPLY TRANSFORMER
&#xb9;1-TR11 B 1.5 x Bandng S pact/um n.Resristic Median Centered Fker Re S 8 1.5 x Bandng Spectrum vL Resristic Median Centered Fker Response S 1.5 x Bandng Spectrum vs.Rearisdc Median Centered Fker R 6 1.5 x Bandng Spectrum vs.Rearistic Median Centered Fker Re S Yes Yes Y85 Yes Y45 Yes Y45 Y45 Yes Yes Yes Yes Y45 Yes 124 1 4XlAB-FFCKT 14XSCD-FFCKT 0 DIESEL GENERATION, C I AB EMERGENCY DIESEL GENERATOR OME-15INIB FIELD RASH CIRCUIT TRANSFORMER 0 DIESEL GENERATION.
C I CD EMERGENCY DIESEL GENERATOR OME.1 SOCD FIELD FIASH CKT TRANSFORMER AB EDG RM, IN MIDDLE N REGM OF RM.5 FT.E 587.00 N/A OF ru/rS DOORWAY, INS IDE N SIDE OF AB EMERG DIESEL GEN CONT SVBPANEL 1-DGAB.2'BV FLOG CD EDG RM, IN MIDDLE S REGN OF RM, S W 567.00 N/A OF CD EMERG.DSL GEN RM DOORWAY.INStDE CO EMERG OSL CTRL SVBPNL 147GCD, NEAR FlR 1.5 x Boundng Spectrum vs.ROSMc MtxQn~Fker Response Spectra 1.5 x Bandng Spectrum vs.Rearistic Mecrian Centered Fbor Response Spectra Yes Yes Yes Yes Yes Yes Y45 Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Printor T pe Name Si nature>Zlt~l~S Date Print or T pe Name n ure Date Walkdown: Ical Outages DC CO.(IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)age 9 of 10 Eq.Cl Equp.lo No.1.TROD Rev No 0 120/220V CONTROL AND I AUXIUARY FEEDWATER 12OI208VAC DIST PNL AFW SUPPLY TRANSFORMER 1.TR<LSG 0 120V/220 CONTROLAND/120r208 VAC EMERGENCY LOCAL SHUTDOWN DISTRIBUTION TRANSFORMER AUXIUARY AUXIUARY 587.00 AB EDG RM, N THE NE CORNER OF THE RM, ON THE E WALI4 FEET ABOVE THE FLR 587.00 CO EDG RM, IN MIDDLE NE REGN OF RM, 10 FT.NW OF CD EMERG DIESEL GEN&#xb9;14?ME-150CO, NEAR N WALL Base Elev.Yes 15 x Boundeg Spectnsn vs.ROSMc M<<ftan Centered Roar Response Spectra 1$x Bouasng Spectrum vs.ROOILstic M<<reran Cantered Roar Response Spectra Yss Yes Yes Cap>Caveats Demand?OK?Yes Yos Yes EIFN OK?Yes Yes 127 1.TR11A 1-TR11B 0 ELECTRICAL DISTRI BUT/600VAG BUS 1 1A SUPPLY TRANSFORMER 0 ELECTRICAL DISTRSUT/600VAG BUS 11B SUPPLY TRANSFORMER AUXILIARY 609.00 4KV RM, 600V SWGR Area, IN THE NW REGN OF THE RM 609.00 4KV RM.600V SWGR Area, N THE NE REGN OF 609.00 THE RM No 1$x Boundeg Speanel vs.Rsarntic M<<san Centered Fbcr R S a 1S x Baedeg Spscttum vs.Reartstic Median Cantered Fbor Re Yes YOS Yes Yos 131 16 1.TR11D 0 ELECTRICAL DISTRIBUT/600VAC BVS 11D SUPPLY TRANSFORMER 0 250VDC CONTROL AND I I BATTERY CHARGER 1.TR1'IC 0 ELECTRICAL DISTRIBUT I 600VAC BUS 11C SUPPLY TRANSFORMER AVXIUARY AUXILIARY AUXIUARY 609.00 4KV RM, CO 4KV SWGR RM, IN THE NE REGN OF THE RM 609.00 4KV RM.600V SWOR Area.IN THE NE REGN OF 633.00 THE RM 633.00 HALLWAY, 20 FEET N OF THE'N'RAIN BATTERY RM NEAR THE E WALL Yss 1.5 x Boundeg Spect/um vs.ROSMc Median Centered Fbor Re S 1.5 x Boundeg Spectrum vs.ROSMc Median Centered Boor Res S a 1.5 x Boundeg Speci/um vs.ROOMc Median Centered Roor Rs S Yes Yes Yes Yes Yos Yes Yes Yes Yes 16 1+GABL 0 250V DG DISTRIBUTION I PLANT BATT BATT~BAlTERY CHARGER&#xb9;1 0 250V DC DISTRIBUTION/PLANT BATTERY BATT~CHARGER&#xb9;2 AUXIUARY AUXILIARY 613.00 4KV RM.N CENTER OF RM.4 FT N OF PLANT BATTERY CHARGER&#xb9;14I~613.00 4KV RM, Mezzanee Area, IN CENTER OF THE RM, 4 FT S EASST OF PLANT BAlTERY CONTROL PANEL&#xb9;14LG4dt N/A 1.5 x Bountarg Spectrum vs.Reartsdc Median Centered Fbor R S a 1.5 x Boundeg Spectrum vs.ROOMc M<<san Centered Fbor Response S Yss Yes Yos Yes Yes Yes Yes Yes Yes Yes 137 16 16 14IGCDL'4IC<02 1<RID4.INV 0 250VDC CONTROL AND I I BATTERY CHARGER 0 250V Dc DISTRIBUTION I PLANT BATTERY BATT~CHARGER&#xb9;1 0 250V DC DISTRIBUTION/PLANT BATTERY BATT@0 CHARGER&#xb9;2 0 120VAG CONTROL ROOM I 120VAC CONTROL ROOM NSTRVMENT DISTRIBUTION SYSTEM CIW INVERTER AVXIUARY AUXIUARY 633.00 HALLWAY, 22 FEET N OF THE'tr TRAIN BATTERY RM, NEAR THE E WALL 626.00 CD BAIT EQUIP AREA, N N END OF RM.4 FT 633.00 SW OF PLANT BATTERY OLSTRIBUTION PANEL&#xb9;14I GTCA:D 609.00 INVERTER AREA, IN THE MIDDLE E REGN OF THE RM, 20 FEET FROM THE N WALL, 3 FEET FROM THE E WALL-AUXILIARY 626.00 CD BATT EQUIP AREA, IN N END OF THE RM 633.00 1.5 x Boundeg Spectrum vs.ReaMc Median Centered Fbor Res S a 1.5 x Boundeg Spectrum vs.ROSMc Median Centered Boor Res S a 1.5 x Boundeg Spectrum vs.ROOMc M<<fian Centered Fbor R S 1.5 x~Spectrum vs.ROSMc Median Centered Fbor Response Spectra Yes Yes Yss Yes Yes Yss Yes Yes Yes Yes Yes Yes Yes Yes 16 16 1<RID4t-NV 1 CRID4tl-NV 0 120VDGDISTRIBUTION/120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEM CHAI INVERTER 0 120V CONTROL ROOM IN I 120VAC CONTROL ROOM NSTRUMENT DISTRIBUTION SYSTEM CH4II INVERTER AUXIUARY AUXILIARY 609.00 NVERTER AREA, N SE REGN OF RM, 10 FT FROM THE N WAU3 FT FROM THE E WALL 609.00 INVERTER AREA, N THE SW REGN OF THE 63300 RM.20FEETFROMTHESWAU 3FEETFROM THE W WALL N/A 1$x Baedeg Spsarum vs.Reasstb Median Centered Fbcr Response Spectra 1$x Boundeg Spectrum vs.ROSMc M<<&#xb9;sn Centered Roor Response Spectra Yos Yos Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)Is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Printer T pe Name i nature I&/f f (e5 Date Print or T pe Name Si at e Date Walkdown:, ical Outages Item Eq.Ci 140 16 Equip.to No.14RID4V-utv Rev Ho 0 120V CONTROL ROOM IN/120VAC CONTROL ROOM INSTRuMENT DISTRIBuTION SYSTEM CH4V INVERTER Fkor Eiev.Room or Ro/r/Coa/mn CONTROL RM, IN 1HE NE CORNER OF TH RM.ON THE E WAUON CONTROL RM E REAR INSTRUMENT/RElAY RACK&#xb9;1~Base Elev.DC C.IT 1 SCREENING VERIFICA~A DATA SHEET (SVDS)Capacity va.Demand Basta 1.5 x Boundrtg Spectrum va Rsattsdc Median Centered Floor Response Spectra Cap>Caveats Demand?OK?Ancnor OK?ge 10of10 Equp OK?Yea 141 16 142 16 14?GAB-INV 0 DIESEL GENERATOR, CO/AB EMERGENCY DIESEL GENERATOR OME-1 5MB 6/VERTER 0/DIESEL GENERATOR INVERTER AUXIUARY CD EDG RM, IN THE MIDDLE S REGN OF THE RM, 15 FEET SW OF THE CD EMERGENCY DIESEL GENERATOR&#xb9;I%ME-15OCD, NEAR THE FLR 587.00 N/A AB EDG RM, IN NE REGN OF THE RM, 20 FEET 587.00 N/A NE OF AB EMERGENCY DIESEL GENERATOR&#xb9;I 4?ME-1 SOAB 1.5 x Boundeg Spectrum va.Reasadc Msrsan Centered Ficor Response Spectra 1.5 x Boundvtg Spectrum va.Rsarnuc Mix%an Centered Ficor Response Spectra Yea Ysa Yes Yes Yea Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" lndudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Printor T pe Name Si nature Date Print or pe Name Si at e Date Walkdown:..of 10/18/93 DC CO.IIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)roage1 of1 Eq.Cl Equp.lo Na Rev No system/Equipment Descnpoon Floor Elev.Room or Rawrootumn Base Elev.Ceveets OK7 OK7 KqtSp OK7 I+T-tce-ABI I+I-toe.AB2 0 DIESEL FUEL Oil.I AB KhfERGKNCY DIESEL FUEL OIL TRANSFER PUMP SI 0 DIESEL FUEL OIL I AB KhtKRGKNCY DIESEL FUEL OIL TRANSFER PUMP ll2 AUXILIARY S87 00 AB KDG FUEL OIL TRANSFER PUhiP Rht, IN THE hQDDLE sE REGN 0F THE RhL 20Fr s 0F THE RhfS ENTRANCE DOOR, hVAR THE E WALL, ON THE FLR 587.00 AB KDG FUEL OIL TRANSFER PuhtP RhL IN THE hiIDDLE SE REGN OF THE RhL 22FT S OF THE Rhrs ENTRANCE DOOR, hVAR THE E WAUhEAR THE FLIL 587.00 587.00 Ya Boundstg Spectrum vs.SSE Ground Response Spectnsn Boundeg Spectrum vs.SSE Ground Response Spectrum Ya Ycs Ya Ya Ya Ya Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Is zs/5 Print or T pe Name Si nature Date Print or T pe Name n re Date N9 0 I 0 Walkdown: K of 10/04/93 Rev ko D.C..nit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Base Elev.Cap>Oemd?Caveats OK?OK?Page 1 of 3 Eqvp OK?1+P 10E 1+P-IOW 1+P-26N 14'P-269 W'P4E I+PE I+P<1+FBI 0 CGW I EAST CCW PUMP 0 CCWI WEST CCW PUMP 0 SAFETY INJECTION/NORTH SAFETY INJEGTIONPUMP 0 SAFETY NJ ECTION I SOUTH SAFETY INJECTION PUMP 0 AUX FEEDWATERIEASTMOTORDRIVAUXFEEDWATER PUMP 0 AVXFEEDWATERI WEST MOTORDRIVEN AUX FEEDWATER PUMP 0 AUXFEEDWATERI TURBINEDRIVAVXFEEDWATER PUMP 0 GVCSI BORIC ACID STORAGE TANKS TRANSFER PUMP 1 AUXILIARY AVXILIARY AUXIUARY TURBINE TURBINE TURBINE 609.00 HALLWAY 609.00 HAllWAY, N SAFHY INJECTION PUMP RM, N THE MIDDLE OF THE RM, 5 SE OF THE ENTRANCE DOOR.S SAFETY INJECTION PUMP RM, IN THE CENTER OF THE RM, 5'E OF THE RM'S ENTRANCE.591.00 E MOTOR DRIV AVX FDWIR PUMP RM.N THE MtDDLE OF THE S PART OF THE RLL 591.00 W MOTOR DRIV AUX FDWTR PUMP RM.N THE MIDDlE OF THE W PART OF THE RM, O'OF THE ROLL4lp DOOR ENTRANCE 591.00 TURB ORIV AUX FDWTR PUMP RM, SE PART OF TRE BORIC ACID STORAGE TANK AREA, IN MIDDLE E REGN OF RM, S E OF MIDDLE BORIC ACID STORAGE TANK 12-TK-12M.NEAR FLIL 591.00 591.00 591.00 NIA Yas Yes Yes Yes 1.5 x Boundeg Spectrum vs.Rearistic Median Cantered Boor Res s Baacbng Spectrum vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response S 1.5 x Baedeg Spectrum vs.Resssuc Marian Cantered Fhor Re Boundeg Spectrum vs.SSE Ground Response S Boundeg Spectrum vs.SSE Grand Response Spec@un 1.5 x Boundeg Spactnsn vs.Reatisdc Marian Centered Fker Re S 1.5 x Boundeg Spectrum vs.Raaristic MaSsa Cantered Boor Re Yes Yas Yas Yes Yes Yes Yes Yes Yss Yes Yes YO$Yes Yas Yas Yes No Yes Yes Yes Yas Yes Yas Yes Yes 10 1+P~2 1+P<9 0 GVCS I BORIC ACID STORAGE TANKS TRANSFER PUMP 2 0 GVGS I RECIPROCATNG CHARGING PUMP AUXILIARY AUXII.IARY BORIC ACID STORAGE TANK AREA, N MID OLE kE REGN OF RM.S kE OF MIDDLE BORIC ACID STORAGE TANK 12 TK-12M.kEAR FLIL 587.00 RECIPROCATNG CHARGNG PUMP RM, N THE CENTER OF THE N END OF THE RM, FlR MOUNTED, S ABOVE THE FLR NIA 1.5 x Boundng Spectrum vs.Reslstic Median Centered Boor Rosrxesa S 1.5 x Boundeg Spectrum vs.Realsuc Marian Centered Boor Re Yas Yas Yas Yos Yes Yas Yas Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature l~I/fg Dae Print or T pe Name Si nature (Z./((As Date l 0 Walkdown: of 10/04/93 Eq.CI Equy.IO I+P40E System/Equpmant Descnpton 0 CVCS I EAST CENTIUFUGAL CHARGING PUMP Buadeg AUXILIARY E CENTRIFUGAL CHARGING PUMP RM, IN THE CENTER OF THE RM, FLR MOUNTED, 5'BOVE THE FLR D.C.C.Iit1 SCREENING VERIFICATION DATA SHEET (SVDS)1.5 x BourxSng Spectrum vs.Reassttc Median Cantered Boor R 4 Csp>Demd?Yes Yes Anchor OK?.3age 2 of 3 EquSt OK7 Yes 12 13 15 17 I+P40W 14'PMN 14'PMS 124'P-10 12-PAIN I+P~E 0 CVCS I WEST CENTRIFUGAL CHARGING PUMP 0 CONTROL ROOM A/C CHI I CONTROL ROOM NORTH CHILL WATER CIRCULATION PUMP 0 CONTROL ROOM A/C CHI I CONTROL A/C SOUTH CHILL WATER CIRCULATION PUMP 0 COW I SPARE CCW PUMP 0 SPENT FUEL PIT COOLII NORTH SPENT FUEL PIT PUMP 0 RHR I EAST RHR PUMP AUXILIARY AUXILIARY AUXILIARY AUXIUARY AVXIUARY 573.00 W CENTRIFUGAL CHARGING PUMP RM, IN CENTER OF THE RM, 5'BOVE FLR CONTROL RM, Alc RM.O'OF CR A/C N UQUID CHILLER.NEAR THE FLIL CONTROL RM, Ac RM.O'OF C/R A/C S UQUID CHILLER NEAR THE FUL HALLWAY, SPENT FUEL PIT HEAT XCHGR RM, IN THE NW REGION OF RM, 5 FT NORTH OF NORTH SPENT FUEL PIT HEAT EXCHANGER&#xb9;12+IE-16N.NEAR THE FLR E RHR PUMP RM, 10 FEET N OF THE E RHR PUMP DOORWAY, NIA N/A NIA 1.5 x Boundeg Spectrum va Rearrsdc Median Centered Floor Re S 1.5 x Boundeg Spectrum va Reassdc MtxSsn Centered Boor Re S a 1h x Boundeg Spectnsn vs.ROSSSSc MatSsn Centered Boor Res eS 4 1.5x~Spectrum vs.ROSSSSc MaLe Centered Fioor Re S a 1.5 x Boundeg Spectrum va ROSSSSc Median Centered Fkxx Response Spectra 1.5 x Boundeg Spectrum vs.Resrrsdc Median Cantered Roar Res S 4 Yos Yos Yas Yos Yes Yos Yes Yos Yes Yes Yes Y44 Yas Y4$No Yes, 18 1+P~W I+P-7E I+P-?W 0 RKR I WEST RHR PUMP 0 ESW I EAST ESW PUMP 0 ESWI WEST ESW PUMP AVXILIARY 573.00 SCREEN HOUSE 591.00 SCREEN HOUSE 531.00 W RHR PUMP RM, MIDDLE OF N PART OF RM, E ESW PUMP RM, W ESW PUMP RM, 591.00 SS1.00 NIA NIA 1.5 x Boundeg Spectnsn vs.Rasrr'c MaSan Centered Boor R Spectra 1.5 x Boundeg Spectrum vs.Resrndc MatSsn Centered Fker Response S 4 14 x Boundeg Spectrum vs.Res%ado Median Centered Boor Response S Yas Y44 Yes Yas Yes Yes Yas Yas Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SR%)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Si nature Date Print or Type Name Signature (zl(/m Date Eq.CI Equip.IO Rev No Waikdown: x of t0/04/93 D.C.C.Iit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Room of Row/Cotufnn Fkxx Elev Base Eiev.Cap>0ernd7 Anchor OK7'age3of3 EIFNI OK7 21 6 14'P-9E 1+P-9W 0 CONTAINMENT SPRAY I EAST CONTAINMENT SPRAY PUMP 0 CONTAINMENT SPRAY I WEST CONTANMENT SPRAY PUMP AUXIUARY AUXII.IARY 573.00 E CONT SPRAY PUMP RM.IN THENWREGN., W CONT SPRAY PUMP RM.IN THE NW REGN OF'THE RM., 1.5x Boundna Spectnsn vs.Rea1suc Median Centered Ftoor Response S a 1.5 x Boundsta Spectrum vs.Rearrstic Median Centered Fkxx Re S Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature Dat Print or Type Name Signature>z(//As Date l K)4~h Walkdown.of 11/8/93 DC JNIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of5 Eq.CI Egu'4I.ID No.7 W)RYAN?Rev No 0 STEAM LNE DRAINS I MAIN STEAM LEADS CONDENSATION DRAIN TANK TK-200, OURET SHUTOFF VALVE AUXILIARY Room or Row/Cohmn 621.00 W MAN STEAM STOP ENCCLOSURE.
4'W OF SG STOP VALVE&#xb9;14IRV-230, NEAR THE FLR esse Elev.Copocrty vs.Demand assis Boundrng Spedrum vs.SSE Grasxl Response Spectrum Cop>Dem end?Covests OK?Yes No Ertusr OK?7 I+RV-245 0 7 I+Rv-247 0 AUX F EEDWATER I WEST MOTOR DRIV AUX FEEDWATER PUMP PP 3W2 AIROPERATEDTESTVALVE AUX FEEDWATER I WEST MOTOR DRIV AUX FEEDWATER PUMP PP-3W EMERG 1 AIR OPERATED LEAKOFF VALVE TURB WE TURBINE 591.00 W MOTOR DRIVAVX FDWTR PUMP RM, ON THE MIDDLE OF THE E WALL O'OF W MDAFW PP.3'BOVE FLR 591.00 W MOTOR DRIV AUX FDWTR PUMP RM, N THE SE PART OF THE RM, 10'E OF W MDAFWPP, 2'BOVE THE FLR Bouxbng Spodnsn vs.SSE Ground Response Spectrum Bandeg Specuum vs.ssE Ground Response Spectrum Yes Yos Yes Yes 10 7 I+RV-255 7 I+RV-256~0 AUX F EEDWATER I TURB NE DRIV AVX FEED PUMP PP4 2 AIR OPERATED TEST VALVE 7 1+RV-257 7 I+RV-256 7 14IRV-221 0 AUX FEEDWATERI EAST MOTOR DRIVAUXFEEDWATER PUMP PP-3E EMERG 1 AIR OPERATED LEAKOFF VALVE 0 AVX FEEDWATER I TURBWE DRIV AVX FEED PUMP EMERG 1 AIR OPERATED LEAKOFF VALVE 0 MAIN STEAM I STEAM GENERATOR 2 STOP VALVE MRV-220 STEAM CYLINDER'A'UMP VAlVE 7 14IRV.222 0 7 14IRV-223 0 MAIN STEAM I STEAM GENERATOR 2 STOP VALVE MRV-220 STEAM CYUNDER'17 DUMP VALVE MAIN STEAM I STEAM GENERATOR OME4-2 PORV 0 AUX FEEDWATER I EAST MOTOR DRIVAVX FEEDWATER PUMP PP-3E 2 AIR OPERATED TEST VALVE TURBINE TURBINE TURBINE AUXILIARY AUXILIARY 591.00 E MOTOR DRIV AUX FDWTR PUMP RM, N THE NW PART OF THE RM, NEAR THE W WAUT'WOF E MDAFWPP MTR 2'ABOVE THE FLR 591.00 TURB DRIV AUX FDWIR PUMP RM, N THE NW PART OF THE RM, 7'W OF AUX FEED PUMP TURBNE 14?ME49.O'ABOVE THE FlR SS1.00 E MOTOR DRIV AUX FDWTR PUMP RM, IN THE NW PART OF THE RM, ON THE W WAll 6'W OF E MDAFW PP, 6'BOVE THE FLR.SS1.00 TURB DRIV AUX FDWTR PUMP RM, N THE NW PART OF THE RM, 6'W OF AFW PP TURBINE 14?MES.6'BOVE THE FLR 633.00 W MAIN STEAM STOP ENCLOSURE, 5'OF STEAM STOP VALVE 14IRV-220, BY THE 640 EL PlATFORM.633.00 W MAIN STEAM STOP ENct.0 SURE, 3'E OF STEAM STOP VALVE 14IRV-220, ON THE 640 EL PLATFORM.633.00 W MAIN STEAM STOP ENCLOSURE, 7'E OF THE TOP OF STEAM STOP VALVE 14IRV420, ON THE 647 EL PIATFORM.633.00 Yes 633.00 Yes 633.00 Yes Bourx&#xb9;ng Spedrum vs.SSE Ground Response Spectrum~Bounding Specuum vs.SSE Ground Response Spectmrn Bourxung Spectrum vs.SSE Ground Response Spectrum Boundsrg Spectnsn vs.SSE Ground Response Spectrum Bounding Spednsn vs.SSE Ground Response Spectrum Bourxrng Spectnrm vs.SSE Ground Response Spectrum Boundrng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yos Yos Yes Yos Yes Yes Yes NIA NIA Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes 12 13 14 15 7 14lRV.231 7 14IRV-232 7 14IRV-233 7 14V-140-1 7 14V-140.2 0 MAIN STEAM I STEAM GENERATOR 3 STOP VALVE MRV-230 STEAM CYLINDER'A'UMP VALVE 0 MAIN STEAM I STEAM GENERATOR 3 STOP VALVE MRV-230 STEAM CYLNDER'B'UMP VALVE 0 MAN STEAM I STEAM GENERATOR OME44 PORV 0 AVXFEEDWATERITURBWEORIV AUX FEED PUMP GOVERNOR OIL COOLER COOUNG WATER INLET SAF ElY VALVE 0 AUX FEEDWATERI TURBWE DRIV AUX FEED PUMP OIL COOLER COOLWG WATER INLET SAFETY VALVE AUXILIARY AUXILIARY AUXILIARY TURBINE 591.00 TBDRIVENAUXFDWrRPMP TURBINE 591.00 TB DRIVEN AVX FDWlR PMP 633.00 W MAIN STEAM STOP ENCLOSURE.
5'OF STEAM STOP VALVE 14IRV-230, ON 640 EL PLATFORM.633.00 WMAIN STEAM STOP ENCLOSURE, 3'WOF STEAM STOP VALVE 14IRV-230, OM THE 640 EL ptATFDRIrL 633.00 W MAIM STEAM STOP ENCLOSURE, 6'E OF THE TOP OF STEAM STOP VALVE 14IRV-230, ON THE 647 EL PLATFORM.633.00 Yes 633.00 Yes Boundrng Spectrum vs.SSE Ground Response Spedrum Boundsrg Spectrum vs.SSE Ground Response Spectrum Bourxbng Specuum vs.SSE Ground Response Spectrum Bound+9 Spectrum vs.SSE Ground Response Spectrum soundly Spectrum vs.SSE Ground Response Spednsn Yes Yes Yes Yes Yes NIA Yos-N/A Yes Yes Yes Yes Yes Yos.Yos Certification All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).i ature Print or Type Name Print or T pe Name Si nature Date Approved: (Signatures of all Seismic Capability Engineers o the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed profes ion I engineer.)
r p/a 4j-/2 l Date bl'lg I Walkdown..K of 11/8/g3 DC.tjNIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page2of5 Ecssp.to No.Rev No Fker Elev.Rooni of Ravtcofumn Csp>DemsncP OK7 Equ<<r OK7 18 7 14V-169E 0 AUX FEEDWATER I EAST MOTOR DRIVAUX FEED PUMP PP4E SUCTION SAFETY VALVE TURBNE 591.00 E MOTOR DRIVEN AUX FDWTR PU 633.00 Yes Boundng Spectrum vs.SSE Ground Response Speaiurn Yes 17 18 7 14V-169W 0 7 14V-1A-2 0 AUX FEEDWATER I WEST MOTOR DRIV AUX FEEDWATER PUMP SUCTION SAFETY VALVE MAIN STEAM I STEAM GENERATOR OME4.2 SAF HY VALVE 1A TURBNE 591.00 W MOTOR DRIVEN AVX FDWTR PU AUXILIARY 633.00 WMAINSTMSTOP ENCL 633.00 Yes Bandng Spectrum vs.SSE Ground Response Speaium Boundng Spectnsn vs.SSE Ground Re S Yes Yes Yes 19 7 14V-1A4 7 14V-1 8-2 0 MAIN STEAM I STEAM GENERATOR OME44 SAFETY VALVE 1A 0 MAIN STEAM I STEAM GENERATOR 2 SAFETY VALVE 18 AUXILIARY 633.00 W MAIN STM STOP ENCL AUXIUARY 633.00 WMAINSTMSTOPENCL 633.00 Yes 633.00 Yes..Boundng Speansn vs.SSE Ground Rs Spectrum Boundng Spearum vs.SSE Grand Ros e S Yes Yss Yes Yes Yos Yes 21 7 14V 184 7 14V.2A-2 7 14V-2A4 0 MAN STEAM I STEAM GENERATOR OME44 SAFElY VALVE 2A 0 MAIN STEAM I STEAM GENERATOR OME44 SAFElY VALVE 18 0 MAIN STEAM I STEAM GENERATOR OME4-2 SAFETY VALVE 1A AUXIUARY 633.00 WMAINSTMSTOPENCL AUXILIARY 633.00 WMAINSTM STOP ENCL AUXIUARY 633.00 WMAINSTM STOP ENCL 633.00 Yes 633.00 Yes 633.00 Yes Boundng Spectrum vs.SSE Ground R S Boundng Spedrum vs.SSE Ground Rescenss S Boundng Spectrum vs, SSE Ground Re e S Yes Yss Yos 24 7 14V-28-2 0 MAIN STEAM I STEAM GENERATOR OME4-2 SAF HY VALVE 28 AUXILIARY 633.00 W MAIN STM STOP ENCL 633.00 Yes Boundng Speansn vs.SSE Ground R S Yes 25 27 7 14V-284 0 MAIN STEAM I STEAM GENERATOR OME44 SAF HY VALVE 28 7 14V4-2 0 MAIN STEAM I STEAM GENERATOR OME4.2 SAFElY VALVE 3 7 14V44 0 MAIN STEAM I STEAM GENERATOR OME44 SAFHY VALVE<<3 AUXILIARY 633.00 WMAINSTM STOP ENCL AUXILIARY 633.00 WMAINSTMSTOP ENCL 633.00 W MAIN STM STOP ENCL'10 FT NW OF STEAM STOP VLV<<WARY-230, ON 640 ELEVATION PLATFORM 633.00 Yes 633.00 Yes 633.00 Yes Boundng Spearum vs.SSE Grand R Spedrum Boundng Spectrum vs.SSE Grand R S Bandng Spsansn vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Yes Yes Yes 28 7 14V47-1 0 COW I CCW TO BORIC ACID SAFHY VALVE AUI0UARY 587.00 REFVELNG WTR PURIF PMP RM 567.00 Yes Boundng Spedrum vs.SSE Ground R S Yes Yss Yos Yes 7 1 WRY 711 0 ESW I ESW TO CONTROL ROOM NC NORTH UOUID CHILLER CONDENSER CONTROL VALVE AUXIUARY 650.00 CTRL RM AIR COND RM 1$x Bandng Speaium vs.Rosssdc Masan Centered Boor Response S s Yos 7 1-WRV-712 0 ESW I ESW TO CONTROL ROOM AIC SOUTH UQVID CHILLER CONDENSER CONTROL VALVE AUXIUARY 65IL00 CTRL RM AIR COND RM 650.00 N/A 1.5x Bandng Spectnsn vs.Rssrrsdc Median Centered Fker Res S Yos Yes 31 7 1-WRV-761 7 1-WRV-762 7 1-WRV-766 7 1-WRV-767 0 ESWI EAST ESW PUMP PP-7E DISCHARGE STRANER EAST BASKET BACKWASH OUTLET SHUTOFF VALVE 0 ESWIWESTESWPUMPPP 7W DISCHARGE STRAINER EAST BASKET BACKWASH OUTLET SHUTOFF VAVLE 0 ESW I EAST ESW PUMP PP-TE DISCHARGE STRAINER EAST BASKET BACKWASH 4 AIR OPERATED NLET SHtPOFF VALVE 0 ESWI WEST ESW PUMP PP 7W DISCHARGE STRAINER EAST BASKET BACKWASH INLET 4 AIR OPERATED SHUTOFF VALVE SCREENHOUSE 59$.00 EESWPUMPRM, SCREENHOVSE 591.00 W ESW PUMP RM, Z S OF W ESW PUMP DISCHARGE STRAINER<<I OME44W, 1'BOVE THE FUL SCREENHOUSE 591.00 EESWPUMPRM, SCREENHOUSE 591.00 W ESW PUMP RM, 633.00 Yes 633.00 Yss 633.00 Yes Boundng Specaum vs.SSE Ground Response Spectrum Boundng Spearum vs.SSE Ground Response Spectrum Bandng Spearum vs.SSE Grand Response Spectrum BourxLng Speamm vs;SSE Ground Response Spectrum Yos Yes Yes Yos Yes Yes Yos Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed prof ssional engineer.)
/I'/l3 4 Printor T pe Name i ature ate Print or Type Name Si nature Date 0 I ii Walkdown..K of 11/N93 DC C JNIT1 SCREENING VERIFICATION DATA SHEET (SVDS)Page3of5 aem Eq.Cl Equip.lo No.Rev No System/Equ'pment eescnphcn Fher Bev.Capaaty vs.Demand Basis Cap>Demand7 Caveats OK7 Interaa OK?Eqtsp OK?35 7 1-WRV-771 36 7 1.WRV-772 37 7 1-WRV.?76 38 7 1-WRV-777 39 7 124'RV<1 40 7 12~-217 41 8 1-NO-210 42 8 1-IMO-211 43 8 1 4MO-212 44 8 1-NO-215 45 8'14MO.220 46 8 1-IM0.221 Certification:
ESW I EAST ESW PUMP PP-7 E DISCHARGE STRANER WEST BASKET BACKWASH OUTLET SHUTOFF VALVE 0 ESWI WEST ESW PUMP PP-7W DISCHARGE STRANER WEST BASKET BACKWASH SHUTOFF VALVE 0 ESW I EAST ESW PUMP PP-?E DISCHARGE STRANER WEST BASKET BACKWASH NLET 4 AIR OPERATED SHUTOFF VALVE ESW I WEST ESW PUMP PP-7W DISCHARGE STRAINER WEST BASKET BACKWASH INLET 4 AIR OPERATED SHUTOFF VALVE 0 CONDENSATE STORAGE SIUNIT1 AND 2 CONDENSATE STORAGE TANK CROSSTIE 8 AIR OPERATED SHUTOFF VALVE 0 REACTOR NITROGEN I REACTOR PLANT NITROGEN BULK STORAGE TANKS SAF ETY VALVE 0 CONTANMENT SPRAY/EAST COMTANMENT SPRAY PUMP PP4E DISCHARGE SHUTOFF 10 MOTOR OPERATED VALVE 0 CONTANMENT SPRAY I EAST CONTANMENT SPRAY PUMP PP-9E DISCHARGE SHUTOFF 10 MOTOR OPERATED VALVE 0 CONTAINMENT SPRAY I EAST CONTAINMENT SPRAY PUMP PP-9E DISCHARGE TOCONTANMEMT SPRAY ADDITIVE EDUCTOR 2 MOTOR OPERATED SHUTOFF VALVE 0 CONTAINMENT SPRAY I RWST To EAST CONTANMENT SPRAY PUhlP PP4E SUCTION 12 MOTOR OPERATED SHUTOFF VALVE'CONTANMENT SPRAY I WEST CONTANMENT SPRAY PUMP PP-9W DISCHARGE SHUTOFF 10 MOTOR OPERATED VALVE 0 CONTIANMENT SPRAY I WEST CONTANMEMT SPRAY PUMP PP-9W DISCHARGE SHUTOFF 10 MOTOR OPERATED VALVE SCREENHOUSE SCREENHOUSE SCREENHOUSE SCREENHOUSE TURBINE GROUNDS AUXIUARY AUXILIARY AUXIUARY AUXILIARY AutuLIARY 591.00 E ESW PUMP RM, 591.00 W ESW PUMP RM, 591.00 E ESW PUMP RM.591.00 W ESW PUMP RM, 591.00 AUX FEED PUMP E HALLWAY.5'E OF THE TURBINE DRIVEN AFW PUMP RM, 2'W OF COLUMN SH-13,4'ABOVE THE FLR 609.00 REACTOR GAS BOTTLE STORAGE AREA, 45 FEET NORTHWEST OF THE AUX 609 CRANEBAY ROLLUP DOOR, BETWEEN REACTOR NITROGEN STORAGE TANKS rr12-TK-2074 AND 573.00 E CONT SPRAY PUMP RM, IN THE SW REGN OF RM, T SW OF E CONT.SPRAY PUMP, 4'BOVE FLR, 573.00 E CONT SPRAY PUMP RM, IN THE SWREGN OF RM, T SWOF E CONT.SPRAY PUMP,4'BOVE FLR, 573.00 E CONT SPRAY PUMP RM, IN THE MIDDLE S PART OF RM, 3'W OF E CONT.SPRAY PUMP, 3'BOVE THE FLR.573.00 E CONT SPRAY PUMP RM, IN THE NE PART OF THE RM, 8'OF E CONT.SPRAY PUMP, ON THE 577 EL PLATFORM..
573.00 W CONT SPRAY PUMP RM.N THE S PART OF RIJL 5'E OF W CONT.SPRAY PUMP, 4'ABOVE FLR, 573.00 W CONT SPRAY PUMP Rhl, N THE S PART OF RM, 6 SE OF W SPRAY PUMP, 4'ABOVE FLR, Yes Yes Yos Boundng S pecuum vs.SSE Glotnd Response Spechum Bouaurg Specuurn vs.SSE Ground Response Spectnm Bounding Spectrum vs.SSE Ground Response Spectrum Bourxhng Spectrum vs.SSE'Ground Response Spectrum Boundirg Spechum vs.SSE Ground Response Spectnsn Bourxhng Spectnm vs.SSE Ground Response Spectnsn Bourxhng Spectrum vs.SSE Ground Respor>>e S pectnm Boundrng Spectnm vs.SSE Ground Response Spectnm Bouncbrg Spectrum vs.SSE Ground Response Spocuum Bourxhng Spearum vs.SSE-Ground Rasper>>e Spectrum Boundng Spectrum vs.SSE Ground Respcnse Spectrum Bourxhng Spearum vs.SSE Ground Response Speanm Yos Yes Yes Yos Yes Yes Yes Yos Yes Yes Yes Yes Yos Yes Yos Yes NIA Yes Yes Yos Yes Yes Yes YO$Yes Yes Yos Yes Yes Yes Yos All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professio al engineer.)
/Lfi7 cf Print or T pe Name Signatu e Date Print or T pe Name Signature Date Walkdown: of 11/8/93 DC C NIT 1 SCREENING VERtFICAT ON DATA SHEET (SVDS)Page4of5 47 Eq.Cl Equsr.to No.8 14NIO-222 8 14NIO-225 Rev No 0 CONTAINMENT SPRAY I WEST CONTABIMENT SPRAY PUMP PP-BW DISCHARGE TO CONTIANMENT SPRAY ADDmvE EDUCTOR SHUTOFF 2 MOTOR OPERATED VALVE 0 CONTAINMENT SPRAY I RWST TO WEST CONTAINMENT SPRAY PUMP PP47W SUCTION 12 MOTOR OPERATED SHUTOFF VALVE Fkxc Eiov.AUXIUARY 573.00 AUXIUARY 573.00 Room or Rowtco4mn W CONT SPRAY PUMP RM.IN THE MIDDLE NE PART OF THE RM.4'OF W CONT.SPRAY PUMP, 4'ABOVE FLR.W CONT SPRAY PUMP RNL IN THE NW CORNER OF RM, 8'OF W CONT.SPRAY PUMP, ON THE 577 EL PLATFORLL, Capacay vs.Demand Basis Boundatg Spectrum vs.SSE Ground Response Spectrum BoundsXI Spocinan vs.SSE Ground Response Spectrum Cap>Caveats Demand7 OK7 AnctNf OK7 Yos Equip OK7 49 51 8 14M0010 8 1-IMIM20 8 1410M-221 6 14ICM-231 8 141M O-220 8 14IMO-230 0 RHR I EAST RHR PUMP PP45E SUCTION SHUTOFF 14 MOTOR OPERATED VALVE 0 RHR I WEST RHR PUMP PP45W SUCTION SHUTOFF 14 MOTOR OPERATED VALVE 0 MAIN STEAM I MtuN STEAM LEAD 2 TO AVX FEED PUMP TVRBINE 4 MOTOR OPERATED SHUTOFF VALVE 0 MAIN STEAM I MAIN STEAM LEAD 3 To AVX FEED PUMP TURBINE 4 MOTOR OPERATED SHUTOFF VALVE 0 MAIN STEAM I STEAM STOP VALVE MRV-220 STEAM CYUNDER DUMP 4 MOTOR OPERATED VALVES SELECTOR VALVE 0 MAIN STEAM I STEAM STOP VALVE MRV-230 STEAM CYLINDER DUMP VALVES 4 MOTOR OPERATED SELECTOR VALVE AUXILIARY 573.00 AUXILIARY 573.00 AUXIUARY 633.00 AUXILIARY 633.00 AUXIUARY 633.00 E RHR PUMP RM.IN THE NW CORNER OF THE 633.00 RM, 14'OF E RHR PUMP, 7 ABOVE 577 EL PLATFORM..
WRHR PUMP RM, IN THE NE PART OF THE RM, 633.00 NEAR THE MIDDLE OF THE N WALI ON THE 577 EL PLATFORLL.
W MAIN STEAM STOP ENCCLOSURE, 5'E OF STEAM STOP VLV&#xb9;14IRV~, ON 640 EL PLATFORM.W MAIN STEAM STOP ENCCLOSURE.
4'E OF STEAM STOP VALVE 14IRV-230.
ON 640 EL PLATFORM.W MAIN STEAM STOP ENCLOSURE, 3'OF STEAM STOP VALVE 14IRV-220, ON 640 EL PLA7FORM.W MAIN STEAM STOP ENCLOSURE, 3'W OF STEAM STOP VALVE 14IRV-230, ON 640 EL PLATFORM.Yos Yes Yes Yes Boundatg Spectrum vs.SSE Ground Response Spectnan Bourx4ng Spectrum vs.SSE Ground Response Spectnan Bounctrng Spec@urn vs.SSE Ground Response Spectrum Bounctatg Spectrum vs.SSE Ground Response Spectrum Boundrng Spectrum vs.SSE Ground Response Spectrum~Spectnan vs.SSE Ground Response Spectrum Yes Yos Yes Yos Yos Yes Yos YO$YS$.Yos Yos NIA li/A Yos Yes Yes Yes No Yes Yes 57 8 147 T406 1-WMO-701 1 WMO 702 0 MAIN STEAM I TURBINE DRIV AUX FEED PUMP PPP TRIP AND THROTTLE VALVE 0 ESWI EAST ESW PUMP PP-7E DISCHARGE SHUTOFF VALVE ESW I WEST ESW PUMP PP.7W DISCHARGE SHUTOFF VALVE TURBINE 591.00 SCREENHOUSE 591.00 SCREENHOUSE 591.00 TURB DRIV AVX FDWTR PUMP RM, 3'WOF TDAFWP&#xb9;147ME49, 6'BOVE THE FLR E ESW PUMP RM, WESW PUMP RM, 591,00 591.00 591.00 Yos Boundatg Spectnan vs.SSE Ground Response Spoctnan Boundatg 8 pocrrum vs.SSE Ground Response S Soundly Spectrum vs.SSE Ground R S Yes Yes Yes Yes Yes Yos Yes Yes Yes Yos 1-WMO.705 8 1-WMO 707 1.WMO.744 0 ESWI WEST ESW SUPPLY HEADER CROSSTIETOVNIT220 MOTOR OPERATEO SHUTOFF VALVE 0 ESWI EAST ESSENTIAL SERVICE WATER SUPPLY HEADER CROSSTIETO VNIT220 MOTOR OPERATED SHUTOFF VALVE 0 AFWI ESW TO WEST MOTOR DRIV AUX FEEDWATER PUMP PP4W SHUTOFF 4 MOTOR OPERATED VALVE TURBINE 569.00 TURBINE 569.00 TURBINE 591.00 ESW PIPE TUNNEL ESW PIPE TUNNEL, 25'E.,OF MIDDLE WATERTIGHT DOOR, S ABOVE FLR W MOTOR DRIV AUX FDWT R PUMP RM, 3'E OF WMDAFWPP, 2'ABOVE THE FLR 591.00.Yes Yes Beaxsng Spectrum vs.SSE Gnxaxl Response Spectrum Bounding Spectrum vs.SSE Ground Response Spectrum Boundatg 8 peotium vs.SSE Ground Response Spectnan Yes Yes Yes Yes Yes NIA Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed pr fessional engineer.)
Print or T pe Name i nature I>e 1 Date Print or Type Name Si naure t rg Dae Walkdown:, of11/8/93 DC C IIT1 SCREENING VERIFICA.1(DATA SHEET (SVDS)Page 5of 5 iiem Eq.Ci 61 6 Equip.io No.1-WMO-753 1-WMO-754 Rev Ho 0 AFWI(ESWTOTURBDRIVAUX FEED PUMP PPA)SHUTOFF 6 MOTOR OPERATED VALVE 0 AFWl(ESWTO EAST MOTOR DRIV AUX FEED PUMP)SHUTOFF 4 MOTOR OPERATED VALVE TURBINE Room or RowrCohmn 591.00 TURB DRIV AUX F DWTR PUMP RM, IN THE NW PART OF THE RM, 2'OF THE N WALL, 6'OF THE AFW PP TURBINE 14N4E49, 4'BOVE THE FLIL 591.00 E MOTOR DRIV AUX F DWTR PUMP RM, IN THE MIDDLE N PART OF THE RM, ON THE N WAU T N OF THE E MDAFW PP, S'BOVE THE FLR.591.00 Yes 591.00 Yes Capacay vs.Demand Basis Bouncsns Specoum vs.SSE Ground Response Speceum Boundng Specoum vs.SSE Ground Response S pecirum cap>Demand?Caveais OK?Yes Yes Anchor OK7 Yes E~OK7 Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and conclusion (whether verified to be seismicagy adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Printer T peName Sgna re Date Print or T Name Si naure l/Z Date Walkdown: I/1 f July 18, 1992 DC C lntt1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1 of 10 kom Eq.cl 1 0 2 0 3 0 4 0 5 7 6 7 7 7 8 7 9 7 10 7 Equp, ID 1-TK-253.1 1-TK-253-2 1-TK-2533 1 TK-2534'4RV-112 I.IRV-116 1-IRV-1 22 14RV-126 14RV-1 32 1.IRV-1 36 Rev No 0 CONTROL AIR/PRESSURIZER TR B PRESSURE RELIEF VALVE NRV.152 RESERVE CONTROL AIR TANK 0 CONTROL AIR I PRZ TR A PRESSURE RELIEF VALVE NRV-1 53 RESERVE CONTROL AIR TANK 0 CONTROLAIR/PRESSURIZERTR B PRESSURE RELIEF VALVE NRV-152 EMERG.AIR TANK 0 CONTROL AIR I PRESSURIZER TR A PRESSURE RELIEF VALVE NRV-1 53 EMERG AIR TANK 0 NITROGEN (REACTOR PL/ACCUMULATOR TANKOME4-1 NITROGEN SVPPLYNENT VALVE 0 RHR I ACCUMULATOR TANK OME4-1 1 AIR OPERATED OUTLET TO REACTOR COOLANT LOOP&#xb9;I COLO LEG TEST VALVE 0 NITROGEN(REACTOR PL/ACCUMULATOR TANKOMEM 2 NITROGEN SUPPLYNENT VALVE 0 RHR/AGGUMULATORTANKOMEM20.75 AIR OPERATED OUTLET AND SAFETY INJECTION TO REACTOR COOlANT LOOP 2 COLO LEG TEST VALVE 0 NITROGEN (REACTOR PL I ACCUMULATOR TANK OME4I-3 NITROGEI/SUPPLYNENT VALVE 0 RHR I ACCUMULATOR TANK OME4r3 OUTLET AND SAFETY INJECTION TO REACTOR COOLANT LOOP 3 COLO LEG 0.75 AIR OPERATED TEST VALVE Fkcr Elev.CONTAINMENT 612.00 CONT/uNMENT 612.00 CONTAINMENT 650.00 CONTAINMENT 65000 CONTAINMENT 612.00 CONTAINMENT 598.00 CON'rAINMENT 612.00 CONTAINMENT 598.00 CONTruNMENT 612.00 CONTAINMENT 598,00 Rocm or Rorr/Cokshn LOWER CONT QD&#xb9;4, AZ:275, 1'ELOW THE PRESSURIZER DECK LOWER CONT QD&#xb9;4, AL275, 1'ELOW THE PRZ DECK UPPER CONT, ON THE REACTOR SIDE OF THE PRESSURIZERENCLOSURE, 5'ABOVE THE FUL UPPER CONT, ON THE REACTOR SIDE OF THE PRESSURIZER ENCLOSURE ACCUMUIATOR TANK&#xb9;1 AREA, No photo.OK ON CRANEWAU.SIDE OF ACCVMUtATOR TANK&#xb9;1 OME4I-1.3'BOVE FLR.ANNULUS QUAD 1, AZ: 030.D2.F2.OK ON THE CRANEWALL SIDE OF THE WALKWAY.14 FT FROM COLUMN&#xb9;4, 6 FT ABOVE FUL AGCVMVLATOR TANK&#xb9;2 AREA, ON CRANEWALL SIDE OF WALKWAY, AT BASE OF ACCUMUlATOR TANK&#xb9;1-OMEJI-2, 1I7 FROM COLUMN&#xb9;24, 3'ABOVE FUL ANNULUS QUAD 2, AZ: 150, ON THE CRANEWALL SIDE OF THE WALKWAY, 10 FT F ROM COLUMN&#xb9;23, 7 Fr ABOVE FLR.AGCVMUIATOR TANK&#xb9;3 AREA, ON CRANEWALL SIDE OF WALKWAY, 3'ROM ACCUMULATOR TANK&#xb9;1-OME%4.3'BOVE FLR.ANNULUS QUAD 3, AZ: 219, ON THE CRANEWALL SIDE OF THE WALKWAY.NEAR COLUMN&#xb9;17, 3 FT ABOVE THE FLR.Base Elev.612.00 N/A 612.00 N/A 650.00 N/A 612.00 Yes 598.00 Yes 612.00 Yes 598.0O Yes 612.00 Yes 598.00 Yes Cepacsr vs.Demand Basis Judg/riant vs.Rearrstic Motfian Centered Fker Response S a Judg/nonl vs.ROSLsdc Medkrn Centered Roor Re eS a Judgment vs.Rearredo Merfran Centered Fker R Spectra Judgment vs.ROS1sdc Median Centered Roor Res S a~Spect/um vs.SSE Ground Response Spectrum Bourxeng Spectrum vs.SSE Ground Response Spectnm Bounang Spectrum vs.SSE Ground Rosporlo Spectrum Boundsrg Spectrum vs.SSE Ground Response Spectrum Bounceng Spectrum vs.SSE Ground Response Spectrum Bourdsrg Spectnsn vs.SSE Ground Response S pact/um Cap>Domd?Yes Yos Yos Yos Yos Yos Yos Yes Yos Yes Yos Anchor OK?N/A Yes Yes Yos Yos Yos Equp OK?Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Ig ature ate Print or T pe Name nature Date Walkdown: I/.f July 18, 1992 DC C Jnit1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 2 of 10 Item Eq CI Equip.ID Rav No System/Equtpmont Descnpten Fkor Elev.Room or Row/Column Cap>Demd?Caveats OK?'nchor OK?EquSr OK?12 1-IRV-142 14RV-146 0 NITROGEN IREACTOR PL I ACCUMULATOR TANK OME4i.4 NITROGEN SUPPLY/VENT VALVE 0 RHRIACCUMUtATOR TANK OME~1 AIR OPERATED OUTLET AND SAFETY INJECTION To REACTOR COOLANT LOOP 4 COLD LEG TEST VALVE CONTAINMENT 612.00 CONTAINMENT 598.00 ACCUMULATOR TANK&#xb9;4 AREA ON CONT WALL SIDE OF ACCUMULATOR TANK&#xb9;I-OME4I-4, 3'ROM COLUMN&#xb9;9.NEAR FLR ANNULUS QUAD 4.AL 320, ON THE CRANEWALL SIDE OF THE WAUN/AY.NEAR COLUMN&#xb9;4, 3 FT ABOVE FLR 612.00 Yes 598.00 Yes Boundng Speci/um vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Grand Response Spectrum Yes Yes Yos Y8$Yes 13 14 15 14RV-147 1-IRV-148 1.IRV-149 0 RHRI WEST RHR AND SOUTH SAFETY INJECTION TO REACTOR COOLANT LOOPS 2 AND 3 0.75 AIR OPERATED TEST VALVE 0 RHR/EAST RHR AND NORTH SAFETY NJECTION TO REACTOR COOlANT LOOPS 1 AND 4 0.75 AIR OPERATED TEST VALVE 0 RHR I WEST RHR TO REACTOR COOLANT LOOPS 2 AND 3 0.75 AIR OPERATED TEST VALVE CONTAINMENT 612.00 CONTAINMENT 612.00 CONTAiNMENT 612.00 HVCEQ-2 FAM RM, ON THE CONT WALL SIDE OF THE WALKWAY, 3 FT FROM CL&#xb9;26.2 FT ABOVE FLR.HV4: EQ-2 FAN RM, ON THE CONT WALL SIDE OF THE WALKWAY, NEAR THE STAIRWAY, N A CORMER.2 FT ABOVE FLR.HV<EQ-2 FAN RM.ON THE CONT WALL SIDE OF THE WALKWAY, 1 FT FROM COLUMN&#xb9;26.2 FT ABOVE THE FLR.Boundng Spectnsn vs.SSE Ground Response S pact/um 612,00 Yes 61200 612.00 Y8$Boundng Spect/um vs.SSE Ground Response Spectrum Yes Boundng Spactnsn vs.SSE Ground Respons8 Spectrum Yos Yes WA Yos Y8$16 17 18 19 14RV-150 1-IRV40 144RV-1st 14VIRV-\52 0 RHR I EAST RHR TO REACTOR COOLANT LOOPS 1 AND 4 0.75 AIR OPERATED TEST VALVE 0 BORON INJECTION I BORON N JECTION TO ACCUMULATOR FILL LNE 1 AIR OPERATED CONTROL VALVE 0 SAFETY INJECTIONI SAFETY INJECTtoN To ACCUMULATOR FILL LNE 1 AIR OPERATED CONTROL VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR 1 STEAM SAMPLE MSX-101 0.5 AIR OPERATED CONTAINMENT ISolATION VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR 2 STEAM SAMPLE MSX.102 0.5 AIR OPERATED CONTAINMENT ISOlATION VALVE CONTAINMENT 612.00 CONTAINMENT CONTAINMENT 598.00 CONTAINMENT 612.00 CONTAINMENT 61200 HVNEQ-2 FAN RM.ON THE CONT WALL StDE OF THE WALKWAY, IN A CORNER.NEAR THE STAIRWAY.2 FT ABOVE FLR ANNULUS QUAD 2.ALt 21, ON THE CONT WALL SlOE OF THE WALKWAY, NEAR COLUMN 26.1'ABOVE FLR ANNULUS QUAD 2, AZ:155, ON THE CONT WALL SIDE OF THE WALKWAY, NEAR COLUMN 26.1'BOVE THE FLR E CONT LOWER VENT RM, ON THE CRANEWALL SIDE OF THE WALKWAY, 1ty FROM COLUMN 6.2'BOVE THE FLR.W CONT LOWER VENT RM.ON THE CRANEWALL SIDE OF THE WALKWAY, 1$FROM COLUMN 21~1'BOVE THE~FLR 612.00 Yes Yes 598.00 Yas 612.00 Yos 612.00 Yas Boundng Spectnsn vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundng speci/um va SSE Ground Response Spectrum Borndng speci/um vs.SSE Ground Raspcnse Spectrum Boundng Spactnm vs.SSE Ground Response Spectrum Yes Yes Yes Yes WA N/A WA WA Yos Yas Yes Yes Yes Yes Yas 21.144RV-153 0 NUCLEAR SAMPLINGI STEAM GENERATOR 3 STEAM SAMPLE MSX-103 0.5 AIR OPERATED CONTAINMENT ISOLATION VALVE CONTAINMENT 612.00 W CONT LOWER VENT RM, ON THE CRANEWALL SIDE OF THE WAlKWAY, 1$FROM COLUMN 21, 1'ABOVE THE FLR 612.00 Yes Boundng Spect/um vs.SSE Ground Respcnse Speci/um WA Yes Certification:
All the information contained on this Screening Vedfication Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Vl Print or Type Name Si na re Date Print or T pe Name Sig ture Date Walkdown: IIL f July 18, 1992 DC C Jnit 1 SCREENING VERIFICA I N DATA SHEET (SVDS)Page3of10 item Eq.Ci Equp.ID 22 7 14IRV.1 54 System/Equipment Desc/ption NUCLEAR SAMPLING I STEAM GENERATOR 4 STEAM SAMPLE MSX-104 0.5 AIR OPERATED CONTAINMENT ISOlATION VALVE Fkcr Eiev CONTAINMENT 612.00 Room or Raw/Coasnn E CONT LOWER VENT RM, ON THE CRANEWAU.SIDE OF THE WALKWAY, tty FROM COLUMN 6, 2'BOVE THE FLR.6'I 2.00 Capacsy vs.Demand Basis Yes Baundng Spectrum vs.SSE Ground Response Spectrum Cap>Demd?Yes OK?NIA Eqvp OK?23 7 1+RV-1 01 0 NUCLEAR SAMPLING I REACTOR COOLANT LOOP 1 HOT LEG SAMPLE NSX-1 01 SHUTOFF VALVE CONTAINMENT 598.00 ANMULUS QUAD 1, AZ 016, ON CONT WALL SIDE OF WALKWAY, 7 FROM COL 5, 8'BOVE FLR.Yes Bourxhng Spectrum vs.SSE Grand Response Spectrum Yes Yes Yes 24 7 1&RV 102 NUCLEAR SAMPLING I PRESSURIZER UQUID SPACE SAMPLE NSX-102 0.5 AIR OPERATED SHUTOFF VALVE CONTAINMENT 612.00 INSTRUMENTATION RM.6'BOVE LOWER CONT ENTRANCE DOOR ON A LEDGE.E OF SEAL TABLE.612.00 Yes Boundng Speci/um vs.SSE Ground Response Spectrum Yes NIA 25 7 1&RV-103 26 7 1&RV-104 0 NUCLEAR SAMPLING I REACTOR COOLANT LOOP 3 HOT LEG SAMPLE NSV.103 SHUTOFF VALVE 0 NUCLEAR SAMPLING/PRESSURIZER STEAM SPACE SAMPLE NSX-104 0.5 AIR OPERATED SHUTOFF VALVE CONTAINMENT 598.00 CONTAINMENT 612.00 ANNULUS QUAD 3, AZ:210, ON CONT WALL SIDE OF WALKWAY, BY COLUMN 19, 8'BOVE FLR.INSTRUMENTATION RM.6'BOVE LOWER CONT ENTRANCE DOOR, ON A LEDGE.E OF THE SEAL TABLE.612.00 Yes Boundng Spear/um vs.SSE Ground Response speci/um Yes Boundng Specuum vs.SSE Ground Response Spect/um Yes Yes NIA N/A Yes 27 7 1+RV-1st 28 7 14/RV-152 29 7 1+RV-1 53 30 7 1&RV-163 0 PRESSURIZER I PRESSURIZER'8'RESSURE RELIEF VAlVE 0 PRESSURIZER/PRESSURIZER'8'PRESSURE RELIEF VALVE 0 PRESSURIZER/PRESSURIZER'A'PRESSURERELIEF VALVE 0 REACTOR COOLANT I REACTOR COOLANT LOOP 3 TO PRESSURIZER 4 A!R OPERATED LVE CONTAINMENT 650.00 CONTAINMENT CONTAINMENT 650.00 PRESSURIZER ENCLOSURE INTERIOR, IN PRZ ENCI.OSURE, ON THE 686 EL PtATFORM.2'BOVE GRATING PRESSURIZERENCLOSL/RE INTERIOR.IN PRZ ENCLOSURE.
ON THE 686 EL PtATFORM, 2'ABOVE GRATING PRESSURIZER ENCLOSURE NTERIOR, IN PRZ ENCLOSURE.
ON THE 686 EL PLATFORM.NEAR ACCESS lADDER 2'BOVE GRATING CONTAINMENT 612.00 LOWER CONT QUAD 3.AZ 270, OM THE CRANWALL SIDE OF THE WALKWAY, NEAR RCP&#xb9;3, 7 ABOVE 617 EL PlATFORM 612.00 NIA N/A Yes 1.5 x Boundng S peat/um vs.Reafntic Median Centered Raor Re S a 1.5 x Boundng Spectrum vs.Reatstic Median Centered Roar Re S a 1.5 x Boundng Spectrum vs.Rearisbc Median Centered Fkor Re S Brxndng Spectrum vs.SSE Ground Response Spectrum No No No Yes Yes Yes Yes Yes 31 7 1&RV 164 0 REACTOR COOLANT I REACOR COOLANT LOOP 4 TO PRESSURIZER SPRAY 4 AIR OPERATED CONTROL VALVE CONTAINMENT 612.00 LOWER CONT QUAD 3, AZ 270.OM THE CRANWALL SIDE OF THE WALKWAY, NEAR RCP&#xb9;3, 7 ABOVE 612'L PlATFORM 612.00 Yes Boundng Spectrum vs.SSE Ground Respanse Spectrum Yes N/A Yes Yes 32 7 1<RV-10 0 REACTOR COOLANT PUMP/RCP 1 SEAL1 LEAKOFF To RCP SEAL WATER RETURN FILTER QC-109 2 AIR OPERATED SHUTOFF VALVE CONTAINMENT 617.00 LOWER COMT QUAD 1, AZ 055, OM THE CRANEWALL SIDE OF THE WAlKWAY, 2'BOVE THE 617 EL PLATFORM Boundng Spectnnt vs, SSE Graund Response S peat/um Yes Yes N/A Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name ture yz Date Print or T pe Name nature D te INalkdown:
V f July 18, 1992 DC C Jnit1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 4 of 10 Iten Eq.Ci 37 7 39 7 Equip ID 1<RV-111 14?RV-112 14?RV-113 1&RV-114 14?RV-150 l&RV-20 14?RYE 1&RV~Rav No 0 GVCS/REACTOR COOLANT NORMAL LETDOWN TRAIN'A'HUTOFF VALVE 0 CVCS/REACTOR COOLANT NORMAL LETDOWN TRAiN'Ir SHUTOFF VALVE 0 CVCS/REACTOR COOlANT EXCESS LETDOWN TO EXCESS LETDOWN HEAT EXCHANGER HE-13 1 AIR OPERATED'Ir SHUTOFF VALVE 0 CVCS/REACTOR COOlANT EXCESS LETDOWN To EXCESS LETDOWN HEAT EXCHANGER HE-13 1 AIR OPERATED'A'HUTOFF VALVE 0 REACTOR COOLANT PUMP/REACTOR COOLANT PUMPS STARTVP SEAL SYSTEM BYPASS To SEAL WATER RETURN FILTER Qc-109 0 75 AIR OPERATED SHUTOFF VALVE 0 REACTOR COOLANT PUMP/RCP 2 SEAL 1 LEAKOFF TO RCP SEAL WATER REIVRN FILTER Qc-109 2 AIR OPERATED SHUTOFF VALVE 0 REACTOR COOLANT PUMP/RCP 3 SEAL 1 LEAKOFF TO RCP SEAL WATER RETURN FILTER QC-109 2 AIR OPERATED SHUTOFF VALVE 0 REACTOR COOLANT PUMP/RCP 4 SEAL 1 LEAKOFF TO RCP RETURN FILTER QC-1092 AIR OPERATED SHUTOFF VALVE CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT Fioor Eiov.612.00 612.00 612.00 612.00 617.00 612.00 612.00 Room or Row/Column LOWER CONT QUAD 4, AZ 290.ON THE CRANEWALL SIDE OF THE WAlKWAY, 1 tr FROM THE LOWER CONT.612 AIRLOCK CRANEWALL OR.ABOVE RCP&#xb9;4, ON THE 612 EL PLATFORM LOWER CONT QUAD 4, AZ 290, ON THE CRANEWALL SIDE OF THE WALKWAY, 10'ROM THE LOWER CONT.61 2 AIRLOCK CRANEWALL DIL ABOVE RCP&#xb9;4, ON THE 61 2 EL PlATFORM LOWER CONT QUAD 4, AZ 290, ON CRANEWALL SIDE OF THE WALKWAY, 10'ROM THF LOWER CONTNMENT 612 AIRLOCK CRANEWALL ENTERANCE DR, ABOVE RCP&#xb9;4, ON THE 612 ELEV PLTFRM LOWER CONTIANMENT QUAD 4, AZ 290.ON CRANEWALL S IDE OF THE WALKWAY, 10'ROM LOWER CONTNMENT 612 AIRLOCK GRAN EWALL ENTERANCE OR, ABOVE RCP&#xb9;4, ON THE 612 ELEV PLTFRM ANNULUS QUAD 2 AZ 153 ON THE CRANEWALL SIDE OF WALKWAY, NEAR COLUMN&#xb9;23.4'BOVE THE FLR LOWER CONT QUAD 2, AZ 125, ON THE CRANEWALL SIDE OF RCP&#xb9;3 ON THE 617 EL PLATFORM, 2'BOVE THE GRATING LOWER CONT QUAD 3, AZ 240.ON THE CRANEWALL SIDE OF THE WAlKWAY, NEAR RCP&#xb9;3, 1'BOVE 612 EL PLATFORM LOWER CONT QUAD 4, AZ 330.NEAR RCP&#xb9;4 SEAL 6 THE CARNEWALI AT THE PUMP, 2'ABOVE THE 612 EL PlATFORM 612.00 612.00 612.00 612.00 612.00 612.00 Yes Yes Yos Yes Yes Yos Yos Yes capacity vs, Demand Basis Boundeg S pecuum vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Grand Reaper>>e Spectrum Boundeg Spectrum vs.SSE G/ound Response Spactnsn Botndeg Spectnsn vs.SSE Ground Response Speci/um Boundeg Spectrum vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response Spectrum Bwndeg Spoctnsn vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum Cap>Demd?Yes Yas Yes Yos Yes Yes Yes Yes Caveats OK?Yes Yos Yes Yes Yes Yes Yos Anchor OK?N/A N/A N/A N/A N/A Interact OK?Yes Yes Yes Yes Yes Eqtsp OK?Yes Yes Yes Yes Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entiy and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name i ture ate Print or T pe Name S'ture Date Walkdown: July 18, 1992 DC CO nit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 5of10 item Eq.Cl EquiP.ID Rev No System/Ersapment Descnption Fkxx Elev.Room or Rcw/Co4mn Cap>Demd?Cav eats OK?Anchor OK?ax erect OK'7 Equp OK?41 7 1.SVA5A 0/SAFETY RELIEF VALVE CONTAINMENT 650.00 PRESSURIZER ENCLOSURE N/A 1.5 x Bourxteg Spect/um vs.Rear>>dc Median Centered Boor Reaper>>a S Yes Yes No 42 7 1~%5B 43 7 1<v<5C 1<V40/SAFETY RELIEF VALVE/SAFETY RELIEF VALVE 0/SAFETY RELIEF VALVE CONTAINMENT 650.00 PRESSURIZER ENCLOSURE CONTAINMENT 650.00 PRESSURIZER ENCLOSURE CONTAINMENT 598.00 ANNULUS.QUAD 3 Yes 1.5 x Boundeg Spectrum vs.Rear>>tic M/xrran Centered Floor Respor>>e Spectra 1.5 x Boundeg Spectrum vs.Rear>>tic Mtxf>>n Centered Floor Response Spectra Boundeg Spectrum vs.SSE Ground Response S No No Yes N/A Yes Yes No Yes 45 7 1<V<I/SAFETY RELIEF VALVE CCW/EXCESS LETDOWN HEAT EXCHANGER HE-13 CCW OUTLET SAF ETY VALVE CONTAINMENT 598.00 ANNULUS, QUAD 4 CONTAINMENT 598.00 ANNULUS, QUAD3 Soundly Specaum vs.SSE Ground Rasped>>e Bouixang Spectrum vs.SSE Ground Response Yes Yes Yes Yes Yes Yes 47 8 14CM-111 48 8 1-ICM-129 0 RHR/RHR TO REACTOR COOLANT LOOPS 2 AND 3 COLO LEGS CONTAINMENT ISOLATION VALVE 0 RHR/REACTOR COOLANT LOOP 2 HOT LEG TO RHR PUMPS SUCTION CONTAINMENT ISOLATION VALVE CONTAINMENT 598.00 CONTAINMENT 598.00 ANNULUS QUAD 2 AZ:126, ON THE CRANEWALL SIDE OF THE WALKWAY, 10 FEET FRQM coLUMN<<25, 5 FEET ABOVE FLR ANNULUS QUAD 2.AZ: 135, ON CRANEWALL SIDE OF WALKWAY, 10FT FROM coLUMN<<24, 6FT.ABQYE FLR Yes Boundeg Spectrum vs.SSE Ground Response Spect/um Bouodng Speci/um vs.SSE Ground Response Spectrum Yes Yes Yes Yes 49 8 14MO-128 50 8 14MO415 0 RHR/REACTOR COOLANT LOOP 2 HOT LEG To RHR PUMPS SUCTION SHUTOFF VALVE 0 RHR/EAST RHRAND NORTH SAFETYNJECTIONTO REACTOR COOLANT LOOPS 1 AND 4 HOT LEGS SHUTOFF VALVE CONTAINMENT 598.00 CONTAINMENT 612.00 LOWER CONT QUAD 2.ON PLATFORM AT LOOP 2 HOTLEG, UNDERNEATH SG S2.COL BETWEEN SG AND SHIELD WALL AT 808 EL E CONT LOWER VENT RM, 8 FEET FROM CONT LOWER COMPARTMENT Q D 84 VENTILATION UNIT$14tV-CLVQ, 10 FEET FROM COLe 7, 5 FEET ABOVE FLR 612.00 Yes Boundrng Spect/um vs.SSE Ground Response Boundsvg Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name S'ture Date Print or T pe Name nature Dae Walkdown:..I Uf 11/8/93 DC CO r1 SCREENING VERIFICATI 8 DATA SHEET (SVDS)age 1 ofS Equip.ID No.Rev No system/Eqiitpment Descnption Floor Elev.Rocm or Row/Cotumn Capaccy vs.Dem<<xi Bash Cap>Dam and7 C avesta OK7 Anchor OK7 Equip OK7 7 I-IRVCIO 7 14RV411 7 1-IRV420 0 RHR I EAST RHR HEAT EXCHANGER HE-17E 8 AIR OPERATED OUTLET FLOW CONTROL VALVE 0 RHR I RHR HEAT EXCHANGERS BYPASS FLOW 8 AIR OPERATED CONTROL VALVE 0 RHR I WEST RHR HEAT EXCHANGER KE-17WB AIR OPERATED OUTLET FLOW CONTROL VALVE AUXILIARY 609.00 E RHR HEAT EXCHANGER RM, N THE SE REGN OF THE RM.r SE OF E RHR HEAT EXCHANGER, 1'BOVE 615 EL PLATFORhL E RHR HEAT EXCHANGER RM, N THE SW REGN OF THE RM, 1 ty SW OF E RHR HEAT EXCHANGER 3'BOVE 61 5 EL PlATF ORM.W RHR HEAT EXCHANGER RM, IN THE SE REGNOF RM.3'SEOFWRHRHEAT EXCHANGER, 1'ABOVE THE 615 EL PlATFORM.609.00 WA 609.00 N/A 1.5 x Boutvhng Spectrum vs.Rearisdc M<<san Centered Fkor Response Spectra 1.5 x Bourx4ng Spectrum va Rea%stic M<<fian Centered Fker Response Spectra 1.5 x Bounding Spectrum vs.Reasssc M<<fian Centered Fker Response Spectra Yes Yes Yes Yes Yes Yes 10 13 7 14tIRV-Zt 1 7 WARY.212 7 14!RV.213 7 WARY-241 7 14%V 242 7 14ARV.243 7 14V-1 04E 7 14V 104W 7 14V-14E 7 14V.14W 0 MAN STEAM I STEAM GENERATOR 1 STOP VALVE MRV-210 STEAM CYUMDER'A'UMP VALVE 0 MAIN STEAM I STEAM GENERATOR 1 STOP VALVE MRV412 STEAM CYUMDER'Iy DUMP VALVE 0 MAIN STEAM I STEAM GENERATOR OME4.1PORV 0 MAN STEAM I STEAM GENERATOR 4 STOP VALVE MRV-240 STEAM CYUNDER'A'UMP VALVE 0 MAIM STEAM/STEAM GENERATOR 4 STOP VALVE MRV440 STEAM CYLNDER'8'UMP VALVE 0 MAIN STEAM I STEAM GENERATOR OME44 PORV 0 RESIDUAL HEAT REMOVAI EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER KE-17E OUTLET SAFElY VALVE 0 RESiDUALHEATREMOVAI WEST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-1 7W OUTLET SAFETY VALVE 0 ESWI EAST CONTAINMENT SPRAY HEAT EXCHANGER KE-1 BE SIDE SAFETY VALVE 0 ESWI WEST CONTAINMENT SPRAY HEAT EXCHANGER HE-1 SW SIDE SAFETY VALVE AUXILIARY AUXILIARY 633.00 AUXILIARY 609.00 E MAIN STEAM STOP ENCLOSURE, N SW REGN OF RM.6'OF STEAM STOP VALVE 1-MRV-210.6'BOVE THE 640 EL PlATFORM.E MAIN STEAM STOP ENCLOSURE, IM THE SW 633.00 N/A REGN OF THE RM, 4'W OF STEAM STOP VALVE WARV410, 6'BOVE THE 640 EL PlATFORM.E MAN STEAM STOP ENCLOSURF IN THE SW 633.00 N/A REGN OF THE RM,4'WOF STEAM STOP VALVE WARV410, 6'BOVE THE 640 EL PLATFOIU/L E MAIN STEAM STOP ENCLOSURE, IN THE NW 633.00 N/A REGN OF THE RM.S N OF STEAM STOP VALVE WARV-240, 6'BOVE THE 640 EL PLATFORM.E MAN STEAM STOP ENCLOSURE, IM THE NW 633.00 NIA REGN OF THE RM, 3'WOF STEAM STOP VALVE 14ARV.240, 6'BOVE THE 640 EL PLATFO RLL E MAIN STEAM STOP ENCLOSURE, IN THE NW 633.00 N/A REGM OF THE RM.3'OF STEAM STOP VALVE WARY-240, 6'BOVE THE 640 EL PLATFORLL EAST RHR HEAT EXCHGR RM.N THE ME CORNER OF THE RM, 6 FT NE OF EAST RHR HEAT EXCHANGER&#xb9;14IE-17E.
2 FT ABOVE THE GRATING W RHR HEAT XCHGR RM, 5 FT NE OF THE WEST RHR KEAT EXCHANGER E CONT SPRAY HEAT XCHGR RM W CONT SPRAY HEAT XCHGR RM L5 x Bounding Spoct/um vs.Realissc M<<flan Cantered Fkor Re S 1.5 x Bounding Spectrum vs.Rearissc M<<San Centered Fkor Response Spectra 1.5x Bouncy spectrum vs.Resinic Median Centered Floor Respcnse Spectra 1.5 x Bounrang Spectrum vs.Rearisdc M<<yisn Centered Boor Res eS s L5 x Bounding Spect/um vs.Realhtic M<<ssn Centered Boor Response Spoctnl 1.5 x Boundsxt Spectrum vs.Reatsdc MecEan Cantered Fkor Response S pectra 1.5 x Bounding Spectrum vs.Rearisdc M<<fian Cent<<ed Boor Response S pectra LS x Boundng Spectrum va Realistic M<<fian Centered Floor Response Spectra 1.5 x Bou/xsng spectrum vL Rsarissc Median Centered Floor R 8 1.5 x Boundrtg Spoct/um va Realistic Median Centered Fkor R S Yes Yes Yos Yes Yes Yes Yes Yes Yss Yes Yes Yes NIA Yss Yes Yes Yos Yes Yes Yes Yos Yos Yes Yos 14 7 14V-15E 0 ESSENTIAL SERVICE WA I EAST COMPONENT COOLNG WATER HEAT EXCHANGER HE.1 5E TUBE SIDE SAFETY VALVE AUXILIARY 609.00 HALLWAY, ON SE CORNER OF UNIT 1 EAST CCW KEAT EXCHANGER&#xb9;WIE-I 5E 609.00 WA 1.5 x Bounding Spect/um va Rearadc M<<rien Centered Fker Response Spectra Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures af all Seismic Capability Engineeis an the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory shoukl be a licensed professional engineer.)
Print or Type Name Si n ure iz Ir////5 Date Printor T pe Name Si nature/Zbtp/9S'ate Watkdown:~n of 11/N93 DC C.T1 SCREENING VERIFICA<<~N DATA SHEET (SVDS)'age2of5 15 16 Etsjp.lD No.7'l4V-15W 7 I SV-1A.1 7 14V-1AM Rev No 0 ESSENTIAL SERVICE WAI WEST COMPONENT COOUNG WATER HEAT EXCHANGER HE-15W TUBE SIDE SAFHY VALVE 0 MAIN STEAM I STEAM GENERATOR OME4-1 SAFETYVALVE1A 0 MAW STEAM I STEAM GENERATOR OMEGA SAFElY VALVE 1A AUXILIARY Fker Elev.609.00 HALLWAY, ON SE CORNER OF WEST UNn'CCW HEAT EXCHANGER 614IE-1 SW 633.00 E MAIN STM STOP ENCL 633.00 E MAW STM STOP ENCL Capacitf vs.Dam<<xi Basis 1.5x Boundeg Spectrum vs.Rearstic M<<fish Cantered Boor Response Spectra 1.5 x Boundeg Spectrum vs.Rearnsc Median Centered Floor Respcnso S 1.5 x Boundeg Specuum vs.Rearssc Median Center<<l Fkxx R S Cap>Cavsats D<<n and?OK7 Yos Yes Yes Anchor OK?NIA NIA Equip OK?Yes Yes Yes Yes 16 19 21 24 25 7 14V-1 8-1 7 14V-1~7 14V-2A.t 7 14V-2AR 7 14V-28-1 7 14V-284 7 14V4-1 7 14V44 0 MAW STEAM/STEAM GENERATOE OME4.1 SAF HY VALVE 18 0 MAIN STEAM I STEAM GENERATOR OME~SAFETY VALVE 18 0 MAW STEAM I STEAM GENERATOR OME4-1 SAFETY VALVE 2A 0 MAW STEAM I STEAM GENERATOR OME44 SAFHY VALVE 2A 0 MAIN STEAM I STEAM OME4-I SAFETY VALVE 28 0 MAW STEAM I STEAM GF NERATOR OME44 SAFETY VALVE 28 0 MAW STEAM I STEAM GENERATOR OME4-1 SAFHY VALVE 3 0 MAIN STEAM I STEAM GENERATOR OME44 SAFETY VALVE 3 AUXILIARY 633.00 E MAW STM STOP ENCL 633.00 E MAW STM STOP ENCL 633.00 E MAW STM STOP ENCL 633.00 E MAIN STM STOP ENCL.6 FT NORTH OF STEAM STOP VLV<<14lRV-240, OFF THE 640 ELEVATION PLATFORM 633.00 E MAIN STM STOP ENCL 633.00 E MAIN STM STOP ENCL 633.00 E MAW STM STOP ENCL 633.00 E MAW STM 6'rOP ENCL 15 x Bound eg 8 poctnsri vs.Realssc M<<fian Centered Roor-Re S 1.5x~Spectrum vs.ROOKssc M<<fian Centered Fkxx Response S 1.5 x Bounc4ty Spectrum vs.Realisdc M<<fian Centered Boor R 1.5 x Brxedeg Spectnsn vs.Reatntic M<<fish Centered Boor R S 1.5x Boundeg Spoctruni vL ROSSstic M<<fian Centered Fker R 8 1S x Boundeg Spectrum va, Reasssc Median Centered Floor Re S 1.5 x~Spectrum vs.Rearissc M<<fian Centered Roor Res eS 1$x Boundeg Spectrum va Rearssc M<<fian Centered Boor R S a Yes Yes Yes Yes Yes Yes Yes Yes NIA Yes Yes Yos Yes Yes Yes Yes Yes Yos 27 7 14V46 0 CCW I 7 14V-71 0 CCWI NORTH SPENT FUEL PIT HTX 12'-ISN CCWOUTLETSAFHY VALVE 609.00 609 HALLWAY 609.00 SPENT FUEL PIT IIEAT XCHGR RM.AT THE EAST END OF THE NORTH SPENT FUEL PIT HlX Ot 24IE-1 6N.12 FT ABOVE THE FLR 1.5 x Boundeg Spectrum vs.Rearistic Median Centered Roor R 1.5 x Boundeg Spectnsn vs.Reatstic M<<fian Centered Boor R S Yos Yes Yes Yos Yes 7 14V.?2E 0 COMPONENT COOUNG WAI EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-1?E COMPONENT COOLWG WATER OUTLET SAFHY VALVE 609.00 HALLWAY, 25 FT NWOF THE CVCS DEMWERAUZERS CENTRAL HALLWAY 7 FT ABOVE THE 621 ELEVATION PLATFORM.1$x Boundeg Spectrum vs.*Realsdc Median Centered Boor Response Spectra Yes Yos Yos 14V-97 0 BORON WJ ECTION I BORON INJECTION TANK TK-11 OUTLET SAFETY VALVE AUXILIARY 612.00 BORON INJ TANK RM, 5 FT SE OF THE BORON 609.00 N/A WJECTION TAHITI IN SE CORNER OFTHE RM 1.5 x Boundeg Spectrum va Rearsdc Median Ceraered Fker Respcese Spectra Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Sign ure Date Print or Type Name Signature Z II),&>>Date
'1 Walkdown: of gf26I94 D.C.C t1 SCREENING VERIFICA I s)ATA SHEET (SVDS)oage1 of1 Eq.Equip.ID WlRV<51 1.WMO-721 Rev No 0 CVCSI NORTH BORICACID BLENDER QP412 AIR OPERATED TO CVCS CHARGING PUMP SUCTION SHUTOFF VALVE 0 BORONMAKEVPICVCS)INORTH BORIC ACID BLENDER QP-21 TO REACTOR COOUWT LE?DOWN VOI.VME CONTROL TANK SHUTOFF VALVE 0 CVCS I REACTOR COOUWT PUMP SEAL WATER HEAT EXCHANGER HF:11 SAFETY VALVE 0 GVCSI REACTOR COOUWT LETDOWN VOLUME CONTROL TANK TK 10 To CHARGING PUMP'A'HUTOFF 4 MOTOR OPERATED VALVE 0 CVCS I REACTOR COOLANT LETDOWN VOLUME CONTROL TANK TK-1 0 TO CHARGING PUMP'8'HUTOFF 4 MOTOR OPERATEO VALVE 0 ESWI WEST ESW SUPPt Y HEADER TO AS EMERG DIESEL HEAT EXCHANGER SHUTOFF VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY Floor Elev.609.00 VOLUME CONTROL TANK E HALLWAY, ON THE E SIDE OF THE VCT SHIELD WAUON THE WWALL 609.00 VOLUME CONTROL TANK E HALLWAY, IN MIDDLE W REGN OF Rhl ON THE 618 EL PLATFORM SEAL WTR HEAT XGHGR RM.8 FT EAST OF REACTOR COOUWT PUMP SEAL WATER HEAT EXCHANGER 814IE-I I, 7 FT ABOVE THE FLR VOLUME CONTROI.TANK E HALLWAY, AT THE S END OF THE HALLWAY, ON THE W WALLS'BOVE THE FlR VOI.UME CONTROL TANK E HALLWAY, tN THE MIDDLE OF THEWSIDEOF THE HALLWAY.1'BOVE THE FLR 587.00 AB EDG RM.S Pipe Tunnel, 591.00 Yes 1 5 x Borxfing Spectrum vs.Rea5sdc Me(fisn Cantered Roar Response S a 1.5 x Boundeg Spectrum vs.Rea5sdc Ma(fran Centered Roor Re S pac(ra 1.5 x Bounded Spectrum vs.Raa5sdc Ma(fran Cantered Fsxir Response Spectra 1$x Boundeg Spectnsn vs.Raarrsdc Ma(san Centered Roor Re Spectra 1$x~Spectrum vs.Raassdc Median Centered FSsor Re S a Boundeg Spectrum vs.SSE Ground Respcnse Cap>Gavaats Demand?OIC?Yes Yes Yas OK7 Yes Equip OK7 Yas Yes Yas 8 1-WMO-723 1-V(MO-725 0 ESWI EAST ESW SUPPLY HEADER TO AB EMERG DIESEL HEAT EXCHANGER SHUTOFF VALVE 0 ESWI EAST ESW SUPPLY HEADER TO CD EMERG DIESEL HEAT EXCHANGER SHUTOFF VALVE AUXIUARY 587.00 AB EDG RM, S P(pe Tunnel 587.00 AB EDG RM, S Pipe Tunnel.2(7 E OF THE HALLWAY Dooley ON THE N WAlL 591.00 Yas Bound eg Spectrum vs.SSE Ground Response Yes Boundeg ,Spectrum vs.SSE Grrxed Response S Yes Yas Yes Yes Yes Yas 1.WMO-?27 0 ESWI WEST ESW SUPPLY HEADER TO CD EMERG DIESEL HEAT EXCHANGER SHUTOFF VALVE AVXIUARY 587.00 AB EDG RM.S Prpa TunneL 28 E OF THE HALLWAY DOOR.ON THE N WAIL 591.00 Yes Bound eg Spectrum vs.SSE Ground Response S Yas Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SYDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seisrnicatty adequate or not).Print or Type Name Print or Type Name Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
IZ('(6/9~it 5 q-1>av"6 Si nature Date I Date
~1 Walkdown:.0f 11/8/93 DC CO.IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)age3of5 31 7 37 8 41 8 Equp.lo No.124V49N 12~%98 ICMO410 I%M~I I 1CMO412 I AM~13 1CMO414 I%M~IS tCM~16 I%MD<19 1<M0420 I+MD-211 I+MD-212 I+MD-241 0 GCWI 0 CGWI 0 COW I EAST CCWTO HEAT EXCHANGER HE-1 5E CCW OUTLET SHUTOFF VALVE 0 CCW/COW PUMPS SUCTION CROSSTIE HEADER'A'18 MOTOR OPERATED SHUTOFF VALVE 0 CCW/COW PUMPS DISCHARGE CROSSTIE HEADER'A'18 MOTOR OPERATED SHUTOFF VALVE 0 CCWI CCW PUMPS SUCTION CROSSllE HEADER%'8 MOTOR OPERATED SHUTOFF VALVE 0 GGWI GGW PUMPS DISCHARGE CROSSTIE HEADER'A'8 MOTOR OPERATED SHUTOFF VALVE 0 CGWI CGWTO MISCELANEOUS SERVICE HEADER'A'18 MOTOR OPERATED SHUTOFF VALVE 0 COW I CGW TO MISCELANE GUS SERVICE HEADER'F 16 MOTOR OPERATED SHUTOFF VALVE 0 CGW I EAST RHR HEAT EXCHANGER HE-1TE CCW OUTLET SHUTOFF VALVE 0 COW I WEST CGW TO HEAT EXCHANGER HE-1 SW CCW OUTLET SHUTOFF VALVE 0 AVXFEEDWATER/TURBINE DRIV AVX FEED PUMP PPQ DISCHARGE To STEAM GENERATOR OMM-I 4 NCH MOTOR OPERATED CONTROL VALVE 0 AVX FEEDWATER/WEST MOTOR DRIV AUX FEEDWATER PUMP PP-3W SUPPLY To STEAM GENERATOR OME4-I 4 INCH MOTOR OPERATED CONTROL VALVE 0 AUX FEEDWATER/TURBNE ORIV AVX FEED PUMP PPQ DISCHARGE To STEAM GENERATOR OME~4 INCH MOTOR OPERATED CONTROL VALVE AVXIUARY AUXIUARY AUXILIARY AUXIUARY AUXIUARY AUXIUARY AUXIUARY AUXILIARY AUXILIARY Fkxx Elev.612.00 612.00 612.00 Room or Rcw/Cossnn 609 HALLWAY HALLWAY, HALLWAY, HALLWAY, HALLWAY, HALLWAY, HALLWAY, HALLWAY, HALLWAY, HALLWAY, E MAN STEAM STOP ENCLOSURE, 20'OF RMS ENTRANCE DOOR, 1'OF A CEMENT COLUMN, 3'BOVE FLR.E MAIN STEAM STOP ENCLOSURE.
25'OF RI/IS ENTRANCE DOOR, NEAR A CEMENT COLUMN, 3'BOVE THE FLIL E MAN STEAM STOP ENCLOSURE.
Ir S OF THE Rhf S ENTRANCE DOOR, 1'OF A CEMENT COLUMN, 3'BOVE FLIL 609.00 N/A 609.00 N/A 609.00 N/A 609.00 N/A 633.00 N/A 633.00 N/A Capacity vs.Demand Basis 1.5 x Oaundrty Spectnsn vs.Reartsdc Median Centered Roor R 8 1.5 x Boundrtg Spectrum vs.Reattsdc Motftsn Centered Fker R S s 1.5 x Bourxtstg Spectrum vs.Roarrsdc Mtxfian Centered Floor R 8 1$x Boundstg Spectrum vs.Rearrs6c Met%an Centered Rcor R 8 1h x Boundstg Spectrum vs.Rearrsdc Median Centered Rcor Ros so S 1S x Bourxhng Spectrum vs.Rearrsdc Median Centered Roor Ros 8 1.5 x~Spocaum vs.Rearrsdc Motfian Centered Roor Re 1.5 x Bourxttng Spectrum vs.Reassdc Mrxssn Cantered Fkor Re S 1.5 x Bountsng Spectrum vs.Reassdc Motsan Centered Fkor R 8 1.5 x Bourx4ng Spectrum vs.Rearrsdc Median Centered Fbor R S s 1.5 x Ouurxtrng Spectnsn vs.Rearrssc Motsan Centered Fker R S 1.5 x Boundstg Spectrum vs.Reassdc Motfian Centered Fbor Response Spectra 18 x Boundrtg Spectrum vs.Rearrsdc Median Centered Fkxx Response Spectra 1.5 x Banrbng Spectrum vs.Rearrsdc Median Centered Boor Response Spectra Cap>Dam arxlt Yos Yes Yos Yos Yes Yes Yos Yes Yes Anchor OK7 NIA NIA NIA NIA NIA NIA Interact OIQ Yos Yes Yos Yos Yos Yes Yos Yes Yes Eraser OKI Yos Yes Yes Yos Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name i ture Date Print or T pe Name Si nature izlrchs Date Walkdown: of 11IN93 DC CO.IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)'age4of5 Item Eq.CI Equip.to Na Rev No System/Equtpmem Descr oxen Room of Rcv//column Cap>>Gaveats Dam and7 OK?OK7 Equip OK7 44 8 I+M&242 45 8 14CM-250 46 8 1 4CM-251 47 8 1 ICMO11 48 8 14CM421 49 8 14M0.255 50 8 1 4M 0456 51 8 14NI0414 52 8 I-IMM24 53 8 14MO440 54 8 14uMO-210 55 8 14uM0-240 0 AVX FEEDWATERI WEST MOTOR DRIV AUX FEED PUMP PP4W SUPPLY TO STEAM GENERATOR 3-4 4 INCH MOTOR OPERATED CONTROL VALVE 0 BORON NJEGTION I BORON NJECTION TANK A CONTAINMENT ISolATION VALVE 0 BORON INJECTION I BORON NJECTION TANK'8'ONTAINMENT ISolATION VALVE 0 RHR/EAST RHRTO REACTOR COOLANT LOOPS 1 AND 4 HOT LEGS CONTAINMENT ISOLATION 8 MOTOR OPERATED VALVE 0 RHR I WEST RHR TO REACTOR COOLANT LOOPS 2 AND 3 HOT LEGS CONTAINMENT ISOLATION 8 MOTOR OPERATED VALVE 0 BORON NJECTION I BORON WJECTION TANK'A'LET SHUTOFF VALVE 0 BORON NJECTION I BORON IN JECTIOM TANK'Ir NLET SHUTOFF VALVE 0 RHR I EAST RHR PUMP PP45E DISCHARGE CROSSTIE SHUTOFF 8 MOTOR OPERATED VALVE 0 RHR I WEST RHR PUMP PP45W DISCHARGE CROSSTIE SHUTOFF 8 MOTOR OPERATED VALVE 0 RHR I EAST RHR HEAT EXCHANGER TO CHARGNG PUMPS SUCTION SHUTOFF 8 MOTOR OPERATED VALVE 0 MAN STEAM I STEAM STOP VALVE MRV-210 STEAM CYUNDER DUMP 4 MOTOR OPERATED VALVES SELECTOR VALVE MAIN STEAM I STEAM STOP VALVE MRV-240 STEAM CYUNDER DUMP VALVE 4 MOTOR OPERATED SELECTOR VALVE AUXILIARY 612.00 AUXIUARY 612.00 AUXILIARY 612.00 AUXILIARY 609.00 AUXIUARY 612.00 AUXIUARY 612.00 AUXILIARY 609.00 E MAIN STEAM STOP ENCLOSURE, 1Z S OF THE RIIIS ENTRANCE DOOR, 3'ABOVE THE FlR BORON INJECTION TANK RM, IN THE CENTER OF THE RM, O'ABOVE THE FLR BORON INJECTION TANK RM, N THE CENTER OF THE RM, O'ABOVE THE FLR E RHR HEAT EXCHANGER RM, 6'E OF E RHR 609.00 HEAT EXCHANGER, NEAR THE N WALIB'BOVE THE GRATNG.W RHR HEAT EXCHANGER RM.4'OF W RHR 609.00 HEAT EXCHANGER, NEAR THE N WALL BORON NJ ECTION TANK RM.3'OF BORON INJECTION TANK, 4'ABOVE THE FLR BORON NJECTION TANK RhL 3'OF BORON INJECTION TANK 1-TK-11, O'BOVE FLR E RHR HEAT EXCHANGER RM, N THE MIDDLE 6IXI.OO OFTHESPARTOFRM, tg/SOFERHRHEAT EXCHANGER 1'BOVE GRATING.W RHR HEAT EXCHANGER RM, W THE SE PARTOF THERM,6'SOF WRHR HEAT EXCHANGER, 6'BOVE GRATING.E RHR HEAT EXCHANGER RM, IN THE MIDDLE OFTHESPARTOFTHERM,7FTSOF ERHR HE 8 14IE-17E, 1 FT ABOVE GRATNG.E MAN STEAM STOP ENCLOSURE, 3'E OF 633.00 STEAM STOP VALVE 144RV-210, 2'BOVE THE 640 EL PlATFORM.E MAN STEAM STOP ENCLOSURE, N THE N PART OF RM, 3'E OF STEAM STOP VALVE 1 MRV-240, ON THE 640 EL PLATFORLL N/A NIA Yos N/A 1.5 x Boundng S pact/um vs.ROS5$5c Median Centered Fkxx Response Spectra 1.5 x Bandng Spectrum va ROSLSBc Median Centered Roor Response S a 1.5 x Boundng Spect/um vs.Reassdc Median Centered Roor Re S Boundng Spectrum vs.SSE Ground Response Spectnsn~Spactnsn vs.SSE Ground Response S pact/um 1h x Boundng Spectrum vs.Rearrstic Median Centered Fker R 6 1.5 x~Specuum va Realsdc Median Cantered Fker Response S a 1.5 x Bandng Spectrum vs.Realsdc Median Centered Fkor Res S a 1.5 x Bandng Specuum vs.Realndc Ihxssn Centered Roor Re S 1.5 x Boundng Specuum vs.Rearrsdc Median Centered Rcor Response Spectra I 4 x Bandng Spaarum vs.Raalsuc Mac5sn Centered Roor Response Spectra 14 x Boundng Spectrum vs.Rearudc Median Centered Floor Response Spectra Yos Yes Yes Yos Yes Yas Yes Yas Yos Yos Yos Yos Yos Yas Yos N/A NIA M/A M/A NIA Yos YO$Yes Yes Yos Yes 57 8 14/rMO-713 1-WMO-717 ESW/EAST CONTAINMENT SPRAY HEAT EXCHANGER ESW OUTLET SHVTOFF VALVE 0 ESW I WEST CONTAINMENT SPRAY HEAT EXCHANGER ESW OUTLET SHUTOFF VALVE HALLWAY, HALLWAY, 1.5 x Boundng Spectnsn vs.Realistic Median Centered Floor Response S 1.5 x Bcundng Spect/um vS.Roalsuc Merfran Centered Fkor Response Spectra YOS Yos Yos Yes Yos Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" lndudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name ature 1z t Date Print or Type Name Si nature Z/rSI'~S.Date Iwn Eq.CI Equ'P.ID Nix Rev No Walkdown:..uf 11IN93 Fkgr Ekiv.Base Ekiv.DC CO.r1 SCREENING VERIFICATION DATA SHEET (SVDS)Capacity vs.Demand Basis Cap>Demand7 Anchor OK7 3ge 5 of 5 Equip OK?59 8 61 8 1.V/MO-731 I-WMO-735 I-V/MO-737 ESW I EAST CCW HEAT EXCHANGER HE 15E ESW INLET 16 MOTOR OPERATED SHUTOFF VALVE 0 ESWI EAST CCWHEAT EXCHANGER HE 15E ESW OUTLET SHUTOFF VALVE ESW I WEST CCW HEAT EXCHANGER HE-15W ESW gILET 16 MOTOR OPERATED SHUTOFF VALVE 0 ESW I WEST CCW HEAT EXCHANGER HE-1 5W ESW OUTLET SHUTOFF VALVE AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 HALLWAY, HALLWAY, HALLWAY, HALLWAY, 1.5 x Bounding Spectrum vs.Reaks5c Merriman Centered Boor Response Spectra 1.5 x Bounding S pact/um vs.ReaKstic Median Centered Boor Re e Spectra 1.5 x BoundNg Spect/um va Rearisric Mtxrian Centered Boor Response Spectra N/A 1.5 x Bounding Spectfufn vs.Rearis5c Median Centered Fkor Response S a Yes Yes Yes Yes N/A Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name S a IvA I?/9 6 Date i ture Pnntor T pe Name Si nature iz~'rahs Date Walkdown., of July 15, 1991 DC C.(IT 1 SCREENING VERIFICATION DATA SHEET (SVDS).Page 1 of2 Eq.Cl Equp.lo No.Rev No Fkxx Elev.Room or Row/Cokmn Cap>Demand?Caveats OK?E/3r4/OK?14MOO12 0 1.IMO422 0 RHR I EAST RHR HEAT EXCHANGER HE-17E OUTLET MINI-FLOW UNE SHUTOFF VAI.VE RHR/WEST RHR HEAT EXCHANGER HE-17W OUTLET MINI-FLOW UNE SHUTOFF VALVE AUXILIARY E RHR HEAT EXCHANGER RM, IN THE SE PART OF RM,5FEETSEOF E RHRHE&#xb9;1+IE-1?E,B FEET AVOVE THE GRATNG W RHR HEAT EXCHANGER RM, 3 FEET SE OF WRHR HE&#xb9;14IE-17W5 FEET ABOVE PLATFORM GRATING.NEAR THE E WALL Y8$Yes Bound'ng Spectnm vs.SSE Grasxl Response Spectrum Boundng Spectnm vs.SSE Gnxnd Response Spectrum Y8$Yes Yes Y8$Yes 18 19 14MOMI 1-IFI435 0 RHR I EAST RHR TO UPPER CONTAINMENT SPRAY SHUTOFF 8 MOTOR OPERATED VALVE 0 RHR I WEST RHR TO UPPER CONTAINMENT SPRAY SHUTOFF 8 MOTOR OPERATED VALVE 0 RHR I WEST RHR HEAT EXCHANGER OUTLET TO SAFElY INJECTION PUMP SUCTION SHUTOFF 8 MOTOR OPERATED VALVE 0 RHR I RHR TO REACTOR COOLANT LOOPS 2 AND 3 COLO LEGS FLOW INDICATING TRANSMllTER 0 RHR I RHR TO REACTOR COOLANT LOOP 2 AND 3 COLD LEGS TEMP RECORDERTHERMALSENSOR 0 I REACTOR PROTECTION TRAIN A AUX RELAY CABINET&#xb9;2 AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 AUXIUARY 591.00 AUXIUARY 633.00 E RHR HEAT EXCHANGER RM, 8 FT NE OF E RHR HE&#xb9;1+lE-17E, NEAR ES WALI 3 FT ABOVE THE 615 EL PLATFORM W RHR HEAT EXCHANGER RLL 5 FT NE OF THE W RHR HE&#xb9;14IE 17W, NEAR E WALL W RHR HEAT EXCHANGER RM, IN THE NE PART OF THE RM, 2 FT NW OF W RHR HE&#xb9;1-HE-17W, NEAR THE W WALL VESTIBULFSFT S OF VESTIBULE DOORWAY.ON N WALL E RHR HEAT EXCHANGER RM, IN NE PART OF THE RM, SFT NE OF E RHR HE&#xb9;1-HE-17E, SFT BELOW THE 615 EL PlATFORM CONTROL RM, REAR SIDE OF MAIN FEED PUMPS CONTROL PANEL&#xb9;14P.N OF 250 VDC VALVE DISTR U BUIl ON PANEL&#xb9;1-VDAB-2 591.00 Yes Boundng Spectrum vs.SSE Ground Respcnse Spectrum Boundng Spectnsn vs.SSE Ground Response Spectnm Boundng Spectnm vs.SSE Ground Response Specbum Boundng Spectnsn vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Rsspcnss Spectrum Boundng Specuum vs.SSE Ground Response Spectrum Y8$Yes Yes Yes N/A N/A Yes NIA Yes Yes Yes Yes Yes Yes Yes Yss Yes Yes 10 1~8.2 0 1-BA I REACTOR PROTECTION TRAIN 8 AUXIUARY RELAY CABNET&#xb9;2 0 I BORIC ACID CHARGNG tt LETDOWN CONTROL PANEL 0 I CONTAINMENT AUXIUARIES SUBPANEL LVENTILATION)
AUXILIARY 633.00 AUXILIARY 633.00 AUXILIARY 633.00 CONTROL RM, MIDDLE S REGN OF THE RM, ON THE REAR SIDE OF RADIATION MONITORING SYSTEM RACK I PANEL 14LMSJ CONTROL RM, NW PART OF THE RM, 15 FEET NW OF THE UNIT SUPEIMSORS DESK HALLWAY, N END OF THE HALLWAY, 115 FEET SW OF THE AUXtLIARY BUILDING VENTILATION EXAUST UNITS.Yes Boundng 5 pectnsn vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground R Spectnm 1.5 x Bouncing Spectnm vs.R8$5$5c Median Centered Fker Re S a Y8$Yss Yss Yes'es Yss Yes No 12 1&R-I 0 I GENERATOR PANEL REAR NSTRUMENT/RELAY RACK&#xb9;1 AUXILIARY 633.00 CONTROL R//L IN THE SE REGN OF THE RM, ON REAR SIDE OF MAN GENERATOR CONTROL PANEL&#xb9;I&Bandng Spectrum vs.SSE Ground Response Spectrum Y8$13 14 14LHR 0 14LPSA I RESIDUAL HEAT REMOVAL CONTROL PANEL 0 I REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAN A AUXIUARY 633.00 CONTROL RM, 14 FEET NWOF THE UNIT SUPERVISORS DESK CONTROL RM, N THE NE CORNOR OF THE RI/L N FRONT OF THE CONTROL RM E REAR RACK Yes Yes Bandng Spectrum vs.SSE Ground R S Boundng Spectrum vs.SSE Grand Response S pectnsn Yes No 15 20 14'8 0 I REACTOR PROTECTION ANO SAFEGUARD ACTUAlloN TRAN 8 CABINET CONTROL RM, IN THE MIDDLE S REGN OF THE RM, ON THE REAR SIDE OF MOVABLE INCORE INSTRUMENTATION PANEL&#xb9;WhFX Boundng Spec/nm vs.SSE Grand Response Spectnm Yss 16 17 1<PY 0 I SAP EFIY NJECTION CONTROL PANEL 0 I CONTANMENT SPRAY CONTROL PANEL AUXILIARY 633.00 AUXIUARY 633.00 CONTROL RM, NW PART OF THE RM, 13 FT W OF THE UNIT SUPERVISOR'S DESK CONTROL RM, NW PART OF THE RM 14 FEET SW OF UNIT SUUPERVISORS DESK Boundng Spectnm vs.SSE Ground Rss Spectnm Bourxlng Spectnm vs.SSE Grand Re Spectrum Yes Yes Yes Yes Certification:
All the information contained on this Screening Verificagon Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name S nature IZ Iitotcsg Date Print or Type Name nature at "l Ci Walkdown: V f July 18, 1992 DC C nit 1 SCREENING VERiFICATION DATA SHEET (SVDS)Page 6 of 10/Eq Cl Equip.ID Rov No System/EquSrment Descrqtron Floor Earv.Room or Row/Co4mn Base Elev.Cavoats OK?OK?Equip OK?5'I 8 1-IMO416 8 1-9/IO425 8 14MO426 1-IMO41 8 1-IMO42 1.IMO43 0 RHR/EAST RHR AND NORTH SAFElY INJECTION To REACTOR COOLAMT LOOPS 1 AND 4 COLO LEGS SHUTOFF 8 MOTOR OPERATED VALVE 0 RHR I WEST RHR AND SOUTH SAFElY INJECTION TO REACTOR COOLANT LOOPS 2 AND 3 HOT LEGS SHUTOFF VALVE 0 RHRI WEST RHR AND SOUTH SAFETY INJECTION To REACTOR COOLANT LOOPS 2 AND 3 COLD LEGS SHUTOFF 8 MOTOR OPERATED VALVE 0 BORON INJECTION I BORON INJECTION TO REACTOR COOLANT LOOP 1 SHUTOFF 1.5 MOTOR OPERATED VALVE 0 BORON NJECTION I BORON INJECTION TO REACTOR COOLANT LOOP 2 SHUTOFF 1.5 MOTOR OPERATED VALVE 0 BORON NJECTION I BORON INJECTION TO REACTOR COOLANT LOOP 3 SHUTOFF 1.5 MOTOR OPERATED VALVE CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT 612.00 612.00 612.00 E CONT LOWER VENT RM, S FROM CONT LOWER COMPARTMENT
&#xb9;4 VENTILATION UNIT 141V4'LV-4, 4'ROM COLUMN 7.5 ABOVE FLR W CONT LOWER VENT RM.NEAR THE CRANEWALL SIDF OF WALKWAY, 5 FEET FROM COL&#xb9;21, 3FT.FROM CONT.LOWER VENT UNIT 14tv4'LV 3.5 FT.ABOVE FLR W CONT LOWER VENT RM, NEAR THE CONT WALL SIDE OF THE WALKWAY, 5'ROM COLUMN 21, 3'ROM CONT LOWER VENTILATION UNIT 1~HV4:LV4.5 ABOVE FLR.ANNULUS QUADRANT 1, AZ:050, OM THE CRANEWALL SIDE OF THE WALKWAY.10'ROM COLUMN 2, 4'BOVE THE FLR ANNULUS QUAD 2.AZ:119.ON THE CRANEWALL SIDE OF THE WALKWAY.117 FROM COLUMN 23.4'BOVE FLR.ANNULUS QUAD 3, AZ:200, ON THE CRANEWALL SIDE OF THE WALKWAY, NEAR COLUMN 19.5'BOVE FLR.612.00 612.00 612.00 Yes Yes Yos Yes Yes Boundng Spectnrm vs.SSE Grand Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Spect/um vs.SSE Ground Response Speci/um Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Speci/um vs.SSE Ground Response Boundng Spectrum vs.SSE Ground Response S Yos Yes Yos Yos Yos Yes Yes Yes NIA NIA N/A Yes Yes Yes Yes Yes Yes 57 59 8 1~IMO44 8 1&MD-151 8 1&MD-152 8 1-NMO-1 53 0 BORON NJECTION I BORON INJECTION To REACTOR COOLANT LOOP 4 SHUTOFF 1.5 MOTOR OPERATED VALVE 0 PRESSURIZER/PRESSURIZER RELIEF VALVE NRV-151 UPSTREAM 3 MOTOR OPERATED SHUTOFF VALVE 0 PRESSURIZER I PRESSURIZER RELIEF VALVE NRV-152 UPSTREAM 3 MOTOR OPERATED SHUTOFF VALVE 0 PRESSURIZER/PRESSURIZER RELIEF VALVE NRV-1533 MOTOR OPERATED UPSTREAM SHUTOFF VALVE CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT 598.00 ANNULUS QUADRANT 4, AZ325, ON THE CRANEWALL SIDE OF THE WALKWAY, 10'BOVE COLUMN 4, 5'BOVE FLR PRESSURIZER ENCLOSURE NTERIOR.OM THE 6(6 EL PLATFORM 3'BOVE GRATING PRESSURIZER ENCLOSURE INTERIOR, ON THE 686 EL PLATFORM.3'BOVE GRATING 650.00 PRESSURIZER ENCLOSURE INTERIOR, ON THE 686 EL PLATFORM.NEAR THE ACCESS lADDER 3'BOVE GRATING NIA NIA Boundng Spectrum vs.SSE Ground Response speci/um MOV4lERS vs.Amp8ied Rear>>tic Merrran Centered Floor Response Spectra MOV4IERS vs.Amphfied ROS5stic Merian Centered Floor Respor>>e S MOVERS vs.Amph/red ROOMC Mefian Centered Floor Response S a Yos No N/A NIA Yos No Certification All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name i ture ate Print or T pe Name nature D te Waikdown: V f July 18, 1992 DC C nit1 SCREENING VERIFICATION DATA SHEET (SVDS)Page7of10 61 Eq CI Equp.ID 8 1&SO61 8 1&5(Wi2 8 1&SO4i3 8 1&8044 8 147CM-2$0 8 1-XSO405 Rev No 0 REACTOR COOUWT SYSTI PRESSURIZER OMEP POST ACCIDENT VENT'A'OLENOID VALVE 0 REACTOR COOUWT SYST I PRESSURIZER OMEN POST-ACCIDENT VENT'A'OLENOID VALVE 0 REACTOR COOUWT SYST I PRESSURIZER OMEN POST-Acc IDENT VENT'F SOLENOID VALVE 0 REACTOR COOLANT SYST I PRESSURIZER OMEN POST-ACCIDENT VEM'F SOLENOID VALVE 0 REACTOR COOLIWT PUMP IRCP SEAT WATER RETURN'A'ONTAINMENT ISOLATION 4 MOTOR OPERATED VALVE 0 CONTROL AIR I PRESSURIZER TRAIN 8 PRESSURE RELIEF VALVE NRV-1 52 CONTROL SOLENOID Fker Elev.CONTANMENT 6$0.00 CONTAINMENT 6$0.00 CONTAINMENT 650.00 CONTAINMENT 650.00 CONTAINMENT 598.00 CONTAINMENT 650.00 Room or Rowtcohsnn PRESSURIZER ENCLOSURE INTERIOR, IN THE PRZ ENCLOSURE.
ON THE 679 EL PLATFORM PRESSURIZER ENCLOSURE IMTERIOR, IN THE PRZ ENCLOSURF OM THE 679 EL PLATFORM PRESSURIZERENCLOSVRE INTERIOR, IN THE PRZ ENCLOSURE, ON THE 679 EL PLATFORM PRESSURIZER ENCLOSURE INTERIOR.IM THE PRZ ENCLOSURE.
ON THE 679 EL PLATFORM ANNULUS QUAD 2, AZ 149, ON THE CRANEWALL SIDE OF THE WALKWAY, 10'ROM COLUMN<<23.4'BOVE FLR PRESSVRIZERENCLOSURE INTERIOR.IN THE PRESSURIZERENCLOSURE, AT THE 686 EL PlATFORM.Base Elav.<40?598.00 Yes Capacity vs.Demand Basis Test Data vs.Amphfied Rear>>tic Median Cantered Boor Response Spectra Tost Data vs.Arnphf>>d Rear>>dc Median Cantered Boor Respor>>o Spectra Test Data vs.Amplf>>d Rearsdc Median Centered Floor Response Spectra Test Data vs.Amplif>>d Rear>>tie M<<f>>n Centered Floor Response S Boundeg Spectrum vs.SSE Ground Response S MOVERS vs.Am phfied Reahssc Median Cantered Fker Response Cap>Occur?No No Yes YOS Cavaats OK?Yes Yes Yes Yes Anchor OK?NIA N/A Interact OK?Yos Yos Yos Yes Yos Equip OK?No No No No Yes Yes 67 8 1.XSO407 0 CONTROL AIR I PRESSURIZER TR A PRESSURE RELIEF VALVE NRV.153 CONTROL SOLENOID CONTAINMENT 650.00 PRESSURIZERENCLOSURE INTERIOR, IN THE PRESSURIZERENCLOSURE.
AT THE 686 EL PLATFORM.MOVERS vs.Am phf>>d Reahsdc M<<f>>n Cantered Fker Response Spectra Yes NIA Yes Yes 69 9 14IV<EQ-1 9 14tVNEQ-2 0 HYDROGEN SIQMMERI CONTAINMENT HYDROGEN S IQMMER VEMTItATION FAN 1 0 HYDROGEN SIQMMER I CONTAINMENT HYDROGEN SIQMMER VENTilATION FAN 2 CONTAINMENT 625.00 CONTAINMENT 625.00 HV<EQ-1 FAN RM.CEQ FANS ARE NEEDEO FOR ACCIDENTS AND WILL NOT BE ACTIVATED DUE TO SEISMIC EVENT.FOR ANCHORAGE ONI.Y.Hv<EQ.2 FAN RM.CEQ FANS ARE NEEDED FOR ACCIDENTS AND WILL NOT BE ACTIVATED DUE TO A SEISMIC EVENT.FOR ANCHORAGE ONLY.625.00 Yes Boundeg Specuum vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum Yos Yes Yas Yes Yes 70 18 1+U 1 10 0 STEAM GENERATWG I STEAM GENERATOR OMEW1 WIDE RANGE LEVEL INDICATOR TRANSMGTER CONTAINMENT 614.00 ANNULUS, QD<<1.AZ:020.ON 625.00 Yes THE COMT WALL SIDE OF THE WALKWAY.NEAR COLUMN<<R Boundeg Spectrum vs.SSE Ground Response S Yes Yas Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name i ature te Print or Type Name ature Date Walkdown: V f July 18, 1992 DC C Jnit1 SCREENING VERIFICA N DATA SHEET (SVDS)Page 8 of 10 71 Eq.Cl Equp.ID 18 14LI.120 Rev No 0 STEAM GENFRATING I STEAM GENERATOR OME4 2 WIDE RANGE LEVEL TRANSMITTER CONTAINMENT 614.00 Room or Row/Cohrnn ANNULUS, QD$2, AZ:130, ON THE CRANEWALL SIDE OF THE WALKWAY.Capacay vs.Demand Basis Yes Boundng Spectrum vs.SSE Ground Response Spectrum Gapa Darnd?Yes Caveats OK7 Yes Anchor OK?Yes Equp OK'?72 18 1+LI-130 0 STEAM GENERATING I STEAM GENERATOR OME44 WIDE RANGE LEVEL INDICATOR TRANSMITTER CONTAINMENT 614.00 ANNULUS, QD&#xb9;3, AZ:190, ON THE CRANEWALL SIDE OF THE WALKWAY, ACROSS FROM COLUMN&#xb9;20.625.00 Yes Bandng Spectrum vs.SSE Ground Respor>>e S Yes Yes Yes Yes Yes 73 18 1-BLI-140 0 STEAM GENERATING I STEAM GENERATOR OME44 WIDE RANGE LEVEL INDICATOR TRANNSMI1TER CONTAINMENT 614.00 ANNULUS, QD&#xb9;4, AZ:334, ON THE CONT WALL SIDE OF THE WALKWAY, NEAR COLUMN&#xb9;8.Yes Boundng Spectrum vs.SSE Ground Respor>>e S Yos Yes 74 18 1-IFI41 0 BORON INJECTION/
BORON INJECTION TO REACTOR COOLANT LOOP&#xb9;1 FLOW INDICATOR TRANSMITTER CONTAINMENT 598.00 ANNULUS, QD&#xb9;l, AL050, ON THE CRANEWALL SIDE OF THE WALKWAY.ACROSS FROM COLUMN 2, tr ABOVE FUL INST DWG 145708, 1-5571.598.00 Yes Boundng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yes 75 18 18 1-IF l42 14FI43 0 BORON INJECTION I BORON INJECTION TO RC LOOP&#xb9;2 FLOW INDICATOR TRANSMITTER 0 BORON INJECTION I BORON IN JEGTION To RC LOOP&#xb9;3 FLOW INDICATOR TRANSMITTER CONTAINMENT CONTAINMENT 598.00 ANNULUS, QD&#xb9;2, A?155, ON THE CRANEWALL SIDE OF THE WALKWAY.INST DWG 1-55?DC.14571A ANNULUS, QD&#xb9;3, AL213, ON THE CRANEWALL SIDE OF THE WALKWAY, NEAR COLUMN 18.INST DWG 1-5570D.14571 B.598.00 Yes Boundng Spectrum vs.SSE Ground Response Spectrum Yes Boundng Spectrum vs.SSE Ground Response S Yes Yos Yes Yes Yes 77 78 79 18 14F I44 18 1-NLI-151 0 PRESSURIZER I PRESSURIZER LEVEL INDICATOR TRANSMITTER 18 14(LP-1 51 0 PRESSURIZER r PRESSURIZER (OME<)LEVEL TRANSMITTER 0 BORON INJEGTIONI BORON INJECTION TQ RC LOOP&#xb9;4 FLOW INDICATOR TRANSMITTER CONTAINMENT 598.00 CONTAINMENT 612.00 CONTAINMENT 612.00 ANNULUS, Q 0&#xb9;4, AZ:337.ON THE CONT WALL SIDE OF WALKWAY, NEAR COLUMN 8.INST DWG 145?DE.14571C.INSTRUMENTATION RM, 5'W OF THE 612 AIRLOCK DOOR: ON THE CRANEWALI INSIDE A PROTECTED Bo)L INST DWG 145818, 14581.1-5581A.1 4531 B INSTRUMENTATION RM, 4'W OF THE 612 AIRLOCK DOOR, ONTHEWWALL 598.00 Yes Boundng Spectnsn vs.SSE Ground Response S 612.00 612.00 Yes Boundng Spectnsn vs.SSE Ground Respor>>e S Yes Boundng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yos Yes Yes Yes Yos Yas Yes Yos Yos 81 18 1+LP-152 18 1&LP-153 0 pREssURlzER I pREssvntzER (DME<)LEYEL TRANSMllTER 0 PRESSURIZER I PRESSURIZER (OME<)LEVEL TRANSMITTER CONTAINMENT 612.00 CONTAINMENT 612.00 INSTRUMENTATION RM, ON THE CONT.WALI O'WOF COL&#xb9;13 NEAR ANNULUS HATCH INSTRUMENTATION RM, ON THE CRANEWAU NEAR THE FOOT OF THE SEAL TABLE STAIRS 612.00 Yes 612.00 Yes Boundng Spectrum vs.SSE Ground Respa>>e S Boundng Spactnsn vs.SSE Ground Response S Yes Yes Yes Yes Yes Yas Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
I'Print or Type Name S a re Date Print or T pe Name Si ature Date Walkdown..
of 10/18/93 DC C..IIT1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1 of4 Eq.Cl Eqrap.lo Na 14IV4GR-MD-1 14IV4GR-MD-2 14V45 Rev No a?stem/Equipment Desciiptron 0 AVX BUILDING VENTILAI CONTROL ROD DRIVE EQUIP ROOM AND INVERTER AREA VENTILATION RECIRCULATING AIR INLET DAMPER 0 AVX BUILDING VENTIIAI CONTROL ROD DRIVE EQUIP ROOM AND INVERTER AREA VENTILATION RECIRCUtATING AIR INLET DAMPER 0 CCWI LETDOWN HEAT EXCHANGER HE-14 CCW OUTLET SAFHY VALVE 8uadng.AUXILIARY AUXILIARY AUXILIARY Fkxx Eiov.Room or Row/Graumn 609.00 4KVRM.600VSWGRArea,tNSWCORNEROF RM, SWOF 11ASWGR, 1t7 ABOVE FLR, ON SIDE OF INLET DUCT.WAlKDOWN NOTE: IEEE 344-75 ANALYSIS AVAIL 609.00 4KVRM.600VSWGRArea,tNSWCORNEROF RM.SW OF SWGR.MNTD IN CEIUNG.NOT VISIBLE W/0 ENTEIVMG ACCESS DOOR NOTE FOR WAlKDOWH: IEEE 344-75 ANALYSIS AVAIL 633.00 633 HAlLWAY.20 FT.NORtH OF THE FREIGHT ELEVATOR 12 FT.ABOVE FLOOR.Base Etov.Yos Yes Yos Capacsy vs.Demand Basis Bounding Spectrum vs.SSE Grrxnd Response Speci/um Boundng Spectrum vs.SSE Ground Response Spectnm Bourx4ng Spectrum vs.SSE Gnwxl Response Spect/um Cap>Demand?Yes Caveat$OK?Yes OK?Yes Yes Equip OK?Yes Yes 14V-94N 0 GIRL RM AIR CONDITIO I CONTROL ROOM AIR CONDmONING NORTH CHILL WATER EXPANSION TANK TK-76N SAFElY VALVE 1 VRV415 1-VRV425 0 CTRL RM A/C CHILL WA I CONTROL ROOM VENTltATIOM UNIT HV ACRA-1 CHILL WATER 2 1/2.3-WAY AIR OPERATED CONTROL VALVE 0 CTRL RM A/C CHILL WA I CONTROL ROOM VENTILATION UNIT HV ACRA4 CHILL WATER 2 1/2 3.WAY AIR OPERATED CONTROL VALVE 14IV4IGS 0 DIESEL ROOM VENTILATI AB DAB EMERGENCY DIESEL GENERATOR ROOM VENTILATION SVPPlY FAH HV4IGS-1 OUTSIDE AIR SHUTOFF DAMPER I 4V44S 0 CTRL RM AIR CONDITIO I CONTROL ROOM AIR CONDITIONING SOUTH CHILL WATER EXPANSION TANK TK-76S SAFETY VALVE AUXILIARY AUXILIARY AUXILIARY AUXltARY AUXILIARY 650.00 CTRL RM AIR COND RM, IM THE NW CORNER OF THE RM, 1 FT WEST OF NORTH CONTROL RM AIR CONDmoNING NORTH CHILL WATER EXPANSION 650.00 CTRL RM AIR COND RM, AT THE WEST F ND OF CONTROL RM AIR CONDITIONING SOUTH LIQUID CHILLER&#xb9;144VVCRO, NEAR THE SO.WALL 8 FT 650.00 CONTROL ROOM A/C ROOM.3 FEET WEST OF CONTROL ROOM AtR HANDUNG SVBPANEL&#xb9;t&CRA-I, NEAR THE NORTH WALL, 2 FEET ABOVE THE FLOOR 650.00 CONTROL ROOM AC ROOM, IN MIDDLE SOUTH REGION OF THE ROOM.10 FEET EAST OF CONTROL ROOM AIR CONDmONING SOUTH LIQUID CHILLER&#xb9;14IVACR-2, NEAR THE SOUTH WALL, 2 FEET ABOVE THE FLOOR 59L00 REACTOR CABLE TUNNEt QUAD.NO.3, IN MIDDLE OF SW REGN OF THE RM 15 FEET S OF THE ACCESS DOOR FROM THE DIESEL HALLWAY, 8 FEET ABOVE THE FLR 1.5 x Boundng Spectrum vs.Rearrs5c Median Centered Fker Response Spectra 1.5 x Boundng Spectrum vs.Reassdc Merssn Centered Fbor Response Spectra 1.5 x Boundstg Speci/um vs.Rearrsdc Median Centered Boor Response Spectra 1.5 x Sounchrg Spoor/urn vs.Rearrssc Median Centered Fker Response Spoor/a Boundng Spectrum vs.SSE Grand Response Spectrum Yos Yes Yes Yes Yes Yos N/A NIA Yes Yos YOS Yes Yes Yes Yes 14IV4IGS-DCD 0 DIESEL ROOM VENTitAT I CD EMERGENCY DIESEL GENERATOR ROOM VENTILATION SUPPLY FAH HV4X>9-2 OUTSIDE AIR SHUTOFF DAMPER AUXILIARY 586.00 STORAGE TANK PIPE TUNNEl INNWAREA OF PIPE TUNNEINEAR lADDER TO THE RWST VALVE HOUSE, 2'ROM THE E WALI 10'BOVE THE 593 EL PLATFORM.Boundng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes 10 1-HV4GR.0 AUXILIARY BUILDING V/4KV ROOM MD4 600V SWITCHGEAR TRANSFORMERS TR11A 8 TR11C AREA VENT SUPPLY FAN HV4GRS-8 SUCTION DAMPER AUXILIARY 609.00 4KV RM,600V SWGR Area.INNWREGN OF THE RM.ON600V SWGRTRANSFORMERS AREA VENTILATION SUPPLY FAN&#xb9;140f-SGRS4 Boundng Spectrum vs.SSE Grand Response Spectrum Yes Yes N/A Certification:
All the information contained on this Screening VeriTication Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature Date Print or T pe Name Si nature J~~
Walkdown: uf 10/18/93 DC C.IT1 SCREENING VERIFICA N DATA SHEET (SVDS).'age 2 of 4 Eq.CI 11 8 12 8 13 9 Equip.lo No.14V4GR-M04 140/4GR MD4 140/utEB-1 System/Ersspment Deccriipticn 0 AUXILIARY BUILD WG V I 4KV ROOM 600V SWITCHGEAR TRANSFORMERS AREA VENTILATION SUPPLY FAN HV-SGRS-7 SUCTION DAMPER 0 AUXIUARY BUILDING V/600VAC MOTOR CONTROL CENTER MEZZANINE AREA VENTILATION SUPPLY FAN HV4GRS4 VENT DAMPER 0 AUX BUILDWGVENTIIA/AVX BuiLD ING VENTILATION ENGWEERED SAFETY FEATURE EXHAUST UNIT 1 AUXILIARY Fker Ekrv.613.00 Roan or Row/Coksnn 4KV RM.600V SWOR Area, IN NE REGN OF THE 609.00 RM, ON 600V SWGR TRANSFORMERS AREA VENTllATION SUPPLY FAN&#xb9;140/4GRS-7 4KV RM, Mezzanee Area, W MiDDLE S.REGN 633.00 Yes OF THE RM, AT S END OF 600VAC MOTOR CONTROL CENTER MEZZ.AREA VENT.SUPPLY FAN 1+IV4GRS4, 10'BOVE THE FLR NORMAL BLOWDOWN FLASHTANK RM.W THE 633.00 N/A SW REGN OF THE RM, 20'E OF SG NORMAL BD FlASH TK&#xb9;1-TK-99, NEAR THE S WALL Capacity vs.Demand Basis Boundeg Spectrum vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum 1.5 x Bounding speci/um vs.Roaristic M<<fian Centered Fker Response Spectra Cap>Caveats Demaxl?OK?Yes Yes Yes Yes Yos Equip OK?Yes Yes 14 9 15 9 16 9'll 9 18 9 19 9 21 9 140/Ms-2 140/4FP BRE-1 tkvutFp-BRE-2 140/4FP-Ml 14V4FP M2 14V4FP-T1 140/utF P-T2 140/4FP-X1 Ikvutp p-X2 14V-SGRS-1A AVX BUILDWG VENTILAI AUX BUILDING VENTllATION ENGWEERED SAFElY FEATURE EXHAUST UNIT 2 0 AUX BUILDWG VENTILA I'tr BATTERY ROOM EAST EXHAUST FAN AVX BUILDING VENTIIA I TR.'N'ATTERY ROOM WEST EXHAUST FAN 0 TURBWE BUILDWG VEN I EAST MOTOR DRIV AUX FEEDWATER PUMP ROOM EXHAUST FAN 0 TURBWE BUILDING YEN I EAST MOTOR DRIV AVX FEED WATER PUMP ROOM SUPPLY FAN TURB WE BUILDING VEN I TURB DRIV AUX FEED PUMP ROOM SOUTH EXHAUST FAM 0 TURBWE BUILDING YEN I TURBINE DRIV AUX F EED PUMP ROOM NORTH EXHAUST FAN 0 TURBINE BUILDING YEN/WEST MOTOR DRIV AUX FEED PUMP ROOM EAST EXHAUST FAN 0 TURBWE BUILDING VEN/WEST MOTOR DRIV AUX FEEDWATER PUMP ROOM WEST EXHAUST FAN AUX BUILDWG VENTIIA I CONTROL ROD DRIVE EQUIPMENT ROOM AND WVERTER AREA VENTILATION SOUTH SUPPLY FAN AUXILIARY TURBINE TURBINE TURBINE TURBINE TURBINE AUXILIARY 591.00 591.00 591.00 591.00 591.00 591.00 W MOTOR DRIV AUX FDWTR PUMP RM, W SW REGN OF THE RM, 8'W OF W MDAFWP, OM THE S WALL.3'BOVE THE FUL 591.00 Yos 4KV RM,600V SVVGR Area, IN THE SW CORNER 567.00 N/A OF THE RM, 3'OF VENT FAN&#xb9;140/4GRS-IA, NEAR THE CEIUNG.NORMAL SLOWDOWN FLASHTANK RM, IN THE 650.00 N/A SWREGN OF THE RM, 20'WOF SGBD FlASHTANK&#xb9;1-TK49, NEAR THE S WALL HALLWAY.ON THE N WAtL OF THE N-TRAIN BATTERY RM, S FROM E WALI 4'ABOVE THE FLR.HALLWAY, ON THE N WALL OF THE N TRAIN BATTERY RM.4'BOVE THE FLIL E MOTOR DRIVAUXFDWTR PUMP RM, IN THE 591 00 Yes SW CORNER OF THE RM, 10'W OF E MDAFV/P, ON THE W WALI12'BOVE lHE FLR.E MOTOR DRIV AUX FDWI'R PUMP RM.IN THE 59100 Yes NE CORNER OF THE RM, 8'OF THE RIES ENTRANCE DOOR, ON THE N WAll 12'ABOVE THE FUL TURB DRIVAUX FDWTR PUMP RM.IN THE SW 591.00 Yes REGN OF THE RM, O'OF AFP TURBINFON THE W WALL 12'BOVE THE FLIL TURB DRIV AUX FDWTR PUMP RM, IN THE NW 591.00 Yes CORNER OF THE RM, ON THE W WALL S NW OF AUX FPT.12'BOVE THE FLIL W MOTOR ORIV AUX FDWTR PUMP RM.IN THE 591.00 Yos SE REGN OF THE RM.Ir SE OF W MDAFWP, ON THE S WALL, 3'BOVE THE FUL 1.5 x Bounding Spectrum vs.Rearstic M<<fian Centered Fker Response Spectra 1.5 x Bounding Spectrum vs.Rearistic Median Centered Fker Re S a 1.5 x Bounding Spectrum vs.Rearsdc Median Centered Fhor Re S a Boundsig Spectnsn vs.SSE Ground Response Spectrum Boundstg Spectnsn vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum Boundeg Specuum vs.SSE Ground Response Spretrum Bourxsng Spectrum vs.SSE Grand Response Specinxn Boundsig Spectnsn vs.SSE Ground Response Spectrum 1,5 x Bounding specuum va Reari$5c Median Centered Fker Response Spectra Yes Yos Yes Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yos Yos Yes Yes Yos Yes Yes Yes Yos Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
l2/tf/s>Print or Type Name Signature Date Print or Type Name Si nature Date J'C~c Walkdown: uf 10/18/93 DC CO.IT 1 SCREENING VERIFICATION DATA SHEET (SVDS).'age3of4 Eq.CI Equp.lo M/x Rov No SrstNll/Equ/pmont Ooscnptxxt Fbor Elev.Room or Row/Column Base Elev.Capacity vs.Demand Basis Cap>Demand?Anchor OK?Equip OK?24 9 14tv-SGRS-2 14tv SGRS3 0 AUX BUILDING VENTIIA I 4KV ROOM AB 4NI SWITCHGEAR AREA VENlllATION SUPPLY FAM 0 AVX BUILDING VENTIIA/4KV ROOM CD 4NI SWITCHGEAR AREA VEMTBATIOM SUPPLY FAN AUXILIARY 4KV RM, CD 4KV SWOR RM, IN THE NE CORNER OF THE RM, ON THE E WALL, 12'BOVE THE FLR 4KV RM, CD 4KV SWOR RM, IN THE NW REGN OF THE RM, 2'OF ll/RB WE ACCESS DOORWAY, NEAR THE CEILING.RFC 3063 WILL CHANGE POWER SUPPLY TO TR A 633.00 N/A 633.00 N/A 1.5 x Boundeg Spoor/um vs.ROOMc Mtxsan Centered Roor Response S a 1.5 x Boundeg Spectrum vs.Rear>>tie Median Centered Fbor Response Spoor/a Yos Yes Yos Yos 2?9 28 9 31 9 14IV-SGRS-7 14tv-BGRse 14tv-BGRse 14tv-SGRX-2 14IV SGRX4 14IV.SORY 14tv SGRX4I 124I-VACC-1 I 24IV-ACCP-2 124IV ACCPG 0 AUXILIARY BUILDWG VI CONTROL ROD DRIVE EQUIP ROOM AND INVERTER AREA VENTILATION NORTH SUPPLY FAM 0 AUX BUILDING VENTIIA I 4KV ROOM 600V SWITCHGEAR TRANSFORMER TR.11B AND TR-11D AREA VENTILATION SUPPLY FAN 0 AVXIUARY BUILDWG V I 4KV ROOM 600V SWITCHGEAR TRANSFORMERS TR11A AND TR11C AREA VENTILATION SUPPLY FAN 0 AVXIUARY BUILDING V I 6OOVAC MOTOR CONTROL CENTER MEZZANINE AREA VENlltATION SUPPL FAN 0 AUX BUILDING VENTRA/4KV ROOM AB 4KV SWITCHGEAR AREA VENTIIATION EXHAUST FAN 0 AUX BUILDWG VENTltA/4NI ROOM CO 4NI SWITCHGEAR AREA VENTI tATIOM EXHAUST FAM 0 AUXBUILDINGVENTitA/AB BAlTERY EQUIPMEMT AREA BATTERY ROOM VENlllATION EXHAUST FAM 0 AVX BUILDING VENTIIA I CD BATTERY EQUIPMENT AREA BATTERY ROOM VEIrntATION EXHAUST FAN 0 AVX BU/LDING VENTILA I CCW PUMPS VENTILATION NORTH SUPPLY FAN 0 AVX BUILDING VENTILA I CCW PUMPS VENTIIATION MIDDLE SUPPLY FAM 0 AVX BUILDING VENTIIA I CCW PUMPS VENTILATION SOUTH SUPPLY FAN AUXILIARY AUXILIARY 613.00 4KV RM.600V SWOR Area.IN NW.REGN OF RM.T E OF THE TURBINE BUILDING ROOLUP DOOR, NEAR THE CEIUNG 4KV RM.Mezzanee Area.IN MIDDLE S.REGM 633.00 N/A OF THE RM, NEAR PLANT BATrERY CONTROL PANEL 14IA~, 10/ABOVE THE FLR 4KV RM.600V SWOR Area, IN SW.REGN OF THE RM, tr w.0F 600vAc Bus 11A swGR DN THE W.WALL 4'BOVE THE FLR 4KV RM, 600V SWGR Area, 633.00 NIA AB SAlT EQUIP AREA.IN THE CENTER OF THE 633.00 N/A RM, NEAR THE CEILING.SWGR CABLE SPREADING RM, IN THE NE REGN OF THE RM, 15'OF A CEMENT COLUMN.NEARASWALI NEARTHEFLR HALLWAY, IN SW REGN OF THE HALLWAY.20'33.00 N/A SWOF CONTAUXSUBPNL&#xb9;ZCAS,12'ABOVE THE FLR HALLWAY, IN THE SW REGN OF THE HALLWAY, 20'W OF CONT.AUX SUBPNL&#xb9;2-CAS.12'BOVE THE FLR.HALLWAY, IN THE SW REGN OF THE HALLWAY, 20'WOF CONT AUX SUBPNL&#xb9;2-CAS.12'BOVE THE FLR 4KV RM.600V SWOR Area.IN SW.CORNER OF 633.00 N/A THE RM.2'.OF VENT FAN 14IV<GR~NEAR S.WAUNEAR THE CEIUNG 4KV RM,600V SWGRArea, IN THE NE REGN OF 633.00 RM, 4'OF 600VAC BUS 11B SUPPLY XFMR&#xb9;1-TR11B, 1/ABOVE THE FLR 1.5 x Bourxurg Spectrum vs.Realistic M/xfian Centered Rcor Rosponse Spoor/a 1.5 x Boundeg Spectrum vs.ROSMc Mecssn Centered Roor Response Spool/a 1.5 x 6/xedeg Spect/um vs.ROSMc Me/Ssn Conte/ed Roor Rospo/>>e Spectra 1.5 x Bounding Spectnm vs.ROSSSSc Median Centered Fbor Response Spect/a 1.5 x Boundeg Spect/um vs.ROSSSSc M/xfian Conlered Fbor Res Spectra 1.5 x Boundeg Spectnet vs.Reasstic Mtxfian Centered Fbor Response Spectra 1.5x Boundeg Spectrum vs.Res/istic M/xfian Centered Fbcr Response Spectra 1.5 x Bound'eg Spect/um vs.ROOMc Median Centered Floor Response Spectra 1.5 x Boundeg Spect/um vs.ROSMc MaSan Conb/red Boor Re S a 1.5 x Boundeg Spoctnel vs.ROOSsdc Me/San Centered Fbor Re S 1.5 x Bounding spoor/um vs.Rear>>5c Median Centered Boor Re Spectra Yes Yes Yos Yos Yos Yes Yos Yes Yos Yes Yes Yes Yes Yes Yos Yes Yes Yos Yes Yes Yos Yes Yos Yos Yos Yos Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
lv fV Print or Type Name Signature Date Print or Type Name Si nature Date
~4 L.
Walkdown:.of 10/18/93 DC CO.SIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 4 of 4 Eq.Cl 37 9 Equip.ID Nrx 124IV-ESW4 124IV-ESW4 Rov No System/Equtpmont Descr'ption 0 SCREENHOUSEVENTIIAT/UNIT1 SCREENHOUSE WEST ESW PUMP ROOM SUPPLY VENTILATION FAN 0 SCREENHOVSE VENTIIATI UNIT 1 SCREENHOUSE WEST ESW PUMP ROOM SUPPLY VENTllATION FAM Fkgr Ekrv.Room or Rowlcokmn 591.00 W ESW PUMP RM, W SE CORNER OF THE RM, 15'E OF W ESW PP, 13'BOVE THE FLR 591.00 W ESW PUMP RM, W THE SW CORNER OF THE 587.00 RM, 15'WOF W ESW PP.13'ABOVE THE FLR NIA N/A Capacity vs.Demand Bash 1.5 x~Spoctiuri vs.Rearadc Median Centered Fkxx Re Spectra 1.5 x Boundeg Spectrum vs.Roassdc Morgan Centered Fker Response Spears Cap>Caveats Demand?OK?Yes Anchor OK?Yes Yos Yes Yes Equp OK?Yes Yes 124IV-ESW.?I 24tv ESW4I 0 SCREENHOUSEVENTILATIUNIT&#xb9;1 SCREENHOUSE EAST ESW PUMP ROOM SUPPLY VENTILATION FAM 0 SCREENHOUSEVENTIlAT/UNIT1 SCREENHOUSE ESW PUMP ROOM SUPPLY VEMTltATIOM FAN 591.00 E ESW PUMP RM, IN THE SW CORNER OF THE 587.00 RM, IS SE OF E ESW PP, 13'ABOVE THE FLR 591.00 E ESW PUMP RM, IN SE CORNER OF THE RM, 15'SEOF E ESWPP,13'ABOVETHEFLR N/A 1.5 x Boundeg Spectrum vs.R8$5$5c Morgan Centered Fkxx Rasper>>e Spectra 1.5 x Boundeg Spoof/uii vs.Realsdc Morgan Centered Boor R Spectra Yes Yes Y8$Y8$Yes Yos Yes Y8$Yes Yes 41 10 42 10 43 10 44 10 45 11 46 11 47 11 48 11 49 11 50 11 14tv-ACRA-I 14tv AC RA-2 14tv~s-1 (FLT)14IV~S-2 (FLTj 14IV4CR 1 14tv&CR-2 14IE43H I+E43S 1&EMN 1&ERAS 0 CONTROL ROOM VENTIIA I CONTROL ROOM VENTRATION NORTH AIR HANDLER PACKAGE 0 CONTROL ROOM VENTILAI CONTROL ROOM VENTILATION SOUTH AIR HANDLER PACKAGE 0 AVX BVILDWG VENTIIA I AUX BUILDING VEMnlATION ENGWEERED SAFETY FEATURE EXHAUST AIR FILTER UNIT&#xb9;I 0 AVX BUILDING VENTIIA/AVX BullDING VENTllATION ENGWEERED SAFETY FEATURE EXHAUST AIR FILTER UNIT&#xb9;2 0 CONTROL ROOM A/C CHI I CONTROL ROOM NORTH UQUID CHILLER PACKAGE 0 CONTROL ROOM A/G CHI I CON1ROL ROOM SOUTH UQUID CHILLER PACKAGE 0 CONTROL ROOM A/G CHII CONTRL ROOM AC NORTH UQUID CHILLER HVJLCRI EVAPORATOR 0 CTRL RM AIR CONDmo I CONTROL ROOM AIR CONDmoNING SOUTH UQUID CHILLER HV~R-2 EVAPORAT 0 CONTROL ROOM AC CHI I CONTROL ROOM A/G NORTH LIQUID CHILLER HVAR-1 CONDENSER 0 CONTROL ROOM A/G CHI I CONTROL ROOM A/G SOUTH LIQUID CHILLER HVAR-2 CONDENSER AUXILIARY AUXILIARY AUXILIARY AUXILIARY AVXIUARY 650.00 CONTROL RM, A/G RM, 650.00 CONTROL RM, A/C RM, 633.tn NORMAL BLOWDOVVM FLASHTANK RM, 633.00 NORMAL BLOWDOWN FLASNTANK RM, 650.00 CONTROL RM, AC RM, 650.00 CONTROL RM, AIG RM, 650.00 CTRL RM AIR COND RM 650.00 CTRL RM AIR COND RM, IN THE SW PART OF THE RM, ON THE SO.WALL 2 FT ABOVE THE FLR 650.00 CTRL RM AIR COND RM 650.00 CTRL RM AIR COND RM N/A N/A N/A 1.5 x~Spectnsn vs.ROSMc Morfue Centered Boor R Spectra 1.5 x Botedeg Spoanm vs.Real>>dc Morgan Centered Boor R ossa>>o 1.5 x Boundeg Spearum vs.Realsdc Median Centered Floor Response Speara 1.5 x Boundeg S peanm vs.RoarLsdc Mec&#xb9;se Centered Fkgr Response Spectra 1.5 x Boundeg Speanm vs.R8$5$5c Morgan Centered Roar Response S a 1$x Boundeg Spoanm vs.Rear>>dc Morfutn Centered Floor R S 8 1S x Boundeg Spoctnm vs.Roar>>58 Mtxfian Centered Fkxx R S a 1.5 x Boundeg Spectrum vs.Rear>>dc Mec&#xb9;an Centered Fkxx Response Spectra 14 x~Spoctn&#xc3;i vs.Rear>>dc Median Centered Fbor Response Spectra 1.5 x Boundeg Speanm vs.Realouc Median Centered Floor Respor>>e Speara Yes Yes Yes Yes Yes Yes Yes Yes Yes No Yes Yes Yes Yes Yos No Yes Yes Yes Yes Y8$Yes Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)(z~i~few Print or Type Name Si nature Date Print or T pe Name Signature Date Eq.Ci Rev No Walkdown: tt(~f July 18, 1992 system/Equpmant Descnption DC C nit1 SCREENING VERIFICATION DATA SHEET (SVDS)Fkxrr Eiev.Base Eiev.<47?Cspacrty vs.Demand Basis Cap>Damd?Csvests OK?Ancnor OK?Interact OK?Equp OK?Page 9 of 10 18 18 18 14iPP-1 51 14PP-152 14PP-153 0 PRESSURIZER IPRESSURIZER(OMEN)
LEVEL TRAN SMllTER 0 PRESSURIZER I PRESSURIZER (OME<)PRESSURE TRANSMITTER 0 PRESSURIZER/PRESSURIZER(OMEN)
PRESSURE TRANSMITTER CONTAINMENT 612.00 CONTAINMENT 612.00 CONTAINMENT 612.00 INSTRUMENTATION RM.5'W OF THE 612 AIRLOCK DOOR, IN THE SW CORNER OF THE RM.ON THE W WALL INSTRUMENTATION RM, ON THE CONT.WAUNEAR COL 913, NEAR ANNULUS HATCH, 2'BOVE THE FlR INSTRUMENTATION RM, ON THE CRANWALL NEAR COL 815.NEAR THE SEAL TABLE STAIRS 612.00 Yes 612.00 Yes 612.00 Yes Boundng Spectrum vs.SSE Ground Response S Boundny Spectrum vs.SSE Ground Response S Boundstg Spectrum vs.SSE Ground Response S Yes Yes Yas Yas Yes Yes 18 1+PS-121 0 REACTOR COOlANT I REACTOR COOLANT LOOP 2 HOT LEG WIDE RANGE PRESSURE TRANSMITTER CONTAINMENT 612.00 W CONT LOWER VENT RM, ON CRANEWALL SIDE OF THE WALKWAY, 1'ROM CONT.LowER YENT ve wo/EELY-2, 5'BOVE FLR 61 2.00 Yas Boundny Spectrum vs.SSE Ground Response Spctrurn Yes Yes 87 18 18 18 14IPS-122 WERI-21 1&RI-23 0 REACTOR COO(ANTI REACTOR COOLANT LOOP 1 HOT LEG WIDE RANGE PRESSURE TRANSMBTER 0 NUCLEAR INSTRUMENTAT I NUCLEAR 0IST.WIDE RANGE RADIATION DETECTOR 0 NUCLEAR INSTRUMENTAT/NUCLEAR 01ST.SOURCE RANGE RADIATIOM DETECTOR CONTAINMENT 611.00 CONTAINMENT 626.00 CONTiuNMENT 626.00 E CONT LOWER VENT RM.NEAR COLUMN 8 5.NEAR THE DOORWAY TO VENT UNIT 8 1-HVCLV-1 REACTOR CAVITY, AZ.090, REACTOR CAVITY, AZ:270, 598.00 Yes 625.00 Yes 625.00 Yes Boundng Spectrum vs.SSE Ground Response S Boundng Spectrum vs.SSE Ground Response S Bourxlny Spectrum vs.SSE Ground Response Yes Yes Yes Yes 18 1.XRV-RACK-0 CONTROL AIR I PRZTRW PRESSURE RELIEL VLV NRV-152 152 VLV RACK EMERG AIR PRESSURE REGULATOR CONTAINMENT 650.00 UPPER CONT, ON THE CRANEWALL SIDE OF THE AREA, ON THE OUTSIDE OF THE PRZ DOGHOUSE 650.00 Yes Boundrng Spectrum vs.SSE Ground Response Yes Yes 91 18 19 19 19 1-xRV~K-153 INTR-110 1&TR-1 20 WITR-130 0 CONTROL AIR I PRZ TRA PRESSURE RELIEF VLV SNRV 153 VLV RACK EMERG AIR PRESS REGUlATOR 0 REACTOR COOLANT/REACTOR COOLANT LOOP 1 HOT LEG WIDE RANGE TEMP RECORDER THERMAL SENSOR 0 REACTOR COOLANT I REACTOR COOLANT LOOP 2 HOT LEG WIDE RANGE TEMP RECORDER THERMAL SENSOR 0 REACTOR COOLANT I REACTOR COOlANT LOOP 3 HOT LEG WIDE RANGE TEMP RECORDER THERMAL SENSOR CONTAINMENT 650.00 CONTAINMENT 598.00 CONTAINMENT 617.00 CONTAINMENT 625.00 UPPER CONT, ON THE CRANEWALL SIDE OF THE AREA, ON THE OUTSIDE OF THE PRZ DOGHOUSE LOWER CONT QUAD 1, AZ 015.OM THE SHIELD WALL SIDE OF SGIII,2(7ABOVE FlR LOWER CONT QUAD 2, AZ 169.ON THE SHIELD WALL slDE 0F sG 82.DN THE 621 EL PlATFORM LOWER CONT QUAD 3, AZ 194, ON THE SHIELD WALL SIDE OF SG Srs.ON THE 621 EL PlATFORM 650.00 Yes 598.00 Yes 625.00 Yes Yes Boundrny Specuum vs.SSE Ground Response S Boundng Spectrum vs.SSE Grcund Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Grourxi Response Yes Yes Yes Yes Yes Yes Yes Yes N/A Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name ture ate Print or Type Name S ature Date Walkdown: V f July 18, 1992 DC C Jnit1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 10 of 10 Item Eq.Ci Equp ID 94 19 14rlR-140 95 19 14ITR-210 96 19 1.NTR-230 97 19 1~R-240 Rev No 0 REACTOR COOlANT I REACTOR COOLANT LOOP 4 HOT LEG WIDE RANGE TEMP RECORDER THERMAL SENSOR 0 REACTOR COOLANT I REACTOR COOLANT LOOP 1 COLD LEG WIDE RANGE TEMP RECORDER THERMAL SENSOR 0 REACTOR COOIANT I REACTOR COOLANT LOOP 3 COLO LEG WIDE RANGE TEMP RECORDER THERMAL SENSOR 0 REACTOR CoolANT I REACTOR LOOP 4 COLD LEG WIDE RANGE TEMP RECORDER THERMAL SENSOR CONTAtNMENT CONTAINMENT CONTA9IMENT CONTAINMENT Floor Earv.Room or Rowicotumn 617.00 617.00 LOWER CONT QUAD 3, AZ 236.BETWEEN THE RCP&#xb9;3 8 THE SHIELD WALION 617 EL PlATFORM LOWER CONT QUAD 4.AZ 307, BETWEEN THE RCP&#xb9;4 8 THE SHIELD WALL, ON 617 EL PLATFORM 598 00 LOWER CONT QUAD 4 AZ 336, ON THE SHIELD WALL SIDE OF SG&#xb9;4.20r ABOVE THE FlR 598.00 LOWER CONT QUAD 1, AZ 035.BEIWEEN THE RCP&#xb9;1 8 THE SHIELD WAUON 617 EL PLATFORM 625.00 Yes Capacrty vs.Demand Base Boundrrg Spectrum vs.SSE Ground Response 6 Bounrang Spectrum vs.SSE Grorard Response Spectrum Bouncang Spectrum vs.SSE Ground Response Spectrum Bounrang Spectrum vs.SSE Ground Response Spectrum Cap>Demd?Yes Yes Yes Yes Caveats OK?Yes Anchor OK?NIA Yes No No Equip OK'?Yes Yes No Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name i ture ate Print or T pe Name nature Date Walkdown: uf 10/18/93 Eq.CI Erasp.lo No.System/Equipment Descnpbon DC C.IT 1 SCREENING VERIFICATION DATA SHEET (SVDS Csp>Demand?Caveats OK7.'age 1 of 5 Erst OK7 18 14LI-113 18 1<U-114 0 CONDENSATE STORAGE T I CONDENSATE STORAGE TANK TK-32 LEVEL NDICATOR TRANSMATER 0 CONDENSATE STORAGE T I CONDENSATE STORAGE TANK TK-32 LEVEL INDICATOR TRAN SMflTER AUXILIARY 586.00 STORAGE TANK PIPE TUNNEL, N THE NE AREA OF PIPE TUNNEL, ON THE N WAUB'BOVE 593 EL PIATFORM.STORAGE TANK PIPE TUNNEL IN THE NE AREA OF THE PIPE TUNNEL, 10'OF THE CST ACCESS lADDER HATCH, 5 ABOVE THE 593 EL PLATFORLL 587.00 Yes 587.00 Yes Bounding Speanm vs.SSE Ground Response Spectrum Boundng Speanm vs.SSE Grourxl Response Specinm Yes Yes Yes 18 tP&410 0 CCWI EAST CGW PUMP PP 110E DISCHARGE PRESSURE SWITCH 18 I F0 18 1+F1-210 0 GCW/WEST GGW PUMP PP-10W DISCHARGE PRESSURE SWITCH 0 AUX FEEDWATER I AVX FEEDWATER To STEAM GENERATOR OME4.1 FLOW NDICATOR TRANSMffTER AUXILIARY 609.00 AUXIUARY 609.00 AVXIUARY 621.00 HALLWAY, 7 FT NW OF EAST CCW PUMP<<12-PP-10E HALLWAY, 5 FT NW OF WEST CGW PUMP 812 PP-10W E MAIN STEAM STOP ENCLOSURE, SW CORNER OF RM 609.00 Yes 609.00 Yes 650.00 N/A Boundng Spec/nm vs.SSE Ground R Spocbum Bourxlng Spea/um vs.SSE Ground Re S 1.5 x Bourxhg Speansn vs.ROSMc Mtxfian Centered Boor Response S pact/a Yes Yes Yes Yos Yes Yes Yos Yes Yes 10 12 13 18 14'FIZR 18 I+F1-230 18 MFI440 18 14FI410 18 14FI411 18 14FM20 18 14FF321 18 14LS-950 0 AUX FEEDWATER I AUX FEEDWATER To STEAM GENERATOR OMM-2 FLOW NDICATOR TRANSMITTER 0 AUX FEEDWATER I AUX FEEDWATER TO STEAM GENERATOR OMEGA FLOW INDICATOR TRAN SMRTER 0 AUX FEEDWATER I AUX FEEDWATER TO STEAM GENERATO OME~FLOW INDICATOR TRANSMITTER 0 RHR I EAST RHR HEAT EXCHANGER HE-17E OUTLET LOW RANGE FLOW NDICATOR TRANSMITTER 0 RHRIEASTRHRHEAT EXCHANGER HE.1?E OUTLET HIGH RANGE FLOW NDICATOR TRANSMITTER 0 RHR I WEST RHR HEAT EXCHANGER HE.1?W OUTLET LOW RANGE FLOW INDICATOR TRANSMRTER 0 RHR I WEST RHR HEAT EXCHANGER HE-17W OUTLET HIGH RANGE FLOW NDICATOR TRANSMITTER 0 RWST SUPPLY/RWST 7K'XTREME LOW LEVEL TRANSMITTER AUXILIARY 621.00 AUXILIARY 621.00 AUXILIARY 621.00 AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 W MAIN STEAM STOP ENCCLOSVRE.
S CENTRAL AREA OF RM.W MAN STEAM STOP ENCCLOSURE, IN THE MIDDLE OF THE N PART OF THE RM.12'OF CONT PENETRATION
<<ICPN4.E MAIN STEAM STOP ENCLOSURE, ON THE N WALI ltyNOF STAIRS.HALLWAY.11'OF RHR HE RM'S DOORWAY, OM THE N WALL 5'BOVE THE FLR HALLWAY, 12'OF E RHR HEAT EXCHANGER RM DOORWAY, OM N WAll, 5 ABOVE THE FUL HALLWAY, 15'OF THE PASSENGER ELEVATOR, ON THE N WAU 5'ABOVE%HE FLR HALLWAY.15'OF THE PASSENGER ELEVATOR.ON THE N WAU 5 ABOVE THE FUL STORAGE TANK PIPE TUNNEI IN THE NE AREA OF PIPE TUNNEI 8 E OF REFUELNG WATER STORAGE TAN K VALVE HOUSE lADDER, ON N WALL 7'BOVE 593 EL PlATFORM.650.00 N/A 609.00 Yes 609.00 Yes 609.00 Yes 587.00 Yes 1.5 x Boundng Spectrum vs.Reafutic Median Centered Roar Response Spears 1.5x Boundng Specuum vs.Realssc Mtxf~Centered Floor Response Spectra 1.5 x Bandng Spearum vs.Roafrstic Median Centered Fkxx Response Spectra Bandng Spectrum vs.SSE Ground Response Spectnm Boundng S pectnm vs.SSE Ground Response Spec@urn Boundng Spectrum vs.SSE Ground Response Spoctnm Boundng S pearum vs.SSE Gnxnd Response Spoanm Boundng S pearum va SSE Gnxnd Response Spectnm Yes Yes Yes Yes Yes Yos Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entiy and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name in ure)~2(Date Print or T pe Name Si nature n.&~as Date
)I Wr A'l Walkdown: df 10/18/93 DC CO.<IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)rsage 2 Of 5 14 18 Equip.iD No.14LS-SSI Rav No 0 RWST SUPPLY I RWST 1K'EVEL TRANSMITTER FIXE/Elev.586.00 STORAGE TANK PIPE TUNNEL, W NE AREA OF PIPEllJNNEI 12'EOFREFUEUNGWIR STORAGE TANK VLV LADDER ON N WALL T ABOVE 593 EL PlATFORM.Base Elav.Boundeg Spectrum vs.SSE Ground Rasper>>e Spectrum Csp>Demand?Yos Caveats OK?Yos Yes Equip OK?15 16 17 18 19 21 18 18 18 18 18 18 18 18 144PP-210 0 MAW STEAM/STEAM GENERATOR OME4-1 CHANNEL I STEAM PRESSURE TRANSMITTER I MPP-212 0 MAW STEAM I STEAM GENERATOR OMM-I CHANNEL IV REACTOR PROTECTION WPVT STEAM PRESSURE TRANSMITTER I MPP-220 0 MAIN STEAM I STEAM GENERATOR OMEG-2 CHANNEL I STEAM PRESSURE TRANSMITTER
'14IPP-222 0 MAIN STEAM I STEAM GENERATOR OMM-2 CHANNEL III REACTOR PROTECTION WPUT STEAM PRESSURE TRANSMllTER 144PP-230 0 MAW STEAM I STEAM GENERATOR OMEGA CHANNEL I STEAM PRESSURE TRANSMITTER 144PP-232 0 MAW STEAMI STEAM GENERATOR OMEN@CHANNEL III REACTOR PROTECTION INPUT STEAM PRESSURE TRANSMITTER 14/IPP-240 0 MAW STEAM I STEAM GENERATOR OME44 CHANNEL I STEAM PRESSURE TRANSMATER 14/IPP-242 0 MAW STEAM I STEAM GENERATOR OME~CHANNEL IV REACTOR PROTECTION WPUT STEAM PRESSURE TRANSMRTER AUXILIARY AUXILIARY AVXIUARY AUXIUARY AUXILIARY AUXILIARY 633.00 E MAIN STEAM STOP ENCLOSURE, W THE SW REGM OF THE RM.4'W OF THE TOP OF STEAM STOP VALVE 14VIRV-210, 7 ABOVE 647 EL PLATFORM 633.00 E MAIN STEAM STOP ENCLOSURE.
633.00 W MAW STEAM STOP ENCCLOSURE.
8 NE OF MAIN STEAM STOP VALVE 14hRV420, AT 652 EL PLATFORM, ON THE CONT WALILOCATED INSIDE OF BlAST BOX 633.00 W MAIN STEAM STOP ENCCLOSVRE.
SE AREA OF 652 EL PLATFORM, ON CONT WAll LOCATED WSIDE OF BLAST BOX 633.00 W MAW STEAM STOP ENCCLOSURE.
8'OF MAtN STOP VALVE 14lRV-230, ON THE CONT WALL, AT 652 EL PLATFORM.633.00 W MAIN STEAM STOP ENCCLOSVRE, NE CORNER OF 652 EL PLATFORM, ON CONT WAU LOCATED INSIDE OF BLAST BOX 633.00 E MAW STEAM STOP ENCLOSURE.
W NW REGN OF RM, 8 SW OF TOP OF STEAM STOP VALVE WLRV-240, NEAR THE W WALI2'BOVE 647 EL PLATFORM.633.00 E MAW STEAM STOP ENCLOSURE.
W THE NW CORNER OF THE RM, 8'W OF lHE TOP OF STEAM STOP VALVE 14IRV440, NEAR THE W WAU 2'BOVE THE 647 EL PLATFORM.N/A N/A 1.5x~Spectrum va.Roarrc Marssn Cantered Fkror Response Spectra 1.5 x Boundeg Spectrum vs.Rear>>dc Median Centered Fker Respcnso Spectra 14 x Boundeg Spactnsn vs.Reef>>tic Median Centered Floor Response Spectra 1.5 x Boredeg Speci/um vs.Reafrsdc Median Centered Fker Response Spectra 1.5 x Boundeg Speci/uni VL Reafrsdc MaSan Centered Floor Re S s 1.5 x Boundeg Specuum vs.Rearrsdc Median Centered Fker Response Spectra 1.5 x Boundeg Spectnsn vs.R4$5$5c Median Cantered Fkcr Response Spears lh x Boundeg Spectrum vs.Rear>>gc Motif>>e Centered Fkor Respcnse Spectra Yes Y4$Yes Yes Yes Yes Yes Yes Y4$, Yes Yas Yes Yes Yes Yes Yes Yos 24 25 27 18 18 18 18 18 1+PP~I 1OFA-210 1 MFA-220 0 CONTAINMENT VENTiLAT I LOWER CONT.CIL III PRESSURE PROTECTION TRANSMITTER 0 COMl'AINMENT VENTILAT I LOWER COMTAWMENT CHANNEL u PRESSURE PROT.TRANSMITTER 0 CONTAWMENT VENT ILAT I LOWER CONTAWMEMT CHANNEL I PRESSURE PROTECTION TRAN SMffTER 0 RCTR COOLANT PMP SEA I RCP WATER ULIECTION TO RCP PP<5 1 LOW FLOW ALARM TRANSMITTER 0 RCTR COOLANT PMP SEA I RCP SEAL WATER WJECTION TO RCP 2 LOW FLOW AlARM TRANSMITTER AUXILIARY AUXILIARY 612.00 AIRLOCK AREA, 15'E OF THE 612 El AIRLOCK, 3'E OF VALVE 1-VCR-202, O'BOVE THE FLIL 612.00 AIRLOCK AREA, 15'E OF THE 612 EL/NILOCK, S SE OF VALVE 1.VCR-202.
3'BOVE THE FUL INST OWG MSSI AB.612.00 AIRLOCK AREA, 1'OF CONT PENETRATION
&#xb9;I CPM-86.4'F VENTILATION UNIT&#xb9;I 4IV CIPX-1, NEAR CONT WAU S ABOVE THE FLR 587.00 HALLWAY, T E OF DOORWAY To THE STARTUP BLOWDOVW FlASHTANK IU/rs RAMP.ON THE N WAll.6'BOVE THE FLR 587.00 HAlLWAY, T E OF DOORWAY TO THE STARTVP BLOWDQM FlASHTANK Rhfs RAMP.0 N THE N WALl 6'BOVE THE FLR Y4$1$x Bounrteg SFOCtrum vL Reafrsdc Median Centered Floor Re OS 4 I 5 x Bounceg Spectnsn vs.Rear>>dc Marfrsn Centered Fkor Ra S 1.5 x Boundeg Spectrum vs.Reafrsdc Morfian Centered Fkor Response Spectra Boundeg Speci/um vs.SSE Ground Response Spectrum Bounrfeg Spectnsn vs.SSE Ground Response Spectnsn Yes Yes Yes Yas Y4$Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nat re rz/>r its Date Printer T pe Name Si nature I/2//0/9$Date Walkdown: df 10/18/93 DC COL.rlT 1 SCREENING VERIFICATION DATA SHEET (SVDS)reage30f5 Equ'P.ID Ma Rov No Base Elev.Capacsy vs.Demand Base Cape Demand?Cevoats OK7 Equip OK?28 18 1<PA-230 0 RCTR COOIANT PMP SEAI RCP SEAL WATER NJ ECTION TO RCP 3 LOW FLOW ALARM TRANSMITTER AVXIUARY 587.00 HALLWAY, 7'OF DOORWAY TO THE STARTVP BLOWDOWN FIASHTANK RM'S RAMP.ON THE N WALL 6'BOVE THE FLR 587.00 Yes Bourding Speansn vs.SSE Ground Response Spearum Yes Yos Yes 31 18 18 18 14?FA-240 14?F l-200 14?LC451 0 RGTR COOLANT PMP SEA I RCP SEAL WATER TO RCP 4 LOW FLOW ALARM TRANSMITTER 0 CVCS-CHARGING I GVGS CHG PPS DISCH FLOW NDICATOR 0 CVCS I REACTOR COOLANT LETDOWN VCT TK-1 0 EXTREME HIGH LEVEL CONTROL TRANS MflTER AUXILIARY 587.00 AUXILIARY 587.00 AUXILVIRY 609.00 HALLWAY.7'OF DOORWAY TO THE STARTUP BLOWDOWN FIASHTANK RM'S RAMP.ON THE N WALl, O'BOVE THE FlR HALLWAY, ON W WALI 1ir N OF CHARGING PUMP RM DOORWAY NST DWG.124565, 1 5531 B HALLWAY, 10'OF FREIGHT ELEVATOR, ON THE N WAUS'BOVE FLR 587.00 Yes 609.00 Yes Botndstg Specuum vs.SSE Ground Response Spearum Boundstg Spectrum vs.SSE Ground Respor>>e Spearum Botndng Spectrum vs.SSE Ground Respor>>e Spectnsn Y8s Y88 Yes Yes Yes.Yes Yes Yes Yes 18 142LG452 0 GVCS I REACTOR COOLANT LETDOWN VCT TK-10 HIGH LEVEL CONTROL TRANSMITTER VOLUME CONTROL TANK RM, ON sW SIDE oF 609.00 Yes TANK, 1P ABOVE THE FLR Bounding S pectnsn vs.SSE Ground Response Spectrum Yes Yos Yes Yes Y8s 18 18 I-WDS.?01 1 WDS.?02 0 ESWI EAST ESW PUMP PP-TE DISCARGE STRAINER OME44E HIGH Dip FERENTIAL PRESSURE SWITCH 0 ESWI WEST ESW PUMP PP-7W DISCHARGE STRANER OMEGA HIGH DIFFERENTIAL PRESSURE SWITCH SCREENHOUSE 591.00 SGREENHOUSE 591.00 E ESSNTL SERV WTR PMP RM W ESSNTL SERV Wr R PMP RM 591.00 Yes 591.00 Yes Boundng Spectrum vs.SSE Groufxl Reaper>>o Spctrufrt Boundng Spearum vs.SSE Ground Response Spectrum Yes Yes Yes Yos Yes Yes Yes 37 18 18 18 1.WPS-701 0 ESWI EAST ESW SUPPLY HEADER PRESSURESWITCH 12%PS 430 0 GCW I SPARE GCW PUMP DISCHARGE PRESSURE SWITCH 1.WPS.70S 0 ESWI WEST ESW SUPPLY HEADER PRESSURESWITCH TVRBINE 569.00 TURBWE 569.00 AUXILIARY 609.00 ESSNTL SERV WTR PIPE TVMNEL ESSMTL SERV WTR PIPE TUNNEL 591,00 Yes 591.00 Yes HALLWAY, 4 FT Mw OF THE SPARE Ccw pvMP 609.00 Yes 8124'P 10.3 FT ABOVE THE FLR Boundng Spearum vs.SSE Ground Re S Bounding spearum vs.ssE Grand Response S Bouxtng Spearum va SSE Ground Re S Yes Yos Yes Yes Yes Yes Yes Yes Yes 1TROIS 0 GCW I EAST CCW HEAT EXCHANGER HE-1 5E CCW OUTLET TEMPERATURE RECORDER THERMAL SENSOR AUXILNRY 609.00 HAlLWAY, 609.00 Yes Boundrtg S pearum vs.SSE Ground Response Spectrum Yos Yes 19 19 1CTR425 1-Vr S-201 0 GGWI WEST COMPONENT COOUMG WATER HEAT EXCHANGER HE-1 5W CCW OUTLET TEMPERATURE RECORDER THERMAL SENSOR 0 TURBINE BUILDWG VEN I EAST MOTOR DRIVEN AUXILIARY FEEDWATER PUMP ROOM EXHAUST FAM HV4FP4N THERMAL SENSOR TURB WE 59I.CO HALLWAY.ON N.END OF W.COMPONENT COOUNG WATER HEAT EXCHANGER 14IE-15W, 6'BOVE FLR E MOTOR DRIV AVX FDWTR PUMP RM.Ir NW.OF E MOTOR DRIVEN AUXILIARY FDWTR PUMP 1 PPNE, ON W.WAll 8'BOVE FLR 609.00 Yes 591.00 Yes Boundng Spectrum vs.SSE Ground Response Spearum souring Spearum vs.SSE Grand Rospa>>e Spearum Yes Yes Yes Yes Yes Yos O'I 19 0 TVRBWE BUILDWG VEN I TVRBWE DRIVEN AUXIUARY FEED PUMP ROOM NORTH EXHAUST FAN HV-AFP-T1 THERMAL SENSOR TURBWE 591.00 TURB DRIV AUX FDWTR PUMP RM, N SE.REGN OF RM, 6'.OF TURBNE DRIVEN AVXllARY FEED PUMP 14'PA, ON S.WAU 9'BOVE FLR 591.00 Yes~Spectrum vs.SSE Ground Response Spectrum Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name in ure l2-Z Date Print or T pe Name Si nature]z(/f,(gs Date Walkdown:..of 10/18/93 DC COL.BIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 4 of 5 Eq.Cl Equ'p.ID No.Rev No Floor Elev.Room or Rowlcoasmn Cap>Demand?Cavoats OK?OK?Eq>>p OK?42 19 1.VTS-204 43 19 1.VTS-206 44 19 1-VTS440 45 19 1-V16450 46 19 1-vrs451 0 TURBWE BUILDWGVENI TURBINE, DRIVEN AUXILIARY FEED PUMP ROOM SOUTH EXHAUST FAN HV-AFP T2 THERMAL SENSOR 0 TURBINE BUILDWG YEN I WEST MOTOR DRIVEN AUXILIARY FEEDWATER PUMP ROOM WEST EXHAUST FAN NMFP-X2 THERMAL SENSOR 0 DIESEL BVILDWGVENTIAB EMERGENCY DIESEL GENERATOR ROOM VENTILATION FANS OUTSIDE AIR THERMOSTAT 0 AUXIUARY BUILDWG V I CONTROL ROD DRIVE EQUIP ROOM AND WV ARFA VENT SOUTH SUPPLY FAN HV4GRA.1A TEMPERATURE SWITCH 0 AUXILIARY BUILDING V/CONTROL ROD DRIVE EQUIPMENT ROOM AND WV AREA VENT SOUTH SUPPLY FAN HVCGRS-1 A TEMPERATURE SWITCH TURBINE AUXILIARY AUXILIARY 591.00 TURB DRIV AVX FDWTR PUMP RM.IN NE REGN OF RM, 8'.OF TURBINE DRIVEN AUXILIARY FEED PUMP 14'PR, ON N.WAU 8'BOVE FLR 591.00 WMOTOR DRIVAUX FDWTR PUMP RM, IN SW.CORNOR OF RLL ON S.WALI 6'BOVE FLR 596.00 REACTOR CABLE TUNNEI QUAD.<<3, IN SW.REGN OF RM, 15'.OF FIRE DOOR$325, ON VENTltATION EXHAUST FAN 14IVZT-7, Ir ABOVE THE FLR 609.00 INVERTER AREA, W NE.CORNOR OF RM, 6'E.OF THE ENTERANCE DOOR.ON E.WAU4'BOVE FLR 609.00 CONTROL ROD DRIVE EQUIPMENT RM, IN NW.REGN OF RM, 1'.OF THE RLrs ENTRANCE DOOR,ONTHEN,WAU 5'ABOVETHEFLR 591.00 Yes Yes Yes Yes Bandng Spectrum vs.SSE Ground Response Spectrum Bouaing Spectrum vs.SSE Grand Response Spectrum Boundng Spectrum vs.SSE Gland Respor>>e Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Specinsn vs.SSE Grourxl Respor>>e Spectrum Yes Yes Yes Yes Y4$Yes YOS Y4$N/A Yes Yes Yes 47 19 t.vrs452 46 19 1-Vr&053 0 AUXILIARY BUILDING V I 4KV ROOM 600 VOLT SWOR XFRMS TR1 18 AND TR11D AREA VENT SUPPLY FAN HVCGRS 7 TEMP SWITCH 0 AUXILIARY BUILDING Vl 600VAC MOTOR CONTROL CENTER MEZZANWE AREA VENT SUPPLY FAN SGRS4 TEMPERATURE SWITCH AUXILIARY 609.00 4KV RM, 600V SWGR Ares, 613.00 4KV RM.Mozzans>>Area.W NW.REGN OF RM.2'.OF 4MV BUS SWITCH GEAR 1 11PHA, ON THE W.WALL, S ABOVE THE FLR YOS Bandng Spectrum vs.SSE Ground Respcnsa Spectrum Bandng Spectrum vs.SSE Ground Response Spectrum Yes Yes N/A~Yes YOS 49 19 I.VTS454 50 19 1 VTS455 51 19 1-V164$6 0 AUXILIARY BUILDING V I CONT ROD DRIVE EQUIP ROOM AND INV AREA OUTSIDE tuR WLET DAMPER HV-SGR440-1 ANO 2 TEMP SWITCH TO OVERRIDE PNEUMATIC CONTROLLER 0 AUXILIARY BUILDING VI GRID AND CROM WV AREA VENT AIR WLET DAMPER HV4GR4iio-1 AND 2 TEMP SWITCH To OVERRIDE PNEUMATIC CONTROLLER 0 AUXILIARY BVILDWG V I CNTRL ROD DRIVE EQUIP ROOM AND WV AREA VENT NORTH SUPPLY FAN HVAR~TEMP SWITCH AUXILIARY 609.00 WVERTER AREA.IN NW.REGN OF RM, 6'W.OF THE ENTRANCE DOOR, ON THE W.WAUS ABOVE THE FLR 609.00 WVERTER AREA, IN NE.CORNOR OF RM, 6'E OF THE RMS ENTRANCE DOORWAY, ON THE E.WALI4'BOVE THE FLR 609.00 INVERTER AREA.W NW.REGN OF RM, 6'W.OF THE ENTERANCE DOOR, ONWWAU S ABOVE THE FLR Yos Bounchg Spectrum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Grand Respor>>e Spectrum Bandng Spectrum vs.SSE Grand Response Spectnsn Yes Y4$Y4$NIA i trA Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there shoukf be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Si ature Date Print or T pe Name Si nature 2 i/4/9ro Date Watkdown:., of 10/18/93 DC CO v~NIT 1 SCREENING YERtFtCATtON DATA SHEET (SYDS)Page5of5 19 19 19 19 Equp.to No.1-VTS457 1.vrs402 1-vrs4xl Rev No 0 AUXIUARY BUILD BIG V I CONTROI.ROD DRIVE EOUIPMENT ROOM AND INV AREA VENT NORTH SUPPLY FAN HV4GRS4A TEMPERATURE SWITCH 0 AUXILIARY BUILDING V/4KV ROOM AB 4KV SWITCHGEAR AREA VENTILATION SUPPLY FAN HV-SGRSQ THERMAL SENSOR 0 AUXIUARY BUILDVIG V I 4KV ROOM CD 4KV SWITCHGEAR AREA VENTILATION SUPPLY FAN HV-SGRS4 THERMAL SENSOR 0 AUXIUARY BUILDING V I 4KV ROOM 600V SWOR XFMRS TR11B AND TR11D AREA VENT EXHAUST FAN HV4GRS-7 TEMP SWITCH THERMAL SENSOR 0 AUXIUARY BUILDING V I 4KV ROOM 600VAC SWGR XFMRS TR11A AND TR11C AREA VENT SUPPLY FAN HVCGRSB TEMP SWITCH THERMAL SENSOR AutuLIAIIY AUXILIARY AUXILIARY Floor Elev.CONTROI.ROD DRIVE EOUIPMENT RM, IN NE.REGN OF RM.6'OF THE fVES ENTRANCE DOOR, ON THE N.WALI4'BOVE THE FLR 4KV RM.AB 4KV SWGR RM.IN THE NW CORNER OF THE RM, ON THE W WALII Z ABOVE THE FUL Yes Yes Yes Yes Capacrty vs.Demand Basis Boundrng Spectrum vs.SSE Grourd Response Spectnsn Boundstg Spectrum vL SSE Ground Response Spectrum Boundstg Spectnsn vL SSE Ground Response Spectrum~Spectrum vs.SSE Ground Respor>>e Spectrum Ouuxrrng Spectrum vs.SSE Ground Response Spectrum Cap e Dernsnd7 Yes Yes Yes Yes Yes Caveats OK7 Yes Yes OK7 N/A NIA Equip OK7 Yes Yes Yes Yes 57 19 19 12-VTS-706 0 SCREEN HOUSE VENTIIA/UNIT 1 WEST ESSTIAL SERVICE WATER PUMP ROOLI TENIPERATURE SWITCH THERMAL SENSOR 12 VTS 706 0 SCREEN HOUSE VENTIIA I UNIT 1 EAST ESSENTIAL SEIMCE WATER PUMP ROOM TEMPERATURE SWITCH THERMAL SENSOR SCREENHOUSE SCREENHOUSE 591.00 591.00 W ESW PUMP RM.20'.OF W.ESSENTIAL SERVICE PUMP 1+P-TW.ONW.WAU 1I7 ABOVE FLR E ESSENTIAL SERVICE WATER PUMP RM, ON F WAU Ir NE.OF E.ESSENTIAL SERVICE WATER PUMP 1+P-TE, 6'BOVE THE FLR 591.00 591.00 Yes Yes Boundstg Spectrum vs.SSE Ground Response Spectrum Boundstg Spectrum vL SSE Grourxl Response Spectrum Yes Yes NIA Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si at e I il~Date Print or T pe Name Si nature z./((vs Date Walkdown: ek of 11/1/93 Item Eq Cl Equp.lo Rev System/Etrspment Descrpten No.No DC CO NIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Buedng.Floor Room or Row/Coksnn Base<47 Cepecrty vs.Cep>Csveais Anchor Elev.Elev.Demand assis Oemsnd?OK?OK?age 1 of1 Into/oct Equst OK?OK?3 20 4 20 1.ERR 1&RI-21~PRCSR 0 CONTROL ROOM EAST REAR INSTRUMENT/RELAY RACK 0 CONTAINMENT SPRAY/CONTAINMENT ISOLATION VALVE CONTROL PANEL 0 NUCLEARINSTRUMENTAT/NI WIDE RANGE SIGNAL PROCESSOR 0 CONTAINMENT VENTIIAT/VENTILATION CONTROL PANEL AUXIUARY 633.00 AUXIUARY 633.00 AUXII.IARY 633.00 AUXILIARY 633.00 CONI'ROL RM, IN THE NE REGION OF THE RM, ON THE EAST WALL CONTROL RM, IN THE SW REGION OF THE RM, 29 FT SWOF THE UNIT SUPERVISOR'S DESK CONTROL RM ONMIDDLEWWALI NEAR REAR OF ESW CONTROL PANEL NZSW, ON N-21 INST/REL RACK 8 1~6'BOVE FLIL INST DWG 14538.CONTROL RM, IN THE SW REGION OF THE RM, 34 FT SWOF THE UNIT SUPERVISORS DESK 633.00 Yes 633.00 Yes 633.00 Yes Boundrng Spect/um vs.SSE Ground Re Spect/um Boundstg Spectrum vs.SSE Ground Response Spectnsn Bastdstg Spectnsn vs.SSE Ground Response Spectrum Bandeg Speci/um vs.SSE G/ound Response Spect/um Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusi (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries an condusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Signature ate Print or Type Name i ture Date Walkdown:, of July 15, 1991 DC CO IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page2of2 18 Eq.CI Equp.lo No.Rev No 20 1<RI 0/STATION AUXILIARES REAR INSTRUMENT/REIAY RACK&#xb9;1 Busdrng.Fker Elev.Room or Row/Coksnn CONTROL RM, NE REGN OF THE RM, ON THE REAR SIDE OF STATION AUXllARIES CONTROL PANFL&#xb9;14A Ca/xtotr vs, Domal Basis Bounding Spectnsn vs.SSE Ground Respcnse Spectrum Cap>Demand7 Yes Caveats OK7 Yes OK7., Yes Y8s Equer OK7 19 21 20 1<SR 20 IDGCD 0/ENGINEER SAFTEY SYSTEM REAR INSTRUMENT/REtAY RACK 0/WEST RELAY RACK 0/AB EMERGENCY DIESEL GENERATOR OME-150AB CONTROL SUBPANEL 0/CO EMERGENCY DIESEL GENERATOR OME-1 SOCO CONTROL SUBPANEL AUXILIARY 633.00 AUXILIARY 633.00 AUXILIARY 587.00 AUXILIARY 587.00 CONTROL RM.NW REGN OF THE RM ON THE REAR SIDE OF SAFTEY INJECTION CONTROL PAN EI.&#xb9;I<Is CONTROL RM, NWREGN OF THE RM.ON THE REAR SIDE OF THE REACTOR COOLANT PUMP CONTROL PANEL&#xb9;1&CP AB EDG RM.MIDDLE N REGN OF THE RM, 5 FEET E OF TEH RM'S DOORWAY.10 FEET NW OF AB EMERGENCY DIESEL CO EDG RM, MIDDLE S REGN OF THE RM, 6 FEET SE OF CO EMERGENCY DIESEL GENERATOR&#xb9;1<ME-15OCD.
NEAR THE S WALL 633.00 Yes 587.00 N/A 587.00 N/A Boundrng Spettrum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundag Spectrum vs.SSE Ground Response Spectnsn Ouurxlng Spectnrn vs.SSE Ground Response Spectrum Yes Yes Yes Yes Y8S Y8S Yes Yes No Y8$Yes Certification:
Atl the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate.Ali information" Includes each entry and conclusion (whether verified to be seisrnicaily adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Si nature IZ (rk lelg Date Print or Type Name ature Da Walkdown:.of 10/25/93 DC CO/IIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page1 of 2 Eq.Cl Equip.lD No.Rev No Fuxu Elev.Room or Raw/Cohmn Capac//7 vs.Demand Basis Ga vesta OK?Ancnaf OK?Interact OK?Equsl OK?tub 1 I A13 0 EQUIP CTRL AND INDIC/AUXIUARY RELAY PANEL A11 0 EQUIP CTRL AND INDIC/AV/0LIARY RElAY PANEL A13 0 COMPONENT COOLING WA I COMPONENT COOLING WATER CONTROL PANEL AUXILIARY AUXILIARY 633.00 CONTROL RM, IN THE SE CORNER OF THE RM 633.00 633.00 CONTROL RM, IN THE SE CORNER OF THE RM 633.00 633.00 CONTROL RM, IN THE MIDDLE WEST PART OF 633.00 THE RM, 15 FT SW OF THE UNIT SUPERVISORS DESK Yes Yes Yes Bauxleg Spectrum vs.SSE Grand Respar>>e Spectrum Boundeg Spectrum vs.SSE Grourxl Response Spectrum Bouahng Spectrum vs.SSE Ground Response Spectrum Yes Yds Yes Yos No No Yes Y8$10 12 13 20 1%I-26 1<1-27 tCP 1CR 1<FR t&R-2 1&Ra 0/REACTOR PROTECTION CONTROL INPUT CABINET&#xb9;26 0 I REACTOR PROTECTION CONTROL INPUT CABINET&#xb9;27 0 CONDENSATE I CONDENSATE PUMP CONTROL PANEL 0 MISC.EQUIP SUPPORT I COND ENSATE PANEL REAR INST/RElAY RACK 0 TURBINE INST.AND GO I DELTA T AND UNIT CONTROL PANEL 0 MISC EQUIPMENT SUPPO I EMERGENCY FIRE PANEL INSTRUMENT/RElAY RACK 0 MISC EQUIPMENT SVPPO I CONTROL ROOM EAST REAR INSTRUMENT/RELAY RACK 0 NUCLEAR INSTRUMENTAT I FLUX CONTROL PANEL 0 MISC EQUIPMENT SUPPO I GENERATOR PANEL REAR INSTRUMENT/RElAY RACK&#xb9;2 0 MISC EQUIPMENT SUPPO I GENERATOR PANEL REAR INSTRUMENT/REIAY RACK B AUXILIARY AUXILIARY AVXIUARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 633.00 CONTROL RM.ON THE MIDDLE OF THE S WALL 633.00 CONTROL RM, ON THE MIDDLE OF THE S WALL 633.00 CONTROL RM, IN THE NE PART OF THE RM, 12 633.00 NE OF THE UNIT SUPERVISORS DESK 633.00 CONTROL RM, tN THE NE REGN OF THE RM, NEAR THE REAR OF CONDENSATE HEATER LEVEL CONTROL PANEL&#xb9;1.633.00 CONTROL RM, IN THE N PART OF THE RM, 15'OF THE UNIT SUPERVISORS DESK 633.00 CONTROL RM, IN THE SW REGION OF THE RM, 633.00 ON THE REAR SIDE OF VENTILATION CONTROL PANEL&#xb9;1-VS 633.00 CONTROL.RM, IN THE MIDDLE WEST REGION OF THE RM, 17 FT SW OF THE UNITSUPERVISOR'S DESK 633.00 CONTROL RM, IN THE NORTH REGION OF THE 633.00 RM, 15 FT NORTH OF THE UNIT SUPERVISORS DESK 633.00 CONTROL RM, IN THE SE REGION OF THE RM, 633.00 NEAR THE REAR SIDE OF MAIM GENERATOR CONTROL PANEL&#xb9;1%633.00 CONTROL RM, INMIDDLE EAST REGION OF RM.NEAR REAR SIDE OF MAIN GENERATOR COMlROL PANEL&#xb9;1~20 FT NE OF REAR PANEL ACCESS DOORWAY Y8$Y8$Y8$Yes Y8$Yos Yds Yos BourxLrg Specaum vs.SSE Ground R Spectrum Baurxieg Spectrum vs.SSE Ground Rdspoflsd S Bourx4ng Spectnun vs.SSE Ground Re Spectrum 1.5 x Boundeg Spectrum vs.Rdassdc Mtxfian Centered Roar Res S Bandeg Spectnun vs.SSE Ground Respond>>0 Spectrum Baecfeg Spectnun vs.SSE Ground Response Spectrum Boundeg Spectnun vs.SSE Ground Respanse Spectrum Boundeg Spectnun vs.SSE Grand Response Spectrum Boundeg Specaum vs.SSE Ground Response Spectnun Boundeg Spectrum vs.SSE Ground Response Spectrum Yes Yos Yes Yes Yds Yes Yos Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yes Yes Y0$Yes Yes Yes Yes Yes'14 15 17 t&RC 14tsol 14tls4 1-NIS4ll 0 MISC.EQUIPMENT SUPP/GENERATOR PANEL REAR INST/RELAY RACK C 0 SAFETY INJECTION/UNIT 1 HOT SHUTDOWN PANEL 0 EQUIPMENT CONTROL AN I NUCLEAR INSTRUMENTATION SYSTEM PROT CIL 1 CONTROL PANEL 0 EQUIPMENT CONT AND I I NUCLEAR INSTRUMENTATION SYSTEM PROT CH.III CONTROL PANEL AUXILIARY AUXILIARY AUXILIARY AUXILIARY 633.00 CONTROL RM.IN THE MIDDLE E REGN OF THE 633.00 RM, NEAR THE REAR SIDE OF MAN GENERATOR PANEL&#xb9;1%.NEAR THE E WALL 633.00 CONTROL RM IUNIT 2).IN THE NW CORNER OF THE RM.633.00 CONTROL RM, IN THE MIDDLE W PART OF THE 633.00 RM.25'W OF THE UNIT SUPERVISORS DESK 633.00 CONTROL RM.IN THE MIDDLE W PART OF THE 633.00 RM.22'W OF THE UNIT SUPERVISORS DESK Yes Y8$Yds Yes Boundeg Spect/um vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Gfauxl Rdsponsd Spoctnnl Bourx4ng Spectrum vs.SSE Grand Response~Bauxleg Spectrum vs.SSE Grand Respanse Specuum Yds Yes Yes Yes Yos Yos Yes Yos Yds Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Sig ture 21~9m Date Print or Type Name g ture/z,~(/ft Date Walkdown:., of 10/25/93 DC COO v.SIT1 SCREENING VERIFICATION DATA SHEET (SVDS).-age 2 of 2 Eq.Cl Equip.to Na Rev No System/Equpment Descripoon Floor Eiev.Room or Row/Column Base Eiev.Capacity vs.Demend Bssis Anchor OK?Equy OK?16 tg 21 24 25 27 26 31 20 20 1&SR t&C 1 RCP 14LPSX-A 14LPSX4I tAG 1.SR2 1<R3 1<R4 1-TRB 1-TRD 1-TRE 0 MISC EQUIPMENT SUPPO I NUCLEAR INSTRUMENTATION SYSTEM REAR INSTRUMENT/RELAY 0 PRESSURIZER/PRESSURIZER CONTROL PANEL 0 ROD CONTROL AND INST I REACTOR CONTROL RODS CONTROL PANEL 0 REACTOR CootANT I REACTOR COOLANT PUMP CONTROL PANEL 0 I REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN A AUXILIARY CABNET 0 I REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN B AUXILIARY CABINET 0 ELECTRICAL DISTRIBUT I STATION AUXILLIARIES CONTROL PANEL 0 STEAM GENERATION I S.G.AND AFW PUMP CONTROL PANEL 0 MISC EQUIPMENT SUPPO I STATION AUXIUARIES REAR INSTRUMENT/RELAY RACK&#xb9;2 0 MISC EQUIPMENT SUPPO I STATION AVXIUARIES REAR INSTRUMENT/REALY RACK&#xb9;3 0 MISC EQUIPMENT SVPPO I STATION AUXILIARIES REAR INSTRUMENT/RElAY RACK&#xb9;4 0 MISC EQUIPMENT SUPPO I NUCLEAR NSTRVMENTAL SOURCE RANGE N21 INSTRUMENT/RELAY RACK 0 MISC EQUIPMENT SUPPO I TURBINE PANEL REAR INSTRUMENT/RELAY RACK'P 0 MISC EQUIPMENT SUPPO I TURBINE PANEL REAR INSTRUMENT/RELAY RACK'D'MISC EQUIPMENT SUPPO I TURBINE PANEL REAR INSTRUMENT/RElAY RACK%AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 633 00 CONTROL RM, N MIDDLE WEST REGION OF THE RM, ON THE REAR SIDE OF NUCLEAR INSTRUMENTATION SYSTEM PROTECTION CHANNEL I CONTROL PANEL&#xb9;1&IS-1 633.00 CONTROL RM, N THE NW PART OF THE RM, 1$NE OF THE UNIT SUPERVISORS DESK 633.00 CONTROL RM, IN THE N PART OF THE RM.15'OF THE UNIT SUPERVISORS DESK 633.00 CONl'ROL RM, IN THE NW PART OF THE RM, 1$NW OF THE UNIT SUPEIMSOirs DESK 633.00 CONTROL RM, IN THE NE CORNER OF THE RM, 633.00 ON THE REAR SIDE OF CONDENSATE PUMP CONTROL PANEL&#xb9;1CP 633.00 CONTROL RM, IN THE MIDDLE S REGN OF THE 633.00 RM, ON THE REAR SIDE OF MOVABLE INCORE INSTRUMENTATION PANEL&#xb9;144FX 633.00 CONTROl.RM, IN THE SE PART OF RM.2Z SE OF THE UNIT SUPERVISORS DESK 633.00 CONTROL RM, IN THE NE PART OF THE RM, 15'33.00 NE OF 1HE UNIT SUPERVISOR'S DESK 633.00 CONTROL RM.N THE MIDDLE OF THE EAST 633.00 REGION OF THE RM, ON THE REAR SIDE OF STATION AUXILIARIES CONTROL PANEL&#xb9;I~633.00 CONTROL RM, N THE MIDDLE OF THE EAST 633.00 REGION OF THE RM, ON THE REAR SIDE OF STATION AUXILIARIES CONTROL PANEL&#xb9;I 4A 633.00 CONTROL RM, IN THE MIDDLE OF THE EAST 633.00 REGION OF THE RM, ON THE REAR SIDE OF STATION AUXILIARIES CONTROL PANEL&#xb9;t~633.00 CONTROL RM.IN THE MIDDLE OF THE WEST WALINEAR THE REAR OF ESSENTIAL SERVICE WATER CONTROL PANEL&#xb9;ICCW 633.00 CONTROL RM.N THE MIDDLE EAST REGION OF THE RM, 10 FT EAST OF CONTROL PANEL&#xb9;14A.
NEAR THE EAST WALL 633.00 CONTROL RM.IN THE EAST REGION OF THE RM.NEAR THE REAR SIDE OF CONTROL PANEL&#xb9;1-T, 25 FT NE OF REAR PANEL ACCESS DOOR.5 FT W.OF E WALL 633.00 CONTROL RM, IN THE MIDDLE EAST REGION OF THE Ri/L NEAR THE REAROF CONTROl PANEl&#xb9;1 T, 4 FT EAST OF CABNET&#xb9;14LPC4l-7.NEAR THE EAST WALL Y8$Yes Yes Yos Boundag Spectrum vs.SSE Ground Response Spectrum Borndag Spectrum vs.SSE Ground Response Spectrum Boundag Spectrum vs.SSE Ground Response Spectnsn Bounding Spect/um vs.SSE Ground Response S Boundag Spectrum vs.SSE Ground Response Spectrum Boundag Spectrum vs.SSE Ground Response Spectrum Boundag Specuum vs.SSE Ground Res Spectrum Boundag Specrrum vs.SSE GfoufKI Res S poet/lal Boundag Spectrum vs.SSE Ground Response Spearum Boundag S pearum vs.SSE Grand Response Spearum Boundag Speci/um vs.SSE Gfoulld Response S pectnsn Boundag Spearum vs.SSE Gfound Response Spoctlum Boundag Spearum vs.SSE Ground Response Spectrum Boundag Spearurn vs.SSE Ground Response Spectrum Boundag Spectrum vs.SSE Ground Response Spectrum Yes Y8$Yes Yes Yes Yos Yes Yes No Yes Yes Yes Yes Yes Y8$Yes Yes Yos Yes Y8$Yes Y8$Yes Yes Yes Yes Y8$Yos Yes Yos Y8$Yes Yes Yes Certification All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief;correct and accurate."All information includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Si nature Date Print or Type Name Signa Date
.0 Waikdown: f 10/25/93 DC CO T1 SCREENING VERIFICATI~.
ATA SHEET (SVDS)',age 1 of 2 Equp.lo No.Rav No System/Equipmant Dscci'pton Room or Roar/Cohmn Base Elev.Csp>Domsrxr7 Cavssts OK7 Anchor OK7 Equsr OK7 1 20 1+CRA-1 2 20 t*CRA-2 3 20 14SI-1 4 20 14SI-2 5 20 14SI4 6 20 1LSW 7 20 14SI4 8 20 MSI4X 9 20 I LSI4 10 20 1MI4X 0 EQUIP CTRL AND INDIG I CONTROL ROOM AR HANDLING S UBPANEL&#xb9;1 0 EQUIP CTRLAND INDICI CONTROL ROOM AIR HANDLING SVBPANEL&#xb9;2 0 STEAM GENERATING I STEAM GENERATORS
&#xb9;1 AND&#xb9;4 LOCAL SHUTDOWN STATION 0 STEAM GENERATING I STEAM GENERATORS
&#xb9;2 AND&#xb9;3 LOCAL SHUTDOWN STATION 0 PRESSURIZER I REACTOR COOlANT SYSTEM CHARGING AND LETDOWN LOCAL SHUTDOWN STATION EQUIP CTRL AND INDIC I REACTOR CoolAMT SYSTEM TEMPERATURES AND STEAM GENERATORS LOCAL SHUTDOWN STATION 0 EQV(PMENT CON'rRot.AN IRC LOOPS&#xb9;184 TEMPS, SG'S&#xb9;1 8 4 PRESS LOCAL SHUTDOWN STATIC M 0 EQUIPMENT COMTROL AN I LOCAL SHUTDOWN STATION&#xb9;SX 0 EQU(PMENT CONTROLANIRC LOOPS 2 8 3 TEMPS, SGS&#xb9;2 8 3 PRESS LOCAL SHUTDOWN STN EQUIPMENT CONTROL AN I LOCAL SHUTDOWN STATION&#xb9;6X AUXILIARY AVXIUARY AUXILIARY AUXILIARY AUXILIARY AVXILIARY AUXILIARY AVXIUARY AVXIUARY 612.00 591.00 612.00 591.00 CTRL RM AIR COND RM, 3 FT NORTH OF CONTROL RM VENTltATION NORTH AIR CONDmoNING UNIT&#xb9;14IVACRA-t.
AT THE CENTER OF THE NORTH CTRL RM AlR COND RM.3 FT SOUTH OF CONTROL RM VENTILATION SOUTH AIR CONDITIONING UNIT&#xb9;14tvutCRA.2, AT THE CENTER OF THE SOUTH E MAIN STM STOP ENCL ON SO.WALL IN SE CORNER OF RM.3 FT FROM EAST WALL STARTUP BLOWDOWN FLASHTANK RM, IN THE 609.00 Yes NE CORNER OF THE RM, MOUTED ON THE NORTH WALL 5 FT ABOVE THE FLR HALLWAY.IN THE HALLWAY, WEST OF THE 587.00 Yes REFUELING WATER PUIVFICATION PUMP RM.NEAR THE NORTH WAU ON THE EAST WALL HALLWAY.IN THE MIDDLE EAST REGION OF 587.00 Yas THE HALLWAY, IN THE HALLWAY WEST OF THE REFUELING PURIFICATION PUMP RM, ON THE EAST E MAIN STEAM STOP ENCLOSURE, ON S WALL 609.00 Yes IN SE CORNER OF RM, 7'ROM E WALL E MAIN STEAM STOP ENCLOSURE.
IN THE NE CORNER OF RM.STARTUP BLOWDOWN FLASHTANK RM, IN NW 609.00 Yes CORNER OF RM, MOUNTED ON THE N WALL, 1'OF LOCAL SHUTDOWN STATION&#xb9;LSI-2, S ABOVE THE FLR.NORMAL BLOWDOWN FlASHTANK RM, IN THE 633.00 Yes NW CORNER OF THE RM, 3'E OF THE IU&#xb9;s ENTRANCE DOORWAY.4'ABOVE THE FLR 1.5 x Boundstg Spectrum vs.Rearrst(C Median Centered FbOr Response Spectra 1.5 x Boundng Spectrum vs.Reasstic Mecran Centered Floor Response Spectra Boundeg Spectrum vs.SSE Ground Response Spectrum soundly Spectrum vs.SSE Grourxl Response Spectrum Boundvtg Spec(rum vs.SSE Ground Response Specfrurl Bourxsng Spectrum vs.SSE Ground Response Spectrum Bcunorny Spectnm vs.SSE Gnxsxl Response Spectrum Boundstg Spectrum vs.SSE Ground R S Boundrng Spacuum vs.SSE Ground Response Spectrum Bounarng Spectrum va SSE Ground Response Spectrum Yes.Yos Yes Yes Yos Yas Yes Yes Yes Yos Yes Yes Yes Yos Yos Yes Yes Yos Yas Yes Yas Yes Yes Yes Yes Yes Yas 11 20 12 20 13 20 14 20 I 4IRI-21-AMP 1+RI-23-AMP 14(RS23.ISOL 14(RI-23-PRCSR 0 NUCLEAR INSTRUMENTATI Nl WIDE RANGE RADIATION AMPUFIER 0 NUCLEAR INSTRUMENTAT I Nl SOURCE RANGE RADIATION DETECTOR Ntu-23 AMPUFIER 0 NUCLEAR INSTRVMENTATI Nl SOURCE RANGE SIGNAL ISOLATOR 0 NUCLEAR INSTRUMENTAT I NUCLEAR INSTRUMENTATION SOURCE RANGE SIGNAL PROCESSOR AVXIUARY , AUXILIARY AUXIUARY AUXILIARY REACTOR CABLE TUNNEL.QD&#xb9;1, 2(7 SW OF 587.00 N/A REACTOR CABLE TUNNEL QUAD&#xb9;1, N OF FIRE DOOR 14)R4 UX333, NEAR CONT WAU6'BOVE FLR.INST DWG 14552C.REACTOR CABLE TUN HEIQD&#xb9;1~30'W OF REACTOR CABLE TUNNEL QUAD&#xb9;1, N FIRE DOOR&#xb9;1, RM433.NEARCOMTWAU 4'BOVE FLR.609.00 Yes 609.00 Yas 1.5 x Bounchng s pecuum va Reaiisdc Median Centered Fkor Response Spectra Sounds(9 Spectrum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Re Spectrum Boundrng Spectruni vs.SSE Gnxnd Response S pecuum Yos Yes Yes Yos Yes Yos Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
(~('rint or T pe Name Si nature Date Print or T pe Name n ure Date Walkdown: f 10/25/93 DC CO 1 SCREENING VERIFICATIIIr4 DATA SHEET (SVDS)'age2of2 item Eq.CI 15 20 16 20 Eqrsp.to No t<CP 1.TFP 124FP-12 System/Equipment Deccriptron 0 NUCLEAR SAMPLING I NUCLEAR SAMPLING SYSTEM CONTROL PANEL 0 EQUIP CTRLAND INDICI TURBINE DRIVEN AUXIUARY FEED PUMP SUBPANEL 0 EQUIP C'rRL AND INOIC I SPENI'UEL PIT SUBPANEL Busdrng.AUXILIARY TURBINE Roorrl or RowCoasnn 587.00 NUCLEAR SAMPUNG RM, 10 FT SW OF THE SAMPLING SINK, ON CONTROL RM PANEL&#xb9;I-SCP 591.00 TB DRIVEN AUX FDWIR PMP 50900 SPENT FUEL PIT HEAT XCHGR RM, IN SE CORNER OF RM, 10 FT SW OF THE RM'S ENTRANCE DOOR NEAR THE So.WALL Bass Elev.587.00 N/A 591.00 Yes 1.5 x Boundlg Specuum vs.ROSMc Median Centered Floor R S Brxstdstg Spectrum vs.SSE Grrxstd Response Spectnsn Boundng Spectrum vs.SSE Ground Response Spectnsn Caps Demand?Yos Yos Yes Ceveats OK?Yes Yos Yos OK?No Equip OK?Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature Date Print or T pe Name n ure Dae Walkdown: of 10/25/93 DC CO,T1 SCREENING VERIFICAli-.o DATA SHEET (SVDS)vage1 of 2 Eq.CI Equip.lo Na Rev No FXOr Etev.Cap+Caveats Demand?OK?OK?Equip OK?20 14CRA 1 20 1&CRA-2 20 14SI-I 20 14.SI-2 20 MS'FQUIP CTRL AMD WDICI CONTROL ROOM AIR HAMDUMG SUBPANEl&#xb9;I 0 EQUIP CTRL AND WDICI CONTROL ROOM AIR HANDLWG SUBPAMEL&#xb9;2 0 STEAM GENERATWG I STEAM GENERATORS
&#xb9;1 AND&#xb9;4 LOCAL SHUTDOWN STATION 0 STEAM GENERATING I STEAM GENERATORS
&#xb9;2 AMD&#xb9;3 LOCAL SHUTDOWN STATION 0 PRESSURIEERI REACTOR COOLANT SYSTEM CHARGWG AND LETDOWN LOCAL SHUTDOWN STATION 0 EQUIP CTRL AND WDIC I REACTOR COOLANT SYSTEM TEMPERATURES AMO STEAM GENERATORS LOCAL SHUTDOWN STATION 0 EQUIPMENT CONTROL AM I Rc LOOPS&#xb9;1 6 4 TEMPS, SG'S&#xb9;I 6 4 PRESS LOCAL SHUTDOWN STATIOH AUXIUARY AUXIUARY AUXIUARY AUXIUARY 650.00 CTRL RM AIR COND RM.3 FT NORTH OF CONTROL RM VEHTIIATION NORTH AIR CONDmoNING UNIT&#xb9;14rtf~RA.1, AT THE CENTER OF THE NORTH 650.00 CTRL RM AIR COND RM.3 FT SOUTH OF CONTROL RM VENTILATIOH SOUTH AIR COMDITIOMWG UNIT&#xb9;14IV~RA-2, AT THE CENTER OF THE SOUTH 612.00 E MAIN STM STOP ENCI ON So.WALL W SE CORNEROFRM,SFTFROMEAST WAll 591.00 STARTUP BLOWDOWN FIASHTAMK RM, IM THE NE CORNER OF THE RM, MOVTED ON THE NORTH WAUSFTABOVETHEFLR 587.00 HALLWAY, IN THE HALLWAY, WEST OF THE REFUEUNG WATER PURIFICATION PUMP RM.NEAR THE NORTH WALL OH THE EAST WALL 58T.OO HALlWAY, IM THE MiDOLE EAST REGION OF THE HALLWAY, IN THE HALLWAY WEST OF THE REFUEUNG PURIFICATION PUMP RM.ON THE EAST 612.00 E MAIN STEAM STOP ENCLOSURE, ON S WALL W SE CORNER OF RM,?FROM E WALL Yes Yes Yes Yes 1.5 x Bourxrng Specuurn vs.Resrrssc Median Cantered Floor Rsspcxee S pectra 1.5 x Bouixtng Specuum vx Resrrsdc Median Cantered Floor Response Spectra Bounds Spectrum vs.SSE Ground Response Spectrum Bourxbng Spectrum vs.SSE Ground Response Spectrum Boundsrg Spectnrn vs.SSE Ground Response Spectrum~Spectrum vs.SSE Ground Response Spectrum Bounosv?Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yss Yss Yss Yes Yes Yes 20 14SI6X 20 14SI6 0 EQUIPMENT CONTROL AN I LOCAL SHUTDOWN STATION&#xb9;5X 0 EQUIPMENT CONTROL AN I Rc LOOPS263TEMPS, SGS&#xb9;263 PRESS LOCAL SHUTDOWN STN AVXIUARY AUXIUARY 621.00 E MAIN STEAM STOP ENCLOSURE, W THE NE CORNER OF RM.591.00 STARTUP BLOWDOWN FIASHTANK RM.IN NW CORNER OF RM, MOUNTED ON THE H WAlL, 1'OF LOCAL SHUTDOWN STATION&#xb9;LSI-2.5'BOVE THE FLIL Yes Yes~Spectrum vs.SSE Ground Res Boundstg Spacuum vs, SSE Ground Response Spectrum Yes Yes Yes Yes Yes Yes 10 12 1&RI.21 AMP 14IRI-23.AMP 0 EQUIPMENT CONTROL AN I LOCAL SHUTDOWN STATIOH&#xb9;8X 0 NUCLEAR IMSTRUMENTAT I Nl WIDE RANGE RADIATION AMPUFIER 0 NUCLEAR INSTRUMENTAT I Nl SOURCE RANGE RADIATION DETECTOR NRI-23 AMPUFIER AUXIUARY AUXILIARY AVXILIARY 633.00 NORMAL BLOWDOWN FLASHTANK RM, IN THE NW CORNER OF THE RM.3'E OF THE Rhrs ENTRANCE DOORWAY.4'BOVE THE FLR.598.00 REACTOR CABLE TUNNEl QD&#xb9;I, 20 SW OF REACTOR CABLE TUNNEL QUAD&#xb9;I, N OF FIRE DOOR14?R~.NEARCONTWALI 6'BOVE FLIL WST DWG 16552C.596.00 REACTOR CABLE TVNNEI QD&#xb9;I, 30'W OF REACTOR CABLE TUNNEL QUAD&#xb9;I, M FIRE DOOR&#xb9;1, RM633, NEAR CONT WAU 4'BOVE HR.Yes Yes Boundstg Spectrum vs.SSE Ground Response Spectrum 1.5 x BoundsX?Spectrum vs.R$$5strc Msrfian Cantered Fkor Response Spectra Bounding Spactnm vs.SSE Gnxstd Response Spectrum Yas Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes 14 14IRI-23-ISOL 14tru-23-PRCSR 0 NUCLEAR INSTRUMENTAT I Nl SOURCE RANGE S IGMAL ISOIATOR 0 NUCLEAR WSTRUMENTAT I NUCLEAR IHSTRVMENTATIOH SOURCE RANGE SIGNAL PROCESSOR AUXILIARY 598.00 AUXILIARY 596.00 Yes Boundrng Spectnsn vs.SSE Ground Response Spectrum Boundng Spectnsn vs.SSE Ground Response Spectrum Yes Yss Yes Yes Yes Certification All the information contained on this Screening Verificabon Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name S'ature Date Print or T pe Name n ure Date
.~
Walkdown: Ml.I 10/25l93 DC COO 1~Ega vl SCREENING VERIFICATI TA SHEET (SVDS)Equip.lD No.15 20 1<CP 16 20 1.TFP Rev No 0 NUCLEAR SANlPUNG I NUCLEAR SAMPLiNG SYSTEM CONTROL PANEL 0 EQViP CTRl.AND iNOic I TVRBINE DRIVEN AUXll.lARY FEED PUMP SVBPANEL Busdeg.AUXILlARY TURBINE Floor Elev.59L00 Room or Rowlcoirsnn NUCLEAR SAMPUN G RM, 10 FT SW OF THE SAMPLlNG SINK, ON CONTROL RM PANEL$1-SCP TB DRivEN AVX FDWTR PMP Base Eiev.59LOO Yes Capacriii vs.Demand Basis 1.5 x Bxsxxfsvg Specrnsn vs.ReaTssc Median Ceniered Floor Response S a Boundng Specrrum vs.SSE Ground Response Specirum Yes Yes Yes Cap e Caveais Dam atxl?OK?Yes No Yes No Equip OK?Yes 17 20 12.SFP-12 0 EQViP CTRL AND iNDIC I SPENT FUELPITSVBPANEl.
SPENT FUEL PIT HEAT XCHGR RM, iN SE CORNER OF RM, 10 FT SWOF THE Rhrs ENTRANCE DOOR.NEAR THE So.WALL Boundog spectrum vs.ssE Grourxl Response Specirum Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowtedge and betief, correct and accurate."All information" includes each entry and conclusion
{whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team{SRT)are required;there shoutd be at teast two on the SRT.All signatories should agree with atl the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature Date Print or T pe Name n ure (Dae Walkdown.~of 10/29/92 DC CO NIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1of1 Eq CI Equp.Io No.Rev No Srsiem/Equpmera Oesoopiaal Fioor Elev.Room or Rorr/Coa/mn Capaoar vs.Oemexl Basis Cap>Demarxrr Caveats OK?OK?Equip OK?1-SV.I 22%I-SV-122<0 CCW/CONTAINMENT VENT FAN HV4:EQ-1 MOTOR AIR COOLER CCW OUTLET SAFETY VALVE 0 CCW/CONTAINMENT VENT FAN HVCEQ-2 MOTOR AIR COOLER CCW OUTLET SAFETY VALVE CONTAINMENT CONTAINMENT 625.00 HV<EQ-1 FAN ROOM 625.00 HV<EQ-2 FAN ROOM Yes BS GRS BS GRS Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Signature Print or Type Name Print or Type Name Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
I ay~ws Date Signature Date Walkdown: 'A of 10/04/93 and 10/11/93 D.C.Unit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1 of 9 Eq.Equip, ID Rov No sf st<<ll/Equipmont Doscfsiten F ker Eiov.Room or Rcw/Cobmn Base Eiev.<4{/?Capacity vL D<<nand Basis Cap>Demand?Csvests OK?Interact OK?Equip OK?14iov-tuba 0 STARTING AIR SYST I PILOT OPERATED 4 WAY VALVE FOR AIR START XRVS FOR DIESEL ENGINE AUXILIARY AB EDG RM.IN THE SE REGN OF THE RM.ON THE SE ENO OF THE DIESEL END OF AB EDG 58?.OO N/A Judgment vs.Resristic M<<fisn Centered Fker R S s NIA Yos Yes I+OV-t&D 1 AT 101.AB 0 14?T-1014 0 14?T-I 1 2uta 1&T 112ND 0 STARTING AIR SYST I PILOT OPERATED 4 WAY VALVE FOR AIR START XRVS FOR DIESEL ENGINE 0 DIESEL COMBUSTION A/AB EMERG DIESEL AIR INTAKE SILENCER 0 DIESEL COMBUSTION A I CD EMERG DIESEL AIR INTAKE SILENCER 0 DIESEL LUBE OIL/AB EMERG DIESEL FULL FLOW LUBE 0 IL FILTER 0 DIESEL LUBE OIL I CD EMERG DIESEL FULL FLOWLVBE OIL F ILTER AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 579.00 579.00 CD EDG RM, AB EDG RM.IN NE REGN OF THE RM, 10'E OF DIESEL END OF AB EOG.1{7 ABOVE FLR CO EDG RM.10FT NE OF THE DIESEL END OF CD EOG..11FT ABOVE THE FLR AB EDG LUBE OIL PIT, IN THE NE CORNER OF THE PIT CD EDG LUBE OIL PIT, IN NE CORNER OF PIT, 5FT NE OF CD EMERG OSL LUB SUMP TANK$142T-11&CO, NEAR FLR 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A NIA Jud{plont vs.Resssdc M<<gsn Centered Boor Res seS s Judgment vs.Resrrsdc M<<fisn Centered Fker Re S a Judg/sent vs.Realistic M<<fisn Centered Fker R S Judgment vs.Resristic M<<San Centered Fker Re S Judgment vs.Resssuc M<<san Cantered Floor Response Spectra Yes Yos Yes NIA N/A Yes Yes Yos Yos Yos*Yos Yes 0 1427-tt&ASI 0 DIESEL LUBE OIL I AB EMERG DIESEL FULL FLOW LUBE 0 IL STRAINER 1 AVXILNRY 579.00 AB EDG LUBE OIL PIT.587.00 N/A Judgment vs.Ressstic M<<fisn Centered Fker Re S a Yos 1&T-1 13-AB2 0 DIESEL LUBE OIL/AB EMERG DIESEL FULL FLOWLUBE OIL STRAINER 2 AUXILIARY 579.00 AB EDG LUBE OIL PIT, 587.00 N/A Judgmera vs.Res/istic M<<fisn Cantered Fker Re S NIA Yes 0 143T-11&Col 0 DIESEL LUBE OIL I CD EMERG DIESEL LUBE OII.FULL FLOW STRAINER 1 AUXILIARY 579.00 CD EDG LUBE OIL PIT, 587.00 N/A Judgiilenl vs.Reaasdc Meden Centered Boor R 8 Yes NIA Yes Yes 10 12 0 14lT 113<02 147T 118-AB 14?T-11&CD 0 DIESEL LUBE OIL/CD EMERG DIESEL FULL FLOW LUBE OIL STRAOIER 2 0 DIESEL LUBE OIL I AB EMERG DIESEL BYPASS LUBE OIL FILTER 0 DIESEL LUBE OIL/CD EMERG DIESEL BYPASS LUBE OIL FiLTER AUXILIARY AUXILOIRY AUXILIARY 579.00 579.00 CD EDG RM, AS EOG LUBE OIL PIT, CD EDG LUBE OIL PIT, 587.00 N/A 587.00 N/A 587.00 NIA Judgment vs.Rearisdc Median Centered Boor Re S s Judgment vs.Resristic M<<fisn Centered Fker Response Spectra Judgrrl ant vs.Resiletic M<<fisn Centered Boor R Spectra Yes Yos N/A NIA Yos Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatonj shoukt be a licensed professional engineer.)
Print or T pe Name'gnature Date Print or Type Name Si nature Date Walkdown: I/of 10/04/93 and 10/11/93 D.C..Unit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page2of9 Eq.CI Equip.ID Rev No System/Equipmont Oescnption Fker Elev.Roan or Raw/column Capacity vs.Dom<<xl Basis Irs erect OK?Equp OK?13 0 14T-143utBI 0 DIESEL STARTING AIR/AB EMERG DIESEL CONTROL AIR DRYER 1 AUXILIARY 581.00 AB EDG RM, N/A Judgment vs.Rearrstic M<<fan Centered Fker Re S a Yos N/A Yes Yes 14 15 16 17 18 19 14T 143JI82 0 147-143401 0 14T-1 434 D2 14T-I 444B 14T 144&0 1-TT4GCO 0 DIESEL STARTING AIR/AB EMERG DIESEL CONTROL AIR DRYER 2 0 DIESEL STARTING AIR/CD EMERG DIESEL CONTROL AIR DRYER 1 0 DIESEL STARTING AIR/CD EMERG DIESEL CONTROL AIR DRYER 2 0 DIESEL FUEL ON./AB EMERG DIESEL FUEL OIL TRANSFER FILTER 0 DIESEL FUELOIL/CDEMERG DIESEL FUEL OIL TRANSFER FtLTER STARTING AIR/1 AB DIESEL GEN TUBE TRACK STARTING AIR I 1 CO DIESEL GEN TUBE TRACK AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 581.00 AB EDG RM, 587.00 CD EOG RM, 581.00 CD EDG RM.587.00 AB EDG RM, 587.00 CD EOG RM, 587.00 AB EDG RM, 587.00 CO EDG RM.N/A N/A N/A N/A Judgment vs.Reatisdc M<<fen Centered Fker R Spectra Judgment vs.ReaNstic M<<futn Centered Fker Res S 8 Judgment vs.Reatistc M<<fian Centered Fker Response S Judgment vs.Realistic M<<fian Centered Floor Response S Judgment vs.ROONsdc M<<fian Centered Boor Res se S a Judgment vs.Roarisdc Median Centered Fker Response S Judgfn ant VL Realistic Median Centered Floor Response S 8 Y8$Yes Yes N/A Yes Yes Yes Yos Yos Yes Yos Yes Yes Yes Yes Yes Yes Yes Yes Yes 21 14T-106%DI 0 DIESEL FUEL OIL I CD EMERG DIESEL FUEL OIL TRANSFER PUMP 1 AUXILIARY CD EDG FUEL OIL TRANSFER PUMP RM.Yes Boundng Spoctnsn vs.SSE Ground Re S Yos Yes Yes Yes I 4T-106CD2 0 14T.11140 DIESEL FUEL OIL/CD EMERG DIESEL FUEL OIL TRANSFER PUMP 2 0 DIESEL LUBE OIL/CD EMERG DIESEL LUBE OIL BEFORE ANO AFTER PUMP AUXILIARY AUXILIARY 579 00 CD EOG FUEL OIL TRANSFER PUMP RM.CD EDG LUBE OIL PIT, IN THE MIDDLE E REGN OF THE PIT.4FT E OF LUBE OIL TANKS 1 OT 116CD, NEAR FLR.Y8$Yes Boundng Spectrum vs.SSE Ground Re S Boundng Specuum vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yos Yos Yos 24 25 14T-I 174%14T-11740 147-11948 0 DIESEL LUBE ON./AB EMERG DIESEL LUBE OIL HEATER QT-I 1 AS PUMP DIESEL LUBE OIL/CD EMERG DIESEL LUBE OIL HEATER QT-116CD PUMP DIESEL LUBE OIL~/AB EMERG DIESEL LUBE OIL FILTER (QT-116AB)
PUMP AUXILIARY AUXILIARY AUXILIARY 579.00 AB EDG LUBE OIL PIT.51900 CD EOG LUBE OIL PIT 57900 AB EDG LUBE OIL PIT, Boundng Speci/um vs.SSE Ground Response S Boundng Spectnsn vs.SSE Ground R 8 Boundng Spectrum vs.SSE Ground Re Spectrum Yos Yos Yos Yes Yes Yos Yos Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature i 7/f tc,(at 5 Date Print or T pe Name Si nature Date Walkdown: ti of 10/04/93 and 10/11/93 D.C., Unit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 3 of 9 Eq.CI Equip.ID Rev No System/Equipment escnpuon Finer Elev, Capacrty vs.Demand Basis Cap>Demand?Caveats OK?OK?lAteiaa OK'7 Equei OK'7 27 5 14T-1194D 14T-1 30461 14T-130AB2 30 5 14T-1304D1 31 5 14T 130402 32 5 14T-1 35@LB 14T 13540 MV-1 2OAS 35 7 14V-12040 1<V-139-AB 0 DIESEL LUBE OIL/CO EMERG DIESEL BYPASS LUBE OII.FB.TER (QT-1184D)
PUMP DIESEl JACKET WATER I AB EMERG DIESEL JACKET WATER PUMP 1 DIESEL JACKET WATER I AB EMERG DIESEL JACKET WATER PUMP 2 0 DIESEL JACKET WATER!CD EMERG DIESEL JACKET WATER PUMP 1 0 DIESEl JACKETWATERI CO EMERG DIESEL JACKET WATER PUMP 2 0 DIESEL JACKET WATER I AB EMERG DIESEL AUX JACKET WATER PUMP DIESEL JACKET WATER I CD EMERG DEISEL AVX JACKET WATER PUMP 0 DIESEL Sl'ARTING AIR I 1-XTc~t AND 1-XTC402 CONTROL AIR SAF HY VALVE 0 DIESEL STARTING AIR I 1-XTC~AND 1-XTC407 CONTROL AIR SAFETY VALVE 0 DIESEl STARTING AIR I AB EMERG DIESEL STARTING AIR TO TURBOCHARGER SAF HY VALVE AUXILIARY AUXILIARY AUXiltARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 579.00 CD EDG LUBE OIL PIT, AB EDG RM, CD EDG RM, CO EDG RM.AB EDG RM.CD EOG RM, AB EMERDSLGENRM CD EMER DSl GEN RM AB EMER DSL GEN RM 587.00 Yes 58r.0O Yes 587.00 Yes 587.00 Yes 58r.oO Yes 587.00 Yes 587.00 Yes 58T.OO Yes 587.00 Yes 587.00 Yes Boundrtg Spectrum vs.SSE Ground Response Spearum Boundstg S pecuum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Response S poarum Boundstg Spectrum vs.SSE Ground Re Spectrum Boundstg Spearum vs.SSE Ground Response Spectrum Boundng Speansn vs.SSE Ground Response Spectrum Boundrtg Spearum vs.SSE Ground Response Spectrum Boundng Speansn vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response S Boundary Spectrum vs.SSE Ground Re e Spectrum YB$Y8$Yes Y8$Y8$YB$Y8$Yes Yos Yes Yes Yes Yes Yes Yes Y85 Yes NIA Yes Yes Yes Yes Yes Yos Yos Yes Yes Yes Yos Yes Yos 37 7 39 7 41 7 1.SV.139-CD 1-Sv-16JIB 1<v-1840 1<v-200AB 1<V.20040 0 DIESEl STARTING AIR I CD EMERG DIESEL STARTING AIR To TURBOCHARGER SAFETY VALVE 0 ESSENTIAL SERVICE WAI AB EMERGENCY DIESEL JACKET WATER COOLER QT-1 3MB ESSENTIAL SERVICE WATER OUTLET SAFHY VALVE 0 ESSENTIAL SERVICE WA I CD EMERGENCY DIESEL JACKET WATER COOLER QT 13140 ESSENTIAL SERVICE WATER OUTLET SAFETY VALVE 0 DIESEL FUEL OIL I AB EMERG DIESEL FUEL OIL MANIFOLD S TO FUEL Oil DAY TANK SAFETY VALVE 0 DIESEL FUEL OIL I CD EMERG DIESEL FUEL OIL MANIFOLDS TO FUEL OIL DAY TANK SAFHY VALVE AUXILIARY AUXILIARY AUXILIARY AUXiLIARY AUXILIARY CD EMER DSL GEN RM AB EMER DSL GEN RM, SE PART OF THE RM, AT THE WEST END OF AB EMERG.DIESEL JACKET WATER COOLER914T-131~, 10FT ABOVE THE CD EMER DSL GEN RM, SE PART OF THE RM, 5 FT EAST OF THE CO EMERG.DIESEL GENERATOR RM DOORWAY, 10 FT ABOVE THE FLR AB EMER DSL GEN RM CD EMER DSL GEN RM 58T.OO Yos 587.00 Yes 587.00 Yes 587.00 Yes Yos Boundeg Spectrum vs.SSE Ground Re Spectrum Boundstg Spectrum vs.SSE Ground Response Spearum Boundstg Spectrum vs.SSE Grourxl Response Spectrum Boundstg Spectrum vs.SSE Ground Re Spectrum Boundstg Spectrum vs.SSE Ground Re Spectrum Yes Yes Yes Y8$Yes Yos Y85 Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Print or Type Name Print or T pe Name Date Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
ls/~r/85'CL Signature Date Si nature Walkdown: I/of 10/04/93 and 10/11/93 D.C..Unit 1 SCREENING VERIFIC I ION DATA SHEET (SVDS)Page 4 of 9 Eq.CI Equst.to Rev No F acr Elev.Room or Row/column Base Elev.Capacity vs.Cap 8 Caveats Demaxl Basis Demand?OK?Anchor OK?interact OK?Equst OK?42 47 51 1<V.201ABI I<V-201 AB2 1.SV.201<01 1<v-201%02 1~4It AB MV4II<D l~-78AB1 MV.?8AB2 1~-78<01 1-SV-78-C 02 0 DiESEL FUEL OIL I AB EMERG DIESEL FRONT BANK FUEL OIL MANIFOLD SAFETY VALVE 0 DIESEl FUEL OIL/AB EMERG DIESEL REAR BANK FUEL OIL MANIFOLD SAFETY VALVE 0 DIESEL FUEL OIL I CD EMERG DIESEI.FRONT BANK FUEL OIL MANIFOLD SAFElY VALVE 0 DIESEL F UEL OIL I CD EMERG.DIESEL REAR BANK FUEL OIL MANIFOLD SAFETY VALVE 0 DIESEL JACKET WATER/AB EMERGENCY DIESEL AUXILIARY JACKET WATER HEATER QT-134AB SAFHY VALVE 0 DIESEL JACKET WATER I CD EMERGENCY DIESEL AUXILIARY JACKET WATER HEATER QT-1 34%0 SAFElY VALVE 0 DIESELSTARTINGAIR/ABEMERG DIESEL STARTING AIR RECENER 1 QT-141ABI SAFHY VALVE 0 DIESEL STARTING AIR/AB EMERG DIESEL STARTING AIR RECEIVER QT-141.AB2 SAFHY VALVE 0 DIESEL STARTiNG AIR I CD EMERG DIESEL STARTING AIR RECEIVER QT-141col SAFHY VALVE 0 DIESEL STARTING AIR/CO EMERGENCY DIESEl STARTING AIR RECEIVER(QT-141 4:02)SAF HY VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 CD EMER DSL GEN RM 58T.OO AB EMER OSL GEN RM.IN MIDDLE WEST REGION OF THE RM.ON THE TOP SIDE OF AB EDG, 10'BOVE THE FLR 587.00 CD EMER OSL GEN RM 587.00 CDEMERDSLGENRM,INNE CORNER OF CO EDG.lt7 ABOVE FLR 587.00 AB EMER OSL GEM RM, IN THE NE CORNER OF THE RM.1 FT SOUTH OF AB EMERG.DIESEL AUXILIARY JACKET WATER HEATER 587.00 CD EMER DSL GEN RM.IN THE NE PART OF THE RM, NEAR THE EAST WALL 587.00 AB EMER DSL GEN RM AB EMERDSLGENRM.
INSW REGION OF RM.ON THE NE SIDE OF AB EDG STARTING AIR RECEIVER&#xb9;I 43T 141-AB2.S ABOVE THE FLR CD EMER DSL GEM RM, IN THE NW PART OF THE RM, SW OF CD EMERG.DtESEL STARTING AIR RECEIVER&#xb9;t.QT 141@01 CD EMER OSI.GEN RM, IN THE NW PART OF THE RM, SWOF COEMERG.DIESEL STARTING AIR RECEIVER&#xb9;t-QT 1414 D2 Yos Yes Yes Yes Yes Boundeg Spectnm vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response Spectrum Bounding Spectnm vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground R Spectnm Bounding Specuum vs.SSE Ground Response Spectnm Boundeg Spectnm vs.SSE Ground Re Spectrum Batedeg Spectnm vs.SSE Ground Response S Botedeg Spectrum vs.SSE Ground Respanse Spectrum Boundeg Spectrua vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum Yos Y8$Y8$Yos Yos Yes Yes Yes Y8$Yes Yes Yes Yes N/A N/A N/A N/A Yes Yes Yes Yos Yes Yes Yes Yes Yos Yes Yes 1 Sv 79A81 0 DIESEl STARTING AIR I AB EMERG DIESEL CONTROL AIR DRYER QT-143AB1 SAFHY VALVE 587.00 AB EMER OSL GEN RM Boundeg Spec@urn vs.SSE Ground Response S Yes 1~-79A82 1~-TSCDt 0 DIESEL STARTING AIR/AB EMERG DIESEl CONTROL AIR DRYER QT-143AB2 SAFHY VALVE 0 DIESEL STARTING AIR/CO EMERG DIESEL CONTROL AIR DRYER QT-143C01 SAFHY VALVE AUXILIARY 58T.OO AB EMER OSL GEN RM 587.00 CD EMER DSL GEN RM, 15 FT WEST OF THE CD EMERG.DIESEL GENERATOR RM DOORWAY, NEARTHE SO.WALL Boundeg Spectnm vs.SSE Ground Respanse Spectnm Baundeg Spectrum vs.SSE Ground Respcnse Spectrum Y8$Yes N/A Yes Yes Y8$Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Nalne Signature i2(l 4,/5>Date Printer T pe Name Signature Date Waikdown: W of 10/04/93 and 10/11/93 D.C.Unit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 5 of 9 57 Equip, ID I-SV-794:02 1-WRV.?21 1.VVRV-?23 Rev No System/Equpment Descnpoon 0 ESW/AB EMERG DIESEL GENERATOR NORTH COMBUSTIOM AIR AFTERCOOLER HE<?ASM ESW INLET/BYPASS VALVE 0 DIESEL STARTING AIR/CO EMERG DIESEL CONTROL A!R DRYER QT-1 4SCD2 SAFETY VALVE 0 ESW/AB EMERG DIESEL SOUTH COMBUSTIONAIR AFTER COOLER HE<7ABS ESW INLET/BYPASS VALVE AUXILIARY AUXILIARY AUXILIARY Floor Elev.Room or RowlCchmn 587.00 AB EDG RM, 587 00 AB EDG RM.587.00 CD EMER DSL GEN RM Capacsy vs.Demand Basis Boundeg Spectrum vs.SSE Ground Response S psctrum Boundeg Speclnsn vs.SSE Ground Re Spectrum Boundeg Speceum vs.SSE Ground Response S Cap>Demand?Yes Caveats OK?Yes Yes OK?N/A Yes Equip OK'7 Yes Yes 59 61 62 67 69 70 1.WRV-725 1.WRV.727 1-XRV-220 1 XRV-221 1.XRV-222 1.XRV-225 1.XRV-226 1.XRV-227 1-HV4?DP-AB 1 141'?OP~2 141V4?DPot 141V<DP<02 1+80-240 0 ESWI CD EMERG DIESEL SOUTH COMBUSTION AIR AFTERCOOLER HER?CDS ESW INLET/BYPASS VALVE 0 ESWI CO EMERGENCY DIESEL NORTH COMBUSTION AIR AFTERCOOLER HE<?CON ESW tNLET/BYPASS VALVE 0 DIESEL STARTING AIR I AB EMERG DIESEL STARTING AIR JET ASSIST CONTROL VALVE 0 DIESEL STARTING AIR I AB EMERG DIESEL FRONT BANK STARTING AIR SHUTOFF VALVE 0 DIESEL STARTING AIR I AB EMERG DIESEL REAR BANK STARTING AIR SHUTOFF VALVE 0 DIESEL STARTING AIR/CD EMERG DIESEL STARTING AIR JET ASSIST CONTROL VALVE 0 DIESEL STARTING AIR/CD EMERG DIESEL FRONT BANK STARTING AIR SHUTOFF VALVE DIESEL STARTING AIR I CO EMERG DIESEL REAR BANK STARTING AIR SHUTOFF VALVE 0 DIESEL ROOM VENTILAT I AB EMERGENCY DIESEL GENERATOR ROOM VENTILATION EXHAUST FAN HV-DGX-1 TEMPERING AIR DAMPER 0 DIESEL ROOM VENTILAT I DIESEL GENERATOR ROOM 1AB VENTILATION SUPPLY FAN HV4IGS-1 TEMPERING AIR DAMPER 141V47DP~Z 0 DIESEL ROOM VEMriLAT I CD EMERGENCY DIESEL GENERATOR ROOM VENTILATION EXHAUST FAN HV-DGX-2 TEMPERING AIR DAMPER 0 DIESEL ROOM VENTILATI DIESEL GEN ROOM 1 CD VENTILATION SUPPLY FAN 14IV4?GS-2 TEMPERING AIR DAMPER 14IV4?DPCD2 0 DIESEL LUBE OIL/AB EMERG DIESEL UPPERVALVE GEAR LUBRICATION CONTROL SOLENOID 1 AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 CD EDG RM.CD EDG RM.IN MIDDLE OF N.REGM OF RM.4'N.OF E.END OF CD EMERGENCY DIES EI4'BOVE FLR 587.00 AB EDG RM.587.00 AS EDG RM.587 00 AB EDG RM.587.00 CD EOG RM, 587.00 CD EDG RM.587.00 CD EDG RM, AB EOG RM, 1Z W OF THE RNrs ENTRANCE.9'W OF AB EMERGENCY DIESEL FUEL OIL DAY TANK S 14lT-107AB AB EDG RM.22 FEET E OF AB EMERGENCY DIESEL FUEL OIL DAY TANK 9 1427-1 07~, 12 FEET FROM THE N WALL CO EDG RM, IN MIDDLE SW REGN OF RM, NEAR THE S WALL, 10'BOVE FLR CO EDG RM.IN SE REGN OF RM.NEAREWALI 1lyABOVE FLR 587.00 AB EMER OSL GEN RM Yes Yes Yes Yes Boundeg Speceum vs.SSE Ground Response S Boundeg Spectnsn vs.SSE Ground Response Spect/um Boundeg Spectrum vs.SSE Grourd R S Boundeg Spectrum vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response S Botndeg Spacoum vs.SSE Ground Response Spectrum Boundeg Spectnsn vs.SSE Ground Response Spectrum Bound eg S pact/um vs.SSE Ground Response S Boundeg Spectrum vs.SSE Ground Response Boundeg Speci/um vs.SSE Ground Response Spectnsn Yes Yes Yes Yes Yes Yes Yss Yes Yes Yes Yes Yes Yes Yes Yes Yes NIA WA WA WA NIA N/A WA Yes Yes Yes Yes Yes Yes Yes Yss Yes Yes Yes Yas Certification:
AII the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature IE/t t/g~Date Print or T pe Name Si nature Date Walkdown: I/of 10/04/93 and 10/11/93 D.C..Unit 1 SCREENING VERIFIC I ION DATA SHEET (SVDS)Page6of9 lt<<n Eq.CI 71 8 72 8 73 8 74 9 75 9 76 9 77 9 78 9 79 9 Eqrsp.ID 14.60-241 14.60-245 1460.246 1 4tv47GS-1 14IV47GS-2 14IV4>G&3 14IV47GSA 14IV47GX-1 1 4IV47GX-2 Rev No 0 DIESEL LVSE OIL I AB EMERG DIESEL UPPER VALVE GEAR LUBRICATION CONTROL SOLENOID 2 0 DIESEL LUBE OIL/CD EMERG DIESEL GENERATOR UPPER VALVE GEAR LUBRICATION CONTROL SOLENOID 1 0 DIESEL LUBE OIL/CD EMERG DIESEL GENERATOR UPPER VALVE GEAR LUBRICATION CONTROL SOLENOID 2 0 DIESEL ROOM VENTILAT I AB EMERG DIESEL GENERATOR VEMTllATION SUPPLY FAN 0 DIESEL ROOM GENERATO I CO EMERG DIESEL GENERATOR ROOM VENTILATION SUPPLY FAN 0 DIESEL ROOM VENTILAT I AB EMERG DIESEL GENERATOR ROOM CONTROL PANEL VENTILATION SVPPLYFAN 0 DIESEL ROOM VENTllAT I CD EMERG DIESEL GENERATOR ROOM CONTROL PANEL VEMTllATION SUPPLY FAN 0 DIESEL ROOM VENTILAT I AB EMERG DIESEL GENERATOR ROOM VENTILATION EXHAUST FAN 0 DIESEL ROOM VENTILATI CO EMERG DIESEL GENERATOR VENTILATION EXHAUST FAN AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY Fkor Elev.Room N RorrCoturnn AB EMER DSL GEN RM CD EMER DSL GEN RM CD EMER OSL GEM RM AB EOG RM, IN THE SE REGN OF THE RM, 36'E OF THE Rhrs ENTRANCE.13'BOVE THE FLR CD EDG RM, IN SE REGN OF THE RNL 20'OF CO EDG, 10'BOVE THE FLR AB EDG RM, CD EDG RM, AB EDG RM, IN THE NW REGN OF THE RM.ABOVE AB EDG STARTING AIR COMPRESSOR
<<1<T-142~, 13'BOVE THE FLR CO EDG RM, IN THE MIDDLE SW REGM OF THE RM.10'W OF CO EDG, 1I7 ABOVE THE FlR ease Ekn/.5S7.00 Yes Yes 587.00 Yes 587.00 N/A 587.00 N/A N/A 587.00 N/A 587.00 N/A 587,00 N/A Capacity vL Demand Basis Boundeg Spectrum vs.SSE Ground Response Spectnsn Boundeg Spectrum vs.SSE Ground Response Spectrum Boundeg Spectnsn vs.SSE Ground Response S pectnsn 1.5 x Boundeg Spectnsn vs.ROOTSSc Median Cont<<ed Fkor Re Spectra 1.5 x Boundeg Spectrum vs.ROSTsdc M<<fian Centered Floor Re 1.5 x Boundeg Spectrum vs.Reaasdc Median Centered Fker Re S 1.5 x Bourxleg Spectrum vs.R881$5c Meden Centered Fkxx Re S 1.5 x Boundeg Spectrum vs.ROSSstic Median Centered Boor Re Spectra 1.5 x Boundeg Spectrum vs.Rearrsdc Median Centered Fker Res SOS a C8p>Demand?Yes Yes Yes YOS Y8$Yes Yas.Y8$YOS Ca vesta OK?Y8$Y8$Yes Yes Yes Yes Yes Yes Yes Anchor OK'7 N/A N/A Yes Yes Yes Yes Y8$Yes Yes Yes Y8$Equip OK?YOS Yes Yes YOS Yes YOS YOS 80 12 147T402.AS 81 12 143T-502ND 82 14 0 DIESEL COMBUSTION Al I AB EMERG DIESEL TURBOCHARGER 0 DIESEL COMBUSTION Al/CO EMERG DIESEL TURBOCHARGER 0 120208V MISC.SAFTE I POWER PANEL AUXILIARY AUXILIARY AUXILIARY AS EDG RM, IN THE NW REGN OF THE RM,5 NE OF THE ENGINE ENO OF AB-EDG, 10'BOVE THE FLR CD EDG RM, IN THE MIDDLE E PART OF THE IU/L ON THE DIESEL END OF CD EDG, 10'BOVE THE FLR CO EOG RM, 10 FEET NWOF CD EMERGENCY DIESEL GENERATOR<<143ME-1 50CD, ONTHENWALL 587.0O Yes 587.00 Yes 587.00 Yes Boundeg Specuum vs.SSE Ground Response Spectrum Boundeg Spectnm vs.SSE Ground Respcese Spectrum Boundeg Spectrum vs.SSE Ground Response Spect/um Yes YOS Yes Yes YOS Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Si nature Date Print or T pe Name Si nature Date Walkdown: V of 10/04/93 and 10/11/93 D.C..Unit 1 SCREENING VFRIFICA ON DATA SHEET (SVDS)Page 7 of 9 aom Eq Cl 83 14 Rev No 0 120/208V MISC SAFETY I 120/208 VAC AUXILIARY FEEDWATER DISTR PNL 8usdng AUXILIARY Fker Elev.Room or Row/Column CD EDG RM, IN NW REGN OF RM, 5 FT.N OF NE END OF EMERG DIESEL GEN CD, ON THE N WALIS FT.ABOVE FLR Yes Capac(ty vs.Oenand Basis B(xndng S pact/um vs.SSE G/ound Response Spectrum Cape Demand?Yos Ancncr OK?Inteact OK?E(FNI OK?Yes 84 14 85 14 86 17 87 17 88 18 89 18 90 18 91 18 92 18 93 18 94 18 1<LSC 1<LSCX 14?ME-1 50AB 14?ME-1 50CD 1 CPS412 t<P&314 1CP&317 1&P&319 1 4.Ls-1 20 1 LLS-122 0 120/208V MISC SAFTEY/POWER PANEL 0 120(208V MISC SAFETY I 120/208VAC EMERG LOCAL SHUTDOWN AUXILIARY D ISTRIBVlloM PANEL 0 DIESEL GENERATOR CON I AB EMERG DIESEL GENERATOR 0 DIESEL GENERATION CO I CD EMERG DIESEL GENERATOR 0 DIESEL JACKET WATER I AS EMERG DIESEL JACKET WATER PUMP QT-13OAB1 DISCHARGE PRESSURE SWITCH 0 DIESEL JACKET WATER I AB EMERG DIESEL JACKET WATER PUMP QT-I 3OAB2 DISCHARGE PRESSURE SWITCH 0 DIESEL JACKET WATER I CO EMERG DIESEL JACKET WATER PUMP QT-130COI DISCHAREG PRESSURE SWITCH 0 DIESEL JACKET WATER I CD EMERG DIESEL JACKET WATER PUMP QT 130CO2 DISCHARGE PRESSURE SWITCH 0 D(ESEl FUEl OIL I AB EMERG DIESEL FUEL OIL DAY TANK QT-107~HIGH LEVEL SWITCH 1 0 DIESEL FUEL OIL/AB EMERG DIESEL FUEL OIL DAY TANK QT-107~LOW LEVEL SWITCH 1 0 DIESEL FUEL OIL/AB EMERG DIESEL FUEl oil DAY TANK QT 107-AB HIGH LEVEl SWITCH 2 AUXILIARY AUXILNRY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 AB EOG RM, IN THE NE REGM OF THE RM, ON THE N WAU'0FEETEOFlHERM'S ENTRANCE DOOR AB EDG RM, IN SE REGN OF RM, ON S WALI10 FT.S OF AB EMERG DIESEL GEN AB EOG RM, N THE CENTER OF THE RM CO EOG RM, IM THE COMER OF THE RM 587.00 AB EMER OSL GEN RM, 5 FT SE OF DGAB RM DOORWAY, IN THE WEST DOOR OF PANEL DGAB.6 FT ABOVE THE FLR AB EMER DSL GEN RM, 5 FT SE OF DGAB RM DOORWAY.N THE WEST DOOR OF PANEL DGAB.7 FT ABOVE THE FLR CO EMEROSLGENRM,SFT WEST OF THE DGCD DOORWAY, IN THE DGCO PANEL CO EMER OSL GEM RM.5 FT WEST OF DGCD DOORWAY.IM THE DGCD PANEL 587.00 AB EDG RM,'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP 587.00 AB EOG RM,'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP ABEDGRM, RELAY CHATI'ER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP Yos Yes Yos Yos Yos Yes Yos Yos Boundng Speci(um vs.SSE Ground Response Spectrum Boundng Spect/um vs.SSE Ground Re S Boundng Spectrum vs.SSE Ground R 6 B(xndng Spectrum vs.SSE Grourxl Re Spectrum Boundng Specuum vs.SSE Ground Response Spectrum Boundng Spactnm vs.SSE Ground Response Speci/um Boundng Spectrum vs.SSE Gr(xnd Response Spectrum Boundng Spacuurn vs.SSE Grourd Response S 1.5 x Boundng Spectrum vs.Reatndc Median Centered Fkxfr Re S a 1.5 x Boundng Spectnm vs.Rear(stfc Median Centered Fker Response Spectra 1.5 x Boundng Speci(um vs.Reassdc Median Centered Fkxx Response Spectra Yes Yes Yos Yos Yes Yes Yes Yes Yes Yos No No Yes Yes Yes Yos Yes Yes Yos Yes Yes No Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Print or Type Name Date Print or Type Name Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
*~?f>IIO/9.r C (~c Signature Date S'ature Eq CI Equip.ID Rev No System/Eqtspment Descripten Walkdown;W, of 10/04/93 and 10/11/93 D.C..Unit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Base Elev.Ca pacer vs.Cap>Caveats Demand Bash Demand?OK?OK?Page 8 of 9 attaract OK?Eqrsp OK?95 18 18 14.LS-I23 14LS-125 0 DIESEL FUEL OIL I AB EMERG DIESEL FUEL OIL DAY TANK QT-1 07~LOW LEVEL SWITCH 2 0 DIESEL FUEL OIL I CD EMERG DIESEL FUEL OIL OAY TANK QT-10?NO HIGH LEVEL SWITCH 1 AUXILIARY AUXILIARY 587.00 AB EOG RM,'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP COEDGRM.RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP N/A Yes'I.S x Boundng Spectrum vs.Realhdc Morrran Centered Fker Re S Boundng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yos No Yes Yos Yes No Yos 97 101 18 18 18 18 18 19 1+Ls 126 1<LB-1 27 1+is-I 28 1-vrsdat 0 DIESEL FUEL OIL I CO EMERG DIESEL FUEL OIL DAY TANK QT-1 07<0 LOW LEVEL SWITCH 1 0 DIESEL FUEL OIL I CO EMERG DIESEL FUEL OIL OAY TANK QT-1 07D HIGH LEVEL SWITCH 2 0 DIESEL FUEL OIL I CD EMERG DIESEL FUEL OIL DAY TANK QT-I 0?CD LOW LEVEL SWITCH 2 0 DIESEL COMBUSTIONAI/AB EMERGENCY DIESEL FRONT BANK A!R CHEST EXTREME HIGH PRESSURE SWITCH 0 OIESEI.COMBUSTION Al/CD EMERGENCY DIESEL FRONT BANK AIR CHEST EXTREME HIGH PRESSURE SWITCH 0 DIFSEL ROOM VENTIIAT/AB EMERGENCY DIESEL GENERATOR ROOM VENTILATION FANS HVAR-1 AND HOGS-1 THERMOSTAT AUXILIARY AUXILIARY AVXII.IARY AUXILIARY AUXILIARY AUXILIARY 587,00 CO EDG RM,'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP COEDGRM, RELAY CHATTER ANALYSIS IS DONE UNDERFUELTRANSFER PUMP CD EOG RM.'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP AB EMER OSLGENRM,SFT SE OF AB EMERG.DIESEL GEN.RM DOORWAY, ON THE NORTH WAUINSIDE AB EMERG.DIESEL GENERATOR CONTROL SUB PANEL&#xb9;1-DGAB CO EMER DSL GEN RM, 5 FT WEST OF CO EDG RM DOORWAY.INSIDE CD EMERG.DIESEL GENERATOR SUBPANEL&#xb9;W)GCD AB EDG RM,24'WOF RM ENTRANCE.15'BOVE FLIL ON AB EMERGENCY DSL GENERATOR RM VENTILATION EXHAUST FIRE DAMPER 1-HV4?GXWD-1 Yos Yes Yes Yes Yes N/A Borndng Spect/um vs.SSE Ground Response Specbum Boundng Spectrum vs.SSE Ground Response Spectnsn Boundng Spectrum vs.SSE Ground Response Specuum Boundng Spect/um vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectnm 1.5 x Boundng Spect/um vs.Reathdc Morfian Centered Fker Response Spectra Yes Yes Yos Yos Yes Yos Yes Yos Yos Yes Yes Yos Yes Yos Yos Yes Yes Yes Yes Yos 19 19 1.vrs445 0 DIESEL ROOM VENTILAT I AB EMERGENCY DIESEL GENERATOR ROOM VENTILATION FANS OUTSIDE AIR THERMOSTAT 0 DIESEL ROOM VENTIIAT I CD EMERGENCY DIESEL GENERATOR ROOM VENTILATION FANS HVAR.2 AND HV-DGS-2 THERMOSTAT AVXtLIARY AUXILIARY 596.00 AB EDG RM, CD EDG RM.IN SW REGN OF RM.1P S.OF THE GENERATOR END OF CD GENERATOR 1%ME-1 SOCD.ON THE W.SIDE OF EXHAUST FAN 146f4%X-2.
1Z ABOVE FUL Yos Boundng Spscuum vs.SSE Ground Respcnse snoot/um 1.5 x Boundng Spectrum vs.Rearrsdc Median Centered Boor Response Spectra Yes Yes Yes N/A NIA Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."AII information" Includes each entry and conclusion (whether veNied to be seismically adequate or not).t-s-g Date Print or T pe Name Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
eL Signature Walkdown: Weeks of 10/04/93 and 10/11/93 D.C.Cook Unit 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 9 of 9 Item Eq.CI Equp.ID Rev No system/Equ'pmont Descnpcon Floor Elev Base Elev.capacity vs.Cap>Demand Basis Demand?Caveats OK?Anchor OK'7 Equip OK?107 0 10$0 109 5 14IGAB-X 14IGCD-X 1+OV-2ND 0 EQUIP CTRL AND INDIC IAB EMERGENCY DIESEL GENERATOR OME-1 SOAB AUXILIARY PANEL 0 EQUIP CTRLAND INDICI CD EMERGENCY DIESEL GENERATOR OME-1 50CD AUXtLIARY SUBPANEL STARTING AIR SYST I PILOT OPE RATED 4 WAY VALVE FOR AIR START XRVS FOR DIESEL ENGINE 0 STARTING AIR SYSTI PILOT OPERATED 4 WAY VALVE FOR AIR START XRVS FOR DIESEL ENGINE 0 AB EMERG DIESEL LUBE OIL BEFORE AND AFTER PUMP AUXIUARY AUXIUARY AUXILIARY AUXILIARY 579.00 AB EMER DSL GEN RM, IN THE MIDDLE WEST REGION OF THE RM, NEAR THE CENTER OF THE WEST WAU 5FTNORTHOFAB EDG STARTING AIR RECEIVER 814?T-1 4&181 CD EMER DSLGENRM, IN THE WEST REGION OF THE RM,4FTSOUTHOF CD EMERG.DIESEL STARTNG AIR RECEIVER$14?T 1414'Dt AB EDG RM, IN THE SE REGN OF THE RM, ON THE SE END OF THE DIESEL END OF AB EDG CD EDG RM, AB EDG LUBE OIL PIT, IN THE MIDDLE REGN OF THE PIT, NEAR THE FUL Yes Yes Bwstdeg Spoctnsn vL SSE Ground Response Spectrufi Bourxang Spectnsn vs.SSE Ground Response Spectnmt Judgment vL Realistic Merfm Centered Floor Re S Judgment vs.Reafrsdc Median Centered Floor Response S Bounc4ng Spectnsn vs.SSE Ground Re S Yos Yes Yes Yes Yos Yes Yos Yos Yos Yes Yos Yos Yes Yes Yes Yos Yos Yos Yos Yos Yos CBftif lee'lion: All the Information contained on this Screening Verification Data Sheet (SVDS)Is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature rli~c Date Print or T pe Name Signature Date Walkdown: Ween 0/18/93 DC COO.<IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1 of 2 Item Eq Cl Equp ID No.Rev No srstem/EquPmsnt DesofptCn Fkwr Elev.Room or Row/Column Base Elev.Capaaty vs Demand Basis Cap>Demand?Caveats OK?Ancter OK?Equip OK'/14 2 14 3 14 14 5 14 6 14 14 6 14 14 10 14 11 14 12 14 13 14 14 14 15 14 16 14 t?14 1-BATT-AB-SH 1-BATT.CO-SH 1-BATTY/-SH 1.8C-AB-SH I.BCCD-SH I.BCTCWB 1 BCTC<D 1<CV-AB 1<CV<O 1CRCD 1<RID-I 1<RID-II 1&RID-III 1<RID-IV 1-DCN 0 250V Dc DISTRIBUTION I PtAMT BATTERY BATTY AMMETER SHUNT 0 250V DC DISTRIBUTION/
PLANT BATTERY BATTED AMMETER SHUNT 0 250VDC CONTROL AND I I METERING SHUNT 0 250 VDC DISTRIBUTION I PLANT BATf ERY CHARGER AMMETER Bc AB SHUNT CABINET 0 250V DC DISTR/BUT/ON I PLANT BATTERY CHARGER BCCD SHUNT CABINET 0 250V Dc DISTRIBUTION/
PLANT BATTERY CHARGERS Bc-AB1 AND BC482 TRANSFER PANEL 0 250V DC DISTR/BUT/ON I PLANT BATTERY CHARGERS BC4:01 AND BCCD2 TRANSFER PANEL 250VDC DISTRIBUTION I POWER PANEL 0 250VDC DISTRIBUTION I250VDC TRAIN'A'RITICAL SOLENOID VALVES DISTRIBUTION PANEL 0 250VDC DISTRIBUTION I POWER PANEL 250VDC DISTR/BUTION I POWER PANEL 0 120VAC CONTROL ROOM I 120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION CH-1 0 120V AC DISTR/BVTION I 120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION CH-II 0 120VAC CONTROL ROOM/120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION CH-III 0 120VAC CONTROL ROOM/120VAC COMTROL ROOM INSTRUMENT DISTRIBUTION CH4V 250VDC CONTROL AND I/250VDC POWER PANEL 0 250V DC DISTRIBUTION/250V DC DISTRI8 DION PANEL M CAB AUXfL!ARY AUXILIARY AUXILIARY AUXILIARY AUXlt.iARY AUXILIARY AUXILIARY AUXILIARY AUX!LUCY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AVX/LIARY AUXILIARY 613,00 4KV RM.Mezzanee Area.IN CENTER OF THE RM.OM PLANT BATTERY AB CONTROL PANEL&#xb9;14IC-AB 626.00 CO BATT EQUIP AREA, N N END OF THE RM.ON PLANT BATTERY CD CONTROL PANEL&#xb9;1-BC4:D 633.00 HALLWAY, 613.00 4KV RM.Mezzanee Area.IN CENTER OF RM, ON PIAMT BATTERY AB CONTROL PANEL 1-Bc-AB 626.00 CD BATT EQUIP AREA, IN N END OF THE RM, 633.00 ON THE PLANT BATTERY CD CONTROL PANEL&#xb9;14ICCD 613.00 4KV RM.Mezzanine Area, IN SW REGN OF THE RLL 2 FT E OF PLANT BATTERY CHARGER&#xb9;1-BC-AB2.4 FT W OF THE E WALL 626.00 CD BATT EQUIP AREA, IN N END OF THE RM, 4 633.00 FT NE OF PLANT BATTERY CHARGER&#xb9;14I C-CD1 633.00 CONTROL RM, IN THE NE CORNER OF THE RM.633.00 ON THE E WALL 15 FEET S OF THE N WALL 633.00 CONTROL RM, IN THE N E CORNER OF THE RM.ON THE E WALION CONTROL RM E REAR INSTRUMENT RELAY RACK&#xb9;1<RR 633.00 CONTROL RM, ON THE REAR SIDE OF NON-633.00 ESSENTIAL SERVICE WATER CONTROL PANEL&#xb9;14/SW 633.00 CONTROL RM.IN THE SW PART OF THE RM.2 FEET NE OF UNIT 2 HOT SHUTDOWN PANEL&#xb9;24ISD2 633.00 CONTROL RM.I/O THE NE CORNER OF THE RM 633.00 633.00 CONTROL RM.IN NE CORNER OF THE RM, ON 633.00 EWALIBFTSOF NWALL 633.00 CONTROL RM.IN THE NE CORNER OF THE RM, 633.00 ON THE E WALL ON CONTROL RM E REAR INSTRUMENT RELAY RACK&#xb9;t ERR 633.00 CONTROL RM.IN THE NE CORNER OF THE RM, 633.00 ON THE E WALL ON CONTROL RM E REAR INSTRUMENT/REtAY RACK&#xb9;I ERR 633.00 HALLWAY, 15 F EET SE OF THE UNIT 1 CONTROLRMEMERGENCYEXITDOOR,ON THE E WALIIN THE MIDDLE E PART OF THE HALLWAY 60900 AB BATT EQUIP AREA, INMIDDLE NREGN OF THE RM, 6 FT N OF AB BATTERY FIRE DOOR.ON THE N WALL YBS YBS Yes Yes Boundeg Spectnsn vs SSE Grourxl Response Spect/um Boundeg Spectnm vs SSE Ground Response Spectnm 1.5 x Baedeg Spectrum vs Rearndc Mec5an Centered F/oor Response Spectra Boundeg Spectrum vs SSE Ground Response Spectnm Boundeg S pectnm vs SSE Ground Response Spectnm Boundeg Spectrum vs SSE Ground Response Spectrum Baedeg Spectrum vs SSE Ground Response Spectnm Boundeg Spectrum vs SSE Graed Response Spectnm Baedeg Spectnm vs SSE Ground Response Spectnsn Boundeg Spectnm vs SSE G/Bund Response Spectrum Boundeg Spectnm vs SSE Ground Response Spectnsn Boundeg Spectrum vs SSE Ground Response Spectrum Boundeg spectrum vs SSE Ground Response Spectnm Boundeg Spectrum vs SSE Ground Response Spectrum Baedeg specuum vs ssE Ground Response Spectrum Baedeg Spec/nsn vs SSE Grourd Response Spectnm Boundeg Spectrum vs SSE Ground Response Spectnm Yes Yes YBS YBS Yes Yes Yes Yes YBS YBS YBs Yes YBs Yes Yes Yes YBS YBS Yes YBS YBs Yes Yes YBs YBS YBS YBS Yes Yes YBS YBS YBS Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed rofessional engineer.)
Print or Type Name ignature Date Print or Type Name Signature Date Walkdown.Wee 0/18/93 DC CO IIT1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 2 of 2 Item Eq Cl EquS/ID No Rev No System/Eqrspment Descrsxee 8urtdeg.Fker Elev.Room or Row/Cr&#xb9;umn Capacrty vs Demand Basis Cap>Demand?Caveats OK?Interact OK?Equp OK?18 14 19 14 1.MCCD 14VIDAB 0 250V DG DISTR/250V DC DISTRIBUTION POWER PANEL 0 250VDC DISTRIBUTIONI 250 VDC POWER PANEL AUXILIARY AUXILIARY CD BATT EQUIP AREA, IN S END OF THE HALI.WAY, ON THE WESST WALL.2 FT N OF THE RMS ENTRANCE DOOR AB BATT EQUIP AREA, IN THE MIDDLE N REGN 609.00 Yes OF THE RM, 6 FEET N OF AB BATTERY EQUIPMENT AREA FIRE DOOR, ON THE N WALL Boundeg Spect/um vs SSE Ground Response Spectrum Bourxleg Spectrum vs SSE Ground Response Spectrum Yes YBS Yes Yes Yes 20'l4 14/IOCD 0 250VDG DISTRIBUTION I POWER PANEL AUXILIARY CD BATT EQUIP AREA, IN THE S END OF THE HALLWAY,ONTHEWWALI BFEETNWOF THE RMS ENTRANCE DOOR 633.00 Yes Brxedeg Spectrum vs SSE Ground Response Spectrum Y8$YBs YBS Yes 21 14 14SV.A1 0 250VAC DISTRIBUTION I 250VDC TRAIN'A'UCLEAR SAMPLING FEEDER PANEL&#xb9;1 AUXILIARY NUCLEAR SAMPLING RM, IN THE MIDDLE S 587.00 Yes REGN OF THE RM.ON THE S END OF THE NUCLEAR SAMPLING SYSTEM SMAPLING CONTROL PANEL&#xb9;1-SCP.5FT ABOVE THE FLR Boundeg Spectrum vs SSE Groted Response Spectrum Yes Yes Yes Yes Yes 22 14 23 14 24 14 25 14 26 14 27 14 28 14 29 14 1-SSV-A2 1-SSV.B 1-T DAB 1-TOGO 1.VDAB-1 1-VDAB-2 1-VDCD-1 1-VDCD-2 0 250VDC I 250VDC NUCLEAR SAMPLING FEEDER PANEL&#xb9;2 0 250VDG DISTRIBUTION I POWER PANEL 0 250VDC DISTRIBUTION/250 VDG POWER PANEL 0 250VDG DISTRIBUTION I POWER PANE ITRAIN A TRANSFER CABINET 0 250V DC DISTR I 250V DC VALVE DISTRIBUTION PANEL VDAB-1 0 250VDC DISTR I 250V Oc VALVE DISTRIBUTION PANEL VDA8.2 0 250VDC DISTR I 250V DG VALVE DISTRIBUTION PANEL VDCO-1 0 250V DG DISTR I 250V DG DISTRIBUTION PANFL VDCO-2 AUXILIARY AUXiLIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AVXII.IARY AUXILIARY 626 00 NUCLEAR SAMPLING RM, IN THE MIDDLE OF THE RM, ON THE S END OF THE NUCLEAR SAMPLING CONTROL PANEL&#xb9;14CP, 3 FEET ABOVE THE FLR NUCLEAR SAMPLING RM.IN THE MIDDLE N REGN OF THE RLL ON THE N END OF THE RM PANEL&#xb9;1-SCP.4 FEET ABOVE THE FLR AB BATT EQUIP AREA, IN THE NEASST REGN OF THE RM.2 FEET N OF THE ENTRANCE DOOR, ON THE N WALL CD BATT EQUIP AREA, AT THE SOTH ENO OF THE HALLWAY, ON THE W WALI10 FEET NW oF THE IU/rs ENTRANGE DQQR CONTROL RM, BEHIND CONDENSATE CONTROL PUMP PANEL&#xb9;14P CONTROL RM, ON THE REAR SIDE OF CONDENSATE PUMP CONTROL PANEL&#xb9;tP CONTROL RM, ON REAR SIDE OF S.G.AND AVX FEED PUMP CONTROL PANEL&#xb9;14G, ON THE N WALL CONTROL RM, BEHIND S.G.AND AFW PUMP CONTROL PANEL&#xb9;14G, ON THE N WALL OF THE RM 587.00 Yes 587.00 Yes 633.00 Yes 633.00 Yes 633.00 Yes Boundeg Specuum vs SSE Groted Response Spectrum Bourxieg Spectrum vs SSE Ground Respcese Specuum Boundeg Spectrum vs SSE Ground Response Spectrum Boundeg Specuum vs SSE Ground Response Spectrum Boundeg Spectrum vs SSE Ground Response Spectrum Bourxieg Spectrum vs SSE Ground Response Spectrum Boundeg Spectrum vs SSE Ground Response Spectrum Boundeg Spectrum vs SSE Ground Response Spect/um Y8$YBS Yes Y8$Yes YBS YBS Yes Yes Yes Yes No Yes Yes YBS Yes YBS 30 15 31'15 32 15 1 43ATT-AB 1-BATT%0 1 WATT&250V Dc DISTRIBUTION I PLAN'r BAlT AB 250V DC DISTRIBUION I PlANT BATT CD 0 250VDC CONTROL AND I I TRAIN N PLANT BATf ERY AUXILIARY AUXILIARY AUXILIARY AB BATT EQUIP AREA, IN THE CENTER OF THE 609.00 Yes IU/L S OF THE PARTITION WALL CD BATT EQUIP AREA.IN THE CENTER OF THE 650.00 Yes N END OF THE RM HALLWAY, Boundeg Spectner vs SSE Ground Response Spectnsn Boundeg Spectrum vs SSE Ground Response Spectrum Brxedeg Spectrum vs SSE Ground Response Speci/um YBS Yes Y8$No Yes Yes No Certification:
Ail the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All.signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Si Print or Type Name Signature Date Print or Type Name 4 eEL Signature Date Walkdown: 1/.of 11/8/93 DC CO IT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of6 item Eq Ci Eqtxp.iD No.Rev No Srstern/Equipment Descnpten Buddng.Fker Elsv.Room or Row/Cohmn Base Eiev.Capacsy vs.Demand Bash Cap>Dan and?Cavests OK?OK?Interact OK?Equp OK?7 14:Rv<10 2 7 1<RV<11 3 7 WICR401 7 1&CR402 5 7 1-DCR403 6 7 14)CR~7 7 14ICR410 8 7 14ICRZ20 9 7 14ICR430 10 7 14ICR440 I'I 7 1&CRQ14 12 7 I-IRV-260 0 COW/DEMINERALIZED MAKEUP WATER TO CCW SURGE TANK'A'.5 AIR OPERATEO SHUTOFF VALVE 0 CCW/DEMINERALIZED MAKEUP WATER TO CCW SURGE TANK'Ir 1.5 AIR OPERATED SHUTOFF VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR I SLOWDOWN SAMPLE DSRMI CONTAINMENT ISOLATION VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR 2 SLOWDOWN SAMPLE DSR~CONTAINMENT ISotATION VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR 3 SLOWDOWN SAMPLE DSR403 CONTAINMENT ISOtATION VALVE 0 NUCLEAR SAMPLING/STEAM GENERATOR 4 SLOWDOWN SAMPLE DSR404 COMTAIMMENT I SO lATIO N VALVE 0 SLOWDOWN/STEAM GENERATOR OMEN.I SLOWDOWN CONTAINMENT ISOLATION VALVE SLOWDOWN I STEAM GENERATOR OME~SLOWDOWN CONT/uNMENT ISOLATION VALVE 0 SLOWDOWN/STEAM GENERATOR OMM4 SLOWDOWN CONTAINMENT ISOLATION VALVE 0 SLOWDOWN/STEAM GENERATOR OME~SLOWDOWN CONTAINMENT ISOlATION VALVE 0 NITROGEN (REACTOR PL/NITROGEN SUPPLY TO ACCUMVLATOR TANKS CONTAINMENT ISOlATION VALVE 0 SAFETY INJECTION/
SAFElY IN JECTION TEST LINE SHUTOFF 0.75 AIR OPERATED VALVE AUXILIARY AUXILNRY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 650.00 HALLWAY, 650.00 HALLWAY, 591.00 VESTIBULE.
ON THE E END, BELOW THE PIATFO RM GRATING.591.00 VESTIBULE.
ON THE E END, BELOW THE PtATFORM GRATING.591.00 VESTIBULE, ON THE E END, BELOW THE PLATFORM GRATING.591.00 VESTIBULE, ON THE E END, BELOW THE PLATFORM GRATING.591.00 STARTUP SLOWDOWN FLASHTANK RM.IN THE 587.00 SE PART OF RM, ON THE CONT WALL SIDE OF THE 601 EL PLATFORM.5 ABOVE THE PLATFORM.591.00 STARTUP SLOWDOWN FLASHTANKRM, IN THE 587.00 SE REGN OF RM, OM THE CONT WALL SIDE OF THE 601 EL PlATFORM, 5 ABOVE THE PlATFORM.59 l.00 STARTUP SLOWDOWN FlASHTANK RM.IN THE 587.00 SE REGN OF THE RM.ON THE CONT WALL SIDE OF 601 Et PlATFORM, 5'ABOVE THE FUL 591.00 STARTUP BLOWDOWN FlASHTANK RM, IN THE 587.00 SE REGN OF THE RM.ON THE CONT WALL SIDE OF THE 601 EL PlATFORM, 5'BOVE THE FLR.591.00 STARTUP SLOWDOWN FLASHTANK RM, IN SE REGN OF RM, NEAR CONT PENETRATION
&#xb9;I-CPM42, 5'BOVE THE 601 EL PlATFORM.587.00 N SAFETY INJECTION PUMP RM, 5'E OF N 587.00 V&#xb9;2 Sl PUMP.IN THE NE CORNER OF THE RM.3'BOVE FLR N/A N/A N/A N/A N/A NIA 1.5 x Boundsvg Spectrum vs.Reassdc Masan Centered Floor Response Spectra 1.5 x Bounang speci/um vs.Reassdc Median Centered Fker Response Spectra 1.5 x Boundng Spectrum vs.Rear>>tie Median Centered Boor Response Spectra 1.5 x Boundeg Spectrum vs.Reafstic Mafian Centered Fker Response Spectra 1.5 x Boundstg spect/um vs.Rsaasgc Median Centered Boor Response Spectra 1.5 x Boundstg Spectrum vs.Reahstic Mafian Centered Roar Response Spectra 1.5 x Boundeg Spect/um vs.Rear>>dc Median Centered F ker Response Speci/a 1.5 x Boundstg S pectrurn vs.Reahsdc Mafian Cenlered Fker Response Spectra 1.5 x Bouixsng Spect/um vs.Real>>dc Maf>>n Centered Fker Response Spectra 1.5 x Boundeg Spectrum vs.Real>>tic Median Centered Fker Response Spectra 1.5 x Bounang Spectrum vs.Rear>>dc Mafran Centerai Floor Response Spectra 1.5 x Boundsvg Spectrum vs.Rear>>5c Masan Centered Fker Res Spectra Yes Yes Yes Yss Yes Yes No Yes NIA N/A Yss Yes Yes Yss Yes Yes Yes Yes Yes No No Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Signature Date Print or Type Name Signature Date Walkdown: V.of 11/6/93 DC CO NIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page2of6 Eq.CI Equp.ID No.Rev No System/Equpment Descnptxa F ker Elev.Capscrty vs.Demand Basis Cap>Caves'.s Dam snd7 OK r OKT Equp OK'7 13 14 15 16 17 18 19 21 24 25 14ICR-251 14ICR-252 14ICR-253 141 CR-254 I 47 RV-251 1<RV411 1-SV-101 1$V45 1<V%6 1<V-72W 0 NUCLEAR SAMPLING/STEAM GENERATOR 1 STEAM SAMPLE MSX-101 0.5 AIR OPERATED CONTAINMENT ISOLATION VALVE 0 NUCLEAR SAMPLING/STEAM GENERATOR 2 STEAM SAMLPE MSX-102 0.5 AIR OPERATED CONTAINMENT ISOLATION VALVE 0 NUCLEAR SAMPLING/STEAM GENERATOR 3 STEAM SAMPLE MSX-103 0.5 AIR OPERATED CONTAINMENT I SO lATI ON VALVE 0 NUCLEAR SAMPLING/STEAM GENERATOR 4 STEAM SAMPLE MSX-104 0.5 AIR OPERATED CONTAINMENT ISOlATION VALVE 0 CVCS/SEAL INJECTION WATER FLOW2 AIR OPERATED CONTROL VALVE 0 CVCS (BORON MAKEUP)/NORTH BORIC ACID FILTER TO CVCS CHARGING PUMPS AND NORTH BORIC ACID BLENDER 1 AIR OPERATED FLOW CONTROL VALVE 0 NITROGEN (REACTOR PL/NITROGEN SUPPLY HEADER TO ACCUMULATOR TANKS SAFETY VALVE 0 CCW/1&RA~SAMPLE HEAT EXC HANGERS CCW RETURN HEADER SAFETY VALVE 0 CVCS/CHARGING PUMPS SUCTION HEADER SAFHY VALVE 0 COMPONENT COOLING WA/COMPONENT COOLING WATER SURGE TANK TK47 SAFHY VALVE 0 COMPONENT COOLINGWA/CCW TO NORTH BORIC ACID EVAP DRUM 12+IE-19ON SAFETY VALVE 0 COMPONENT COOLING WA/WEST RESIDUAL HEAT REMOVAL HEAT EXCHANGER COMPONENT COOLING WATER OUTLET SAFETY VALVE 0 REFUELING WATER STOR/SAFETY INJECTION PUMPS SUCTION HEADER SAFETY VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 591.00 VESTIBULE, IN E REGN OF RM, ON THE 596 EL PLATFORM, 1'NDERNEATH THE 601 ELEV.PLATFORM.591.00 VESTIBULE.
IN E REGN OF RM.ON THE 596 ELEV.PLATFORM, 1'NDERNEATH THE 601 ELEV.PLATFORM.591.00 VESTIBULE.
IN THE E REGN OF RM, ON THE 596 ELEV.PlATFORM, 1'NDERNEATH THE 601 ELEV.PLATFORM.591.00 VESTIBULE, IN THE E REGN OF RM, ON THE 596 ELEV, PLATFORM.1'NDERNEATH THE 601 ELEV.PLATFORM.587.00 RECIPROCATING CHARGiNG PUMP RM, IN THE SW REGN OF THE RM.S W OF RECIPROCATING CHG PP, 5'BOVE FLR 587.00 BORIC ACID STORAGE TANK AREA, IN NE REGN OF RM.4'OF N BAST 1-TK-12N, 4'BOVE FLR.591.00 STARTUP BLOWDOWN FLASHTANK RM.18 FT NORTH OF THE SO.WALI 601 ELEVATION PLATFORM, BELOW CPN42 591.00 STARTUP SLOWDOWN FLASHTANK RM, 10 FT NW OF THE VESTIBULE DOOORWAY 587.00 RECIPROCATING CHRG PMP RM.AT THE NW CORNER OF THE RECIPROCATING CHARGING PUMP<<I+P49.8 FT ABOVE THE FLR 650.00 HALLWAY, IN THE NW PART OF THE HALLWAY, ON TOP OF THE CCW SURGE TANK 1-TK47 587.00 HALLWAY, 10 FT ABOVE NORTH BORIC ACID EVAPORATOR RM DOOR.NORTH OF THE 598 EL PLATFORM.633.00 HALLWAY.20 FT SOUTH OF THE N-TRAIN BATTERY RM.ON THE SE PART OF THE 645 ELEVATION PlATFORM, NEAR THE EAST WALL 587.00 N SAFETY INJ PMP RM, 3 FT SE OF THE PUMP, 5 FT ABOVE THE FLR N/A N/A N/A Yes 1.5 x Boundstg Spectnm vs.Rear>>tic Matin Centered Floor Response Spectra 1.5 x Boundstg Specaum vs.Reahtic Median Centered Fker Response Spectra 1.5 x Boundstg Spectrum vs.Rear>>tic Merfran Centered Fker Response Spectra 1.5 x Boundstg Spectnm vs.Realistic Median Centered Floor Response Spectra 1.5 x Boundrng Spectnm vs.ReaMc Median Centered Fker Response Spectra 1.5 x Boundstg Spect/um vs.Ressstic Mtxfisn Centered Floor Response Spectra 1.5 x Boundrng Spectrum va ResMc MIKrisn Centered Fker Response Spectra 1.5 x Boundeg Spectnm vs.Rear>>dc Mtxf>>n Centered Fker Response S 8 1.5 x Bounding Spectrum vs.Realsdc Median Centered Fker Res por>>e S 1.5 x Boundrng Spectnm vs.Reahsdc Median Centered Fker Response Spectra Boundstg Spectrum vs.SSE Ground Response Spectnm 1.5 x Boundng Spectrum vs.Realistic Median Centered Floor Response Speci/8 1.5 x Boundrtg Specuum vs.Real>>tic Median Centered Fkor Response S 8 Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Y8$N/A N/A N/A N/A Yes Yes Yes Yes Yes Yes Yes Yes Y8$Yes Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
tzr'(c~g Print or Type Name Signature Date Print or T pe Name Signature Date Walkdown: trt/f 11/8/93 DC CO IIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 3 of 6 Eq.Cl Equip ID No.Rav No system/Equpmafx Description Fker Elev.Room or Row/Coksnn Base Elev.Capacity vs.Demand Basis Cap>Demand?Caveats OK?OK?Eque OK?27 28 1<v-98N 1<v-985 1247RV-410 1242RV-420 1 4;CM451 0 SAFETY INJECTION/NORTH SAFETY INJECTION PUMP PP-26N DISCHARGE HEADER SAFETY VALVE 0 SAFETY INJECTION/SOUTH SAFETY INJECTION PUMP PP-26S DISCHARGE HEADER SAFETY VALVE 0 CVCS/NORTH BASTTK-12N2 AIR OPERATED INLET FLOW CONTROL VALVE 0 CVCS (BORON MAKEUP)/MIDDLES BAST TK-12M 2 AIR OPERATED INLET FLOW CONTROL VALVE 0 CCW/REACTOR COOLANT PUMPS BEARING OIL COOLERS CCW RETURN HEADER'A'ONTAINMENT 8 MOTOR OPERATED ISOlATION VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 N SAFETY INJ PMP RM, 5 FT NE OF THE EAST END OF THE PUMP, IN THE NE CORNER OF THE RM 587.00 S SAFETY IN J PMP RM.4 FT EAST OF THE SOUTH SAFETY INJECTION PUMP&#xb9;14fp-268 587.00 BORIC ACID STORAGE TANKAREA, INNE REGN OF RM.3'E OF N Bofuc ACID STORAGE TANK 1.TK-1 2N.4'BOVE FUL 587 00 BORIC ACID STORAGE TANKAREA, IN MIDDLE 587 00 E REGN OF RM, 3'E OF MIDDLE BAST 12-TK-12M.2'BOVE FUL 591.00 STARTUP BLOWDQWN FLASHTANK RM, 12'E 587.00 OF STARTUP BLOWDOWN FLASHTANK&#xb9;1.TK-49, ON THE 596 EL PLATFORM.N/A 1.5 x Bounding Spectnsn vs.ROOMc Moffian Centered Fbor Response Spectra 1.5 x Boufxfing Spoctfufn vs.ROOMc Mtxfian Centered Fbor Response Spectra 1.5 x Bounding Spectrum vs.Rearfsuc Median Centered Fkef Res S 1.5 x Boundrig Spectrum vs.Reassuc Mofsan Centered Fker R 6 1.5 x Bounding Spectrum vs.Reafisdc Meffian Centered Floor Response Spectra Yes Yes Yes WA N/A N/A N/A N/A Yes Yes Yes Yes 31 1CCM452 0 CGW/RC PUMPS BEARING OIL COOLERS CCW RETURN HEADER'Iy CONTAINMENT 8 MOTOR OPERATED ISolATION VALVE AUXILIARY 591.00 STARTUP SLOWDOWN FLASHTANK RM.Zrr NE 587.00 OF STARTVP BLOWDOWN FlASHTANK&#xb9;1.TK 49, ON 596 EL PLATFOIU/L N/A 1.5 x Boundrig Spectrum vs.Realistic Moffian Centered Fbof Response Spectra Yes 1CCM453 1CCM454 0 CCW/RCP THERMAL BARRIER CCW OUTLET'A'ONTAINMENT 4 MOTOR OPERATED ISOlATION VALVE 0 CCW/RG PUMPS THERMAL BARRIER CCW RETURN HEADER'8'ONTAINMENT 4 MOTOR OPERATED ISOIATION VALVE 0 CCW/CCWTO REACTOR COOLANT PUMPS TRAIN'A'ONTAINMENT ISOLATION VALVE AUXILIARY AUXILIARY AVXII.IARY 591.00 STARTUP SLOWDOWN FLASHTANK RM.12'E 587.00 OF THE WALKWAY OVER THE PIPE TUNNEI 1'BOVE THE 596 EL PLATFORM.591.00 STARTUP SLOWDOWN FLASHTANK RM, 8 SE 587.00 OF THE WALKWAY OVER THE PIPE TUNN EI 1'BOVE 596 EL PLATFORM.591.00 STARTUP BLOWDOWN FLASHTANK RM.IS NW 587.00 OF SG STARTUP BLOWDOWN RASHTASK&#xb9;1 TK49, NEAR PIPE TUNNEINEAR FLR.N/A 1.5 x Bounding Spectrum vs.Rearfsdc Mfxfisn Centered Fker Response Spectra 1.5 x Bounding Spoctnxn vs.Rearfstic Mecfan Centered Fker Response Spectra 1.5 x Bourxteg Spectrum vs.Reasstic Moffisn Centered Fbor R S a Yes Yes Yes N/A WA Yes Yes Yes Yos 14CM459 0 CCW/CCW TO REACTOR COOLANT PUMPS TRAIN'tr CONT/uNMENT ISOlATION VALVE AUXILIARY 591.00 STARTVP BLOWDOWNFLASHTANK RM, 1.5 x Bounding Spectrum vs.ROO5sdc Mfxssn Cantered Roor Response S a N/A Yes.Yes 14JVIO429 0 CCW/WEST RHR HEAT EXCHANGER HE-1?W CGW OUTLET SHUTOFF VALVE AVXII.IARY 633.00 HALLWAY, 1.5 x Bounding Spectrum vs.Resinic Median Cantered Roor R S a Yos 37 1+MD-221 0 AUX FEDWATER/TURBINE DRIV AUX FEED PUMP PP4 DISCHARGE TO STEAM GENERATOR OMEW2 4 MOTOR OPERATED CONTROL VALVE AUXILIARY 591.00 STARTUP BLOWDOWN FlASHTANK RM.18 S OF THE N WALL ON THE E SIDE OF THE PIPE TUNNEI3'OF THE WALKWAY OVER THE PIPE TUNNEL 1.5 x Boundffe Spoctfl&#xc3;l va.ROOMC Mfxfian Cantered Fker Response Spectra Yos Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
).K<~)/2/i(o/s~Print or Type Name Signature Date Print or T pe Name Si nature Date Waikdown: I/f 11/8/93 DC CO IIT 1 SCREENING VERIFICA N DATA SHEET (SVDS)Page4of6 Item Eq.Gl 38 8 39 8 Equ(p.lo No.1-FMO-222 I.FMO-231 Rev No 0 AVX FEEDWATER I EAST MOTOR DRIV AVX FEED PUMP PP4E SUPPLY TO STEAM GENERATOR OME3-24 MOTOROPERATEO CONTROL VALVE 0 AUX FEEOWATEERI TVRBVNE DRIV AUX FEED PPQ PUMP SUPPLY TO STEAM GENERATOR OME 34 4 MOTOR OPERATED CONTROL VALVE AUXILIARY AUXILIARY Fxxx Bev.591.00 591.00 Room or Row/Colxnn STARTUP BLOMXWW FLASHTANK RM, 1I7 S OF THE NWALI ON THE E SIDE OF THE PIPE TUNNEL 12'OF THE N END WALL STARTUP BLOWDOWN F LASHTANK RM, ON THE N END OF THE RM, ON THE E SIDE OF THE PIPE TUNNEL 7'OF THE N END WALL 587.00 N/A 587.00 N/A Capac(ty vs.Demand Basis 1.5 x B(xxtd(ng 8 pectrum vs.Raasstic Mtxf(an Centered Floor Response Spectra 1.5 x Boundeg Spectrum vs.ROOMc MaSan Centered Floor Response Spectra Cap>Demand?Caveats OK'?Y85 Yes Anchor OK?N/A Interact OK?OK?Yes 41 8 42 8 I+MD.232 I-ICM-260 I~ICM-265 0 AUX FEEDWATER I EAST MOtOR DR IV AUX FEED PUMP PP4E SUPPLY TO STEAM GENERATOR 3-3 4 MOTOR OPERATED CONTROL VALVE 0 SAFHY INJECTION I NORTH SAFHY INJECTION PUMP PP-26M DISCHARGE CONTAtNMENT ISOLATION 4 MOTOR OPERATED VALVE 0 SAFETY INJECTION/
SOUTH SAFETY INJECTION PUMP PP-26S DISCHARGE CONTAINMENT ISotATION 4 MOTOR OPERATED VALVE AUXILIARY AUXILIARY AUXILIARY 591.00 STARTUP BLOWDOWN FLASHTANK RM.IN THE 587.00 N/A NW AREA OF THE RM, ON THE E SIDE OF THE PIPE TVNNEI 3'OF THE N END WALL N SAFETY INJECTION PUMP RM, 5'OF THE E 587.00 N/A END OF N SAFHY INJECTION PUMP I+P-26N, 3'BOVE FLR.S SAFETY INJECTION PUMP RM, IN SE PART 587,00 N/A OF RM.5'E OF S SAFETY INJECTION PUMP 1-PP-26S, 3'BOVE FUL 1.5 x Boundeg Spectrum vs.Rear(sdc Median Centered Fker Response Spectra 1.5 x Bound(ng Spectrum vL Raatstic Me(rien Centered Fker Response Spectra 1.5 x Bound(ng Spectrum vs.Rear(sdc Me(F(an Centered Fker Response Spectra Yos Yos Yos Yes N/A Yes Yes Yes Yes Y8$I-ICMW 0 RHR I RECIRCULATION SUMP TO EAST RHR/CTS PUMPS SUCTION CONTAINMENT ISOLATION 18 MOTOR OPERATED VALVE 0 RHR/RECIRCULATION SUMP TO WEST RHR/CTS PUMPS SUCTION CONTAINMENT ISOlATION 18 MOTOR OPERATED VALVE AUXILIARY AUXILIARY 591.00 591.00 VESTIBULE.
INSIDE OF THE E REGIRG SUMP VALVE INCLOSURE&#xb9;1-TK44 VESTIBULE, INSIDE OF THE W RECIRC SUMP VLV ENCLOSURE&#xb9;I-TK45 587.00 N/A 587.00 M/A 1.5 x Bound(ng Spectrum vs.Raaristic Mtxr(an Centered Fker Response Spectra 1.5 x Boundeg Spectrum vs, Rear(sdc Median Centered Fker Response Spectra Yos Y8$Yos Yes Yes 45 8 I-040-261 1-IMO-262 0 REFUELING WATER STOR I TKM SUPPLY TO SAFHY INJECTION PUMP SHUTOFF 8 MOTOR OPERATED VALVE 0 REFUELING WATER STORI SAFETY INJECTION PUMPS RECIRC TO REFUELING WATER STORAGE TANK TK43 TRAIN'A'HUTOFF 2 MOTOR OPERATED VALVE AUXILIARY AUXILIARY N SAFETY INJECTION PUMP RM, T SE OF N S.L 587.00 N/A PUMP.IM THE SE CORNER OF THE RSL S SAFElY NJECTION PUMP RM.IN NE AREA 587.00 N/A OF RM.3'E OF S SAFETY NJECTION PUMP 1~PP.26S, 3'ABovc FUL 1.5 x Boundeg Spectrum vs.Rear(sdc Median Centered Fker Response Spectra 1.5 x Boundng Spectrum vs.ROSMc MaSan Cantered Boor Response Spectra Yes Y8$Yos Yes Yes 47 8 1-IMO-263 0 REFUELING WATER STOR I SAFETY IN JECTION PUMPS RECIRC TO REFUELING WATER STORAGE TANK TK48 TRAN 13'HUTOFF 2 MOTOR OPERATED VALVE AUXILIARY S SAFETY IN JEGTION PUMP RM, IN SE PART OF RM.6'OF S SAFETY INJECTION PUMP 1-PP-26S, 3'BOVE FUL 587.00 N/A 1.5 x Boundeg Spectrum vs.Raassdc Med(an Centered Fker Response Spectra Yes N/A Yes Yos Ce'rtification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Signature Date Print or T pe Name Signature Date Walkdown: 'f 11/8/93 DC C NIT 1 SCREENING VERIFICA N DATA SHEET (SVDS)Page50f6 Item Eq.Ci Equal iO No.48 8 1-9/IO-270 49 8 1-IMO-275 50 8 1-IM0460 Rev No System/Equipment Descrsxon 0 SAFETY INJECTION/
SAFETY INJECTION PUMPS DISCHARGE CROSSTIE TRAIN'A'HUTOFF 4 MOTOR OPERATED VALVE 0 SAFElY INJECTION I SAFElY INJECTION PUMPS DISCHARGE CROSSTIE TRAIN O'HUTOFF 4 MOTOR OPERATED VALVE 0 SAFETY INJECTION I SAFETY INJECTION PUMPS To Cvcs CHARGING PUMPS SUCTION HEADER CROSSTIE SHUTOFF VALVE Boring.AUXILIARY AUXILIARY AUXILIARY Fkxx Elev.Room or Row/Goa/mn N SAFETY INJ ECTION PUMP RM, 5'E OF N SAFETY INJECTION PUMP I+P-26N, NEAR S WALI3'BOVE FLIL S SAFETY INJECTION PUMP RM, IN SE PART OF RM.S S OF S SAFETY INJECTION PUMP 1-PP-26S, NEAR S WALI3'ABOVE FLR.W CENTRIFUGAL CHARGING PUMP RM, ON THEMIDDLEOFTHEWWALI 3FTWOFW CENTRIFUGAL PP.4 FT ABOVE FLR Base Elev.1.5 x Boundng Spectrum vs.Reafstic Marriagc Ceracred Floor Response Spectra 1.5 x Bounchrg Spectrum vs.ReafratiC Median Centered Fker Response Spectra 1.5 x Boundng Specuum vs.Reassdc Median Centered Roar Respcnse Spectra Cap>Demand?Caveats OK?OK?lnt8fact OK'I Yes Equp OK?Yes Yes Yes 51 8 1-IMO361 0 SAFETY INJECTION/SAFETY IN JECTIOM PUMPS SUCTION TO AND FROM CHARGING PUMPS SUCTION'A'HUTOFF 4 MOTOR OPERATEDVALVE AUXILIARY N SAFETY INJECTION PUMP RM, 3'OF W END OF N SAFHY INJECTION PUMP.1.5 x Boundng Specuum vs.Rearnuc Median Centered Roar Response Spectra Yes Yes Yes 52 8 1-0/IO462 8 1-IMO~54 8 I-IMO-910 55 8 1-IMO-911 56 8 14?CM450 0 SAFETY N/ECTION I SAFETY IMJECTIOM PUMPS SUCTION TO AND FROM CHARGING PUMP'If SHUTOFF 4 MOTOR OPERATED VALVE 0 RHR I RWST TK43 TO RHR PUMPS SUCTION SHUTOFF 12 MOTOR OPERATED VALVE 0 CVCS I RWST TO CHARGING PUMP SUCTION SHUTOFF VALVE 0 GVGS I RWST TO CHARGING PUMP SUCTION SHUTOFF VALVE 0 REACTOR COOLANT PUMP I RCP SEAL WATER RETURN'8'OMTAINMENT ISOLATION 4 MOTOR OPERATED VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 591.00 N SAFElY INJECTION PUMP RM, 3'OF MIDDLE OF N S.l.PUMP, 3'BOVE FLR.VESTIBULE.
2'E OF THE VESTIBULE'S DOORWAY, S OF THE VALVE TANKS.E CENTRIFUGAL CHARGING PUMP RM, 5 FT NW OF RECIPROCATLNG CHG PP, NEAR W WALL SFT ABOVE THE FLR E CENTRIFUGAL CHARGING PUMP RM.IN THE 587.00 NE PART OF THE RM, 3 FT E OF E CENTRIFUGAL CHG PP, 3 FT ABOVE THE FLR VESTIBULE.
AT THE NE PART OF 601 Et PLATFORM N/A N/A 1.5 x Brxndng Spectrum vs.Realistic Med/sn Centered Fker Response Spectra 1.5 x Boundng Spectrum vs, Reafrsdc Merfran Centered Fkor Response Spectra 1.5 x Boundng Spectrum vs.Realistic Median Centered Fkor Response Spectra 1.5 x Boundng Spectrum vs.Resfistic Median Centered Fkxx Response Speci/a 1.5 x Bcxndclg speci/um vs.Reafistic Med/an Centered Fkxx Response Spectra Y8s Yes Yes Y88 Yes Yes N/A N/A Yes Yes Y88 Yes 57 8 14?MO-200 0 CVCS/CHARGING To REGENERATIVE HEAT EXCHANGER'A'HVl'OFF VALVE AUXILIARY RECIPROCATING CHARGING PUMP RM, IN THE 587.00 NE CORNER OF THE RM.4 FT NE OF RECIPROCATING CHG PUMP, 4 FT ABOVE THE FLR N/A 1.5 x Boundng Speci/um vs.Reahsdc Madan Centered Fkor Response Spectra Yes 58 8 14?MO-201 59 8 1 42MO-225 0 GVCS I CHARGING TO REGENERATE HEAT EXCHANGER'Ir SHUTOFF VALVE 0 CVCS I EAST CENTRIFUGAL CHARGING PUMP MINI FLOW TO RCP SEAL WATER HEAT EXCHANGER HE 11 2 MOTOR OPERATED SHUTOFF VALVE AUXILIARY AUXILIARY RECIPROCATING CHARGING PUMP IV/L IN THE 587.00 NE REGN OF THE RM, 4 FT E OF RECIPROCATING CHG PP, NEAR E WAU4 FT ABOVE THE FLR W CENTRIFUGAL CHARGING PUMP RM.IN NW 587.00 AREA OF RM, ON THE W WAU3 FT W OF W CENTRIFUGAL CHG PP, 4 FT ABOVE FLR N/A 1.5 x Boundng Spec/utn vL Reahsdc Merfian Centered Fkxx Response Spectra 1.5 x Boundng Spectrum vs.R885sdc Mersan Centered Fkor Response Spectra N/A Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."AII information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
iZ ((~~~s Print or Type Name Signature Date Print or Type Name Si nature Date Walkdown: V 11/6/93 DC CO IT 1 SCREENING VERI.IICATI DATA SHEET (SVDS)Page6of6 kern Eq.Cl EqtsP.ID No.Rev No System/Equipment Descryten Fkxx Elev.Room or Raw/Cok/mn Cap>Caveats Dam and7 OK7 OK7 kxefact OK7 Equp OK7 60 8 147MO-226 61 8 147M~10 8 1-VVMO-711 1.WMO-715 CVCS I WEST CENTRIFUGAL CHARGING PUMP MINI FLOW TO RCP SEAL WATER HEAT EXCHANGER HE-11 2 MOTOR OPERATED SHUTOFF VALVE 0 CVCS I EMERG.BORATION TO CHARGING PUMP SUCTION SHUTOFF VALVE ESW/EAST CONTAINMENT SPRAY HEAT EXCHANGER HE-18E ESW INLET 12 MOTOR OPERATED SHUTOFF VALVE 0 ESWI WEST CONTAINMENT SPRAY HEAT EXCHANGER HE-I 8W ESW INLET 12 MOTOR OPERATED SHUTOFF VALVE AUXILIARY 587.00 AUXILIARY 587.00 AUXILIARY AUXILIARY 633.00 W CENTRIFUGAL CHARGING PUMP RM.IN NW AREA OF RM, 3 FT WOF W CENTRIFUGAL CHG PP,4 FT ABOVE FLR BORIC ACID S'roRAGE TANK AREA.IN NE PART OF RM, 3'OF N BORIC ACID STORAGE TANK 1-TK-1 2N.2'BOVE FLIL HALLWAY, HALLWAY, 587.00 NIA 587.00 N/A 1.5 x Boundmg Spectrum vs.Rearrttio Median Centered FkXX Response Spectra 1.5 x Boundrng Spectrum vs.Reasstic Median Centered Fhor Re Spectra 1.5 x Boundstg Speci/um vs.Realatio Med'en Centered Fkxx Response Spectra 1.5 x Bouncrstg Spectrum vs.Rearsdc Median Centered Floor Response Spect/a Yes Yes Yes Yes Yes Yes NIA NIA Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."AII information" includes each entry and conclusion (whether verified to be seismicaily adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
0'/<</es Print or Type Name Signature Date Print or T pe Name Si nature Date Walkdown: 11/17/93&4/11/94 DC COOK UNIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page1 of1 Eq.Cl Equp.lo No.142 RV-1 70 I+RV I?I Rev No 0 CCW I LETDOWN HEAT EXCHANGER HE-1 4 CCW OUTLET SAFETY VALVE 0 CVCS I EXCESS LETDOWN HEAT EXCHANGERHE-131 AIR OPERATED OUTLET PRESSURE CONTROL VALVE 0 CVCS I EXCESS LETDOWN HEAT EXCHANGER HE.I 2 I AIR OPERA OUTLET DIVERSION VALVE Floor Elev.CONTAINMENT 612.00 CONTAINhtENT el 2.00 Roonl or Row/cohsnn 633 HALLWAY.20 FT.NORTH OF THE FREIGHT ELEVATOR, 12 FT.ABOVE FLOOR.REGENERATIVE HEAT EXCHANGER RM, ON THE CONTNMENT WALL SIDE OF THE RM, 1'ROM EXCESS LETDOWN HEAT EXCHANGER 0 14IE-13.2'ABOVE THE FLR REGENERATIVE HhAT EXCHANGER Rl I, ON Tl&coNTNMENT wALL sIDE oF THE RhL I'ROhl EXCESS LHDOWN HEAT EXCHANGER 6 I-HB I 2 2 ABOVE nts FLR 633.00 Yes 612.00 Yes 012.00 Ya Capacity vs.Demand Basis ouunctvtg spectrum vs.ssE Ground Response Spectrum Boundrtg Spectrum vs.SSE Ground Response Spectrum Botstttstg S pecuum vs.SSE Ground Response Spectrum Cap>>Demand?Caveats OK?Ycs Anchor OK?NIA N/A Interact OK'?E~OK?Yes Yes Ya Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SR%)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T Name Si nature (J(AC Date Print or Type Name Si nature Date 4 Walkdown: Week of 3lt4/94 DC COOK UNIT 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1 of 1 Eq.Cl Equ&#xb9;t.to Na SrstomlEqtspment Descnptton BuSdtng.Floor Elev.Rocm or Row/Cohmn Cap>Demand?Caveats OK?Anchor OK?Interact OK?Equp OK?1&RV441 0 NITROGEN (REACTOR PL I NITROGEN SUPPLY TO ACCUMULATOR TANKS VENT TO ATMOS.VALVE CONTAINMENT 598.00 ANNULUS, QUAD.&#xb9;2, D2, F13,14.OK ON CONT WALL SIDE OF WALKWAY, 1'ROM COLUMN&#xb9;22, 3'BOVE FLR.Yes Boundstg Spearum vs.SSE Ground Response Spectrum Y8$NIA Y8$Y8$14V-122-37 0 CCWI REACTOR SUPPORT COOLERS CCW RETURN HEADER SAFHY VALVE 14V-102 0 I SAFETY REUEF VALVE 14V-103 0 I SAFETY REUEF VALVE CON'rAINMENT 598.00 ANNULUS, QUAD 2 CONTAINMENT 598.00 ANNULUS, QUAD 2 CONTAINMENT 598.00 ANNULUS QUAD 3, AZ:181 ON THE CONTAINMENT WALL SIDE OF THE WALKWAY.1 FOOT FROM COLUMN 21, NEAR THE CEILgIG.Yes Yes Boundstg Spectrum vs.SSE Ground Re S Boundeg Specuum vs.SSE Ground Re S sculling Spearurn vs.SSE Ground Response Spearum Yos Y85 Y8$Yes Yos Yos Y85 Y85 Yes Yes 7 14V42-1,2,3,4 1&SO-21 1+SO-22 1&SO-23 0 CCWI REACTOR COOLANT PUMP PP45.1 g,3.4 THERMAL BARRIER CCW OUTLET SAFElY VALVE 0 CCWI REACTOR COOLANT PUMP MOTORS BEARING OIL COOLERS CCW RETURN HEADER SAFElY VALVE 0 REACTOR COOLANT SYST I REACTOR VESSEL HEAD VENT 1 SOLENOID VALVE 0 REACTOR COOLANT SYST I REACTOR VESSEL HEAD VENT 1 SOLENOID VALVE 0 REACTOR COOLANT SYST I REACTOR VESSEL HEAD VENT 1 SOLENOID VALVE CONTAINMENT 617.00 LOWER CONT, QUAD1 CONTAINMENT 598.00 ANNULUS, QUAD2 CONTAINMENT 622.00 REACTOR VESSEL HEAD AREA CONTAINMENT 622.00 REACTOR VESSEL HEAD AREA CONTAINMENT 621.00 REACTOR VESSEL HEAD AREA 625.00 625 00 Yes Y8$Yos Y85 Boundeg spearurn vs.ss E Ground Response Spectrum Ountaeg Spearum vs.SSE Ground Response Spectrum Berating 6 pocugn vs.SSE Ground Response Spectrum Boundrtg Spearum vs.SSE Ground Response Spectrum Boundeg S pearum vL SSE Ground Response Spectrum Yes Yes Yos Yes Yes Yes Yos Yes Yes Yos NIA Yos Yes Yos Y85 Yes Yes Y8$Yos Yes Yes 10 12 19 1-NS0-24 0 REACTOR COOLANT SYST I REACTOR VESSEL HEAD VENT 1 SOLENOID VALVE 1&TR420 0 REACTOR COOLANT I REACTOR COOLANT LOOP 2 COLO LEG WIDE RANGE TEMP RECORDER THERMAL SENSOR 0 CCWI EXCESS LETDOWN HEAT EXCHANGER HE-1 3 CCW OUTLET SAFElY VALVE CONTAINMENT 621.00 REACTOR VESSEL HEAD AREA CONTAINMENT 617.00 LOWER CONT QUAD 2, AZ 132, BETWEEN THE RCP&#xb9;2 CTHE SHIELD WALI ON 617 El PLATFORM CONTAINMENT 598.00 ANNULUS, QUAD3 625.00 625.00 Yes Yes Yes Boundkg Spectrum vs.SSE Ground Response Spearum Boundrtg Spectrum vL SSE Ground Response Spectrum Bcundrro Spearum VS.SSE Ground Response S pectnsn Yos Yes Yes NIA Yes Yos Yes Yes Yos Yos Certification:
All the information contained on this Screening VeriTication Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conduslons.
One signatory should be a licensed professional engineer.)
Printor T pe Name S'ature Date Print or T pe Name Si nature/-za-g, Date Walkdown: of 9/26/94 D.C./nit 1 SCREENING VERIFICA N DATA SHEET (SVDS)Page 1 of 2 Eq.CI Rev No SystemfEquyment escnpten Fker Elev Room or RcwlccSumn Base Ekrv.<4(7?Capacsy vs.DemarxL Basis Cap>>Demaxl?Caveats OK?OK?Interact OK?Equip OK'7 16V67-2 1-SV676 1<G1 16G2 16G3 1-RPC-I 14tPC il 141PG411 0 CCWI NUCLEAR SAMPLING SAMPLE RACK A CCW RETURN HEADER SAFETY VALVE 0 CCWI NUCLEAR SAMPLING SAMPLE RACK 8 CCW RETURN HEADER SAFETY VALVE 0 EQUIP CTRL AND INDIC I REACTOR PROTECTION CONTROL GROUP&#xb9;1 CABINET&#xb9;14.&#xb9;15.8&#xb9;18 0 I REACTOR PROTECTION CONTROL GROUP&#xb9;2 CABINET&#xb9;lg 0 EQUIP CTRL AND INDIG/REACTOR PROTECTION CONTROL GROUP&#xb9;3, CABINET&#xb9;20 AND&#xb9;21 0 EQUIP CTRL AND INDIC I REACTOR PROTECTION COMTROL GROUP&#xb9;4, CABINET&#xb9;22,&#xb9;28,&#xb9;24, 8&#xb9;25 0 I REACTOR PROTECTION CHANNEL I CAB&#xb9;1 I REACTOR PROTECTION CHANNEL II CABINET&#xb9;5 I REACTOR PROTECTION CHANNEL III CABINET&#xb9;10 AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY NUCLEAR SAMPLING RM.ON UNIT 1 SAMPLE RACK A LOCATED IM THE NORTHWEST AREA OF THE ROOM.NORTHER END OF THE RACK NUCLEAR SAMPLING RM-0 N UNIT 1 SAMPLE RACK B LOCATED ON THE EAST END WALL SOUTHERN END OF THE RACK CONTROL RM.IN THE MIDDLE OF THE SOUTH REGION OF THE RM.ON THE SO.WALL CONTROLRM,SWCORNER OF THE RM NEAR S WALL'FULL WALKDOWN DONE DURING RHR WALKDOWM.CONTROL RM, IN THE SE REGION OF THE RM.CONTROL RM, IN THE SE REGION OF THE RM.CONTROL RM, ON THE REAR SIDE OF CONDENSATE HEATER LEVEL CONTROL PANEL&#xb9;1.E OF CONDENSATE PANEL REAR INSTRUMENT/RElAY RACK&#xb9;t&IL CONTROL RM, IN THE NE REGN OF THE RM, OM THE REAR SIDE OF TURBINE CONTROL PANEL&#xb9;t-T.NEAR TURBINE PANEL REAR INSTRUMENT/RELAY RACK&#xb9;I.TR.CONTROL RM, IN THE NE REGN OF THE RM, ON THE REAR SIDE OF STEAM GENERATOR AND AUX FEED PUMP CONTROL PANEL&#xb9;I-SG.587.00 Yes 587.00 Yes NIA Bound eg Spectrum vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum 1.5 x Boedeg Spectrum vs.RoaMdc Median Centered Fksor Response S 1.5 x Boundeg Spectrum vs.Reafntic Mode Centered Fkxx Response S a 1.5 x Boundeg Spectrum vs.Rearrstic Median Centered Fkxx Response S 1.5 x Boundeg Spectnan vs.Rearist'>>Mersan Centered Fkxx Re S a 1.5 x Boundeg Spacing vs.Reaasdc Median Centered Fkor Response Spectra 1.5 x Boundeg Specaum vs.Rearndc Mer&#xb9;an Centered Fkcr Response Spectra 1.5 x Boundeg Speckum vs.Reasstic Median Centered Fkxx Response Spectra Y8$Y8$Y8$Y8$Yes Yos Yes Yes Yos Y8$NIA Yes Yes Yos Yes Yos Yes Yes Yes Yes Yes Yes Yes Y8$Yes No Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Printor T pe Name Signature i 2/l~/vS Date Print or T pe Name Signature Date Walkdown: tI of 9/26/94 D.C.C inlt 1 SCREENING VERIFICATION DATA SHEET (SVDS)Page2of2 10 Eq.CI Equp.ID I+PMV Rev No 0 I REACTOR PROTECTION CHANNEL Iv CABINET&#xb9;12 AUXILIARY Fiocr Elev.Room or Rowicotumn CONTROL RM, ON THE REAR SIDE OF CONDENSATE HEATER LEVEL CONTROL PANEL&#xb9;IN, NE OF CONDENSATE PANEL REAR INSTRUMENT/RELAY RACK&#xb9;1<IL Cepscsy vs.Demand.Basis 1.5 x Boundstg Spectnsn vs.Reeistic Median Centered Floor Response Spectre csp>Dem end?OK?Yes Equy OK?No Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.AII signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Signature (z Pic/s;Date Printor T pe Name Si nature Date APPENDIX 8 t DONALD C.COOK NUCLEAR PLANT-UNIT.-2~t SAFE SHUTDOWN EQUIPMENT LIST (SSEL}FOR SEISMIC REVIEW Donald C.Cook Nuclear Plant-Unit 2 SSEL Certification:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this safe shutdown equipment list is, to be the best of our knowledge and belief, correct and accurate.Name~Si n Ure~Da e B.A.Svensson Operations G.P.Arent Operations)g)g.q5 J.V.Ruparel Systems>~/5 H.W.Young Systems R.C.Steele Electrical 12-~~-%T.R.Satyan Sharma Project Manager Iz.g gA 1/8/96 12:4$PM DONALD C.COOK NUCLEAR PLANT UNIT 0 2 ,SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR SEISMIC WALKDOWN Page ((2 Equip Train Clare'0 12 0 12 0 12 0 12 12 Equipment IO 124IE.1 9S 12+IE-25A 12+IE-258 12+IE45C 24IRV.21 0 24rQ(V420 24rIRV.230 246(V.240 24!ME~24ME4AV 2444 E40 24rQV 1~2~V 14D 24KlV.2vh8 Rev No System/Equipment Decor!ptiOn 0 BORON RECOVERY (CVCS)I SOU(H BORIC ACID EVAPORATOR SKID 0 RAQOACBVE WASTE EVAPORATOR (1 SGPM)/15GPM RADIOACBVE WASTE EVAPORATOR HE-25 CONDENSER 0*RADIOACBVE WASTE EVAPORATOR (15GPMI I 15 GPM RADIOACBVE WASTE EVAPORATOR HE-25 QSBLLATE COOLER 0 RADQACBVE WASTE EVAPORATOR (15GPM)I 15 GPM RADIOACTlVE WASTE EVAPORATOR HE-25 CONCEN(RATES COOLER 0 MAIN STEAM I STEAM GENERATOR OMEO-1 STOP VALVE MHN SIEAM I STEAM GENERATOR OME4-2 STOP VALVE 0 MAIN STEAM I STEAM GENERATOR OMEN@STOP VALVE MAN SIEAM I STEAM GENERATOR OME~STOP VALVE 0 ESSENBAL SERV!GE WATER I EAST ESSENTIAL SERVICE WATER PUMP PP-7E DSCHARGE STRANER 0'SSENBAL SERVICE WATER IWEST ESSENBAL SERVICE WATER PUMP PP-7W QSGHARGE STRAINER 0 MHN STEAM I AUXNJARY FEED PUMP TURBINE 0 STARlWG AIR I P!t.OT OPERA1ED 4 WAY VALVE FOR AIR START XRVS FOR QESEL ENGINE STARlWG HR I PILOT OPERATED 4 WAY VALVE FOR AIR START XRVS FOR QESEL ENGNE 0 Sl'ARTWG AIR SYSTEM I PILOT OPERATED 4 WAY VALVE FOR HR START XRVS FOR DESEL ENGINE Buildine Boor Bev Room or Row Col ANQUARY 587.00 S BOIUC ADO EVAP RM AUXIUARY 587.00 15 GPM WASTE EVAP RM AUXLIARY 587.00 15 GPM WASTE EVAP RM ANQUARY 587.00 15 GPM WASIE EVAP RM AUXIUARY 633.00 E MAN STM SB3P ENCL AUXIUARY 633.00 W MN STM STOP ENCL ALDQUARY 633.00 W MN STM STOP ENCL AUXNJARY 633.00 E MAN STM STOP EHCL SCREENHOUSE 501.00 E ESSHIL SERV WTR PMP RM SCREENHOUSE 591.00 W ESSNTL SERV WTR PMP RM TURBINE 501.00 TB DRIVEN AUX FOWfR PMP ALDQUARY 587.00 AB EMER OSL GEN RM AUXIUARY 587.00 CD EMER OSL GEN RM AUXLIARY 587.00 AB DIESEL GENERATOR ROOM 2~V<4O 0STARTWG HR SYSTEM I PILOT OPERATED 4.WAY VALVE FOR AIR START XRVS FOR DESEL EHGNE ALSQUARY 587.00 CD EMERGENCY QESEL GENERATOR ROOM 12 12 24C 12 24T 100kB 24T 10040 24T.1 01~24T 10140 24T 10448 24T 1044D 24T 112-AB 24T 1124D 24T 113.A81 24T 113482 247.113401 24T 1134D2 24T 11048 24T.11640 247 11~24T 11840 24T.145481 247.143%82 24T 143401 24T.143402 24T.L 44AB 24T 14440 2-BC 253-1 0 BORON MAKEUP (CVCS)I SOUTH BORIC AGIO ALTER 0 IXESELCOMBUSBQNAIRIABEMERGENCY DESEL AIR INTAKE BLTER 0 QESEL COMBUSBQH AIR I CD EMERGENCY DESEL AIR Wl'AKE BLTER QESEL COMBUSBON HR I AB EMERGENCY QESEL AIR WTAKE SILENCER 0 IXESEL COMBUSBQN AIR I CO EMERGENCY DESEL AIR WTAKE SILENCER 0 QESEL COMBUSBQN HR I AB EMERGENCY QESEL EXHAUST SILENCER DIESEL COMBUSBON AIR I CD EMERGENCY QESEL EXHAUST SILENCER 0 DIESEL LUBE QL I AB EMERGENCY DESEL FULL FLOW LUBE CXL FLTER 0 DESEL LUBE OL I CD EMERGENCY QESEL RILL FlOW LUBC OIL FLTER 0 DIESEL LUBE OL I AB EMERGENCY QESEL FUU.FLOW LUBE Oit.STRAINER Nt QESEL LUBE CXL I AB EMERGENCY DIESEL FUlL FLow LUBE QIL sTRAINER rr2 0 DESEL LUBE OLI CD EMERGENCY DESEL FUll FLOW LUBE CXL STRAINER et QESEL LUBE OIL I CD EMERGENCY DESEL FULL FLOW LUBE OIL STRANER rr2 0 DIESEL LUBE OL I AS EMERGENCY DIESEL LUBE OL HEA1ER TANK'IESEL LUBE OIL I CD EMERGENCY DESEL tUBE QL HEATER TANK 0 DESEL LUBE OIL I AB EMERGENCY DESEL BYPASS LUBE OL FLTER DESEL LUBE OL I CD EMERGENCY QESEL BYPASS LUBE OIL BI.TER 0 DIESEL CONTROL AIR/AB EMERGENCY DESEL CONTROL AIR DRYER Pt DESEL CONTROL HRI AB EMERGENCY DIESEL CONTROL AIR DRYER er2 0 DESEL CONTROL AIR/CD EMERGENCY DESEL CONTROL AIR DRYER St 0 DIESEL CONTROL AIR I CD EMERGENCY DESEL COHlROL AIR DRYER rr2 0 DESEL FUEL OL I AB EMERGENCY DIESEL FUEL DL TRANSFER FILTER 0 DESEL FUEL OL I CD EMERGENCY DESEL FUEL OL TRANSFER ADER 0 CQNTRQLAIRIPRESSURI2ERTRAN'A'RESSURE REUEF VLV NRV.153 RESERVE CONtROL AIR BOTTLE RACK AUX6JARY 587.00 BORIC ADO SIQR TANK AREA GROUNDS 600.00 INNER PLANT GROUNDS GROUNDS 600.00 INNER PLANT GROUNDS AUXIUARY 557.00 AB EMER DSL GEN RM AUXIUARY 587.00 CD EMER DSL GEN RM GROUNDS 609.00 NNER PLANT GROUNDS GROUNDS 600.00 NNER PLANT GROUNDS ALBQUARY 579.00 AB EMER OSL LUBE OIL PIT ALDQUARY 570.00 CD EMER DSL LUBE CXL PB'UXUARY 570.00 AB EMER OSL LUBE OIL PIT AUXIUARY 570.00 AB EMER DSL LUBE QL PIT AUXIUARY 570.00 CDEMERDSLLUBE OL PIT~AUXLIARY 570.00 CD EMER DSL LUBE OIL PIT AUXIUARY 570.00 AB EMER OSL LUBE OIL PIT AUXIUARY 570.00 CD EMER DSL LUBE OIL PIT ANQUARY 57LQO AB EMER DSL LUBE OL PIT ALBQUARY 579.00 CO EMER DSL LUBE AUXIUARY 557.00 AB EMER DSL GEN RM AUXIUARY 587.00 AB EMER OSL GEN!RM AUXLIARY 557.00 CD EMER OSL GEN RM AUXIUARY 587.00 CD EMER OSL GEN RM AUXRJARY 587.00 AB EMER DSL GEN RM AUXIUARY 587.00 CD EMER DSL GEN RM CONTANMENT 612.00 LOWER CONT, OUAO NO.3 1/BI96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Pag8&#xb9;3 Equip Train 0 12 Equipment LJ Rev No 2.TK.253.2 0 Syaiemr Equipmenl Deeaip5on COHTROL A5T I PRESSURIZER TRNN'A'RESSVRE REUEF, VALVE NRV-153 RESERVE COMTROL'IR BOTTLE RACK Buuding Floor Bev Room or Row Col COMTAINMEMT 012.N LOWER CONT, QUAD HO.4 12 12 ,, 2.TK 2533 0 CONTROL AIR I PRESSURIZER TRAOI R'RESSURE REUEF VLV NRV-152 EMERGENCY AIR BOTTLE RACK CONTROL AR I PRESSURIZER TRAN'A'RESSURE REUEF VLV NRV-153 EMERGENCY AIR BOTTLE RACK STARDHG AIR I 2AB QESEL GENERATOR lUBE'1RACK CONTANMENT 050.00 UPPER CONT, QUAD 4 CQMTHNMENT 050.00 UPPER CONT, QUAD AUXIUARY~557.00 AB EMER DSL GEN RM 2-774JGCD ,0 STARlNG AIR I 2CD QESEL GENERATOR 11JBE TRACK AUXLJARY 507.00 CD EMER DSL GEN RM 0 ELECTRICAL QSTRIBUTIQN.
000VAC I~~NOVAC MOTOR COMTROL CENTER A~0 ELECTRICAL QSTTBBUTIOM, 000VAC I NOVAC MOTOR CONTROL CENTER A847~AUXLJARY 587.00 587 HALLWAY AUXLJARY 587.00 587 HALLWAY 12 250VDC CONTROL AND NSTRUMENThllOH I AUXLIARY 587.00 507 HALLWAY CONTROL CENTER VALVE ELECIRICAL QSTRIBUTION, 000VAC I 000VAC JJOTOR CONTROL CENTER ASOA AUXLIARY 557.00 AB EMER DSL GEN RM 2~2~2~2~V%2~V47 2~2~2~%2~2~GS 2~DC 2~GO 2-21 A 2.21A1 2-21A10 2-21 A11 2.21hZ 2-21 A4 2.21AS 2-21A0 2.21A8 2-21A9 2-21 AC 2.21 8 2.21 81 2-21 810 2.21 811 2.21 812 0 EU~CAL QSIRIBUTIOH, 000VAC I 000VAC MOTOR CONTROL CENTER ASDJJ 0 ELECTRICAL QSTRIBUllON, NOVAC I 000VAC MOTOR CONTROL CENTER ABDC ELECTRICAL QSTRISVAOH, 000VACI NOVAC MOTOR CONTROL CENTER ABD4J 0 ELECTRICAL QSTRIBUHON, 600VAC I 800VAC VALVE CQMTROL CENTER ABYE ELECTluCAL QSTRIBUAON, 000VAC I 000VAC VALVE COMTROL CENTER ASV47 0 ELEClRICAL QSTRIBUllOH, 000VAC I 800VAC MOTOR CONTROL CENTER Aha ELECTRICAL DISTRIBUTION, 000VAC I NOVAC MOTOR CONlROL CENTER AM47 0 ELECTRICAL QSTRIBUTlQH, 000VAC I 800VAC VALVE CONTROL CENTER AZVW ELECTRICAL DISIRIBUTON, NOVAC I 800VAC MOTOR CONTROL CENTER EZC.A 0 ELECTRICAL QSTRIBUTIQN, NOVAC I NOVAC MOTOR CONTROL CENTER EZC4J 0 ELECTRICAL QSTRIBUTIQH, 000VAC I 000VAC MOTOR CONTROL CENTER EZCC ELECTIII GAL QSTRIBVTIOH, 000VAC I 000VAC MOTOR COMTROL CENTER EZCO ELECTRICAL QSTRIBUTION.
600VAC I NOVAC MOTOR CONTROL CENTER PSA ELECTRICAL QSTRIBUTION, 600VAC I 800VAC MOTOR CONTROL CEMTER PS47~ELECTRICAL QSTRIBVBQH.
000VAC I 600V BUS 21 A SWITCHG EAR ELECTRCAL QSTRIBVTeN, 000VAC I REACTOR ROD CONTROL SOUTH MOTOR GENERATOR SET CRDMG-2S SUPPl.Y BREAKER ELECTRICAL QSlRI BUllON, 000VAC I WEST TVRBNE AUXLJARY COOUNG WATER PUMP PP 14W SUPPLY SREAKER 0 ELECTRICAL QSTRIBVllON, 000VAC I 80OVAC BUS 21A SUPPLY BREAKER ELECTRICAL QSTRIBUllOH, 000VAC I 000VAC MCC AMA SUPPLY BREAKER 0 ELECTRICAL DISTRIBUllON.
600VAC I SOUTH PLANT UGHTIMG TRANSFORMER TR.LTG4S SUPPLY BREAKER 0 ELECTRCAL QSIRIBUTIQH, NOVAC I NOVAC MCC ASIA SUPPLY SREAKER 0 ELECTRICAL DISTRIBUTION.
000VAC I NOVAC MCCS~P&h, TPP~AND VCCS ABV.A AZVA SUPPLY BREAKER 0 ELECTRICAL QSTRIBVTIOH, 000VAC I NOVAC BORIC AGO HEAT TRACE CONIROL CENTER BHT.A SUPPLY BREAKER 0 ELECIRICAL QSTRIBUTIQN, 0OOVACI 000VAC MCC EZC.A SUPPLY BREAKER 0 ELECTRICAL QSTRISUTIOH.
0OOVAC I OOOV BUS 21 A TQ 0OOV BUS 21C TIE BREAKER 0 ELECTRICAL QSTRIBUTON, 600VAC I 600V BUS 21 8 SWITCHGEAR ELECIRICAL DISTRIBUTKJH, NOVAC I 000VAC MCC ABD4J SUPPLY BREAKER IZ EL 0 ELECTRICAL QSTRIBVROH.
000VAC I PLANT AR COMPRESSOR OMEP1 SUPPLY BREAKER 0 ELECIRICAL QSTRIBVAQH.
000VAC I 80OVAC BUS 218 SUPPLY BREAKER 0 ELECTRICAL QSTRIBUOOH, 0OOVAC I SDUIH NONESSENTIAL SERVICE WATER PUMP PCS SUPPLY BREAKE R AUXIUARY 587.00 ABEMERDSLGEN RM AUXLJARY 567.00 CD EMER DSL GEN RM AUXIUARY, 587.00 CD EMER DSL GEH RM AUXLJARY 587.00 587 HALLWAY AUXLJARY 507.00 587 HALLWAY AUXLJARY CLLOO 033 HALLWAY AVXIUARY 033.00 033 HALLWAY AUXIUARY 009.00" 009 HALLWAY AUXIUARY 01XOO 4KV RQQM MEZZANINE AREA AVIARY 013.00 4KV RQQM MEzzANur 8 AREA AUXIUARY 013.00 4KV ROOM~MEZZANWE AREA AUXIUARY 013.00 4KV RQQM MEZZANINE AREA SCREENHOVSE 594.00 TRAVEL SCRN MCC UPPER RM SCREENHOUSE 594.00 1RAVEL SCRN MCC UPPER RM AUXIUARY 009.00 4KV RM NOV SWGR AREA AUXIUARY N9.00 4KV RM-NOV SWGR AREA 009.00 4KV RM NOV SWGR AREA AUXLJARY 009.00 4KV RM 000V SWGR AREA AUXLJARY 009.00 4KV RM 6OOV SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA AUXIUARY 009.00 4KV RM NOV SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA AUXLJARY CXI.OO 4KV RM 600V SWGR AREA AUXIUARY 009.00 4KV RM NOV SWGR AREA AUXLJARY 009.00 4KV RM 000V SWGR AREA AVXIUARY N9.00 4KV RM NOV SWGR AREA AUXIUARY N9.00 4KV RM NOV SWGR AREA AU@VARY N9.00 4KV RM NOV SWGR AREA AUXLIARY 009.N 4KV RM NOV SWGR AREA AUXIUARY 009.00 4KV RM~000V SWGR AREA
 
