ML20064L673

Forwards Supplementary Info Re Equipment Environ Qualifications,Per NRC 821129 Request.Rev 1 to 820716 Environ Qualification Rept Also Encl,Per LL Kintner Request

ML20064L673
Person / Time
Site:	Zimmer
Issue date:	02/03/1983
From:	Borgmann E CINCINNATI GAS & ELECTRIC CO.
To:	Harold Denton Office of Nuclear Reactor Regulation
References
NUDOCS 8302150338
Download: ML20064L673 (297)

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THE CINCINNATI GAS & ELECTRIC COMPANY mt CINCINP ATI. OHIO 4520t C. A. B O RG M AN N SENaOR VICE PRESIDENT February 3, 1983 Docket No. 50-358 Mr. Harold Denton, Director Office of Nuclear Reactor Regulation U.S. Nuclear Regulatory Commission Washington, D.C. 20555

Dear Mr. Denton:

RE: WM. H. ZIMMER NUCLEAR POWER STATION -

UNIT 1 - EQUIPMENT ENVIRONMENTAL QUALIFICATIONS Attached are six copies of supplementary information requested by the NRC in their letter of November 29, 1982 from Mr. B. J. Youngblood to Mr. E. A. Borgmann. The questions resulted from the NRC review of the July 16, 1982 " Environmental Qualification Report for Class IE Equipment" submittal and the meeting with the Staff held on November 3, 1982. That meeting was summarized by Mr. L. L. Kintner in his letter of November 24, 1982.

Attachment I contains specific responses to each of the 10 items for which additional information was requested in the November 29, 1982 NRC letter. Attachment II is Revision 1 to the July 16, 1982 Environmental Qualification Report. This revision is provided as requested by Mr. L. L. Kintner. Instructions to update the July 16, 1982 report are provided at the beginning of Attachment 2. These instructions should be filed with and become a permanent p&rt of the Environmental Qualification Report.

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4I64 8302150338 830203 PDR ADOCK 05000

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i To: Mr. Harold Denton, Director February 3, 1983-Re: Wm. H. Zimmer Nuclear Power Station - Page #2 Unit 1 - Equipment Environmental Oualifications Two copies of this report are being sent directly to Mr. L. L. Kintner. Two additional copies'are being sent directly.

to the NRC's consultant, Mr. Max Yost of EG&G in Idaho' Falls, Idaho.

Very truly yours, THE CINCINNATI GAS & ELECTRIC COMPANY

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By E. A. BORGMANN EAB: dew cc: L. L. Kintner (2/2)

Max Yost (2/2) cc: Without Enclosure John H. Frye III M. Stanley Livingston Frank F. Hooper Troy B. Conner, Jr.

John E. Dolan James P. Fenstermaker Steven G. Smith William J. Moran Stephen F. Koziar, Jr.

Samuel H. Porter James D. Flynn W. F. Christianson Lynne Bernabei John D. Woliver Deborah F. Webb David K. Martin George E. Pattison Andrew B. Dennison State of Ohio )

County of Hamilton)

Swcrn to and subscribed before me this 30' day of February, 1983.

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"""Ece"R%%acx Notary Public, State of ONo My Commission Expires December 16, 1986

. s ATTACHMENT 1 RESPONSE TO NRC NOVEMBER 29, 1982 REQUEST FOR ADDITIONAL ENVIRONMENTAL QUALIFICATION INFORMATION O

1(a) REQUEST Based on the information in your program, we are unable to determine if all of the systems and components requiring 1 qualification have been identified. Provide the following for our review.

A comparison of the systems in table 3.2-1 of the FSAR with the systems containing equipment in a harsh environment in the July 16, 1982 submittal. Justification should be pro-vided for exclusion of safety related systems in table 3.2-1 from the environmental program (e.g. not required for accident mitigation, all components located in a mild environ-1 ment, etc.). Indicate the Class IE functions performed by l

each system.

1 ( a) RESPONJE Table 3.2-1 of the Zimmer FSAR was compared to table 3.1-1 of our July 16, 1982 Pnvironmental Qualification Submittal. Re-sults of the comparison are included as table 3.1-2 of revision 1 to the submittal. Table 3.1-1 of the submittal has also been revised to include the VG and VY Systems which were inadvertantly omitted from the original table. The Decay Heat Removal safety 4 O. function was expanded to Containment Heat Removal and Core Re-sidual Heat Removal as requested during the November 3, 1982 meeting. Justification for exemption of safety related electrical equipment located in harsh environments identified in Table 3.1-1 is provided in Appendix C of the July 16, 1982 submittal.

L 1(b) REQUEST A list of the TMI Action Plan equipment currently in your program and its equipment I.D. number'. If not in your pro-gram, describe the qualification status or your plans for qualification, including the schedule for completion of i

qualification in accordance with NUREG-0588.

1(b) RESPONSE See section 3.4 of revision 1 of the Submittal.

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r 2(a) REQUEST Normal and accident environmental conditions must be defined for areas of the plant which experience a significant change

(]) in environment as a result of a LOCA or HELB. The following is required to adequately define the environmental conditions.

A commitment to use of the drywell pressure / temperature profile previously defined in Table 3.11-1 of the FSAR (3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> at 340*F, 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> at 320*F, etc.) or justification for use of a less severe profila in the evaluation of equipment qualifications. If Table 3.11-1 is not utilized, a revised profile should be provided and should specify pressures and temperatures for the duration of the accidents. In the wetwell, a 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> constant profile with a saturation temperature of 250*F is conservative and should be utilized for qualification of equipment.

2 (a) RESPONSE Design Criteria A51-9 will be revised to use the drywell pressure temperature profile previously defined in table 3.11-1 of the FSAR. The temperature profile previously included in table 3.11-1 consisted of 340*F for three hours, 320*F from 3 to 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br />, 250'F from 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> to 1 day and 200*F from 1 day to 100 days. As agreed in the November 3, 1982 meeting, the 340*F temperature value is conservative and there-fore additional margin need not be applied to establish quali-fication.

Design Criteria A51-9 will be revised to include the recommended conservative 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> constant profile with a saturation temp-(]) erature of 250*F.

All Component Evaluation Data Sheets for equipment located in the drywell (zone C-1) and Wetwell (zone C-2) will be revised to indicate the changes. However, based on our cursory review, we do not anticipate any qualification deficiencies resulting from this change since most equipment located inside contain-ment has been tested to 340*F.

2 (b) REQUEST Confirmation that all high energy line breaks in the FSAR line break analysis have been considered in the development of en-vironments outside of the primary containment.

2 (b) RESPONSE Appendix D of the Zimmer FSAR addresses High Energy Line Breaks outside primary containment. All High Energy Line Breaks in Appendix D have been utilized in the formation of Sargent and Lundy Design Criteria A51-9.

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3) REQUEST The elevation of suppression pool swell following a LOCA should

() be defined and its effects on equipment evaluated. Describe the method of qualification for the Gordon temperature elements i

[j in the suppression pool.

3) RESPOUSE The elevation of suppression pool swell will not exceed an elevation of 512'6" following a LOCA. The only Safety Related Electrical Equipment identified to be located in the suppression pool is the Gordon temperature elements. Component Evaluation Data Sheet CM14 Rev. 1 describes the method of qualification 1 of these temperature elements.

4) REQUEST 4

Zone A-7 in your program experiences a significant change in relative humidity during a HELB (from 60% R.H. during normal l- operation to 100% R.H. under accident conditions) and is therefore defined as a harsh environment. Essential equipment should be qualified for operation under these conditions and l should be included in your harsh environment qualification program.

4) RESPONSE Additional analysis is being performed to address this issue.

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() The results of the analysis will be used to determine the classi-fication of Zone A-7. The analysis is scheduled to be completed

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by September 1, 1983. In the event that the additional analysis confirms that Zone A-7 is a " harsh" environment, the safety re-lated electrical equipment will be added to the Environmental Qualification Program.

5) REQUEST __

You have indicated that plant zones with radiation doses of less than 10" rads are considered to be mild environments. Equipment with solid-state electronics in environments with significant increases in radiation doses during an accident may experience common mode failures at doses of less than 10" rads. Describe the methods of qualification for equipment in this category in

, the affected plant areas.

5) RESPONSE .

See section 2.1.4 of revision 1 of the Submittal.

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6 (a) REQUEST The following omissions were noted in the equipment qualification data sheets (SCEW sheets) :

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Accuracy requirements were not specified for applicable equipment.

6 (a) RESPONSE Required accuracies are currently under review to determine the accuracies required during the postulated events to accomplish the required Safety Function. The resultc of this review will l be added to the applicable component Evaluation Data Sheets prior to fuel load.

6(b) REQUEST l

References for qualification were not specified. The above information should be included in your submittal.

! 6(b) RESPONSE 1

j Documentation Reference Sheets have been.provided as Appendix F of revision 1 to the submittal. These sheets identify the docu-ments referenced on the Component Evaluation Data Sheets and are ,

organized alphabetically by Manufact'urer.

7) REQUEST Describe the general terms the program to be utilized for de-(]) tecting or preventing age-related degradation in equipment.

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7) RESPONSE The program used to detect or prevent age-related degradation in equipment was described in the July 16, 1982 submittal.

Please refer to section 4 of the comparison of our program with NUREG 0588.

Safety related electrical equipment located in potentially harsh environments at the Zimmer Station purchased prior to May 23, 1980 is required to meet the Category II requirements of NUREG 0588.

Since artifical aging was not performed during the testing of many of these devices, the following methods are used to detect or prevent age-related degradation.

- Use of Arrhenius methods to calculate an estimated life of the materials used in the equipment.

- Preventive maintenance is performed per manu-facturer's recommendations, operating experience and results from estimated life calculations.

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For equipment purchased after May 23, 1980, that is located in harsh environments, qualification to the Category I re-quirements of NUREG 0588 is required. For this equipment, the results of the qualification test is used with the manu-O facturer's recommendation to determine the preventive main-tenance required.

8 (a) REQUEST The description of the qualification program for safety-related mechanical equipment in Section 3.11 of the FSAR is not sufficient for demonstrating compliance with General Design Criteria 1 and 4 of Appendix A and Sections III, XI, and XVII of Appendix B to 10CFR Part 50. Provide the following additional information for our review:

Confirmation that harsh environment mechanical components in the safety-related systems identified in your July 16, 1982 submittal for electrical equipment have been included in a design verification program.

8(a) RESPONSE A program is underway to address the environmental qualification of Mechanical Equipment located in potentially harsh environments.

All safety-related mechanical components used in the systems identified in table 3.1-1 of the submittal are being addressed in this program.

REQUEST

[]}8(b)

The criteria utilized for demonstrating qualification of the equipment and their bases.

8(b) RESPONSE Qualification of mechanical equipment will be established by one or the combination of the following methods to show-that the equipment is capable of performing its required safety function during the postulated accident conditions.

1) Material analysis of non-metallic components.

2) vendor certification that the equipment will i perform its required function during exposure to the postulated environments.

3) Testing of equipment to the required conditions.

8 (c) REQUEST The current status of this equipment with respect to the above requirements. If qualification to the applicable criteria is complete,so indicate. If additional review and evaluation are required, describe the tasks to be performed and the schedule for their completion.

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8 (c) RESPONSE Identification of all safety-related mechanical equipment O. located in harsh environments is near completion. Quali-fication Evaluation for severb.1 items is underway. Com-pletion of the evaluation of all items in this program is scheduled for January, 1984.

9) PEQUEST For each equipment item with incomplete qualification docu-mentation at the time of fuel load, an analysis should be provided to the staff to demonstrate that the plant can be operated safely pending completion of environmental quali-fication. These analyses shall include, as appropriate, consideration of:

(a) Accomplishing the safety function by some designated alternative equipment if the principal equipment has not been demonstrated to be fully qualified.

(b) The validity of partial test data in support of the original qualification.

(c) Limited use of administrative controls over equipment that has not been demonstrated to be fully qualified.

(d) Completion of the safety function prior to exposure to (s

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the ensuing accident environment and the subsequent failure of the equipment does not degrade any safety function or mislead the operator.

(e) No significant degradation of any safety function or misleading of the operator as a result of failure of equipment under the accident environment.

The staff will review this information to determine if interim operation with this equipment will not degrade

! safety functions or inhibit accident mitigation systems I

or equipment in the unlikely event of an accident.

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9) RESPONSE l See section 7.4 of revision 1 of the submittal.

10) REQUEST l The staff will conduct an audit of the qualification files and installed equipment after determining that the required systems and components have been included in the program and are being qualified using appropriate environments and methods. In addition, a minimum of 85% of the equipment in a harsh environ-ment shall have been reviewed and evaluated, and the following l established before the audit:

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9 c) Equipnent in fully qualified, or b) Equipment is not fully qualified but deficiencies are identified and a commitment to qualification by O retesting, replacement, relocation to a less harsh environment, or modification (such as radiation shielding) has been made. A schedule for completion should also be provided.

10) RESPONSE The July 16, 1982 submittal and revision 1 identify the systems, components, environments and methods used in the review of en-vironmental qualification. Section 6 of the submittal has been revised to reflect the current status of qualification.

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O ATTACHMENT II REVISION 1 OF THE ,

ZIMMER JULY 16, 1982

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ENVIRONMENTAL QUALIFICATION SUBMITTAL l

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JAN 3 i eq3

WM. H. ZIMMER NUCLEAR POWER STATION 7 ENVIRONMENTAL QUALIFICATION SUBMITTAL REVISION 1 lll6 JANUARY 31, 1983 The following sections of the July 16, 1982 Environmental Qualification submittal have been revised as follows:

SECTION CHANGE PER REV. 1

1.0 INTRODUCTION

.................................... Replace Complete Section 2.0 ENVIRONMENTAL SERVICE CONDITIONS ................ Replace Complete Section 3.0 EQUIPMENT LIST .................................. Replace Complete Section 4.0 DOCUMENTATION REVIEW . . . . . . . . . . . . . . . . . . . . . . . . . . . . Replace Complete Section 5.0 COMPARISON WITH NUREG 0588 REV. 1 ............... Replace Complete Section 6.0 RESULTS OF E.Q. REVIEW .......................... Replace Complete Section 7.0 ON-GOING ACTIVITIES ............................. Replace Complete Section APPENDIX A .......................................... No Change APPENDIX B . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . '. . . . . . . Replace Comple t e Sec tion APPENDIX C .......................................... No Change APPENDIX D .......................................... Replace Action Plan Index

.......................................... Eliminate Following Action Plans:

.......................................... MO-01, M0-02, SV-02, VP-01, and

.......................................... VP-04

.......................................... Replace Following With Revised l .......................................... Action Plaus:

.......................................... DA-01, LS-ll, PT-04, SV-10 and i

.......................................... VP-02 f

APPENDIX E . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Replace Following With Revised

.......................................... Sheets:

.......................................... AP-03,

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . CA 0 2 - C A-10 , C A14 , cal 7

.......................................... CM05-CM15,CM17

.......................................... HG01,HG05,HG09 s .......................................... HP01

(~4 .......................................... IN07-IN09 l

!sY .......................................... LC07

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . LD ll, LD12 , LDl 5

.......................................... LP01

_-3, SECTION CHANGE PER REV. I t

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APPENDIX E (CONT'D) ................................... NB35

................................... RD01

................................... RH01,RH58,RH59

................................... RR06,RR07

................................... VC60-VG62

................................... VQ04,VQ05

................................... VY12,VY15

................................... WR01, WR04,WR05

................................... WS01,WS02 APPENDIX F ............................................ Add New Appendix To Report 6 .

t j PREPARED BY:

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N80' RESPONSIBLE ENGINEER DATE l REVIEWED BY: ./ A NEF DIRECTOR OF ENGINEERING PROJECTS 2~/'88 DATE (EQUIPMENT QUALIFICATION) i REVIETr.D BY: d[/f//7p h  !'

/MANAGIIR, NUCLEAR ENGINEERING DEPARTMENT DATE i

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TABLE OF CONTENTS I

o VOLUME I PAGE NO.

1.0 INTRODUCTION

.......................................................... 1 2.0 ENVIRONMENTAL SERVICE CONDITIONS ...................................... 3 2.1 TEMPERATURE, PRESSURE, RELATIVE HUMIDITY AND RADIATION ......................................................... 3 2.1.1 NORMAL TEMPERATURE, PRESSURE AND RELATIVE HUMIDITY ........ 3 2.1.2 ACCIDENT TEMPERATURE, PRESSURE AND RELATIVE HUMIDITY ...... 3 2.1.2.1 LOSS OF COOLANT ACCIDENT ......................... 3 2.1.2.2 HIGH ENERGY LINE BREAK ACCIDENTS ................. 3 2.1.3 RADIATION INSIDE AND OUTSIDE CONTAINMENT .................. 4 2.1.4 RADIATION EFFECTS ON SOLID STATE EQUIPMENT IN MILD ENVIRONMENTS ......................................... 4 2.2 SUBMERGENCE ...................................................... 5 2.2.1 DRYWELL ................................................... 5 2.2.2 SUPPRESSION POOL .......................................... 5 2.2.3 REACTOR BUILDING .......................................... 5 2.2.4 STEAM TUNNEL .............................................. 5 2.3 CONTAINMENT SPRAYS ............................................... 5 2.3.1 DRYWELL SPRAYS ............................................ 5 2.3.2 WETWELL SPRAYS ............................................ 6 2.4 HARSH ENVIRONMENTS ............................................... 6 l

3.0 EQUIPMENT LIST ........................................................ 10 0 3.1 METn0D0t0GY uSED 1N 10RMiT10N Or EoEt ..........................

3.2 Mi1NTtNiNCE OF TnE EQEt ..........................................

. 10 11 3.3 DISPLAY INSTRUMENTS .............................................. 11 3.4 REG. GUIDE 1.97 AND NUREG 0737 EQUIPMENT ......................... 12 4.0 DOCI MENTATION REVIEW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 5.0 COME ARISON WITH NUREG 05 88 REV . 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23 6.0 RESULTS OF E.Q. REVIEW ................................................ 41 6.1 QUALIFIED ........................................................ 41 6.2 EXEMPT ........................................................... 41 6.3 RETEST ........................................................... 42

, 6.4 REPLACE .......................................................... 42 6.5 ANALYSIS ........................................................ 43 6.6 SYSTEM MODIFICATION .............................................. 43 l

6.7 SHIELD & ANALYSIS ................................................ 43 6.8 UNDER REVIEW ..................................................... 43 7.0 ON-GOING ACTIVITIES ................................................... 44 7.1 TESTING PROGRAM .................................................. 44 I

7.2 REPLACEMENT PROGRAM .............................................. 44 7.3 ANALYSIS PP.0 GRAM ................................................ 44 7.4 JUSTIFICATION FOR INTERIM OPERATION .............................. 45 7.5 MAINTENANCE & SURVEILLANCE ....................................... 45 t

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TABLE OF CONTENTS O

VOLUME 1 (Cont.)

. APPENDIX A SARGENT & LUNDY DESIGN CRITERIA A51-9 APPENDIX B EQUIPMENT QUALIFICATION EQUIPMENT LIST APPENDIX C EXEMEi.JN DATA SHEETS l

APPENDIX D ACTION PLANS VOLUME II f

APPENDIX E COMPONENT EVALUATION DATA SHEETS 4

APPENDIX F DOCUMENTATION REFERENCE SHEEIS O

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• I I. INTRODUCTION The regulatory requirements regarding the Environmental Qualification

() requirements for safety related equipment have evolved throughout the construction of the Zimmer Station.

CG&E's contract with General Electric covering the Nuclear Steam Supply System required that equipment be demonstrated to operate as required under the postulated LOCA conditions (temperature, pressure, humidity, radiation) to the applicable standards at the time of the contract.

Since the contract was signed on August 29, 1969, IEEE Std. 323-1971 did not apply. IEEE Std. 279-1968 and General Design Criteria 4 of 10CFR50 Appendix A were the applicable requirements of the time.

CG&E later committed in the FSAR to justify qualification to IEEE Std.

323-1971.

Qualification to IEEE Std. 323-1971 was specified in specifications for Balance of Plant electrical equipment.

A letter from Mr. J. Stolz of the NRC to Mr. E.A. Borgmann of the Cincinnati Gas & Electric Company dated November 9, 1979 requested that CG&E supply additional information regarding the status of en-vironmental qualification of safety related instrumentation and electrical equipment.

The NRC issued NUREG 0588 " Interim Staff Poeition On Equipment Quali-fication of Safety-Related Electrical Equipment" to CG&E for comment on January 9, 1980. On February 5, 1980 the NRC staff requested that Utilities perform a review of their environmental qualification program

() to identify the degree to which the program complied with the criteria of NUREG-0588. This request initiated a review of the existing environ-mental qualification parameters. CG&E elected to recalculate all radia-tion parameters based on the radiation source terms and methods required

by NUREG-0588. The recalculation was completed in September 1981, and I resulted in radiation doses higher than those previously used in the l review.

On May 23, 1980 the Commission issued Order and Memorandum 80 CLI-21 requiring plants under construction review environmental qualification to the requirements of NUREG-0588. Based on the date of the Zimmer's Construction Permit, CG&E is required to meet the Category II require-ments of NUREG-0588 for existing equipment and Category I (IEEE Std.

323-1974) for all additional electrical equipment.

CG&E submitted to the requested information to the NRC on January 7, 1981.

This report addressed the qualificatir,n status of safety-related electrical equipment located in potentially harsh environments. The environmental requirements of IEEE Std. 323-1971 and the parameters identified in Section

. 3.11 of the FSAR were used as the basis of the review.

l On October 30, 1981, a meeting was held between the NRC reviewers and CG&E.

CG&E committed to re-review the qualification of safety-related electrical equipment located in harsh environments to the Category II requirements of NUREG-0588 to the latest calculated environmental conditions and to docu-ment the re-review using the NRC suggested format.

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~\1 A revised repoet was submitted on July 16, 1982 that identified fg the qualification program established by CG&E to address the ,

(_j UUREG-0588 Category II qualification requirements for safety- ]

related electrical equipment located in potentially " harsh" environments. The report superceded all previous reports cover-ing the environmental qualification of safety-related equipment.

A preliminary Justification for Interim Operation Report was pre-pared and provided to the NRC equipment qualification reviewers for comment in September 1982. This report will justify safe operation of the Zimmer Station prior to the completion of cli qualification activities.

Revisicn 1 of the July 16, 1982 submittal has been prepared to address the request for additional information and to reflect activities completed between July 1982 and January 1983.

Prior to fuel load, CG&E will establish the Preventative Main-tenance and Surveillance Program required to maintain quali-fication. The Justification for Interim Operation will be sub-mitted to reflect NRC comments and changes in qualification completed between September 1982 and that time.

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'l l 2.0 ENVIRONMENTAL SERVICE CONDITIONS 2.1 TEMPERATURE, PRESSURE, RELATIVE HUMIDITY, AND RADIATION y The normal and accident service conditions resulting from postulated Loss of Coolant and High Energy Line Break Accidents are defined in Zimmer j Design Criteria ~A51 0, which is included as Appendix A of this report.

References identified in this Design Criteria are available for review in

. the Enviroupental Qualification Central File.

n 2.1.1 Normal Temperature, Pressure and Relative Humidity The normal temperature, pressure and relative humidity conditions are de- l fined from the HVAC Design Criteria for each HVAC system.

. 2.1.2 Accident Temperature, Pressure and Relative Humidity The Environmental Conditions resulting from the worst case postulated LOCA's

inside containment and HELB's outside containment are listed in Design Cri-l taria A51-9.

2.1.2.1 Loss of Coolant Accident The most severe nuclear effects and the greatest release of radioactive ma-

! terial to the Primary Containment result frem a complete circumferential break of one of the Recirculation Loop Pipelines. The temperature and pres-sure prnfiles for the Reactor Building, Steam Tunnel and Auxiliary Building resulting from the Design Basis LOCA in conjunction with a Loss of Offsite Power were calculated and are documented in Sargent & Lundy documents 3C6-0681-002 p

l 3C6-0481-005 and 3C5-0481-004 respectively, as referenced in Design Criteria A51-9 and available in the Central File for review as noted in Section,2.1.

! 2.1.2.2 High Energy Line Break Accidents The LOCA identified in section 2.1.2.1 is the most severe High Energy Line Break affecting equipment inside Containment. Pressure and temperature transient analyses for High Energy Line Breaks outside Primary Containment were performed.

Breaks in the following high energy lines were analyzed:

1) Main Steam Line Break with simultaneous Feedwater Line Break in the horizontal portion of the steam tunnel

2) Main Steam Line Break with simultaneous Feedwater Line Break in the vertical portion of the steam tunnel

3) Reactor Core Isolation Cooling Line

4) Reactor Water Cleanup Lines (3 break locations)

The Sargent & Lundy " WARLOCK" computer program was used in these analyses.

The pressure and temperature conditions resulting from these breaks in the areas of the breaks, in other areas of the Reactor Building and of the Auxiliary Building were determined conservatively for all six cases with certain well judged assumptions. These analyses are documented in Sargent O

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j & Lundy documents MAD-40764 and 3C6-1173-001 and Appendix D of the Zimmer FSAR as referenced in Design Criteria A51-9. The temperature and pressure conditions identified in Design Criteria A51-9 for each zone represents the worst case condition.

{} The Review of NUREG 0803 is currently in progress as a separate issue.

j i- At the conclusion of that revisv, any additional equipment qualification work will be added to our E.Q. Program.

4 2.1.3 Radiation Inside and Outside Containment Calculations were performed consistent with the requirements of NUREG 0588

. and Section II.B.2 of NUREG 0737 to determine the dose values for each en-vironmental zone.

Each zone dependent equipment qualification dose is based on the sum of the i

radiation exposure in that zone due to 40 years of normal operation and the radiation exposure in that zone resulting from the design basis LOCA, plus '

a 10% margin. It is judged that, for the purposes of radiation qualification, the design basis LOCA is the bounding-case.

1' The zone dependent 40 year operating dose is determined from the peak operat-

! ing dose rate in that zone. If applicable, a duty cycle, or fraction of the plant lifetime during which the dose rate applies, is accounted for by an appropriately determined availability factor. Otherwise, the dose rate is assumed to be constant over the 40 year plant life.

The zone dependent postaccident dose is determined by summing the separate doses resulting from piping carrying postaccident core coolant, filters, I airborne radioactivity, and other doses as appropriate (e.g., the dose through i a drywell penetration). Each separate dose is intergrated over a period of one year to yield the total integrated dose. The specific doses which are j summed to yield the total postaccident dose in each zone are described in the calculation for that zone. The piping, filters, and other sources of radiation which produce these doses are determined from reviews of general arrangesent drawings, structural drawings, physical piping drawings, and the final safety analysis report.

The specific postaccident dose from piping, filters, etc. are calculated using the methodology of NUREG-0588 as applied to a BWR5/ MARK II system. A detailed description of the calculation methods used to generate these doses is pro-vided as the preface of the Sargent & Lundy Report, Project No. 6020-16 which contains the calculation referenced in Design Criteria A51-9 for each zone.

This report is available for review in the Central File.

2.1.4 Radiation Effects on Solid State Equipment in Mild Environments As requested by the November 29, 1982 letter from the NRC, we have formulated a preliminary table or safety-related equipment containing solid state elec-tronics. This table is provided as table 2.1-1. The review of the effects of radiation on safety-related equipment containing solid state electronics lo-cated in mild environments is scheduled to be completed by June 1, 1983.

Qualification, justification or an action plan will be established for all

! mild environment solid state equipment identified prior to fuel load.

0 t

4

2.2 SUBMERGENCE DUE TO FLOODING 2.2.1 Drywell O The submergence of components dus to flooding in the drywell is not a concern due to the design of the Mark II containment. Any large pipe break will only flood the drywell to the top of the downcomers and increase the suppression pool water level. Equipment in the drywell has been located above this maxi-mum flood level.

2.2.2 Suppression Pool The only safety-related electrical components located in the suppression pool are Gordon Temperature Elements. The vulnerable electrical portion of these devices are located above the maximim expected water level of 512.5 feet due to supprescion pool swell.

2.2.3 Reactor Building The areas of the plant which contain safety-related equipment are separ-ted from one another by flood-proof walls and doors. Each safety-related equipment room is provided with an independent drainage system. Flooding of one of the emergency equipment rooms caused by a pipe or. component failure cannot affect the functioning of the equipment in other emergency equipment i

rooms.

2.2.4 , Steam Tunnel The break of a main. steam or reactor feedwater line anywhere inside the

() steam tunnel will cause a steam / water mixture to be released into this area.

The turbine building portion of the steam tunnel is open to the turbine build-ing thereby providing a large reservoir for potential accumulation of water.

There are no essential components located low enough in the turbine building to be susceptible to flooding. The reactor building portion of-the steam tunnel is isolated from the adjacent ECCS pump cubicles by massive structural walls and bulkhead doors. It has been conservatively assumed that the total mass release would condense and accumulate on the floor of the steam tunnel to a level of approximately 1.8 feet. The essential components are located high in the steam tunnel away from this potential flood level.

2.3 CONTAINMENT SPRAYS 2.3.1 DRYWELL SPRAYS The drywell spray subsystem is a totally manual mode of the Residual Heat Removal System (RHR). Administrative controls prohibit activation of the spray system within ten (10) minutes af ter the Loss of Coolant Accident (LOCA) occur-rence because the core cooling systems are designed to be fully automatic through this period. The operators are therefore procedurally controlled to prevent terminating ECCS' flow-to the core for the first ten (10) minutes in order to assure adequate core cooling for all break sizes. Therefore, simul-taneous activation of ECCS and the spray system during the first ten (10) minutes of the event will not occur.

The conditions for which the operator must initiate the drywell spray are shown

() in Emergency Procedure Guideline number OP.EPG.02 revision 3. The conditions shown in this procedure are as follows:

5

1) 2.1.3 IF... Suppression pool pressure reaches the drywell spray limit, Figure 2.2 THEN... Secure RR pumps, up cooling fans and initiate drywell sprays in accordance with OP.RH.01.

o

2) 2.2.2 IF... Drywell temperature reaches 340*F, J,

THEN... Secure RR pumps, up cooling fans and initiate drywell sprays in accordance with OP.RH.01.

I The lowest drywell pressure for which the operators must initiate the drywell

, spray is 26.1 psig (reference figure 2.2 of OP.EPG.02). The highest drywell i pressure after ten'(10) minutes is 22.7 psig (reference FSAR tables 6.2-3).

The highest drywell temperature after ten (10) minutes is approximiately 240*F i (reference FSAR figure 6.1-14). It should be noted that these values were

( calculated assuming one (1) RHR heat exchanger without containment spray.

Based on the above information it is highly unlikely that the drywell spray will ever be initiated.

Even though we feel that the drywell spray will not be used we have addressed the effects of containment sprays on equipment located in the drywell (zone C-1).

2 3.2 WETWELL SPRAYS The wetwell spray subsystem is a fully automatic mode of the Residual Heat Re-moval System (RHR). The automatic initiation logic for this system is shown in FSAR subsection 6.2.1.3.4.4. The logic for this system is designed to ini-

! tiate the wetwell spray twelve (12) minutes after the occurance of the LOCA if the ntwell pressure is greater that or equal to thirty-five (35) psig.

l The operator may initiate the wetwell spray manually after ten (10) minutes.

The condition for which the operator must initiate the wetwell spray is shown i' in Emergency Procedure Guidelina number OP.EPG.02 revision 3. The condition shown in this procedure is as follows:

[j 1) 2.1.2 BEFORE...... Suppression pool pressure reaches the suppression jj pool spray li' nit, figure 2.1, s,

d INITIATE... Suppression pool sprays in accordance with OP.RH.01.

I The lowest suppression pool pressure for which the operator must initiate the t

j wetwell spray is 13.5 psig (reference figure 2.1 of OP.EPG.02). The highest d suppression pool pressure after ten (10) minutes is 22.7 psig (reference FSAR h table 6.2-3). It should be noted that these values were calcualted assuming one (1) RHR heat exchanger without containment spray. Based on the above in-

formation it appears that even though the requirements for automatic initiation

of the wetwell spray are not met the system will be manually initiated by the lj operator, j The effect of wetwell sprays on safety related electrical equipment located in lj the wetwell (zone C-2) has been addresed in our program.

2.4 HARSH ENVIRONMENTS The primary containment, React r Building and some portions of the Auxiliary O- Building are exposed to Harsh Environments resulting from the postulated LOCA or HELB accidents 6

'4

.. .. .n. ,-

-*'*y *' up w4F -*

=+3 mere---+w,w9sggy--v-m,_,5p.y ,i,.ew,,,,.,,,m_,g, , , ,.. , ,,__. _ __,,_,y_ _ , . _ , , _ _ _ _ _ _ _ , . , ,. , , _ _ . _ , , , _ . , , .

q t

t A Harsh Environment has been defined in our Nuclear Engineeting Procedure 3.8 as follows:

i Area of plant where Postulated LOCA or HELB accidents create O significant increases in temperature, radiation, relative humidity, or pressure from normal values as documented in

,' Design Criteria A51-9.

i The following zones are considered Harsh Environments in this report:

C-1 R-4A,B C D.E.F T-1 C-2 R-SA,B,C,D. A-3C,D R-1A,B.C R-6A,B C A-5A,B R-2A,B R-7 A-6A,B,C,D,E R-3A,B R-8 O

4 i

, O I

l 7

-- . w. -._ _ . .. -- _ - . .- . _ _

w et-,r-n,,- v r e e - .---m--w , -, -r,-,---- . - - - , -

TABLE 2.1-1 Rsv. O m

( SAF ELATED EQUIPMENT 1/28/83 j CONTAINING SOLID STATE ELECTRONICS IN MILD ENVIRONMENTS MANUFACTURER MODEL # OR DESCRIP. MAX. REO'D DOSE TESTED DOSE COMMENTS 2

Bailey 750 Zone A-1 8.23x10 Rad Under Review 752

' 753 745110 701003 745210 70108 Basler 21218/SRSA2B01B3A Zone DlB 1.14x10 Rad Under Review 90-40000-101 90-75400-99D/ PRS 210 PRS-lll

. STC-4240 STC-4371 3 3 Eberline CLI-l Zone A-7 6.88x10 Rad 10 Rads Under Review DAM-1 DAM-4-6 General Electric Neutron Monitoring Sys. Zone A-1 8.32x10 Rad Exempt 9T66Y987 Under Review 129B2802Gll Exempt 238X660G007 Exempt Hays 252A Zone A-7 6.88x10 3 Rad 1 x 10 Rads Qualified Kepco PCX72-0.3 Zone A-7 6.88x10 Rad 1 x 10 Rads Qualified Leeds & Northrup Speedomax M Mark III Zone A-1 8.23x10 2 Rad Under Review 3

Love Controls 48 Zone A-7 6.88x10 Rad 1 x 10 Rads Qualified 54 56 " " " " "

MDA Scienitific 7060-FAN Zone A-7 6.88x10 Rad Under Review See Page 2

j '

Q v QABLE2.1-1 SAF:1.-/ RELATED EQUIPMENT Rev. 0 1/28/83 -

j CONTAINING

~

SOLID STATE ELECTRONICS IN MILD ENVIRONMENT I ,

{

MANUFACTURER MODEL # OR DESCRIP. MAX. REQ'D DOSE TESTED DOSE COMMENTS 2 4 ^

l Pyrotronics CTZ-2 Zone A-1 8.23x10 Rad 1 x 10 Rads Qualified DlA-10 DlA-ll 3 " " "

DIS-3/5A Zone A-3A 7.15xlG Rad " "

i DU-3C Zone A-1 8.23x10' Rad Under Review l ESA-1

{

ESC-1 2

! Riley 86PTGF-EBG Zone A-1 8.23x10 Rad Under Review

86PTGF-EGB i 86VTFF-EGB 6

l Rosemount 1151 Zone A-7 6.88x10 Rad 2 x 10 Rads Qualified 442A-RP-A-01 - -" " "

Under Review j

2

} TEC SRV Acoustic Mon. Sys. Zone A-1 8.23x10 Rad 500 Rads Under Review 2

• Transmation 23OIT Zone A-1 8.23x10 Rad Under Review

! 600 Series l 610 A-E(A-X-S)-235 " "

~

! 610TS Zone A-3A7.l5xliti TRad " "

i 620TA Zone A-1 8.23x102Rad .

l l' 650TS Zone DlBl.14x103 Rad " "

l S-220A-20 Zone A-7 6.88x103 Rad " "

j S-520A-243 Zone A-3A7.15x103 Rad " "

Wallace & Tiernan Series 50-125 Zone A-7 6.88x10 3 Rad 1 x 10 4 Rads Qualified j Westronics DYN Zone A-1 8.23x102Rad 3.3 x 10 4 Rads Qualified 3

Woodward 2301/8270-180 Zone DlB 1.14x10 Rad Under Review

} 2301/8270/189 " " " " "

i 2301/8270-261 " " " " "

! 2301/8270-768 i

i I

i i

i Page I

3.0 EQUIPNENT LIST The Environmental Qualification Equipment List (EQEL) provided in Appendix B

() represents the safety-related electrical equipment located in potentially harsh environments that is required to be environmentally qualified.

3.1 METHODOLOGY USED IN FORMATION OF EQEL The following steps were followed to develop the EQEL for electrical equip-4 ment in harsh environments. ,

1) All safety-related electrical devices identified from Zimmer Instru-ment Index, Valve List and Equipment List were listed by device tag number.

2) All electrical purchase orders were reviewed to identify the cables, I

terminal blocks, and splice kits used in the construction of the plant. These items were then added to the list.

3) The location, manufacturer and model number of each device was iden-tified.

, 4) The list was then sorted to include only devices located in harsh environments.

4

5) The systems containing equipment in this list were identified. This list represents all systems containing safety-related equipment in harsh environments.

i

()

6) The systems were reviewed to identify the required safety function for each system for each of the postulated accidents. The results are included in Table 3.1-1.

7) The Standby Liquid Centrol, Process Radiation Neutron Detection.

Reactor Building Ventilation, Turbine Building Ventilation, and the Reactor Core Isolation Cooling Systems contain safety related equipment. The harsh environment safety related electrical equip-ment of these systems perform no safety function for the mitigation of postulated LOCA and HELB accidents except for the portion of RCIC equipment required to mitigate a RCIC Line Break. This equip-ment has been exempted from qualification and is designated as NUREG 0588 Category EX in the EQEL. Failure mode effects analysis are provided as part of the justification for exemption from environ-l mental qualification. Exemption data sheets are in Appendix F of this report.

j 8) Equipment of other systems located in harsh environments not required

, to mitigate a LOCA or HELB accident are also exempted in the same manner as equipment identified in paragraph 7 above.

! 9) In addition to the device tag number, manufacturer, model number and location, the specification, drawing, environmental zone, flood level requirements, active or passive safety function and the Com-ponent. Evaluation Data Sheet number are included in the index.

i O 10 4

-l

10) As requested by the NRC in their November 29, 1982 requeet for additional information, a comparison between FSAR Table 3.2-1

- and Table 3.1-1 was made. The results of the comparison are provided as Table 3.1-2.

(}

3.2 MAINTENANCE OF THE EQEL As modifications are made to the plant, the EQEL is updated to reflect the changes. The EQEL is not updated until the equipment is actually installed in the Plant. The EQEL therefore represents the equipment currently instal-led in the plant and does not include changes that are currently in the de-sign stage.

3.3 DISPLAY INSTRUMENTATION A review of the Zimmer Emergency Operating Procedures (EOP) for postulated LOCA and HELB accidents was performed to insure that all electrical equip-ment located in harsh environments required by safety-related display in-strumentation is included in the harsh environments EQEL.

The following procedures were also reviewed since they are referenced in the LOCA and HELB E0P's:

1) Emergency Guideline Contingencies

2) Emergency Procedure Guidelines

3) Reactor Scram E0P

(} 4) Loss at Offsite Power E0P A list of all display instrumentation (note for this review, display instru-mentation includes position indicating lights, annuciators, alarms, meters, and recorders) was prepared. The Electrical Schematics, Wiring Diagrams, P&ID's and C&ID's were then used to determine the specific identification tag number for the display instrumentation, interposing equipment and field instrument.

In accordance with NRC Generic Letter No. 82-09, dated April 20, 1982, all non-essential field elements feeding non-essential display instrumentation were removed from the list. In addition, all equipment not located in a harsh environment was deleted from the list.

The remainder of the list is shown in Table 3.2-1. This list represents all safety-related equipment located in harsh environments, providing signals to display instrumentation located in the Control Room.

Comparison of Table 3.2-1 with the EQEL for harsh environments shows that all equipment, with the exception of fifteen tag numbers marked with an as-terick, is included in the harsh enrironment EQEL provided as Appendix B.

l Additional investigations show that these fifteen devices are being added to the plant and are not yet installed. As noted in Section 2.3, this equipment will be added to the program when it is physically installed.

11

~ _ - . .

t i 1

3.4 REGULATORY GUIDE 1.97 AND NUREG 0737 MODIFICATIONS

() Environmental Qualification of additional equipment required to meet Reg.

Guide 1.97 and NUREG 0737 requirements will be addressed in the fellowing manner.

I - Safety related electrical equipment located in harsh' environments will be added to the EQEL as described in Section 3.2. This equip-ment includes all Reg. Guide 1.97 Category 1 and Category II equip-ment. This equipment is being purchased or will be treated to the

requirements of NUREG 0588.

Reg. Guide 1.97-Category 3 equipment located in harsh environments is not required to be qualified to NUREG 0588 but will be selected i

j to withstand the specified service environment. Qualifications of Category 3 electrical equipment located in harsh environments will be established by vendor certificates of conformances, manufacturer's catalogue data, manufacturer's recommendation or by actual NUREG 0588 ,

Qualification tests.

i Since much of this equipment is in the design or procurement stage at this time, a complete listing of plant ID number cannot be made. A complete list-ing of NUREG 0737 clarification items, equipment ID number, manufacturer, model number, location and qualification summary will be 7rovided prior to fuel load for all electrical equipment located in a harsh environment. .

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1/25/

TABLE 3.1-2 COMPARISON BETWEEN FSAR TABLE 3.2-1 WITil JULY 16, 1982 E.Q. SUBMITTAL TABLE 3.1-1 i

l FSAR TABLE SYSTEM CODE INCLUSION IN JULY 16, 1982 REMARKS l 3.2-1 (S&L GE) E.Q. SUBMITTAL l

i IX. Residual lleat l Removal System Ril, E12 Included X. Low Pressure Core Spray System LP, E21 Included XI. liigh Pressure Core I Spray System IIP, E22 Included XII. Reactor Core Iso-

• lation Cooling RI E51 Included System l

! XIII. Fuel Service Not Required to Mitigate LOCA l Equipment F13 Not Included or llELB Accidents XIV. Reactor Vessel t equired to Mitigate LOCA Service Equipment Not Included or llELB Accidents XV. In-Vessel Service Not Required to Mitigate LOCA Equipment Not Included or HELB Accidents XVI. Refueling Not Required to Mitigate LOCA Equipment Not Included or IIELB Accidents No Electrical Equipment I

t 1/25/

TABLE 3.1-2 l COMPARISON BETWEEN FSAR TABLE 3.2-1 WITil JULY 16, 1982 E.Q. SUBMITTAL TABLE 3,1-1 FSAR TABLE SYSTEM CODE INCLUSION IN JULY 16, 1982 REMARKS 3.2-1 (S&L,GE) E.Q. SUBMITTAL i

i XVII. Storage Not Required to Mitigate LOCA Equipment Not Included or llELB Accidents

, No Electrical Equipment I

DM XVIII. Radwaste WE No Essential Electrical Equipment.

System WX Not Included Essential RE & RF Isolation Drain:

WZ Valves Included l

1 XIX. Reactor Water Clean-up System RT, G33 Included i

XX. Fuel Pool Cooling

• and Clean-up System FC Not Included Non-Essential XXI. Control Room Panels PM, 1113 Not Included Mild Environment 4

XXII. Local Panels PL, 1122 Included Electrical Components Identified in Submittal XXIII. Off Gas System OG Not Included Non-Essential XXIV. Service Water System WS, Included

1/25/O TABLE 3.1 COMPARISON BETWEEN FSAR TABLE 3.2-1 WITil JULY 16, 1982 E.Q. SUBMITTAL TABLE 3.1-1

, i e FSAR TABLE SYSTEM CODE INCLUSION IN JULY 16, 1982 REMARKS 3.2-1 (S&L,CE) E.Q. SUBMITTAL I

l l XXV. Instrument and Service Air System IN Included (Drywell Pneumatic)

XXVI. Diesel Cenerator Systems DG. Not Included Mild Environment l

t XXVII. Flammability Control System ilG, T49 Included g -

, , u)

XXVIII. Standby Gas Not included in Table 3.1-1 Added in Revised Table 3.1-1 ,

Treatment System VG, But Equipment was in Submittal Inadvertantly omitted in July 16, 1982 Table 3.1-1 XaIX. Primary Contain-ment Ventilation VP Included System XXX. sPower Conversion System B21 Included Essential Electrical Equipment Included XXXI. Cycled Condensate Storage and Trans- CY Not Included No Essestial Electrical Equippept fer System XXXII. Cnsite A-C Power System (Aux Power) AP Included

1/25/C TABLE 3.1-2 COMPARISON BETWEEN FSAR TABLE 3.2-1 WITH JULY 16, 1982 E.Q. SUBMITTAL TABLE 3.1-1 I

FSAit TABLE SYSTEli CODE INCLUSION IN JULY 16, 1982 REMARKS 3.2-1 (S&L,GE) E.Q. SUBMITTAL i

i i

XXXIII. Emergency D-C Power System DC Included i

XXXIV. Miscellaneous Components Included ECCS Water Leg Pump Motors Included in HP,LP, and RH Systems i XXXV. Reactor Building Closed Cooling WR Included Water System bJ '

C' XXXVI. Equipment and Floor Drainage RE System RF Included XXXVII. Miscellanious Ventilation VR Included System VT XXXVIII. Area Radiation Monitoring AR, D21 Not Included Non-Essential i System l

l XXXIX. Leak Detection System LD, E31 Included XL. Fire Protection System FP Not Included Non-Essential

O O O TABLE 3.1-2 COMPARISON BETWEEN FSAR TABLE 3.2-1 WITH JULY 16, 1982 E.Q. SUBMITTAL TABLE 3.1-1 P

i f FSAR TABLE SYSTEM CODE INCLUSION IN JULY 16, 1982 REMARKS 3.2-1 (S6L,CE) E.Q. SUBMITTAL I

I XLI. Civil Stuctures Not Included Structures Not Included Because l

They Are Not Electrical Equipment l

accum rea er a v s Electrical XLII. Containment Related Accessories and Electrical Penetra-Items Included l

tions Included in PC and AP Systems

'l l XLIII. Other Radiological Equipment Not Included Non-Easential

,N '

,H i XLIV. MSIV Leakage Cot. trol System LC, E32 Included I

XLV. Instrument and Included As Part of Each Safety Control Equipment Included Realted System Identified

/

t

s 4.0 DOCUMENTATION REVIEW A review of environmental. qualification documentation to the Category II Os requirements of NUREG 0588 Rev. I was conducted for all devices identi-fied in the Equipment Qualification Equipment List (EQEL) in Appendix B.

This review was performed by CG&E in accordance with Nuclear Engineering Procedure NEP-3.8, " Review of Environmental Qualification Documentation."

This review included:

Collection of all Qualification Documentation Review of documentation to the Category II requirements of NUREG 0588 Rev. 1 Preparation of the Component Evaluation Data Sheets for each device Preparation of the Documentation Reference Sheets Preparation of detailed action p'lans for each device requiring additional action to establish qualification Preparation of Central File Documentation Packages for all devices A detailed comparison of NUREG 0588 Category II requirements and CG&E's technical position used to perform this review is included in Section 5 of this submittal.

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i 5.0 COMPARISON WITH NUREG 0588 REV. 1

. This section contains a detailed comparison of the Category II re-l quirements of NUREG 0588 Rev. I with CG&E's technical position used in the review of existing documentation and for all future qualification activities.

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- COMPARISON WIUI NUREG 0588 REV. 1 l

l i O NUREC 0588 REQUIREMENTS CATEGORY II CGSE TECHNICAL POSITION I

1.- .

l .

1. EsTABI.ISWENT OF THE QUAIIFICATION 1.1 TEMPERATURE AND PRESSURE CONDITIONS PARAPETERS FoR DgSIGN BASIS EVENTS INSIDE CONTAINMENT-LOSS-OF-COOLANT 1.1 Temperature and Pressure Conditions Inside -

ACCIDENT (LOCA)

Containment - Loss-of-Coolant Accident (LOCA)

(1) The time-dependent temperature and pressure. (1) Time-dependent temperature and established for the design of the containmeal pressure profiles defined in structure and fonad acceptable by the staff, the FSAR for the Design Basis may be used fps.eavironmental qualification LOCA defined and accepted in of equipment.

the FSAR have been included in f (2) Acceptable methods for calculating and the Zimmer Design Criteria A51-9 establishing the containment pressure

[ and are used in our program.

i and temperature envelopes to which *,

I equipment should be qualified are See Section 2.1.2.1 of the

! summarized below. Acceptable methods ,

• l for calculating mass and energy release rates are summarized in Appendis A. .*

(2) The method of calculating con-Pressuria.4 vater mesetors (PWRs) ,

.tainment pressure and temperature has been revic-ved and accepted Dry Containment - Calculate IACA con- through the FSAR.

taimeent environment using CONTEMPT-LT or equivalent industry codes.

O Additional guidance is provided in Standard Review Flas (SRP)

Section 6.2.1.1.A, NEstEG-75/087.

Ice condenser Contaimment - Calculate IACA containment environment using IATIC

• or equivalent industry codes.

Additional gnidance is provided in SRF. ,

.. Sectise 6.2.1.1.5, NIMEG-75/087. ._

l Boilina veter Reactors (3 Wits)

Mark I. II and III containment -

Calculate IACA environment using methods of GESSAR Appendiz 35 or equivalent industry codes. Additiemal guidance is provided im SRP Section 6'.2.1.1.C, NUREG-75/087.

(3) In lieu of using thf' plant-specific (3) Plant specific parameters defined INir ER a $c'e in the FSAR and subsequently in De-

• "I*:

se condenser types of plaats, the generic Sign Criteria A51-9 are used for envelope shown in Appendix C may be review and retecting.

used for qualification testing.

(4) The test profiles incleded in Appendia A (4) See Section 1*1(3)*

to IEEF. Std. 323-1974 should not be com-sidered se acceptable alternative in

~

lieu of using plant-specific contain-

. - meat temperature and pressure design

(

profiles unlese pleet-specific

(

l analysis is provided to verify the k adequacy of those profiles, .

• =e .e 24

i I

COMPARISON WITH NUREG 0588 REV. 1 NUREG 0588 REQUIREMENTS 9 ' CATEGORY'Il CG&E TECHNICAL POSITION 1 d yes, rsture and pressure ceeditions !aside 1.2 Temperature and Pressure Conditions Inside coetatament - nata ste Ltae areas (nsta)

Containment - Main Steam Line Break (MSLB)

U-(1) Where qualificaties has met been cem-p1888d* the envire m atal par m sus (1) Time-dependent temperature and used fa. equipeest qualificaties aheald .

be calculated using a plant-specific Pressure profiles defined in the mdal based es the staff-eppreeed FSAR for the Design Basis LOCA ,

sa noptions disenseed in itas 1 ef -

defined and accepted in the FSAR, appendia 3.

have been included in the Zimmer (2) other models that are acceptable for Design Criteria A51-9 and are used

" calculating containment panasten are listed in Section 1.1(2). in our program. See Section 2.1.2.1 of the submittal.

(3) In lieu of using the plaat-specific

• • • cainment tamperature and p""*"

design profiles for BWR and ice (2) See Section 1.2(1) condenser plants, the generic envelope .i sh == in Ap W = c may be med.

(3) See Section 1.2(1)

! (4) The tast profiles included in Appendir A (4) See Section 1.2(1) to IIII std. 323-1974 should met be coe.

sidered as acceptable alternative is lime of using plaat-specific contaimmest -

tamperature and pressure design profiles saless plant-specific analysis is pro- -

. vided te verify the adequacy of these profiles. -

• O (3) m a qualificaties has been esspleted (5) The Zimmer Design Basis Accident but only IacA conditissa were ceasidered. (LOCA) is a complete circumfer-

, them it must be demonstrated that the l Inca quiificacies e editions exceed er ential break of one of the Re-

! _,are equivalent te the = vi - calcalated circulation Loop Pipelines. This asia conditions. The following tech-

! postulated accident has been de-aique is acceptable .

termined to be the worst case (a) calculate the peak temperata = fra. Pi Pe l'reak inside containment and as asis using a sedet ha nd en the therefore is used for LOCA and staffes eypreve4 sumptions dis- .

HELB inside containment. See Section 2.1.2.2.

(b) Show that the peak surface tamperstare of the component ta be (a) See Section 1.2(5) qualified does set exceed the 1DCA gaelification tamperstare by the method discaned in itan 2 of (b) See Section 1.2(5) appendia n.

(c) See Section 1.2(5)

(c) If the calculated surface tamperstare escoeds the qualification tamperature, the staff requires that (i) additieaal justificaties be provided te dessestrate l that the equiposet can saistain its required functieaal operability if its surface tamperature reaches tan calculated value er (ii) requalificaties testing be performed with appropriate margins, or (iii) q=1 m ed ykyaical protec-25 i

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I COMPARISON WITH NUREG 0588 REV. 1

. NUREG 0588 REQUIREMENTS O FATEGORY II CG&E TECHNICAL POSITION -

time be provided to assure that the surface tagerature will est eaceed the actual gaalificaties temperature.

1.3 Effects of chemical ser:v 1.3 Chemical Sprays are not used. Demin-eralized water is used for Drywell.and m effects of cassie pray should be

.ddre, sed for the equipment geslificaties. Wetwell Containment Sprays. Effects

! m cc.centraties of constics used for of Demineralized water spray are con-qualificaties should be equivalent to er sidered. See Section 2.3 of the sub-more severe than these used in the plaag annasta-mat spray system. If the chemical mittal.

sempeetties of the casstic spray can be effected by equipment malfunctises, the seat severe caustic spray esvizeement that results '

from o single fatiere is the spray system should be assumed. See SEP Secties 6.5.2 OmREG-75/087), paragraph II, itan (e) for esastic spray selaties guidelines. . -

1.4 Radiattee ceedittees Inside and Outside 1.4 Calculations have been conservatively

***1""*"~ performed to determine the expected The radiatie environment for q .lificaties radiation dose during the normal 40

-- of egesp=ent should be b..e4 ee the normally years of operation and that associated espcted radiaties envireenest ever the with the Design Basis LOCA described e, asp mc geslified life plus that asse. -

i O ciatad with the sat severe desism basis

.necident (DaA) daring er following which that in Section 1.1. These calculations Vere performed Consistant with Appendix ognipment must rensin fasetis, mal. It should D ;f thic NUREG. See Section 2.1.3 of be mesmed that the DBA related envireemental emedittens occur at the and of the equipoest the submittal for more.information.

p.n#< d life.

The semple calculation's is _a "= D and the following positions provide as accept-able syproach for establiabing radiaties limits for qualificaties. Additteesi I radiaties margias identified im Secties 6.3.1.3 of IEEE Std. 323-197A for qualificaties type testing are set.

required *.f these methods are need.

(1) th6 searce t. n to be used in dete-i=i=g (1) The calculations described above were the radiation environment aseuciated vsth based on these source terms. '

the design beets IDc4 should be takes as em instastmemens reissie from the fuel to the atmosphere af.100 percent of the emble gases 50 percent of the iodines, and 1 percent of the remaiains fission pseescas. yet all other ase-LOCA desigs 9

ee O .

26

COMPARIS03 WITH NUREG 0588 REV. 1 NUREG 0588 REQUIREMENTS O

cirecoar 1 cost recus c^t ros r on -

. basis accidest coeditiess, a searce term involving as instaataneses release from the fuel to the assesphere of 10 percent of the emble gases (except Kr-85 for which a release of 30 percent should be assumed) and 10 percent of the iodians is acceptable.

(2) h calculation of the radiatisa (2) The time dependent transport of re-ametreasent speciated with design leased fission products within the basis accidents should taka inte various regions of containment and account the time-dependent transport of relused fissies products withis vertees auxiliary structures were modeled resinas of eesuimment and snailiary in the dose calculations.

structares.

(3) m initial distriheties of activity (3) At t=0, the major fraction of the

• • • "i" '"* *****'***** 'h**18 **

bend ee ma==<=tically rettamal &

source term was initially dist'ributed u m pties. sence, for campartmanted in the drywell.

contaiammats, such as is a EWE, a large porties of the searce should be assumed .-

u be initially costained in the drywell. .

The assemptigw of uniform distributisa of activity throughest the containment at time sere is met appropriata.

(4) Eff.cu of tsr systman, such as (4) No credit was taken for removal of containment speare sad contai "

• airborne activity by containment ventilaties and filtraties syntame, O which act te rs= = airborne activity and redistribera activity withis ces-tai-t, shd i he esiculated using sprays, ventilation and filtration systems. This approach is considered the same assumptions used in the cal- more conservative, calaties of effsite deos. See 3RF Secties 15.6.5 (NUBEG-75/087) and the related sections referenced is the '

Appendices ta that secties.

(5) N tarsi.depa tties (i.e., plat -est) (5) A conservative, rather than .1 mechanistic of airhecae activity aheald be desarmia d model for iodine plate-out was used. No metag a mechasistic model and best estimates for the model parameters. credit was taken for removal of iodine m neueption of 50 percent instaa- from surfaces by steam condensate flow or

• • • "* plat **out of the iodine washoff by cont ainment spray.

released from the core should set be ande. Emmewel of iodine from surfaces by stase cons == mate flev er washoff by the containment sprey any be

, aseemed if such effects can be justi- .

fied and q===eMied by analysis er esperiment. * *

(6) For smakielded equipment located is the (6) For equipment located inside containment.

• • • • • g'g,*"*f**** **j* 4,,,'*"

• • d the gamma dose was conservatively calcu-done rete at the centerpoint of the laced as the sum of this immersion dose essen-t plas the centributisa fm at the centerline plus the dose from the 1.e. ties dayendent searca such as the emmy water and piste-out, um1== it can P l ated-out nuclides plus the contact

, be ehema by analysee that locaties and dose on contained sources.

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COMPARISON WITH NUREG 0588 REV. 1 NUREG 0588 REQUIREMENTS CATEGORY II CG6E TECHNICAL POSITION O

shielding of the equipeest redmeos the dose and dose rate. -

(7) for enshielded equi m t, the h as da es (7) The Beta dose was conservatively cal-

• • th' ******* *f Sh* '9"'F**** ****1d culated as the sum of the dose due to be the sue of the airborne and plate-out ,

,us . The airberas beta de e should nuclides p,ated-out . on the surface he takes a the ku deu calculated for plus the dose due to airborne nuclides.

a point at the centsiament caster.

(s) shi.1ded compeeents need be gustified ealy to the samma radiation levels (8) The Beta dose was conservativel7 required, perrided sa manlysis er test calculated assuming that no shield was ,

she that the sensittee pertions of thicker than the equivalent of 10 mils th* "F"** * * * *9" F"*"" * ** ** * -

of ateel*

asy. u d te w ta radiastas er that the effects of w ta radiatise heatias and tenizattaa haes se deletarious effects :

,em essPenest perfeemence.

(s) cabi a arranged ta cable tray ta the (9) The dose to cables arranged in cable trays

• " , ",,* ' * " , * " , , *'w* ' * * ,1 " * ' ,,* ,,, *** ,

was conservatively calculated using the celemiated for a potas at the easter of , same model as the dose to unshielded equip-the containeast plus th so-a rey dose calculated is accordance trith Secties 1.4(6).

ment located inside the containment.

' This reducties is beta dose is allowed because of the localized saisiding by -

other cables plus the cable tray itself.

O (lo) patata and coatings should be anmed

• • h **pmed to both beta and game rays is assessing their restatance to (10) The dose to paints and coatings was con-servatively calculatedasthesum of the dose

, diat,1.. piste-o.c activity should at the centerline of the containment plus be assumed to renais as the equipment the dose due to contained sources plus the surface unless the effects of th* "

dose due to plated-out nuclides. No name,el naa-a , such as syrsy unsh-off er steam esadeas t flew, can be credit was taken for removal mechanisims Justified and g=utified by malysis such as spray washoff or steam condensate er ==periment.

fyoy, t (11) Cemym ents of the emergency core cool- (13i The dose to the components of theECCS ins syste (zccs) located entaide coe-ta*====t (e.g., p eps, valves, seals located outside containment was conser-I- and electrical egaip=est) should be vatively calculated as the sum of the qualified to withstad the radiattee radiation penetratin'g from the.contain-1 ** F****** "** *** ***~

'9"sa'm'e*n**,*p**us**tra ca t l ==p==== from the ment, plus the immersion dose from airborne

.=mp fluid asias assusyttens coaststaat nuclides plus the contact dose on piping with the requirementa suced La containing the sump fluid.

Ayyandia g s to crt port 50.

n (12) sguayment that mer be espo.4 to radt - (12) Environments postulated to receive doses tien desee below to* rade amenid greater than 10' rads have been considered "i **,g*,"* '*1$ ,,"*c1,,, h analysis supported by test data is 7 ,* ' " . to be Harsh Environments. Review of mild environment equipment will address radia-

' win sd the "u ty ef the tion qualification for equipment receiving equi P==' k 1** acceptable 'al***- -

doses less than 10 rads.

O

. 28 mm - + - ' - - . - - . - - - - - - ..-g- -si-, - - ----- - --y--+ - - - ->-,.-----i-.---g.i -

ei. #- a v.--w m.--e e

COMPARISON WITH NUREG 0588 REV. 1 l

NUREG 0588-REQUIREMENTS

h. CATEGORY II' ' CG&E TECHNICAL POSITION

. (13) The stest will accept s' give ce=re* eat (13) Equipment. is considered qualified if to be quitsted provided it a b* it can be shown that the component has as nas the composest hu be a

, lified to integrated beta and 3. ass been qualified to integrated beta and du'a which are equal to se hisher thaa gamma doses equal to or greater than

$$ari a r se t t the total normal and accident radiation 1stluded in Appendiz D (which uses W doses identified in Design Criteria A51-9.

source term gives is ites (1) above),

. and that the comPosest incorporatea appropriate facters pertiment to the plant destga and operating character-1stics, as gives la these general guidelines.

(14) vb a a comervative analysis bas set (14) Conserative Analysis has been performed

. be.a provided by the applicant for staff . as identified in Section 1.4.

review, & staff will use the radiatiesb.

movaremment said=1 has coat.aaned .is Appendiz D, suitably corrected for the differences in reacter power level,

• type, containment aise, and other ayyreprista facters. '

~ 1.3 Envireemental Condittees for outside 1.5 C******** (1) Conditions resulting from postulated (1) squipment located entside containment High Energy Line Breaks outside con-that could be subjected te high-emerg tainment have been calculated as iden-O pipe bru ks 3beeld be qualified to the coedittees resulting free the accident tified in Section 2.1.2.1 t,f this for the duraties required. The tach- . submittal.

signes to calculate the envireemental parameters described ta sections 1.1 through 1.4 (Catagery II) abwe should w pp11 4.

(2) IgrJpment located is general plaat areas taide contatament where equipment is (2) This will be considered as mild en-vironment. Equipment will be quali- .

not subjected to a design basis accident fled to the mild environment require-environment should be qualified to the mermal and abnormal range of envsree- ments.

l mental condittena postulated te occur at m equipment locaties.

(3) Ignipment set served by Class 1x envir==- (3) Credit was not taken for non-Class

==***i 'upport systems, er urnd b7 lE environmental support systems in Class 1E support systems that may be secured during plant operaties er sbut. the calculations identified in deus, should be qualified to the limattag emetrossental conditions that are pe tulaceo ,

Sections 1.5(1) above. Qualification for that locaties, assuntag a less of the to be established to these parameters.

entireemental support system.

Or . . . . . . . . . . . . . . . . there may be

~

designs where a less of the eneston-mental support system may espose same equipment to eevsromments that escoed the qualified limits. Ter these designs, .

. I O- _

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COMPARISON WITH NUREG 0588 REV. 1 s

i NUREG 0588 REQUIREMENTS CATEGORY II CG&E TECHNICAL POSITION i* oppropriata comitertag devices should be provided to alert ne overster that shooseni conditions exist and to permit as assessnest of the conditions that occurred is order to dessemias if cor-rective action, such as replacing any affected equipment, is serraeted.

2a ocAnyICAym nrmos 2. QUALIFICATION METHODS 2.1 Seleccise of Mededs 2.1 (1) Qualification methods will conform (1) Omatifiesties u ne requirmeau methode should in defined confe" IIII to the requirements defined in IEEE-sea. 323-1sn. STD-323-1971 for equipment purchased (2) 2he choice of Ge **th*d* "l****d prior to May 23, 1980. EquiPment is largely a matter of uchaical purchased prior to May 23, 1980 re-jed ,,est ad .,silability of infer- s t naties nas supports the ****15'1* quiring re-evaluation will be quali-fied using analysis or analysis

"$ t[fEhe as accident esvtreament without test ect ed **

• supported by partial test data. Equip-data is met adegate te d=""s*** ment purchased after May 23, 1980 and

" equipment which requires substantial M***g E"Mht am$Ila 1

requalification will be qualified to ties of tus deu maless (a) testias Category I unless otherwise justified.

- of ne compensat is impractical due to i

1 siae limitatiess, and (b) partial l type test dau is provided to pport ne analytical anumptions ,

(2) See 2.1(1) .

and conclusions reached.

(3) yte savireemental galificati== *f (3) Appropriate documentation addressing this equipment up m d to DBA estirea- requirement Will be provided.

. meats aheald confess to the following posities. The bases shoald be provided for the time .

interval required for operebtlity of this equipeest. The operability and failure criteria stemld be specified and the safety margins defined. ,

(.) Ignipment that sust fumeti*a (a) Operability of the equipment for

• **7

• the time required in the environ-y'dM* "g',"*[*ti,gg f* mental conditions resulting from test to desesstrate its operabil-icy for the time required in the the accident is established by o

, **',*7,'*,[gjgf***** '" test or by test with' analysis- by krrhenius.. calculations.

I

, 4 (b) Any equipment that could fail in a (b) Amy equipment (ufety-related er manner detrimental to plant safety as afety-relatd) that and ***

' is classified as safety-related.

1. • • • • i",'" *gthas =st sus $a $ is

,,,g Failure mode effects analysis will a seamer detrimental te Plant afet7 she=14 he qualified by tu t ** be provided for all safety-related demonstrate its capability te visg. electrical equipment located in su.4 a y accidear. envireement. f*r harsh environments that quali-the time darias which it **** ""

l fail- fication has not been established.

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COMPARISON WITH NUREG 0588 REV. 1 A

NUREG 0588 REQUIREMENTS

_ CATEGORY II - CG&E TECHNICAL POSITION i

w (c) Equip est that need not functie*

in order to mitigata any accisest (c) Only Safety related (Class IE)

,* ,~

equipment is being addressed.

. and when fatinre is y mode is any accidest esvireement is set- ,

' .-a

. detrimental te plaat safety need ,

- . esty be qualified for its nee-accident service envireensar..

Although actual type testing is.

.

• preferred, other motheds whea

! Justified may be found acceptable.

l The bases should be provided for

( concluding that such equipment is met required to function in order to mitigate any accident, and that its failure is say ende is any accident savireemest is set detri-maatal to plaat safety.

(4) 7 r enviree==stal qualificati e of (4) Conditions resulting from LOCA and HELB

.re,aipment esbject to events other 6 conditions have been calculated as noted than a DBA which result in abneraal a.

envirsemental condittens, actual type in sections 1.1 and 1.2. Abnormal en-testing is preferred. Iowever, vironments resulting from other events analysis er operacias histny, u .- are addressed in the normal ranges.

any applicable combinaties thereef, coupled with partial type test data i

may be found accept.able, subject to I the applicability and detail of l infesmaties provided.

2.2 Qualifiesttee by Test (1) The failure critaria should be established (1) Acceptance Criteria are established for all prior to tasting.

Current and future testing programs. For (2) Test resulta should demuestrate that tests that are completed without established the equipment cas perfets its required acceptance criteria, the test results are

,',,d**N'(*$**[i IE reviewed against the system design require-tastalled life. ments.

(3) T* *" L e3

• nzz s5 3 s w (2) Test results will demonstrate that the equip-l (4) thra sh (12) below constit.ta ment can perform its required function for

! ecceptable saidelia . for atabliakias all service conditions postulated during its

• • • • F"*****"- installed life.

- (4) ha establishing the sinalsted envi-tal profile for qualifying (3) The requirements of section 5.2 of IEEE-323-is ret rre tha - ta e i 1971 were used as guidelines in our review of he used that envelepu the envir - tal existing documentation. The requirements of I conditiens resulting from any desisa

~" '

IIEE-323-1974 are being addressed in all tieafe pr f th t

' current and future qualification programs, es,eleyes the conditions produced by the See items (4) through (12) below.

asia steamline break and less==f-eselaat

4) See Section 1.2(5).

(s) zesip= st eheuld be located ebeve flood level er protected against submergence by locating the equipment is qualified (5) See Section 2.2 of the submittal.

estartf ght eac1.eures. W re equipment r

s O.

31

• z - .

~

COMPARISON WITH NUREG 0588 REV. 1 NUREG 0588 REQUIREMENTS .

CATEGORY TI CG&E TECHNICAL POSITION

. La located is watertight enclosures, ph ficaties by test er analysis should

• be ased te demeestrate the adequacy of sech protecties. Where equipseet could

" ~ be sehmerged, it should be identified and dessestraud to be qualzfied by test for the dursties required.

(s)' ne tamperstare to whick esatyment is (6) Thermocouples to be used for temperature g"* ""** *"P***d d ,*h measurement. The preferred thermocouple be 4 by thesnecesple readings es er as close location is as close as practical but not as yrsetical to the surface of the cem- in contact with the surface of the test Puent belas qualified. article. If there were no thermocouples g , , , , ,

as thermecespla 1*uted amar the located near the equipment during testing, egaty set darias the testa, heat the method used to determine temperature

• • "*f** analysis she 14 be used will be justified.

ta detarmine the tamperstare at the compensat. (Acesytable Leet transfer 4,,

analysis methods are provided La

= + s.)

• c) Perfemmence charseuristics of (7) Monitoring points are dependent on oper-egetyment shoald be verified before, ational requirements (e.g. an item that arter, and periodically darias

u. ting throughout its rease of is required to function only after an regained opershility. event need not be monitored during the event). In general, performance charac-

-O (s) caustic syrsy should be imeerporated d ,1.,simmiated e, mas test 1ms at the

-- pressere and at the tamperstare terisites of equipment to be monitored before, periodically during and after j,*1"**"**",,"*l'*****""*****

,, ,, testing throughout its range of required operability. In those cases where moni-(2) ne eyershility sutus of equip = mat toring was not accomplished during testing, shoald be maattered cosciamously dr.rias metag. per 1 ag-tesa t tias,he,. justification will be provided.

over, monitarias at discrete intervals i sheeld be justiftad if ***d.

(8) See Sections 2.3 of the submittal.

(to) Expected sutremes is pour supp17 (9) See Section 2.2(7).

weltage range and frequency shoald be eyptied darias samniated evaar. envtree .

anstal testias. (10) Expected c..tremes are being applied in all future and testing currently in progress.

IIII. Udatione,[uh =y quali i ti se ce Justification to be provided for extremes

! considered in previous tests that have been

, , _ g , , , , ,,,,,,

considered acceptable.

tima searce for savires===tal' goalificaties. (11) Dust will be, considered when establishing equipment qualification on a case by case basis. Those types of equipment which could be adversely affected by dust will be reviewed and a preventative maintenance program established.

(12) Cobalt 60 is being used as a gamma radiation source for environmental qualification. Ifr other radiation sources are used, they will O' be justified.

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COMPARISON WITH NUREG 0588 REV. 1 I

NUREG 0588 REQUIREMENTS h CATEGORY II CG&E TECHNICAL POSITION '-

. 2.3 Tes t s**""*" 2.3 TEST SEQUENCE:

(1) Justi*.1 cation of the adequacy of the test, sequace selected should be (1) .Tustification to be provided for prevued* sequence of equipment tested and procured prior to May 23, 1980.

(2) The test should simulate n closely as practicable the postulated aavironment. Current and future testinE will be performed to the test sequence (3) The test procedures should conform to Mfined in IEEE 323-1974 or it will the guidelines desenbed is Sectios 5 of IExt std. 323-1s71. be justified.

(4) m staff considers that, for vital (2) Testing will simulate as closely as electrical equipment such a penetrations, possible the worst case environment connectors, cables, valves and motors, and tricsaitters located inside contatament that the device is Postulated to ex-er exposed to hostile steam environments '-

Perience.

outside contain=*=t, separate effects

$$ ina 1 . Sod. ThItastN"'. (3) Testing used to establish qualification that was performed prior to May 23, 1980 of such equipment should be cenducted La

.: that subjects the same piece of will conform to the guidelines of equipmene to radiation and the heetile steam enviroomene sequenciaur. Section 5 of IEEE 323-1971 or will be justified. All current and future

'. 4 other Qualification Methods testing will be performed to the same as category I (eacept that IIEE Category I requirements of NUREG 5td. 323-1971 and ancillary standarda 0588 and to IEEE 323-1974.

endersed at the tame the tF SIR was issued may be ed).

l mIm I (4) Safety related electrical equipment

~

located inside primary containment qualificatiom by analysis or operating experience implamented, as desenbed ta such as penetrations, cables, valve IEEE Std. 323-1974 and other ancillary motors and connections have been standards, any be found acceptable. The tested sequentially. Zimmer does adequacy of these methods will be evalu-ated a the buis of m quality and detail not utilize transmitters inside of m information submitted in support of primary containment.

the assumptions made and the specific func-tion and location of the equspoent. These methods are east suitahla for equipment where 2.4 OTHER QUALIFICATION METHODS:

teattag is precluded by physical size of the equipment beins qualified. It is requires - ' Results from testing are used as the basis that, when these methods are employed, sees of qualification for all electrical devices partial type tests on vital components of th*

equipmaat be provided in support of these located in potentially harsh environments.

I I methade.

' Analysis is used to supplement testing in 3* ""*8 i cases where qualification deficiencies are__

(1) Quantified merstas aheald be app 11 4 se  ; minor in nature and can bejustified withanalysis.

the design parameters discussed La >

3 MARGINS:

seestem 1 to usare that the postulated accident conditions have been enveloped .

(1) Margins consistant.with the guidelines during testing. These margias saenid be I applied in addition to any margias (cos.

i of IEEE 323-1974 are being applied to servati ) appited durias the dersve-I the accident conditions of current &fot'ure-ties of the ry.cizied plaat para ==ters. testing to insure that the conditions are enveloped during testing. For p testing completed prior to May 23, 1980, margins are reviewed on a case by case basis.

33 I

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I COMPARISON WITH NUREG 0588 REV. 1 T

O .

NUREG 0588 REQUIREMENTS CATEGORY II CG&E TECHNICAL POSITION L s, *

• ggyg - *

4. AGING:

(1)* Qualification progrus that are c=- The Zimmer Preventive Maintenance and sitted to conform to the requirements of Isf.E std.. 332-1972 (for valve Surveillance Program is currently being

, operators) and Izzz std. 334-197: (for prepared. This program will address motors) abould consider the effects of manufacturer recommendations, results aging. For this equipment, the catesory I positiosa of section 4 of environmental qualification testing are applicable. and analysis and operating experience.

~

j All current and future testing programs

'g (2) For other equipment,' the qualification are addressing aging as required per pro ans hould addra a.

l , ,. p agjaoaly g IEEE 323-1974. The Equipment Qualification is composed, in part, of materials documentation will be revised as the pro-susceptible to aging effects should be identified, and a schedule for

. gram is Complete.

periodically replacing the equipment and/or materists should be established. This program is consistent with the re-Durias individual case reviews, quirements of NRC Generic Letter 82-09 the staff vill require that the effects or estas be secounted foi and will be completed prior to fuel load, on selected equipment if operating esperience or testing ladicates that the equipment may eshibit deleterious aging mechanisme. -

5. mIAI.IFICATIM DOCWENTATI" 5.

_ QUALIFICATION DOCUMENTATION:

(I) The' staff endorses the requirements stated in Izzz std. 323-1974 that, "The An Environmental Qualification Documentation qualification documentatie. shall ,erify file has been set up in the Nuclear Engin-liIiNor i s app feat [ eering Department per Nuclear Engineering m a ta its specified performance Procedure NEP-3.8. This file contains

' requirements. The basis of qualification documentation packages for all safety shall be explained to show the relati*=-

ship of all facets of proof needed to related electrical equipment located in support adequacy of the complete quip- harsh environments and supporting environ-

==at. Data used to demonstrate the ment calculations. Mild environment and qualifiestion of the equipment shall be pertiment to the application and I. mechanical equipment will be added upon organized in sa auditable fore.- .the completion of the tasks. This file (2) The guidelines for documentation in .is available for NRC review.

IEEz std. 323-1974 when fully imple-mested are acceptable. The documenta-tion should include sufficient informa-tion to addreas the required information identified in Appendia z. A certificate -

of comformance by itself is not acceptable

, maless it is accompanied by test data and information on the qualifiestion program.

• • 34 1

i COMPARISON WITH NUREC 0588 REV. 1 NUREG 058S REQUIREMENTS CATEGORY II CG&E TECHNICAL POSITION APPENDIX A APPENDIX A Methods for Calculating Mass and Energy Release.

See Section 1.l(2)

APPENDIX- B ' APPENDIX B EndA1 for Eovironmental Qualification See Section 1.1(1) for Loss-of-Coolant-Accident and Main-Steam-Line-Break Insidh PWR and BWR Dry Typa of Containment. ,,

APPENDIX C .-

APPENDIX C Qualification. Profiles for BWR and Ice Condenser Containments. Plant specific environmental

, profiles are used.

. APPENDIX D APPENDIX D Sampic Calculation and Type Methodology for Radiation Qualification Dose. See Section 1.4 1

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COMPARISON WITH NUREG 0588 REV. 1

, ~

O NUREG 0588 REQUIREMENTS CATEGORY II CG&E TECHNICAL POSITION APPENDIX E APPENDIY E Standard Question on Environmental Qualification of Class lE Equipment.

i

1. Identify all Class IE equipment, 1. Class 1E equipment located in harsh and provide the following: environments has been identified in the Equipment Qualification Equipment

a. Type (functional designation) List (EQEL) as identified in Section 3.1

b. Manufacturer '

of the submittal . The EQEL contains

c. Manufacturer's type number and the component type, manufacturer, and e model number . model number for all entries.

d. The equipment should includa the following, gs applicable:

(1) Switchgear (2) Motor control centers (3) Valve operators (O (4) Motors (5) Logic equipment (6) Cable (7) Diesel generator control equipment (8) Sensors (pressure, pressure differential, temperature and neutron)

(9) Limit switches (10) Heaters s (11) Fans (12) Control boards (13) Instrument racks and l panels (14) Connectors (15) Electrical penstrations (16) Splices (17) Terminal blocks i

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_ . _ - . _ __._____ _ _ _ _ _ -__I___.__._ _

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COMPARISON WITH NUREG 0588 REV. 1 O

l NUREG 0588 REQUIREMENTS

- CATEGORY II CG&E TECHNICAL POSITION 1

2. Categorize the equipment identi- 2. The equipment identified in Item 1 fied in Item 1 above into one of above was given a NUREG 0588 category the following categories: consistant with these categories and the addition of an exemption (EX)

a. Equipnent that will experi- category for equipment that has been ence the environmental exempt from qualification.

conditions of design basis accidents for which it must function to mitigate said accidents, and that will bes qualified to demonstrate operability in the accident ~

environment for the time required for accident mitiga-tion with safety margin to failure.

b. Equipment that will experi-

\

ence environmental conditions of design basis accidents through which it must not fail in a manner detrimental to plant safety or accident mitagation, and that will be qualified to demonstrate the capability to withstand any accident anvironment for the time during which is must not fail with safety margin to failure.,

c. Equipment that will experi-ence environmental conditions of design basis accidents

- through which it need not function for mitagation of said accidents, and whose l failure (in any mode) is deemed not detrimental to plant safety or accident mitigation, and need not be qualified for any accident q i or ts non-accident service environment.

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COMPARISON WITH NUREG 0588 REV. 1 m

U NUREG 0588 REQUIREMENTS CATEGORY II' cctr TreuvTen oneymynn

d. Equipment that will not

. experience environmental conditions of design basis accidents and that will be l qualified to demonstrate l operability under the expected extremes of its non-accident .

service environment. This equipment would normally be located outside the reactor containment.

s

3. For each type,of equipment in the 1 Component Evaluation Data sheets in Appendix E categories of equipment listed in identify requirements a,b,&c for each applica-Item 2 above, provide separately tion of the equipment identified in item 1 above.

the equipment design specification requirements, incJuding: Justification is provided in Exemption Data Sheets for all equipment that is labeled EX

a. The system safety function in the 0588 Category. Failure mode effects

() requirements. analysis are included with these sheets to show that failure of the device will not

b. An environmental envelope as a affect other required safety related equipment.

function of time that includes These sheets are included as Appendix C.

all extreme parameters, both maximum and minimum values, Justification for equipment classified as 2B expected to occur during plant is not required since this designation was shutdown, normal operation, obtained from the various design documents abnormal operation, and any used to generate the EQEL as noted in section design basis event (including 3.1 of this submittal.

LOCA and MSLB), including post-event conditione.

c. Time required to fulfill its safety function when subjected to any of the extremes of the environment envelope specified above.

d. Technical bases should be

. provided to justify the placement of each type equip-ment in the categories 2.b and 2.c listed above.

38

COMPARISON WITH NUREG 0588 REV. 1 3

O .

NUREG 0588 REQUIREMENTS CATEGORY II CG&E TECHNICAL POSITION

4. Provide the qualification test plan, 4. This information is available in the E.Q.

test setup, test procedures, and Central File.

acceptance criteria for at least one of each group of equipment of Item 1.d as appropriate to the category identified in Item 2 above.

If any method other than type test-ing was used for qualification (operating experience, analysis,

• combined qualification, or ongoing qualification), describe the method in sufficient detail to permit .

evaluation of its adequacy.

t ". For each category of equipment 5. This in u rmation is available on the Component s- - identified 14>Jtem 2 above, state Evaluation Data sheets in Appendix E of this the actual qualification envelope O simulated during testing (defining report.

the duration of the hostile environ-ment and the margin in excess of the design requirements). If any method other than type testing was used for qualification, identify the method and define the equivalent

" qualification envelope" so derived.

6. A summary of test results nhat 6. The Central File package includes all of demonstrates the adequacy of the the documentation required to demonstrate qualification program. If analysis qualification of those items considered is used for qualification, justifi ,

qualified.

cation of all analysis assumptions aust be provided.

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COMPARISON WITH NUREG 0588 REV. 1 O

NUREG 0588 REQUIREMENTS CATEGORY II CG&E TECHNICAL POSITION

7. Identification of the qualification 7. The Central File package is identified on documents which contain detailed the bottom of each Component Evaluation supporting information, including Data Sheet in Appendix E of the submittal, test data, for Items 4, 5 and 6.

All Class lE equipment located in harsh In addition, in accordance with environments will be qualified or a the requirements of Appendix B of , Justification for Interim Operation for tha.t 10 CFR 50, the staff requires a item will be provided prior to fuel load.

statement verifying that (1) all Class 1E equipment has been -

qualified for an operating license (OL) or will be qualified for a construction permit (CP) to the program described above, and (2) l s the detailed qualification infor-mation and test results are (or will be) available for an NRC audit.

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6.0 RESULTS OF ENVIRONMENTAL QUALIFICATION REVIEW p

v The environmental qualification review of all safety-related electrical equipment located in potentially " harsh" environ-ments is complete. Component Evaluation Data Sheets for each device are provided as Appendix E of this report. The status of qualification is summarized as follows:

QUALIFIED 41%

EXEMPT 9%

RETEST 19%

REPLACE 21%

SHIELD & ANALYSI3 3%

SYSTEM MODIFICATION 1%

ANALYSIS EEQUIRED 2%

UNDER REVIEW 4%

Sections 6.1 - 6.8 identify the devices of each of the above categories. Specific action plans for each device are provided ,

in Appendix D.

6.1 QUALIFIED Review of the available qualification documentation has established qualification for the following equipment:

! ANACONDA LOW-VOLTAGE POWER CABLE ANACONDA CONTROL CABLE ASCO HVA 90-405 SOLEN 0ID VALVES BOSTON WIRE INSTRUMENTATION CABLE CONAX CANNISTER PENETRATIONS CONAX KULKA TERMINAL BLOCKS G.E. LEAKAGE CONTROL HEATER i G.E. 5K ECCS MOTORS GORDON TEMPERATURE ELEMENTS KERITE MEDIUM VOLTAGE POWER CABLE KERITE SPLICE KIT LIMITORQUE VALVE ACTUATORS (MAJORITY QUALIFIED; OTHERS UNDER REVIEW)

OKONITE LOW VOLTAGE POWER CABLE OKONITE CONTROL CABLE RAYCHEM INSTRUMENI CABLE RAYCHEM SPLICE KIT ROBERTSHAW PRESSURE INDICATING SWITCH ROCKBESTOS CONTROL CABLE ROCKBESTOS INSTRUMENTATION CABLE ROSEMOUNT 1152 PRESSURE TRANSMITTERS SAMUEL MOORE INSTRUMENTATION CABLE-TARGET ROCK SOLENOID VALVES WESTINGHOUSE CLASS H MOTORS Qualification has been established for these devices to the Zimmer paramaters and require no further action.

, 6.2 EXEMPT ~

(

As identified in section 3.1-7, all safety related electrical equipment of the Standby Liquid Control, Process Radiation, Neutron Detection, Reactor and Turbine Building Ventilation Systems and some equipment 41 "N '

T w <swwa = w ww us -gew ,..w- - mer,n .., ,ei.,,,.,,y. -- - . , 7--.-..- 7,_.,, 3 , - 9 g 9:

of the Reactor Core Isolation Cooling System have been exempted from qualification. In addition, as noted in section 3.1-8, several de-

~ vices of other systems have also been exempted because they perform no safety function to mitigate a LOCA or HELB accident. Identifi-cation and justification for exempting this equipment is provided in Appendix C of this report. Included with the exemption data sheets is a failure mode effects analysis for each item that shows that failure in any mode will not affect other safety related equipment required to mitigate the postulated LOCA or EELB accidents.

In several cases the FMEA is not included with this submittal but will be included in our Justification For Interim Operation Report. With the exception of these FMEA's, no further action is required for these items, i 6.3 RETEST CG&E has elected to retest the following equipment to Ansure that it will perform its required safety function during the postulated conditions.

BARKSDAII, PRESSURE SWITCH BARTON PRESSURE SWITCH STATIC-0-RING PRESSURE SWITCH G.E. TERMINAL BLOCK 1 BUCHANAN TERMINAL BLOCK MARATHON TERMINAL BLOCK LICON LIMIT SWITCH MAGLOCK LIMIT SWITCH p PYC0 TEMPERATURE ELEMENT U SCHUTTE & K0ERTING FLOW ELEMENT & TRANSMITTER ITT GENERAL CONTROLS DAMPER ACTUATOR G.E. HMA RELAY 6.4 REPLACE CG&E has determined that replacement of the following devices is the most effective way to establish qualification.

1 ALLISON 1052 TEMPERATURE ELEMENT AND TRANSMITTER ASCO SOLENOID VALVES (PARTIAL)

ATK0MATIC SOLEN 0ID VALVES

( BAILEY 555 & 556 TRANSMITTERS BARTON 385 DIFFERENTIAL PRESSURE TRANSMITTER BARTON 760 TRANSMITTER SWITCH CROSBY SRV SOLENOIDS DELPHI H 202 MONITOR HAYS 252 PRESSURE TRANSMITTLR MERC01D LEVEL & TEMPERATURE SWITCHES l NAMCO LIMIT SWITCHES ROSEMOUNT 1151 TRANSMITTERS ROSEMOUNT 535 MILLIVOLT CONVERTER WESTINGHOUSE CLASS F MOTORS O

42

6.5 ANALYSIS Additional Analysis is required to establish qualification for the O- following devices: .

ITE GOULD MOTOR CONTROL CENTER OKONITE SPLICE KIT MAGNETROL LEVEL SWITCH UNITED ELECTRIC TEMPERATURE SWITCH ROSEMOUNT TEMPERATURE ELEMENT BRAND REX INSTRUMENTATION CABLE l Test data is available for these devices. The Component Evaluation Data Sheets classify this equipment as " Conditionally Qualified."

2 Analyses are required to address aging, operability duration, higher radiation requirements, pressure and traceability concerns.

6.6 SYSTEM MODIFICATION i

Several devices have been identified as safety-related devices due to their power source. Since the following items are not required to mitigate LOCA & HELB conditions, the system will be modified so that these devices will no longer be classified as safety-related.

G.E. SB-1 CONTROL SWITCH G.E. 180 TEMPERATURE INDICATOR 6.7 SHIELD & ANALYSIS Due to high levels of radiation, shielding of SGTS panels is re-( . quired to reduce the dose on the electrical devices mounted on the l- panels. Devices requiring shielding to establish qualification to

, the radiation levels are:

AGASTAT TIME DELAY RELAYS G.E. HFA RELAYS LOVE CURRENT RELAY LOVE PROPORTIONAL CONTROLLER I In addition to shielding, analysis is also required to justify aging of these devices.

6.8 UNDER REVIEW Several devices are currently under review to determine the status of qualification. These items include:

CTI HYDROGEN RECOMBINER SPENCER HYDROGEN RECOMBINER BLOWER INDEECO SGTS HEATER SIEMENS LEAKAGE CONTROL BLOWER MOTOR i POWERS CONTROL CABINET MISC. COMPONENTS LIMITORQUE VALVE ACTUATORS (MAJORITY QUALIFIED; REMAINDER UNDER REVIEW) 43

- - - . 1

-

• pm, . - - - -m- --- -- t- - - - - .gwgm-- .,e-----,, .mm--. _g w%,ey- -er- -

v- ,.,yyw ,e,y ,w,-r-n.--- - - ---y- r-ws- - - - +=-- em-

-e

7.0 OW-GOING ACTIVITIES Activities are currently underway by CG&E to establish and maintain quali-fication and to justify interim operation. Detailed Action Plans are pro-vided in Appendix D to identify the action being taken to establish quali-fication for each device.

7.1 TESTING CG&E has entered into a testing program with Research Dynamics Incorporated (RDI) and the University of Cincinnati to perform qualification tests in accordance with IEEE 323-1974 to the equipment requiring testing as iden-tified in Section 6.3. Testing of the first four units is near completion.

Tesc plans for other units are being prepared. CG&E has worked with RDI in the establishment of the facilities and has the sole use of the aging and LOCA Chambers. CG&E plans to use this facility for the majority of current and future qualification programs.

CG&E is monitoring the testing program ITT General Controls is performing on their damper actuator. Since the testing group is finalized, we have been assured by ITT General Controls that the results of the test will be made available to CG&E for a share of the cost.

l CG&E is monitoring the testing program PYC0 Inc. has implemented to fully

() qualify the PYC0 Temperature Elements. The test is scheduled to be com-pleted by mid 1983.

CG&E continues to monitor other on-going test programs in the industry.

Testing identified in Section 6.3 or Justification for Interim Operation will be completed to fuel load.

7.2 REPLACEMENT Engineering Change Request (ECR's) are being prepared to replace the equip-ment identified in Section 6.4 of this report. Procurement of the qualified or qualifiable devices is underway. Replacements will be installed to the -

schedule identified in the Action Plans. Replacements will be completed or Justificatien for Interim Operation will be provided prior to fuel load.

All replacements will be installed prior to Zimmer's second refueling out-l age or November 30, 1985, whichever comes first.

7.3 ANALYSIS CG&E is currently performing material analysis in cases where analysis can be used to justify minor qualification deficiencies. This analysis and all other justifications for outstanding items are part of the documentation packages in the Central File.

O 44

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7.4 JUSTIFICATION FOR INTERIM OPERATION CG&E has completed a preliminary report covering the Justification for C) Interim Operation (JIO) of the Zimmer Station with the current level of qualification. The draft report was provided to the NRC reviewers in September, 1982 for comments. The report will be revised based on NRC comments and qualification activities completed between September 1982 and fuel load.

7.5 MAINTENANCE AND SURVEILLANCE A maintenance and surveillance program is being prepared for all safety related equipment at the Zimmer Station. As nuted in Section 4 of the Comparison with NUREG 0588, the preventative maintenance will address the manufacturer's recommendations, results of environmental qualifica-tion testing and analysis, technical specifications, as well as opera-ting experience. This program will be completed prior to fuel load.

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l APPENDIX B O tou1Pxtur ooitz,1c4110, sco1,xss,tzsr

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'O O O -s NPR-PRTV1.0-WEDNESDAY,dANUARY 12, 1983-19:01:40

.DATE 12 JAN 83 18:58:16 RID 36 12 UAN 83 AkB966 ,,

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PROJECT NUMBER 4130-05 DATE 12 JAN 83 ..

REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA i .SV NL'MB E R EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

ALL PLANT ID NUMBERS IN NUREG 0588 CATAGORY 2A.28 & EX SORTING HIERARCHV USED

1. SYSTEM

, 2. PLANT ID NUMBER AP 1APISEA 480V RXMCC 1A ITE SERIES 5600 H-2tS8 E-144-1 E/28 R3A R.B. A 2A 5 MINUTES APOS E-tS65/tS71 503 AP 1 apt 5EB 480V RXMCC IB ITE SERIES 5600 H-2158 E-146-1 F/26 R2A R.B. A 2A 5 MINUTES APO2 E-1575/1580 525

. AP 1AP50EA ELECTRICAL CONAX CANNISTER H-2167 E-145-1 115 DEG. Cl R.B. P 28 APO3

! PENET. E-1 CORP. E-2727/2729 525 AP 1AP50EB ELECTRICAL CONAX CANNISTER H-2167 E-145-1 120 DEG. C1 R.B. P 2B APO3 PENET. E-2 CORP. E-2757/2759 525 AP 1AP50EC ELECTRICAL CONAX CANNISTER H-2167 E-145-1 130 DEG. C1 R.B. P 28 APO3 PENET. E-4 CORP. E-2769/2772 525 AP 1AP50ED ELECTRICAL CONAX CANNISTER H-2167 E-145-1 135 DEG. C1 R.B. P 2B APO3 PENET. E-5 CORP. Eje741/48/96 525

)  ! AP 1AP50EE ELECTRICAL CONAX CANNISTER H-216T E-145-t 155 DEG. C1 R.B. P 28 APO3 PENET. E-6 CORP. E-2760/2762 525 AP IAp50EF ELECTRICAL CONAX CANNISTER H-2167 E-145-1 165 DEG. C1 R.B. P 2B APO3 PENET. E-8 CORP. E-2733/2736 525 AP 1AP50EG ELECTRICAL CONAX CANNISTER H-2167 E-145-1 222 DEG. Cl R.B. P 2B APO3 l PENET. E-9 CORP. E-2763/2765 525 AP 1AP50EH ELECTRICAL CONAX CANNISTER H-21G7 E-145-1 229 DEG. C1 R.B. P 28 APO3 PENET. E-10 CORP. E-2773/2776 525 l

l AP 1AP50EJ ELECTRICAL CONAX CANNISTER H-2167 E-145-1 241 DEG. C1 R.B. P 28 APO3 i PENET. E-12 CORP. E-2737/2740 525 AP 1AP50EK ELECTRICAL CONAX CANNISTER H-2167 E-145-1 247 DEG. C1 R.B. P 28 APO3 PENET. E-13 CORP. E-2766/2768 525 AP 1APSOEL ELECTRICAL CONAX CANNISTER H-2167 E-145-1 259 DEG. C1 R.B. P 26 APO3 PENET. E-15 CORP. E-2749/56/97 525 AP 1AP50EM ELECTRICAL CONAX CANNISTER H-2167 E-145-1 265 DEG. C1 R.B. P 28 APO3

{ PENET. E-16 CORP. E-2730/2732 525 Q .PAGE 1 0F 77 n

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PROJECT NUMBER 4130-05 j DATE 1? JAN 83 ..

i  ; REVISION 008 1 ZIMMER ECUIPMENT QUALIFICATION 001346 j

• PLANT 10 COMPONENT / MODEL SPEC OR E.I. OWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

+SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

AP 1AP50EN ELECTRICAL CONAX CANNISTER 11-2167 E-146-1 277 DEG. C1 R.B. P 2B APO3 PENET. E-17 CORP E-2778/2780 525 AP 1AP50EP ELECTRICAL CONAX CANNISTER H-2167 E-147-1 117 DEG. C1 R.B. P 28 APO3 j l PENET. E-18 CORP. E-2726 546 AP 1APSOER ELECTRICAL CONAX CANNISTER H-2167 E-147-1 249 DEG. C1 R.B. P 28 APO3 PENET. E-19 CORP. E-2726 546 AP 1AP50ES ELECTRICAL CONAX CANNISTER H-2167 E-145-1 125 DEG. C1 R.B. P 28 APO3 I PENET. E-3 CORP. E-2726 525 i

AP 1AP50ET ELECTRICAL CONAX CANNISTER H-2167 E-145-1 235 DEG. C1 R 8. P 28 APO3 i PENET. E-11 CORP. E-2726 525 AP 1AP50EU ELECTRICAL CCNAX CANNISTER H-2167 E-145-1 253 DEG. C1 R.B. P 28 APO3 PENET. E-14 CORP. E-2726 525 CA 0001 MEO. VOLT. KERITE H-2160A Cl R.B. 2A CAOf

!' POWER CA 0002 LOW VOLT. OXO- H-21608 C1 R.B. 2A CA02 POWER NITE CA 0003 LOW VOLT. ANA- H-21608 C1 R.B. 2A CA03 POWER CONDA CA 0004 CONTROL OKO- H-2161 C1 R.B. 2A CA04 NITE CA 0005 CONTROL ANA- H-2161 C1 R.B. 21 CAOS

. CONDA

, CA 0006 CONTROL RBESTO H-2161 Cl R.B. 2A CA06 CA 0007 INSTRUMEN- SAMUEL H-2162 C1 R.B. 2A CA07 TATION MOORE CA 0008 INSTRUMEN- RAY- H-2162 Ct R.B. 2A CAO8 TATION CHEM CA 0009 INSTRUMEN- RBESTO H-2162 C1 R.B. 2A CA'9 0

TATION

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' PROJECT NUMBER 4130-05 DATE 12 DAN 83 .

{ REVISION 008 i

' ZIMMER EQUIPMENT QUALIFICATION 001346

= PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PAS % REV CAT. SHT.

' CA 0010 INSTRUMEN- BOSTON H-2162 C1 R.B. 2A CA10 TATION WIRE CA 0011 INSTRUMEN- BRAND H-2162 Cf R.B. 2A CAtt TATION REX

, CA 0012 SPLICE-KIT KE RI T T. H-2173 C1 R.B. 2A CA12 i

CA 0013 SPLICE-KIT OKO- H-2173 Cl R.B. 2A CA13 NITE CA 0014 SPLICE-KIT RAY- WCSF-ti H-2173 C1 R.B. 2A CA14 CHEM CA 0015 TERMINAL G.E. CR1518 H-2173 R2A R.B. 2A CA15 BLOCK CA 0046 TERMINAL MARA- 6000 H-2173 R2A R.B. 2A CA16

. BLOCK THON CA 0017 TERMINAL KULKA 718-12 H-2173 Cl R.B. 2A CA17 BLOCK CA 0018 TERMINAL BUCH- CAT NO 824 H-2173 R2A R.B. 2A CA18

. BLOCK ANAN CM 1CMOO3 LIMIT SWITCH NAMCO EA-170 H-2852 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMOf OPEN POS. 46302 E-3918 503 CM 1CMOO3 LIMIT SWITCH NAMCO EA-170 H-2852 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMOt CLOSED POS. 46302 E-3918 503 i CM 1CMOO3 SOLENOID ASCO HTX8320422V H-2852 E-143 B/tB R3A R.B. N/A A 2A M-81-1 CMO3 E-39tB 503 CM 1CMOO4 SOLENOID ASCO HTX8320A22V H-2852 E-143 B/18 R3A R.B. N/A A 24 M-81-1 CMO3 E-3918 503 CM 1CMOO4 LIMIT SWITCH NAMCO EA-170 H-2852 E-143 B/18 R3A R.B. N/A A 2A M-8t-1 CMOt OPEN POS. 46302 E-3918 503 CM 1CMOO4 LIMIT SWITCH NAMCO EA-170 H-2852 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMOS CLOSED POS. 46302 E-3918 503

,PAGE 3 0F 77 o

a SARGENT&LUNDY

'O O O .

PROJECT NUMBER 4t30-05 '

DATE 12 JAN 83 .

ZIMMER EQUIPMENT QUALIFICATION dot 346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/Q NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

CM SCMOO5 LIMIT SWITCH NAMCO EA-170 H-2852 E-145 B/21 R2A R.B. N/A A 2A M-88-1 CMO2 CLOSED POS 46302 E-3918 525 l CM 1CMOO5 SOLENOID ASCO HTX8320A22V H-2852 E-145 B/21 R24 R.B. N/A A 2A M-81-1 CMO4 E-3918 525 CM 1CMOOS LIMIT SWITCH NAMCO EA-970 H-2852 E-145 B/21 R2A R.B. N/A A 2A M-81-1 CMO2 OPEN POS. 46302 E-3918 525 CM 1CMOO6 LIMIT SWITCH NAMCO EA-170 H-2852 E-145 B/21 R2A R.B. N/A A 2A M-81-1 CMO2 CLOSED POS. 46302 E-3918 525 CM ICMOO6 LIMIT SWITCH NAMCO EA-170 H-2952 E-145 B/21 R2A R.B. N/A A 2A M-81-1 CMO2 OPEN POS. 46302 E-391E 525 CM 1CMOO6 SOLENOID ASCO HTX8320A22V H-2852 E-145 B/21 R2A R.B. N/A A 2A M-81-1 CMO4 E-3918 525 CM ICMOO7 LIMIT SWITCH TARGET 76F-2Ol H-2862 E-145 B/21 R2A R.B. N/A A 2A M-81-1 CMOS OPEN POS. ION COCK E-3918 525 CM 1CMOO7 LIMIT SWITCH TARGET 76F-201 H-2862 E-145 B/21 R2A R.B. N/A A 2A M-88-1 CMOS CLOSED POS. ROCK E-3918 525 CM 1CMOO7 SOLENOID TARGET 76F-200 H-2862 E-145 B/21 R2A R.B. N/A A 2A M-81-1 CMOS

. ROCK E-3918 525 I

CM 1CMOO8 LIMIT SWITCH TARGET 76F-201 H-2862 E-145 B/21 R2A R.B. N/A A 2A M-81-1 CMOS CLOSED POS. ROCK E-3918 525 CM 1CMOO8 LIMIT SWITCH TARGET 76F-201 H-2862 E-145 B/28 R2A R.B. N/A A 2A M-88-1 CMOS OPEN POS. ROCK E-3918 525 CM 1CMOO8 SOLENOID TARGET 76F-201 H-2862 E-145 B/21 R2A R.B. N/A A 2A M-81-1 CMO5 ROCK E-3918 525 CM ICMOC9 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 B/18 R3A R.B. N/A A 2A M-88-1 CMO6 CLOSED POS. ROCK E-3918 503 CM 1CMOO9 SOLENGID TARGET 76F-201 H-2862 E-143 B/18 R3A R.B. N/A A 2A M-84-1 CMO6 ROCK E-3918 503 CM 1CMOO9 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMO6 OPEN POS. ROCK E-3918 503

.PAGE 4 OF 77 o

a SARGENT&l.. . = =UN

1 O O O PROJECT NUMBER 4130-O5

• I DATE 12 DAN 83 '

REVISION OO8 I

ZIMMER EQUIPMENT OUALIFICATION D01346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 OATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D No. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

CM ICM010 LIMIT SWITCH TARGET 76F-2OI H-2862 E-143 B/18 R3A R.B. N/A A 2A M-Ot-1 CMO6 OPEN POS. ROCK E-3918 503 CM 1CMO10 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 B/18 R3A R.B. N/A A 2A M-88-1 CMO6 CLOSED POS. ROCK E-3918 503 CM ICMOIO SOLENOID TARGET 76F-201 H-2862 E-14J B/18 R3A R.B. N/A A 2A M-81-1 CMO6 ROCK E-3918 503 CM 1CM011 SOLENOID TARGET 76F-201 H-2862 E-143 B/18 R34 R.B. N/A A 2A M-81-1 CMO6 ROCK E-3918 503 CM 1CMO11 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMO6 j OPEN POS. ROCK E-3918 503 i

CM 1CMott LIMIT SWITCH TARGET 76F-201 H-2862 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMO6 CLOSED POS. ROCK E-3918 503 CM 1CM012 LIMIT SWITCH NAMCO EA-170 H-2852 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMOS

. OPEN POS. 46302 E-3918 503 l CM 1CM012 LIMIT SWITCH NAMCO EA-170 H-2852 E-143 B/18 R3A R.B. N/A A 2A M-88-1 CM01

• CLOSED POS. 46302 E-3918 503 l

CM 1CMO12 SOLENotD ASCO HTX8320422V H-2852 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMO3 E-3918 503 CM 1CMOt3 LIMIT SWIVCH TARGET 76F-201 H-2862 E-143 B/tB R3A R.B. N/A A 2A M-81-1 CMO6 CLOSED POS. ROCK E-3918 503 l l CM 1CMot3 SOLENOID TARGET 76F-201 H-2862 E-143 B/18 R3A R.B. N/A A 24 M-81-1 CMO6 ROCK E-3918 503 CM 1CMOt3 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMO6 OPEN POS. ROCK' E-3918 503 i CM 1CM014 LIMIT SWITCH NAMCO EA-170 H-2852 E-143 B/tB R3A R.B. N/A A 2A M-81-1 CMOt

, l CLOSED POS. 46302 E-1918 503 CM 1CM014 LIMIT SWITCH NAMCO EA-170 H-2852 E *43 B/tB R3A R.B. N/A A 2A M-81-1 CMOS OPEN POS. 46302 E-3918 503 CM 1CMot4 SOLENOID ASCO HTX832OA22V H-2852 E-143 B/18 R3A R.B. N/A A 2A M-81-1 CMO3

. E-3918 503

.PAGE 5 0F 77 o

n n

SARGENTMUNDY

..=== =

. "O O O PROJECT NUMBER 4130-05

• l DATE 12 JAN 83 j REVISION 008 j ZIMMER EQUIPMENT QUALIFICATION D01346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILO LEV PASS REV CAT. SHT.

CM 1CM019 SOLENOID TARGET 76F-202 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-81-1 CMO7 ROCK E-3918 503 CM 1CMOt9 LIMIT SWITCH TARGET 76F-202 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-81-1 CMO7

. OPEN POS. ROCK E-3918 503 j CM 1CMOt9 LIMIT SWITCH TARGET 76F-202 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-81-1 CMO7 CLOSED POS. ROCK E-3918 503 CP8 ICMO2O SOLENOID TARGET 76F-202 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-St-t CMO7 ROCK E-3918 503 CM 1CMO2O LIMIT SWITCH TARGET 76F-202 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-SI-t CMO7 i CLOSED POS. ROCK E-3918 503 6

CM 1CMO2O LIMIT SWITCH T ADGET 76F -202 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-81-1 CMO7 OPEN POS. ROCK E-3918 503 CM 1CMO21 LIMIT SWITCH TARGET 76F-202 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-81-f CMO8 OPEN POS. ROCK E-3918 525

. CM 1CMO21 LIMIT SWITCH TARGET 76F-202 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-88-1 CMOS l CLOSED POS. ROCK E-3918 525 t

CM 1CMO21 SOLENOID TARGET 76F 202 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-81-1 CMO8 ROCK E-3918 525 CM (CMO22 SOLENOID TARGET 76F-202 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-81-1 CMO8 ROCK E-3918 525 CM ICMO22 LIMIT SWITCH TARGET 76F-202 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-81-1 CMOS CLOSED POS. ROCK E-3918 525 CM 1CMO22 LIMIT SWITCH TARGET 76F-202 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-81-1 CMOS OPEN POS. ROCK E-3918 525 CM 1CMO23 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-81-1 CMO6 CLOSED POS. ROCK E-3918 503 CM 1CMO23 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-81-1 CMO6 OPEN POS. ROCK E-3918 503 CM 1CMO23 SOLENOID TARGEl 76F-201 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-81-1 CMOG ROCK E-3918 503

.PAGE 6 0F 77 (D

! O n

M SARGENT&LUNDY

=ENGINESSMB

A O u PROJEC1 NOMM R 4130 05 DAIE 12 JAN R3 l REVISION 006

. ZIMMER EQUIPMENT QUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPED OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

+SY NUM8ER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHf.

CM 1CMO24 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 C/25 434 R.B. N/A A 24 M-81-1 CM6

. CLOSED POS. ROCK E-3918 503 CM 1CMO24 LIMIT SWITCH TARGET 76F-201 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-88-1 CM96

. OPEN POS. ROCK E-3918 503 CM 1CMO24 SOLENOID TARGET 76F-201 H-2862 E-143 C/25 R3A R.B. N/A A 2A M-88-1 CMO6 j ROCK E-3988 503 CM ILT-CMOO8 TRANSMIT ROSE- tt52DPGA22- H-2809 E-144 E/20 R3A R.B. A 2A IPX34J CMOq

. MOUNT PB E-1995 503 CM tLT-CMOO9 TRANSMIT ROSE- 1152DP4A22- H-2809 E-142 C/25 R4A R.B. A 2A IPX22J CMoo

. MOUNT PB E-1995 475 i

CM ILT-CMO22 TRANSMIT ROSE- 1152DP6A22- H-2809 E-143 A/18 R3A R.B. A 2A 1PX43J CMO7

. MOUNT PB E-1935 503 CM SLT-CMO23 TRANSMIT ROSE- 1152DP4A22- H-2809 E-141 B/16 R4A R.B. A 2A SPX67J CM10 MOUNT PB E-1995 475 CM 1PL40dA H2/02 FIS$10N DELPHI H-2188 E-147-t C/25 RfC R.B. A 2A CMt6 PROD. PNL 1A 546 l

CM 1PL40dB H2/02 FISSION DELPHI H-2188 E-147-1 B/18 Rtc R.B. A 2A CM16

. PROD. PNL.1B 546 CM 1PT-CM010 TRANSMIT ROSE- 1152GP6A22 H-2809 E-149 B/16 T<5A R.B. A 2A IPX2td CMit

. MOUNT PB E-1995 570 CM IPT-CMO21 TRANSMIT ROSE- 1152GP6A22 H-2809 E-150 A/29 R68 R.B. A 2A SPX35J CHt2

. MOUNT PB E-1995 593 CM iPT-CMO81 TRANSMIT ROSE- 1152GP6A22 H-2809 E-142 C/25 R4A R.B. A 2A SPX22d CM13 MOUNT PB E-1995 475 CM IPT-CMOS2 TRANSMIT ROSE- 1152GP6A22 H-2809 E-141 B/16 R4A R.B. A 24 1PX67J CM11 MOUNT PB E-1995 475 CM ITE-CMO43 TEMP ELEM GORDON 404-3107- PO-2949 E-146 314 DEG C2 WETWEL A 2A LOC MID CMI7

. 050 E-1996 519 CM ITE-CMO44 TEMP ELEM GORDON 402-4107- PO-2949 E-845 220 DEG C2 WETWEL A 2A LOC MID CMtS 050 E-1996 519

.PAGE 7 0F 77 O

(9 M

SARGENT.%LU

q p V

n v

v PROJECT NUMi1ER 4130 05 DATE 12 DAN 83 REVISION 008 ZIMMER EQUIPMENT OUALIFICATION 001346 a

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

! *SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. Sit t .