1N$612:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;4 Equip, Train Qssa 2 1 Equipment ID 2.2t 813 2-21 82 2-21 85 2-21 86 221 C 241C10 241CI1 2-21 C12 2-21 C13 241C14 2-21C1 0 2-21CI 7 241C16 2-21 C2 2.21C3 2.21C4 System/Equipment Descripten ELECTRICAL DISBTIBUAON, 000VAC I'VRBWE ROOM NOUCTlDN HEATIHG, STRESS REUEF AHD BOLT HEATERS SUPPLY BREAKER ELECTRICAL QSAtNNIT ION, 000VAC I CSVAC MCC EZC8 SUPPLY BREAKER 0 ELECTRICAL DISTRSUAON, 000VACI QQQV BUS 21 8 SPARE CRCUIT BREAKER ELECTRICAL DSTRIBIBION, 0QQVAC I 000V MOTOR CONTROL CENTERS TBG4TW AND TBPJNt SUPPLY BREAKER 0 ELECBQCAL QSBtIBUAQN, 600VAC I EAST TVRSNE AUXNJARY CDDUNG WATER PUMP PP.1 4E SUPPLY BREAKER~ELEC iRICAL QSAtIBVIIQN, 000VAC I 000V BVS 21 8 TO 600V BUS 21 D TIE BREAKER ELECTRICAL DSIRIBUAQH, 000VAC I 000V BVS 21 C SWITCHG EAR ELECBTICAL QSTRIBUAON, 000VAC I 00QV BUS 21C SUPPLY BREAKER ELECTRICAL DSTRIBUTION.
000VAC I 000VAC MCC ABDC AND 2~SUPPLY BREAKER 0 ELECTRICAL DSBtIBUAON, 000VAC I QQQV BUS 21 C SPARE CIRCUIT BREAKER 0 ELECTRICAL QSTRIBUAON, CmVAC I SOUTH SPENT FUEL PIT PUMP 124sP418 SUPPLY BREAKER 0 ELECTRICAL DSBQBUAON, 000VAC I RECPRDCATIHG CHARGNJG PUMP PPM SUPPLY BREAKER 0 ELECBQCAL DSTRIBUAON, 600VAC I FIRE PROTECAON WATER INGH DEMAND PUMP.Pp-t t SUPPLY SREAKER 0 ELECBtICAL DSTRIBUAON, 600VAC I 000VAC MOTOR CDMTROL CENTER TBCCN SUPPI.Y BREAKER ELEtrBIICAL DISlRISUADN 600VAC I NORlH NONEJISEMBAL SERVICE WATER PUMP PPAN SUPPLY BREAKER ELECTIQCAL DISTRIBUAON, 0XNAC I Mhuf lURSNE AVJQUARY LUBE DL PUMP OT-201 SUPPLY BREAKER 0 CONTANMENT POLAR CR I ELECIRICAL QSTRIBUT'LECBQCAL DSBtIBUAON, 600VAC I 600V BUS 21C SPARE CutCUIT BREAKER 0 ELECTRICAL DSTRIBUAON 000VAC I CRCULATIHG WATER TRAVEUNG SCREEN SDVIH WASH PUMP PP 15S SUPPLY BREAKER Buildiny FKer Eiev Room or Row Cof AUXIUARY 009.00 4KV RM 000V SWGR AREA AVXLfARY~CXI.QO 4KV RM 000V SWGR AREA AVXIUARY 009.00 4KV RM 000V SWGR AREA~Y 009.00 4KV RM 000V SWGR AREA AUXNJARY 009.00 4KV RM 600V SWGR AREA AUXNJARY 009.00 4KV RM 000V SWGR AREA AUXUARY 009.00 4KV RM 000V SWGR AREA AVXNJARY 009.00 4KV RM 000V SWGR AREA AUXLIARY 009.00 4KV RM 000V SWGR AREA AUXNJARY 009.00 4KV RM 000V SWGR AREA AUXIUARY C9.00 4KV RM 000V SWGR AREA AUXNJARY 609.00 4KV RM~000V SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA AUXNJARY 009.00 4KV RM 600V SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA AUXIUARY 009.00 4KV RM 60QV SWGR AREA AUXIUARY 609.00 AIR COOLED CRCUIT BREAKER IMETAL FRAM AUXNJARY 009.00 4KV RM 6QQV SWGR AREA AUXLJARY 009.00 4KV RM 600V SWGR AREA 2.2-21C6 2-21C5 2<1 C9 2-21D 2-21D1 2-21D10 2-21D11 2-21D13 241 D14 2.21D3 2-21D4 0 ELEGTRlcAL DsTRIBUAQrL 000vhc I NOfAH PLANT UGHANG TRANSFORMER TR4.TG4N SUPPLY BREAKER 0 ELECAQCALDSTRIBVAON,000VACI6QQV BORC ACO HEAT TRACE CONTROL CEMlER BHT4J SUPPLY BREAKER 0 ELECTRCAL QSTRI BUTIOH, 000VAC I REACTOR ROD CDMTROL NORTH MOTOR.GENERATOR SET CRDMG-2N SUPPLY BREAKER 0 000VAC IXSBQBUAON I 600VAC MCC 2.AB.D, VCC 24BV4J, MCC 24sSD SUPPLY BREAKER ELECTRICAI.
DISTRIBUTION, 000VAC I CONTANIMEMT UG HANG TRANSFORMER TR4.TG.1 0 SUPPLY BREAKER ELECBQCAL DSTRI BVAON.600VAC I 000V BUS 210 SPARE CIRCUIT BREAKER ELECAIICAL DSTRNJ UAON.000VAC I 600VAC MCC ABD4J SUPPLY BREAKER 0 ELECfRICAL QSIRIBUTION.
600VAC I 000VAC MCC EZCJJ SUPPLY BREAKER ELECTRCAL QSTRIBUAON, 000VAC I 0QQVAC MCC EZCC SUPPLY BREAKER ELECTRICAL QSTRIBVAON, 600VAC I 600V BUS 21 C SPARE CIRCUIT BREAKER 0 ELECAQCAL DSTRIBUAON, 0XWAC I PLANT AND CHTMT STANDBY UGHTlNG TRANSFORMER TR4.TGS SUPPLY BREAKER ELEC fRICAL DSTRIBVAON, 000VAC I MAIN ANO SPARE TfthNSFORMER AUXIUARIES NORMAL DSBTNT UAON CAINNET TCSN SUPPLY BREAKER ELECBQCAL QSTRIBVAON, 00QVAC I 600V BUS 210 SWfTCHGEAR 0 ELECAtICAL QSTRIBVTIOM, 000VAC I QQQV BUS 210 SUPPLY BREAKER AUXLlARY 009.00, 4KV RM 000V SWGR AREA AUXLIARY 009.00 4KV RM CD 4KV SWGR AREA AUXLJARY 009.00 4KV RM MOV SWGR AREA AVXIUARY 609.00 4KV RM 000V SWGR AREA AVXIUARY 609.00 4KV RM 600V SWGR AREA AUXNJARY 609.00 4KV RM 000V SWGR AREA AUXIUARY 609.00 4KV RM 6QQV SWGR AREA AUXLJARY 009.00 4KV RM 000V SWGR AREA AUXIUARY 609.00 4KV RM~0QQV SWGR AREA AUXIUARY 609.00 4KV RM 000V SWGR AREA AVXIUARY 009.00 4KV RM 0QQV SWGR AREA AUXNJARY 009.00 4KV RM 0QQV SWGR AREA AUXLJARY 009.00 4KV RM 000V SWGR AREA AUXLIARY 009.00 4KV RM 000V SWGR AREA 1N/96 12:41 PM DONALD C, COOK NUCLEAR PLANT UNIT 8 2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Pagef5 Equip Train 2 2 2 2 Equi pmant IO Rav Ho 2.21 DO 241 D9 242$YA ELECBIICAL QSBBBUBQN, MOVAC I MOVAC MCC AMO SUPPLY BREAKER ELECTRICAL QSTRIBlfllQH, OOOVAC I MANt AND SPARE TftWSFOftMER AVXLIARIES EMERGENCY QSBUBIlBQN CAINNET TCSE SUPPLY SREAKER REACTOR TRIP BREAKER (ROO CONTROL 6 NISTJ I REACTOR ROD CONTROL TRW REACIQR TRIP BYPASS CIRCUIT BREAKER AUXIUARY 609.00 AUXIUARY 609.00 AUXIUARY M9.00 Room or Row Col 4KVRM MOVSWGR AREA 4KV RM-MOV SWGR AREA 2424tTA 2-721 A 2.721 h1 0 REACTOR TIOP BREAKER IRQO CONTROL 4 NIST.)I REACTOR RQO CQNTROI.TRAN 8 REACTOR TRIP BYPASS CIRCUIT BREAKER RQO CONlRQL ANO NISBtUMENTATIQN'I REACTOR ROO CONTROL TRANt'A'EACfOR TRIP CNtCVIT BREAKER 0 RQO CQHIRD.ANO INSBtUMENTATIQN I REACTOR ROD CONTROL TRAN 7F REACTOR TRIP CNTCUIT BREAKER 4I$ELECBIICAL DSBIIBUBQN I 41$BUS 72t A SWITCHG EAR 0 ELECBNCAL QSIRIBVTIQH, 41MVAC I'SOUlH SAFElY NIJECBQN PUMP PP-26S SUPPLY BREAKER AVXLIARY 609.00 AUXLIARY 609.00 AVXNJARY 609.00 AUXNJARY 609.00 AUXNJARY 609.00 CRD EQINP RM 4KVRM A841$SWGR AREA 4KVRM A84I$SWGR AREA 2 721A10 2-121A11 ELECBtICAL QSTRIBtfllQN.
4160VAC I MOV AVXLLARY M9.00 BUS 2f A SUPPLY 7RANSFOitMER TR2f A SUPPI.Y BREAKER 0 ELECBNCAL QSTRIBUTIQH, 41MVAC I AB EMERGENCY IXESEL GENERATOR TO 4I$BUS 721A SUPPLY BREAKER 4KVRM A84I$SWGR AREA 4ISRM A84KV SWGR AREA 6 1 2-721 A1 2 2.T21A2 2.T21A3 2-l21A4 2.721 AS 2.721 AO 2.12fAT 2.721 A9 2-721 8 2 721 81 2.121 82 2.T2184 2.721 0 2.721 C1 2.721 C2 2-721 CO 2-7210 2.721 D1 2.T21D1 0 2 721011 2-721 012 ELECTRICAL QSTRIBUBON, 4160VAC I CNtCtNT BREAKER FROM 69KV TO BUS 721 A ELECBNCAL DSTRIBVllQN, 41 60VAC I WEST MOTCR DRIVEN AUX FEEDWATER PUMP PP4W SUPPLY BREAKER ELECfRCAL QSTRIBUTIQN
~4160 VAC I WEST CONTANIMENT SPRAY PUMP PP4W SUPPLY BREAKER 0 ELECBIICAL QSIRIBVBOH, 4160VAC I WEST RESGUAL HEAT REMOVAL PUMP PP-65W SUPPLY BREAKER ELECBNCAL DSTRIBVBQH, 4160VAC I WEST ESSENBAL SERVCE WATER PUMP PP TW SUPPLY BREAKER ELECTRICAL QSlRIBUTIQN, 4160 VAC I 4KV BUS 72tA 70 460V PRESSURIZER HEATER BUS SUPPLY TRANSFORMER
~t PHA SUPPLY BREAKER 0 ELECBNCAL QSBtietfllON, 4160VAC I WEST COMPONENT COOUNG WATER PUMP PP-1 OW SUPPt.Y BREAKER 0: ELECTRICAL DSTRIBVBQN, 4160VAC I WEST CENBBFVGAL CHARGING PUMP PP.60W SUPPI.Y BREAKER ELECBTICAL DSBatlON11MVACI 4KV BUS 2A TO BUS 121 A 7IE BREAKER 0 4I$ELECTRICAL DSTRIBUTIQN I 4KV BUS 72t h SWBCHG EAR 0 ELECIRICALDSTRIBUTIQN,4160VAC/4KV BUS 28 70 4KV BUS 721 8 llE BREAKER ELECBOCAL QSTRIBVBQH, 41MVAC I CRCINT BREAKER FROM 69KV BUS TO BVS 721 8 0 ELECBtiCAL QSTRIBVBOH.
4160VAC I AB EMERGENCY QESEL GENERATOR TO 4KV BUS 721 8 SUPPLY BREAKER 0 4KV ELECBtICAL DSTRIBUTIQH I 4KV BUS 72f C SWIfCHG EAR ELECTRICAL DSTRIBVBOH, 4160VAC I 1KV BUS 2C TO 4KV BUS 721 C 7lE BREAKER 0 ELECB6CAL QSTRIBVBQH, 41MVAC I CRCUIT BREAKER 4I$FROM 69KV TO BUS 721 C ELECIRICAL DISTRIBtflIQN, 4160VAC I CO EMERGENCY DESEL GENERATOR TO 4KV fmS 72I C SUPPLY BREAKER 4KV ELECIRICAL DSTRIBUTIQN I 4KV BUS 721 0 SWITCHG EAR 0 ELECTRICAL DSTRISVllQN, 4160VAC I 4KV EMERGENCY POWER BUS EP TO 41$BUS 721 0 SUPPLY BREAKER ELECTRICAL QSfRIBVBQN.
4160VAC I EAST ESSEHIIAL SERVICE WATER PUMP PP-TE SUPPLY BREAKER 0 ELECIRICALDSTRIBUBON, 4160VACI EAST MOTOR DRIVEN AVXLIARY FEEDWATER PUMP PP4E SUPPLY BREAKER ELECBIICAL DSTRIBVTIOH, 41MVAC I 1KV BUS20704KV BUS72107IE SREAKER AUXIUARY 609.00 AUXIUARY M9.00 AUXIUARY 609.00 AUXIUARY OIS.OO AUXIUARY AVXIUARY 609.00 AUXLIARY 609.00 AVXNJARY 609.00 AUXIUARY M9.00 P AUXLIARY 609.00 AUXNJARY 609.00 AVXIUARY 609.00 AVXIUARY 609.00 AUXIUARY M9.00 AUXIUARY 609.00 AUXNJARY 609.00 AUXNJARY AUXIUARY 609.00 AUI0UARY 609.00 AVXIUARY 609.00 AVXIUARY 609.00 AUXNJARY 609.00 4ISRM A84KV SWGR AREA 4KVRM A84KV SWGR AREA 4KVRM A84KV SWGR AREA 4KVRM A84I$SWGR AREA 4KV RM AB 4KV SWGR AREA 4KVRM A841$SWGR AREA 4KVRM A84KV SWGR AREA 4KVRM A84I$SWGR AREA 41$RM A84KV SWGR AREA 4KVRM A84KV SWGR AREA CV RM-AB 41$SWGR AREA 4KVRM A84KV SWGR AREA 4KVRM A84KV SWGR AREA 4KVRM CD4KV SWGR AREA 4KVRM CD4I$SWGR AREA 4KVRM MOVSWGR AREA 4KVRM C04I$SWGR AREA 4KV RM CD 4KV SWGR AREA 4KV RM CO 4KV SWGR AREA 4KVRM CD4KV SWGR AREA 4KVRM C04I$SWGR AREA 4KVRM C04KV SWGR AREA
 