CH STE-CMO45 TEMP ELEM GORDON 402-4107- PO-2949 E-146 20 DEG C2 WETWEL A 2A LOC MID CMIS

. 050 E-1988 519 CM ITE-CMO46 TEMP ELEM GORDON 404-3107- PO-2949 E-145 148 DEG C2 WETWEL A 2A LOC MID Cf tl 7 050 E-1996 519 4

CM ITE-CHO47 TEMP ELEM GORDON 404-3107- PO-2949 E-145 142 DEG C2 WETWEL A 2A LOC mfd CM14

. 050 E-1996 496 CM ITE-CMO48 TEMP ELEM GORDON 404-3107- PO-2949 E-145 222 DEG C2 WETWEL A 2A LOC MID CM14

. 050 E-1996 496

' CM ITE-CMO49 TEMP ELEM GORDON 404-3107- PO-2949 E-146 53 DEG C2 WETWEL A 2A LOC MID CM14

. 050 E-1996 496 CM ITE-CMO50 TEMP ELEM G0900N 404-3107- PO-2949 E-146 88 OEG C2 WETWEL A 2A LOC MID CM14

, . 050 E-1996 496

- CM ITE-CMO51 TEMP ELEM GORDON 404-3107- PO-2940 E-146 27 DEG C2 WETWEL A 2A LOC MTD CM14 l 050 E-1996 496 CM ITE-CMO53 TEMP ELEM GORDON 404-3107- PO-2949 E-146 321 DEG C2 WETWEL A 2A LOC mfd CM14 050 E-1996 496 CM ITE-CMO54 TEMP ELEM GORDON 404-3107- PO-2949 E-146 57 DEG C2 WETWEL A 2A LOC MID CM11 050 E-1996 496

CM ITE-CMO55 TEMP ELEM GORDON 404-3107- PO-2949 E-146 294 DEG C2 WETWEL A 2A LOC mfd CM14 j 050 E-1996 496 CM ITE-CMOS6 TEMP ELEM GORDON 404-3107- PO-2949 E-146 344 DEG C2 WETWEL A 2A LOC MID CM ed

. 050 E-1996 496 CM ITE-CMO57 TEMP ELEM GORDON 404-3107- PO-2949 E-845 238 DEG C2 WETWEL A 2A LOC MTD CM14 050 E-1996 496 CM 1TE-CMO58 TEMP ELEM GORDON 404-3107- PO 2949 E-146 345 DEG C2 WETWEL A 2A LOC mfd CM14

. 050 E-1996 496 CM ITE-CMO59 TEMP ELEM GORDON 404-3107- PO-2949 E-145 200 DEG C2 WETWEL A 2A LOC MID CM14 050 E-1996 496 CM ITE-CMO60 TEMP ELEM GORDON 404-3807- PO-2949 E-146 295 DEG C2 WETWEt A 2A LOC MID CM14

. 050 E-1996 496

$PAGE 8 0F 77 e

i O M

M SARGENTMUUUY

"O O O PROJECT NUMBER 4130-05 '

DATE 12 JAN 83 ZIMMER EQUIPMENT OUALIFICATION D01346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EOUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT, CM 1TE-CMO61 TEMP ELEM GORDON 404-3107- PO-2949 E-145 183 DEG C2 WETWEL A 2A LOC MTD CM14 050 E-1996 496 CM 1TL-CMO62 TEMP ELEM GDRDON 404-3107- PO-2949 E-145 274 DEG C2 WETWEL A 2A LOC MTD CM14 050 E-1996 496 CM ITE-CMO64 TEMP ELEM GORDON 404-3107- PO-2949 E-145 246 DEG C2 WETWEL A 2A LOC MTD CM14 050 E-1996 496 CM ITE-CMO66 TEMP ELEM GORDON 404-3107- PO-2949 E-145 217 DEG C2 WETWEL A 2A LOC MiD CM14 050 E-1996 496 i CM ITE-CMO68 TEMP ELEM GORDON 404-3107- PO-2949 E-145 151 DEG C2 WETWEL A 2A LOC MTD CM14 I 050 E-1996 496 DC 1DCOSEB 250VDC ITE SERIES 5600 H-2166 E-148-1 F/16 Ric R.B. A 24 5 MINUTES DCOt RX MCC 1A E-2321/2330 546 OC tDC05EC 250VDC ITE SERIES 5600 H-2166 E-148-1 D/27 RfC R.B. A 2A 5 MINUTES DC01 RX MCC IB 546 itG 1PDT-HGOO1 PRESS DIFFER ROSE- 1152DP4422- H-2809 E-150 E/23 RSA R.B. A 2A 1PX69J HGOI TRANSMITTER mount PB E-2680 570 HG 1PDT-HGOO2 PRESS DIFFER ROSE- 1152DP4422- H-2809 E-150 D/25 R5A R.B. A 2A 1PX70J HGOt TRANSMITTER MOUNT PB E-2680 570 HG 1T49DOOt-OO8A MOTOR OPER- LIMIT 58-000 H-2210 E-102 E/26 R6 R.B. A 2A M-74 HGO2

. ATED VALVE E-2655 593 HG 1T49DOOI-OO88 MOTOR OPER- LIMIT $B-000 H-2210 E-152 E/26 R6C R.B. A 2A M-74 HGO2 ATED VALVE E-2668 593 i ItG iT49DOO1-OO9A MOTOR OPER- LIMIT 58-000 H-2210 E-152 E/26 R6C R.B. A 2A M-74 HGO2

. ATED VALVE E-2667 593 i

HG iT49DOOf-OO98 MOTOR OPER- LIMIT S8-000 H-2210 E-152 E/26 R6C R.B. A 2A M-74 HGO2

. ATED VALVE E-2668 593 HG 1T49DOOt-Ot2A MOTOR OPER- LIMIT PB-2A H-2210 E/26 R6C R.B. A 2A M-74 HGO3 ATED VALVE 593 f HG 1T49D001-0128 MOTOR OPER- LIMIT PB-2A H-2210 E/26 R6C R.B. A 2A M-74 HGO3 ATED VALVE 593

.PAGE 9 0F 77 R

SARGENT&LUNDY

=GNGINEW549 .

O O O PROJECT NUMBER 4130-05

• DATE 12 DAN 83 REVISION 008 ZIMMER EQUIPMENT OUALIFICATION D08346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTd!N FLD ACT/ ADO 0588 DATA

. *SY NUMBER EQUIPMENT MFR NUMBER B/M NC. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

HG ST490001-Ot3A MOTOR OPER- LIMIT PB-2A H-2210 E/26 R6C R.B. A 2A M-74 HGO3 ATED VALVE 593 HG 1T49D001-013B MOTOR OPER- LIMIT PB-2A H-2210 E/26 R6C R.B. A 2A M-74 HGO3

. ATED VALVE 593 i

HG IT490001-0144 MOTOR OPER- LIMIT $B-000 H-2210 E-152 E/26 R6C R.B. A 2A M-74 HGO4 ATED VALVE E-2667 593 HG 1T490001-0148 MOTOR OPER- LIMIT S8-000 H-2210 E-152 E/26 R6C R.B. A 2A M-74 HGO4 ATED VALVE E-2668 593 HG 1T490001-0154 MOTOR OPER- ITT NH91GtO73L5 H-2210 E-152 E/27 R6C R.B. A 2A M-74 HGO5 ATED VALVE E-2667 593 HG 1T49D001-015B MOTOR OPER- ITT NH91GIO73L5 H-22tO E-152 E/27 R6C R.B. A 2A M-74 HGO5 ATED VALVE E-2668 593 HG iT490001-Ot7A MOTOR OPER- ITT f#19tGtO73N6 H-22tO E-102 E/27 R6C R.B. A 2A M-74 HGOS ATED VALL** E-2667 593 HG ST490001-017B MOTOR OPER- ITT NH91G1073N6 H-22tO E-152 E/27 R6C R.B. A 2A M-74 , HGOS ATED VALVE E-2668 593 HG 1T49DOO1-021A MOTOR OPER- LIMIT 58-000 H-2210 E-152 E/27 R6C R.B. A 2A M-74 HGO4 ATED VALVE E-2667 593 HG 17490001-021B MOTOR OPER- LIMIT 5R-000 H-22tO E-152 E/27 R6C R.B. A 2A M-74 HGO4 ATED VALVE E-2668 593 l' HG 1T490001-022A MOTOR OPER- LIMIT 58-000 H-2210 E-152 E/27 R6C R.B. A 2A M-74 HGO6 i

ATED VALVE E-2667 593 HG ST490001-022B MOTOR OPER- LIMIT 58-000 H-2210 E-152 E/27 R6C R.B. A 24 M-74 HGOG ATED VALVE E-2668 593

! i HG 1T49-DOO1-3 RECOMBINER CTI- P/NO27658 H-2210 E-152-1 E/27 R6C R.B. A 2A HG11 NUCLEAR 593 HG 1T49-DOO1-6A BLOWER SPEN- H-2210 E-152-1 E/26 R6C R.B. A 2A HG12 MOTOR CER 593 HG fT49-DOOl-6B BLOWER SPEN- H-2210 E-152-1 E/26 R6C R.B. A 2A HG12 MOTOR CER 593

.PAGE 10 0F 77 m

O M

M SARGENT&LUNDY

"O O O PROJECT NUMBER 4130-05

• DATE 12 DAN 83 REVISION 008 ZIMMER EQUIPMENT QUALIFICATION D01346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONIAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

...................................... .............................................. ...,==........ .... ... .... ...........,....,

I HG iT49-FOO2A MOTOR OPER- LIMIT S8-000 H-22tO E-148 E/23 RIC R.B. A 2A M-74 HGO7 ATED VALVE E-1735 546 HG iT49-FOO2B MOTOR OPER- LIMIT 58-000 H-2210 E-148 E/23 RfC R.B. A 2A M-74 HGO7

. ATED VALVE E-1745 546 i HG 1T49-FOO4a MOTOR OPER- LIMIT $8-000 H-2210 E-144 B/18 R3A R.B. A 2A M-74 HGO8 ATED VALVE E-1735 510 l

HG ST49-FOO4B MOTOR OPER- LIMIT S8-000 H-2210 E-144 B/18 R3A R.B. A 2A M-74 HGO8 ATED VALVE E-1745 513 HG 1T49-F305A SOLENOID TARGET 76F-209 H-2862 E/23 RfC R.B. N/A A 2A M-74 HGO9 i VALVE ROCK 556

\

HG 1T49-F3058 SOLENOID TARGET 76F-209 H-2862 E/23 RIC R.B. N/A A 2A M-74 HGO9 VA' ? ROCK 556 HG 1T49-KOOf A MILLIVOLT ROSE- 169C1917 H-2210 E-152-1 E/27 RSC R.B. A 2A 1T49-D147 HG19 CONVERTER MOUNT 535 E-2657 593 HG 1T49-KOOt B MILLIVOLT ROSE- 169C1917 H-2210 E-152-1 E/27 R6C R.B. A 2A 1T49-D148 HGt9 CONVERTER MOUNT 535 E-2664 593 HG 1T49-NOOt A PRESSURE ROSE- 163C1158 H-2210 E-152-1 E/27 R6C R.B. A 2A 1T49-D147 HG13 TRANSMITTER MOUke 1151AP E-2657 593 HG 1T49-NOO1 B PRESSURE ROSE- 163C1158 H-2210 E-152-1 E/27 R6C R.B. A 2A 1T49-0148 HGt3 TRANSMITTER MOUNT 115 TAP E-2664 593 HG iT49-NOO2 A PRESSURE ROSE- 163C1158 H-2210 E-152-1 E/27 R6C R.B. A 2A 1749-D147 HG14 TRANSMITTER MOUNT 1951AP E-2657 593 HG iT49-NOO2 B PRESSURE ROSE- 163C1158 H-2210 E-152-1 E/27 R6C R.B. A 2A ST49-D148 HG14 TRANSMITTER MOUNT 1151AP E-2664 593 HG IT49-NOO4 A FLOW IND. BARTON 145C3OO9 H-2210 E-152-1 E/27 R6C R.B. A 2A 1T49-Dt47 HG17

{ SWITCH 288 E-2657 593 i

E/27 HG tT49-NOO4 B FLOW IND. BARTON 145C3OO9 H-2210 E-152-1 R6C R.B. A 2A IT49-D148 HGt7 SWITCH 288 E-2664 593 HG 1749-NOO5 A FLOW IND. BARTON 145C3OO9 H-2210 E-152-1 E/27 R6C R.B. A 2A 1T49-Dt47 HG18 SWITCH 288 E-2657 593 I

l .PAGE 11 0F 77 E

E!

SARGENT&LUNDY SNGINSWfte .

'O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 i' . 2IMMER EOUIPMENT OUALIFICATIOfJ dot 346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

HG IT49-NOO5 B FLOW IND. BARTON 145C3009 H-2210 E-152-1 E/27 R6C R.B. A 2A 1T49-0148 HG18 SWITCH 288 E-2664 593 HG 1T49-NOO6 A FLOW ROSE- 163Ct561 H-2210 E-152-1 E/27 R6C R.B. A 2A 1749-D147 HG15 TRANSMITTER MOUNT 1151DP E-2657 593 HG 1T49-NOOG 0 FLOW ROSE- 163 cts 61 H-22tO E-152-1 E/27 R6C R.B. A 2A IT49-D148 HG15

, TRANSMITTER MOUNT tt510P E-2664 593 HG 1T49-NOO7 A FLOW ROSE- 163C1561 H-2210 E-152-1 E/27 R6C R.B. A 2A 1T49-D147 HG16 TRANSMITTER MOUNT 1151DP E-2657 593 HG 1T49-NOO7 B FLOW ROSE- 163C1561 H-2210 E-152-1 E/27 R6C R.B. A 2A IT49-0148 HG16 TRANSMITTER MOUNT 1151DP E-2664 593 HP 1E22-COOT PUMP G.E. SK6348XC47A H-22tO E-141 B/16 R4C R.B. A 2A HPOt MOTOR 475 HP 1E22-COO 3 PUMP WEST. 74D24tt3 H-2185 E-141 B/15 R4C R.B. N/A A 2A HPO2 MOTOR 475 f

HP 1E22-FOOT MOTOR OPER- LIMIT SMB-OO H-2210 E-141 C/15 R4A R.B. A 2A M-49 HPO4 f ATED VALVE E-1490 475 I

i HP 1E22-FOO4 MOTOR OPER- LIMIT SMB-4 H-2210 E-147 C/18 Ric R.B. A 2A M-49 HPO5 ATED VALVE E-1491 561 IIP 1E22-FOO5 POS. SWITCH MAG- MPS-15 H-2267 E-147 D/21 C1 DRYWEL N/A A 2A M-49 HPO3 OPEN/CLOSE LOCK E-2SO3 578-6 l HP 1E22-FOO5 AIR OPER- ASCO WPHTX834472 H-22E7 E-147 D/21 Ct DRYWEL N/A P EX M-49 EOO5

. ATED VALVE E-2903 578-6 HP 1E22-FOO5 LIMIT SWITCH NAMCO EA740tOOOO H-2267 E-147 D/21 Cl DRYWEL N/A P EX M-49 EOO5 E-2903 578-6 HP 1E22-FOlO MOTOR OPER- LIMIT SMB-3 H-22tO E-143 A/18 R3A R.B. A 2A M-49 HPO6 l ATED VALVE E-1495 503

! HP 1E22-FOtt MOTOR OPER- LIMIT SMB-3 H-2210 E-143 A/18 P3A R.B. A 2A M-49 HPO6 I

ATED VALVE E-1494 503 i HP lE22-F012 MOTOR OPER- LIM 11 SMB-2 H-2210 E-141 B/18 R4E R.B. A 2A M-49 HPO7 ATED VALVE E-1490 475 i .PAGE 12 0F 77 60 O

SARGENT&LUNDY

. = = =

II% O d V V PROJECT NUMBER 4f30-05

• DATE 12 JAN 83 REVISION 000 7IMMER EQUIPMENT OUALIFICATION D01346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

HP 1E22-F015 MOTOR OPER- LIMIT SMB-2 H-2210 E-141 8/18 R4A R.B. A 2A M-49 HPO8 ATED VALVE E-1491 475 HP 1E22-F023 . MOTOR OPER- LIMIT SMS-3 H-2210 E-143 A/18 R3A R.B. A 2A M-49 HPO9 ATED VALVE E-1495 503 HP IE22-F314 MOTOR OPER- LIMIT SMB-COO H-2852 E-147 D/21 C1 DRVWEL N/A A 2A M-49 HP10 ATED VALVE E-1496 570 HP 1E22-NOO2 A LEVEL SWITCH MAGNET 159C4294 H-2200 E-142 E/24 R4A R.B. A 2A HPtf

-ROL .d-75tiXMPG-M14!!Y E-2903 475 HP tE22-NOO2 B LEVEL SWITCH MAGNET 159C42S4 H-2210 E-142 E/24 R4A R.B. A 2A HP11

-ROL 3.5-75tlXMPG-M14HY E-2903 475 l

4 HP 1E22-NOO5 FLOW TRANS. BAILEY 163C1183 H-22tO A/16 R4C R.B. A 2A 1H22-PO24 HP12 l . 555 E-2857 475 HP IE22-NOO6 FLOW SWITCH BARTON 145C3OO8 H-2210 E-141-1 A/16 R4C R.B. A 2A 1H22-PO24 HP13 289A E-2857 475 i HP tE22-NOO9 DIFF. PRESS. BARTON 145C3OO9 H-2210 E-141-1 A/16 R4C R.B. A 2A 1H22-PO24 HP14 i SWITCH 288A E-2857 475 i

HP tE22-NO12 PRESS.IND. BARKS- 159C4606 H-2210 E-141-1 A/16 R4C R.B. A 2A IH22-PO24 HP16 SWITCH DALE PtHM340SS V E-2857 475 HP 1E22-NOt3 DIFF. PRESS. BARTON 145C3C"") H-2210 E-141-1 A/16 R4C R.S. A 2A 1H22-PO24 HP15

' I IND. SWITCH 288A E-2857 475 r

I IN IINOO8A MOTOR OPER- LIMIT SMB-OOO-2 H-2852 E-150 D/25 RSA R.B. N/A A 2A M-40-2 INOt ATED VALVE E-2330 570 IN IINOOBB MOTOR OPER- LIMIT SMB-OOO-2 H-2852 E-149 B/18 RSA 2.B. N/A A 2A M-40-2 INO1 ATED VALVE E-2331 570 1

IN IINO12 LIMIT SWITCH NAMCD EA9703ttOO H-2266 E-147 D/25 Cf DRYWEL N/A A 2A M-40-2 INO3 CLOSED POS. E-3849 581 IN IINO12 LIMIT SWITCH WAMCO EA1703ttOO H-2266 E-147 D/25 Cl DRYWEL N/A A 2A M-40-2 INO3 OPEN POS. E-3849 581 IN IINO12 SOLENOID ASCO HT8320A175 H-2266 E-147 D/25 Cl DRYWEL N/A A 2A M-40-2 INOS E-3649 581

.PAGE 13 OF 77 n

SARGENT&LUNDY SNGINEGRS.

O .

O O ,

PROJECT NLMBER 4130-05 DATE 12 JAN 83 ,

REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

+ PLANT 10 COMPONENT / MODEL SP" OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

• SV NUMBER EOUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

IN IINOl3 LIMIT SWITCH NAMCO EA1703ttOO H-2266 E-149 C/25 RSA R.B. N/A A 2A M-40-1 INO4 OPEN POS. E-3849 577 IN tINO13 LIMIT SWITCH NAMCO eat 703tt00 H-2266 E-149 C/25 RSA R.B. N/A A 2A M-40-1 INO4 CLOSED POS. E-3849 577 IN 1INOt3 SOLENOID ASCO HT8320A175 H-2266 E-149 C/25 RSA R.B. N/A A 2A M-40-1 INO6 E-3849 577 IN tINO61 MOTOR OPER- LIMIT SM8-OOO-2 H-2263 E-149 C/25 RSA R.B. N/A A 2A M-40-1 INO2 ATED VALVE E-2339 570 IN IINt70 LIMIT SWITCH TARGET 76F-206 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-40-1 INO7

. OPEN POS. ROCK E-3849 533 IN TIN 170 LIMIT SWITCH TARGET 76F-206 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-40-1 INO7 i CLOSE0 POS. ROCK E-3849 533 IN IIN170 SOLENOID TARGET 76F-206 H-2862 E-145 C/25 R2A R.B. N/A A 2A M-40-1 INO7 ROCK E-3849 533 IN TIN 171 LIMIT SWITCH TARGET 76F-206 H-2862 E-145 C/23 Cl DRYWEL N/A A 2A M-40-1 INO8'

. CLOSED POS. ROCK E-3849 524 IN IIN174 LIMIT SWITCH TARGET 76F-206 H-2862 E-145 C/23 Ct DRYWEL N/A A 2A M-40-1 INO8 OPEN POS. ION ROCK E-3849 524 .

IN IIN171 SOLENDID TARGET 76F-206 H-2862 E-145 C/23 C1 DRYWEL N/A A 2A M-40-1 INOS ROCK E-3849 524 LC tE32-BOOtA HEATER G.E. 470518673 H-2210 E/21 R3A R.B. A 2A LCOt

! 503 i

LC 1E32-BOOtB HEATER G.E. 47D518673 H-2210 E/21 R3A R.B. A 2A LCOt 503 iC IE32-BOOtC HEATER G.E. 47D518673 H-2210 E/21 R3A R.B. A 2A LCOt 503

1. LC IE32-BOO 1D HEATER G.E. 47D518673 H-2210 E/21 R3A R.B. A 2A LCOt 503 LC 1E32-COO 1 BLOWER SIE- 2CH6-041-tV H-2210 E/19 R3A R.B. A 2A LCO2 MENS 503

.PAGE 14 0F 77 n

n SARGENT&LUNDY

'O O O .

l PROJECT NUMBER 4130-05 DATE 12 JAN 83

• REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

. PLANT ID COMPONENT / MODEL SPEC OR E . I . f>WG COL / ROW CONTAIN FLD ACT/ ADD 0588 OATA

.SV NUMBER EQUIPMENT MFR NUMBER 8/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

LC 1E32-COO 2A BLOWER SIE- 2CH6-041-1V H-2210 E/22 R3A R.B. A 2A LCO2 j MENS 503 LC 1E32-COO 2B BLOWER SIE- . 2CH6-041-tV H-2210 E/22 R3A R.B. A 2A LCO2 MENS

• 503 LC IE32-FOO1A MOTOR OPER- LIMIT SM8-OOO H-2852 E-146 E/23 R8 STM.TL N/A A 2A M-73-1 LCO3 i ATED VALVE E-1739 525 LC 1E32-FOOtB MOTOR OPER- LIMIT SMB-OOO H-2852 E-146 E/23 R8 STM.TL N/A A 2A M-73-2 LCO3 ATED VALVE E-1741 525 LC 1E32-FOO1C MOTOR OPER- LIMIT SMB-OOO H-2852 E-846 E/21 R8 STM.TL N/A A 2A M-73-2 LCO3 ATED VALVE E-1741 525 LC tE32-FOO1D MOTOR OPER- LIMIT SMB-OOO H-2852 E-146 E/21 R8 STM.TL N/A A 2A M-73-2 LCO3 ATED VALVE E-1741 525 LC 1E32-FOO2A MOTOR OPER- LIMIT SMB-OOO H-2852 E-146 E/23 R8 STM.TL N/A A 24 M-73-1 LC04 ATED VALVE E-1741 525 LC tE32-FOO2B MOTOR OPER- LIMIT SMB-OOO H-2852 E-146 E/23 R8 STM.TL N/A A 2A M-73-2 LC04 ATED VALVF E-1742 525 i LC 1E32-FOO2C MOTOR OPER- LIMIT SME-OOO H-2852 E-146 E/21 R8 STM.TL N/A A 2A M-73-2 LC04 ATED VALVE E-1742 525

{

LC 1E32-FOO2D MOTOR OPER- LIMIT SMB-OOO H-2852 E-146 E/21 R8 STM.TL N/A A 2A M-73-2 LC04

. ATED VALVE E-1742 525 LC 1E32-FOO3A MOTOR OPER- LIMIT SMB-OOO H-2852 E-144 E/23 R3A R.B. N/A A 2A M-73-1 LC05 ATED VALVE E-1742 503 I LC 1E32-FOO38 MOTOR OPER- LIMIT SMB-OOO H-2852 E-144 E/23 R3A R.B. N/A A 2A M-73-2 LCOS I ATED VALVE E-1758 503 LC 1E32-FOO3C MOTOR OPER- LIMIT SMB-OOO H-2852 E-144 E/23 R3A R.B. N/A A 2A M-73-2 LC05 ATED VALVE E-1758 503 LC IE32-FOO3D MOTOR OPER- LIMIT SMB-OOO H-2852 E-144 E/23 R3A R.B. N/A A 2A M-73-2 LCOS ATED VALVE E-1758 503 i

LC 1E32-FOO6 MOTOR OPER- LIMIT SMB-OOO-5 H-2852 E-144 F/21 R8 STM.TL N/A A 2A M-73-1 LCO6 ATED VALVE E-1752 503

.PAGE 15 OF 77 e

n SARGENT&LUNDY

_s

't O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008

. ZIMMER EQUIPMENT QUALIFICATION D01346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NtiM8ER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS RSV CAT. SHT.

LC IE32-FOO7 MOTOR OPER- LIMIT SMB-DOO-5 H-2852 E-144 F/21 R8 STM.TL N/A A 2A M-73-1 LCO6 ATED VALVE E-1752 503 LC I E 32 -F OO8 MOTOR OPER- LIMIT SMB-DOO-5 H-2852 E-144 F/23 R8 STM.TL N/t. A 2A M-73-1 LCO6 ATED VALVE E-1753 503 LC IE32-FOO9 MOTOR OPER- LIMIT SMB-OOO-5 H-2852 E-144 F/23 R8 STM.TL N/A A 2A M-73-1 LCO6 ATED VALVE E-1753 503

{ LC 1E32-NOO6 A FLOW METER S&K 163C1107 H-2210 E-144 E/19 R3A R.B. A 2A LCO7 20-9651-8550 E-2898 513 LC 1E32-NOO6 E FLOW ME7cr. S&K 163C1107 H-2210 E-144 E/20 R3A R.B. A 2A LC07 20-9651-8550 E-2898 512 LC IE32-NOO6 d FLOW METER S&K 163C1107 H-2210 E-144 E/19 R3A R.B. A 2A LC07 20-9651-8550 E-2898 512

. LC 1E32-NOO6 N FLOW METER S&K 163C1107 H-2210 E-144 E/19 R3A R.B. A 2A LC07 20-9651-8550 E-2898 513 LC 1E32-N050 PRESS.TRANS. ROSE- 163C1564 H-2210 E-148-1 E/24 RfC R.B. A 2A 1H22-PO26 LC15 MOUNT 1151GP 546 LC 1E32-N051 A PRESS.TRANS. ROSE- 163C1558 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-PO73 LC09 MOUNT 1151AP E-2898 503 LC IE32-NO51 E PRESS.TRANS. ROSE- 163 cts 58 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-PO73 LCO9 MOUNT 1151AP E-2898 503 LC 1E32-NO58 d PRESS.TRANS. ROSE- 163C1558 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-PO73 LCO9 l.

MOUNT 1151AP E-2898 503 LC 1E32-N051 N PRESS.TRANS. ROSE- 163C1558 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-PO73 LC09

. MOUNT 1151AP E-2898 503 LC 1E32-N053 A FLOW TRANS. S&K 163C1158 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-PO73 LCO8 91X-16-4-20 E-2898 503 LC 1E32-N053 E FLOW TRANS. S&K 163C1158 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-PO73 LCO8 91X-16-4-20 E-2898 503 LC IE32-N053 J FLOW TRANS. S&K 163C1158 H-2210 E-144-1 E/18 R3A R.B. A 24 1H22-PO73 LCOS 91X-16-4-20 E-2898 503

.PAGE 16 0F 77 o

a SARGENT&LUNDY m== _.

V Ch v .

, PROJECT NUMBER 4130-05 DATE 12 JAN 83 ZIMMER EQUIPMENT QUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588* DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

LC 1E32-NO53 N FLOW TRANS. 58K 163CftS8 H-2210 E-144-5 E/18 R3A R.B. A 2A IH22-PO73 LCOS 9tX-16-4-20 E-2898 503 LC 1E32-NO54 DIFF. PRESS. ROSE- 163C1561 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-POT 3 LCit TRANS. MOUNT 1151DP E-2898 503 LC fE32-NO55 PRESS. TRANS. ROSE- 163C1564 H-2210 E-144-1 E/24 R3A R.B. A 2A 1H22-PO74 LC12

. MOUNT liSIGP E-2900 503 J

LC 1E32-NO56 PRESS.TRANS. ROSE- 163Ct558 H-2210 E-144-1 E/24 R3A R.B. A 2A 1H22-PO74 LC12 i MOUNT 115 TAP E-2900 503 LC IE32-N058 PRESS. TRANS. ROSE- 163C1564 H-22tO E-147-t C/17 RIC R.B. A 2A 1H22-PO27 LCtO MOUNT 115tGP E-2867 546 LC 1E32-N059 DIFF. PRESS. ROSE- 163C1561 H-2210 E-144-1 E/24 R3A R.B. A 2A 1H22-PO74 LC13 TRANS. MOUNT 1151DP E-2900 503 i

LC 1F32-N060 PRESS. TRANS. ROSE- 163 cts 64 H-2210 E-148-1 E/24 Ric R.B. A 2A fH22-PO26 LCf0 MOUNT 115tGP 546 LC 1E32-NO61 A PRESS. TRANS. ROSE- 163C1564 H-2210 E-144-1 E/18 R3A R.B. A 2A IH22-PO73 LC14 MOUNT 115tGP E-2898 503 LC 1E32-NO61 E PRESS. TRANS. ROSE- 163 cts 64 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-PO73 LC14 MOUNT 1151GP E-2898 503 1

i LC 1E32-N061 J PRESS..TRANS. ROSE- 163C1564 H-2210 E-144-1 E/18 R3A R.B. A 2A 1H22-PO73 LC14 1 1 MOUNT 1151GP E-2898 503 j LC 1E32-N061 N PRESS. TRANS. ROSE- 163C1564 H-2210 E-144-1 E/tB R3A R.B. A 2A 1H22-PO73 LC14

. MOUNT 115tGP E-2898 503 i

I LD fE31-NOOt A TEMPERATURE PVC0 145C3224 H-2210 E-148 D/18 Ric R.B. A 2A LDOS ELEMENT E-2676 546 LO 1E31-NOOt B TEMPERATURE PVC0 145C3224 H-2210 E-148 D/18 RfC R.B. A 2A LDOt ELEMENT E-2677 546 LD 1E31-NOO1 C TEMPERATURE PYC0 145C3224 H-2210 E-148 E/15 RfC R.B. A 2A LDOf ELEMENT E-2676 546 LD tE31-NOO1 0 TEMPERATURE PYC0 145C3224 H-2210 E-148 E/15 RfC R.B. A 2A LDOf ELEMENT E-2677 546

.PAGE 17 0F 77 m

O M

M i

SARGENT&LUNDY

..,4. ..

PROJECT NUMBER 4130-05

! DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

.SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

LD 1E31-NOOf E TEMPERATURE PVC0 145C3224 H-22tO E-150 E/23 R50 R.B. A 2A LDO2

ELEMENT E-2676 570 f

I LD tE31-NOOt F TEMPERATURE PYC0 145C3224 H-2210 E-150 E/23 R5D R.B. A 2A LDO2 ELEMENT E-2677 570 LD tE31-NOO2 A TEMPERATURE PVC0 145C3224 H-2210 E-148 E/18 RfC R.B. A 2A LD01 ELEMENT E-2676 546 LO 1E 31-tKX)2 B TEMPERATURE PYC0 145C3224 H-22tO E-148 E/18 RfC R.B. A 2A LDOt ELEMENT E-2677 546 LD IE31-NOO2 C TEMPERATURE PVCO 145C3224 H-2210 E-148 E/17 RIC R.B. A 2A LOOT ELEMENT E-2676 546 LD if11-NOO2 D TEMPERATURE PVCD 145C3224 H-2210 E-148 E/17 RIC R.B. A 2A LDOt ELEMENT E-2677 546 LD 1E31-NOO2 E TEMPERATURE PYC0 145C3224 H-2210 E-150 F/21 R5D R.B. A 2A LDO2 ELEMENT E-2676 570 LD 1E31-NOO2 F TEMPERATURE PYC0 145C3224 H-2210 E-150 F/21 R50 R.B. A 2A LDO2 ELEMENT E-2677 570 LO 1E31-NOO3 A TEMPERATURE PYC0 145C3224 H-2210 E-148 E/18 RIC R.B. A 2A LDOS

! ELEMENT E-2676 546 I

i LD 1E31-NOO3 8 TEMPERATURE PVC0 145C3224 H-2210 E-148 E/18 RfC R.B. A 2A LDOt

. ELEMENT E-2677 546 LD 1E31-NOO3 C TEMPERATURE PYC0 145C3224 H-2210 E-148- E/17 Rtc R.B. A 2A LD01 ELEMENT E-2676 546

, LD 1E31-NOO3 D TEMPERATURE PVCD 145C3224 H-2210 E-148 E/17 Ric R.B. A 2A LDOS l ELEMENT E-2677 546 i

LD 1E31-NOO3 E TEMPERATURE PYC0 145C3224 H-2210 E-150 E/22 RSD R.B. A 2A LOO 2 ELEMENT E-2676 570 i LD 1E31-NOO3 F TEMPERATURE PVC0 145C3224 H-2210 E-150 E/21 R5D R.B. A 2A LDO2 ELEMENT E-2677 570 LD 1E31-NOO4 A TEMPERATURE PVCO 145C3224 H-22tO E-142 E/16 R4D R.B. A 2A LDO3 ELEMENT E-2676 473

.PAGE 18 0F 77 e

n SARGENT&LUNDY

..=== .= .

O O O PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT OUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EOUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

, LD 1E31-NOO4 8 TEMPERATURE PYC0 145C3224 H-2210 E-142 F/16 R4D R.B. A 2A LDO3 l l ELEMENT E-2677 473 LD tE31-NOO5 A TEMPERATURE PYC0 145C3224 H-2210 E-142 E/15 R4D R.B. A 2A LDO3 ELEMENT E-2676 473 LD 1E31-NOO5 8 TEMPERATURE PYC0 145C3224 H-2210 E-142 E/15 R4D R.B. A 2A LDO3 ELEMENT E-2677 473 LD 1E31-NOO6 A TEMPERATURE PVC0 145C3224 H-2210 E-144 F/18 R3A R.B. A 2A LOO 4 ELEMENT E-2676 505 LD 1E31-NOO6 B TEMPERATURE PYC0 145C3224 H-2210 E-144 F/17 R3A R.B. A 2A LDO4 ELEMENT E-2677 503 t

LD 1E31-NOO7 A DIFF. PRESS. BARTON 145C3OO9 H-2210 E-142 E/19 R4D R.B. A 2A 1H22-pot 7 LD17 IND. SWITCH 288A E-2841 475 LD 1E31-NOO7 B DIFF. PRESS. BARTON 145C3OO9 H-2210 E-142 F/24 R4E R.B. A 2A* 1H22-PO29 LDtB

. IND. SWITCH 288A E-2874 475 LD 1E31-NOO8 A DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 E/19 R3A R.B. A 2A 1H22-PO15 L919 IND. SWITCH 288A E-2838 503 LD 1E31-NOO8 8 DIFF. PRESS. BARTON 145C3OO9 H-22tO E-144-1 D/16 R3A R.B. A 2A tH22-PO22 LD19

. IND. SWITCH 288A E-2850 503 i

LD lE31-NOO8 C DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 F/24 R3A R.B. A 2A tH22-PO25 LD19 IND. SWITCH 288A E-2860 503 LD 1E31-NOO8 D DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 C/25 R3A R.B. A 2A tH22-PO41 LD19 IND. SWITCH 288A E-2893 503 j LD 1E31-NOO9 A DIFF. PRESS. BARTON 145C3OO9 H-22tO E-144-1 E/19 R34 R.B. A 2A tH22-PO15 LD19 t IND. SWITCH 288A E-2838 503 LD 1E31-NOO9 B DIFF. PRESS. BARTDN 145C3OO9 H-2210 E-144-1 D/16 R3A R.B. A 2A tH22-PO22 LD19 IND. SWITCH 288A E-2850 503 LD 1E31-NOO9 C DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 F/24 R3A R.B. A 2A 1H22-PO25 LD19

. IND. SWITCH 288A E-2860 503 LD 1E31-NOO9 0 DIFF. PRESS. BARTON 145C3OO9 H-22tO E-144-t C/25 R3A R.B. A 2A 1H22-PO41 LD19 IND. SWITCH 288A E-2893 503

.PAGE 19 0F 77 8

a SARGENT&LUNDY

D O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83

• REVISION 008 ZIMMER EQUIPMENT QUALIFICATIDN 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL /RDW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PAS

• REV CAT. SHT.

LD 1E31-NOtO A DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 E/19 R3A R.B. A 2A 1H22-PO15 LD19

! IND. SWITCH 288A E-2838 503 i

LD 1E31-NO10 B DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 D/16 R3A R.B. A 2A 1H22-PO22 LD19

. IND. SWITCH 288A E-2850 503

, LD 1E31-NOtO C DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 F/24 R3A R.B. A 2A 1H22-PO25 LD19

. IND. SWITCH 288A E-2860 503

~

LD 1E31-NO10 D DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 C/25 R3A R.B. A 2A 1H22-PO41 LD19 IND. SWITCH 288A E-2893 503 LD SE31-NO11 A DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 E/19 R3A R.B. A 24 1H22-PO15 LD19 IND. SWITCH 288A E-2838 503 l LD tE31-NOtt B DIFF. PRESS. BARTON 145C3OO9 H-2210 E-144-1 D/16 R3A R.B. A 2A 1H22-PO22 LD19 l IND. SWITCH 288A E-2850 503

! LD 1E31-NOtt C OIFF. PRESS. BARTON 145C3OO9 H-22tO E-144-1 F/24 R3A R.B. A 2A 1H22-PO25 LD19 IND. SWITCH 288A E-2860 503 LD 1E31-NOtt D DIFF. PRESS. BARTON 145C3OO9 H-22tO E-144-1 C/25 R3A R.B. A 2A IH22-PO41 LDt9 IND. SWITCH 2884 E-2893 503 LD tE31-NO12 A DIFF. PRESS. BARTON 145C3OO9 H-2210 B/26 R4B R.B. A 24 1H22-pot 8 LD20 IND. SWITCH 288A E-2844 475 LD 1E31-NO12 B DIFF. PRESS. BARTON 145C3OO9 H-2210 E/28 R4E R.B. A 2A 1H22-PO21 LD21 IND. SWITCH 288A E-2847 475 l LD tE31-NO13 A DIFF. PRESS. BARTON 145C3OO9 H-2210 E-142 E/19 RAD R.B. A 2A 1H22-PO17 LD17 1- IND. SWITCH 288A E-2841 475 d'

LD 1E31-NO13 B DIFF. PRESS. BARTON 145C3OO9 H-2210 E-142 F/24 R4E R.B. A 2A 1H22-PO29 LD18 IND. SWITCH 288A E-2874 475 LD 1E31-NO15 FLOW TRANS. BAILEY 159C4658 H-2210 E-148-1 D/17 RIC R.B. A 2A 1H22-POO2 LD22 555 E-2805 546 LD 1E31-NOl7 A TEMP ELEM GORDON 404-4107- PO-2949 E-147 C/21 C1 DRYWEL A 2A LD11 050 E-2677 583 LD 1E31-NO17 B TEMP ELEM G9RDON 404-3107- PO-2949 E-147 D/21 C1 DRYWEL A 2A LD12 050 E-2677 572

.PAGE 20 0F 77 2

SARGENT&LUhtY SNG 4 NEEM .

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 .

REVISION 008 ZIMMER EQUIPMENT QUALIFICATION D01346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

LD 1E31-Not7 C TEMP ELEM GORDON 404-4107- PO-2949 E-147 D/23 C1 DRYWEL A 2A LD11

. 050 E-2677 563 LD 1E31-NOt7 D TEMP ELEM GORDON 404-3107- PO-2949 E-147 B/22 C1 DRYWEL A 2A LD12 l 05O E-2677 551 LD 1E31-NOt8 A TEMP. ELEMENT PYC0 145C3224 H-2210 E-143 C/25 R3A R.B. A 2A LDO5

. E-2676 506 q LD tE31-NOt8 B TEMP. ELEMENT PYC0 145C3224 H-2210 E-143 C/28 R3A R.B. A 2A LDOS l E-2677 506 l LD 1E31-NO18 C TEMP. ELEMENT PYC0 145C3224 H-2210 E-144 D/28 R3A R.B. A 2A LDOS 1 E-2676 506 LD 1E31-NOtB D TEMP. ELEMENT PYC0 145C3224 H-22tO E-144 D/26 R3A R.B. A 2A LDOS E-2677 506 LD lE31-NO22 A PRESS. SWITCH BARKS- 159C4606 H 2210 E-142 E/19 R4D R.B. A 2A 1H22-pot 7 LD23 DALE P1HM340SS-V E-2841 475

! LD 1E31-NO22 B PRESS. SWITCH BARKS- 159C4606 H-2210 E-142 F/24 R4E R.B. A 2A 1H22-PO29 LD24 DALE P1HM340SS-V E-2874 475 LD 1E31-NO22 C PRESS. SWITCH BARKS- 159C4606 H-2210 E-142 E/19 R4D R.B. A 2A 1H22-pot 7 LD23 I DALE P1HM340SS-V E-2841 475

, LD lE31-NO22 0 PRESS. SWITCH BARKS- 159C4606 H-22tO E-142 F/24 R4E R.B. A 2A 1H22-PO29 LD24 1 DALE PtHM340SS-V E-2874 475 LD 1E31-NO24 A TEMPERATURE PYC0 145C3224 H-22tO E-145 B/23 R2A R.B. A 2A LDO8 ELEMENT E-2676 525 LD IE31-NO24 B TEMPERATURE PVC0 145C3224 H-2210 E-141 B/24 R4A R.B. A 2A LD10 ELEMENT E-2677 497 LD 1E11-NO27 A TEMPERATURE PVC0 145C3224 H-22tO E-141 B/28 R4B R.B. A 2A LDO6 ELEMENT E-2676 490 l LD 1E31-NO27 B TEMPERATURE PYC0 145C3224 H-2210 E-141 B/28 R4B R.B. A 2A LDO6 ELEMENT E-2676 490 LO 1E31-NO27 C TEMPERATURE PYC0 145C3224 H-2210 E-142 D/27 R4E R.B. A 2A LD07 j ELEMENT E-2677 477

! .PAGE 21 0F 77 to n

SARGENT&LUNDY

.. M . .

D o O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 -

REVISION 008 ZIMMER EQUIPMENT OtmLIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

, *SY PAJMB E R EQUIPMENT MFR NUMBER R/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

+

LD IE31-NO27 D TEMPERATURE PVCD 145C3224 H-2210 E-142 E/27 R4E R.B. A 24 LD07 ELEMENT E-2677 477 LD 1E31-NO28 A TEMPERATURE PYC0 145C3224 H-22tO E-143 C/25 R3A R.B. A 2A LDOS ELEMENT E-2676 520

.LD 1E31-NO28 B TEMPERATURE PVCD 145C3224 H-2210 E-143 C/25 R3A R.B. A 2A LDOS

! . ELEMENT E-2676 520 LD 1E31-NO28 C TEMPERATURE PVCD 145C3224 H-2210 E-144 D/27 R3A R.B. A 2A LDOS ELEMENT E-2677 503 LD 1E31-NO28 D TEMPERATURE PVC0 145C3224 H-2210 E-144 D/27 R3A R.B. A 2A LDOS ELEMENT E-2677 503 f

LD SE31-NO29 A TEMPERATURE PVC0 145C3224 H-2210 E-146 E/21 R2A R.B. A 2A LDOS ELEMENT E-2676 525 LD 1E31-NO29 B TEMPERATURE PYCO 145C3224 H-2210 E-146 E/21 R2A R.B. A 2A LDO8

' . ELEMENT E-2677 525 LD 1E31-NO29 C TEMPERATURE PVCO 145C3224 H-2210 E-144 E/23 R8 R.B. A 2A LDO9 ELEMEN' E-2677 525 LD lE31-NO29 D TEMPERATURE PYC0 145C3224 H-2210 E-144 E/23 R8 R.B. A 2A LDO9 ELEMENT E-2677 525 i

LD 1E31-NO30 A TEMPERATURE PYC0 145C3224 H-2210 E-146 F/24 R2A R.B. A 2A LDOS ELEMENT E-2676 525

• LO lE31-NO30 B TEMPERATURE PVC0 145C3224 H-2210 E-146 F/24 R2A R.B. A 2A LDO8 ELEMENT E-2677 525 LD 1E31-NO30 C TEMPERATURE PYC0 145C3224 H-2210 E-146 F/24 R2A R.B. A 2A LDO8 ELEMENT E-2677 525 i LD 1E39-NO30 D TEMPERATURE PYCP 145C3224 H-22tO E-146 F/24 R2A R.B. A 2A LDO8 i ELEMENT E-2677 525 LD 1E31-NO31 A TEMPERATURE PVCO 145C3224 H-2210 E-146 F/24 R2A R.B. A 2A LDO8

{ . ELEMENT E-2676 525 f LD 1E31-NO31 B TEMPERATURE PYC0 145C3224 H-2210 E-146 F/24 R2A R.B. A 2A LDO8 ELEMENT E-2677 525

.PAGE 22 0F 77 a) 01 n

SARGENT&LUNDY ENGINEERE .

'O O O PRGJECT NUMBER 4130-05 DATE 12 JAN 83 1 REVISION 008 l . ZIMMER EQUIPMENT QUALIFICATION D01346

!

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D No. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

r ............................... ........................................ ........ .......

LO 1E31-NO31 C TEMPERATURE PVC0 145C3224 H-2210 E-14G F/24 R2A R.B. A 2A LDOS

. ELEMENT E-2677 525 i LD 1E31-NO31 D TEMPERATURE PYCO 145C3224 H-2210 E-146 F/24 R2A R.B. A 2A LDOS

! . ELEMENT E-2677 525 LD 1E31-NO35 FLOW TRANS. BAILEY 159C4658 H-2210 E-148-1 D/18 RfC R.B. A 2A 1H22-POO2 LD22 555 E-2805 546 1

! LD 1E31-NO36 FLOW TRANS. BAILEY 159C4658 H-2210 E-148-1 D/18 RfC R.B. A 2A fH22-POO2 LD22

. 555 E-2805 546 l LD ITE-LDO38 TEMP ELEMENT GORDON 404-3107- PO-2949 E-142 D/16 R4A R.B. A 2A LOC MTD LD13 t

050 E-2677-1 497 1

l LD 1TE-LDO39 TEMP ELEMENT GORDON 404-3107- PO-2949 E-142 D/16 R4A R.B. A 2A LOC MTD LD13 050 E-2677-f 497 LD ITE-LDO40 TEMP ELEMENT GORDON 404-3107- PO-2949 E-142 D/17 R4A R.B. A 2A LOC MTD LD13 050 E-2677-1 497 LD ITE-LDO41 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 C/17 R4A R.B. A 2A LOC MTD LD13 050 E-2677-1 497 LD STE-LDO42 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 C/17 R4A R.B. A 2A LOC MTD LD13

. 050 E-2677-1 497 LD ITE-LDO43 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 C/18 R4A R.B. A 2A LOC MTD LD13 050 E-2677-1 497 LD STE-LDO44 TEMP ELEMENT GORDON 404-3107- PD-2949 E-141 B/18 R4A R.B. A 2A LOC MTD LD13

! . 050 E-2677-1 497 l

LD ITE-LDO45 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 B/18 R4A R.B. A 2A LOC MTD LD13 050 E-2677-1 497 LD STE-LDO46 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 B/18 R4A R.B. A 2A LOC MTD LD13 050 E-2677-1 497 i

LD ITE-LDO47 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 B/20 R4A R.B. A 2A LOC MTD LDt3 050 E-2677-1 497 LD ITE-tDO48 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 B/21 R4A R.B. A 2A LOC MTD LD13 050 E-2677-t 497

.PAGE 23 OF 77 e

n SARGENT&LUNDY

'O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT QUALIFICATION D010 S

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL /RC. CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

LD ITE-LOO 49 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 B/22 R4A R.B. A 2A LOC MTD LD13 050 E-2677-1 497 LD 1TE-LDO50 TEMP ELEMENT GORDON 404-3107- PO-2949 E-141 B/23 R4A R.B. A 2A LOC MTD LDt3 050 E-2677-1 497 LD ITE-LDO51 TEMP ELEMENT GORDON 404-3107- PO-2949 E-148 B/24 R4A R.B. A 2A LOC MTD LD13

050 E-2677-1 499 LD ITE-LDOS2 TEMP ELEMENT GORDON 404-3107- PO-2949 E-145 B/24 R2A R.B. A 2A LOC MTD 'LD 14 050 E-2677-1 536 LD iTE-LDO53 TEMP ELEMENT GORDON 404-3107- PO-2949 E-145 B/23 C1 DRYWEL A' 2A LOC MTD LD12 050 E-2677-8 528 i

I LD ITE-LDO54 TEMP ELEMENT GORDON 404-3107- PO-2949 E-145 B/23 C1 DRYWEL A 2A LOC MTD LD12 050 E-2677-1 536 LD 1TE-LDO55 TEMP ELEMENT GORDON 404-3107- PD-2949 E-145 B/24 C1 DRYWEL A 2A LOC MTD LD12 050 E-2677-1 545

. LD ITE-LDOS6 TEMP ELEMENT GORDON 404-3107- PO-2949 E-145 B/23 C1 DRYWEL A 2A LOC MTD LD12 050 E-2677-1 550 LD iTE-LDO57 TEMP ELEMENT CORDON 404-3107- PO-2949 E-145 B/23 C1 DRYWEL A 2A LOC MTD LD12 050 E-2677-1 556 LD STE-LDO58 TEMP ELEMENT GORDON 404-3107- PO-2949 E-147 C/23 C1 DRYWEL A 2A LOC MID LD12 050 E-2677-1 565 LD 1TE-LDO59 TEMP ELEMENT GORDON 404-3107- PO-2949 E-147 C/23 C1 DRYWEL A 2A LOC MTD LD12 050 E-2677-1 572 LD ITE-LDO86 TEMP ELEMENT GORDON 404-3107- PO-2949 E-145 C/23 Cl DRYWEL A 2A LOC MTD LDt2

. OSO E-2677-1 573 i LD 1TE-LDO87 TEMP ELEMENT GORDON 404-3107- PO-2949 E-147 C/23 C1 DRYWEL A 2A LOC MTD LD12

050 E-2677-1 572 i

LD ITE-LDO88 TEMP ELEMENT GORDON 404-3107- PO-2949 E-150 E/19 RSA R.B. A 2A LOC MTD LD15 050 E-2677-1 570 LD STE-LDO89 TEMP ELEMENT GORDON 404-3107- PO-2949 E-150 E/20 R50 R.B. A 2A LOC MTD LD16 050 E-2677-1 570

.PAGE 24 0F 77 a

SARGENT&LUNDY SNO0NESgte .

'O O O PR0dECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008

! ZIMMER EQUIPMENT OUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

+SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

LD 1TE-LDO90 TEMP ELEMENT GORDON 404-3107- PO-2949 E-150 E/19 R5D R.B. A 2A LOC MTD LD16 050 E-2677-1 570 LD 1TE-LDO93 TEMP ELEMENT GORDON 404-3107- PO-2949 E-150 E/19 RSD R.B. A 2A LOC MTD LD16 050 E-2677-1 570 LD ITE-LDO94 TEMP ELEMENT GORDON 404-3107- PO-2949 E-150 E/20 R50 R.B. A 2A LOC MTD LD16 050 E-2677-1 570

LD 1TE-LDO96 TEMP ELEMENT GORDON 404-3107- PO-2949 E-150 E/19 RSD R.B. A 2A LOC MTD LD16 j 050 E-2677-1 570 LP 1E21-COO 1 PUMP G.E. SK6339XC14- H-2210 E-141 B/27 R4B R.B. A 2A LPOt MOTOR 7A 475 j LP 1E21-COO 2 PUMP WEST. 74024913 H-2tB5 E-141 B/26 R4B R.B. A A 2A LPO2 MOTOR 475 LP lE21-FOO1 MOTOR OPER- LIMIT SMB-O-25 H-28tt E-141 C/27 R4A R.B. A 2A M-50 LPO4 ATED VALVE E-1455 475 LP 1E21-FOO5 MOIOR OPER- LIMIT SMB-O H-2264 E-147 t'/25 RfC R.B. A 2A M-50 LPOS ATED VALVE E-1455 546 LP 1E21-FOO6 OPEN/CLOSE MAG- MPS-15 H-2267 E-147 D/23 Cf DRYWEL N/A A 2A LPO3 POS. SWITCH LOCK E-1571 578-6 LP tE21-FOO6 SOLENGID ASCO WPHTX834472 H-2267 E-147 D/23 C1 DRYWEL N/A P EX M-50 EOO5 E-tS71 578-6 LP IE21-FOO6 LIMIT SWITCH NAMCO EA740tOOOO H-22G7 E-147 D/23 C1 DRYWEL N/A P EX EOOS

E-1571 578-6 l LP 1E21-FOtt MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-141 B/27 R4B R.B. N/A A 2A M-50 LPO6

! ATED VALVE E-1570 475 LP 1E21-FO12 MOTOR OPER- LIMIT SMB-2 H-2819 E-141 C/27 R4F R.B. N/A A 2A M-50 LPO7 ATED VALVE E-1566 475 I

l' LP 1E21-F330 MOTOR OPER- LIMIT SMB-OOO H-2852 E-147 C/22 C1 DRYWEL N/A A 2A M-50 LPO8 ATED VALVE E-1571 570 LP IE21-NOOt PRESS. IND. BARKS- 159C4606 H-2210 E-841-1 B/28 R4B R.B. A 2A IH22-POO1 LPO9 SWITCH DALE PtHM340SS-V E-2802 475 i

.PAGE 25 0F 77 r)

SARGENT&LUNDY

=SNGINSWfte .

28 ^ p d

PROJECT MUMBER 4130-05 DATE 12 JAN 83

REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO, W/0 NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

LP 1E21-NOO3 FLOW TRANS, BAILEY 163C1183 H-2210 E-141-1 B/28 R4B R.B. A 2A 1H22-POO1 LPtO 555 E-2802 475 LP 1E21-NOO4 FLOW IND. BARTON 145C3OO8 H-2210 E-141-1 B/28 R4B R.B. A 2A 1H22-POOf LPit SWITCH 289A E-2802 475 LP IE21-NOO6 DIFF. PRESS, BARTON 145C3OO9 H-2210 E-141-1 B/28 R4B R.B. A 2A IH22-POOt LPt2 IND. SWITCH 288A E-2802 475 l LP 1E21-NOO9 PRESS, SWITCH BARKS- 159C4606 H-22tO E-141-1 0/28 R4B R.B. A 2A 1H22-POO4 LPO9 i DALE P1HM340SS-V E-2802 475 NB 1821-FOOf MOTOR OPER- LIMIT SMB-OOO H-2852 C/21 C1 DRYWEL N/A P 28 M-83-1 NB13 ATED VALVE 595 NB IB21-FOO2 MOTOR OPER- LIMIT SMB-OOO H-2852 C/21 C1 DRYWEL N/A P 28 M-83-1 NB13 ATED VALVE 593 NB 1821-FOO5 MOTOR OPER- LIMIT SMB-OOO H-2852 D/24 Cl DRYWEL N/A P 28 M-21-1 NB13 ATED VALVE 589 NB fB21-F013A SOLENOID CROSBY CVG-Of H-2210 E-147 D/23 C1 DRYWEL A 2A M-21-1 NB01 E-2915 570 NB 1B21-FOt3B SOLENOID CROSBY CVG-01 H-2210 E-147 D/23 C1 DRYWEL A 2A M-21-1 NBOS E-2915 570 NB fB21-FOt3C SOLENOID CROSBY CVG-Of H-22tO E-147 D/21 C1 DRYWEL A 2A M-21-1 NBOt

. E-2915 570 NB 1821-FOt3D SOLENGID CROSBY CVG-01 H-2210 E-147 D/21 Cf DRYWEL A 2A M-21-1 NB01 E-2915 570 NB 1821-FOt3E SOLENOID CROSBY CVG-01 H-2210 E-147 D/23 Cl DRYWEL A 2A M-21-t NBOt E-2915 570 NB 1821-FOt3F SOLENOID CROSBY CVG-Of H-2210 E-147 D/23 C1 DRYWEL A 2A M-21-1 NB01 f

E-2915 570 NB 1821-F013G SOLEN 0!O CROSBY CVG-01 H-2210 E-147 D/21 C1 DRYWEL A 2A M-21-1 NB01 E-2915 570 NB 1821-FOt3H SOLENOID CROSBY CVG-01 H-2210 E-147 D/21 Ct DRYWEL A 2A M-21-1 NB01

E-2915 570 i

i

.PAGE 26 OF 77 o

SARGENT&LUNDY

'O O O PROJECT NUMBER 4130-05

, DATE 12 JAN 83

REVISION 008 ZIMMER EQUIPMENT OUALIFICATION 008346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DA1A

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D No. ELEVATN IN OUT BUILD LEV PASS REV CAT. CHT.

NB 1821-FOt3K SOLENOID CROSBY CVG-Of H-2210 E-147 D/23 C1 DRYWEL A 2A M-21-1 NB01 E-2915 570

. N3 IB28-FOt3L SOLENGID CROSBY CVG-01 H-22tO E-147 D/21 C1 DRVWEL A 2A M-21-1 NBOf E-2915 570 NB 1821-FOt3P SOLENOID CROSBY CVG-Of H-2210 E-147 D/23 Cf DRYWEL A 2A M-21-1 NBOf i

E-2915 570 i

{ NB fB21-F013R SOLENOID CROSBY CVG-01 H-22tO E-147 D/21 C1 DRYWEL A 2A M-21-1 NB01 E-2915 570 NB fB21-FOt3S SOLENOID CROSBY CVG-Of H-2210 E-147 D/21 C1 DRYWEL A 2A M-21-1 NB01 E-2915 570 NB fB21-FOle MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-146 C/22 C1 DRYWEL A 2A M-21-4 NB14 ATED VALVE E-1749 525 NB 1821-FO MOTOR OPER- LIMIT SMB-OO-7.5 H-2264 E-144 E/23 R3A R.B. N/A A 2A M-21-4 NB15 ATED VALVE E-2334 525 NB fB21-F02JA LIMIT SWITCH NAMCO EA740-80001 H-22tO E-146 D/22 C1 DRYWEL A 2A M-21-1 NBO2 E-2915 525 NB fB21-F022A LIMIT SWITCH NAMCO EA740-86000 H-2210 E-146 D/22 Cf DRYWEL A 2A M-21-1 NB03 I E-2915 525 NB 1821-FO22A SOLENDID ASCO HTX 8320- H-2210 E-146 D/22 C1 DRYWEL A 2A M-21-1 NBO8 A20 E-2915 525 l NB fB21-FO22A SOLENOID ASCO HTX 8:;23- H-2210 E-146 D/22 C1 DRYWFL A 2A M-21-1 NBO9 1 20V E-2915 525 l

i NB 1821-FO22A SOLENOID ASCO HTX 8323- H-2210 E-146 D/22 C1 DRYWEL A 2A M-21-1 NBO9 2OV E-2915 525 N3 1821-FO22A LIMIT SWITCH NAMCO EA740-80000 H-2210 E-146 D/22 C1 DRVWEL A 2A M-29-1 NBO4 E-2915 525 l  ! NB 1821-FO228 LIMIT SWITCH NAMCO EA740-80000 H-2210 E-146 D/23 C1 DRYWEL A 2A M-21-1 NBO4 E-2915 525 NB 1821-FO228 LIMIT SWITCH NAMCO EA740-80001 H-22tO E-146 D/23 C1 DRYWEL A 2A M-21-1 NB02 E-2915 525

?

.PAGE 27 0F 77 n

SARGENT&LUNDY

bq n

\/

D\_ /

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008

. 21MMER EQUIPMENT QUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MTR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

NB 1821-F0228 LIMIT SWITCH NAMCO EA740-86000 H-2210 E-146 D/23 C1 DRYWEL A 2A M-21-1 NB03 E-2915 525 NB fB21-FO220 SOLENGID ASCO HTX 8320- H-22tO E-146 D/23 C1 DRYWEL A 2A M-21-1 NBO8 A2O E-2915 525 NB 1821-F022B SOLENOID ASCO HTX 8323- H-2210 E-146 D/23 Cl DRYWEL A 2A M-21-1 NBO9

, 20V E-2915 525 l

l NB 1821-F022B SOLENOID ASCO HTX 8323- H-2210 E-146 D/23 C1 DRYWEL A 2A M-21-1 NBO9 20V E-2915 525 i

NB 1821-F022C LIMIT SWITCH NANCO EA740-80000 H-2210 E-146 D/21 C1 DRYWEL A 2A M-21-1 NBO4 E-2915 525 f NB 1821-FO22C LIMIT SWITCH NAMCO EA740-80001 H-2210 E-146 D/21 Ct DRYWEL A 2A M-21-1 NB02 E-2915 525 NB 1821-FO22C LIMIT SWITCH NAMCO EA740-86000 H-2210 E-146 D/21 C1 DRYWEL A 2A M-21-1 NB03 E-2915 525 4 i NB 1821-F022C SOLENOID ASCO HTX 8320- H-2210 E-146 D/21 C1 DRYWEL A 2A M-21-1 NBO8

[ . A20 E-2015 525 t

NB 1821-F022C SOLENOID ASCO HiX 8323- H-2210 E-146 D/21 C1 DRYWEL A 2A M-21-1 NBO9 2OV E-2915 525 l

NB IB21-F022C SOLENGID ASCO HTX 8323- H-2210 E-146 D/21 C1 DRYWEL A 2A M-21-1 NBO9 l 20V E-2915 525 NB 1821-FO22D SOLENDID ASCO HTX 8320- H-2210 E-146 D/22 C1 DRYWEL A 2A M-21-1 NBO8 A20 E-2915 525 NB 1821-FO220 SOLENOID ASCO HTX 8323- H-2210 E-146 D/22 Cl DRYWEL A 2A M-21-1 NBtO A2OJ E-2915 525

. NB fB21-F022D SOLENOID ASCO HTX 8323- H-22tO E-146 D/22 C1 DR(WIL A 2A M-21-1 NBtO A2OV E-2915 525 NB IB28-FO22D LIMIT SWITCH NAMCO EA740-EOOOO H-2210 E-146 D/22 C1 DRYWEL A 2A M-21-1 NBO4

. E-2915 525 NB 1821-F022D LIMIT SWITCH NAMCO EA740-80001 H-2210 E-146 D/22 C1 DRYWEL A 2A M-21-1 NBO2 E-2915 525

.PAGE 28 OF 77 m

O n

SARGENT&LUNDY ENonNanna, i

O O O PROJECT NUMBER 4130-05 DATE 12 DAN 83 .

1 REVISION 008

• ZIMMEn EQUIPMENT QUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M No. W/D NO. ELEVAIN IN OUT BUILD LEV PASS REV CAT. SHT.

NO 1821-F022D LIMIT SWITCH NAMCO EA740-86000 H-2210 E-146 0/22 C1 DRYWEL A 2A M-21-1 NB03 E-2915 525 NO 1821-FO28A SOLENGID ASCO HTX 8320- H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NBil A20 E-2915 525 NB fB21-F028A SOLENOID ASCO HTX 8323- H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NB12 2OV E-2915 525 NB fB28-F028A SOLENOID ASCO HTX 8323- H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NB12 20V E-2915 525 N3 IB21-FO28A LIMIT SWITCH NAMCO EA740-86000 H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NBO7 E-2915 525 NB 1821-F028A LIMIT SWITCH NAMCO EA740-80000 H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NB05 E-2915 525 NB 1821-F028A LIMIT SWITCH NAMCO EA740-80001 H-22tO E-146 E/23 R2A R.B. A 2A M-21-1 NBO6 l E-2915 525 l NB fB21-F0288 LIMIT SWITCH NAMCO EA740-80001 H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NBO6 E-2915 525 NB fB21-F0288 SOLENOID ASCO HTX 8323- H-2210 E-146 E/23 E2A R.B. A 2A M-21-1 NB12

. 20V E-2915 525 f N8 1821-F0288 SOLENOID ASCO HTX 8323- 91-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NB12 j 2OV - E-2915 525 NB 1821-FO28B LIMIT SWITCH NAMCO EA740-86000 H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NBO7

> E-2915 525 NB 1821 - F 0288 SOLENOID ASCO HTX 8320- H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NB11 A20 E-2915 525 NB 1821-FO2BB LIMIT SWITCH NAMCO EA740-80000 H-2210 E-146 E/23 R2A R.B. A 2A M-21-1 NB05 E-2915 525 NB 1821-FO28C LIMIT SWITCH NAMCO EA740-86000 H-2210 E-146 E/21 R2A R.B. A 2A M-21-1 NBO7 E-2915 525 NB 1B21-FO28C SOLENOID ASCO HTX 8323- H-22tO E-146 E/21 R2A R.B. A 2A M-21-1 NB12 20V E-2915 525

.PAGE 29 0F 77 o

n F)

SARGENTMUNDY

'5NGIDMGMS .

O O O PROJECT NUMBER 4130-05 DATE 12 DAN 83 .

REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

. PLANT ID COMP 0ti1NT / MODEL SPEC OR E.I. OWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

.SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D No. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

NB 1821-FO28C SOLENOID ASCO HTX 8323- H-2210 E-146 E/21 R2A R.B. A 2A M-21-9 NB12 20V E-2915 525 l

i NB fB21-FO28C SOLENOID ASCO HTX 8320- H-2210 E-146 E/21 R2A R.B. A 2A M-21-1 NB11 A20 E-2915 525 j NB fB21-F028C LIMIT SWITCH NAMCO EA740-80000 H-2210 E-146 E/21 R2A R.B. A 2A M-21-1 NB05 E-2915 525 NB 1821-FO28C LIMIT SWITCH NAMCO EA740-80C01 H-2210 E-146 E/21 R2A R.B. A 2A M-21-1 NB06 d

E-2915 525 I NB 1821-FO28D LIMIT SWITCH NAMCO EA740-60000 H-2210 E-146 E/21 R2A R.B. A 2A M-21-1 NBOS E-2915 525 f NB 1821-F028D SOLENOID ASCO HTX 8320- H-2210 E-146 E/21 R2A R.B. A 2A M-21-1 NB11 A20 E-2915 525 NB 1821-F028D SOLENDID ASCO HTX 8323- H-2210 E-146 E/21 R2A R.B. A 2A M-21-1 NB12 20V E-2915 525 i NB 1821-FO28D SOLENDID ASCO HTX 8323- H-2210 E-146 E/21 R2A R.B. A 2A M-21-1 NB12 2OV E-2915 525 NB 1828-F028D LIMIT SWITCH NAMCO EA740-80001 H-2210 E-146 E/21 R2A R.B. A 24 M-29-1 NBO6 E-2915 525 i NB 1821-FO28D LIMIT SWITCH NAMCO EA740-86000 H-22tO E-146 E/21 R2A R.B. A 2A M-21-1 N807

E-2915 525 NB 1821-FO654 MOTOR OPER- LIMIT SM8-3-80 H-2264 E-146 E/23 R2A R.B. N/A A 2A M-23 NB17 ATED VALVE E-1461 525 NB 1821-F0658 MOTOR OPER- LIMIT SMB-3-80 H-2264 E-146 E/21 R2A R.B. N/A A 2A M-23 NB17 2TED VALVE E-17G1 525 NB fB21-F067A MOTOR OPER- LIMIT SMB-OOO-5 H-2852 E-144 F/23 R8 STM.TL N/A A 2A M-21-4 NB18 ATED VALVE E-2332 503 NB 1821 -F O678 MOTOR OPER- LIMIT SMB-OOO-5 H-2852 E-144 F/23 R8 STM.TL N/A A 2A M-21-4 NB18 ATED VALVE E-2332 < 503

! NB 182d-F067C MOTOR OPER- LIMIT SMG-OOO-5 H-2852 E-144 F/21 R8 STM.TL N/A A 2A M-21-4 NB18 ATED VALVE E-2332 503

.PAGE 30 0F 77 u)

M n

SARGENTMUNDY

l j

"O O O -

PROJECT NUMBER 4130-05 DATE 12 DAN 83 .

REVISION 008

. ZIMMER EQUIPMENT QUALIFICATION D01346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

+SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D No. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

NB 1821-F067D MOTOR OPER- LIMIT SMB-OOO-5 H-2852 E-144 F/21 R8 STM.TL N/A A 2A M-21-4 NB18 i ATED VALVE E-2332 503 NB 1821-HO2O A PRESS. SWITCH BARKS- 164C5359 H-2210 E-148-1 E/20 RfC R.B. A 2A 1H22-POO4 NB20 DALE BITM12SS-GE E-2808 546 NB fB21-NO2O B PRESS. SWITCH BARKS- 164C5359 H-2210 E-147-1 C/17 R1C R.B. A 2A 1H22-PO27 NB2O DALE BtTM12SS-GE E-2867 546 q

NB IB28-NO2O C PRESS. SWITCH BARKS- 164C5359 H-2210 E-147-f C/24 RIB R.B. A 2A 1H22-POO5 NB21 DALE BITM1255-GE E-2812 546 NB fB21-NO2O D PRESS. SWITCH BARKS- 164C5359 H-2210 E-148-1 h/24 RfC R.B. A 2A 1H22-PO26 NB20

. DALE BtTM12SS-GE E-2863 546 2

NB 1821-NO23 A PRESS. SWITCH BARKS- 164C5359 H-2210 E-148-1 E/20 Rtc R.B. A 2A 1H22-POO4 NB20

. DALE BtTM12SS-GE E-2808 546 NB fB21-NO23 8 PRESS. SWITCH BARKS- 164C5359 H-22tO E-147-1 C/17 Rtc R.B. A 2A tH22-PO27 NB2O

, DALE BtTM12SS-GE E-2867 546 NB fB21-NO23 C PRESS. SWITCH BARKS- 164C5359 H-2210 E-147-1 C/24 RtB R.B. A 2A 1H22-POO5 NB21 DALE B1TM12SS-GE E-2882 546 NB 1821-NO23 D PWESS. SWITCH BARKS- 164C5359 H-2210 E-148-1 E/24 RfC R.B. A 2A 1H22-PO26 NB2O DALE BtTM12SS-GE E-2863 546 f NB 1821-NO24 A LEVE'l IND. BARTON 159C4384 H-2210 E-148-1 E/20 RIC R.B. A 2A 1H22-POO4 NB22 SWITCH -288A E-2808 546 NB fB21-NO24 B LEVEL IND. BARTON 159C4384 H-2210 E-147-1 C/17 Ric R.B. A 2A 1H22-PO27 NB22 SWITCH -2884 E-2867 546 NB fB21-NO24 C LEVEL IND. BARTON 159C4384 H-2210 E-147-1 C/24 R1B R.B. A 2A 1H22-POO5 N823

. SWITCH -288A E-2812 546 l

f NB 1821-NO24 D LEVEL IND. BARTON 159C4384 H-2210 E-148-1 E/24 RfC R.B. A 2A 1H22-PO26 NB22 l

r SWITCH -288A E-2863 546 NB fB21-NO24 E LEVEL IND. BARTON 159C4384 H-2210 E-148-1 E/20 RIC R.B. A 2A 1H22-POO4 NB22 SWITCH -288A E-2808 546 NB 1821-NO24 G LEVEL IND. BARTON 159C4384 H-2210 E-147-1 C/24 RIB R.B. A 2A 1H22-POO5 NBM SWITCH -288A E-2812 546

.PAGE 31 0F 77 so n

SARGENT&LUNDY

.. m

O O O PROJECT NUMBER 4130-05 DATE 12 JAN 83 -

REVISION 008

. 2IMMER EQUIPMENT QUALIFICATICN D01346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL /RDW CONTAIN FLD ACT/ ADD 0588 DATA j .SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D ND. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

l ...................................... ........... .......- .......................... .......... ... . .... ... .... ..................

j NB 1821-NO26 A LEVEL INO. BARTON 159C4383 H-22tO E-148-1 E/20 R1C R.B. A 2A 1H22-POO4 NB28 a

TRANS. SWITCH 760 E-2RO8 546 i

NB fB21-NO26 8 LEVEL IND. BARTON 159C4383 H-2210 E-147-t C/17 RfC R.B. A 2A 1H22-PO27 NB28 TRANS. SWITCH 760 E-2867 546 NB 1821-NO26 C LEVEL IND. BARTON 159C4383 H-2210 E-147-1 C/24 RIB R.B. A 2A 1H22-POO5 NB29 TRANS. SWITCH 760 E-2812 546 NB 1821-NO26 0 LEVEL IND. BARTON 159C4383 H-2210 E-148-1 E/24 RfC R.B. A 2A IH22-PO26 NB28 TRANS. SWITCH 760 E-2863 546 NB 1821-NO31 A LEVEL IND. BARTON 159C4384 H-2210 E-148-1 E/20 Ric R.B. A 2A 1H22-POO4 NB24 SWITCH -2884 E-2808 54G NB fB21-NO31 B LEVEL IND. BARTON 159C4384 H-2210 E-147-t C/24 RtB R.B. A 2A 1H22-POO5 NB25

SWITCH -288A E-2812 546 I

NB 1821-NO31 C LEVEL IND. BARTON 159C4384 H-2210 E-148-1 E/20 RfC R.B. A 2A IH22-POO4 NB24 SWITCH -288A E-2808 546

• NB 1821-NO31 D LEVEL IND. tsARTON 159C4384 H-2210 E-147-1 C/24 RIB R.B. A 2A 1H22-POO5 NB25 SWITCH -2884 E-2812 546 3

NB 1821-NO3S A LEVEL IND. YARWAY 159C4445 H-22tO E-148-t E/24 Ric R.B. A EX 1H22-PO2G EOO1 f SWITCH 4418C E-2864 546

, NB fB21-NO36 B LEVEL IND. YARWAY 159C4445 H-2210 E-148-1 E/24 RfC R.B. A EX 1H22-PO26 EOOf i

SWITCH 4418C E-2863 54G NB 1821-NO36 C LEVEL IND. YARWAY 159C4445 H-2210 E-147-1 C/17 RfC R.8. A EX 1H22-PO27 EOOf SWITCH 4418C E-2867 546 NB fB21-NO36 D LEVEL IND. YARWAY 159C4445 H-2210 E-147-1 C/17 Rtc R.B. A EX 1H22-PO27 EOO1 SWITCH 4418C E-2867 546 NB 1921-NO37 A LEVEL IND. BARTON 159C4384 H-2210 E-148-t E/24 RfC R.B. A 2A 1H22-PO26 NB26 SWITCH -288A E-2864 546 NB 1821-NO37 B LEVEL IND. BARTON 159C4384 H-2210 E-147-1 C/17 RIC R.B. A 2A 1H22-PO27 NB26 SWITCH -288A F-2867 546 NB fB21-NO37 C LEVEL IND. BARTON 159C4384 H-2210 E-148-1 E/24 RfC R.B. A 2A 1H22-PO26 NB26 SWITCH -288A E-2864 546 o

.PAGE 32 0F 77 2

SARGENT&LUNDY

..,4..

5 O A A V V U i

PROJECT NUMBER 4130-05 l DATE 12 JAN 83 REVISION 008

! ZIMMER EQUIPMENT QUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

NB 1821-NO37 D LEVEL IND BARTON 159C4384 H-2210 E-147-1 C/17 R1C R.B. A 2A 1H22-PO27 NB26 i SWITCH -288A E-2867 546 NB 1821-NO38 A LEVEL IND. BARTON 159C4384 H-2210 E-148-1 E/24 RfC R.B. A 2A 1H22-PO26 NB27 SWITCH -288A E-2863 546 NB fB21-NO38 B LEVEL IND. BARTON 159C4384 H-2210 E-147-1 C/17 RfC R.B. A 2A 1H22-PO27 NB27

. SWITCH -288A E-2867 546 4

NB IB21-NO44 A LEVEL IND. BARTON 159C4383 H-2210 E-145-1 C/16 R2A R.B. A 2A 1H22-PO10 NB30 TRANS. SWITCH 760 E-2831 525 NB fB21-NO44 B LEVEL IND. BARTON 159C4383 H-2210 E-145-1 U/26 R2A R.B. A 2A 1H22-POO9 NB30 TRANS. SWITCH 760 E-2827 525 l NB 1821-NO45 A PRESS. SWITCH BARKS- 164C5359 H-2210 E-148-1 E/24 Ric R.B. A 2A 1H22-PO26 NB20 j DALE BITM12SS-GE E-2864 546 NB 1821-NO45 B PRESS. SWITCil BARKS- 164C5359 H-22tO E-148-1 E/24 RfC R.B. A 2A 1H22-PO26 NB20 DALE BITM12SS-GE E-2863 546 NB 1821-NO45 C PRESS. SWITCH BARKS- 164C5359 H-2210 E-147-1 C/17 RfC R.B. A 2A 1H22-PO27 NB20 DALE BtTM82SS-GE E-2867 546 NB fB21-NO45 D PRESS. SWITCH BARKS- 164C5359 H-22tO E-147-1 C/17 RfC R.B. A 2A 1H22-PO27 NB2O I

DALE BITM12SS-GE E-2867 546 NB 1821-NO47 A PRESS. SWITCH STATIC 145C3012 H-2210 E-148-1 E/20 RfC R.B. A 2A 1H22-POO4 NB32 0-RING 12NAA4tiX10 E-2809 546 NB 1821-NO47 B PRESS. SWITCH STATIC 145C3012 H-2210 E-147-1 C/24 RtB R.B. A 2A 1H22-POOb .._ J 3 i 0-RING 12NAA4ttXtO E-2812 546 NB 1821-NO47 C PRESS. SWITCH STATIC 145C3012 H-2210 E-148-1 E/20 Rtc R.B. A 2A 1H22-POO4 NB32 0-RING 12NAA411X10 E-2809 546 .

NB 1821-NO47 D PRESS. SWITCH STATIC 145C3012 H-2210 E-147-1 C/24 RIB R.B. A 2A 1H22-POO5 NB33 0-RING 12NAA431X10 E-2812 546 NB 1821-NO48 A PRESS. SWITCH STATIC 145C3012 H-2210 E-148-1 E/24 RfC R.B. A 2A 1H22-PO26 NB32 0-RING 12NAA411X10 E-2863 546 NB fB21-NO48 8 PRESS. SWITCH STATIC 145C3012 H-2250 E-147-1 C/17 Ric R.B. A 2A 1H22-PO27 NB32 0-RING 12NAA411X10 E-2867 546

.PAGE 33 0F 77 o

O n

SARGENT&LUNDY GNGONSepts .

O O O PROJECT NUMBER 4130-05

! DATE 12 JAN 83

REVISION 008 6 ZIMMER EQUIPMENT OUALIFICATION dot 346

• PLANT ID COMPONENT / MODEL SPEC OR E.1. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

NB 1821-NO48 C PRESS. SWITCH STATIC 145C3012 H-2210 E-148-1 E/24 RfC R.B. A 24 1H22-PO26 NB32 0-RING 12NAA411XtO E-2863 546 NB fB21-NO48 D PRESS. SWITCH STATIC 145C3012 H-2210 E-147-1 C/17 RIC R.B. A 2A 1H22-PO27 NB32 0-RING 12NAA411A10 E-2867 546

! NB 1821-NO51 A PRESS.TRANS. ROSE- 163C1564 H-2210 E-148-1 E/20 RfC R.B. A 2A 1H22-POO4 NB34 I

MOUNT 1151GP E-2808 546 i

NB 1821-N051 B PRESS.TRANS. ROSE- 163C1564 H-2210 E-147-1 C/17 RfC R.B. A 2A 1H22-PO27 NB34 MOUNT *tt51GP E-2867 546 NB 1PT-NBOO3A PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 R1C R.B. A 2A 1H22-PO26 NB35 TRANSMITTER MOUNT PB E-2863 546 NB 1PT-NBOO3B PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 RfC R.B. A 2A 1H22-PO26 NB35 TRANSMITTER MOUNT PB E-2863 546 NB IPT-NBOO3C PRESSURE ROSE- 1152GP9A22- H-2809 E-t48-1 E-24 RfC R.B. A 2A 1H22-PO26 NO35 TRANSMITTER MOUNT PB E-2863 546

{ NB 1PT-NBOO3D PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 R1C R.B. A 2A 1H22-PO26 NB35 TRANSMITTER MOUNT PB E-2863 546 NB 1PT-NBOO3E PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 R1C R.B. A 2A 1H22-PO26 NB35 TRANSMITIER MOUNT PB E-2863 546 l NB 1PT-NBOO3F PRESSURE ROSE- StS2GP9422- H-2809 E-148-1 E-24 Ric R.B. A 2A fH22-PO26 NB35 TRANSMITTER MOUNT PB E-2863 546 NB IPT-NSOO3G PRESSURE ROSE- StS2GP9A22- H-2809 E-148-1 E-24 Ric R.B. A 2A 1H22-PO26 NB35 l

. TRANSMITTER MOUNT PB E-2864 546 t NB 1PT-NBOO3H PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 RfC R.B. A 2A 1H22-PO26 NB35 j TRANSMITTER MOUNT PB E-2864 546 L

NB 1PT-NBOO3K PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 RfC R.B. A 2A 1H22-PO26 NB35

. TRANSMITTER MOUNT PB E-2864 546 NB iPT-NBOO3L PRESSURE ROSE- It52GP9A22- H-2809 E-148-1 E-24 Ric R.B. A 2A 1H22-PO26 NB35 TRANSMITTER MOUNT PB E-2864 546

, NB 1PT-NBOO3P PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 Ric R.B. A 2A 1H22-PO26 NB35 TRANSMITTER MOUNT PB E-2864 546

.PAGE 34 0F 77 to O

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SARGENTMUNDY "GNOONEspte .

37 p p p)

Q) -

Q  % .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CCNTAIN FLO ACT/ ADD 0588 DATA

.SY PAJMB E R EQUIPMENT MFR NUMBER B/M NO. W/0 NO. ELEVATN IN OUT BUILO LEV PASS REV CAT. SHT.

NB IPT-NBOO3R PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 RfC R.B. A 2A 1H22-PO26 NB35 TRANSMITTER MOUNT PB E-2864 546 NB IPT-NBOO35 PRESSURE ROSE- 1152GP9A22- H-2809 E-148-1 E-24 RfC R.B. A 2A 1H22-PO26 NB35 TRANSMITTER MOUNT PB E-2864 546 NR SC51-JOO4A VALVE GUIDE G.E. 136C1302 H-2210 E-146 E/25 R2B R.B. N/A A EX EOO8 TUBE 525 NR 1C51-dOO4B VALVE GUIDE G.E. 136C1302 H-2210 E-146 E/25 R2B R.B. N/A A EX EOO8 TUBE 525 NR IC51-dOO4C VALVE GUIDE G.E. 136C1302 H-22to E-146 E/25 R2B R.B. N/A A EX EOO8

. TUBE 525 NR IC51-dOO4D VALVE GUIDE G.E. 13601302 H-2210 E-146 E/25 R2B R.B. N/A A EX EOO8 TUBE 525 NR 1C51-KOO2 A VOLTAGE G.E. 163C1263 H-2210 E-145-1 C/16 R2A R.B. A EX 1H22-PO30 ECOS PREAMP E-2877 525 NR 1C51-KOO2 8 VOLTAGE G.E. 163C1263 H-2210 E-845-1 B/19 R2A R ti. A EX IH22-PO3t EOOD PREAMP E-2877 525 l NR 1C51-KOO2 C VOLTAGE G.E. 163C1263 H-2210 E-145-1 B/26 R2A R.B. A EX 1H22-PO32 EOOP j PREAMP E-2877 525 NR 1C59-KOO2 0 VOLTAGE G.E. 163C1263 H-2210 E-145-t C/26 R2A R.B. A EX 1H22-PO33 EOOS PREAMP E-2877 525 NR 1C51-kOO2 E VOLTAGE G.E. 163C1233 H-2210 E-145-1 C/16 R2A R.B. A EX 1H22-PO30 EOO8

! PREAMP E-2877 525 NR 1C51-KOO2 F VOLTAGE G.E. 163C1263 H-2210 E-145-1 B/19 R2A R.B. A EX 1H22-PO31 EOO8 PREAMP E-2877 525 NR 1C51-KOO2 G VOLTAGE G.E. 163Cl263 H-2210 E-145-1 B/26 R2A R.D. A EX 1H22-PO32 EOC8 PREAMP E-2877 525 NR IC51-KOO2 H VOLTAGE G.E. 163C1263 H-2210 E-145-1 C/26 R2A R.B. A EX 1H22-PO33 EOO8 PREAMP E-2877 525 NR SC51-NOO2 A DETECTOR G.E. 112C3144 H-2210 E-181 C1 DRYWEL A EX EOO8 E-2877

,PAGE 35 0F 77 m

o M

(9 SARGENT&LUNDY

=SNEBONegste .

- -~

O O O -

{ PROJECT NUMBER 4130-05

DATE 12 JtN 83

! REVISION 008

. 2 t h=4E R EQUIPMENT QUALIFICATION D0:346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL /K0W CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER 8/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PAS 3 REV CAT. SHT.

................. ...... awn.............................................................................. ... ................

NR 1C51-NOO2 B DETECTOR G.E. 112C3144 H-2210 E-181 C1 DRYWEL A EX EOO8 E-2877 NR 1C51-NOO2 C DETECTOR G.E. It2C3144 H-2210 E-181 Ct DRYWEL A EX EOO8 E-2877 NR 1C51-NOO2 D DETECTOR G.E. St2C3144 H-2210 E-181 C1 DRYWEL A EX EOO8 f E-2877 NR 1C51 NOO2 E DETECTOR G.E. 1C H-2210 E-181 Cf DRYWEL A EX EOOS E-2877 NR 1C51-NOO2 F DETECTJR G.E. It2C3144 H-2210 E-181 Cl DRYWEL A EX EOO8 E-2877 i

NR 1C51-NOO2 G DETECTOR G.E. It2C3144 H-2210 E-tB1 Cl DRYWEL A EX EOO8

. E-2877 NR tC51-NOO2 H DETECTOR G.E. 112C3144 H-22tO E-181 C1 PRYWEL A EA EOO8 E-2877 PC 1HY-PC500 AUX RELAY G.E. 12tMAttB11 H-2889 E-146-1 E/17 R4A R.B. A 2A IPL79J PCOS E-2275/2276 479 I

PC THY-PC501 AUX RELAY G.E. 12HMAttBit H-2889 E-146-1 E/17 R4A R.B. A 2A 1PL79J PCOI E-2275/2276 479 PC 1HY-PC502 AUX RELAY G.E. 12tMAttBit H-2881 E-146-t E/17 R4A R.B. A 2A 1PL79J PCOt I

E-2275/2276 479 ,

PC 1HY-PC503 AUX RF. LAY G.E. 12tMAttBit it-2881 E-146-1 E/t7 R4A R.B. A 2A 1PL79J PCO1 E-2275/2276 479 PC IHY-PC504 AUX RELAY G.E. 12tMAttB11 H-2881 E-146-1 E/17 R4A R.B. A 2A 1PL79J PC01 E-2275/2276 479 PC 1HY-PC505 AUX RELAY G.E. 121WAtlBit H-2881 E-146-1 E/17 R4A R.B. A 2A 1PL79J PC01 E-2275/2276 479 PC fHY-PC506 AUX RELAY G.E. 12tWA11 Bit H-2881 E-146-1 E/17 R4A R.B. A 2A IPL79J PC01 E-2275/2276 479 PC IHV-PC507 AUX RELAY G,E. 12HMAftBit H-2881 E-146-1 E/17 R4A R.B. A 2A 1PL79J PCOt j E-2275/22M 479 l

.PAGE 36 0F 77 to O

SARGENT&LUNDY

= _.

"O O O .

PROJECT NUMBER 4t30-05 OATE 12 JAN 83

! REVISION 008 l . ZIMMER EQUIPMENT OUALIFICATION D01346 I

• PLANT ID COMPONENT / MODEL SPEC OR E.I. OWG COL / ROW CONTAIN FLD ACT/ ADD 0588 OATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/O NO. ELEVA1h IN OUT BUILD LEV PASS REV CAT. SHT.

PC fHY-PC508 AUX RELAY G.E. 12HMAttB11 H-2881 E-146-1 */17 R4A R.B. A 2A 1PL79J PCOS E-2275/2276 479 PC 1HY-PC509 AUX RELAY G.E. 12HM411811 H-2881 E-146-1 E/17 R4A R.B. A 2A 1PL79J PCOS

. E-2275/2276 479 PC 1hs 2510 AUX RELAY G.E. 12HMA118tt H-2981 E-146-1 E/17 R4A R.B. 'A 2A 1PL79J PCOt E-2275/2276 479 PC 1HY-PC5ft AUX RELAY G.E. 12HMA11B11 H-2881 E-146-1 E/17 R4A R.B. A 2A SPL79J PCOt E-2275/2276 179

PC fHY-PC5t2 AUX RELAY G.E. 12HMAt18tt H-2881 E-146-9 C/17 R4A R.B. A 2A 1PL79J PCOt E-2275/2276 479 PC 1HY-PC513 AUX RELAY G.E. 12HM411B11 H-2881 E-146-1 E/97 R4A R.B. A 2A iPL79J PC01

. E-2275/2276 479 PC 1HY-PC514 AUX RELAY G.E. 12HM411881 H-2881 E-146-9 E/t? R4A R.B. A 2A 1PL79J PCO1 E-2275/2276 479 PC 1HY-PC515 AUX RELAY G.E. 12HMA118tt H-2381 E-146-1 E/t? R4A R.6. A 2A IPL79J PCOt

. E-2275/2276 479 PC 1PCOOSA LIMIT SWITCH LICON 65-430140 H-2494 E/23 C1 DRYWEL N/A A 2A PCO2

. OPEN POS. 523 PC 1PCOOSA LIMIT SWITCH LICON 65-430140 H-2194 F/23 C1 ORYWEL N/A A 2A PCO2 CLOSED POS. S23 I

PC 1PCOO58 LIMIT SWITCH LICON 65-430140 H-2194 C/25 Cl DRYWEL N/A A 2A PCO2 OPEN POS. 523 PC 1PCOO5B LIMIT SWITCH LICON 65-430140 H-2194 C/25 Cl DRYWEL N/A A 2A PCO2 CLOSED POS. G23

PC 1PCOOSC LIMIT SWITCH LICON 65-430140 H-2194 B/21 C1 DRYWEL N/A A 2A PCO2

! i OPEN Poc. 523 PC IPCOOSC LIMIT SWITCH LICON 65-430140 H-3194 B/21 Ct DQYWEL N/A A 2A PCO2 CLOSED POS. C23 PC 1PCOO50 LIMIT SWITCH LICON GM-430140 H-2194 C/18 Cl DRYWEL N/A A 2A PCO2.

OPEN POS. 523

$PAGE 37 OF 77 i

s',

SARGENT&LUNDY

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 -

REVISION 008 ZIMMER EQUIPMENT QUALIFICATION D01346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MFR NUMBER 8/P9 NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

PC IPCOOSD LIMIT SWITCH LICON 65-430140 H-2994 C/18 C1 DRVWEL N/A A 2A PCO2 CLOSED POS. 523 PC 1PCOO6A LIMIT SWITCH LICON 65-430140 H-2194 E/23 Cf DRVWEL N/A A 2A PCO2 OPEN POS. 523 PC 1PCOO6A LIMIT SWITCH LICON 65-430140 H-2194 E/23 C1 DRYWEL N/A A 2A PCO2 t CLOSED POS. 523 PC 1PCOO68 LIMIT SWITCH LICON 65-430140 H-2194 C/25 C1 DRYWEL N/A A 2A PCO2 OPEN POS. 523 PC 1PCOO68 LIMIT SWITCH LICON 65-430140 H-2194 C/25 Ct DRYWEL N/A A 2A PCO2 CLOSED POS. 523 PC IPCOO6C LIMIT SWITCH LICON 65-430140 H-2194 B/21 C1 DRVWEL N/A A 2A PCO2 CLOSED POS. 523 PC 1PCOO6C LIMIT SWITCH LICON 65-430140 H-2194 B/21 C1 DRYWEL N/A A 2A PCO2 OPEN POS. 523

. PC 1PCOO63 LIMIT SWITCH LICON 65-430f40 H-2194 C/18 Cf DRYWEL N/A A 2A PCO2

{ OPEN POS. 523 PC 1PCOO6D LIMIT SWITCH LICON 65-430140 H-2194 C/18 Cl DRVWEL N/A A 2A PCO2 CLOSED POS. 523 PC 12L-PCOO1 VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.8. A EX 1PL79J EOO6 INDICATION E-2276 475 i

,j ' PC 12L-PCOO2 VALVE POS G.E. ET-16 H-2889 E-146-4 E/17 R4A R.8. A EX 1PL79J EOO6 INDICATION E-2276 475 PC 12L-PCOO4 VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.B. A EX 1PL79J EOO6 IN0! CATION E-2275 475 l

PC fZL-PCOO5 VALVE POS G.E. ET-16 H-2381 E-146-4 E/17 R4A R.8. A EX 1PL79J EOO6 g INDICATION E-2275 475 PC 12L-PCOO7 VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.B. A EX 1PL79J EOO6 INDICATION E-2276 475 i

PC 12L-PCOO8 VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.B. A EX 1PL79J EOO6 INDICATIN3 E-2276 475 1

.PAGE 38 0F 77 N

i 1

i SARGENT&LUNDY

= _ _ .

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 ZIMMER EQUIPMENT QUALIFICATION 008346 i

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

...........................................................,=........... ................ ........................

PC 12L-PCOtO VALVE POS G.E. ET-16 H-2889 E-146-4 E/t? R4A R.B. A EX IPL79J EOO6 INDICATION E-2275 475 PC 12L-PCOIt VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.B. A EX IPL79J EOO6 INDICATION E-2275 475 PC 12L-PCOt3 VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.B. A EX iPL79J EOO6 INDICATION E-2276 475 PC 17L-PC014 VALVE POS G.E. ET-16 H-2881 E-146-4 E/t7 R4A R.B. A EX 1PL79J EOO6

. INDICATION E-2276 475 PC 12L-PCOt6 VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.B. A EX 1PL79J EOO6 INDICATION E-2275 475 PC 12L-PCOt? VALVE POS G.E. ET-16 H-288t E-146-4 E/97 R4A R.B. A EX 1PL79J EOO6 INDICATION E-2275 475 ,

PC 1ZL-PCOt9 VALVE POS G.E. ET-16 H-2881 E-146-4 E/97 R4A R.B. A EX iPL79J EOO6

. INDICATION E-2276 475 PC 12L-PCO2O VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.B. A EX IPL79J ECO6 INDICATION E-2276 475 PC 1ZL-PCO22 VALVE POS G.E. ET-16 H-2881 E-146-4 E/17 R4A R.B. A EX IPL79J FOO6 j INDICATION E-2275 475 I

PC 12L-PCO23 VALVE POS G.E. ET-16 H-2881 E-146-4 E/t? R4A R.B. A EX 1PL79J EOO6 INDICATION E-2275 475 PR IDt3-NUO3 A DETECTOR G.E. 237X731 H-2210 E-144 E/21 R3A R.B. A EX EOO4 E-2914 503 l PR 1013-NOO3 B DETECTOR G.E. 237X731 H-2210 E-144 E/29 R3A R.B. A EX EOO4 i E-2914 503 t

PR 1D13-NOO3 C DETECTOR G.E. 237X731 H-2210 E-144 E/28 R3A R.B. A EX EOO4 E-2914 503 PR SD13-NOO3 0 OETECTOR G.E. 237X731 H-2210 E-144 E/21 R3A R.B. A EX EOO4 E-2914 503 i PR 1D13 NOl9 A DETECTOR G.E. 194X927 H-2210 E-159 A/23 R6A R.B. A EX EOO4

' ' E-2914 593

.PAGE 39 0F 77 a)

O M

M SARGENT&LUNDY

_ = _ .

O O O .

1 PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA t , *SY NUMBER EQUIPMENT MF9 NUMBER B/M NO. W/D No. ELEVATN IN DUT BUILD LEV PASS REV CAT. SHT, PR tot 3-NOt9 8 DETECTOR G.E. 194X927 H-2210 E-tSt A/23 R6A R.B. A EX EOO4 E-2914 593 PR 1D13-NOt9 C DETECTOR G.E. 194x927 H-2210 E-151 A/23 R6A R.B. A EX EOO4 E-2914 593 l PR ID13-NO19 D DETECTOR G.E. 194X927 H-2210 E-151 A/23 R6A R.O. A EA E004 E-2914 593 RD 1C11-0001-117 SCRAM PILOT ASCO INA 90-405 H-2210 E-147 C/16 RfC R.B. N/A A 2A RDOS SOLENOIDS 546 RD 1C11-D000-118 SCRAM PILOT ASCO HVA 90-405 H-2210 E-147 C/16 RfC R.B. N/A A 2A 2001 SOLENGIDS 546 l

RD ICit-FOO9 PILDT ASCO HT8323-22 H-22tO E-147 B/16 Rtc R.B. A 24 M-56-3 RDO3 SOLENGID E-2673 546 RD 1 Cit-FOtO LIMIT SWITCH NAMCO SL-3C-82 H-2210 B/16 Rtc R.B. A 2A M-56-3 RDO2 OPEN POS. 546 RD ICt1-FO10 LIMIT SWITCH NAMCO SL-3C-B2 H-22tO B/16 RfC R.B. A 2A M-56-3 RDO2 CLOSED POS. 546 RD 1 Cit-FOtt LIMIT SWITCH NAMCO SL-3C-82 H-22tO B/18 RfC R.B. A 2A M-56-3 RDO2

. OPEN POS. 546 RD 1 Cit-FOtt LIMIT SWITCH NAMCO SL-3C-82 H-22tO B/18 Rtc R.B. A 2A M-56-3 RDO2 CLOSED POS. 546 .

I RD 1Cil-F110A SCRAM BACKUP ASCO HT8316C37 H-2210 E-147 A/18 RfC R.S. A 2A RDOS SOL. VALVE E-2673 548 RD 1 Cit-Ft108 SCRAM BACKUP ASCO HT8316C37 H-22tO E-147 A/18 Rtc R.B. A 2A RDOS f'

. 50L. VALVE E-2673 548

! RD 1 Cit-NOt3 A LEVEL SWITCH MAGNET 159C4361 H-2210 B/18 Ric R.B. A 2A RDO4

. -ROL 5.O-751 560 RD ICIt-NOt3 8 LEVEL SWITCH MAGNET 159C4361 H-22tO B/19 RfC R.B. A 2A R004

-ROL 5.O-751 553 RD ICt1-NOt3 C LEVEL SWITCH MAGNEY 159C4361 H-2210 B/25 RfC R.B. A 2A RDO4

. -ROL 5.O-751 559

.PAGE 40 0F 77 to O

SARGENTMUNDY

_ = =

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT QUALIFICATION dot 346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MFR NUMBER 8/M NO. W/D No. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

RD 1C11-NOt3 D LEVEL SWITCH MAGNET 159C4361 H-2210 B/25 RfC R.B. A 2A RDO4

. -ROL 5.O-751 559 RD 1Cll-NOt3 E LEVEL SWITCH MAGNET 159C4361 H-2210 B/18 Rtc R.B. A 2A RDO4

. -ROL 5.O-751 553 i RD 1 Cit-NOt3 F LEVEL SWITCH MAGNET 159C4361 H-2210 8/18 Rtc R.B. A 2A RDO4 l -ROL 5.0-758 553 RE 1REO48 SOLENOID ASCO HT8320A175 H-2266 E-142 D/15 R4A R.B. A A 2A M-62-1 REOS E-2223 477 RE IREO48 LIMIT SWITCH NAMCO EA17031100 H-2266 E-142 D/15 R4A R.B. A A 2A M-62-1 REO2 CLOSED POS. E-2223 477 RE tRE048 LIMIT SWITCH NAMCO eat 703tt00 H-2266 E-142 D/15 R4A R.B. A A 2A M-62-1 RE02

. OPEN POS. E-2223 477 RE tRE049 SOLENOID ASCO ; HT8320A175 H-2266 E-142 D/15 R4A R.B. A A 2A M-62-t REOS.

E-2223 477 4

RE tRE049 LIMIT SWITCH NANCO EA1703ttOO H-2266 E-142 D/95 R44 R.8. A A 2A M-62-1 RE02 CLOSED POS. E-2223 477 RE 1RE049 LIMIT SWITCH NANCO eat 7031100 H-2266 E-142 C/15 R4A R.B. A A 24 M-62-1 REO2 OPEN POS. E-2223 477 RF 1RFOOt LIMIT SWITCH NAMCO EA17031100 H-2266 E-142 D/15 R4A R.B. A A 2A M-62-1 RFOI OPEN POS. E-2223 475 RF 1RFOOt LIMIT SWITCH NAMCO eat 7038tOO H-2266 E-142 D/15 R4A R.B. A A 2A M-62-t RFOt CLOSED POS. E-2223 475 RF 1RFOOt . SOLENOID ASCO HT8320A175 H-2266 E-142 D/15 R4A R.B. A A 2A M-62-1 RF02 l E-2223 475 RF 1RFOO2 LIMIT SWITCH NAMCO E41703ttOO H-2266 E-142 D/15 R4A R.8. A A 2A M-62-1 RFOt OPEN POS. E-2223 475 RF 1RFOO2 LIMIT SWITCH NAMCO EA1703ttOO H-2266 E-142 D/15 R4A R.B. A A 2A M-62-1 RF01

. CLOSED POS. ION E-2223 475

{ RF 1RFOO2 SOLENOID ASCO HT8320A175 H-2266 E-142 D/15 R4A R.B. A A 24 M-62-1 RFO2 E-2223 475

.PAGE 41 0F 77 O

SARGENTS.LUNDY

= _.

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 -

REVISION 008 ZIMMER EQUIPMENT OUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/400 0588 OATA

• SY FAI lER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN DUT BUILD LEV PASS REV CAT. SHT.

RH 1E12-COO 2A PUMP G.E. 5K6328X- H-22tO E-141 B/26 R4B R.B. A 2A RHOt

. MOTOR C2664 475 i

RH TE12-COO 2B PUMP G.E. SK6328X- H-2210 E-142 E/26 R4E R.B. A 2A RHOf MOTOR C266A 475 RH 1E12-COO 2C PUMP G.E. SK6328X- H-2210 E-142 D/27 R4E R.B. A 2A RHOt i MOTOR C266A 475 f RH 1Et2-COO 3 PUMP WEST. 74D24113 H-2185 E-142 E/27 R4E R.B. A A 2A RHO 2 MOTOR 475 RH IE12-FOO3A MOTOR OPER- LIMIT SMB-O-25 H-28tt E-141 C/28 R4F R.B. 2A M-51-4 RHO 4 ATED VALVE E 1458 475

} RH 1E12-FOO3B MOTOR OPER- LIMIT SMB-O-25 H-2811 E-142 D/28 R4F R.B. 2A M-51-4 RHO 4 i ATED VALVE E-1478 475 RH 1Et2-FOO4A MOTOR OPER- LIMIT SMB-t-40 H-28tt E-141 C/25 R4A R.B. A 2A M-51-1 RHOS ATED VALVE E-1462 475 RH 1E12-FOO4B MOTOR OPER- LIMIT SMB-t-40 H-28tt E-142 E/25 R4A R.B. A 24 M-51-2 RHOS ATED VALVE E-1474 475 RH 1E12-FOO4C MOTOR OPER- LIMIT SMB-1-40 H-28tl E-142 E/25 R44 R.B. A 2A M-51-3 RHOS ATED VALVE E-1473 475

. RH tE12-FOO6A MOTOR OPER- LIMIT SMB-O-40 H-2811 E-141 B/25 R4B R.B. 2A M-St-t RHO 6 ATED VALVE E-1458 475 RH 1E12-FOO68 MOTOR OPER- LIMIT SMB-O-40 H-28tt E-142 E/25 R4E R.B. 2A M-St-2 RHO 7 ATED VALVE E-1473 475 RH 1E12-FOO8 MOTOR OPER- LIMIT SMB-2-80 H-2264 E-145 B/23 R2A R.B. A 2A M-51-3 RHO 8 ATED VALVE E-2331 525 .

, RH 1E12-FOO9 MOTOR OPER- LIMIT SMB-2-60 H-2264 E-145 C/22 C1 DRYWEL A 2A M-58-3 RHO 9 ATED VALVE E-1476 524 RH 1E12-FOtlA MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-141 C/27 R4F R.B. A A 2A M-51-1 RH10 ATED VALVE E-1565 475 RH 1E12-FOt18 MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-142 0/28 R4F R.B. A A 2A M-51-2 RH10 ATED VALVE E-1575 475

.PAGE 42 0F 77 e

n SARGENT&LUNDY

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 -

REVISION 008

. ZIMMER EQUIPMENT OUALIFICATION 001346 e PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

e........................................................... ..................... ... ... ...... ............ ......................

RH IE12-F014A MOTOR OPER- LIMIT SMB-OOO-2/ H-2265 E-141 C/27 R4F R.B. A A 2A M-30-2 RHit y ATED VALVE HIBC E-1460 475 I

RH 1E12-FOt48 MOTOR OPER- LIMIT SMB-OOO-2/ H-2265 E-142 D/28 R4F R.fl. A A 2A M-30-2 RH11 ATED VALVE HIBC E-1475 475

RH 1E12-FOtGA MOTOR OPER- LIMIT SMB-O-25 H-2811 E-145 B/23 R2A R.B. A 2A M-St-l RHt2 4 ATED VALVE E-1462 525 I

i RH 1Et2-FOtGB MOTOR OPER- LIMIT SMB-O-25 H-2811 E-148 E/23 RfC R.B. A 2A M-51-2 RH13

. ATED VALVE E-1475 546 RH 1E 12 -F 017 A MOTOR OPER- LIMIT SMB-0-25 H-28tf E-145 B/23 R2A R.B. A 24 M-51-1 RH14 ATED VALVE E-1462 525 RH tE12-FOt78 MOTOR OPER- LIMIT SMB-O-25 H-2811 E-148 E/23 RfC R.B. A 2A M-51-2 RH15 ATED VALVE E-1475 546 RH IE12-F021 MOTOR OPER- LIMIT SMB-2-25 H-2263 E-148 E/23 RIC R.B. A 2A M-51-3 RHt6 ATED VALVE E-1475 546 RH IE12-F023 MOTOR OPER- LIMIT SMB-1 H-2820 E-149 B/25 RSA R.B. A 2A M-51-2 RH17 ATED VALVE E-2335 570 RH IE12-F024A MOTOR OPER- LIMIT SMB-2-25 H-2263 E-143 C/18 R3A R.B. N/A A 2A M-St-1 RH18 l

ATED VALVE E-1565 503 i RH 1E12-FO248 MOTOR OPER- LIMIT SMB-2-25 H-2263 E-143 C/25 R3A R.B. N/A A 2A M-51-2 RH18

, [ ATED VALVE E-1575 503 I

RH 1E12-F02'A 6 MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-141 C/27 R4F R.B. A A 2A M-St-4 RH19 ATED VALVE E-1460 475 RH IE12-FO268 MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-142 D/28 R4F R.B. A A 24 M-51-4 RHt9

, ATED VALVE E-1477 475 t RH 1E12-F027A MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-141 A/25 R4B R.B. A A 2A M-51-1 RH2O i

ATED VALVE E-1460 475 RH 1E12-F027B MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-142 F/25 R4E R.B. A A 2A M-51-2 RH21 ATED VALVE E-1477 475 RH IE12-F040 MOTOR OPER- LIMIT SMB-OOO H-2263 E-142 D/28 R4F R.B. A A 2A M-51-2 RH22 j ATED VALVE E-1460 475 1

.PAGE 43 0F 77 2

SARGENT&LUNDY

. 4 ..

_ . . _u ;. . .. .. . .J.:

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 ,

REVISION 008 ZIMMER EQUIPMENT OUALIFICATION dot 346

. PLANT ID COMPONENT / MODEL SPEC OR E.I., DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

.SY NUMBER EQUIPMENT MFR NUMBER 8/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

RH 1E12-F04fA SOL E NG I") ASCO WPHTX834472 H-2267 E-147 C/23 C1 DRYWEL N/A P EX M-St-1 EOO5 E-2671 574-8 RH 1E12-F041A LIMIT SWITCH NAMCO EA740tOOOO H-2267 E-147 C/23 C1 DRVWEL N/A P EX EOO5 E-2671 574-8 RH 1E12-F041A OPEN/CLOSE MAG- MPS-15 H-2267 E-147 C/23 Cf DRYWEL N/A A 2A RHO 3

, POS SWITCH LOCK E-2671 574-8 RH 1E12-FO4tB SOLENOID ASCO WPHTX834472 H-2267 E-147 D/23 C1 DRYWEL N/A P EX M-51-2 EOO5 E-2671 574-8 RH tE12-F041B LIMIT SWITCH NAMCO EA740tOOOO H-2267- E-147 D/23 C1 DRYWEL N/A P EX EOO5 E-2671 574-8 i

RH 1E12-F04tB OPEN/CLOSE MAG- MPS-15 H-2267 E-147 D/23 C1 DRYWEL N/A A 2A RHO 3 POS SWITCH LOCK E-2671 574-8 RH 1E12-FO4tC SOLENOID ASCO WPHTX834472 H-2267 E-147 D/21 C1 DRYWEL N/A P EX M-51-3 EOO5 j E-2671 574-8 RH 1Et2-F04tC LIMIT SWITCH NAMCO EA740tOOOO H-2267 E-147 D/21 C1 DRYWEL N/A P EX EOO5 E-2671 574-8 RH IE12-F04fC OPEN/CLOSE MAG- MPS-15 H-2267 E-147 D/21 Cl DRYWEL N/A A 2A RHO 3 POS SWITCH LOCK E-2671 574-8 RH 1E12-FO42A MOTOR OPER- LIMIT SMB-O H-2264 E-147 B/23 RtB R.B. A 2A M-51-1 RH23 i ATED VALVE E-1461 546 i

! RH 1E12-F0428 MOTOR OPER- LIMIT SMB-O H-2264 E-148 E/23 Ric R.B. A 2A M-51-2 RH24 ATED VALVE E-1476 546 RH 1E12-FO42C MOTOR OPER- LIMIT SMB-O H-2264 E-148 E/23 Ric R.B. A 2A M-51-3 RH24 ATED VALVE E-1478 546 i RH lE12-F047A MOTOR OPER- LIMIT SMB-O-25 H-28tt E-143 C/28 R3A R.B. A 2A M-51-4 RH25 ATED VALVE E-1565 503

^

RH 1E12-FO47B MOTOR OPER- LIMIT SMB-O-25 H-28tf E-144 D/28 R3A R.B. A 2A M-51-4 RH25 ATED VALVE E-1575 503 4

RH 1E12-F0484 MOTOR OPER- LIMIT SMB-3 H-2820 E-143 B/28 R3A R.B. A 2A M-51-4 DH26 ATED VALVE E-1461 503 i

.PAGE 44 0F 77 n

M SARGENT&LUNDY l.. _

V v J .