1/886 1241 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;6 Equipment IO 2-12102 Rev No 0 System l~Oesonpbon ELECTRCAL QSTRIBUTKW, 4100VAC I 000V BUS 21D SUPPLY TITWSFORMER TR210 SUPPLY BREAKER Budohn9 Floor Eiev Room or Row Col AUXIUARY N9.00 4KVRM CO4KV SWGR AREA Z.TZIDS 2.12104 Z-T?107 2.121 D9 0 ELECTRICAL QSTRIBUllON, 4100VAC I EAST COMPONENT COOUNG WATER PUMP PP-16E SUPPLY BREAKER ELECTRICAL QSTRIBVDQH, 41N VAC I EAST'OHTAWMENT SPRAY PUMP PP4E SUPPLY BREAKER ELECTRICAL QSTRIBUTION PANEL, 4100 VAC I NOR1H SAFETY WJECTIQH PUMP PP-28N SUPPLY BREAKER ELEC1R ICAL QSITIIBUTIQIL 4100VAC I EAST RHR PUMP PP45E SUPPLY BREAKER 0 ELECIRICAL QSIT(IBVTIQN, 4100VACI EAST CENTRIFUGAL CHARGWG PUMP PP40E SUPPLY BREAKER 0 ELIKTRCAL QSTRIBVDON, 41NVAC I CO EMERGENCY QESEL GENERATOR TD 4CV BUS 121 D SUPPLY BREAKER 0 ELECfRICAL QSTRIBUllON, 4100 VAC I 4CV BUS 1210 TO 4KIV PRESSUIBZER HEATER BUS SUPPLYTTTANSFOITMER TR21PHC SUPPLY BREAKER 0 120V CONTROL ROOM WSTRUMENTATTON QSTRIBUIlON/16KVA TITANSFORMER-CONSTANT VOLTAGE AUXIUARY N9.00 4KVRM.CO4KV SWGR AREA AUXIUARY 009.00'KV RM CO4KV SWGR AREA Atfl0LIARY 009.00 4KV RM CO 4CV SWGR AREA AVXIUARY N9.00 4KV RM N0V SWGR AREA AUXIUARY 009.00 4KV RM CO 4KV SWGR AREA AUXIUARY N9.00 4KV RM CO 4KV SWGR AREA AUIGUARY 009.00 4CV RM CD 4KV SWGR AREA AUXIUARY 009.00 4KV RM NOV SWGR AREA 242(IO4ICVT 0 242(ID45CVT 0 242TIO4V~0~120VAC QSTT(SVTION I 120V AC CR WST QBTR cHa IsoL coNT YQLT TRANSFORMER 120V CONTROL ROOM WSTRUMENTATION QSTR I 10KVA ISOUMffER-CONSTANT VOLTAGE TRANSFORMER 120V CONTROL ROOM WSTRUMEHTATIQN QSIR I 10KVA ISOUMITER CONSTANT VOLTAGE TRANSFORMER AUXIUARY 009.00 4KV RM 000V SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA~)5 12 12 12 24XTA&FFCKT 2.1821 A 2 1R21 B 2 TR21C 2.TR21 0 12~%1 S 2~-1 OE 2~-10W 24%.26N 2~.26S 2~~2~~2~~Z~M.2~40E 24%40W 0 QESEL GENERATKIL CONTROL ANO WSTRVMENTATTON I AB EMERGENCY IXESEL GENERATOR OME.15GAB FIELD RASH CRCUIT TRANSFORMER 0 QESEL GENERAllQN, CONTROL ANO WSTRVMENTATION I CD EMERGENCY DIESEL GENERATOR OME-1 5GCO FIELD FlASH CKT TRANSFORMER 0 120VI220 CONIRQt.ANO WSTRUMENTATION I AUXUARY FEEDWATER 12N208VAC QSTRIBUIKN PANEL AFW SUPPLY TRANSFORMER 0 120VIKO CONTROL ANO WSIRUMENTATTQN I 120I208VAC EMERGENCY LOCAL SHUTDOWN QSTRIBUTION TRANSFORMER ELECTRICAL QSTRIBUllQH, NGV AC I 000V BUS 21A SUPPLY TRANSFORMER ELECTRICAL QSTI (IBUITON, N0VAC I 000V BUS 21 B SUPPLY TRANSFORMER ELECTRICAL QSIRIBUIION, 000VAC I 600V BUS 21 C SUPPLY TRANSFORMER 0 ELECITtlCAL QSTRIBUITQH, 000VACI 000V BUS 21 D SUPPLY TRANSFORMER 0 SPENT FUEL PIT COQUNGICLEANUP I SOUTH SPENT FUEL PIT PUMP 0 COMPONENT COQUNG WATER I EAST COMPONENT COOLING WATER PUMP 0 COMPONENT CQOUNG WATER I WEST COMPONENT COOLING WATER PUMP SAF ETY WJECTION I NORTH SAFEIY JECTIQN PUMP 0 SAFElY~I SOUTH SAFETY WJECTION PUMP 0 AUXLIARY FEEOWATER I EAST MOTOR DRIVEN AtflOUARY FEEOWAlER PUMP 0 AUXSJARY FEEOWATER I WEST MOTOR DRIVEN Atfl0UARY FEEOWATER PUMP 0 AUXuARY FEEOWATER I TURBWE DRIVEN AUXIUARY FEED PUMP 0 BORON MAKEUP (CVCS)I BORIC ACK)sToRAGE TANKs TRANsFER pUMp sr8 BORON MAKEUP (CVCS)I BORIC ACID sTQRAGE TANKs TRANsFER pUMp 44 0 CHARGWG (CVCSI I REQPRQCATlNG CHARGING PUMP 0 CHAR GWG (CVCS)I EAST CENTRIFUGAL CHAR GWG PUMP 0 CHARGWG (CVCSI I WEST CENTRIFUGAL CHARGWG PUMP CONTRCL ROOM AIR CQNQTTQNWG CHILL WATER I COHlROL ROOM AIR CONOmQt4NG NORTH CHILL WATER, C6ICU(ATION PUMP AUXIUARY 587.00 ABEMERDSLGEN RM AUXIUARY 587.00 COEMERDSLGEN RM AUXIUARY 587.00 CO EMER OSL GEN RM AUXIUARY 587.00 AB EMER OSL GEN RM AUXIUARY N9.00 4KV RM 000V SWGR AREA AUXIUARY 609.00 4KV RM NOV SWGR AREA AUXIUARY 009.00 4KV RM CD 4KV SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA U42 AUIGIJARY 009.00 SPENT FUEL Pfl'EAT XCHGR RM AUXIUARY N9.00 009 HALLWAY AUXIUARY 009.00 009 HALLWAY AUXkJARY 587.00 NSAFElYWJPMP RM AUXIUARY 587.00 S SAFEIY WJ PMP RM TURBWE 591.00 E MTR ORIV AUX FEEOWIR PMP TURBINE 591.00 W MTR DRIVEN AUX FDWTR PMP TURBINE 591.00 TB DRIVEN AUX FDWTR PMP htflGLIARY 587.00 BORIC ACID STOR TANIC AREA AUXNJJWY 587.00 BORIC AGO STOR TANK AREA htflQUARY 587.00 RECIPRQCATWG CHARG PMP RM AVXIUARY 587.00 E CENTRIFUGAL CHARG PMP ROOM AUXI/ARY 587.00 W CENTRIFUGAL CHARG PMP RM AUXIUARY 650.00 CTRL RMAIRCONOIT RM 1/8/96 12:C PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;7 Equip Train 24T 105481 247 1lXM82 24T 105CO1 24T 105CD2 24T.111~24T 11140 24T 1174B 24T T1 TED 24T 119kB 24T 119CO 24T 130481 24T 130482 247.130401 247 130CO2 24T 13548 24T 135CO~0 QESEL LUBE OL I CO EMERGENCY QESEL LUBE OL BEFORE ANO AFTER PUMP 0 QESEL LUBE CL I AB EMERGENCY QESEL LUBE OIL HEATER OT.115AB PUMP 0 QESEL LUBE OL I CD EMERGENCY QESEL LUBE OIL HEATER OT.115CD PUMP QEsa.LUBE DLI AB EMERGENCY QESEL BYPASS LUBE CIL FL1ER OT 115AB PUMP DIESEL LUBE QL I CD EMERGENCY QESEL BYPASS LUBE OL FLTER QT 115CD PUMP QESEL JACKET WATER I AB EMERGENCY QESEL JACKET WATER PUMP&#xb9;1 QESEL JACKET WATER I AB EMERGENCY DESEL JACKET WATER PUMP&#xb9;2 0 QESELJACKETWATERICOEMERGENCY DIESEL JACKET WATER PUMP 1 QESEL JACKET WATER I CO EMERGENCY DESEL JACKET WATER PUMP 2 DIESEL JACKET WhlERI AB EMERGENCY DIESEL AUXLIARY JACKET WATER PUMP 0 QESEL JACKET WATER I CO EMERGENCY QESEL AUXNJARY JACKET WATER PUMP 0 RESOUAL HEAT REMOVAL I EAST RESOUAL HEAT REMOVAL PUMP 0 COMIROL, ROOM ANT CONDfDQtNNG CHLL WATER I CONTROL ROOM AIR CONQBOtNMG SOUTH CHNL WATER CRCUIhTION PUMP 0 DESEL FUEL QL I AB EMERGENCY QESEL FUEL CIL TRANSFER PUMP&#xb9;1 0 QESELFUELOLIAB EMERGENCYQESEL FUEL OL TTTANSFER PUMP&#xb9;2 0 DESEL FUEL OL I CO EMERGENCY DESEL FUEL OL TRANSFER PUMP&#xb9;1 0 QESEL FUEL OLI CD EMERGENCY QESEL FUEL OL1$IANSFER PUMP&#xb9;2 0 DESEL LUGE OL I AB EMERGENCY DIESEL LUBE ON.BEFORE ANO AFTER PUMP BurIINn9 Floor Bev Room or Row Col AUXNJARY 850.00 CTRL RM AIR COMDT RM AVXLIARY 587.00 AB EMER DSL FUEL OL XFER PMP AUXNJARY 587.00 AB EMER DSL FUEL OII.XFER PMP AVXNJARY 587.00 COEMEROSLFVEL OIL XFER PMP AUXNJARY 587.00 CO EMER OSL FUEL OIL XFER PMP AUXNJARY 579.00 AB EMER DSL LUBE OL PIT AVXIUARY 579.00 COEMEROSLLVBE OIL PIT AVXNJARY 579.00 AB EMER OSL LUBE OIL PIT AUXNJARY 579.00 CO EMER OSL LUBE OIL Prl'VXNJARY 579.00 AB EMER DSL LUBE ON.PIT AVXNJARY 579.00 CD EMER DSI.LUBE OIL PIT AUXNJARY 587.00 AB EMER DSL GEN RM AUXIUARY 587.00 ABEMERDSLGEN RM AUXIUARY 587.00 CDEMERDSLGEN RM AVXIUARY 587.00 CO EMER DSL GEM RM AUXIUARY 587.00 ABEMEROSLGEN RM AUXLIARY, 587.00 CO EMER DSL GEN RM AVXNJARY 573.00 EAST RHR PUMP RM 2~45W 0 RESDVAL HEAT REMOVAL I WEST RESOUAL HEAT REMOVAL PUMP AUXIUARY 573 00 W RHR PMP RM 2~7E 2~.7W 2~~24RV%10 0 ESSENllhL SERVICE WATER I EAST ESSEMIIAL SERVICE WATER PUMP 0 ESSENTIAL SERVICE WATER I WEST ESSEMllhL SERVICE WATER PUMP CQMTANIMEMT SPRAY I EAST COMTAIMMEMT SPRAY PUMP 0 COMTANIMEMT SPRAY I WEST CONTAINMEMT SPRAY PUMP 0 OEMINERALI7EO MAKEUP I AVXIUARY 573.00 E CONT SPRAY PMP RM AUXNJARY 573.00 W CONT SPRAY PMP RM AUXIUARY 850.00 SCREENHQUSE 591.00 E ESSNTL SERV WIR PMP RM SCREENHQUSE 591.00 W ESSNlL SERV WTR PMP RM 24RV&11 0 AVXIUARY 850 00 24CR 401 0 NUCLEAR SAMPUNG I STEAM GENERATOR&#xb9;1 BLOWDChM SAMPLE DSR401 COMTA&#xb9;r MENT ISDhTIOM VALVE 0 NUCLEAR~I SlEAM GENERATOR&#xb9;2 BLOWDGVM SAMPLE DSR402 CONTAINMENT ISCkhllQN VALVE 0 NUClEAR SAMPUNG I STEAM GENERATOR&#xb9;3 BL~SAMPLE OSR403 CONTAIMMENT ISOlhllOM VALVE AVXIUARY 591.00 VESllBULE AUXLIARY 591.00 VESTIBULE AUXNJARY 591.00 VESllBULE 24CRQ10 0 NUCLEAR SAMPUNG I STEAM GENERATOR&#xb9;4 BLOW004W SAMPLE DSR404 CQMTNNMENT ISrXhlXON VALVE SLOWDOWN I STEAM GENERATOR OMEG.1 BLOWOOVW CONTAINMEMT ISOLATION VALVE BLQWOOWN I STEAM GENERATOR OMM-2 BL~COMTANIMEMT ISOIATIOM VALVE AUXIUARY 591.00 VESTIBULE AUXNJARY 591.00 STARTUP SLOWDOWN FLASHTAMK RM AVXIUARY 591.00 STARlUP SLOWDOWN FLASHTAMK RM 12 12 24RV~7 2~V.245 2+RV.247 2+RV 255 2+RV.258 0 BLQWQOWN I STEAM GENERATOR OME~BL~COMTNNMEMT ISOLhllOM VALVE 0 BLOWOQWNI STEAM GENERATOR OME~BL~CQMTAINMEMT ISOLATION VALVE 0 STEAM UNE DRAINS I MANI SIEAM LEADS COMOENSATIOM DRANI TANK TK 150 OUTLET SHUTOFF VALVE 0 AUXIUARY FEEOWATER I WEST MOTOR DRIVEN A VXNJARY FEED PUMP PP4W 2 In AIR OPERATED TEST VALVE 0 AUXILIARY FEEDWATER I WEST MOTOR DRIVEN AUXNJARY FEED PUMP PP4W EMERGENCY 1 in AIR OPERATED LEAKOFF GLOBE VALVE 0 AUXNJARY FEEOWATER I EAST MOTOR DRIVEN AUXIUARY FEEOWATER PUMP PP.3E 2 In AIR OPERATED TEST VALVE AUXIUARY FEEOWATER I TVRBNr 8 DRIVEN AUXNJARY FEED PUMP PPR 2 In AIR OPERATEO lEST VALVE AUXIUARY 591.00 STAR TUP BLOWDOWN FLASHTAMK RM AUXIUARY 591.00 STARlVP BLOWDOWN FthSHTANK R M AUXNJARY 500.00 MN STM UNES VERT PIPE CHASE TURBINE 591.00 W MlR DRIVEN AUX FOWTR PMP TURBINE 591.00 W MTR DRIVEN AUX FDWIR PMP TURBINE 591.00 E MTR ORIV AVX FEEDWIR PMP TURBINE 591.00 TB DRIVEN AUX FDWTR PMP 1/88612:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Pdgd&#xb9;8 Equip Train 12 12 12 12 qtuipment IO 2~V.257 247(V@58 2~4$4 2&RV441 24IV4GR JJO 1 System I Equipment Desortpbon 0 AUXIUARY FEEDWATER I EAST MOTOR DRIVEN AUXIUARY FEEDWATER PUMP PP-SE EMERGENCY 1 In HR OPERATED LEAKOFF VALVE 0 AUXUARY FEEDWATER I TURBWE DRIVEN AVXIUARY FEED PUMP EMERGENCY 1 ln HR OPERATED LEAKOFF GLOBE VALVE 0 NAROGEN (REACTOR PLANI'ERVICE)
I NITROGEN SUPPLY To ACCUMULATOR TANKS COMTAWMENf ISOLATION VALVE 0 MAROGEN (REACTOR PLANT SERVICEI I MAROGEN SUPPLY TO ACCUMULATOR TAMKKS VENT VALVE 0 AUXIUARY BVILDiNG VEMALAllON I CONTROL ROD DRIVE EQ(NPMENT ROOM AND INVERTER AREA VENALATKIN RECIRCULAlWG AIR WLET DAMPER Btnkling Fker Bev Room or Row Col TURBWE 591.00 E MTR DRIV AUX FEEDWIR PMP TURBWE 591.00 TB DRIVEN AVX FDWIR PMP AUXIUARY 591.00 STARTUP SLOWDOWN FLASHTAMK RM CONTAWhtENT 59(LOO ANNULUS.QUAD No.2 AVXIUARY 809.00 4KV RM~800V SWGR AREA 12 24tV4GR440.2 0 AVIQUARY BUQXNG VEMIlLATION I COMIROL ROO DRIVE EQIXPMENT ROOM ANO WVERTER AREA VEMALATlON OUTSDE AIR WLET DAMPER AVIQUARY 809.00 4KV RM OOOV SWGR AREA 24RV.112'AROGEN (REACTOR PLANT SERVICEI I CONTAWMENT 812.00 ACCUMULATOR ACCUMULATDR TANK OME4 1 NAROGEN TANK&#xb9;1 AREA SUPPLY/VENT VALVE 12 12 12 12 12 12 24RV.122 24RV 132 24RV.142 24RV.149 24RV 150 24RV.158 24RV-1 57 24RV 158 24RV-1 88 24RV.178 24RV 188 24RV480 24RV410 24RV411 24RV420 24RV40 24RV40 24tlCR.251 0 SAFEIY WJECAON I SAFETY WJECTION To ACCUMULATOR FILL LWE CONTROL VALVE 0 NUCLEAR SAMPLWG I STEAM GENERATOR Nl SIEAM SAMPLE MSX.101 COMfAINMENT ISOLATlON VALVE 0 NUCLEAR SAMPUMG I STEAM GENERATOR&#xb9;2 STEAM SAMPLE MSX.102 CONTAINMENT ISmhTIOM VALVE 0 MAROGEN (REATOR PLANI'SERVICEII ACCUMULATOR TANK OME4 2 NAROGEN SVPPLYIVENT VALVE 0'NAROGEN (REACTOR PLANT SERVICEI I ACCUMU!ATOR TANK OME44 NAROG EN SUPPLYIVEMT VALVE 0 NAROGEN (REACTOR PLANT SERVICEI I ACCUMULATOR TANK OME44 NITROGEN SUPPLY/VENT VALVE 0 RESOUAL HEAT REMOVR I WEST RESDUAL HEAT REMOVAL To REACTOR COOLANT LOOpS&#xb9;2 AND NdaTS ln HR OPERATED TEST GL VALVE RESOUAL HEAT REMOVAL I EAST RESDUAL HEAT REMOVAL TD REACTOR Coouwf LOOPS Nt AMD&#xb9;4 a75 h HR OPERATED TESI'ALVE RESDUAL HEAT REMOVAL I ACCUMULATOR TANK OME4 1 0.75 W HR OPERATED OUTLET AND SAFElY WJECTION To RC LOOP&#xb9;1 COLO LEG TEST VALVE 0 RESDUAL HEAT REMOVAL I WEST RHR AND SAFElY WJECTION To REACTOR COOLANT LOOPS N2 AND&#xb9;8 0.75 IN AIR OPERATED TEST VALVE 0 RESDUAL HEAT REMOVAL I EAST RHR AND , NORTH SAFElY WJEClloN To REACTOR COOLAMT PUMPS&#xb9;1 ANO&#xb9;4 0.75 IN AIR OPERATED TEST VALVE 0 RESDUAL HEAT REMOVAL I ACCVMULATOR TANK OME4 2 0.75 IN AIR OPERATED OUfLET AMO SAFElY WJECAON TO RC LOOP&#xb9;2 COLO LEG TEST VALVE RESDUAL HEAT REMOVAL I ACCUMULATOR TANK OME48 0.75 W HR OPERAlED OUTLET ANO SAFETY WJECAON TO RC LOOP&#xb9;8 COLO LEG TEST VALVE RESDUAL HEAT REMOVAL I ACCUMULATOR TANK OME44 1 W HR OPERAlED OUTLET AND SAFElY WJECAOM TO RC LOOP&#xb9;4 COLD LEG TEST VALVE SAFElY WJECAON I SAFETY WJ ECTION TEST UNE SHUTOFF VALVE 0 RESDVAL HEAT REMOVAL I EAST RESDUAL HEAT REMOVAL HEAT EXCHANGER HE.17E 8 W AIR OPERATED OUllET FLOW CONTROL VALVE 0 RESDUAL HEAT REMOVAL I RESIDUAL HEATREMOVAL HEAT EXCHANGERS BYPASS FLOW 8 W HR OPERATED COMTROL VALVE 0 RESOUAL HEAT REMOVAL I WEST RESOUAL HEAT REMOVAL HEAT EXCHANGER HE.17W 8 W HR OPERATED OVILET FLOW COMIIIOL VALVE BORON WJECTION I BORON WJECAON TO ACCUMULATOR FILL UME COMIROL VALVE CONTAW MENT 81 2.00 ACCVMUIATOR
'ANK&#xb9;2 AREA CONTAWMENT 812.00 ACCUMULATOR TANK&#xb9;3 AREA CONfhINMENT 81200 ACCUMULATOR TANK&#xb9;4 AREA CONTAWMENT 812.00 HV~Q 2 FAN RM CONTAWhtENT 81200 HV~QZ FAN RM CONTAWMENT 598.00 ANNULUS, QUAD No.1 CONTAWMENT 812.00 HV~O2 FAN RM CONTAINMENT 81200 HV~Q2FANRM CONTAWMENT 598.00~ANNULUS, QUAD No.2" 598.00 ANNULUS, QUAD No.4 AVXNJARY 587.00 S SAFElY WJ PMP RM AUXIUARY 809.00 E RHR HEAT XCHGR RM AUXIUARY 809.00 E RHR HEAT XCHGR RM'AVJQUARY 809.00 WRHRHEATXCHGR RM CONTAINMENT 59ILOO ANNULUS, QUAD No.2 CONTAWMENT 598.00 ANNULUS, QUAD No.2 AUXIUARY 591.00 VESABULE AVXIUARY 591.00 VESIIBVLE 1/8/96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;9 Equip Train I 7 1 7 2 7 2 7, 2 12 12 12 24JRV-1 51 244RV-1 52 24(RV 153 24IRV-1 54 24IRV.211 24IRV-2I 2 24IRV-21 3 241 RV421 24IRV.222 24JRV.223 241RV-231 24(RV-232 24(RV 233 24IRV<41 24IRV.242 24IRV-243 24IRV 101 24(RV.1 02 2WRV 103 2&RV.104 24IRV 151 24IRV 152 24RV-1 53 24(RV.183 2&RV.184 243RV.10 243RV.111 243RV.112 243RV.113 Sfetem I Equipment Deacnpsm NUCLEAR SAhlpuNG I STEAM GENERATOR&#xb9;3 STEAM SAMPLE MSX.1 03 CONTNN MENT ISO(ATION VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR&#xb9;4 STEAM SAMPLE MSX-104 CONTNNMEHT ISO(ATIQH VALVE 0 NUCLEAR SAMPL&#xb9;IQ I SIEAM GENERATOR&#xb9;1 STEAM SAMPLE MSX-101 SAMPLE SHUfQFF VALVE 0 NUCLEAR SAMPUNG I SIEAM GENERATOR&#xb9;2 STEAM SAMPLE MSX 102 SAMPLE SHUTOFF VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR&#xb9;3 STEAM SAMPLE MSX 103 SAMPLE SHUTOFF VALVE 0 NUCLEAR SAMPUHG I STEAM GENERATOR&#xb9;4 STEAM SAMPLE MSX.1 04 SAMPLE SHUTOFF VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;1 STOP VALVE MRV 210 STEAM CYLt&#xb9;JER TRAN'A'UMP VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;1 STOP VALVE MRV-210 SlEAM ClhPCXR TRAN (7 DUMP VALVE MNH STEAM I STEAM GENERATOR OME4-1 POWER OPERATED REUEF VALVE MNN SIEAM I STEAM GENERATOR&#xb9;2 STOP VALVE MRV420 STEAM CYIJICER mNN'A'UMP VALVE 0 MNN STEAM I SIEAM GENERATOR&#xb9;2 STOP VALVE MRV-220 STEAM CYLJtaJER TRNN%'UMP VALVE 0 MNH STEAM I STEAM GENERATOR DMS-2 POWER OPERATED RELIEF VALVE MNN STEAM I STEAM GENERATOR&#xb9;3 STOP VALVE MRV430 STEAM CYUNOER TRAIN'A'UMP VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;3 STOP VALVE MRV430 STEAM CYUNOER TRNH'P DUMP VALVE MAIN STEAM I SIEAM GENERATOR Oh(EGG POWER OPERATED REUEF VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;4 SfOP VALVE MRV.240 SfEAM~TRNN'A'UMP VALVE MNN STEAM I STEAM GENERATOR&#xb9;4 STOP VALVE MRV.240 STEAM CYIJHOER TRNN'(f DUMP VALVE MNN STEAM I STEAM GENERATOR OhIE~POWER OPERATED REUEF VALVE 0 NUCLEAR SAMPUNG I REACTOR COQUWT LOOP&#xb9;1 HOT LEG SAMPLE NSX 101 SHUTOFF VALVE 0 NUCLEAR SAMPUNG I PRESSUIaZER UQUID SPACE SAMPLE NSX.1 02 SHUTOFF VALVE NUCLEAR SAMPUNG I REACTOR COOLANT LOOP&#xb9;3 HOT LEG SAMPLE NSX 103 SHUTOFF VALVE HUCLEAR SAMPUNG I PRESSUREER STEAM SPACE SAMPLE NSX-1 04 SHUTOFF VALVE 0 PRESSURIZER IPRESSURIZERTRNN'8'RESSURE RELIEF VALVE 0 PRESSURIZER I PRESSURIZER TRNN'F PRESSURE REUEF VALVE PRESSURIZER I PRESSURIZER OMEN TRNN'A'RESSURE REUEF VALVE 0 REACl'OR COOLANT I REACTOR COQUWT LOOP&#xb9;3 TO PRESSURIZER SPRAY CONTROL 4 tN AIR OPERATED GLOBE VALVE 0 REACTOR COO(ANTI REACTCR COQUWT LOOP&#xb9;4 TO PRESSURIZER SPRAY CONlROL 4 tN NR OPERATED GLOBE VALVE 0 REACTOR COOLANT PUMP SEAL WATER dhuLEAKOFF I REACTOR COOUWf PUMP&#xb9;1 SEAL&#xb9;1 LEAKOFF TO RCPSEALWATER RETURN FILTER QC.1 09 2 IN AIR OPERATED SHUTOFF VALVE 0 LETDONN (CVCS)I REACTOR~NORMAL LETDOWN TRAIN'A'HUTOFF VALVE 0 LEIQQWN (CVCS)I REACTOR CCKXANT NORMAL lETDOWN TRAN'lf SHUTOFF VALVE 0 LETDOWN (CVCS)I REACTOR COOLANT EXCESS LETDOWN TO EXCESS LETDONN HEAT EXCHANGER HE.13 1&#xb9;t AIR OPERATEO TRNN'lf SHUfOFF VALVE Buikling Boor Bav Room or Row Cd AUXaJARY 591.00 VESDBULE AUXNJARY 591.00 VESTIBULE CONfAINMENT 812.00 E CONT LOWER VENT RM CONTNNMENT 81 2.00 W CONT LOWER VENT'M CQNTNNMENT 81200 W CONT LOWER VENT RM COHTNNMENT d1200 E CONT LOWER VENT RM AUX9JARY 833.00 E MNN STM STOP ENCL AUX5JARY 83200 E MNN S(M STOP ENCL AUXIUARY 833.00 E MAIN SlM STOP ENCL AUXkJARY CQ.00 W MN STM STOP ENCL AUXNJARY 833.00 W MN STM STOP ENCL AUXIUARY 83200 W MN STM STOP ENCL AUXIUARY 833,00 W MN SIM STOP ENCL AUXLlhRY 833.00 W MN STM STOP ENCL AUXRJARY 83300 W MN STM STOP ENCL AUXaJARY 833,00 E MAIN STM STOP ENCL AUXIUARY CLLOO E MNN STM STOP ENCL AUXLJARY 833.00 E MNN STM STOP ENCL CONTNNMENT 59(k00 ANNULUS, QUAD NO.1 CONTNNMENl'12.00 NSTRUMENl'AllON RM CONTNNMENT 598.00 ANNULUS, QUAD NO.3 CONTAINMENT 81200 INSTRUMEHTATlON RM CONTNNMEHT 850.00 PRESSURIZER ENCL, 9ITERIOR CONTAINMENT 85(LOO PRESSURIZER ENCL, INTERIOR CONTNNMENT 812.00 LOWER CONT, QUAD NO.3 COHTNNMEHT 812.00 LOWER CONT, QUAD NO.3 CONTAINMENT 81 7.00 LOWER CONT, QUAD CONl'AINMENT 812.00 LOWER CONT, QUAD NO.4 CONTNNMENT 812,00 LOWER CONT, QUAD NO.4 CQNTNNMENT 812.00 LOWER CONT,QIJAQ NO.4 1/856 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;10 Equip Trsin 12 12 12 12 12 12 12 12 12 12 12 12 24jRV 114 Z~V 150 24RV 170 24RV 171 24RV 20 ZCRV.251 Z~V40 24ZRV~24ZRV<21 24ZRVM1 24V 101 System/Equipment Desert pbon 0 LETDOWN (GVCSj I REACTOR COOLANT EXCESS lElDChM TO EXCESS LHDONN HEAT EXCHANGER HE.1 3 1 TN HR OPERATED TRAN'A'HUTOFF VALVE REACTOR COOLANT PUMP SEAL WATER NJILEAKQFF I REAGTDR QDQ(ANT pUMps STARlVP SEAL SYSfEM BYPASS TO SEAL WAlER RETURN FILTER QC 100 0.75 IN AIR OPERATED SHUTOFF VALVE 0 LETDOWN (GVCSj I EXCESS LETDOWN HEAT EXCHANGER HE-1 3 1 TN AIR OPERATED OUTLET PRESSURE CONmOL VALVE 0 LEIDQWN (CVCSI I EXCESS LETDOWN HEAT EXCHANGER HE.1 3 1 TN HR" OPERATED OUTLET (XVER SION VALVE 0 REACTOR COOLANT PUMP SEAL WhlER%4uLEAICOFF I REACTOR COOLANT PUMP 52 SEAL 51 (EAKOf F TO RCP SEAL WATER RETURN FLTER QC.1 00 2 TN AIR OPERATED SHUTOFF GLOBE VALVE 0'HARGING (GVCSI I CVCS CENTRIFUGAL CHARGING PUMPS DISCHARGE FLOW 3 TN HR OPERATED CONTROL GLOBE VALVE REACTOR COOLANT PUMP SEAL WATER NJILEH(QFF I REACTOR COOLANT PUMP 53 SEAL tl LEAKOFF TO RCP SEAL WATER.RElURN FILTER QC-100 2 TN AIR OPERATED SHUTOlV GLOBE VALVE 0 REACTOR COOLANT PUMP SEAL WATER 0UILEAKOFF I REACTOR COOLAMT PUMP 54 SEAL 51 lEAKOFF TO RCP SEAL WATER RETURN FILTER QC.100 2 TN AIR OPERhlED SHUTOFF GLOBE VALVE 0 BORON MAKEUP (GVCSI I SOUTH BORC A(ZD BLENDER QP.21 2 TN AIR OPERATED TD CVCS CHARGING PUMPS SUCDQN SHUTOFF VALVE 0 BORON MAKEUP (GVCSI I SOUTH BORIC AGO Fa.TER TO CVCS CHARGING PUMPS ANO SOUTH BORIC ACID BLENDER 1 fN HR OPERAlED FLOW COMTRQL GLOBE VALVE 0 BORON MAKEUP (CVCSI I SOUTH BORIC ACO STORAGE TANK TK 12S 2 TN HR OPERATED INLET FLOW CONTROL GLOBE VALVE 0 BORQNMAKEUP (GVCSII SOUTH BORIC ACO BLENDER QP-21 TO REACfDR (XXXANT LETDOWN VOt.UME COMTROt.TANK SHUTOFF VALVE 0~NITROGEN (REACTOR PLANT SERVICEI I I8TROGEN SUPPLY HEADER TO ACCUMU(ATOR TANKS SAFElY VALVE Buildina Floor Bw Roam or Row Col CONTHNMENT 512.00 LOWER CONT, QUAD NO.4 CQNTHNMENT SXLOO ANNULUS, QUAD NO.CONTHNMENT 512.00 REGEN HEAT XCHGR RM CONl'AINMENT 512.00 REGEN HEAT XCHGR RM CONTHNMENT 525.00 LOWER CONT, QUAD NO.2 AUXIJARY 587.00 RECPR COATING CHARD PMP RM COMTAINMEMl'12.00 LOWER CONT, QUAD NO.3 CONTHNMEMT 512.00 LOWER CONT, QUAD NO.4 AUXSJARY 800.00 VQL CTRL TANK E HALLWAY AUXIUARY 587.00 BORIC AG8)STOR TANK AREA AUXIUARY 587.00 BORIC ACID STOR TANK AREA AUXLIARY 50k00 VOL GIRL TANK E HALLWAY AUXIUARY 501.00 Sl'ARIVP SLOWDOWN FLASHl'ANK R M 12...: 24V-102,--0 RES5XIAL HEAT REMOVAL I RESIDUAL HEAT REMOVAL TO REACTOR COOLANT LOOPS PZ 8 83 COLD LEGS SAFElY VALVE 12 24V-1 03 24V-104E 0~HEAT REMOVAL I REACTOR COOLAMl'LOOP 82 HOT LEG TO RESIDUAL HEAT REMOVAL PUMPS SAFETY VALVE 0 RESOVAL HEAT REMOVAL I EAST RESTIVAL HEAT REMOVAL HEAT EXCHANGER HE.17 E OUTLET SAFElY VALVE CONTHNMEMT 5%LOG ANNULUS, QUAD NQ.2 AUXIUARY 50k00 E RHR HEAT XCHGR RM 1'4V.104W RESOUAL HEAT REMOVAL I WEST RESOUAL HEAT REMOVAL HEAT EXCHANGER HE 17W OUTLET SAFETY VALVE AUXIUARY 500.00 W RHR HEAT XCHGR RM 12 12 12 24V 120AB 24V 120CD 24V 121 24V.1 2243 24V-1224 24V.1 22%24V 130%a 24V.13&CD 24V.140 1 0 IXESEL STARRNG HR I 24(TC301 8 Z.XTC 302 CONTROL AIR SAFElY VALVE'XESEL STARTING AIR I Z.XTC308 ANO 2 XTC307 CONTROL AIR SAFElY VALVE 0 COMPONENT COQUNG WATER I 24jRtu300 SAMPLE HEAT EXCHANGERS CCW RETURN HEADER SAF ElY VALVE 0 CCWI REACTOR SUPPORT COOLERS CGW RETURN HEADER SAF ElY VALVE CCW I CCW TO CQNl'ENTILATION FAN HVCEQ 2 MOTOR AIR COOLER CCW OUTLET SAFETY VALVE 0 COW I CQNTAINMMENT VENT FAN HV4EQ 1 MOTOR AIR COOLER CCW OUTLET SAFElY VALVE (XESEL STARTING AIR I AB EMERGENCY DIESEL STAImNG AIR TO TURBOCHARGER SAFETY VALVE 0 IXESELSTARTuiGAIRICOEMERGENCY (XESEL SThlmNG AIR TO TURBOCHARGER SAFETY VALVE 0 AUXmJARY FEEQWATER I TUR Bur E DRIVEN AUX FEED PUMP GOVERNOR OIL COOLER COOLING WATER NLET SAFETY VALVE AUXIUARY 587.00 AB EMER OSL GEN RM AUXNJARY 587.00 CO EMER DSL GEN RM AUXIUARY 501.00 STARIVP BLOWD OWN FLASHTANK ROOM CONTAINMENT 5@Lee ANNULUS, QUAD NQ.3 CQNTHNMENT 525.00 HV4EQ-2 FAN RM CONTHNMENT 525.00 HV4EQ-1 FAN RM AUXIUARY 587.00 AB EMER OSL GEN RM AUXIUARY 587.00 CO EMER OSL GEN RM TURBINE 501.00 TB DRIVEN AUX FDWIR PMP 1/8I96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;11 Eqrap Train 7 12 7 2 24V-1 40.2 24v 14E 24v 1 ew 24V 15E 24V 15W Statem I Equipment DeaorIFQon 0 ALOQUARY FEEDWAlER I TURBINE DRIVEN AUX FEED PUMP QL COOLER COOUNG WATER NLET SAFETY VALVE 0 ESSEMIIAL SERVICE WATER I EAST COMTAW MENT SPRAY HEAT EXCHANGER H E-1 8E SHELL SIDE SAFElY VALVE 0 ESSEMllhL SERVICE WAlER I WEST CONTANMENT SPRAY HEAT EXCHANGER HE-1 8W SHELL SIDE SAFETY VALVE 0 ESSEMllAL SERVICE WATER I EAST COMPONENT COOUNG WAlER HEAT EXCHANGER HE.15E lVBE SOE SAFEIY VALVE 0 ESSENllAL SERVICE WATER I WEST COMPOMEMl'COOUNG WATER HEAT EXCHANG ER HE.1 SW lUBE SDE SAFElY VALVE Buetany Boor Eiev Room or Row Col TVRBWE 501.00 lB DRIVEN AUX FDWTR PMP AUXIJARY 808.00 E CONT SPRAY HEAT XCHGR RM~AUXklARY 000.00 W CONT SPRAY HEAT XCHGR RM AUIQUARY 000.00 800 HALLWAY AVXmJARY 000.00 000 HALLWAY 24V.1 0he 0 ESSIMlhL SERVICE WATER I AB EMERGENCY QESEL JACKET WATER COOLER GT 131 4B ESSEMllAL SERVICE WATER OUTLET SAFElY VALVE AVXRJARY 587.00 AB EMER DSL GEN RM 12 224V 10CD 24V 180 24V.1 00E 24V 10OW 24V.lh 1 24V 1AG 24V 1A4 24V 1PA 24V.1 8.1 24V 18-2 24V.1 84 24v.1 Se 24V 2OILAB 24V-201 481 24VQOMB2 24V.201 4D1 24V-201 4D2 24V-2A 1 24V-2A-2 24V~24V~24V~1 24V48-2 24V~24V-2ILe 24V4 1 24V4-2 ESSEMIlAL SERVICE WATER I CD EMERGENCY QESEL JACKET WATER COOLER CIT-1 31 CD ESSENllAL SERVICE WAlER OUTLET SAFElY VALVE 0 CCW I POSTACCOENT SAMPLE HEAT EXCHANGER CCW RETURN HEADER SAFElY VALVE 0 AVXQJARY FEEDWAlER I EAST MOTOR DRIVEN AUIQLIARY FEEDWATER PUMP PP 3E SUCTION SAFEIY VALVE 0 AVX8JARYFEEDWATERI WESTMOTOR DRIVEN A VIQUARY FEED PUMP PP4W SUCTION SAFElY VALVE MAW STEAM I STEAM GENERATOR OME4-1 SAFElY VALVE 1A 0 MAN STEAM I STEAM GENERATOR OME4 2 SAFElY VALVE 1A MAN STEAM I STEAM GENERATOR OME44 SAFElY VALVE 1A 0 MAN SIEAM I STEAM GENERATOR OME44 SAFETY VALVE N A 0 MAIN STEAM I STEAM GENERATOR OME41 SAFElY VALVE 18 MAN STEAM I 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1/8$6 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;12 Eqvip Train 7 2 7 12 7 12'12 7 12 12 12 12 12 12 12 12 12 24V~24V~24V41 24V40 24V4MB 24V41CD 24V42.1 24V42.2 24V424 0 MAN STEAM I STEAM GENERATOR OME~SAFElY VALVE 63 PRESSVRIZER I PRESSURIZER OMEN SAF EIY VALVE'A'PRESSURIZER I PRESSURIZER OMEP SAFETY VALVE'If PRESSURIZER I PRESSUREER OMEQ SAFElY VALVE C'REACTOR COQUNT PUMP SEAL WATER NJILEAKOFF I RC PVMPS SEAL 61 ANO STARTUP SEAL SYSTEM BYPASS TO SEAL WATER RElURN F8 TERS SAFElY VALVE 0 LEIOOWN (CVCS)I REGENERATWE HEAT EXCHANGER HE-12 LEIDOWN OUTLET SAFElY VALVE 0 REACTOR COOLANT PUMP SEAL WATER NJILEAKOFF I REACTOR CCKXANT PUMP SEAL WATER HEAT EXCHANGER HE-11 SAFEIY VALVE , 0 LETDOWN (CVCS)I CVCS CHARGNQ PUMPS SUCTION HEADER SAFElY VALVE COMPONENT COCLNG WATER I COMPONENT COOUNQ WATER SURGE TANK TlCS7 SAFElY VALVE 0 DIESEL JACKETWATERIAB EMERGENCY IXESEL AUXLIARY JACKET WATER HEATER QT.1 34AB SAFElY VALVE 0 DIESEL 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557.00 AB EMER OSL GEN RM 1/8/96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;13 Equip Tran 7 2 12 12 12 12 2@V-70401 2~417 2-VRV41 5 2.WRV-72240 0 QESEL SfhRTWQ HR I CD EMERGENCY QESEL CONlROL AIR DRYER QT-1 45401 SAFElY VALVE 0 DESEL STARTWG AIR I CD EMERGENCY QESEL CONTROL HR DRYER QT-145402 SAFElY VALVE 0 CONTROL ROOM HR CONDITIONWG CHILL WATER I CONTROL ROOM AIR CONDAlONWQ NORTH CHILL WATER EXPAMSCN TANK TK-78N SAFElY VALVE 0 CONlRQL ROOM AIR CONDTIONWQ CHILL WATER I CONTROL ROOM HR CONDfllONNQ SOUTH CNLL WATER EXPANSCN TANK TK-78S SAFETY VALVE 0'REFUEUNQ WATER STORAGE TANK SUPPLY I SAFETY WJECTCN PUMPS SUCllON HEADER SAFElY VALVE 0 BORON WJECTION I BORON IMJECllON TANK TK-11 OUTLET SAFETY VALVE 0 SAFElY WJECIIQN I NQRlH SAFEIY WJECTTQN PUMP PP-28N DSCHARGE'HEADER SAFElY VALVE 0 SAFEIY IMIECIIQNI SOUTH SAFETY WJECTKW PUMP PP-28S QSCHARGE HEADER SAFETY VALVE 0 CONTROL ROOM AIR CQNQITIONWG CHILL WATER I CONIROL ROOM VEMTllhTION UNT HYDRA-1 CHILL WATER INLEf/BYPASS VALVE 0 CONTROL ROOM AIR CONDITIONWG CHILL WATER I CONTROL ROOM VEMTILATCN UNf HYDRA-2 CHILL WATER WLEf/BYPASS VALVE 0 ESSENllAL SERMCE WATER I CD EMERGENCY QESEL NORTH COMBUSTION AIR AFTERCQOLER HEA740M ESW WLET/BYPASS VALVE Bu>io>n0 Hoor Bov Room or Raw Col AIBOIJARY 587.00 CO EMER DSL GEN RM AUX8JARY 587.00 CD EMER DSL GEN RM AlDOUARY 850.00 CTRL RM AIR COMDT RM AVX8JARY 85000 CTRL RMAIRCONDIT RM AI00UARY 587.00 S SAFETY WJ PMP RM ALBQUARY 812.00 BORON WJ TANK RM AUX8JARY 587.00 N SAFETY WJ PMP RM AUXNJARY 587.00 S SAFETY WJ PMP RM AUX!VARY 850.00 CTRL RM AIR CQNDIT RM AUXIUARY 850.00 CTRL RM HR CONDIT RM AIDQUARY 587.00 CD EMER DSL GEN RM 2-WRV 72440 0 2.WRV 725hB 0 ESSEMIIAL SERVICE WATER I CD EMERGENCY DIESEL SOUTH COMBUSTTOM HR AFIERCQQLER HEP740S ESW*INLET/BYPASS VALVE ESSENllAL SERVCE WATER I AB EMERGENCY QESEL NORTH COMBUSllON AIR AFTERCOOLER HEPT~ESW WLET/BYPASS VALVE AVXIUARY 587.00 CD EMER DSL GEN RM AUXIUARY 587.00 AB 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0 ESSENllAL SERVICE WATER I EASf ESSCNllAL SERVCE WATER PUMP PP.7E DLCHARGE STRAWER EAST BASKET BACKWASH INLET SHUTOFF VALVE ESSEIITIAL SERVICE WATER I WEST ESSEMRAL SERVCE WATER PUMP PP 7W QSCHARGE STRAWER EAST BASKET BACKWASH WLET SHUTOFF VALVE 0 lXESELSl'ARTING HR I AB EMERGENCY QESEL STARTWG AIR JET ASSST CONTROL VALVE DESEL STARTWG AIR I AB EMERGENCY DIESEL FRONI'ANK STARTWQ HR SHUTOFF VALVE DESEL STARTINQ AIR I AB EMERGENCY QESEL REAR BANK STARllNG AIR SHUTOFF VALVE AUXIUARY 587.00 AB EMER DSL GEN RM SCREENHOUSE 501.00 E ESSNTL SERV WTR PMP RM SCREENHOVSE 591.00 W ESSNTL SERV WTR PMP RM SCREEMHOUSE 591.00 E ESSMIL SERV WIR PMP RM SCREENHQVSE 501.00 W ESSNTL SERV WTR PMP RM SCREENHOUSE 591.00 E ESSNTL SERV WIR PMP RM SCREENHOVSE 591.00 W ESSMIL SERV WTR PMP RM SCREENHOVSE 501.00 E ESSNTL SERV WTR PMP RM SCREENHQUSE 501.00 W ESSNTL SERV WTR PMP RM AUXIUARY 587.00 AB EMER OSL GEN RM AVXIUARY 587.00 AB EMER DSL GEN RM AUXIUARY 587.00 AB EMER DSL GEN RM 1/8/96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;14 I'qrnP 7 2 7 2 Equipment ID 2-XRV.225 2-XRV.220 2JIRV~2CCLWSI System/Equipment Descrr p6on DIESEL SfhRTNQ HR I CO EMERGENCY DIESEL STARRNQ HR JET ASSST COMBtOL VALVE 0 DIESEL STARDNQ AIR I CD EMERGENCY IXESEL FRONT BAHK STARTNQ HR SHUfDFF VALVE 0 DIESEL STARTINQ AIR I CD EMERGENCY , IXESEL REAR BANK STAIWNG AIR SHUTOFF VALVE 0 COMPQIIENT
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1N/96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;15 Q ap&#x17d;2~241 24'MQ.242 2+IV47QP~I System I Equi pment Descripten 0 AUXLIARY FEEDWATER I EASf MOTOR DRIVEN AIBQUARY FEEDWATER PUMP PP-3E SUPPLY TO STEAM GENERATOR OME4-3 4 In MOTOR OPERATED CONTROL VALVE 0 ANQUARY FEEDWATER I TURSNE DRIVEN AVXLIARY FEED PUMP SUPPLY TD STEAM GENERATOR OME~4 In MOTOR OPERATED COMIROL VALVE 0 ANQUARY FEEDWATER I WEST MOTOR DRIVEN AIDQUARY FEEDWATER PUMP SUPPLY TO STEAM GENERATOR OME~4 In MOTOR OPERATED CONTROL VALVE 0 IXESEL ROOM VEMILhllON I AB EMERGENCY IXESEL GENERATOR ROOM VENlXATION EXHAUSl'FAN HVAR.2 TEMPERING AIR DAMPER Buedin9 floor Eiev Room or Row Col ANQUARY 501.00 STAR TUP BLOWDOHN FLASHTAMK RM AUXLIARY 812,00 E MHM SIM STOP ENCL AUXLIARY 51200 E MHN STM STOP ENCL ANQUARY 587.00 ABEMERDSLGEN 2+IV4IQP~0 IXESEL ROOM VENBLATION I AB EMERGENCY DIESEL GENERATOR ROOM VENTLATION SUPPLY FAN HVJ3GS 2 TEMPERING AIR DAMPER 587.00 AB EMER DSL GEN RM 2+IVDOPCQI 0 DIESEL ROOM VEMBLATIQH I CO EMERGENCY IXESEL GENERATOR ROOM VENllhllON EXHAUST FAN HVJX3X 1 TEMPER9IG AIR DAMPER 0 DIESEL ROOM VENBLAllON I CD EMERGENCY DIESEL GENERATOR ROOM VEMllLABQN SUPPLY FAN HV43GS 1 TEMPER IMG AIR DAMPER AVXLIARY 587.00 CO EMER OSL GEN RM AUXLIARY 587.00 CD EMER DSI.GEN RM 2+IVJIGSQAB
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RM 24CI4321 24MQ.128 0 RESOUAL HEAT REMOVAL I WEST RHR TQ REAGTQR cooLANT Loops<<2 AND tr3 COLD LEGS CONTAINMENT ISmhllON VALVE 0 RESDUAL HEAT REMOVAL I REACTOR CQIXANT LOOP<<2 HQT LEG TO RESIDUAL HEAT REMOVAL PUMPS SUCBON SHUTOFF VALVE AUXLIARY 809.00 W RHR HEAT XCHGR RM CQNTHMMENT 817.00 LOWER CONT, QVAO NO.2 24MQ210 CONT HMMEMT SPRAY I EAST COMTHNMEMT SPRAY PUMP PPJIE 10 ln MOTOR OPERATED DISCHARGE SHUTOFF VALVE AVIARY E CONT SPRAY PMP RM 1II96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;16 Q BhWI T~24JQ.211 0 CONTA!NMEMf SPRAY I EAST CONTANMENT SPRAY PUMP PP4E 10 In MOTOR OPERATED QSCHARGE~VALVE AUXIUARY 573.00 E CONT SPRAY PMP RM 24AQ-212 COMTANMEMT SPRAY I EAST CONTANMENT SPRAY PV MP PP46 2 In MOTOR OPERATED QSCHARGE TO COMTANMEMT SPRAY ADOIllVE EDUCTOR SHUTOFF VALVE AUXIUARY 573.00 6 CONI'PRAY PMP RM 2JMQ-21 5 0 COMl'ANMENT SPRAY I REFVEUHG WATER STORAGE TANK TO EAST CONTANMENT SPRAY PUMP PP4E SUCTKN 12 In MOTOR OPERATED SHUTOFF VALVE 0 CONTANMENT SPRAY I WEST~COMI'ANMENT SPRAY PVMP PP4W 10 In MOTOR OPERATED QSCHARGE SHUTOFF VALVE AUXIUARY 573.00 6CONTSPRAYPMP RM ALQOUARY 573.00 W CONT SPRAY PMP RM COMTANMEHT SPRAY I WEST COMTAINMEMf SPRAY PUMP PP4W QSCHARGE SHUTOFF 10 In MOTOR OPERATED VALVE COMTANMENT SPRAY I WEST COMI'ANMENT SPRAY PUMP PP4W QSCHARGE TO CONTANMEMT SPRAY ADQTlVE EDUCTCR 2 In MOTOR OPERAlED SHUTOFF VALVE AUXIUARY AUXIUARY 573.00 W CONT SPRAY PMP RM 573.00 W CONT SPRAY PMP RM 12 2JMQ481 24JO470 24MO.275 24IIO410 0 CQHTANMENT SPRAY I REFVEUNG WATER STORAGE TANK TO WESf CONTANMEMT SPRAY PUMP PP4W SVCOON 12 ln MOTOR OPERATED SHUTOFF VALVE BORON NJ ECAQN I BORON NJ ECIIQN TANK TRNN'A'NlET SHUTOFF VALVE BORON NJECllQH I BORON NJECTIOH TANK TRAN'If INLET SHUTOFF VALVE 0 REFVEUNG WATER STORAGE TANK SUPPLY I REFVEUNG WATER STORAGE TANK TK43 SUPPLY TO SAFElY INJECTION PUMPS SHUTOFF VALVE REFUEUMG WATER STORAGE TANK SUPPLY I SAFElY NJECTION PUMPS REQRC TO REFUEUNG WATER STORAGE TANK 7K43 lRAN'A'HUTOFF VALVE 0 REFVEUNG WATER STORAGE TANK SUPPLY I SAFEIY NJECIION PUMPS RECRC TO REFUEUNG WATER SlDRAG6 TANK lX43 TRAN'If SHUTOFF VALVE 0 SAFETY NJECItOH I SAFETY NJECTtON PUMPS QSCHARGE CRQSSllE TRAN'A'HUTOFF VALVE 0 SAFETY NJECTIONI SAFElY NJECTION PUMPS QSCHARGE CItQSSTIE TRAIN If SHUTOFF VALVE RESDVAL HEAT REMOVAL I EAST RESDUAL HEAT REMOVAL PUMP PP456 SUCnQN SHUTOFF VALVE AUXIUARY 573.00 W CONT SPRAY PMP RM AUXNJARY 112,00 BORONNJTANKRM AUXIUARY 112.00 BOROHNJTANKRM AVXIUARY 587.00 S SAFElY NJ PMP RM AUXRJARY 587.00 NSAFEIYNJPMP RM AVXLIARY 587.00 NSAFElYNJPMP RM AUXIUARY 587.00 NSAFETYNJPMP RM AUXIUARY 587.00 S SAFETY NJ PMP RM AUXNJARY 573.00 EAST RHR PUMP RM 8 2 2480412 24MQ414 RESDUAL HEAT REMOVAL I EAST RESDUAL HEAT REMOVAL HEAT EXCHANGER HE.17E OVlLET MEOW UNE SHUTOFF VALVE RESDUAL HEAT REMOVAL I EAST RESDUAL HEAT REMOVAL PUMP PP45E QSCHARGE CRQSSTIE SHUTOFF VALVE AUX8JARY AUXNJARY 809.00 E RHR HEAT XCHGR RM 809.00 E RHR HEAT XCHGR RM 8 2 24JQ415 24JO411 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1/BI96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page<<17 Equip Train 0 1 24MO331 0 REmIAL HEAT REMOVAL I WEST RHR TO UPPER COMTAWMEMf SPRAY SHUTOFF VALVE Braiding Boor Elev Room or Row Col AUXIUARY 009.00 WRHRHEATXCHGR RM 12 RESQUAL HEAT REMOVAL I EAST RESDUAL HEAT REMOVAL HEAT EXCHANGER TO CHARGWG PUMPS SUCAOM SHVfOFF VALVE AUXIIJARY E RHR HEAT XCHGR RM 12 12 12 24MO81 24MQ4410 24MO4411 2450.241 2450 240 24ICM421 24lCM.231 2~0 24<<0<<10.240 244MO 151 244MO 152 244MQ-1 53 RESOUAL IKhf REMOVAL I WEST RHR HEAT EXCHANGER OUTLET TO SAFElY WJECAQN PUMP SUCAQM SHUTOFF VALVE 0 SAFHY WJECAON I SAFHY WJECAON PUMPS TO CVCS CHARGING PUMPS SUCAON HEADER CROSSAE SHUTOFF VALVE 0-SAFHY WJECAON I SAFHY WJECAON PUMPS SUCAQN TD AND FROM CHARGING PUMPS SUCAQM TRAN'A'HUTOFF VALVE SAFHY WJECAQN I SAFHY WJECAQN PUMPS SUCAQN TD ANO FROM CHARGWG PUMPS SUCAQN TRAN'P SHUTOFF VALVE 0 RESOUAL HEAT REMOVAL I REFUEUNG WATER STDRIIGETAHKTXG3 TO RESDUAL , HEAT REMOVAL PUMPS SUCAON SHUTOFF VALVE 0 BORON WJECAQNI BORON WJECAON TO REACTOR COOLANT LOOP&#xb9;1 SHUTOFF VALVE BORON WJECAOM I BORON WJECAON TO REACTOR CIXXAMT LOOP&#xb9;2 SHUTOFF VALVE BORON WJECAQN I BORON WJECAQN TO REACTOR~LOOP&#xb9;3 SHUTOFF VALVE 0 BORON lSKCiXN I BORON WJECAON TO REACTOR COOUWT LOOP&#xb9;4 SHUTOFF VALVE REFUELWG WAlER STORAGE TANK SUPPLY I REFUEUNG WATER STORAGE TANK TO CVCS CHARGWG PUMPS SUCAON HEADER IRAN<<h<<SHUTOFF VALVE 0 REFUELWG WhlER STORAGE TANK SUPPLY I REFUEDNG WAlER STORAGE TANK TO CVCS CHARGWG PUMPS SUCAOM HEADER lRAW'P SHUTOFF VALVE 0 IXESEL LUBE QLI AB EMERGENCY DIESEL UPPER VALVE GEAR LUBRICAllON CONTROL SOLENOID&#xb9;1 IXESEL LUBE 4XL/AB EMERGENCY DIESEL UPPER VALVE GEAR LUBIUCATIOM CONTROL SOLENOID&#xb9;2 TXESEL LUBE IXL I CD EMER IXESEL GEN UPPER VALYE GEAR LUBRCAAQN CQMIROL SOLENOID&#xb9;1 0 IXESEL UIBEOLI CD EMER IXESEL GEM UPPER VALVE GEAR LUBRCAAON CONTROL SOLENOID&#xb9;2 MAW STEAM I MAW STEAM LEAD&#xb9;2 TO AIAGLIARY FEED PUMP TURBWE 4 W MOTOR OPERATED SHUTOFF VALVE MAW STEAM I MAIN SKAM LEAD&#xb9;3 TO AtA0LIARY FEED PUMP TURBWE 4 W MOTOR OPERATED SHUTOFF VALVE MAW STEAM I SKAM STOP VALVE MRV.210 STEAM CYUNOER DUMP 4 W MOTOR OPERATED VALVES SELECfOR VAI.VE 0 MAIN SIEAM I STEAM STOP VALVE MRV-220 STEAM CTLWQER DUMP 4 W MOTOR OPERATED VALVES SELECTOR VALVE 0 MAW STEAM I STEAM STOP VALVE MRV-230 SKAM CYUNOER DUMP VALVES 4 W MOTOR OPERATED SELECTOR VALVE MAW STEAM I STEAM STOP VALVE MRY 240 STEAM CYUt&#xb9;3ER DUMP VALVE 4 IM MOTOR OPERATED SELECTOR VALVE 0 PRESSUIAZERI PRESSURIZER REUEF VALVE NRV.151 UPSTREAM 3 W MOTOR OPERATED SHUTOFF VALVE 0 PRESSUIAZERI PRESSURIZER REUEF VALVE NRV 152 UPSTREAM 3 W MOTOR OPERATED SHUTOFF VALVE 0 PI4ESSURIZERI PRESSURIZER REUEF VALVE HRV.1 53 UPSTREAM 3 W MOTOR OPERATED SHUTOFF VALVE REACTOR COOLANT SYSTEM VENTS I REACTOR VESSEL OME.1 POSTWCCIQEMT VENT TRAN'h'OLENOID VALVE REACTOR COOLANT SYSTEM VENTS I REACTOR VESSEL OMEH POST~42OEN f VENT TRAN'A'OLENOID VALVE AUXIIJARY 009.00 WRHRHEATXCHGR RM AUXILIARY 587.00 W CENTRIFUGAL CHARD PMP RM ALBGLIARY 587.00 N SAFETY WJ PMP RM AUXXJARY 587.00 NSAFETYWJPMP RM.AUXIUARY 591.00 VESABULE COMl'AWMENT 598.00 ANNULUS, QUAD NO.1 CONTAINMENT 59IL00 ANNULUS, QUAD NQ.2 CONTAWMENT SWL00 ANNULUS, QUAD NO.3 CONTAWMENT 58L00 ANNULUS, QUAD NO.4 AUXIIJARY 587.00 RECIPROCATWG CHARD PMP RM AUXIUARY 587.00 E CENTRIFUGAL CHARG PMP ROOM AUXILIARY 587.00 AB EMER DSL GEN RM AUXIUARY 587.00 AB EMER DSL GEN RM AUXILIARY 587.00 CD EMER OSL GEM RM AUXILIARY 587.00 CDEMERDSLGEN RM AUXIUARY 033.00 W MN STM STOP ENCL AUXIIJARY 033.00 W MN STM STOP ENCL AUXIUARY 033.00 E MAW STM STOP ENCL AUXILIARY 033.00 W MM STM STOP ENCL AUXIUARY 033.00 W MN STM STOP ENCL AUXlLIARY 033.00 E MAIM SIN STOP ENCL CONTAINMENT 050.00 PRESSURIZER EHC4 WKRIOR CONTAWMENT 050.00 PRESSURIZER EIK2 WTERIOR CONTAWMEMT 05IL00 PRESSURIZER ENCL WTERIOR CONTAW MENT 021.00 RClR VESSEL HEAD AREA CONTAINMENT 021.00 RCTR VESSEL HEAD AREA
 
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IN MOTOR OPERATED VALVE 0 CHARGSIQ (CVCS)I CVCS CHARGING TO REGENERATIVE HEAT EXCHANGER TRAN'A'HUTOFF VALVE 0 CHARGNQ (CVCS)I CVCS CHARGING TO REGENERAllVE HEAT EXCHANGER IRAN%'HUTOFF VALVE CONTAOIMENT 621.00 RCTR VESSEL HEAD AREA COMTANMENT 621.00 RCTR VESSEL HEAD AREA CONTANMENT 650.00 PRESSURIZER ENCL NTERIOR COMTANMENT 650.00 PRESSURIZER ENC(CONTAINMENT 508.00 ANNULUS, QUAD NO.AUIOUARY 501.00 AUIOUARY SS7.00 RECIPROCAllNG CHARQ PMP RM AUXIUARY, SS7.00 RE(XPROCATSIG CHARQ PMP RM 243MO.225, 0 CHARGOIG (CVCS)I WEST GEM IRIFUGAL CHARGING PUMP MSOFLOW TO RCP SEAL WATER HEAT EXCHANGER HE.11 2 N MOTOR OPERATED SHUTOFF VALVE AU)QUART 587.00 WEST CENTRIFUGAL CHARG PMP ROOM 6, 12 12 2CNO451 2.WMO-704 2-WMO.TOS 0 CHARGNQ (CVCS)I WEST CENTRIFUGAL CHARGING PUMP M08R.OW TO RCP SEAL WATER HEAT EXCHANGER HE 11 2 IN MOTOR OPERAlED SHUTOFF VALVE 0 BORON MAKEUP (CVCS)I EMERGENCY BORATION TO CVCS CHARGING PUMPS SUCllQN HEADER SHUTOFF VALVE 0 LETDOWN (CVCS)I REACTOR COOLANT LE)DOWN VOLUME CONTROL TANK TK 10 TO CVCS CHARGSIG PUMPS TRAN'A'HUTOFF 4 IN MOTOR OPERATED VALVE 0 LETDOWN (CVCS)I REACTOR COOLANT lElDONN VOLUME CONTROL TANK TK 10 TO CVCS CHARGSIG PUMPS TRAIN'If SHUTOFF 4 OI MOTOR OPERAlED VALVE.MiuN STEAM I TURBINE DRIVEN AUX FEED PUMP PPX TRIP AND THROTTLE VALVE 0 ESSENTIAL SERVICE WATER I EAST ESSENTIAL SERVICE WATER PUMP PP.TE (XSCHARGE SHUTOFF VALVE 0 ESSENIIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER PUMP PP-7W DISCHARGE SHUTOFF VALVE 0 ESSENTIAL SERVICEWATER/WEST ESSENllAL SERVICE WATER SUPPLY i%ADER CROSSTIE TO UNIT 1 SHUTOFF VALVE AUXIUARY SS7.00 W CENlRlFUQAL CHARD PMP RM AUXIUARY 587.00 BORIC ACID STOR TANK AREA AUIOUARY 609.00.VQL CTRL TANK E HALLWAY AUXLJARY 609.00 VOL CTRL TANK E HALLWAY TURBINE 501.00 TB DRIVEN AUX FOWTR PMP SCREENHOUSE 501.00 E ESSNTL SERV WTR PMP RM SCREENHOUSE 591.00 W ESSNTL SERV WTR PMP RM TURSNE 560.00 ESSMIL SERV WTR PIPE TUN M 2-WMQ.712 2.WMQ 714 0 ESSENTIAL SERVICE WATER I EASf ESSENIIAL SERVICE WATER SUPPLY lKhOER CROSSDE TO UNIT 1 SHUTOFF VALVE 0 ESSENIIAL SERVICE WATER I EAST CQNTASIMENT SPRAY HEAT EXCHANGER l%18E EBS ENllAL SERVICE WATER OILET SHUTOFF VALVE 0 ESSENTiAL SERVICE WATER I EAST CQNTAOIMENT SPRAY HEAT EXCHANGER HE-18E ESSENRAL SERVICE WATER OUTLET SHUTOFF VALVE TURBINE AUXIUARY 560.00 ESSNTL SERV WTR PIPE TUNN 633.00 633 HALLWAY 609.00 609 HALLWAY 2-WMQ.716 0 ESSENIIALSERVICEWATERIWESI'CNI'AIN MENT SPRAY HEAT EXCHANGER ESSENTIAL SERVICE WATER INLET SHUTOFF VALVE AUXIUARY 633.00 833 HALLWAY 1 2.WMQ-71 8 0 ESSEMRAL SERVICE WATER I WEST CONTAOIMENT SPRAY HEAT EXCHANGER ESSENllAL SERVICE WATER OUTLET SHUTOFF VALVE AU)OUARY 600.00 800 HALLWAY 2.WMO.722*0 0 ESSENTIAL SERVICE WATER I WESI'SSENTIAL SERVICE WATER SUPPLY fKAOER TO AB EMERGENCY DIESEL HEAT EXCHANGERS SHUTOFF VALVE AUXIUARY 587.00 2CD DSL RM N PIPE TUNNEL 1/8/96 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT02 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page I/19 Equip Tisln 8 2 12 12 2.WMO 724AB 2-WMO 728CO 2-WMO 728CO 2-WMO 732 2.WMO.734 2-WMO 738 2-WMO 738 2-WMO.744 2-WMQ.753 2.WMO 754 24CSO407 124IV~.1 124IV~4 12+IV~A 124IV~Q 24IV~1 24IV~P4XIE-1 System I Erluipmeni esonpbon 0 ESSENIIAL SERVICE WATER I EAST ESSEMIIAL SERVICE WATER SUPPLY HEADER TO AB EMERGENCY IXESEL HEAT EXCHANGERS SHUTOFF VALVE 0 ESSENlAL SERVICE WATER I EAST ESSEMIIAL SERVICE WATER SUPPLY HEADER TO CD EMERGENCY DIESEL HEAT EXCHANGERS SHUTOFF VALVE 0 ESSEMIIAL SERVICE WATER I WEST ESSENIIAL SERVICE WATER SUPPLY HEADER TO CD EMERGENCY OESEL HEAT EXCHANGER S SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EAST COMPONENT COOUNG WATER HEAT EXCHANGER HE.15E ESSEMIIAL SERVICE WATER NLET SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EASf COMPONENT COOUNQ WATER HEAT EXCHANGER HE 15E ESSEMIIAL SERVICE WATER OUILET SHUTOFF VALVE 0 ESSENTIAL SERVICE WAlER I WEST COMPCNENT COOUNQ WA1ER HEAT EXCHANGER ESSENTIAL SERVICE WATER NLET SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER/WEST COMPONENT COOUNQ WATER HEAT EXCHANGER ESSENTIAL SERVICE WATER OUTLET SHUTOFF VALVE 0 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INSTRUMENTATIOH I REACTOR CONTROL RODS CONTROL PANEL REACTOR COOLANT I REACTOR COOLANT PUMP CONTROL PANEL REQOUAL HEAT REMOVAL I REQDVAL HEAT REMOVAL CONTROL PANEL REACTOR PROTECllON I REACTOR PROTEClXW CHANNEL I CAB&#xb9;I~2, 3 0&#xb9;CK&#xb9;1 23 0 0 REACTOR PROTECTION I REACTOR PROTECIIOH CHANNEL d CABNET&#xb9;5, 0 0 7 CK&#xb9;5 0 7 0 REACIOR PROTECTION I REACI'OR PROTECllON CHANNEL lil CABINET&#xb9;0, 10 0 11 CK&#xb9;0 10 11 REACTOR PROTECTION/REACTOR PROTECRON CHANNEL IV CABINET&#xb9;12 0&#xb9;I 3 CK&#xb9;1 2 IL 1 REACTOR PROTECllON I REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN'A'ABINET 0 REACTOR PROTECllON I REACTOR PROTECTION AND SAFEGUARD ACTUATIOH TRAN'P CABINET REACTOR PROTECTION I REACTOR PROTECTION AND SAFEGUARD AClVATION TRNN'A'UXIUARY CABINET 0 REACTOR PROTECTION I REACTOR PROTECDON AND SAFEGUARD ACTVATIOH TRAIN%'IMUARY CABINET 0 ELECTRICAL OLSTRIBVTION, 4100VAC I STAllON ALBOUARIES CONTROL PANEL'NUCLEAR SAMPUNG I NUCLEAR SAMPUNG SYSTEM CONTROL PANEL AUXIUARY 03%00 CONTROL ROOM AUXIUARY 033.00 CONTROL ROOM AUXNJARY CQ.00 CONTROL ROOM AUIOUARY 033.00 CONTROL ROOM AUXdJARY 03300 COHIROL ROOM AVIOUARY 033 00 CONTROL ROOM AUXIUARY 033.00 CONTROL ROOM AVXdJARY 033.00 CONTROL ROOM AUXIUARY OX%00 CONTROL ROOM AUI0UARY 033.00 CONTROL ROOM AUXLJARY 033.00 CONTROL ROOM AUXdJARY 03%00 CONIROL ROOM AUXIUARY 033 00 CONTROL ROOM AVWUARY 033.00 CONTROL ROOM AUXNJARY 507.00 NUCLEAR SAMPUHG RM STEAM GENERATION I STEAM GENERATOR AUXIUARY 033.00 CONTROL ROOM ANO AUXdJARY FEED PUMP CONTROL PANEL 12 12 12 12 24Re 2~R 2 TRB'AFEIYdtJECBOHISAFETY&#xb9;UECIION CONTROL PANEL CONTAWMENT SPRAY I CONTHNMENT SPRAY CONTROL PANEL 0 MISCEUANEOUS EQUIPMENI'SUPPORTS I STATION AUXIUARIES REAR&#xb9;ISTRUMENT/RELAY RACK&#xb9;1 MISCEUANEOUS EQUIPMENT SUPPORTS I STATeH AUXIUARIES REAR"&#xb9;ISmUMENT/RELAY RACK&#xb9;2 MISCIBLANEOUS EQUIPMENT SUPPORTS I STATION AUXIUARIES REAR drSTRUMENT/RELAY RACK&#xb9;3 0 MISCELLANEOUS EQVIPMEHT SUPPORTS I STATION AUXIUARIES REAR tNSTRUMENT/RELAY 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2Jr6.11 2+IE-13 2 JIB-14 2+r6-1 SE 2&6.'lSW 2JIE-17E MISCELLANEOUS EQUPMENT SUPPORTS I TV RBWE PANEL REAR WSlRV MEHTIRELAY RACK'V 0 MISCELLANEOUS ECLISrMENT SUPPORTS I 1VRBWE PANEL REAR WSYRUMEHTIRELAY COMPUTER SUPPORT SYSTEMS I TSC COMPUTER WPUTIOUTPUT CABWET&#xb9;07 COMPUTER SUPPORT SYSTEMS I'PK COMPUTER WPUAQUTPUT CABINET&#xb9;0 0 NONE I TSC COMI?VIER WPUTIQUlPUT CABWET&#xb9;I 3 COMPUTER SUPPCRT SYSlEMS I TSC COMPUIER WPUTIQUTPUT CABWET&#xb9;1 5 CONTAINMENT VENTLAAQN I YEN ALAllQN CONTROL PANEL SPENT FUEL PIT CQQUNGICLEANUP a CCW I SOUTH SPENT FUEL PIT HEAT EXCHANGER 0 REACTOR COOUWT PUMP SEAL WATER WJILEAKOFF I REACTOR COO(ANT PUMP SEAL WATER HEAT EXCHANGER 0 LETDowN (cvcsI IExcEss LEAK%IN HEAT EXCHANGER LETDOWN (CVCS)I LE(DOWN HEAT EXCHANGER 0 COMPONENT COQUNG WATER I EAST COMPONENT COOUNG WATER HEAT EXCHAIIGER 0 COMPQHENT COOUNG WATER I WEST COMPONENT CCXXWG WATER HEAT EXCHANGER 0 RESIDUAL HEAT REMOVAL I EAST RESCUAL HEAT REMOVAL HEAT EXCHANGER AUX 03%00 CONTROL ROOM AUXIUARY 033.00 CONTROL ROOM AUXILIARY 03%00 CD HALLWAY AUXIUARY 033.00 033 HALLWAY AUXLIARY 033.00 CD HAILWAY AUXLIARY 033.00 CD HALLWAY AUXLARY 033.00 CONTROL ROOM U4 AUXIUARY 009.00 SPENT FUEL PIT HEAT XCHGR RM AUXLIARY 009.00 SEAL WTR HEAT XCHGR RM CONTAWMENT 012.00 REGEN HEAT XCHGR RM AUXLIARY 033.00 LEIDOVIW HEAT~XCHGR RM AUXLJARY 009.00 009 HALLWAY AUXIUARY 009.00 009 HALLWAY AUXIUARY 009.00 6 RHR HEAT XCHGR RM 2JIE.17W RESQUAL HEAT REMOVAL I WEST RESOWN HEAT REMOVAL HEAT EXCHANGER AUXLIARY OXl.00 W RHR HEAT XCHGR RM 21 2+IE-186 2+I6.18W 2+(643W 2Jr644AE 2J<64aJlw 2+r64dEM 2%645ES 2 JIBE.WN 2Jr640.WS 0'ONTAWMENT SPRAY I Ehsf CONTAWMEHf SPRAY HEAT EXCHANGER CQHTAWMENT SPRAY I WEST CONTAW MENT SPRAY HEAT EXCHANGER 0 REQOUAL IKhT REMOVAL I EAST RESOUAL HEAT REMOVAL PUMP PP456 MECHANCAL SEAL&%AT EXCHANGER 0 RESIDUAL HEAT REMOVAL I WEST RESOUAL HEAT REMOVAL PUMP PP45W MECIIAHICAL SEAL SKAT EXCHANGER 0 COW I EAST CQNTAWMENT SPRAY PUMP PP4E MECHANCAL SEAL HEAT EXCHANGER CCW I WEST CONTAINMENT SPRAY PUMP PP4W MECHANCAL SEAL HEAT 0 COMPONENT COOUNG WATER I NORTH SAFETY WJECAQH PV MP PP-20H CXIAIOARD MECH ANCAL SEAL HEAT EXCHANGER COMPONENT COOUNG WATER I NORTH SAFElY WJECAQN PUMP PP-20N WBOARD MECHANCAL SEAL HEAT EXCHANGER 0 COMPONENT COQUNG WATER I SOUTH" SAFETY WJECAON PUMP PP-20S OUTBOARD MECHANCAL SEAL HEAT EXCHANGER 0 COMPONENT COOUNG WATER I SOU1H SAFElY WJECAON PUMP PP-20S INBOARD MECHANCAL SEAL HEAT EXCHANGER 0 COMPONENT COOUNG WATER I NORTH SAFElY WJECTKW PUMP PP-28N LUBE OL COAXER 0 COMPONENT COQUNG WATER I SQUIB SAFElY WJECAON PUMP PP-20S LUBE CL 0 COMPONENT CQQUNG WATER I EASf CENTRIFUGAL CHARGING PUMP PP406 WBOARD M ECfUJIICAL SEAL HEAT EXCHANGER 0 COMPONENT COQUNG WATER I Ehsf CENIRIFVGAL CHARGWG PUMP PP406 OUAX3ARD MECHANICAL SEAL HEAT EXCHANGER 0 COMPOHENT COOUNG WATER I WEST CENlRIFUGAL CHARGWG PUMP PP40W WBOARD MECHANCAL SEAL HEAT EXCHANGER 0 COMPONENT COOUNG WATER I WEST CEHlRIFVGAL CHARGWG PUMP PP4OW OUTBOARD MECHANCAL SEAL HEAT AUXIUARY 009.00 6 CQHT SPRAY HEAT XCHGR RM AUXIUARY 009.00 W CONf SPRAY HEAT XCHGR RM AVXLIARY 573.00 EAST RHR PUMP RM AUXIUARY S73.00 W RHR PMP RM AUXLIARY 573.00 E CONT SPRAY PMP RM AUXIUARY 573.00 W CONT SPRAY PMP RM AUXIUARY 587.00 H SAFElY WJ PMP RM AUXLIARY SS7.00 N SAFETY WJ PMP RM AUXIUARY 587.00 S SAFElY WJ PMP RM AUXIUARY 587.00 SSAFEIYWJPMP RM AUXIUARY 587.00 N SAFEIY INJ PMP RM AUXIUARY~587.00 S SAFETY WJ PMP RM AUXIUARY 587.00 6 CENTRIFUGAL CHARG PMP ROOM AUXIUARY 587.00 6 CENTRIFUGAL CHARD PMP ROOM AUXIJARY 587.00 W CENTRIFUGAL CHARD PMP RM AUXIUARY 587.00 W CENTRIFUGAL CHARG PMP RM 1N$6 12:41 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR SEISMIC WALKDOWN Page&#xb9;30 Equip Train 21 2 Equipment IO 2+IE47E Res No System/Equipment Oescripbon MISCBJAMEOVS SEAUNQ AND COOUNQ I EAST CEMTltIFVQAL CHARGNQ PUMP PP-5OE GEAR OiL COOLER Floor Bev Room or Rorr Cd AVXIUARY 587.00 E CENTRIFUGAL CHARD PMP ROOM 24f E<7~24f&474DM 24(ENWRAP>
0 MISCELLANEOUS SEAUNQ ANO COOUNG I WEST CEtm(IFVGAL CHARGING PV MP PP Styhi GEAR OL COOLER 0 MISCELLANEOUS SEAUNQ ANO COOUNQ I EAST CENTRIFUGAL CHARGNQ PUMP PP-50E LUBE OL COOLER 0 MISCEL(hNEOVS SEAUNG ANO COOUNQ I WEST CEIARIFVQAL CHARGNQ PUMP PP-50W LUBE OIL COOLER 0 QESEL COMBUSIIOH AIR I AB EMERGENCY QESEL NORTH COMBVSAOH AIR AFTER COOLER 0 QESEL COMBUSTION AIR/AB EMERGENCY QESEL SOUTH COMBVSAON AIR AFTER COOLER 0 QESEL COMBUSTION
/UR I CO EMERGENCY QESEL NORTH COMBVSllCN AIR AFTER COOLER 0 QESEL COMBVSAON AIR I CO EMERGENCY QESEL SOUTH COMBVSlloN HR AFIER COOLER AUXLIARY 587.00 W CENTRIFUGAL CHARG PMP RM A(DOUARY 587.00 E CENTRIFUGAL CHARQ PMP Rooll A(DOUARY 587.00 W CENTRIFUGAL CHARQ PMP RM AUXL/ARY 587.00 AB EMER DSL GEN RM AIDOUARY 587.00 AB EMER DSL GEN RM AUXIUARY 587.00 CD EMER OSL GEN RM AIDOUARY 587.00 CDEMERDSLGEN RM 12 24'BORON MAKEVP (GVGSl I SOUTH BORIC ACID BLENDER AUXIUARY 587.00 BORIC AGIO STOR TANK AREA 21~1 24T-107kB 0 QESEL FUEL CXL I AB EMERGENCY QESEL FUEl OL DAY TANK~Y 587.00 AB EMER OSL GEM RM 2 24T.1 074D 0 24T 110AB 24T 110CO QESEL FUEL OIL I CO EMERGENCY QESEL FUEL OIL DAY TANK QESEL LUBE QL/AB EMERGENCY DIESEL LUBE OIL COOLER QESEL LUBE OL I CD EMERGENCY QESEL LUBE Otl COOLER AVXIUARY SS7.00 COEMERDSLGEN RM AVXIUARY 587.00 AB EMER DSL GEN RM ALDOUARY 587.00 COEMERDSLGEN RM 24T 115AB 24T 115CD 247 131~24T.1 31 4D 24T 13348 24T 133CD 24T 13448 0 QESEL LUBE OL I AB EMERGENCY DIESEL LUBE OIL SUMP TANK 0 QESEL LUBE OL I CO EMERGENCY QESEL LUBE OII.SUMP TANIC QESEL JACKET WATER I AB EMERGENCY QESEl JACKET WATER COOLER DIESEL JACKET WATER I CD EMERGENCY QESEL JACKET WATER COOLER QESEL JACKET WATER I AB EMERGENCY QESEL JACKET WATER SVRGE TANK 0 QESEL JACKET WATER I CD EMERGENCY QESEL JACKET WATER SURGE TANK DtESEL JACKET WATER I AB EMERGENCY DIESEL AIDOUAAY JACKET WATER HEATER AVXIUARY 579.00 AB EMER DSL LUBE OtL PIT AVXIUARY 579.00 CO EMER DSL LUBE OIL Pfy htDOUAftY 587.00 ABEMEROSLGEN RM AVXIUARY 587.00 CD EMER DSL GEN RM AUXIUARY 587.00 AB EMER OSL GEN RM~Y 587.00 CD EMER DSL GEN RM AVXIUARY 587.00 ABEMERDSLGEN RM 2 24T 134CO 0 247.1 41~1 24T 141~QESEL JACKET.WATER I CD EMERGENCY QESEL AUXILIAI tY JACKET WATER HEATER AN QESEL STARTINQ AIR I AB EMERGENCY QESEL STARTNG AIR RECBVER&#xb9;1 QESEL STARTNG AIR I AB EMERGENCY DESEL SyhfAIMG AtR RECBVER&#xb9;2 AVXIUARY SS7.00 CD EMER DSL GEN RM AVXIIJARY SS7.00 AB EMER DSL GEN RM AUXIUAI(Y 587.00 ABEMERDSLGEN RM 21 12 12 12 12 12 12 12 24T 141401 24T.1 414D2 2-TK-10 2-TK-11 2.TK-1 2S 2.1K.150 2.1'.TK~2.1K'.TICTIN 2.1&#xc3;.70S QESELSTARTNG AIR/CD EMERGENCY QESEL STAR1lNG AIR RECBVER&#xb9;1 0 QESEL STARTNG AIR I CO EMERGENCY DtESEL STARTNG AIR RECEIVER&#xb9;2 0 LElDOWM (GVGS)I REACTOR COOLANT LETDOWM VOLUME CONTROL TANK BOROM NJECAOM I BORON NJECTIOtt TANK 0 BORON MAKEUP (GVCSl I SOUTH BORIC ACID STORAGE TANK DIIANS, MISCELLANEOVS I MAIN STEAM lEADS COMOEMSATIOM DRAIN TANK 0 CQtlKttSATE STORAGE TANK SUPPLY I CONDENSATE STORAGE TANK 0 REFVEUMG WATER STORAGE TANK SVPPLY/REFVEUNQ WATER STORAGE TANK 0 COMPONENT COOUNG WATER I COMPOHEMT COOUNG WATER SURGE TANK 0 COMlROL ROOM AIR CONDAloMNG CH tll WATER I CONTROL ROOM AIR CCMomoNNQ NoRTH CHrll warm EXPANSCM TANK COMIROL ROOM AIR COMOfTlOMING CHtLL WATER I CONTROL ROOM AIR CCNDAloNNQ SOUTH CHtLL WATER EXPAMSOM TANK AUXLIARY 587.00 CD EMER OSL GEN RM AVXIUARY 587.00 CD EMER DSL GEN RM AVXIUARY 009.00 VOL CTRL TANK RM h(DOUARY 012.00 BORON NJ TANK RM ALDOUARY 587.00 BORIC AGIO STOR TANK AREA AUXIUARY eXLOO MM STM UNES VERT PIPE CHASE GROUNDS 009.00 NNER PLANT GROVMDS GROUNDS 009.00 REFUEL WIR STOR TANK AREA AVXIUARY 050.00 050 HALLWAY htDOIJARY 050.00 CTRL RM AIR CONOfl'M AUXLIARY 050.00 CTRL RM AIR CONQT RM APPENDIX C DONALD C.COOK NUCLEAR PLANT-UNIT 1 SAFE SHUTDOWN EQUIPMENT LIST (SSEL}FOR RELAY REVIEW
 
Donald C.Cook Nuclear Plant-Unit t SSEL Certification:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this safe shutdown equipment list is, to be the best of our knowledge and belief, correct and accurate.Name SiciSnure~Da e B.A.Svensson Operations G.P.Arent Operations J.V..Ruparel Systems.V.H.W.Young Systems/8~5 5's R.C.Steele Electrical T.R.Satyan Sharma Project Manager lz.IS gS 1/5/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;1 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR RELAY REVIEW Page&#xb9;2 Equip Train 0 12 12 12 Equipmenl ID 14TVACFD-1 146t~2 0 COHlRQL ROOM YE%RATION I PLANT PROCESS COMPUTER ROOM VENTRAllOON EXHAUST NORlH RRE DAMPER 0 CONTROL ROOM VENBLAllON I PLANT PROCESS COMPVlER ROOM VENTRAllON EXHAUST SOUTH FIRE DAMPER 0 CONTROL ROOM VENBLATlON I CONTROL ROOM VENT VHff8 HV~1 AND HV~ACRh4 TD PLANT PROCESS COMPUTER ROOM FIRE DAMPER Building Floor Bev Room or Row Cd U-T AVXIUARY 850.00 PLANT PROCESS CMPTR RM U.l AVXIUARY 650.00 PLANT PROCESS CMPTR RM U 1 AVXIUARY 850.00 PLANl'PROCESS CMPTR RM 141V~D-1 0 QESEL ROOM VENBLAllQN I AB EMERGENCY QESEL GENERATOR ROOM YEN BLATIOH SUPPLY FIRE DAMPER V.T AVXRIARY 587.00 AB EMER DSL GEN RM 141V47GSFD-2 0 DESEL ROOM VENTRATION I CD EMERGENCY DESEL GENERATOR ROOM VENTRAlm SUPPLY FIRE DAMPER U.1 AVXIUARY 587.00 CD EMER DSL GEN RM 0 2 1+TV47GX+D.1
'14TVCKX4q7-2 0 QESEL ROOM VENBLAllON I AB EMERGGENCY DESEL GENERATOR ROOM VENTRATKH EXHAUST FIRE DAMPER DESEL ROOM VENBLAllOH I CD EMERGENCY QESEL GENERATOR ROOM VENTRABQN EXHAUST FIRE DAMPER U 1 AVXIUARY 587.00 AB EMERGENCY DESEL GENERATOR ROOM U.T AUXIUARY 587.00 CD EMER DSL GEN RM ,0 2 0 2 1 1 1 1 1, 2 1 2 1 1 1-2 1 2 1, 1 1 1 1 1 1 2 1 2 2 1 143ME44E 147ME44W 1477 TOGAS 141T 100CD 14lT.11 SAB 14T 118CD 1WBV41 1~l~1 ABC 1AZV.A 1~CA 1~CB 1~DC 1~GO 1 llhl 1.11A1 0 1.1 1A11 1 11A13 1 11A4 1 11AT 0 ESWI EAST ESW PUMP PP.7E DSCHARGE STRANER 0 ESW I WEST ESW PUMP PP.TW DSCHARG E STRAINER DESEL COMBUSTION AIR I CD EMERG DESEL AIR WTAKE FILTER QESEL UJBE DL I AB EMERG DESEL BYPASS LUBE DL FILTER 0 QESEL UIBE DL I CD EMERG QESEL BYPASS LUBE DL FILTER ELECIRICAL QSTTOBUBON 600VAC I 600VAC MCC ABA ELECTRICAL QSTRIBVTER, 600VAC I 600 VAC MCC 1*BD ELECIRICAL DSTRIBUBQH 6OOVAC I 800VAC MCC ABD.A 0 ELECBIICAL QSTRIBVBQH 6OOVAC I 800VAC MCC AIRES ELECBLICAL QSTRIBVTIOH MOVAC I 60OVAC MCC ABDC ELECTRICAL DSTRIBVBQN 800VAC I 60OVAC MCC ABDQ 0 ELECTRICAL DSTRIBVBQN 600VAC I 600VAC VCC ABYE 0 60OV AC DSTR I MCC 1 ABYE 0 ELECTl\ICAL QSTRIBVTIQN OXNAC I 600VAC MCC AMA 0 ELECTRICAL DSTRIBVBQN 600VAC I 600VAC MCC AlkD ELECTRICAL QSTRIBUBON 600VAC I 800VAC MCC AZOIC ELECTRICAL QSIRIBVTION 60OVAC I 60OVAC VCC AZVA ELECTRICAL DSTRIBVBQH 60OVAC I 800VAC MCC EZCA ELECTRICAL DSTRIBVBQN 6OOVAC I 6OOVAC MCC EZC 8 ELECTRICAL DSTRIBVBON 6OOVAC I 6OOVAC MCC EZC4 ELECTRICAL DSTRIBVBON 60OVAC I 60OVAC MCC EZC41 ELECTRICAL QSTRIBVBQN.
600 VAC I 600 VAC MCC 14rSA ELECTRICAL DSTRIBVTER, 800VAC I 600 VAC MCC 14rSQ ELECTRICAL QSTRIBVBON, 6OOVAC I REACTOR RQO CONTROL SOUIH MOTOR.GENERATOR SET CRDMG-1 S SUPPLY BREAKER 0 EU~ICAL DSTRIBUBQN.
6OOVAC I WEST TVRSNE AUXIUARY CQOLNG WATER PUMP PP.14W SUPPLY BREAKER ELECTRICAL QSTRIBVTION 60OVAC I 60OVAC BVS 11 A SUPPLY BREAKER ELECTRICAL DISTRIBVBON, 6OOVAC I 600VAC MOTOR CONTROL CENTER ALLA1 SUPPLY BREAKER ELECTRICAL DSTRIBVBOH, 6OOVAC I SOUTH PLANT UGHBNG TRANSFORMER TR.LTGOS SVPPLY BA EAKER ELECTRICAL DSTRIBVBQH, 6OOVAC I SERVICE BVRDNG UGHTING TTTANSFQIMER 12.TR4.TG.1 4 SUPPLY BREAKER SCREENHOUSE 591.00 E ESSNTL SERV WIR PMP RM SCREENHOVSE 591.00 W ESSNTL SERV WTR PMP RM GROUNDS 609.00 NNER PLANT GROUNDS GROUNDS 609.00 NNER RAN'ROUNDS AVXIUARY 579.00 AB EMER OSL LUBE QIL prT AVXIUARY 579.00 CD EMER DSL LUBE OIL PIT AVXIUARY 587.00 587 HALLWAY AVXIUARY-587.00 587 HALLWAY AVXIUARY 587.00 AB EMER DSL GEN RM AVXIUARY 587.00 AB EMER DSL GEN RM AVXIUARY 587.00 CD EMER DSL GEN RM AVXIUARY 609.00 4KV RM 6OOV SWGR AVXIUARY 587.00 587 HALLWAY A VXII.IARY 587.00 587 HALLWAY AVXIUARY 633.00 833 HALLWAY AVXIUARY 8M.OO 633 HALLWAY AVXIUARY 809.00 609 HALLWAY AUXIUARY 587.00 609 HALLWAY AVXIUARY 813,00 4KV RM MEZZANINE AVXIUARY 813,00 4KV RM MEZZANNE AUXILIARY 613.00 4KV RM MEZZANINE AVXIUARY O'I3.00 4KV RM MEZZANINE SCREEN HOUSE 594.00 TRAVELNG~N MCC UPPER RM SCREENHOVSE 594.00 TRAVEUHG SCRN MCC UPPER RM AVXIUARY 609.00 4KV RM 6OOV SWGR AVXIUARY 609.00 4KV RM 6OOV SWGR AVXIUARY 609.00 4KV RM SXIV SWGR AVXIUARY 609.00 4KV RM 6OOV SWGR U.1 AVXIUARY 609.00 4KV RM 6OOV SWGR AVXIVARY 609.00 4KV RM~600V SWGR 1/5/96 6:53 PM DON/LLD C.COOK NUCLEAR PLANT UNIT IT 1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW PageIT 3 Equip Tain 2, 1.11A9 1 11810 1 11811 1 11812 1 71815 1 1185 1 1184 1 1185 1 1188 1 1187 1 1188 1-11C1 1 11012 1 11C13 1 11C14 1.11CIS 1 11C10 1 11C17 ti11C18 1 11C2 1 11CO 1.1'IC4 1'11CS 1 11CT 1.11CO 1 1109 1.1101 1 11010 1 11015 System I EqiNpment Oeaxipbon 0 ELlXZRICAL QSTRIBtflIQN.
NOVACI TSC VHNTERRVPTABLE PWR SOURCE EMER FEED CONSTANT VOLTAGE TRANSFORMER 12.TSGUPSQVT SUPPLY BREAKER 0 ELECITtiCAL QSTRIBVllQH.
OOOVAC I PLANT HR COMPRESSOR OMELET SUPPLY BREAKER ELEClRICAL QSlRIBVBOH NOVAC I OOOVAC BUS 118 SUPPLY BREAKER 0 ELEClHICAL QSTRIBtflIOM, NOVACI SOUTH NOILESSENTIAL SERVICE WATER PUMP PP4S SUPPLY BREAKER ELECTRICAL DSTRISVllQM, 000VAC I IURSNE ROOM INDUCllON HEATNIQ, STRESS REUEF AND BOLT HEATERS SUPPLY BREAKER ELECTRICAL QSTRIBtfltOM, NOVAC I EAST AND WEST AUXNJARY BINLQNQ CRANES 12~AND 124yLLOW SUPPLY BREAKER ELEClRICAL QSTRIBtfltOH OOOVAC I 800VAC MCC AZOIC SUPPLY BREAKER 0 ELECTRCAL QSTRJBtfllOM, OOOVAC I NOVAC MOTOR CQMlROL CENTERS TBG-BE ANO TSP4IW SUPPLY BREAKER ELECTRCAL QSTRIBUDQM, 000VAC I EAST lURSNE AVIARY CQOUNG WAlER PULIP PP-1 4E SUPPLY BR EAKER ELECTRICAL QSIRIBtflIQM, NOVAC I PLANT HEATINQ BDLER FORCED DRAFT FAN 12-OME.1 OMAH SUPPLY BREAKER 0 ELEClHICAL QSTRIBtfllOH, OOOVAC I MAKEUP PLANT VACUUM DEGASFIER 2ND STAGE VACUUM PUMP 124tPMM SUPPLY BREAKER 0 ELECIRICAL DISTRIBVIIQN OOOVAC I 800VAC BUS 11C SUPPLY BREAKER 0 ELEtflRICAL QSTRIBUTIOH.
600VAC I NORTH SPENT FUEL PTT PUMP 12~Nt M SUPPLY BREAKER ELECTRICAL QSTI tIBUTIOM 000 VAC I CNTCVIT BREAKERZOOV FOR RECRIPROCAllNQ CHARGING PUMP 14K 49 0 ELECIRICAL DSTRIBtfltON, 600VAC I 800VAC BUS 11C SPARE CNICUIT BREAKER 0 ELECTRICAL QSTRIBtflIOM, OOOVACI TECHNCAL SUPPORT CENTER UNNIIERRUPTABLE POWER SUPPLY NORMAL SUPPLY BREAKER 0 ELEClRICAL QSTRIBVTIOM, OOOVAC I 000VAC MOTOR CONTROL CENTERS lBC-CS AND lBQCW SUPPLY BREAKER 0 ELEClRICAL QSTRIBVllON, NOVAC I NORTH ttQH4%SEMTIAL SERVICE WAlER PUMP PPSN SUPPLY BREAKER ELECTIBCAL IXSTRIBUTlQN, OOOVAC I lURSNE BUNJXNQ 24IXSO TDH OVERHEAD CRANE 124yLL1 SUPPLY BIIEAKER 0 ELEClRICAL DSTRIBtflKyN, 600VAC I CQNTHNMENT POLAR CRANE QMQ SUPPLY BREAKER 0 ELECTRICAL, DISTRIBtfltON.
OOOVAC I 000VAC MOTOR COHTROL CENTER ALLC1 SUPPLY BREAKER ELECTRICAL QSIRI BUItQM, 000VAC I CRCULATNIG WATER TRAVEUNG SCREENS NORTH WASH PUMP 12~.1 SN SUPPLY BREAKER ELECIRICAL DISTRBtflION.
NOVAC I MAKEUP PLANT VACUUM DEGASFIER Sl'ANDBY VACUUM PUMP 124VMW SUPPLY BREAKER ELECTRICAL DISTRIBVIIOM, OOOVAC I OOOVAC BUS 11C SPARE CNTCUIT BREAKER EU~ICAL QSTRIStfllON.
OOOVAC I SERVICE BUIUXNG AND COMTHHMENT STANDBY UGHTNQ TTTAMKOAMER TR4TQ-8 SUPPLY BREAKER ELEClRICAL DSTRIBtflIQM.
NOVAC I MAIN AND SPARE TRANSFORMER AUXIUARIES NORMAL DISTRIBtflIQM CASNET TCSM SUPPLY BREAKER ELECIICAL QSTRIBtflIQN NOVAC I 800VAC BUS 110 SUPPLY BREAKER 0 ELECITOCAL QSTRIBtflyQM, OOOVAC I NORTH PthMT UGHTTNQ TRANSFORMER TRJ.TOM SUPPLY BREAKER 0 ELECTRICAL DSlRIBUDQN, OOOVAC I REACTOR ROO CONTROl.NORTH MOTOR.GENERATOR SET CRDMG-1N SUPPLY BREAKER Buildina Boor Elev Room or Row Col AUXIUARY 009.00 4KV RM 600V SWGR ALDQUARY N9.00 4KV RM OOOV SWGR AUXIUARY 009.00 4KV RM NOV SWGR AUXIUARY N9.00 4KV RM NOV SWGR AUXIUARY 009.00 4KV RM OOOV SWGR AUXIUARY N9.00 4KV RM NOV SWGR AUXIUARY 009.00 4KV RM 000V SWGR AUXIUARY 009.00 4KV RM OOOV SWGR AVXIUARY 009.00 4KV RM NOV SWGR AUXIUARY N9.00 4KV RM NOV SWGR AUXIUARY N9.00 4KV RM NOV SWGR AUXNJARY 009.00 4KV RM OOOV SWGR AUXIUARY 009.00 4KV RM NOV SWGR AVXIUARY 009.00 4KV RM 600V SWGR AUXIUARY 009.00 4KV RM OOOV SWGR AVXNJARY 009.00 4KV RM OOOV SWGR AUXIUARY 009.00 4KV RM OOOV SWGR AUXIUARY N9.00 4KV RM NOV SWOR AVXIUARY 009.00 4KV RMi OOOV SWOR AVXNJARY 009.00 4KV RM OOOV SWGR AVXNJARY N9.00 4KV RM OOOV SWGR AUXNJARY 009.00 4KV RM-NOV SWGR AVXIUARY N9.00 4KV RM-NOV SWGR AUXIUARY 609.00 4KV RM NOV SWGR AVXIUARY 009.00 4KV RM-OOOV SWGR AUXNJARY 609.00 4KV RM-OOOV SWGR AUXIUARY 009.00 4KV RM OOOV SWGR AUXIUARY 009.00 4KV RM OOOV SWGR AVXIUARY N9.00 4KV RM OOOV SWGR 1/5/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT 0 1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR REIAY REVIEW Page//4 Equip Trein 2 2 Equipment ID 1 7188 1.11DQ 142&Th 1424tth 1.T11A1 1 T11A10 1.T11A11 1 T11A12 1.T11A3 1 T11A6 1.T11A9 1.71181 1.T1182 1 T1184 1 T11C1 1.711C2 1 711C3 1 T11D1 1.T11D12 1.711D2 1 T1104 1.711DS 1 T11D8 1.T11DQ System/Equipment esoripoon ELECTRICAL QSTRIBtmOM, 600VAC I CONTANJMENT UGHRMG TRANSFORMER 7R4.TG 10 SUPPLY BREAKER 0 ELECTRICAL QSTRIBUTION, 600VAC I MAIN ANO SPARE TRAMSFORMEIT AUXILIARIES EMERGENCY QSTRIBUTION GANNET TCSE SUPPLY BREAKER 0 REACTOR TAP BREAKER I REACTOR ROO CONlROL TRANt'A'EACTOR TRIP BYPASS CIRCUIT BREAKER 0 RCO CONTROL AND NCSJRUMEMT ATION I REACTOR ROO CONTROL TRAIN'E R EACfOR TAP BYPASS CNJCUIT BREAKER ROO CONTROL ANO NJSTRUMEMTATION I REACIDR ROO COMlROL TRAIN'A'EACTOR TRIP C&#xc3;tCUIT BREAKER ROD CONTROL AND NJSTRVMEMT ATION I REACTOR ROO CONTROL TRAW%'EACTOR 1RIP CtRCUIT BREAKER 0 EU~ICAL QSTRIBUTION, 4160 VAC I SOUTH SAFETY 9/JECllON PUMP PP-26S SVPPLY BREAKER 0 ELECIRICAL QSTRIBVRON 4160VAC I 600V BUS 11A SVPPLY TRANSFORMER TR11A SUPPLY BREAKER 0 ELECIRICAL QSmStmON 4160VAC I AB EMERG QESEL GENERATOR TO 4KV BUS T11A SUPPLY BREAKER 0 ELECTRICAL QSIRIBUTION 4160 VAC I CIRCUIT BREAKER FROM 69kV TO BUS 711A 0 ELECTRICAL QSTRSVJION.
4160 VAC I WEST COMfAJNMENT SPRAY PUMP PP4W SUPPt.Y BREAKER 0 ELECTJUCAL QSttuBUTION
~4160 VAC/4KV BUS T11A TO 4SV PRESSURIZER HEATER BUS SUPPLY XFMR TR11A PHA SUPPLY BRKR ELECTRICAL DSTRIBUJION, 41 60VAC I 4KV BUS 1A TO 4KV BUS 711A TIE BREAKER ELECTRICAL QStt tIBUJION, 4160VAC I 4KV BUS 18 TO 4CV BUS T118 TIE BREAKER 0 ELECTRICAL QSIRSVJIOM, 4160VAC, I CNTCUIT BREAKER FROM 69kV BUS TO BUS 7118 0 ELECTRICAL QSTRIBUJION 4160VAC/AB EMERG DIESEL GENERATOR TO 4KV BUS T11 SUPPLY BREAKER ELECTRICAL QSJRIBVJION, 4160VAC I 4KV BUS 1C TO 4CV BUS T11C 71E BREAKER 0 ELECTRICAL QSTRIBVJION 4160 VOLTS I CRCVIT BREAICER~FROM 69kV TO BUS T11C 0 ELECTRICAL QSTRIBVllON 4160VAC I CO EMERG IXESEL'ENERATOR TO 4CV BUS T11C SUPPLY BREAKER ELECTRICAL QSIRIBUTION, 4160 VAC I CRCUIT BREAKER 4kV FROM 69kV FEED TO BUS T11D 0 ELECTRICAL QSTRSUTION, 4160VAC I 4KV BVS 10 TO 4KV BUS 711D TIE BREAKER 0 ELECTRICAL DSTRIBUllON 4160VAC I 600V BUS 11D SUPPLY TRANSFORMER IR11D SUPPLY BREAKER 0 ELECIRICAL QSTRIBVllON.
4160 VAC I EASl'ONTAINMENT SPRAY PUMP PP4E SUPPLY BREAKER ELECTJ IICAL DSTRIBVJION, 4160 VAC I NORTH SAFElY NJ ECTION PUMP PP-26M SUPPLY BREAKER ELECIRICAL QSTRIBUllON 4160VAC I CO EMERG QESEL GENERATOR TO 4KV BUS T11 0 SUPPLY BREAKER 0 ELEClRICAL QSTRIBURON, 4160 VAC I 4KV BUS 7110 TO 480V PRESSURI2ER HEAlER BUS SUPPLY XFMR 7R11PHC SUPPLY BR KR 0 120V CTRL RM NJSTRUMEMfhtlON DSTR I 10KVA TRANSFORMERCONST ANT VOLTAGE Buddiny Boor Elev Room or Row Col AUXILIARY 609.00 4KV RM 600V SWGR AUXIUARY 609.00 4KV RM 600V SWGR AUXNJARY 609.00 CRO EQUIP, RM AUXNJARY 609.00 CRO EQUIP RM AVJ0tJARY 609.00 CRO EQUIP RM AVXIUARY 60Q.OO CRD EQUIP RM AUXNJARY 609.00 4KV RM-AB 4KV SWGR AUXNJARY 609.00 4KV RM-AB 4KV SWGR AUXNJARY 609.00 4KV RM AB 4KV SWGR AUXNJARY 609.00 4KV RM AB 4KV SWGR AUXILIARY 609.00 4KVRM A84KV SWGR AUXIUARY 609.00 4KV RM AB 4KV SWGR AVXNJARY 609.00 4KV RM AB 4KV SWGR AVXNJARY 60Q.00 4KV RM AB 4KV SWGR AUXNJARY 609.00 4KV RM AB 4KV SWGR AUXNJARY eXI.00 4KV RM AB 4KV SWGR AUXIUARY 609.00 4KV RM CO 4KV SWGR AVXIUARY 609.00 4KV RM CD 4KV SWGR AUXJUARY 609.00 4KV RM CD 4KV SWGR AUXIUARY 609.00 4KV RM CO4KV SWGR AUXNJARY 609.00 4KVRM CO4KV SWGR AVXIUARY 609.00 4KV RM CO 4KV SWGR AUJQCXJARY 609.00 4KV RM CO 4KV SWGR AUXIUARY 609.00 4KV RM CD 4KV SWGR AVXIUARY 60Q.00 4KV RM CD 4KV SWGR AUXNJARY 609.00 4KV RM CO 4KV SWOR AUXNJARY 609.00 4KV RM 600V SWGR 1~IOJJCVT 0 14JtlDJIH Vt 0 120VAC QSTRIBUAON I 120V AC CR NST DISTR CHN ISOL CONT.VOLT TRANSP 120V CtRL RM NJSTRUMENTATION QSTR I 10KVA ISOIJMITER 4XJNSTANf VOLTAGE-TRANSFORMER 120V CTRL RM INSTRVMENfhtlON DStR I 10KVA ISOUMITER.
CONSTAMf VOLTAGE.TWWSFORMER AUXIUARY 609.00 4KV RM 600V SWGR AVXNJARY 609.00 4KV RM 600V SWGR AUXIUARY 609.00 4KV RM~600V SWGR 0 DESEL GENERATION.
CONTROL ANO IMSTRVMEN I AB EMERGENCY DIESEL GENERATOR OME.1 50 AB FIELD FLASH CIRCUIT TRANSFORMER AUXIUARY 587.00 AB EMER DSL GEN RM 1/5/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page&#xb9;5 Eqw'p Train A 2 12 12 12 Equipment IO 14GCOFFCKT 1 TR11A 1.TR118 1.TRl1C 1.TR110 1 JrP-1 OE 1~1OW 1JrP.20M TR-28S 1 JtP~T 1~~2 1~~1 JrP40E 14%40W 1 JrPAI2N 14T 106481 14T 106482 14T 1064D1 14T.1 064D2 14T.111~147.11140 14T 11MB 14T 11740 14T 11948 14T.11940 14T 130481 14T.1 30AS2 14T.130401 14T 130402 147 135AB 14T.1 3540 12JrP.1 0 12~%1M I Jnr45E 1~~'I JtP.TE 1~.7W THAIS 14RVAI 0 Bruldiny Floor Bev RHR I EAST RHR PUMP RHR I WEST RHR PUMP AUXILIARY AVXIUARY 573 00 573.00 0 ESW I EAST ESW PV MP SCREENHOUSE 591.00 0 ESW I WEST ESW PUMP SCREENHOUSE 501.00 0 CONT HNMEMT SPRAY I EAST AUXIUARY 573.00 CONTANMEMf SPRAY PUMP 0 COMTANIAEMT SPRAY I WEST AVXIUARY 573.00 CONTAINABrf SPRAY PUMP 0 CCW I DEMINBIAUZED MAKEUP WATER TO AUXNJARY 050.00 CCW SURGE TANK'A'.5 in HR OPERATED SHUTOFF VALVE 0 DESEL GENERABCM, CONTROL AND AVXIUARY 587.00 NSTRUMENI CO EMERGENCY IXESEL GENERATOR OME.1 50CD FIELD FlASH CKT TRANSFORMER 0 ELECTRICAL QSBIISVBON OOOVAC I AUXLIARY 000.00 60OVAC BUS 11A SUPPLY TRANSFORMER 0 ELECTRICAL QSBISIVBON IOOVAC I AUXIUARY 000.00 6OOVAC BVS 118 SUPPLY TRANSFORMER 0 ELECTRICAL QSBVBVBON 000VAC I AVXIUARY ON.00 6OOVAC BUS 11C SUPPLY TRANSFORMER 0 ELECTRICAL OISTRISUBOM OXNAC I AUXIUARY 600.00 00OVAC BUS 11D SUPPLY TRANSFORMER 0 ccw I EAsT ccw pUMp AUXIUARY 009.00 0 COW I WEST COW PUMP AUXIUARY 609 00 0 SAFElY NJECBON I NORTH SAFETY AUXIUARY 587.00 NJECBON PUMP 0 SAFETY NJECBON I SOUTH SAFETY AUXIUARY 587.00 NJECTKN PUMP 0 AUX FEEDWATERI EAST MOTOR DRIV AUX TURBINE 501.00 FEEDWATER PUMP 0 AVX FEEOWATER I WEST IAOTOR ORNEN TURBINE 501.00 AUX FEEDWATER PUMP 0 AUX FEEDWATER I TVRSNE DRN AUX TVRBNE 501.00 FEEDWATER PUMP 0 CVCSIBORCACDSIORAGETANKS AUXIUARY 58700 lltANSFER PUMP 1 0 CVCS I BORIC ACD STORAGE TANKS AUXIUARY 587.00 TRANSFER PUMP 2 0 CVCS I RECPROCABNG CHARGING PUMP AUXIUARY 587.00 0 CVCSI EASf CENTRFUGAL CHARGNG AUXIUARY 587.00 PUMP 0 CVCSIWESf CTMHIFUGALCHARGNG AUIOUARY 587.00 PUMP 0 CONTROL ROOM hrC CHllL WATER I AVXIUARY 0QLOO COMlROL ROOM NORTH CIOLL WATER CRCUthTCM PUMP 0 CONTROL ROOM AlC CIOLL WATER I AUXIUARY 850.00 CONTROL HC SOUTH CI8LL WAlER CRCUlhllON PUMP 0 DESEL FUEL QL I AB EMERGENCY DIESEL AUXIUARY 587.00 FUEL orLTRANsFER pvMp 61 0 DESEL FVEL QL I AB EMERGENCY DESEL AUXNJARY 587.00 FUEL QLTIIANSFBt PUMP 62 0 DESEL FUEL DLI CD BAERQ QESEL FUEL AVXIUARY 587.00 QL TltANSFER PUMP 1 0 QESELFVELOLICDEMERG DIESELFUEL AUIOUARY 587.00 QL TRANSFER PUMP 2 0 TXESL LUBE QLI AB BAERG DESEL LUBE AVXIUARY 570.00 QL SEFORE ANO AFTER PUMP 0 DESEL LUBE QL I CO EMERG QESEL LUBE AUXIUARY 570.00 QL BEFOREANO AFTER PUMP 0 QESEL LUBE OL I AS EMERQ DIESEL LUBE AUXIUARY 570.00 OIL HEATER OT.1 1IMB PUMP 0 QESEL LUBE QLI CO EMERQ DESEL LUBE AUXIUARY 570.00 OIL HEATER OT.11640 PUMP 0 DIESEL LUBE QL I AB EMERG DIESEL LUBE AUXIUARY 579.00 OIL FLTER OT.118 AB PUMP 0 DESEL LUBE QL I CD EMERG QESEL AUXIUARY 579.00 BYPASS LUBE QL FLTER (GT 1184D)PUMP 0 DESEL JACKET WATER I AB EMERG AUXIUARY 587.00 DIESEL JACKET WATER PUMP 1 0 DIESEL JACKEf WATER I AB EMERG AUXNJARY 587.00 DIESEL JACKET WATER PUMP 2 0 QESEL JACKET WATER I CO EMERG AUIOUARY 587.00 IXESEL JACKET WATER PUIAP 1 0 QESEL JACKETWATERI CD EMERG AUXIUARY" 587.00 QESEL JACKET WATER PUMP 2 0 DESEL JACKET WATER I AB EMERG AVXAJARY 587.00 QESEL AUX JACKET WATER PUMP 0 QESEL JACKET WATER I CO EMERG AUXNJARY 587.00 DBSEL AUX JACKET WATER PUMP 0 ccw I spARE ccw pUMp AUXII.IARY 009 OO 0 SPENT FUEL PIT COQUNGICLEANUP I UNIT N I AUX 009.00 NORTH SPENT FUEL PIT PUMP Room or Row Col CO EMER OSL GEN RM AKV RM 000V SWGR AKVRM NOVSWGR AKV RM CO AKV SWGR AKVRM 000VSWGR 609 HALLWAY 009 HALLWAY N SAFETY NJ PMP RM S SAFElY NJ PMP RM E MOTOR DRNEN AUX FDWTR PU W MOTOR DRNEN AUX FOWTR PU TB DRIVEN AUX FDWIR PMP BORIC ACD STOR TANK BORC ACID ST OR TANK RECIPROCATING CHRG PMP RM E CNlRFGL CHARQ PMP RM W CENTRIFUGAL CHRG PMP RM CTRL RM HR COND RM GIRL RM AIR COND RM AB EMER OSL FUEL OIL XFR PMP AB EMER DSL FUEL DL XFR PMP CD EMER OSL FUEL CXL XFER PMP CD EMER OSL FUEL OIL XFER PMP AB EMER DSL LUBE OIL PIT CO EMER DSL LUBE OIL PIT AB EMER OSL LUBE Olt.PIT CO EMER DSL LUBE OIL PIT AB EMER OSL LUBE OIL PIT CO EMER OSL LUBE QL PIT AB EMER DSL GEN RM AB EMER OSL GEN RM CD EMER OSL GEN RM CO EMER DSL GEN RM AB EMER DSL GEN RM CO EMER OSL GEN RM 009 HALLWAY SPENT F VEL PIT HEAT XCHGR RM EAST RHR PUMP RM W RHR PUMP RM E ESSMTL SERV WTR PMP RM W ESSNlL SERV WTR PMP RM E CONT SPRAY PMP RM W COMl'PRAY PMP RM 050 HALLWAY
$/S/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT N 1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page II 6 Equip Trein 7 1 Equipment tO 142IVk411 0 CCW I DEMWERAUZED MAKEUP WATER TO CCW SURGE TANK'If 1.5 In AIR OPERATED SHUTOFF VALVE Bwbiny Fkcr Eiev Room or Row Col AUXIUARY 650.00 650 HALLWAY 143CR401 0 NUCLEAR SAMPUNG I STEAM GENERATOR 1 SLOWDOWN SAMPLE DSR401 CQNTHNMENT ISQLATlOM VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR 2 BL~SAMPLE DSR402 CONTAINMENT IQXAllON VALVE 0 NUCLEAR SAMPUNQ I STEAM GENERATOR 3 SLOWDOWN SAMPLE DSR403 CONTHNMENT ISOLATION VALVE AVIARY 591.00 AVXIUARY 591.00 AUXIUARY 591.00 VESIIBULE VESTIBULE VESTIBULE 12 12 12 12 12 12 147CR410 14%V~7 1+RV-247 1~V-257 1~V-25S 1~414 1&RV441 144V4GR4kID-1 144V4GR4IO.2 14RV 112 14RV.116 14RV422 14RV 126 14RV.1 32 14RV 136 14RV.142 14RV 146 14RV447 14RV.1 46 14RV.149 0 NUCLEAR SAMPLING I STEAM GENERATOR 4 BL~SAMPLE DSR404 CONTAINMENf ISOLAIlON VALVE BLOWDOWN I STEAM GENERATOR OME4 I BLOWDQVN CONTAWMENT IRXATlON VALVE 0 BL~I STEAM GENERATOR OME4.2 SLOWDOWN CONTAWMENf ISOLATKN VALVE BLOWDQWN I STEAM GENERATOR OME44 BL~CONTAINMENT ISOlhIlON VALVE 0 SLOWDOWN I STEAM GENERATOR OME44 BLOWDOVN CONTAWMENT ISOlhllON VALVE 0 STEAM UNE DRANS I MAN STEAM LEADS CONOENSAIION DRAN TANK TK.200, OUTLET SHUTOFF VALVE 0 AUX FEEDWAIER/WESTMOTQR ORIV AUX FEEDWATER PUMP PP4W EMERQ 1 in HR OPERATED lEAKOFF GLOBE VALVE 0 AUX FEEDWAIER I EAST MOTOR DRIV AVX FEEDWATER PUMP PP4E EMERQ 1 in AIR OPERAIED LEAKOFF VALVE AUX FEEDWATER I TURBWE DRIV AUX FEED PUMP EMERG 1 In HR OPERATED lEAKOFF GLOBE VALVE 0 I6IRQGEN (REACTOR PLANT SERVICE)I NmOGEN SUPPLY TO ACCUMULATOR TANKS CONTAW MENT ISQLAIlOW VALVE 0 NITROGEN (REACTOR PLANT SERVICE)I NTROGEN SUPPLY TO ACCVMVlATOR TANKS VENT TO ATMOS.VALVE 0 AUX BUuXNG VENTILATION I CONlROL ROD DRIVE EQUIP ROOM ANO NVERTER AREA VENRLhllOM RECNCULAIWQ AIR WLET DAMPER 0 AUX BVILDWG VENIILAIION I CONTROL ROO DRIVE EQUIP ROOM AND NVERTER AREA VENTILATION RE(2RCULAIINQ AIR WLET DAMPER NITROGEN (REACTOR PLANT SERVICES)I ACCUMULATOR TANK OME4.1 Nf/ROGEN SUPPLY VENf VALVE 0 RHR I ACCUMULATOR TANK OME4.1 0.75 in AIR OPERATED OUTLET TO REACTOR COOLANT LOOP nt COLD LEG TEST VALVE NITROGEN (REACTOR PLANT SERVICES)I ACCUMULATOR TANK OME4-2 N/IROGEN SVPLY VENT VALVE 0 RHR/ACCUMULATOR TANK OME4 20 75 in AIR OPERATED OUTLET AND SAFElY NJECIION TO REACTOR COOLANT LOOP 2 COLD LEG TEST VALVE 0 NITROGEN (REACTOR PLANT SERVICESI I ACCUMULATOR TANK OME44 NITROGEN SUPPLY VENf VALVE RHR I ACCUMULATOR TANK OME44 OUTLET AHO SAF EIY WJECllON TO REACTOR COOLANT LOOP 3 COLD LEG 0.75 In AIR OPERATED TEST VALVE 0 NITROGEN (REACTOR PLANT SERVICES)I ACCUMULATOR TANK OME44 NmtOGEN SVPPLY VENT VALVE 0 RHR I ACCUMULATOR TANK QME44 1 in HR OPERATED OUTLET AND SAFETY NJECDON TO REACtOR CCKXANT LOOP 4 COLD LEG TEST VALVE RHR I WEST RHR AND SOUTH SAFETY NJECTKN TO REACTOR~LOOPS 2 AND 3 0 75 In AIR QPERAIEO TEST VALVE RHR I EAST RHR ANO NORTH SAFETY NJECIION TO REACTOR COOlANT LOOPS 1 AND 4 0.75 In AIR OPERATED TEST VALVE 0 RHR/WESTRHRTO REACTOR COOLANT LOOPS 2 AND 3 0.75 in HR OPERATED TEST VALVE AUXIUARY 591.00 VESTIBULE AUXIUARY 591.00 Sl'ARTUP SLOWDOWN FLASHTANK RM AUXIUARY 591.00 SfARTUP BLOWDOWN FLASHTANK R M AUXIUARY 591.00 STARTUP BLOWDOWN FLASHTANK RM AUXIUARY 591.00 STAR TUP SLOWDOWN FLASHTANK RM AUXIUARY, 621.00 W MAN STM STOP ENCL TURBNE 591.00 W MOTOR DRIVEN AUX FDWIR PV IURBWE 591.00'MOTOR DRIVEN AUX FDWTR PU TURBINE'91.00 TBORNEN AUX FDWTR PMP AVXIUARY 591.00 STAR TUP SLOWDOWN FLASHTANK RM CONTAINMENT SRLOO ANNULUS, QVAD2 AUXIUARY 609.00 4KV RM 600V SWGR AUXIUARY M9.00 4KV RM 600V SWGR CONI'AWMENT 612,00 ACCUM TAHK1 AREA CONTAWMENT SRLCO ANNULUS, QUAO1 CONTAINMENT 61200 ACCUM TANK2 AREA CONTAWMENT 596.00 ANNULUS.QVAD2 CONTAW MENT 612,00 ACCUM TANK3 AREA CONTAINMENT SRLOO ANNULUS, QVAD3 CONTAINMENT 612.00 ACCUM TANK4 AREA CONT AWMENT 598.00 ANNULUS, QUAO4 CONTANMENT 612.00'V~Q.1 FAN RM k CQNTANMENT 612,00 HV~QI FAN RM CQNTAWMENT 612.00 HV~Q.I FAN RM 3/5/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT/I 1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR REIAY REVIEW Pdg847 Equip Tain Ches 12 Equipment ID 1+V 150 1WV-280 0 RHR I EAST RHR TO REACTOR COOLANT LOOPS 1 AND 4 0.75 h AIR OPERATED TEST VALVE 0 SAFElY NJECTIONI SAFElY NJECDQN TEST UNE SHUIDFF 0.75 h AIR OPERATED VALVE COMTANMEMT 812.00 HV~Q1FANRM AUXIUARY 587.00 N SAFElY INJ PMP RM 12 1WVQIO 1WVC11 0 RHR I EAST RHR HEAT EXCHANGER HE-17E 8 h AIR OPERATED OUTLET FLOW COMIROL VALVE RHR I RHR HEAT EXCHANGER S BYPASS FLOW 8 In hsl OPERATED CONTROL VALVE AUIOUARY 809.00 EAST RHR HEAT EXCHGR RM AVXIUARY 809.00 EAST RHR HEAT EXCHGR RM 12 12 1 JRV40 1WV40 14ICR.251 0 RHR I WEST RHR HEAT EXCHANGER HE 17W 8 h AIR OPERATED OVIIET FLOW CONTROL VALVE 0 BORON NJECAOMI BORON WJECDOH TO ACCUMUlATOR RLL LNE 1 h AIR OPERATED CONTROL VALVE 0 SAFElY WJECTIQN I SAFEIY NJECIIQN TO ACCUMULATOR RLL UNE 1 h HR OPERATED CONTROL VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR 1 STEAM SAMPLE MSX.10l 0.5 In AIR OPERAlED CONTAINMENT ISOLATIOH VALVE AVXIUARY 809.00 WRHRHEATXCHGR RM CONTANMENT 598.00 ANNULUS, QVAD2 CONTAINMENT 598.00 ANNULUS, QVAD2 AUXIUARY 591.00 VESTIBULE 0 NUCLEAR SAMPUNG I STEAM GENERATOR 2 SlEAM SAMLPE MSX.102 0.5 h Adt OPERATED CONTANMENT ISOLATION VALVE 0 NUCLEAR SAMPLNG I STEAM GENERATOR 3 STEAM SAMPLE MSX.103 a5 In AIR OPERAlED COHTAWMENT ISQtATIQN VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR 4STEAM SAMPIE Mslwoc as h AIR OPERATED COMTAIMMEHT ISOLATION VALVE AVXIUARY 591.00 AVIOUARY 591.00 AUXIUARY 591.00 VESTIBULE VESTIBULE VESlIBULE i7 14IRV 151 14IRV 152 14IRV 153 14IRV 1st 0 NUCLEAR SAMPUNG I STEAM GENERATOR 1 STEAM SAMPIE MSX.tot 05 In AIR OPERATED COMTANMENT ISOLhllOM VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR 2 STEAM SAMPLE MSX-1 02 0.5 In A9Z OPERATED CONTANMEHT LSQLATKN VALVE NUCLEAR SAMPUNG I SIEAM GENERATOR 3 SIEAM SAMPLE MSX-1 03 0.5 In AIR OPERATED COMTANMENT ISQLATlON VALVE 0'UCLEAR SAMPUNG I STEAM GENERATOR 8 BTEAM shMFIE usx.tot as h AIR OPERATED COMTANMENT ISOLAllON VALVE CONTAINMENT 812,00 E CONT LWR VENT RM CONTANMENT 81 2.00 W CONT LOWER VENT RM CQHTANMENT 812.00 W CONT LOWER VENT RM CONTANMENT 591.00 E CONT LWR VENT RM7-2~*-14IRVM1 0 MAN STEAM I SIEAM GENERATOR 1 STOP VALVE MRV 210 SIEAM CYUNDER'A'UMP VALVE AUXIUARY 833.00,E MAIN STM STOP ENCL-7 2 14IRV-212 0, MAIN STEAM I STEAM GENERATOR 1 STOP VALVE MRV.2I0 STEAM CYUHDER'IT DUMP VALVE AVXIUARY 833.00 E MAIN STM STOP ENCL 7 1'14IRV 221 14IRV-222 14IRV.231 14IRV-232 14IRV-241 14ARV.242 14IRV 101 0 MAN STEAM I STEAM GENERATOR 2 STOP VALVE MRV.220 STEAM CYUNDER'A'UMP VALVE 0 MAN SIEAM I STEAM GENERATOR 2 STOP VALVE MRV.220 STEAM CYUNDER'P DUMP VALVE 0 MAN STEAM I SIEAM GENERATOR 3 SIQP VALVE MRV.230 STEAM CYUNDER'A'UMP VALVE MAIN STEAM I STEAM GENERATOR 3 STOP VALVE MRV-230 STEAM CYUNDER'P DUMP VALVE 0 MAW STEAM ISLAM GENERAl'QR e StOP VALVE MRV440 STEAM CYUNDER'A'UMP VALVE 0 MAN STEAM I STEAM GENERATOR 4 STOP VALVE MRV-240 STEAM CYUNDER'E DUMP VALVE 0 NUCLEAR SAMPUNG I REACTOR COQLANI'OOP 1 HOT LEG SAMPLE NSX-1 01 SHUTOFF VALVE AUXIUARY 833.00 W MAN STM STOP ENCL AVXIUARY 833.00 W MAIN SIN STOP ENCL AUXIUARY 833.00 W MAIN STM STOP ENCL AUXIUARY 833.00 W MAN STM STOP ENCL AUXIUARY 833,00 E MAN STM STOP ENCL AUXIUARY 833.00 E MAIN STM STOP ENCL CONTAINMENT 598.00 ANNULUS.QUADI 12 12 HARV 102 14RV 103 14RV 10e 1+RV-1 51 0 NUCLEAR SAMPUNG I PRESSURIZER UQV57 SPACE SAMPLE NSX-1020.5 h AIR OPERATED SHUTOFF VALVE 0 NUCLEAR SAMPUNG I REACTOR COOLANT LOOP 3 HOTLEG SAMPLE HSV.103 SHUTOFF VALVE NVCLEAR SAMPUNG I PRESSURIZER sTEAM SphcE BAMpLE Hsx tot as h AIR OPERATED SHUTOFF VALVE PRESSURIZER I PRESSURIZER
'0'RESSURE RELIEF VALVE CONTAINMENT 812.00 NSTRVMEMTATIQN RM CONTAINMENT 598.00 ANNVI.VS, QVAD3 CONTANMENT 812.00 NSTRUMEMTATION RM CQNTANMENT 850.00 PRESSRZR ENCL.WTERIOR 1/5/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT 0 1 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR RELAY REVIEW Page/I 8 Erpdp Train 7 2 7 12 14/RV.1 52 0 14/RV.1 53 14RV 10 0 14RV 111 System/Equrpment Oeacrlpbon PRESSURIZER I PRESSURIZER
'B'RESSURE RELIEF VALVE PRESSURIZER I PRESSURtZER
'A'RESSURE RELIEF VALVE RCTR COOLANT PMP SEAL WTR WJ/LEAKOFF I RCP 1 SEAL 1 LEAKOFF TO RCP SEAL WATER REIVRN FILTER QC 100 2 In NR OPERATED SHUTOFF VALVE GVCS I REACTOR COOLANT NORMAL LETDOWN TRAIN'A'HUTOFF VALVE Building Floor Elev Room or Raw Col COMTHHMEMT 150.00 PRESSRZR ENCI WTERIOR COMI'AINMENT 850.00 PRESSRZR ENCI INTERIOR CQHTAINMEMT 117.00 LOWER CONT, QUAD1 CQNTAIHMENl 112.00 LOWER CONT, QUAD4 12 12 12 12 12 12 12 12 12 71 7 14RV 112 14RV 113 14RV.114 14RV 150 14RV.170 14RV 171 14RV-20 14RV451 14RV~14RV~14RV~14RV<11 14RVM1 T.VRVQ15 1 VRV425 1-WRV.761 1-WRY-712 1.WRV.761 1.WRV-787 1 WRV.771 1.WRV.772 1-WRV.778 1.WRV.777 0 GVCS I REACTOR COOLANT NORMAL LETDOWN TRAW R'HVfOFF VALVE GVCS I REACTOR COOLANT EXCESS LEmQWN TO EXCESS LEIDOWM HEAT EXCHANGER HE-131 In NR OPERATED'ip SHUTOFF VALVE CVCS I REACTOR COOLANT EXCESS LETDOWN TO EXCESS LETDOWN HEAT EXCHANGER HE 13 1 In HR OPERATED'A'HUTOFF VALVE'CTR CQOLAMI'MP SEAL WTR WJ/LEAKOFF I REACTOR COOLANT PUMPS STARTUP SEAL SYSIEM BYPASS TO SEAL WATER RETURN FILTER QC-100 0.75 In AIR OPERATED SHUTOFF VALVE CVCS I EXCESS lElDOVW HEAT EXCHANGER HE.13 1 In AIR OPERATED OUTLET PRESSURE CONTROL VALVE CVCS I EXCESS~HEAT EXCHANGER HE.1 3 1 In AIR OPERATED OUTLET DIVERSION VALVE 0 RCTR COOLANT PMP SEAL WTR WJ/LEAKOFF I RCP 2 SEAL 1 LEAKOFF TO RCP SEAL WATER RETURN FILlER QC 100 2 In AIR OPERATED SHUTOFF VALVE CVCS I SEAL WJECTIQN WATER FLOW 3 In AIR OPERAlED CONTROL VALVE 0 RCTR COCMM PMP SEAL WTR WJ/LEAKOFF I RCP 3 SEAL 1 LEAKOFF TD RCP SEAL WATER RETURN FILTER QC 100 2 In AIR OPERAlED SNITOFF VALVE RCTR GCKXAM PMP SEAL WTR WJ/LEAKOFF I RCP 4 SEAL 1 (EAKOFF TO RCP RETURN FILTER QC-100 2 In/rJR OPERATED SHUTOFF VALVE 0 GVCSI NORTH BORIC ACID BLENDER QP 21 2 In AIR OPERATED TO CVCS CHARGWG PUMP SUCTION SHUTOFF VALVE 0 CVCS (BORON MAKEUP)I NORlH BORIC ACID FILTER TO CVCS CHARGWG PUMPS AND NORTH BORIC ACID BLENDER 1 In AIR OPERATED FLOW CONTROL VALVE 0 BORON MAKEUP (CVCS)I NORTH BORIC ACD BLENDER QP-21 TO REACTOR COOLANT LETDOWN VOI.UME CONTROL TANK SNll'QFF VALVE 0 CONlRQL ROOM A/C CNLL WATER I CONTROL ROOM VENT UNIT HYDRA.1 CHILL WATER INLET/BYPASS, 3 WAY HROPERATED CONTROL VALVE 0 CONTROL ROOM h/C CHILL WATER I CONTROL ROOM VENT UNIT HVWCRA-2 CHtLL WATER INLET/BYPASS 3.WAY AIR OPERATED COHTRQL VALVE 0 ESW I EAST ESW PUMP PP.7E TXSCHARGE STRAWER EAST BASKET BACKWASH OUTLET SHUTOFF VALVE 0 ESW I WEST ESW PUMP PP.7W (XSCHARGE STRAWER EAST BASKET BACKWASH OUTLET SHUTOFF VAVLE ESW I EAST ESW PUMP PP.TE IXSCHARGE STRAINER EAST BASKET BACKWASH 4 In AIR OPERATED INLET SHUTOFF VALVE ESW I WESf ESW PUMP PP.7W TXSCHARGE STRAINER EAST BASKET BACKWASH WLET 4 In AIR OPERATED SHUTOFF VALVE 0 ESWI EAST ESW PUMP PP.7E DISCHARGE STRAWER WEST BASKET BACKWASH OUTLET SHUTOFF VALVE 0 ESW I WEST ESW PUMP PP 7W DISCHARGE SIRAWER WEST BASKET BACKWASH SHUTOFF VALVE ESW I EAST ESW PUMP PP-7E DISCHARGE STRAWER WESf BASKET BACKWASH WLET 4 In AIR OPERAlED SHUTOFF VALVE ESWI WEST ESW PUMP PP.TW DISCHARGE STRAWER WEST BASKET BACKWASH INLET 4 In AIR OPERATED SHUTOFF VALVE CONfAWMEMT 112.00 LOWER CONT, QUAD4 CONTAWMENT 112.00 LOWER CONT, QVAD4 CONTAWMENT 112.00 LOWER CONT, QUAD4 COMfhlNMENT 508.00 ANNULUS, QUAQ2 COMI'AWMENT 112.00 REGEM HEATXCHGR RM CONTAWMEHT-112.00 REGEN HEAT XCHGR RM COMTAWMEMT 117.00 LOWER CONT, QUAD2 AVXUARY 587.00 RECIPRQCATWG CHRG PMP RM CONTAWMEMl'12.00 LOWER CONT, QUAD3 COMTAWMENT 612.00 LOWER CONT, QUAD4 AUXIUARY, 600.00 VOL CONTROl.TANK E HALLWAY AVXIUARY 587.00 BORIC ACID STOR TANK AVXIUARY 609.00 VOL CONTROL TANK E HALLWAY AVX/UARY 150.00 CONTROL ROOM A/C I ROOM AVXIUARY 650.00 CONTROt.ROOM h/C ROOM SCREENHOUSE 501.00 E ESSHTL SERV WTR PMP RM SCREEHHQUSE 591.00 W ESSHTL SERV WTR PMP RM SCREENHOUSE 591.00 E ESSNTL SERV WTR PMP RM SCREENHOUSE 591.00 W ESSNlL SERV WTR PMP RM SCREEHHOVSE 501.00 E ESSNTL SERV WTR PMP RM SCREENHQUSE 501.00 W ESSMTL SERV WTR PMP RM SCREENHOVSE 591.00 E ESSNTL SERV WTR PMP RM SCREENHOUSE 501.00 W ESSNIL SERV WTR PMP RM fi5/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;1 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR RELAY REVIEW Page&#xb9;9 Equip Train Equipment ID Rav No Room or Row Col 7 2 7 2 12 12 12 14CRV-220 14%V.222 14%V-225 1.XRV-220 1-XRV-227 1242LV41 12~VAI 0 12CRV<20 1~1 1~10 14JNO411 1~12 14J4O413 1~14 14J4O415 1~10 14JJI3419 14JNO420 1~20 1+MO-211 14'MO 212 1+MD 221 1+MD 231 DESEL STARTNQ HR I AB EMERG DESEL STARTNQ AIR JEI'SSIST CONTROL VALVE 0 DESSEL STARTNG AIR I AB EMERG DESEL REAR SANK STARTNG HR SHUTOFF VALVE DESEL STARTNG HR I CO EMERG DESEL STARTNQ AIR JET ASQST CONTROL VALVE 0 DESEL STARTNQ AIR I CD EMERG DIESEL FRONT BANK STARTINQ AIR SHUTOFF VALVE 0 DESEL STARTNG HR I CD EMERQ DIESEL REAR BANK Sl'ARTNG AIR SHUTOFF VALVE 0 CONDENSATE STORAGE SUPPLY I UNIT 1 AND 2 CONDENSATE STORAGE TANK CROSSllE 8 In AIR OPERATED SHtlTOFF VALVE 0 CVCS I NORTH BAST TK.12N 2 In AIR OPERATED NLET FLOW CONTROL VALVE 0 CVCS (BORON MAKEUP)I MNXXES BAST lK.12M 2 In AIR OPERATED NLET FLOW CONTROL VALVE 0 CCW I REACTOR COOLANT PUMPS BEARNQ DL COOLERS OCW RETURN HEADER'A'ONTANMENT 8 h MOTOR OPERATED ISOLATION VALVE 0 COW I RC PUMPS BEARNG DL COOLERS CCW RETURN HEADER%'ONTAINMENT 8 h MOTOR OPERATED ISOLAllON VALVE 0 CCW I RCP THERMAL BARRIER CCW OUTLET'A'X7NTANMENT 4 In MOTOR OPERATED ISOLATlON VALVE 0 CCWIRCPUMPSTHERMALBARRIERCCW RETURN HEADER'B'ONTAINMENT 4 In MOTOR OPERATED ISOLATION VALVE CCW I CCW TO REACTOR COOLANT PUMPS TRAN'A'ONTAINMENT ISOLATION VALVE 0 CCW I CCW TO REACTOR COOLANT PUMPS TRAN%'ONTANMENT ISOLAllON VALVE 0 COW I EAST CCW TO HEAT EXCHANGER HE-1 SE CCW OUTLET SHUTOFF VALVE COW I CCW PUMPS SUCBON CROSSTIE HEADER'A'8 In MOTOR OPERATED SHWOFF VALVE 0 CCW/CCW PUMPS DISCHARGE CROSSlIE HEADER'A'0 In MOTOR OPERATED SHUTOFF VALVE CCW I CCW PUMPS SUCTION CROSSTIE HEADER%'8 In MOTOR OPERATED SHUTOFF VALVE CCW I CCW PUMPS DISCHARGE CROSSllE HEADER'A'18 in MOTOR OPERATED SHUTOFF VALVE CCW I CCW TO MISCELANEOUS SERVICE HEADER'A'18 in MOTOR OPERATED SHUTOFF VALVE 0 COW I CCWTO MISCELANEOUS SERVICE HEADERS 10 h MOTOR OPERATED SHIITOFF VALVE 0 CCWI EAST RHR HEAT EXCHANGER HE 17E CCW OUTLET SHUTOFF VALVE CCW I WEST CCW TO HEAT EXCHANGER HE-1 5W CCW OUTLET SIIUTOFF VALVE 0 CCWI WEST RHR HEAT EXCHANGER HE.17W CCW OWLET SHUTOFF VALVE AUX FEEDWATER I lURBNE DRIV AUX FEED PUMP PPP DISCHARGE TO SIEAM GENERATOR OME4.1 4 In MOTOR OPERATED CONTR OI.VALVE 0 AUX FEEDWATERI WEST MOTOR DRIV AUX FEEDWATER PUMP PP4W SUPPLY TO SIEAM GENERATOR OME4.1 4 h MOTOR OPERATED CONTROL VALVE 0 AUX FEDWATER I TURBINE DRIV AUX FEED PUMP PPR DSCHARGE TO STEAM GENERATOR OME4.2 4 h MOTOR OPERATEO CONTROL VALVE 0 AVX FEEDWATER I EAST MOTOR ORIV AUX FEED PUMP PP46 SUPPLY TO STEAM GENERATOR OME 3-2 4 h MOTOR OPERATED CONIROL VALVE AUX FEEDWATEER I TVRBUNE DRIV AUX FEED PPQ PUMP SUPPLY TO STEAM GENERATOR OME 33 4 In MOTOR OPERATED CONTROL VALVE 0 AUX FEEDWATER I EAST MOTOR DRIV AUX FEED PUMP PP4E SUPPLY TO STEAM GENERATOR 33 4 In MOTOR OPERATEO CONTROL VALVE AUXNJARY 587.00 AUXNJARY 587.00 ANQUARY 587.00 AUXIUARY 587.00 AUXIUARY 587.00 lURBNE 501.00 AVXNJARY 557.00 ANQUARY 587.00 AUXIUARY 501.00 AUXNJARY 50 I.OO AUXNJARY 501.00 AUXNJARY 591.00 AUXNJARY 591.00 AUXIUARY 591.00 AUXNJARY 009.00 AUXNJARY 009.00 AVXNJARY 000.00 AUXNIARY 009.00 AUXNJARY 009.00 AUXNJARY 009.00 AVXNJARY 009.00 AUXNJARY 009.00 AUXNJARY 009.00 AUXNJARY 033.00 AUXNJARY 0 I 2.00 AVIQUARY 012.00 AVIARY 501.00 AUXNJARY 591.00 AUXNJARY 501.00 AUXNJARY 501 JO AS EMER OSL GEN RM AB EMER DSL GEN RM CO EMER OSL GEN RM CO EMER OSL GEN RM AUX FEED PMP E HALLWAY BORIC ACN7 STOR TANK BORIC ACID SR&#xc3;t TANK STAR TUP BLOWD OWN FLASHTANK RM STARTUP SLOWDOWN FLASHTANK R M STAR TUP SLOWDOWN FLASHTANK R M STARTUP BLOW DOWN FLASHTANK RM STARTVP BLOWD OWN FLASHTANK RM STARTUP SLOWDOWN FLASHTANK RM 009 HALLWAY 009 HALLWAY 009 HALLWAY 00Q HALLWAY 009 HALLWAY 009 HALLWAY 009 HALLWAY 009 HALLWAY 009 HALLWAY 033 HALLWAY STARTUP BLOWDOWN FLASHTANK RM STAR TUP BLOWDOWN FLASHTANK RM STAR TUP BLOW DOWN FLASHTANK RM STARTUP SLOWDOWN FLASHTANK RM 1/5/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page&#xb9;10 Equip Train 8 1 Eqrapment ID 1+MD-241 I+MQ 242 System/Equipment Desorip0on 0 AVXFEEDWATER/TURBOIEDRIVAUX FEED PUIAP PP4 IXSCHARGE TO STEAM GENERATOR OME44 4 In MOTOR OPERATED CQMIRQL VALVE 0 AUX FEEDWATER I WEST MOTOR DRIV AUX FEED PUMP PP4W SUPPLY TO STEAM GENERATOR 34 4 h MOTOR OPERATED CONTROL VALVE Bu44in0 Boor Bev Room or Row Cd AUXIUARY 01200 E MHN SIM STOP ENCL AUXIUARY 012.00 E MHN STM STOP ENCL 14IVJX3P-ABI 0 DIESEL ROOM VENBLATION I AB EMERGENCY DIESEL GENERATOR ROOM VEMBIATION EXHAUST FAN HVJJGX 1 TEMPERING AIR DAMPER AVXIUARY 5S7.00 AB EMER DSL GEN RM 0 D!ESEL ROOM VEMBLABON I IXESEL GENERATOR ROOM 1AB VENILATION SUPPLY FAN HV~1 TEMPERNG AIR DAMPER 1 JIV~.ABZ AUXNJARY 587.00 AB EMER DSL GEN RM 14IV4XIP4XII 0 IXESEL ROOM VEMBIABQN I CO EMERGENCY IXESEL GENERATOR ROOM VENBIATION EXHAUST FAN HVJXIJC.2 lEMPERIMG AIR DAMPER AUXLIARY 0 IXESEL ROOM VENBLABQN I DIESEL GEM ROOM 1 CD VENBIATION SUPPLY FAN 1 HV43GS.2 TEMPERING AIR DAMPER 1 JPI-DDP4XI2 0 IXESEL ROOM VENBLATIQN I AB EMERGENCY DIESEL GENERATOR ROOM VEMBIATION SUPPLY FAN HV4IGS.1 OUTSIDE HR SHUTOFF DAMPER AUXIUARY 587JN CD EMER DSL GEN RM AUXIUARY 59LOO RCTR CABLE TVMNEIQUA D3 14IV4IGSDCO 0 DIESEL ROOM VENBIABQN I CD EMERGENCY DIESEL GENERATOR ROOM VENBIATION SUPPLY FAN HV DGS-2 OUTSIDE AIR SHUTOFF DAMPER AUXIUARY SSLOO STORAGE TANK PIPE TUNNEL 12 12 12 12 14CM-111 14CM.129 AUIOUARY BNUXNG VEMBLATION I 4KV ROOM 800V SWII'CHGEAR TRANSFORMERS 1811A 8 IR11C AREA VEMI'UPPLY FAN HV4GRS4 SUCBQH DAMPER AUXIUARY BULDING VENTILATION I 4KV ROOM SOOV SWIICHG EAR TRANSFQIIMERS AREA VENIIATIOH SUPPLY FAN HV4GRS-7 SUCBQH DAMPER 0 AUXIUARY BUILDING VEMBIATIQN I SOOVAC MOTOR CONTROL CEMIER MEZZANINE AREA VENBLATlOH SUPPLY FAN HV4GRS-0 VENT DAMPER RHR I RHR TO REACTOR COQthN'OOPS 2 AND 3 COLD LEGS CONTAINMENT ISOLATION VALVE 0 RHR I REACTOR COQthMT LOOP 2 HQT LEG TD RHR PUMPS SUCBON CONTAINMENT ISQLABQM VALVE BORON NJECBQN I BORON NJECBON TANK'A'OMTHN MENT ISOLATION VALVE AVXLIARY SNLOO 4KV RM 000V SWGR AUXIUARY SIN.OO 4KV RM 000V SWGR AUXIUARY 0ILOO 4KV RM MEZZAMOIE CONHNMENT 59LOO ANNULUS, QVAD2 CQNTHNMENT 50LOO ANNULUS, QVAO2 AVXIUARY 01200 BORON INJ TANK OUTLET VLV RM r 8 14CM451 0 BORON OUECBQH I BORON NJ ECTION TANK Iy CQMTAINMENT LqQLhllON VALVE SAFEIY NJECBONI MQRIH SAFETY NJECBOM PUMP PP-28M DISCHARGE COMTHNMENT ISQLABON 4 h MOTOR OPERATED VALVE ALOOUARY 01200 BORON INJ TANK OUTLET VLV RM AUXIUARY 587.00 NSAFEIYINJPMP RM 0 SAFETY INJECBQN I SOUTH SAFETY OUECBQN PUMP PP.20S DISCHARGE CQHTHNMENT ISOIATION 4 In MOTOR OPERATED VALVE AUXIUARY 557.00 S SAFEIY NJ PMP RM 0 RHR I RECOICVtABQN SUMP TO EASI'HRICTS PUMPS SUCTION CONTAINMENT ISOthllQN 1 5 In MOTOR OPERATED VALVE 0 RHR I RECOICUIABQN SUMP TO WEST RHR/CTS PUMPS SUCTION CONTAINMENI'SQCATIQM 18 In MOTOR OPERATED VALVE AVXIUARY 50186 AVXIUARY 501Am VESTIBULE VESBBULE 5 14Cas311 14CM421 14MO 12S 14MO 210 14MQ.211 0 RHR I EASI RHR TO REACTOR COOLANT LOOPS 1 ANO 4 HOT LEGS CONTHNMENT ISQLAllQN S In MOTOR OPERATED VALVE 0 RHR I WESI RHR TO REACTOR COOthNT LOOPS 2 ANO 3 HOT LEGS CONTAINMENT ISOIATIQH 8 In MOTOR OPERATED VALVE RHR I REACTOR COQIAMT LOOP 2 HOT LEG TO RHR PUMPS SUCBON SHUTOFF VALVE CQNTAINMEMT SPRAY I EAST CONTAINMENT SPRAY PUMP PP4E IXSCHARGE SHUTOFF 10 In MOTOR OPERATED VALVE CONTAINMENT SPRAY I EAST CONTHNMENT SPRAY PUMP PP4E CNSCHARGE SHUTOFF 10 In MOTOR OPERATED VALVE AUXIUARY 009.00 EAST RHR HEAT EXCHGR RM AVXIUARY 009.00 WRHRHEATXCHGR RM CONTHNMENT 595.00 LDWER CONT, OUAD2 AVXIUARY 573.00 E CONT SPRAY PMP RM AVXIUARY 573.00 E CONT SPRAY PMP RM 14MQ.212 CQNTHNMEMT SPRAY I EAST CONTHNMENT SPRAY PUMP PP4E DISCHARGE TO CONTAIN MENT SPRAY ADDIBVE EDUCTOR 2 In MOTOR OPERATED SHUIQFF VALVE AUXIUARY 573.00 E CONT SPRAY PMP RM
 
1/6/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT/I 1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page//11 Equip Tain 8 2 Equipment IO 14ACLHS 14MO 221 Sfeurm I EqwpmenI Oeecnpbon 0 CONTAOIMEMT SPRAY I RWST TO EAST CONTAOIMENT SPRAY PUMP PP4E SUCDOM 12 In MOTOR OPERATED SHUTOFF VALVE CONT/aIENT SPRAY I WEST CONT/VNMEMT SPRAY PUMP PP4W QSCHARGE SHUTOFF 10 In MOTOR OPERATED VALVE 0 CQMDANMEMf SPRAY I WEST CONTAINMEMT SPRAY PUMP PP4W QSCHARGE SHUTOFF 10 In MOTOR OPERATED VALVE Buiioing Boor Bee Room or Raw Col ALOOLIARY 573.00 E CONT SPRAY PMP RM AVXIUARY STk00 WCOMTSPRAYPMP RM AUXIUARY 57300 WCONTSPRAYPMP RM CONTAOIMENT SPRAY I WEST CONTAINMENT SPRAY PUMP PP4W QSCHARGE TD COMDANMENT SPRAY ADOBlVE EDUCTOR SHUTOFF 2 In MOTOR OPERATED VALVE AVXIUARY W CONT SPRAY PMP RM 12 8 2 8 2 8 2 12 12 12 14AQ 255 1 80450 14MO.251 14AO-270 14AO.275 14AO010 14AQ31 2 14AO414 14M031 5 1440310 1440424 14AO331 0 CONTAINMENT SPRAY I RWSI'O WEST COMTAOIMEMT SPRAY PUMP PP4W SUCDON 12 in MOTOR OPERATED SHUTOFF VALVE BORON WJECDON I BORON NJECBQN TANK she OILEf SHUTOFF VALVE BORON INJECDQN I BORON NJECBON TANK If OILET SHUTOFF VALVE REFUEUNG WATER SIQRAGE TANK SUPPLY I TKOS SUPPLY TO SAFETY IMJECDOM PUMP SHUTOfV 8 in MOTOR OPERATED VALVE 0 REFVEUNG WATER STORAGE TANK SUPPLY I SAFElY NJECDQH PUMPS REQRC TO REFUEUNG WATER STORAGE TANK TYA3 TRAIH'A'HUTOFF 2 ln MOTOR OPERATED VALVE 0 REFUEUNG WAlER STORAGE TANK SUPPLY I SAFElY NJECDOM PUMPS REQRC TO REFUEUNG WATER STORAGE TANK TKG3 TRAOI'If SHUTOFF 2 In MOTOR OPERATED VALVE SAFETY INJ ECDON I SAFETY INJECBOH PUMPS QSCHARGE CROSSBE TRAIN'A'HUTOFF 4 ln MOTOR OPERATED VALVE SAFEIY INJECDON I SAFETY NJECBQN PUMPS DISCHARGE CROSSDE TRAIN IT SHUTOFF 4 In MOTOR OPERATED VALVE 0 RHR I EASf RHR PUMP PP45E SUCDQH SHUTOFF 14 In MOTOR OPERATED VALVE 0 RHR I EAST RHR HEAT EXCHANGER HE-17E OUTLET MIISFLQW LINE SHUTOFF VALVE RHR I EASf RHR PUMP PP45E QSCHARGE CROSSBE SHUTOFF 8 in MOTOR OPERATEO VALVE RHR I EAST RHR AND NORTH SAFETY NJECDON TO REACTOR 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PVMPS SUCBOH HEADER CROSSBE SHUTOFF VALVE AUXSJARY 573.00 W CONT SPRAY PMP RM AUXIUARY 012.00 BORON INJTANKRM AUXIUARY 012.00 BORON INJ TANK RM AVXIUARY 557.00 N SAFETY NJ PMP RM AVXRJARY 587.00 S SAFEIY INJ PMP RM AVXIUARY 587.00 S SAFETY INJ PMP RM AVXIUARY 557.00 N SAFElY INJ PMP RM AUXILIARY 587.00 S SAFETY INJ PMP RM AVXIJARY SPLOO EAST RHR PUMP RM AUXIUARY 009.00 EAST RHR HEAT EXCHGR RM AVXIUARY 009.00 EAST RHR HEAT EXCHGR RM CONftuIMENT 012.00 E CONT LWR VENT RM CONTAINMENT d12.00 E CONT LWR VENT RM AUXSJARY 573.00 W RHR PUMP RM AVXNJARY 009.00 W RHR HEATXCHGR RM AUXnJARY 009.00 W RHR HEAT XCHGR RM CONfhNMENT 01200 W CONT LOWER VENT RM CQNTAINMENI'12.00 W CONT LOWER VENT RM AUXIUARY 009.00 EAST RHR HEAT EXCHGR RM AVXIUARY 509.00 W RHR HEAT XCHGR RM AVXLIARY 009.00 EAST RHR HEAT EXCHGR RM AUXILIARY 009.00 WRHRHEATXCHGR RM AUXklhRY 557.00 W CENTRIFUGAL CHRG PMP RM 1/S/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;1 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR RELAY REVIEW Page&#xb9;12 Equip Train 0 2 12 Equipmanl IO 14MO481 14M051 1 AO45 L Sfaram I Equipmanl Descripbon SAFEIY NJ ECAON I SAFETY NJ ECAON PUMPS SUCllON TO AND FROM CHARGNG PUMPS SVCAON'A'HUTOFF 4 In MOTOR OPERATED VALVE 0 SAFElY NJECAON I SAFElY INJECTIQH PUMPS SVCAQM TO ANO FROM CHARGNG PUMP'If SHUTOFF 4 In MOTOR OPERATED VALVE 0 RHRIRWSTTK43TORHR PUMPSSUCllON SHUTOFF 12 In MOTOR OPERATED VALVE 0 BORON INJECAON I BORON NJECAQH TO REACTOR COOLANT LOOP 1 SHUTOFF 1.5 In MOTOR OPERATED VALVE BORON NJECAQH I BORON INJECAQN TO REAClOR COOLANf LOOP 2 SHUTOFF 1S In MOTOR OPERATED VALVE 0 BORONNJECllQN I BORON NJECAOH TO REACTOR COOLANT LOOP 3 SHUTOFF 1.5 In MOTOR OPERATED VALVE 0 BORQH NJECAQN I BORON NJECAQN TO REACIDR COOLANT LOOP 4 SHUTOFF 1.5 in MOTOR OPERATED VALVE AUXIUARY 587.00 N SAFElY NJ PMP RM AVXIUARY 587.00 HSAFETYNJPMP RM AVXIUARY 591.00 VESABVLE CONTANMENT 59LLOO ANNULUS, QVAD1 COMTANMENT 59LLOO ANNULUS, QUAD2 COMTANMENT 598.00 ANNULUS, QVAD3 CONTAINMENT SRLOO ANNULUS, QVAD4 2 14MQJII 0 1 14MO911 1 14SO.240 1 1480-241 I 0 CVCS I RWST TO CHARGIHG PV MP SUCAON SHUTOFF VALVE CVCS I RWSTTO CHARGNG PUMP SUCTION SHUTOFF VALVE 0 DIESEL LUBE OIL I AB EMERG DIESEL UPPER VALVE GEAR LVBRCATLOM COMIROL SOLENOID 1 0 IXESELLVBELXLIAB EMERG DIESEL UPPER VALVE GEAR LVBRCAllON CONTROL SOLENOID 2 0 DIESEL LUBE OIL/CO EMERG DlESEL GEHERATOR UPPER VALVE GEAR LIB%CATION CONTROL SOLENOlD 1 AUXIUARY 587.00 RECIPROCATING CHARGNQ PUMP ROOM AVXIUARY 587.00 E CNTRFGL CHARG PMP RM AUXLIARY 587.00 AB EMER OSL GEN RM AVlOLJARY 587.00 AB EMER OSL GEN RM AVXIUARY 587.00 CD EMER DSL GEN RM 2 1480.240 14LCM-231 14LMO 210 0 DIESELLVBE OIL/CO EMERG DIESEL GENERATOR UPPER VALVE GEAR LUBRCAllON CONTROL SQLENQLO 2 MAN STEAM I MAIN STEAM LEAD 2 TO AUX FEED PUMP TVRBNE 4 In MOTOR OPERATED SHUTOFF VALVE 0 MAN STEAM I MAN STEAM LEAD 3 TO AUX FEED PUMP IVRBNE 4 in MOTOR OPERATED SHUfDFF VALVE 0 MAIN STEAM I STEAM STOP VALVE MRV.210 STEAM CYLNOER DUMP 4 In MOTOR OPERATED VALVES SELECTOR VALVE AUXIUARY 587.00 CD EMER DSL GEN RM AVXIUARY 03%00 W MAN STM STOP ENCL ALOOUARY 033.00 WMAINSTM STOP ENCL AVXIUARY 033.00 E MAN STM STOP ENCL 14LMOG20 0 1 14IMO.230 0 MAN STEAM I STEAM STOP VALVE MRV-220 SlEAM CYLNDER DUMP 4 In MOTOR OPERATED VALVES SELECIQR VALVE MAN STEAMI STEAM STOP VALVE MRV-230 STEAM CYLNDER DUMP VALVES 4 In MOTOR OPERATED SELECTOR VALVE AVXIUARY 033.00 W MAIN STM STOP ENCL AUXIUARY 033.00 W MAN STM STOP ENCL 14IMO 240 1&MD 151 14IMO.1 52 14IMQ 153 14LSO01 1~200 143MQ-201 0 MAN STEAM I STEAM STOP VALVE MRV.240 STEAM CTUNDER DUMP VALVE 4 In MOTOR OPERATED SELECTOR VALVE 0 PRESSURZER I PRESSURIZER REUEF VALVE NRV-151 UPSTREAM 3 In MOTOR OPERATED SHUTOFF VALVE 0 PRESSUIBZER I PRESSURIZER REUEF VALVE NRV.152 UPSTREAM 3 In MOTOR OPERATED SHUTOFF VALVE 0 PRESSURIZER I PRESSURIZER REUEF VALVE HRV 153 3 9L MOTOR OPERATED L&SIREAM SHUTOFF VALVE REACIQR COOLANT SYSlEM VENTS I PRESSURIZER OMEN POST ACCCENT VEMl'A'OLENOID VALVE REACTOR COOLANT SYSTEM VENTS I PRESSVRLZEIL OMEQ 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CHARGNG PUMP MII8 FLOW TO RCP SEAL WATER HEAT EXCHANGER HE-11 2 In MOTOR OPERATED SHUTOFF VALVE 0 CVCS I WEST CENTRIFUGAL CHARGNG PUMP M94I FLOW TO RCP SEAL WATER HEAT EXCHANGER HE-11 2 In MOTOR OPERATED SHUTOFF VALVE 0 CVCS I EMERQ.BQRAllON TO CHARGNG PUMP SUCIlOM SHUTOFF VALVE 0 CVCS/REACTOR COQEAMT LETDOWN VOLUME CONTROL TANK TK-1 0 TD CHARGNG PUMP'A'HUTOFF 4 In MOTOR OPERATED VALVE 0 CVCS I REACTOR COQVWT LEIDQWN VOLUME CONTROL TANK TK 10 TO CHARGNG PUMP%'HUTOFF 4 In MOTOR OPERATED VALVE MAN STEAM I lURBNE DRIV AVX FEED PUMP PPA TRIP AND THROTTLE VALVE ESW I EAST ESW PUMP PP 7E IXSCHARGE SHVfOFF VALVE Buddeg Floor Bev Room or Row Col AUXIUARY 587.00 W CENTRIFUGAL CHRQ PMP RM AUXIUARY 587.00 W CENTRIFUGAL CHRQ PMP RM AUXIUARY 587.00 BORIC AC57 ST OR TANK AUXkJARY 609.00 VOL CONTROL TANK E HALLWAY AUXIUARY 609.00 VOL CONTROL TANK E HALLWAY TURBNE 591.00 TB DRIVEN AUX FDWTR PMP SCREENHOUSE 591.00 E ESSMTL SERV WTR PMP RM 1.WMO 702 0 ESW/WEST ESW PUMP PP.TW DSCHARGE SHUTOFF VALVE SCREEMHQI/SE 591.00 W ESSMTL SERV WTR PMP RM 1.WMO 705 0 ESW/WEST ESW SUPPLY HEADER CROSSllE TO UNIT 2 20 In MOTOR OPERATED SHUTOFF VALVE ESSMTL SERV WIR PIPE TUNNEL 1.WMO 707 14IVMO.771 0 ESW I EAST ESSEMIIAL SERVICE WATER SUPPLY HEADER CROSSTIE TO UI07 2 20 In MOTOR OPERATED SHVIQFF VALVE 0 ESW I EAST COMTANMENT SPRAY HEAT EXCHANGER HE 18E ESW NLET 12 In MOTOR CPERATED SHUTOFF VALVE TVRBNE 569.00 ESSNTL SERV WfR PIPE TUNNEL AUXIUARY 633.00 633 HALLWAY 1.WMO.713 1 WMO 715 0 ESW I EAST CONT ANMENT SPRAY HEAT EXCHANGER ESW OWLEf SHVIQFF VALVE 0 ESW I WESt COMTANMENT SPRAY HEAT EXCHANGER HE-18W ESW NlET12 In MOTOR OPERATED SHUTOFF VALVE AVXuhRY 609.00 AUXIUARY 03%00 609 HALLWAY 633 HALLWAY 12 1-WMO 717 1 WMO.721 1-WMO.725 1.WMO 727 1-WMO.731 1-WMO 733 1 WMO.735 1.WMO 737 1.WMO-744'I.WMO 753 ESW I WEST CQNl'ANMEMT SPRAY HEAT EXCHANGER ESW OWLET SHUTOFF VALVE 0 ESW I WESf ESW SUPPLY HEADER TO AB EMERQ IXESEL HEAT EXCHANGER SHUTOFF VALVE 0 ESWI EAST ESW SUPPLY HEADER TO AB EMERG IXESEL HEAT EXCHANGER SHUTOFF VALVE ESW/EAST ESW SUPPLY HEADER TO CD EMERG IXESEL HEAT EXCHANGER SHUTOFF VALVE ESW I WEST ESW SUPPLY HEADER TO CD BAERG IXESEL HEAT EXCHANGER SHUTOFF VALVE ESW/EASf CCW HEAT EXCHANGFR HE 15E ESW INLET 16 In MOTOR OPERAlED SHUTOFF VALVE 0 ESW I EASf CCW HEAT EXCHANGER HE 15E ESW OWLET SHVl'QFF VALVE ESW I WEST CCW HEAT EXCHANGER HE 15W ESW NLET16 In MOTOR OPERATED SHUTOFF VALVE ESW I WEST CCW HEAT EXCHANGER HE.15W ESW OUTLET SHUTOFF VALVE 0 AFW I IESW TO WEST MOTOR DRIV AUX FEEDWATER PVM SHUTOFF 4 In MOV 0 AFWI IESW TO TURB DRIV AUX FEED PVMP PP+SHUTOFF 6 In MOTOR OPERATED VALVE AVX8JARY 609.00 609 HALLWAY AUXIUARY 587.00 AB DSL RM SO PIPE TUNN AUXIUARY 587.00 AB DSL RM SO PIPE TUNN AUXNJARY 587.00 AB DSL RM SQ PIPE TUNN AUXIUARY 587.00 AB DSL RM SO PIPE lVNN AVXUARY 609.00 609 HALLWAY AUXIUARY 609.00 609 HALLWAY AUXNJARY 609.00 609 HALLWAY AUXaJARY 609.00 609 HALLWAY.TVRSNE 591.00 W MOTOR DRIVEN AUX FDWTR PV TUR SHE 591.00 TB DRIVEN AUX FDWTR PMP 1-WMQ.754~0 AFW I IESW TO EASf IAOTQR DRIV AVX FEED PUMP)SHUTOFF 4 In MOTOR OPERATED VALVE TURSNE 591.00 E MOTOR DRIVEN AUX FDWTR PU 12 12 14CSCL%7 14tV~1 144V~2 144V~P4NE.1 14IV~P4NE.2 14IV.AFP4II 0 CQNIROLHRIPRESSURBZERTRAN Ine In PRESSURE REUEF VALVE NRV-1 52 CQMlROL SOLEMIQO 0 COMIROL AIR I PRESSURIZER TRAIN'A'RESSURE REUEF VALVE NRV.153 CQMIROL SQLENCO AUX BUZJXNQ VEMllLATIION I AUX BUUXNQ VENTILATIOM ENGNEERED SAFElY FEATURE EXHAUST UNIT 1 0 AUX BUuXNG VENTILATIOM I AUX BUILDING VEMflLATION ENG NEER ED SAFETY FEAll/RE EXHAUST UNIT 2 AUX BUSJXNG VEMTLATKN I'N'ATTERY ROOM EAST EXHAUST FAN AUX BVnJXNG VEMTILATIOM I TR.'Ir BATTERY RQQIA WESf EXHAUST FAM 0 TURSNE BVILDNG VEMItLATIQN I EAST MOTOR DRIV AUX FEEDWAlER PUMP ROOM EXHAUST FAN CONTANMEMT 650.00 PRESSRZR ENCL, INTERIOR CONTAINMENT 650.00 PRESSRZR ENClINTERIOR AVXIUARY 633.00 NORM SLOWDOWN FLASHTANK RM AUXIUARY 63%00 NORM SLOWDOWN FLASHTANK RM AVXIUARY CkkOO 633 HALLWAY AUXNJARY 633.00 633 HALLWAY lVRSNE 591.00 E MOTOR DRIVEN AUX FDWTR PV
 