PROJECT NUMBER 4130-05 DATE 12 DAN 83 -

REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

. PLANI ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR HUM 6ER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHi.

RH 1E12-FO488 MOTOR OPER- LIMIT SMS-3 H-2820 E-142 D/28 R3A R.B. A 2A M-51-4 RH26 ATED VALVE E-1479 505 RH IE12-F049 MOTOR OPER- LIMIT SMS-OOO-5 H-2264 E-142 D/28 R4F R.B. A A 2A M-51-2 RH27 ATED VALVE E-1478 475 j RH lE12-FO50A SOLENOID ASCO WPHTX834472 H-2267 E-145 C/21 C1 DRYWEL N/A P EX M-51-1 EOO5 E-2671 533-10 RH 1E12-F0504 LIMIT SWITCH NAMCO EA740tOOOO H-2267 E-145 C/21 C1 DRYWEi. N/A P EX EOO5 E-2671 533-10 RH 1E12-F050A OPEN/CLOSE MAG- MPS-15 H-2267 E-146 C/21 C1 DRYWEL A 2A RHO 3 POS SWITCH LOCK E-2671 533-10 RH 1E12-F0508 SOLENOID ASCO WPHTX834472 H-2267 E-146 D/23 Ct DRYWEL N/A P EX M-51-2 EOO5 i E-2671 533-10 RH 1E12-F050B LIMIT SWITCH NAMCO EA740tOOOO H-2267 E-146 D/23 C1 ORYWEL N/A P EX EOO5 E-2671 533-10 RH 1E12-F0508 OPEN/CLOSE MAG- MPS-15 H-2267 E-146 D/23 C1 DRYWEL A 2A RHO 3 POS SWITCH LOCK E-2671 533-1O RH 1E12-F051A SOLENOID ASCO HT8320At75 H-2266 E-143 C/28 RAF R.B. N/A A 2A M-51-4 RH38 E-2671 503 RH 1E12-F05tB SOLENOID ASCO HT8320A175 H-2266 E-144 D/28 R4F R.B. N/A A 2A M-51-4 RH38 E-2671 503 9H 1E12-FOS 2A MOTOR OPER- LIMIT SMB-2 H-2820 E-143 C/28 R3A R.B. A 2A M-51-4 RH28 ATED VALVE E-1565 503

! RH 1E12-F0528 MOTOR OPER- LIMIT SMB-2 H-2820 E-144 D/28 R3A R.B. A 2A M-51-4 RH28 ATED VALVE E-1575 503 RH 1E12-F053A MOTOR OPER- LIMIT SMB-3 H-2820 E-145 C/18 R2A R.B. A 2A M-St-1 RH29 ATED VALVE E-1570 525

! RH 1E12-FO538 MOTOR OPER- LIMIT SMB-3 H-2820 E-145 C/25 R2A R.B. A 2A M-51-2 Ril29

{ ATED VALVE E-tS70 525 Rif 1E12-F060A LIMIT SWITCH NAMCO EA-170 H-2852 E-149 C/28 R4B R.B. A A 2 M-51-4 RH42 OPEN POS. 46302 E-2917 475

.PAGE 45 0F 77 M

n SARGENT&LUNDY

== -

"o o o .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 .

REVISION 008

• i ZIMMER EQUIPMENT OUALIFICATION 001346 l'

• PLANT ID COMPONENT / MODEL SPEC OR E.I. OWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

+SV NUMBER EQUIPMENT MFR NUMBER B/M No. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

RH tE12-FO60A LIMIT SWITCH NAMCO EA-170 H-2852 E-144 C/28 R4B R.B. A 24 M-51-4 RH42 CLOSED POS. 46302 E-2917 497 RH 1E12-F060A SOLENOID ASCO HTX8320A22V H-2852 E-141 C/28 R4B R.B. A 2A M-51-4 RH39 E-2917 497 RH 1E12-F0600 LIMIT SWITCH NAMCO EA-170 H-2852 E-141 D/28 R4E R.B. A 2A M-51-4 RH43 l

CLOSED POS. 46302 E-2917 497 i

RH IE12-FO608 SOLENOID ASCO HTX8320422V H-2852 E-141 D/28 R4E R.B. A 2A M-51-4 RH40 E-2917 497 RH 1E12-FO608 LIMIT SWITCH NAMCO EA-170 H-2852 E-141 D/28 R4E R.B. A A 2A M-51-4 RH43

. OPEN POS. 46302 E-2917 475 RH IE12-F064A MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-141 C/27 R4B R.B. A A 2A M-51-1 RH30 ATED VALVE E-1760 475 RH 1E12-F0648 MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-142 E/27 RAE R.B. A A 2A M-St-2 RH31 ATED VALVE E-1758 475 l

t Rif 1E12-FO64C MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-142 E/27 R4E R.B. A A 2A M-51-3 RH31 l ATED VALVE E-1751 475 RH 1E12-F065A SOLENOID ASCO HT8320A175 H-2266 E-141 C/28 R4F R.B. A A 2A M-51-4 RH41 E-2671 475 RH 1Et2-FO65B SOLENOID ASCO HT8320A175 H-2266 E-142 D/28 R4F R.B. A A 2A M-51-4 RH41 E-2671 475 I RH 1E12-FO68A MOTOR OPER- LIMIT SMB-OOO-2/ H-2265 E-141 C/28 R4F R.B. A A 2A M-30-2 RH32 ATED VALVE HIBC E-1461 475 l

i RH 1E12-FO688 MOTOR OPER- LIMIT SMB-OOO-2/ H-2265 E-142 D/28 R4F R.B. A A 2A M-30-2 RH32 ATED VALVE HIBC E-1478 475 RH 1E12-F073A MOTOR GPER- LIMIT SMB-OOO H-2852 E-143 C/28 R3A R.B. N/A A 2A M-51-4 RH33 ATED VALVE E-1566 503 RH 1E12-F0738 MOTOR OPER- LIMIT SMB-OOO H-2852 E-144 D/28 R3A R.B. N/A A 2A M-51-4 RH33 ATED VALVE E-1576 503 RH 1E12-F074A MOTOR OPER- LIMIT SMB-OOO H-2852 E-143 C/28 R3A R.B. N/A A 2A M-51-4 RH34 ATED VALVE E-1567 503 i  !

i

.PAGE 46 0F 77 O

a

SARGENT#duNDY

O O~. O .

PROJECT NUMBER 4 t30-05 DATE 12 JAN 83 REVISION 008 .

ZIMMER EQUIPMENT QUALIFICATION dot 34G

. . PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA I .SY NUMBER EQUIPMENT MFR NUMSER 8/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

RH 1E12-FO748 MOTOR OPER- LIMIT SMB-OOO H-2852 E-144 D/28 R3A R.B. N/A. A 2A M-51-4 RH34 ATED VALVE E-1576 503 RH IEi2-FO75A SOLENOID ASCO HTX8320A22V H-2852 E-149 C/28 R48 R.B. A 2A M-51-4 RH39 E-2917 475 RH 1E12-F07b. LIMIT SWITCH NAMCO EA-870 H-2852 E-141 C/28 R48 R.B. A A 2A M-51-4 RH42 OPEN POS. 46302 E-2917 475 RH 1E12-F075A LIMIT SWITCH NAMCO EA-170 H-2852 E-141 C/28 R4B R.B. A 2A RH42 CLOSED POS 46302 E-2917 475 RH 1E12-F075B SOLENOID ASCO HTX8320A22V H-2852 E-141 D/28 R4E R.8. A 2A RH40

E-2917 475 RH IE12-FO758 LIMIT SWITCH NAMCO EA-170 H-2852 E-149 D/28 R4E R.B. 4 A 2A M-St-J RH43 OPEN POS. 46302 E-2917 475 RH 1E12-F0758 LIMIT SWITCH NAMCO EA-170 H-2852 E-141 D/28 R4E R.B. A 2A O-51-4 RH43 CLOSED POS. 46302 E-2917 497

! RH 1E12-F087A MOTOR OPER- LIMIT SMB-OO H-2820 E-143 C/28 R3A R.B. A 2A M-51-4 RH35 l

ATED VALVE E-1571 503 RH 1E12-FO878 MOTOR OPER- LIMIT SMB-DO H-2820 E-144 D/28 R3A R.B. A 2A M-51-4 RH35 ATED VALVE E-tS77 503 RH 1E12-FO99A MOTOR OPER- LIMIT SMB-OOO-2 H-2852 E-145 C/21 C1 DRVWEL N/A A 2A M-51-1 RH36 ATED VALVE E-1749 524 RH 1E12-F0998 MOTOR OPER- LIMIT SMB-OOO-2 H-2852 E-146 C/23 C1 DRYWEL N/A A 2A M-51-2 RH36 ATED VALVE E-tS76 525 RH 1E12-F338A MOTOR OPER- LIMIT SMB-OOO H-2852 E-147 C/22 C1 DRYWEL N/A A 2A M-51-1 RH37 ATED VALVE E-1760 570 RH 1F12-F3388 MOTOR OPER- LIMIT SMB-OOO H-2852 E-147 D/22 C1 DRYWEL N/A A 2A M-51-2 RH37 A?ED VALVE E-1751 570 RH 1E12-F338C MOTOR OPER- LIMIT SMB-OOO H-2852 E-147 D/22 C1 DRYWEL N/A A 2A M-51-3 RH37 ATED VALVE E-1751 570

, RH 1E12-NOO7 A FLOW TRANS, BAILEY 163 Cit 83 H-2210 E-141-1 B/26 R48 R.B. P 28 1H22-pot 8 RH44 555 E-2844 475

.PAGE 47 0F 77 e,

O n .

l SARGENT&LUNDY

O O O .

PROJECT NUMBER 4130-05 DATE 12 DAN 83 REVISION 008 l ZIMMER EQUIPMENT QUALIFICATION 001346

• PLANT I D' COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

' RH 1E12-NOO7 8 FLOW TRANS. BAILEY 163Ctf83 H-2210 E-142 E/28 R4E R.B. P 2B 1H22-PO24 RH45 555 E-2847 475 RH IE12-NOO9 A DIFF. PRESS. BARTCN 145C3OO9 H-22tO E-147 A/24 RfA R.B. A 2A RH49 INO. SWITCH 288A E-2671 546 RH 1E12-NOO9 8 DiFF. PRESS. BARTON 145C3OO9 H-2210 E-148 F/23 RIC R.B. A 2A RH50

. IND. SWITCH 288A E-2674 546 RH IE12-NOO9 C DIFF. PRESS. BARTON 145C3OO9 H-2210 E-148 F/23 Ric R.B. A 2A RH50 IND. SWITCH 288A E-2671 546 RH 1E12-NOto A DIFF. PRESS. BARTON 145C3OO8 H-2210 E-141-1 B/26 R4B R.B. A 2A 1H22-pot 8 RH54 IND. SWITCH 289A E-2844 475 4 ,

l j RH 1E12-NOIO 8 DIFF. PRESS. BARTON 145C3OO8 H-2210 E-142 E/28 R4E R.B. A 2A 1H22-PO21 RH55 i IND. SWITCH 289A E-2847 475 RH 1E12-NOtO C DIFF. PRESS. BARTON 145C3OO8 H-22tO E-142 E/28 R4E R.B. A 2A IH22-PO21 RH55 IND. SWITCH 289A E-2847 475 RH IEt2-NOt3 FLOW TRANS. BAILEY 163C1183 H-22tO E-150 F/24 RSA R.B. P 2B RH46 555 E-2671 570 RH 1E12-NO15 A FLOW TRANS. BAILEY 163 Cit 83 H-2210 E-141-1 B/26 R4B R.B. P 28 1H22-pot 8 RH44 555 E-2844 475 3

RH 1E12-NOt5 B FLOW TRANS. BAILEY 163C1183 H-2210 E-142 E/28 R4E R.B. P 28 1H22-PO21 RH45 l 555 E-2847 475 RH 1E12-NO15 C FLOW TRANS. BAILEY 163C1183 H-22tO E-142 E/28 R4E R.B. P 2B 1H22-PO21 RH45 555 E-2847 475 RH 1E12-NOt6 A PRESS. SWITCH STATIC 145C30tt H-2210 E-141-1 B/26 R4B R.B. A 2A 1H22-pot 8 RH56 0-RING SN-AA3 E-2847 475 RH tE12-NOt6 B PRESS. SWITCH STATIC 145C30tt H-2210 E-142 E/28 R4E R.B.

• A 2A 1H22-PO21 RH57 0-RING SN-AA3 E-2847 475 RH IE12-NOt6 C PRESS. SWITCH STATIC 145C30tt 64-2210 E-142 E/28 R4E R.B. A 2A 1H22-PO21 RH57

. 0-RING SN-AA3 E-2847 475 RH 1E12-NOt9 A PRESS. SWITCH STATIC 145C30tt H-2210 E-141-1 B/26 R4B R.B. A 2A 1H22-pot 8 RH56 I l

, 0-RING SN-AA3 E-2844 475 i

l l .PAGE 48 0F 77 I

e n

SARGENT&LUNDY

4. - ..

i O O O .

PROJECT NUMBER 4130-05 i DATE 12 JAN 83 -

REVISION 008 ZIMMER EQUIPMENT OUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

.SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

RH 1E12-NO19 B PRESS. SWITCH STATIC 145C3011 H-2210 E-142 E/28 RAE R.B. A 2A 1H22-PO21 RH57 0-RING 5N-AA3 E-2847 475 Ret IEt2-NOt9 C PRESS. SWITCH STATIC 145C3011 H-22tO E-142 E/28 R4E R.B. A 2A 1H22-PO21 RH57 0-RING SN-AA3 E-2847 475 RH 1E12-NO22 A PRESS.IND. ROBERT 163C1185 H-2210 E-141-1 B/26 R4B R.B. P 2B 1H22-pot 8 RH58 SWITCH -SHAW SP-222C E-2844 475

, i RH 1E12-NO22 B PRESS.lNO. ROBERT 163C1185 H-22tO E-142 E/28 R4E R.B. P 2B 1H22-PO21 RH59 SWITCH -SHAW SP-222C E-2847 475 RH tE12-NO22 C PRESS.IND. ROBERT 163C1185 H-2210 E-142 E/28 R4E R.B. P 2B 1H22-PO29 RH59 SWITCH -SHAW SP-222C E-2847 475 RH IE12-NO26 A PRESS.TRANS. BAILEY 163C1186 H-2210 E-141-1 B/26 R4B R.B. P 28 1H22-pot 8 RH47 556 E-2844 475 RH 1E12-NO26 B PRESS.TRANS. BAILEY 163C1186 H-2210 E-142 E/28 R4E R.B. P 2B 1H22-PO21 RH48

. 556 E-2847 475 RH 1E12-NO28 PRESS.TRANS. BAILEY 163Ci186 H-2210 E-142 E/28 R4E R.B. P 28 1H22-PO2i RH48 556 E-2847 475 RH 1E12-NO29 A DIFF. PRESS. BARTON 145C3OO9 H-22tO E-141-1 B/26 R4B R.B. A 2A 1H22-pot 8 RH5t SWITCH 288A E-2844 475 ,

RH 1E12-NO29 8 DIFF. PRESS. BARTON 145C3OO9 H-22tO E-142 E/28 R4E R.B. A 2A 1H22-PO21 RH52 I SWITCH 288A E-2847 475 RH IE12-NO32 A PRESS. SWITCH BARKS- 164C5359 H-2210 E-141-t B/26 R4B R.B. A 2A tH22-PO18 RH60 DALE BtTMl2SS-GE E-2844 475 RH IE12-NO32 B e)RESS. SWITCH BARKS- 164C5359 H-2210 E-142 E/28 R4E R.B. A 2A 1H22-PO21 RH61 DALE BtTM12SS-GE E-2847 475 i

l RH 1E12-NO33 A PRESS. SWITCH BARKS- 164C5359 H-22tO E-141-1 B/26 R4B R.B. A 2A 1H22-POtB RH60 DALE BtTM12SS-GE E-2844 475

RH 1E12-NO33 B PRESS. SWITCH BARKS- 164C5359 H-2210 E-142 E/28 R4E R.B. A 2A 1H22-PO21 RH61 3,

DALE BITM12SS-GE E-2847 475

RH IPDS-RHOO7A PRESSURE BARTON 288A H-2866 D/25 R3A R.B. A 2A 1PX71J RH53 l

DIFFER SWITCH 503 I

{ .PAGE 49 0F 77 e

O SARGENTMUNDY

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT OUALIFICATION dot 346 j . PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

.SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

RH IPDS-RHOO78 PRESSURE BARTON 288A H-2866 D/25 R3A R.B. A 24 tPX71J RH53 DIFFER SWITCH 503 RH IPDS-RHOO8A PRESSURE BARTON 288A H-2866 B/20 R3A R.B. A 2A 1PX72J RH53 DIFFER SWITCH 503 RH IPDS-RHOO88 PRESSURE BARTON 288A H-2866 B/20 R3A R.B. A 2A 1PX72J RH53 DIFFER SWITCH 503 RH IPSH-RHOOSA PRESSURE BARTON 288A H-2866 D/25 R3A R.B. A 2A 1PX7tJ RH53 SWITCH-HIGH 503 RH 1PSH-RHOO5B PRESSURE BARTON 2864 H-2866 D/25 R3A R.B. A 2A 1PX7td RH53 SWITCH-HIGH 503 RH 1PSH-RHOO6A PRESSURE BARTON 288A H-2866 B/20 R3A R.B. A 24 1PX72J RH53 SWITCH-HIGH 503 RH IPSH-RHOO68 PRESSURE BARTON 288A H-2866 B/20 R3A R.B. A 2A 1PX72J RH53 SWITCH-HIGH 503 i

RI 1E51-COO 2 TURBINE TERRY GS-1 H-22tO E-142 E/15 R4D R.B. A EX EOO7 475 RI 1E51-COO 3 PUMP WEST. 74D24113 H-2185 E-142 E/16 R4D R.B. A A EX EOO7 MOTOR 475

. RI IE51-FOO4 LIMIT SWITCH NAMCO EA17031tOO H-2266 E-142 F/15 R4D R.B. P EX M-52-1 EOO7 CLOSED POS. E-2908 475 RI 1E51-FOO4 LIMIT SWITCH NAMCO EA1703ttOO H-2266 E-142 F/15 R4D W.B. P EX M-52-1 EOO7 OPEN POS. E-2908 475 RI 1E51-FOO4 SOLENGID ASCO HT8320At75 H-2266 E-142 F/15 R4D R.B. P EX M-52-1 EOO7 E-2908 475 RI 1E51-FOO5 LIMIT SWITCH NAMCO EA1703ttOO H-2266 E-142 F/15 R4D R.B. P EX M-52-1 EOO7 CLOSED POS. E-2908 475 RI IESt-FOO5 LIMIT SWITCH NAMCO EA17031100 H-2266 E-142 F/15 R4D R.B. P EX M-52-1 EOO7 OPEN POS. E-2908 475 RI 1E51-FOOS SOLENOID ASCO HT8320A175 H-2266 E-142 F/15 R4D R.B. P EX M-52-1 EOO7

. E-2908 475 i

f .PAGE 50 0F 77 8

n N

SARGENTMUNDY

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 03

• REVISION 008 ZIMMER EQUIPMENT QUALIFICATION dot 346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER 8/M NO. W/D HO. ELEVA'N IN OUT BUILD LEV PASS REV CAT. SHT.

RI 1E51-FOO8 MOTOR OPER- LIMIT SMB-OO-10 H-2264 E-145 8/25 R2A R.B. A 2A M-52-1 RIO1 ATED VALVE E-2326 525 l RI 1E51-F010 MOTOR OPER- LIMIT SMB-OOO H-2264 E-142 E/tB R4A R.B. A A EX M-52-2 EOO7 l

ATED VALVE E-2322 475 ,

l RI 1E51-FO12 MOTOR OPER- LIMIT SMB-O-40 H-2264 E-142 E/15 R4D R.B. A A EX M-52-2 EOO7 ATED VALVE E-2324 475 RI 1E51-FOt3 MOTOR OPER- LIMIT SMB-O-40 H-22G4 E-149 C/25 RSA R.B. A EX M-52-2 EOO7 ATED VALVE E-2325 570 RI 1E51-FOt9 MOTOR OPER- LIMIT SMB-OOO H-2852 E-142 E/15 R4D R.B. A 2A M-52-2 RIO2 ATED VALVE E-2323 475 i

RI 1E51-F022 MOTOR OPER- LIMIT SMB-OO H-2263 E-149 C/24 R5A R.B. A EX M-52-2 EOO7 ATED VALVE E-2323 570 RI 1E51-F025 LIMIT SWITCH NAMCO EA1703110 I H-2266 E-142 E/15 R4D R.B. A EX M-52-1 EOO7 OPEN POS. E-2908 475 RI lESI-F025 LIMIT SWITCH NAMCO EA17031100 H-2266 E-142 E/15 R4D R.B. A EX M-52-1 EOO7 CLOSED POS. E-2908 475 RI 1E51-FO25 SOLENOID ASCO HT8320A175 H-2266 E-142 E/15 R4D R.B. A EX M-52-1 EOO7 E-2908 475 RI 1E51-F026 SOLENDID ASCO HT8320At75 H-2266 E-142 E/15 R4D R.B. A EX M-52-1 EOO7 E-2908 475 l RI 1E51-FO26 LIMIT SWITCH NAMCO eat 7031100 H-2266 E-142 E/15 R4D R.B. *

. EX M-52-1 EOO7 CLOSED POS. E-2908 475 RI 1E51-FO26 LIMIT SWITCH NAMCO EA1703ttOO H-2266 E-142 E/15 R4D R.B. A EX M-52-1 EOO7 OPEN POS. E-2908 475 RI 1E51-FO31 MOTOR OPER- LIMIT SMB-OOO-5 H-2264 E-142 D/11 R4A R.B. A 2A M-52-2 RIO3

! ATED VALVE E-2325 475 RI 1E51-F045 MOTOR OPER- LIMIT SMB-1 H-2820 E-142 E/15 R4D R.B. A 24 M-52-1 RIO4 ATED VALVE E-2329 475 RI 1E51-FO46 MOTOR OPER- LIMIT SMB-OOO-5 H-2852 E-142 E/15 R4D R.8. A EX M-52-2 EOO7 i ATED VALVE E-2324 475 1

j .PAGE 51 0F 77 i E n

N SARGENT&LUNDY

_ = _.

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83

• REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 OATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

r l RI 1E51-FO59 MOTOR OPER- LIMIT SMB-OO-10 H-2264 E-149 F/19 R3A R.B. A EX M-52-2 EOO7 l

ATED VALVE E-2326 503

RI 1E51-FO63 MOTOR OPER- LIMIT SM8-0-40 H-2264 E-147 C/22 Cl DRYWEL A 2A M-52-1 RIO5 ATED VALVE E-1577 570 l

RI 1E51-F064 MOTOR OPER- LIMIT SMB-0-40 H-2264 E-147 8/23 RtB R.B. A 2A M-52-1 RIO6 ATED VALVE E-2327 546 i

RI IE51-F066 SOLENOID ASCO WPHTX834472 H-2267 E-147 C/22 C1 ORYWEL P EX M-52-2 EOOS E-2908 593 RI 1E51-FOGG LIMIT SWITCH NAMCO EA7dO10000 H-2267 E-147 C/22 C1 DRVWEL P EX EOO5 E-2908 593 RI IE51-FO66 LIMIT SWITCH MAG- MPS-15 H-2267 E-147 C/22 Cl DRYWEL A EX EOO7 LOCK E-2908 593 RI 1E51-FO68 MOTOR OPER- LIMIT SMB-OO-7.5 H-2264 E-144 D/15 R3A R.B. N/A A 2A M-52-1 RIO7 ATED VALVE E-2327 503 RI 1E51-FO69 MOTOR OPER- LIMIT SMB-030 H-2852 E-144 D/18 R3A R.B. N/A A 2A M-52-1 RIO8 ATED VALVE E-2329 503 RI 1E51-FO76 MOTOR OPER- LIMIT SMR-OOO H-2352 E-147 C/22 C1 DRVWEL N/A A 2A M-52-1 RIO9 ATED VALVE E-1576 570 RI 1E51-F080 MOTOR OPER- LIMIT SMB-OOO H-2852 E-143 C/18 R3A R.8. A 2A M-52-1 RIO8

. ATED VALVE E-2322 503 i

RI IE51-F086 MOTOR OPER- LIMIT SMB-OOO H-2852 E-143 B/18 R3A R.B. A 2A M-52-1 RIO9 ATED VALVE E-tS78 503 2 RI 1E51-F317 MOTOR OPER- LIMIT SMB-OOO H-2852 E-847 C/22 C1 DRVWEL N/A A 2A M-52-2 Rito ATED VALVE E-1463 593 RI 1E51-NOO2 FLOW SWITCH DARTON 145C3OO8 H-2210 E-142 E/97 R4D R.B. A EX 1H22-pot 7 EOO7 i 289A E-2841 475 RI 1E51-NOO3 FLOW ROSE- 163C1561 H-2210 E-142 E/87 R4D R.B. A EX fH22-POf7 EOO7 TRANSMITTER MOUNT tt5tDP E-2841 475 l

l ;

• RI 1E51-NOO4 PRESS. BAILEY 163C1186 H-22tO E-142 E/17 R4D R.B. P EX 1H22-pot? EOO7 TRANSMITTER 556 E-2844 475

.PAGE 52 0F 77 .

to O

SARGENT&LUNDY EPMBINEERE .

. O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 .

ZIMMER EQUIPMENT QUALIFICATION D01346

. PLANT 10 COMPONENT / MODEL SPEC OR E.I. DWG CDL/ ROW CDNTAIN FLD ACT/ ADD 0588 DATA i .SY NUM8ER EQUIPMENT MFR NUMBER B/M NO. W/O NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

l ... .............. . .................... ........... .....................

................ .......... ........ .... IH22-pot

' BAILEY 163C1186 H-2210 E-142 E/17 R4D R.B. P EX 7 EOO7 RI IE51-NOG 5 PRESS.

! TRANSMITTER 556 E-2841 475 RI IE51-NOO6 PRESS. STATIC 145C3 Oft H-2210 E-142 E/97 R4D R.B. A EX 1H22-PO17 EOO7 SWITCH 0-RING 6N-AA21 E-2841 475 1.

A RI SE51-NOO7 PRESS. BAILEY 163CitB6 H-2210 E-142 E/t7 R4D R.B. P EX 1H22-pot 7 EOO7 TRANSMITTER 556 E-2841 475 RI 1E51-NOO8 PRESS. ROSE- 1152 H-22tO E-142 E/17 R4D R.B. P EX t t122-PO t 7 EOO7 TRANSMITTER MOUNT E-2841 475 BARKS- 145C3046 H-2210 E-142 E/17 R4D R.B. A EX 1H22-pot 7 EOO7 RI E51-NOO9 A PRESS.

SWITCH DALE D2H-M80SS E-2841 475 RI IE51-NOO9 B PRESS. BARKS- 145C3046 H-22tO E-142 E/t7 R4D R.B. A EX 1H22-POf7 EOO7

. SWITCH DALE D2H-M80SS E-2841 475 l

l RI 1E51-NO10 LEVEL MAGIM T 159C43St H-22tO E-142 D/15 R4D R.B. P EX EOO7 SWITCH -ROL S.0-754 E-2906 475 BARKS- 145C3046 H-2210 E-142 E/17 R4D R.B. A 2A 1H22-pot 7 Ritt RI 1E51-NO12 A PRESS. j SWITCH DALE D2H-M80SS E-2848 475 1 RI 1E51-NO12 B PRESS. BARKS- 145C3046 H-2210 E-142 F/24 R4E R.B. A 2A 1H22-PO29 Rit2

, . SWITCH DALE D2H-M80SS E-2874 475 ,

E/97 R4D R.B. A 2A 1H22-pot 7 RItt RI 1E51-NO12 C PRESS. BARKS- 145C3046 H-22tO E-142 SWITCH DALE D2H-MO8SS E-2841 475 RI 1E51-NO12 O PRESS. BARKS- 145C3046 H-22tO E-142 F/24 R4E R.B. A 2A 1H22-PO29 RI12

. SWITCH DALE D2H-MOBSS E-2874 475 RI lE51-NO2O PRESS. SWITCH BARKS- 159C4606 H-22tO E-142 E/16 R4D R.B. A LX IPX28J EOO7 E-2906 I DALE PUM340SS-V 475 l RI 1E51-NO21 PRESS. SWITCH BARKS- 145C3046 H-2210 E-142 E/17 R4D R.B. P EX 1H22-PO17 EOO7 l DALE O2H-M80SS E-2841 475 i'

H-2210 E-142 E/17 R4D R.B. P EX 1H22-pot 7 EOO7 RI 1E51-NO34 PRESS. SWITCH ROBERT 163 Cit 85

. -SHAW SP-222C 475 RI ISC-RI711 GOV. CDNTROL WOOO- 8270-849 H-2210 E-142 E/16 R4D R.B. A EX EOO7 l E-2422 475

. EGM BOX WARD

.PAGE 53 OF 77 8

n M

i SARGENT&LUNDY

=-

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REblSION 008

. ZIMMER EQUIPMENT OUALIFICATION D01346

. + FLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

! *SV NUMBER EQUIPMENT MFR NUMBER R/M NO. W/D NO. ELEVA1N IN OUT BUILD LEV PASS REV CAT. SHT.

RI ISE-RI7tl GOV. CONTROL AIRPAX 1-0003 H-2210 E-142 E/16 R4D R.B. A EX EOO7

! SENSING ELENT E-2422 475 RI 1SE-RI714 TURBINE OVER- AIRPAX 1-0003 H-2210 E-142 E/16 R4D R.B. A EX EOO7 SPEED TRIP E-2422 475 i SENSOR ELEMT t

! RI 15VS-RI7tt GOV. CONTROL WOOO- 8271-083 H-2210 E-142 E/16 R4D R.B. A EX EOO7 j . RAMP GEN. SIG WARD E-2422 475 CONVERTER RI ISYS-RI714 TURBINE OVER- AIRPAX FSS-845 H-2210 E-142 E/16 R4D R.B. A EX EOO7 SPEED TRIP E-2422 475 CONVERTER

! RP 1C71-NOO2 A PRESS. SWITCH STATIC 145C3012 H-2210 E-148-t E/20 RfC R.B. A 2A 1H22-POO4 RPOS

0-RING 12NAAYX9TT E-2809 546 ,

RP 1C71-NOO2 B PRESS. SWITCH STATIC 145C3012 H-2210 E-147-1 C/17 Ric R.B. A 2A 1H22-PO27 RPOS O-RING 12NAAYX9TT E-2867 546 RP 1C71-NOO2 C PRESS. SWITCH STATIC 145C3012 H-2210 E-147-1 C/24 RtB R.S. A 2A tH22-POO5 '4PO2 0-RING 12NAAYX9TT E-28tt 546

! RP 1C71-NOO2 D PRESS. SWITCH STATIC 145C3012 H-22tO E-148-9 E/24 Rtc R.B. A 2A 1H22-PO26 RPOl 0-RING 12NAAYX9TT E-2863 546 RR 1833-FOt9 SOLENDID ASCO HTX8320A22V H-2852 E-147 C/23 Ct DRYWEL N/A A 24 M-47-t RROI E-2917 546 RR 1833-FOt3 LIMIT SWITCH NAMCO EA-170 H-2852 E-147 C/23 Ct DR7WEL A 2A RRO3

, OPEN POS. 46302 E-2917 546 I

RR fB33-FOl9 LIMIT SWITCH NAMCO EA-170 H-2852 E-147 C/23 Ct DRVWEL A 2A RRO3

< , CLOSED POS. 46302 E-2917 546 RR fB33-F020 LIMIT SWITCH NAMCO EA-170 H-2852 E-145 8/21 R2A R.B. A 2A RRO4 OPEN PDS, 46302 E-2917 525 I RR 1833-F020 LIMIT SWITCH NAMCO EA-170 H-2852 E-145 B/29 R2A 4,fl. A 2A RRO4

. , CLOSED POS. 46302 E-2917 525

) RR 1933-F020 SOLENOID ASCO HTX8320A22V H-2852 E-145 8/21 R2A R.B. N/A A 24 M-47-1 RRO2 E-2917 525

.PAGE 54 0F 77 to n

SARGENT&LUNDY

O O O -

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008

. ZIMMER EOUIPMENT OUALIFICATION D01346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

! RR 1833-F023A MOTOR OPER- LIMI( SMB-2 H-2210 E-145 C/23 C1 DRYWEL P 28 M-47-1 RROS ATED VALVE E-1758 527 RR 1833-F0238 MOTOR OPER- LIMIT SMB-2 H-2210 E-146 D/22 Cl DRYWEL P 28 M-47-2 RROS ATED VALVE E-1749 532

, ; RR fB33-F355A SOLENOID TARGET 76F-207 H-2862 E-147 C/25 RfC R.B. N/A A 2A M-47-1 RRO6 a

VALVE ROCK E-2917 $46 i RR 1833-F3558 SOLENOID TARGET 76F-208 H-2862 E-147 C/25 RfC R.B. N/A A 2A M-47-1 RRO7 VALVE ROCK E-2987 546 ,

RR 1833-F355C SOLE NOID TARGET 76F-208 H-2862 E-147 C/25 Ric R.B. N/A A 2A M-47-1 RRO7 VALVE ROCK E-2917 546 RR 1B33 F3550 SOLENGID TARGET 76F-207 H-2862 E-147 C/25 RfC R.B. N/A A 2A M-47-1 RR06 VALVE ROCK E-2917 546 RR IB33-F356A SOLENGID TARGET 76F-207 H-2862 E-148 D/18 RfC R.B. N/A A 2A M-47-2 RRO6 VALVE ROCK E-2917 546 RR sB33-F3568 SOLENOID TARGET 76F-208 H-2862 E-148 D/18 RfC R.B. N/A A 2A M-47-2 RRO7 VALVE ROCK E-2917 546 RR 1833-F356C SOLENOID TARGET 76F-208 H-2862 E-148 D/18 RIC R.B. N/A A 2A M-47-2 RRO7 VALVE ROCK E-2917 546 RR IB33-F3560 SOLENOID TARGET 76F-207 H-2862 E-148 D/18 RfC R.B. N/A A 2A M-47-2 RPO6

. VALVE ROCK E-2917 546 RR 1833-NOt4 A FLOW TRANS. ROSE- 163C1561 H-2210 E-144-1 E/19 R3A R.B. A 2A Hf22-pot 5 RROS MOUNT 1151DP E-2838 503 RR 1833-NO14 B FLOW TRANS. ROSE- 163C1561 H-2210 E-144-1 D/16 R3A R.B. A 2A 1H22-PO22 RRO8 MOUNT t1510P E-2850 503 RR 1833-NO14 C FLOW TRANS. ROSE- 163C1561 H-2210 E-144-1 F/24 R3A R.B. A 2A 1H22-PO25 RRO8 MOUNT lt510P E-2860 503 RR fB33-NOt4 D FLOW TRANS. ROSE- 163C1561 H-2210 E-144-1 C/25 R3A R.B. A 2A 1H22-PO48 RRO8 MOUNT 1151DP E-2893 503

• l

, l RR IB33-NOt8 A PRESS. SWITCH STATIC 145C3011 H-2210 E-141-1 B/26 R4B R.B. P 28 fH22-pot 8 RRO9 I D-RING SNAA3STTX10 E-2844 475

.PAGE 55 0F 77 e (D m

SARGENT&LUIIDY m ___m __

"" O O O .

PROJECT NUMBER 4130-05 DATE 12 DAN 83 ,

. REVISION 008 I ZIMMER EQUIPMENT OUALIFICATION dot 346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 OATA

• SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVAIN IN OUT BUILD LEV PASS REV CAT. SHT.

RR fB33-NO18 B PRESS. SWITCH BARKS- 159C4606 H-2210 E-142 E/28 R4E R.B. P 2B 1H22-PO21 RR10 DALE BtTM12SS-GE E-2847 475 i

RR fB33-NO24 A FLOW TRANS. ROSE- 163 cts 61 H-22tO E-144-1 E/19 R3A R.B. A 2A 1H22-PO15 RROS MOUNT 11510P E-2837 503 RR fB33-NO24 8 FLOW TRANS. ROSE- 163C1561 H-2210 E-144-1 D/16 R3A R.B. A 2A 1H22-PO22 RRO8 MOUNT 1151DP E-2850 503 RR 1833-NO24 C FLOW TRANS. ROSE- 163C1561 H-22tO E-144-1 F/24 R3A R.B. A 2A 1H22-PO25 RROS MOUNT 1151DP E-2860 503 RR 1833-NO24 D FLOW TRANS. ROSE- 163C1561 H-22tO E-144-1 C/25 R3A R.B. A 2A fH22-PO41 RROS

. MOUNT 1151DP E -2893 503 RT IG33-FOOL MOTOR OPER- LIMIT SMB-OO-15 H-2264 E-147 D/21 C1 DRVWEL A 2A M-55-1 RTO1 ATED VALVE E-1755 546 RT 1G33-FOO4 MOTOR OPER- LIMIT SMB-OO-25 H-2264 E-148 E/29 Rtc R.B. N/A A 2A M-55-1 RTO2 ATED VALVE E-2334 546 RT 1G33-F040 MOTOR OPER- LIMIT SMB-OO-10 H-2264 E-144 E/21 R3A R.B. N/A A 2A M-55-1 RTO3 ATED VALVE E-1568 522 SC 1C41-COO 1A PUMP MOTOR G.E. TYPE 324AN H-2210 E-149 A/19 RSA R.B. N/A A EX EOO3 567 SC IC41-COO 18 PUMP MOTOR G.E. TYPE 324AN H-2210 E-149 A/19 RSA R.B. N/A A EX EOO3 567 SC 1C41-FOOtA MOTOR OPER- LIMIT SMB-OOO-2 H-2263 E-149 A/18 RSA R.B. N/A A EX H-57 EOO3 ATED VALVE E-1456 570 SC IC41-FOOtB MOTOR OPER- LIMIT SMB-OOO-2 H-22S3 E-149 A/18 RSA R.B. N/A A EX M-57 EOO3

! ATED VALVE E-1483 570 l

SC IC41-FOO4A EXPLOSIVE CONAX 1832-159- H-2210 B/19 RSA R.B. A EX M-57 EOO3

. VALVE Of 567 SC 1C41-FOO4B EXPLOSIVE CONAX 1832-159- H-2210 B/19 RSA R.B. A EX M-57 E003 VALVE 01 567 VG 1EL-VGO84A IND LIGHT G.E. ET-16 H-2299 A/23 R1B R.R. P EX tPL69dA EOOG i 546 i

.PAGE 56 0F 77 a

SARGENTMUNDY

~

O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 -

REVISION 008

, j ZIMMER EQUIPMENT QUALIFICATION D01346 e + PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA l *SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

, l VG 1EL-VGO84B IND LIGHT G.E. ET-16 H-2299 A/23 R1B R.B. P EX IPL69J#. EOO6 546 VG 1EL-VGO84C IND LIGHT G.E. ET-16 H-2299 A/23 R1B R.B. P EX 1PL69dA EOO6

. 546 l VG 1EL-VGO85A IND LIGHT G.E. ET-16 H-2299 A/22 R68 R.8. P EX 1PL69J8 EUOG 593 9

VG IEL-VGO85B IND LIGHT G.E. ET-16 H-2299 A/22 R68 R.B. P EX iPL69dB EOO6 593 VG IEL-VGO85C IND LIGHT G.E. ET-16 H-2299 A/22 R6B R.B. P EX tPL69dB EOO6 593 VG tFC-VGO39 PROPORTIONAL LOVE 541-851- H-2299 E-147 A/22 R1B R.B. N/A A 2A IPL69dA VG01 CONTROLLER CON- 8134-8115- E-3434 546 TROLS 816-8174 VG IFC-VGO40 PROPORTIONAL LOVE 541-851- H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69dB VGO2 CONTROLLER CON- 8134-8115- E-3440 593 TROLS 816-8174 VG 1FL-VGO45 ' RET AIR FLOW G.E. ET-16 H-2299 E-147 A/22 R1B R.B. N/A P EX IPL69dA EOO6 INO LIGHT E-3434 546 VG ffL-VGO46 RET AIR FLOW G.E. ET-16 H-2299 E-151 A/22 R6B R.B. N/A P EX 1PL69JB EOO6

. IND LIGHT E-3440 593 l

VG 1FSV-VGOO3 A DELUGF VALVE ATKO- FGX5700GX H-2288 E-147 A/22 RfA R.B. A 2A IPL69dA VGO3 MATIC E-3464 546 VG 1FSV-VGOO3 8 DELUGE VALVE ATKO- FGX5700GX H-2288 E-147 A/22 RfA R.B. A 2A 1PL69JA VGO3 MATIC E-3464 546 i

VG 1FSV-VGOO5 A DELUGE VALVE ATKO- FGX5700GX H-2288 E-147 A/22 RfA R.B. A 2A 1PL69JA VGO3 MATIC E-3464 546' VG 1FSV-VGOOS 8 DELUGE VALVE ATKO- rGX5700GX H-2288 E-147 A/22 RfA R.B. A 2A 1PL69JA VGO3 MATIC E-3464 546 VG tFSV-VGO2O A DELUGE VALVE ATKO- FGX5700GX H-2288 E-tSt A/22 R6A R.B. A 2A VGO4 MATIC E-3465 593 VG 1FSV-VGO2O H DELUGE VALVE ATKO- FGX5700GX H-2288 E-151 A/22 R6A R.8. A 2A VGO4 MATIC E-3465 593 cc,

@ .PAGE 57 0F 77 n

SARGENT&LUNDY

< =GNEBINSERS .

O O O PROJECT NUMBER 4130-05

. DATE 12 JAN 83 l REVISION 008

! ZIMMER EQUIPMENT QUALIFICATION 001346

. PLANT ID COMPONENT / MODEL SPEC CR E.I. DWG COL / ROW CONTAIN FLD ACT/AOD 0588 DATA

.SY NUMBER EQUIPMENT MFR NUMBER 8/M NO. W/D NO. ELEVATN IN ObT BUILD t.EV PASS REV CAT. SHT.

, VG IFSV-VGO28 A DELUGE VALVE ATKO- FGX5700GX H-2288 E-151 A/22 R6A R.B. A 2A VGO4 j MATIC E-3465 593 VG 1FSV-VGO28 8 DELUGE VALVE AikO- FGX5700GX H-2288 E-tSt A/22 R6A R.B. A 24 VGO4 MATIC E-3465 593

, VG IFSV-VGO43 8 SOLENOIO ASCO HTX8320A185 H-2289 E-093 F/27 ASA AUX A 2A tVGO4YA VGOS VALVE E-3464 496 VG 1FSV-VGO43 D SOLENGID ASCO HTX8320AtB5 H-2289 E-093 F/27 ASA AUX A 2A IVGO4YA VGO5 VALVE E-3464 496 VG 1FSV-VGO43 F SOLENOID ASCO HTX8320A185 H-2289 E-093 F/27 ASA AUX A 2A tVGO4YA VGOS VALVE E-3464 496 VG 1FSV-VGO43 H SOLENOID ASCO HTX8320A185 H-2289 E-093 F/27 ASA AM A 2A 1VGO4YA VGO5 VALVE E-3464 496 VG 1FSV-VGO44 B SOLENOID ASCO HTX8320A185 H-2289" E-093 F/27 A5A AUX A 2A tVGO4YB VGOS VALVE E-3465 496 VG 1FSV-VGO44 D SOLENDID ASCO HTX8320A185 H-2289 E-093 F/27 ASA AUX A 2A tVGO4YD VGOS i VALVE E-3465 496 I

VG 1FSV-VGO44 F SOLENOID ASCO H1X8320A185 H-2289 E-093 F/27 ASA AUX A 2A tVGO4fB VGO5 VALVE E-3465 496 VG 1FSV-VGO44 H SOLENOID ASCO HTX8320A185 H-2289 E-093 F/27 ASA AUX A 2A IVGO4VB VGOS VALVE E-3465 496 VG IFSV-VGO45 CURRENT LOVE 56-851-8115 H-2299 E-147 A/22 RtB R.B. N/A A 2A 1PL69dA VG12 RELAY CON- -843-8174 E-3434 546 TROLS VG 1FSY-VGO45X AUX RELAY G.E. 12HFA51A49H H-2299 E-147 A/22 RtB R.B. N/A A 2A 1PL69dA VG18 E-3436 546 l

I VG 1FSY-VGO46 CURRENT LOVE 56-851-8115 H-2299 E-151 A/22 R68 R.B. N/A A 2A SPL69dB VG12 RELAY CON- -843-8174 E-3440 593

. TROLS VG IFSY-VGO46X AUX RELAY G.E. 12HFAStA49H H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69dB VGt9

{ E-3442 593 VG 1FT-VGO39 DIFF PRESS HAYS 252:A H-2299 E-147 A/23 RfC R.B. N/A A 2A LOC MTD VG13 TRANSMITTER E-3464 546 us .

Q .PAGE 58 0F 77 n

SARGENT&LUNDY SNGINGIMS .

PROJECT PAJMBER 4130-05 DATE $2 DAN 83

, REVISION 008 1 . ZIMMER EQUIPMENT QUALIFICATION 001346 3 . PLANT ID COMPONENT / MODEL SPEC OR E.1. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

VG 1FT-VGO40 DIFF PRESS HAYS 252:A H-2299 E-158 A/23 R6B R.B. N/A A 2A LOC MTD VGt4 TRANSMITTER E-3465 593 VG 1FT-VGO45 DIFF PRESS HAYS 252:0 H-2299 E-tOf F/26 R5B R.B. N/A A 2A LOC MTD VGIS

, TRANSMITTER E-3464 567 l

} VG 1FT-VGO46 DIFF PRESS HAYS 252:0 H-2299 E-tOf F/26 R58 R.B. N/A A 2A LOC MTD VG15 i TRANSMITTER E-3465 567 VG tFY-VGO39 AUX RELAY G.E. 12HFA5tA49H H-2299 E-147 A/22 RIB R.B. N/A A 2A 1PL69JA VG18 E-3436 546

. VG IFY-VGO39 8 CURRENT LOVE 56-8115- H-2299 E-147 A/22 RtB R.B. N/A A 2A 1PL69JA VG16 RELAY CON- 8181-8108- E-3440 546 TROLS 8174 VG 1FY-VG040 AUX RELAY G.E. 12HFA51A49H H-2299 E-151 A/22 R68 R.B. N/A A 2A tPL69dB VGt9 E-3442 593 VG 1FY-VGO40 B CURRENT LOVE 50-8115- H-2299 E-15% A/22 R68 R.B. N/A A 2A 1PL69JB VG17 RELAY CON- 8181-8108- E-3442 593

. TROLS 8174 VG 1FY-VGO83 AUX RELAY G.E. $2HFA5fA42H H-2299 E-147 A/22 RtB R.B. N/A A 24 1PL69dA VG20 E-3435 546 VG IFY-VGO84 AUX RELAY G.E. 12HFA51A42H H-2299 E-147 A/22 RtB R.B. N/A A 2A SPL69JA VG2O

, l E-3435 546 VG 1FY-VGO85 AUX RELAY G.E. 12HFA51A42H H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69dB VG21 E-3448 593 VG 1FY-VGO86 AUX RELAY G.E. 12HFA51A42H H-2299 E-15% A/22 R6B R.B. N/A A 2A 1PL69dB VG21 E-3441 593

, VG IFY-VGOB7 AUX RELAY G.E. 12FWAttBit H-2299 A/22 R68 R.B. A 2A iPL69dB VG74

593 VG 1FY-VGO88 AUX RELAY G.E. 12HMA11Bt1 H-2299 A/23 RSS R.B. A 2A 1PL69dA VG75 546 VG 1FY-VGO89 AUX RELAY G.E. 12tWA 11811 H-2299 A/23 RtB R.B. A 2A 1PL69dA VG76 546 VG 1FY-VGO90 AUX RELAY G.E. 12HMAftBil H-2299 A/22 R68 R.B. A 2A 1PL69dB VG77

. 593 u)

Q .PAGE 59 0F 77 n

1 SARGENT&LUNDY WNOINGSple .

O O O PROJECT NUMBER 4130-05 DATE 12 DAN 83 REVISION 008

. ZIMMER EQUIPMENT OUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

+SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

, VG 1FZ-VGOO7A DAMPER ITT NH-95-C260- H-2874 E-147 A/25 RfA R.B. A 2A VG22

. ACTUATOR 2C617 E-3466 546 VG 1FZ-VGOO78 DAMPER ITT NH-95-C260- H-2874 E-147 A/25 RfA R.B. A 2A VG22 ACTUATOR 2C617 E-3466 546

• VG IFZ-VGOO7C DAMPER ITT NH-95 H-2874 E-147 A/25 R1B R.B. A 2A VG23 ACTUATOR E-3464 546 VG 1FZ-VGO14 DAMPER ITT Mi-95-C260- H-2874 E-149 A/25 RfA R.B. A 2A VG22 ACTUATOR 2C617 E-3464 546 VG 1FZ-VGO22A DAMPER ITT NH-95-C260- H-2874 E-149 A/23 RSA R.B. A 2A VG24 ACTUATOR 2C617 E-3466 570 VG IFZ-VGO228 DAMPER ITT Mi-95-C260- H-2874 E-151 A/25 R68 R.B. A 2A VG25 ACTUATOR 2C617 E-3466 593 VG 1FZ-VGO22C DAMPER ITT Mi-95 H-2874 E-15% A/27 R68 R.B. A 2A VG25

. ACTUATOR E-3465 593 i

VG 1FZ-VGO29 DAMPER ITT Mi-95-C260- H-2871 E-149 A/25 RSA R.B. A 2A VG24

. ACTUATOR 2C617 E-34G5 570 VG 1FZ-VGO3tA DAMPER ITT NH-95-C260- H-2874 E-101 G/26 R58 R.B. A 2A VG26 ACTUATOR 2C617 E-3461 567 VG 1FZ-VGO3tB DAMPER ITT Mi-95-C260- H-2874 E-tot G/26 R58 R.B. A 2A VG26 ACTUATOR 2C617 E-3464 567 VG tFZ-VGO32A DAMPER ITT Mi-95-C260- H-2874 E-tOf G/26 R58 R.B. A 2A VG26 ACTUATOR 2C617 E-3465 567 VG 1FZ-VGO328 DAMPER ITT Mi-95-C260- H-2874 E-101 G/26 R5B R.B. A 2A VG26 ACTUATOR 2C617 E-3465 567 VG 1FZ-VGO49 DAhPER ITT NH-91-C2OO- H-2874 E-147 A/27 R1B R.B. A 2A VG27 ACTUATOR 2C617 E-3466 546 VG 1FZ-VGO50 DAMPER ITT Mi-91-C2OO- H-2874 E-151 A/25 R68 R.B. A 2A VG28

. ACTUATOR 2C617 E-3466 593 VG 1HS-VGOO3A CONTROL G.E. 58-1 H-2299 E-147 A/22 RtB R.B. N/A A 2A 1PL69dA VG29 SWITCH E-3434 546 i .PAGE 60 DF 77 o

a SARGENT&LUNDY

==== _.

O O O 1 PROJECT NUMBER 4130-05

• OATE 12 JAN 83

! . . REVISION 008 i . ZIMMER EQUIPMENT QUALIFICATION 001346 i

• PLANT ID COMPONENT / MODEL SPEC OR E.I. OWG COL / ROW CONTAIN FLD ACT/ ADO 0588 UATA

*SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/0 NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

! VG tHS-VGOO3B CONTROL G.E. 58-1 H-2299 E-147 A/22 R1B R.B. N/A A 2A SPL69dA VG29 i SWITCH E-3434 546 t

t VG fHS-VGOOSA* CONTROL G.E. SB-1 H-2299 E-147 A/22 R1B R.B. N/A A 2A 1PL69dA VG29 j . SWITCH E-3434 546 VG 1HS-VGOO58 CONTROL G.E. SB-t H-2299 E-147 A/22 R1B R.B. N/A A 2A SPL69dA VG29 SWITCH E-3434 546 VG 1HS-VGO20A CONTROL G.E. 58-1 H-2293 E-tSt A/22 R68 R.B. N/A A 24 1PL69dB VG30 SWITCH E-3440 593 VG 1HS-VGO208 CONTROL G.E. SB-t H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69JB VG30 SWITCH E-3440 593 i

VG 1HS-VGO28A CONTROL G.E. SB-1 H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69JB VG30 SWITCH E-3440 593 VG 1HS-VGO28B CONTROL G.E. 58-1 H-2299 E-151 A/22 R68 R.B. N/A A 2A tPL69JB VG30 SWITCH E-3440 593 VG IJV-VGOO8 INSTR. POWER KEPCO PCX72-0.3 H-2299 E-147 A/22 RtB R.B. 'N/A A 2A iPL69JA VG31 SUPPLY E-3436 546 VG tJY-VGO23 INSTR. POWER KEPCD PCX72-0.3 H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69JB VG32 SUPPLY E-3442 593 VG 1KY-VGO39 TIME DELAY AGA- 7012AD H-2299 E-147 A/22 R1B R.B. N/A A 2A 1PL69JA VG33 RELAY STAT E-3436 546 VG 1KY-VGO40 TIME DELAY AGA- 7012AD H-2299 E-151 A/22 R68 R.B. N/A A 2A SPL69JB VG34

. RELAY STAT E-3442 593 VG 1KY-VGO45 TIME DELAY AGA- 7032ADC H-2299 E-147 A/22 RtB R.B. N/A A 2A SPL69dA VG40

. RELAY STAT E-3436 546

, l VG 1KY-VGO46 TIME DELAY AGA- 7032ADC H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69dB VG41 l RELAY STAT E-3442 593 VG 1KY-VGO50 TIME DELAY AGA- 7012AF H-2299 E-147 A/22 R1B R.B. N/A A 2A 1PL69dA VG35 RELAY STAT E-3436 546 VG SKY-VGO72 TIME DELAY AGA- 7012AD H-2299 E-147 A/22 R1B R.B. N/A A 2A IPL69dA VG33 RELAY STAT E-3436 546

.PAGE 61 OF 77 to l

n .

J 4

SARGENT&LUNDY

. = _.