1/5$6 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT 0 1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR REIAY REVIEW PageII 14 Equip Tnln 140/~T1 14IV4FP 12 140/~4(I 0 TURBWE BVLDNG VENlllATIQN I EAST MOTOR DR!V AUX FEED WATER PUMP ROOM SUPPLY FAN 0 TURBINE BULONG VENTLhllON I TURB DRIV AUX FEED PUMP ROOM SOUTH EXHAUSI'AN 0 TURBWE BVLDWQ VENTLATION I TURBWE DRIV AUX FEED PUMP ROOM NORIH EXHAUST FAN TURBWE BUIUXNG VENIllhllON I WEST MOTOR DR/V AUX FEED PUMP ROOM EAST'XHAUST FAN BuiWing Raor Bev Room or Row Cd lUR BINE 591.00 E MOTOR DRIVEN AUX FDWTR PU TURBINE 591.00 TB DRIVEN AUX FDWTR PMP TURBWE'91.00 TB DRIVEN AUX FDWTR PMP lURBINE'591.00 W MOTOR DRIVEN AUX FDWTR PU 14IV~P.XZ 0 lURBWE BULOWQ VENTLATIQN I WEST MOTOR DRIV AUX FEEDWATER PUMP ROOM WEST EXHAUST FAN TURBWE 591.00 W MOTOR DRIVEN AUX FDWTR PU 1+ISO 1 14IV~Z 14IV4XIS 1 140/4IGS.Z 14IV4XIX.T 140/43QX 2 140/4GRS-1 A 14IV4GRSQ 14IV4GRS4 14IV4GRS4A 0 HYDROGEN SIQMMER I CONTAWMENT HYDROGEN SCM MER VENTLATIOM FAN 1 0 HYDROGEN SKMMER I COMTANMEMT HYDROGEN SAMER VEMIIIhTIQN FAN 2 0 DESEL ROOM VEMIlLAQON I AB EMERQ DESEL GENERATOR VENILATIQN SUPPLY FAN 0 DESEL ROOM GENERA%A/CD EMERQ DESEL GENERATOR ROOM VEMIllhllON SUPPLY FAN 0 DESEL ROOM VENILATIOM I AB EMERG DESEL GENERATCR ROOM CX)NTROL PANEL VENTLAllON SUPPLY FAN DESEL ROOM VEMILAllON I CO EMERQ DESEL GENERATOR ROOM CONTROL PANEL VEMTLATIQN SUPPLY FAN'DESEL ROOM VENTLATION I AB EMERQ DESEL GENERATOR ROOM VENTllATlON EXHAUST FAN 0 DESEL ROOM VEMILAllONI CD EMERG DESEL GENERATOR VENTILATION EXHAUST FAM 0 AUXIUARY BULDWG VENTLATION I CONTROL ROO DRIVE EQUIPMENT ROOM AND NVERTER AREA VENTLATlON SOUTH SUPPLY FAN AVX BULDNG VENTLATION I 4KV ROOM AB 4CV SWITCHGEAR AREA VENTILAllQN SUPPLY FAN AUX BULONG VENTLAllON
/4CV ROOM CD 4KV SWITCHGEAR AREA VEMILATION SUPPLY FAN AUX BVLDWG VENlllATION I CONTROL ROD DRIVE EQUIP ROOM ANO WVERTER AREA VENTILATION NORTH SUPPLYFAN CONTANMENT 825.00 HVCEQ.1 FAN RM COMTANMENT 825.00 HV4EQ1FANRM AUXIUARY 587.00 AB EMER OSL GEN RM AUXIUARY 587.00 CO EMER DSL GEN RM AUXLIARY 587.00 AB EMER DSL GEH RM AVXLIARY 587.00 CD EMER OSL GEN RM AVXLIARY 587.00 AB EMER DSL GEN RM AUXIUARY 587.00 CO EMER DSL GEN RM AUXL/ARY 809.00 4KV RM~OOOV SWITCHG EAR AUXIUARY 809.00 4KV RM AB 4KV SWGR AUXLIARY 809.00 4KVRM CO4KV SWGR AUXLIARY 809.00 4KV RM OOOV SWGR 12 14IV4GRS.T 0 AVX BULDWQ VEMIXATlQN I 4KV ROOM OOOV SWIICHGEAR TRANSFORMER TR-11B AND TR.11D AREA VEMBLATION SUPPLY FAN AUXIUARY 809.00 4KV RM OOOV SWGR 12 12 12 140/4GRS4 14IV4GRSO 14CV4GRX 2 1240/~.I 0, ANOUARY BULDWG VENTLhllOH I 4KV ROOM OOOV SWITCHQEAR TRANSFORMERS TR11A AMD TR11C AREA VENTllhllON SUPPLY FAN 0 AVXL/ARY BVLDWG VENTIIhTION I OQOVAC MOTOR CONTROL CENTER MEZZANINE AREA VENTLATIQN SUPPL FAN AVX BULDNG VENTLATIQN I 4KV ROOM AB 4CV SWITCHGEAR AREA VENILATX3N EXHAUST FAN AUX BULDNG VENTLATIQN I 4KV ROOM CD 4KV SWITCOIGEAR AREA VENTLATlON EXHAUST FAN 0 AVX SUING VENTLATIQH I AB BATTERY EQUIPMENT AREA BATTERY ROOM VENlllhTION EXHAUST FAN 0 AVX BULONQ VENILATIQH I CD BATIERY EQVIPMEMT AREA BATTERY ROOM VENlllhTXW EXHAUST FAN 0 AUX BVLOWG VENTLATIQH I CCW PUMPS VENTLATXW NORTH SUPPLY FAN AUXIUARY 809.00 4KV RM OOOV SWGR AUXIUARY 813 00 4KV RM MEZZANINF AUXIUARY 809.00 4KV RM AB 4KV SWGR AUXIUARY 809.00 4KV RM CO 4KV SWOR AUXIUARY 809.00 AB BATT EQUIP AUXIUARY 828.00 SWGR CSR AUXIUARY 833.00 ID3 HALLWAY 12 12 12+IVWCCP-2, 0 1240M CCP4 124IV~4 AUX BVLDINQ VENILATlQN I CCW PUMPS VENIILAllQN MIDDLE SUPPLY FAN AUX BUILDWQ VENTllhTIQH I CCW PUMPS VEMILATIQH SOVIH SUPPLY FAN SCREENHQUSE VENILATQH I UNIT 1 WEST ESW PUMP ROOM SUPPLY VEMIILATIOH FAN AUXIUARY 833.00 833 HALLWAY AUXLIARY 833.00 833 HALLWAY SCREENHOUSE 591.00 W ESSNIL SERV WIR PMP RM 12+IV~4 1240/~7 12+IV4SW4 0 SCREENHQUSE VENILATIOH I UNIT 1 WEST ESW PUMP ROOM SUPPLY VEMIllhTION FAN 0 SCREENHQUSE VENTlLATIQH I UNIT 81 EAST'SW PUMP ROOM SUPPLY VENTLATm FAN 0 SCREENHQUSE VENILAIIQN I UNIT 1 ESW PUMP ROOM SUPPLY VENILATIOH FAN SCREENHOUSE 591.00 W ESSNTL SERV WTR PMP RM SCREEHHQVSE 591.00 E ESSNTL SERV WIR PMP RM SCREENHOUSE 591.00 E ESSNTL SERV WTR PMP RM 1/586 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page&#xb9;15 Equip Tfsin Equipment IO RW No System I Equipment Descnpiion Bu~ldlny Roor Bev Room or Row Col 10 2 10 14fV~1 144VWCRA-2 144V~.I 14fV~.Z 0 CONTROL ROQht VEMIILAIIQN I CONIROI.ROOM VEMRLAIQN NORTH AIR HANDLER PACKAGE 0 CONIROL ROOM VEMllLATKIM I COMIROL ROOM VEMlLAllON SOUTH AIR HANDLER PACKAGE 0 CONTROL ROOM AIC CHILL WATER I CONTROL ROOM NORTH LIQVO CHILLER PACKAGE 0 CQMIROL ROOM AIC CHILL WATER I COMIROL ROOhl lnSOUIM'mO CHILLER PACKAGE AUIOLIARY 0SLOO CTRL RM AR COND RM AUIOLIARY 050.00 CIRL RM AR COND RM AUXIUARY 05ILOO GIRL RM AR COND RM AUXIUARY 050.00 CTRL RM AR COND RM 15 15 15 10 10 10 10 10 10 10 10 10 12 12 12 14IATTWB 14IAIT423 14IAIT&14IQAB1 14ICCDI 14ICCDZ 14XIID44NV 0 250V DC IXSIRIBUAON I PlANT BATT AB 0 250V DC QSIRIBVIQtt I PLANT BATT CD 250VDC CONTROL ANO WSTRVMENTAllQN I TRAN N PLANT BATTERY 0 250VOC CONTROL ANO WSIRVMENThlION I BAlTERY CHARGER'A'OR%'RAW BATTERY 250V DC QSIRIBVllQN I PLANT BATT BATT AB BATTERY CHARGER 01 250V DC QSIRIBUllON I PLANT BATTERY BATT~CHARGER 02 0 250VDC CQMIRQL ANO WSIRVMENTAIION I BATTERY CHARGER'8 FOR tI TRAN BATTERY 250V DC QSTRIBUllQN I PLANT BATTERY BATT~CHARGER 01 250V DC QSIRBVDON I PLANT BATTERY BATT~CHARGER ff2 0 120VAC GIRL RM WSTRUMENTAIIQN QSIR I 12NIAC CONTROL ROOM WSIRUMEMT QSIRKKIIION SYSTEM CH4 INVERIER 0 120V DC QSIRIBVIIQN I 120V AC CONTROL ROOM WSTRUMENT QSIRIBtmOM SYSTEM'Ha wvERTER 0 120V CIRL RM WSIRVMENTAIIQN QSIR I 120VAC CONTROL ROOM WSIRUMENT QSIIIIBtmQM SYSTEM CHIX INVERIER AUXIUARY M0.00 AB BATT EQUIP AUXIUARY 820.00 CD BATT EQUIP AUXIUARY 033.00 033 HALLWAY AUXILIARY OKLOO 033 HALLWAY AVXNJARY 013.00 4KV RM MEZZANWE AUXRJARY 013.00 4KV RM MEZZANWE AVXUARY OXLOO 033 HhlLWAY AUXIUARY 028.00 CD BAlT EQUIP AUXIUARY 02IL00 CD BAIT EQUIP AUXILIARY M9.00 WVERIER AREA AVXIUARY 000.00 WVERIER AREA AVXIUARY MO.M WVERIER AREA 14XIID4V4NV 0 120V GIRL RM INSTR VMEMTAIIQN DISTR I 120VAC CONTROL ROOM INSTRUMENT QSIRIBUDOH SYSTEM CH4V WVERIER AUXIUARY 033.00 CONIRCL RM 10 10 17 MNE.15MB 0 QESEL GENERATOR.
CONTROL ANO WSIRUMEHTI AB EMERGENCY DIESEL GENERATOR QME 150-AB INVERIER 0 QESEL GENERAllQN, CONTROL AND WSTRUMEM I IXESEL GENERATOR INVERIER 0 QESEL GENERATOR CONTROL ANO WSTRUMEMTA I AB EMERG QESEL GENERATOR AUXIUARY 587.00 ABEMEROSLGEN RM AUXRJARY 587.00 CD EhIER OSL GEM RM AVXIUARY 587.00 AB EMER DSL GEN RM 17 143ME-15GCO 0 QESEL GENERAIKXI COMTROt.ANO INSIRUMEMT I CD EMERG QESEL GENERATOR AUXIUARY.,=587.M COEMERDSLGEN RM 18 18 18 18 18 18 1d 18 18 2 18 1 10 12 10 1'13 1423.114 1+R-210 14'Fh240 1.WDS 701 1-WOS.702 1 WPS.701 1.WPS 705 I.VI$201 0 ESW I WEST ESW SUPPLY HEADER PRESSUR E SWflCH 0 TURBWE BIXLOWG VENIKAIlQN I EAST MOTOR DRIVEN ALBQUARY FEEDWAIER PUMP ROOM EXHAUST FAN HV AFP441 lHERMAL SENSOR IURSNE BtfLQNG VENIILAIIOM I TVRSNE DRnfEH ANOUARY FEED PUMP ROOM NORTH EXHAUST FAN HV.AFP.T1 THERMAL SENSOR 0 CONDENSATE STORAGE TANK SUPPLY I CONDENSATE STORAGE TANK TKGZ LEVEL WQCATOR TRANSMITTER 0 CONDENSATE STORAGE TANK SUPPLY I CONOENSAIE STORAGE TANK IK42 LEVEL WIXCATOR lRAHSMITIER AUX FEEDWATER I AUX FEEDWAIER TQ STEAM GENERATOR OMEN 1 FLOW WQCATQR TRANSMITTER AUX FEEDWAIER I AUX FEEDWAIER TQ SIEAM GENERATOR OME&2 FLOW WOICATOR lRAHSMfTTER AUX FEEDWAIER I AUX FEEDWATER TO SIEAM GENERATOR OME~FLOW WDICATOR lRAHSMfTTER 0 AUX FEEDWATER I AUX FEEDWAIER TO SIEAM GENERATO Oh!E~FLOW INQCATOR lRANSMfflER ESWI EAST ESW PUMP PP.7E QSCARGE SIRAWER OMEG4E HIGH QFFERENIIAL PRESSURE SWITCH ESWI WEST ESW PUMP PP-7W QSCHARGE STRAWER OME44W HIGH QFFERENIIAL PRESSURE SWfTCH 0 ESW I EAST ESW SUPPLY HEADER PRESSURE SWITCH AUXIUARY 580.00 STORAGE TANK PIPE TUNNEL AVXIUARY 58ILOO STORAGE TANK PIPE lUNNEL AVXIUARY 021.00 EMAINSIMSTOP ENCL AVXIUARY 021.00 W MAIN SIM STOP ENCL AUXIUARY 021.00 W MAIN SIM STOP ENCI.AUXIUARY d21.00 E MAW STM STOP ENCL SCREENHOVSE 591.00 E ESSNIL SERV WIR PMP RM SCREENHQVSE 501.00 W ESSNR.SERV WIR PMP RM IUR BINE 580.00 ESSNIL SERV WIR PIPE ltWNEL lURBWE 591.00 E MOTOR DRIVEN AUX FDWTR PU IVRSNE 501.00 TB DRIVEN AUX FDWIR PMP 1/6/96 6:53 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;1 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REf/IEW Page&#xb9;16 Equip Train 19 1 System l f quipment Oescnpbon 0 TURBWE BtflUXNQ VENTLATIONI TVRBWE DRIVEN AIBQUARY FEED PUMP ROOM SOUTH EXHAUST FAN HV~-T2 THERMAL SENSOR Build eg Floor Eiev Room or Raw Col 11JRBWE 591.00 TB DRIVEN AUX FDWTR PMP 19 12 TVRSNE BtflUXNQ VEMBLATION I WESl'URBINE MOTOR DRIVEN AVXL/ARY FEEDWATER PUMP ROOM WEST EXHAUST FAN HV~-, X2 THERMAL SENSOR 591.00 W MOTOR DRIVEN AVX FDWTR PU 19 19 19 19 19 19 19 19 12 12 12 12 12 12 12 12 1 VTS341 1 VT$345 1 VTS340 T.VTS351 1 VTS353 1-VTS357 0 DIESEL BUILDWQ VEMBLATION I AB EMERGENCY IXESEL GENERATOR ROOM VENBLATlON FANS OUTSIDE AIR THERMOSTAT DtESEL ROOM VENTLATION I AB EMERGENCY TXESEL GENERATOR ROOM VENTLATTON FANS HV4XDOT ANO HVDQS.1 THERMOSTAT 0 IXESEL ROOM VEMTLABON I CO EMERGENCY DIESEL GENERATOR ROOM VENTLATlON FANS OUTSIDE AIR THERMOSTAT DIESEL ROOM VEMTLATlON I CO EMERGENCY TXESEL GENERATOR ROOM VENTLATlON FANS HV47GX 2 ANO HV4TGS-2 THERMOSTAT AUXIUARY BVLDWG VENBLAllON I CONlROL ROO DRIVE EQtflP ROOM ANO WV AREA VENT SOUTH SUPPLY FAN HV SGRA 1A TEMPERAlURE SWITCH 0 AUXLIARY BtflLDWG VEMBLATION I COMIROL ROO DRIVE EQtflPMENT ROOM AND WV AREA VENT SOUTH SUPPLY FAN HV~RS-1 A TEMPERATURE SWITCH 0 AVXLIARY BtflLDWG VENTLABON I 4KV ROOM 000 VOLT SWGR XFRMS TR11B ANO TR110 AREA VEMl'UPPLY FAN HV~RS.7 TEMP SWITCH 0 AUXIUARY BVLlXNQ VENBLATION I 000VAC MOTOR CONTROL CENTER MEZZANWE AREA VENT SUPPLY FAN SGRSO TEMPERATURE SWITCH AVXIUARY BVLDWQ VENTLATION I CONT ROO DRiVE EQtflP ROOM ANO WV AREA OUTSDE HR WLET DAMPER HV~R4hD.T AND 2 TEMP SWITCH TO OVERRIDE PNEUMAllC CONTROLLER 0 AVXLIARY BVLDWQ VENTllhBON I CRIO ANO CRDM WV AREA VENT AIR WLET DAMPER HV~R4lO-1 AND 2 TEMP SWITCH TD OVERROE PNEUMATIC CONTROLLER AUXLIARY BVLDWQ VEMBtATION I CNTRL ROO DRIVE EQiflP ROOM ANO WV AREA VENT NORlH SUPPLY FAN HV~RS4A TEMP SWITCH 0 AVXIUARY BUILDWG VEMBLATION I CONTROL ROO DRIVE EQUIPMENT ROOM ANO WV AREA VENT NORTH SVPPI.Y FAN HV~S4h TEMPERATURE SWITCH 0 AVXLlhRY BULDWG VENTLATIONI 4KV ROOM AB 4KV SWITCHGEAR AREA VENTLATION SUPPLY FAN HV~RS.2 THERMAL SENSOR 0 AVXLIARY BVLDWG VENTLATION I 4KV ROOM CD 4KV SWITCHGEAR AREA VEMIXATCN SUPP!.Y FAN HV~RS3 THERMAL SENSOR A VXLIARY BVLDWQ VENTLATlON I 4KV ROOM 0OOV SWGR XFMRS TR118 ANO TR11D AREA VENT EXHAUST FAN HV~RS.7 TEMP SWITCH THERMAL SENSOR AVXLIARY BVLOWQ VENTLATION I 4KV ROOM 0OOVAC SWOR XFMRS TR11A ANO TR11C AREA VENT SUPPLY FAN HV~RS8 TEMP SWITCH THERMAL SENSOR AUXIUARY 590.00 AVXLIARY GROV NOS 009.00 WNER PLANT GROUNDS AVXIUARY AUXIUARY 00k00 WVERTER AREA AUXIUARY 009.00.CRD EQtflP RM AVXIUARY 009.00 4KV RM 00OV SWGR AUXIUARY 013.00 4KV RM-MEZZANWE AUXIUARY 009.00 WVERTER AREA AVXIUARY 009.00 INVERTER AREA AUXIUARY 009.00 WVERTER AREA 1 A AUXIUARY 009.00 CRD EQtflP RM AVXLIARY 009.00 4KV RM AB 4KV SWGR AVXIUARY 009.00 4KVRM CO4KV SWGR AVXIUARY 013.00 4KV RM MEZZANINE AVXIUARY 009.00 4KV RM 000V SWGR 19 12.VTS 705~0 SCREEN HOUSE YEN BLATION I UNIT 1 WEST ESSTIAL SERVCE WA1ER PUMP ROOM TEMPERATURE SWITCH THERMAL SENSOR SCREEN HOUSE 591.00 W ESSMlL SERV WTR PMP RM 19 12.VTS 705 0 SCREEN HOUSE VENTLABON I VI47 1 EAST ESSEN BAL SERVICE WATER PUMP ROOM TEMPERATURE SWll'CH THERMAL SENSOR SCREEN HOUSE 591.00 E ESSNlL SERV WTR PMP RM
 
APPENDIX C DONALD C.COOK NUCLEAR PLANT-UNlT 2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL},.FOR RELAY REVIEW Donald C.Cook Nuclear Plant-Unit 2 SSEL Certification:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this safe shutdown equipment list is, to be the best of our knowledge and belief, correct and accurate.Name Sicinature Daae B.A.Svensson Operations G.P.Arent Operations J.V.Ruparel Systems Sm/5 H.W.Young Systems R.C.Steele Electrical f2-~<-%T.R.Satyan Sharma Project Manager IzaA 1/8/96 12:46 PM DONALD C.COOK NUCLEAR PIANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR RELAY REVIEW Page&#xb9;2 Equip Treln 0 12 Equipment ID 24IVWCFD.1 Rev No CONTROL ROOM VENTNAllQH I PLANT PROCESS COMPUTER ROOM VENTILATION EXHAUST NORlH BR E DAMPER Buildiny Boor Bev Room or Row Cot U.2 AUXIUARY 650.00 PLANT PROCESS COMPUTER RM 12 12 12 24IV.ACFO.2 2+IV4GSFD 1 24IV4GSFD.2 24IV OX'.1 24ME~24T.TQOAB 24T 1OOGD 24T 115AB 24T 1 18CD 2~2+BOA 2~2~V%2~VD 2~%2~2~GB 2~GO 24%A 2~241A1 2-21A10 2-21A11 241 A4 2-21 AC 2%1 810 0 CONTROL ROOM VENTILATION I PLAMI'ROCESS COMPUTER ROOM, VENBLATIOH EXHAUST SOUTH BRE DAMPER CONIROL ROOM VENBLATIQN I CONTROL ROOM VENT UNITS HVWCRA 1 8 HVWCRA 2 TO PLANT PROCESS COMPUTER ROOM BRE DAMPER 0 OtESEL RQQM VENTNABOH I CD EMERGENCY DESEL GENERAlOR ROOM VENBLATTON SUPPLY FlRE DAMPER 0 DESEL ROOM VENBLATION I AB EMERGENCY OtESEL GENERATOR ROOM VEMTlLABOH SUPPLY ARE DAMPER 0 DESEL ROOM VENBLATION I CO EMERGENCY DESEL GENERATOR ROOM VENBLATlOH EXHAUST BR E DAMPER 0 DESEL RQQM VENBLABON I AB EMERGENCY DESEL GENERATOR ROOM VENBlhllQH EXHAUST BRE DAMPER ESSENTIAL SERVCE WAlER I EAST ESSENBAL SERVCE WATER PUMP PP-7E DISCHARGE SIRAINER 0 ESSENBAL SERVCE WATER I WEST ESSENBAL SERVCE WATER PUMP PP-7W DSCHARGE SlRAINER 0 OtESEL COMBUSBQN AIR I AB EMERGENCY DESEL AIR INTAKE FN.TER DIESEL COMBUSTIQH ANTI CO EMERGENCY DESEL AIR INTAKE FILTER DESEL LUBE DL I AB EMERGENCY DESEL BYPASS LUBE OIL BLTER DESEL LUBE OIL I CO EMERGENCY DESEL BYPASS LUBE ON.FILlER ELECTRCAL DSTRIBVBON, SOOVAC I SQQVAC MOTOR CONTROL CENTER AIBA 0 ELECIRCAL DSTRIBVBON, SQOVAC I SQQVAC MOTOR CONTROL CENTER AM)250VDC CONTROL AND NISTRUMENTATION I CONTROL CENTER VALVE ELEClRICAL DSTRIBVBOH, SOOVAC I SOOVAC MOTOR CONTROL CENTER ABACA ELECTR CAL OISTRIBVBQN, SOQVAC I 8QQVAC MOTOR CONTROL CENTER ABO8 0 ELECTRICAL DSTRIBUBQN, SQQVAC I SQOVAC MOTOR COMTROL CENTER ABOC 0 ELECTRICAL DSTRIBUTIQN, SOOVAC I SQOVAC MOTOR CONTROL CENTER ABO4 ELEClRCAL DSTRIBVBON, eXIVAC I SOOVAC VALVE CONTROL CENTER ABYE ELECTRICAL DSTRIBVBON, 600VAC I SQQVAC VALVE CONTROL CENTER ABV4 0 ELECTRICAL DSTRIBV DON.SQOVAC I SOQVAC MOTOR COMTROL CENTER ALLA ELECTRCAL DSIRIBUBQM, SQQVAC I SQQVAC MOTOR CONTROL CENTER AM4 ELECTRICAL DSTRIBUBQN, 600VAG I SQOVAC VALVE CONTROL CENTER AZVA ELECTRCAL OISTRIBUBON, SQOVAC I SQQVAC MOTOR CQMTROL CENTER EZC.A ELECTRICAL DSTRIBVBON, SOOVAC I eXIVAC MOTOR CONTROL CENTER EBB ELECTRICAL DSTRIBUTION, SQOVAC I 800VAC MOTOR CONTROL CENTER EZC4 0 ELECTRCAL DSTRIBUBON, 600VAC I SQOVAC MOTOR CONTROL CENTER EZ~ELECIRCAL DSTRIBUTION, SQQVAC I SQOVAC MOTOR CONTROL CENTER PS%0 EUCTRCAL DSTRIBVBQN, SQQVAC I SQQVAC MOTOR COMTROL CENTER PSO ELECTRCAL DSIRIBVBON, SXNAC I REACTOR ROO CONTROL SOUTH MOTOR GENERATOR SET CRDMG.2S SUPPLY BREAKER ELEClRCAL DSTRIBVBOH, SOOVAC I WEST TURBNIE AUXUARY COOUNG WATER PUMP PP-14W SUPPLY BREAKER ELECTRICAL DSTRIBVBON, SXIVAC I SQQVAC BUS 21 A SUPPLY BREAKER 0 ELECTRCAL DSTRIBVBQIL SQQVAC I SOUTH PLANT UGHBNG TRANSFORMER lR.LTG4S SUPPLY BREAKER ELECBIICAL DSTRIBUBQN, SQOVAG I SOOV BUS 21 A TO SQOV BUS 21C TIE BREAKER 0 ELECTRICAL DSTRIBUTQN, SQOVAC I PLANt ANT COMPRESSOR OMELET SUPPLY BREAKER U-2 AUXLAIRY 65ILQO PLANT PROCESS COMPUTER RM U.2 AUXIUARY 650.00 PLANT PROCESS COMPUTER RM U-2 AUXIUARY 587.00 CO EMER OSL GEN RM~AUXNJARY 587.00 AB EMER OSL GEN U-2 AUXIUARY 587.00 CO EMER OSL GEN RM U-2 AUXNJARY 587.00 AB EMER DSL GEN RM SCREENHQUSE 501.00 E ESSNTL SERV WTR PMP RM SCREENHOUSE 591.00 W ESSMTL SERV WTR PMP RM GROUNDS 600.00, INNER PLANT GROUNDS GROUNDS 600.00 INNER PLANT GROUNDS AUXNJARY 570.00 AB EMER OSL LUBE DL PIT AUXIUARY 570.00 COEMERDSLLUBE QIL PIT AUXIUARY 587.00 5ST HALLWAY AUXNJARY 587.00 587 HALLWAY AUXNJARY 5S7.00 587 HALLWAY AUXNJARY 587.00 ABEMEROSLGEN RM AUXNJARY SS7.00 AB EMER DSL GEN RM AUXNJARY 587.00 CO EMER OSL GEN RM AUXIUARY 587.00 COEMEROSLGEN RM AUXNJARY 587.00 587 HALLWAY AUXIUARY 587.00 587 HALLWAY AVXIUARY 833.00 833 HALLWAY AUXIUARY SM.OO 633 HALLWAY AUXNJARY 800.00 609 HALLWAY AUXIUARY 613.00 4KV ROOM MEZZANINE AREA AUXIUARY 613.00 4KV ROOM MEZZANINE AREA AUXNJARY SIILQO 4KV RQQM MEZZANINE AREA AUXIUARY 613.00 4KV ROOM MEZZANINE AREA SCREENHQUSE 594.00 TRAVEL SCRN MCC UPPER RM SCREENHOUSE 594.00 TRAVEL SCRN MCG UPPER RM AUXIUARY 809.00 4KV RM~SOOV SWGR AREA AUXIUARY 609.00 4KV RM SQOV SWGR AREA AUXNJARY SQQ.QO 4KV RM SOOV SWGR AREA AUXNJARY 600.00 4KV RM SQQV SWGR AREA AUXNJARY SOQ.OO 4KV RM SOOV SWGR AREA AUXIUARY 600.00 4KV RM SOOV SWGR AREA 1/mg6 12:46 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page&#xb9;3)EeAp 7'ENipment IO Ree No 241 B11 2-21 B12 ELEClRCAL QSTRIBVBQN.
NOVAC I 000VAC BUS 21 B SUPPLY BREAKER ELECTRICAL QSTRIBUTION, NQVAC I SOUTH NONESSENBAL SERVCE WATER PUMP PP45 SUPPLY BREAKER Build ey Boor Elev Room or Row Col AUXIUARY 009.00 4KV RM 000V SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA 2 2'.ZI B13 241CTZ 241C14 ZmCI0 ZWC17 241C10 241 C2 2-21 01 ZW01 0 241 013 241 09 242 4IYA 2424ITA Z-TZI A1 2.121 A10 2-121 A11 2 T21A12 0 ELECTRICAL QSlRIBVBON, CXWAC I TVRBQIE ROOM BIDUCTlON HEABNG, STRESS REUEF ANO BOLT HEAlERS SUPPLY BREAKER ELECTRICAL QSTRIBUTIQN, CXWACI OQOV MOTOR CONTROL CENTERS TBGJTW ANO TBPJBI SUPPLY BREAKER 0 ELECTRICAL DSTRIBUTlQN, 0QOVACI EAST TURBQIE AUXIUARY COOUNG WATER PUMP PP-1 4E SUPPLY BREAKER ELECBTCAL QSTRIBVBON, 000VAC I 000V BUS 21 B TO CXIV BVS 21 0 TK BREAKER 0 ELECTRiCAL QSTRIBUTION, 000VACI 000V BUS 21 C SUPPLY BREAKER 0 ELECTRCAL DSTRIBVBQIL CXWAC I SOUIH SPENT FUEL PIT PUMP 124%41 S SUPPLY BREAKER ELECTRCAL DISTRIBVBOIL 000VAC I REQPROCABMG CHARGING PUMP PP~SUPPLY BREAKER 0 ELECTRICAL QSTRIBUBQM.
NOVAC I RRE PROTECBON WATER IOGH DEMAND PUMP PP 11 SUPPLY BREAKER ELECTRCAL QSlRI BUTION, 000VAC I NOVAC MOTOR CONTROL CENTER TBCCM SUPPLY BREAKER 0 ELECIRICAL OISTRIBVBQtt, 6OOVAC I NORTH NONESSENTUK SERVCE WAlER'UMP PP4M SUPPLY BREAKER 0 EUCTRCAL DSTRIBVBON, 6QQVAC I MANI TURBQIE AVIARY LUBE OL PUMP OT-201 SUPPLY BREAKER 0 COMTAQIMENT POLAR CR I ELECTRCAL DSTRIBVT 0 ELECTRICAL DSTRIBUTIQN CXWAC I aRCULABNG WATER TRAVELatG SCREEN SOUTH WASH PUMP PP.15S SUPPLY BREAKER 0 ELICTRCAL DSTRIBVTION, 0QQVACI PLANT hMO CMTMT STANDBY IJGHBNG TIIAMSFORMER TRJ.TG4 SUPPLY BREAKER ELECTRICAL DSTRIBUBQN.
0QQVAC I MAIN AND SPARE TRANSFORMER AUXXJARIES
'NORMAL QSTRISUTION CAENET TCSN SUPPLY BREAKER ELECTRICAL QSTRIBVBON, 000VAC I 000V BUS 21 0 SUPPLY BREAKER 0 ELECTRCAL DSTRIBUBQN, 0NVAC I NORTH PLANT UGNBNG TRANSFORMER
'R4 TGJIM SUPPLY SR EAKER ELECTRICAL DSTRIBUBQM.
0OOVAC I REAClOR ROD CONlROL NORTH MOTOR GENERATOR SET CRDMG.M SUPPLY BREAKER 0 ELECTRICAL DISTRIBUTION.
CXWAC I COMTA0IMEMT UGt{BNG TRANSFOIUJER lR4 TG.I 0 SUPPLY BREAKER 0 ELECTRICAL DSTRIBVBQN, 600VACI MAIM AND SPARE TRANSFORMER AUXIUARIES EMERGENCY DSTRIBUBON CASNET TCSE SUPPI.Y BREAKER 0">REACTOR TRIP BREAKER{RQO CONTROL 6 INST.)I REACTOR ROO CONTROL TRA REACTOR TRIP BYPASS CIRCUIT BREAKER 0 REACTOR TRIP BREAKER{RQO CONTROL 6 9IST.)I REACTOR ROO COMIROL TRAIN B REACTOR TRIP BYPASS aRCtXT BREAKER ROO COMTROI.AND INSTRUMENTATION I REACTOR ROD CONTROL TRAN'A'EACTOR TRIP aRCUIT BREAKER 0 ROO CONTROL AND QISTRUMEMTABQM I REACTOR ROO COMTRQL TRAOI'P REACTOR TRIP CIRCUIT BREAKER 0 ELECTR CAL QSTRIBVBQN, 4'I 60VAC I SOVIH SAFETY OIJECBOM PUMP PP-20S SUPPLY BREAKER 0 ELECTRICAL QSTRIBUTIQN.
4 I00VACI 000V BUS 21 A SUPPLY TRANSFORMER TR21A SUPPLY BREAKER 0 ELECTRICAL OISTRIBVBON.
4100VAC I AB EMERGENCY DIESEL GENERATOR TO 4KV BUS T21A SUPPt.Y BREAKER ELECTRICAL DSTRIBVBQM, 4100VAC I aRCUIT BREAKER FROM 89KV TO BUS TZIA AUXIUARY 009.00 4KV RM 0OOV SWGR AREA AUXIUARY 009.00 4KV RM NOV SWGR AREA AUXIUARY 009.00 4KV RM~000V SWOR AREA AUXIUARY N9.00 4KV RM 000V SWGR AREA AVIOLIARY 009.00 4KV RM 000V SWGR AREA AUXLIARY 009.00 4KV RM NOV SWGR AREA AUXLIARY 009.00 4KV RM CXW SWGR AREA AWUARY 009.00 4KV RM 000V SWGR AREA AVIARY N9.00 4KV RM 600V SWGR AREA AUXXJARY N9.00 4KV RM 000V SWGR AREA AUXIUARY 609.00 4KV RM 000V SWGR AREA AVXIUARY 609.00 AIR COOLED DRCUIT BREAKER{METAL AUXNJARY 609.00 4KV RM CXIV SWGR AREA AUXIUARY N9.00 4KV RM~000V SWGR AREA AUXIUARY 009.00 4KV RM NOV SWGR AREA AUXIUARY N9.00 4KV RM NOV SWGR AREA AUXIUARY 009.00 4KV RM 000V SWGR AREA AUXIUARY 009.00 4KV RM NOV SWGR AREA AUXIUARY N9.00 4KV RM 000V SWGR AREA AUXIUARY N9.00 4KV RM~000V SWGR AREA AVXIUARY 009.00 CRD EQUIP RM AUXIUARY 009.00 CRD EQUIP RM AUXIUARY 009.00 CRD EQVIP RM AUXIUARY 009.00 CRO EQUIP RM AVXIUARY N9.00 4KV RM AB 4KV SWGR AREA AUXIUARY N9.00 4CVRM AB4KV SWGR AREA A{DQLIARY 009.00 4KV RM AB 4KV SWGR AREA AUXNJARY 009.00 4KV RM AB 4KV SWOR AREA 1/808 12:46 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR RELAY REVIEW Page&#xb9;4 EQIAP Train 8 1 8 1 2.121 81 2l2182 2-721 84 2.721 C1 2-727 CQ 2.121 D1 2.721 D12 2.72182 2.721 DS 0 ELECIRICAL QSIRIBUBON, 4100VAC I 4KV BUS 2D TO 4KV BUS 721 D 71E BREAKER 0 ELECTRICAL QSBtSUBOH, 4100VAC/000V BUS 21D SUPPLY TRANSFORMER 7R21D SUPPLY BREAKER ELECTRICAL QSBLIBUBON, 41 60 VAC I EAST CONTANMEMT SPRAY PUMP PP4E SUPPI.Y BREAKER 0 ELECTRICAL QSTRIBUBON PANEL, 4100 VAC I NORTH SAFElY NJECBOH PUMP PP 20N SUPPLY BREAKER 0 ELECTRICAL QSTRIBUTION, 4180VAC I CO EMERGENCY QESEL GENERATOR TO 41$BUS 121 D SUPPLY BREAKER 0 ELECTRICAL DISBIIBIfllOt4 4100 VAC/4KV BUS l21D TO 480V PRESSURIZER HEATER BUS SUPPLY TILAMSFORMER TR21PHC SUPPLY BREAKER 0 12OV CONTROL ROOM NSLRUMENTABON QSiRIBUBON I 10KVA TRANSFORMER CONSTANT VOLTAGE ELECTRICAL OISTRtBUTION, 4100 VAC I WEST CONTANMENT SPRAY PUMP PP4W SUPPLY BREAKER 0 ELECTRCAL DISTRIBUBON, 4100 VAC I 4KV BUS 721 A TO 480V PRESSURIZER HEATER BUS SUPPLY TILANSFOIIMER TR21PHA" SUPPLY BREAKER ELECTRICAL DSIRIBUBON 4'I 00VAC I 41$BUS 2A TO BUS 721 A llE BREAKER 0 ELECTRICAL QSTRtBUBON, 4160VAC I 4KV BUS 28 TO 41$BUS 721 8 ltE BREAKER 0 ELECTRICAL QSTRIBUBON, 410OVAC I CIRCUIT BREAKER FROM 09KV BUS TO BUS l21 8 ELECTRICAL QSBLIBUBOH, 4100VAC I AB EMERGENCY DIESEL GENERATOR TO 41$BUS 121 8 SUPPLY BREAKER ELECiRICAL QSTIOBUBOM, 4100VAC I 41$BUS 2C TO 4KV BUS l21 C 7IE BREAKER ELECIRICAL QSIRIBUBON, 4100V AC I CIRCLXT BREAKER-4KV FROM 09KV TD BUS l21 C 0 ELECTRICAL QSTRIBUBON, 4100VAC I CO EMERGENCY QESEL GENERATOR TO 4I$BUS 721 C SUPPLY BREAKER 0 ELECTRICAL DLSlRIBUBON, 4160VAC/4KV EMERGENCY POWER BUS EP TO 4KV BUS 721 8 SUPPLY BREAKER AUXIUARY 009.00 AUXIUARY 009.00 AUXIUARY 009.00 ANQUARY 009.00 ALSQUARY 009.00 AUXIUARY 009.00 AUXIUARY 009.00 AUXIUARY 009.00 AUXIUARY 009.00 AUXILlhRY 009.00 AUxa/ARY 009.00 AUXIUARY 009.00 AUXIUARY 609.00 AUXIUARY 009.00 4KVRM ABBEY SWGR AREA'41$RM A84KV SWGR AREA 41$RM A841$SWGR AREA 4KVRM A84KV SWGR AREA 4KVRM A84I$SWGR AREA 4ISRM CD%V SWGR AREA 4KVRM 000VSWGR AREA 4KVRM CD41$SWGR AREA 4KVRM CD4I$SWGR AREA 4KVRM CD4KV SWGR AREA 4ISRM CD4KV SWGR AREA 4KVRM CD4I$SWGR AREA 4KVRM CD4I$SWGR AREA 4KV RM CO 4KV SWOR AREA 4KVRM 000VSWGR AREA 2CRIDaCVT 0 2CRIOJQCVT 2CRIO4VCVT 0 120VAC DISTRIBUTION I 120V AC CR INSl'STR CHa ISOL CONf VOLT TRANSFORMER 120V COMIROL ROOM NSTRUMEMTATION QSTR/10KVA ISOUM//ER-CONSTANT VOLTAGE TRANSFORMER 120V COHTROL ROOM INSTRUMEHfATION QSTR/10KVA ISOUMITER CONSfhHT VOLTAGE TRANSFORMER AUXIUARY 009.00 4KVRM 600VSWGR AREA 4KV RM~0OOV SWGR AREA 4KVRM 000VSWGR AREA 12 2-TR21A 2.7R21 8 2-TR21C 2.7R21 0 12~%1 S 2~.10E 0 DESEL GEMERABOM, CONTROL ANO NSIRUMENTATKNI AB EMERGENCY DIESEL GENERATOR OME.150 AB FIELD FlASH CIRCUIT TRANSFORMER 0 QESEL GENERABQtL COMIROL AMD NSTRUIJENTATION I CD EMERGENCY DtESEL GENERATOR OME-15OCD FIELD FLASH CKT TRANSFORMER ELECTRICAL DSTRIBUBON, 0OOVAC I 0XW BUS 21 A SUPPLY lRANSFOR M ER 0 ELECTRICAL QSTRIBUBON, eXIVAC I OOOV BUS 21 8 SUPPLY TRANSFORMER ELEClRICAL DSTRIBUBON.
600VAC I 00OV BUS 21 C SUPPLY TRANSFORMER 0 ELECTRICAL DSTRIBUBON, 0OOVAC I 00OV BUS 21 8 SUPPLY TRANSFORMER SPENT FUEL PIT COOUNG/CLI~P I SOUTH SPENT FUEL PIT PUMP 0 COMPONEMf COOUNG WATER I EASI'OMPONEMf COOUNG WATER PUMP AUXIUARY 587.00 AUXIUARY 587.00 AUXNJARY 609.00 AUXIUARY 009.00 AUXIUARY 009.00 l&2 AUXIUARY 009.00 AUXIUARY 609.00 CO EMER OSL GEN RM 4KVRM 000VSWGR AREA 4KVRM 0OOVSWGR AREA 4I$RM CD4KV SWGR AREA 4KV RM~6OOV SWGR AREA SPENT FUEL PIT HEAT XCHGR RM 009 HALLWAY 2~-10W, 0 COMPONENT COOUNG WATER I WEST COMPONENT COOUNG WATER PUMP AUXIUARY 009.00 009 HALLWAY 2~-26N 2~.268 249 A 0 SAFElY NJECBON I NORTH SAFETY INJECTION PUMP 0 SAFETY NJECBON I SOUTH SAFETY NJEC7ION PUMP 0 AUXIUARY FEEDWATER I EAST MOTOR DRIVEN AUXIUAAY FEEOWATER PUMP 0 AUXIUARY FEEDWATER I WEST MOTOR DRIVEM AUXIUARY FEEDWATER PUMP 0 AUXIUARY FEEDWATER/7URBNE DRIVEN AUXIUARY FEED PUMP AUXIUARY 587.00 AUXIUARY 587.00 TURBNE 591.00 lURBNE 591.00 lUR BINE 591,00 N SAFETY NJ PMP RM S SAFETY NJ PMP RM E MTR DRIV AUX FEEDWTR PMP W MTR DRIVEN AUX FDWTR PMP TB DRiVEN AUX FDWTR PMP
 
1/8/96 1246 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page&#xb9;5 ErtoipmsmiO Rev No System/Equi pmsnt Doscnpeon Room or Row Col 12 2~~2~~0 BORON MAKEUP (CVCSI I BORIC ACID STORAGE TANKS 11LANSFER PUMP&#xb9;3 BORON MAKEUP (CVCSI I BORIC AQD SLORAGE TANKS TRANSFER PUMP&#xb9;4 0 CHARGNQ (CVCS)I RECPROCATNG CHARGING PUMP 0 CHARGNG (CVCSI I EAST CENTRIFUGAL CHARGING PUMP AUXIUARY SS7.00 ALBSUARY 587.00 ALBQUARY 587.00 AUXNJARY 587.00 BORIC AQO STQR TANK AREA BORIC ACID Sl'OR TANK AREA REQPROCAllNG CHARQ PMP RM E CENTRIFUGAL CHARG PMP ROOM 2PP40W 0 CHARGNG (CVCS)I WEST CENTRIFUGAL CHARGNQ PUMP AUXIUARY 587.00 W CEMRIFUGAL CHARG PMP RM 24T 10$h81 24T.1 QM82 0 CONIROL ROOM HR CONDIDONNQ CHILL WATER I CONIROL ROOM AIR COND(IKNNQ NORTH CteLL WAlER CIRCULA11ON PUMP 0 CONIILOL ROOM AIR CONDITONNQ CISLL WATER I CONTROL ROOM HR CONOID NNQ SOUTH CteLL WATER CSLCULATION PUMP 0 QESEL FUEL QL I AB EMERGENCY QESEL FUEL QL TRANSFER PUMP&#xb9;1 0." i DIESEL FUELOIL/AB EMERGENCY DIESEL FUEL Oit.lRANSFER PUMP&#xb9;2 AUXIUARY 850.00 AUXIUARY 850.00 AUXIUARY 587.00 AUXIUARY 587.00 CTRL RM HR CONQT RM AB EMER OSL FUEL OIL XFER PMP 5=-2 5'I 247 105CO1, 0 247.1 OSCD2 24T.111~QESEL FUEL QL I CD EMERGENCY QESEL FUEL OIL TRANSFER PUMP&#xb9;1 QESEL FUEL OIL I CD EMERGENCY QESEL FUEL OIL'lRANSFER PUMP&#xb9;2 i DIESEL LUBE OL I AB EMERGENCY QESEL LUBE CIL BEFORE AND AFTER PUMP ALBGUARY 587.00 ALBQUARY 587.00 AUXIUARY 579.00 CD EMER DSL FUEL OIL XFER PMP AB EMER DSL, LVBE Oil.PIT 5 2 5 1 5 2 5 1 5.2 5 1 5 2 24T 11140 24T.117~24T 117CD 24T 11048 24T 110CD 247.1 30A81 24T 130482 247.1 30CD1 24T-130CO2 247.1 3548 24T 135CO 0 QESEL LUBE OIL I CD EMERGENCY QESEL LUBE OIL BEFORE ANO AFTER PUMP QESEL LUBE QL I AB EMERGENCY QESEL LUBE QL HEATER OT.11tLAB PUMP 0 QESEL LUBE OIL I CD EMERGENCY QESEL LUBE OIL HEATER OT 118CO PUMP 0 DiESELLUBEQLIAB EMERGENCYQESEl BYPASS LUBE OIL FILTER OT 118.AB PUMP 0 QESELLVBEQLICD EMERGENCYQESEL BYPASS LUBE OIL RL1ER OT-1 18CD PUMP 0 QESEL JACKET WATER I AB EMERGENCY QESEL JACKEI'WATER PUMP&#xb9;1 0 QESEL JACKET WATER I AB EMERGENCY QESEL JACKET WATER PUMP&#xb9;2 QESEL JACKET WATER I CD EMERGENCY QESEL JACKET WATER PUMP 1 0 QESEL JACKET WATER I CD EMERGENCY QESEL JACKET WATER PUMP 2 0 QESEL JACKET WATER I AB EMERGENCY QESEL ALBSUARY JACKET WATER PUMP 0 QESEL JACKET WATER I CO EMERGENCY DIESEL ALBOUARY JACKET WATER PUMP RESIUAL HEAT REMOVAl I EAST ILESCUAL HEAT REMOVAL PUMP AUXIUARY 570.00 ALBQUARY 570.00 ALBQUARY 570.00 AUXIUARY 570.00 AUXIUARY 570.00 AUXXJARY 587.00 AUXSJARY 587.00 AUXIUARY 587.00 ALBSUARY 587.00 AUXIUARY,SS7.00 ALBQUARY 587.00 CO EMER DSL LUBE QL PIT AB EMER OSL LUBE OIL PIT CD EMER DSL LUBE QL PIT AB EMER OSL LUBE OIL PIT CO EMER OSL LUBE OIL PIT AB EMER DSL GEN RM AB EMER DSL GEN RM CD EMER DSL GEN RM CD EMER DSL GEN RM AB EMER OSL GEN RM CO EMER OSL GEN RM EAST RHR PUMP RM e 1 2PP45W 0 RESOUAL HEAT REMOVAL I WEST RESIDUAL HEAT REMOVAL PUMP AUXIUARY 573.00 W RHR PMP RM 8 2 8 1 0 ESSENllAL SERVICE WA1ER I EAST ESSEMIAL SERVICE WATER PUMP 0 ESSENRAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER PUMP CONTANMENT SPRAY I EAST CONTAINMENT SPRAY PUMP SCREENHOUSE 501.00 ALBGUARY 573.00 E ESSNIL SERV WTR PMP RM W ESSNTL SERV WTR PMP RM E CONT SPRAY PMP RM 8 1 2PP4W 24CR 401 0 CONTANMENT SPRAY I WEST CONTAINMENT SPRAY PUMP AUXIUARY 573.00 0 NUCLEAR SAMPUNG I STEAM GENERATOR AUXIJARY 501.00&#xb9;1 BL~SAMPLE DSR401 CONTANMENT ISOLATION VALVE W CONT SPRAY PMP RM 7 1 0 NUCLEAR SAMPUNQ I STEAM GENERATOR&#xb9;2 BLOWDOWN SAMPLE DSR402 CONTANMENT ISOLATION VALVE NUCLEAR SAMPUNQ I STEAM GENERATOR&#xb9;3 BLOWDOWN SAMPLE DSR403 CONTAINMENT ISOLATION VALVE AUXSJARY 501.00 ALBOUARY 501.00 VESllBULE 7 2 7 1 7 1 24CR 404 0 24yCR410 24CR~0 24CR 430 0 NUCLEAR SAMPUNG I SLEAM GENERATOR&#xb9;4 BLOWOOWN SAMPLE OSR4N CONTAN MENT ISOLATION VALVE SLOWDOWN I STEAM GENERATOR OME4-1 BL~CONTANMENT ISOLA11ON VALVE BLOWDONN I STEAM GENERATOR OME4.2 BLOWDOVN CONTAINMENT ISOLATION VALVE SLOWDOWN I STEAM GENERATOR OME~BLOWDOVW CONTAINMENT ISOlhTION VALVE SLOWDOWN I STEAM GENERATOR OME~BLOWDNVN CONTAINMENT ISO(hllON VALVE ALBQUARY 501.00 ALBSUARY 501.00 AUXLlARY 501.00 ALBQUARY 501.00 ALBQUARY 501.00 STARTVP BLOWD OWN FLASHTANK R M STAR TVP SLOWDOWN FLASHTANK R M STARTUP BLOWD OWN FLASHTANK R M STAR TUP BLOWDOWN FLASHTANK R M 7 12 24RVMT 0 STEAM UNE DRANS I MHN STEAM LEADS CONDENSATION DRAIN TANK TK 150 GULLET SHUTOFF VALVE AUXIJARY 800.00 1/N96 12:46 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR REIAY REVIEW Page&#xb9;6 Equip Troh 7 1 12 12 12 12 2+RV447 241(V.257 2+RV.258 2~414 2&RYE 24IV~R410.1 Sysurm I Equi pmont Oeooripbon 0 AUXNJARY FEEDWATER I WEST MOTOR DRIVEN AUXIUARY FEED PUMP PP4W EMERGENCY 1 h HR OPERATED LEAKOFF GLOBE VALVE 0 AUXIUARY FEEDWATER I EAST MOTOR DRIVEN AVXIUARY FEEDWATER PUMP PP 3E EMERGENCY 1 h AIR OPERATED'EAKOFF VALVE 0 ALOQUARY FEEOWATER I TURBWE DRIVEN AUXXJARY FEED PUMP EMERGENCY 1 In AIR OPERATED LEAKQFF GLOBE VALVE 0 NITROGEN (REACTOR PLANT SERVICEI I NIIROGEN SUPPLY TD ACCUMV(ATOR TANKS CONTAWMENT ISO(ATION VALVE 0 NITROGEN (REACTOR PLANT SERVICE)I taTROGEN SUPPLY TD ACCUMULATOR TANIO(S VENT VALVE AUIOUARY BUILDING VENDLATION I CONTROL ROO DRIVE EQUIPMENT ROOM ANO WVERTER AREA VEND(ATION RECOtCULATWG AIR WLET DAMPER Buiknn0 Fhor Eiev Room or Row Col lURBitIE 501.00 W MTR DRIVEN AVX FOWTR PMP TURBINE 591.00 E MTR DRIV AUX FEEDWTR PMP TURBINE 501.00 TB DRIVEN AVX FDWTR PMP AUX8JARY 501.00 SfARTVP SLOWDOWN FLASHl'ANK RM coNfhwMENT 5(NLoo ANNULUs, QUAD NQ.2 AUXLIARY 600.00 4KV RM 6OOV SWGR AREA 12 24(V4GRJJDG 0 AUXNJARY BUNJXNG VENT%ATION I CONTROL ROO DRIVE EQ(&#xb9;PMENT ROOM ANO WVERTER AREA VEND(ATION OVTSDE AIR If%ET DAMPER AUxnJARY 609.00 4KV RM 6OOV SWGR AREA 24RV.112 24(V 122 12 i 24(V 132 0 NITROGEN (REACTOR PLANT SERVICEI I ACCVMULATOR TANK 0M&5 1 NITROGEN SUPPLY/VENT VALVE 0.Nm(QGEN (REATOR PLANT SERVICE)I ACCVMU(ATOR TANK OME&2 NffROGEN SUPPLYIVENT VALVE 0 NRROGEN (REACTOR PLANT SERVICE)I ACCUMUlATOR TANK OME4G NITROGEN SUPPLYIVEMT VALVE CQNTAW MENT 512,00 ACCUMULATOR TANK<<1 AREA CONTAINMENT 51 2.00 ACCUMULATOR TANK&#xb9;2 AREA CONTAWMENf 612.00 ACCUMULATOR TANK&#xb9;3 AREA 12 12 12 12 12 24(V.142 24tV 149 24(V 150 24(V 156 24tV 157 24tV 158 NRV.166 24tV.176 24tV-186 24(V-260 24tV<1 0 24R V<11 2JRV420 24(V40 24\Vie 24ICR-251 0 t<<TROGEN (REACTOR PLANT SERVICE)I ACCUMULATOR TANK QME44 NTROGEN SUPPLY/VENT VALVE 0 RESDUAL HEAT REMOVAL I WEST RESDVAL HEAT REMOVAL TD REACTOR COOLANT LOOPS N2 ANO N3 0.75 h AIR OPERATED TEST LOB VALVE RESIDUAL HEAT REMOVAL I EAST RESOVAL HEAT REMOVAL TO REACTOR CO(KANT LOOPS&#xb9;1 AND&#xb9;4 0.75 In AIR OPERATED TESl'ALVE RESDUAL HEAT REMOVAL I ACCUMULATOR TANK OME4 1 IL75 IN AIR OPERATED OVf(ET ANO SAFETY WJECllON TQ RC lOOP NI COLO LEG TEST VALVE 0 RESDUAL HEAT REMOVAL I WEST RHR~'AND SAFEIY WJECllON TO REACTOR COOLANT LOOPS<<2AND<<da75 W HR OPERATED TESf VALVE 0 RESDUAL HEAT REMOVAL I EAST RHR ANO NORllt SAFElY WJECDON TO REACTOR ComANT PUMPS<<1 He<<4 a7s IN AIR OPERATm TEST VALVE RESOVAL HEAT REMOVAL I ACCUMULATOR TANK CME42 0.75 W AIR OPERAlED OUTLET AND SAFElY WJECTION TO RC LOOP N2 COLO LEG TEST VALVE RESDVAL HEAT REMOVAL I ACCVMV(ATOR TANK OME4S 0.75 W HR OPERATED OUTLET AND SAFETY WJECTION TQ RC LOOP N3 COLO LEG TESf VALVE 0 RESDVAL HEAT REMOVAL I ACCUMULATOR TANK 0M&54 1 W AIR OPERATED OUTLET ANO SAFElY WJECDON TO RC LOOP N4 COLD LEG TEST VALVE 0 SAFETY WJECTIQNI SAFEIY WJECTIQN TEST UNE SHUTOFF VALVE 0 RESOVAL HEAT REMOVAL I EAST RESDVAL HEAT REMOVAL HEAT EXCHANGER HE.17E 8 W AIR OPERATED OUTlET FLOW CONTROL VALVE 0 RESDUAL HEAT REMOVAL I RESDVAL HEAT REMOVAL HEAT EXCHANGERS BYPASS FLOW 8 W AIR OPERAlEO CONTROL VALVE 0 RESDUAL HEAT REMOVAl.I WEST RESDUAL HEAT REMOVAL HEAT EXCHANGER HE-1 7W 8 W AIR OPERATED OUTLET FLOW CotrlRQL VALVE 0 BORON WJECTIQN I BCRQN WJECIlON TQ ACCUMULATOR FILL LWE CONTROL VALVE 0 SAFEIY INJECTION I SAFETY WJECTIQN TO ACCUMULATOR FILL UNE CONTROL VALVE 0 NUCLEAR SAMPUNG I SIEAM GENERATOR&#xb9;1 S(EAM SAMPLE MSX.101 CONTHNMENT ISmhllQN VALVE CONTAWMENT 512,00 ACCUMULATOR TANK&#xb9;4 AREA CONTAWMENT 512.00 HV~Q 2 FAN RM CONTAWMENT 61200 HV~Q.2 FAN RM CONTAWMENT 508.00 ANNULUS, QUAD NQ.1 CQNTHNMENT 51 2.00 HV~2 FAN RM CONTAINMENl'12.00 HV~Q.2 FAN RM CONl'AWMENT 50LOO ANNULUS, QUAD NQ.2 ANtIULVS.QUAD NQ.3 CONT AW MENT 598.00 ANNULUS, QUAD NO.4 AUXIUARY 587.00 S SAFEIY INJ PMP RM AtgOUARY 600.00 E RHR HEAT XCHGR RM AUXIUARY 609.00 E RHR HEAT XCHGR RM I I AUXNJARY 609.00 WRHRHEATXCHGR RM CQNTAWMENT 598.00 ANNULUS, QUAD NQ.2 CQNTAWMENT 598.00 ANNULUS, QUAD NQ.2 AUIOUARY 501.00 VESTIBVLE 1/8/96 12:46 PM DONALD C.COOK NUCLEAR PLANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page&#xb9;7 Equip Train 7 1 a7 12 12 12 12 12 24JRV 151 24lRV.1 52 244RV 153 24IRV.1 54 244RV-211 24ARV.21 2 24IRV.221 24rlRV~24lRV~t 24%V.232 244RV441 244RV-242 24RV 101 24RV 102 24RV 103 24(RV.104 2+RV 151 24IRV-1 52 24RV 153 24RV 10 24RV 111 24RV 112 24RV.113 24RV 114 24RV-1 50 24RV 170 System I Equipment Oescri phon 0 NUCLEAR SAMPUNG I STEAM GENERATOR&#xb9;2 STEAM SAMPLE MSX-102 CONTNHMENT ISO(ATIOH VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR&#xb9;3 STEAM SAMPLE MSX 103 CONTNNMENT ISOLAllOH VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR&#xb9;4 STEAM SAMPLE MSX-1 04 CONTNHMENT ISOLATlQH VALVE 0 NUCLEAR SAMPUNG I STEAM GENERATOR&#xb9;1 SIEAM SAMPLE MSX-101 SAMPLE SHUTOFF VALVE 0 NUCLEAR SAM PUNG I STEAM GENERATOR&#xb9;2 STEAM SAMPLE MSX.1 02 SAMPLE SHUTOFF VALVE 0 NUCLEAR SAMPUNG I SIEAM GENERATOR STEAM SAMPLE MSX-1 03 SAMPLE SHUTOFF VALVE NUCLEAR SAMPUHG I STEAM GENERATOR&#xb9;4 STEAM SAMPLE MSX-1 04 SAMPLE SHUTOFF VALVE MAIN STEAM I STEAM GENERATOR&#xb9;1 STOP VALVE MRV-21 0 STEAM CYUNDER TRAtN'A'UMP VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;1 STOP VALVE MRV 21 0 STEAM CYUNDER TRNN'(7 DUMP VALVE MAIN STEAM I STEAM GENERATOR&#xb9;2 STOP VALVE MRV.220 STEAM CYUNDER mNN'A'UMP VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;2 STOP'ALVE MRV.220 STEAM CYUNDER TRAN'P DUMP VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;3 STOP VALVE MRV.230 STEAM CYUNOER TRNH'A'DUMP VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;3 STOP VALVE MRV-230 SlEAM CYUNDER TRAIN'(7 DUMP VALVE MNH STEAM I STEAM GENERATOR&#xb9;4 SlDP VALVE MRV440 STEAM CYUNDER TRAN'A'UMP VALVE 0 MNN STEAM I STEAM GENERATOR&#xb9;4 STOP VALVE MRV-240 STEAM CYUNDER TRAIN'E DUMP VALVE NUCLEAR SAMPUHG I REACTOR~LOOP&#xb9;1 HOT LEG SAMPLE NSX-101 SHUTOFF VALVE NUCLEAR SAMPUNG I PRESSURRER
~UQUID SPACE SAMPLE NSX-1 02 SHUTOFF VALVE NUCLEAR SAM)UNG I REACTOR CQOLAHl'OOP
&#xb9;3 HOT LEG SAMPLE NSX-1 03 SHUTOFF VALVE NUCLEAR SAMPUNG I PRESSURRER STEAM SPACE SAMPLE NSX-1 04 SHUTOFF VALVE PRESSURIZER I PRESSURIZER TRNN'B'RESSURE REUEF VALVE 0'RESSURIZER I PRESSURIZERTRNN'Iy PRESSURE REUEF VALVE 0 PRESSURRER I PRESSURIZER OMER TRAIN'A'RESSURE REUEF VALVE REACTOR COOLANT PUMP SEAL WATER NJI(S(OFF I REACTOR COOLANT PUMP&#xb9;1 SEAL&#xb9;1 LEAKOFF TO RCP SEAL WATER RETURN FILTER QC 109 2 IN NR OPERATED SHUTOFF VALVE LETDOWN (CVCS)I REACTOR COOLANT NORMAL LETDOWN TRAN'A'HUTOFF VALVE 0 LETDOWN (CVCS)I REACTOR COOLANT NORMAL LETDOWN TRNN'E SHUTOFF VALVE LETDOWN (CVCS)I REACTOR COOLANT EXCESS LETDOWN TO EXCESS LETDONN HEAT EXCHANGER HE 13 1 IH AIR OPERATED TRAIN'O'HUTOFF VALVE 0 LETDOWN (CVCS)I REACTOR COOLANT EXCESS LETDOWN TO EXCESS LETDOWN HEAT EXCHANGER HE-1 3 1 IN AIR OPERATED TRAIN'A'HUTOFF VALVE 0 REACTOR COOLANT PUMP SEAL WATER NJILEN(OFF I REACTOR COOLANT PUMPS STARTUP SEAL SYSTEM SYPASS TO SEAL WATER RETURN FILTER QC.109 0.75 IH NR OPERATED SHIITOFF VALVE 0 LETDOWN (CVCS)I EXCESS LETDOWN HEAT EXCHANGER HE 13 1 IH AIR OPERATED OIIILET PRESSURE CONmQL VALVE Bueding Ftoor Elev Room or Row Col AU)0UARY 591.00 VESllSULE AUXUARY 591.00 VESTIBULE AUXuARY 591.00 VESTIBULE CONTNHMENT 012.00 E CONT LOWER VENT RM CONTNHMENT 01200 W CONT LOWER VENT I(M CONTNHMENT 01200 W CONT LOWER VENT RM CONTAINMENT 01200 E CONT LOWER VENT RM AUXNJARY 03200 E MNN STM STOP ENCL AU)0UARY, 033.00 E MNN STM STOP ENCL AUXLIARY 033.00 W MN STM STOP ENCL AU)0UARY 03200 W MN STM STOP ENCt.AU)0UARY 033.00 W MN STM STOP ENCL AUXLIARY 033.00 W MN STM STOP ENCL AU)OUARY 03L00 E MNN STM STOP ENCL AUXIUARY 03LOO E MNN SiM STOP ENCL CONTNNMENT 59(LOO ANNULUS, QUAD NO.1 COHTNN MENT 012.00 IH STRUM ENTATIQN RM CONTAINMENT 59IL00 ANNULUS, QUAD NO.3 CONTNHMEHT 012.00 IHSlRUMENTATIQN RM CONTAINMENT 05(LOO PRESSURRER ENCI INTERIOR CONTNHMENT 05(LOO PRESSURtZER ENCL INTERIOR CONTAINMENT 017.00 LOWER CONT, QUAD NO.1 CONTNHMENT 012.00 LOWER CONT, QUAD NO.4 CONTAINMENT 012.00 LOWER CONT, QUAD NO.4 CONTNHMENT 012.00 LOWER COHT, QUAD NO.4 I COHTNHMENT 01200 LOWER CONT, QUAD NO.4 CQNTNNMENT 598.00 ANNULUS.QUAD NO.2 CONTNHMEHT 012,00 REGEN HEAT XCHGR RM 1/8/96 1246 PM DONALD C.COOK NUCLEAR PLANT UNIT 8 2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page B8 7 12 12 12 Equipment K)24RV.171 24RV.20 24RV 251 24RV40 0 LETDOWN (CVCS)I EXCESS LETDOWN HEAT EXCHANGER HE-1$1 N AIR OPERATED OUTLET M/ERSON VALVE REACTOR COOLANT PUMP SEAL WATER NJ/LEAKOFF I REACTOR COOLANT PUMP 82 SEAL N LEAKOFF TO RCP SEAL WATER RETURN FILTER QC.1 09 2 N HR OPERATED SHUTOFF GLOBE VALVE 0 CHARGNQ (CVCS)I CVCS CEMTILIFVGAL CHARGNQ PVMPS DISCHARGE FLOW S N AIR OPERATED CONTROL GLOBE VALVE REACTOR COOLANT PUMP SEAL WATER NJ/LEAKOFF I REACTOR COOLANT PUMP&#xb9;3 SEAL Nl LEAKOFF TO RCP SEAL WATER RETLIRM F)LTER QC.1 09 2 N AIR OPERATED SHUTOFF GLOBE VALVE Beesting FKor Bev Room or Row Cd CONTANMENT 81200 REGEN HEAT XCHGR RM CONT ANMENT 025.00 LOWER CONT, QUAD AUX8JARY 587.00 RECPRQCATNQ CHARQ PMP RM 812.00-LOWER CONT, QUAD NO.3 12 r 24RVM 24RV~REACTOR COOLANT PUMP SEAL WATER NJ/LEAKOFF I REACTOR COOlANT PUMP 08 SEAL N LEAKOFF TO RCP SEAL WATER RETURN FLYER QC.1 09 2 N HR OPERATED SHUTOFF GLOBE VALVE 0 BORON MAKEUP (CVCS)I SOUIH BORIC A(2D BLENDER OP.21 2 N HR OPERATED TD CVCS CHARGING PUMPS SUCTeM SHUTOFF VALVE COMl'AINMEMT 812.00 LOWER CONT, QUAD AUOLIARY SX(IO VOL GIRL TANK E HALLWAY 12 12 12 24RVA2I 24RV~24RVM1 2-VRV415 2-VRV425 2.WRV 72MB 2-WRV.703 2-WRY.TIM 2-WRV 788 2-WRY.789 2-WRY.773 2.WRY.774 2.WRV.778 2-WRY.779 24&V-220 20LRV-222 2.XRV.225 0 BORON MAKEUP (CVCS)I SOUIH BORIC A(XD FILTER TO CVCS CHARGNQ PUMPS'ANO SOUTH BORG A(20 BLENDER 1 N AIR OPERATED FLOW CONTROL GLOBE VALVE 0 BORON MAKEUP (CVCS)I SOUTH BORG A(XD STORAGE TANK TK.12S 2 N HR OPERATED NLEf FLOW CONTROL GLOBE VALVE 0 BORON MAKEUP (CVCS)I SOUTH BORIC ACID BLENDER QP-21 TO REACTOR COOLANT LETDOWN VOI.UME CONTROL TANK SHUTOFF VALVE 0 CONTROL ROOM AIR CONLXTIONNQ CHIU.WATER I COMTROL ROOM VENTILAT)OM V)ET HV~T CHILL WATER NLET/BYPASS VALVE 0 COMIRQL ROOM AIR CONDttlONNQ CtoLL WATER I CONTROL ROOM VENlllhTION UNIT HV~2 CHILL WATER INLET/BYPASS VALVE 0 ESSEMRAL SERVICE WATER I AB EMERGENCY DIESEL SOUTH COMBVSllOM HR AFTERCOOLER HERBS ESW NLET/BYPASS VALVE 0 ESSEMllAL SERVICE WATER I EAST~ESSEMllAL SERVICE WATER PUMP PP-7E (XSCHARGE SlRAINER WEST BASKET BACKWASH OUTLET SHUfOFF VALVE 0 ESSENTIAL SERVICEWATERIWEST ESSENTIAL SERVICE WATER PUMP PP.7W (XSCHARGE STRANER WEST BASKET BACKWASH OUTLET SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EAST ESSENllAL SERVCE WATER PUMP PP-7E (XSCHARGE STRAINER WEST BASKET BACKWASH INLET SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I WEST ESSENllAL SERVICE WATER PUMP PP.7W (XSCHARGE STRHNER WEST BASKEl'ACKWASH NEET SHUTOFF VALVE 0 ESSENIIAL SERVICE WATER I EASf ESSENTIAL SERVCE WATER PUMP PP.7E (XSCHARGE STRAINER EAST BASKET BACKWASH OUTLET SHUTOFF VALVE ESSENTIAL SERVCE WATER I WEST ESSENllAL SERVICE WATER PUMP PP-TW DISCHARGE STRANER EAST BASKET BACKWASH OUTLET SHUTOFF VALVE ESSEMIIAL SERVICE WATER I EASf ESSEMllAL SERVICE WATER PUMP PP-7E DLSCHARGE STRAINER EAST BASKET BACKWASH INLET SHUTOFF VALVE 0 ESSENltAL SERVCE WATER I WEST ESSENTIAL SERVICE WATER PUMP PP 7W NSCHMGE STRANER EAST BASKET BACKWASH NLET SHUTOFF VALVE 0'IESELSTARTNQHRIABEMERGENCY DIESEL STARTNG HR JET ASSST COMIROL VALVE DIESEL STARTNG HR I AB EMERGENCY DIESEL REAR BANK STARTING HR SHUTOFF VALVE DIESEL STARTNQ AIR I CO EMERGENCY DESEL STARTNG AIR JET ASSST CONTROL VALVE AV)0LIARY 587.00 BORIC ACO STQR TANK AREA AUXIUARY 587AO BORIC ACE)STOR TANK AREA AUXRAARY 809.00 VQL CTRL TANK E HALLWAY AUXIUARY 05tl00 CTRLRMAIRCON(XT RM AUIQLIARY 85(L00 CTRL RM AIR CONDIT RM ALSQUARY 587.00 AB EMER DSL GEN RM 591AO E ESSNTL SERV WTR PMP RM SCREENHQUSE 591.00 W ESSNTL SERV WTR PMP RM SCREENHQUSE 591.00 E ESSNTL SERV WTR PMP RM SCREEN HOUSE 591.00 W ESSNTL SERV WTR PMP RM SCREENHQUSE 591.00 E ESSMTL SERV WIR PMP RM SCREENHQUSE 591.00 W ESSMIL SERV WTR PMP RM SCREENHOUSE 591 AO E ESSNTL SERV WTR PMP RM SCREENHQUSE 591AO;W ESSNTL SERV WTR PMP RM AVXIUARY AUXIUARY 587.00 ABEMERDSLGEN RM AVX8JARY 587AO COEMERDSLGEN RM 1N$6 12:46 PM DONALD C.COOK NUCLEAR PUQJT UNIT&#xb9;2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page&#xb9;9 0 2 24%V 220 2~V.227 2CX34451 2424O410 2C34O411 0 DIESEL STARDNQ AJR I CD EMERGENCY DESEL FROW BANK STARBNQ AIR SHUTOFF VALVE 0 TXESEL STARTINQ AIR I CD EMERGENCY TXESEL REAR BANK STARTTNQ AQT SHUTOFF VALVE COMPONENT COOUNG WATER I RC PUMPS BEARNQ OIL COOLERS CCW RETURN HEADER TRAIN'A'OWAQJMENT ISOLATION VALVE 0 COMPONENT COOUNQ WATER I RC PUMPS BEARQIQ CXL COOLERS CCW RElURN HEADER TRAQJ R'OWJVNMEW ISOLATION VALVE 0 COMPONEWCOmJNQ WATER I RCP THERMAL BARRIER COMPONENT COOUNG WATER OUTLET TRNN'A'ONTHNMENT ISOLATION VALVE 0 COMPONENI COOUNQ WATER I RC PUMPS THERMAL BARRIER CCW RETURN HEADER'RAIN'8 CONTAINMENT ISOLATION VALVE COMPONENT COOUNQ WATER I COMPONENf COOUNQ WATER TO REACTOR COOLANT PUMPS TRAN'A'ONTAINMENT ISOLAllON VALVE COMPONENT COOUNG WATER I COMPONENT COOUNQ WATER TD'EACTOR COOLANT PUMPS TRAIN'P COWAINMENT ISOLATION VALVE 0 COMPONENT COQUNG WATER I EAST COMPONENT COOUNG WATER HEAT EXCHANGER HE-15E COMPONENT COOUNQ WATER OUTLET SHlflOFF VALVE COMPONENT COOUNQ WATER I COMPONENT COOUNQ WATER PUMPS SVCllON CROSSTIE TRAN'A'HUTOFF VALVE AVXQJARY 587.00 CDEMERDSLGEN RM AVXQJARY 507.00 CDEMERDSLGEN RM AVXRJARY 591.00 STARTVP SLOWDOWN FLASHTANK RM AVXIUARY 591.00 STARTVP SLOWDOWN FLASHTANK RM AVXLIARY 591.00 STARTVP SLOWDOWN FLASHTANK RM AVX0JARY 591.00 STARTVP SLOWDOWN FLASHTANK RM AUXLIARY 591.00 STARTUP SLOWDOWN FLASHTANK RM 591.00 STARTUP SLOWDOWN FLASHTANK RM AVXNJARY NQ.OO MQ HALLWAY AVXNJARY NQ.OO MQ HALLWAY 24J4Q412 24J4O413 COMPONENT COOUNG WATER I COMPONENT COOUNQ WAlER PUMPS TXSCHARGE CROSSllE TRAN'A'HUTOFF VALVE COMPONENT COOUNQ WATER I COMPONENT COOUNQ WATER PUMPS SVCDON CROSSllE TRAN'8 SHUTOFF VALVE ALOOUARY AVXIUARY 009.00 00Q HALLWAY NQ.OO MQ HALLWAY 24J4O414 0 COMPONENT COOUNQ WATER I COMPONENT COOUNQ WATER PUMPS QSCHARGE CROSSllE TRAQJ%'HUTOFF VALVE ALUOUARY 00Q.OO NQ HALLWAY 2~15 COMPONENT COOUNQ WAlER I COMPONENT COOUNQ WAlER TO MISCELLANEOUS SERVICE TRAN'A'HUTOFF VALVE A VJOLIARY NQ.OO MQ HALLWAY 2~10 24J4Q419 2+MO-21 1 2+MO.212 2+MO.221 2+MO-231 0 COMPONENT COOUNQ WATER I CCW TO MISCELLANEOUS SERVICE HEADER'Jf 10 In MOTOR OPERATED SH VlDFF VALVE COMPONENT COOUNG WATER I EAST RESDVAL HEAT REMOVAL HEAT EXCHANGER HE.17E COMPONENf COOUNG WATER OUTLET SHUTOFF VALVE 0 COMPONENT COOUNG WATER I WEST COMPONENT COOUNQ WATER HEAT EXCHANGER COMPONENT COOUNQ WATER OUTLET SHUTOFF VALVE 0 COMPONENT COOUNG WATER I WEST RHR HEAT EXCHANGER HE-17W CCW OUTLET SHUTOFF VALVE 0 AVXIUARY FEEDWATER I TVRSQIE DRIVEN AVXQJARY FEED PUMP PPA TXSCHARGE TO STEAM GENERATOR OMM-1 4 In MOTOR OPERATED CONTROL VALVE 0 AVXIUARY FEEDWATER I WEST MOTOR DRIVEN AVIOLIARY FEEDWATER PUMP SUPPLY TO SlEAM GENERATOR OME4.1 4 In MOTOR OPERAlED CONTROL VALVE 0 AVXIUARYFEEOWATERJTURENEDRIVEN AVXIUARY FEED 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0 AUXLIARY FEEDWATER I TVRSNE DRIVEN AUXLIARY FEED PUMP SUPP!.Y TO STEAM GENERATOR OME~4 In MOTOR OPERATED CONTROL VALVE 0 ALOQUARY FEEDWATER I WEST MOTOR DRIVEN AUXIUARY FEEDWATER PUMP SUPPLY TD STEAM GENERATOR OME~4 In MOTOR OPERATED CONTROL VALVE 0 DESEL ROOM VEMIILATION I AB EMERGENCY DESEL GENERATOR ROOM VEMTLATION EXHAUST FAN HV4XIX.Z TEMPERING AIR DAMPER AUXIUARY 812.00 EMHNSTM STOP ENCL AUXLIARY 812.00 E MAN STM STOP ENCL AVXLIARY 587.00 ABEMERDSLGEN RM 24CV4XJP~~0 DESEL ROOM VEMTLATIQN I AS EMERGENCY DESEL GENERATOR ROOM iVENTLATTON SUPPLY FAN HVJXISZ TEMPERING AIR DAMPER AUXLIARY 24IV4KP~1 0 DESEL ROOM VEMTLAllQN I CD EMERGENCY IXESEL GENERATOR ROOM VENTLAllON EXHAUSf FAN HV47GX-1 TEMPERING AIR DAMPER AUXLIARY 587.00 CD EMER DSL GEN RM 0 DESEL ROOM VENTLATION I CD EMERGENCY DESEL GENERATOR ROOM VEMTLATION SUPPLY FAN HVJTGST TEMPER NG AIR DAMPER AUXLIARY 587.00 CD EMER OSL GEN RM 24CVZKiSOhB 0 2 24IV47GSDCD 0 24CV~R4ID4 24IV~R4404 0//DESEL ROOM VENTLATIQN I AB EMERGENCY DESEL 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(XSCHARG E SHUTOFF VALVE 0 ESSEMllAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER PUMP PP.TW QLK34ARGE SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER SUPPLY I%ADER CROSSITE TO Utaf 1 SHUIDFF VALVE 0 ESSENTIAL SERVICE WATER I EAST ESSEMIIAL SERVICE WATER SUPPLY HEADER CROSSilE TO UNIT 1 SHUTOFF VALVE 0 ESSENIIAL SERVICE WATER I EAST CONTAWMENT SPRAY HEAT EXCHANGER f6.18E ESSENTIAL SERVICE WATER NLET SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EAST CONT AWMEMT SPRAY HEAT EXCHANGER HE-1 8E ESSENTIAL SERVICE WATER OUTLET SHUTOFF VALVE AUXLIARY 587.00 RECPRQCATNQ CHARQ PMP RM AVIOUARY 587JD RE(XPROCATNQ CHARQ PMP RM AVXLIARY 587.00 WEST CENTRIFUGAL CHARQ PMP ROOM AVXIUARY 587.00 W CENTI4IFUQAL CHARD PMP RM AUXNJARY 587.00 BORIC AGO STOR TANK AREA AUXIUARY 009.00 VOL CTRL TANK E HALLWAY AVXIUARY 009.00 VOLCTRLTANKE HALLWAY TURBWE 591.00 TB DRIVEN AUX~FOWTR PMP SCREENHQUSE 591.00 E ESSNTL SERV W(R PMP RM SCREENHOUSE 591.00 W ESSHTL SERV WlR PMP RM TURBWE 509.00 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2-WMO.732 0 ESSENIIAL SERVICE WATER I WEST ESSEMliAL SERVICE WATER SUPPLY HEADER TO AB EMERGENCY OESEL HEAT EXCHANGERS SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EAST ESSENTIAL SERVICE WATER SUPPLY HEADER TO AB EMERGENCY DIESEL HEAT EXCHANGERS SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EAST ESSENllAL SERVICE WATER SUPPlY HEADER TO CO EMERGENCY (XESEL HEAT EXCHANGERS SHUTOFF VALVE ESSENILAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER SVPPLY kKADER TO CO EMERGENCY (XESEL HEAT EXCHANGERS SHUTOFF VALVE 0 ESSENIIAL SERVICE WATER I EAST COMPQttENT COOUNQ WATER HEAT EXCHANGER HE.15E ESSENTIAL SERVICE WATER INLET SHUTOFF VALVE AU%VARY 587.00 2CO OSL RM N PIPE TUNNEL AUXIUARY 587.00 2CO OSL RM N RPE 1UNNEL AUX9JARY 587.00 2CD DSL RM N PIPE TUNNEL AUXIUARY 587.00 2CO DSL RM N RPE TUNNEL AVXIUARY 009.00 009 HALLWAY I J 1/8/96 12:46 PM DONALD C.COOK NUCLEAR PLANT UNIT<<2 SAFE SHUTDOWN EQUIPMENT LIST (SSEL)FOR RELAY REVIEW Page<<14 EcpAp Tran 12 12 2-WMQ.734 2-WMO 738 2-WMO 744 2.WMO 753 2.WMQ.754 Syetem I Eqvipment Deecnpoon 0 ESSENAAL SERVICE WATER I EAST COMPONENT COOUNG WATER HEAT EXCIIAMGER HE-15E EBS EMIAL SERVICE WATER OU1LET SHUTOFF VALVE 0 ESSENAAL SERVICE WATER I WEST COMPONENT~WATER HEAT EXCHANGER ESSENAAL SERVICE WATER WLET SHUTOFF VALVE 0 ESSEMIAL SERVICE WATER I WEST COMPONENT COQUNG WATER HEAT EXCHANGER ESSEMAAL SERVCE WATER OUTlET SHUTOFF VALVE 0 AUXLIARY FEED WAlER SYSTEM I ESW TO WEST MOTOR DRIV AUX FEED PUMP PP4W SHUIOFF 4 W MOTOR OPERATED VALVE 0 AUXLIARY FEED WATER I ESW TO TURB DRIVEN ANC FEED PUMP PPW SHUTOFF 8 W MOTOR OPERATED VALVE 0 ESSENAAL SERVICE WATER I ESSENTIAL SERVICE WATER TO EAST MOTOR DRIVEN ANQUARY FEED PUMP PP4E 4 W MOTOR OPERATED SHUTOFF VALVE 0 CONTROL AIR I PRESSURtZER TRAW 17 PRESSVRE REUEF VALVE NRV-152 CONTROL SOLEMOtD Srednp Ftoor EIev Room or Row Cot AUXLIARY 809.00 80Q HALLWAY AUXIUARY 8QQ.QO 8N HALLWAY AVXIUARY 800.00 809 HALlWAY TURSNE 501.00 W MTR DRIVEN AUX FDWTR PMP TURBWE 501.00 TB DRIVEN AUX FOWlR PMP TURSME 501.00 E MTR DRIV AUX FEEDWIR PMP COMTAWMENT 85000 PRESSURIZER ENCL, WTERIOR 20CSQ407 0 COMIROL AIR I PRESSURIZER TRAN'A'RESSURE REUEF VALVE MRV-1 53 CONTROL SOLENOID CONTAINMENT 850.00 PRESSURIZER ENCL, WIEROR 124IV~.1 124CVESWC 124IV~C 12+IV~A 24IV~1 24IV~PAutE 1 24tV~AWE-2 2+IV~441 24IV~P4Q 24IV~TI 24IV~P-72 2+IV~4(1 24IV~1 2+IV~Q 2 24IV47GS.1 0 SCREENHOUSE VEMILATIOM I UNff 2 EAST ESSEMAAL SERVCE WATER PUMP ROOM SUPPLY VEMAthllOM FAN 0 SCREENHQUSE VENALAAQN I Ulaf 2 EAST ESSENAAL SERVCE WATER PUMP ROOM SUPPlY VEMAthllQN FAN 0 SCREENHOUSE VENALATIQN I UNIT 2 WEST ESSEMIAL SERVICE WATER PUMP ROOM SUPPLY VENALATIOM FAH 0 SCREENIIOUSE VEMLATIQM I UNIT 2 WEST ESSEMAAL SERVICE WATER PUMP ROOM SUPPLY VEMALATIQM FAH 0 AUXLIARY BVLOWG VEMALAIIOH I ANOUARY BULOWG VENAlhllON ENGWEERED SAFElY FEATURE EXHAUST UNIT 1 0 ANQUARY BUIUXNG VEMALATION I AUXLIARY BVUXNG VEMLAllOH ENGINEERED SAFETY FEATURE EXHAUST UNIT ANQUARY BIIAJXNG VEMALAllON I TRAN'V BATlERY ROOM EAST EXHAUST FAM AUXLIARY BVILDWG VEMALATIQH I TRAN'V BAlTERY ROOM WEST EXHAUST FAN 0 TURBWE BULDWG VENALAAQH I EAST MOTOR DRIVEN ANQUARY FEEDWATER PUMP ROOM EXHAUSf FAN TURSME BULDWG VENALATION I EAST MOTOR DRIVEN AUXIUARY FEEDWATER PUMP ROOM SUPPLY FAM 0 1URBWE BULDING VEMALAAQNIlURBWE DRIVEN ANQUAIIY FEED PUMP ROOM NORTH EXHAUSf FAM TURBWE BULDWG VEMALAAQN I TURSNE DRIVEN AUXuARY FEED PUMP ROOM SOUTH EXHAUST FAH 0 1URSNE BVLDWG VENALAAON I WEST MOTOR DRIVEN ALOQUARY FEED PUMP ROOM EAST EXHAUST FAN 0 1URBWE BVLDWG VENALATIONI WEST MOTOR DRIVEN ANQUARY FEED PUMP ROOM WEST EXHAUST FAM HYDROGEN SOMMER I CONT AWMENf HYDROGEN SIMER VENAlA11QN FAN 01 0 HYDROGEN SKIMMER I COM'AINMENT HYDROGEN SXIMIAER VEMALATIQH FAM<<2 0 DIESEL ROOM VENAlATIQN I CO EMERGENCY DIESEL GENERATOR ROOM VEMALAAQM SUPPLY FAM 0 DIESEL RQQM VENALATIQN I AB EMERGENCY OtESEL GENERATOR ROOM VEMILA11OM SUPPLY FAN 0 DIESEL ROOM VEMALAAQH I AB EMERGENCY DtESEL GENERATOR ROOM CABWET VEMLATIQH SUPPLY FAN 0 DIESEL ROOM VEMALATIQN I CO EMERGENCY DIESEL GENERATOR ROOM CABINEI'ENALATlQH SUPPLY FAN SCREENHOUSE 501.00 E ESSMIL SERV WTR PMP RM SCREENHOUSE 501.00 E ESSML SERV WIR PMP RM SCREENHOUSE 501.00 W ESSNTL SERV WlR PMP RM SCREENHOUSE 501.00 WESSHTLSERV WTR PMP RM AUXIUARY 83300 NORM BLOWOOWN FLASHTAIQC RM AUXLIARY 833.00 NORM BLOWOQWN FLASHTAMIC RM AUXLIARY 833.00 NORM BL~FlASHTAMIC R M AUXIUARY 833,00 NORM SLOWDOWN FlASHTANIC RM TVRBWE 591.00 E MTR DRIV AUX FEEDWIR PMP TURBWE 501.00 E MIR DRIV AUX~PMP TURBWE 591.00 TB DRIVEN AUX FDWIR PMP TURBINE 591.00 TB DRIVEN AUX FDWTR PMP TURBINE 501.00 W MTR DRIVEN AVX FDWIR PMP TURBWE 591.00 TB 591 ELEV BASMM CONT HNMENT 825 00 HV~1 FAN RM COHTAWMENT 825.00 HV~Q.2 FAN RM AVXIUARY 587.00 CDEMEROSLGEN RM AUXLIARY 587.00 ABEMERDSLGEN RM AUXLIARY 587.00 AB EMER OSL GEN RM AVXIUARY 587.00 CDEMERDSLGEN RM 24IV47GX.1 DIESEL ROOM VEMALATIQN I CO EMERGENCY OtESEL GENERATOR ROOIA VEMALATlQH EXHAUST FAM AUXIUARY CO EMER DSL GEN RM
 
1/886 12:48 PM DONALD C.COOK NUCLEAR PLANT UNIT<<2 SAFE SHUTDOWN EQUIPMENT UST (SSEL)FOR RELAY REVIEW Page<<15 Equip Train 0 1 24fY~RS 1A 0 DESEL ROOM VENAIAAON I AB EMERGENCY DESEL GENERATOR ROOM VEMllthAQN EXHAUST FAN AVXNJARY BUuXNG VENALAAON I CONTROL ROD DRIVE EQIAPMENT ROOM ANO OIVERTER AREA VENALATION NORTH SUPPLY FAN Buikling Boor Eiev Room or Row Cd AVXIUARY 557.00 AB EMER DSL GEN RM AUXNJARY 000.00 4KV RM NOV SWGR AREA 24IV~RS 2 0 AUXLIARY BUuXNG VENALATION
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1/886 12:46 PM DONALD C.COOK NUCLEAR PlANT UNIT&#xb9;2 SAFE SHUTDOWN EQUIP MENT LIST (SSEL)FOR RELAY REVIEW Page&#xb9;17 Equip Train SferemI EqipmenC Oeecrlpdon Budding Boor EIev Room or Row Col 10 12 12 12 0 AU%VARY BUuXNQ VENTXATION I CTRL AIQQUARY 000.00 NVERTER AREA ROO ORV EOQP ROOM AND NV AREA VENf OUfSDE IQR NLET DAMPER HV~R4l0.2 TEMPERATURE SWITCH 0 AUXLIARY BUuXNQ VENTIIATION I CTRL AUXRJARY 009.00 NVERTER AREA ROO DRIVE EOQP ROOM ANO NV AREA VENT RECRC NR NLET DAMPER HV4CR-MO.1 TEMPERATURE SWITCH 0 AUXIUARY BUuXNQ VENTILATlON I CRD AtuQUARY 009.00 NVERTER AREA EOUgrMENT ROOM AND NVERTER AREA YEN%ATION NORTH SUPPLY FAN HV.SGRS4A TEMP SWITCH 10 12 2-VfSQ57 0 AIDQUARY BUuXNG VENTXATION I CTRL AUXLIARY 500.00 CRD EQUIP RM ROO DRIVE EQUIP ROOM ANO NV AREA VEMITATXN SOUTH SUPPLY FAN HV SGRS4A TEMPERATURE SWITCH 10 0 SCREENHOUSE VEMBLhTION I UNIT 2 EAST~ESW PUMP ROOM TEMPERATURE SWITCH SCREENHOUSE 501.00 E ESSMIL SERV WTR PMP RM 10 10 0 SCREENHOUSEVEMIXATIONIUNff 2 WEST U92 501.00" W ESSNTL SERV ESW PUMP ROOM TEMPERATURE SW/fCH SCREENHOUSE WTR PMP RM 0 A%QUART BUuXNQ VEMBIATION/4$
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APPENDIX 8 DONALD C.COOK NUCLEAR PLANT FLOOR RESPONSE SPECTRA AS PER SQUG-GIP CRITERIA 0.50 Donald C.Cook Nuclear Plant DBE Ground Response Elevation 608 feet 2%and 5%Damping 0.40 C 0 0.30 O O 0.20 CL M 0.10 0.00 0.1 10 Frequency (hz)Figure B-1 B-2 1.50 Donald C.Cook Nuclear Plant Auxiliary Building Elevation 587 feet 2%and 5%Damping C)o 1.00 CJ 1 Ql O V c5 0.50 (D Cl.(0~~~~'0.00 0.1 10 Frequency (hz)Figure B-2 B-3 1.50 Donald C.Cook Nuclear Plant Auxiliary Building Elevation 633 feet 2%and 5%Damping~I 8 8~Ol o 100 t5 I I O O C o 0.50 ED CL (0~t~~~~\0 (~~i i:'i~~0.00 0,1 10 Frequency (hz)Figure B-3 B-4 1.50 Donald C.Cook Nuclear Plant Auxiliary Building Elevation 650 feet 2%and 5%Damping O)1.00 c5 O O C$0.50 I CL V)r~~8~~0.00 0.1 10 Frequency (hz)Figure B-4 B-5 1.50 Donald C.Cook Nuclear Plant Diesel Generator Bldg Elevation 609 feet 2'/o and 5%Damping O)1.00 C l 0 0 C5 0.50 I CL (0 0.00 0.1 10 Frequency (hz)Figure 8-5 8-6 1.50 Donald C.Cook Nuclear Plant Turbine Building Elevation 591 feet 2%and 5%Damping 1.00 C5 l O 0 C 0.50 (0 0.00 0.1~I r z~~l 10 Frequency (hz)Figure B-6 B-7 1.50 Donald C.Cook Nuclear Plant Containment Bailding Elevation 597 feet 2%and 5%Damping Q)1.00 (5 IO O O C$0.50 CL 03 0.00 0.1 10 Frequency (hz)Figure B-7 B-8 2.00 Donald C.Cook Nuclear Plant Containment Building Elevation 612 feet 2%and 5%Damping'1.50 C O u 1.00 O 0.50 r~~~w w~~a~~a 0.00 0.1 10 Frequency (hz)Figure B-8 B-9 2.00 Donald C.Cook Nuclear Plant Containment Building Elevation 625 feet 2%and 5'Yo Damping J~I~4~I 1.50 C O C 1 1.00 O to 0.50 i")"!":"t>i"!"i":")>0.00 0.1 10 Frequency (hz)Figure B-9 B-10
 
3.00 Donald C.Cook Nuclear Plant Containment Building Elevation 651 feet 2%and 5%Damping 2.50~~J~~~%8\2.00 C$I 1.50 O C$1.00 CD 0.50 0.00 0.1 10 Frequency (hz)Figure B-10
 
3.00 Donald C.Cook Nuclear Plant Containment Building Elevation 663 feet 2%and 5%Damping 2.50~~2.00 C l 1.50 O C 1.00 CL M 0.50 r i.~~,s,~,~'~1 l: 1~!~8~0.00 0.1~~'''r'0 Frequency (hz)Figure B-11 B-12 3.50 Donald C.Cook Nuclear Plant Containment Building Elevation 675 feet 2%and 5%Damping 3.00 2.50 C 0 C 2.00 0 0 1.50 c5 1.00 (0 0.50 0.00 0.1 10 Frequency (hz)Fibre B-12 B-13
 
3.50 Donald C.Cook Nuclear Plant Containment Building Elevation 687 feet 2%and 5%Damping 3.00 2.50 O 2.00 O O 1.50 at 1.00 CO~~0.50 0.00 0.1 10 Frequency (hz)Figure B-13 B-14 Donald C.Cook Nuclear Plant Containment Building Elevation 699 feet 2%and 5%Damping~~'3 C O C$l tD o 2 O c5 I O 1'le~~:~'~~~~0 0.1'."~~~I""}~~':~.'5":~10 Frequency (hz)Figure B-14 B-15 Donald C.Cook Nuclear Plant Containment Building Elevation 711 feet 2%and 5%Damping i"i" i":"i i~i~~.':.i~i i~~"i r ii i~~I~~}~~.'':~i~..'.~~~10 Frequency (hz)Figure B-15 B-16 Donald C.Cook Nuclear Fiant Containment Building Elevation 714 feet 2%and 5'amping o)3 C O td l tD 0 2 0 c5 V(Q 1 C~~~$~I~)~~r~~~~~r~~'0 0.1 10 Frequency (hz)Figure B-16'-17 APPENDIX C DONALD C.COOK NUCLEAR PLANT-UNIT 2 SCREENING VERIFICATION DATA SHEETS (SVDS)(AS PER SQUG GENERIC IMPLEMENTATION PROCEDURE, SECTION 4)
.I~+~I't Walkdown: I/L f 10/25/93 DC CO/IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1 of 1 item Eq.Cl 1 0 2 0 3 0 4 0 5 0 6 0 7 0 Equp.lo No.124tE-I96 12-HE-25A I 2&E-258 124tE-25C 24/IRV-210 24/IRV-230 Rev No System/Equipmant Dascnph/m 0 BORON RECOVERY LGVCS I SOUTH BORIC ACID EVAPORATOR SKID 0 RADIOACTIVE WASTE EV/15GPM RADIOACTIVE WASTE EVAPORATOR HE-25 CONDENSER 0 RADIOACTIVE WASTE Ev/15 GPM RADIOACTIVE WASTE EVAPORATOR HE-25 DISTII.LATE COOLER 0 RADIOACTIVE WASTE EVI 15 GPM RADIOACTIVE WASTE EVAPORATOR HE-25 CONCENTRATES COOLER 0 MAIN STEAM I STEAM GENERATOR OME4-1 STOP VALVE 0 MAIN STEAM I STEAM GENERATOR OMEW2 STOP VALVE 0 MAIN STEAM I STEAM GENERATOR OMEGA STOP VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXIUARY AUXILIARY Fker Elev.Room or Row/Gohstln S BORIC ACID EVAP RM-IN THE CENTER OF THE ROOM 15 GPM WASTE EVAP RM-8 FEET WEST OF THE BARRIER WALI 10 FEET ABOVE THE 594 ELEVATION PLATFORM.2 FEET ABOVE 15 GPM RADIOACTIVE WASTE EVAP DISTILLATE TANK 15 GPM WASTE EVAP RM 10 FEET SOUTH OF THE ROOI/rS DOORWAY, ON THE WEST WALL 15 GPM WASTE EVAP RM-ON THE EAST SIDE OF THE DMDER WALI IN THE MIDDLE OF THE ROOM E MAIN STM STOP ENCl.tN THE NORTHWEST REGION OF THE ROOM.GOING FROM 612 ELEVATION TO 640 ELEVATION THROUGH THE PLATFORM W MN STM STOP ENCl 15 FEET SOUTH OF THE NORTH WALIIN THE CENTER OF THE 647 PLATFORM W MN STM STOP ENCL-IN THE MIDDLE SOUTH PART OF THE ROOM Base Eiev.NIA N/A Cspscsy vs.Demand Basta Judgmera vL Reshstc Meden Centered Boor R S Judgment vs.Rashstc Meehan Centered Boor Response Spectra Judg/nant vL Rashstc ModlSh Cantered Roar Response Spectra Judgment VL Raahstc Moc4sn Centered Fker Response Spectra Judgment vL RBahstc Mec4an Centered Roor Response Spectra Judgment vs.Reahstc Meehan Centered Boor Response Spectra JUdglllant VS.RBahstc Media/l Cantered Roar R S Clip a Demand?Yes Yes Yos Yos Yos Yos YBS C avesta OK?Yes Anchor OK'?No Yes haeract OK?No Yes Yes Yes Equip OK?Yes Yos 8 0 9 0 10 0 11 0 12 0 2 JJRV-240 24MEME 24ME-34W 24C-12 24T-1 00-AB 0 MAIN STEAM I STEAM GENERATOR OMEGA STOP VALVE AUXILIARY 0 BORON MAKEUP LGVCS)I SOUTH BORIC ACID FILTER AUXILIARY DIESEL COMBUSTION Al/AB EMERGENCY DIESEL AIR INTAKE FILTER GROUNDS 0 ESSENTIAL SERVICE WA I EAST SGREENHOUSE ESSENBAL SERVICE WATER PUMP PP.7E DISCHARGE STRAINER 0 ESSENTIAl SERVICE WA I WEST SCREENHOUSE ESSENTIAL SERVICE WATER PUMP PP-7W DISCHARGE STRAINER 591.00 591.00 E MAIN STM STOP ENCL-IN THE SOUTHWEST REGION OF THE ROOM, AT THE 640 ELEVATION PlATFORM E ESSNTL SERV WTR PMP RM IN THE MIDDLE WEST END OF THE ROOM W ESSNTL SERV WLR PMP RM 5 FEET NORTH OF WEST ESSENTIAL SERVICE WATER PUMP&#xb9;2+P-?W BORIC ACID STOR TANK AREA IN THE MIDDLE EAST REGION OF THE ROOM, 10 FEET NORTHEAST OF SOUTH BORIC ACID STORAGE TANK&#xb9;2-TK-12S.
NEAR THE FLOOR INNER PLANT GROUNDS-50 FEET NORTHWEST OF REFUELING WATER STORAGE TANK&#xb9;2-TK43 591.00 591.00 NIA NIA Judgment vs.Roshstc Meden Centered Fker Response Spectra Judynanl vL Restate Meden Cantered Roor Response Spectra Judynenl vL Rashstic Meden Cantered Fker Response Spectra Judgment vL Reshstc Medea Centered Boor Response Spact/8 Judgment vL Reahstc Meden Centered Fker Response Spectra Yos Yes Yos Yos YBS Yes Yes, Yas Yes Yos Yos Yes Yes Yes YBs Yes Yes YBS YBS 13 0 14 0 15 0 24T-1 00-CD 24T-104-AB 24T 104.CD 0 DIESEL COMBUSTION Al/CD EMERGENCY DIESEL AIR INTAKE FII.TER 0 DIESEL COMBUSTION Al IAB EMERGENCY DIESEL EXHAUST SILENCER 0 DIESELCOMBUSTIONAIICD EMERGENCYDIESELEXHAUST SILENCER GROUNDS GROUNDS GROUNDS INNER PLANT GROUNDS-60 FEET NORTHWEST OF REFUELING WATER STORAGE TANK&#xb9;2-TK-23 INNER PLANT GROUNDS-50 FEET SOUTHWEST OF UNIT 2 CONTAINMENT DOME INNER PLANT GROUNDS-20 FEET SOUTHWEST OF UNIT 2 DOME N/A NIA Judgment vs.Rashstc Madam Centered Fker Response Spectra Judgment vs.Raahstc Madrsn Centered Floor Response Spectra Judgmam vL Reahstc Meehan Cantered Fker Response Spectra Yos Yes Yos Yos YBS Y8$Yes Yas Yes YBs Yes CeltiTication:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Signature Date Printor T pe Name Signature Date
~'
Eq.Cl Equip.to N/x Rev No Walkdown: wl Outages Fker Elev.Room or Row/Column DC CO f 2 SCREENING VERIFICAT N DATA SHEET (SVDS)Capacity vs.Dem<<xl Basis Cap>Caveat5 Domsnd7 0K7 Anchor OK7 qe 1of10 Equp OK7 10 12 13 14 Zutav&2utBV47 0 ELECTRICAL DISTRIBUT/600VAG MOTOR CONTROL CENTER ABA 0 ELECTRICAl DIST RIBUT/600VAG MOTOR CONTROL CENTER ABD 0 250VDC CONTROL AND I/CONTROL CENTER VALVE 0 ELECTRICAL OISTRIBUT/600VAC MOTOR CONTROL CENTER ASIA 0 ELECTRICAL DISTIUBUT/600VAC MOTOR CONTROL CENTER ABD4I 0 ELECTRICAL DISTR/BUT/600VAG MOTOR CONTROL CENTER ABDG 0 ELECTRICAL DISTRIBUT/600VAG MOTOR CONTROL CENTER ABDO 0 ELECTRICAL DISTRIBUT/600VAC VALVE CONTROL CENTER ABYE 0 ELECTRICAL DISTRIBUT/600VAC VALVE CONTROL CENTER ABV47 0 ELECTRICAL DISTRIBUTION, 600VAC/600VAC MOTOR CONTROL CENTER ALM 0 ELECTRICAL DISTRIBUT/600VAG MOTOR CONTROL CENTER AM47 0 ELECTRICAL OISTRIBUT/600VAG VALVE CONTRol CENTER AZVut 0 ELECTRICAL DISTRIBUT/600VAG MOTOR CONTROL CENTER EZGA 0 ELECTRICAL DISTR/BUT/600VAG MOTOR CONTROL CENTER EZG4I AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 587 HALLWAY IN THE SOUTH REGION OF THE 587.00 HALLWAY, 5 FEET SOUTHEAST OF CVCS MONITOR TANKS SOUTH TRANSFER PUMP&#xb9;I 2+PATS, NEAR THE EAST 587.00 587 HALLWAY IN THE SOUTH REGION OF THE 587.00 HALLWAY, 5 FEET EAST OF CVCS MONITOR TANKS NORTH TRANSFER PUMP&#xb9;12+P47N, NEAR THE EAST 587.00 587 HALLWAY-IN THE SOUTH REGION OF THE 587.00 HALLWAY, 5 FEET NORTHWEST OF CVCS MONITOR TANKS NORTH TRANSFER PUMP&#xb9;12+PATN 587.00 AB EMER DSL GEN RM-IN THE NORTHWEST CORNER OF THE ROOM, 3 FEET SOUTH OF THE NORTH WAlL 587.00 AB EMER DSL GEN RM-IN THE NORTHWEST CORNER OF THE ROOM, 3 FEET SOUTH OF THE NORTH WALL 587.00 CD EMER DSL GEN RM-IN THE SOUTHWEST 587.00 CORNER OF THE ROOLL ON THE SOUTH WALI10 FEET WEST OF EMERGENCY DIESEL GENERATOR&#xb9;247ME 150CO 587.00 CD EMER DSL GEN RM-IN THE SOUTHWEST CORNER OF THE ROOM, NEAR THE SOUTH WAU10 FEET WEST OF CO EMERGENCY DIESEL GENERATOR&#xb9;243ME-1 50CD 587.00 587 HALLWAY IN THE SOUTH END OF THE HALLWAY, 15 FEET SOUTHEAST OF SOUTH BORIC ACID EVAPORATOR SUBPANEL&#xb9;12-BAES.NEAR THE SOUTH WALL 587.00 587 HALLWAY-IN THE SOUTHVVEST REGION OF THE HALLWAY, NEAR THE WEST WALI3 FEET NORTHEAST OF THE WASTE GAS STORAGE TANK AREA 633.00 633 HALLWAY-NEAR THE SOUTH SECTION OF 633.00 THE HALLWAY, 2 FEET NORTH OF NBFT ROD/if S ENTRANCE 633.00 633 HALLWAY-IN THE SOUTH SECTION OF THE HALLWAY, 2 FEET NORTH OF CONTAINMENT AUXILIARIES SUBPANEL&#xb9;2-CAS.NEAR THE WEST WALL 609.00 609 HALLWAY-15 FEET EAST OF THE NORTHEAST SIDE OF EAST COMPONENT COO UNG WATER HEAT EXCHANGER&#xb9;24IE-15E.5 FEET ABOVE THE FLOOR 613.00 4IO/ROOM-MEZZANINE AREA IN THE SOUTHEAST PART OF THE ROOM, 10 FEET NORTH OF THE SOUTH WALL 613.00 4KV ROOM MEZZANINE AREA-IN THE SOUTHEAST PART OF THE ROOM, 4 FEET NORTH OF THE SOUTH ENO OF THE ROOM N/A N/A N/A N/A N/A N/A 1.5 x Bounding Spectnsn vs.Rear>>tie M<<fian C<<scrod Fker Response Spectra 1.5 x Boundeg Spectnm vs.ReaMc M<<fian Centered Floor Response S pact/a 1.5 x Baxx4rg Spec/nm vs.Roar>>te Median Cantered Fker Response Spectra 1.5 x Bounding Spectnm vs.Rotc M<<fian Centered Fker R S a 1.5 x Bounding Spactnm VL Reafsfic Median Centered Fker Res S 1.5 x Boundeg Spoctnm vL Rear>>tie M<<fian Contored Roar Response Spectra 1.5 x Bounding Spectnm vs.ReaMc MaSan Cantered Floor Response Spectra 1.5 x Bounding Spctfulll vs.ReaMc M<<fish Centered Fbor Response Spectra 1.5 x Bounding Spoctnm vs.ReaMc M<<fian Cantered Fker Response Spectra 1.5 x 6/xsxsng Spectnm VL Rear>>te Median Centered Fker Re S 1.5 x Boaxsng Spootrum VS.Reasstic Median Centered Boor Response Spectra 1.5 x Boundeg Specuum vs.ReaKs6c Modish Centered Boor Rasper>>e Spoor/8 1.5 x Bounding Spec/nm vs.ReaMc M<<fisn Centered Fker Response S a 1.5 x B/xmdsXI 8 poctnm vL Realistic M<<&#xb9;en Cantered Fbor Response S a Yes Yes Yes Y85 Yes Yas Yes Y45 Yes Y85 Y45 Yos Yes Yes Y45 Y45 Y45 Yes Yes Y45 Yes Yes Yes Yes Y85 Yes Yes~Yos Yes Yes Yss Yes Yes t Yss Y85 Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature I 2/1 lo (?>>Date Print or T pe Name in re Date I
Walkdown:~l Outages DC CO.T2 SCREENING VERIFICATION DATA SHEET (SVDS).ge 2of10 Eq.Cl Equp.lo No.System/Equsxnont Descnptcn Buklmg.Room or Row/Coke Base Elev.Cspscsy vs.Demand Bash Csp>Demand?OK?Eqvp OK7 15 1 2~04'ElECTRICAL DISTRIBUT I 600VAG MOTOR CONTROL CENTER EZCC AUXILIARY 613.00 4KV ROOM-MEZZANNE AREA-N THE NORTHEAST CORNER OF THE ROOM, 4 FEET SOUTH OF THE NORTH WAU 5 FEET NORTH OF 600VAC MOTOR CONTROL 1.5 x Bounding Sp<<trum vs.Reasstic Median Centered Fkor Response Spectra Yes Y4$Yes Yes 16 1 2~C47 0 ELECTRICAL DISTRIBUT/600VAG MOTOR CONTROL CENTER EZGO AUXILIARY 613.00 4KVROOM MEZZANINEAREA INTHE NORTHEAST PART OF THE ROOM, 8 FEET SOUTH OF THE NORTH WAlL N/A 1.5 x Bouncnng Speci/um vs.Rear>>dc M<<f>>n Centered Boor Respor>>e Spectra Yes Yos Yes Yos 17 18 19 1 2+SA 2-PSQ 2-21A 0 ELECTRICAL DISTRIBUT I600VAC MOTOR CONTROL CENTER PSA 0 ELECTRICAL DISTRIBUT I 600VAG MOTOR CONTROL CENTER PSQ 0 ELECTRICAL DISTRSUT/600V BUS 21A SWITCHGEAR SCREENHOUSE 594.00 TRAVEL SGRN MCG UPPER RM 10 FEET NORTHWEST OF THE ROOLTS ENTRANCE DOORWAY, ON THE WEST WAlL SCREENHOUSE 594.00 TRAVEL SCRN MCC UPPER RM-ON THE WEST WALL OF THE ROOM, 2 FEET NORTH OF THE ROOLrs ENTRANCE 609.00 4KVRM 600VSWGRAREA INTHE NORTHWEST REGION OF THE ROOM, 20 FEET NORTH OF 600 VAC TRANSFORMER
&#xb9;2 TR 21A 1.5 x Boondng Spectrum vs.Reagsgc M<<f>>n Centered Fkor R 4 1.5 x BoundsX?Spectrum vs.Roafistic M<<fisn Centered Fkor Response S 1.5 x Boundog Spectrum vs.ReaMc Median Centered Fker R S Yes Yes Y4$Yes Yos Yes Yes Yos Yes Yes 2-21A1 0 ELECTRICAL DISTRIBUT I REACTOR ROD CONTROL SOUTH MOTOR GENERATOR SET CRDMG-2S SUPPLY BREAKER AUXILIARY 609.00 4KV RM-600V SWGR AREA IN THE NORTHWEST REGION OF THE ROOM.N 600VAC SWITCHGEAR
&#xb9;24IA, 6 FEET ABOVE THE FLOOR 1.5 x~Sp<</rum vs.RoaMc Median Center<<l Boor Response Spectra Yos Y4$Yos Yos 21 2 2-21A10 2 2-21A11 0 ELECTRICAL DISTRIBUTI WEST TURBINE AUXILIARY COOLING WATER PUMP PP-1 4W SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600VAC BUS 21A SUPPLY BREAKER AUXILIARY 609.00 4KVRM 600VSWGRAREA INTHE NORTHWEST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-2IA 609.00 4KVRM-600VSWGRAREA N THE NW REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-21A, 6 FEET ABOVE N/A lh x Boundng Sp<<tium vs.Rear>>tic M<<fian Centered Fkor Rospons4 Spectra 1.5 x Boundstg Spocfuifi vs.RoaMc Median Centered Boor R a Yos Yos Yes Yes Yes Yos Yes Yos 2-21A2 0 ELECTRICAL DISTRIBUT/600VAC MCC AM4 SUPPLY BREAKER 609.00 4KV RM 600V SWGR AREA N THE NW REGION OF THE ROOM, ON 600VAC SWITCHGEAR
&#xb9;2-21A, 5 FEET ABOVE THE FLOOR 1.5 x Boundstg Sp<<t/um vs.ROSSSSc Median Centered Boor Response Spectra Yes Yos Yes Yes Yes 24 25 2.21A4 2-21 AS 2-21A6 0 ELECTRICAL DISTRIBUT I SOUTH PLANT LIGHTING TRANSFORMER TR4.TGSS SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600VAC Mcc ABDAL SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I600VAC MCCS AB4, PSA, TPPA AND VCCS ABV~AZVA SUPPLY BREAKER AUXILIARY AUXILIARY AUXILIARY 609.00 4KVRM 600VSWGRAREA INTHE NORTHWEST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;241A.6 FEET ABOVE THE FLOOR 609.00 4KV RM 600VSWGRAREA IN THE NW REGION OF THE ROOM, ON 600VAC SWITCHGEAR
&#xb9;2-21/L 3 FT ABOVE 609.00 4KV RM-600V SWOR AREA-IN THE NE REGION OF THE ROOM, ON 600V Ac SWITCHGEAR
&#xb9;2-21A, 1 FOOT ABOVE N/A N/A 1.5 x sounding Spectrum vs.Rear>>tic Median Centered Boor Response Spectra 1.5 x Bouncstg Spectnan vs.ReaMc M<<fian Centered Fker R Spectra 1.5 x Boundng Spectrum vs.Reef>>tic Median Centered Fkor Response Spectra Yos Yes Yes Yos Yes Yes Yos Yes Yos Yos Yes Yesi 27 2 2-21 AS 0 ELECTRICAL DISTRIBUT/600VAG BORIC ACID HEAT TRACE CONTROL CENTER SHE SUPPLY BREAKER AUXILIARY 609.00 4KVRM 600VSWGRAREA INTHE NORTHWEST REGION OF THE ROOM.N 600VAC SWITCHGEAR
&#xb9;24IA, 4 FEET ABOVE THE FLOOR 1.5 x Soundly Speci/um vs.ReaMc Median Centered Boer Rasper>>e Spectra Yes Yos 28 2 2-21A9 0 ELECTRICAL DISTRIBUT/600VAC Mcc EZCAE SUPPLY BREAKER AUXIUARY 609.00 4KV RM 600V SWOR AREA IN THE NW REGION OF THE ROOM, ON 600VAC SWITCHGEAR
&#xb9;2-21A, 1 FOOT ABOVE THE FLOOR 1.5 x Boundstg Sp<<I/urn vs.RoaMc M<<gsn Contored Boor Respcnse Spectra Yos Yes'ertification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
I 2/It fyS Print or T pe Name Si nature Date Print or T pe Name i n ture Date Walkdown: al Outages DC CO iT2 SCREENING VERIFICATION DATA SHEET (SVDS)ge 30f10.Item Eq.Cl Equip.to No.29 2 241 AC Rev No Srstam/Equipmant DeSCripten ELECTRICAL DISTRIBUT/600V BUS 21ATO 600V BUS 21C TIE BREAKER AUXILIARY 609.00 4KV RM-600V SWOR AREA-IN THE NORTHWEST REGION OF THE ROOM.IN 600VAC SWITCHGEAR
&#xb9;2.21A, 2 FEET ABOVE THE FLOOR 1.5 x Boundstg Specuum vs.RSSMc Median Centered Fker Respor>>e Spectra Csp a Cavests Demand?OK?Yas OK?Yes Yes Equip OK?Yes 30 2 2.218 31 2 24181 32 2 2-21810 33 2 2-21811 34 2 2-21812 35 2 2-21813 36 2 2-2182 ELECTRICAL DISTRIBVT/600V BUS 218 SWITCHGEAR 0 ELECTRICAL DISTRIBUT/600VAC Mcc ABD4r SUPPLY BREAKER I2.ELSC 0 ELECTRICAL DISTRIBUT/PLANT AIR COMPRESSOR OMERt SUPPLY BREAKER 0 ELECTRICAL DISTRlBVT/600VAC BUS 218 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/SOUTH NON-ESSENTIAL SERVICE WATER PUMP Pals SUPPLY BREAKER 0 ELEGTRCAL DISTRIBUT/TURBINE ROOM INDUCTION HEATNG, STRESS RELIEF AND BOLT HEATERS SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600VAG MCC EZC4I SUPPLY BREAKER AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 4KVRM 600VSWGRAREA INTHE NORTHWEST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-2M, 2 FEET ABOVE THE FLOOR 4KV RM-600V SWGR AREA-IN THE NE REGION OF THE ROOM, 6 FEET ABOVE THE FLOOR 4KVRM-600VSWGRAREA INTHE NORTHEAST REGION OF THE ROOM.IN 600VAC SWITCHGEAR
&#xb9;2-218, NEAR THE FLOOR 4KV RM-600V SWOR AREA-IN THE NE REGION OF THE ROOM, ON 600V AC SWITCHGEAR
&#xb9;2-218.6 FEET ABOVE 4KV RM-600V SWOR AREA-IN THE NORTHEAST REGION OF THE ROOM, tN 600VAC SWITCHGEAR
&#xb9;2-218, 2 FEET ABOVE THE FLOOR 4KV RM-600V SWOR AREA-IN THE NORTHEAST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-218, NEAR THE FLOOR 4KV RM-600V SWOR AREA-IN THE NE REGION OF THE ROOM, IN 600V AC SWITCHGEAR
&#xb9;2-21 8, 5 FEET ABOVE THE FLOOR 1.5 x Boundeg Spectrum vs.RSSMc Median Centered Rcor Respor>>e Spectra 1 5 x Basxieg Specuum vs.Resrr'c M<<fisn Cantered Fbor R 8 1.5 x Boundeg Specuum vs.RSSMc M<<fisn Centered Boor Response Spectra 1.5 x Basxfsig Spectrum vs.Rotc Median Centered Rear Res Spectra 1.5 x Baxiding Spectnm vs.ReaMc Median Centered Rcor Response Spectra 1.5 x~Specaum vs.RSSMc M<<fisn Centered Fker Respof>>e Spectra 1.5 x Bounding Spact/um vs.Raststb Median Centered Fker Rasper>>e Spectra Yes Yes Yas Yes Yas Yos Yes Yes Yes Yes Yes Yas Yes'es Yos Yes Yes Yas Yes 37 2 24183 2.2185 0 ELECTRICAL DlSTRIBVT/600V BUS 21 8 SPARE CIRCUIT BREAKER 0 ELECTRICAL DISTRIBUT l600V MOTOR CONTROL CENTERS TBG-BWAND TBP4IN SUPPLY BREAKER AUXILIARY 609.00 4KVRM 600VSWGRAREA-INTHE NORTHEAST REGION OF THE ROOM.IN 600VAC SWITCHGEAR
&#xb9;2-218, 4 FEET ABOVE THE FLOOR 4KVRM-600VSWGRAREA INTHE NORTHEAST REGION OF THE ROOM.IN 600VAC SWITCHGEAR
&#xb9;2-218, 4 FEET ABOVE THE FLOOR 609.00 WA 1.5 x Boundeg Spectrum vs.Rear>>dc M<<fian Centered Fbor Response Spectra 1.5 x Boundeg Spectnsn vs.Realisdc Median Centered Fbor Response Spectra Yes Yes Yes Yes Yes Yes Yes Yas Yes 39 2 2<186 0 ELECTRICAL DISTRIBUT/EAST TURBINE AUXIUARY COOUNG WATER PUMP PP-1 4E SUPPLY BREAKER AUXILIARY 609.00 4I0/RM 600VSWGRAREA-INTHE NORTHEAST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-21 8, 4 FEET ABOVE THE FLOOR 1.5 x Bounding specuum vs.Rotc M<<fisn Cantered Fbor Response Spectra Yos Yes Yes Yas 2-2180 41 2 2-21C 0 ELEGTRCAL DISTRIBUT l600V BVS 218 TO 600V BUS 21D TIE BREAKER 0 ELECTRICAL DLSTIUBUT l600V BUS 21C SWITCHGEAR AUXILIARY 609.00 4KV RM 600VSWGRAREA-INTHE NORTHEAST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-218.2 FEET ABOVE THE FLOOR 4KV RM-600V SWOR AREA IN THE, NORTHWEST REGION OF THE ROOM, 20 FEET NORTH OF 600VAC SUPPLY TRANSFORMER
&#xb9;2-TR21C 609.00 N/A 1.5 x Bourx4ng Spectnsn vs.RSSMc M<<fisn Centered Fker Response Spectra 14 x Bounding Spectrum vs.Rear>>tic Median Centered Fker Response Spectra Yes Yos Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and concfuslon (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name S nature\'ZING/45 Date Print or T pe Name i ture Date Walkdown:.ml Outages DC C.SIT 2 SCREENING VERIFICATION DATA SHEET (SVDS).dge 4of10 Item Eq.Ci Eqi/p.lo No.Rav No SYstam/Equipmont Doscnpten Fker Elev.Room or Row/Coksnn Base Ekrv.Capacity vs.Demand Basis Cap>Demand?Csvaats OK?OK?Interact OK?Eqcsp OK?42 2 2-2101 43 2 2-21C10 44 2 2-21G11 45 2 2-21012 46 2 2.21G13 47 2 2-21014 48 2 2-21016 49 2 2-21G1?50 2 2-21016 51 2=2-21C2 52 2 24103 2-21 G4 54 2 2-2106 55 2 2-210?Certification:
0 ELECTRICAL DISTRIBUT/600V BUS 21C SUPPLY BREAKER 0 ELECTRICAL DIST/UBUT/600VAC M co ABD4;AND 2 JAN SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600V BUS 21C SPARE CIRCUIT BREAKER 0 ELECTRICAL DISTRIBUT I SOUTH SPENT FUEL PIT PUMP 12+P41S SUPPLY BREAKER 0 ELECTRICAL OISTRIBUT I RECIPROCATNG CHARGING PUMP PP<9 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I FIRE PROTECTION WATER HIGH DEMAND PUMP PP-11 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I600VAC MOTOR COMTROI.CENTER TBCCN SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I NORTH NONESSENTIAL SERVICE WATER PUMP PP4N SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I MAN TURBINE AUXIUARY LUBE OIL PUMP QT-201 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I COMTANMENT POLAR CRANE OM-4 SUPPLY BREAKER 0 ELECTRICAL DISTRIBVT/600V BUS 21C SPARE CIRCUIT BREAKER 0 ELECTRICAl DISTRIBUT I CIRCULATING WATER TRAVELING SCREEN SOUTH WASH PUMP PP-15S SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600VAC Mcc EZC4'UPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600V BUS 21C SPARE CIRCUIT BREAKER AUXILIARY 609.00 4KVRM 600VSWGRAREA NTHE NORTHWEST REGION OF THE ROOM.N 600VAC SWITCHGEAR
&#xb9;2-21C, 4 FEET ABOVE THE FLOOR 609.00 4KV RM-600V SWGR AREA-N THE NORTHWEST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-21C, 1 FOOT ABOVE THE FLOOR 609.00 4KVRM 600VSWGRAREA-NTHE NORTHWEST REGION OF THE ROOM.N 600VAC SWITCHGEAR
&#xb9;2.21C 60900 4KVRM-600VSWGRAREA NTHE NORTHWEST REGION OF THE ROOM.N 600VAC SWITCHGEAR
&#xb9;2-21C 609.00 4KVRM 600VSWGRAREA-N THE NORTHWEST REGION OF THE ROOM, IN 60OVAC SWITCHGEAR
&#xb9;2-21C, 2 FEET ABOVE THE FLOOR 609.00 4KV RM 600V SWGR AREA-N THE NORTHWEST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-21C 609.00 4KV RM 600V SWGRAREA-5 THE NORTHWEST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-21C, 4 FEET ABOVE THE FLOOR 609.00 4KV RM 600V SWGR AREA-N THE NORTHWEST REGION OF THE ROOM.N 600VAC SWITCHGEAR
&#xb9;2-21C.4 FEET ABOVE THE FLOOR 609.00 4KV RM 600V SWGR AREA-IN THE NORTHWEST REGION OF THE ROOM, IM 600VAC SWITCHGEAR
&#xb9;2-210, NEAR THE FLOOR 609.00 4KV RM-600V SWGR AREA-N THE NORTHWEST REGION OF'THE ROOM, N 600VACSWITCHGEAR
&#xb9;241C,2FEETABOVE THE FLOOR 609.00 4KVRM-600VSWGRAREA N THE NORTHWEST REGION OF THE ROOM, IM 600VAC SWITCHGEAR
&#xb9;2.21C, NEAR THE FLOOR 609.00 4KV RM-600V SWGR AREA-IN THE NORTHWEST REGION OF THE ROOM, N 600VAC SWITCHGEAR
&#xb9;2-21C, 4 FEET ABOVE THE FLOOR 609.00 4KV RM-600V SWGR AREA-N THE NORTHWEST REGION OF THE ROOM, ON THE 600VAC SWITCHGEAR
&#xb9;2-21C 609 00 4KV RM-CD 4KV SWGR AREA-IN THE NORTHWEST REGION OF THE ROOM, IM 600VAC SWITCHGEAR
&#xb9;2-21C N/A N/A N/A N/A N/A N/A 1.5 x Bounding Spectrum vs.ROSMc Mocrisn Centered Fbcr Response Spectra 1.5 x~Spectrum vs.ROOMc Marfian Centered Fker Response Spectra 1.5 x Bounding Spectrum vs.ROOMc Marfian Centered Fker Res S a 1.5 x Boistding Speci/um vs.Rearisdc Median Cantered Fbor Re S a 1.5 x~Speci/um vs.RsaMc Mtxfian Centered Fbor Response Spectra 1.5 x Bounding Spachum vs.ROOMc Mefian Cantered Fker Response Spectra 1.5 x~Specuum vL ROOMc Median Cantered Fbol Response Spectra 1.5 x Bounding Spectrum vs.ReaMc Median Cantered Fbor Response Spectra 1N x Bounding Spectrum vs.ROSMc Mediian Centered Fbor Response Spectra 1.5 x Bounding Spectrum vs.ROOMc Median Centered Fbcr Response Spectra 1.5 x Bounding Spectnsn vs.Realistic Median Cantered Fbcr Response Spectra 1.5 x Bounding Spectrum vs.Retdistb Median Centered Fker Response Spectra 1.5 x Bounding Spectrum vs.ROOMc Mtxfisn Centered Fker R Spectra 1.5 x Solacing Spectrum vs.-Rearnsc Median Centered Fker Re S a Yes Yes Yos Yas Yes Yas Yes Yos Yes Yes Yas Yes Yos Yas Yes Yes Yes Yas Yes Yos Yos Yes Yes Yes Yes Yos Yes Yes/Yes Yes All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signato/y should be a licensed professional engineer.)
Print or T e Name Si nature Date Print or T pe Name ture Date
 
Walkdown wl Outages DC C,lT 2 SCREENING VERIFlCA DATA SHEET (SVDS).ge 50f10 Equip.ID No.Rev No Cap>Caveats Demand?OK?OK?E~OK?56 2 2-2108 57 2 2.2109 58 2 2-21D 59 2 2-2101 60 2=2-21D10 0 ELECTRICAL DISTRIBUTI PLANT AND CNTMT STANDBY LIGHTING TRANSFORMER TR4.TGa SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I MAN AND SPARE TRANSFORMER AUXILIARIES NORMAL DISTRIBUTION CABINET TCSN SUPPLY BREAKER 0 ELECTRICAL OLSTRIBUT I 600V BUS 21D SWITCHGEAR ELECTRICAL DISTRIBUT/600V BUS 21D SUPPLY BREAKER 0 ELECTRICAL DISTRIBUTI NORTH PLANT UGHTING TRANSFORMER TR4.TGeN SUPPLY BREAKER AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 4KVRM 600VSWGRAREA-INTHE NORTHWEST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-21C,4 FEETABOVE THE FLOOR 4KV RM 600VSWGR AREA-IN THE NORTHWEST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-21C, 4 FEET ABOVE THE FLOOR 4KV RM-600V SWGR AREA-IN THE NORTHEAST REGION OF THE ROOM, 20 FEET NORTHWEST OF 600VAC SUPPLY TRANSFORMER
&#xb9;2-TR21D 4KV RM-600V SWGR AREA-IN THE NORTHEAST CORNER OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2.21D, 4 FEET ABOVE THE FLOOR 4KVRM-600VSWGRAREA INTHE NORTHEAST REGION OF THE ROOM, IN 600V SWITCHGEAR
&#xb9;2-21D, NEAR THE FLOOR 609.00 NIA 609.00 NIA 1.5 x Boulxbng Spectrum vs.Reahbc Median Centered Fkior Response Spectra 1.5 x Bandrtg Spectrum vs.ROSKstic Median Centered Fker Respor>>o Spectra 15 x Boulxbng spearum vs.Roarisbc M<<fran Centered Fkor Response Spectra 1.5 x Boundeg Spectrum vs.Reafisbc M<<fian Centered Fbor Response Spectra 1.5 x Bandstg Spectrum vs.Rearisdc Moctsn Centered Fkor R 8 Yes Yes Yes Yos Yos Yes Yes Yes , Yes Yes Yes Yos Yes Yes Yes 61 2 2-21D11 62 2 2-21D13 63 2 2-21014 64 2 2-21D3 2-21D4 66 2 2-21DS ELECTRICAL DISTRI BUT I 600V BORIC ACID HEAT TRACE CONTROL CENTER BHT4I SUPPI.Y BREAKER 0 ELECTRICAL DISTRIBUTI REACTOR ROD CONTROL NORTH MOTOR.GENERATOR SET CRDMG-2N SUPPLY BREAKER 0 600VAG DISTRIBUTION I 600VAC MCC 2 JIBE, VCC 2~47, Mcc 2-PRO SUPPLY BREAKER 0 ELECTRICAL DISTIUBUT I CONTA!NMENT UGHTNG TRANSFORMER TR4.TG.t 0 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/600V BUS 21D SPARE CIRCUIT BREAKER 0 ELECTRICAL OISTRIBUT/600VAC Mcc ABDAL SUPPLY BREAKER AUXILIARY 609.00 AUXILIARY.609.00 4KV RM-600V SWGR AREA-IN THE NORTHEAST REGION OF THE ROOM, ON 600V SWITCHGEAR
&#xb9;2-2'ID, 6 FEET ABOVE THE FLOOR 4KVRM 600VSWGR AREA IN THE NORTHEAST REGION OF THE ROOM, ON 600V SWITCHGEAR
&#xb9;2-21D, 6 FEET ABOVE THE FLOOR 4KVRM 600VSWGRAREA-INTHE NORTHEAST REGION OF THE ROOM, ON 600V Ac SWITCHGEAR
&#xb9;2-21D, 1 FOOT ABOVE THE FLOOR 4KV RM-600V SWGR AREA-IN THE NORTH EAST PART OF THE ROOM.N 600VAC SWITCHGEAR
&#xb9;2-21D, NEAR THE FLOOR 4KV RM 600V SWGR AREA-IN THE NORTHEAST PART OF THE ROOM, N 600VAC SWiTCHGEAR
&#xb9;241D, 4 FEET ABOVE THE FLOOR 4KVRM 600V SWOR AREA IN THE NORTHEAST REGION OF THE ROOM, IN 600VAC SWITCHG EAR&#xb9;2-21D, 3 FEET ABOVE THE FLOOR 609.00 NIA 6I8.00 NIA 609.00 NIA 609.00 NIA 1.5 x Bounding Spectrum vs.Rear>>tic Median Centered Fkor Response Spectra 1.5 x Bouaanp Spectrum vs.Rearisbc Median Centered Fkor Rospor>>o Spectra 1.5 x Bouixbng Spectrum vs.Rear>>tic M<<fian Centered Fbor Response Spectra 1.5 x Boundrtg Speansn vs.Roaf>>tic Median Centered Floor Response Spectra 1.5 x Boundrig Specburn vs.Roar>>tic M<<fian Centered Fkor Response Spectra 1%x Boundrtg S pact/um vs.Real>>tic Median Centered Boor Response Spectra Yes Yos Yes Yes Yos Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yes 67 2 2-21D6 2.21D8 Certification:
0 ELECTRICAL DISTRIBUT I 600VAC Mcc EZG47 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I600VAC Mcc AM47 SUPPLY BREAKER AUXILIARY 609.00 AUXILIARY 609.00 4KV RM-600V SWGR AREA-IN THE NORTHEAST REGION OF THE ROOM, IN 600VAC SWITCH GEAR&#xb9;241D, 1 FOOT ABOVE THE FLOOR 4KVRM 600VSWGRAREA-INTHE NORTHEAST REGION OF THE ROOM.IN 600VAC SWITCHGEAR
&#xb9;2 21D, 5 FEET ABOVE THE FLOOR 1.5 x Boundstg Spectnsn vs.Realhdc Median Centered Fkcr Respor>>e Spectra 1.5 x Bounding Specuum vs.Rear>>bc M<<fran Centered Fkor Respor>>e Spect/a Yes Yes Yes Yes Yes Yes All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T Name S nature Date Print or T pe Name S'ure Date Walkdown: ical Outages DC CO i<IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)cage 6of10 item Eq.Cl Equp.lo Na Rev No Systa/I/Equipment D scnption Floor Elov.Room or Row/Column capacity vs.Demand Basis Cap>Caveats Dan and7 OK7 Anchor OK7 OK7 70 2 71 2 2-21D9 242<YA 2424IYB 0 ELECTRICAL DISTRIBUTI MAIN AND SPARE TRANSFORMER AUXILIARIES EMERGENCY DISTRIBUTION CABINET TCSE SUPPLY BREAKER 0 REACTOR TRIP BREAKER I REACTOR ROD CONTROL TRA REACTOR TRIP BYPASS CIRCUIT BREAKER 0 REACTOR TRIP BREAKER I REACTOR ROD CONTROL TRAN B REACTOR TRIP BYPASS CIRCUIT BREAKER AUXILIARY AUXILIARY 609.00 4KV RM-600V SWGR AREA-IN THE 609.00 NORTHEAST REGION OF THE ROOM, IN 600VAC SWITCHGEAR
&#xb9;2-21D, 2 FEET ABOVE THE FLOOR 609.00 CRD EQUIP RM IN THE MIDDLE WEST REGION OF THE ROOM, ON 260/1 50 VAC ROD CONTROL MOTOR~NERATOR SET SWITCHGEAR
&#xb9;2<RDSWGR 609.00 CRD EQUIP RM-IN THE MIDDLE WEST REGION OF THE ROOM.ON 260/150 VAC ROD CONTROL MOTORNENERATOR SET SWITCHGEAR
&#xb9;24'RDSWGR N/A N/A 1$x Bourxfng S pact/um vs.Realistic Median Centered Boor Response Spect/0 1.5 x Bourxling Spect/Um VS.ROOSstic Median Centered Roar Response Spectra 1.5 x Bounding Spectrum vs.Reahtic Median Centered Boor RospoA$0 Spoctfa Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes 72 2 73 2 24241 TA 2424tTB 0 ROD CONTROL AND INST I REACTOR ROD CONTROL TRAN'A REACTOR TRIP CIRCUIT BREAKER 0 ROD CONTROL AND INST I REACTOR ROD CONTROL TRAN S'EACTOR TRIP CIRCUIT BREAKER AUXILIARY AUXIUARY 609.00 CRD EQUIP RM IN THE MIDDLE WEST REGION OF THE ROOM.IN BREAKER COMPARTMENT
&#xb9;242+TA 3 FEET ABOVE THE FLOOR 609.00 CRD EQUIP RM-IN THE MIDDLE WEST 633.00 REGION OF THE ROOM, IN BREAKER COMPARTMENT
&#xb9;24241TB, NEAR THE FLOOR N/A 1.5 x Boundstg Spect/um vs.ReaMc Median Centered Fbor Response Spectra 1 ex Boufxteg Spectrum vs.ReaMc Mafian Centered Boor Res seS 0 Yes Yas 74 3 75 3 76 3 77 3 76 3 79 3 61 3 2-721 A 2-T21Al 2-T21A10 2-T21A11 2-T21A12 2-T21A2 2-T21 A3 2-T21A4 2-T21A5 0 4KV ELECTRICAL DISTR I 4KV BUS T21A SWITCHGEAR 0 ELECTRICAL DISTRIBUT I SOUTH SAFETY INJECTION PUMP PP465 SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I 600V BUS 21A SUPPLY TRANSFORMER TR21A SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I AB EMERGENCY DIESEL GENERATOR TO 4KV BUS T21A SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I CIRCUiT BREAKER FROM 69KV TO BUS T21A 0 ELECTRICAL DISTRIBUTI WEST MOTOR DRIVEN AVX FEEOWATER PUMP PP4W SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/WEST CONTAINMENT SPRAY PUMP PP QW SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT I WEST RESIDUAL HEAT REMOVAL PUMP PP45W SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/WEST ESSENTIAL SERVICE WATER PUMP PP-7W SUPPLY BREAKER AUXILIARY AUXILIARY AU/QLIARY AUXILIARY AUX/LIARY ANQI.IARY ANQUARY AUXILIARY 609.00 4KVRM AB4KVSWGRAREA 609.00 4KVRM AB4KVSWGRAREA INTHESE 609.00 REGION OF THE ROOM, IN 4 KV SWITCHGEAR
&#xb9;2-721A, IN BREAKER COMPARlMENT
&#xb9;2-l21A1 88.00 4KV RM AB 4KV SWGR AREA-IN THE MIDDLE 609.00 SOUTH REGION OF THE ROOM, DI 4KV SWITCHGEAR
&#xb9;2.T21A NEAR THE FLOOR 609.00 4KV RM AB 4KV SWGR AREA-IN THE MIDDLE 609.00 SOUTH REGION OF THE ROOM.IN 4KV SWITCHGEAR
&#xb9;2-T21A, NEAR THE FLOOR 609.00 4KV RM AB 4KV SWGR AREA-IN THE MIDDLE 609.00 SOUTH REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-T21A 609.00 4KV RM AB 4KV SWGR AREA-IN THE SE REGION OF THE ROOM.IN 4KV SWITCHGEAR
&#xb9;2-T21A.NEAR THE FLOOR 6t8.00 4KVRM AB4KVSWGRAREA INTHE SOUTHEAST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-T21A 609.00 4KV RM-AB 4KV SWGR AREA ut THE SOUTHEAST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-T21A.NEAR THE FLOOR 609.00 4KVRM AB4KVSWGRAREA-INTHE SOUTHEAST REGION OF THE ROOM, IN 4I0/SWITCH GEAR&#xb9;2-T21A NEAR THE FLOOR N/A NIA N/A N/A 1.5 x Boundeg Spectrum vs.ReaMc MaSsn Centered Fbor Res Spectra 1.5 x Boundsxl SpctfUfrl vs.ReaMc Mafian Centered Roar Response Spect/a 1.5 x Bourxteg Spect/um vs.ReaMc MaSan Centa ed Floor Res S 1.5 x BoundiAQ Spoctfunl vs.ReaMc Median Centered Floor Response Spectra 1.5 x Bounding SpoctfUnl vs.ReaMc M<<fian Centered Fker Response S 1$x ouuxt4ing s pact/Um vs.ReaMc M<<fian Cantered Fker Response S 1$x Boufxtirg Spectrum vs.Realisdc Mafian Centered Fker R S 0 1.5 x Ouurxtstg Spectnsn vs.ReaMc MaSan Centered Boor R S a 1$x BCUAONQ Spectnsn vs.ReaMc MaSsn Centered Roor R S a Yes Yes No Yes Yes Yes Yes Yes Yes Y0$Yes Yes Yes Yes Yeo Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name nature Date Print or T pe Name I tule Date Eq.CI Equip.lo Na Rov No Walkdown: ical Outages DC CO i i<IT2 SCREENING VERIFICATION DATA SHEET (SVDS)Room or Row/Goantn Cap>Demand?Cavoats OK?rage 70f10 Equip OK?3 2.T21A6 3 2-T21AT 3 2.T21A8 0 ELECTRICAL DISTRIBUT I 4KV BUS 721A TO 460V PRESSURIZER HEATER BUS SUPPLY TRANSFORMER TR21PHA SUPPLY BREAKER 0 ELECTRICAL DISTIUBUTI WEST COMPONENT COOUNG WATER PUMP PP 10W SUPPLY BREAKER 0 ELECTRICAL OISTRIBUT I WEST CENTIBFUGAL CHARGING PUMP PP40W SUPPLY BREAKER 4KVRM A84KVSWGRAREA INTHE SOUTHEAST REGION OF THE ROOM.IN 4KV SWITCHGEAR
&#xb9;2-T21A 4KV RM-AB 4KV SWOR AREA-IN THE SOUTHEAST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-72IA, NEAR THE FLOOR 4KV RM-AB 4KV SWOR AREA IN THE MIDDLE SOUTH REGION OF THE ROOM 1.5 x Boundng Spectrum vs.ReaKstic M<<fian Centered Fbor Response Speara 1.5 x Boundng Spectrum vs.RoaMc M<<fian Centered Roor Ros S 0 1.5 x Boundng Spectrum vs.Realisdc M<<fian Centered Fker R S a Yes Yes Yos Yes Yes Yes Yes Yes Y45 Br 3 2-T21A9 0 3 2.T218 0 3 2.T2181 0 ELECTRICAL DISTRIBUT/4KV BUS 2A TO BUS T21A TIE BREAKER 4KV ELECTRICAL DISTR/4KV BUS T21A SWITCHGEAR ELECTRICAL OISTRIBUT I 4KV BUS 28 TO 4KV BUS T218 TIE BREAKER AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 4KV RM-AB 4KV SWOR AREA IN THE MIDDLE SOUTH REGION OF THE ROOM, IN THE 4KV SWITCHGEAR
&#xb9;2-T21A 4KVRM A84KVSWGRAREA-4KV RM-AB 4KV SWGR AREA-IN THE MIDDLE WEST REGION OF THE ROOM, ON 4KV SWITCHGEAR
<<2-T218 1.5 x Bandng Spectrum vs.R0SKstb Median Centered Floor R 8 1h x Bandng Spectrum va ReaKstic M<<Kan Centered Fkor Res S 1.5 x Bandng Spectrum va.ReaMc Median Centered Fker R S Yas Yes Yes Y05 Yes Yos Yes Yos Yes Yes Yes Yes Yes 3 2.T2182 0 ELECTRICAL DISTRIBUT I CIRCUIT BREAKER FROM 69N/BUS TO BUS T218 AUXILIARY 609.00 4KVRM-AB 4KV SWGR AREA IN THE MIDDLE WEST REGION OF THE ROOM.IN 4KV SWITCHGEAR
&#xb9;2-7218.NEAR THE FLOOR 609.00 WA 1.5 x Boundng S pctrurll vs.ReaKstic Median Centered Fkcr R Yes Yos Yes Yes Yes 3 2-T2184 2-T21C 0 4KV ELECTRICAL OLSTR I4KV BUS 721 C SWITCHGEAR 0 ELECTRICAL DISTRBUT I AS EMERGENCY DIESEL GENERATOR To 4KV BUS 7218 SUPPLY BREAKER AUXIUARY 609.00 4KV RM-AB 4KV SWGR AREA IN THE MIDDLE WEST PART OF THE ROOM.tN 4I0/SWITCHGEAR
&#xb9;2-7218, IN THE LOWER COMPARTMENT 4KV RM-CO 4KV SWOR AREA-1.5 x Boundng Spectrum vs.ReaMc Median Centered Fkor Response Spectra 1h x Boundng Spectrum vs.RoaKstic M<<Ktn Centered Roar Res Spectra Yes Yes Yes Y45 Y45 Yes 3 2-T21C1 0 ELECTRICAL DISTRIBUT/4KV BUS 2C TO 4KV BUS T21C TIE BREAKER AUXILIARY 609.00 4KV RM-CD 4KV SWGR AREA-IN THE NORTHEAST PART OF THE ROOM, ON 4KV SWITCHGEAR
&#xb9;2-T21C 609.00 N/A 1.5 x Bandng S pecuum vs.ReaMc M<<Kan Centered Fbor R Spectra Y45 Yes Y05 3 2-T2102 0 ELECTRICAL DISTRIBUT I CIRCUIT BREAKER-4KV FROM 69KV TO BUS 721C 3 2-T2103 0 ELECTRICAL DLSTRIBUT/CD EMERGENCY DIESEL GENERATOR TO4N/BUS 721C SUPPLY BREAKER AUXILIARY 609.00 AUXILIARY 609.00 4KV RM-600V SWGR AREA IN THE NORTHEAST REGION OF THE ROOM 4KV RM GD 4KV SWOR AREA-IN THE NORTHEAST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-T21C 1.5 x Bandng Spectrum vs.ReaMc Median Centered Fbor Res~S 1.5 x Bandng S pact/unl vs.ReaKstb Median Centered Fbor Response S peeve Yes Yes-Yes Yes Yos Yes Yes Y45 Yos 3 2-T21D 0 4KV ELECTRICAL DISTR I4KV BUS T21D SWITCHGEAR AUXIUARY 609.00 4KV RM-CD 4KV SWOR AREA-1.5 x Bandng specuurn vs.ReaMc M0Chsn Centered Fkor Res 4S 0 Yos Yos Y45 No No'2-T21D1 3 2-T21DI 0 0 ELECTRICAL DISTRIBUT I 4KV EMERGENCY POWER BUS EP TO 4KV BUS 721D SURPLY BREAKER 0 ELECTRICAL DISTRIBUTI EAST ESSENTIAL SERVICE WATER PUMP PP-?E SUPPLY BREAKER AUXIUARY 609.00 AUXIUARY 609.00 4KV RM-CD 4KV SWOR AREA-IN THE SOUTHWEST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2 T21D 4KV RM-CD 4KV SWOR AREA-IN THE SOUTHWEST REGION OF THE ROOM, IN 4N/SWITCHGEAR
&#xb9;2-T210 609.00 N/A 1.5 x Bandng Specaum vs.ReaMc M<<Kan Cantered Floor Re S 1.5 x Bandng Spectrum vs.ReaMc Metfan Centered Fkcr R Spectra Yes Yos Yes Yes Yes Yes Yos Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature I~/l/~~Date Print or T pe Name S n ure ate Walkdown:.Gal Outages DC COL.~IT 2 SCREENING VERIFICATION DATA SHEET (SVDS).age 80f10 Equo.tu No.2-T21011 2-T21012 System/Etsspmem Oeanpuon ELECTRICAL DISTRIBUT/EAST MOTOR DRIVEN AUXIUARY FEEDWATER PUMP PP4E SUPPLY BREAKER ELECTRICAL DISTRIBUT/4KV BUS 20 TO 4KV BUS T21D TIE BREAKER Fker Elev.AUXILIARY 609.00 Room or Reer/Column 4KV RM-CD 4KV SWGR AREA IN THE SOUTHWEST REGION OF THE ROOM.IN 4KV SWITCHGEAR
<<2.T210 4KVRM CD 4KV SWGR AREA-IN THE SOUTHWEST REGION OF THE ROOM, IN 4KV SWITCHGEAR
<<2.T21D Capaccy vL Demand Basis 14 x Boundstg Spectnsn va Rest'asc Median Centered Fker Response Spectra 1.5 x Boundng Spectrum vs.Rearssc Median Centered Boor Re S 0 Yos Yes Yos Cap 4 Caveats Demand?OK?Anchor OK?Yes Y45 Equrp OK?Y4$101 107 110 112 2-T21D2 2-721 03 2.721D4 2 72105 2-T2106 2.T21D7 2-721 D8 2-T21D9 24RI04-CVT 24 RI041-CVT 24;RID41-CV1'4;RIO-IV-CVT 24?GAB FFCKT ELECTRICAL DISTfuBUT/600V BUS 21D SUPPLY TRANSFORMER TR21D SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/EAST COMPONENT COOUNG WATER PUMP PP-10E SUPPLY BREAKER ELECTRICAL OISTRIBUT/EAST CONTAINMENT SPRAY PUMP PP-9E SUPPLY BREAKER 0 ELECTRICAL DISTRIBUTI NORTH SAFETY BLIECTION PUMP PP46N SUPPI.Y BREAKER 0 ELECTRICAL DISTRIBUT/
EAST RHR PUMP PP45E SUPPLY BREAKER 0 ELECTRICAL OISTRIBUT/
EAST CENTIUFUGAL CHARGING PUMP PP40E SUPPLY BREAKER 0 ELECTRICAL DISTRIBUT/CD EMERGENCY DIESEL GENERATOR TO 4KV BUS T21D SUPPLY BREAKER ELEC1'RICAL DISTRIBUT/4KV BUS 7210 TO 480V PRESSURIZER HEATER BUS SUPPLY TRANSFORMER TR21PHC SUPPLY BREAKER 120V CONTROL ROOM IN/10KVA TRANSFORMER CONSTANT VOLTAGE 120VAC DISTRIBUTION
/120V AC GR INST DISTR CH41 ISOL CONT VOLT TRANSFORMER 120V CONTROL ROOM IN/10KVA ISOLIMITER CONSTANT VOLTAGE TRANSFORMER 120V CONTROL ROOM IN/'I OKVA IsolJMITER-CONSTANT VOLTAGE TRANSFORMER 0 DIESEL GENERATION, C/AB EMERGENCY DIESEL GENERATOR OME-150AB FIELD FLASH CIRCUIT TRANSFORMER AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY AUXILIARY AUXILIARY 609.00 AUXILIARY 587.00 4KVRM-CD4KVSWGRAREA INTHE SOUTHWESf REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-7210.NEAR THE FLOOR 4KV RM-CD 4KV SWGR AREA-IN THE SOUTHWEST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-T21D 4KVRM CD4KVSWGRAREA-IN THE SOUTHWEST REGION OF THE ROOM, IN 4KV SWITCHGEAR
<<2-T21D 4KVRM CD4KVSWGRAREA INTHE SOUTHWEST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-21D 4KV RM 600V SWGR AREA.IN SOUTNVEST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2-721 0, NEAR THE FLOOR 4KVRM-CD4KVSWGRAREA INTHE SOUTHWEST REGION OF THE ROOM, IN 4KV SWITCHGEAR
&#xb9;2 T21D 4KVRM CD4KVSWGRAREA INTHE SOUTHWEST REGION OF THE ROOM, IN 4IN SWITCHGEAR
<<2-T210 4KV RM-CD 4KV SWGR AREA-IN THE SOUTHWEST REGION OF THE ROOM.IN 4KV SWITCHGEAR
<<2-T21D 4KV RM-600V SWOR AREA-IN THE MIDDLE EAST REGION OF THE ROOM, 7 FEET SOUTH OF 600VAC BUS 21B SUPPLY TRAN 4KV RM 600V SWGR AREA-4KV RM-600V SWGR AREA-4KV RM-600V SWGR AREA AB EMER DSL GEN RM-IN THE MIDDLE NORTH REGION OF THE ROOM, 5 FEET WEST OF ROOLrS DOORWAY, INSIDE N SIDE OFAB EDG CONTROL SUBPANEL 14IGAB, 2'BOVE FLOOR 609.00 N/A 609.00 WA 609.00 tl/A 587.00 N/A 1.5 x Boundstg Spectnsn vs.Reasssc Met&#xb9;an Centered Fkcr R Spectra 1.5 x Bounding Spectnsn vs.R4$7$5c M<<fsm Centered Fkor Re S 1,5 x Boundrtg Spectrum va Rearstic M<<fian Cenlered Floor R 8 1.5 x Boundstg Spectrum vL Rearnsc MaSan Centered Boor Re S 1.5 x Boundstg Specuum va Rearut/c Median Centered Fker R S 1.5 x Boundang Spectrum vs.Rearssc Median Centered Fker R 8 1.5 x Botstdstg Speci/um vs.Rearsric Median Centered Fker R0$pcnse Spoctni 1.5 x Boundstg S pact/um vs.Rearndc Median Centered Roar Response Spectra 1.5 X BoundNg Spoctnsn VL Reasstic Median Centered Fkcr R4 8 0 1.5 x Boundstg Spectrum vs.Rearndc Median Centered Rcor R S 4 1.5 x Boundstg Spectrum vs.Reasstic Median Centered Boor Re S 0 1.5 x Boundeg Spectrum vs.ROSMc Mecssn Centered Reer Re S 1.5 x~Spectrum vs.Rearrsdc Median Centered Floor Response Spectra Yes Yes Yos Yes Yes YOS Yes Y4$Yes Yos Yes Yes Yes Yes Yes Yes Yes YOS YOS Yes Yes Yes Yes Yes Yes Yes Y4$Y0$Yes Yes Y4$Y4$Y0$Yes YOS Yos Yos YOS Yes Yos Y4$YOS, Yos Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Printor T pe Name Si nature Date Print or T pe Name in ure ate Walkdown.cal Outages DC C./IT 2 SCREENING VERIFICAT ON DATA SHEET (SVDS).age gof10 item Eq.CI 113 4'114 4 115 4 Equip.ID No.247GCO FFCKr 2-TR<LSC Rev No System/Eqcspment Descnptxn 0 DIESEL GENERATION, C/CD EMERGENCY DIESEL GENERATOR OME-150CD FIELD FLASH CKT TRANSFORMER 0 120VI220 CONTROl.AND/AUXILIARY FEEDWATER 12$208VAC DISTRIBUTION PANEL AFW SUPPLY TRANSFORMER 0 120V/220 CONTROI.AND I 12$208VAC EMERGENCY LOCAL SHUTDOWN DISTRIBUTION TRANSFORMER 8uadng.AVXIUARY AUXILIARY Fker Elsv.Room or Row/Coaxrn CDEMEROSLGENRM INTHEMIDDLE SOUTH REGION OF THE ROOM, 5 FEET EAST OF CD EMERGENCY DIESEL GENERATOR ROOM CD ENIER DSI.GEN RM IN THE MIDDLE NE REGION OF ROOM, 10 FT NORTH OF CD EMERGENCY DIESEL GENERATOR&#xb9;243ME-15040, NEAR THE NORTH AB EMEROSLGENRM IN THE NWCORNER OF THE ROOLL ON THE EAST WALL Elsv.587.00 NIA 587.00 N/A 1.5 x Bounding Spectrum vs.Realstic Median Centered Fbor Response Spectra 15 x Boundng Spectrum vs.Realsdc MaSan Centasd Fker Response Spectra 1.5 x Bouncing Specctum vs.Roar>>dc Median Centered Fbor Response Spectra Gap s Danand7 Yes Cavsats OK7 Yes Yes Yes Yes Eral OK7 Yes 116 4 117 4 116 4 2-TR21A 2-TR21B 2-TR21G 0 ELECTRICAL DISTRIBUT/600V BUS 21A SUPPLY TRANSFORMER 0 ELECTRICAL OISTRIBVT/600V BUS 21B SUPPLY TRANSFORMER 0 ELECTRICAL DISTRIBVT/600V BVS 21 C SUPPLY TRANSFORMER AUXILIARY AUXILIARY 4KV RM 600V SWOR AREA N THE SOUTHWEST REGION OF THE ROOM 4KV RM 600V SWOR AREA-IN THE SOUTHEAST REGION OF THE ROOM 4KV RM GD 4KV SWGR AREA!N THE 633.00 NIA SOUTHWEST REGION OF THE ROOM.15 FEET SOUTHWEST OF SOUTH PLANT LIGHTING TRANSFORMER
&#xb9;2-TR4.TG48 1S x Bocndng Spectrum vs.Rear>>tie Median Centered Fker Res S 1.5 x Boundng Spectrum vs.ReaMc Mafian Centered Boar Re 1.5 x Bocndng Spoof/Ill vs.Rear>>tie M<<san Centered Boor Response Spectra Yes Yss Yes Yes Yes Yes 119 4 2-TR21D 0 ELECTRICAL DISTRIBVT/600V BUS 21D SUPPLY TRANSFORMER 4KVRM 600VSWGRAREA NTHE SOUTHEAST CORNER OF THE ROOM, NEAR THE EAST WALL 633.00 N/A 1.5 x~Spectrum va Rea%stic Mafian Centaod Fker R S a Yes Yss 120 16 0 250VDG CONTROL AND INSTRUMENTATION
/BATTERY CHARGER A FOR N-TRAIN BATTERY 633 HALLWAY 2 FEET SOUTH OF THE'tr 633.00 NIA TRAIN BATTERY ROOM.NEAR THE EAST WALL 1.5 x Boundng S pact/um vs.Rearstb Mafian Centered Fker Response Spectra Yes Yes Yss Yes 121 16 122 16 24IC4%1 2+C4EB2 0 250VDC DISTRIBUTION/PLANT BATTERY BATT~BATTERY CHARGER&#xb9;1 0 250VDG DISTRIBUTION I PLANT BATTERY BATTER CHARGER&#xb9;2 AUXILIARY 613.00 613.00 4KV ROOM-MEZZANINE AREA-IN THE 633.00 NIA NORTHWEST PART OF THE ROOM, 3 FEET SOUTH OF 600VAC MOTOR CONTROL CENTER 92M~4KV ROOM-MEZZANINE AREA-N THE 633.00 NIA MIDDLE NORTH PART OF THE ROOM, 15 FEET SOUTH OF 600VAC MOTOR CONTROL CENTER&#xb9;2~O47 1.5 x Boundng Spsctnsn vs.ReaMc Median Centered Boor Response Spectra 15 x Boundng Spectrum vs.ReaMc Median Centered Boor Response Spectra Yes Yes Yes Yss Yes 123 16 0 250VDC CONTROL AND INSTRUMENTATION
/BATTERY CHARGER B FOR N-TRAIN BATTERY AVXll.lARY 633 HALLWAY-10 FEET SOUTHWEST OF THE'K TRAIN BATTERY ROOM, NEAR THE EAST WALL 633.00 NIA 1.5 x Boundng Spectrum vs.RsaMc Median Centered Fker Rsspcnse Spectra Yes Yes 124 16 125 16 126 16 24IG4:DI 24ICC02 2CRID4-INV 0 250VDG DISTRIBUTION/PLANT BATTERY BATTO CHARGER&#xb9;1 0 250VDC DISTRIBUTION
/PLANT BATTERY BATTED CHARGER&#xb9;2 0 120VAG CONTROL ROOM INSTRVMENTATION DISTRISUTION SYSTEM/120VAC CONTROI.ROOM INSTRUMENT DISTRIBUTION SYSTEM CHANNEL I INVERTER AUXILIARY AUXILIARY CD BATTERY EQUIP AREA-IN SOUTH END OF 633.00 NIA ROOM, NEAR THE WEST WALL CD BATTERY EQUIP AREA IN SOUTH END OF 633.00 NIA ROOM.NEAR THE EAST WALL INVERTER AREA N THE MIDDLE EAST REGION OF THE ROOLL 20 FEET NORTHEAST OF THE ROOM'S ENTRANCE 1.5 x Boundng Spectrum va RsaMc Mafian Centered Fker R 6 1.5 x Boundng Spectrum vs.Rotc Median Csntaed Fbor R Spectra 1$x Boundng Spectrum vs.Realsuc Msc5an Centered Fker Response Spectra Yes Yes Yes Yes Yes Yes Yes Certification All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seislnic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Nalne S'ature (</f4 Ical Date Print or T pe Name S'a re Date Walkdown:,rical Outages DC CO~FIIT 2 SCREENING VERIFICATION DATA SHEET (SVDS):age 10of10 12?131 Eq.Cl'l6 16 16 16'l6 Equip.lD No.2CRKHI-INV 2CRIIMII-INV 24RID-IV-INV Rev No 0 120V CONTROL ROOM INSTRUMENTATION DISTR I 120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEM CHANNEL II INVERTER 0 120V CONTROL ROOM INSTRUMENTATION DISTR I 120VAC CONTROL ROOM INSTRUMENTATION DISTRIBUTION SYSTEM CHANNEL Ill INVERTER 0 120V CONTROL ROOM INSTRUMENTATION DISTR/120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION SYSTEM CHANNEL IV INVERTER 0 DIESEL GENERATOR.
CONTROL 6 INSTRUMENTATION I AB EMERGENCY DIESEL GENERATOR OME ISOAB INVERTER 0 DIESEL GENERATION.
CONTROL 6 INSTRUMENTATION I CD EMERGENCY DIESEL GENERATOR OME-1 SOLD INVERTER AUXILIARY AUXILIARY AUXILIARY AUXIUARY AUXILIARY Floor Eiev.Room or Row/Column 608.00 INVERTER AREA IN THE MIDDLE EAST REGION OF THE ROOM, 20 FEET NORTHEAST OF THE ROOM'S ENTRANCE 609.00 INVERTER AREA IN THE SotfntWEST CORNER OF THE ROOM, 15 FEET NORTH OF THE Root/rs ENTRANCE 608.00 CONTROL ROOM IN THE SOUTHEAST PART OF THE ROOM, ON THE WEST WALL 58?.00 AB EMER OSL GEN RM-IN THE NORTHEAST REGION OF THE ROOSL 10 FEET NORTHEAST OF AB EMERGENCY DIESEL GENERATOR&#xb9;2-OME-1 504B 587.00 CD EMER DSL GEN RM-IN THE MIDDLE SOUTH PART OF THE ROOM, 10 FEET SOUTHWEST OF CD EMERGENCY DiESEI.GENERATOR EXCITER&#xb9;2<ME-I 5OCD-EXC NIA NIA N/A Cepacrty vs.Demand Basta 1h x Boundsto Spect/um vs.Rea5stic Median Centered Rcor Response Spectra 1.5 x Boundsta Spect/um vs.Reasstic Median Centered Boor Response Spectra 1.5 x Boundsta Spectrum vs.Reasstic Median Centered Fkxtr Response Spectra 1.5 x Boundsta S pact/um vs, Reassdc Median Centered Boor Response Spect/a 1.5 x Boundsta Speci/um vL Reaastic Median Centered Fkor Response Spectra Cap o Demand?Yes Yes Caveats OK?Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Equip OK?Yes Yes.Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether veNied to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature (z l(~r'wc Date Print or T pe Name i n ure Date
 
Walkdown;..of 10/04/93 DC C IIIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of2 Equp.lo No.Rev No System/Ettuyment Doscnpton Fkor Elev.Room or Roir/Column Capacty vs.Demand Basis Cap>Cavoats Demander/OK7 OK7 Equp OIQ 2&ME<9 2 5 LZ-PP<IS 3 5 2+P-LOE 0 MAIN STEAM I AVXILLARY FEED PUMP TURBINE 0 SPENT FUEL PIT COOLI I SOUTH SPENT FUEL PIT PUMP 0 COMPONENT COOUMG WAI EAST COMPONENT COOUNG WATER PUMP TURBINE AUXILIARY AUXILIARY 591.00 TB DRIVEN AUX FDWIR PMP-ut THE SW CORNER OF THE ROOM, 2 FT.WEST OF THE TDAFP 2+P4 609.00 SPENT FUEL PIT HEAT XCHGR RM IN THE SOUTHWEST REGION OF THE ROOM.4 FEET SOUTHOF SOVTH SPENTFUELPITHEAT EXCHANGER&#xb9;124LE-LSS.
NEAR THE FLOOR 609.00 609 HALLWAY-IN THE MIDDLE SOUTH END OF 1HE HAU WAY, 30 F EET SOUTH OF EAST COMPONENT COOLING WATER HEAT EXCHANGER&#xb9;24LE-1 5E.NEAR 591.00 N/A Judgment vs.Roa/>>tic Median Centered Fkor Response Spectra 1$x Bouodeg 8 pact/urn vs.RoaKSKc Meson Centered Rcor Response Spectra 1.5 x Bounding Spect/um vs.Rotc Median Centered Boor Response Spectra YOS No Yes Y85 YO5 Y85 4 5 24'P-10W 5 5 2-PP-26N 6 5 2+P-263 7 5 2-PP4E 8 5 2+P~0 COMPONENT COOUNG WA I WEST COMPONENT COOUNG WATER PUMP 0 SAFETY INJECTION I NORTH SAFETY INJECTION PUMP SAFETY INJECTION/
SOUTH SAFETY NJECTION PUMP AUXILIARY FEEDWATER/EAST MOTOR DRIVEN AUXILIARY FEEDWATER PVM P 0 AUXILIARY FEEDWATER I WEST MOTOR DRIVEN AUXIUARY FEEDWATER PUMP AUXILIARY AUXILIARY AUXILIARY TURBINE TURBINE 609.00 609 HALLWAY-IN THE SOUTHWEST END OF THE HALLWAY, NEAR THE WEST WALL 587.00 N SAFETY INJ PMP RM-LN THE CENTER OF THE ROOM 587.00 S SAFHYINJ PMP RM-IN THE MIDDLE OF THE ROOM 591.00 E MTR DRIV AVX F EEDWrR PMP-IN THE SOUTHWEST REGION OF THE ROOM 59100 WMTR DRIVEN AUX FDWTR PMP IN THE SOUTH END OF THE ROOM 587.00 N/A 587.00 N/A 591.00 N/A 591.00 N/A 1.5 x Bouncing Specuum vs.ROSKstic Mefian Centered Fkor Response Spectra M x Ouxrx/rty Spool/um vs.ROSKstic Median Centered Floor Response Spectra 1.5 x Bounding spool/um vs.ReaKstic Median Centered Roor Re S pectrs LS x Sounding 8 pact/uin vs.ROSKSKc M<<Kan Centered Roor Res so Spectra 1.5 x Boundsty speci/um vs.ROSKstic M<<Kan Centered Roar Respor>>e S Yes Yos Yes Yes Yes Yes Y85 Y85 Yos Yes Y85 YOS Yes Yes 9 5 2+P4 AUXILIARY FEEOWATER I TURBINE DRIVEN AUXIUARY FEED PUMP TURBINE 591.00 TB DRIVEN AVX FDWLR PMP-LN THE CENTER OF THE ROOM 591.00 N/A 1.5 x Boundstg Spectrum vs.Rear>>tic Mefian Centered Fker Response Spectra Y8$Y85 Yes 10 5 2+P~11 5 2+P464 0 BORON MAKEUP (CVCS)I BORIC ACID STORAGE TANKS TRANSFER PUMP&#xb9;3 0 BORON MAKEUP (CVCS)I BORIC ACID STORAGE TANKS TRANSFER PUMP&#xb9;4 AVXlt.lARY AUXILIARY 587 00 BORIC ACID STOR TANK AREA-IN THE MIDDLE EAST REGION OF THE ROOM, 15 FEET SOUTHEAST OF MIDDLE BORIC ActD STORAGE TANK 812-TK-12M, NEAR THE FLOOR 587 00 BORIC ACID STOR TANK AREA-IN THE MIDDLE EAST REGION OF THE ROOM, 15 FEET SOUTHEAST OF MIDDLE BORIC ACID STORAGE TANK&#xb9;12-TK-1 2M, NEAR THE FLOOR 587,00 NIA 587.00 N/A 1.5 x Bounding Spectrum ve ROSKsdc Median Centered Floor Response Spectra 1.5 x Boundstg Spectrum vs.Roar>>dc M<<Ksn Centered Floor Response Spectra Yos Yes Yos Yes Yss Yes Yos Yes 12 5 24'P49 13 5 24'P40E 14 5 2+P40W 0 CHARGING (Cvcs)I RECIPROCATING CHARGING PUMP 0 CHARGING (CVCS)I EAST CENTRIFUGAL CHARGING PUMP CHARGING (CVCS)I WEST CENTRIFUGAL CHARGING PUMP AUXILIARY AUXILIARY 587.00 RECIPROCATING CHARG PMP RM-IN THE CENTER OF THE ROOM, 20 FEET SOUTHWEST OF THE ENTRANCE DOOR 587.00 E CENTRIFUGAL CHARG PMP ROOM-LN THE MIDDLE OF THE ROOM, 10 FEET SOUTH OF THE NORTH WALL 587.00 W CENTRIFUGAL CHARG PMP RM-IN THE NORTH CENTER OF THE ROOM 587.00 N/A 587.00 N/A 587.00 N/A 1.5 x Bouncing S poet/um vs.ROSKstic M<<fian Centered Fhor Response Spectra 18 x Sounding S pectn&#xb9;n vs.ROSKsdc Median Centered Fbor Respor>>e S 8 1.5 x Boundsty Spectrum vs.ROSKstic Mefisn Conte/ed Floor Response Spectra Yos YOS Yes Y85 Yes Yes Yes Yos Y85 Yes Yes Yos Certification:
I All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature ate Print or T pe Name Si nature I~/ff for Date l~~$
Walkdown: of 10/04/93 DC CO BIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page2of2 Equip.lo No.Rev No Fker Elev.Room or Row!Coksnn Base Elev.Captxxty vs.Demand Basis Cap>Dam and7 Etsrp OK7 15 16 17 16 5 2.PP42N 0 5 2+P426 0 6 2+P45E 0 6'4'P~W 0 CONTROL ROOM AIR CON/CONTROL ROOM AIR CONDITIONING NORTH CHIU.WATER CIRCULATION PUMP CONTROL ROOM AIR CON I CONTROI.ROOM AIR CONDmONING SOUTH CHILL WATER CIRCULATION PUMP RESIDUAL HEAT REMOVA/EAST RESIDUAL HEAT REMOVAL PUMP RESIDUAL HEAT REMOVAL WEST RESIDUAL HEAT REMOVAL PUMP AUXILIARY AUXILIARY 573.00 573.00 CTRL RM AIR CONDIT RM-5 FEET NORTH OF CONTROL ROOM VENTILATION NORTH Afc UNIT 6240MCRA-1
~NEAR THE NORTH WALL 6 FEET EAST OF CONTROL CTRL RM AIR CONDIT RM 6 FEET EAST OF CONTROL ROOM AIR CONDITIONING SOUTH LIQUID CHILLER$24IVV CR-2, NEAR THE SOUTH WALL.5 FEET WEST OF EAST RHR PUMP RM IN THE CENTER OF THE 587.00 ROOM WRHRPMPRM-INTHECENTEROF THE ROOM NIA 1.5 x Boundng Spectrum vs.Reassdc Mtxssn Centered Fkxx Response Spectra 1.5 x Botstdsxt Spectrum vs.ROSMc Median Centered Fkor Response Spectra 1.5 x Boundrtg Spectrum vs.Res2sdc Metssn Centered Fkxx Ros 6 a 1.5 x Boundstg Spectrum vs.ROSSSSc Mixen Centered Floor Re S a Yes Yes Yes Yes Yes Yes Yos Yos Yes Yes Yes Yos Yos Yos 19 21 6 2+P-7E 0 6 2+P-7W 0 6 24'P4E 0 CONTAINMENT SPRAY I EAST CONTAINMENT SPRAY PUMP AUXILIARY ESSENTIAL SERVICE WAI EAST SCREENHOUSE ESSENTIAL SERVICE WATER PUMP ESSENTIAL SERVICEWAI WEST SCREENHOU55.
ESSENTIAL SERVICE WATER PUMP 591.00 591.00 573.00 W ESSNTL SERV WTR PMP RM-iN'THE SOUTHEAST PART OF THE ROOM E CONT SPRAY PMP RM IN THE SOUTHEAST PART OF THE ROOM 591.00 E ESSNTL SERV WTR PMP RM-IN THE 591.00 CENTER OF THE ROOM, ON THE PLATFORM, 7 FEET ABOVE THE FLOOR 1.5 x Boundrtg Spectrum vs.Reahstic Median Centered Fkxx Res eS~1.5 x Boundstg Spectrum vs.Rearisdc Median Centered Boer Res S a 1.5 x Boundstg Spectrum vs.Roassdc Metric Centered Fker Response S a Yes Yes Yes Yes Yes Yos Yes Yos Yes Yes Yes Yes Yes Yes 6 2+P-9W 0 CONTAINMENTSPRAY/WEST CONTANMENT SPRAY PUMP AUXILIARY 573.00 W CONT SPRAY PMP RM IN THE CENTER OF THE ROOM NIA 1.5 x Btxxxt4ng Spectrum vs.Rearndc Median Centered Fker Res S a Yes Yes Yos Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Si nature D te Print or Type Name Si nature (z.l(/les Date r>Ti Walkdown:.of 11/8/93 DC CO.<IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of6 Equy.ro No.Rev No Srstom/Eqrspmont Doscnpticn Flsor Elev.Room or Row/Cohen Capactr vs.Demand Basis Cap>>Demand?Caveats OK?Anchor OK7 Equp OK?2 7 3 7 4 7 5 7 6 7 7 7 8 7 9 7 10 7 11 7 12 7 13 7 2-DRY@07 2-FRV.245 2-FRV.247 2+RV-255 2+RV-256 2+RV.257 2+RV.258 244 RV-221 244 RV422 24SRV~24jIRV431 24lRV432 0 I MAIN STEAM LEADS CONDENSATION DRAIN TANK TK 200, OUTLET SHUTOFF VALVE 0 AUXILIARY FEEDWATER I WEST MOTOR DRIVEN AUXIUARY FEED PUMP PP~2 AIR OPERATED TEST VALVE 0 AUXILIARY FEEDWATER/WEST MOTOR DRIVEN AUXILIARY FEED PUMP PP4W EMERGENCY 1 AIR OPERATED LEAKOFF GLOBE VALVE 0 AUXILIARY FEEDWATERI EAST MOTOR DRIVEN AVXIUARY FEEDWATER PUMP PP4E 2 AIR OPERATED TEST VALVE 0 AUXIUARY FEEDWATER I TURBWE DRIVEN AUXIUARY FEED PUMP PP-4 2 AIR OPERATED TEST VALVE 0 AUXILIARY FEEDWATER I EAST MOTOR DRIVEN AUXILIARY FEEDWATER PUMP PP4E EMERGENCY 1 AIR OPERATED LEAKOFF VALVE 0 AUXILIARY FEEDWATER I TURBINE DRIVEN AVXIUARY FEED PUMP EMERGENCY 1 AIR OPERATED LEAKOF F GLOBE VALVE 0 MAIN STEAM/STEAM GENERATOR&#xb9;2 STOP VALVE MRV~STEAM CYLINDER TRAW'A'UMP VALVE 0 MAIM STEAM I STEAM GENERATOR&#xb9;2 STOP VALVE MRV-220 STEAM CYUNDER TRAW'8'UMP VALVE 0 MAIN STEAM/STEAM GENERATOR OME4-2 POWER OPERATED RELIEF VALVE 0 MAIN STEAM I STEAM GENERATOR&#xb9;3 STOP VALVE MRV-230 STEAM CYUND ER TRAIN'A'UMP VALVE 0 MAIN STEAM I STEAM GENERATOR&#xb9;3 STOP VALVE MRV-230 STEAM CYLWDER TRAIN'8'UMP VALVE 0 MAIN STEAM I STEAM GENERATOR OME44 POWER OPERATED RELIEF VALVE TURBINE TURBINE TURBINE TURBINE TURBINE TURBINE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 621.00 W MAIN STEAM STOP ENCCLOSURE.
4'W OF 609.00 SG STOP VALVE&#xb9;14lRV430, NEAR THE FLIL 591.00 WMTR DRIVEN AUX FDWTRPMP 20 FEET NORTHWEST OF THE ROLLUP DOOR ENTRANCE.NEAR THE WEST WALL, 4 FEET ABOVE THE FLOOR 59 l.00 W MTR DRIVEN AUX FDWTR PMP-IN THE 633.00 SOUTHWEST CORNER OF THE ROOM, 3 FEET SOUTHWEST OF THE ROOIIIS ENTRANCE DOOR 591.00 EMTRDRIVAUXFEEDWIRPMP W THE 633.00 NORTHWEST CORNER OF THE ROOM.6 FEET NORTHWEST OF EAST MOTOR DRIVEN AUXILIARY FEED PUMP&#xb9;24rPCE.2 FEET ABOVE 591.00 TB DRIVEN AUX F DWTR PMP-IN THE 633.00 NORTHWEST CORNER OF THE ROOM, 4 FEET NORTHWEST OF TURBINE DRIVEN AUXIUARY FEED PUMP&#xb9;2+P-S, NEAR THE FLOOR-591.00 E MTR DRIV AUX FEEDWTR PMP IN THE 63300 NORTHWEST CORNER OF THE ROOM, 6 FEET NORTHWEST OF EAST MOTOR DRIVEN AUXIUARY FEED PUMP&#xb9;24'P4E.591.00 TB DRIVEN AVX FDWTR PMP W THE NORTHWEST CORNER OF THE ROOM.NEAR THE WEST WAU 6 FEET ABOVE THE FLOOR 633.00 WMN STM STOP ENCL 5 FEET NORTH OF MAIN STEAM STOP VALVE&#xb9;244RV.220.
ON THE 639 ELEVATION P!ATFORM 633.00 WMN STM STOP ENCL 4 FEET NORTHEAST 633.00 OF MAIN STEAM STOP VALVE&#xb9;24tMO-220, OM THE 639 ELEVATION PLATFORM 633.00 W MN STM STOP ENCL-6 FEET NORTHEAST 633.00 OF STEAM GENERATOR STOP VALVE&#xb9;244RV-220, ON THE 647 ELEVATIOM PlATFORM 633.00 WI4N STM STOP ENCL 3 FEET SOUTH OF 633.00 STEAM GENERATOR STOP VALVE&#xb9;24/IRV-230.
ON THE 639 ELEVATION PlATFORM 633.00 WMN STM STOP ENCL 2 FEET SOUTH 0 633.00 sTEAM GENERAT0R sTop vALYE&#xb9;24rIRv-230, OM THE 639 ELEVATION PLATFORM 633.00 W MM STM STOP ENCL-5 FEET NORTHWEST 633.00 OF STEAM GENERATOR STOP VALVE&#xb9;24lRV-230.ON THE 647 ELEVATION PLATFORM Yos Yos Yes Boundrng Spectrum vs.SSE Ground Response Spectrum Boundrng Spectrum vs.SSE Grcwnd Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum~Spectrum vs.SSE Ground Response Spectrum Bounc4ng Spectrum vs.SSE Ground Response Spectrum Bcwndrng Spectrum vs.SSE Gnwnd Response Spectrum Bouncang Spectrum vs.SSE Gnwnd Response Spectrum Bouncsng Spectrum vs.SSE Ground Response Spectrum~Spectnsrr vs.SSE Ground Response Spectrum Bounctng Spectrum vs.SSE Gnwnd Response Spectrum Spectrum vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Gnwnd Response Spectrum Bounding Spectrum vs.SSE Ground Response Spectrum Yos Yos Yes Yes Yos Yes Yes Yes Yes Yos Yes Yos Yes Yes Yes Yos N/A NIA NIA NIA Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yes Yes Yos Yes Yes Yes Yos Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).1 Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed profession en'neer.Print or T pe Name Signature/I-rs 1)Date Print or T pe Name Signature l/2 Date Walkdown: of 11/8193 DCC NIT2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 2 of 6 Item Eq.CI Equip.to No.Rev No SysuevEquipment Descriptxxt F Xxx Elev.Room or Row/column Copscrty vs.Domond Basis Cop>>DemondT Covests GILT Equ4r OK?14 7 24v-t40.1 15 7 24 V.1 40-2 16 7 24V-169E 0 AVXIUARY FEEDWATER/TURBiNE DRIVEN AUX FEED PUMP GOVERNOR OIL COOLER COOUNG WATER NLET SAFElY VALVE 0 AUXIUARYFEEDWATER/TURBINE DRIVEN AVX FEED PUMP OIL COOLER COOLNG WATER NLET SAFElY VALVE 0 AUXILIARY FEEDWATER I EAST MOTOR DRIVEN AUXILIARY FEEDWATER PUMP PP4E SUCTION SAFHY VALVE TURB NE TURBINE TVRBNE 591.00 591.00 TB DRIVEN AVX FDWTR PMP-2 FEET SOUTHEAST OF AUXILIARY FEED PUMP TURB NE&#xb9;243ME49.NEAR THE SOUTH WAlL 4 FEET ABOVE THE FLOOR TB DRIVEN AUX FDWTR PMP-2 FEET SOUTHEAST OF AUXILIARY FEED PUMP TURBINE&#xb9;2OME49.NEAR THE SOUTH WALI 4 FEETABOVE THE FLOOR E MTR DRIV AUX FEEDWI'R PMP-IN THE MIDDLE SOUTH PART OF THE ROOM, NEAR THE SOUTH WAU 4 FEET SOUTH OF EAST MOTOR DRIVEN AUXILIARY FEED PUMP 633.00 Yes 633.00 Yes 633.00 Yes Boundeg Spectrum vs.SSE Grand Rospor>>o Spectrum Bounding Spectrum vs.SSE Ground Respor>>e S pecuum Bounding Speal/um vs.SSE Gland Response Spect/um Yos Yes Yes Yes Yes Yes Yos Yes Yes Yes 18 7 24V-1 A-2 19 7 24V-1 A4 21 7 24V-184 7 24V-184 22 7 24 V-2A-2 17 7 s 24V-169W AUXIUARY FEEDWATER I WEST MOTOR DRIVEN AUXIUARY FEED POMP PP4W SUCTION SAFHY VALVE 0 MAIN STEAM I STEAM GENERATOR OME4-2 SAFHY VALVE 1A 0 MAIN STEAM I STEAM GENERATOR OME44 SAFEl Y VALVE 1A MAIM STEAM I STEAM GENERATOR OME42 SAFHYVALVE18 0 MAN STEAM I STEAM GENERATOR OME44 SAFETY VALVE 18 0 MAIN STEAM I STEAM GENERATOR OME4-2 SAFHY VALVE 2A TURB NE AUXILIARY AUXILIARY AUXILIARY AUXILIARY 591.00 WMN STM STOP ENCL 4 FEET SOUTHEAST OF STEAM GENERATOR&#xb9;3 STOP VALVE.ON 639 ELEVATION PLATFORM 633.00 Yes WMNSTMSTOPENCL NORTHEASTAREAOF 633.00 Yes THE ROOSL AT 639 ELEVATION PLATFORM W MN STM STOP ENCI.-6 FEET SOUTHEAST OF STEAM GENERATOR&#xb9;3 STOP VALVE, ON 639 ELEVATION PLATFORM 633.00 Yes WMN STM STOP ENCL-8 FEET SOUTHOF 63300 Yes THE NORTH WALL 639 ELEVATION PLATFORM WMTR DRIVEN AUX FDWTR PMP NEAR THE 63300 Yes CENTER OF THE EAST WALL1 FOOT EAST OF WEST MOTOR DRIVEN AUXILIARY FEED PUMP&#xb9;24'P4W.4 FEET ABOVE THE FLOOR WMN STM STOP ENCL-6 FEET WEST OF THE 633.00 Yos EASTWALI ON 639 ELEVATIONPLATFORM Boundeg Spectnsn vs.SSE Ground Response Spectrum Bandeg Spectrum vs.SSE Graund Re e S Bounding Spectrum vs.SSE Ground Respcese Spectrum Bandeg Spectrum vs.SSE Grand Re S Boundeg Spearum vs.SSE Ground Response Speci/um Bandeg Spectrum vs.SSE Graund Re S Yes Yos Yos Yes Yes Yes Yes N/A N/A Yos Yos Yos Yes Yes Yes Yes Yes 7 2<V-2A4 0 MAIN STEAM/STEAM GENERATOR OME44 SAFETY VALVE 2A AUXILIARY W MN STM STOP ENCl.-5 FEET SOUTH OF STEAM GENERATOR&#xb9;3 STOP VALVE, ON 639 ELEVATION PLATFORM 633.00 Yes Boundeg Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yos 24 7 24V-28-2 7 24V-284 0 MAN STEAM I STEAM GENERATOR OME4-2 SAFETY VALVE 28 0 MAIN STEAM I STEAM GENERATOR OME44 SAFHY VALVE 28 AUXILIARY AUXILIARY WMN STM STOP ENCL-5 FEET SOUTH OF STEAM GENERATOR&#xb9;3 STOP VALVF ON 639 ELEVATION PLATFORM 633.00 Yes WMN STM STOP ENCL 8 FEET SOUTH OF 633.00 Yos THE NORTH WALL 639 ELEVATION PLATFORM Boundeg Spectrum vs.SSE Ground Re S Bandeg Spectrum vs.SSE Ground Response S pocuum Yes Yes Yes N/A Yes~Yos Yes Yes 26 7 24V4-2 27 7 24V44 0 MAN STEAM/STEAM GENERATOR OME4-2 SAFETY VALVE&#xb9;3 0 MAtN STEAM I STEAM GENERATOR OME44 SAF HY VALVE&#xb9;3 AVXIUARY AUXILIARY W MN STM STOP ENCL-T FEET NORTH OF THE SOUTH WAU AT 639 ELEVATION PLATFORM WMN STM STOP ENCL 6 FEET SOUTHWEST OF STEAM GENERATOR&#xb9;3 STOP VALVE, ON 639 ELEVATION PLATFORM 633.00 Yes Boundeg Spectrum vs.SSE Grand Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spec@urn Yos Yes Yes Yes Yes Yos Yes r 26 7 2-WRV-711 29 7 2-WRV-712 Certification:
0 ESSENTIAL SERVICEWATER/ESW TO CONTROL ROOM AIR CONDITIONING NORTH UQUID CHILLER CONDENSER CONTROL VALVE 0 ESSENTIAL SERVICE WATER I ESW TO CONTROL ROOM AIR CONDITIONING SOUTH LIQUID CHILLER CONDENSER CONTROL VALVE AUXILIARY AUXILIARY CTRLRMAIRCONDITRM INTHE 650.00 N/A NORTHWEST CORNER OF THE ROOI/L 1 FOOT EAST OF THE ROOI/rS ENlRANCE GATE, NEAR THE NORTH WAU 5 FEET ABOVE THE CTRL RM AIR CONDIT RM-IN THE SOUTHWEST PART OF THE ROOM, ON THE EAST END OF CONTROL ROOM AIR CONDITIONING SOUTH UQUID CHILLER 1.5 x Boundeg Spectrum vs.Roar>>dc Medion Centered Fker Response Spectre 1.5 x Banda~Spectnsn vs.ROSMic Mocr>>n Centered Raor Response Spectre Yes Yes Yes Yos Yes Yes All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed profession I e ineer.)Print or T pe Name Signatur Dae Printor T pe Name Signature Date Walkdown:...of 11/8/93 DC CO.slT 2 SCREENING VERIFICATION DATA SHEET (SVDS)v'age3of6 Eq.Ci Equp.to No.Rev No SystemIEqurprnant Dscnpticn Floor Elev.Rocm or Row/Column Base Elev.Ce peaty vs.Damaxl Basis Cep>Demend7 Coveats OK?lnteroa OK?Equip OK?31 2-WRV.763 0 ESSENTIAL SERVICE WATER I EAST ESSENTIAL SERVICE WATER PUMP PP.7E DISCHARGE STRAINER WEST BASKET BACKWASH OUTLET SHUTOFF VALVE 2.WRV-764 0 ESSENTIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER PUMP PP-?W DISCHARGE STRAINER WEST BASKET BACKWASH OV1LET SHUTOFF 2-WRV-768 0 ESSENTIAL SERVICE WATER/EAST ESSENTIAL SERVICE WATER PUMP PP-7E DISCHARGE STRANER WEST BASKET BACKWASH NLET SHUTOFF VALVE 2-WRV-769 O'SSENTIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER PUMP PP-?W DISCHARGE STRAINER WEST BASKET BACKWASH NLET SHUTOFF VALVE 2.WRV.773 0 ESSENTIAL SERVICE WATER I EAST ESSENTIAL SERVICE WATER PUMP PP-?E DISCHARGE STRAINER EAST BASKET BACKWASH OUTLET SHUTOFF VALVE SCREENHOUSE 591.00 E ESSNTL SERV WTR PMP RM NORTH OF EAST ESSENTIAL SERVICE WATER PUMP&#xb9;2-Pp-7E SCREENHOUSE 591.00 W ESSNTL SERV WTR PMP RM NORTH OF THE WEST ESSENTIAL SERVICE WATER PUMP<<2'-?W SCREENHOUSE 591.00 E ESSNTL SERV WTR PMP RM 3 FEET FROM THE NORTHWEST CORNER OF EAST ESSENTIAL SERVICE WATER PUMP DISCHARGE STRANER<<2<ME44E SCREENHOUSE 591.00 W ESSNTL SERVWTR PMP RM 3 FEET NORTHWEST OF WEST ESSENTIAL SERVICE WATER PUMP DISCHARGE STRANER<<2-OME44W SCREENHOUSE 591.00 E ESSNll.SERV WTR PMP RM-3 FEET NORTH OF EAST ESSENllAL SERVICE WATER PUMP DISCHARGE STRAINER&#xb9;2%ME44E, EVEN WITH THE GRATING 633.00 Yes Boundng Spectrum va SSE Ground Response Spectrum Bandng Spectnsm vs.SSE Ground Response Spectrum Bandng Spectrum vs.SSE Ground Response Spectrum Bandng Spectrum vs.SSE Ground Response Spectrum Boundng Spearum vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Yos Yes Yes Yes Yos NIA Yes Yes Yes Yes Yes Yes Yes Yes Yas Yos 37 39 2-WRV-774 2-WRV-778 2-WRV-779 24NIO-210 24MO-211 0 ESSENTIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER PUMP PP-7W DISCHARGE STRANER EAST BASKET BACKWASH OUTLET SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EAST ESSENTIAL SERVICE WATER PUMP PP-?E DISCHARGE STRAINER EAST BASKET BACKWASH INLET SHUl'OFF VALVE 0 ESSENTIAL SERVICEWATERI WEST ESSENTIAL SERVICE WATER PUMP PP-7W DISCHARGE STRAINER EAST BASKET BACKWASH NLET SHUTOFF VALVE 0 CONTAINMENT SPRAY/EAST CONTAINMENT SPRAY PUMP PP-9E 10 MOTOR OPERATED DISCHARGE SHUTOFF VALVE 0 CONTANMENT SPRAY I EAST CONTANMENT SPRAY PUMP PP4E 10 MOTOR OPERATED DISCHARGE SHUTOFF VALVE SCREENHOUSE 591.00 W ESSNTL SERV WTR PMP RM N THE NORTHEAST PART OF THE ROOM, NORTH OF WEST ESSENTUIL SERVICE WATER PUMP&#xb9;2.PP-7W SCREENHOUSE 591 00 E ESSNTL SERVWIR PMP RM NORTH OF EAST ESSENTIAL SERVICE WATER PUMP<<2-PP 7E.3 FEET NORTH OF THE DUPLEX STRAINER SCREENHOUSE 591.00 W ESSNTL SERV WTR PMP RM N THE NORTHEAST PART OF THE ROOM, NORTH OF WEST ESSENTIAL SERVICE WATER PUMP&#xb9;2-PP 7W 573.00 E CONT SPRAY PMP RM IN THE NORTHWEST PART OF THE ROOM, B FEET NORTHWEST OF EAST CONTAINMENT SPRAY PUMP<<2+P-9E, 6 FEET ABOVE THE FLOOR 573.00 ECONTSPRAYPMPRM IN THE NORTHEND OF THE ROOM, 10 FEET NORTHWEST OF EAST CONTAINMENT SPRAY PUMP<<2+P4E 6 FEET ABOVE THE FLOOR 633.00 Yes 633.00 Yes Boundng Spearum vs.SSE Ground Response Spectrum Boundng Specvum vs.SSE Grand Response Spactnsn Boundng Specrnsn vs.SSE Ground Response Spearurn Bandng Specuum vs.SSE Grand Response Spectrum Boundng Spectrum vs.SSE Grand Response Spectrum Yes Yes Yes NIA NIA Yes Yes Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed profe sional engineer.)
Print or Type Name Si ature (II/Ir 6 Date Print or Type Name Signature Date Walkdown: df 11/8/93 DC CO SIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of6 Eq.Ct Equp.lo No.24RV410 24RVQ11 Rev No 0 RESIDUAL HEAT REMOVAL I EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-17E 8 AIR OPERATED OUTLET FLOW CONTROL VALVE 0 RESIDUAL HEAT REMOVAL I RESIDUAL HEAT REMOVAL HEAT EXCHANGERS BYPASS FLOW 8 AIR OPERATED CONTROL VALVE Busdng.AUXIUARY AUXILIARY Fker Eiev.6t8.00 E RHR HEAT XCHGR RM IN THE NORTHEAST CORNER OF THE ROOM, 5 FEET FROM EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER&#xb9;24IE-17E.
2 FEET ABOVE 609.00 E RHR HEAT XCHGR RM IN THE NORTHWEST CORNER OF THE ROOM, 5 FEET NORTHWEST OF EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER&#xb9;24IE-I 7E.5 FEET Base Ekrv.N/A Capscty vs.DemancL Basis 1.5 x Banding Spectrum vs.Realssc Mecssn Centeral Fker Response Spectra 1.5 x Boundng Spectrum va ROSLsdc Mafisn Centered F ker Response Spectra Csp a Cav&sts Demand?OK?Yes Yes Anchor OK?NIA Yes Eqcsp OK?Y45 r 0 RESIDUAL HEAT REMOVAL I WEST REStDUAL HEAT REMOVAL NEAT EXCHANGER HE-17W8 AIR OPERATED OUTLET FLOW CONTROL VALVE 24IRV-211 0 MAW STEAM I STEAM GENERATOR&#xb9;1 STOP VALVE MRV-21 0 STEAM CYUNDER TRAIN'A'UMP VALVE 24IRV-212 0 MAIN STEAM/Sl'EAM GENERATOR&#xb9;1 STOP VALVE MRV-210 STEAM CYLINDER TRAIN Tf DUMP VALVE 24IRV-213 0 MAIN STEAM I STEAM GENERATOR OMM-1 POWER OPERATED REUEF VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY et8.00 W RHR HEAT XCHGR RM-IN THE NORTHEAST REGION OF THE ROOM, 8 FEET NORTHEAST OF WEST RESIDUAL HEAT ROMOVAL HEAT EXCHANGER&#xb9;24IE-17W, NEAR 633.00 E MAIN STM STOP ENCL 3 FEET NORTH OF STEAM GENERATOR STOP VALVE&#xb9;24IRV-210, ON THE 639 ELEVATION PlATFORM 633.00 E MAIN STM STOP ENCL 3 FEET NORTHWEST OF STEAM GENERATOR STOP VALVE&#xb9;24IRV-210.ON THE 640 ELEVATION PlATFORM 633.00 E MAN STM STOP EMCL N THE NORTHWEST REGION OF THE ROOM, 3 FEET SOUTHWEST OF STEAM GENERATOR STOP VALVE&#xb9;2-MRV.210.OM THE 640 ELEVATION N/A 1.5 x Boundng Spectrum vs.Rearisdc Mafisn Centered Fker Response Spectra 1.5 x Boundng Spectrum vs.Rea(sdc Marian Centaed Fker Ro S 1.5 x Bourxfng Speci/um vs.Reasstic Mafisn Centered Fker Ro S ctra 1.5 x Boundng Spectrum va Realsdc MaEsn Centered Fker Response Spectra Yes Yes Yes Yes Y45 Yes Yes N/A N/A Yes Y4$Yes Yos Y4$Y45 24IRV.241 24IRV-242 0 MAIN STEAM I STEAM GENERATOR&#xb9;4 STOP VALVE MRV-240 STEAM CYLINDER TRAIN'A'UMP VALVE 0 MAIN STEAM I STEAM GENERATOR&#xb9;4 STOP VALVE MRV-240 STEAM CYUNDER TRAIN'Lr DUMP VALVE AUXIUARY AUXILIARY 633.00 E MAW STM STOP ENCL IN THE SOUTHWEST PART OF THE ROOM.3 FEET SOUTH OF STEAM GENERATOR STOP VALVE&#xb9;24IRV 240.AT THE 640 ELEVATION 633.00 E MAN STM STOP ENCL N THE SOUTHWEST PART OF THE ROOM.2 FEET SOUTH OF STEAM GENERATOR STOP VALVE&#xb9;24IRV 240.AT THE 640 ELEVATION 1.5 x Bcundng Spectrum vs.ROSLsuc Median Centered Fker Response Spectra 1.5 x Boundng Spectrum vs.Realssc Mafsrn Centered Fker Response Spectra Yes Yes Yes Yes Yos Yos Yos Yes 10 24IRV.243 0 MAIN STEAM I STEAM GENERATOR OME~POWER OPERATED REUEF VALVE 2&RV~0 BORON MAKEUP (CVCS)I SOUTH BORIC ACID BLENDER QP41 2 AIR OPERATED TO CVCS CHARGWG PUMPS SUCTION SHUTOFF VALVE 633.00 E MAW STM STOP ENCL N THE SOUTHWEST REGION OF THE ROOM, 2 FEET WEST OF STEAM GENERATOR STOP VALVE&#xb9;24IRV-240.AT THE 640 ELEVATION 609.00 Vot.CTRL TANK E HALLWAY IN THE MIDDLE WEST REGION OF THE HALLWAY, NEAR THE WEST WAU3 FEET ABOVE THE FLOOR N/A 1.5 x Boundng Spectrum vs.Roalssc Median Centered Fker Response Spectra 1.5 x Bourx4ng Spectnsn va Reassdc Marian Centered Fker Response Spectra Yos Yes Y4$Yos NIA N/A Yes Yos Y4$12 2&RV<51 24V 104E 0 BORON MAKEUP (CVCS)I SOUTH BORIC ACID BLENDER QP41 To REACTOR CoolAMT LEIDOWM VOLUME CONTROL TANK SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL I EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-17E OUTLET SAFElY VALVE 609.00 VOL CTRL TANK E HALLWAY ON THE 618 ELEVATION PLATFORM, 20 FEET NORTH OF THE ACCESS LADDER, OM THE WEST WALL 609.00 E RHR HEAT XCHGR RM W SOUTHEAST CORNER.1 FOOT ABOVE DECK GRATING NIA 1.5 x Boundng Spectnm va Roassdc Median Centered Boor Response Spectra 1.5 x Boundng Spectrum vs.Realsdc Mecgsn Centered Fker Response Spectra Yes Yos Yes NIA Yes Y45 Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name d2.Si nature/2 II'6/9S Date Print or T pe Name/~//q 15.Date Walkdown:~f 11/8/93 DC CO.IT 2 SCREENING VERIFICA DATA SHEET (SVDS).'age2of6 13 Eq.CI Equp.to No.7 24V-104W Rev No 0 RESIDUAL HEAT REMOVAL I WEST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-17W OUTLET SAFHY VALVE Buadrtg.AUXIUARY Room or Row/Coksrtn 609.00 W RHR HEAT XCHGR RM N THE SOUTHEAST REGION OF THE ROOM, 3 FEET SOUTH OF WEST RHR HTX&#xb9;24IE-17W Base Bev.1.5 x Boundtng Specuum vs.Resssdc Median Centered Fker Response Spectra Cap>Demand?Cavaats OK7 Yes OK?Equp OK7 Yes Yes 14 15 7 24V-14E 0 7 24V-1 4W 0 ESSENTIAL SERVICE WATER I EAST CONTAINMENT SPRAY HEAT EXCHANGER HE-18E SHELL SIDE SAFHY VALVE ESSENTIAL SERVICE WATER I WEST CONTAINMENT SPRAY HEAT EXCHANGER HE-1 BW SHELL SIDE SAFHY VALVE AUXILIARY 609.00 E CONT SPRAY HEAT XCHGR RM-AT THE TOP OF THE EAST CONTAtNMENT SPRAY HEAT EXCHANGER, ON THE EAST WALL 609.00 W CONT SPRAY HEAT XCHGR RM-WEST SIDE OF THE WEST CONTAINMENT SPRAY HEAT EXCHANGER.
2 FEET BELOW THE CEILING NIA 1.5 x Boundtng Spectrum vs.Realsdc Median Centered Fker Response Spectra 1.5 x Boundstg Spectrum vs.Reassdc Median Centered Fker Response Spectra Yas Yes Yes Yes Yss Yes 16 17 7 24V-15E 7 24V-15W 0 ESSENTIAL SERVICE WATER I EAST COMPONENT COOUNG WATER HEAT EXCHANGER HE-15E TUBE SIDE SAFHY VALVE 0 ESSENTIAL SERVICE WATER I WEST COMPONENT COOUNG WATER HEAT EXCHANGER HE-1 SW TUBE SIDE SAFElY VALVE 609.00 609 HALLWAY-ON THE SOUTHEAST END OF UNIT 2 EAST CCW HEAT EXCHANGER 609.00 609 HALLWAY-AT THE SOUTH END OF UNIT 2 WEST CCW HEAT EXCHANGER NIA WA 1.5 x Boundtng Spectnsn vs.Resssdc Median Canlerad Roor Response Spectra 14 x Boundrttg Specuum va Raarrssc M<<san Cantered Rcor Response Spectra Yes Yss YO$Yes 18 19 7 2$V-IA-1 0.MAN STEAM I STEAM GENERATOR OME4-1 SAFElY VALVE 1A 7 24V-1A4 0 MAIN STEAM I STEAM GENERATOR OME44 SAFElY VALVE&#xb9;1A 633.00 E MAN STM STOP ENCL 4 FEET NORTHWEST OF STEAM GENERATOR&#xb9;1 STOP VALVE.ON 639 ELEVATIOM PLATFORM 633.00 E MAN STM STOP ENCL-SOUTHWEST PART OF THE ROOM, AT 639 ELEVATIOM PLATFORM 1.5 x Botmdstg Spectnsn vs.ROOMc Median Cantered Roar Rs S a 1.5 x Boundrtg Specuum va, Rearstic Median centered Boor Res S a Yas Yes WA NIA Yes Yss Yes 21 24 7 24V.1 8-1 7 24V-I~7 24V-2A-I 7 24V-2A4 7 24V-28-1 0 MAIN STEAM I STEAM GENERATOR OME4-1 SAFElY VALVE 1B 0 MAIN STEAM I STEAM GENERATOR OME~SAFETY VALVE 1B 0 MAIN STEAM I STEAM GENERATOR OME4-1 SAFElY VALVE 2A 0 MAtM STEAM I STEAM GENERATOR OME44 SAFHY VALVE 2A 0 MAN STEAM I STEAM GENERATOR OME4.1 SAFHY VALVE 2B AUXILIARY AUXILIARY 633.00 E MAIN STM STOP ENCL 5 FEET NORTH OF STEAM GENERATOR&#xb9;1 STOP VALVE, OM 639 ELEVATIOM PLATFORM 633.00 E MAIN STM STOP ENCL SOUTHWEST PART OF THE ROOM, AT 639 ELEVATIOM PLATFORM 633.00 EMAINSTMSTOPENCL SFEETNORTHOF STEAM GENERATOR&#xb9;1 STOP VALVE, ON 639 ELEVATION PLATFORM 633.00 E MAN STM STOP ENCl.MIDDLE WEST PART OF THE ROOM, AT 639 ELEVATION PLATFORM 633.00 E MAN STM STOP ENCL-5 FEET NORTHEAST OF STEAM GENERATOR&#xb9;I STOP VALVE.ON 639 ELEVATIOM PLATFORM N/A 1.5 x Boundtng Spectrum va ROSMc Median Centered Fker Re S a 1.5 x Boundstg Spectnsn vs.Rearrsdc Median Centered Fker Response a 1.5 x Boundstg Spectrum vs.Raalsdc M<<ssn Centered Fker R 6 1.5 x Boundrtg Spectrum vs.Raarrsdc Median Centered Fker R Spectra 1.5 x Boundstg Spectnsn va ROSMc Median Cantered Fker Response Spectra Yes Yes Yes Yes Yas Yes Yes Yes WA Yes Yes Yas Yes., Yes 27 7 24V-2&4 7 24V4.1 7 24V4-4 0 MAN STEAM I STEAM GENERATOR OME44 SAFEIY VALVE 2B 0 MAIN STEAM I STEAM GENERATOR OME4-1 SAFEIY VALVE&#xb9;3 0 MAIN STEAM I STEAM GENERATOR OME44 SAF HY VALVE&#xb9;3 633.00 E MAN STM STOP ENCL-MIDDLE WEST PART OF lHE ROOHL AT 639 ELEVATIOM PLATFORM SLk00 E MAN STM STOP ENCL 6 F EET NORTHEAST OF STEAM GENERATOR&#xb9;1 STOP VALVE.ON 839 ELEVATION PLATFORM 633.00 E MAN STM STOP ENCL-MIDDLE WEST PART OF THE RoohL AT 639 ELEVATION PLATFORM 1.5 x Bound tng Spectnsn va Raalrssc Median Centered Roor R a 1.5 x Boundstg Spectrum vs.Reassdc M<<fun Centered Floor R Spectra 1.5 x Boundstg Spectrum va ROSMc Meccan Centered Rcor Res ss a Yes Yes YO$Yes Yes Yes Yas Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature iz/~<lj g Date Print or T pe Name n re Jz I Date Walkdown:.of 111N93 DC CO.<IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 3 of 6 Eq.Cl E<FSP.ID No.System/Equipment scnpticn Rocm or Row/Column OK7 E<asp OK7 26 2~44 0 REACTOR COOLANT PUMP SEAL WATER INJ/LEAKOFF I REACTOR COOLANT PUMP SEAL WATER HEAT EXCHANGER HE-11 SAFETY VALVE AUXILIARY 609.00 SEAL WIR HEAT XCHGR RM NORTHEAST AREA OF THE ROOM NIA 1.S x Boundng S pact/urn vs.ROSSsdc Macron Centered Fker Response Spectra Yas Yes NIA Yes Yes 31 2~48-15 2<V-71 2<v-97 0 CCWI RCP SEAL WATER HEAT EXCHANGER HE 11 CCW OUTLET SAFETY VALVE 0 CCWI SOUTH SPENT FUEL PIT HEAT EXCHANGER 124IE-16S CCW OUTLET SAFETY VALVE 0 COMPONENT COOUNG WATER I EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-17E COMPONENT COOLING WATER OUTLET SAFETY VALVE 0 BORON NJECTION I BORON NJECTION TANK 1K-11 OU1LET~SAFETY VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY 609.00 609 HALLWAY-ON THE SOUTHEAST WAU SOUTH OF VOLUME CONTROL TANK REMOVABLE WALL.7 FEET ABOVE THE FLOOR 609.00 SPENT FUEL PIT HEAT XCHGR RM-IN THE SOUTHERN REGION OF THE ROOM, NEAR THE EAST END OF THE SOUTH SPENT FUEL PIT HEAT EXCHANGER.
12 FEET ABOVE THE FLOOR 609.00 609 HALLWAY 25 FEET EAST OF THE PASSENGER ELEVATOR DOORWAY, 18 FEET ABOVE THE FLOOR 612.00 BORON INI TANK RM-EAST OF THE TANK, ON THE WALL NIA 1.5 x Boundag Spectnsn vs.ROSSsdc Mocrian Centered Reer Ras S 1.5 x Bou/Xkng Spect/um vs, ROOSsdc Mafisn Cantered Roor Response Spectra 1.5 x Boundeg Spect/um vs.ROSSstic Median Centered Boor Response Spectra Ih x Bou/xsrg Speci/um vs.Reatsdc Meccan Centered Fker Res S a Yos Yes Yes Yes WA Yes Yas Yes r Yes Yes Yes 2CMO410 0 COMPONENT COOUNG WATER I EAST COMPONENT COOUNG WATER HEAT EXCHANGER HE.1 SE COMPONENT COOLING WATER OUTLET SHUTOFF VALVE 2CMO411 0 COMPONENT COOLING WATER I COMPONENT COOLING WATER PUMPS SUCTION CROSSTIE TRAIN'A'HUTOFF VALVE 2<MD<12 0 COMPONENT COOLING WATER I COMPONENT COOUNG WATER PUMPS DISCHARGE CROSSTIE TRAIN'A'HUTOFF VALVE AUXILIARY AUXILIARY AVXIUARY 609.00 609 HALLWAY 10 FEET SOUTH OF THE NORTH END OF EAST COMPONENT COOUNG WATER HEAT EXCHANGER&#xb9;24IE-1 SE, ON THE EAST SIDE.609.00 609 HALLWAY-8 FEET SOUTHWEST OF EAST CCWPUMP&#xb9;24'P-IOE.
8FEETABOVE THE FLOOR ON THE 614 ELEVATION PLATFORM 609.00 609 HALLWAY-10 FEET SOUTHWEST OF CVCS MONITOR TANK&#xb9;12 TK-I 44, 5 FEET NORTH OF THE SOUTH WAU 2 FEET ABOVE THE FLOOR N/A 1.5 x Basxsng Speci/urn vs.ROOSsdc Median Centered Fker Response Spectra 1.5 x Bandog Spectrum vs.Realistic MotSsn Centered Roor Response Spectra 1.5 x Bouodeg Spectrum va Resrrsdc Median Centered Fker Response Spectra Yes Yes Yes Yas N/A Yes Yes Yas Yes 37 39 24;MD<13 0 COMPONENT COOUNG WATER I COMPONENT COOUNG WATER PUMPS SUCTION CROSSTIE TRAIN'8'HUTOFF VALVE 24:MO414 0 COMPONENT COOUNG WATER I COMPONENT COOUNG WATER PUMPS DISCHARGE CROSSTIE TRAN Ir SHUl'OFF VALVE 2~0415 0 COMPONENT COOUNG WATER I COMPONENT COOLING WATER To MISCELLANEOUS SERVICE TRAN'A'HUTOFF VALVE 24:MO416 0 COMPONENT GOOUNG WATER I COW TO MISCELLANEOUS SERNCE HEADER'Ir 16 MOTOR OPERATED SHUTOFF VALVE AUXILIARY AUXIUARY AUXILIARY 609.00 609 HALLWAY-4 FEET SOUTH OF WEST CGW PUMP&#xb9;24'P-IOW, 8 FEET ABOVE THE FLOOR ON A PLATFORM 609.00 609 HALLWAY 8 FEET SOUTHWEST OF GVCS MONITOR TANK&#xb9;12-TK-144, 5 FEET NORTH OF THE SOUTH WALL 2 FEET ABOVE THE FLOOR 609.00 609 HALLWAY 2 FEET WEST OF EAST COMPONENT COOUNG WATER HEAT EXCHANGER&#xb9;24IE 15E.3 FEET ABOVE THE FLOOR 609.00 609 HALLWAY-15 FEET SOUTH OF NORTH END OF EAST CCW HEAT EXCHANGER&#xb9;24IE-15E, ON WEST SIDE NIA NIA 1.5 x Boundng Spect/um vs.Reassdc Matfisn Centered Roar Response Spectra 1.5 x Boundng Spectnnl va ROOSssc Marrisn Cantered Fker Response Speci/a 1.5 x Bcurxkng Spoct/le va Resrrsbc Mecssn Centered Fker Response Spectra 1.5 x Boundng Spectrum vs.Rearrsdc Me&an Centered Fker Response Spears Yes Yes Yes Yes Yes WA'es Yes Yos Yet Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature Z//A//9s-Date Print or T pe Name ILIA/N.~i ture ate
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~'~~~~~~~~~~~~~~~~~~~~~~at'I t~~L~~~~~~~I'~~'~~~~~~'~'~~'~~1~~I~'~'~~I~~~'~'I 0~~~'~~~~~~~~~'~~~~'~~~I~~~~~~~~'~PP5$1".WPSWP IRWIN.'INS.
1lPW5".PP811".~~SWIFT'::~~~~~~~~~~0~~~~~~~WII-WP Wll 85 WR-l55~~LO~~~~'.~~~~~''~~'~~~ae'~.~~~~~~t~~L~~.'~~~~~~~'~O~~~~~~~~.~L L~~~~.L'l.I I lll Walkdown: 4 of 11/8/93 DC C.IT 2 SCREENING VERIFICAli N DATA SHEET (SVDS)'age50f6 Equp.lo No.Fkxx Eurv.Room of Row/Couann Cap>Caveats Demand?OK?OK?Equip OK?24M 0412 2-IMMI 4 24M 0424 0 RESIDUAL HEAT REMOVAL I EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-1 7E OUTLET MINI-FLOW UNE SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL I EAST RES KIUAL HEAT REMOVAL PUMP PP45E DISCHARGE CROSSTIE SHUTOFF VAI.VE 0 RESIDUAL HEAT REMOVAL I WEST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE.17W OUTLET MINI-FLOW LINE SHUTOFF VALVE RESIDUAL HEAT REMOVAL I WEST RESIDUAL HEAT REMOVAL PUMP PP45W DISCHARGE CROSSTIE SHUTOFF VALVE AVXII.IARY AUXILIARY AUXIUARY E RHR HEATXCHGR RM 5 FEET NORTHEAST 609.00 N/A OF EAST RHR HEAT EXCHANGER&#xb9;24IE-17E, NEAR THE EAST WALL E RHR HEAT XCHGR RM-5 FEET NORTH OF EAST RHR HEAT EXCHANGER&#xb9;24IE-I?E, AGANST THE NORTH WAU AT THE 615 ELEVATIOM PLATFORM GRATING W RHR HEAT XCHGR RM IN THE EAST CORNER OF THE ROOM, AGAINST THE WALL, 5 FEET EAST OF WEST RHR HEAT EXCHANGER&#xb9;24IE-1 7W W RHR HEAT XCHGR RM-6 FEET NORTH OF WEST RHR HEAT EXCHANGER&#xb9;2+E-t?W, AGAINST THE NORTH WALIAT THE 615 PLATFORM GRATNG 1.5 x Boundng Spectnan vs.ReaMc Median Centered Fker Response Spears 1.5 x Boundatg 6 pecuum vs.ReaMc MetSan Centered Fkgr Response Spears 1$x Bounds Spectrum vs.ReaSstic Median Centered Fker Response Spectra 1.5 x Boundng Speanan vs.ReaMc Median Centered Fker Response Spectra Yes Yes Yes NIA Yes Yes Yes Ye>>Yes Yes 57 8 24M 0431 244MO-210 0 RESIDUAL HEAT REMOVAL I EAST RESIDUAL HEAT REMOVAL To UPPER CONTAINMENT SPRAY SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL I WEST RHR TO UPPER CONTAINMENT SPRAY SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL I EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER TO CHARGNG PUMPS SUCTION SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL I WEST RHR HEAT EXCHANGER OUTLET TO SAFHY IRlEClloM PUMP SUCTION SHUTOFF VALVE 0 MAIN STEAM I STEAM STOP VALVE MRV-210 STEAM CYLINDER DUMP 4 MOTOR OPERATED VALVES SELECTOR VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY E RHR HEAT XCHGR RM IN THE SOUTHEAST 609.00 N/A CORNER OF THE ROOM.5 FEET SOUIHEAST OF EAST RHR HEAT EXCHANGER&#xb9;24IE-1?E W RHR HEAT XCHGR RM IN THE SOUTHEAST 609.00 N/A CORNER OF THE ROOM.6 FEET SOUTHEAST OF WEST RHR HEAT EXCHANGER&#xb9;24IE-17W.NEAR THE EAST WALL ERHRHEATXCHGRRM 6FEETNORTHOF EAST HEAT EXCHANGER&#xb9;244E-1?E, AT THE PLATFORM GRATING W RHR HEAT XCHGR RM N THE SOUTHWEST 609.00 N/A CORNER OF THE ROOM, 5 FEET SOUTHWEST OF WEST RHR HEAT EXCHANGER&#xb9;24IE-17W.NEAR THE WEST WAlL E MAIN STM STOP ENCL 3 FEET NORTH OF STEAM STOP VALVE&#xb9;24/IRV-210, ON 639 ELEVATION PlATFORM 1.5 x Bourxung Spectrum vL ReaMc Median Centered Fker Response Speara 1.5 x Boundatg S pact/um vs.ReaMc MaSm Centered Boor Response Spectra 1.5 x Bourxang Spectrum va ReaMO MaSan Centered Fkcr Response Spectra 1.5 X Bcundrng SPeCuum VS.ReaMc MecSan Cenlered Fkor Response Spectra 1.5 x Boundng Specuum vs.ReaSsdc Mtxfran Centered Fkor Response Spectra Yes Yes N/A N/A Yes Yes Yes Yes Yes Yes Yes 61 8 244M 0-240 24)M0451 0 MAN STEAM I STEAM STOP VALVE MRV-240 STEAM CYUNDER DUMP VALVE 4 MOTOR OPERATED SELECTOR VALVE 0 LETDOWN(CVCS)/REACTOR COOLANT LETDOWN VOLUME CONTROL TANK TK-10 To CVCS CHARGING PUMPS TRAN'A'HUTOFF 4 MOTOR OPERATED VALVE E MAIN STM STOP ENCL-IN THE MIDDLE SOUTH PART OF THE ROOM, AT THE 640 ELEVATION PLATFORM.1 FOOT ABOVE THE GRATNG VOL CTRL TANK E HALLWAY ON THE WEST WALL, AT THE NORTH END OF THE HALLWAY, NORTHEAST OF VOLUME CONTROL TANK&#xb9;2-TK-10 1.5 x Boundng Specuum vs.ReaMc Median Centered Fker Response Spectra th x Bounding Specuum vs.ReaSsdc Metfran Centered Fkor Response Spectra Yes Yes Yes Yds 2AM~Certification:
0 LETDOWN (CVCS)I REACTOR COO(ANT LETDOWN VOLUME CONTROL TANK TK-1 0 TO GVCS CHARGNG PUMPS TRANS'HUTOFF 4 MOTOR OPERATED VALVE AUXILIARY VOL CTRL TANK E HALLWAY 6 FEET EAST OF 609.00 N/A VOLUME CONTROL TANK&#xb9;2-TK-1 0.NEAR THE WEST WAU4 FEET ABOVE THE FLOOR 1.5 x~Spectrum vs.ReaMc Median Centered Floor Response Spears Yes Yes Yes All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Printor T pe Name Si nature 12/Ir 6/yS-Date Print or T pe Name ture IZ l9 C Date
 