O O O PROJECT NUMBER 4130-05 i DATE 12 JAN 83 l REVISION 008 8

ZIMMER EQUIPMENT OUALIFICATION 001346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

(

• SY NUMBER EOUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

VG 1KY-VGO73 TIME DELAY AGA- 7032AEC H-2299 E-147 A/22 R1B R.B. N/A A 2A 1PL69dA VG42 RELAY STAT E-3436 546 VG 1KY-VGO74 TIME DELAY AGA- 7012AH H-2299 E-147 A/22 RtB R.B. N/A A 2A IPL69dA VG36 RELAY STA7 E-3436 546

/ I VG SKY-VGO76 TIME DELAY AGA- 7032AEC H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69J8 VG43 i

RELAY STAT E-3442 593 l

VG 1KY-VGO77 TIME DELAY AGA- 7012AH H-2299 E-151 A/22 R68 R.B. N/A A 2A 1PL69JB VG37 RELAY STAT E-3442 593 VG 1KY-VGO78 TIME DELAY AGA- 7012AD H-2299 E-158 A/22 R68 R.B. N/A A 2A iPL69J8 VG34 RELAY STAT E-3442 593 VG 1KY-VGO33 TIME DELAY AGA- 7022-PE H-2299 E-147 A/22 RfB R.B. N/A A 2A IPL69JA VG38 RELAY STAT E-3436 546 9

VG 1KY-VGO84 TIME DELAY AGA- 7022-PE H-2299 E-147 A/22 RtB R.B. N/A A 2A 1PL69JA VG38 RELAY STAT E-3436 546 VG 1KY-VGO85 TIME DELAY AGA- 7022-PE H-2299 E-tSt A/22 R68 R.B. N/A A 2A 1PL69J8 VG39 RELAY STAT E-3442 593 VG tKY-VGO86 TIME DELAY AGA- 7022-PE H-2299 E-151 A/22 R68 R.B. N/A A 2A SPL69dB VG39 RELAY STAT E-3442 593 VG 1XY-VGO89 TIME DELAY AGA- 7022-AD H-2299 E-147 A/23 R1B R.B. A 2A IPL69JA VG72 RELAY STAT E-3436 546 VG 1KY-VGO90 TIME DELAY AGA- 7022-AD H-2299 E-147 A/22 R68 R.B. A 2A iPL69dB VG73 RELAY STAT E-3436 593 VG IKY-VGO92 TIME DELAY AGA- 7012AD H-2299 E-147 A/22 R1B R.B. A 2A 1PL69dA VG33 RELAY STAT E-3436 546 VG 1KY-VGO93 TIME DELAY AGA- 7012AD H-2299 E-151 A/22 R68 R.B. A 24 1PL69J8 VG34 RELAY STAT E-3442 593 l i

VG tLS-VGOO3 LEVEL SWITCH MER- 201WT9806- 11-2288 E-147 A/24 RfA R.B. A 2A VG44 l I

COID 52C60 E-34S4 546 l VG tLS-VGOO5 LEVEL SWITCH MER- 20 t WTt?906- H-2288 E-147 B/25 RfA R.S. A 2A VG44 COID 52C60 E-3464 546

.PAGE 62 0F 77 i o t n

SARGENT&LUNDY

= _.

O O .

O i

PROJECT NUMBER 4130-05 DATE 12 JAN 83 -

I REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 OATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILO LEV PASS REV CAT. SHT.

VG ILS-VGO2O LEVEL SWITCH MER- 20 TWT 9806- H-2288 E-151 A/24 R6A R.B. P 2B VG45 COID 52C60 E-3465 593 VG tLS-VGO28 LEVEL SWITCH MER- 20 TWT 9806- H-2288 E-151 A/24 R6A R.B. P 28 VG45 COID 52C60' E-3465 593 VG IPDT-VGOOS DIFF PRESS ITT- 385 H-2288 E-147 A/22 R1B R.B. A 2A 1PL69JA VG46

. XMITTER BARTON 199DPU E-3464 546 VG 1P01-VGO23 DIFF PRESS ITT- 385 H-2288 E-151 A/22 R6A R.B. A 2A VG47 XMITTER BARTON 1990PU E-3465 593 i

9 1PDY-VGOO8 CURRENT EFLAY LUVE 48-8115- H-2299 E-147 A/22 R13 R.B. N/A A 2A 1PL69JA VG48 CON- 843-816- E-3434 546

. TROLS 8174 VG IPDY-VGO23 CURRENT RELAY L3VE 48-8115- H-2299 E-15% A/22 R68 R.B. N/A A 2A SPL69JB VG49 CON- 843-816- E-3440 593 TROLS 8174 VG IPL69dA ESS-1 SGTSET POWERS H-2299 E-146-1 A/23 RtB R.B. A 2A VG78 NO.1A REGULATOR 546 VG 1PL69JB ESS-2 SGTSET POWERS H-2299 E-151 A/22 R6B R.B. A 2A VG79 M .18 REGULATOR 593 VG 1TE-VGO35 TEMP ELEMENT ALISON 1052-RTD H-2288 E-147 A/27 RIB R.B. A 2A VG50 CONT. E-3464 546 VG 1TE-VGO36 TEMP ELEMENT ALISON 1052-RTD H-2288 E-147 A/23 RfA R.B. N/A A 2A VG51 CONT. E-3464 546 VG 1TE-VGO37 TEMP ELEMENT AL ISorf 1052-RTD H-2288 E-151 A/23 R68 R.B. N/A A 2A VG52 CONT. E-3465 593

, VG ITE-VGO38 TEMP ELEMENT ALISON 1052-RTD H-2288 E-151 A/23 R6A R.B. N/A A 2A VG53 CONT. E-3465 593 i VG 1TI-VGO35A TEMPERATURE G.E. 180 H-2299 E-147 A/22 RIB R.B. N/A P 2B 1PL69dA VG67 INDICATOR E-3434 546 VG STI-VGO36A TEMPERATURE G.E. 180 H-2299 E-147 A/22 R1B R.B. N/A P 2B 1PL69dA VG67 INDICATOR E-3434 546 VG ITI-VGO37A TEMPERATURE G.E. 180 H-2299 E-151 A/22 RGB R.B. N/A P 28 1PL69JB VG68 l INDICATOR E-3440 593 o

@ .PAGE 63 0F 77 n

SARGENT&LUNDY

= = _ _ _

i l

PROJECT NUMBER 4130-05 OATE 12 JAN 83 REVISION 008 ZIMMER ECUIPMENT QUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. OWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

VG 1TI-VGO38A TEMPERATURE G.E. 180 H-2299 E-151 A/22 R68 R.B. N/A P 2B IPL69dB VG68 INDICATOR E-3440 593 i

VG ITSY-VGOO7 AUX RELAY G.E. 12HMAttBt1 H-2299 E-147 A/22 R1B R.B. N/A A 2A 1PL69dA VG58 l

, E-3464 546 VG ITSY-VGO22 AUX RELAY G.E. 12HMAllBt1 H-2299 E-151 A/22 R6B R.B. N/A A 2A 1PL69dB VG59 E-3442 593 VG ITS-VGOO3 TEMP Sv 4 MER- 7038-80452 H-2288 E-147 A/22 RIA R.B. N/A A 2A VG56 COID E-3464 546 VG STS-VGOO5 TEMP

• TCH *t R - 7038-80452 H-2288 E-147 A/22 RfA R.B. N/A A 2A VG56

,41 D E-3464 546 VG ITS-VGO2O TEMP SUITCH Mt' Q - 7038-80452 H-2288 E-151 A/22 R6A R.B. N/A A 2A VG57 COID E-3465 593 VG 1TS-VGO28 TEMP SWITCH MER- 7038-80452 H-2288 E-tSt A/22 R6A R.B. N/A A 2A VG57 COID E-3465 593 VG 1TT-VGO35 TEMPERATURE ALLI- 1052 H-2288 E-147 A/22 R1B R.B. A 2A IPL69dA VG54 TRANSMITTER SON E-3464 546 VG ITT 'T.93 6 TEMPERATURE ALLI- 1052 H-2288 E-147 A/22 R1B R.B. A 2A 1PL69dA VG54 TRANSMITTER SON E-3464 546 VG ST)-VGO37 TEMP ALLI- 1052 H-2288 E-151 A/23 R68 R.B. A 2A VG55 TRANSMITTER SON E-S465 593 VG 1TT-VGO38 TEMP ALLI- 1052 H-2288 E-151 A/23 R6A R.B. A 2A VG55

. TRANSMITTER SON E-3465 593 VG IVGOICA FAN MOTOR WEST. 76C53097 H-2290 E-101 G/26 R58 R.B. N/A A 2A VG60 E-1359 567 i

VG tVGOlCB FAN MOTOR WEST. 76C53097 H-2290 E-101 G/24 R58 R.B. N/A A 2A VG60 E-1395 567 VG IVGO2CA FAN MOTOR WEST. 78D36171 H-2288 E-147 A/27 R1B R.B. N/A A 2A VG61 E-1454 546 1

VG IVGO2CB FAN MOTOR WEST. 78036171 H-2288 E-151 A/25 R68 R.B. N/A A 2A VG62 E-1471 593

.PAGE 64 0F 77 to o

S SARGENT&LUNDY aNtnNaana .

f 67 O '] O U [V ()

PROJECT NUMBER 4130-O5

• DATE 12 JAN 83 -

REVISION 008 ZIMMER EQUIPMFNT QUALIFICATION DO1346

.

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADO 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

VG tVGO3CA FAN MOTOR WEST. 73C70443 H-2288 E-147 A/25 R18 R.B. N/A A 2A VG63 E-1451 546 VG IVGO3CB FAN MOTOR WEST. 73D70443 H-2288 E-151 A/25 R68 R.B. N/A A 2A VG64 j E-1469 593 i VG IVGO4AA ELECTRIC INOEE- 9N/A H-2288 E-147 A/24 R1B R.B. N/A A 2A VG65 HEATER CO E-3621 546 VG SVGO4AB ELECTRIC INOEE- 9N/A H-2288 E-151 A/25 R6A R.B. N/A A 2A VG66 HEATER CO E-3621 593 VG 12 S -VGOO7 Af4 DAMPER POS NAMCO EA74020100 H-2874 E-147 A/25 RfA R.R. A 2A VGO6 SWITCH E-3466 546 VG 12S-VGOO7AB DAMPER POS NAMCO EA74020100 H-2874 E-147 A/25 RfA R.B. A 2A VGOG SWITCH E-3466 546 VG 125-VGOO7BA D4HPER POS NAMCO EA7dO20100 H-2874 E-147 A/25 RfA R.B. A 2A VGOG l SWITCH E-3466 546 VG 125-VGOO768 DAMPER POS NAMCO EA74020100 H-2874 E-147 A/25 R1A R.B. A 2A VGO6 SWITCH E-3466 546 VG tZS-VGOO7CA DAMPER POS NAMCO EA74020100 H-2874 E-147 A/25 RtB R.B. A 2A VGO7 SNITCH E-3464 546 VG 1ZS-VGOO7CB DAMPER POS NAMCD EA74020tOO H-2874 E-147 A/25 R1B R.8. A 2A VGO7 SWITCH E-3464 546 VG 12S-VG014A DAMPER POS NAMCO EA74020100 H-2874 E-149 A/25 RSA R.B. A 2A , VGO8 SWITCH E-3464 570 l

l VG IZS-VGO148 DAMPER POS NAMCO EA74020tOO H-2874 E-149 A/25 RSA R.B. A 2A VGO8 SWITCH E-3464 570 VG 12S-VGO22AA DAMPER POS NAhCO EA74020f00 H-2874 E-149 A/25 RSA R.B. A 2A VGOS SWITCH E-3466 S70 VG 125-VGO22AB DAMPER POS NAMCO EA74020tOO H 2874 E-149 A/25 RSA R.B. A 2A VGO8 SWITCH E 3466 570 t VG 125-VGO228A DAMPER POS NAMCO EA74020tOO H-2874 E-151 A/25 R6A R.B. A 2A VG70 l SWITCH E-3J66 593 I

.PAGE 65 OF 77 m

O n

SARGENT&LUNDY

=GNOINESple .

, l PROJECT NUMBER 4130-O5 DATE 12 DAN 83 REVISION 008 ZIW4ER EQUIPMENT QUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SV NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

........................................s<=.......................................... .......... . .............................

VG 125-VGO22BB DAMPER POS NAMCO EA74020tOO H-2874 E-151 A/25 R6A R.B. A 74 VG70 SWITCH E-3466 593 VG 125-VGO22CA DAMPER POS NAMCO EA74020tOO H-2874 E-151 A/25 R68 R.B. A 2A VGtO SWITCH E-3465 593 VG 125-VGO22CB DAMPER POS NAMCO EA74020100 H-2874 E-151 A/25 R68 R.B. A 2A VG10 SWITCH E-3465 593 VG 125-VGO29A DAMPER POS NAMCO EA74020100 H-2874 E-149 A/25 RSA R.B. A 2A VGO8 -

SWITCH E-3465 570 VG 125-VGO298 DAMPER POS NAMCO EA74020tOO H-2874 E-149 A/25 RSA R.B. A 2A VGO8 SWITCH E-3465 570 VG 125-VGO3tA DAMPER POS NAMCO EA74020tOO H-2874 E-tOf G/26 R58 R.B. N/A A 2A VGO9 SWITCH E-3464 567 VG 125-VGO318 DAMPER POS NAMCO EA74020tOO H-2874 E-tOf G/26 R58 R.B. N/A A 2A VCO9 SWITCH E-3464 567 VG 125-VGO32A DAMPER POS NAMCO EA74020tOO H-2874 E-tot G/26 R5B R.B. N/A A 2A VGO9

. SWITCH E-3465 567 VG 125-VGO32B DAMPER POS NAMCO EA74020tOO H-2874 E-101 G/26 R58 R.B. N/A A 2A VGO9 SWITCH E-3465 567 VG tZS-VGO43BA DAMPER POS NAMCO EA70070001 H-2289 E-093 F/27 ASA AUX N/A A 2A IVGO4YA VG71 SWITCH OPEN E-3464 496 VG tZS-VGO43BB DAMPER POS NAMCO EA70070000 H-2289 E-093 F/27 ASA AUX N/A A 2A IVGO4YA VG11

! SWITCH CLOSED E-3464 496 VG tZS-VGO44BA DAMPER POS NAMCO EA70070001 H-2289 E-093 F/27 ASA AUX N/A A 2A tVGO4YB VG71 SWITCH OPEN E-3465 496 VG 12S-VGO44BB DAMPER POS NAMCO EA70070000 H-2289 E-093 F/27 ASA AUX N/A A 2A tVGO4YB VG11 SWITCH CLOSED E-3465 496 VG tZS-VGO49A DAMPER POS NAMCO EA74020tOO H-2874 E-147 A/27 RtB R.B. A 2A VGO7 SWITCH E-3466 546 VG 12S-VGO498 DAMPER POS NAMCO EA74020tOO H-2874 E-147 A/27 RtB R.B. A 2A VGO7 SWITCH E-3566 546

.PAGE 66 0F 77 a

n SARGENT&LUNDY

.4.

d d v PROJECT NUMBER 4130-05 DATE 12 JAN 83

• REVISION 008

, ZIMMER EQUIPMENT QUALIFICATION 001346 i

• PLANT ID COMPONENTf MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

+

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

VG tZS-VGO50A DAMPER POS NAMCO EA74020tOO H-2874 E-151 A/27 R68 R.B. A 2A VGIO SWITCH E-3466 593 VG 125-VGO508 DAMPER POS NAMCO EA74020tOO H-2874 E-15% A/27 R6B R.B. A 2A VG10 SWITCH E-3566 593 VP IVPOO6A MOTOR OPER- LIMIT SMB-OOO-5 H-2811 E-146 D/24 R2B R.d. A 2A M-88-1 VPO2

. ATED VALVE E-2330 527 VP 1VPOO68 MOTOR OPER- LIMIT SMB-OOO-5 H-28tt E-145 B/23 R2A R.B. A 2A M-88-1 VPO3 ATED VALVE E-2339 527 VP IVPO12A MOTOR OPER- LIMIT SMB-OOO-5 H-2811 E-146 D/24 R2B R.B. A 2A M-88-1 VPO2 ATED VALVE E-2330 527 VP IVPO128 MOTOR OPER- LIMIT, SMB-OOO-5 H-28tl E-145 B/23 R2A R.B. A 2A M-88-1 VPO3 ATED VALVE E-2339 527 VP IVPO45A MOTOR OPER- LIMIT SMB-OOO H-2811 E-146 B/22 C1 R.B. A 2A M-88-1 VPO4 ATED VALVE E-1756 537 l VP IVPO45B MOTOR OPER- LIMIT SMB-OOO H-2811 E-145 D/22 Cl R.B. A 2A M-88-1 VPO4 ATED VALVE E-1756 537 VQ 1FSV-VOO31 SOLENGID ASCO HTX8321A- H-2265 E-146 E/24 R2B R.B A 2A M-103 VQO3

. VALVE 6EMO E-3693 525 VO 1FSV-VOO32 SOLENOID ASCO HTX832tA- H-2265 E-146 A/18 RSA R.B A 2A M-103 VQOf VALVE 6EMO E-3693 570 VQ 1FSV-VQO33 SOLENGID ASCO HTX8321A- H-2265 E-149 C/18 R5A R.B. A 2A M-103 VOOt VALVE 6EMO E-3693 570 VQ 1FSV-VQO34 SOLENDID ASCO ' HTX8321A- H-2265 E-149 C/18 RSA R.B. A 2A M-103 VQOf VALVE. 6EMO E-3693 570 j VQ IFSV-V0037 SOLENOID ASCO HTX832tA- H-2265 E-143 B/19 R*A 4 R.B A 2A M-103 VQO2 1

VALVE 6EMO E-3693 517 VO 1FSV-VQO38 SOLENGID ASCO HTX8321A- H-2265 E-143 E/24 R3A R.B A 2A M-103 VQO2 i VALVE 6EMO E-3693 518 VO 1FSV-VOO39 SOLENOID ASCO HTX8321A- H-2265 E-144-1 E/25 R3A R.B. A 2A M-lO3 VOO2 l . VALVE 6EMO E-3693 503 I

.PAGE 67 0F 77 e

• O M

M i SARGENT&LUNDY

O O O PROJECT NUMBER 4130-O5 DATE 12 JAN 83

• REVISION 008

. ZIMMER EQUIPMENT OUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL /RDW CONTAIN FLO ACT/ ADD 0588 DATA

+SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

VO 1FSV-VOO40 SOLENDID ASCO HTX8321A- H-2265 E-144 E/25 R3A R.B. A 2A M-103 VQO2 VALVE GEMO E-3693 503 f

VO IVOOOSA LIMIT SWITCH TARGET 76F-205 H-2862 B/18 RSA R.B. N/A A 2A M-103 VOO4 CLOSED POS. ROCK 584 VO IVOOO5A LIMIT SWITCH TARGET 76F-205 H-2862 B/18 RSA R.B. N/A A 2A M-103 VQO4 OPEN POS. ROCK 584 l

l VO IVOOO5A SOLENOID iARGET 76F-205 H-2862 E-149 B/18 RSA R.B. N/A P 28 M-103 VQO4 i ROCK E-3693 584 VO IVOOO58 SOLENOID TARGET 76F-203 H-2862 B/19 RSA R.B. N/A P 2C M-103

• VOO4 ROCK 584 I VO tVQOO58 LIMIT SWITCH TARGET 76F-205 H-2862 B/19 RSA R.B. N/A A 2A M-103 VQO4 l OPEN POS. ROCK 584 VO IVOOO5B LIMIT SWITCH TARGET 76F-205 H-2862 B/19 R5A R.B. N/A A 2A M-103 VQO4 CLOSED POS. ROCK 584 VO IVOOO8A LIMIT SWITCH TARGET 76F-205 H-2862 B/20 R3A R.B. N/A A 2A M-103 VOO5 CLOSED POS. ROCK 517 VO IVQOO8A LIMIT SWITCH TARGET 76F-205 H-2862 B/20 R3A R.B. N/A A 2A M-103 VOO5 OPEN POS. ROCK 517 VO IVOOO8A SOLENOID TARGET 76F-2OS H-2862 E-143 B/20 R3A R.B. N/A P 28 M-103 VOOS ROCK E-3693 517 VO IVOOO88 LIMIT SWITCH TARGET 76F-205 H-2862 B/20 R3A R.B. N/A A 2A M-103 VOO5 OPEN POS. ROCK 517 l

VO tVOOO88 LIMIT SWITCH TARGET 76F-205 H-2862 B/20 R3A R.B. N/A A 2A M-103 VOO5 CLOSED POS. ROCK 517 VO tVOOO88 SOLENOID TARGET 76F-205 H-2862 E-143 B/20 R3A R.B. N/A P 28 M-103 VQOS

( ROCK E-3693 517 VR 1XY-VRO60A SMOKE DETECT PYROT- DIS 3/5A H-2299 E-141 B/27 R2A R.B. N/A N EX LOC MTD EOO2 RONICS E-3722 525 VR IXY-VR0608 SMOKE DETECT PYROT- DIS 3/5A H-2299 E-141 C/27 R2A R.B. N/A N EX LOC MTD EOO2 RONICS E-3722 525

.PAGE 68 0F 77 e

a n

SARGENT&LUNDY

r O O O .

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT OUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

...,........................... ....... . ....e............... ............ ........ ... ... ...... ... .... ... ................

VR 1XY-VR060C SMOKE DETECT PYROT- DIS 3/5A H-2299 E-141 A/25 R2A R.B. N/A N EX LOC MTD EOO2 RONICS E-3722 525 VR 1XY-VRO600 SMOKE DETECT PYROT- DIS 3/SA H-2299 E-141 B/25 R2A R.B. N/A N EX LOC MTD EOO2

• RONICS E-3722 525 VR IXY-VRO60E SMOKE DETECT PVROT- DIS 3/5A H-2299 E-141 A/21 R2A R.B. N/A N EX LOC NTD EOO2 RONICS E-3722 525 VT 1XY-VTOS2K SMOKE DETECT PYROT- DIS 3/5A H-2299 E-093 J/26 ASA AUX N/A N EX LOC MTD EOO2 RONICS E-3697 496 VV 1TE-VYOO9 TEMP ELEMENT ROSE 88-14 H-2809 E-142 E/26 R4E R.B. A 2A VYO1 MOUNT E-3666 475 VY 1TE-VYO10 TEMP ELEMENT ROSE 88-14 H-2809 E-14% A/26 R4B R.B. A 2A VYO2 MOUNT E-3666 475 VY 1TE-VYO11 TEMP ELEMENT ROSE 88-14 H-2809 E-142 E/16 R4D R.B. A 2A VYO3 MOUNT E-3666 475 VY STE-VYOt2 TEMP ELEMENT ROSE 88-14 H-2809 E-14% A/16 R4C R.B. A 24 VYO4 MOUNT E-3666 475 VY 1TS-VYOO1 TEMP SWITCH UNITED 3OO-6AS H-2299 E-142 F/26 R4E R.B. N/A A 2A LOC MTD VYO5 ELEC. E-1470 475 VY 1TS-VYOO2 TEMP SWITCH UNITED 3OO-6AS H-2299 E-142 B/25 R4B R.B. N/A A 2A LOC MTD VYO6 ELEC. E-1451 475 VY STS-VYOO3 TEMP SWITCH UNITED 3OO-6AS H-2299 E-142 F/17 R.iD R.B. N/A A 2A LOC MTD VYO7 ELEC. E-8452 475 VY STS-VYOO4 TEMP SWITCH UNITED 3OO-6AS H-2299 E-141 A/17 R4C R.B. N/A A 2A LOC MTD VYO8 ELEC. E-1488 475 VY iTZ-VYOOt A DAMPER ITT NH-95C2602- H-2868 E-144 E/28 R3A R.B. A 2A VYO9 l ACTUATOR L37 E-3692 520 t

VY STZ-VYOO1 B DAMPER ITT NH-95C2602- H-2868 E-144 E/28 R3A R.B. A 2A VYO9 ACTUATOR L37 E-3692 520 VY 1TZ-VYOO2 A DAMPER ITT NH-95C2602- H-2868 E-143 B/28 R3A R.B. A 2A VYO9 ACTUATOR L37 E-3692 516 i .

l .PACF 69 0F 77 I u) o b

SARGENT&LUNDY

=WNOINGefite .

1

7' bG nv O

V

• PROJECT NUMBER 4130-05 DATE 12 DAN 83 RF' .IDN 008 ZIMMER EQUIPMENT QUALIFICATION D01346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

VY 1TZ-VYOO2 B DAMPER ITT Mt-9CC2602- H-2868 E-143 C/28 R3A R.B. A 2A VYO9 ACTUATOR L37 E-3692 521 VY ITZ-VYOO3 A DAMPER ITT Mi-95C2602- H-2868 E-144 E/16 R34 R.B. A 2A VYO9 ACTUATOR L37 E-3692 508 i

VY ITZ-VYOO3 8 DAMPER ITT Mi-95C2602- H-2868 E-142 F/15 R4D R.B. A 2A VYtO ACTUATOR L37 E-3692 473 VY 1TZ-VYOO4 A DAMPER ITT Mi-95C2602- H-2868 E-143 A/15 R3A R.B. A 2A VYO9 ACTUATOR L37 E-3692 503 VY ST2-VYOO5 DAMPER ITT Mi-95C2602- H-2868 E-144 E/28 R3A R.B. A 2A VYO9 ACTUATOR L37 E-3692 503 VY 1TZ-VYOO6 DAMPER ITT NH-95C2602- H-2868 E-143 F/28 R3A R.B. A 2A VYO9

, ACTUATOR L37 E-3692 503 VY ITZ-VYOO7 DAMPER ITT NH-95C2602- H-2868 E-142 F/15 R4D R.B. A 2A VYtO ACTUATOR L37 E-3692 499 il VY ti2-VYOO8 DAMPER ACTUATOR ITT NH-95C2602- H-2b68 L37 E-141 E-3692 A/15 503 R4C R.B. A 2A VYtt I,

VY tVYOtc FAN MOTOR West. 76053112 H-2290 E-144 D/28 R3A R.B. N/A A 2A VY12 E-1470 503 VY tVYO2C FAN MOTOR WEST. 76D53112 H-2290 E-143 B/26 R3A R.B. N/A A 2A VYt2 j E-1451 503 VY IVYO3C FAN MOTOR WEST. 76D53112 H-2290 E-144 E/15 R3A R.B. N/A A 2A VYt2 E-1452 503 VY IVYO4C FAN MOTOR WEST. 76D53112 H-2290 E-143 B/16 R3A R.B. N/A A 2A VY12 E-1488 503 VY tXY-VYO35A SMOKE DETECT PYROT- DIS 3/5A H-2299 E-141 B/28 R4B R.B. N/A N EX LOC MTD EOO2 RONICS E-3722 475 VY 1XY-VYO358 SMOKE DETECT PYROT- DIS 3/5A H-2299 E-141 B/28 R4B R.B. N/A N EX LOC MTD EOO2 RONICS E-3722 475 i VY 1XY-VYO350 SMOKE DETECT PYROT- DIS 3/5A H-2299 E-141 B/27 R4B R.B. N/A N EX LOC MTD EOO2

{ RONICS E-3722 475 i

I I .PAGE 70 0F 77 e

n SARGENT&LUNDY

"O O O a

PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT OUALIFICATION D00346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

................................ 3......................... . ............ ........ ... ... ...... ........ ... .... ........... . ....,

VY 125-VYOOt.4 OAMP CLOSE NAMCO EA75020100 H-2868 E-144 D/27 R3A R.B. A 2A 1VYO6YA&B VY14 POS. SWITCH E-3692 521-1 VY 12S-VYOOtB DAMP CLOSE NAMCO EA75020tOO H-2868 E-144 D/27 R3A R.B. A 2A (VYO8Y VY14

/, POS. SWITCH E-3692 520-8 VY 125-VYOO2A DAMP CLOSE NAMCO EA75020100 H-2868 E-143 B/28 R3A R.B. A 2A tVY12Y VY14 POS. SWITCH E-3692 586 VY 1ZS-VYOO2B DAMP CLOSE NAMCO EA75020tOO H-2868 E-143 C/28 R3A R.B. A 2A IVYO2Y VY14 POS. SWITCH E-3692 521 VY IZS-VYOO3A DAMP CLOSE NAMCO EA75020100 H-2868 E-144 F/l5 R3A R.B. A 2A tVYO9V VY14 POS. SWITCH E-3692 508 VY 12S-VYOO3B DAMP CLOSE NAMCO EA75020tOO H-2868 E-142 F/16 R4D R.B. A 2A IVYttY VYt5 a POS. SWITCH E-3692 500 VY 1ZS-VYOO4A DAMP CLOSE NAMCO EA75020100 H-2868 E-143 C/16 R3A R.B. A 2A 1VY15Y VY14

POS. SWITCH E-3692 513 VY tZS-VYOO5 DAMP CLOSE NAMCO EA75020100 H-2868 E-144 D/28 R3A R.B. A 2A tVY13YA&B VY14 POS. SWITCH E-3692 521-1 VY 125-VYOO6 DAMP CLOSE NAMCO EA75020100 H-2868 E-143 C/28 R3A R.B. A 2A IVYO1Y VY14 POS. SWITCH E-3692 516 VY 125-VYOO7 DAMP CLOSE NAMCO EA75020100 H-2868 E-142 F/15 R4D R.B. A 2A 1VY14Y VY15 POS. SWITCH E-3692 499 VV 125-VYOO8 DAMP CLOSE NAMCO EA75020100 H-2868 E-141' B/15 R4C R.B. A 2A IVYO4Y VY16 POS. SWITCH E-3692 501-8 i WR ILT-WRO36 LEVEL XMITTER ROSE- It52GP4A- H-2809 E-152 E/23 R6C R.B. A 2A 1PX24J WROt i , . MOUNT 22PB E-1995 593 I

WR tLT-WRO37 LEVEL XMITTER ROSE- 1152GP4A- H-2809 E-152 E/23 R6C R.B. A 2A IPX25J WRO1 MOUNT 22PB E-1995 593 WR IPS-WR141 PRESSURE BARTON 288A H-2866 E-147 B/28 Ric R.B. A 2A 1PXO6J WRO2 SWITCH E-1981 546 WR IPS-WR142 PRESSURE BARTON 288A H-2866 E-147 B/J8 R1C R.R. A 2A IPXO6J WRO2

. SWITCH E-1981 546 l

.PAGE 71 OF 77 2

SARGENT&LUNDY sNGINGSgte .

l "O O O PROJECT PAJMBER 4130-05 i DATE 12 JAN 83 REVISION 008 ZIMMER EQUIPMENT QUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/ ADD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMCER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

WR IPS-WR143 PRESSURE BARTON 288A H-2866 E-147 B/27 Rtc R.B. A 2A 1PXO7J WRO2

. SWITCH E-1981 546 WR 1PS-WR144 PRES $URE 9ARTON 288A H-2866 E-147 B/27 RfC R.B. A 2A 1PXO7J WRO2 SWITCH E-1981 546 WR tPS-WRt45 PRESSURE BARTON 288A H-2866 E-145 B/27 R2A R.B. A 2A iPXO8J WRO3 SWITCH E-1981 525 WR IPS-WR146 PRESSURE BARTON 288A H-2866 E-145 D/27 R2A R.B. A 2A tPXO8J WRO3 SWITCH E-1981 525 WR 1PS-WRt47 PRESSURE BARTON 288A H-2866 E-145 C/25 R2A R.B. A 2A 1PXO9J WRO3 SWITCH E-1981 525

! ! WR IPS-WRt48 PRESSURE BARTON 288A H-2866 E-145 C/25 R2A R,B, A 2A 1PXO9J WRO3 SWITCH E-1981 525 WR IPT-WR051 PRESSURE ROSE- 1152GP7A22- H-2809 E-143 B/28 R3A R.B. A 2A 1PXtBJ WRO4 TRANSMITTER MOUNT PB E-1995 503 WR 1PT-WRO53 PRESSURE ROSE- 1152GP7A22- H-2809 E-143 A/28 R3A R.B. A 2A 1PX19J WRC4 TRANSMITTER MOUNT PB E-1995 503 WR iPi-WROSS PRESSURE ROSE- 1152GP7A22- H-2809 E-150 E/27 R5A R.B. A 2A WROS TRANSMITTER MOUNT PB E-1995 570 WR iPT-WRO57 PRESSURE ROSE- 1152GP7A22- H-2809 E-150 E/25 RSA R.B. A 2A WROS TRANSMITTER MOUNT PB E-1995 570 WR 1TE-WRO33 TEMP ELEMENT ROSE 183-108-1 H-2809 E-143 A/24 R3A R.B. A 2A LOC MTD WR06 MOUNT E-3740 516 WR ITE-WRO35 TEMP ELEMENT ROSE 183-108-1 H-2809 E-149 D/26 R5A R.B. A 2A LOC MTD WRO7 MOUNT E-3740 579 WR ITE-WRO38 TEMP ELEMENT GORDON 402-4107 PO-2949 E-143 B/24 R3A R.B. A 2A LOC MTD WRO8 E-3740 513 I

WR iTE-WRO40 TEMP ELEMENT GORDON 402-4107 PO-2949 E-149 C/28 R5A R.B. A 2A LOC MTD WRO9 E-3740 579 WR 1TE-WR176 TEMP ELEMENT GORDON 402-4107 PO-2949 E-148 D/26 Rtc R.B. A 2A LOC MTD WR10 E-3740 547

.PAGE 72 0F 77

. 8 a

SARGENT&LUNDY

=ENGONSERS .

!u "O O O -

l PROJECT NUMBER 4130-05 DATE 12 JAN 83 REVISION 008 l

ZIMMER EQUIPMENT QUALIFICATION 001346 i e PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN FLD ACT/AOD 0588 DATA

• SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

... .. seessemesse,somenessesses,seases sessessesse,sessemos,emessessesse,eeessess,ess,ses,essese,ses,emme,ses,sess, esse === eses,sese, WR IWRO1PA PUMP WEST. 74C24114 H-2185 E-143 B/28 R3A R.B. N/A A 2A Writ MOTOR E-1351 503 l WR tWRO1PB PUMP WEST. 74C24114 H-2185 E-143 A/28 R3A R.B. N/A A 2A Writ

! ! MOTOR E-1396 503 WR IWRO1PC PUMP WEST. 74C24tt4 H-2185 E-150 E/28 RSA R.B. N/A A 2A WRt2 MOTOR E-1360 570 WR 1WRO1PD PUMP WEST. 74C24114 H-2185 E-150 D/28 R5A R.B. N/A A 2A WR12 MOTOR E-1403 570 i

i WR tWRO54 MOTOR OPER- LIMIT SMB-OOO H-2264 E-145 C/27 R2A R.4. N/A A 2A M-58-4 WR13 ATED VALVE E-1457 525 WR IWRO55 MOTOR OPER- LIMIT SMB-OOO H-2264 E-145 B/23 R2A R.B. N/A A 2A M-58-4 WR14 ATED VALVE E-1494 525 WR tWRtS8A MOTOR OPER- LIMIT !:.:8 -000 H-2852 E-150 F/20 RSA R.B. N/A A 2A M-58-2 WRt5 ATED VALVE E-1495 570 WR IWR1588 MOTOR OPER- LIMIT SMB-OOO H-2852 E-150 F/23 RSA R.B. N/A A 2A M-t8-1 WRt5 ATED VALVE E-1753 570

! WR IWR160A MOTOR OPER- LIMIT SMB-OOO H-2852 E-150 F/20 RSA R.B. N/A A 2A M-58-2 WR15 l ATED VALVE E-1493 570 l

WR IWR1608 MOTOR OPER- LIMIT SMB-OOO H-2352 E-150 F/23 RSA R.B. N/A A 2A M-58-1 WR15 ATED VALVE E-1753 570 WS tPS-WS249 PRESSURE BARTON 288A H-2866 E-092 H/15 ASA AUX N/A A 2A WSIS SWITCH E-1989 496 WS 1PS-WS250 PRESSURE BARTON 288A H-2866 E-092 H/15 ASA AUX N/A A 2A WS15 SWITCH E-1989 496 l

WS 1PS-WS251 PRESSURE BARTON 288A H-2866 E-092 H/17 ASA AUX N/A A 2A 4S15 SWITCH E-1989 496 WS 1PS-WS252 PRESSURE BARTON 288A H-2866 E-092 H/17 ASA AUF N/A A 2A WSIS SWITCH E-1989 496 WS 1PS-WS253 PRESSURE BARTON 288A H-2866 E-092 J/23 ASA AUX N/A A 2A WS15 SWITCH E-1969 496

.PAGE 73 0F 77 E!

SARGENT&LUNDY

..M.

"O O O I

i PROJECT NUMBER 4130-05 *

' f DATE 12 JAN 83 t

REVISION 008 ZIMMER EQUIPMENT CUALIFICATION 001346

+ PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL /RDW CONTAIN FLD ACT/ ADD 0588 DATA i *SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

1!

WS 1PS-WS254 PRESSURE BARION 288A H-2866 E-092 J/23 A5A AUX N/A A 2A WSIS SWITCH E-1989 496 i WS 1PS-WS255 PRESSURE BARTON 26SA H-2866 E-092 H/20 A5A AUX N/A A 2A WS15 S ITCH E-1989 496 i WS 1PS-WS256 PRESSURE BARTON 288A H-2866 E-092 H/20 ASA AUX N/A A 2A WS15 SWITCH E-1989 496 WS 1PT-WSl60 PRESSURE ROSE- 1152GP7A22- H-2!,09 E-142 E/26 RAE R.B. A 2A WSOt

, TRANSMITTER MOUNT PB E-1995 475 WS IPT-WSt61 PRESSURE- ROSE- It52GP7A22- H-2809 E-141 B/25 R4A R.B. A 2A WSO2 TRANSMITTER MOUNT PB E-1995 475 WS tWSO12A MOTOR OPER- LIMIT SMB-OOO-2 H-2264 E-142 D/27 R4F R.B. N/A A 2A M-30-2 WSO3 ATED VALVE E-1480 475 WS tWSO128 MOTOR OPER- LIMIT SMB-OOO-2 H-2264 E-141 C/27 R4F R.B. N/A A 2A M-30-2 WSO3 i ATED VALVE E-1490 475 WS tWSO13A MOTOR OPER- LIMIT SMS-OOO H-2264 E-142 D/27 R4F R.B. N/A A 2A M-30-2 WSO4 ATED VALVE F-1481 491 WS 1WSt138 MOTOR OPER- LIMIT SMB-OOO H-2264 E-u t C/27 R4F R.B. N/A A 2A M-30-2 WSO4 ATED VALVE E-14Ss 475 WS 1WSO14A MOTOR OPER- LIMIT SMB-OOO H-2852 E-142 0/27 R4F R.B. N/A A 2A M-30-2 WSO5 ATED VALVE E-1480 475 WS tWSO148 MOTOR OPER- LIMIT SMB-OOO H-2852 E-841 C/27 R4F R.B. N/A A 2A M-30-2 WSOS ATED VALVE E-1492 475 WS 1WSO2O LIMIT SWITCH NAMCO EA1703ttOO H-2266 E-143 A/23 R3A R.B. N/A A 2A M-30-2 WSO9 l CLOSED POS. E-1989 503 WS 1WSO2O LIMIT SWITCH NAMCO EA17031100 H-2266 E-143 A/23 R3A R.B. N/A A 2A M-30-2 WSO9 OPEN POS. E-1989 503 WS 1WSO2O SOLENDID ASCO HV2OO-924- H-2266 E-143 A/23 R3A R.B. N/A A 2A M-30-2 WS12 2VF E-1989 503 WS IWSO25 SOLENOID ASCO 8320A90 H-2266 E-148 E/27 RIC R.B. N/A A 2A M-30-2 WS13 E-1989 546

.PAGE 74 0F 77 8

SARGENT&LUNDY

i 77 / . Q A V V

, PROJECT NUMBEP 4130-05 DATE 12 JAN 83 REVISION 008 l ZIMMER EQUIPMENT OUALIFICATION 001346

. PLANT ID COMPONENT / MODEL SPEC OR E.I. DWG COL / ROW CONTAIN F?.D ACT/ ADD 0588 DATA

.SY NUMBER EQUIPMENT MFR NUMBER B/M NO. W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

WS tWSO25 LIMIT SWITCH NAMCO EA17031100 H-2266 E-148 E/27 R1C R.B. N/A A 2A M-30-2 WS10 CLOSED POS. E-1989 546 WS 1WSO25 LIMIT SWITCH NAMCO EA17031100 H-2266 E-ti8 E/27 RfC R.B. N/A A 2A M-30-2 WS10

. OPEN POS. E-1989 546 WS 1WSO30 LIMIT SWITCH NAMCO EA17031100 H-2266 E-150 C/28 RSA R.B. N/A A 2A M-30-2 WSit OPEN POS. E-1989 570 WS tWSO30 LIMIT SWITCH NAMCO EA17031100 H-2266 E-150 E/28 RSA R.B. N/A A 2A M-30-2 WSt1 CLOSED POS. E-1989 570 WS tWSO30 SOLENGID ASCO HV2OO-924- H-2266 E-150 E/28 RSA R.B. N/A A 2A M-30-2 WS14 2VF E-1989 5'O i

WS 1WSO73A MOTOR OPER- LIMIT SMB-OOO H-2264 E-141 C/27 R4F R.B. N/A A 2A M-30-2 WSO6 ATED VALVE E-1458 475 WS tWSO738 MOTOR OPER- LIMIT SMB-OOO H-2264 E-142 D/27 R4F R.B. N/A A 2A M-30-2 WSO6 ATED VALVE E 482 475 WS tWSO76A MOTOR OPER- LIMIT SMB-OOO-2 H-2263 E-150 F/26 RSA R.B. N/A A 2A M-58-1 WSO7 ATED VALVE E-1481 570 WS tWSO768 MOTOR OPER- LIMIT SMB-OOO-2 H-2263 E-142 F/18 R4D R.B. N/A A 2A M-58-2 WSO8 g ATED VALVE E-1493 479

.PAGE 75 0F 77 I

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j PROJECT NUMBER 4130-05 '

1 l OATE 12 JAN 83

[ REVISION 008

, . ZIMMER EQUIPMENT QUALIFICATION 001346 1 1 + PLANT 10 COMPONENT / MODEL SPEC OR E.I. OWG COL / ROW CONTAIN FLO ACT/A00 0588 OATA i *SY NUMBER EQUIPMENT MFR NUMBER 8/M NO. W/0 NO. ELEVATN IN OUT BUILO LEV PASS REV CAT. SHT.

i .PAGE 76 0F 77

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SARGENT&LUNDY i,. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ___m

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79 i

)

PROJECT NUMBER 4I30-05

) DATE 14 JAN 83

~

{i REV'%DN 008

ZIMMER EQUIPMENT QUALIFICATION 001346

• PLANT ID COMPONENT / MODEL SPEC OR E.I. OWG COL / ROW CONTAIN FLJ ACT/ ADO 0588 DATA

• SY NUMBER EQUIPMENT MFR NUM8ER B/M NO, W/D NO. ELEVATN IN OUT BUILD LEV PASS REV CAT. SHT.

$PAGE 77 0F 77 a

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SARGENT&LUNDY Mm

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APPENDIX D ACTION PLANS O

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• e.

• "-%eweh r-&--m----+,rw, e-------9. .--w-.- - -,,--we--- , y.w-:rw--,,,w-s,.w----,ws -w--e--y-------v. we-s---==we,w-ew w-wv sr mwwwww w o,-er's*-wewwe-* * *e ww'me

Rsvierd 1/31/83 1

.: : e . = _= . : .: E-(]

_,,r_- _:E: ;y: Ngs E:,._i;:M E,n,- n.;E_ --- : :r :_. .

__Ap sta_t _ __ Time Delag_Relag_

Various_ _ _ DR_- 01 _ __ __

Allison Temperature Element _

1052-RTD __

TE-05 Allison Tamperature Transmitter 1052 TT-01 Asco Solenoid Valve HTX 8320 A20 SV-07 Asco Solenoid Valve HTX 8323 20V SV-08 Asco Solenoid Valve HTX 8323 20V SV-09 Asco Solenoid Valve HTX 8320A185. SV-13 Asco Solenoid Valve HTX 8320A22V SV-06 Asco Solenoid Valve HXT83216EMO SV-ll Scram Backup Asc solannta valv, HT8316CJ7 SV-li Asco Solenoid Valve HT8320A175 SV-01 Asco

• Pilot Solenoid Valve HT8323-22 SV-03 Asco Solenoid Valve HV200-924-2VF SV-05 Asco Solenoid Valve 8320A90 SV-04 l Atkomatic Deluge Valve FGX5700GX SV-12 l

Bailey Flow Transmitter 555 PT-01 Bailey Pressure Transmitter 556 PT-02 l Barksdale Pressure Switch D2H-M80SS PS-06 Barksdale Pressure Indicating Switch P1H-M340SS-V PS-04 Barksdale Pressure Switch BIT-M12SS-GE PS-05 Pressure / Flow Barton . GudicR ing3_Et.rfech 289A PJ:02_

Barton Flow Indicating Switch 288 ___PJ 0_}_

Differential Pressure Switch 288A PS-01 l O) m.

Barton l

y _ _ . _ _ _ _

l Rsvierd 1/31/83

- T : 2 , _. : . :'.: I

.,,=_;-,:g:  ; 7: s.;gs . 3 - _ = M gc. . - ,g .g._

- 7; y : _._

Level Indicating Barton S __ _7jj P 9 _11_.,_ _ _ _ _. .

- __Transmitte L wRc_h _

Differential Barton Pressure _ Transmit _ter _385_ _ __Q ,06 __

Brand Rex Instrumentation VP-02 Buchanan Terminal Cat. No. 824 TB-03 Crosby Solenoid CVG-01 _,

RV-01 CTI Nuclear Hudrogen Recombiner P/N D2'7658 HR-01 ,__

Delphi H0 2 2 Fission H0-01 G.E. Terminal Block CR151B TB-01 G.E. Control Switch SB-1 CS-01 12HFA51A'6TH G.E. Auxiliary Relay 12HFA51A49H RL-32 G.E. Auxiliary Relay 12HMA11B11 RL-01 G.E. Temperature Indicator 180 T1-01 DlHerential Hays Pressure Transmitter 252 d ,0 FT-05

.Indeeco Electric Heater 9N/A HE-01 l ITE Motor Control Center 5600 Series CC-01 ITT Damper' Various NH DA-01 Differential 385

. ITT Barton Pressure Transmitter 199DPV PT-06 l

l Keyco Instrument Power PCX72-0.3 JY-01 Licon Limit Switch 65-430140 LS-08 Motor Operated SMB-0-40 V0-05,6 Limitorque Valve Actuator _

Motor Operated Limitorque Valve Actuator SMB-00-10 VO-05 Motor Operated Limitorque Valve Actuator SMB-00-15 VO-05 Motor Operated Litr.itorque Valve Actuator SMB-00-7,5 VO-05

1, Revierd 1/31/83

.~T : :*. -:i U C E'

,.r C :.:E:  :^': NE . E C '.' :!< EN- '~DE_

. -C-lON -

Motor Operated

__Limitorque _

,_ Valve _ A_ct_ua_t_or _ _ SMB:QOO _ _ _ _ _ _ __ _VikOS ,.7---- _ --

Motor Operated

.._L.imitorque __V,a_lve_ Actuator _ _SMB-QQH-2 _ _ __YIL-45,7. _ _ - - - - -

Motor Operated L_imitorque Valve Actuator SMB-000 _2/_gIBC VO-05 ,__

Motor Operated Limitorque Valve Actuator SMB-000-5 V0-05 Motor Operated Limitorque Valve Actuator SMB-1 V0 -05 Motor Operated Limitorque Valve Actuator SMB-2 VO-03

~~

Motor Operated Limitorque Valve Actuator SMB-4 VO-03 48-8115-843

- Lc,ve Controls Current Relay 816-8174 _

CR-02 541-851-8134 Love Controls Proportional Controller 8115-816-8174 PC-01 56-8115-8181 Love Controls 8108-8174 CR-01 O Current Relay 56-851-8115 843-8174 CRr01 Love Controls Current Relay-3.5-751IXMPG Magnetrol Level Switch - M14HY SW-01 Magnetrol Level Switch 5,0-751 SW-01 Maglock Position Switch MPS-15 LS-09 Marathon Terminal Block 6000 TBb2 Mercoid Level Switch 201WT9806 52C60 SW-02 Mercoid Temperature Switch 7038-80452 TS-02 Namco Limit Switch r.:A-170 46302 LS45 Namco Limit Switch EA17031100 LS-04 lamper Yosition Namco Switch (Closed) EA70070000 LS-11 Damper Position Namco Switch _{0p_en) iEA700700.0J LS-12 Namco Limit Switch EA740-80000 LS-01 Namco Limit Switch EA740-80001 LS-02

Rivierd 1/31/83 0 --  :- : :' = '- : : 5-

.. ,..=_: _=s= :es=ess. - s ;: nz. .- c:a_ --: : :c = _ _ -

__Namco__ _ __L_imit_S_wfigh. ___ ___

.EAJ40,-8600Q._______ 1S-03____

Namco _ Damper Position Switch

_EA_74020100 ___ _ __L_S ] 0_ __ _

Namco ,

Damper Position Switch EA7502_0_100 _ LS.-02 Namco Limit Switch SL-3C-B2 __15-3h Okonite Splice' Kit VP-03 Essential 1&2 Standby .

Powers Regulator Gas Treatment Set IA&E CP-02 Pyco Temperature Element 145C3224 TE-01 Rosemount Temperature Element 183-108-1 TE-02 Rosemount Temperature Element 88-14 TE-03 Transmitter 1 Level, i Rosemount Pressure (Differential)] 1152 PT-04

~

Transmitter (Flow, Rosemount Pressure (Differential)J 1151AP g tGP PT-03 Rosemount Millivolt Converter 535 MC-01 Siemens Blower 2CH6-041-1V MO-04 Spencer Blower Motor M0-05 5N-AA3 Static-0-Ring Pressure Switch (RR:5NAA35TTX10)

PS-07 12}iAATiTK10 Static-0-Ring

~-

Pressure Switch 12NAAYX9TT PS-09 scTRIEte T Koerting Flow Meter (Element) 209651-8850 FT-02

- 5cTsutte I Koerting Flow Transmitter 91X-16-4-20 FT-01 Target Rock Solenoid Valve 76F SV-10 United. Electric Temperature Switch 300-6/iS TSe01 Westinghouse Motor (Fan Pump] Various Type F MO-03 0 .

w- - - ., -

ENVIRONMENTAL QUALIFICATION ACTION PLAN ACTION PLAN # DA-n1 MANUFACTURER: ITT General Controls MODEL NO: NM DESCRIPTION: n n.,m o r a , e,, . e n,.

TAG NiiMBERS l

1FZ-VG007A/C_ 1T7-VYnn1A/R _

1FZ-VG014 1TZ-VY004A 1F7-ven??s/c ITZ-VY005 1r7-ven9o ITZ-VYOO6 - -

1v7 ventiA/tt 1T7-vynn7 1FZ-VC01?A/R ITZ-VYOO8 1FZ-VG049 1T49-D001-15A/B O IFZ-VG050 1T49-D001-17A/B 177-vvnn1A/n 1T7-vvnn?s/u REQUIRED ACTION CG&E is monitoring the latest testing being performed by ITT General Controls to establish qualification. ITT has informed us that the results of the test will be available to the utilities for a portion of the testing cost upon its' completion. CG&E will proceed upon completion of the test.

l O

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ETIF,0::ME: TAI. OUtaIFICATIC:;

ACIc'; TLA' .

/,CTIO:: 11/J: 8 1.5-11 i

M/J.*UFACTUEF.R: NAMCO ,

MODEL NO: EA700-70000 DESCRIPTION: LIMIT SWITCH TAG NE'2ERS l

1ZS-VG043BA/BB j 1ZS-VG044BA/BB 1

) .

t i

REQUIRED ACTION These limit switches will be replaced with qualified Namco switches prior to our 2nd. refueling or November ~ 30, 1985, whichever .

comes first.

Justification for Interim Operation will be submitted to show that the plant can be operated & shutdown safely with the existing limit switches.

1 -

\

ENVIl@RALD$& QWARQTELGCI9Rf ACTION PLAN ACTION PLAN # PT-04

.s MANUFACTURER: ROSEMOUNT MODEL NO: 1152 DESCRIPTION: TRANSMITTER TAG NUMBERS 1PT-CM021 e

O REQUIRED ACTION Qualification of this transmitter will be established by the additional shielding of panel IPL 69 JB from the charcoal filters of the SGTS. The required shield wall to be installed prior to fuel load.

I w ._ .-w-., 3, wm. ..-m- --e-.e -,e- ,

+e-- - * - =

- -1 ENVIRONMENTAL QUALIFICAMIMU ACTION PLAN ACTION PLAN # SV-10 0 MANUFACTURER: Target Rock MODEL NO: 76F DESCRIPTION: Solenoid Va1ve TAG NUMBERS IIN171 i

• REQUIRED ACTION Inside containment. Application under review.

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' * * - - - + - m- --m.e , , , _

---gWM+ w-w---,,m - - - , -- - - -am-----rewt-+-=wci- *w-op e=-e-e we= =wwe ww w+-wc-- - -e - g* --w' * -T---- wes- r -m-h--r------Tw-- - --- ^ ~-mr=t=-wmv& -W'r- w-' -'

ENVIRONMENTAL QUALIFICATION ACTION PLAN 1

ACTION PLAN # VP-02 MANUFACTURER: BRAND REX MODEL NO: INSTRUMENTATION DESCRIPTION: CABLE TAG NL'M3ERS N

, U;n .

REQUIRED ACTION ,

Obtain qualification documentation from vendor to show environmental capabilities. Analysis to be completed 2 months prior to fuel load.

O

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,,9,p, , . ., 9 9 p_.- m_-,.--, - - - gw--, --m y .--.y -

1 i

O APPENDIX E COMPONENT EVALUATION DATA SHEETS O

O . _ . . . . . . . . O.- .

O) ,

NH. H. EIHHEll NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. AP-03 i EEVIRONMENTAL QUALIFICATION REVISION HO. 1 COMPONENT EVALUATION DATA BHEET . DATE November 12.,_U21

ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING '

EQUIPHENT DESCRIPTION PARAHETER REQUIRED SPEO. QUAL. ~REQID QUAL. HETHODS ITEb!S SYSTEH: OPERATING TEST &

TIME 'IDCA: 100 Days 100 Days ANALYSIS 2

Hela: i noy TAG NO.:

I AP50E A-ll, J .-N , P , R-U TEMP. (F) NORMAL: 65-150 1) 395*F IDCA: 320 2) 370*F 2 TEST -

COMPONENT.: Hela: NA 3) 400*F 1 Electrical Penetration 1) 80 Psig PRESSURE NORMAL: .5 to 2 peig 2) 75'Psig HANUFACTURER: (PSIA) IDCA: 40.4 psig 3) 72 P'sig, 2 TEST y

Conax Corporation HELB: NA H0 DEL NO.: RELATIVE NORMAL: 40-90 M%

2) Control I.o P er DITYN W A: 100 3

NA 1

3) Med. Volt Power HEI.B:

FUNCTION /SERNCE: '

7

RADIATION NORMAL

EQ-1.59x10 Co-1.59x10 8

' TEST

! (RAD) IDCA:. EQ-1.47x10'CO-8.86xit >* 2 x 10 2 j TOTAL: EQ-1.63x10*CO-9.02x11 1' 1 l IDCATION: (Env. Zone) 183 years TEST T* @ 150*F 2. 6 C-1 _ ANdYSIS 4 TEST &

CHEMICAL 162) Chem. Si iray l Specified: 5 ANALYSIS SPRAY Water Spray 3) N/A - ,

Demonstrated:

SUBHERGENCE N/A N/A -

(1) Qualification Documentation'not available; see Action Plan ..

~

(2) Insufficent Documentation to establish qualification; see Action Plan _. .

(3) Equipment conditionally qualified; see Action Plan . ,

(4) X Equipment qualified.