Walkdown:.of t1/N93 DC CO.4IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)roage 6 of 6 sam Eq.CI Equip.lo No.2-V/MO-714 Rev No System/Equipmant Dascnptton 0 ESSENTIAL SERVICE WATER I EAST CONTAINMENT SPRAY HEAT EXCHANGER HE-1 BE ESSENTIAL SERVICE WATER OUTLET SHUTOFF VALVE au/tdeg.Fker Elev.AUXILIARY 609.00 Room or Row/Coktmn 609 HALLWAY-3 FEET EAST OF UNIT 2 EAST AND WEST CONTAINMENT SPRAY HEAT EXCHANGER ROOM DOORWAY, OM THE SOUTHEAST CORNER OF THE Bass Elev.Capacay vs.DemarxL Basis 1.5 x Botstdstg Spectrum vs.ROOMc Mefmn Centered Fker Response Spsctnl Cap>Caveats Dam ex!?OK?Yas Anchor OlQ tnteact OIC?Yas Equp OK?Yas 67 8 2.WMO 718 2-WMO 732 2-WMO.734 0 ESSENTIAL SERVICE WATER/WEST CONTAINMENT SPRAY HEAT EXCHANGER ESSENTIAL SERVICE WATER OUTLET SHUTOFF VALVE 0 ESSENTIAL SERVICF WATER I EAST COMPONENT COOUNG WATER HEAT EXCHANGER HE-1 SE ESSENTIAL SERVICE WATER INLET SHUTOFF VALVE ESSENTIAL SERVICE WATER I EAST COMPONENT COOUNG WATER HEAT EXCHANGER HE-I SE ESSENTIAL SERVICE WATER OUTLET SHUTOFF VALVE AUXILIARY 609.00 AUXILIARY 609.00 609 HALLWAY 30 FEET EAST OF THE PASSENGER ELEVATOR.OM THE 621 ELEVATIOM PLATFORM.NEAR THE SOUTH WALL 609 HALLWAY-AT THE NORTH END OF EAST COW HEAT EXCHANGER&#xb9;24IE-I SE.10 FEET ABOVE THE FLOOR 609 HALLWAY AT THE NORTH END OF 2 EAST COW HEAT EXCHANGER&#xb9;2+E-I SE, 8 FEET ABOVE THE FLOOR 609.00 N/A 1.5 x Boundvtg Spectrum vs.Resttssc Median Centered Floor Response Spectra 1.5 x Boundstg Spectrum va Rearsuc Nledian Centered Floor Raspcnse Spectra 1.5 x Boundtng Spectrum vk Rea5suc Meftan Cantered Floor Response Spectra Yes Yes Yes N/A N/A Yes Yas Yes Yes Yes 4 68 8 2-vvM0 736 2-WMO-738 0 ESSENTIAL SERVICE WATER I WEST COMPONENT COOLING WATER HEAT EXCHANGER ESSENTIAL SEIMCE WATER NLET SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I WEST COMPONENT COOLNG WATER HEAT EXCHANGER ESSENllAL SERVICE WATER OUTLET SHUTOFF VALVE AUXILIARY 609.00 AUXILIARY 609.00 609 HALLWAY-ABOVE THE NORTH END OF WEST CCW HEAT EXCHANGER&#xb9;2+!E-I SW, 7 FEET ABOVE THE FLOOR 609 HALLWAY I Fool'ABOVE THE NORTH END OF WEST CCW HEAT EXCHANGER&#xb9;2+IE-I SW, 6 FEET ABOVE THE FLOOR 1.5 x Boundstg Speci/um ve ROOTstic Meftan Cenlered Fkcr Response Speci/a 1.5 x Bourxhng Spectnsn vs.Rearrssc Median Cantered Boor Response Spectra Yas Yas Yes Yas Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).1 Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature Date Print or T pe Name Si a re Date Walkdown: of 11I6193 DC CO tlT 2 SCREENING VERIFICATION DATA SHEET (SVDS)r'age 4 Of 6 item Eq.CI Rev No Equp.to No.8 24M O-212 0 System/Equipment DescnpUon CONTAINMENT SPRAY I EAST CONTANMENT SPRAY PUMP PP-9E 2 MOTOR OPERATED DLSCHARGE TO CONTANMENT SPRAY ADDITIVE EDUCTOR SHUTOFF VALVE AUXILIARY Floor Elev.Room or Row/Cotumn 573.00 E CONT SPRAY PMP RM-N THE MIDDLE WEST PART OF THE ROOM.4 FEET NORTHWEST OF EAST CONTAINMENT SPRAY PUMP&#xb9;24'P-9E, 5 FEET ABOVE THE Base Eurv.Capacrty vs.Demand Basis Boundng Spectnm vs.SSE Ground Response Specinsn Cap>Dam and7 Caveats OK7 utteract OK7 Yes Eqtsp OK7 Yes 41 42 8 2.IM0-215 8 2-NO-220 8 24MO-221 8 24M O.222 0 CONTAINMENT SPRAY I REFUEUNG WATER STORAGE TANK TO EAST CONTAINMENT SPRAY PUMP PP4lE SUCTION 12 MOTOR OPERATED SHUTOFF VALVE 0 CONTAINMENT SPRAY/WEST CONTAINMENT SPRAY PUMP PP-9W10 MOTOR OPERATED DISCHARGE SHUTOFF VALVE 0 CONTAINMENT SPRAY I WEST CONTANM ENT SPRAY PUMP PP-9W DISCHARGE SHUTOFF 10 MOTOR OPERATED VALVE 0 CONTANMENT SPRAY I WEST CONTAINMENT SPRAY PUMP PP 9W DISCHARGE TO CONTAINMENT SPRAY ADDfflVE EDVCTOR SHUTOFF 2 MOTOR OPERATED VALVE AUXILIARY 573.00 E CONT SPRAY PMP RM-IN THE SOUTH PART OF THE ROOM, ON THE SOUTH SIDE OF THE DMDER WAU ON THE 577 ELEVATION PLATFORM 573.00 W CONT SPRAY PMP RM 5 FEET NORTHEAST OF WEST CONTAINMENT SPRAY PUMP&#xb9;2-PP-9W, IN THE MIDDLE OF THE ROOM.6 FEET ABOVE THE FLOOR 573.00 W CONT SPRAY PMP RM-N THE NORTH PART OF THE ROOM, 6 FEET NORTHEAST OF WEST CONTAINMENT SPRAY PUMP&#xb9;24'P-9W, 5 FEET ABOVE THE FLOOR 573.00 W CONT SPRAY PMP RM-N THE NORTtlEAST PART OF THE ROOM, 3 FEET NORTHEAST OF WEST CONTAINMENT SPRAY PUMP<<24'P-9W, 4 FEET ABOVE THE FLOOR Y4$Y4$Y4$Boundng Spearum vs.SSE Ground Respcnse Spectnm Boundng Specuum vs.SSE Ground Response S pectnsn Boundng Specuum vs.SSE Ground Response Spectnm Bounding Spectnm vs.SSE Ground Response Spectnm Yes Yes Yes N/A Yes Yes Yes Yes Yes Yes 45 8 24MO-225 8 24M0410 0 CONTAINMENT SPRAY I REFUELING WATER STORAGE TANK TO WEST CONTAINMENT SPRAY PUMP PP4W SUCTION 12 MOTOR OPERATED SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL I EAST RESIDUAL HEAT REMOVAL PUMP PP45E SUCTION rqHVTOFF VALVE AUXILIARY 573.00 W CONT SPRAY PMP RM IN THE SOUTH PART OF THE ROOM, ON THE SOUTH SIDE OF THE DIVIDER WAU2 FEET ABOVE THE GRATNG 573.00 EAST RHR PUMP RM-IN THE SOUTHWEST PART OF THE ROOM, ON THE 577 ELEVATION PLATFORM, ON THE SOUTH SIDE OF THE D MDER WALL Yes Yes Boundng Spectnm vs.SSE Grand Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectnm Yes Yes Yes Yes Yes Yes, Yes 47 49 8 2-IM~8 24SCM-221 8 243 CM-231 8 24/u40-220 0 RESIDUAL HEAT REMOVAL I WEST RESIDUAL HEAT REMOVAL PUMP PP45W SUCTION SHUTOFF VALVE 0 MAIN STEAM I MAN STEAM LEAD&#xb9;2 TO AUXILIARY FEED PUMP TURBINE 4 MOTOR OPERATED SHUTOFF VALVE 0 MAIN STEAM I MAIN STEAM LEAD<<3 To AUXILIARY FEED PUMP TURBINE 4 MOTOR OPERATED SHUTOFF VALVE 0 MAIN STEAM I STEAM STOP VALVE MRV-220 STEAM CYLINDER DUMP 4 MOTOR OPERATED VALVES SELECTOR VALVE 573.00 W RHR PMP RM 8 FEET SOUTH OF WEST RESIDUAL HEAT REMOVAL PUMP&#xb9;24'P45W, 3FEETSOUTHOFTHEDMDERWAU INTHE SOUTHEAST CORNER OF 633.00 WMN STM STOP ENCl.-6 FEETWEST OF THE EAST WALION THE 639 ELEVATION PLATFORM 633.00 WMN STM STOP ENCL-3FEET EAST OF STEAM GENERATOR&#xb9;3 STOP VALVE ON THE 639 ELEVATION PLATFORM 633.00 WMN STM STOP ENCL-10FEET SOUTH OF THE NORTH WALL.N THE CENTER OF THE ROOM Yes Y4$Yes Y4$Bandng Spectmm vs.SSE Ground Response Spectrum Boundng Specuum vs.SSE Ground Response Spectrum Boundng Spectnm vs.SSE Ground Response Spectrum Boundng Specuum vs.SSE Ground Response Spectrum Yes Yes N/A Yes Yes Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether vedfied to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed prof ssional engineer.)
Print or Type Name nature Date Print or Type Name Signature Date
~'t, Walkdown..
of 11/8/93 51 Eqtsp.to No.24980-230 0 MAIN STEAMISTEAMSTOPVALVE MRV-230 STEAM CYLINDER DUMP VALVES 4 MOTOR OPERATED SELECTOR VALVE AUXILIARY DC CC,/IT 2 SCREENING VERIFICATI N DATA SHEET (SVDS)Room or Rav/Cceumn 633.00 WMN STM STOP ENCL-2 FEET SOUTHWEST OF STEAM STOP VALVE<<24ITR-230.
ON 639 ELEVATION PLATFORM Cspscrty vs.Demsnd Basis Boundrtg Spectrum vs.SSE Ground Response Spectrum Csp>Dem end?Yes Yes Anchor OK?N/A Page50f6 Equ?r OX?Yes Yes 2427406 0 MAIN STEAM I TURBINE DRIVEN AUX FEED PUMP PPR TRIP AND THROTTLE VALVE TURBINE 591 00 TB DRIVEN AUX FDWTR PMP-3 FT.NW OF 5SI 00 THE AUX FEED PUMP TURB NE 24?ME49, 6 FT ABOVE THE FLOOR Yes Boundstg S pecuum vs.SSE Ground Response Spectnsn Yes Yes Yes 2-WMO-703 0 ESSENTIAL SERVICE WATER I EAST ESSENTIAL SERVICE WATER PUMP PP-7E DISCHARGE SHUTOFF VALVE SCREENHOUSE 591.00 E ESSNTL SERV WTR PMP RM-20 FEET NORTHEAST OF EAST ESSENTIAL SERVICE WATER PUMP<<2+P-?E 591.00 Boundstg Spectrum vs.SSE Ground Response Spect/um Yes Yes Yes 2-WMO-704 2-WMO-706 2.WMO-708 0 ESSENTIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER PUMP PP-7W DISCHARGE SHUTOFF VALVE ESSENTIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER SUPPLY HEADER CROSSTIE TO UNiT 1 SHUTOFF VALVE 0 ESSENTIAL SERVICEWATERIEAST ESSENTIAL SERVICE WATER SUPPLY HEADER CROSSTIE TO UNiT 1 SHUTOFF VALVE SCREENHOUSE TURBINE TURBINE 5S1.00 WESSNTLSERVWTRPMPRM N THE SS1.00 MIDDLE NORTH PART OF THE ROOM, 5 FEET NORTHWEST OF WEST ESSENTIAL SERVICE WATER PUMP&#xb9;24'P-?W 569.00 ESSNTL SERV WTR PIPE TVNN-35 FEET SOUTHEAST OF THE MIDDLE WATERTIGHT DOORWAY 569.00 ESSNTL SERV WTR PIPE TUNN-35 FEET 633.00 SOUTH OF THE MIDDLE WATERTIGHT DOOR, 5 FEET ABOVE THE FLOOR Yes Yes Boundstg Specuum vs.SSE Ground Response Spectrum~Speansn vs.SSE Ground Response Spectrum Bounchrg Spectrum vs.SSE Grand Response Spectnsn Yes Yes Yes Yes 57 59 61 2.WMO-722~2-WMO-724~2-WMO-726CD 24/VMO 72$CD 2-WMO-744 2.WMO-753 0 ESSENTIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER SUPPLY HEADER TO AB EMERGENCY DIESEL HEAT EXCHANGERS SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EAST ESSENTIAL SERVICE WATER SUPPLY HEADER TO AB EMERGENCY DIESEL HEAT EXCHANGERS SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I EAST ESSENTIAL SERVICE WATER SUPPLY HEADER TO CD EMERGENCY DIESEL HEAT EXCHANGERS SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I WEST ESSENTIAL SERVICE WATER SUPPLY HEADER TO CD EMERGENCY DIESEL HEAT EXCHANGERS SHUTOFF VALVE 0 AUXILIARY FEED WATER I ESW TO WEST MOTOR DRIV AUX FEED PUMP PP4W SHUTOFF 4 MOTOR OPERATED VALVE 0 AUXILIARY FEED WATER I ESWTO TURB DRIVEN AUX FEED PUMP PP-4 SHUTOFF 6 MOTOR OPERATED VALVE AUXILIARY AUXILIARY TURBINE TURBINE 587.00 2CD DSL RM N PIPE TUNNEL-IN THE SOUTHWEST PART OF THE ROOM, 20 FEET EAST OF THE CD EMERGENCY DIESEL GENERATOR DOORWAY.NEAR THE SOUTH WALL 587.00 2CD DSL RM N PIPE TUNNEL-IN THE NORTHWEST REGION OF THE ROOM, 25 FEET EAST OF THE CD EMERGENCY DIESEL GENERATOR ROOM NORTH DOORWAY, NEAR THE 587.00 2CD DSL RM N PIPE TUNNEL-N THE SOUTHWEST PART OF THE TUNNEI 10 FEET EAST OF CD EMERGENCY DIESEL GENERATOR DOORWAY.NEAR THE SOUTH WALL 587.00 2CDDSLRMNPIPETUNNEL NTHE SOUTHWEST PART OF THE ROOM, 15 FEET WEST OF THE CD EMERGENCY DIESEL GENERATOR ROOM DOORWAY, NEAR THE SOUTH 59100 WMTR DRIVEN AUX FDWTR PMP-IN THE NORTHWEST CORNER OF THE ROOM.3 FEET NORTHWEST OF WEST MOTOR DRIVEN AUXILIARY FEED PUMP<<2+P4W 591.00 TB DRIVEN AUX FDWTR PMP N THE MIDDLE NORTH REGION OF THE ROOM.6 FEET NORTHEAST OF AVXII.IARY FEED PUMP TURBINE&#xb9;24?MEM.5 FEET ABOVE THE 591.00 591.00 Yes Yes Yes Yes Yes BounrSng Spectrum vs.SSE Ground Response Spectrum Bcundrng SpeC&#xb9;um VS.SSE Grand Response Spectrum Bouncing Spearum vs.SSE Grand Response Spectrum Boundrtg Specuum vs.SSE Ground Response Spectrum Boundrtg Spectrum vs.SSE Ground Response Spectrum Boundrng Spearurn vs.SSE Grourd Response Spearum Yes Yes Yes Yes N/A Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional ngineer.)/Z/3 yp Print or Type Name ig nature Date Print or Type Name Si nature Dae Walkdown.n of 11/8/93 DC C/IT 2 SCREENlNG VERIFICA i tVN DATA SHEET (SVDS}'sage 6 of 6 Item Eq.CI Equss.ID No.Rev No System/Equipment Descnptcn Room or Row/Cohrnn Base Elev.<4tr Capacrtr vs.Demand Basis Cap a Caveats Demand7 OK7 Equp OK7 2-WMO.754 0 ESSENTIAL SERVICE WATER/ESSENTIAL SERVICE WATER TO EAST MOTOR DRIVEN AUXIUARY FEED PUMP PPQE SHUTOFF 4 MOTOR OPERATEO VALVE TURBINE 59 i.oo E MTR ORIV AUX FEEDWTR PMP IN THE MIDDLE OF THE NORTH PART OF THE ROOM.5 FEET NORTH OF EAST MOTOR DRIVEN AUXIUARY FEED PUMP//2'4E, 4 FEET ABOVE 591.00 Yes BoeCing Spectrum vs.SSE Ground Response Spectrum Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si na re/>l~g Date Print or Type Name Signature Date Walkdown:..of 10I18/93 DC CO.IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)'age 1 of 4 Eq.Cl Eqtap.tD No.Rav No System/Equipment Dscrption Room or Row/Column Base Eisv.Capacity vs.Demand Bash Cap>Caveats Demand?OK?'K?Eqtap OK?24IVCGR MD-1 7 2+IVCGR MD-2 7 2~-94N 0 CONTROL ROOM AIR CON/CONTROL ROOM AIR CONDmONING NORTH CHILL WATER EXPANSION TANK TK-76N SAF ElY VALVE 0 AUXIUARY BUILDNG VI CONTROL ROD DRIVE EQUIPMENT ROOM AND INVERTER AREA VENTILATION RECIRCVlATING AIR INLET DAMPER 0 AUXILIARY BUILDNG V/CONTROL ROD DRIVE EQUIPMENT ROOM AND INVERTER AREA VENTILATION OUTSIDE AIR INLET DAMPER AUXILIARY 609.00 AUXILIARY 650.00 4KV RM-600V SWGR AREA-IN THE NORTHWEST PART OF THE ROOM, 4 FEET ABOVE 600V SWITCHGEAR
&#xb9;2-21A, 10 FEET ABOVE THE FLOOR 4KVRM 600VSWGRAREA-NTHE NORTHWEST PART OF THE ROOM, 4 FEET ABOVE 600V SWITCHGEAR
&#xb9;2-21A.IN THE CEILING CTRLRMAIRCONDITRM 3FEETEASTOF THE ROOM'S ENTRANCE GATE, ON THE NORTH WALL, 7 FEET ABOVE THE FLOOR 609.00 Yes Bounding Spectrum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Response Spectrum 1.5 x Boundng Specaum vs.Rearrsdc Median Centered Fker Response Spectra Yes Y8$Yes Yes Yes Yes Yes Yes 7 2<V-94S 7 2-VRV<15 0 CONTROL ROOM AIR CON/CON?Rot.ROOM AIR CONDmoNING SOUTH CHILL WATER EXPANSION TANK TK.76S SAFETY VALVE 0 CONTROL ROOM AIR CON/CONTROL ROOM VENTILATION UNIT HVV,CRA-1 CHILL WATER INLET/BYPASS VALVE AUXIUARY 650.00 AUXILIARY 650.00 CTRL RM AIR COND IT RM-N THE SOUTHWEST AREA OF THE ROOM.NEAR THE SOUTH WALI 8 FEET ABOVE THE FLOOR CTRL RM AIR CONDIT RM-IN THE NORTH PART OF THE ROOM.4 FEET WEST OF CONTROL ROOM AIR HANDLING SUBPANEL<<2&CRA 1, 3 FEET ABOVE THE FLOOR 1.5 x Boundstg Spectrum vs.Rearisdc Median Cantered Roor Response Spectra 1.5 x Boundtng Spectrum vs.Reasstic Median Cantered Roor Reaper>>e Spectra Yes Yes Y8$Yes Yss 7 2-VRVM5 0 CONTROL ROOM AIR CON/CONTROL ROOM VENTIIATION UNIT HVACRA-2 CHILL WATER NLET/BYPASS VALVE 24tV4?GS-DCD 0 DIESEL ROOM VENTILAT/CD EMERGENCY DIESEL GENERATOR ROOM VENTILATION SUPPLY FAN HV4?GS-2 OUTSIDE AIR SHUTOFF DAMPER AUXILIARY 650.00 AUXILIARY 586.00 CTRL RM AIR CONDIT RM-IN THE SOUTHEAST PART OF THE ROOM, 3 FEET WEST OF CONTROL ROOM AIR HANDLING SUBPANEL&#xb9;24 CRA-2.ON THE SOUTH WALIREACTOR CABLE TUNN, QUAD 3 N THE NORTHWEST REGION OF THE ROOM, 7 FEET NORTH OF REACTOR CABLE TUNNEL QUAD&#xb9;3 MIDDLE/NORTH SECTION FIRE DOOR&#xb9;24?R-AUX326.7 FT.UP 567.00 Yss 1.5 x Boundrtg Spectrum vs.Rearrsgc Median Centered Fker Response Spectra Boundstg Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yes 24tv4GR MD4 24tV<GR-MD4 0 AUXIUARY BUILDNG V/4KV ROOM 600V SWITCHGEAR TRANSFORMERS AREA VENTILATION SUPPLY FAN HV-SGRS-7 SUCTION DAMPER AUX/VARY BUILDING V/600VAC MOTOR CONTROL CENTER MEZZANINE AREA VENTltATION SUPPLY FAN HV4GRS-9 VENT DAMPER AUXILIARY 609.00 AUXILIARY 613.00 4KV RM-600V SWGR AREA-IN THE MIDDLE EAST REGION OF THE ROOM, 12 FEET SOUTHEAST OF 600V TRANSFORMER
&#xb9;2-TR21D, 11 FEET ABOVE THE FLOOR 4KV ROOM MEZZANINE AREA 609.00 Yes 633.00 Yes Boundstg Spectrum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Respe>>e Spectrum Y8$Yes Yss Yes Yes 10 124tv-ESW-1 0 SCREENHOUSE VENTItAT/UNIT 2 EAST ESSENTIAL SERVICE WATER PUMP ROOM SUPPI.Y VENTltATION FAN SCREENHOUSE 591,00 EESSNTLSERVWTRPMPRM INTHE NORTHEAST CORNER OF THE ROOM.15 FEET NORlHEAST OF EAST ESSENTIAL SERVICE WATER PUMP&#xb9;2+P-?E 13 FEET ABOVE 567.00 N/A 1.5 x Btxxtdstg Spectrum vs.Rearrsdc Mergan Cantered Roor Response Spectra Yes Yes Yss Yes 124tv-ESW-2 0 SCREENHOUSEVENTItAT/UNIT2 EAST ESSENTIAL SERVICE WATER PUMP ROOM SUPPLY VENTILATION FAN SCREENHOUSE 591.00 E ESSNTL SERV Wr R PMP RM IN THE NORTHWEST CORNER OF THE ROOM, 15 FEET NORTHEAST OF EAST ESSENTIAL SERVICE WATER PUMP&#xb9;2+P-?E 13 FEET ABOVE 567.00 N/A 1.5 x Boundrtg Spectrum vs.ReaMc Median Centered Fker Response Spectra Y8$Yss Yss Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature (+/If/45'ate Print or T pe Name Sl nature l2 I2 Dae 1 4Q Walkd own: 3f 10/18/93 DC CG SIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 2 of%12 13 Eq.CI Equp.to No.124tv-ESWG 12+IV.ESW4 Rev No 0 SCREENHOVSEVENTILAT/UNIT 2 WEST ESSENTIAL SERVICE WATER PUMP ROOM SUPPLY VENTILATION FAN 0 SCREENHOUSE VENTILATI UNIT 2 WEST ESSENTIAL SERVICE WATER PUMP ROOM SUPPLY VENTILATION FAN Fker Elov.SCREENHOUSE 591.00 WESSNTL SERVWTR PMP RM-IN THE NORTHEAST CORNER OF THE ROOM.15 FEET NORTHWEST OF WEST ESSENTIAL SERVICE WATER PUMP&#xb9;24'P-?W.13 FEET ABOVE SCREENHOUSE 591.00 W ESSNTL SERV WTR PMP RM-IN THE NORTHWEST CORNER OF THE ROOM, 15 FEET NORTHWEST OF WEST ESSENTIAL SERVICE WATER PUMP&#xb9;2+P.?W.13 FEET ABOVE Base Elev.Capacity vs.Oomaxl 8$$>>1.5 x Bounding Spectrum vs.Real>>dc Median Centered Fker Rospor>>e Spectra 1.5 x Boundeg Spearum vs.Roar>>5c Median Centered Boor Response Spectra Cap>Demand?Yes Yos Yes Yes OK?Yos Yes Yes Yos Equp OK?Yes 14 15 16 18 19 21 24IV4ES 1 240I4ES 2 24IV4F P BRE I 24IV4FP-BRE-2 24tv4FP Ml 2-HV4FP M2 24IV4FP-T1 24tv4FP-T2 0 AUXILIARY BUILDNG V I AUXILIARY BUILDING VENTILATION ENGINEEREO SAFETY FEATURE EXHAUST UNIT 1 AUXIUARY BUILDNG V I AUXII.IARY BVILDNG VENTILATION ENGINEERED SAFElY FEATURE EXHAUST UNIT 0 AUXILIARY BUILDING V/TRAN'N'AlTERY ROOM EAST EXHAUST FAM 0 AUXILIARY BUILDING VI TRAIN'N'ATTERY ROOM WEST EXHAUST FAN 0 TURBlNE BUILDNG YEN I EAST MOTOR DRIVEN AUXILIARY FEE DWATER PUMP ROOM EXHAUST FAN 0 TURBINE BUILDING YEN I EAST MOTOR DRIVEN AVXIUARY FEEDWATER PUMP ROOM SUPPLY FAN 0 TURB lNE BUILDING VEN I TURBINE DRIVEN AUXILIARY FEED PUMP ROOM NORTH EXHAUST FAN 0 TURBlNE BVILONGVENI TURBNE DRIVEN AUXILIARY FEED PUMP ROOM SOUTH EXHAUST FAN AUXILIARY AUXILIARY AUXILIARY AUXILIARY TURBINE TVRBINE TURB NE 633.00 NORM BLOWDOWN FLASHTANK RM-IN THE NORTHWEST REGION OF THE ROOM, 20 FEET NORTHEAST OF STEAM GENERATOR NORMAL SLOWDOWN FlASH TANK 2-TK-99 63L00 NORM BLOWDOWN FLASHTANK RM IN THE NORTHWEST REGION OF THE ROOM, 20 FEET NORTHWEST OF SGB D FLASHTANK 2-TK46 633.00 MORM BLOWDOWN FLASHTANK RM IN THE SOUTHEAST REGION OF THE ROOM, ON THE SOUTH WALL OF THE N.TRAIN BATTERY ROOM.NEAR THE EAST WALL 6 FEET ABOVE 633.00 NORM BLOWDOWN FLASHTANK RM IN THE SOUTHEAST REGION OF THE ROOM, ON THE SOUTH WALL OF THE N-TRAIN BATTERY ROOM, 6 FEET ABOVE THE FLOOR 591 00 E MTR DRIVAUX FEEDWTR PMP IN THE NORTHWEST CORNER OF THE ROOM.ON THE WEST WAU12 FEET ABOVE THE FLOOR~591.00 E MTR DRIVAUX FEEDWTR PMP-IN THE SOUTHEAST CORNER OF THE ROOM, ON THE SOUTH WAU12 FEET ABOVE THE FLOOR 591.00 TB DRIVEN AVX FDWTR PMP-IN THE NORTHWEST CORNER OF THE ROOM, ON THE WEST WALI 12 FEET ABOVE THE FLOOR 591.00 Te DRIVEN AUX FDWTR PMP-IN THE SOUTHWEST CORNER OF THE ROOM, 4 FEET WEST OF AUX FEED PUMP TURBlNE&#xb9;24?ME-39, ON THE WEST WAU 12 FEET ABOVE THE FLOOR 591.00 591.00 591.00 591.00 1.5 x Boundstg Spectrum vs.Real>>54 Morf>>n Centered Fker Response Spectra 1.5 x Baxx4ng Spectrum vs.Reafistic Median Centered Fker Response Spectra 1.5 x Bounchng Spectnsn va R4$5$5c Median Centered Floor Response Spectra 1.5 x Boundrtg Spoctnsn vs.Roassth Modlsn Centered Fker Response Spoclfa 1.5 x Bounding Spectrum vs.Roar>>uc Median Centered Fker Response Spectra 1.5 x Bcund4ng Spectrum vs.ROSMc Median Centered Fker Rospcnse Spectra 1.5 x Bounding Spectrum vs.ROOMc Median Cenlered Fker Re S a 1.5 x Bouncbrg Spctrurn vs.Rear>>dc Median Centered Fker Response Spectra Yes Yes Yos Yes No Y4$Y4$Yos Y4$Y4$No No Yes Yos Yes Yos Yos Yes Y4$Yes Yes Yes Yes Yos No Yes Yos Yes Yes 24tv4F P-X1 0 TURBINE BUILDNG YEN I WEST MOTOR DRIVEN AtBQLIARY FEED PUMP ROOM EAST EXHAUST FAN TURBINE 591.00 W MTR DRNEN AVX FDWTR PMP N THE NORTHEAST REGION OF THE ROOM, ON THE NORTH WALL 8 FEET NORTH OF WEST MOTOR DRNEM AVX FEEDWATER PUMP&#xb9;2-PP4W.NIA 1.5 x Bounding Spectrum vs.Reaatuc Median Centered Fker Rosponse Spectra Yos Yes Yes Yes 24IV4FP X2 0 TURBNE BUILDNG VEN I WEST MOTOR DRIVEN ALDOUARY FEED PUMP ROOM WEST EXHAUST FAN TVRBNE 591.00 TB 591 ELEV BASMNT ON THE NORTH WALL OF THE WEST MOTOR DRIVEN AUXILIARY FEED PUMP ROOM, 4 FEET SOUTHEAST OF THE EAST UNIT DMDING 591.00 1.5 x Basxling Spearum va Rear>>dc Median Centered Floor Response Spectra Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and conclusion (whether verified to be seismica!Iy adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature Date Print or Type Name Si nature CZ/2 Date Walkdown:.of 10/18/93 DC CO AtT2 SCREENlNG VERlFlCATION DATA SHEET (SVDS)Page 30f4 24 25 27 28 Equip,lo No.24tv-SGRS-1A 24tV SGRS-2 24/V-SGRS6 24tv-SGRS~24tv-SGRS-7 24IV-SGRS6 Rev No 0 AUXIUARY BUILDNG V/COMTROL ROD DRIVE EQUIPMENT ROOM AND INVERTER AREA VENTltATION NORTH SUPPLY FAN 0 AUXII.IARY BUILDING V/4KV ROOM AB 4KV SWITCHGEAR AREA VENTILATION SUPPLY FAN AUXILIARY BUILDING V/4KV ROOM CD 4KV SWITCHGEAR AREA VENTILATION SUPPLY FAN 0 AUXILIARY BUILDNG V/CONTROL ROD DRIVE EQUIPMENT ROOM AND INVERTER AREA VENTILATION SOUTH SUPPLY FAN 0 AUXILIARY BUILDINGV/4KV ROOM 600 VOLT SWITCHGEAR TRANSFORMERS TR21B AND TR21D AREA VENTIIATION SUPPLY FAN 0 AVIQLIARY BUILDING V/4KV ROOM 600 VOLT SWITCHGEAR TRANSFORMERS TR21A AND TR21C AREA VENTILATIOM SUPPLY FAN AVXIUARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 AUXILIARY 609.00 Room or Row/Cobmn 4KV RM-600V SWOR AREA-IN THE NORTHWEST PART OF THE ROOM, 5 FEET WEST OF 600V SWITCH GEAR&#xb9;2-21A, 13 FEET ABOVE THE FLOOR 4KVRM AB4KVSWGRAREA-INTHE NORTHWEST CORNER OF THE ROOM, 7 FEET SOUTH OF THF ROOM'S ENTRANCE, 12 FEET ABOVE THE FLOOR 4KV RM CD 4KV SWGR AREA IN THE NORTHEAST CORNER OF THE ROOM, ON THE NORTH WALL 12 FEET ABOVE THE FLOOR 4KV RM 600V SWOR AREA-IN THE NORTHWEST PART OF THE ROOM, 3 FEET SOUTH OF 600V SWITCHGEAR
&#xb9;2-21A, 14 FEET ABOVE THE FLOOR 4KV RM 600V SWOR AREA-IN THE MIDDLE EAST PART OF THE ROOM, 10 FEET NORTH OF 600V TRANSFORMER
&#xb9;2-TR21D, 14 FEET ABOVE THE FLOOR 4KV RM-600V SWGR AREA-IN THE MIDDLE WEST PART OF THE ROOM, 5 FEET NORTH OF 600V SUPPLY TRANSFORMER
&#xb9;Z-TRZtA, 14 FEET ABOVE THE FLOOR Base Elev.Capacity vs.Demand Basis 1.5 x Bounding Spectrum vs.Reafistic Median Centered Boor Response S pectra 1.5 x Bounding Spectrum vs.ReaMc Median Centered Fbcr Response Spectra 15 x Boundng Spectrum vs.Roassdc Metfian Centered Fbor Response Spectra 1.5 x Boundng Speci/um vs.Rearistic Motrian Centered Boor Response Spectra 1.5 x Bounding Spectrum vs.Reatstic Median Centered Fker Response Spectra 1.5 x~Spectrum vs.Rotc Macron centered Fkor Rasped>>e Specva Cap>Demand7 Yos Yos Yos Yes Yes Yes Yos Yes Yos Yes Yes Yes Yos Yes Yes Yos EIFMI OK7 Yos Yes Yos Yos Yes 31 10 10 2+IV-SGRS6 24IV-SGRX.2 24IV-SGRX6 24tv-SGRX6 24tv-SGRX6 24tv-ACRA-1 24tv AC RA-2 0 AUXILIARY BUILDING V/600VAC MOTOR CONTROL CENTER MEZZANINE AREA VENTILATION SUPPLY FAN 0 AUXILIARY BUILDING V/4KV ROOM AB 4KV SWITCHGEAR AREA VENTILATION EXHAUST FAN 0 AUXILIARY BUILDING V/4KV ROOM CD 4KV SWITCHGEAR AREA VEMTIIATIO N EXHAUST FAN AUXILIARY BultDNG V/AB BATTERY EQUIPMEMT AREA BATTERY ROOM VENlltATION EXHAUST FAM 0 AUXILIARY BUILDING V/CD BATTERY EQUIPMENT AREA BATTERY ROOM VENTIIATION EXHAUST FAN 0 CONTROL ROOM VENTltA/CONTROL ROOM VENTILATION NORTH AIR CONDITION NG UNIT 0 CONTROt.ROOM VENT ltA/CONTROL ROOM VEMTBATION SOUTH AIR CONDITIONING UNIT AUXILIARY 613.00 AUXILIARY 609.00 AUXILIARY AUXILIARY 650.00 4KVROOM MEZZANINEAREA NTHE MIDDLE NORTH REGION AREA, 1 FOOT WEST OF PIANT BATlERY CONTROL PANEL&#xb9;26C-AB, 9FEETABOVE THE FLOOR 4KVRM-AB4KVSWGRAREA INTHE SOUTHEAST CORNER OF THE ROOM.2 FEET SOUTH OF 4KV SWiTCHGEAR
&#xb9;2-T21A, 10 FEET ABOVE THE FLOOR 4KV RM-CD 4KV SWOR AREA-IN THE SOIJIHWEST CORNER OF THE ROOM, CEILING MOUNTED.14 FEET ABOVE THE FLOOR AS BATTERY EQUIP AREA-IN THE MIDDLE SOUTH REGION OF THF ROOM.NEAR THE CEIUNG CD BATTERY EQUIP AREA IN THE SOUTHWEST CORNER OF THE ROOM, NEAR THE CEILING CTRL RM AIR COND IT RM-IN THE NORTHWEST PART OF THE ROOM, 10 FEET SOUTHEAST OF THE UNIT 2 CONTROL ROOM AIR CONDmoNING ROOM DOORWAY CTRLRMAIRCONDITRM NTHEMIODLE SOUTH REGION OF THE ROOM 633.00 WA 1.5 x Bounding Spectrum vs.Reafistic Median Centered Fbcr Response Spectra 1.5 x Bounding Spectrum vs.Rearisyc Mtxrian Centered Fbor Response Spectra 1.5 x Bounding Spoctnxn vs.Rearisdc Median Centered Fbor Response Spectra 1.5 x Bourxong Specuum vs.RoaMc Meirian Centered Fbor Response Spectra 1.5 x Bounding Spoctrl&l vs.Rotc Median Centered Fbor Response Spectra 1.5 x Bounding Spectrum vs.ROOMc Median Centered Fbor Response Spectra 1.5 x Boundng Specuum vs.ROS5sdc Median Centered Fbor Response Spectra Yes Yes Yes Yos Yes Yos Yos Yos Yos Yos Yes Yes Yes Yes Yos Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature Date Print or Type Name nature lg/g Date Walkdown: Irt f 10/18/93 DC CO.]IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 4 of 4 Item Eq.CI EquSI.ID No.Rev No System/Equrpment Descripten Fker Ekrv.Room or Rovr/Column Base Elev.Capacity vs.Demand Basis Cap>Csveats Demand?OK?Anchor OK?Equrp OK?37 10 36 10 39 11 40 11 41 11 42 11 43 11 44 11 45 6 24IV4ES 1(FLTI 24IV4ES-2 (FLTI 24IV4CR-I 24tv4CR-2 2-HE%3M 24IE43S 24tM4N 2&EW46 2.HV4GR-MD4 0 AUXILIARY BUILDING V/AUXILIARY BUILDING VENTILATION ENGINEERED SAFElY FEATURE EXHAUST AIR FILTER 0 AUXILIARY BUILDING V/AUXIUARY BUILDING VENTILATION ENGINEERED SAFETY FEATURE EXHAUST AIR FILTER 0 CONTROL ROOM AIR CON/CONTROL ROOM AIR CONDmoNING NORTH LIQUID CHILLER CONTROL ROOM AIR CON/CONTROL ROOM AIR CONDmoNING SOUTH LIQUID CHiLLER 0 CONTROL ROOM AIR CONDITIONING CHILL WATER/CONTROL ROOM AIR CONDmo NING NORTH LIQUID CHILLER HV4CR-1 EVAPORATOR 0 CONTROL ROOM AIR CONDmONING CHILL WATER/CONTROL ROOM AIR CONDITIONING SOUTH LIQUID CHILLER HV4CR-2 EVAPORATOR 0 CONTROL ROOM AIR CONDITIONING CHILL WATER/CONTROL ROOM AIR CONDITIONING NORTH LIQUID CHILLER HV4CR-1 CONDENSER 0 CONTROL ROOM AIR COND moNING CHILL WATER/CONTROL ROOM AIR CONDITIONING SOUTH LIQUID CHILLER HV4CR-2 CONDENSER 0 AUXILIARY BUILDING V/4KV RM 600 VOLT SWITCHGEAR XFORMERS TR21A 6 TR21C AREA VENT SUPPLY FAN HV4GRS4I SUCTION DAMPER AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY NORM SLOWDOWN FLASHTANK RM NORM BLOWDOWN FLASHTANK RM CTRL RM AIR CONDIT RM-IN THE NORTHWEST PART OF THE ROOM.ON THE NORTH WALI 4 FEET NORTHWEST OF CONTROL ROOM VENTILATION NORTH AtR CONDmONING CTRL RM AIR CONDIT RM-IN THE 650.00 SOUTHWEST REGION OF THE ROOM, ON THE SOUTH WALI 5 FEET SOUTHWEST OF CONTROL ROOM VENTILATIOM SOUTH AIR CONTROL RM, A/C RM CONTROL RM.A/C RM CONTROL RM.A/C RM CONTROL RM.A/C RM 4KV RM-600V SWOR AREA IN THE 609.00 SOUTHWEST REGION OF THE ROOM, ON 600V SWITCHGEAR TRANSFORMERS AREA N/A N/A N/A N/A Yes 1.5 x Boundstg Spectrum vs.Realistic Median Centered Rcor Response Spectra 1.5 x Brxndstg Spectrum vs.Rearrsdc Marfen Centered Floor Response Spectra 1.5 x Brxmdstg Spactnsn vs.Reafetic Median Centered F kcr Response Spectra 1.5 x Brxatdrng Spectrum vs.Rearrstic Median Centered Fker Response Spectra 1.5 x Boundrng Spacuum vs.Resrrssc Median Centered Roor Response Spectra 1.5 x Boundrtg Spectrum vs.Resrrsdc Median Centered Roor Res pares Spectra 1.5 x Brxndrtg Spectrum vs.Realistic Median Centered Roor Response Spectra 1.5 x Boundstg Spectrum vs.Rearedc Meden Centered Fkxx Response Spectra Bouncstg spectnsn vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Yes Yes Yes No Yes Yes Yes Yes Yes Yes Yes Yes Yas Y8S Yes Yes Y88 Yes Yes Yas Yes Y8S Yes Yes Yes No No Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature.z/Date Print or Type Name Si na re Date Walkdown..
of 10/16/93 DC C.ttT2 SCREENING VERIFICAT ON DATA SHEET (SVDS)toage 1 of 6 Eq.CI Equp.lo Na 1 18 ZCLI.113 2 18 24LI-114 3 18 2<P&410 4 18 24:PM20 Rev No System/Eqripment escct'peon 0 CONDENSATE STORAGE T I COND ENSATE STORAGE TANK TK.32 LEVEL INDICATOR TRANSMITTER CONDENSATE STORAGE T I CONDENSATE STORAGETANKTK-32 LEVEL INDICATOR TRANSMITTER 0 COMPONENT COOLING WAI EAST COMPONENT COOUNG WATER PUMP PP-10E DISCHARGE PRESSURESWITCH 0 COMPONENT COOUNG WA/WEST COMPONENT COOUNG WATER PUMP PP-1 OW DISCHARGE, PRESSURESWITCH AUXILIARY AUXILIARY AUXILIARY Room or Raw/Cotumn 58tk00 STORAGE TANK PIPE TUNNEL IN THE SOUTHEASTAREAOF THE PIPE TUNNEI 2 FEET SOUTH OF THE CONDENSATE STORAGE TANK ACCESS LADDER.5 FEET ABOVE THE 586.00 STORAGE TANK PIPE TUNNEL IN THE SOUTHEAST AREA OF THE PIPE TUNNEI 5 FEET SOUTH OF THE CONDENSATE STORAGE TANK ACCESS lADDER.5 FEET ABOVE THE 609.00 609 HALLWAY-4 FEET EAST OF EAST CCW PUMP&#xb9;24'P-1 OE 609.00 609 HALLWAY 4 FEET EAST OF WEST COMPONENT COOUNG WATER PUMP&#xb9;24'P-10W 587.00 Yes 587.00 Yes Capacrty vs.Demand Bass Boundstg Spectrum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Response Spec//urn Boundstg Spectnsn vs.SSE Ground Response Spectrum Bound/ng Spectrum vs.SSE Ground Response Spectnsn Cap>>Demand?Caveats OK?Yos Yes OK7 Equ'St OK?Yes Yo&#xb9;Yes Yes Yes Yes 5 18 2+Fl-210 6 18 24'Fl-220 0 AUXILIARY FEEDWATERI AUXILIARY FEEDWATER TO STEAM GENERATOR OMEN.1 FLOW INDICATOR TRANSMITTER 0 AUXILIARY FEEDWATER I AUXILIARY FEEDWATER TO STEAM GENERATOR OMEWZ FLOW INDICATOR TRANSMITTER AUXILIARY AUXILIARY 621.00 E MAIN STM STOP ENCL OM THE 633.00 Yes NORTHWEST CORNER OF THE ROOM.4 FEET ABOVE THE FlOOR 621.00 WMN STM STOP ENCL 14 FEET SOUTHEAST 633.00 Yes OF THE STAIRWAY.4 FEET ABOVE THE FLOOR Banaing Spectrum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes 7 18 2+FI.230 0 AUXILIARY FEEDWATER I AUXILIARY FEEDWATER TO STEAM GENERATOR OME44 FLOW INDICATOR TRANSMITTER AUXILIARY 621.00 WMN STM STOP ENCL 5 FEET SOUTH OF THE BOTTOM OF STEAM STOP VALVE&#xb9;3 650.00 N/A 1.5 x Boundrtg Spectrum vs.ROO5ssc Mrxsan Centered Ficor Response Spectra Yes Yes Yes Yes Yes 8 18 2+FI.240 9 18 24F 1410 0 FEEDWATER I AUXILIARY FEEDWATER TO STEAM GENERATOR OME~FLOW INDICATOR TRANSMITTER 0 RESIDUAL HEAT REMOVAI EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-1 7E OUTLET LOW RANGE FLOW INDICATOR TRANSMITTER AUXILIARY AUXILIARY 621.00 E MAIM STM STOP ENCL-ON THE SOUTH WAU15 FEET SOUTHWEST OF THE STAIRWAY, 5 FEET ABOVE THE FLOOR 609.00 609 HALLWAY-7 FEET EAST OF THE CONTAINMENT SPRAY HEAT EXCHANGER ROOM DOORWAY, ON THE SOUTH WAUS FEET ABOVE THE FLOOR 609.00 Yes 1.5 x Boundng Spectrum vs.Reassdc Morsan Centered Rcor Response Spectra Bourxsng Spearum vs.SSE Grand Response Spectrum Yos Yos Yes Yes Yes Yos Yes Yes 10 18 24F M I 1 11 18 24FI420 0 RESIDUAL HEAT REMOVA I EAST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-1?E OUTLET HIGH RANGE FLOW INDICATOR TRANSMITTER 0 RESIDUAL HEAT REMOVAI WEST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-17W OUTLET LOW RANGE FLOW INDICATOR TRANSMITfER AUXILIARY AUXILIARY 609.00 609 HALLWAY 2 FEET EAST OF THE RESIDUAL HEAT REMOVAL HEAT EXCHANGER ROOM DOORWAY, ON THE SOUTH WAU4 FEET ABOVE THE FLOOR 609.00 609 HALLWAY-8 FEET WEST OF THE 609.00 Yes RESIDUAL HEAT REMOVAL HEAT EXCHANGER ROOM DOORWAY, NEAR THE SOUTH WAU5 FEET ABOVE THE FLOOR Boundstg Speansn vs.SSE Ground Response Spectrum Boundrng Spectrum vs.SSE Ground Response Spectrum Yos Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should.be a licensed professional engineer.)
Print or T pe Name ature Date Print or T pe Name Si nature Iz(fg(s Date Q~C Walkdown:..of 10/18/93 DC CO.4IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)'age2of6 12 13 14 Equsl.lo No.18 2-IF 1421 18 2-IF 1435 18 24LS450 Rev No 0 RESIDUAL HEAT REMOVAI WEST RESIDUAL HEAT REMOVAL HEAT EXCHANGER HE-17W OUTLET HIGH RANGE FLOW INDICATOR TRANSMITTER 0 RESIDUAL HEAT REMOVAI RESIDUAL HEAT REMOVAL To REACTOR COOLANT LOOPS&#xb9;2 AND&#xb9;3 COLD LEGS FLOW INDICATOR TRANSMITTER 0 REFUEUNG WATER STOR I REFVEUNG WATER STORAGE TANK 7K'XTREME LOW LEVEL TRANSMGTER AUXILIARY 609.00 609 HALLWAY-2 FEET EAST OF THE PASSENGER ELEVATOR NEAR THE SOUTH WALI 4 FEET ABOVE THE FLOOR 591.00 VESTIBULE-3 FEET NORTH OF VESTIBULE DOORWAY 586.00 STORAGE TANK PIPE TUNNEL IN THE SOUTHEAST AREA OF THE PIPE TUNNEI 9 FEET EAST OF THE REFUELING WATER STORAGE TANK ACCESS lADDER.7 FEET ABOVE THE Yes Capacrty vs.Demand Basis Boundeg Spect/um vs.SSE Ground Response Spectrum 84xeaeg Specinsn vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Gnwxl Response Spectnsm Cap>Demand?Yss Cavsats OK?Yss Anchor OK?Yss Equip OK?Yes Yes Yes 15 18 24LS-951 0 REFV EUNG WATER STOR I REF VEUNG WATER STORAGE TANK TK43 LEVEL TRANSMITTER 58IL00 STORAGE TANK PIPE TUNNEL IN THE SOUTHEAST AREA OF THE PIPE TUNNEI 5 FEET EAST OF THE REFUELING WATER STORAGE TANK ACCESS lADDER 7 FEET ABOVE THE Bounaeg Spectnsn vs.SSE Ground Response Spectnsn Yes Yes Yes 16 17 18 241PP-210 18 24IPP-212 18 24IPP-220 0 MAIN STEAM I STEAM GENERATOR 0ME4-1 CHANNEL I STEAM PRESSURE TRANSMITTER 0 MAIN STEAM I SlEAM GENERATOR OMEW1 CHANNEL IV REACTOR PROTECTION INPUT STEAM PRESSURE TRANSMITTER 0 MAIN STEAM I SlEAM GENERATOR OME4.2 CHANNEL I STEAM PRESSURE TRANSMIITER AUXILIARY 633.00 E MAIN STM STOP ENCL 4 FEET SOUTHWEST 650.00 OF STEAM GENERATOR STOP VALVE&#xb9;24IRV-210, ON THE WEST WALI AT THE 647 ELEVATION PIATFORM.ENCASED IM 633.00 E MAIN STM STOP ENCL-IN THE NORTHWEST 650.00 PART OF THE ROOM, 15 FEET NORTHWEST OF STEAM GENERATOR STOP VALVE&#xb9;24IRV.210, ON THE 647 ELEVATION 633.00 WMM STM STOP ENCL-12 FEET EAST OF 650.00 STEAM GENERATOR STOP VALVE&#xb9;24IRV.220, ON THE CONTAINMENT WALL, ON THE 653 ELEVATION PIATFORM 1>x Bounaeg Specuum vs.Rear>>ac M<<fian Centered Fkior Response Spectra 1>x Bounaeg spectrum vs.ROOSSSc Median Centered Fkcr Response Spectra 1.5 x 84xeaeg Specaum vs.Rear>>ac Median Centered Fkior Respoflss Spectra Yss Yes Yes Yss Yes Yss Yes Yes Yes 19 18 24APP-222 0 MAIN STEAM I STEAM GENERATOR OMEN-2 CHANNEL Ill REACTOR PROTECTION INPUT STEAM PRESSURE TRANSMITTER AUXILIARY 633.00 WMN STM STOP ENCL 14 FEET NORTHEAST 650.00 OF STEAM GENERATOR STOP VALVE&#xb9;24IRV 220, AT THE CONTAINMENTWALI 1 FOOT ABOVE THE 653 ELEVATION 1.5 x Bounacg Spectrum vs.ROSSsdc M<<Ssn Centered Fker Response Spectra Yes YOS4 Yss 2'I 18 24IPP-230 18 24IPP-232'la 24IPP-240 18 24IPP-242 0 MAIN STEAM I STEAM GENERATOR OMM4 CHANNEL I STEAMPRESSURE TRANSMllTER 0 MAIN STEAM I STEAM GENERATOR OME~CHANNEL BI REACTOR PROTECTION INPUT STEAM PRESSURE TRANSMITTER 0 MAIN STEAM I STEAM GENERATOR OME~CHANNEL I STEAMPRESSURE TRANSMITTER 0 MAIN STEAM I STEAM GENERATOR OME44 CHANNEL IV REACTOR PROTECTION INPUT STEAM PRESSURE TRANSMITTER AUXILIARY 633.00 WMN STM STOP ENCL 6 FEET NORTHWEST 6SO.OO OF STEAM GENERATOR STOP VALVE&#xb9;24IRV-230.ON THE 653 ELEVATION PLATFORM 63300 WMN STM STOP ENCL 10 FEET SOUTHWEST 6SOOO OF STEAM GENERATOR STOP VALVE&#xb9;24ARV-230, ONTHE653ELEVAllOMPLATFORM 633.00 E MruN STM STOP ENCt.-IN THE NORTHWEST 650.00 PART OF THE ROOM, 3 FEET NORTHWEST OF STEAM GENERATOR STOP VALVE&#xb9;24IRV.240, AT THE 647 ELEVATION 633.00 E M/uN STM STOP ENCL IN THE SOUTHWEST 650.00 PART OF THE ROOM, 15 FEET SOUTHWEST OF STEAM GENERATOR STOP VALVE&#xb9;24IRV-240, AT THE 647 ELEVATION N/A N/A 1.5 x Bounaeg Spectrum vs.Rear>>dc Median Centered Floor Re S a 1.5 x Bounaeg Spectrum vs.Rear>>ac Median Centered Fkior Response Spectra 1.5 x Bounaeg Spectrum vs.Realstic Median Centered Fkor Response Spectra 1.5 x Bounaeg spectrum vs.ROSSSSc Median Centered Fhor Response Spectra Yes Yes Yes Yes Yss Yss Yes Yes Yss Yes Yos Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a license profe sional engineer.)
Printor T pe Name Si a re I~IS 6 Date Print or T e Name Si nature 2J/~AS Date t)pl Walkdown: uf 10/18/93 DC CO.ilT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page3of6 Eq.CI Eqtsp.lo No.24 18 2+PP401 25 18 2+PP~26 18 2+PP~Rev No 0 CONT/NIMENT VENTI(AT I LOWER CONTA!NMENT CHANNEL III PRESSURE TRANSMDTER 0 CONTAINMENT VENTBAT I LOWER CONTA9IMEMT CHANNEL u PRESSURE PROTECTION TRANSMITTER 0 CONTAINMENT VENTIIAT I LOWER CONT CHANNEL I PRESSURE PROTECTION TRANSMITTER Floor Elev.AUXILIARY 612.00 AUXILIARY 612.00 AUXILIARY 612.00 612 AIRLOCK AREA 10 FT.SE OF THE 612 AIRLOCK, NEAR THE CONTAINMENT WALL, 6 FT.ABOVE THE FLOOR Base 650.00 N/A 612 AIRLOCKAREA IN THE SOUTHEAST 65000 N/A REGION OF THE ROOM, NEAR THE CONTAINMENT WALI 10 FEET EAST OF THE 612 AIRLOCK DOORWAY.3 FEET ABOVE 612 AIRLOCK AREA-IN THE SOUTHEAST REGION OF THE ROOM, 1 FOOT SOUTH OF CPN-96 1.5 x Bounding Spectrum vs.Rearrstic Median Centered Fkxx Response S a 14 x~Spea/um vs.Rearrsdc M/xsan Centered Fkor Response Spectra 1.5 x Boundng Spearurn vs.Rearndc Median Centered Boor Response S a Cap>Domand7 Yos Yes Yes Yes Ancncr OK7 Yos Yes Yes Yes Yes Yos E~OK7 Yes Yes 27 18 24)FA-210 28 18 24)FA-220 29 18 2<FA-230 30 18 2&FA-240 31 18 2&F1-200 32 18 2<LC451 33 18 2&LG452 34 18 2-WDS-703 0 REACTOR COO(ANT PUMP I RCP SEAL WATER INJECTION To REACTOR COOLANT PUMP PP45-1 LOW FLOW AlARM TRAN SMMTER REACTOR COOIANT PUMP I RCP SEAL WATER INJECTION TO REACTOR COOUWT PUMP PP45-2 LOW FLOW ALARM TRANSMllTER 0 REACTOR COOLANT PUMP I RCP SEAL WATER INJECTION TO REACTOR Coo(AMT PUMP PP45G LOW FLOW ALARM TRANSMITTER 0 REACTOR COO(ANT PUMP I RCP SEAL WATER INJECTION TO REACTOR COO(ANT PUMP PP454 LOW FLOW AlARM TRANSMITTER 0 CHARGING (GVCS)I GVCS CHARGING PUMPS DISCHARGE FLOW INDICATOR TRANSMITTER 0 LETDOWN (GVCS)I REACTOR COOlANT LETDOWN VOLUME CONTROL TANK TK-1 0 EXTREME HIGH LEVEL CONTROL TRAN SMITfER LETDOWN (GVCS)I REACTOR Coo(ANT LETDOWN VOLUME CONTROL TANK TK-1 0 HIGH LEVEL CONTROL TRANSMITTER 0 ESSENTIAL SERVICE WAI EAST ESSENTIAL SERVICE WATER PUMP PP-7E DISCHARGE STRAINER OME-34E HIGH DIFFERENTIAL PRESSURE SWITCH AUXIUARY 587.00 AUXIUARY 587.00 AUXILIARY 587.00 AUXILIARY 587.00 AUXIUARY 587.00 Au)0LIARY 609.00 SCREENKOUSE 591.00 587 HALLWAY-IN THE SOUTH END OF THE HALLWAY, 12 FEET EAST OF THE DOORWAY TO THE STARTUP BLOWDOWN FLASHTANK ROOM.ON THE SOUTH WALI 587 HAU.WAY IN THE SOUTH END OF THE HALLWAY.15 FEET EAST OF THE DOORWAY TO THE STARTUP SLOWDOWN FlASHTANK RoohL OMTHESOUTHWAlL, 587 HALLWAY IN THE SOUTH END OF THE HALLWAY, 17 FEET EAST OF THE DOORWAY TO THE STARTUP BLOWDOWM F(ASHTANK ROOM.ON THE SOUTH WALL 587 HALLWAY-IN THE SOUTH END OF THE HALLWAY, 10 FEET EAST OF THE DOORWAY TO THE STARTUP BLOWDOWN FIASHTANK ROOM.ON THE SOUTH WALL 587 HALLWAY IN THE MIDDLE EAST REGION OF THE HAlLWAY, 2 FEET WEST OF THE RECIPROCATING CHARGING PUMP ROOM REMOVABLE WALL.ON THE 609 HALLWAY-15 FEET EAST OF THE SOUTH END OF UNIT 1 EAST COMPONENT COOUNG WATER HEAT EXCHANGER&#xb9;1+E-15E, ON THE EAST WALL 5 609 HALLWAY-15 F EET EAST OF THE SOUTH END OF UNIT 1 EAST COMPONENT COOUNG WATER HEAT EXCHANGER&#xb9;1&E 15E,ONANORTHWAU 6 E ESSNTL SERVWTR PMP RM IN THE NORTHWEST REGION OF ROOM, ON THE WEST WALL 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 609.00 Yes 591.00 Yes Boundng S pact/um vs.SSE Ground Response Specuum Boundstg Specuum vs.SSE G/and Response Spectnsn Boundng Spectrum vs.SSE Grcund Response Spectnsn Bandng Spectrum vs.SSE Ground Response Spectrum Bandng Spectnsn vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Grawd Response Spectrum Boundng Specuum vs.SSE Ground Response Spectnsn Bandng Spect/um vL SSE Ground Response Speci/um Yos Yes Yes Yos Yes Yes Yos Yes Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yos Yos 35 18 2-WDS-704 0 ESSENTIAL SERVICE WAI WEST ESSENTIAL SERVICE WATER PUMP 99-7W DISCHARGE STRAINER OME-34W HIGH DIFFERENTIAL PRESSURE SWITCH SGREENHOUSE 591.00 W ESSNTL SERV WIR PMP RM-ON THE EAST 591.00 Yes WAUIN THE NORTH END OF THE ROOM Bandng Specuum vs.SSE Grand Response S pectnsn Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SR%)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name i ture Date Print or T pe Name z.Q Si nature Date c I Walkdown: f 10/16/93 DCCO.T2 SCREENING VERIFICATION DATA SHEET (SVDS)age 4 of 6 Eq.Ci Equip.io No.Rev No System/Eqtspment D scltpdon Fker Elev.Roonl or Row/Coasnn Base Bev.Capacrty vs.Demand Basis Cap>Demand?Caves ts OK?OK?Eral OK?36 18 2-WPS-702 37 18 2-WPS-706 38 19 24'TROIS 39 19 2<TR<25 40 19 24TR 435 41 19 2-VTS-201 42 19 2-VTS-203 43 19 2-V?&204 44 19 2-vrS-206 45 19 2.VT$440 46 19 2-VT$445 0 ESSENTIAL SERVICE WA/EAST ESSENTIAL SERVICE WATER SUPPLY HEADER PRESSURE SWITCH 0 ESSENTIAL SERVICE WA/WEST ESSENTIAL SEIMCE WATER SUPPLY HEADER PRESSURE SWITCH 0 COMPONENT COOUNGWA/EAST COMPONENT COOUNG WATER HEAT EXCHANGER HE.1 SE CCW OUTLET TEMPERATURE RECORDER THERMAL SENSOR 0 COMPONENT COOUNG WA/WEST COMPONENT COOUNG WATER HEAT EXCHANGER CCW OUTLET TEMPERATURE RECORDER THERMAL SENSOR RESIDUAL HEAT REMOVA/RESIDUAL HEAT REMOVAL TO REAGT0R coolANT Loops&#xb9;2 6&#xb9;3 COLD LEGS TEMPERATURE RECORDERTHERMALSENSOR 0 TURBINE BUILDINGVEN/EAST MOTOR DRIVEN AUXIUARY FEEDWATER PUMP ROOM EXHAUST FAN HV JLFP44 1 0 TURBINE BUILDWGVEN/TURBWE DRIVEN AUXILIARY FEED PUMP ROOM NORTH EXHAUST FAN HV-AFP-T1 0 TURBINE BUILDING VEN/TURBWE DRIVEN AUXILIARY FEED PUMP ROOM SOUTH EXHAUST FAN HV AFP T2 0 TURBINE BUILDING VEN/WEST MOTOR DRIVEN AUXILIARY FEEDWATER PUMP ROOM WEST EXHAUST FAN HV~P~0 DIESELROOMVENTILAT/AB EMERGENCY DIESEL GENERATOR ROOM VENTILATION SUPPLY FAN HV4?GS-2 OUTSIDE AIR THERMOSTAT 0 DIESEL ROOM VENTILAT/CD EMERGENCY DIESEL GENERATOR ROOM VENTRATION SUPPLY FAN HV4?GS-1 OUTSIDE AIR THERMOSTAT TURBINE AUXILIARY TURBINE TURBWE TURBWE TURBINE GROUNDS 569.00 ESSNTL SERV WTR PIPE TUNN W THE MIDDLE REGION OF THE ROOM, ON THE EAST WALL 569.00 ESSNTL SERV WTR PIPE TUNN W THE MIDDLE REGION OF THE ROOM.ON THE EAST WALL 609.00 609 HALLWAY-1 FOOT EAST OF THE NORTH END OF EAST COMPONENT COOUNG WATER HEAT EXCHANGER&#xb9;24IE-I 5E, 7 FEET ABOVE THE FLOOR 609.00 609 HALLWAY-1 FOOT EAST OF THE NORTH END OF WEST COMPONENT COOUNG WATER HEAT EXCHANGER&#xb9;24IE-1 SW, 7 FEET ABOVE THE FLOOR 609 00 E RHR HEAT XCHGR RM-3 FEET FROM THE SOUTH END OF THE ROOM, UNDER THE GRATWG, 3 FEET ABOVE THE FLOOR 591.00 E MTR DRIV AUX FEEDWTR PMP 8 F EET SOUTHWEST OF EAST MOTOR DRIVEN AUXILIARY FEEDWATER PUMP 2+P4E, ON WEST WALL 591.00 TB DRIVEN AUX FDWTR PMP-W SOUTHEAST REGION OF ROOM, 6 FEET SOUTH OF TURBINE DRIVEN AUXILIARY FEED PUMP 2+P-4 591.00 TB DRIVEN AVX FDWTR PMP-IN NORTHEAST REGION OF ROOM.8 FEET NORTH OF TURBINE DRIVEN AUXILIARY FEED PUMP 2+P-4 591.00 WMTRDRIVENAUXFOWTRPMP IN NORTHWEST CORNER OF ROOM, ON SOUTH WALI 5 FEET ABOVE THE FLOOR 60900 REFUEL WTR STOR TANK AREA-50 FEET NORTHWEST OF REFUEUNG WATER STORAGE TANK&#xb9;2-TK43.ACCESSIBLE FROM A MANHOLE NEAR THE 609 ELEVATION AIR INTAKE 596.00 RCTR CABLE TUNN, QUAD 3-IN THE MIDDLE WEST REGION OF THE ROOM.5 FEET NORTH OF REACTOR CABLE TUNNEL QUAD&#xb9;3 MIDDLE/NORTH SECTION FIRE DOOR 591.00 Yes 591.00 Yes 609.00 Yes 609.00 Yes 591.00 Yes 591.00 Yes 591.00 Yos 591.00 Yes 587.00 Yes 587.00 Yes Bourxttng Spectnsn vs.SSE Ground Response Spect/urn Boundrng Specuum vs.SSE Ground Respor>>e Spectrum Bounc4rg Spect/um vs.SSE Ground Response S pecuum Boulxtstg Spectrum vs.SSE Ground Response Spectrum Boundrtg Spectrum vs.SSE Ground Response Spectrum Boulxtstg Spectrum vs.SSE Ground Response Spectnsn Bourx4rg Spectrum vs.SSE Ground Response Spectrum Boundstg Specuum vs.SSE Grand Response Spectrum Boundstg Spearum vs.SSE Ground Response Spectrum Bouncing Spectrum vs.SSE Ground Response Spectrum~Specuum vs.SSE Ground Respor>>e Spectrum Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes N/A Yes Yes Yes Yes Yes Yes Yes Yes Y8$Yes Yes CerUfication:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate.All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Printor T pe Name Si a re)2 ZO Date Printor T pe Name Si nature/2//4/yS Date Waikdown:.of 10/18/93 DC CO rIIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page5of6 Eq.CI Equp.lD No.Rev No System/Equsrment Doscnpten Floor Elsv.Room or Row/Cohmn Base Elev.Capacay vs.Oomard Basis Cap>Demand?Caveats OK7 OK?Interact OK?OK?47 19 2-VTS450 48 19 2-VT 9451 0 AUXILIARY BUILDWG V/CONTROL ROD DRIVE EQUIP ROOM AND INV AREA VENT NORTH SUPPI.Y FAN HV4GRS-1A TEMPERATURE SWITCH 0 AVXIUARY BUILDWG V/CONTROL ROD DRIVE EQUIP ROOM AMD INV AREA VENT NORTH SVPPI.Y FAN HV4GRS-1A TEMPERATURE SWITCH AUXILIARY INVERTER AREA-IN THE SOUTHEAST REGION OF THE ROOM, 12 FEET NORTHEAST OF THE RoolES ACCESS DOOR, ON THE EAST WAU 4 FEET ABOVE THE CRO EQUIP RM-IN THE SOUTHVVEST CORNER 609.00 OF THE ROOM, ON THE WEST WALIS FEET ABOVE THE FLOOR Yes Boundeg Specbum vs.SSE Grourd Response Spectrum Bandeg Spocbum vs.SSE Grourd Response Spectrum Yos Yes Yes Yes Yes 4S 19 2-V16452 0 AUXILIARY BUILDING V/4KV ROOM 600 VOLT SWITCHGEAR XFRMS TR21 B AND TR21D AREA VENT SUPPLY FANHV4GRS-7 TEMPERATURE SWITCH AUXILIARY 4KVRM 600V SWGRAREA-IN THE 609.00 NORTHWEST REGION OF THE ROOLL 20 FEET NORTHWEST OF 600VAC SUPPLY TRANSFORMER
&#xb9;2.TR21A, ON THE WEST WALL 5 FFET Boundeg Specbum vs.SSE Grand Response Spectrum Yes Yes Yes Yos 50 19 2-VT 6453 51 19 2-VTS454 0 AUXILIARY BUILDWGV/600VAC MOTOR CONTROL CENTER MEZZANINE AREA VENT SUPPLY FAN HV4GRS-9 TEMPERATURE SWITCH 0 AUXIUARY BUILDING V/CTRL ROD DRV EQUIP ROOM AND WV AREA VENT OUTSIDE AIR WLET DAMPER ITV4GR4lD4 TEMPERATURE SWITCH AUXILIARY AUXILIARY 613.00 4KV ROOM MEZZANINEAREA IN THE 609.00 MIDDLE WEST REGION OF THE ROOM.20 FEET NORTH OF THE SOUTH ACCESS STAIRS, ON THE WESTWALI 5FEETABOVE THE WVERTER AREA IN THE SOUTHWEST REGION OF THE ROOM, 8 FEET NORTHWEST OF THE ROOM'S ENTRANCE DOOR.ON THE WEST WALI 4 FEET ABOVE THE Yos Boundeg Spectrum va SSE Ground Response Spectrum Boundeg Specbum vs.SSE Ground Response Spectrum Yes Yes Yes Yes N/A Yos Yes Yos 52 19 2-VTS455 53 19 2-VTS456 0 AUXILIARY BUILDING V l CTRL ROD DRIVE EQUIP ROOM AND INV AREA VENT RECIRC AIR WLET DAMPER HV4GR4/ID-1 TEMPERATURE SWITCH 0 AUXILIARY BUILDING V/CRD EQVIPMEMT ROOM AND WVERTER AREA VENTIIA'TION NORTH SUPPLY FAN HV4GRB4A TEMP SWITCH AVXIUARY AUXILIARY INVERTER AREA IN THE SOUTHEAST REGION 609.00 OF THE ROOM, 12 FEET NORTHEAST OF THE ROOM'S ACCESS DOOR, ON THE EAST WAU 4 FEET ABOVE THE WVERTER AREA W SOUTHWEST REGION OF 609.00 ROOM, 8 FEET NORTHWEST OF THE ENTRANCE DOOR, ON WEST WAUS FEET ABOVE Yos Boundeg Spocbum vs.SSE Ground Response Spectrum Boundeg Specbum vs.SSE Grourd Response Spectrum Yos Yes Yos Yes Yes Yos Yos 54 19 2.VT 9457 55 19 2-VTS-702 56'IS 2-VTS-704 57 19 2-V16 402 0 AUXILIARY BUILDWG Vl CTRL ROD DRIVE EQUIP ROOM AND INV AREA VEMTILATIOM SOUTH SUPPLY FAN HV4GRS4A TEMPERATURE SWITCH 0 SCREENHOUSE VENTILAT/UNIT 2 EAST ESW PUMP ROOM TEMPERATURE SWITCH 0 SCREENHOUSE VENTILAT l UNIT 2 WEST ESW PUMP ROOM TEMPERATURE SWITCH AUXIUARY BUILDING V l 4KV ROOM AB 4KV SWITCHGEAR AREA VENTILATION SUPPLY FAN HV-SGRS.2 THERMAL SENSOR AUXILIARY SCREENHOUSE SCREENHOUSE 591.00 591.00 CRD EQUIP RM-W THE SOUTHEAST REGION 609.00 OF THE ROOM.10 FEET EAST OF THE ROOLrS ENTRANCE DOOR.ON THE SOUTH WALL.4 FEET ABOVE THE E ESSM1L SERVWTR PMP RM-ON EAST 591.00 WALL 9 FE'ET NORTHEAST OF EAST ESSENTIAL SERVICE WATER PUMP 1 PP-?E, 8 FEETABOVE FLOOR WESSNTLSERVWTRPMPRM 3FEET 591.00 SOUTH OF WEST ESW PUMP 2+P.?W, ON THE SOUTH WALL 6 FEET ASOVE THE FLOOR 4KV RM-AB 4KV SWGR AREA Yos Yes Yos Bandeg S pecbum vs.SSE Grand Response Spectrum Boundeg Spectrum vs.SSE Ground Response Specbum Bandeg Spectrum vs.SSE Grasd Response Spectrum Boundeg Spocburn vs.SSE Grand Response S pecbum Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conctusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name i ture/~u Date Print or T pe Name Si nature I Z.//'I'9<Date Walkdown: if 10/18/93 DCC.IT2 SCREENING VERIFICA N DATA SHEET (SVDS).iage 6 of 6.Eq.CI Equip.to No.Rev No Room or Raw/Cotumn OK?Eqtsp OK?58 19 2-V1 6403 0 AUXtLIARY BUILDING V/4KV ROOM CD 4KV SWITCHGEAR AREA VENTltATION SUPPLY FAN Hv-SGRSG THERMAL SENSOR AUXILIARY 609.00 4KV RM CD 4KV SWOR AREA Boundeg Spectrum vs.SSE Ground Response Spectrum Yes N/A Yes 59 19 2-Vrs4KS 60 19 2-V16408 0 AUXIUARYBUILDtNGV/4KV ROOM 600V SWGR XFMRS TR21B AND TR21D AREA VENT SUPPLY FAN HVCGRS-7 TEMP SWITCH THERMAL SENSOR 0 AUXILIARY BUILDING V/4KV ROOM 600V SWGR XFMRS TR21A AND TR21C AREA VENT SUPPLY FAN HVCGRS4I TEMP SWITCH TEMP SWITCH AUXILIARY AUXILIARY 613.00 4KV ROOM-MEZZANINE AREA IN THE MIDDLE WEST REGION OF THE ROOI/L 25 FEET NORTH OF THE ENTRANCE STAIRS, ON THF WEST WALI 5 FEET ABOVE%HE FLOOR 609.00 4KV RM 600V SWGR AREA-IN THE NORTHWEST REGION OF THE ROOM, 20 FEET NORTHWEST OF 600V BUS SUPPLY TRANSFORMER St2-TR21A, ON THE WEST WALL, Boundstg Spectrum vs.SSE Ground Response S pecuum Boundrtg Spectrum vs.SSE Gmund Response Spectrum Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening VeNication Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Printor T e Name S'e ate Print or T pe Name Si nature/zla hs Date Walkdown.of 10/25/93 DC CC.4IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1 of 2'q.Cl Equip.lD No.20 2%11 20 2%13 Rev No System/Eqtipm ant Descnptron 0 EQUIPMENT CONTROL AN I AUXILIARY RElAY PANEL A11 0 EQUIPMENT CONTROL AN I AUXILIARY RE lAY PANEL A1 3 Buiklng.Fker Ekrv.AUXILIARY 633.00 AUXILIARY 633.00 Room or Row/Co4mn CONTROL ROOM IN THE NORTHEAST CORNER OF THE ROOM CONTROL ROOM IN THE SOUTHEAST CORNER OF THE ROOM 633.00 Yes Capacrty vs.Demand Baas Basdng Spectrum vs.SSE Ground Response S BouidsXI Spect/um vs.SSE Grand Response S Cap a Caveats Demand?OK?Yes hncnor OK?Yes Interact OK?Yes Equar OK?Yes Yes 20 2~8-2 20 2<I-27 20 2CP 20 2~-2 0 120V/220 CONTROL ANO I REACTOR PROTECTION TRAIN'A'UXILIARY RElAY CABINET&#xb9;2 0 120V/220 CONTROL AND I REACTOR PROTECTION TRAIN'B'IBOLIARY RElAY CABINET&#xb9;2 0 BORON MAKEUP (GVCS)I BORIC ACID CHARGING AND LETDOWN CONTROL PANEL 0 EQUIPMENT CONTROL AM I REACTOR PROTECTION CONTROL INPUT CABINET&#xb9;26 0 EQUIPMENT CONTROL AN I REACTOR PROTECTION CONTROL INPUT CABINET&#xb9;27 0 CONDENSATE I CONDENSATE PUMP CONTROL PANEL AUXILIARY 633.00 AUXILIARY 633.00 AUXILIARY 633.00 AUXILIARY 633.00 CONTROL ROOM IN THE SOUTHWEST REGION OF THE ROOM, ON THE REAR SIDE OF MAIN FEED PUMPS CONTROL PANEL&#xb9;2+P CONTROL ROOM IN THE MIDDLE NORTH REGION OF THE ROOM, INSIDE RADIATION MONITORING SYSTEM RACK I PANEL&#xb9;24V/IS4 CONTROL ROOM-IN THE SOUTHEAST AREA OF THE ROOM, 15 FEET SOUTHEAST OF THE UNff SUPERVISORS DESK CONTROL ROOM-IN THE MIDDLE NORTH REGION OF THE ROOM, NEAR THE NORTH WALI SFEETEASTOFVNIT1HOT SHUTDOWN PANEL&#xb9;14ISDt ENCLOSURE CONTROL ROOM-N THE MIDDLE NORTH REGION OF THE ROOM, NEAR THE NORTH WALI BFEETEASTOFUNIT1HOT SHUTDOWN PANEL&#xb9;1+SDI ENCLOSURE CONTROL ROOM IN THE SOUTHWEST AREA OF 1HE ROOM, 15 FEET SOUTHWEST OF THE UNIT SUPERVISORS DESK Basdeg Spec/rum vs.SSE Grasxl Response Spectnsn Bourxang Spearum vs.SSE Greed Response Spect/urn Bouldstg Spectrum vs.SSE Ground Response Spectrum Basdrng Spectrum vs.SSE Ground Response S pact/um Basdstg Spectrum vs.SSE Ground Response Spectrum Baurdng Speci/um vs.SSE Grourxl Response Spectnsn Yes Yes Yes Yes Yes Yes Yes Yes Yes 20 2+TV 0 TURBINE INSTRUMENTAT I DELTA'F AND UNIT CONTROL PANEL AUXILIARY 633.00 CONTROL ROOM IN THE SOUTH AREA OF THE ROOM.15 FEET SOUTH OF THE UNIT SUPERVLSO/rs DESK Bardng Spectrum vs.SSE Grcund Response Spectrum Yes Yes Yes Yes 10 12 13 14 15 20 2+IS D2 20 2&IS-I 20 2&IS-lit 2+RI-21'PRCSR 20 2&c 0 SAFETY NJEGTION I UNIT 2 HOT SHUTDOWN PANEL 0 EQUIPMENT CONTROL AN I NUCLEAR INSTRUMEMTATIOM SYSTEM PROTECTION CHANNEL I CONTROL PANEL 0 EQUIPMENT CONTROL AN I NUCLEAR INSTRUMENTATIOM SYSTEM PROTECTION CHANNEL III CONTROL PANEL 0 NUCLEAR INSTRUMENTATI NUCLEAR INSTRUMENTATION WIDE RANGE SIGNAL PROCESSOR CABINET 0 PRESSURIZER I PRESSURIZER CONTROL PANEL 0 ROD CONTROL AND INST I REACTOR CONTROL RODS CONTROL PANEL AUXIUARY 633.00 AUXILIARY 633.00 AUXILIARY 633.00 AVXILIARY 633.00 AUXIUARY 633.00 CONTROL ROOM N THE SOUTHWEST CORNER OF THE ROOM CONTROL ROOM-IN THE MIDDLE EAST PART OF THE ROOM, 25 FEET NORTHEAST OF THE UNIT SUPERVISORS DESK CONTROL ROOM-IN THE MIDDLE EAST PART OF THE ROOM, 22 FEET NORTHEAST OF THE UNIT SUPERVISOR'S DESK CONTROL ROOM-ON MIDDLE EAST WALl NEAR REAR OF ESW CONTROL PANEL&#xb9;2 ESW, ON N-21 N CONTROL ROOM-IN THE SOUTHEAST PART OF THE ROOLL 15 FEET SOUTHEAST OF THE UNIT SUPERVISORS DESK CONTROL ROOM-IN THE SOUTH PART OF THE ROOM.15 FEET SOUTH OF THE UNIT SUPERVISORS DESK 633.00 Yes 633.00 Yes 633.00 Yes Bourdsrg Speci/urn vs.SSE Graed Response S Bounc4ng Spectrum vs.SSE Ground Response Spectnsn sousing Spectnsn vs.SSE Grourd Respcnse Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Basdng Spectrum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Grourxl Response Spectrum Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Sign ure gg/tv/+~Date Print or Type Name n ure Date Walkdown: tp 10/25/93 DC CO IT 2 SCREENING VERIF iCATILIN DATA SHEET (SVDS)Page 2 of 2 16 16 19 21 Eq.CI Equo.ID No.2&CP 2&PSA 2+P&8 24tPSX-A 24tpsx4r 2<G Rev No System/Eqrspment Descrtptron 0 REACTOR COOLANT I REACTOR COOLANT PUMP CONTROL PANEL 0 STEAM GENERATION I STEAM GENERATOR AND AUXILIARY FEED PUMP CONTROL PANEL 0 REACTOR PROTECTION I REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN'A'ABINET 0 REACTOR PROTECTION
/REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN'B'ABINET 0 REACTOR PROTECTION I REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN A AUXILIARY CABINET 0 REACTOR PROTECTION I REACTOR PROTECTION AND SAFEGUARD ACTUATION TRAIN B AUXILIARY CABINET 0 ELECTRICAL OISTRIBUT I STATION ALDVLIARIEB coNTRQL pANEL Buadng.AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY Floor Elev.Room or Row/Column 633.00 CONTROL ROOM-IN THE NORTHWEST PART OF THE ROOM.22 FEET NORTHWEST OF THE UNIT SUPERVISORS DESK 633.00 CONTROL ROOM-IN THE SOUTHWEST PART OF THE ROOM, 15 FEET SOUTHWEST OF THE UNIT SUPERVISORS DESK 633.00 CONTROL ROOM-IN THE SOUTHEAST PART OF THE ROOM.15 FEET SOUTHEAST OF THE UNIT SUPERVISORS DESK 633.00 CONTROL ROOM-IN THE SOUTHWEST REGION OF THE ROOM.IN FRONT OF THE CONTROL ROOM SOUTHWEST REAR RACK 633.00 CONTROL ROOM-IN THE NORTHEAST REGION OF THE ROOM, ON THE REAR SIDE OF MOVABLE INCORE INSTRUMENTATION PANEL&#xb9;24hFX 633.00 CONTROL ROOM IN THE SOUTHWEST CORNER OF THE ROOM, ON THE REAR SIDE OF CONDENSATE PUMP CONTROL 633.00 CONTROL ROOM IN THE MIDDLE SOUTHWEST REGION OF THE ROOM, ON THE REAR SIDE OF MOVABLE INCORE Base Eisv.Yos Yes Yos Yos Yos Yos Yos Capacsy vs.Demand Basis Boundng Specaum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Rasped>>o Speci/um Boundng Spectnsn vs.SSE Ground Response Spectrum Boundng Spect/um vs.SSE Ground Response Spectnm Boundrng Spectrum vs SSE Ground Response Spectrum Boundng Spectrum vs.SSE Grand Response Spectrum Boundng Spectrum vs.SSE Ground Response Speci/um Yos Yes Yes Yos Csv eats OIQ Yes Y8$No No DKr Yos Yos Yos Yes Y8$Y8$~Yes Yes Yes Eqtsp OKV Yes No No No Yes 24 25 2<SW 0 COMPONENT COOLING WATER I COMPONENT COOLING WATER CONTROL PANEL 0 ESSENTutL SERVICE WATER I ESSENTIAL SERVICE WATER CONTROL PANEL 0 NUCLEAR INSTRUMENTATION I FLUX CONTROL PANEL AUXILIARY 633.00 CONTROL ROOM AUXILIARY 633.00 CONTROL PANEL AUXILIARY 633 00 CONTROL ROOM Y8$Yes Yos Boundng Spectrum vs.SSE G/and Response Spoct/um Boundrng Spectrum vs.SSE Ground Response Spectrum Boundstg Spect/um vs.SSE Ground Re S Yes Yos Yes Yes Yos Y8$Yos Yos Yos Yes Yos Yos Yes CertTiication:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Signature Date~Print or T pe Name Si n tur lK//a'Q Date Iten Eq.Cl Equip.lD No.Rev No Walkdown: of 10/25/93 System/Eqtspmant Deccriptlon Floor Bev.Room or Raw/Column DC CO<IT 2 SCREENING VERIFICATI N DATA SHEET (SVDS)Capacsy vs.noma/xi Basis Cap>>Demaxl?Caveats OK?OK?Page1of2 Equat OK?2+CRA-1 0 EQUIPMENT CONTROL AN I CONTROL ROOM AIR HANDLING SUBPANEL&#xb9;I 650.00 CTRL RM AIR CONDIT RM AT THE CENTER OF 650.00 THE NORTH WALL 4 FEET NORTH OF CONTROL ROOM VENTILATION NORTH AIR CONDmoNING UNIT&#xb9;24IV~RA-1 1.5 x Boundng Spectrum vs.Res<<sac Median Cantered Fkor Response Spectra Yas Yos Yes YO5 6 20 2*CRA-2 2M41 24842 24SIG 0 EQUIPMENT CONTROL AN I CONTROL ROOM AIR HANDLING SUB PANEL&#xb9;2 0 CONTAINMENT VENTIIAT I CONTANMENT AUXIUARIES SUBPANEL Tlo 0 STEAM GENERATING I STEAM GENERATORS
<<I AND&#xb9;4 LOCAL SHUTDOWN STATION 0 STEAM GENERATNGI STEAM GENERATORS
&#xb9;2 AND&#xb9;3 LOCAL SHUTDOWN STATION 0 PRESSURIZER I REACTOR COOLANT SYSTEM CHARGNG AND LETDOWN LOCAL SHUTDOWN STATION AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 650.00 CTRL RM AIR COND IT RM AT THE CENTER OF 650.00 THE SOUTH WALI4 FEET SOUTH OF CONTROL ROOM VENlllATION SOUTH AIR CONDmONING UNIT&#xb9;24IVACRA-2 633.00 633 HALLWAY-IN THE SOUTH END OF THE 633.00 HALLWAY.10 FEET NORTHWEST OF THE AUX BUILDING VENTILATION 612.00 E MAIN STM STOP ENCL-IN THE NORTHEAST 633.00 CORNER OF THE ROOM, 8 FEET WEST OF THE DOUBLE DOORS 591.00 STARTUP BLOWDOWN FLASHTANK RM N THE SOUTHWEST CORNER OF THE ROOM.S SOUTHEAST OF THE STORAGE TANK PIPE TUNNEL NEAR THE SOUTH WALI 5 FEET ABOVE THE FLOOR 587.00 587 HALLWAY IN MIDDLE E REGION OF THE 587.00 HALLWAY, 10'OUTH OF 15GPM RADIOACTIVE WASTE EVAP.SUB PANEL<<124tWE-1 5, ON THE S WALL 3'BOVE THE FLOOR Yes 1.5 x Bounang Spectrum vs.ROSMc Metr/an Cantered Fker Response Spectra 1.5 x Bounang Spectrum vs.ROSMc Mtxrran Cantered Favor Re S Bounding Spectrum vs.SSE Ground Response Spoct/um Boundng Spect/um vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Yes Yas Yes Yos YO5 Yes Yas Yes<Yes Yes Yes Yas Yas Yes Yes Yes YO5 Yos Yas Yes 10 20 11 20 12 20 2451<24.845 24.SI4XX 24.546 24RI-21-AMP 0 EQUIPMENT CONTROL AN I REACTOR COOUWT SYSTEM TEMPERATURES AND STEAM GENERATORS LOCAL SHUTDOWN STATION 0 EQUIPMENl'ONTROL AN I REACTOR COOUWT LOOPS<<1 AND&#xb9;4 TEMPERATURES, SGS&#xb9;1 AND&#xb9;4 PRESSURES LOCAL SHUrDOWN STAlloN 0 EQUIPMENT CONTROL AN I LOCAL SHUTDOWN STATION SXX 0 EQUIPMENT CONTROL AN I REACTOR COOUWT LOOPS&#xb9;2 AND 53 TEMPERATURES, SGS&#xb9;2 AND&#xb9;3 PRESSURES LOCAL SHUTDOWN STAllON 0 EQUIPMENT CONTROL AN I LOCAL SHUTDOWN STATION 6XX 0 NUCLEAR INSTRVMENTAT I NUCLEAR INSTRUMENTATION WIDE RANGE RADIATION AMPUFIER CABINET AUXILIARY AUXILIARY AUXILIARY 587.00 587 HALLWAY-IN THE MIDDLE EAST REGION OF THE HALLWAY, 2 FEET SOUTH OF 15 GPM RADIOACTIVE RAD WASTE EVAP SVBPANEL<<124IWE-15, ON THE WEST WALL 612.00 E MAN STM STOP ENCL-IN THE NORTHEAST 609.00 CORNER OF THE RO04L 10 FEET WEST OF THE DOUBLE DOORS 598.00 RGTR CABLE TUNN, QUAD 1-IN THE SOUTHWEST REGION OF THE ROOM, NEAR THECONTANMENTWALI 8 FEETWESTOF DOOR&#xb9;24IR4EUX334 ON THE SOUTH WALI4 FEET UP 591.00 STARTUP SLOWDOWN FLASHTANK RM IN THE SOUTHWEST CORNER OF THE ROOM, 1 FOOT WEST OF LOCAL SHUTDOWN STATION&#xb9;24S42,NEAR?HE SOUTHWALI 5FEET ABOVE 596.00 RCTR CABLE TUNN, QUAD 3-IN THE MIDDLE OF THE ROOM.ON THE SOUTH WALL 596.00 RGTR CABLE TUNN, QUAD 1-20 FEET SOUTHWEST OF REACTOR CABLE TUNNEL QUADRANT&#xb9;1, NORTH OF FIREDOOR 14?R-AUX333 Yes Yas Yos Bounang Specuum vs.SSE Grourxl Response Spectrum~Spectrum vs.SSE Ground Response Spectrum Bounang Spectrum vs.SSE Ground Response Spectrum 1.5 x Bounang S pact/um vs.Re@istic Median Centered Fkor Response Spectra Bourxing Spectrum vs.SSE Ground Res Spectrum 1.5 x Bounang spectrum vs.ROSMc Mtxsan Centered Floor Response Spectra Yos Yes Yas Yos Yes Yas Yas Yes Yos Yes YO5 Yes Yes Yes Yes Yes Yas Yes Yes Yes Yos Yes Yes CerUfication:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name i nature Date Print or T pe Name~gg re Date
'C Walkdown:.of 10/25/93 DC CO(.<<IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 2 of 2 Eq.CI Equp.lo Na System/Eqcapment escnptcn Fker Elev.Room or Rowrcotumn Cap>Caveats Demand?OK?OK?Equ<<t OK?13 14 15 24<<RI-23-AMP 2+RI.23-ISOL 2&RI-23-PRCSR 0 NUCLEAR INSTRUMENTAT I NUCLEAR INSTRUMENTATION SOURCE RANGE RADIATION DETECTOR Ntu-23 AMPLIFIER CAB NET 0 NUCLEAR INSTRUMENTAT I NUCLEAR INSTRUMENTATION SOURCE RANGE SIGNAL ISOlATOR CABINET 0 NUCLEAR INSTRUMENTAT I NUCLEAR INSTRUMENTATION SOURCE RANGE SIGNAl PROCESSORCABNET AUXILIARY AUXILIARY 596.00 RCTR CABLE TUNN, QUAD 1 IN THE SOUTHEAST REGION OF THE ROOM.25 FEET EAST SOUTHEAST OF THE RoohrS ENTRANCE DOOR, NEAR THE CONTAINMENT WALI 3 596.00 RCTR CABLE TUNN, QUAD 1 IN THE SOUTHFAST REGION OF THE ROOM,25 FEET EAST SOUTHEAST OF THE ROOM'S ENTRANCE DOOR, NEAR THE CONTAINMENT WALL 596.00 RCTR CABLE TUNN, QUAD 1 IN THE SOUTHEAST REGiON OF THE ROOM.25 FEET EAST SOUTHEAST OF THE ROOM'S ENTRANCE DOOR, NEAR THE CONTAINMENT WALL Yes Yes Boundrtg Spectntm vs.SSE Ground Response Spectrum Bcundstg Spectrum vs.SSE Ground Response Spectrum Bouncsng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes 16 20 2<CP 0~NUCLEAR SAMPLING I NUCLEAR SAMPLING SYSTEM CONTROL PANEL AUXIUARY 581.00 NUCLEAR SAMPLING RM-IN THE MIDDLE OF THE ROOM, 10 FEET SOUTHEAST OF THE NUCLEAR SAMPLE SINK$12&C32 1.5 x Boundrtg Spectnsn vs.Reassdc Median Centered Fker Response S a Yes Yes Yes Yes 20 2.TFP 0 EQUIPMENT CONTROL AN I TURBINE DRIVEN AUX FEED PUMP SVBPANEL TURBINE 5SI.OO TB DRIVEN AVX FOWTR PMP-3 FEET NORTHEAST OF TDAFP$2+PA, ON THE fAST WALI1 FOOT NORTH OF THE ROOM'S ENTRANCE DOOR 1.5 x Boundrtg Spectnsn vs.Rearsdc Mecsan Centered Floor Response Spectra Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si nature iZ/(4/+1 Date Print or Type Name a ure Iww fg Date Walkdown..
of 10/04/93 DC C.<IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)/sage 1 of 9 10 12 Eq.Cl Equip,10 Na 24T.101-AB 24T-101 CD 24T-112-AB 24T-112 CD 24T-113-AB1 24T-1 13-A82 0 24T-113-C01 24T-113-CO2 24T-116-AB 24T-116-CD 24T-1 18.AB 24T-1 18.CD Rev No 0 DIESEL COMBUSTION AIR I AB EMERGENCY DIESEL AIR INTAKE SILENCER 0 DIESEL COMBUSTION AIR/CO EMERGENCY DIESEL AIR INTAKE SILENCER DIESEL LUBE OIL I AB EMERGENCY DIESEL FULL FLOW LUBE OIL FILTER 0 DIESEL LUBE OIL I CO EMERGENCY DIESEL FULL FLOWLVBE OIL FILTER 0 DIESEL LUBE OIL I AB EMERGENCY DIESEL FULL FLOW LUBE OIL STRAINER&#xb9;1 0 DIESEL LUBE OIL/AB EMERGENCY DIESEL FULL FLOW LUBE OIL STRAINER&#xb9;2 0 DIESEL LUBE OIL I CO EMERGENCY DIESEL FULL FLOW LUBE OIL STRAINER&#xb9;1 0 DIESEL LUBE OIL/CD EMERGENCY DiESEL FULL FLOW LUBE OIL STRAINER&#xb9;2 DIESEL LUBE OIL I AB EMERGENCY DIESEL LUBE OIL HEATER TANK DIESEL LUBE OIL I CD EMERGENCY 01ESEL LUBE 0IL HEATER TANK DIESEL LUBE OtL I AB EMERGENCY DIESEL BYPASS LUBE OIL FILTER 0 DIESEL LUBE OIL/CD EMERGENCY DIESEL BYPASS LUBE OIL FII.TER Floar Elov.AUXILIARY 587.00 AVXILIARY 587.00 AUXILIARY 579.00 AUXILIARY 579.00 AUXILIARY 579.00 AUXILIARY 579.00 AUXILIARY 579.00 AVXIUARY 579.00 AUXILIARY 579.00 AUXILIARY 579.00 AUXILIARY 579.00 AUXILIARY 579.00 Roonl of Row/Col/mn AB EMER DSL GENRM IN THE MIDDLE EAST REGION OF THE ROOM, 5 FEET EAST OF AB EMERGENCY DIESEL GENERATOR&#xb9;24ME-150.AB.12 FEET ABOVE THE CD EMER DSL GEN RM-IN THE NORTHEAST PART OF THE ROOM, 10 FEET EAST OF CO EMERGENCY DIESEL GENERATOR&#xb9;24ME-150CD.15 FEET ABOVE AB EMER OSL LUBE OIL PIT-IN THE NORTHEAST PART OF THE PIT, 6 FEET NORTHEAST OF AB EMERGENCY DIESEL LUBE OIL SUMP TANK&#xb9;24T 115AB.COEMERDSLLUBEOILPIT SFEET NORTHEAST OF CO EMERGENCY DIESEL LUBE OIL SUMP TANK&#xb9;24T-115CD, NEAR THE FLOOR ABEMERDSLLUBEOlt.PIT INTHE SOUTHEAST PART OF THE PIT, 5 F EET EAST OF AB EMERGENCY 0!ES EL LUBE OIL SUMP TANK&#xb9;24T 115AB.AB EMER DSL LUBE OIL PIT-IN THE SOUTHEAST PART OF THE PIT, 5 FEET EAST OF AB EMERGENCY DIESEL LUBE OIL SUMP TANK&#xb9;24T-1 1 stta.CD EMER DSL LUBE OIL PIT-IN THE SOUTHEAST PART OF THE PIT, 5 FEET EAST OF CO EMERGENCY DIESEL CD LUBE OIL SUMP TANK&#xb9;24T 115C D, CD EMER OSL LUBE OIL PIT-IN THE SOUTHEAST PART OF THE PIT, 5 FEET EAST OF CD EMERGENCY DIESEL LUBE OIL SUMP TANK&#xb9;24T 115CD, NEAR THE ABEMERDSLLVBEOILPIT 2FEET NORTHEAST OF AB EMERGENCY DIESEL LUBE OIL SUMP TANK&#xb9;24T-1 15tta, NEAR THE FLOOR CD EMER DSL LUBE OIL PIT-IN THE NORTHEAST PART OF 1HE PIT, 3 FEET NORTHEAST OF CD EMERGENCY DIESEL LUBE OIL SUMP TANK&#xb9;24T 115CD, AB EMER OSL LUBE OIL PIT MI~OUTH REGION OF PlT, 2 FEET SOVTHEAST OF AB EMERGENCY DIESEL LUBE 0 IL SUMP TANK&#xb9;2-QT 11548 CD EMER DSL LUBE OIL PIT-3 F EET SOUTHEAST OF CD EMERGENCY DIESEL LUBE 0 IL SUMP TANK&#xb9;24T-1 1SCD.NEAR THE FLOOR 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A Judgment vs.Reatstc Median Centered Boor Response Spectra Judgment VL Reasste Meclan Centered Boor Response Speci/a Judgment vs.Roarrste MaSan Centered Boor Response Spectra Judgment vs.Rearrsbc Medran Centered Floar Response Spectra Judgment vs.Realistc Mectian Centered Fker Response Speci/0 Judgment vs.Roasste Medi@a Centered Floor Rosporme Speci/a Judgment VS.Rea/rote M0C4an Centered Fker Respcese Spectra Judgment vs.Roaaste Meden Centered Floor Response Spectra Judgmont vs.Roasste Meden Centered F ker Response Spectra Judgment vs.Roasste Meden Centered Fker Response Spectra Judgmont vs.Reasste Mecaan Centered Fker Response Spectra Judgment vs.Roasste Mecaan Centered Fker Response Spectra Cap>Demand?Y85 Y05 Y85 Yes Yes Yes Y05 Yos Y05 Yos Yss Yes Yes Yes Yes OK?Yes Yes Y8$Yes Yss Yes Yes Yes YOS Yss Yss Yes Yos Yes Y8$Yos Y05 Yes Yes Yos Yes Eqtfp OK?Yes Yes Yes Yes Yss Yes Yos Yos Yes Y8$Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).I Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed profe sional engineer.)
/2//3~/Print or Type Name Si ature Date Print or Type Name ure Dae Walkdown;of 10/04/93 DC C..IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)~'age2of9 lt<<n Eq.CI 13 0 14 0 15 0 16 0 17 0 18 0 19 0 20 0 21 24 5 25 5 Equo.ID No.24T 143-AB1 24T 143.AB2 247-143-Col 247-143-C02 24?T 144 AB 247 144 CD 2.TT4IGAB 2-TTZGCO 24IGAS-FFCKT 24IGCD-FFCKT 24T 106-AB1 24T 106-AB2 2437 106-Col Rev Mo System/Eqtlpment Desc/lpten 0 DIESEL CONTROL AIR/AB EMERGENCY DIESEL CONTROL AIR DRYER&#xb9;1 0 DIESELCONTROLAIR/CD EMERGENCY DIESEL CONTROL NR DRYER&#xb9;2 0 DIESEL FUEL OIL/AS EMERGENCY DIESEL FUEL OIL TRANSFER FILTER 0 DIESEL FUEt,OIL/CD EMERGENCY DIESEL FUEL OIL TRANSFER FILTER 0 STARTING AIR/2AB DIESEL GENERATOR TUBE TRACK 0 STARTING AIR/2CD DIESEL GENERATOR TUBE TRACK 0 DIESEL GENERATION.
C/AB EMERGENCY DIESEL GENERATOR OME-15INIB FIELD FLASH CIRCUIT TRANSFORMER 0 DIESEL GENERATION.
C/CD EMERGENCYDIESELGENERATOR OME-1 50CD FIELD FLASH CKT TRANSFORMER 0 DIESEL FUEL OIL/AB EMERGENCY DIESEL FUEL OIL TRANSFER PUMP&#xb9;1 0 DIESEL FUEL OIL/AS EMERGENCY DIESEL FUEL Olt.TRANSFER PUMP&#xb9;2 0 DIESEL FVELOIL/CD EMERGENCY DIESEL FUEL OIL TRANSFER PUMP&#xb9;1 0 DIESEL CONTROL AIR/AB EMERGENCY DIESEL CONTROL AIR DRYER&#xb9;2 0 DIESEL CONTROL AIR/CD EMERGENCY DIESEL CONTROL AIR DRYER&#xb9;1 AUXILIARY AUXILIARY AUXILIARY AUXILIARY AVXIUARY AUXILIARY AUXIUARY AUXILIARY AVXIUARY AUXILIARY AUXILIARY AUXILIARY Fker Elev.Room or Row/Goh/mn 587.00 AB EMER OSL GEN RM-2 FEET SOUTHWEST OF AB EMERGENCY DIESEL GENERATOR ROOM DOORWAY.2 FEET SOUTH OF THE NORTH WALL 3 FEET ABOVE THE FLOOR 587.00 AB EMER DSL GENRM 3 FEET SOUTHWEST OF AB EMERGENCY DIESEL GENERATOR ROOM DOORWAY, 1 FOOT SOUTH OF THE NORTH WALI 3 FEET ABOVE THE FLOOR 587.00 CDEMERDSLGENRM NTHEMIDDLE SOUTH PART OF THE ROOM, 4 FEET WEST OF THE CO EMERGENCY DIESEL GENERATOR ROOM DOORWAY.2 FEET ABOVE 587.00 CDEMERDSLGENRM INTHEMIDDLE SOUTH PART OF THE ROOM, 4 FEET WEST OF THE CD EMERGENCY DIESEL GENERATOR ROOM DOORWAY.2 FEET ABOVE 587.00 AB EMER DSL GEN RM IN THE SOUTHWEST PART OF THE ROOM, 4 FEET EAST OF AB EMERGENCY DIESEL STARTING Agh RECEIVER&#xb9;2<T 141~2 587.00 CO EMER DSL GEN RM N THE NORTHWEST PART OF THE ROOM, 2 FEET EAST OF THE CD EMERGENCY DIESEL STARTING AIR RECEIVER&#xb9;24?T-141@02.
587.00 AS EMER DSL GEN RM 587.00 CD EMER DSL GEN RM-587.00 AS EMER DSL GENRM IN THE MIDDLE NORTH REGION OF THE ROOM, 5 FEET WEST OF RoohfS DOORWAY, INSIDE N SIDE OF AB EDG CONTROL SUBPANEL1 DGAB, 2'ABOVE FLOOR 587.00 CD EMER DSL GEN RM N THE MIDDLE SOUTH REGION OF THE ROOM, 5 FEET EAST OF CD EMERGENCY DIESEL GENERATOR ROOM 587.00 AB EMER OSL FUEL OiL XFER PMP-N THE MIDDLE SOUTHEAST REGION OF THE ROOM, 25 FEET SOUTH OF THE Roohf S ENTRANCE DOOR, NEAR THE EAST WALL.NEAR THE FLOOR 587 00 AB EMER DSL FUEL OIL XFER PMP-N THE MIDDLE SOUTHEAST REGION OF THE ROOM.27 FEET SOUTH OF THE Roolf S ENTRANCE DOOR.NEAR THE EAST WALINEAR THE FLOOR CD EMER DSL FUEL OIL XF ER PMP-IN THE NORTHEAST REGION OF THE ROOM, 4 FEET WEST OF THE EAST WAL11 FOOT ABOVE THE FLOOR Base Eh/V.N/A N/A N/A Yes Yes YOS Capaaty vs.D<<nand Basis Judgment vs.Reahste Meehan Centered Roar Response Spectra Judgment vs.Reahste M<<han Centered Fker Response Spectra Judgment vs.Roahstc M<<han Centered Fker Response Spectra Judg/pont vs.Reahste M<<han Center<<1 Fker Response Spectra Judgnlont vs.Roahste M<<han Centered Fker Response Spectra Judgment va Reahste M<<han Centered Fker Response Spectra Judgment vs.Reahste Meehan Centered Fker Res 8 S a Judgment vs, Reahste Meehan Centered Fker Ros Spectra 1.5 x Soundng Specoum vs.Roahsdc Median Centered Fker Response Spectra 1.5 x Bandng Spect/um vs.Rearrsdc M<<san Centered Fker Response Spectra Banding Spectrum vs.SSE Grand Response Spectn/m Bounchng Spectrum vs.SSE Ground Response Speci/um Bourxhng Spectrum vs.SSE Ground Response Spectrum Cap a 0<<hand?YBS YBS Yes Yes YBs Yes YOS YBS YBS YBS Yes YBS Caveats OK?YOS Yes Yes Yes Yos Yes Yes Yes Yes Yes Anchor OK?YBS Yes YOS Yes Yes Yes YBS Yes Yos Yes Yes Yes Yes Yes YBS Yes Yes Yes Yes Ego OK?Yes Yes Yes Yes YOS Yes Yes YBS YOS Yes No Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed prof ssional engineer.)
Print or Type Name i nature Date Print or T pe Name na re C
Walkdown: Jf 10/04/93 DC CO.IT 2 SCREENING VERIFICATION DATA SHEET (SVDS).'age 3 of 9 Equp.lo No.Rsv No Fkror Etsv.Room or Rowlooasnn Base Elev.Capacrty vs.Demand Basis Cap>Demand?Caveals OK?OK?Interact OK?Eqvip OK7 27 24T-108-CD2 24T.111-AB 0 DIESEL FUEL OIL I CD EMERGENCY DIESEL FUEL OtL TRANSFER PUMP<<2 0 OiESEL LUBE OlL I AB EMERGENCY DIESEL LUBE OIL BEFORE ANO AFTER PUMP AUXILIARY AUXILIARY 587.00 CD EMER DSL FUEL OIL XFER PMP-IN THE NORTHEAST REGION OF THE ROOM, 4 FEET EAST OF THE MIDDLE OF THE EAST WALI1 FOOT ABOVE THE FLOOR 579.00 AB EMER DSL LUBE OIL PIT-IN THE MIDDLE 587.00 EAST PART OF THE PIT, 3 FEET EAST OF AB EMERGENCY DIESEL AS LUBE OIL SUMP TANK 4T 1154B.Boundng Spectrum vs.SSE Grand Response Spectrum Bounang Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes.Yes 28 24T 111~CD 24T-117-AB'DIESEL LUBE OIL I CD EMERGENCY DIESEL LUBE OIL BEFORE AND AFTER PUMP 0 DIESEL LUBE OIL I AB EMERGENCY DIESEL LUBE OIL HEATER QT-118-AB PUMP AUXILIARY AUXILIARY 579.00 CD EMER DSL LUBE OIL PIT 2 FEET EAST OF 587.00 CO EMERGENCY DIESEL LUBE OIL SUMP TANK&#xb9;24T-115CO, NEAR THE FLOOR 579.00 AB EMER DSL LUBE OIL PIT-N THE NORTHWEST CORNER OF THE PIT, 2 FEET NORTH OF AB EMERGENCY DIESEL LUBE OIL SUMP TANK&#xb9;24T-115-AB.
NEAR THE Yes Yes Bounang Spectrum vs.SSE Ground Response Spsctnsn Bounang Spectrum vs.SSE Ground Response Spectrum Yes Yes Yss Yes Yss Yes Yes Yes Yes Yes 24T 117-CD 0 DIESEL LUBE OIL I CD EMERGENCY DIESEL LUBE OIL HEATER QT-118.CD PUMP AUXILIARY 579.00 CD EMER DSL LUBE OIL PiT IN THE NORTHWEST CORNER OF THE PIT, 2 FEET NORTH OF CD EMERGENCY DIESEL LUBE OIL SUMP TANK<<24T 11540 Yos Bounang Spectrum vs.SSE Ground Response Spectrum Yss Yes Yes 31 24T-119-AB 0 DIESEL LUBE OtL I AS EMERGENCY DIESEL BYPASS LUBE OIL FILTER OT-118JIB PUMP AUXILIARY 579.00 AB EMER DSL LUBE OIL PIT-N THE SOUTHWEST CORNER OF THE PIT, NEAR THE FLOOR Bounding Spectrum vs.SSE Ground Respcnse Spectrum Yss Yes 32 37 24T-119.CD 24T-130.AB1 24T-130-AB2 24T-130-CO1 24T 130.CD2 24T-135-AB 24T-135.CD 0 DIESEL LUBE OIL I CD EMERGENCY DIESEL BYPASS LUBE OIL FILTER QT-1 1 BCO PUMP 0 DtESEL JACKET WATER I AB EMERGENCY DIESEL JACKET WATER PUMP&#xb9;1 0 DtESEL JACKETWATERIAB EMERGENCY DIESEL JACKET WATER PUMP&#xb9;2 0 DlESEL JACKET WATER I CD EMERGENCY DIESEL JACKET WATER PUMP 1 0 DIESEL JACKETWATERICD EMERGENCY DIESEL JACKET WATER PUMP 2 0 DtESEL JACKET WATER IAB EMERGENCY DIESEL AIDQUARY JACKET WATER PUMP 0 DIESEL JACKET WATER/CD EMERGENCY DIESEL AUXtUARY JACKET WATER PUMP AUXtLIARY AUXILIARY AUXILIARY AUXIUARY AUXILIARY AUXILIARY AUXILIARY 579.00 CD EMER DSL LUBE OIL PIT-IN THE 587.00 SOUTHWEST PART OF THE PIT, 3 FEET SOUTH OF CD EMERGENCY DIESEL LUBE OIL SUMP TANK<<24T-11&CO.NEAR THE 587.00 AB EMER OSL GEN RM-IN THE SOUTHEAST REGION OF THE ROOM, 20 FEET EAST OF AB EMERGENCY DIESEL GENERATOR<<24ME-15OAB 587.00 AS EMER DSL GEN RM N THE MIDDLE EAST REGION OF THE ROOM, 20 FEET EAST OF AB EMERGENCY DIESEL GENERATOR<<24 ME-150JIB.NEAR THE EAST 587.00 CD EMER DSL GEN RM IN THE SOUTHEAST REGION OF THE ROOM,20 FEET EAST OF CD EMERGENCY DIESEL GENERATOR&#xb9;24ME 150CD 587.00 CD EMER DSL GEN RM-IN THE SOUTHEAST REGION OF THE ROOM.20 FEET EAST OF CO EMERGENCY DIESEL GENERATOR<<24ME 150CD 587.00 AB EMER DSL GEN RM-IN THE NORTHEAST REGIQN oF THE RoolvL 2 FEET soUTHwEsT OF AB EMERGENCY DIESEL AUXILIARY JACKET WATER HEATER 587.00 Co EMER DSL GEN RM-IN THE EAST PART OF 587.00 THE ROOM, NEAR THE EAST WALI 5 FEET SOUTH OF CD EMERGENCY DIESEL JACKET WATER PUMP&#xb9;24T-1304 D2 Yos Yes Yos Yes Bounang Spectrum vs.SSE Ground Response Spectrum Bounang Spectrum vs.SSE Grand Response Specuum Bounang Spectrum vS.SSE Ground Response Spectnxn Bounc4ng Spectrum vs.SSE Ground Response Speaun Bounang Spectrum vs.SSE Ground Response Spectrum Bounang Spectrum vs.SSE Ground Response Spectrum Bounang Spectrual vs.SSE Ground Response Spectrum Yes Yes Yos Yes Yes Yos Yes Yes Yes Yos Yos Yes Yss Yes Yes Yss Yss Yss Yos Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed pro essional engineer.)
0/Print or T pe Name ignature Date Print or Type Name Si ature Date Walkdown:.of 10/04/93 DC CO.4IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page4ofg 8sm Eq.Cl Equi?.ID No.Rev No System/Equipment Descipbon Floor Elev.Room or Row/Column Base Elev.Capacity vs.Demand Basis Cap 8 Caveats Demand?OK?OK?Interact OK?Equp OK?39 7 41 42 7 44 47 7 49 7 51 24V.120.AB 24V-120-CO 24V-1 39-AB 24V-139-CO 2.SV-16AB 2-Sv-16-CD 2-SV-200-AB 24 V-200-CD 2-SV.201-AB1 24V-201-AB2 24 V-201-CO1 24V.201-CD2 24V4MB 24V41 CD 0 DIESEL STARTING AIR/2-XTC401 6 2.XTC402 CONTROL AIR SAFETY VALVE 0 DIESEL STARTING AIR/2-XTC406 AND 2.XTC407 CONTROL AIR SAFETY VALVE 0 DIESELSTARTINGAIR/AB EMERGENCY DIESEL STARTING tuR TO TURBOCHARGER SAFETY VALVE 0 DIESELSTARTINGAIR/CD EMERGENCY DIESEL STARTING AIR TO TURBOCHARGER SAFHY VALVE 0 ESSENTIAL SERVICE WATER/AB EMERGENCY DIESEL JACKET WATER COOLER QT 131-AB ESSENTIAL SERVICE WATER OUTLET SAFETY VALVE 0 ESSENTIAL SERVICE WATER/CD EMERGENCY DIESEL JACKET WATER COOLER QT 13140 ESSENTIAL SERVICE WATER OUTLET SAFETY VALVE 0 DIESEL FUEL OIL/AB EMERGENCY DIESEL FUEL OIL MANIFOLDS TO FUEL OIL OAY TANK SAFETY VALVE 0 DIESEL FUELOIL/CD EMERGENCY DIESEL FUEL OIL MANIFOLOS TO FUEL OIL DAY TANK SAFETY VALVE 0 DIESEL FUEL OIL/AB EMERGENCY DIESEL FRONT BANK FUEL OIL MANIFOLD SAFElY VALVE 0 DIESEL FUEL OIL/AB EMERGENCY DIESEL REAR BANK FUEL OIL MANIFOLD SAFETY VALVE 0 DIESEL FUEL OIL/CD EMERGENCY DIESEL FRONT BANK FUEL OIL MANIFOLD SAFElY VALVE 0 DIESEL FUELOIL/CD EMERGENCY DIESEL REAR BANK FUEL OIL MANIFOLD SAFETY VALVE 0 DIESEL JACKET WATER/AB EMERGENCY DIESEL AVXIUARY JACKET WATER HEATER QT-134~SAFETY VALVE 0 DIESEL JACKET WATER/GD EMERGENCY DIESEL AUXILIARY JACKET WATER HEATER QT-134-CO SAFElY VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AVXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AVXIUARY 587.00 ABEMERDSLGENRM 3FEETWESTOFAB EMERGENCY DIESEL GENERATOR ROOM DOORWAY.4 FEET SOUTH OF THE NORTH WALL 581.00 CD EMER DSL GEN RM-4 FEET WEST OF THE 581,00 CD EMERGENCY DIESEL GENERATOR ROOM DOORWAY.ON THE SOUTH WALL 587.00 AB EMER DSL GEN RM 10 FEET SOUTHEAST 587.00 OF THE AB EMERGENCY DIESEL GENERATOR ROOM DOORWAY, 10 FEET ABOVE THE FLOOR 587.00 CD EMER DSL GEN RM-AT THE NORTHEAST 587.00 END OF THE CD EMERGENCY DIESEL, 11 FEET ABOVE THE FLOOR 58100 AB EMER DSL GEN RM-5FEEl'AST OF THE AB EMERGENCY OtESEL GENERATOR DOORWAY, NEAR THE NORTH WALI8 FEET ABOVE THE FLOOR 587.00 CD EMER DSL GEN RM-ON THE WEST END OF THE CD EMERGENCY JACKET DIESEL WATER COOLER.IN THE SOUTHEAST CORNER OF THE ROOM, 10 FEET ABOVE THE FLOOR 587.00 AB EMER DSL GEN RM-SOUTHWEST PART OF 587.00 THE ROOM.INSIDE FUEL OIL DAY TANK ENCLOSURE 581 00 CD EMER DSL GENRM-15 FEET NORTHWEST 587 00 OF DIESEL GENERATOR, INSIDE FUEL OIL DAY TANK ENCLOSURE 587.00 AB EMER DSL GEN RM SOUTHEAST OF THE AS EMERGENCY DIESEL 587.00 AB EMER DSL GEN RM-NORTHEAST OF AB EMERGENCYDIESEL 581.00 CD EMER DSL GEN RM-ON THE NORTHWEST 587.00 END OF CD EMERGENCY DIESEL 587.00 CD EMER DSL GEN RM-IN THE SOUTHWEST CORNER OF CO EMERGENCY DIESEL GENERATOR ROOM.10 FEET ABOVE FLOOR 587.00 AB EMER DSL GEN RM-NEAR CENTER OF WEST WALI7 FEET ABOVE THE FLOOR 587.00 CD EMER DSL GEN RM-NEAR THE CENTER OF THE EAST WALI 7 FEET ABOVE THE FLOOR Yos Yes Yos Y8$Y85 Yes Y8$Y8$Yos Bounding Spectnsn vs.SSE Ground Response Spectnsn Boundrtg Speotnsn va.SSE Ground Response Spectrum Boundsvg Spectrum vs.SSE Ground Response Spectrum Bowleg Spectrum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Response Spoctsum Boundstg Spectrum vs.SSE Ground Response S pecuum Boundsvg Spectrum vs.SSE Ground Response Speci/um Boundstg Spectnsn vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Resporee Spectrum Boundstg Spectrum vs: SSE Ground Respcnse Specuurn Bouncang Spectrum vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum Bouabrg Spectrum vs.SSE Ground Response Speci/um Boundstg Speci/um vs.SSE Ground Response Spectrum Yes Yos Yes Yes Yes Yes Yos Y8$Yes Yes Yes Yes Y8$Y8$N/A N/A Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes.Yes Yes Yos Yes Yes Yes Yes Yes Yos Yes Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed profes onal engineer.)
Vi Print or T pe Name Sign ture Date Print or Type Name Si na re ate Walkdown: of 10/04/93 DC COv slT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 5 of 9'q.Cl Equip.ID No.Rev No System/Equpment Descnption Floor Elev.Room or Rowlcotumn Base Elev.Capacity vs.Demand Baste Cap>Demand?Caveats OK?Iecttof OK?Interaa OK7 Equy OK?2<v-78-AB1 2~.78-AB2 0 DIESEL STARTNG AIR I AB EMERGENCY DIESEL STARTNG tuR RECEIVER QT-14MBt SAFHY VALVE 0 DIESEL STARTING AIR I AB EMERGENCY DIESEL STARTING A!R RECEIVER QT-1 41 J$2 SAFETY VALVE AUXILIARY 587.00 AUXIUARY 587.00 AB EMER DSL GEN RM IN SOU1'HWEST PART 587.00 Yes OF ROOM AB EMER DSLGENRM IN SOUTHWEST PART 587.00 Yes OF ROOM~Speansn vL SSE Grourxl Response Spealum Bourx4ng Spechun vs.SSE Ground Response Spearum Yes Yes Yes Yes Yes 2~-78-CD2 0 DIESEL STARTNG AIR I CD EMERGENCY DIESEL STARTNG AIR RECEIVER QT-141 C01 SAFHY VALVE 0 DIESEL STARTING AIR I CD EMERGENCY DIESEL STARTNG A!R RECEIVER QT 141<02 SAFETY VALVE AUXIUARY 587.00 AUXILIARY 587.00 CD EMER DSL GENRM N THE NORTHWEST REGION OF THE ROOM CO EMER DSLGENRM IN THE NORTHWEST AREA OF THE ROOM 587.00 Yes 587.00 Yes Boundeg Spectnrn vs.SSE Groted Response Spectrum Boundeg Spearum vs.SSE Ground Response Spearum Yss Y8$Yes Yes NIA Yes Yss Yes Yss 57 0 DIESELSTARTINGAtRIAB EMERGENCY DIESEL CONTROL AIR DRYER QT-143ABt SAFHYVALVE AUXILIARY 587.00 AB EMER DSL GEN RM-2 FEET WEST OF THE 587.00 Yes AB EMERGENCY DIESEL GENERATOR ROOM DOORWAY, 3 FEET SOUTH OF THE NORTH WALL Bounchrg Spearum vs.SSE Ground Response Spectrum Yes Yes NlA Yes 2-SV-79-A82 0 DIESEL STARTING AIR I AB EMERGENCY DIESEL CONTROL AIR DRYER QT-143AB2 SAFHY VALVE AUXILIARY 587.00 ABEMERDSLGENRM 3FEETWESTOFTHE AB EMERGENCY DIESEL GENERATOR ROOM DOORWAY, 3 FEET SOUTH OF THE NORTH WALL 587.00 Yes Boundeg Specuurn vs.SSE Ground Response Specuurn Yss Yes Yes Y8$59 7 2-SV-79-C02 0 DIESELSTARTNGAIRICD EMERGENCY DIESEL CONTROL AIR DRYER QT-143401 SAFHY VALVE 0 DIESEL STARTING AIR I CD EMERGENCY DIESEL CONTROL AIR DRYER QT-143C02 SAFHY VALVE AUXILIARY 587.00 AUXILIARY 587.00 CO EMER DSL GEM RM-3 FEET WEST OF THE 587 00 Yes CO EMERGENCY DIESEL GENERATOR ROOM DOORWAY, 3 FEET SOUTH OF THE NORTH WALL CD EMER DSL GEM RM-3 FEET WEST OF THE 587.00 Yes CO EMERGENCY DIESEL GENERATOR ROOM DOORWAY, 3 FEET SOUTH OF THE NORTH WALL Boundeg Spscaurn vs.SSE Ground Response Spectrun Bounoeg Spectrum vs.SSE Ground Response Spsctnsn Yes Yes NIA Yes Y8$Yes Yes 61 2.WRY-?22@0 2-WRV-724CO 2.WRV 72648 0 ESSENTIAL SERVICE WATER I CO EMERGENCY DIESEL NORTH COMBUSTION AIR AFTERCOOLER HE<7DN ESW INLET/BYPASS VALVE 0 ESSENTIAL SERVICE WATER I CD EMERGENCY DIESEL SOUTH COMBUSTION AIR AFTERCOOLER HE<7<OS ESW INLET/BYPASS VALVE 0 ESSENTIAL SERVICE WATER IAB EMERGENCY DIESEL NORTH COMBUSTION AIR AFTERCOOLER HE<?~N ESW INLETIBYPASS VALVE AVXIUARY 587.00 AUXILIARY 587.00 AUXILIARY 587.00 CDEMERDSLGENRM NTHENORTHEAST PART OF THE ROOM.2 FEET NORTH OF CO EMERGENCY DIESEL JACKET WATER SURGE TANK&#xb9;2<T-1 33CD.CD EMER DSL GEN RM-IN THE SOUTHEAST PART OF THE ROOM, ON THE SOUTHEAST CORNER OF CD EMERGENCY DIESEL GENERATOR&#xb9;24?ME-1 SOCD, NEAR THE ABEMERDSLGENRM 10FEETSOUTHOF THE AB EMERGENCY DIESEL GENREATOR ROOM DOORWAY, ON THE DIESEL END OF AB EMERGENCY DIESEL GENERATOR 587.00 Yes 587.00 Yes 587.00 Yes Baedeg Spearum vs.SSE Ground Response Spectrum Bourxteg Spectrum vs.SSE Ground Response Spectnet~Spectrum vs.SSE Ground Response Specbum Yes Yes Yes Y8$Yss Yes Yes Y8$Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si na re Date Print or T pe Name Si tur tZ Zf fC Date Walkdown: uf 10/04/93 DC CO..IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)r'age 6 of 9 Eq.CI Equip.lD No.2-WRV-728-AB Rev No SystemrEquiprnent Descr$46cn 0 ESSENTIAL SERVICE WATER IAB EMERGENCY DIESEL SOUTH COMBUSTION AIR AFTERCOOLER HE<TABS ESW NLETIBYPASS VAlVE Busdng.AUXILIARY Fker Elev.Room or Rowlcaumn AB EMER OSL GEN RM-IN THE SOUTHEAST REGION OF THE ROOM, ON THE DIESEL END OF AB EMERGENCY DIESEL GENERATOR&#xb9;2-OME 150AB.4 FEET ABOVE THE FLOOR Base Elev.587.00 Yes Capaaty vs.Demand Basis Boundng Specuum vs.SSE Ground Response Spectrum Cap 8 Demand?Yes t Caveats OK?Afcnor OK?Interact OK?Yes EquSL OK?2.XRV-220 0 DIESEL STARTING AIR I AB EMERGENCY DIESEL STARTING AIR JET ASSIST CONTROL VALVE AUXIUARY 587.00 AB EMER OSL GEN RM-10 FEET SOUTHEAST OF THE AB EMERGENCY DIESEL GENERATOR ROOM DOORWAY, ON THE DIESEL END OF AB EMERGENCY DIESEL GENERATOR 587.00 Yes Boundng Spearum vs.SSE Ground R8sponso Spoaium Yes Yes Yes Yes 7 4 2.XRV-221 0 DIESEL STARTING AIR I AB EMERGENCY DIESEL FRONT BANK STARTING AIR SHUTOFF VALVE AUXILIARY AB FMER DSL GENRM IN THE EAST REGION 587.00 Yes OF THE ROOM.1 FOOT ABOVE THE DIESEL END OF AB EMERGENCY DIESEL GENERATOR&#xb9;2DME-1 SOAB Bandng Spectrum vs.SSE Ground Response Spoctmm Yes Yes Yos Yes 67 2-XRV-222 0 DIESEL STARTING AIR I AB EMERGENCY DIESEL REAR BANK STARTING AIR SHUTOFF VALVE AUXILIARY ABEMERDSLGENRM NTHENORTHEAST REGION OF THE ROOM, ON THE DIESEL END OF AB EMERGENCY DIESEL GENERATOR&#xb9;2-OME-150AB, 10 FEET ABOVE THE 587.00 Yes Boundng Spectrum vs.SSE Grand Response Spectrum Yes Y8$Y8$Y8$2.XRV-225 0 DIESEL STARTNG AIR I CO EMERGENCY DIESEL STARTING AIR JET ASSIST CONTROL VALVE AUXILIARY CD EMER DSL GEN RM-N THE NORTHEAST 587.00 Yos PART OF THE ROOM, ON THE NORTHEAST END OF CD EMERGENCY DIESEL GENERATOR&#xb9;243ME-1 50CD.10 FEET ABOVE Bandng Spectrum vs.SSE Grand Response Spectrum Yes 69 70 71 72 73 74 75 2-XRV-226 2-XRV-227 24tV4DP-CD1 24IV40P-C02 2460.240 2480-241 2+60-245 0 DIESEL STARTNG AIR I CO EMERGENCY DIESEL FRONT BANK STARTING AIR SHUTOFF VALVE 0 DIESEL STARTING AIR I CD EMERGENCY DIESEL REAR BANK STARTING AIR SHI/TOFF VALVE 0 DIESEL ROOM VENTILATION I CD EMERGENCY DIESEL GENERATOR ROOM VENTILATION EXHAUST FAN HV4?GX-I TEMPERING AIR DAMPER 0 DIESEL ROOM VENTILATION I CD EMERGENCY DIESEL GENERATOR ROOM VENTILATION SUPPLY FAM HV4IGS-1 TEMPERNG AIR DAMPER 0 DIESEL LUBE OIL I AB EMERGENCY DIESEL UPPER VALVE GEAR LUBRICATION CONTROL SOLENOID ir1 0 DIESEL LUBE OIL I AB EMERGENCY DIESEL UPPER VALVE GEAR LUBRICATION CONTROL SOLENOID&#xb9;2 0 DIESEL LUBE OIL I CD EMER DIESEL GEN UPPER VALVE GEAR LUBRICATION CONTROL SOLENOID&#xb9;1 AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY CD EMER OSL GEM RM ON THE NORTHEAST CORNER OF CD EMERGENCY DIESEL GENERATOR&#xb9;2OME-150CD, 10 FEET ABOVE THE FLOOR CD EMER DSL GEN RM IM THE NORTHEAST PART OF THE ROOM, 3 FEET NORTHEAST OF CD EMERGENCY DIESEL GENERATOR&#xb9;2-OME-1 50CD.10 FEET ABOVE CD EMER DSL GEN RM-23 FEET WEST OF THE MAN ENTRANCE DOOR.NEAR THE SOUTH WAU10 FEET ABOVE THE FLOOR CD EMER DSL GEN RM IN THE SOUTHEAST PART OF THE ROOM, NEAR THE WAll 10 FEET ABOVE THE FLOOR ABEMERDSLGENRM ONTHEDIESELEND OF AB EMERGENCY DIESEL GENERATOR&#xb9;2.OME.1 50AB.8 FEET ABOVE THE FLOOR AB EMERDSLGENRM-ON THE DIESEL END OF AB EMERGENCY DIESEL GENERATOR&#xb9;2-OME-15OAB, 7 FEET ABOVE THE FLOOR CD EMER DSL GEN RM-IN THE MiDDLE EAST PART OF THE ROOM, ON THE EAST END OF CD EMERGENCY DIESEL GENERATOR&#xb9;2-OME 150CD, 7 FEET ABOVE 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes Boundng Spearum vs.SSE Grand Response Spectrum Bandng Spearum vs.SSE Ground Response Spectnsn Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Specuum vs.SSE Ground Response S pectnsn Bandng Spearum vs.SSE Grand Response Spectrum Bandng Spectrum vs.SSE Ground Response Spoarum Bandng Spearum vs.SSE Ground Response Spectrum Yos Yes Yes Yes Y8$Yes Yes Y8$NIA NIA Yes Yes Yos Yos Yos Yos Yes Y8$Yos Yes Yos Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate.All information indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed profes ional engineer.)
Print or Type Name Si ture Dae Print or Type Name Si nature 1~~>tE Date Walkdown: of 10/04/93 DC C slT2 SCREENING VERIFICATION DATA SHEET (SVDS)Eq.CI Equip.tD No.Rsv No system/Equipmera Description Fkxr.Elev.Room or Row/Column Cspacrty vs.Demand Basis Cap>>Caveals Demarxi7 OIQ Anchor OKT Equip OXT ZMO-246 0 DIESEL LUBE OIL I CD EMER DIESEL GEM UPPER VALVE GEAR LUBRICATION CONTROL SOLENOID AUXILIARY 587.00 CQ EMER DSL GEN RM-IN THE MiDDLE EAST PART OF THE ROOM, 0 M THE EAST END OF CD EMERGENCY DIESEL GENERATOR&#xb9;2-OME-1 50CO.6 FEET ABOVE Yes Bounding Spectrum vs.SSE Ground Response Spectrum Yes Yes Yos Yes 77 78 79 81 87 10 10 12 12 14 14 240/4/Gs-1 24IV<GS-2 24IV47GS-3 24IV47GS-4 24IV47GX 1 24IV4GX-2 24IV4ID-PA 24IV470P-AB2 2427402-AB 24740Z-CO 0 DIESEL ROOM VEMTNATIOMI CD EMERGENCY DIESEL GENERATOR ROOM VENTIIATION SUPPLY FAN 0 DIESEL ROOM VENTitATION/AB EMERGENCY DIESEL GENERATOR ROOM VENTIIATION SUPPLY FAN DIESEL ROOM VENTILATION I AS EMERGENCY DIESEL GENERATOR ROOM CABNET VENTIIATION SUPPLY FAM 0 DIESEL ROOM VENTILATION I CD EMERGENCY DIESEL GENERATOR ROOM CAB NET VENTIIATION SUPPLY FAN 0 DIESEL ROOM VENTIIATIQM I CD EMERGENCY DIESEL GENERATOR ROOM VENTILATION EXHAUST CAN 0 DIESEL ROOM VENTILATION I AB EMERGENCY DIESEL GENERATOR ROOM VENTIIATIOM EXHAUST FAN 0 DIESEL ROOM VENTILATION I AB EMERGENCY DIESEL GENERATOR ROOM VENTIIATION EXHAUST FAN HV4IGX-2 TEMPERING AIR DAMPER 0 DIESEL ROOM VENTRATIONI AB EMERGENCY DIESEL GENERATOR ROOM VENTIIATION SUPPLY FAN HV4IGS.Z TEMPERING AIR DAMPER 0 DIESEL COMBUSTION AIR I AB EMERGENCY DIESEL TURBOCHARGER 0 DIESEL COMBUSTION AIR/CD EMERGENCY DIESEL TURBOCHARGER 0 120/208V MLSC SAFETY RELATED POWER DISTRIBUTION I POWER PANEL 0 120/208V Misc SAFETy REIATED POWER DISTRIBUTION I 120I208 VAC AVXIUARY F EEDWATER DISTRIBUTION PANEL AUXILIARY AUXILIARY AVXII.IARY AUXILIARY AUXII.IARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 CD EMER DSL GEN RM-N THE SOUTHEAST PART OF THE ROOM.20 FEET EAST OF THE GENERATOR END OF CO EMERGENCY GENERATOR 02&ME-15&CD.
10 587.00 AS EMER DSL GEM RM-IN THE SOUTHEAST REGION OF THE ROOM.OM THE EAST WAU15 FEET ABOVE THE FLOOR 587.00 AB EMER DSL GEM RM-4 FEET EAST OF THE EAST END OF AB EMERGENCY DIESEL GENERATOR&#xb9;2<ME-1 SQUAB, IN A VENTltATION DUCT, 10 FEET ABOVE THE 587.00 CO EMER DSL GEN RM-12 FEET NORTHEAS1'F CD EMERGENCY DIESEL GENERATOR CONTROL SVBPANEL&#xb9;247GCO, LOCATED IN A VEMTllATIOM DUCT.12 F EET 587.00 CO EMER DSL GEN RM IM THE SOUTHWEST CORNER OF THE ROOM, 15 FEET ABOVE THE FLOOR 587.00 AB EMER DSL GEN RM-IN THE NORTHWEST REGION OF THE ROOM.OM THE NORTH WAU15FEETABOVE THE FLOOR 587.00 AB EMER DSL GEN RM-N THE NORTHWEST REGION OF THE ROOM.24 FEET WEST OF THE ROOWS ENTRANCE DOORWAY, ON THE NORTH WALI15 FEET ABOVE 587.00 AB EMER OSL GEN RM-N THE SQVTHEAST REGION OF THE ROOM.3 FEET NORTHEAST OF THE AB EMERGENCY DiESEL FUEL OIL TRANSFER PUMP ROOM DOORWAY, 15 587.00 AB EMER OSL GEN RM-10 FEET SOUTH OF AB EMERGENCY DIESEL GENERATOR ROOM DOORWAY, 4 FEET EAST OF AB EMERGENCY DIESEL GENERATOR 587.00 CD EMER DSL GEN RM-OH THE NORTHEAST CORNER OF THE CD EMERGENCY DIESEL GENERATOR&#xb9;247ME-I SOCD, 8 FEET ABOVE THE FLOOR 58T.00 CD EMER DSL GENRM-10 FEET NWOF CD EMERGENCY D!ESEL GENERATOR&#xb9;2&ME-1504D, ON THE NORTH WALL 3'BOVE FLOOR 587.00 CD EMER DSL GEM RM-IM NE REGION OF ROOM, 5 FT NORTH OF NE END OF EMERG DIESEL GEN CD, OM N/A Yes Yes Yes Yes 1S x Boundstg Spearum vs.Rearrsdc Me%an Centeed Fkxx Response Spsara 1.5 x Boundrrg spearum vs.Rsarrsbc Median Centered Fkcr Response S M x Bounrfstg Spectrum vs.Rsahstic Messn Centered Fkcr Response Spectra 1.5 x Boundrng Spearurn va Reassdc Mesan Centered Fkcr Response Spectra 1.5 x Boundrrg Spectrum vs.Reasstic Median Centered Floor Response Spectra 1.5 x Boundrtg Spsctnm vS.R045$5c Mefan Centered Fker Response Spears Boundrtg Spectrum vs.SSE Ground Response Spectrum Boundrtg 8 pecuum vs.SSE.Ground Response Spect/um Boundng spectrum vs.ssE Ground Response Spsct/um Boundstg Spearum vs.SSE Grourxl Response Spectrum Boundng Speansn vs.SSE Ground Response Spearum Branding Speansn vs.SSE Grand Response Spectrum Yes Yes Yes Yos Yss Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yos Yes Yes Yos Yos Yes Yss Yos Y4$Yes Yos Yos Y4$Y4$Yes Y4$Y4$Yes Yos Yss Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with ail the entries and conclusions.
One signatory should.be a licensed p ofessional engineer.)
Print or Type Name ignature/zion Dae Print or T pe Name S n ure/s.s//fs Date
 
Walkdown: uf 10/04/93 DC CO.iT 2 SCREENING VERIFICATION DATA SHEET (SVDS).age8ofg Rem Eq.Cl 89 14 Equy.ln No.2-ELSC Rev Mo 0 121208V MISC SAFETY RELATED POWER DISTR I POWER PANEL AUXIUARY Floor Elev.Base Elev.ABEMERDSLGENRM INTHENEREGIONOF 587.00 Yes THE ROOM.ON THE EAST WALL Capacay vs.Demand BSSLS Spectrum vs.SSE Ground Re Spectrum Cap>Dam and7 Yes Yes OK7 Yes Yes Eqrap OK7 Yes 90 14 91 17 2<LSCX 247 ME.15MB 0 120I208V MISC SAF ETY RELATED POWER DISTRIBUTION I 121208VAC EMF RGENCY LOCAL SHUTDOWN AUXIUARY DISTRIBUTION PANEL 0 DIESEL GENERATION.
CONTROL 8 INSTRUMENTATION I AB EMERGENCY DIESEL GENERATOR AUXILIARY AB EMER DSL GEN RM-IN SE REGION OF ROOM.ON SOUTH WAU 10FT SOUTH OF EAST ENO OF AB EMERG DIESEL GENERATOR, 5'BOVE FLOOR.AB EMER DSL GEN RM IN THE CENTER OF THE ROOM 587.00 Yes 587.00 Yes souring Spectrum vs.SSE Grand Respcnse Spectrum Boundng Specuum vs.SSE Ground Response Spectrum Yes Y8$Yes Yes Yes Yes YOS Yes 92 17 93 18 24ME-15000 2CP~12 0 DIESEL GENERATION, CONTROL 8 INSTRUMENTATION I CO EMERGENCY DIESEL GENERATOR 0 DIESEL JACKET WATER I AB EMERGENCY DIESEL JACKET WATER PUMP QT.130ABL DISCHARGE PRESSURE SWITCH AUXILIARY CD EMER DSL GEN RM-IN THE CENTER OF THE ROOM, 10 FEET NORTH OF THE MAIN ENTRANCE ODOR 587.00 Yes AB EMER DSL GEN RM-5 FEET WEST OF AB 587.00 Yes EMERGENCY DIESEL GENERATOR ROOM DOORWAY, IN CONTROL SVBPANEL&#xb9;2.0GAB.ON THE NORTH WALL Boundng Specuum vs.SSE Ground Response Spectrum Boundng Spsctnsn vs.SSE Ground Response Specuum Yes Yos Yes Yes Yes 94 18 95 18 96 18 18, 98 18 99 18 100 18 101 18 102 18 103 18 2CP&314 2<PS<17 2-CPS419 24LS-120 MLS.121 24.LS-122 MLS-123 24.LS-125 24.LS-1 26 24ls-127 0 DIESEL JACKET WATER I AB EMERGENCY DIESEL JACKET WATER PUMP QT-130AB2 DISCHARGE PRESSURE SWITCH 0 DIESEL JACKET WATER I Co EMERGENCY DIESEL JACKET WATER PUMP QT-130CD1 DISCHARGE PRESSURE SWITCH 0 DIESEL JACKET WATERI CO EMERGENCY DIESEL JACKET WATER PUMP QT-130402 DISCHARGE PRESSURE SWITCH 0 DIESEL FUEL OIL I AB EMERGENCY 0 IES EL FUEL OIL OAY TANK QT-107~HIGH LEVEL SWITCH&#xb9;1 0 DIESEL FUEL OIL I AB EMERGENCY DIESEL FUEL OIL OAY TANK QT-107~LOW LEVEL SWITCH&#xb9;1 0 DIESEL FUEL OIL I AB EMERGENCY DIESEL FUEL OR.OAY TANK QT-10748 HIGH LEVEL SWITCH&#xb9;2 0 DIESELFUELOR.IAB EMERGENCY DIESEL FUEL OR.OAY TANK QT 107~LOW LEVEL SWITCH&#xb9;2 0 DIESEL FUEL OIL I CO EMERGENCY DIESEL FUEL OIL OAY TANK QT-1070 HIGH LEVEL SWITCH&#xb9;1 0 DIESEl.FUEL OIL I CO EMERGENCY DIESEL FUEL OIL DAY TANK QT-1070 LOW LEVEL SWITCH&#xb9;1 0 DIESEL FUEL OIL I CD EMERGENCY DIESEL FUEL OIL DAY TANK QT-107CO HIGH LEVEL SWITCH&#xb9;2 AVXIUARY AVXIUARY AUXILIARY AUXILNRY AUXILIARY AVXIUARY AUXiLIARY AUXILIARY AUXILIARY AUXILIARY AB EMER DSL GEN RM-5 FEET WEST OF AB EMERGENCY DIESEL GENERATOR ROOM DOORWAY, IN SUBPANEL&#xb9;2%GAB, ON THE NORTH WALL CDEMERDSLGENRM 5FEETWESTOF CO EMERGENCY DIESEL GENERATOR ROOM DOORWAY, IN SUBPANEL&#xb9;2<GCD, ON THE SOUTH WALL CD EMER DSL GEN RM-5 FEET WEST OF CO EMERGENCY DIESEL GENERATOR ROOM DOORWAY, LN SUBPANEL&#xb9;247GCD.OM THE SOUTH WALL ABEMERDSLGENRM-RELAYCHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP AB EMER DSL GEN RM RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP AB EMER DSL GEN RM-'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP AB EMER OSL GEN RM-'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP CD EMER DSL GEN RM-'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PVMP CD EMER DSL GEN RM-'RELAY CHATTER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP CD EMER DSL GEN RM'RELAY CHATr ER ANALYSIS IS DONE UNDER FUEL TRANSFER PUMP 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yes Boundng Spectrum vs.SSE Ground Response Spectnsn Boundng Specuum vs.SSE Ground Response Spectrum Bounrrng Specuum vs.SSE Grand Response Specuum Boundng Specuurn vs.SSE Groorxl Response Specuum Bandng Spectrum vs.SSE Grand Response Specuum Boundng Specuum vs.SSE Grand Response Specuum Boundng Spearurn vs.SSE Ground Response Specuum Boundng Spectrum v>>.SSE Ground Response Spectrum Bouncbrg Specuurn vs.SSE Grand Response Spectrum Boundng specuum vs.ssE Ground Resporle Spectrum Yes Yes Y8$Yes Yes Y8$Yes Yes Yes Yes Yes Y8$Yos Yes Yes Y8$Yes Yes Yes Y8$Yes Yes Yes Yes Yes Yes Yes Yes Yos Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and Conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed p fessional engineer.)
Printor T pe Name Signature/Z/Dae Print or Type Name Si na re Date Walkdown: V f 10/04/93 DC CO]IT 2 SCREENING VERIFICATI DATA SHEET (SVDS)Page 9 of 9 item Eq.CI Equy.to No.Rev No Fker Elev.Room or Row/Cohsnn Base Bev.Capacity vs.Demand Basis.Cap>>Demancrr Cavaats OK7 OK7 Interact OK7 Equp OK7 104 18 105 18 106 18 107 19 108 19 110 20 1'll 20 112 20 113 0 114 0 24.Ls-1 28 2-XP 3400 Z.XPS405 2-vrs441 2-VTS446 24X>>AB-X 247GC0 247GCD-X 2&v-1 AB 24KW-1-CD 0 DIESEL FUEL OIL I CD EMERGENCY DIESEL FUEL OIL DAY TANK QT-107CD LOW LEVEL SWITCH&#xb9;2 0 DIESEL COMBUSTION AIR I AB EMERGEkcY DIESEL FRONT BANK AIR CHEST EXTREME HIGH PRESSURE SWITCH 0 DIESEL COMBUSTION AIR I CD EMERGENCY DIESEL FRONT BANK AIR CHEST EXTREME HIGH PRESSURESWITCH 0 DIESEL ROOM VENTILATION I AB EMERGENCY DIESEL GENERATOR ROOM VENTILATION FANS HV.DGX-2 THERMOSTAT 0 DIESEL ROOM VENTIIATION I CD EMERGENCY DIESEL GENERATOR ROOM VENTILATION EXHAUST FAN HVDGX-1 THERMOSTAT 0 EQUIPMENT CONTROL AND INDICATIOM STATIONS I AB EMERGENCY DIESEL GENERATOR OME-150JIB CONTROL SUBPANEL 0 EQUIPMENT CONTROL AND INDICATION STATIONS/AB EMERGENCY DIESEL GENERATOR OME-1 50AB AUXILIARY SUB PANEL 0 EQUIPMEMT CONTROL AND IMDI CATION STATIONS I CD EMERGENCY DIESEL GENERATOR OME-1 50CO CONTROL SUBPANEL 0 EQUIPMEMT CONTROL AMD INDICATION STATIONS I CD EMERGENCY DIESEL GENERATOR OME-1 5thco AUXILIARY SUBPANEL 0 STAR1'NG AIR SYSTEM I PILOT OPERATED 4 WAY VALVE FOR AIR START XRVS FOR DIESEL ENGINE 0 STARTING AIR SYSTEM I PILOT OPERATED 4 WAY VALVE FOR AIR START XRVS FOR DIESEL ENGINE AUXIUARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 CD EMER DSL GEN RM-'RELAY CHATTER ANALYSIS IS DokE UNDER FUEL TRANSFER PUMP 587.00 ABEMERDSLGENRM-SFEETWESTOFAB EMERGENCY DIESEL GENERATOR ROOM DOORWAY, INSIDE DOUBLE DOORS OF CONTROL SUB PANEL&#xb9;24K>>AB.ON THE NORTH WALL 587.00 CO EMERDSL GEM RM-SFEETWEST OF CD EDG ROOM DOORWAY, INSIDE DOUBLE DOORS OF CD EMERGENCY DIESEL CONTROL SUBPANEL&#xb9;24X>>CD.ON THE SOUTH WALL 587.00 AB EMER OSL GEN RM-NORTHWEST REGION OF ROOM, ON AB EMERG DIESEL GEN RM VENT EXHAUST FAN&#xb9;244V47GX-2.
NEAR THE NORTH WALL 587.00 CD EMER DSL GEN RM-IN THE SOUTHWEST CORNER OF THE ROOM.ON THE WEST SIDE OF CD EMERGENCY DIESEL GENERATOR ROOM VENTItATIOM EXHAUST FIRE 587.00 AB EMER DSL GEN RM-MIDDLE SOUTH REGION OF THE ROOM, 10 FEET NORTHWEST OF AUXILIARY BUILDNG VENTiLATIOk EXHAUST UNIT&#xb9;24tv~-2 587.00 AB EMER OSL GEN RM NEAR THE CENTER OF THE WEST WALI 3 FEET kORTH OF AB EMERGENCY DIESEL STARTNG AIR RECEIVER&#xb9;ZAT-1 4 MB I 587.00 CDEMERDSLGEMRM 5FEETWESTOF CD EMERGENCY DIESEL GENERATOR ROOM DOORWAY, 4 FEET SOUTHEAST OF CD EMERGENCY DIESEL GENERATOR EXCITER 587.00 CD EMER OSL GEM RM IN THE MIDDLE WEST REGION OF THE ROOM.15 FEET SOU1H OF CD EMERGENCY DIESEL STARTING AIR RECEIVER&#xb9;2<T-1414'Dt 587.00 Yes 587.00 Yes 587.00 Yes 587.00 Yas 587.00 Yes 587.00 Yas 587.00 Yes 587.00 Yes 587.00 Yes 587,00 N/A 587.00 N/A Boundeg Spectrum vs.SSE Ground Rasper>>e Spectrum Bounchng Spectrum vs.SSE Grotstd Response Sped'oundsvg Specinsn vs.SSE Ground Response Spectrum Boundeg speci/um vs.SSE Ground Respoi>>e Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum Boundeg Speci/um vs.SSE Ground Response Spectrum Boundstg Speci/um vs.SSE Ground Response Spectrum Botndstg Spectrum vs.SSE Ground Response Spectrum Boundstg speci/um vs.SSE Ground Response S pectnsn Judgement VS Raahate Madran Cantered Fker Response Sprectra Judgement VS Reahste Med>>n Cantered Fker Response Sprectrs Yas Yes Yas Yes Yes Yes Yes Yds Yes Yes Yes Yes Yds Yes Yes N/A N/A Yds Y8$Yds Yas Yas Yes Yes Y8$No Yes Yes Yds Yes Yes Yes Yes Y8$Yes Yas Yes Y8$115 0 116 0 2~V-2-AB 2&OV.Z-CD 0 STARTING AIR SYSTEM I PILOT OPERATED 4 WAY VALVE FOR AIR START XRVS FOR DIESEL ENGINE 0 STARTING AIR SYSTEM I PILOT OPERATED 4 WAY VALVE FOR AIR START XRVS FOR DIESEL ENGINE 587.00 N/A Judgement Vs Reahhte Madran Cantered Fker Response Sprect/a NlA Judgement vs Raahste Meehan Cantered Fbor Response Sprectra Yds Yas Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
/s///5~'Qyna I/Jgt Print or Type Name Si nature Date Print or Type Name ign ure Date Walkdown: W f 10/5/94 DC CO IT2 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of1 Item Eq.CI Equp.lo No.Rev No System/Eqrspment Descnpten Floor Etev.Roonl of Row/Coaxnn Base Elev.Capaccy vs.Demand Bas'>>Cap>Demand?Caveats OK?OK?Eqrap OK?7 2&RV-1 70 2 7 2<RV-171 7 2~44 0 LETDOWN (CVCS)/EXCESS LETDOWN HEAT EXCHANGER HE-13 1 AIR OPERATED OUTLET PRESSURE CONTROL VALVE 0 LETDOWN (CVCS)/EXCESS LETDOWN HEAT EXCHANGER HE-13 1 AIR OPERATED OUTLET DIVERSION VALVE 0 CCW/EXCESS LETDOWN HEAT EXCHANGER HE-1 3 CCW OUTLET SAFETY VALVE CONTAINMENT 612.00 CONTAINMENT 612.00 CONTAINMENT 612.00 REG EN HEAT Xcrt GR RM-AT THE WEST END OF EXCESS LETDOWN HEAT EXCHANGER&#xb9;2-HE 13, WEST OF AIR OPERATED VALVE&#xb9;2 QRV-171, 1 FOOT ABOVE THE REGEN HEAT XCHGR RM NEAR CENTER OF EXCESS LETDOWN HEAT EXCHANGER&#xb9;24lE-13, 1 FOOT ABOVE THE FLOOR REGEN HEAT XCHGR RM NEAR CONT WALI'I FT.FROM EXCESS LETDOWN HEAT EXCHANGER&#xb9;24IE 13.AZ 300.612.00 Yes 612.00 Yes 612.00 Yes Boundeg Specuum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Respor>>e Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Yes Yes Yes Yes 24NNGS-DAB 0 DIESEL ROOM VENTILAT/AS EMERGENCY DIESEL GENERATOR ROOM VENTILATION SUPPLY FAN HV4)GS-I OUTSIDE AIR SHUTOFF DAMPER AUXILIARY 596.00 INNER PLANT GROUNDS-50 FT NORTHWEST 587.00 Yes OF RWST TANK&#xb9;12-TK43, ACESSIBLE FROM A MANHOLE NEAR THE 609 ELEVATION AIR INTAKE FILTER Boundeg Spectrum vs.SSE Ground Respor>>e Spectrum Yes Yes Yes 5 8 2-ICM405 8 2-ICM~0 RESIDUAL HEAT REMOVAL/RECIRCUIATION SUMP TO EAST RHR/CTS PUMPS SUCTION CONTAINMENT IS OtATION VALVE 0 RESIDUAL HEAT REMOVAL/RECIRCULATION SUMP TO WEST RHR/CTS PUMPS SUCTION CONTAINMENT ISOLATION VALVE AUXII.IARY 591.00 AUXILIARY 591.00 VESTIBULE 15 FEET SOUTHEAST OF THE ROOM'S ENTRANCE DOOR, INSIDE EAST VALVE ENCLOSURE TANK&#xb9;2-TK46 VESTIBULE-10 FEET SOUTHEAST OF THE ROONrs ENTRANCE DOOR, INSIDE WEST VALVE ENCLOSURE TANK&#xb9;2-TK47 587.00 N/A 587.00 N/A 1.5 x Boundrtg Spectrum vs.Rea1stic M<<fian Centered Floor Response Spectra 1.5 x Boundrng Spectrum vs.Res%Itic M<<san Centered Floor Rasper>>e Spectra Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature*/J-Date Print or T pe Name Signature/-~-2 Date Walkdown: f 10/5/95 DC CO IT 2 SCREENING VERIFICA rt DATA SHEET (SVDS)Item Eq.Cl Eqrsp.lo No.Rev No System/Equipment 08SCrsXen Fker Elev.Room or Rcw/Cok/mn Capacrty vs.Demand Basis Caveats OK?OK?Int8faot OK?Equip OK?1 20 24 Gt 2 20 2CG2 3 20 24:G3 5 20 241PC-I 6 20 24tPC4l 7 20 241PC-!Il 6 20 24tpc-IV 0 EQUiPMENT CONTROL AND INDICATION STATIONS I REACTOR PROTECTION CONTROL GROUP&#xb9;1 CABINET&#xb9;14.15, 16 0 EQUIPMENT CONTROL AND INDICATION STATIONS/REACTOR PROTECTION CONTROL GROUP&#xb9;2 CABINET&#xb9;17.&#xb9;18&&#xb9;19 0 EQUIPMENT CONTROL AND INDICATION STATIONS I REACTOR PROTECTION CONTROL GROUP&#xb9;3 CABINET&#xb9;20.&#xb9;21 0 EQUIPMENT CONTROL AND INDICATION STATIONS I REACTOR PROTECTION CONTROL GROUP&#xb9;4 CABINET&#xb9;22.<<23.&#xb9;24.&&#xb9;25 0 REACTOR PROTECTION I REACTOR PROTECTION CHANNEL I CAB&#xb9;1, 2.3&4 0 REACTOR PROTECTION I REACTOR PROTECTION CHANNEL II CABINET l/5,6&7 REACTOR PROTECTION/REACTOR PROTECTION CHANNEL Ill CABINET<<9, 10&11 0 REACTOR PROTECTION I REACTOR PROTECTION CHANNEL IV CABINET<<12 AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 633.00 CONTROL ROOM-IN THE NORTHEAST 633.00 REGION OF THE ROOM, NEAR MIDDLE OF THE NORTH WALL 633.00 CONTROL ROOM-IN THE NORTHEAST 633.00 CORNER OF THE ROOM.NEAR THE NORTH WALL FULLWALKDOWM DONE DURING RHR 633.00 CONTROL ROOM-IN THE NORTHEAST REGION OF THE ROOM, ON THE REAR SIDE OF RADIATION MONITORING SYSTEM RACK I PANEL&#xb9;24?MS4 633.00 CONTROL ROOM-IN THE NORTHEAST REGION OF THE ROOM, ON THE REAR SIDE OF RADIATION MONITORING SYSTEM RACK I PANEL<<241MB-I 633.00 CONTROL ROOM-IN THE SOUTHWEST REGION OF THE ROOM, ON THE REAR SIDE OF CONDENSATE HEATER LEVEL CONTROL PANEL&#xb9;24', NEAR CONDENSATE 633.00 CONTROL ROOM-IN THE SOUTHWEST REGION OF THE ROOM.ON THE REAR SIDE OF TURBINE CONTROL PANEL&#xb9;2-T.NEAR TURBINE PANEL REAR 633.00 CONTROL ROOM-IN THE SOUTHWEST 633.00 REGION OF THE ROOM, ON THE REAR SIDE OF STEAM GENERATOR AND AUXILIARY FEED PUMP COMTROL PANEL&#xb9;2-SG 633.00 CONTROL ROOM-IN THE SOUTHWEST REGION OF THE ROOM, ON THE REAR SIDE OF CONDENSATE PUMP CONTROL PANEL&#xb9;2-CP N/A N/A NIA N/A Bound<</9 Spectrum vs.SSE Ground Response Spectrum 1.5 x Bound<<tg S pectrum vs.Reaastic Median Centered Fker Response Spectra 1.5 x Boundstg S pectnsn vs.Rear/stic Median Centered Fker Response Spect/a 1.5 x Boundstg Spectrum vs, Rea5slic Median Centered Fker Response Spectra 1.5 x Boundvtg Spectrum vs.Reassdc Mefen Centered Fker Response Spect/a 1.5 x Bound<<to Spectnsn vs.Rearrstic M/xfran Centered Fker Response Spectra 1.5 x Boundstg Spectrum vs.Rear/sue Median Conte/ed Fker Response Spectra 1.5 x Bot<<tdstg Spectrum vs.Rearrssc Me/fran Centered Fker Response Spectra Y8$Y8$Yes Y8$Yes Yes Yes Yes Yes Yes No No No Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).lu ar Print or T pe Name Signat r Date te Print or T pe Name Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
4 Q M I-/--7C Si nature Walkdown: 0 f 3I14/94 DC CO IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 1 of1 item Eq.CI Eqrsp.ID No.Rev No System/Equrpmant Descnptron Room or Row/Column Base Eiev.Ce peaty vs, Demand Basis Csp>Demand?Covests OK?Equip OK?2 7 244RV-152 244RV.1 54 0 NUCLEAR SILVIPLING I STEAM GENERATOR&#xb9;2 STEAM SAMPLE MSX-102 SAMPLE SHUTOFF VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR&#xb9;4 STEAM SAMPLE MSX-104 SAMPLE SHUTOFF VALVE CONTAINMENT CONTAINMENT 612.00 W CONT LOWER VENT RM-ON THE CRANEWALL SIDE OF THE WALKWAY 612.00 E CONT LOWER VENT RM-ON THE CRANEWALL SIDE OF THE WALKWAY, BETWEEN COLUMNS&#xb9;6 AND&#xb9;7, 2 FEET ABOVE THE FLOOR 61 2.00 612.00 Yas YS$Boundng Spectrum vs.SSE Ground Response specimen Boundng Spectrum vs.SSE Ground Response Spectnrm No No NIA Yes 2$V.122$2$V-1224 0 CCW I CCW TO CONT VENTILATION FAN HV<EQ-2 MOTOR AIR COOLER COW OUTLET SAFETY VALVE 0 CCW I CONTAINMMENT VENT FAN HVCEQ-1 MOTOR AIR COOLER CCW OUTLET SAFETY VALVE CONTAINMENT CONTAINMENT 625.00 HVCEQ-2 FAN RM-ON THE CRANEWALL SIDE 625.00 OF THE WALKWAY, 1 FOOT F ROM VENT FAN&#xb9;24IVCEQ-2, 10 FEET FROM COLUMN&#xb9;26.4 FEET ABOVE THE 625 EL PlATFORM 625.00 HVCEQ-1 FAN RM ON THE CRANEWALL SIDE 625.00 OF THE WALKWAY, 1 FOOT FROM VENT FAN&#xb9;241V CEO-I, 15 FEET FROM COLUMN&#xb9;1.NEAR THE GRATING Yos Yos Boundng Spectrum vs.SSE Gnwnd Response Spectrum Bandng Spectrum vs.SSE Gnwnd Response Spectrum Yos NIA Yos 5 7 2$V$2-2 0 CCW I REACTOR COOLANT PUMP PP<5-1 THERMAL BARRIER CCW OUTLET SAFElY VALVE 0 I REACTOR CoolANT PUMP PP~2 THERMAL BARRIER CCW OUTLET SAFETY VALVE CONTAINMENT CONTAINMENT 617.00 LOWER CONT, QUAD NO.1 BTWEEN REACTOR COOLANT PUMP&#xb9;1 AND SG&#xb9;1, ON THE SG SIDE OF 61 7 EL PLATFORM.617.00 LOWER CONTAINMENT, QUADRANT NO.2-BETWEEN REACTOR COOLANT PUMP&#xb9;2+P-45.2 AND THE SHIELD WALION THE 617 ELEVATIOM PLATFORM.612.00 612.00 Yas Bandng Spearum vs.SSE Ground Response Spectrum Bandng Spectrum vs.SSE Ground Response Spectrum Yos Yes Yes Yes 7 7 9 8 10 8 11 8 12 8 13 18 2$V$2$2$V$2%2.IIAOAI 2.04042 24FI$1 0 I REACTOR COOLANT PUMP PP~3 THERMAL BARRIER COW OUTLET SAF ElY VALVE 0 I REACtOR CoolANT PUMP PP<5-4 THERMAL BARRIER CCW OUTLET SAFEIY VALVE 0 BORONINJEGTIONI BORON INJECTION TO REACTOR COOLANT LOOP&#xb9;1 SHUTOFF VALVE 0 BORON INJECTION I BORON INJECTION TO REACTOR COOlANT LOOP&#xb9;2 SHUTOFF VALVE 0 BORON INJECTION I BORON INJECTION TO REACTOR COOlANT LOOP&#xb9;3 SHUTOFF VALVE 0 BORON INJEGTIONI BORON INJECTION TO REACTOR COOLANT LOOP&#xb9;4 SHUTOFF VALVE 0 BORON INJECTION I BORON IN JECTION TO REACTOR COOLANT LOOP&#xb9;1 FLOW INDICATOR TRANSMITTER CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT 612.00 LOWER CONTAINMENT, QUADRANT NO.3-612.00 8ElWEEN RCP&#xb9;3 AND STEAM GENERTOR C4 ON 618 ELEVATION PLATFORM.612.00 LOWER CONTAINMENT, QVADRANT NO.4-612.00 BETWEEN REACTOR CoolAMT PUMP&#xb9;4 AND SHIELD WAUON 618 ELEVATION PLATFORM.598.00 ANNULUS.QUAD NO.1-OM THE CRANEWALL SIDE OF THE WALKWAY, 10 FEET FROM COLUMN&#xb9;2.3 FEET ABOVE THE FLOOR 59800 ANNULUS, QUAD NO.2-ON THE CRANEWALL SIDE OF THE WALKWAY 598.00 ANNULUS, QUAD NO.3-ON THE CRANEWALI.
SIDE OF THE WALKWAY, 10 FEET FROM COLUMN&#xb9;18.4 FEET ABOVE THE FLOOR 598.00 ANNULUS, QUAD NO.4 15 FEET FROM COLUMN&#xb9;9, 5 r EET ABOVE THE FLOOR, BY.THE CRANEWALL 598.00 ANNULUS, QUAD NO.1 NEAR THE CRANEWALL SIDE OF THE WALKWAY, BElWEEN COLUMNS&#xb9;2 AND&#xb9;3, 4 FEET ABOVE THE FLOOR Yes Yos Yes Yes Yes Yos NIA Boundng Spearum vs.SSE Ground Response Spectrum Bandng Spectrum vs.SSE Gnwnd Response Spectrum Bandng Spectrum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Gnwnd Response Spectrum Boundng Spaarum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum 1.5 x Boundng Spearurn vs.Reotsdc Morgan Centered Fkror Response Spectra Yes Yos Yos Yes Yes Yes Yes Yos Yes Yes NIA NIA NIA Yes Yes Yes Yes Yes Yes Yes Yes 14 7 15 7 2&RV-163 24IRV-164 0 REACTOR COOIANT I REACTOR Coo lAMT LOOP&#xb9;3 TO PRESSURI2ER SPRAY CONTROL 4 AIR OPERATED GLOBE VALVE 0 REACTOR COOLANT I REACTOR COOlANT LOOP&#xb9;4 TO PRESSURIZER SPRAY CONTROL 4 AIR OPERATED GLOBE VALVE CONTAINMENT CONTAINMENT 612.00 LOWER CONT.QUAD NO.3-AT THE 612 ELEVATION PLATFORM, ON THE CRANEWALL SIDE OF REACTOR COOLANT PUMP&#xb9;24'P-45-3, 2 FEET ABOVE THE 612 EL 612.00 LOWER CONT, QUAD NO.3-AT 612 PlATFORM ELEVATIOM, NEAR REACTOR COOLANT PUMP&#xb9;24'P<5$, ON THE CRANEWALL SIDE OF THE WALKWAY 612.00 612.00 Boundng Spectrum vs.SSE Grand Response Spectrum Bouodng Spectrum vs.SSE Grourxi Response Spectrum Yos Yos Yes Yos Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries Print or T pe Name Date Date Walkdown: 1 3 DC CO IT 2 SCREENING VER.FICATI N DATA SHEET (SVDS)Page1 of1 Eq.CI Equp.io No.Rev No Floor Elev.Room or Rowtcohann Capacsy vs.Demand Bas's Cap>Demand?Caveats OK?OK?Equip OK7 7 2-SV I2I 0 I 2-DRA-300 SAMPLE HEAT EXCIIANGERS CCW RETURN HEADER SAFETY VALVE 7 2%RVAIO 0/DEMINERALIZED hlAKEUP WATER TO CCW SURGE TANK'A'.S AIR OPERATED SHUTOFF VALVE AUXILIARY AUXILIARY 39 I.OO STARTUP BLOWDOWN FLASHTAh?t Rhl-IO FT NW OF THE VESTIBULE DOORWAY 630.00 Boundea Spectrum vs.SSE Ground Response Spectrum 1.5 x Boundsta Spectrum Vs.Resinic Merfisn Centered Floor Response Spectra Ya Ya 7~RVA I I 0 I DEh!INERALIZED htAKEUP WATER TO CCW SURGE TAhl<'8'.S AIR OPERATED S)BlrOFF VALVE AUXILIARY 630.00 HAI.LWAY 1.5 x Boundrta Spectrum vs.Realstic Metsan Centered Fkxx Response S a Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.).tz/)alga Print or Type Name Signature Date Print or T pe Name Signature Date Walkdown: I/.f 11/8/93 DC CO IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page1 of 6 Equp.lo No.Rev No F acr Elev.Room or Row/Column Cspauty vs.Demand Basis Cap>Damarx/7 Caveats OK'7 OIQ Equ4/OK7 10 12 13 2-DCR401 2<CR~247CR~247CR404 24/CRQ10 24KR~2<CR~2&CR414 2-IRV-260 24ICR-251 244CR-252 24/ICR.253 0 NUCLEAR SAMPLINGI S'TEAM GENERATOR&#xb9;1 BLOWDOWN SAMPLE DSR401 CONTAINMENT ISOLATION VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR&#xb9;2 8 LOWDOWN SAMPLE DSR402 CONTAINMENT ISOlATION VALVE 0 NUCLEARSAMPLING/STEAM GENERATOR&#xb9;3 8 LOWDOWN SAMPLE DSR403 CONTAINMENT ISOlATION VALVE 0 NUCLEAR SAMPLING/STEAM GENERATOR&#xb9;4 BLOWDOWN SAMPLE DSR404 CONTAINMENT ISOlATION VALVE 0 BLOWDOWN I STEAM GENERATOR OMM-1 BLOWDOWN CONTAINMENT ISOIATION VALVE 0 BLOWDOWN I STEAM GENERATOR OME4-2 BLOWDOWN CONTAINMENT ISOLATION VALVE 0 BLOWDOWN I STEAM GENERATOR OME~BLOWDOWN CONTAINMENT ISOLATION VALVE 0 BLOWDOWN I STEAM GENERATOR OMEN-4 BLOWDDWN CONTAINMENT ISOlATION VALVE 0 NITROGEN (REACTOR PLANT SERVICE)I NITROGEN SUPPLY TO ACCUMUtATOR TANKS CONTAINMENT ISOLATION VALVE 0 SAFETY IN JECTION I SAFETY INJECTION TEST LINE SHUTOFF VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR&#xb9;1 STEAM SAMPLE MSX-101 CONTAINMENT ISOlATION VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR I/2 STEAM SAMPLE MSX-1 02 CONTAINMENT ISOlATION VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR&#xb9;3 STEAM SAMPLE MSX-103 CONTAINMENT ISOLATION VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUX/I.IARY AUXILIARY 591.00 VESTIBULE-ON THE EAST END, BELOW THE PLATFORM GRATING m 591.00 VESTIBULE-ON THE EAST END, BELOW THE PlATFORM GRATING 591.00 VESTIBULE-ON THE EAST END.BELOW THE Pl'ATFORM GRATING 591.00 VESTIBULE ON THE EAST END, BELOW THE PlATFORM GRATING 591.00 STARTUP 8 LOWDOWN FLASHTANK RM-IN 609.00 THE NORTHEAST SECTION OF THE ROOLL 20 FEET EAST OF STARTUP BLOWDOWN FlASHTANK&#xb9;2-TK<9.ON THE 601 ELEVATION 591.00 STARTUP BLOWDOWN FLASHTANK RM-IN 609.00 THE NORTHEAST SECTION OF THE ROOM.20 FEET SOUTHEAST OF STARTUP BLOWDOWN FLASHTANK&#xb9;2-7K<9.ON THE 601 ELEVATION 591.00 STARTUP BLOWDOWN FLASHTANK RM-15 609.00 FEET NORTHEAST OF STARTVP BLOWDOWN FLASHTANK&#xb9;Z-TK<9, ON THE 601 ELEVATION PLATFORM 591.00 STARTUP SLOWDOWN FlASHTANK RM IN THE NW PART OF THE ROOM.20 FT.FROM STARTUP SLOWDOWN FLASHTANK Z-TK<9, ON THE 601 ELEVATION PtATFORM 591.00 STARTUP BLOWOOWN FLASHTANK RM-IN 567.00 THE NORTHEAST REGION OF THE ROOOM, ON THE EAST SIDE OF THE 601 ELEVATION PlATFORM 587.00 S SAFETY INJ PMP RM IN THE SOUTHEAST 587.00 REGION OF THE ROOM, 6 FEET SOUTHEAST OF SOUTH 8/'FEIY INJECTION PUMP&#xb9;2+P-26S, NEAR THE SolflH WALL 591.00 VESTIBULE IN THE SOUTHEAST REGION OF THE ROOM.ON THE 596 ELEVATION PLATFORM, UNDER THE 601 ELEVATION PLATFORM 591.00 VESTIBULE-IN THE SOUTHEAST REGION OF THE ROOM, ON THE 596 ELEVATION PLATFORM, UNDER THE 601 ELEVATION PlATFORM 591.00 VESTIBULE-IN THE SOUTHEAST REGION OF THE ROOM.ON THE 596 ELEVATION PLATFORM.UNDER THE 601 ELEVATION PLATFORM N/A N/A N/A N/A 1.5 x Bounding Spectrum vs.Reaasfic Median Centered Boor Response Spectra 1.5 x Bounding Spectrum vs.ReaMc Median Centered Floor Response Spectra 1.5 x Boundag Spectrum vs.Reahsdc Median Centered Boor Response Spectra 1.5 x Bounding Spectrum vs.Rearisdc Median Centered Boor Response Spectra 1h x Boundstg Spectrum vs.Reaasdc Median Centered Boor Response Spectra 1.5 x Boundstg Spectnsn vs.Rea issc Median Centered Fker Response Spectra 1.5 x Boundsvg Spectrum vs.R889$5c Median Centered Boor Response Spectra 1.5 x Bounding Spect/um vs, ReaMc Median Cantered Boor Response Spectra 1.5 x Bounding Spectrum vs.Realistic Median Centered Boor Response Spectra 1.5 x Bets@leg Spectrum vs.Rea!istic Median Centered Boor Response Spectra 1.5 x Bounding Spectnsn vs.Realsdc Median Centered Boor Response Spectra 1.5 x Bounding Spectnxn VS.Resrisdc Median Cantered Fker Response Spectra 1.5 x Bounding Spect/um vs.Rearis5c Median Centered Fker Response Spectra Yes Yes Yes Yes Yes Yes Yes Yes N/A N/A Yes Yas Yes Y8$Yes Yes Yes Yes Y8$Y8$Yes Yes Yas Yes Y8$Yes Yes Yes.Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
)c.,O.M 0 l2/i<a/~>(-rg-fg Print or T pe Name" Signature Date Printor T pe Name Signature Date Walkdown: ti.of 11/8/93 DC CO IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 2 of 6 14 Eq.Ci Equip Io No.Rev No Sfstem/Equpmenl Descnpicn 24ICR-254 0 NUCLEAR SAMPLING I STEAM GENERATOR$4 STEAM SAMPLE MSX-104 CONTAINMENT ISOLATION VALVE AUXILIARY Fkxx Eiev.Roorri or Rovr/CO4lnn 591.00 VESTIBULE-IN THE SOUTHEAST REGION OF THE ROOM.ON THE 596 ELEVATION PLATFORM.UNDER THE 601 ELEVATION PLATFORM Base Ek/v.1.5 x Bourxing Specuum vs.ROSS$5c Median Centered Fkor Response Spectra Cap>Dan axi?Yes Caveats OK?Yes OK?N/A Interact OK?Y85 Equip OK?Yes 15 16 17 18 19 2&RV-251 243RV421 24)RV430 26V-101 26V-166 26V66 0 CHARGING(CVCS)/CVCS CENTRIFUGAL CHARGING PUMPS DISCHARGE FLOW 3 AIR OPERATED CONTROL GLOBE VALVE 0 BORON MAKEUP (GVCS)I SOUTH BORIC ACID FILTER TO Cvcs CHARGING PUMPS AND SOUTH BORIC ACID BLENDER 1 AIR OPERATED FLOW CONTROL GLOBE VALVE 0 BORON MAKEUP (GVCS)I SOUTH BORIC ACID STORAGE TANK TK-12S 2 AIR OPERATED INLET FLOW CONTROL GLOBE VALVE 0 NITROGEN (REACTOR PLANT SERVICE)I NITROGEN SUPPLY HEADER TO ACCUMULATOR TANKS SAFElY VALVE 0 CCW/POST&CCIDENT SAMPLE HEAT EXCHANGER CCW RETURN HEADER SAFElY VALVE 0 LETDOWN (CVGS)I CVCS CHARGING PUMPS SUCTION HEADER SAFETY VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 RECIPROCATING CHARG PMP RM-IN THE NORTHEAST PART OF THE ROOM, 3'AST OF THE NORTH END OF RECIPROCATING CHARGING PUMP//2+P49, 2 FEET ABOVE FLOOR 587.00 BORIC ACID STOR TANK AREA-IN THE SOUTHEAST REGION OF THE ROOM, T SOUTHEAST OF SOUTH BORIC ACID sT0RAGE TANK<<2-TK42s.2 FEET ABovE THE FLOOR 587.00 BORIC ACID STOR TANK AREA-IN THE SOUTHEAST REGION OF THE ROOM, 1'OUTHEAST OF SOUTH BORIC ACID STORAGE TANK 82 TK126.2 FEET ABOVE THE FLOOR 591.00 STARTUP BLOWDOWN FLASHTANK RM 20 FEET SoulHEAST OF THE BLOWDOWN TANK.ABOVE GRATING.NEAR THE CONTAINMENT WALL 587.00 NUCLEAR SAMPUNG RM-ON THE UNIT 2 SAMPLE RACK'Iy, ON THE EAST WALL, AT THE SOUTH END OF THE RACK, 8 FEET ABOVE THE FLOOR 587.00 RECIPROCATING CHARG PMP RM-SOUTHEAST OF THE PUMP, 9 FEET ABOVE THE FLOOR N/A N/A 1.5 x Boundrig specaum vs.Reafistic Median Centered Fkor Respcnse Spectra 1.5 x Boundng Spectrum vs.Realstic Median Centered Fker Response Spectra 1.5 x Bounding Spectrum vs.ROSSSSc Mafian Centered Fk>sr Response Spectra 1.5 x Bounding Spectrum vs.Resist)a MaSan Centered Roor Response Spectra 1.5 x Bounding Spectrum vs.ROOSstic Marian Centered F kcr Response Spectra 1.5 x Bcxxxtng Spectrum vs.RSSSstic Mafian Centered Fkior Re S Yes Yes Yes Yes Yes Y8$Y8$Y8$Yes N/A N/A N/A Yes Yes Yes Yes Yes Yes 21 26V60 0 COMPONENT COOUNG WATER I COMPONENT COOLING WATER SURGE TANK TKQ?SAFETY VALVE 0 CCW I LETDOWN HEAT EXCHANGER HE-14 COW OUTLET SAFETY VALVE 0 CCW I CCW To SOUTH BORIC AGIO EVAP DRUM 12+IE-194)s SAFHY VALVE AUXILIARY AUXILIARY AUXILIARY 650.00 650 HALLWAY ON TOP OF THE COMPONENT COOLING WATER SURGE TANK 633.00 633 HALLWAY-5 FEET EAST OF FREIGHT ELEVATOR SOUTH DOOR, NEAR THE EAST WALL, 12 FEET ABOVE THE FLOOR 587.00 587 HALLWAY-NORlH OF THE SOUTH BORIC ACID EVAPORATOR ROOM DOORWAY.597 ELEVATION P;ATFORM, ON THE WEST WALL N/A 1.5 x Boundng Spec@urn vs.ROSSstic Mafian Centered Fkcr Re S 1.5 x Bounding Speci/um vs.ROSSsuc Median Centered Fkor Re S 1.5 x~S pact/um vs.ReaS$5c Mafian Centered Fkcr Re S 8 Yes Yes Yes Yes Y8$Yes N/A N/A Yes Yes Yes 24 25 2-SV67-1 2.SV67-2 26V676 0 CCW/FAILED NVCLLEAR FUEL DETECTOR SAMPLE HEAT EXCHANGER QC601.13 CCW OUTLET SAF HY VALVE 0 CCWI NUCLEAR SAMPLING SAMPLE RACK A CCWRETURN HEADER SAFElY VLVE 0 CGW/NUCLEAR SAMPLING SAMPLE RACK B CCW RETURN HEADER SAFETY VALVE AUXILIARY AUXILIARY AUXIUARY 587.00 REFUEL WTR PURIFICATION PMP RM 7 FEET NORTH OF THE DOORWAY.0 N lHE WEST WALL 6 FEET ABOVE THE FLOOR 587.00 NUCLEAR SAMPLING RM-ON UNIT 2 SAMPLE RACK A LOCATED IN THE NORTHWEST AREA OF THE ROOM, NORTHERN END OF THE RACK 587.00 NUCLEAR SAMPLING RM-ON UNIT 2 SAMPLE RACK B LOCATED ON THE EAST END WALL SOUTHERN END OF THE RACK N/A 1.5 x Boundng Speci/um vs.Realstic Marian Centered Fkxx Response Spectra 1.5 x Bounding Spectrum vs.RoaSstic Median Centered Boor Response Spectra 1.5 x Bounding Spectnxn vs.RoaSstic MaSan Centered Boor Re S Yes Yes Y8$Yes Y8$N/A Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Si nature Date Print or Type Name Si nature Date Walkdown: t of 11/8/93 DC C NIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 3 of 6 Ett.Ci Eqvp.ID No, Rev No Srst<<n/Equiprtent Descnptxxt Busdeg.Fker Eiev.Room or Row/Column Base Eiev.Cap>Caveats Demand?OK?OK?Equip OK?27 28 2<V-72W 0 COMPONENT COOLING WATER/WEST RESIDUAL HEAT REMOVAL HEAT EXCHANGER COMPONENT COOLING WATER OUTLFT SAF Elv VALVE 0 REFUELING WATER STORAGE TANK SUPPLY/SAFHY IN JECTIOM PUMPS SUCTION HEADER SAFElY VALVE 0 SAFElY INJECTION/NORTH SAFElY INJECTION PUMP PP-26N DISCHARGE HEADER SAFETY VALVE AUXILIARY 633.00 AUXILIARY 587.00 AUXILIARY 587.00 633 HALLWAY-25 FEET SOUTH OF THE FREIGHT ELEVATOR SOUTH DOOR.ABOVE THE STAIRWAY ENCLOSURE AT 645 ELEVATIOM, AT THE EAST WALL S SAFETY IN J PMP RM-IN THE NORTHEAST REGION OF THE'OOM N SAFETY IN J PMP RM-EAST OF NORTH SAFETY INJECTION PUMP&#xb9;2+P-26N.6 FEET ABOVE THE FLOOR 587.00 N/A 587.00 N/A 1.5 x Boundsvg Speci/um vs, Rear>>dc M<<f>>n Centered Fkcr Response Spectra 1.5 x Boundng Spectrum vs.Realstic M<<f>>n Centered Fioor Response Spectra 1.5 x Boundstg Speci/um vs.R881sdc Median Centered Fkgr Response Spectra Yes Yes Yes N/A N/A Yes Yes Yes Yes 2<V-986 0 SAFETY INJECTION/SOUTH SAFETY INJECTION PUMP PP.26S DISCHARGE HEADER SAFETY VALVE AUXILIARY 587.00 S SAFETY IN J PMP RM-SOUTHEAST REGION OF THE ROOM 587.00 N/A 1.5 x BoundIng Spectrum vs.Rear>>dc M<<f>>n Centered Fker Res por>>e Spectra Yes Yes N/A Yes Yes 3'I 2CCM451 2CCM452 2<CM453 2<CM458 2CCM459 0 COMPONENT COOLING WATER/RC PUMPS BEARING OIL COOLERS CCW RETURN HEADER TRAIN'A'ONTAINMENT ISOLATION VALVE 0 COMPONENT COOUNG WATER/Rc PUMPS BEARING OIL COOLERS CCW RETURN HEADER TRAIN'F CONTAINMENT ISOlATION VALVE 0 COMPONENT COOLING WATER/RCP THERMAL BARRIER COMPONENT COOLING WATER OUTLET TRAIN'A'ONTAINMENT ISOLATION VALVE 0 COMPONENT COOLING WATER/Rc PUMPS THERMAL BARRIER CCW RETURN HEADER TRAIN'B'ONTAINMENT ISOlATION VALVE 0 COMPONENT COOUNG WATER/COMPONENT COOLING WATER TO REACTOR COOLANT PUMPS TRAIN'A'ONTAINMENT ISOlATION VALVE 0 COMPONENT COOLING WATER/COMPONENT COOLING WATER TO REACTOR COOLANT PUMPS TRAIN'F CONTAINMENT ISOLATION VALVE AUXILIARY 591.00 AUXILIARY 591.00 AUX/LIARY 591.00 AUXILIARY 591.00 AUXILIARY 591.00 AUXILIARY 591.00 STARTUP SLOWDOWN FlASHTANK RM-IN THE MIDDLE EAST REGION OF THE ROOM.20'E OF STEAM GENERATOR STARTUP BLOWDOWN FLASHTANK&#xb9;2.TK49, 5'BOVE THE 596'LEV.PlATEFORM STARTVP 6 LOWDOWN FLASHTANK RM 12 FEET SOUTHEAST OF STEAM GENERATOR STARTUP SLOWDOWN FlASHTANK&#xb9;2-TK49, 4 FEET ABOVE THE 596 ELEVATION PLATFORM STARTVP SLOWDOWN FLASHTANK RM-30 FEET SOUTHEAST OF STEAM GENERATOR STARTVP SLOWDOWN FLASHTANK&#xb9;2-TK49, ON THE 596 ELEVATION PLATFORM STARTUP BLOWDOWN FLASHl'ANK RM-30 FEET SOUTH OF STEAM GENERATOR STARTUP BLOWDOWN FlASHTANK&#xb9;2-TK49, ON THE 596 ELEVATION PlATFORM STARTUP BLOWDOWN FlASHTANK RM-3 FEET SOUTH OF STEAM GENERATOR STARTUP BLOWDOWN FLASHTANK&#xb9;2-TK49, ON THE EAST SIDE OF THE PIPE lUNNEL STARTUP BLOWDOWM FLAS HTANK RM-6 FEET SOUTH OF STEAM GENERATOR STARTUP SLOWDOWN FLASHTAMK&#xb9;2-TK49, ON THE EAST EDGE OF THE PIPE TUNNEL 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 587.00 N/A 1.5 x Boundsvg Speci/um vs.Rear>>dc Meden Centered Fker Respor>>e Spectra 1.5 x Bounding Spectnsn vs.ROOMc Median Centered Fker Response Spectra 1.5 x Bounds/g Spectrum vs.Rear>>tic Median Centered Fkxx Response Spectra 1.5 x Boundeg Spectrum vs.Rear>>tic Median Centered Fhor Response Spectra 1.5 x Bounding Spectrum vs.Rear>>dc Median Centered Fkxsr Response Spectra 1.5 x BoundIng Spectrum vs.Rear>>dc Median Centered Boor Response Spectra Yes Yes Yes Y8S Yes Yes Yes Yes Yes Yes N/A N/A Yes Yes Yes Yes Yes 37 2%MO429 0 COMPONENT COOLiNG WATER/WEST RHR HEAT EXCHANGER HE-17W CCW OUTLET SHUTOFF VALVE AUXILIARY 633.00 633 HALLWAY-25 F EEl'OUTH OF THE FREIGHT ELEVATOR SOUTH DOOR.AT THE STAIR ENCLOSURE AT 645 EL, NEAR EAST WALL 15 FEET UP 1.5 x BoundIng Spectrum vs.Reat>>dc Median Centered Fker Respor>>8 Spectra Y8S Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Naine Signature lL/I(/O>Date Print or Type Name Signature Date Walkdown: V, f 11/8/93 DC CO IT 2 SCREENING VERIFICATI N DATA SHEET (SVDS)Page 4 of 6 Eq.CI Equip.ID No.Rev No 67$tem/Equipment Descnptxxl Room or Row/Cobmn Cap>Demand7 CaveaLS OK7 OK7 Equp OK'7 8 24'MO-221 0 AUXILIARY FEEDWATER I TURBINE DRIVEN AUXILIARY FEED PUMP PP-4 DISCHARGE TO STEAM GENERATOR OME4-2 4 MOTOR OPERATED CONTROL VALVE AUXILIARY 591,00 STARTUP SLOWDOWN FLASHTANK RM IN THE SOUTH PART OF THE ROOM, NEAR THE PIPE TVNME 30 FEET SOUTH OF STARTVP SLOWDOWN FLASHTANK&#xb9;2.TK49, NEAR THE FLOOR 587.00 N/A 1.5 x Boundeg Spectrum vs.Reafistb Median Centered Fker Response Spectra Yes.Yes NIA Yes Y8$39 8 24:MO.222 0 AUXILIARY FEEDWATER/
EAST MOTOR DRIVEN AUXILIARY FEEDWATER PUMP PP4E SUPPLY To STEAM GENERATOR OME4-2 4 MOTOR OPERATED CONTROL VALVE AUXILIARY 591.00 STARTUP SLOWDOWN FLASHl'ANK RM-IN THE SOUTH PART OF THE ROOM.NEAR THE PIPE TUNNEL 35 FEET SOUTH OF STARTUP SLOWDOWN FLASHTANK&#xb9;2-TKR9, NEAR THE FLOOR 587.00 N/A 1.5 x Boundsvg Speci/um vs.Realstic Median Centered Fbor Response Spectra Y8$Yes NIA Yes Yes 8 2+MD-231 0 AUXILIARY FEEDWATER/TURBINE DRIVEN AUXILIARY FEED PUMP SUPPLY TO STEAM GENERATOR OMEGA 4 MOTOR OPERATED CONTROL VALVE AUXILIARY 591.00 STARTUP BLOWDOWN FLASHTANK RM-IN THE SOUTH END OF THE ROOM, NEAR THE PIPE TUNNEI 40 FEET SOUTH OF STARTVP SLOWDOWN FLASHTANK&#xb9;2-TK<9, NEAR THE FLOOR 587.00 N/A 1.5 x Boundstg Speotfum VS.Realistic Medkn Centered Fbor Response Spectra Y8$Yes Yes Yes 41 42 8 2+MD-232 8 2-ICM-260 8 2-ICM-265 0 AUXILIARY FEEDWATER/EAST MOTOR DRIVEN AUXILIARY FEEDWATER PUMP PPQE SUPPLY TO STEAM GENERATOR OME~4 MOTOR OPERATED CONTROL VALVE 0 SAF ETY INJECTION I NORTH SAFETY INJECTION PUMP PP-26M DISCHARGE CONTAINMEMT ISOLATION VALVE 0 SAFETY INJECTION I SOUTH SAFHY INJECTION PUMP PP-26S DISCHARGE CONTAINMENT ISOLATION VALVE AUXILIARY 591.00 AUXILIARY 587.00 AUXILIARY 587.00 STARTVP BLOWDOWN FLASHTANK RM N 587.00 N/A THE SOUTH END OF THE ROOM.NEAR THE PIPETUNNEI 45FEET SOUTHOFSTARTUP BLOWDOWN FLASHTANK&#xb9;2-TKP9.NEAR THE FLOOR N SAFETY NJ PMP RM-ON THE NORTH WALL.587.00 N/A 3 FEET NORTH OF NORTH SAF Elv IM JECTION PUMP ad'P-26N, 3 FEET ABOVE THE FLOOR S SAFETY IN J PMP RM-IN THE SOUTHEAST 587.00 N/A REGION OF THE ROOM.3 FEET SOUTHEAST OF SOUTH SAFETY IN JECTION PUMP&#xb9;2+P-26S.ON lHE EAST WALL 1.5 x Bourxing Speci/um vs.Reasstb Median Centered Fbor Response Spectra 1.5 x Bouche Spectrum vs.Reasstb Median Centered Fbor Response Specua 1.5 x Boundng Spectrum vs.Rearrsdc Median Centered Fker Response Spectra Y8$Yes Yes YSS N/A Yes Y8$Yes 44 8 2-IMO-261 0 REFUELING WATER STORAGE TANK SUPPLY I REFUELING WATER STORAGE TANK TK43 SUPPLY TO SAFHY INJECTION PUMPS SHUTOFF VALVE AUXILIARY 587.00 S SAFETY INJ PMP RM N THE NORTHEAST 587.00 N/A CORNER OF THE ROOM.3'ORTHEAST OF SOUTH SAFETY INJECTION PUMP&#xb9;2+P-268, 3 FEET ABOVE THE FLOOR 1.5 x Boundeg Spectrum vs.Rearrsdc Median Centered Fker Response Spectra Yes NIA Yes Yes 47 8 2.IMO-262 8 24M 0-263 8 2-IMO-270 0 REFUEUNG WATER STORAGE TANK SUPPLY I SAFETY N J ECTION PUMPS RECIRC TO REFUELING WATER STORAGE TANK TK43 TRAIN'A'HUTOFF VALVE 0 REFUELING WATER STORAGE TANK SUPPLY/SAFElY INJECTION PUMPS RECIRC TO REFUELING WATER STORAGE TANK TK43 TRAIN'Ir SHUTOFF VALVE 0 SAFElY INJECTION I SAFETY INJECTION PUMPS DISCHARGE CROSSTIE TRAIN'A'HUTOFF VALVE AUXILIARY 587.00 AUXILNRY 587.00 AUXILIARY 587.00 N SAFHY INJ PMP RM 5 FEET NORTHEAST 587.00 N/A OF NORTH SAFETY IN JECTION PUMP&#xb9;24'P-26M, ONTHEEASTWALL.3FEETABOVETHE FLOOR N SAFETY INJ PMP RM-ON THE EAST WALI3 587.00 N/A FEET EAST OF NORTH SAFETY IMJECTION PUMP&#xb9;2+P 26N, 4 FEET ABOVE THE FLOOR N SAF ETY INJ PMP RM-IN THE SOUTHEAST 587.00 N/A PART OF THE ROOM.5 FEET SOUTHEAST OF NORTH SAFETY INJECTION PUMP&#xb9;24'P-26N, 5 FEET ABOVE THE FLOOR 1.5 x Brxndng Spectrum vs.Rearrsdc Metfen Centered Fkor Response Spectra 1.5 x Boundstg Spect/um vs.Rearrstic Median Centered Fker Response Spectra 1.5 x Boundstg Spectrum vs.RSSMc Median Centered Fker Response Spectra Y8$Yes Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.-AII signatories should agree with all the entries and condusions.
Oiie signatory should be a licensed professional engineer.)
Print or T pe Name Signature~z/<<~s>Date Print or T pe Name Si nature Date Walkdown:%f 11/6/93 DC CO IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page5of6 Eq.Cl Equp.lo No.Rev No Fker Elev.Room or Row/Column Base Elev.Capacsy vs.D<<nsnd Basis Cep>Demand?Caveats OK?Anchor OK?Equp OK?48 49 51 52 57 8 24MO-275 8 2-IMQ460 8 2-IM(&61 8 2-IM(&62 8 24MO490 8 24MO-910 8 24MO-911 8 24)CM4$0 8 24)MO-200 8 24)MO-201 0 SAFETY INJECTION/
SAFETY IN JECTION PUMPS DISCHARGE CROSSTIE TRAIN'P SHUTOFF VALVE 0 SAFHY IN JECTION I SAFETY IN JECTION PUMPS TO CVCS CHARGING PUMPS SUCTION HEADER CROSSTIE SHUTOFF VALVE 0 SAFETY INJECTION/
SAFETY INJECTION PUMPS SUCTION TO AND FROM CHARGING PUMPS SUCTION TRAIN'A'HUTOFF VALVE 0 SAFETY IN JECTION I SAFETY INJECTION PUMPS SUCTION TO AND FROM CHARGING PUMPS SUCTION TRAIN'Ir SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL I REFUELING WATER STORAGE TANK TK43 TO RESIDUAL HEAT REMOVAL PUMPS SUCTION SHUTOFF VALVE 0 REFUELING WATER STORAGE TANK SUPPLY I REFUELING WATER STORAGE TANK TO CVCS CHARGING PUMPS SUCTION HEADER TRAIN'A'HUTOFF VALVE 0 REFUELING WATER STORAGE TANK SUPPLY I REFUELINGWATER STORAGE TANK TO CVCS CHARGING PUMPS SUCTION HEADER TRAIN'Ir SHUTOFF VALVE 0 REACTOR COOLANT PUMP SEAL WATER INJ/LEAKOFF I REACTOR Coo(ANT PUMP SEAL WATER RETURN TRAIN'tr CONTAINMENT ISOLATION 4 MOTOR OPERATED VALVE 0 CHARGING (CVCS)I CVCS CHARGING TO REGENERATIVE HEAT EXCHANGER TRAIN'A'HUTOFF VALVE 0 CHARGING (CVCS)I CVCS CHARGING TO REGENERATIVE HEAT EXCHANGER TRAIN'Ir SHUTOFF VALVE AUXILIARY AUXILIARY AUXILIARY AUXILNRY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 S SAFETY INJ PMP RM-2 FEET SOUTH OF SOUTH SAFETY INJECTION PUMP&#xb9;2+P-263, AGAINST THE SOUTH WALI3 FEET ABOVE THE FLOOR 587.00 W CENTRIFUGAL CHARG PMP RM-IN THE SOUTHWEST PART OF THE ROOM, 5 FEET SOUTHWEST OF WEST CENTRIFUGAL CHARGING PUMP&#xb9;2+P4$V, 3 FEET ABOVE THE FLOOR 587.00 N SAFETY INJ PMP RM-IN THE SOUTHEAST 587.00 CORNER OF THE ROOM, 3 FEET SOUTHEAST OF NORTH SAFHY INJECTION PUMP&#xb9;2+P-26N S87.00 N SAFElY INJ PMP RM IN THE SOUTHEAST 587.00 CORNER OF THE ROOLL 2'OUTHEAST OF NORTH SAFHY INJECTION PUMP&#xb9;24'P-26N, 2 FEET ABOVE THE FLOOR 591.00 VESTIBULE-IN THE NORTHWEST PART OF 587.00 THE ROOM, 10 FEET NORTHEAST OF WEST VALVE ENCLOSURE TANK&#xb9;2-TK4)6 587.00 RECIPROCATING CHARG PMP RM-IN THE 587.00 SOUTHWEST CORNER OF THE ROOM, 3 FEET SOUTHWEST OF RECIPROCATNG CHARGING PUMP&#xb9;2+P<9, 2 FEET ABOVE THE FLOOR 587.00 E CENTRIFUGAL CHARG PMP ROOM-IN THE SOUTHEAST PART OF THE ROOM, 2 FEET SOUTHEAST OF EAST CENTRIFUGAL CHARGING PUMP&#xb9;2-PP40E, 2 FEET ABOVE THE FLOOR 591.00 VESTIBULE-AT THE 601 ELEVATION PLATFORM, 10 FEET SOUTH OF WEST VALVE ENCLOSURE TANK&#xb9;2-TK4S 587.00 RECIPROCATING CHARG PMP RM IN THE SOUTHEAST CORNER OF THE ROOM.3 FEET SOUTHEAST OF RECIPROCATING CHARGING PUMP&#xb9;2+P<9.2 FEET ABOVE THE FLOOR 587.00 RECIPROCATING CHARG PMP RM-IN THE SOUTHEAST CORNER OF THE ROOM, 3 FEET SOUTHEAST OF RECIPROCATING CHARGING PUMP&#xb9;2+P<9, 3 FEET ABOVE THE FLOOR N/A N/A 1.5 x BoundAQ Spoctflrl vs.ROOSstic M<<fran Centered Fker Response Spectra 1.5 x Boundrng Spectnsn vs.ROSSsdc M<<fran Centered Boar Response Spectra 1.5 x Boundsrg Spoctnsn vs.Reaebc Morsan Centered Fker Response Spectra 1.5 x Boundrrg Spectrum vs.ROSSSSc Median Centered Fker Response Spectra 1.5 x Boundlg Specuum vs.ROSSstic Median Centered Fker Response Spectra 1.S x Boundrng Spectnsn vs.Realistic Median Centered Fker Response Spectra 1.5 x Boundrrg Spectrum vs.ROSSSSc Median Centered Fker Response Spectra 1.5 x Boundeg Spectrum vs, ROSSsdc M<<san Cent<<ed Fker Response Spectra 1.5 x Boundeg Spectrum va Reassdc Median Centered Fker Response Spectra 1.5 x Boundrng Spectrum vs.Rearrsdc Mecsan Cont<<ed Fker Response Spectra Yos Yes Yes Yes Yos Yes Yos Yes Yes Yos Yes Yos Yos Yos Yes N/A N/A NIA N/A NIA Yes Yes Yes Yes Yes Certification:
AII the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature IZ/r~/OS Date Print or T pe Name e'Si nature Date Walkdown: t, of 11/8/93 DC CO NIT 2 SCREENING VERIFICA N DATA SHEET (SVDS)Page 6 of 6 Eq.CI Eqep.to No.Rev No System/Equipment Descnpbon Fbor Elev.Room or Raw/Coaamn Ebv.Capacty vs.Demand Basis Cap>Caveats DemarxP OK?Equp OK?59 61 8 24)MO-225 8 24)MO-226 8 24)MO420 2.WMO-712 2.WI40-716 0 CHARGNG (CVCS)I EAST CENTRIFUGAL CHARGNG PUMP MINI-FLOW TO RCP SEAL WATER HEAT EXCHANGER HE-11 2 MOTOR OPERATED SHUTOFF VALVE 0 CHARGNG (CVCS)I WEST CENTRIFUGAL CHARGING PUMP MIN I4'LOW To RCP SEAL WATER HEAT EXCHANGER HE-1 1 2 MOTOR OPERATED SHUTOFF VALVE 0 BORON MAKEUP (CVCS)I EMERGENCY BORATION TO CVCS CHARGNG PUMPS SUCTION HEADER SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER/EAST CONTAINMENT SPRAY HEAT EXCHANGER HE.1 8E ESSENTIAL SERVICE WATER INLET SHUTOFF VALVE 0 ESSENTIAL SERVICE WATER I WEST CONTAINMENT SPRAY HEAT EXCHANGER ESSENTIAL SERVICE WATER INLET SHUTOFF VALVE AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 587.00 E CENTRIFUGAL CHARG PMP ROOM-IN THE SOUTHWEST AREA OF THE ROOM, 3 FEET SOUTHWEST OF EAST CENTRIFUGAL CHARGING PUMP<<2+P40E, 2 FEET ABOVE THE FLOOR 587.00 W CENTRIFUGAL CHARG PMP RM-IN THE SOUTHWEST CORNER OF THE ROOM, 7 SOUTHWEST OF WEST CENTRIFUGAL CHARGING PUMP<<24'PZOW, 4 FEET ABOVE THE FLOOR 587.00 BORIC ACID STOR TANK AREA-IN THE SOUTHEAST REGION OF THE ROOM, 5 FEET EAST OF SOUTH BORIC ACID STORAGE TANK<<2-TK-1 2S 633.00 633 HALLWAY 30 FEET EAST OF THE UNIT 2 LETDOWN HEAT EXCHANGER ROOI/rs DOORWAY, ON THE EAST WALL 633.00 633 HALLWAY-10 FEET EAST OF THE UNIT 2 LETDOWN HEAT EXCHANGER Roohf S DOORWAY, INStDE A FENCED-IN AREA N/A N/A 1.5 x Boundstg Spectrum vs.Reafisdc Median Centered Fbor Response Spectra 1.5 x Bound vtg Spectrum vs.Realistic Median Centered Fbor Response Spectra 1.5 x Boundstg Spectrum vs.ReaMc Median Centered Floor Response Spectra Ls x Bourxlstg Spectnsn vs.Realistic Median Centered Floor Response Spectra 1.5 x Boundstg Spectrum vs.Rearntb Median Centered Fbor Response Spectra Yes Yes Yes Yes Yes N/A N/A Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature 12,/I(c./~5 Date Print or Type Name Si nature Date Walkdown:., of 10/18/93 DC C JNIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of3 liam Eq Cl 14 14 Equp,lo No.2-BATr-AB.SH 2-BATT-CD4H Rev No system/Eqr/pmont Descnptcn 0 250VDC DISTRIBUTION
/PLANT BATTERY BATTED AMMETER SHUNT CABINET 0 250VDC DISTRIBUTION/
PLANT BATTERY BATf.AB AMMETER SHUNT AUXILIARY AUXILIARY Roam or Row/Cot/mn 609.00 GRID INVERTER AREA-2.FEET SOUTH OF GRID INVERTER IIL ON THE WEST SIDE OF THE DMDING ROOM WALL 5 FEET ABOVE THE FLOOR 626.00 CD BATTERY EQUIP AREA-IN THE NORTH END OF THE HALLWAY, 3 FEET EAST OF 250VOC TRAIN'A'RANSFER PANEL//2-TDCD.5 FEET ABOVE THE FLOOR Boundng Spectrum vs.SSE Ground Response Spectnsn Boundng Spectrum vs.SSE Ground Resporle Spectrum CBp>Demand?Yes Coveats OK?Yes Anchor OK?YBS Equst OK?3 14 24ATT4-SH 0 250VDC CONTROL AND I/METERING SHUNT AUXILIARY 633.00 633 HALLWAY 1.5 x Boundng Spectrum vs.Roahstic Met/ran Centered Fear Respcnse Spectra YBS 4 14 5 14 2-BC-AB-SH 2-BCCD-SH 0 250VDC DISTRIBUTION/PLANT BATTERY CHARGER AMMETER SC-AB SHUNT CABINET 0 250VDC DISTRIBUTION
/PLANT BATTERY CHARGER BGCD SHUNT CABINET AUXILIARY AUXILIARY 609.00 GRID INVERTER AREA-2 F EET SOUTH OF GRID INVERTER III, ON THE WEST SIDE OF THE DMDING ROOM WAU 6 FEET ABOVE THE FLOOR 626.00 CD BATTERY EQUIP AREA-IN THE NORTH END OF THE HALLWAY, 3 FEET EAST OF 250VDC TRAIN'A'RANSFER PANEL$2-TOCD.3 FEET ABOVE THE FLOOR YBS Boundng Spect/um vs.SSE Ground Response Spectrum Baundng Spectrum vs.SSE Ground Response Spectrum YBS Yos Yes Yes Yes Yes 6 14 7 14 2-6GTC-AB 2<GTC<D 0 250VDC DISTRIBUTION
/PIANT BATTERY CHARGERS BCAR1 AND BC*B2 TRANSFER SWITCH CABINET 0 250VDC DISTRIBUTION
/PLANT BATTERY CHARGERS BGGD1 AND BC4:D2 TRANSFER CABINET AUXILIARY 613.00 4IO/ROOM-MEZZANINE AREA AUXILIARY 626.00 CD BATTERY EQUIP AREA Baundng Spoctnsn vs.SSE Ground Response Spectnxn Baundng Spect/um vs.SSE Ground Respanse Spectrum YBS YBS Yes YBS 6 14 9 14 10 14 11 14 12 14 13 14 14 14 2<GV~2<GVCD 2&RAB 2&RCD 2&RID-I 2&RID41 2&RID-III 0 250VDC DISTRIBUTION/250VDG TRAIN'6'RITICAL SOLENOID VALVES DISTRIBUTION PANEL 0 250VDC DISTRIBU'rlON
/250VDC TRAIN'A'RITICAL SOLENOID VALVES DISTRIBUTION PANEL 0 250VDC DISTRIBUTION/250VDG CONTROL ROOM DISTRIBUTION PANEL CRAB 0 250VDG DISTRIBUTION
/POWER PANEL 0 120V CONTROL ROOM IN/120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION CHANNEL I DISTRIBUTION PANEL 0 120VAG DISTRIBUTION/120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION CHANNEL II DISTRIBUTION PANEL 0 120V CONTROL ROOM IN/120VAC CONTROL ROOM INSTRUMENT DISTRIBUTION CHANNEL III DLSTRIBUTION PANEL AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXiLIARY AUXILIARY 633.00 CONTROL ROOM-IN THE SOUTHWEST CORNER OF THE ROOM, ON THE WEST WALL 633.00 CONTROL ROOM-IN THE SOUTHWEST CORNER OF THE ROOM.ON THE WEST WALL 633.00 CONTROL ROOM-IN THE MIDDLE EAST REGION OF THE ROOM.ON THE EAST WALL 633.00 CONTROL ROOM-IN THE NORTHWEST PART OF THE ROOM.ON THE WEST WALL 633.00 CONTROL ROOM-IN THE SOUTHWEST CORNER OF THE ROOM 633.00 CONTROL ROOM-IN THE SOUTHWEST CORNER OF THE ROOM, ON THE WEST WALL, 5 FEET ABOVE THE FLOOR 633.00 CONTROL ROOM-IN THE SOUTHWEST CORNER OF THE ROOM, ON THE WEST WALL YBS Yes Yes Yes Baundng Spectrum vs.SSE Graund Response Spectrum Boundng Spectrum vs.SSE Ground Response S pact/urn Boundng Spectrum vs.SSE Ground Response S peat/um Boundng Spect/um vs.SSE Grand Response Spectrum Bourxlng Spectnsn vs.SSE Ground Response Spectrum Bourxing Spectrum vs.SSE Gnxnd Response Spect/um Boundng Spectrum vs.SSE Ground Response Spectrum Yos YBS YBS YBS YBS Y8$YBS Yes YBS Yes Yes Yes Yes Yos Yes Yes Yos Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Print or Type Name Date Date Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
S'ature Print or Type Name Signature Walkdown: IIL f 10/18/93 DC CO IT 2 ,SCREENING VERIFICAT18Pv DATA SHEET (SVDS)age 2 of 3 Item 15 16 17 18 19 21 Eq.Cl 14 14 14 14 14 14 14 14 Equtp.lo No.2.GRID-IV 247CN 24ICAB 244CCD 24IDAB 24IDC D 2<svut'I 2.SSV-A2 Rov No SystemlEqupment Descnpton 0 250VDC DISTRIBUTION I 250VDC POWER PANEL 0 250VDC DISTRIBUTION I 250VDC DISTRIBUTION PANEL MDCO 0 250VDC DISTRIBUTION I 250VDC TRAIN'A'UCLEAR SAMPLING FEEDER PANEL&#xb9;I 0 250VDC OISTRIBUTioNI 250VDC NUCLEAR SAMPLING FEEDER PANEL&#xb9;2 0 120V CONTROL ROOM IN I 120VAC CONTROI.ROOM INSTRUMENT DISTRIBUTION CHANNEL IV DISTRIBUTION PANEL 0 250VOC CONTROL AND I I 250VDC POWER PANEL 0 250VDC DISTRIBUTION I 250VDC DISTRIBUTION PANEL M CAB 0 250VDC DISTRIBUTION I 250VDC DISTRIBUTION POWER PANEL AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY Floor Elev.Room or Rowlcoarmn 633.00 CONTROL ROOM-IN THE SOUTIIWEST CORNER OF THE ROOM, ON THE WEST WALL, ON CONTROL ROOM SOUTHWEST INSTRUMENT/RElAY RACK&#xb9;2<WRR 633.00 633 HALI.WAY-IN THE SOUTHEAST CORNER OF THE ROOM.NEAR SOUTH WALL 609.00 AB BATTERY EQUIP AREA IN THE MIDDLE SOUTH REGION OF THE ROOM 626.00 CD BATTERY EQUIP AREA-IN THE NORTH END OF THE HALLWAY.ON THE WEST WALL, 10 FEET SOUTHWEST OF THE RootrrS ENTRANCE DOORWAY 609.00 AB BATTERY EQUIP AREA-IN THE MIDDLE SOUTH PART OF THE ROOM, ON THE SOUTH WALL 628.00 CD BATTERY EQUIP AREA-IN THE NORTH END OF THE HALLWAY.ON THE WEST WALI10 FEET SOUTHWEST OF THE ROOM'S ENTRANCE DOORWAY 567.00 NUCLEAR SAMPLING RM IN THE MIDDLE OF THE ROOM, ON THE NORTH END OF NUCLEAR SAMPLING SYSTEM CONTROL PANEL&#xb9;2.SCP, 8 FEET ABOVE THE FLOOR 587.00 NUCLEAR SAMPLING RM-IN THE MIDDLE OF THE ROOM, ON THE NORTH END NUCLEAR SAMPLING SYSTEM SAMPLING CONTROL PANEL&#xb9;ZCCP,3 FEETABOVE THE FLOOR Base Elev.<4'O$Yes Yes Yes YBs YO5 Yes YBs Capsoty vs.Demand Basis Boundvtg Spectrum vs.SSE Ground Response Spectrum Boundrtg Speclrum vs.SSE Ground Response Spectrum Soundly Specuum vs.SSE Ground Response S Boundvtg Specuum vs.SSE Ground Response Spectnsn Bounavtg Spocuum vs.SSE Ground Rosponso Spectrum Bounavtg Specuum vs.SSE Ground Response Spectrum Bounavtg Specuum vs.SSE Ground Response Spectrum Bounarng Spocuurn vs, SSE Ground Rosponso Spoctnan Cap>Domand?Yos Yes Yes Yes Yes Yes Caveats OK?Yes Yes Yos Yos Yes Yos Yos Yes Anchor OK?YBS YBS YBs Yes YB5 Yes Yos Yos Interact OK?Yes YBS Yos Yes YBs Yes Yes Yes E~OK?YB5 Yes Yes Yes Yes Yes YO$Yes 24 14'14 2<SV-8 2-TDAB 0 250VDC DISTRIBUTION I 250 VDC PtyJVER PANEL 0 250VDC DISTRIBUTION/
POWER PANEL AUXILIARY AUXILIARY 587,00 NUCLEAR SAMPLING RM-IN THE MIDDLE SOUTHEAST REGION OF THE ROOM, ON THE SOUTH END OF THE ROOM P 609.00 AB BATTERY EQUIP AREA iN THE SOUTHEAST REGION OF THE ROOM.6 FEET SOUTH OF THE ENTRANCE DOOR Yos Bounavtg Spectrum vs.SSE Ground Response Spectrum Bounavtg Spectrum vs.SSE Ground Response Spectrum YBs Yes YO5 YBS Yes Yes Yes Yos Yos Yes 25 27 28 14 14 14 14 15 2-TOCD 2 VDAB I 2-VDAB-2 Z-VDCD.I 2-VDCD-2 0 250VDC DISTRIBUTION I POWER PANEL, TRAIN A TRANSFER CABINET 0 250VDC OISTRIBVTION I 250VDC VALVE DISTRIBUTION PANEL VDAB-I 0 250VDC DISTRIBUTION I 250VDC VALVE DISTRIBUTION PANEL VDAB-2 0 250VDC DISTRIBUTION!250VDC VALVE DISTRIBUTION PANEL VDCD-I 0 250VDC DISTRIBUTION I 250VDC VALVE DISTRIBUTION PANEL VDCD-2 0 250VDC DISTRIBUTION I PlANT BATTERY AB AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 626.00 CD BATTERY EQUIP AREA AT THE NORTH END OF THE HALLWAY, ON THE WEST WALL.10 FEET SW OF THE ROOM 633.00 CONTROL ROOM-BEHIND CONDENSATE CONTROL PUMP PANEL&#xb9;ZCP 633.00 CONTROL ROOM ON THE REAR SIDE OF CONDENSATE PUMP CONTROL PANEL&#xb9;ZCP 633.00 CONTROL ROOM NEAR THE REAR OF BORIC ACID CHARGING ANO LETDOWN CONTROL PANEL&#xb9;2-BA 633.00 CONTROL ROOM NEAR THE REAR OF BORIC ACID CHARGING AND LETDOWN CONTROL PANEL&#xb9;24IA 609.00 AB BATTERY EQUIP AREA IN THE CENTER OF THE ROOM.3 FEET NORTH OF THE ENTRANCE DOOR Yes Yes Yos Yos Boundvtg Spectrum vs.SSE Ground Response Spectrum Bounavtg Spoctnan vs.SSE Ground Response Spectrum Bounavtg Spectrum vs.SSE Ground Response Spectrum Boundvtg Spectrum vs.SSE Ground Response Spectrum Bounang Specuum vs.SSE Ground Response Spectrum Bounang Spectrum vs.SSE Ground Response Spectrum Yes Yes YBS YBS Yos Yes Yes Yes YO5 Yos Yos Yos Yes Yes Yos Yos Yes Yes Yos Yes Yos Yos YO5 Yes Yos YO5 No Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Signature Date Print or T pe Name Signature Date Walkdown: 1/L f 10/18/93 DC CO~IT 2 SCREENING VERlfICAT7651.
DATA SHEET (SVDS)'age3of3 31 Eq Cl 15 Eqtsp 10 No.2.BATT%0 Rov No System/Equpmont DoscrTttron 0 250VDC DISTRIBUTION
/PLATT BATTERY CD Busdvta.AUXILIARY Floor Elev.Room or Row/column 626.00 CD BATTERY EQUIP AREA IN Tl(E CENTER OF THE SOUTH END OF THE ROOM 055O Elov.Yos Copocrly vs.Danond assis nasvlst0 spoctnsn vs ssE Grand Ros so S rum Cep 5 Domond2 Yos Coveots OK'/No OKT Yos Interact OK'/Yos Equst OK'/No 32 15 2-BATT%0 250VDC CON1ROL AND I/TRAIN'Ir PlANT BATTERY AUXILIARY 633.00 633 HALLWAY~2-DCN 633.00 Yos Boundng Spectrum vs.SSE Ground Response Spectrum YO5 YO5 Yos Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T e Name Si nature Date Print or Type Name Signature Date Walkdown.ek of 11/1/93 DC CO)NIT 1 SCREENING VERIF'CATION DATA SHEET (SVDS)age 1 of1 aem Eq.Ci Eqrsp.io No Rev System/Equyme/X Oescriptron No BurIdeg.F XXX Room or Row/Ccsumn Base<47 Capacsy vs.Cap>Caveats Ancnor Elev.Eiev.Oemand Basis Demand?OK?OK?Interact Equp OK?OK?1-TSC-I/O-07 20 1-TSC40-09 0 NONE/TSC COMPUTER INPUT/OUTPUT CABINET&#xb9;07 0 NONE/Tsc COMPUTER INPUT/OUTPUT CABINET&#xb9;0 AUXILIARY AUXILIARY 633.00 HALLWAY, IN THE NW PART OF THE HALLWAY, 633.00 Yes 20'r OF CONT AUX SUBPANEL&#xb9;1~633.00 HALLWAY, IN THE NW PART OF HALLWAY, 217 WOF CONT AUX SUBPANEL&#xb9;ICAS.Bouixsng Speci/um vs.SSE Ground Re Spectrum Boundsrg Spectrum vs.SSE Ground Re Spectrum Yes Yes Yes I-TSC40-13 0 NONE/TSC COMPUTER INPUT/OUTPUT CABINET&#xb9;13 AUXILIARY 633.00 HALLWAY, IN THE NW PART OF HALLWAY.2ly W OF CONT AUX SUBPANEL&#xb9;WNS.633.00 Yes Bouixang Spectrum vs.SSE Ground Response S Yes Yes Yes 1-TSC-I/O-15 0 COMPUTER SUPPORT SYS/TSC COMPUTER INPUT/OUTPUT CABINET&#xb9;15 AUXILIARY 633.00 HALLWAY,INTHENWPARTOFTHEHALLWAY, 633.00 Yes 20'OF CONT.AUX Su BPANEL&#xb9;I@AS.Bourxsng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusi (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries an condusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature Date Print or T pe Name Signature Date Walkdown: 0, f 11/1/93 DC CO IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of2 nem Eq.CI Equp ID No.Rev No Floor Elev.Room or Row/Coasnn Cap>Demand?Caveats OK?Ancnor OK?Interact OK?Equp OK?1 20 10 20 11 20 12 20 13 20 2<FR 2&R.L 2&R-2 2&RB 2&RC 2.IV 2&SR 24LIIR 2<IS 2<PY 2<Rl 0 MISCELLANEOUS EQUIPM I CONDENSATE PANEL REAR INSTRUMENT/RELAY RACK 0 MISCELUWEOUS EQUIPM I EMERGENCY FIRE PANEL INSTRUMENT/RElAY RACK 0 MISCELLANEOUS EQUIPM I GENERATOR PANEL REAR INSTRUMENT/REtAY RACK&#xb9;1 0 MISCELLANEOUS EQUIPMI GENERATOR PANEL REAR INSTRUMENT/RELAY RACK&#xb9;2 0 MISCELLANEOUS EQVIPM I GENERATOR PANEL REAR IN STRUMEM/RELAY RACK'F 0 MISCELUWEOUS EQUIPM I GENERATOR PANEL REAR INSTRUMENT/RElAY RACK%'CONTAINMENTSPRAYI CONTAINMENT ISOIATION VALVE CONTROL PANEL 0 MISCELLANEOUS EQVIPM I NUCLEAR INSTRUMENTATION SYSTEM REAR INSTRUMENT/RElAY RACK 0 RESIDUAL HEAT REMOVA I RESIDUAL HEAT REMOVAL CONTROL PANEL 0 SAFElY INJECTION I SAFETY INJECTION CONTROL PANEL 0 CONTAINMENT SPRAY I CONTA!NMEMT SPRAY CONTROL PANEL 0 MISCELLANEOUS EQUIPM I STATION AUXIL.IARIES REAR INSTRUMENT/RElAY RACK&#xb9;1 0 MISCELLANEOUS EQVIPM I STATION AUXILIARIES REAR INSTRUMENT/RElAY RACK&#xb9;2 AVXILVIRY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY 633.00 CONTROL ROOM-IN THE SOUTHWEST REGION OF THE ROOM, NEAR THE REAR OF CONDENSATE HEATER LEVEL CONTROL PANEL&#xb9;24'33.00 CONTROL ROOM-IN THE NORTHEAST REGION OF THE ROOM, NEAR THE REAR OF VEMILATION CONTROL PANEL&#xb9;2-VS.1 FOOT SOUTH OF THE DOOR 633.00 CONTROL ROOM IN THE NORTHWEST REGION OF THE ROOM, ON REAR SIDE OF MAIM GENERATOR COMTROL PANEL 633.00 CONTROL ROOM IN THE MIDDLE WEST REGION OF THE ROOM, NEAR MAIN GENERATOR CONTROL PANEL&#xb9;2%, 5 FEET SOUTHWEST OF THE DOORWAY 633.00 CONTROL ROOM IN TtiE MIDDLE WEST REGION OF THE ROOM, NEAR MAIN GENERATOR CONTROL PANEL&#xb9;241, 7 FEET SOUTHWEST OF THE REAR PANEL ACCESS DOORWAY 633.00 CONTROL ROOM-IN THE MIDDLE NORTHWEST REGION OF THE ROOM, OM THE REAR SIDE OF MAIN GENERATOR CONTROL PANEL&#xb9;2%.g FEET SOUTHWEST OF 633.00 CONTROL PANEL 633.00 CONTROL ROOM-IN THE MIDDLE REGION OF 633.00 THE ROOM.ON THE REAR OF CONTROL PANEL&#xb9;24IIS-III, 15 FEET SOUTHEAST OF THE DOORWAY 633.00 CONTROL Roots-IN THE SOUTHEAST PART OF THE ROOM.14 FEET SOUTHEAST OF THE UNIT SUPERVISORS DESK 633.00 CONTROL ROOM-IN THE SOUTHEAST PART OF THE ROOM, 13 FEET EAST OF THE UNIT SUPERVISOR'S DESK 633.00 CONTROL ROC'4 IN THE MIDDLE EAST PART OF THE ROOM.14 FEET NORTHEAST OF THE UNiT SUPERVISORS DESK 633.00 CONTROL ROOM-LN THE MIDDLE WEST REGION OF THE ROOM, ON THE REAR SIDE OF STATION AUXILIARIES CONTROL PANEL&#xb9;24A 633.00 CONTROL ROOM-IN THE MIDDLE WEST 633.00 REGION OF THE ROOM, NEAR THE REAR SIDE OF STATIONAUXILIARIES CONTROL PANEL&#xb9;2 SA Y8$Yes Yes Yes Y8$Y8$Y8$1.5 x Boundstg speci/um vs.Rear>>dc MaSan Centered Floor Response Spectre Boundstg Spectnsn vs.SSE Ground Response Spactnsn Boundng Specuum vs.SSE Ground Respor>>e Spectrum Boundrrg Spectrum vs.SSE Ground Response Spectrum Bounding Spectrum vs.SSE Ground Response Spectrum Boundstg Spacuum vs.SSE Grourd Response Spectrum Boundstg Spactnsn vs.SSE Ground Response Spectrum Bot&#xb9;rdrtg Spectrum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Response Spectrum Boundvrg Spectrum vL SSE Ground Response Spactnsn Boundstg Spectnsn vs.SSE Ground Rasper>>e Spectrum Boundeg Specuurn vL SSE Ground Response Spectrum Boundstg Spectrum vL SSE Ground Response Spectrum Yes Yes Yes Yes Yas Yas Yas Yes Yes Y8$Y8$Yas Yes Yes Yes Yas Yes Yes Yes Yes Yes Yes Y8$Yes Y8$Yes Yes Yes Yes Yes Yes Celtl fication: All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature Date Print or T pe Name Si nature Date
~,
Walkdown;I/t f 11/1/93 DC CO<IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page2of2 Item Eq Ci Equip.lo No.Rev No System/Equpmenl Descnpbon Buadeg.Fber Eiev.Room or Row/Column Base Eiev.Capacsy vs.Demand Basis Cap>Demand?Ancnor OK?Equip OK?14 20 15, 20 16 20 17 20 16 20 19 20 21 20 24 20 25 20 24R3 24R4 2<SR 2-SWR 2-TRB 2-TRD 2-TRE 2-TSC4/0-07 2.TSC-I/O-09 2.TSC-I/O-13 2-TSC4/0-15 2-VS 0 MISCELLANEOUS EQUIPM I STATION AUXILIARIES REAR INSTRUMENT/RElAY RACK&#xb9;3 0 MISCELLANEOUS EQUIPMI STATION AUXILIARIES REAR INSTRUMENT/RElAY RACK&#xb9;4 0 MISCELUWEOUS EQUIPM I ENGINEER SAFElY SYSTEM REAR INSTRUMENT/RELAY RACK 0 MISCELLANEOUS EQUIPMI NUCLEAR INSTRUMENTAL SOURCE RANGE N21 INSTRUMENT/RELAY RACK 0 MISCELLANEOUS EQUIPM I CONTROL ROOM SOUTHWEST INSTRUMENT/RElAY RACK 0 MISCELlANEOUS EQUIPM I TURBINE PANEL REAR INSTRUMEMT/RElAY RACK'B'MISCELL/WEOVS EQUIPM I TURBINE PANEL REAR INSTRUMENT/RELAY RACK'Lv 0 MISCELlANEOUS EQUIPM I TURBINE PANEL REAR INSTRUMENT/RELAY RACK 0 COMPUTER SUPPORT SYS/Tsc COMPUTER INPUT/OUTPUT CABINET&#xb9;07 0 COMPUTER SUPPORT SYS I Tsc COMPUTER INPUT/OUTPUT CABINET&#xb9;9 0 NONE I TSC COMPUTER INPUT/OUTPUT CABINET&#xb9;13 0 COMPUTER SUPPORT SYS I TSC COMPUTER INPUT/OUTPUT CABINET&#xb9;15 0 CONTAINMENT VENTIIATION I VEMILATIOM CONTROL PANEL AUXILIARY AUXILIARY AUXILIARY AUXiLIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXILIARY AUXtlARY 633.00 CONTROL ROOM IN THE MIDDLE WEST 633.00 REGION OF THE ROOM, NEAR THE REAR OF STATION AUXILIARIES CONTROL PANEL&#xb9;2-SA 633.00 CONTROL ROOM IN THE MIDDLE NORTHWEST REGION OF THE ROOM, NEAR THE REAR OF CONTROL PANEL&#xb9;2~633.00 CONTROL ROOM-IN THE SOUTHEAST REGION OF THE ROOM, ON THE REAR SIDE OF SAFElY INJECTION CONTROL PANEL&#xb9;2-SIS.NEAR THE EMERGENCY 633.00 CONTROL ROOM ON THE MIDDLE OF THE EAST WALL, NEAR THE REAR OF ESSENTIAL SERVICE WATER CONTROL PANEL&#xb9;2<SW 633.00 CONTROL ROOM IN THE SOUTHWEST CORNER OF THE ROOM, ON THE WEST WALL 633.00 CONTROl.ROOM~IN THE MIDDLE WEST 633.00 REGION OF THE ROOM, NEAR THE REAR SIDE OF COMTROLPANEL
&#xb9;2.T, ON TURBINE PANEL REAR INSTRUMENT/RElAY RACK&#xb9;2-TR4 633.00 CONTROL ROOM IN THE MIDDLE WEST 633.00 REGION OF THE ROOM, NEAR THE REAR SIDE OF CONTROL PANEL&#xb9;2-T, 25 FEET SOVTHWEST OF THE REAR PANEL ACCESS DOORWAY 633.00 CONTROL ROOM-IN THE MIDDLE WEST REGION OF THE ROOM, NEAR THE REAR OF CONTROL PANEL&#xb9;2.7, NEAR TURBINE PANEL REAR INSTRUMENT/RElAY RACK&#xb9;2-TRF 633.00 633 HALLWAY-633.00 633 HALLWAY-633.00 633 HALLWAY 633.00 633 HALLWAY-633.00 CONTROL ROOM, IN THE NORTHEAST 633.00 SECTION OF THE ROOM, 34 FET NORTHWEST OF THE UNIT SUPERVISORS DESK Yes Yos Yes Y8$Yes Yos Yes Yes Y8$Boundeg Specbum vs.SSE Ground Response Spectrum Boundeg specuum vs.ssE Ground Response Spectrum Boundeg Spectnsn vs.SSE Ground Response Specbum Boundeg specuum vs.SSE Ground Response Spectrum Boundeg Specbum vs.SSE Ground Response Specbum Boundeg Specbum vs.SSE Ground Response Specbum Boundeg Spectrum vs.SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Spectrum Boundeg Specbum vL SSE Ground Response Spectrum Boundeg Spectrum vs.SSE Ground Response Specbum Boundeg Speci/um vs.SSE Ground Response S Boundeg Spectrum vs.SSE-Ground Response Specbum Boundeg Specbum vs.SSE Ground Response Spectrum Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yos Yos Yos Yes Yes Yos Yes Yos Yos Yes Yos Yos Y85 Yes Yes Yes Y8$Yes Yos Yes Yes Yos Yos Yos Yos Yos Yes Yes Yes Yes Yes Yes Yes Yes Y8$Yes Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Signature Dae Print or T pe Name Si nature Date Walkdown: of 10/29/92 DC C NIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page1of8 Item Eq.CI Equfp ID No.Rev No system/Equfpment Descrfptfon Fkor Elev.Caveais OK?OR?Equfp OK7 2-TK-253-1 0 CONTROL'VR I PRESSURIZER TRAIN'A'RESSURE RELIEF VLV NRV-1 53 RESERVE CONTROL AIR BOTTLE RACK CONTAINMENT 612.00 LOWER CONT, QUAD NO.3 2 FEET BELOW THE PRESSURIZER DECK 15 FEET FROM REACTOR COOLANT PUMP&#xb9;2+P<$3 Jud(F/rent vs.Resflsuc Meden Centered Fker Response Spectra Y8$YBs 2.TK-253-2 0 CONtROL AIR I PRESSURIZER TRAIN'A'RESSURE RELIEF VALVE NRV-153 RESERVE CONTROL AIR BOTTLE RACK 2-TK-2534 0 CONTROL AIR I PRESSURIZER TRAIN'8'RESSURE RELIEF VLV NRV-152 EMERGENCY AIR BOTTLE RACK 2-TK.253a 0 CONtROL AIR/PRESSURIZER TRAIN'A'RESSURE RELIEF VLV NRV-1 53 EMERGENCY AIR BOTTLE RACK CONTAINMENT 612.00 LOWER CONT.QUAD NO.4-2 FEET BELOW THE PRESSURIZER DECK CONTAINMENT 6M.OO UPPER CONT, QUAD 4-ON THE OUTSIDE OF THE PRESSURIZER ENCLOSURE.
1 FOOT ABOVE THE FLOOR CONTAINMENT 650.00 UPPER CONT, QUAD 4-ON THE OUTSIDE OF THE PRESSURIZER ENCLOSURE.
1 FOOT ABOVE THE FLOOR N/A Judgment VS.Reatrste Meden Centered Fkmr Response Spectra Judgment vs.Reausuc Medfan Centered Fker Response Specua Judgment vs.Reasstic Medfan Centered Fker Response Spectra Yes Yes Yes Yes Yes YBS Yes Yes 2&RYE'I 2-IRV-112 0 NITROGEN (REACTOR PLANT SERVICE)I NITROGEN SUPPLY To ACCUMUlATO R TANKKS VENT VALVE 0 NITROGEN (REACTOR PIANT SERVICE)I ACCUMULATOR TANK OME4)-1 NITROGEN SUPPLYNENT VALVE CONTAINMENT 598.00 ANNULUS, QUAD NO.2-ON THE CONTAINMENT WALL SIDE OF THE WALKWAY.1 FOOT FROM COLUMN&#xb9;2 CONTAINMENT 612.00 ACCUMULATOR TANK&#xb9;1 AREA.ON THE CRANEWALL SIDE OF THE WALKWAY, 3 FEET ABOVE THE FLOOR 612.00 YBS Boundng Speci/um vs.SSE Grand Response Spectnm Boundeg Spectrum vs.SSE Ground Response Specuum YBs YBS Y8$N/A'es Y8$10 12 2-tRV-1 22 2.IRV-1 32 2.IRV.142 24RV 149 2-IRV-150 24RV.156 0 NITROGEN (REATOR PLANT SERVICE)I ACCUMULATOR TANK OME4)-2 NITROGEN SVPPLYNENT VALVE 0 NITROGEN (REACTOR PLANT SERVICE)I ACCUMUlATOR TANK OME~NITROGEN SVPPLYNENT VALVE 0 NITROGEN (REACTOR PLANT SERVICE)I ACCVMUtATOR TANK OME4l-4 NITROGEN SVPPLYNENT VALVE 0 RESIDUAL HEAT REMOVAL I WEST RESIDUAL HEAT REMOVAL TO REACTOR COOLANT LOOPS&#xb9;2 AND&#xb9;3 0.75 AIR OPERATED TEST (GLOBE)VALVE 0 RESIDUAL HEAT REMOVAL/EAST RESIDUAL HEAT REMOVAL TO REACTOR COOLANT LOOPS&#xb9;1 AND&#xb9;40.75 AIR OPERATED TEST VALVE 0 RESIDUAL HEAT REMOVAL I ACCUMULATOR TANK OME4i-1 0.75 AIR OPERATED OUTLET AND SAFETY INJECTION TO Rc LOOP&#xb9;1 COLO LEG TEST VALVE CONTAINMENT 61200 ACCVMVIATOR TANK&#xb9;2 AREA-ON THE CRANEWALL SIDE OF THE WALKWAY, AT THE BASE OF ACCUMULATOR TANK&#xb9;2+ME4)-2 CONTAINMENT 612.00 ACCUMULATOR TANK&#xb9;3 AREA ON THE CRANEWALL SIDE OF THE WALKWAY.3 FEET FROM THE ACCUMULATOR TANK&#xb9;ZAME~CONTAINMENT 612.00 ACCUMUlATOR TANK&#xb9;4 AREA CONTAINMENT 612.00 IO/NEQ-2 FAN RM-NEAR THE CONTAINMENT WALL BELOW CONTAINMENT HYDROGEN SKMMER VEI/TILATION FAN&#xb9;2-HV4:EQ-2.
NEAR COLUMN&#xb9;26.CONTAINMENT 612.00 HV4:EQ-2 FAN RM NEAR THE CONTAtNMENT WALIBELOW THE 612 FLEVATI ON STAIRWAY.10 FEET FROM COLUMN&#xb9;27, 2 FEET ABOVE THE FLOOR CONTAINMENT 598.00 ANNULUS.QUAD No.1-ON THE CRANEWALL SIDE OF THE WALKWAY, 12 FEET FROM COI.UMN&#xb9;4, 6 FEET ABOVE THE FLOOR 61 2.00 612.00 612.00 612.00 612.00 Yes Yes YBS Boundeg Specuum vs.SSE Ground Response Spectrum Bandeg Spectnsn vs.SSE Ground Response Spectrum Bourx$eg Specuum vs.SSE Ground Response Specuum Band eg specuum vs.ssE Ground Response S pecuum Boundng Specuum vs.SSE Ground RBspons8 Spectnsn Boundeg Spearum vs.SSE Grand Response Specuum Yes Yes Yes Yes Yes Yes Yes YBS Yes N/A N/A N/A YBS Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
n i Print or T pe Name nature a w ws-Date Print or Type Name Signature.J Date Walkdown: t of 10/29/92 DC CO NIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 2 of 8 Eq Cl Eqrap.lo No.srstem/Equevrront DoscflPtcn Fkror Elev.Room or Row/Coesmn Cepaoty vs.Demaxl Basis Cap>Caveats Dam arxr/OK?OK?Eqrsp OK?13 14 15 2-IRV-157 2-IRV 158 2-IRV-166 0 RESIDUAl HEAT REMOVAL I WEST RHR AND SAFETY INJECTION TO REACTOR COOLANT LOOPS&#xb9;2 AND&#xb9;3 0.75 AIR OPERATED TEST VALVE 0 RESIDUAL HEAT REMOVAL/EAST RHR AND NORTH SAFETY IN JECTION TO REACTOR COOLANT PUMPS&#xb9;1 AND&#xb9;4 0.75 AIR OPERATED TEST VALVE 0 RESIDUAL HEAT REMOVAL I ACCVMVlATOR TANK OME4-2 0.75 AIR OPERATED OUTLET AND SAFETY INJECTION TO Rc LOOP&#xb9;2 COLO LEG TEST VALVE CONTAINMENT 612.00 CONTAINMENT 612.00 CONTAINMENT 598.00 HVCEQ-2 FAN RM-NEAR THE CONTAINMENT 612.00 WALI 1 FOOT FROM COLUMN&#xb9;26, 1 FOOT ABOVE THE FLOOR HVCEQ-2 FAN RM ON THE CONTAINMENT 612,00 WALL, BELOW THE 612 ELEVATION STAIRWAY, 12 FEET FROM COLUMN&#xb9;27, 2 FEET ABOVE THE FLOOR ANNULUS.QUAD NO.2-ON THE CRANEWALL SIDE OF THE WALKWAY, 10 FEET FROM COLUMN&#xb9;23, 7 FEETABOVE THE FLOOR Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Spearum vs.SSE Ground Response Spectrum Yes Yes Y8$Yes Yos Yes Yes Yes Yes 16 17 2-IRV-176 2-IRV 186 0 RESIDUAL HEAT REMOVAL I ACCUMULATOR TANK OME4>3 0.75 AIR OPERATED OUTLET AND SAFETY INJECTION TO Rc LOOP&#xb9;3 COLO LEG TEST VALVE 0 RESIDUAL HEAT REMOVAL I ACCUMUlATOR TANK OMEGA 1 A!R OPERATED OUTLET AND SAFETY INJECTION TO Rc LOOP&#xb9;4 COLO LEG TEST VALVE CONTAINMENT 598.00 CONTANMENT 598.00 ANNULUS, QUAD NO, 3-ON THE CRANEWALL SIDE OF THE WALKWAY, 5 FEET FROM COLUMN&#xb9;17, 3 FEET ABOVE THE FLOOR ANNULUS, QUAD NO.4-ON THE CRANEWALL SIDE OF THE WALKWAY.8 FEET FROM COLUMN&#xb9;9, 1 FOOT ABOVE THE FLOOR 598.00 Boundng Spectrum vs.SSE Ground Response Spectrum Boundng spearum vs.ssE Ground Response Spectrum Yos Yes Y8$Yes Yes Yes Yes 18 2 IRV40 2-IRV40 244 RV-1 51 0 BORON IN J ECTION I BORON INJECTION TO ACCUMUlATOR FILL LINE CONTROL VALVE 0 SAFETY INJECTION/SAFETY INJECTION TO ACCUMIRATOR FILL LNE COMl'ROL VALVE 0 NUCLEAR SAMPLING I STEAM GENERATOR&#xb9;1 STEAM SAMPLE MSX-1 01 SAMPLE SHUTOFF VALVE CONTAINMENT 598.00 CONTAINMENT 598.00 CONTAINMENT 612.00 ANNULUS, QUAD NO.2 ON THE 598.00 CONTANMENT WALL SIDE OF THE WALKWAY.6 FEET FROM COLUMN&#xb9;25, 1 FOOT ABOVE THE FLOOR ANNULUS, QUAD NO.2-ON THE 598 00 CONTAINMENT WALL SIDE OF THE WALKWAY.6 FEET FROM COLUMN&#xb9;26, 1 FOOT ABOVE THE FLOOR E CONT LOWER VENT RM-ON THE 612.00 CRANEWALL SIDE OF THE WALKWAY.8 FEET FROM COLUMN&#xb9;6.2 FEET ABOVE THE FLOOR Yes Boundng Spectrum vs.SSE Ground Response Spectrum Borndng Spearum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Respcnso Spectrum Y8$Yes Yos Y8$Y8$Yes N/A Yos Yes Yos Yes Yes 21 2WRV-1 53 2-NRV-1 01 0 NUCLEAR SAMPLING/STEAM GENERATOR&#xb9;3 STEAM SAMPLE MSX-103 SAMPLE SHUTOFF VALVE 0 NUCLEAR SAMPLING/REACTOR COOlANT LOOP&#xb9;1 HOT LEG SAMPLE NSX-101 SHUTOFF VALVE CONTAINMENT 612.00 CONTAINMEMT 598.00 W CONT LOWER VENT RM-ON THE CRANEWALL SIDE OF THE WALKWAY ANNULUS, QUAD NO, 1 ON THE COMTANMENT WALL SIDE OF WALKWAY.NEAR COLUMN&#xb9;S.7 FEET ABOVE THE FLOOR 612.00 Yes Boundng Spearum vs.ssE Ground Response Spectrum Borndng Spectrum vs.SSE Ground Response Spectrum Yos Yes Yes Yes N/A N/A Yes Y8$Yes 23 24 2&RV-102 2-NRV.1 03 0 NUCLEAR SAMPLING I PRESSURIZER LIQUID SPACE SAMPLE NSX-102 SHUTOFF VALVE 0 NUCLEAR SAMPLING/REACTOR CoolAMT LOOP&#xb9;3 HOT LEG SAMPLE NSX-103 SHUTOFF VALVE CONTAINMENT 612.00 CONTAINMENT 598.00 INSTRUMENTATION RM-ON THE CRANEWALL 625.00 SIDE OF THE WALKWAY, AT THE 622 ELEVATION PlATFORM ANNULUS, QUAD NO.3-ON THE 598.00 CONTANMENT WALL SIDE OF THE WALKWAY, 5 FEET FROM COLUMN&#xb9;19, 10 FEET ABOVE THE FLOOR.ABOVE A CABLE TRAY Boundng Spsarum vs.SSE Ground Respcnse Spectrum Boundng Speansn vs.SSE Ground Response Spectnsn Y8$Yos Yes Y8$Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
n n i Print or Type Name g nature Date Print or Type Name eP~/, Signature/-/>>-fc'ate Walkdown: 'l of 10/29/92 DC CO NIT 2 SCREENING VERIFICAT N DATA SHEET (SVDS)Page 3 of S Item Eq Cl Equp.lo No.Rev No System/Equpment
~Fk/or Elev.Capacrty vs.Demand Basis Cap+Demand?Caveats OK" OK?Eqtsp OK?25 7 2.NRV-1 04 26, 7 24/RV-151 27 7 24/RV-152 7 2+IRV-153 29 7 2<RV-10 0 NUCLEAR SAMPLING/PRESSURIZERSTEAM SPACE SAMPLE NSX.104 SHUTOFF VALVE 0 PRESSURIZER/PRESSURIZER TRAIN'Iy PRESSURE RELIEF VALVE 0 PRESSURIZER/PRESSURIZER TRAIN'Iy PRESSURE RELIEF VALVE 0 PRESSURIZER
/PRESSURIZER OMEC TRAIN'A'RESSURE RELIEF VALVE 0 REACTOR COOLANT PUMP SEAL WATER IN J/LEAKOFF/REACTOR COO(ANT PUMP&#xb9;I SEAL&#xb9;I LEAKOFF To RCP SEAL WATER RETURN FILTER QC-109 2 AIR OPERATED SHUTOFF VALVE CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT 612.00 617.00 INSTRUMENTATION RM-ON THE CRANEWALL SIDE OF THE WALKWAY, AT THE 622 ELEVATION PIATFORM PRESSURIZER ENCL INTERIOR-ON THE 686 ELEVATION PLATFORM.NORTHWEST OF THE lADDER PRESSURIZER ENCIINTERIOR-ON THE 686 ELEVATION PlATFORM, NORTH OF THE lADDER PRESSURIZER ENCI INTERIOR ON THE 686 ELEVATION PlATFORM.NORTH OF THE lADDER LOWER CONT.QUAD NO.1-BY REACTOR Coo(ANT PUMP&#xb9;2+P~t AND THE CRANEWALION THE CRANEWALL SIDE OF THE 617 ELEVATION P(ATFORM Yes Yes Bounang Speceun vs.SSE Ground Response 6 pectnsn 1.5 x Botstastg Spectrum vs.Rearrsdc Median Centered Fkx/r Response Spectra 1.5 x Bounastg spectnsn vs.Rea5stic Mecran Centered Floor Res Spectra 1.5 x Bounastg Spectrum vs.Rearndc Median Centered Fkxx Res Spectra Bounastg Specuum vs.SSE Ground Response Spectrum No YBB Yes Yes YBs No 31 7 2<RV-I 1 1 7 242RV-1 12 0 LETDOWN (CVGS)/REACTOR COOLANT NORMAL LETDOWN TRAIN'A'HUTOFF VALVE 0 LETDOWN (GVCS)/REACTOR COOLANT NORMAL LETDOWN TRAIN'B'HUTOFF VALVE CONTAINMENT CONTAINMENT 612.00 612.00 LOWER CONT.QUAD NO.4 INSIDE THE CRANEWALL DOOR AND EAST LOWER CONT.QUAD NO.4-INSIDE THE CRANEWALL DOOR AND EAST 6'I2.00 612.00 Yes YBB Bounastg specuum vs.ssE Ground Response Spectnrn Bounds'pectrum vs.ssE Ground Response Spectrum Yes Yes Yes 32 7 2<RV-113 7 2<RV-114 34 7 2&RV-150 35 7 2<RV-20 0 LETDOWN (CVCS)/REACTOR COOUWT EXCESS LETDOWN TO EXCESS LETDOWN HEAT EXCHANGERHE 131 AIR OPERATED TRAIN'Iy SHUTOFF VALVE 0 LETDOWN (CVCS)/REACTOR COO(ANT EXCESS LETDOWN TO EXCESS LETDOWN HEAT EXCHANGER HE-13 1 AIR OPERATED TRAIN'A'HUTOFF VALVE 0 REACTOR Goo(ANT PUMP SEAL WATER INJ/LEAKOFF
/REACTOR COOUWT PUMPS STARTUP SEAL SYSTEM BYPASS TO SEAL WATER RETURN F ILTER QC-1 09 0.75 AIR OPERATED SHUTOFF VALVE 0 REACTOR COOLANT PUMP SEAL WATER INJ/LEAKOFF
/REACTOR Coo(ANT PUMP&#xb9;2 SEAL&#xb9;I LEAKOFF To RCP SEAL WATER RETURN FILTER QC-109 2 AIR OPERATED SHUTOFF GLOBE VALVE CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT 612.00 612.00 625.00 LOWER CONT, QUAD NO.4-INSIDE THE CRANEWALL DOOR AND EAST LOWER CONT.QUAD NO.4-IN SIDE TtlE CRANEWALL DOOR AND EAST ANNULUS.QUAD NO, 2-ON THE CRANEWALL SIDE OF THE WALKWAY,6 FEET FROM COLUMN&#xb9;23, 2 FEET ABOVE THE FLOOR LOWER CONT.QUAD NO.2-BETWEEN REACTOR COOUWT PUMP&#xb9;2+P<5-2 AND THE SHIELD WALION THE 625 ELEVATION P(ATFORM 612.00 612.00 Yes Yes Bounastg Spectrum vs.SSE Ground Response Spectnsn Bounask)SpecOum vs.SSE Ground Response Spectrum Bounang Spectrum vs.SSE Ground Response Spectrum Bounastg Spectnsn vs.SSE Ground Response Spectrum N/A Yes Yes Yes Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with'all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or Type Name Sig ature Date Print or Type Name Signature Date Walkdown: t of 10/29/92 DC CO NIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 4 of 8 n<<n Eq Ct Eqrap ID No.Rev No System/Equpment Descnpten 8aidng Fkxx Elev Room or Row/Column Base Bev.Cap>Demand?Caveats OK?OK?Interact OK?Eqtxp OK?36 7 247 RV40 38 7 24V-102 7 24V-103 41 7 24V-122-23 7 24'A 42 7 24V458 7 2.SVASC 44 7 2.SV40 45 7 24V41 46 7 24V43 47 8 2-ICM.111 37 7 2&RYE 0 REACTOR COOLANT PUMP SEAL WATER IN J/LEAKOFF/REACTOR COOLANT PUMP&#xb9;3 SEAL&#xb9;I LEAKOFF TO RCP SEAL WATER RETVRNFILTERQC-1092 AIR OPERATED SHUTOFF GLOBE VALVE 0 REACTOR COOLANT PUMP SEAL WATER IN 4/LEAKOFF/REACTOR COOLANT PUMP&#xb9;4 SEAL&#xb9;I LEAKOFF TO RCP SEAL WATER RETURN FILTER QC-1092 AIR OPERATED SHUTOFF GLOBE VALVE 0 RESIDUAL HEAT REMOVAL/RESIDUAL HEAT REMOVAL TO REACTOR COOLANT LOOPS&#xb9;2&&#xb9;3 COLO LEGS SAFETY VALVE 0 RESIDUAL HEAT REMOVAL/REACTOR COOlANT LOOP&#xb9;2 HOT LEG TO RESIDUAL HEAT REMOVAL PUMPS SAFETY VALVE 0 CCW/REACTOR SUPPORT COOLERS CCW RETURN HEADER SAFElY VALVE 0 PRESSURIZER/PRESSURIZER OMEP SAFETY VALVE'A'PRESSURIZER/PRESSURIZER OMER SAFETY VALVE'B'PRESSURIZER/PRESSURIZER OME<SAFElY VALVE'C 0 REACTOR COOLANT PUMP SEAL WATER IILI/LEAKOFF
/Rc PUMPS SEAL&#xb9;I AND STARTUP SEAL SYSTEM BYPASS TO SEAL WATER RETURN FILTERS SAFElY VALVE 0 LETDOWN (CVCS)/REGENERATIVE HEAT EXCHANGER HE-12 LETDOWN OUTLET SAF ETY VALVE 0 CCW/REACTOR COOLANT PUMP MOTORS BEARING OIL COOLERS CCW RETURN HEADER SAFETY VALVE 0 RESIDUAL HEAT REMOVAL/RHR To REACTOR COOlANT LOOPS&#xb9;2&&#xb9;3 COLO LEGS CONTAINMENT ISOlATION VALVE CONTAINMENT 612.00 CONTAINMENT 612.00 CONTAINMENT 598.00 CONTAINMENT 598.00 CONTAIN//IENT 598.00 CONTAINMENT 650.00 CONTAINMENT 650.00 CONTAINMENT 650.00 CONTAINMENT 598.00 CONTAINMENT 598.00 CONTAINMENT 612.00 CONTAINMENT 598.00 LOWER CONl', QUAD NO, 3-ON THE GRATING BY REACTOR COOlANT PUMP&#xb9;2-PP<54 SEAI3 FEET ABOVE THE PLATFORM LOWER CONT, QUAD NO.4~BETWEEN REACTOR COOLANT PUMP&#xb9;2+P<54 AND STEAM GENERATOR&#xb9;243ME44 ON THE 618 ELEVATION PlATFORM ANNULUS, QUAD NO.2-ON CRANE WALL SIDE OF WALKWAY.ABOVE THE SUMP ANNULUS, QUAD NO.2-ON CRANEWALL SIDE OF WALKWAY ANNULUS, QUAD NO.3-ON THE CO NTAINMEMT WALL SIDE OF THE WALKWAY, 10 FEET ABOVE THE FLOOR PRESSURIZER ENCIINTERIOR-ON THE INTERIOR WALL OF PRESSURIZER
&#xb9;247MEX, AT THE 680 ELEVATION PLATFORM PRESSURIZER ENCL INTERIOR-ON THE NORTH SIDE OF THE PRESSVRIZEIL 686 ELEVATIOM PlATFORM PRESSURIZER ENCL INTERIOR-ON THE INTERIOR WALL OF PRESSURIZER
&#xb9;247MEA.OM THE 680 ELEVATIOM PLATFORM ANNULUS, QUAD NO.3-NEAR THE CRANEWALL SIDE OF THE WALKWAY.8 FEET FROM COLUMN&#xb9;20, 3 FEET FROM THE CRANEWAU 9FEETABOVE THE FLOOR ANNULUS.QUAD NO.4 5 FEET NORTHWEST OF COLUMN&#xb9;10.7 FEET FROM THE CRANEWALL 8FEETABOVETHEFLOOR W CONT LOWER VENT RM BETWEEN THE CONTAINMENT WALL AND THE HVCLV-2 FAN BY COL&#xb9;22.3 FEETABOVE THE FLOOR ANNULUS, QUAD NO.2-ON THE CRANEWALL SIDE OF THE WALKWAY, BETV/EEN COLUMN&#xb9;24 AND&#xb9;25 612.00 Y8$625.00 Yes 598.00 Yes 598.00 Yes 598.O0 Yes 598,00 Yes 598.00 Yes 61 2.00 Yes 598.00 Yes Boundng Speci/um vs.SSE Ground Response Spectnsn Boundng Spectrum vs.SSE Ground Response Spec//um Boundng Spectnsn vs.SSE Ground Response Spectrum Boundng Spect/urn vs.SSE Ground Response Spectrum Bourx/ng Specuum vs.SSE Ground Response Spectrum 1.5 x Boundng Spectrum vs.Rearrsdc M/xfan Centered Fker Response Spectra 1.5 x Boundng Spectrum vs.R881$5c M<<fian Cent<<ed Fkxx Res S a 1.5 x Bounding Spectrum vs.Rearrsdc Median Centered Fker Response Spectra Bandng Specuum vs.SSE Grand Response Spectrum Boundng Specuum vs.SSE Ground Response Spectrum Bouncing Spect/um vs.SSE Ground Response Spectrum Bourxlng Spectrum vs.SSE Grand Response Spectrum Yes Yes Yes No No Yes Yes Yes Yes Ye~Y8$Y8$Yes Yes N/A Yes Yes Yes Y8$Yes Y8$Yes Yes Yes Yes Yes Yes Y8$Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
h I Print or Type Name ig nature Dae Print or Type Name Signature Date Walkdown: l of 10/29/92 DC C NIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 5 of 8 Item Eq Ci Equip, ID No.Rev No System/Equipment Descnptron Floor Eiev.Room or Row/Coh/mn Cap>Demand?Caveats OK?OK?Equcr OK?48 8 2.ICM.129 0 RESIDUAL HEAT REMOVAL/CONTAINMENT REACTOR COOLANT LOOP&#xb9;2 HOT LEG TO RESIDUAL HEAT REMOVAL PUMPS SUCTION CONTAINMENT ISOlATION VALVE ANNULUS, QUAD NO.2-ON THE CRANEWALL SIDE OF THE WALKWAY, 8 FEET FROM COLUMN&#xb9;24, 2 FEET ABOVE THE FLOOR 598 O0 Yes Boundrng Spectrum vs.SSE Ground Response Spectrum Yes Yes Yes 49 8 2.IMO-1 28 0 RESIDUAL HEAT REMOVAL/CONTAINMENT REACTOR COOLANT LOOP&#xb9;2 HOT LEG To RESIDUAL HEAT REMOVAL PUMPS SUCTION SHUTOFF VALVE 617.00 LOWER CONT.QUAD NO.2-BETWEEN STEAM 625.00 Yes GENERATOR&#xb9;2%MEW2 AND REACTOR CootANT PUMP&#xb9;2+P~2, NEAR THE SHIELDWAL14 FEET BELOWTHE Boundrng Speci/um vs.SSE Ground Response Spectrum Yes Yes Yes 51 8 52 8 2.IMOPI 5 2.IM(MI6 2-LVI(4325 24MO426 2.NMO-1 51 24IM0-1 52 24IMO-1 53 0 RESIDUAL HEAT REMOVAL/EAST CONTAINMENT RHR AND NORTH SAFETY IN JECTION To REACTOR COOLANT LOOPS&#xb9;1 AND&#xb9;4 HOT LEGS SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL I EAST CONTAINMENl'HR AND NORTH SAFETY INJECTION TO REACTOR COOlANT LOOPS&#xb9;1 AND&#xb9;4 COLO LEGS SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL/WEST CONTAINMENT RHR AND SOUTH SAFETY INJECTION TO REACTOR COOLANT LOOPS&#xb9;2 AND&#xb9;3 HOT LEGS SHUTOFF VALVE 0 RESIDUAL HEAT REMOVAL/WEST CONTAINMEN1'HR AND SOUTH SAFETY INJECTION To REACTOR COOLANT LOOPS&#xb9;2 AND&#xb9;3 COLO LEGS SHUTOFF VALVE 0 PRESSURIZER/PRESSURIZER CONTAINMENT RELIEF VALVE NRV-1 51 UPSTREAM 3 MOTOR OPERATED SHUTOFF VALVE 0 PRESSURIZER/PRESSURIZER CONTAINMENT RELIEF VALVE NRV-1 52 UPSTREAM 3 MOTOR OPERATED SHUTOFF VALVE 0 PRESSURIZER/PRESSURIZER CONTAINMENT REUEF VALVE NRV-153 UPSTREAM 3 MOTOR OPERATED SHUTOFF VALVE 612.00 612.00 612.00 612.00 E CONT LOWER VENT RM-BETWEEN THE LADDER AND VENT UNIT&#xb9;24IV4:LV4, 7 FEET FROM COLUMN&#xb9;7 E CONT LOWER VENT RM-BETWEEN THE lAD DER AND VENT UNIT&#xb9;24IVCLVA, 5 FEET FROM COLUMN&#xb9;7 W CONT LOWER VENT RM-BETWEEN THE lADDER AND VENT UNIT&#xb9;24IV4'LV4, 7 FEET FROM COLUMN&#xb9;20.4 FEET ABOVE THE FLOOR W CONT LOWER VENT RM-BETWEEN THE lADDER AND VENT UNIT&#xb9;24rvCLV4, 5 F EET FROM COLUMN&#xb9;20.4 FEETABOVE THE FLOOR PRESSURIZER ENCIINTERIOR-NEAR THE 686 ELEVATION PLATFORM.NORTHWEST OF THE lADDER PRESSURIZER ENCI NTERIOR-NEAR THE 686 ELEVATION PLATFORM, NORTH OF THE lADDER PRESSURIZERENCI INTERIOR NEARTHE 686 ELEVATION PLATFORM.NORTH OF THE lADDER 612.00 Yes 612.00 Yes 612.00 Yes 612.00 Yes Boundrng Spectrum vs.SSE Ground Response Spectrum Boundrng Spectrum vs.SSE Ground Response Spectrum Boundrng Spectrum vs.SSE Ground Response Spectrum Boundrng Speci/um vs.SSE Ground Response Spectrum MOVERS VS.Amphf>>d Res/rheo Meden Centered F kror Response Spectra MOVERS vs.Amphf>>d Reahshc Median Centered Fker Response Speci/a MOVERS vs.Amph/>>d Reahshc Median Cents/ed Fioor Response Spectra Yes Yes No No Yes Yes N/A N/A N/A Yes Yes Yes Yes No No 57 8 2-NSO-21 2&60-22 0 REACTOR COOLANT SYSTEM VENTS/REACTOR VESSEL OME-1 POST~CIDENT VENT TRAIN'A'OLENOID VALVE 0 REACTOR COOLANT SYSTEM VENTS/REACTOR VESSEL OME-1 POST-ACCIDENT VENT TRAIN'A'OLENOID VALVE CONTAINMENT CONTAINMENT ROT R VESSEL HEAD AREA-ABOVE THE CONTROL ROD DRIVE MECHANISM, ON THE REACTOR HEAD RCTR VESSEL HEAD AREA-ABOVE THE CONTROL ROD DRIVE MECHANISM, ON THE REACTOR HEAD 625.0O Yes 625.00 Yes Boundsrg Spectrum vs.SSE Ground Response Spectnhn Boundrng Spectrum vs.SSE Ground Response Spectrum Yes N/A Yes Certification:
All the information contained on this Screening Veiification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" includes each entry and conclusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
e n Print or T pe Name nature Date Printor T pe Name Si nature Date Walkdown: I/.of 10/29/92 DC CO NIT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page 6 of 8 Eq Cl Equp.ID No.Rev No Fker Elev.Room or Row/Cohsnn Capacsy vs.Demand Basis Cap~Cavsats Demand?OK?Anchor OK?EquSh OK?59 61 2.N 50-23 2&50-24 2-NSO61 2&5062 2'O63 2&5064 243 CM-250 0 REACTOR COOLANT SYSTEM VENTS I REACTOR VESSEL OME-1 POSTWCCIDENT VENT TRAIN'8'OLENOID VALVE 0 REACTOR COOLANT SYSTEM VENTS I REACTOR VESSEL OME-1 POSTACCIOENT VENT TRAIN'8'OLENOID VALVE 0 REACTOR COOIANT SYSTEM VENTS I PRESSURIZER OMEN POST ACCIDENT VENT TRAIN'A'OLENOID VALVE 0 REACTOR COOLANT SYSTEM VENTS I PRESSURIZER OMER POSTACCIDENT VENT TRAIN'A'OLENOID VALVE 0 REACTOR COOLANT SYSTEM VENTS I PRESSURIZER OMER POST.ACCIDENT VENT TRAIN'8'OLENOlo VALVE 0 REACTOR COOLANT SYSTEM VENTS I PRESSURIZER OMEN POST-ACCIDENT VENT TRAIN'8'OLENOID VALVE 0 REACTOR COOLANT PUMP SEAL WATER INJ/LEAKOFF I REACTOR COOLANT PUMP SEAL WATER RETURN TRAIN'A'ONTAINMENT ISOLATION 4 MOTOR OPERATED VALVE CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMFNT CONTAINMENT CONTAINMENT CONTAINMENT 621.00 RGTR VESSEL HEAD AREA-ABOVE THE CONTROL ROD DRIVE MECHANISM.
ON THE REACTOR HEAD 621.00 RGTR VESSEL HEAD AREA-ABOVE THE CONTROL ROD DRIVE MECHANISM, ON THE REACTOR HEAD 650.00 PRESSURIZER ENCL, INTERIOR IN THE PRESSURIZER ENCLOSURE, AT TOP OF PRESSURIZER, ON CONTAINMENT WALL.AT 680 ELEVATION PLATFORM 650.00 PRESSURIZER ENCL.INTERIOR-IN THE PRESSURIZER ENCLOSURE, OM CONTAINMENT WALL AT 680 ELEVATION PLATFORM.AT TOP OF PRESSURIZER 650.00 PRESSURIZER ENCIINTERIOR-IN THE PRESSURIZER ENCLOSURE, AT TOP OF PRESSURIZER, ON CONTAINMENT WAU AT 680 ELEVATION PLATFORM 650 00 PRESSURIZER ENCL.INTERIOR-IN THE PRESSURIZER ENCI.OSURE, AT TOP OF PRESSURIZER, ON CONTAINMENT WALIAT 680 ELEVATION PLATFORM 598.00 ANNULUS, QUAD No.2 ON THE CRANEWALL SIDE OF THE WALKWAY 625.00 625.00 YBs YBS N/A N/A SounCkg Specuum vs.SSE Ground Response Spectrum Boundstg Spectrum vs.SSE Ground Response Spectrum Test Data vs.Amphrxrd Reahste Median Cent<<ed Fker Response Spectra Test Data vs.Amphfied Reahste Median Centered Fker Response Spectra Test Data vs.Am phfx/d Reahste Meehan Centered Fher Response Spectra Test Data vs.Amphred Reahste Median Centered Floor Response Spectra Bounchng Spectrum vs.SSE Ground Response Spect/um Yos YBS Yes YBS Yos Yes YBS YBS Yes N/A N/A Yes Yes YBS Yes Yos YBS Yos 6r 2-XSO405 2-XSO-507 0 CONTROLAIRIPRESSURIZER TRAIN'tr PRESSURE RELIEF VALVE NRV-152 CONTROL SOLENOID 0 GONTROLAIRIPRESSVRIZER TRAIN'A'RESSURE RELIEF VALVE NRV-153 CONTROL SOLENOID CONTAINMENT CONTAINMENT 650.00 PRESSURIZER ENCL, INTERIOR ON THE 686 688.00 ELEVATION PLATFORM, NORTH OF THE lADDER.NEAR AIR OPERATED VALVE&#xb9;2+RV-152 650.00 PRESSURIZER ENCL, INTERIOR-ON THE 686 688 00 ELEVATION PlATFORM.NORTH OF THE LADSER NEAR AIR OPERATED VALVE&#xb9;2&RV-153 N/A MOVERS vs.Arnphfed Reahste Median Centered Fker Response Spectra MOVERS vs.Amphfed Reahsuc Median Centered Fker Response Spectra Yos Yss Yes Yes 69 70 18 24IVCEQ-1 24IVCEQ-2 26LI-110 0 HYDROGEN SIQMMER I CONTAINMENT HYDROGEN S KMMER VENTllATION FAN&#xb9;1 0 HYDROGEN SIQMMER I CONTAINMENT HYDROGEN SIQMMER VENTllATION FAN&#xb9;2 0 STEAM GENERATING
/STEAM GENERATOR OME6.1 WIDE RANGE LEVEL INDICATOR TRANSMITTER CONTAINMENT CONTAINMENT CONTAINMENT 625.00 HV4:EQ-1 FANRM-IN THE MIDDLE OF THE ROOM 625.00 HV<EQ-2 FAN RM-CEQ FANS ARE NEEDED FOR ACCIDENTS AND WILL NOT 8 E ACTIVATED 612.00 ACCUMULATOR TANK&#xb9;1 AREA NEAR THE CRANEWALL SIDE OF THE ROOM, 10 FEET FROM COLUMN&#xb9;3, NEAR VENT UNIT&#xb9;24tv-CLV.1.ON A SUPPORT RACK 4 FEET ABOVE 625.00 1.5 x Bourxhng Spectrum vs.Rearrttio Median Centered Fker Respcese Spectra 1.5 x Boundstg SPOCtrum vS.Rearrsdc Median Centered Fker Resp'onss Spectra Boundstg speci/um vs.SSE Ground Response Spectrum YBs Yss YBS Yos YBS 2-BU-120 Certification:
0 STEAM GENERATING I STEAM GENERATOR OME6-2 WIDE RANGE LEVEL INDICATOR TRANSMITTER CONTAINMENT 612 00 W CONT LOWER VENT RM ON THE 612.00 CRAMEWALL SIDE OF THE ROOM, 8 FEET FROMCOLUMM&#xb9;21, ONASUPPORTRACK,5 FEET ABOVE THE FLOOR 1.5 x Boundrng Spectrum vs.Realistic Median Centered Fker Response Spectra Yes Yes Yss All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismicaliy adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and conclusions.
One signatory should be a licensed professional engineer.)
Print or T pe Name Si ature Date Print or Type Name Signature Date k
Walkdown: of 10/29/92 DC C.NIT 2 SCREENING VEF IFICAT ON DATA SHEET (SVDS)Page7of8 Eq CI Equcf.ID No.Rev No SystemfEqupment Descnpten Floor Elev.Base Elev.Cap>Demand?Caveats OK?Interact OK?Equp OK?72 73 r4 75 76 77 rs 18 2-BLI 130 18 2+LI-140 18 2-IFI<2 18 24F 143 18 2.IF 144 18 24tLI-151 18 2-NLP-1 51 18 ALP-152 0 STEAM GENERATING I STEAM GENERATOR OMEGA WIDE RANGE LEVEL INDICATOR TRANSMITTER 0 STEAM GENERATING I STEAM GENERATOR OME~WIDE RANGE LEVEL INDICATOR TRANSMITTER 0 BORON INJECTION/
BORON INJECTION To REACTOR COOLANT LOOP&#xb9;2 FLOW INDICATOR TRANSMITTER 0 BORON IN JECTION I BORON INJECTION To REACTOR COOLANT LOOP&#xb9;3 FLOW INDICATOR TRANSMITTER 0 BORON INJECTION I BORON INJECTION TO REACTOR COOLANT LOOP&#xb9;4 FLOW INDICATOR TRANSMITTER 0 PRESSURIZER/PRESSURIZER OM&l LEVEL INDICATOR TRANSMrlTER 0 PRESSURIZERIPRESSURIZER OMEP PROTECTION CHANNEL I LEVEL TRANSMITTER 0 PRESSURIZEft/PRESSURIZER OMEN PROTECTION CHANNEL II LEVEL TRANSMITTER CONTAINMENT 612 00 ACCUMULATOR TANK&#xb9;3 AREA-ON THE CRANEWALL SIDE OF THE ROOM, 10 FEET FROM COLUMN&#xb9;18, 5 FEET FROM ACCUMULATOR TANK&#xb9;24?ME4IG.
4 FEET ABOVE THE CONTAINMENT 612.00 ACCUMULATOR TANK&#xb9;4 AREA-NEAR THE C RANEWALL S!DE OF ACCUMULATOR TANK&#xb9;2+ME44, 10 FEET FROM COLUMN&#xb9;10.7 FEET ABOVE THE FLOOR CONTAINMENT 598.00 ANNULUS, QUAD NO.2 ON THE CRANEWALL SIDE OF THE WALKWAY, 10 FEET FROM COLUMN&#xb9;23.6 FEET ABOVE THE FLOOR CONTAINMENT 598.00 ANNULUS, QUAD NO.3~ON THE CRANEWALL SIDE OF THE WALKWAY, 12 FEET FROM COLUMN&#xb9;18, 6 FEET ABOVE THE FLOOR CONTAINMENT 598.00 ANNULUS, QUAD NO.4-ON THE CONTAINMENT WALL SIDE OF THE WALKWAY, NEAR COLUMN&#xb9;8.13 FEET ABOVE THE FLOOR CONTAINMENT 612.00 INSTRUMENTATION RM-ON THE CRANEWALL SIDE OF THE WALKWAY, INSIDE A METAL SHIELD BOX.4 FEET ABOVE THE FLOOR CONTAINMENT 612.00 INSTRUMENTATION RM-ON THE GRAN EWALL SIDE OF THE WALKWAY, 5 FEET WEST OF THE 612 AIRLOCK DOOR, 4 FEET ABOVE THE FLOOR CONTAINMENT 612.00 INSTRUMENTATION RM ON THE CONTAINMENT WALL SIDE OF THE WALKWAY.ACROSS FROM THE ANNULUS HATCH.3 FEET FROM COLUMN&#xb9;13.3 FEET ABOVE THE 612.00 612.00 598.00 61 2.00 612.00 612.00 Yos Y8$YOS Yes Yes Boundng Spectrum vs.SSE Ground Respof>>o Spoctrufn Boundng Spectrum vs.SSE Ground Response Spectrum~Specuurn vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrun Boundng Spectrum vs, SSE Ground Response Spectrum Boundng Spectnsn vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Spectrum vL SSE Grand Respor>>e Spectrum YBS YBS YBS Yes Yes Yes Yes Yos Yos Y8$Yos Yes Yes YBS Yes YBS 18 ALP-153 0 PRESSURIZERIPRESSURIZER OMER PROTECTION CHANNEL ill LEVEL TRANSMITTER CONTAINMENT 612.00 INSTRUMENTATION RM-ON THE CRANEWALL SIDE OF THE WALKWAY, 8 FEET EAST OF THE 612 AIRLOCK DOORWAY, 3 FEET ABOVE THE FLOOR 612.00 Yes Boundng Spectrum vs.SSE Gfound Response pctrurfi Yos Yos Yes Yes 81 18 2&PP-151 18 2&PP 152 18 24IPP-153 18 2&PS-121 0 PRESSURIZERIPRESSURIZER OMER PROTECTION CHANNEL I PRESSURE TRANSMITTER 0 PRESSURIZER I PRESSURIZER OMEQ PROTECTION CHANNEL II PRESSURE TRANSMITTER 0 PRESSURIZER/PRESSURIZER OMEQ PROTECTION CHANNEL III PRESSURETRANSMITTER 0 REACTOR COOLANT I REACTOR COOLANT LOOP&#xb9;2 HOT LEG WIDE RANGE PRESSURE TRANSMITTER CONTAINMENT 612.00 INSTRUMENTATION RM-ON THE CRANEWALL SIDE OF THE WALKWAY, 6 FEET FROM THE 612 AIRLOCK DOOR.4 FEET ABOVE THE FLOOR CONTAINMENT 612.00 INSTRUMENTATIONRM-ON THE CONTAINMENT WALL SIDE OF THE WALKWAY, 1 FOOT FROM COLUMN&#xb9;13, 3 FEET ABOVE THE FLOOR CONTAINMENT 61200 INSTRUMENTATION RM-ON THE CRANEWALL SIDE OF THE WALKWAY, 10 FEET EAST OF THE 612 AIRLOCK DOORWAY.AT THE FOOT OF THE STAIRS TO THE 625 CONTAINMENT 612.00 W CONT LOWER VENT RM-ON THE CONTAINMENT WALL SIDE OF THE WALKWAY.NEAR&#xb9;24:PN-27.
5 FEET ABOVE THE FLOOR 612.00 612 00 612.00 612.00 NIA Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundng specuum vs.SsE Ground Response Spectrum 1.5 x Boundng Specuum vs.Rear>>tic Mofrran Centered Roor Response S Yes Yes Yos Yes Yes YBS Yes Yes YBs Yes YBS Yes Yos Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" indudes each entry and condusion (whether verified to be seismically adequate or not).Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries and condusions.
One signatory should be a licensed professional engineer.)
Print or Type Name S'ature Date Print or Type Name Signature Date
~~h 10 II+~N Walkdown: tr f t0/29/92 DC CO IT 2 SCREENING VERIFICATION DATA SHEET (SVDS)Page8of8 Item Eq.CI 85 18 Equp.lo No.24/PS-122 0 REACTOR COOIANT/REACTOR CONTAINMENT COOLANT LOOP&#xb9;1 HOT LEG WIDE RANGE PRESSURE TRAN SMllTER Floor Elev.612.00 Roam or Raw/Column E CONT LOWER VENT RM ON THE 612.00 N/A CRANEWALL SIDE, 10 FEET FROM COLUMN&#xb9;5, 5FEETABOVE THE FLOOR Capaotr vs.Demaxl Basis 1.5 x Bouixrstg Spectrum vs.Rearrsdc Meden Centered Raor Response S a Cap>Caveats Demand?OK?Yes Ancter OK?Yes Eqtap OK?86 18 87 18 2&RI-21 24IRI-23 0 NUCLEAR INSTRUMENTATION I NUCLEAR INSTRUMENTATION SOURCE RADIATIOM DETECTOR 0 NUCLEAR IMSTRUMENTATIOM I NUCLEAR INSTRUMENTATION SOURCE RANGE RADIATION DETECTOR COMTAINMENT CONTAINMENT REACTOR CAVI1Y REACTOR CAVITY-AZ 270.625.00 Yes 625.00 Yes Batstdrng Spectrum vs, SSE Ground Response Spectrum Baundng Spectrum vs.SSE Ground Response Spectrum Yos Yes Yes Yos Yes Yes 88 18 89 18 2-XRV RACK-1 52 2-XRV-RACK-1 53 0 CONTROL AIR/PRESSURIZER CONTAINMENT TRAIN'8'RESSURE REUEF VALVE NRV-152 VALVE RACK EMERGENCY AIR PRESSURE REGULATOR 0 CONTROL AIR/PRESSURIZER CONTAINMENT TRAIN'A'RESSURE RELIEF VALVE&#xb9;NRV-153 VALVE RACK EMERGEMCY AIR PRESSURE REGUlATOR CONTROL AIR/N2 CONTROL AIR/N2 650.00 Yes 650.00 Yes Batatdng Spectrum vs.SSE Ground Respcnse Spectnsn Bearing Speci/um vs.SSE Ground Response Speci/um Yos Yes Yes Yes Yes Yos 90 19 91 19 92 19 93 19 24ITR-110 24/1'R-1 20 24TR-130 24ITR-140 0 REACTOR COOLANT I REACTOR CON1'AINMENT COOlANT LOOP&#xb9;1 HOT LEG WIDE RANGE TEMPERATURE RECORDER THERMAL SENSOR 0 REACTOR COOLANT I REACTOR CONTAINMENT COOIAMT LOOP&#xb9;2 HOT LEG WIDE RANGE TEMPERATURE RECORDER THERMAL SENSOR 0 REACTOR COOLANT I REACTOR CONTAINMENT COOLANT LOOP&#xb9;3 HOT LEG WIDE RANGE TEMPERATURE RECORDER THERMAL SENSOR 0 REACTOR COOLANT/REACTOR CONTAINMENT COOIANT LOOP&#xb9;4 HOT LEG WIDE RANGE TEMPERATURE RECORDER THERMAL SENSOR 617.00 617.00 LOWER CONT.QUAD NO.1-ON TtiE SHIELD 598.00 Yes WALL SIDE OF STEAM GENERATOR&#xb9;24?MEW 1, 20 FEET ABOVE THE FLOOR LOWER CONT.QUAD NO.2-ON THE SHIELD 625.00 Yes WALL SIDE OF STEAM GENERATOR&#xb9;24?ME4-2, ON THE 621 ELEVATION PLATFORM LOWER CONT, QUAD NO.3-ON THE SHIELD 625.00 Yes WALL SIDE OF STEAM GENERATOR&#xb9;24?MM-3, ON THE 621 ELEVATION PLATFORM LOWER CONT, QUAD NO.4-ON THE SHIELD 62500 Yes WALL SIDE OF STEAM GENERATOR&#xb9;24?ME4-4, 2 FEET ABOVE THE 617 ELEVATION PLATFORM Boundng Spectrum vs.SSE Ground Response Spectrum Bourxing Spectrum vs.SSE Gratsxl R~Spectrum Boundng Spectrum vs.SSE Ground Response Spectrum Boundng Spectrum vs.SSE Ground Response Spectnan Yes Yes Yes Yos Yes N/A Yes Yos Yes 94 19 95 19 96 19 97 19 24ITR-210 24ITR.220 24ITR.230 24ITR-240 0 REACTOR COOLANT I REACTOR CoolAMT LOOP&#xb9;I COLD LEG WIDE RANGE TEMPERATURE RECORDERTHERMALSENSOR 0 REACTOR COOLANT I REACTOR COOLANT LOOP&#xb9;2 COLD LEG WIDE RANGE TEMPERATURE RECORDERTHERMALSENSOR 0 REACTOR COOLANT I REACTOR COOLANT LOOP&#xb9;3 COLD LEG WIDE RANGE TEMPERATV RE RECORDER THERMAL SENSOR 0 REACTOR COOLANT I REACTOR COOLANT LOOP&#xb9;4 COLD LEG WIDE RANGE TEMPERATURE RECORDERTHERMALSENSOR CONTAINMENT CONTAINMENT CONTAINMENT CONTAINMENT 617.00 617.00 617.00 617.IN LOWER CONT, QUAD NO.1 BETWEEN REACTOR COOLANT PUMP&#xb9;2+P45.1 AND THE SHIELD WALI ON THE 617 ELEVATION PLATFORM LOWER CONT, QUAD NO.2-BETWEEN REACTOR COOLAIrr PUMP&#xb9;2+P45-2 AND THE SHIELD WALI ON THE 617 ELEVATION PLATFORM LOWER CONT, QUAD NO.3-BETWEEN REACTOR COOLANT PUMP&#xb9;24'P45G AND THE SHIELD WALI ON THE 617 ELEVATION PLATFORM LOWER CONT, QUAD NO.4 BETWEEN REACTOR COOlANT PUMP&#xb9;M'F454 AND THE SHIELD WALI ON THE 617 ELEVATION PlATFORM 625.00 Yes 625.00 Yes 625.00 Yes 625.00 Yes Baundng Speci/urn vs.SSE Ground Respcnse Spectrun Bourxlstg Spectrum vs.SSE Ground Respcnse Spectrum Baundng Spectrum vs.SSE Ground Respcnse Spectrum Boundstg Speci/um vs, SSE Graund Respcnse Spectrum Yes Yos Yos Yos Yos N/A N/A N/A Yes Yos Yes Yes Certification:
All the information contained on this Screening Verification Data Sheet (SVDS)is, to the best of our knowledge and belief, correct and accurate."All information" Includes each entry and conclusion (whether verified to be seismically adequate or not).i-u-)g Approved: (Signatures of all Seismic Capability Engineers on the Seismic Review Team (SRT)are required;there should be at least two on the SRT.All signatories should agree with all the entries Qc~g e'rint or Type Name Signature Print or T pe Name}}

Latest revision as of 14:02, 7 January 2025

DC Cook Nuclear Plant USI A-46 Seismic Evaluation Rept
ML17333A282
Person / Time
Site: Cook  American Electric Power icon.png
Issue date: 12/31/1995
From:
STEVENSON & ASSOCIATES
To:
Shared Package
ML17333A281 List:
References
REF-GTECI-A-46, REF-GTECI-SC, TASK-A-46, TASK-OR GL-87-02, GL-87-2, NUDOCS 9602050080
Download: ML17333A282 (484)
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