• X Qualification Documentation available; Central File CONAX  ; Vendor File (5) .

t

• Documentation References; see tab in Central File.

. a.---.

. Os . - . . . . . . . .

. o z, . or i CA02 l NW. H. IIHMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO.

ENVIRONMENTAL QUALIFICATION REVISION NO. I  !

DATE bePL. 43 1W54 COMPONENT EVALUATION DATA SHEET .

i RO N EM . REF.* OUTSTANDING QUAL.

PARAHETER REQUIRED 8PEO. QUAL. ~REQeD QUAL. HET130DS ITD!S EQUIPHENT DESCRIPTION SYSTEH: OPERATING 130 Days Test TIME 'IDCA: 100 Days -

2 HELB: i n2y

. TAG NO.: 0002 TEMP. (F) NORMAL: 65-150 Test IDCA: 320 345'F y 2 -

COMPONENT.: RELB: NA .

I Low Voltage Power PRESSURE NORMAL: .5 to 2 psig Test

HANUFACTURER: Okonite (PSIA) IDCA: 40.4 psig 112 Ps'ig y 2

! HELB: NA l H0 DEL NO.: RELATIVE NORMAL: 40-90 100 % Tese  !

m HUMIDITY ($) IDCA: 100 2 NA 1 i HELB:

FUNCTION / SERVICE: 7 8

i RADIATION NORMALtEQ-1.59x10 Co-1.59x10 ', 2 x 10 Test

~

EQ-1.47x10 CO-8.86x10 2 '1 i

(RAD) IDCA: .

TOTAL: EQ-1.63x10,co-9.02x10, 1DCATION: (Env. Zone) 40 yrs. @

10 Years T*8' C-1 A,0ING 1

90*c m . 2 ACCURACY: .

Chem. Water '

Specified: CHEMICAL Water Spray Spray for -

2 Test SPRAY inn ny,s_

Demonsuated. SUBHERGENCE - - -

N/A N/A (1) Qualification Documentation'not available; see Action Plan .-

(2) Insufficent Documentation to establish qualification; see Action Plan .

. (3) Equipment conditionally qualified; see Action Plan . .

j (4) X Equfpment qualified. '

(5) X Qualification Documentation available; Central File Okonite Cable ; Vendor File .

• Documentation References; see tab in Central File.

.O c . _ . . . . . . . .

O .

O> .

DATA SHEET NO. CA03 NH. H. 11HHER NUCLEAR POWER STATION - UNIT 1 ENVIRONMENTAL QUALIFICATION REVISION NO. 1, i COMPONENT EVALUATION DATA SHEET . DATE October 4, 1982 ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAHETER REQUIRED SPEC. QUAL. ' REQ 8D QUAL. HET180DS ITEPS SYSTEH: OPERATING 2,3 Test TIME 'IDCA: 100 Days 652 Days _

HELB: i nn.'

TAG NO.: 0003 TEMP. (F) NORMAL: 65-150 2 Test IDCA: 320 346.F ,

I HELB: l COMPONENT.: NA I

Low Voltage Power PRESSURE NORMAL: .5 to 2 ps18 2 Test

! HANUFACTURER: (PSIA) IDCA: 40.4 psig 113 Psig HEG

• NA 1 Anaconda j H0 DEL NO.: RELATIVE NORMAL: 40-90 2 Test IDCA: 100 100 %

. HUMIDITY (5)

HELB: NA

• 1 FUNCTION / SERVICE:

7 '

RADIATION NORMAL:EQ-1.59x10 CO-1.59x10 e 2 x 10 8 2 Test (RAD) IDCA: EQ-1.47x10'CO-8.86xlil TOTAL: EQ-1.63x10*CO-9.02x14l' 1 l

! t IDCATION: (Env. Zone) '40 yrs. -

j AGING 10 1 Yeara 2 Test

C-1 0 90.*C ACCURACY

Chem. Spray Specified: CHEMICAL Water Spray 30 Days SPRAY - 2 Test

Dumonstrated

SUBHERGENCE N/A N/A -

1 (1) Qualification Documentation'not available; see Action Plan .

{ Insufficent Documentation to establish qualification; see Action Plan (2)

(3) Equipment conditionally qualified; see Action Plan . .

(4) y Equipment qualified.

l (5) x Qualification Documentation available; Central File Anaconda  ; Vendor File .

• Documentation References; see tab in Central File.

k ,

i

. . ..2

. _ . . _ . _ . _ . . . I UN. H. ZIHMER NUCLEAR POWER STATION - UNIT 1 DATA SilEET !!O. CA04 ENVIRONMENTAL QUALIFICATION REVISION NO. ~ :t COMPONENT EVALUATION DATA 8HEET . . DATE Sept. 23. 1982 ENVIRONMENT DOCUMENT: REF."

QUAL. OUTSTANDING EQUIPHENT DESCRIPTION PARU(ETER REQUIRED SPEC. QUAL. RE08D _ QUAL. HET130DS ITD!S SYSTEH: OPERATING 130 Days 2 Test T1HE 'IDCA: 100 Days -

HE2: i nny TAG NO.: 0004 TEMP. (F) NORMAL: 65-150 345*F 2 Test IDCA: 320 -

COHPONENT.: Control REID: NA PRESSURE NORMAL: -. 5 to 2 pair, 112 P'sig 2 Test HANUFACTURER: 0konite (PSIA) IDCA: 40.4 psig y

HELB: NA H0 DEL NO.: RELATIVE NORMAL: 40-90 100 % 2 Test HUMIDITY ($ IDCA: 100 HELB: NA 1 FUNCTION / SERVICE:

' 8 RADIATION NORMAL:EQ-1.59x10'c0-1.59x10 2 x 10 2 Test (RAD) IDCA:. EQ-1.47x10 CO-8.86xil TOTAL: EQ-1.63x10 CO-9.02xla LDCATION: (Env. Zone) *

.. yrs. .

2 Test AGING 40 Years 90oC C-1 -

l ACCURACY: Chem / Water Specified: CHEMICAL Spray 130 l SPRAY Water Spray Days -

2 Test Demonstra M : ~

SUBHERGENCE U/A N/A -

(t) Qualificad on Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally goalified; see Action Plan ,. .

(4) X Equipment qualified.

(5) ._ X Qualification Documentation available; Central File Okonite Cable ; Vendor File _ .

• Documentation References; see tab in Central File.

i .O: .

O- . O. -

NN. H. IINNER NUCLEAR POWER STATION - UNIT I DATA SHEET NO. CA05 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 00HPONENT EVALUATION DATA 8HEET . DATE o c tober-4, 1982 I

! OUTSTANDING QUAL.

lEQUIPHEPT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQID QUAL. HETHODS ITEMS i

i SYSTEH: OPERATING j TIME 'IDCA: 100 Days 652 Days - 2 Test i

l HEW: i n- -

I j t TAG No.: 0005 TEMP. (F) NORMAL: 65-150 i IDCA: 320 346*F 2 Test .

Control HEIR: 1 COMPONENT.: NA PRESSURE NORMAL: .5 to 2 psig

) HANUFACTURER: (PSIA) IDCA: 40.4 psig 113 Puig 2 Test Anaconda HELB: 'JA 1 l

l H0 DEL NO.: RELATIVE NORMAL: 40-90 IDCA: 100 100% 2 Test HUMIDITY ($)

i iiELB: NA 1  !

i , FUNCTION / SERVICE:

7 '

i RADIATION NORMAL:EQ-1.59x10 CO-1.59x10 e 1 2 x 10 2 Test (RAD) IDCA: EQ-1.47x10'CO-8.86x1l l i

! TOTAL: EQ-1.63x10*co-9.02x1< l' 1

' IDCATION: (Env. Zone) i Ye a 9 2 Test c-1 .

] , ACCURACY: . Chem spray CHEMICAL ***

Specified: Water spray 30 Days SPRAY - 2 om as a d:

SUBHERGENCE N/A N/A - - - -

(1) Qualification Documentation'not available; see Action Plan s (2) Insufficent Eocumentation to establish qualification; see Action Plan _ .

(3) Equipment conditionally qualified; see tation Plan . .

(4) Equipment quell!!ed.

! X 1

(5) X Qualification Pocumentation available: Central File Anaconda  ; Vendor File .

I

• Documentation References; see tah in Central File.

~

i l NH. H. SIMMER NUCGAR POWER STATION - UNIT 1 DATA SHEET NO. CA06 l ** VISION HO.

ENVIRONMENTAL QUALIFICATION 1 CDNPONENT EVALUATION 9ATA 8HEET . . DATE sent. 23. 198L i

i 1 ENVIR05P.2rs DOCUMENT: REF.*

QUAL. OUTSTANDIMC EQUIPHENT DESCRIPTION PARAHETER REQUIRED SPEO. QUAL. REQ 8D QUAL. HETHODS ITEMS I' SYSTEH: OPERATING TIME ^IDCA: 100 Days -

100 Days 2 Test l HEG: 1 n- '

TAG HO.: 0006 i TEMP. (F) NORMAL: 65-150 IDCA: 320 346*F 1 2 Test j COMPONENT.: Control HEG: NA i'

PRESSURE NORMAL: ;.5 to 2 psig HANUFACTURER: (PSIA) IDCA: 40.4 psig 113 Psig 2 Test HEG: 1 Rockbestos NA HODEL NO.: RELATIVE NORMAL: 40-90 HUMIDITY ($) IDCA: 100 NA * ^100 % 1 2 Test HELB: _

FUNCTION / SERVICE:

RADIATION h0RMAL:EQ-1.59x10'Co-1.59r10

! (RAD) IDCA: EQ-1.47x10*CO-8.86x11 l' 2 x 10 2 Test TOTAL: EQ-1.63x10*CO-9.02xli l' 1 i

, IDCATION: (Env. Zone) 40 rs. @

l AGING 40 Years .90*C Test

, C-1 2 _

2

' l ACCURACY: Con. Chem Spj ay Specified: CHEMICAL Test i ! Water Spray @ .15 CPM /Ft 2 4

i SPRAY -

Demonstrated.

SUBHERGENCE N/A N/A - - - -

(t) Qualification Documentation'not available; see Action Plan 4 (2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan . .

(4) g Equip.nent qualified.

(5) X Qualification Documentation available; Central File Rockbesros  ; Vendor File .

• Documentation References; see tab in Central File.

~ '

O}

DATA SIIEET NO. CA07 WH. H. ZIHMER NUCLEAR POWER STATION - UNIT 1

' ENVIRONMENTAL QUALIFICATION REVISION NO. '. 1

- COMPONENT EVALUATION DATA SHEET . DATE -Nev. 17,'1982 i i ENVIRONMENT DOCUMENT: REF.' OUTSTANDING QUAL.

EQUIPHENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. 'REQBD QUAL. HETF0DS ITEMS SYSTEH: OPERATING

, TIME ' WCA: 100 Days 100 Days _ 2,3 Test HEG: nw '

2A0 NO.: 6007 TEMP. (F) NORMAL: 65-150 WCA: 320 . 340*F 2 Test ,

l COMPONENT.: HEG: NA

, Instrumentation PRESSURE NORMAL; .5 to 2 psig HANUPACTURER: (PSIA) MCA: 40.4 psig 105 Psig 2 Test Samuel Moore l HEG: NA H0 DEL NO.: RELATIVE NORMAL: 40-90 HUMIDITY (f) WCA: 100 100 % 2 Test 1

HEG: NA FUNCTION / SERVICE:

RADIATION NORMAL:EQ-1.59x10'CO-1.59x10 e 8 x est (RAD) MCA: EQ-1.47x10"CO-8.86x10 TOTAL: EQ-1.63x10*CO-9.02x10' 1 WCATION: (Env. Zone) .52.73 yrs.

AGING 10 6 Yaars 40135 *F 2'.4 Test c-1 ,

ACCURACY: . Chem Spray 11 0 Spociflod: CHEMICAL Water Spray Days 0 .15 g M' Test SPRAY yr2~ -

2 Demonstrated:

SUDHERGENCE N/A N/A -

(1) Qualification Documentation'not available; see Action Plan ..

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan . .

l (4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Samuel Moore  ; Vendor File .

• Documentation References; see tab in Central File.

.O ._. . . . - . . .. .O.- .

Onv DATA SilEET NO. CA08 NW. R. EINNER NUCLEAR PONER STATION - UNIT I ENVIRONMENTAL QUALIFICATION REVISION NO. O COMPONENT EVALUATION DATA 8HEET . . DATE June 29, 1982 i

M IR  : F.* OUTSTANDING QUAL.

EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. ' REQ'D QUAL. HETHODS ITD!S

, SYSTEH: OPERATING 30 Days 2 Test x TIME ~IDCA: 100 Days -

HEG: 1 Day TAG NO.: 0008 TEMP. (F) NORMAL:.65-150 357 ap 2 Test IDCA: 320 ,

1

, COMPONENT.: REG: NA Instrumentation PRESSURE NORMAL: .5 to 2 psig 70 P's.ig 2 Test HANUFACTURER: (PSIA) IDCA: 40.4 psig HEG: NA 1 Raychem HODEL NO.: RELATIVE NORMAL: 40-90 100 % 2 Test HUMIDITY ($) IDCA: 100 1

HEG: NA FUNCTION / SERVICE: 8  !

RADIATION NORMAL:EQ-1.59x10'Co-l.59x10 ', 2 x 10 2 Test (RAD) IDCA: EQ-1.47x10,CO-8.86xli l, TOTAL: EQ-1.63x10 Co-9.02x11 i ,

I IDCATION: (Env. Zone) 302*F for AGING 40. Years 7 Days 2 Test ACCURACY: Chem Spray 3( 1 Specified: CHEMICAL Days 0 .15 Gl 2 Test SPRAY Water Spray Y{ ' -

Demonstrated:

SUBHERGENCE N/A N/A -

(1) Qualification Documentation'not available see Action Plan ..

(2) Insuf ficent Documentation to establish qualification; see Action Plan .

(3) X Equipment conditionally qualified; see Action Plan VP-01. ,

(4) Equipment qualified.

(5) X Qualification Documentation available; Central File Raychem Cable ; Vendor File .

• Documentation References; see tab in Central File.

.O n O;- .

OL WW. H. EIHHER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. CA09 ENVIRONMENTAL QUALIFICATION REVISION HO. :1 COMPOKENT EVALUATION DATA SHEET '. . DATE Sept.' 23, 1982 i

IR N EM. REF.*

OUTSTANDING

[ QUAL.

EQUIPHENT DESCRIPTION PARAHETER REQUIRED SPEC. QUAL. ~ REQ'D QUAL. HETHODS ITD!S SYSTEH: OPERATING 100 Days 2 Test TIME 'IDCA: 100 Days -

HELB: a no '

l TAG NO.: 0009 TEMP. (F) NORMAL: 65-150 346*F Test IDCA: 320 y 2 -

COMPONENT.: HEG: WA PRESSURE NORMAL: .5 to 2 psig 113 Psig Test  !

HANUFACTURER: (PSIA) IDCA: 40.4 psig y 2 Rockbestos HEID: NA HODEL NO.: RELATIVE NORMAL: 40-90 100 % Test HUMIDITY ($ IDCA: 100 2 HELB: NA

- 1 FUllCTION/ SERVICE: 8 RADIATION 7 r 2 x 10 Test  !

~

NORMAL:EQ-1.59x10 Co-1.59x10 (RAD) IDCA: EQ-1.47x10'Co-8.86xit >* 2 TOTAL: EQ-1.63x10*CO-9.02xli l' 1 IDCATION: (Env. Zone) 40 yrs. @ ~ **

AGING %0 Tears 90?C i

C-1 - 2 ACCURACY: Chunical Specified: CHEMICAL Spray Water Spray 2 Test I SPRAY ,

Demonstrated:

SUBHERGENCE N/A N/A - - - -

(1) qualification Documentation'not available; see Action Plan c.

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan . .

(4) X Equipment qualified.

l (5) X Qualification Documentation available; Central Filenm q ,  ; Vendor File .

~ '

l

• Documentation References; see tab in Central File.

' O~

n

..v * ,

WH. R. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. CA10 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA SHEET . DATE Sept. 23, 1982 ENVIRONMENT DOCUMENT: REF.* OUTSTANDING QUAL.

EQUIPMENT DESCRIPTION PARAMETER REQUIRED 8PEC. QUAL. ' REQ'D QUAL. HETF0DS ITD!S OPERATING  ;

SYSTEH:

TIME 'IDCA: 100 Days 100 Days .

2 TEST -

HEG: i n m, TAG HO.:

0010 TEMP. (F) NORMAL: 65-150 l IDCA: 320 340* 2 TEST .

COMPONEN1.. HEG: NA l Instrumentation PRESSURE NORMAL: .5 to 2 psig IDCA: 115 Paig 2 TEST HANUFACTURER: (PSIA) 40.4 psig '

i Boston Insulated HEG: NA Wire HODEL NO.: RELATIVE NORMAL: 40-90 '

LDCA: 100 100 % 2 HUMIDITY (5) 1 TEST HEG: NA FUNCTION / SERVICE: '  !

RADIATION NORMAL:EQ-1.59x10'Co-1.59x10 8 2 x 10 2 TEST EQ-1.47x10*Co-8.86xli ,e (RAD) IDCA:

1 TOTAL: EQ-1.63x10'Co-9.02xli >*

IDCATION: (Env. Zone) '40 yrs 0 AGING 40 Yeara 90*C -

_ 2 TEST l C-1 ACCURACY:

2 Specified: CHEMICAL Water Spray Chem. Spray TEST SPRAY l

Demonstrated: SUBHERGENCE N/A N/A -

~

(1) Qualification Documentation not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

X Equipment qualified.

l (4)  ; Vendor File Boston Insulated Wire -

(5) X Qualification Documentation available; Central File

• Documentation References; see tab in Central File.

1 0

VH. H. ZIMMER NUCIE.AR POWER STATION - UNIT I DATA SHEET NO. CA14 REVISION NO. 1 ENVIRONMENTAL QUALIFICATION i

COMPONENT EVALUATION DATA 8HEET , . DATE December 17. 1982 1

RM MM: W .* QUAL. OUTSTANDING

}

l EQUIPHEHT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. ' REQ 8D QUAL. HETHODS ITD'S SYSTEH: OPERATING 100 Days 2, 3 TEST &

i TIME ~IDCA: 100 Days. -

Analysis i HEIA: i ny TAG NO.: 0014 TEMP. (F) NORMAL: 65-150 385'F 2 TEST IDCA: 320 -

COMPONENT.: RELB: NA Splice

Kit PRESSURE NORMAL

.5 to 2 psig 66'Psig 2 TEST MANUFACTURER: (PSIA) IDCA: 40.4 paig y Raychem HEIS: NA i HODEL NO.: RELATIVE NORMAL: 40-90 100 % 2 TEST HUMIDITY ($) IDCA: 100 WCSF-N 1 HELB: NA l FUNCTION / SERVICE: ' 8 7 2 x 10 2 TEST RADIATION NORMAL:EQ-1.59x10 Co-1.59x10 i (RAD) 'IDCA: EQ-1.47x10'CO-8.86x10'

' 1 TOTAL: EQ-1.63x10*CO-9.02x10' IDCATION: (Env. Zone) 2, 3 AGING TEST &

40. Tears C-1 -

}$.Yps@ -

Analysis ACCURACY: '

T Specified: CHEMICAL y,g,,g py,y Chem. Spray -

2

- SPRAY Demonstrated:

SUBHERGENCE N/A N/A - - - -

(t) Qualification Documentation'not available; see Action Plan ..

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan . .

(4) y Equipment qualified.

(5) x Qualificatin Documentation available; Central File RAYCHEM  ; Vendor File .

• Documentation

References:

see tab in Central File.

t

.O^ -

. _ . . - . . . . . . . O~ .

O -

l WW. H. EIHNER NUCLEAR POWER STATION - UNIT 1 DATA SilEET NO. CA17 l

ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA BHEET . DATE January 19 1982 l

ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING I i EQUIPMENT DESCRIPTION PARAMETER REQUIRED 8PEC. QUAL. 'REQsD QUAL. HET140DS ITEt!S TEST

! SYSTEH: OPERATING 100 Days 2 &

TIME 'IDCA: 100 Days -

ANALYSIS HEG: i nmy TAG NO.: ooi7 TEMP. (F) NORMAL: 65-150 397'F 2

, IDCA: 320 TEST -

HEG: 1 l COMPONENT.: NA I

j Terminal Block PRESSURE NORMAL: .5 to 2 psig 70 P'sig 2 HANUPACTURER: (PSIA) IDCA: 40.4 psig TEST Kulka l j HEG: NA H0 DEL NO.: RELATIVE NORMAL: 40-90 100 % 2

7TB-12 IIUNIDITY(J) IDCA

100 TEST HELB: NA 1 i

FUNCTION / SERVICE: 8 7 ' 2 x 10 2 RADIATION NORMAL:EQ-1.59x10 CO-1.59x10 (RAD) IDCA: EQ-1.47x10"CO-8.86x10' 6 TEST TOTAL: EQ-1.63x10*CO-9.02x10' 1 IDCATION: (Env. Zone) 44.5T years TEST &

, AN U SIS C-1 ACCURACY: Chem. Spray 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> e Specified: CHEHICAL y,,,,g p y,y TEST 2

SPRAY .15 GPM/Ft2 _

Domonst, rated:

SUBHER0ENCE N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan . .

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Conar  ; Vendor File .

a Documentation References; see tab in Central File.

I _ ___ -

p, , ,_ ,

\ J __( ) .. __- _ _ _ . . ._/. . . . . . . _ . . _

.( ) .. _ _ .

WM. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SIEET NO. CMOS ENVIR0!n4 ENTAL QUALIFICATI0!! REVISION NO. 1 COMPONENI EVALUATION DATA SIEET DATE 1/20/83 ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. MET 110DS ITEMS Analysis SYSTEM: Containment OPERATING and

! Monitoring TIMS IDCA: 100 Days ~

Sequential llE W : N/A 100 Days 2,3 Test TAG NO.: 1CM007 1CM008 TEMP. (F) NORMAL: 65 - 104 Sequential IDCA: 45 - 129 Test i

COMPONENT.: IIE W : 240 340

• 1 2 Solenoid Valve PRESSURE NORMAL: -0.16 to -0.25 in.WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in. WG. ,, ,,

Target Rock IIEW: 16 psia for 7 secon<h 84.7 1 2 Sequential

MODEL NO.

76F-201 RELATIVE NORMAL: 0-60 Test and

! 1RIMIDITY(f) IDCA: 0-90 Analysis llE M : 100 100 % 1 2,3 FUllCTIO!!/ SERVICE: Sequential 6

Post LOCA Sample RADIATION NORMAL:1.71x10 hst 8

Isolation Valves (llAD) 1DCA

4.74x10" 1 x 10 1 2 j TOTAL: 6.45x10 6 i IDCATION: (Env. Zone) 40 years at Analysis H-2A AGING 10 4 Years 104*F and Seq.

- 2,3 Test ACCURACY:

j Spucifie 1: N/A CllEMICAL SPRAY N/A N/A - - - -

l Demonstrated: N/A SUDMERGENCE N/A N/A -

(1) Qualification Documentatinn not available; see Action Plan .

(2) Insufficent Documentatinn to establish qualification; see Action Plan .

( 't ) Equipment conditionally qualified; see Action Plan (4) X Equipment qualified.

(5) X Qualitteation Documentation available; Central File Target Rock  ; Vendor File .

• Documentatton References; see tab in Central File.

^

(

N '

N, -

I DATA S!!MMT NO. cM06 WM. !! ZIMMER NUCLEAR POWER STATION - UNIT 1 ENVIRONMENTAL QUALIFICATION ItEVISIU!! !!O. 1 CCMPONENT EVALUATION DATA SREET DATI: 1/20/83 ENVIRONMENT ____ DOCUMENT: REF.*

QUAL. OUTSTANDINC EQUIPl!EllT DESCitIPTION PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. MMTI'0DS ITEMS Analysis SYSTEM: OPERATIll0 and Containment Monitoring TIME IDCA: 100 Days 100 Days -

2,3 Sequential IIELD: N/A To <: r

TAG 110.

ICM009, 10, NORMAL: 65-104 Sequential 11, 13, 23, 24 TEMP. (F) 340 ,

IDCA: 45-129 2 Test 225 1 COMPollEllT. : IIEill:

Solenoid Valve PRESSURE NORMAL: -0.16 to -0.251n.WG. "

MAtlHFACT URER: (PSIA) IDCA: -0.25 in. WG. 84.7 2 Target Rock IIELD: 18 psia for 7 sec. I w

Sequential H0 DEL NO.: 76F-201 ItELATIVE NORMAL: 0-60 Test and 1DCA: NC 2,3 llUMIDITY(%) 100 %

Analysis IIELH: 100 1

. FullCTION/ SERVICE: 5 Se tial Post LOCA Sample RADIATI0tl NORMAL: 1.7 x10, (RAD) IDC 8 2 Isolation Valves 6.32x10 6 1 x 10 1 LDCAT IOll: (Env. Zone) Analysis R-3A AGING 10 4 Years 40 years and Seq.

at 104*F -

2,3 Test ACCURACY:

j Spucified: N/A CIIEMICAL i

SPRAY N/A N/A - - - -

Demonst rated: N/A SI'DMEltGEllCE N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(1) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified.

(5) X qualification Documentation available; Central File Target Rock  ; Vendor File .

• Documentation References; see tab in Central File. ,

'v! i k

)

' m/

4 WM. II. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA Sl!ElrP NO. CM07' E11VIRONME!1TAL QUALIFICATI0ll ItEVISIO!i !!O. 1 COMPONENT EVALUATION DATA SIIEET DATE 1/20/83 ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDINC LQUltitEllT DESCRIPTI0tl PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. Mi?t'F0DS ITEMS Analysis SYSTEM: OPERATING and Containment Monitoring TIME IDCA: 100 Days - Sequential llEL13: N/A 100 Days 2,3 Test TAG !!0.: ICM019 1CM020 TEMP. (F) NORMAL: 65-104 Sequential

! IDCA: 45-129 Test COttPONEllT. : 11 ELD: 225 340

• 1 2 Solenoid Valve PRESSURE NORMAL: -0.16 to -0.251n.WG.

!!AllllPACTURER: (PSIA) IDCA: -0.25 in. WG. ,,

Target Rock HELD: 18 psia for 7 sec. 84.7 1 2

~

S e al MODEL NO.: 76F-202 RELATIVE NORMAL: 0-60 IIUMIDITY(%) IDCA: NC 100 % Analysis 100 1 2,3 UELB:

FullCTIO!!/SEltVICE: Sequential Post LOCA Sample RADIATIO!! HORMAL: 1.71x10s l 4.61x10 6 8 hst Isolation Valves (llAD) IDCA: 6 1 x 10 1 2 TOTAL: 6.32x10 LDCATioti: (Env. Zone) 40 years Analysis R-3A AGING 10 1 Years at 104*F _ 2,3 and Seq.

Test l ACCUltACY:

N/A CllEMICAL Spuclfled:

SPRAY N/A N/A - - - -

Demonstrated: N/A SUllMERGENCE N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insuf ficent Documentation to establish qualif Jcation; see Action Plan .

(3) Equipment condittoually qualified; seu 2.cLlon Plan .

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Target Rock  ; Vendor File .

• Documentat ion lief erences; see tab in Central File. ,

y

/ A O k ,J _ _ . -.

' N ,

l ~ . . .

WM. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. CM08 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMP 0NENI EVALUATION DATA SHEET DATE 1/20/83 ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. METHODS ITEMS Analysis SYSTEM: OPERATING and TIME IDCA: 100 Days Sequential Containment Monitoring 100 Days -

2,3 IIELD: N/A Test TAG 110. :

ICM021 TEMP. (F) NORMAL: 65 - 104 Sequential 1CM022 IDCA: 45 - 129 hst 340* 1 2 IIELB: 240 COMPONENT.:

Solenoid Valve PRESSURE NORMAL: -0.16 to -0.25 in.WG. " "

MANUFACTURER: (PSIA) IDCA: -0.25 in. Uc. 84.7 2 1

Target Rock IIELB: 16 psia for 7 secondt Sequential RELATIVE NORMAL: 0-60 Test and MODEL NO.: 76F-202 IIUMIDITY(%) IDCA: 0-90 alysis 100 % 1 2,3 llEIE: 100 FUllCTION/ SERVICE:

RADIATION NORMAL: 1. 71x10' Sequential Post LOCA Sample LOCA: 4.74x10' 8 Test Isolation Valves (RAD) 1x10 1 2 TOTAL: 6.45x10' IDCATION: (Env. Zono) "ars at Analysis It-2A AOING 10 1 Years and Sequ.

p - 2,3 Test ACCURACY:

Spocified: N/A CIIEMICAL SPRAY N/A N/A - - - -

Demonstrated: N/A SUBMERGENCE.

N/A N/A -

(1) Qualification Documentation not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) _L Equipment qualified.

(5) y Qualification Documentation available; Central File Target Rock  ; Vendor File .

• Documentat ion lief erences ; see tab in Central File.

O O O

WM II. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SitMMT NO. CM09 ENVIR0llMENTAL QUALIFICATION REVIS10!! !!O. 1 COMPONENT EVALUATION DATA SHEET DATE 1/20/83 ENVIRONMENT DOCUMENT: REF."

QUAL. OUTSTAllDING EQUlPf tEllT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL'. MRTIIODS ITEMS SYSTEM: OPERATING Containment Monitoring TIME IDCA: ,100 Days >100 days 3 ANALYSIS llEUl: N/A TAG 110.: 350*-10 Min.

1LT-CM008* TEMP. (F) NORMAL: 65-104 316*- 1 lir.

1LT-CM022 IDCA: 45-129 303*- 7 Hrs. 2 TEST CollP0llEllT. : IIELB: 225 230*-42 Hrs. I j

PRESSURE NORMAL: -0.16 to -0.251n.WG.

-0.25 in. WG, 60 psig 2 n MANUFACTURER: (PSIA) LOCA:

18 psia for 7 sec. 1 ROSEMOUNT llELD: .

MODEl. NO.: RELATIVE NORMAL: 0-60 ANALYSIS 1152DP llUMIDITY(%) IDCA: NC 100 2,3 & TEST 100 1 llELH:

FullCTION/ SERVICE:

Drywell Level RADIATION NORMAL: I'71x10s ANALYSIS Transmitter to 1LI-CM000* (RAD) IDCA: 4.61x10 6 5 x 106 (*) 2.3 & TEST 6

1 ILI-CM02:! TOTAL: 6.32x10 IACATION: (Env. Zone) 40 years R-3A AGING 10 6 Years at 104*F - 3 ANALYSIS ACCllitACY:

Spucified: CllEMICAL SPHAY N/A N/A - - - -

Demons t. rated:

SUBMERGENCE

. N/A N/A -

(1) Qualification Documentation'not available; see Action Plan . (*) - These transmitters are qualified for (2) Insufficent Documentation to establish qualification; see Action Plan . 10 years normal radiation exposure l (3) Equipment conditionally qualified; see Action Plan .. plus a LOCA dose.

! (4) X Equipment qualified.

(5)~ X Qualification Documentation available; Central File Rosemount 1152 ; Vendor File .

• Documentation References; see tab in Central File.

e b CM10 WM. R. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SEET NO.

ENVIRONMENTAL QUALIFICATION ~ REVISIC'I NO. 1-COMPONENT EVALUATION DATA SEET DATE 1/20/83 ONENT  ; WN: EF.*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. METHODS ITEMS SYSTEM: OPERATING i Containment Monitoring TIME MCA: 100 Days >100 days 3 ANALYSIS HELB: N/A TAG NO.: 350*-10 Min.

l' 1LT-CM009* TEMP. (F) NORMAL: 65' - 104 316*- 1 lir.

' ILT-CM023 MCA: 45 - 129 303*- 7 lirs. 2 TEST - .

213 230*-42 IIrs. 1 COMPONENT.: HELB:

Pressure Transmitter PRESSURE NORMAL:-0.16 to -0.25 in.WG. "

MANUFACTURER: (PSIA) MCA: -0.25 in. WG. 60 psig 2 Rosemount 15.7 psia for 10 sec. 1 i HELB:

MODEL NO.: RELATIVE NORMAL: 0-60 ANALYSIS HUMIDITY ($ MCA: NC 100 2,3 & TEST 1152DP 100' HELB:

FUNCTION / SERVICE: 6 lSupressionChamberLevel RADIATION NORMAL: 1.71x10 ANALYSIS

' Transmitter to ILI-CM009A *

(RAD) MCA: 4.61x10 6

5 x 106,*) 2,3 & TEST ILT-CM023A TOTAL: 6.32x10' 1 MCATION: (Env. Zone)

AGING 10 6 Yeara 40 years R-4A l at 104*F -

3 ANALYSIS ACCURACY:

Specified: CHEMICAL SPRAY N/A N/A - - - -

Demonstrated:

SUBMERGENCE. - -

N/A N/A - -

~

(1) Qualification Documentation not available; see Action Plan . (*) - These transmitters are qualified for (2) Insufficent Documentation to establish qualification; see Action Plan . 10 years normal radiation exposure (3) Equipment conditionally qualified; see Action Plan . plus a LOCA dose.

l (4) X Equipment qualified.

l (5) X Qualification Documentation available; Central File Rosemount 1152 ; Vendor File .

l l

• Documentation References; see tab in Central File.

. . O_ ...

.O O W. H. ZIMER NOCIRAR POWER STATION - UNIT 1 DATA SHEET NO. CMll ENVIRONMENTAL QUALIFICATIG;; REVISION NO. 1 COMPONL3T EVALUATION DATA 8HEET DATE 1/20/83 lI ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. METHODS ITEMS i SYSTEM: OPERATING j Containment Monitoring TIME IDCA: 100 Days >100 days - 3 ANALYSIS i

, HEIa: N/A l'

! TAG NO.: .

350*-10 Min.

l 1PT-CM010 TEMP. (F) NORMAL: 65 - 104 316*- 1 lir.

IDCA: 45 - 1,29 303*- 7 Hrs.

2 TEST l l COMPONENT.: HELB: 218 no. 42 Hrs y l

i Pressure Transmitter PRE 88URE NORMAL: -0.16 to -0.25 in.Wc

,, MANUFACTURER: (PSIA) IDCA: -0.25 in.Wo. 60 psig 2 l Rosemount -

HEI2: 16.5 psia for 10 sec. 1 l l

)K) DEL NO.c RELATIVE NWGIAL: 0-60 ANALYSIS 1152 CP HUMIDITY ($ IDCA: 0-90 100 2,3 & TEST HEIag 100 1 l ,

FUNCTION /8ERVICE: 5 D.pywell Pressure RADIATION NGuiAL: 3.0x10 Transmitter to 1PI-CM01 0 (RAD) IDCA: 4.8x10' 5 x 106 2 TEST 5

TOTAL: 5.1x10 1 I .-

l ID0ATION: (Env. Zone) i R-5A a 0 F - 3 ANALYSIS ACCURACY:

Specified: CHEMICAL 8 PRAY N/A N/A - - - -

Demonstrated: .

SUBMERGENCE.

N/A N/A - - - -

(1) Qualification Documentation'not available; see Action Plan . ,

(2) Insufficent Documentation to establish qualification: see Action Plan .

i (3) Equipment conditionally qualified; nee Action Plan .

3(4) X Equipment qualified. *

(5) X Qualification Documentation available; Central File Rosemount 1152 ; Vendor FTle .

e Documentation References; see tab in Central File.

6 .

m4,..,,,, . ~~

O _ . ,

O O

! l .

W. B. SIMER NGCLEAR PONER STATION - UNIT 1 DATA BIIEET NO. CM12 ENVIP.ONMENTAL QUALIFICATION REVISION NO. 1  !

COMP 0 DENT EVALUATION DATA SEET DATE 1/20/83 I i

ENVIRONMENT DOCUMENT: REF.* I'

, QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEO. QUAL. REQ'D QUAL. METHODS ITEMS _ e i

! I

'8YSTEN: OPERATING I Containment Monitoring TIME 'IDCA: 100 Days >100 days -

3 ANALYSIS i HEIA: N/A TAG NO.: 350*-10 Min.

IPT-CM021 TEMP. (F) NORMAL: 65'-104 316*- 1 11r.

i

, IDCA: ,45-129 303*- 7 Hrs. y 2 TEST i

• COMPONENT.: HEIa: 172 230*-42 ths.

Pressure Transmitter PRE 88URE NORMAL

-0.16 'to -0.251n.WG.

MANUFACTURdR: (PSIA) IDCA: -0.25 in. uc. 60 psig 2 -

1 '

Rosemount i HEIB: 15.1 psia for 10 sec, TEST &

i '. MODEL No.e REIATIVE NORMAL: 0-60

• IDCA: 0-90 100 2,3 ANALYSIS 1152CP HUMIDITY ($ 1 HEIa: 100 FUNCTION / SERVICE: 2 Drygg11 Pressure Trans- RADIATION NGINAL: 7.44x10 mitter to IPI-CM021A/B (RAD) IDCA: 3.40x10 7 5 x 106 2 TEST X 1

TOTAL: 3.47x10'

. IDCATION: (Env. Zone) 40 Years AGING 40 Years TEST &

l R-6B at 104'F -

3 ANALYSIS l l

} ACCURACY:

. Specified: CHEMICAL  !

j 8 PRAY N/A N/A _ _ _ _

l Demonstrated:

SUBMERGENCE. - - -

M/A N/A -

(1)

Qualification Documentation not available; see Action Plan .

fi (2) Insufficent Documentation to establish qualification; see Action Plan , l Equipment conditionally qualified; see Action Plan PT-04

'(3) X '

!(4) Equipment qualified.

]

(5) x Qualification Documentation available; Central File Rosemount 1152 ; Vendor File .

• Documentation References; see tab in Central File.

I

WM. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. CM13 ENVIRONMENTAL QUALIFICATION ~ REVISION NO. 1' COMPONENT EVALUATION DATA SHEET DATE I/20/83 ENVIRONMENT , DOCUMENT: REF.#

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. METHODS ITEMS SYSTEM: OPERATING Containment Monitoring TIME IDCA: 100 Days >100 days - 3 ANALYSIS HELB: N/A TAG NO.: 350*-10 Min.

IPT-CM081

• TEMP. (F) NORMAL:. 65' - 104 316 - 1 lir.

IPT-CM082 IDCA: 45 - 129 303*- 7 lirs.

2 TEST -

213 230*-42 lirs. 1 COMPONENT.: HELB:

Pressure Transmitter PRESSURE NORMAL:-0.16 to -0.25 in.WG.

MANUPACTURER: (PSIA) IDCA: -0.25 in. WG. 60 psig 2 15.7 psia for 10 sec. i Rosemount HELB:

MODEL NO.: RELATIVE NORMAL: 0-60 TEST &

1152 GP HUMIDITY ($ IDCA: NC 100 2,3 ANALYSIS HELB: 100 1 FUNCTION / SERVICE:

TEST &

Suppression Chamber Trans- RADIATION NORMAL: 1.71x10' 5 ANALYSIS mitter to IPI-CM081 A/B* (RAD) IDCA: 4.61x10 5 x 106 (*) 2,3 TOTAL: 6.32x10 5 1 1PT-CM082 B IDCATION: (Env. Zone) .

40 years R-4A AGING 10 6 Years at 104*F - 3 ANALYSIS

( ACCURACY:

Specified: CHEMICAL SPRAY N/A N/A - - - -

m na kated:

SUBMERGENCE.

N/A N/A -

~

(1) Qualification Documentation not available; see Action Plan . (*) - These trans'mitters are qualified for 10 (2) Insufficent' Documentation to establish qualification; see Action Plan . years normal radiation dose 1lus a (3) Equipment conditionally qualified; see Action Plan . LOCA does.

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Rosemount 1152 ; Vender File .

• Documentation References; see tab in Central File, ,

i

. ( . . . . . -.

WH. H. ZIMMER NUCLEAR POWER STATION - UNIT I DATA SHEET NO. CM14 l* '

ENVIRONMENTAL QUALIFICATION REVISION NO. I

! COMPONENT EVALUATION DATA SHEET DATE 1/26/83 i

ll PARAMETER REQUIRED SPEC.

ENVIRONMENT QUAL.

DOCUMENT:

REQ'D REF.*

QUAL.

QUAL.

METHOD 3 OUTSTANDINE ITEMS EQUIPMENT DESCRIPTION SYSTEM: OPERATING .

TIME IDCA: 100 Days -

2 ANALYSIS

Containment Monitoring HELB

N/A

TA0 NO.:

t

. ITE-CM047/51,53/62,64, TEMP. (F) NORMAL:.60-90 66,68 IDCA: . 140 800* 2 NA 1

COMPONENT.: HELB:

Temperature Element PRESSURE NORMAL: -0.5 to 2.0 psig HANUFACTURER: (PSIA) IDCA: 36 psig 2 1

A CORDON MODEL NO.: RELATIVE NORMAL: 100 HUMIDITY (%) IDCA: 100 ,,

404-3107-050 NA 1 HELB:

! FUNCTION / SERVICE:

7 '

RADIATION NORMAL:hq-1.59x10Co-l.59x1C Suppression Pool (Water 8 Temperature Element (RAD) IOCA: EQ-1.47x10 Co-8.86x108 1 TOTAL:EQ-1.63xlu'CO-8 02x108 IDCATION: (Env. Zone) a - 2 C-2 ACCURACY:

l Specified: CHEMICAL Water Spray 3 SPRAY l

Demonstrated:

SUBMERGENCE Below 512'-5 7/8" N/A -

3 (1) Qualification Documentation not available; see Action Plan _.

(2) Insufficent Documentation to establish qualification; see Action Plan .

, (3) Equipment conditionally qualified; see Action Plan .

l (4) X Equipment qualified.  ; Vendor File X Qualification Documentation available; Central File CORDOM .

}(5)

• Documentation References; see tab in Central File.

WH. H. ZDOER NUCLEAR POWER STATION - UNI's 1 DATA SHEET NO. CMIS ENVIRONMENTAL QUALIFICATION REVISION HO. 1 COMPONENT EVALUATION DATA SEET ' . DATE 1/26/83 M IRO N MC M . REF.*

QUAL. OUTSTANDIN' EQUIPMENT DESCRIPTION PARAHETER REQUIRED 8PEC. QUAL. REQ 8D QUAL. HETF0DS ITD'S

, SYSTEM: OPERATING Containment Monitorinn TIME 'IDCA: 100 Days -

2 ANALYSIS HE M: N/A TAG NO.:

ITE-CM044 TEMP. (F) NORMAL: . 6*2-150 1TE-CM045 IDCA: 320 goo. "

1 2 COMPONENT.: HEM: NA -

Temperature Element p l HANUFACTURER: (PSIA) IDCA: 40.4 P818 2 "

HEM: NA 1 CORDON H0 DEL NO.: RELATIVE NORMAL: 40-90 402-4107-050 HUMIDITY (5) IDCA: 100 2 HE G: NA -

1 FUNCTION / SERVICE:

Suppression Pool (Air) 7 '

i RADIATION NORMAL:EQ-1.59x10 Co-l.59x10 Temperature Element (RAD) IDCA:. EQ-1.47x10lCO-8.86x1 0 "

2 TOTAL: EQ-1.63x10 CO-9.02xlu 1 IDCATION: (Env. Zone) -

AGING 10 6 Yeara 2

C-1 -

ACCURACY: .

Specified: CHEMICAL "

Water Spray ,

3 Demonstrated:

SUBHERGENCE N/A N/A - - -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) . : uipment qualified.

(5) X Qualification Documentation available; Central File CORDON  ; Vendor File .

• Documentation References; see tab in Central FJ3e.

O NH. H. ZDO(ER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. CM17 ENVIRONMENTAL QUALIFICATION REVISION NO. O COMPONENT EVALUATION DATA BE ET ' . DATE 1/26/83

. FJ OUTSTANDIN' QUAL.

EQUIPHENT DESCRIPTION PARAMETER REQUIRED 8PEC. QUAL. 'REQID QUAL. HETF0DS ITEMS t

SYSTEH: OPERATING Containment Monitoring TIME 'IDCA: 100 Days -

ELB: 2 ANALYSIS N/A -

TAG NO.:

! 1TE-CM043 TEMP. (F) NORMAL: 62 -150 1TE-CM046 IDCA: 320 "

800' 1 2 -

COMPONENT.: ELB: NA Temperature Element PRESSURE NORMAL: .5 to 2 psig HANUFACTURER: (PSIA) IOCA: 40.4 psig- 2 "

ELB: NA 1

,GORDON H0 DEL NO.: RELATIVE NORHAL: 40-90 i 404-3107-050 HUMIDITY (5). IDCA: 100 2 "

! ELB: NA 1 FUNCTION / SERVICE:

Suppression Pool (Air) RADIATION NORMALtEQ-1.59x10'CO-1.59x10 Temperature Element "

(RAD) IDCA: . EQ-1.47x10"CO-8.86x10' 2 TOTAL: EQ-1.63x10'CO-9.02xlo' 1 IDCATION: (Env. Zone)

AGING 10 1 Years ,

2 "

i ACCURACY: ,

Specified: CE HICAL W8ter SP ray SPRAY ,

3 - -

t Demonstrated:

SUBHERGENCE N/A N/A - - -

(1) Qualification Documentation *not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) x Equipment qualified.

(5) 1 Qualification Documentation available; Central File GORDON  ; Vendor File .

• Documentation References; see tab in Central File.

f

. . .O. ' .., . . -

O O.

W. H. ZIMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. liG01 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 ,

j COMPONENT EVALUATION DATA 8B ET

• DATE 1/20/83 i

, t

. ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING t

! EQUIPMENT DESCRIPTION PARAMETER REQUIRED 8PEC. QUAL. REQ'D QUAL. METHODS ITEMS i SY8 TEN: OPERATING Flammability Control TIME IDCA: 100 Days l >100 days -

3 ANALYSIS

! Bla: N/A l TAG NO.: 350*-10 Mins i

! , 1PDT-llG001 TEMP. (F) NORMAL: 65 - 104 316*- 1 lir.

IOCA: 45 - 1,29 i

j 1PDT-ilG002- .

303*- 7 lirs. 1 2 TEST

!  ? CCHPONENT.: HELB: 218 21o*-42 Hrs.  ;

j Pressure Transmitter j

PRE 88URE NOMAL: -0.16 to -0.25 in.WG. '-

MANUFACTURER: (PSIA) IDCA: -0.25 in.Wo. 60 psig 2 TEST HELB: 16.5 psia for 10 sec. 1 Rosemount i IE) DEL N04 RELATIVE IUufAL: 0-60 TEST &

1152DP BUNIDITY($ IDCA

0-90 100 2,3 ANALYSIS i . HEIB: 100- 1 FUNCTION /8ERVICE:

i Differential Pressure IE I

• s (RAD) 6 s 5 x 10 2 TEST l { Transmitter.tolES-IIG001

! IDCATION: (EnY.YOe i AGING 40 Years 40 years R A at 104*F -

3 ANALYSIS l Specified: CHEKICAL j

8 PRAY N/A N/A - - - -

Damanatrated

.

SUBHERGENCE.

N/A N/A - - - -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipmenti qualified.

! (5) _L Qualification Documentation available; Central File Rosemount 1152 ; Vendor File .

i

• Documentation References; see tab in Central File.

(m .

t -

p l  !

(  ;

v xs v WM.11. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. IIG05 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPO!!ENT EVALUATIOli DATA SilEET DATE 11/12/82 ENVIRONMENT DOCUMENT: REF.* )UTSTANDING QUAL.

PARAMETER QUAL. REQ'D QUAL. METii0DS ITEMS EQUIPMENT DESCRIPTION REQUIRED SPF.C.

SYSTEM: OPERATING Sequential Flammability Control TIME LOCA: 100 Days 100 Days -

2 Test IELB: N/A TAG tl0 1T4h-D001-015A/B TEMP. (F) NORMAL: 65-104 150* for 100 1T49-D001-017A/B 45-129 Days WCA: "

g22 for 30 1 2 COMl'ONEllT. : HELB: 220 Motor Operated Valve Operator PRESSURE NORMAL: -0.16 to -0.251n.WG.

MA!!UPACTURER: (PSIA) WCA: -0.25 in. WG. 1 X I LB: 16.6 psia for 10 sec .

1TT General Controls MODEL 110. : RELATIVE NORMAL: 0-60 Sequential N1191G1073LS WCA: 0-90 95 2 IIUMIDITY(%) Test 1

IIELB: 100 FullCTION/ SERVICE:

RADIATION NORMAL: 8.87x10"8 Inlet (Recirculatina) F1 aw(RAD) MCA: 3.57x10 6 5 1 ., X Control Valve Ilyd. Pump TOTAL: 3.66x10 4 x 10 2 WCATIO!!: (Env. Zone) 87,360 Cycles-A Years 185* for 100 - ,, X R-6C Days 2 ACCllitACY:

Specified: CIIEMICAL SPRAY N/A N/A - - -

Demonstrated:

SUBMERGENCE - - -

N/A N/A -

(1) Qualification Documentation not available; see Action Plan .

(2) X Insuf ficent Documentation to establish qualification; see Action Plan DA01 .

(3) Equipment conditionally qualified; see Action Plan .

(4) Equipment qualified.

l (5) x Qualification Documentation available; Central File ITT Cen. Control:s Vendor File .

i

> a Documentation References; see tab in Central File.

l 1

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~

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O DATA SHEET NO. HGu9

NN. H. ZIHMER NUCLEAR POWER STATION - UNIT 1 REVISION NO. 1 i ENVIRONMENTAL QUALIFICATION DATE 1/ zu/ s.3 COMPONENT EVALUATION DATA SHEET .

l l t i b IR N EN: REF.*

QUAL. OUTSTANDING

! PARAMETER RROUIRED SPEO. QUAL. REQ'D QUAL. HETHODS ITEMS

' EQUIPMENT DESCRIPTION l

Analysis OPERATING And l SYSTEM: sequential Flammability Control TIME 'IDCA: 100 Days 100 Days -

2,3 HELB: N/A . Test TAG NO.: 1T49-F305A IT49-F305B TSMP. (F) NORMAL: . 65-10<. Sequential

' IDCA: 45-129 340*F 2 Test 235 1 l COMPONENT.: HELB: -

j Solenoid Valve PRESSURE NORMAL: -0.16 to -0.251n. Wo. "

I HANUFACTURER: (PSIA) IDCA: -0.25 in. WG. 84.7 2 1

Target Rock HELB: 24.4 psia for 20 sec .

i Sequential NORMAL: 0-60 Test And l HODEL NO.: 76F-209 RELATIVE .

0 ' Analysis j HUMIDITY ($ IDCA: 100 % 2,3 100 1 HELB:

FUNCTION / SERVICE: Sequential NORMAL: SA-6.6x105 CAA-4.9x10 3

Demister Drain Valve RADIATION Test (RAD) IDCA: SA-4.74x106CAA-7.24x108. 1 x 10 2 1

I I TOTAL: SA-5.41x106CAA-7.24x106 Analysis IDCATION: (Env. Zone) 40 years And Seq.

R-1c AGING 40 Years at 104*F -

2,3 Test ACCURACY:

1 Specified: N/A CHEMICAL N/A N/A 8 PRAY Demonstrated: N/A SUBHERGENCE - - -

N/A N/A -

~

(1) Qualification Documentation not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified.

Qualification Documentation available; Central File Target Rock  ; Vendor File .

(5) X

• Documentation References; see tab in Central File. .

~

! of . ..

o.

WH. H. 3IMMER NUCLEAlt POWER STATION - UNIT 1 DATA SilEET NO.

o, Illb 8 z

ENVIRONMENTAL QUALIFICATION REVISION NO. 1 t

COMPONENT EVALUATION DATA SHEET

• l DATE 1/14/83 I i ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING 1 .. EQUIPHENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. HETHODS ITEMS l SYSTEH: liigh Pressure OPERATING test &

Core Spray TIME IDCA: 100 Days 100 days -

3 1 Day analysis HELB:

TAG NO.: IE22-C001 TEMP. (F) NORMAL: 66 - 104 *

, IDCA: 45 - 148

• 392* 3 test' -

COMPONENT.: Pump Hotor llELB: 213

• 1 l PRESSURE NORMAL: -0.16 to -0.251n.Wo.

HANUFACTURER

(PSIA) IDCA: -0.25 in. Uc. 66 PSIG 15.4 paia for 10 sec. 1 3 test

{ Ceneral Electric IIELB:

i H0 DEL NO..: SK6348XC47A RELATIVE NORMAL: 0-60 HUMIDITY (%) IDCA: NC HELB: NC - -

FUNCTION / SERVICE:

'ilPCS Pump Drive RADIATION NORMAL: 1.71xt.0' 350 (RAD) IDCA: 4.61x10' 8,.483 x 105 5.5x10 6 2a 3 analysis TOTAL: 6 vvin5 8.487 x 105 IDCATION: (Env. Zone) j R-4C AGING 40 Years 43.5 years test &

t 0 120*C -

3 analysis ACCURACY:

Spocified: N/A CHEMICAL SPRAY N/A N/A - - - -

Domonstrated: N/A SUBHER0ENCE.

N/A N/A - .- - -

1 (1) ' qualification Documentation'not available; see Action ?lan _ i.

• Add 144*F (80*C) temperature rise.

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Pian .

(4) X Equipment qualified. ,

f (5) X qualification Documentation available; Central File G.E. SK  ; Vendor File .

• Documentation References; see tab in Central File.

t -

O O , O WM. H. ZIMMER NUCLEAR POWER STATION - UNIT 'i DATA SHEET NO. IN07 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA SHEET DATE 1/20/83 ENVIRONMENT DOCUMENT: REF.*

. QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. METHODS ITEMS Analysis SYSTEM: Drywell PneumatJ c OPERATING and l TIME IDCA: 100 Days 100 Days ._

2,3 Sequential l HELB: l'(Day . Test TAG NO.: lIN170 TEMP. (F) NORMAL: 65 - 104 340* Sequential 2

IDCA: 45 - 129 Test 240 1 l COMPONENT.: Solenoid HELB:

Valve PRESSURE NORMAL: -0.16 to -0.25 in.WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in. WG. 84.7 2 " "

1 Target Rock HELB: 16 psia for 7 seconde Analysis l

MODEL NO : 76F-206 RELATIVE NORMAL:0-60 and HUMIDITY (%) IDCA: 0-90 100 % 2,3 Sequertial HELB: 1 Test 100 FUNCTION / SERVICE:

6 Dryer purge to primary RADIATION NORMAL: 1.11x10 8 Sequential i Containment isolation (RAD) IDCA: 4.74x10' 1 x 10 2 Test 1

I (outboard) TOTAL: 6.45x10' IDCATION: (Env. Zone) Analysis R-2A AGING 10 Years 40 years at and 1

104*F - 2*3 Segent. Te it ACCURACY:

Specified: N/A CHEMICAL l SPRAY N/A -

N/A - - - -

! Demonstrated: N/A SUBHERGENCE N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

l (3) Equipment conditionally qualified; see Action Plan .

l (4) X Equipment qualified.

e (5) x Qualification Documentation available; Central File Target Rock  ; Vendor File .

• Documentation References; see tab in Central File.

1 h .

.O O

IN08 WW. H. EIHER NUCLEAR POER STATION - UNIT 1 DATA SEET NO.

ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA SEET * . DATE 1/20/83 MIRN EN: W .*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED 8PEC. QUAL. REQ 8D QUAL. METHODS ITD'S SYSTEH: OPERATING .

4 Drywell Pneumatic TIME 'IDCA: 100 Days -

HEIR: 30 Days 2 Test X i

. n7

, TAG NO.: lIN171 i TEMP. (F) NORMAL: 65-150 1 .

IDCA: 320 340*F -

j. COMPONENT.: Solenoid HELB: NA 1 2 Test

) i Valve

PRESSURE NORMAL

.5 to 2 peig Sequential 1 MANUFACTURER: (PSIA) IDCA: 40.4 pais 84.7' Test I

Target Rock BELB: NA 1 2 D

l Sequential

! HODEL NO.: 76F-206 RELATIVE NORMAL: 40-90 Test and i

HUMIDITY (5) IDCA: 100 100 % Analysis 4

NA .

1 2,3 HELB:

FUNCTION / SERVICE:

Dryer purge to primary 7 '

RADIATION NORMAL:EQ-1.59x10 CO-1.59x10 2 containment isolation 8 Test (RAD) IDCA:. EQ-1.47x10"CO-8.86x10' 1 x 10 (inboard) TOTAL: EQ-1.63x10*CO-9.02x10' 1 IDCATION: (Env. Zone) -

AGING 40 Years 1000 Cycles 2 C-1 - Test

X 1 ACCURACY

4 Specified: CENICAL Water Spray ggy - 2 X

• • "* W

• SUBMERGENCE . gjg ,j ,

(1) qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) X Equipment conditionally qualified; see Action Plan SV-10

} (4) Equipment qualified.

l (5) X Qualification Documentation available; Central File Target Rock  ; Vendor File .

• Documentation References; see tab in Central File.

O -

O O '

W. H. ZIMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. IN09 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 j COMPONENT EVALUATION DATA SHEET ' DATE 1/20/83

F.*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. METHODS ITEMS

, Analysis 8Y8 TEN: OPERATING and i

, Drywell Pneumatic TIME IDCA: 100 Days - Sequential 100 Days 2,3 HEIa: 1 Day TAG NO.: IIN113 i IIN132 TEMP. (F) NORMAL: 65 - 104 Sequential i

, IDCA: 45 - 1.29 Test i 218 340 1 2 l COMPONENT.: -

HEIB: f-

! Solenoid Valve i 5

PRES 8URE NORMAL: -0.16 to -0.25 in.WG.  !

MANUFACTURER: (F8IA) IDCA: -0.25 in.Wo. n I' ' ' HEIB: 16.5 psia for 10 sec. 84.7 1 2 Target Rock Sequential

)f) DEL NO.: 76F-205 RELATIVE NORMAL: 0-60 Test and HUMIDITY ($ IDCA: 0-90 Analysis

, HEI3: 100 100 % 1 2,3

, FUNCTION /8ERVICE: 5 Sequential

! 11N132 VQ Supply to RADIATION NORMAL: 3.0x10 Test IDCA: 4.8x10g 8 Supp.. Pool -lIN113 (RAD) 1 x 10 D 11 I'nlet for V Pi tree TOTAL: 5.1x10, 1 2 .:

I ATION: (Env. Zone Analysis R-5A a 0 F 2,3 d Seq.

l -

ACCURACY:

Specified: t/A CHEMICAL SPRAY N/A N/A - - - -

! Demonstrated: N/A SUBHERGENCE.

! N/A N/A - - - -

(1) Qualification Documentation'not available; sea Action Plan .

(2) ,Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan . -

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Target Rock  ; Vendor File .

• Documentation References; see tab in Central File.

O

l O O, -

O WM.11. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SilEET NO. LC07 ENVIRONMENTAL QUALIFICATION REVISION !10. 1

! COMPONENT EVALUATION DATA SHEET DATE 10/28/82

~

l ENVIRONMENT DOCUMENT: REF.*

{ QUAL. OUTSTANDINC EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. METHODS ITEMS l'

SYSTEM: MSIV Leakage OPERATING NO REPORTS Control TIME IDCA: 100 Days -

AVAILABLE HELB: N/A TAG 110. : IE32-N006 A.E.

J.N TEMP. (F) NORL!L: 65-104 l IDCA.45-129 ,, ,,

225 1 COMP 0llEllT. : HE13:

Flow Element PRESSURE NORMAL: -0 16 to -0.251n.WG.

-0.25 in. WG, ItAllUFACTURER: (PSIA) IDCA: ,, ,,

Schutte & Koerting 18 paia for 7 sec. 1 i HELB:

RELATIVE NORMAL: 0-60

H0 DEL 110.

20-9651-8850 IDCA: NC ,, ,,

l HUMIDITY (%)

HELB: 100 1 FullCT10ll/SEltVICE: 6

Inboard MSIV-LCS RADIATION NORMAL: I*71x10 Leakage Flow to IE32-N053 (RAD) IDCA: 4.61x10 A.E,J N at 11122-P073 TOTAL: 6.32x10' 1 " "

l LDCATI0ft: (Env. Zone)

R-3A AGING 10.Yeara 6

ACCUltACY:

} Spunt l'1ed: CHEMICAL i SPRAY N/A N/A - - - -

i em as a ed:

, SUBMERGENCE

, N/A N/A -

(1) X Qualification Documentation'not available; see. Action Plan FT-02 .

4 (2) Insufficent Documentation to establish qualification; see Action Plan . .

(3) Equipment conditionally qualified; see Action Plan . .

(4) Equipment qualified.

(5) Qualification Documentation available; Central File t Vendor File _.

• Documentation References; see tab in Central File. ,

i O O

._ _ . _ . . .. : _.O -

WW. H. ZD0GR NUCLFAR POWER STATION - UNIT 1 DATA EHEET NO. LD11 ~

I ENVIRONMENTAL QUALIFICATION REVISION NO. I

COMPONENT EVALUATION DATA SEET - .

. DATE 1/26/83 i  ! .

] .

QUAL. OUTSTANDINC

'EQUIPHENT DESCRIPTION PARAETER REQUIRED SPEC. QUAL. 'REQID QUAL. METHODS ITD'S .

l lSYSTEH: OPERATING I "I8 ~

Leak Detection 2 AhALYSIS 1 HELB: 1 n m, .

TAG NO.: .

IE31-N017A TEMP. (F) NORMAL: 65-150 1E31-N)l7C IDCA: 320 800* 2 "

COMPONENT.: HELB: NA 1

j Temperature Element p ,

HANUFACTURER: (PSIA) IDCA: 40.4 ps18 2 "

HELB: NA 1 GORDON HODEL NO.: RELATIVE NORKU.: 40-90 i 404-4107-050 EUMIDITY($) IDCA: 100 2 "

r HELB: NA -

1 l FUNCTION / SERVICE:

7 '

Reactor Drywell RADIATION NORMALtEQ-1.59x10 CO-1.59x10

' Temperature (RAD) IDCA:. EQ-1.47x10"CO-8.86x10' ,,

TOTAL: EQ-1.63x10*CO-9.02x10' 1

! IDCATION: (Env. Zone) -

i- AGING %0 Tears "

2 C-1 ,

ACCURACY: .

Specified: CHEMICAL

. ~"r Spray 3 SPRAY ,

Demonstrated:

SUBHERGENCE N/A N/A - - - -

(1) Qualification Documentation ~not available; see Action Plan , .

I (2) Insufficent Documentation to establish qualification: see Action Plan ,

i (3) Equipment conditionally qualified; see Action Plan .

l (4) X Equipment qualified.

l (5) x Qualification Documentation available; Central File CORDON  ; Vendor File .

! = Documentation References; see tab in Central File.

e

~

0f . - . . . . . . . . ..

.0 '

0_

WW. H.

DOGR NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. LD12 i ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA SHEET '. . DATE 1/26/83 I

M IRO N EN: REF.*

OUTSTANDINC QUAL.

, 'EQUIPHENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQeD QUAL. HETHODS ITD'S I

l SYSTEM: OPERATING

Leak Detection TIME 'IDCA

100 Days -

l 2 ANAMSIS

!  ; HELB: i noy.

i kb'53-59,86,87 b

4 lE31-N017B,D TEMP. (F) NORMAL: 65-150 IDCA: 320 . n .

8 1 COMPONENT.: HELB: NA Tem,ierature Element PRESSURE NORMAL: .5 to 2 psig

! HANUFACTURER: (PSIA) IDCA: 40.4 psig 2 i

i CORDON HODEL NO.: RELATIVE NORMAL: 40-90 HUMIDITY ($ IDCA: 100 "

404-3107-050 2

, HELB

NA -

1 i FUNCTION / SERVICE:

7 ' '

i ,RCIC Pipe Routing RADIATION NORMAL:EQ-1.59x10 CO-1.59x10 l Area Temperature (RAD) IDCA:. EQ-1.47x10'CO-8.86x1l l' 2 n

l TOTAL: EQ-1.63x10*CO-9.02x11 l' 1 IDCATION: (Env. Zone) -

l l AGING 10 6 Years 2 "

C-1 ,

i ACCURACY:

i Specified: CHILiICAL "

j SPRAY Water Spray -

3 4

Demonstrated:

SUBHERGENCE N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

l  ! (2) Insufficent Documentation to establish qua'.ification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) y Equipment qualified.

(5) x qualification Documentation available; Central File GORDON  ; Vendor File .

• Documentation References; see tab in Central File.

O _ _ . .

O O

,l WN. H. ZIM ER NUCLEAR POWER STATION - UNIT 1 DATA SEET NO. LD15 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 i

COMPONENT EVALUATION DATA SHEET DATE 1/26/83 1 ,

ENVIROBGGMT DOCUMENT: REF.* OUTSTANDING ,

QUAL.

EQUIPMENT DE8CRIPTION PARAMETER REQUIRED 8PEC. QUAL. REQ'D QUAL. METHODS ITEMS f

SYSTEM: OPERATINd i Leak Detection TIME IOCA: 100 Days -

HEIB: 1 Days 2 ANSLYSIS  ;

TAG NO.:

I ITE-LD088 T M . (F) NORMAL: 65 - 104 IOCA: 45 - 1,29 "

i ,

800* 1 2 COMPONENT.: HELB: 218 Teniperature Element i PRES 8URE NORMAL: -0.16 to -0.25 in.WG '*

MA W ACTURE: (PSIA) IDCA: -0.25 in.Wo. 2

' HEIa: 16.5 psia for 10 sec. 1 GORDON

! MODEL NO.i RELATIVE NORMAL: 0-60 404-3107-050 DIM W A: 0-M 1 2 "

HELB 100 FUNCTION /8ERVICE: 5 RWC Valve Room Inlet RADIATION NORMAL: 3.0x10 i ' Temperature (RAD) IDCA: 4.8x10' 2 it)TAL: 5.1x10' 1 ,

IDCATION: (Env. Zone)

R-5A _

2 "

ACCURACY:

i 3psoified: CHEMICAL ~

8 PRAY N/A N/A - - - -

Demonstrated: .

SUBMERGENCE.

N/A N/A - - - -

(1) Qualification Documentation ~not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan . ,

(4) X Equipmenti qualified.

(5) x Qualification Documentation available; Central File CORDON  ; Vendor File .

• Documentation References; see tsb in Central File.

e

_ . _ . _ . . _ . . - . _. es --

WH. II. ZIHHER NUC11 POWER STATION - UNIT 1 DATA SHEET NO. ~~~

LP-O'l ENVIRONMENTAL QUALIFICATION ' REVISION NO. . 1 I COMPONENT EVALUATION DATA SHEET.' DATE ]/14/83 ENVIRONMENT , DOCUMENT:. REF.*

QUAL. OUTSTANDINC r l EQUIPHElit DESCRIPTION PARAMETER REQUIRED SPEC. QUAL.. REQ 8D QtlE. MET 11093 ITEMS l SYSTEll: Low Pressure OPERATING test &

Core spray TIME IDCA: 100' Days 100 days 3 analysis i IIELD: I nav .

l TAG 110.: lE21-C001 8 TEMP. (F) NORMAL: 65' - 104 *  !

392,F IDCA: 45 - 148 *

• i COMP 0llENT. : IIELB: 213* 1 3 test Pump Hotor l

, PRESSURE NORMAL: -0.16 to -0.25 in.WG.

HANUPACTUREH

(PSIA) IDCA: -0.25 in. WG. 66 PSIG General Electric IIELB: 15.7 psia for 10 sec. 1 3 test H0 DEL NO. : RELATIVE NORMAL: 0-60 SK6339XCl47A IIUr(IDITY(5) IDCA: NC 100%

3

! IIELD: 100- 1 . test i FUllCTI0ll/ SERVICE: 4 LPCS Pump Drive RADIATION HORMAL: 1.907x10 6 ""

6  !'

(RAD) 1DCA: 2.123x10 5.5x10 2b 3 analysis TOTAL: 2.142x10 IDCATION: (Env. Zone)

AGING 10 Yeara 43.5 years test &

It-4n 6

@ 120*C -

3 analysis ACCURACY:

Specified: N/A CHEMICAL  ;

N/A SPHAY N/A - - - -

Demonstratod: N/A SUBHEltGENCE.

N/A N/A - - - -

h (2)

Qualification Documentation'not available; see Action Plan j Insufficent Documentation to establish qualification; see Action Plan

• Add 144*CF (80*C) temperature rise (3) Equipment conditionally qualified; see Action Plan . -

(4) X Equipment qualifled.

(5) X Qualification Documentation available; Central File G.E. 5K .; Vendor File .

• Documentation References; see tab in Central File.

o

-o

^

WH. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SNEET NO.

,5 NBa ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA SHEET . DATE 1/20/83 ENVIRONMENT DOCUMENT: REF.* OUTSTANDING QUAL.

PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. METF0DS ITEMS EQUIPMENT DESCRIPTION SYSTEM: OPERATING TIE A 00 a ~

Nuclear Boiler g >100 days 3 ANSLYSIS TAG NO.: 350*-10 Min.

IPT-NB003A/H, TEMP. (F) NORMAL: .65-104 316*- 1 11r.

IDCA: 45-129 303*- 7 Hrs.

K/L P R S 235 230*-42 Hrs .

1 2 TEST

. COHf0NENT.: HELB:

I ~

Pressure Transmitter PRESSURE NORMAL: -0.16 to -0.251n. WC .

HANUFACTURER: (PSIA) IDCA: -0.25 in. WG. 60 psig 1

2 HELB: 24.4 psia for 20 sec .

Rosemount I

RELATIVE NORMAL: 0-60 TEST &

H0 DEL NO.:

HUMIDITY (%) IDCA: 0-90 100 2,3 ANALYSIS ll52GP9A22-PB 1 HELBt 100 FUNCTION / SERVICE:'

5 3 5 x 106 (*)

RADIATION NORMAL: SA-6.6x10 GAA-4.9x10 "

Reactor Pressure SA-4.74x106CAA-7.24x t06 2,3 (RAD) IDCA:

• " * "* 1 TOTAL: SA-5.41x106CAA-7.24x 106 IDCATION: (Eny, Zone) 40 years R- 1C AGING 10 6 Years at 104*F - 3 ANALYSIS l

ACCURACY:

Specified: CHEMICAL SPRAY N/A N/A - - - -

1 Domonstrated: SUBHERGENCE - - -

N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(*) - These transmitters are qualified (2) Insuf ficent Documentation to establish qualification; see Action Plar. .

for 16 years normal radiation (3) Equipment conditionally qualified; see Action Plan .

exposure plus a LOCA dose.

( '. ) X Equipment qualified.

Rosemount 1152 ; Vendor File (5) X Qualification Documentation available; Central File

• Documentation Referencea; see tab in Central File.

e O' 0- pa DATA SNEET H0.

WH. H. ZIl0ER NUCLEAh POWER STATION - UNIT 1 REVISION NO. 1 ENVIRONMENTAL QUALIFICATION DATE 1/20/83 COMPONENT EVALUATION DATA SHEET .

ENVIRONMENT DOCUMENT: REF.* OUTSTANDI!10 QUAL.

QUAL, HETF0DS ITEMS PADAHETER REQUIRED SPEO. QUAL. REQ 8D QUIPHEllT DESCRIPTION OPERATING ANALYSIS j SYSTEH: CONTROL ROD TIME 'IDCA: 1 Il00R 6 IIRS - 2,4 (TEST l DRIVE IlYDRAULIC HEG: 1 HOUR 4

TAG 110. : ANALYSIS 1C11-D001-117,118 TEMP. (F) NORMAL: .65-104 IDCA: 45-129 ;12' . 2,4 ( TEST 1

HEG: 235 COMP 0llENT. :

PII.0T SOLENOID VALVE PRESSURE NORMAL: -0.16 to -0.251n. Uc .

HANUFACTURER: (PSIA) IDCA: -0.25 it. WG. 24.4' I 4 ANALYSIS LEG: 24.4 psit for 20 sec .

ASCO .

H0 DEL NO.: RELATIVE NORMAL: 0-60 IDCA: 0-90 100% 4 ANALYSIS HUMIDITY (5) 1 .

IIVA 90-405 HEG: 100 FUllCTION/ SERVICE: 5 3 DEENERCIZE TO OPEN RADIATION NORMAL: SA-6.6x10 GAA-4.9x10 INLET & OUTLET SCRAM (RAD) IOCA: SA-4.74x106CAA-7.24x t0s .lx10 7 1 4 ANALYSIS Rads

' VALVES TOTAL: SA-5.41x106CAA-7.24x 106 IDCATION: (Env. Zone) 40yeags R-lC AGING ?0

! Yeara at 104 F - 4 ANALYSIS ACCURACY:

Specified: N/A CHEMICAL - -

SPRAY N/A N/A - -

Demonstrated: N/A SU NERIENCE - - -

N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified.  ; Vendor File .

Qualification Documentation available; Central File ASCO HCU

($) x

• Documentation References; see tab in Central File. , ,,

~ '

Oc L.

Oj '

O).

~

l NH. H. ZIMMER NUCLEAR PONER STATION - UNIT 1 DATA SHEET NO. R1101 .

ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA SHEET DATE l

l __._1/Ltd83 l t

I EWIRONEW WM. REF.# QUAL. OUTSTANDING f QUAL. METHODS ITEMS

! EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. REQ'D QUAL.

SYSTEM: Residual OPERATING test & l Ileat Removal TIME IDCA: 100 Days 100 days - 3 analysis l HELB: 1 Day

! TAG NO.: lE12-C002A/C i TEMP. (F) NORMAL:65 '- 104 .

IDCA: .45 - 148 392*F 1 3 test COMPONENT.: Motor HELB: 217 '

PRESSURE NORMAL:-0.16 to -0.25 in.WG. -

MANUFACTURER: (PSIA) IOCA: -0.25 in. WG. 66 PSIC 1 3 test <

Ceneral Electric  : 1 .6 psia for 10 sec.

MODEL NO..: 5K6328XC266A RELATIVE NORMAL:0-60 ,

i HUMIDITY (%) IDCA: NC 100%

1 3 test

! HE'.B: 100 ' ,

FUNCTION / SERVICE:

6 Pump Drive RADIATION NORMAL:.4.404x10 6 test &

(RAD) IDCA: 3.845x10 6 5.5x10 3 analysis 6 2b-d TOTAL: 3.~889x10 -

IDCATION: (Env. Zone) 43.5 years test &

R-4E (Worst Case) AGING 10 6 Yeara analysis

@l20*C - 3 ACCURACY:

Specified: N/A CHEMICAL SPRAY N/A N/A - - -

1 Demonstrated: N/A SUBMERGENCE. '- -

N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

• Add 144*F (80*C) temperature rise (2) Insufficent Documentation to establish qualification; see Action Plan (3) Equipment conditionally qualified; see Action Plan . ,

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File G.E. SK  ; Vendor File .

• Documentation References; see tab in Central File. ,

O O~ , O .

WM. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SEET NO. RH58 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA SHEET.' DATE 1/20/83 ENVIRONMENT , DOCUMENT: REF.*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. METHODS ITEMS SYSTEM: OPERATING Test Residual Heat Removal TIME MCA: 100 Days 10 minutes -

2,3 Analysis HELB: 1 Day TAG NO.: 1E12-N022A TEMP. (F) NORMAL: 65' - 104 212 Test IDCA: 45 - 148 1 2. 3 Analysis -

COMPONENT.: HELB: 213 Pressure Indication Switch PRESSURE NORMAL: -0.16 to -0.25 in.WG.

IDCA: -0.25 in. WG, EXEMPT MANUFACTURER: (PSIA) 3 Analysis Robertshaw ELB: 15.7 psia for 10 sec. 1 MODEL NO.:SP-222c RELATIVE WORMAL: 0-60 Test IDCA: NC EXEMPT 2,3 HUMIDITY (%) Analysis HELB: 100 1 FUNCTION / SERVICE: 6 RADIATION NORMAL: 1.71x10 6 EXEMPT Pressure Integrity (RAD) IDCA: 4.61x10 6 3 Analysis TOTAL: 6.32x10 1 IDCATION: (Env. Zone) ~

R-4B AGING 10 6 Years EXEMPT -

3 M@

ACCURACY:

Specified: N/A CHEMICAL SPRAY N/A N/A - - - -

Demonstrated: N/A N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Robertshaw  ; Vendor File .

• Documentation References; see tab in Central File. ,

O. . .

O O, WM. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. RH59 ENVIRONMDITAL QUALIFICATION - REVISION NO. 1 COMPONENT EVALUATION DATA SHEET DATE 1/20/83 ON EN: W .*

QUAL. OUTSTANDINO

' EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. METHODS ITEMS l

d SYSTEM: OPERATING Test i Residual lleat Removal TIME 'IDCA: 100 Days 10 minutes -

2.3 Analysis HELB: 1 nnv I

TAG NO.: 1E12-N022B/C .

TEMP. (F) NORMAL:65 - 104 Test

. LOCA: .45 - 148 212 2 ,3 Analysis COMPONENT.: Pressure HELB: 217 Indication Switch PRESSURE NORMAL:-0.16 to -0.25 in.WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in. WG. EXEMPT 3 Analysis HELB: 15.6 psia for 10 sec.

y Robertshaw MODEL NO.r. SP-222C RELATIVE NORMAL:0-60 Test HUMIDITY (%) IOCA: NC EXEMPT 2 ,3 Analysis HELB: 100 1 FUNCTION / SERVICE:

Passive; pressure integril y RADIATION NORMAL:1.71x10 5

(RAD) IOCA: 4.61x10' EXEMPT 3 Analysis 5 1 TOTAL: 6.32x10 -

i IDCATION: (Env. Zone)

R-4E AGING 10 6 Years EXEMPT 3 Analysis ACCURACY:

Specified: N/A CHEMICAL SPRAY N/A N/A - - - -

Demonstrated: N/A SUBMER0ENCE.

N/A N/A - - - -

(1) Qualification Documentation'not availalale; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Actinn Plan .

(3) Equipment conditionally qualified; see Action Plan .

~

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central Fila Robertshaw  ; Vendor tile .

• Documentation References; see tab in Central File. ,

0; ... ..

o -

DATA SHEET NO.

o.

RR06 VM. H. ZIHMER NUCLEAR POWER STATION - UNIT 1 REVISION NO. 1 ENVIRONMENTAL QUALIFICATION COMPONENT EVALUATION DATA 8HEET . DATE 1/20/83 1

i

M IRO N EN

REF.* OUTSTANDING QUAL.

f RROUIRED SPEC. QUAL. REQ'D QUAL. HETHODS ITEMS 1 EQUIPMENT DESCRIPTION PARAMETER I

' Analysis SYSTEM: OPERATING and

Reactor Recirculation TIME IDCA

100 Days - Sequential HELB: N/A 100 Days 2.3 Test l l

• i TAG NO.: IB33-F355A,D J

IB33-F356A,D TEMP. (F) NORMAL: .65-104 Sequential IDCA: 45-129 Test l 340* 1 COMPONENT.: .

HELB: 235 2 Solenoid Valve a

PRES Wah NORMAL: -0.16 to -0.251n. Wc .

?

HANUFACTURER: (PSIA) IDCA: -0.25 in. WC.

1 Target Rock HELB: 24.4 psia for 20 sec . 84.7 2 sequential RELATIVE NORMAL: 0-60 rest And i HODEL NO.: 76F-207 100 %

HUMIDITY ($) IDCA: 0-90 utalysis 100 1 2,3 HELB:

, FUNCTION / SERVICE:'

RADIATION NORMAL: SA-6.6x105 CAA-4.9x10 3 Sequential l Primary Containment Test (HPU) Isolation (RAD) IDCA: SA-4.74x105CAA-7.24x 106 8 1 x 10 1 2 TOTAL: SA-5.41x106CAA-7.24x 106 analysis I IDCATION: (Env. Zone) nd Seq.

f R-lC AGING 10 6 Years N4 F - re 2,3 ACCURACY:

Specified: N/A CHEMICAL 8 PRAY N/A N/A - - - -

{ Demonstrated: N/A SUBHER0ENCE - - -

N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Target Rock  ; Vendor File .

• Documentation References; see tab in Central File, ,

i O O O

WH. H. ZIHMER NUCLEAR POWER STATION - UNIT 1 DATA SNEET NO. RR07 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA 8HEET . DATE 1/20/83 l

l ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING EQUIPHENT DESCRIPTION PARAMETER REQUIRED SPEO. QUAL. REQ 8D QUAL, HETHODS ITEMS

! ! Analysis l

SYSTEH: OPERATING and Reactor Recirculation TIME IDCA: 100 Days 100 Days - 2,3 Sequential HELB: N/A -

Test "

TAG NO.: IB33-F355B/C

, 1B33-F356B/C TEMP. (F) NORMAL: 65-104 Sequential I

LOCA: 45-129 340

• 2 Test 235 1

! COMPONENT.: HELB:

Solenoid Valve PRESSURE NORMAL: -0.16 to -0.251n. Uc HANUPACTURER: (PSIA) IDCA: -0.25 in. Wo. 84.7 2 "

I

Target Rock HELE

24.4 psia for 20 sec .

! Sequential

' H0 DEL NO.: 76F-208 RELATIVE NORMAL: 0-60 Test And HUMIDITY (5) IDCA: 0-90 2,3 Analysis 100 100 % 1 HELB:

FUNCTION / SERVICE:

Primary Containment A.x AA . 0 3 Mudai 2 Test (RAD) IDCA: SA-4.74x106CAA-7.24x to' 8 (HEU) Isolation TOTAL: SA-5.41x106CAA-7.24x 106 1 x 10 1 LDCATION: (Env. Zone) 40 years Analysis R-Ic AGING 10 1 Years at 104*F - 2,3 and Seq.

Test ACCURACY:

Specified: N/A '

CHEMICAL SPRAY N/A N/A - - - -

Domonstrated: N/A N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Tarcet Rock  ; Vendor File .

• Documentation References; see tab in Central File.

i Oc ~

s OR A 0% .

. WN. H. ZIHMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. vc60 ENVIRONMENTAL QUALIFICATION REVISION NO. . 2 -

COMPONENT EVALUATION DATA SHEET DATE N3vember_11,1982 i

e

~

i j ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING

i EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEi,. QUAL. REQ 8D QUAL. METliOD3 ITEMS SYSTEM: OPERATINd I TIME IDCA: 100 Days Test &

Standby Cas Treatment -

! HELB: N/A 100 Dayp 2,3 Analysis

TAG NO.:

. IVcolCA TEMP. (F) , NORMAL . 6'S - 104 Ivc 01CB , IDCA: .

45 - 129 o HELB: 218 410 1 2 Test COMPONENT.: __

Fan Motor Type 11 PRESSURE NORMAL:-0.16 to -0.25 in:WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in. Wo. "

16.5 psia for 10 sec. 14.7 psia 1 2 Westingh'ouse HELB: _

H0 DEL NO. : RELATIVE NORMAL: 0-60 76C53097 HUMIDITY ($ IDCA: 0-90 100 2 "

HELBI 100 1 l FUNCTION / SERVICE: 2 Motor for Reactor RADIATION NORMAL: 3.5x10 5 (RAD) IDCA: 8.65x10 5

, Bldg, Recire. Fans TOTAL: 8.65x10 2 X 10 8 1 2 "

1 IDCATION: (Env. Zone) ,

' 220 yrs. @ Test'&

AGING 40 Years R-5B 130'C' -

2,3 Analysis l ACCURACY:

l .

Specified: N/A CHEMICAL i 8 PRAY N/A N/A - - - _

Demonstrated: N/A SUBHERGENCE.

N/A N/A -

(1) qualification Documentation not available; see Action Plan  ;

• Add 65'C Temperature Rise

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan. .

(4) X Equipment qualified.

(5) y Qualification Documentation available; Central File Westinehouse -u ; Vendor File .

• Documentation References; see tab in Central File.

a .M-e.66m OC  : ,

O> s .. _ _._

. . _ _ _ _ _ _ _ _O a, _

WN. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA BREET NO. VG61 ENVIRONMENTAL QUALIFICATION REVISION NO. 2' i'

COMPONENT EVALUATION DATA BR ET DATE Nov. 11, 1982 i

MVIROMENT EM. MF .

• QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED 8PEC. QUAL.. REQ'D QUAL. METHODS ITEMS l

SYSTEM: OPERATING est &

Standby Gas Treatment TIME 'IDCA: 100 Days 100 days 2,3 Analysis

! . Hela: N/A TAG NO.:  ;

j IVG02CA TEMP. (F), NORMALt 65 - 104 l.

4  ; IDCA: 45 - 129 o Test i 410 1 2 g

COMPONENT.

• HELB: 235 i Fan Motor Type 11 PRESSURE NORMAL: -0.16 to -0.251n.WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in. WG. "

I4*

l Westinghouse I Ela: 24.4 osia for 20 sec. P8I"' 2 l

) MODEL NO.: RELATIVE NORMAL: 0.- 60 4

781>36171 HUMIDITY ($ IDCA: 0 - 90 100 2 1

i ,

BLB: 100 1  ! FUNCTION / SERVICE: *

! Motor for Standby Gas RADIATION NORMAL: 7.6x10' 'n

Treatment System Fans (RAD) IDCA

3.7x10 7 8 "

2 X 10 1 2 TOTAL: 3.7x10 7 IDCATION: (Eny. Zone) 220 years R-1B 0 Yeara @ 130*C- - 2,3 Test &

- - Analysis j  ;

i ' ACCURACY:

Specified: N/A CEMICAL SPRAY .

N/A N/A - - - -

l Demonstrated: N/A 8UBHERGENCE. - ' - -

I ,

N/A N/A -

(1) Qualifica. tion Documentation not available; see Action Plan .

• Add 65'C Temperature Rise (2) Insufficent Documentation to establish qualification; see Action Plan .

( ~l) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified. ,  !

( *2 ) X Qualification Documentation available; Central File Westinehouse-11 ; Vendor File .

• Documentation References; see tab in Central File.

i

o 0 - -

Oi .

NN. H. ZIIMER NUCLEAR POWER STATION - UKIT 1 DATA SHEET NO. vc62 l

ENVIRONMENTAL QUALIFICATION REVISION NO. 2 4

COMPONENT EVALUATION DATA SHEET DATE Mov. )1, 1982 i

QUAL. OUTSTANDING PARAMETER REQUIRED 8PEO. QUAL. REQ'D QUAL. METHODS ITEMS t EQUIPMENT DESCRIPTION 8YSTEM: OPERATINd TIME 'IOCA: 100 Days - Test & f l Standby Gas Treatment HEG

• N/A 100 days 2,3 Analysis 4

,i TAG NO.:

lt IVG02CB TEMP. (F)

• NORMALt 65-104 IDCA: 45-129 Test

' l, 410 1 2 COMPONENT.: HELB: 172 i Fan Motor Type 11 PRESSURE NORMAL: -0.16 to -0.251n.WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in. WG. 1 "

4 HELB: 15.1 psia for 10 sec. '14.7 Psia 2 i lj Westinghouse i l - HODEL NO.s: RELATIVE NORMAL: 0-60 i ;I HUMIDITY ($ IDCA: 0-90 100' 2 "

78D36171 * '

1

, ; HELB 100 FUNCTION /8ERVICE:

RADIATION NORMAL: 7.44x10,

.tbt'or for Standby Gas (RAD) IDCA: 3.40x10 7 2 X 10 8

2 Treatdent System Fans T(yfAL: 3.47x107 1 IDCATION: (Env. Zone) 220 yrs @ Test &

R-6B AGING 40 Years 130*C - Analysis e 2,3 7

ACCURACY:

Specified: N/A CHEMICAL i 8 PRAY N/A N/A - - - -

Demonstrated: N/A SUBHEROSNCE' ~- - -

N/A N/A -

(l) Qualification Documentation not available; see Action Plan

.

• Add 65'C Temperature Rise (2) Insufficent Documentation to establish qualification; see Action Plan .

, s(3) . Equipment conditionally qualified; see Action Plan __ ,. ,

i  :(4) X Equipment qualified.

I '(5) X Qualification Documentation available; Central File Westinghouse-H; Vendor File .

• Documentation References; see tab in Central File.

l Oc .. . . .. ._

O O W. H. ZIMER NGCLEAR PONER STATION - UNIT 1 DATA SHEET NO. VQ04 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA 8HEET ' DATE 1/20/83 1

QUAL. OUTSTANDING '

( EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. ETIiGDS ITEMS analysis 8YSTEM: OPERATING and Primary Containment & TIME IDCA: 100 Days -

Sequential Su ression Pool Purge HELB: N/A 100 Days 2,3 Test I TA[NO. : lVQ005A/B Sequential i TEMP. (F) NORMAL: 65' - 104

, IDCA: 45 - 1,29 340

• Test COMPONENT.: HELB: 218 1 2 Limit Switch / Solenoid PRE 88URE NOMAL: -0.16 to -0.25 in.Wc. ,,

MANUFACTURER: (PSIA) IDCA: -0.25 in.WG. 84.7 Target Rock .

HELB: 16.5 psia for 10 sec. 1 2 Sequential MODEL NO.e. 76F-205 RELATIVE NORMAL: 0-60 rest And HUMIDITY ($ IDCA: 0-90 100 % analysis j HEI3 100 1 2,3 i FUNCTION /8ERVICE: ential I

11. Purge Drywell Inbd/ RADIATION NORMAL: 3.0x10,s O tbd Bypass (RAD) IDCA: 4.8x10 8 0 1 TOTAL: 5.1x10 2 IDCATION: (Env. Zone) 40 years at Analysis i Years 104*F and Seq.

R-SA -

2,3 Test ACCURACY:

Specified: N/A CHEMICAL 8 PRAY N/A N/A - - - -

Demonstrated: . N/A SUBMERGENCE.

N/A N/A - '- - -

(1) Qualification Documentation ~not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipmenti qualified.

(5) X Qualification Documentation available; Central File Target Rock  ; Vendor File .

• Documentation References; see tab in Central File.

p ,-

O\ v ( .) .'

WM. II. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA Sl! MET NO. VQ05 ENVIRONMENTAL QUALlFICATION REVISION !IO. 1 COMPONENT EVALUATION DATA SilEET DATE 1/20/83 ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING EQUIPttEllT DESCRIPTIO!I PARAMETER REQUIRED SPEO. QUAL. REQ 8D QUAL. MMTl'0DS ITEMS Analysis j

, SYSTEM: Primary OPERATING and Containment & Suppre.ssion TIME MCA: 100 Days 100 Days 2,3 Sequential Pool Purge IIE G : N/A Test

TAG NO.: 1VQ008A/B

! TEMP. (F) NORMAL.65-104 Sequential MCA.45-129 Test 225 340

• 1 2 C0tIPO!!EllT. : llE G :

Limit Switch / Solenoid PRESSURE NORMAL: -0.16 to -0.251n.WG.

MANUFACTURER: (PSIA) WCA: -0.25 in. WG. 84*7 "

l 18 psia for 7 sec. 1 2 llE G :

Target Rock '

Sequential H0 DEL NO.: 76F-205 RELATIVE NORMAL: 0-60 Test and WCA: NC Analysis

IIUMIDITY(f) 100 % 2.3 100 1 l

llE D :

FullCTION/ SERVICE:

11 Purge Supp. Pool RADIATION NORMAL: 1.71x10 8 Sequential 2 4.61x10 6 Inlet /Inbd. Inlet Bypass illAD) WCA: 5 8 2 Test 1 x 10 1 TOTAL: 6.32x10 1 WCATIOll: (Env. Zone) 40 years Analysis R-3A AGING 10 6 Years at 104*F and Seq.

- 2,3 Test ACCllitACY:

Spociflod: N/A CllEMICAL SPRAY N/A N/A - - - -

Demonst. rated: N/A SUBMERGENCE N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified.

(5) X qualification Documentation available; Central File Target Rock ; Vendor File .

• Documentation References; see tab in Central File. ' ,

O. O~ Ob WH.11. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SilEET NO. VY12 -

ENVIRONMENTAL QUALIFICATION REVISION !IO. 2 COMPONENT EVALUATION DATA SHEET DATE TovT 11. 1982 ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDI)

EQUIPHEllT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQID QUAL. HETHODS '1TEMS i

SYSTEH- OPERATING Test & ,

Core Standby Cooling 100 Days i System Equip. Cooling TIME IDCA:

100 Days 2, 3 D

, HELB- 1 nay TAG 110.:

l IVYOIC ,04C,02C,03C TEMP. (F)* NORMAL: 65-104 IDCA: 45-129 225 410 y 2 Test C0tlPO!!ENT. : HELB:

Fan Motor PRESSURE NOPMAL: -0.16 to -0.251n.WG, .

llANUPACTURER

-0.25 is,. Wo. "

(PSIA) IDCA: Atmospheric 2 HELB: ,18 psia for 7 sec.

f. f Westinghouse I H0 del. NO.: RELATIVE NORMAL: 0-60 IlUMIDITY($ IDCA: NC 76D53112 100 2 HELB: 100 1

FulldTI0ll/ SERVICE

,

Fan Drive RADIATION NORMAL:

I 71x10 5 l

IDCA: 4.61x10' (RAD) 2 X 10 8 n

6 1 2 TOTAL: 6.32x10 ~

thCAT10ll: (Env. Zone) -

i R-3A AGING 10 6 Years 220 yrs 0 Test &

130*C -

2, 3, g,,7y,1, ACCURACY:

l Spociflod: N/A CHEMICAL SPRAY N/A N/A - - -

f Demonst. rated: N/A i SUBHERGENCE N/A N/A - - - -

(1) Qualification Documentation'not available; see Action Plan ..

(2) Insufficent Documentation to establish qualification; see Action Plan .

Add 65'C Temperature Rise (3) Equipment conditionally qualified; see Action Plan . ,

(4) y Equipmentqual,1fiep.

(S) X Qualification Documentation available; Central File Westinghouse-H ; Vendor File .

a Documentation References; see tab in Central File. ,

Oc O On,

~. .

i WH. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SIIEET NO. VY-15 ENVIRONMENTAL QUALIFICATION REVISION NO. . 1 COMPONENT EVALUATION DATA SHEET DATE ]liiT2Fl82 ENVIRONMENT D0 % ENT: REF.*

QUAL. OUTSTANDING EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. MET 130DS . ITEMS I SYSTEM: Core Standby OPERATING X

Cooling System Equipment TIME IDCA: -

}00 00 Days Days, Cooling. IIEIB:

TAG NO.: '

l IZS-VY007,1ZS-VY003B TEMP. (F) FORMAL:65 - 104 X

, IDCA

45 _ 148 1 COMPONENT.: IIELB: na I

Position Switch PRESSURE NORMAL:-0,16 to -0.25 in.WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in. WG.

1 X

! Namco NEIB: 16_s nsta for 10 sze.

MODEL NO..: RELATIVE NORMAL:0-60 X EA75020100 IIUMIDITY(%) IDCA: NC 1 HEI2: 100 FUNCTION / SERVICE:

i RADIATION NORMAL:1.71x10' (RAD) IDCA: 4.61x10' I X TOTAL: 6.32x10 6 .

IDCATION: (Env. Zono)

R-40 AGING 1:0 Years ,

ACCURACY:

Speciflod: CIIEMICAL SPRAY N/A N/A - - - -

Demonst. rated:

SUBMERGENCE - -

N/A N/A -

6 (1) X Qualification Documentation not available; see Action Plan LS-u/ .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Esp.ipment conditionally qualified; see Action Plan .

(4) Equipment qualified. ,

(5) Qualification Documentation available; Central File  ; Vendor File .

• Documentation References; see tah in Central File.

\

V- V e d

WM.11. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. WR01 ENVIRONMENTAL QUALIFICATION REVISION NO. 1 COMPONENT EVALUATION DATA SIEET DATE 1/20/83 ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDINC EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. METIT0DS ITEMS SYSTEM: OPERATING Reactor Building Closed TIME MCA: 100 Days >100 days -

3 ANALYSIS Cooling Water IEG: 1 Days TAG NO.: 350"-10 Min.

ILO-WR036 TEMP. (F) NORMAL: 65-104 316*- 1 lir.

ILT-WR037 wCA: 45-129 303*- 7 lirs.

1 2 TEST COMPONENT.: IEG: 220 230*-42 lirs.

Level Transmitter PRESSURE NORMAL: -0.16 to -0.251n.WG.

MANUFACTURER: (PSIA) MCA: -0.25 in. WG. 60 psig 2 i

Rosemount HEG: 16.6 psia for 10 sec .

MODEL NO.: RELATIVE NORMAL: 0-60 TEST &

. Il52GP4A22-PB IIUMIDITY(%) WCA: 0-90 100 2,3 ANALYSIS IEG: 100 1 FUNCTION / SERVICE:

RBCCW Exp. Tanks IA & IB RADIATION NORMAL: 8.87x10" to ILI-WR036 & ILI-WR037 (RAD) MCA: 3.57x10' 8

5a# 1 2 un at PM08J TOTAL: 3.66x10 WCATION: (Env. Zone)

AGING 10 6 Yeara 0yeags at 104 F 3 ANALYSIS R-6C _

ACCullACY:

Specified: CIEMICAL '

SPRAY N/A N/A - - - -

Demonstrated:

SUBMERGENCE N/A N/A -

(1) Qualification Documentation not available; see Action Plan .

(2) Insufficent Documentation to establish qualification; see Action Plan .

(3) Equipment conditionally qualified; see Action Plan .

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central File Rosemount 1152 ; Vendor File .

• Documentation References; see tab in Central File. ,

,y , ,x

.m %_,$  % /

WM. II. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SilEET NO. unna ENVIRollMENTAL QUALLPICATION ItEVIS[0!1 !!O. i COMPONENT EVALUATION DATA S!!EET DATE

_ -l/20/R1 ENVIRONMENT DOCUMENT: REF.*

QUAL. OUTSTANDING EQUIPHEllT DESCRIPTIO!! PARAMETER REQUIRED SPEC. QUAL. REQ'D QUAL. MMTif0DS ITEMS SYSTEM: OPERATIll0 Rt. actor Building Closed TIME MCA: 100 Days -

>100 days 3 ANALYSIS Cooling Water llEIJ1: 1 Days TAG 110. : 550*-10 Min.

IPT-WR051 TEMP. (F) NORMAL: 65-104 316*- 1 lir.

IPT-WR053 WCA: 45-129 303*- 7 Ilrs.

225 1 2 TEST C0!!P0llEllT. : IIELD: 230*-4'2 lirs.

Pressure Transmitter NORMAL: -0.16 to -0.251n.WG, PRESSURE ItAllVFACTURER: (PSIA) MCA: -0.25 in. WO. 60 Psig 2 TEST

!!EIJI: ,18 psia for 7 sec.

Rosemount T MODEL NO.: RELATIVE HORMAL: 0-60 TEST &

llUMIDITY(%) ANALYSIS 1152GP7A22-PB g 100 1 2,3 FullCTIO!!/ SERVICE:

RBCCW Pump 1A & IB Dsch. RADIATION HORMAL: 1.71x10s 8

Pre::s . to IPI-WR051 & (RAD) MCA: 4.61x10 5 x 106 (*) 2,3 "

6 1PI-WR053 at IPM08J 1 TOTAL: 6.32x10 WCATION: (Env. Zone) 40 years R-3A AGING 10 4 Years at 104*F _ 3 ANALYSIS ACCURACY:

Specified: CllEMICAL SPRAY N/A N/A - - - -

Demonstrated:

SUBMERGENCE H/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(*) - These transmitte s are qualified (2) Insufficent Documentation to establish qualification; see Action Plan .

for 10 years normal radiation

( ~1) Equipment conditionally qualified; see Action Plan .

exposure plus a LOCA dose.

(4) X Equipment qualified.

(5) X qualitication Documentation available; Central File Rosemount 1152 ; Vendor File .

• Documentation Itefe rences; see tab in Central File.

i i

. .. .O-- ... . .. .

O O.

WM. H. ZIMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. WROS ENVIRONMENTAL QUALIFICATION REVISION NO. 1 .

COMPONENT EVALUATION DATA SHEET ' DATE 1/20/83 i

1 4 '

QUAL. OUTSTANDING .

EQUIPMENT DE8CRIPTION PARANETER REQUIRED SPEC. QUAL. REQ'D QUAL. METHODS ITEMS  !

, 8YSTEM

OPERATING i Reactor Building Closed TIME IDCA- 100 Days -

! Coolin Water HELB. 1 Days >100 days 3 ANALYSIS l TAG .: 350*-10 Min. I i IPT-WR055 TEMP. (F) NORMAL: 65' - 104 316*- 1 Hr.

l 1PT-WR057 , IDCA: 45 - 129 303*- 7 Hrs. 2 TEST i

COMPONENT.: HELB: 218 1 rin* l.2 nrn. ,

Pressure Transmitter PRE 88URE NORMAL

-0.16 to -0.25 in.WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in.WG. 60 ps18 2 "

HELB: 16.5 psia for 10 sec. 1 Rosemount' H0 DEL NO..: RELATIVE NORMAL: 0-60 TEST &

HUMIDITY ($ IDCA: 0-90 1152GP7A22-PB 100 1 2,3 ANALYSIS HELB: 100 FUNCTION / SERVICE: 5 RBC,CW ~. Pump IC & ID Dsch. RADIATION NORMAL: 3.0x10

, Press. to 1PI-WR055 & (RAD) IDCA: 4.8x10 1PI-WR057 at IPM08J 5 x 106 1 2 TEST TOTAL: 5.1x10 1 i IDCATION: (Env. Zone) 40 years IO O Years at 104*F 3 ANALYSIS R-5A ,

i , ACCURACY:

i j Specified:

CHEMICAL

8 PRAY N/A N/A - - - -

Demonakated: .

SUBMERGENCE.

N/A N/A - '- - -

j (1) Qualification Documentation *not available; see Action Plan .

j (2) Insufficent Documentation to establish qualificationg see Action Plan .

l (3) Equipment conditionally qualified; see Action Plan _.

j (4) X Equipment qualified.

2

(5) X Qualification Documentation available; Central File Rosemount 1152 ; Vendor File .

!

• Documentation References; see tab in Central File.

N

+ = =

i Oc O O WN. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SHEET NO. WS01 I

ENVIRONMENTAL QUALIFICATION REVISION NO. I j COMPONENT EVALUATION DATA SHEET DATE 1/20/83 ON EM: RC QUAL. OUTSTANDINfl EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQ 8D QUAL. METHODS ITEMS SYSTEM: OPERATING TIME IDCA: 100 Days -

Service Water HELB: 1 Days >100 days 3 ANALYSIS

TAG NO.

.

350*-10 Min, IPT-WS160 TEMP. (F) NORMAL:65 - 104 316*- 1 Hr.

, IDCA: 45 - 148 303*- 7 lirs 1 2 TEST j COMPONENT.: HELB* 217 230*-42 Hrs, i

i Pressure Transmitter PRESSURE NORMAL:-0.16 to -0.25 in.WG.

l HANUFACTURER: (PSIA) IDCA: -0.25 in. WG. 60 psig 2 TEST y

! Rosemount HELB: 15.6 psia for 10 sec.

MODEL NO..: RELATIVE NORMAL:0-60 TEST &

HUMIDITY (%) IDCA: NC 100 MAMSIS l 1152GP7A22-PB 1 2,3

! HELB: 100 l FUNCTION / SERVICE:

RADIATION 6 TEST &

i Service Water Header lA NORMAL:1.71x10 IDCA: 4.61x10' #AU8IS l Pressure to IPI-Wal60 at (RAD) 5 x 106 (*) 1 2,3

! 1PM08J TOTAL: 6.32x10 5 4

IDCATION: (Env. Zone)

I R-4E AGING 10 6 Years 40 years at 104*F -

3 ANALYSIS i

ACCURACY:

Specified: CHEMICAL SPRAY N/A N/A - - - -

nakated:

SUBMERGENCE.

N/A N/A -

(1) Qualification Documentation'not available; see Action Plan .

(*) - Tnis transmitter is qualified fo:

(2) Insufficent Documentation to establish qualification; see Action Plan . 10 years normal radiation ex-(3) Equipment conditionally qualified; see Action Plan . posure plus a LOCA dose.

j (4) X Equipment qualified.

j (5) X Qualification. Documentation available; Central File Rosemount 1152 ; Vendor File .

!

• Documentation References; see tab in Central File.

I

I WM. H. ZIMMER NUCLEAR POWER STATION - UNIT 1 DATA SEET NO. WS02 l ENVIRONMENTAL QUALIFICATION ~ REVISION NO. 1' j COMPONENT EVALUATION DATA SEET DATE 1/20/83 l

I ENVIRONMENT  ; DOCUMENT: REF.*

QUAL. OUTSTANDING c EQUIPMENT DESCRIPTION PARAMETER REQUIRED SPEC. QUAL. REQlD QUAL. r METHODS ITEMS 1

l SYSTEM: OPERATING Service Water TIME IDCA: 100 Days >100 days -

3 ANALYSIS ELB: 1 Days TAG NO.: 350*-10 Min.

IPT-WS161 TEMP. (F) NORMAL: 65' - 104 316'- 1 Hr.

IDCA: 45 - 129 303'- 7 Hrs.

• 1 2 TEST COMPONENT.: ELB: 213 230*-42 Hrs.

Pressure Transmitter PRESSURE NORMAL:-0.16 to -0.25 in.WG.

MANUFACTURER: (PSIA) IDCA: -0.25 in. WG. -

15.7 psia for 10 sec. 60 psig 1 2 TEST Rosemount ELB:

MODEL NO.: RELATIVE NORMAL: 0-60 TEST &

1152GP7A22-PB D ($ A: gc 100 1 .2,3.

ANAMSIS HELB: 100 FUNCTION / SERVICE:

TEST &

Service Water header 1B RADIATION NORMAL: 1.71x10' IOCA: 4.61x10' ANALYSIS Pressure to IPI-WS161 (RAD) 5 x 106 (*) 1 2,3 at IPM08J TOTAL: 6.32x10' 1DCATION: (Env. Zone) 40 years R-4A (=

AGING 40 Yeara at 104 F 3 ANALYSIS ACCURACY:

Specified: CEMICAL SPRAY N/A N/A - - - -

Demonstrated:

SUBMERGENCE. -

N/A N/A -

(1) Qualification Locumentation'not available; see Action Plan .

(*) - This Transmitter is qualified fog (2) Insufficent Documentation to establish qualification; see Action Plan . 10 years normal radiation ex-(3) Equipment conditionally qualified; see Action Plan . posure plus a LOCA dose.

(4) X Equipment qualified.

(5) X Qualification Documentation available; Central Fila Rosemount 1152 ; Vendor File .

• Documentation References; see tab in Central File. . .

S O

APPENDIX F DOCUMENTATION REFERENCE SHEETS O

' ** ~ "'~~m -- p, , , ___

FILE: AGASTAT 700'O SERIES-O ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ACA9 TAT MODEL NUMBER: 7000 9pnTvg l COMPONENT: TIME DELAY RET.AY l

l l

l l

! DESCRIPTION REFERENCE t

,- 1) Environmentel Conditions Zimmer Design Criteria A51-9 Rev. 2 I

November 17, 1981 0 23 Eev1 oeme.te1 ome11ricetie. Test. MCC re.ers Report 734-79001 Rev. 3 February 4, 1981 l

l 't.

l l

l l

l 0

l

FILE: AT T.T RON 1052-RTD O .

ENVIRONMENTAL QUALIFICATION DOCOMENTATION REFERENCES MANUFACTURER: AT .T.T ROM MODEL NUMBER: 1052-RTD COMPONENT: TEMPERATURE ELEMENT DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

d

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9 m

O .

e f '

e FILE: AU. TRON 1052

-O .

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ALLISON MODEL NUMBER: los?

COMPONENT: TEMPERATURE TRANSMITTER DESCR?.PTION ' -

REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9'Rev. 2

.. November 17, 1981 0

O 9

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e 0

_ ._ _ _ . . - - - - ~ _ . _. .___ ._ _ _ - .-_.___ _ __, - - - - - - - _ --

i FILE: ANACONDA 9

ENVIRONMENTAL OUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ANACONDA MODEL NUMBER: LOW VOLTAGE & CONTROL COMPONENT: CABLE DESCRIPTION REFERENCE b 1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2

• November 17, 1981 .

O 2) z vire e=t 1 o 11ric tie re t- i ce d tetter dated Jan. 17. 1977 Franklin Institute Research Laboratory Report F-C4350-3, July 1976 Attachment to Firl Report F-C4350-3, November 1976

3) Environmental Qualification Tests Anaconda Letter dated August 9, 1978 .

4) Environmental Qualification Tests Anaconda Cable Flame Test 9

I

~

FILE! acen un R1?n A70 O .

ENVIRONMENTAL QUALIFICATION DOCUMENTATION' REFERENCES MA?71FACTURER: ASCO MODEL NUMBER: HTX 8320 A20 COMPONENT: MSIV SOLENOID VALUE DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2

- November 17, 1981 O

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• w y w- --w---ww -----ww ,- , y y.--7..y.,9,_y -,- , . , , _ y ,, _ - , - _-., ._,p- -,__ ---_--,--w,,y w,,--w.#y- kg g - , y +.-. i ---- --g - - --%. e. ,

FILE: A<rn HTY R121 20V O .

'I ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ASCO MODEL NUMBER: HTY 8121 20v COMPONENT: MSIV SOLENOID VALVE DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 0

r I

l O . . .

- - ~ - + --m...- . - _ . . .

v g .

FILE: Agro HTX 8320 A18L _

= .

O ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ASCO l

l MODEL NUMBER: HTX 8320 A185 COMPONENT: SOLENOID VALVE DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November ??, 1981 O- .

l e

e O .

l t 7 wre-- - w- - r.--- , e-y_, _ .

p, -m,- --- -'

-r- ----

l FILE: ASCO HTX 8320 A22V O .

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ASCO MODEL NUMBER: HTX 8320 A22V COMPONENT: SOLENOID VALVE DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Critaria A51-9 Rev. 2 November 17, 1961 O ..

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ll

l FILE:_ASC'O HTX 8321 A6EMO t

'a : i- o ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ASCO MODEL NUMBER: HTX 8321 A6EMO COMPONENT: CONTROL VALVE SOLENOIT VALVE i

DESCRIPTION REFERENCE l

1) Environmental Conditions Zinener Design Criteria A51-9 Rev. 2 November 17, 1981 O

4 9 l

O. .

FILE: aeen n rn11 e17 -

O .

ENVIRONMENTAL QUALIFICATION l

DOCUMENTATION' REFERENCES MANUFACTURER: ASCO MODEL NUMBER: HT8316C37 COMPONENT: SOTINOID VALVE DESCRIPTION REFERENCE l

l 1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

O .

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• i s- --.--,m -- , , -, , ,---,n-. . ,,, ,_, ,,.-n.,. _,n, ,

FILE: ASCO HT 8320 A175 l

l O -

ENVIRONMENTAL QUALIFICATION l DOCUMENTATION REFERENCES i

MANUFACTURER: ASCO MODEL NUMBER: HT 8320 A175 COMPONENT: sntSwnin VAT.VF DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

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9

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__.44

FILE: ASCO HT8323-22 O -

ENVIRONMENTAL QUALIFICATION DOCIIMENTATION REFERENCES MANUFACTURER: ASCO MODEL NUMBER: HT 8323-22 COMPONENT: ' PILOT SOLENOID VALVE DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 0

O -

I ASCO HVA 90-405 FILE:

1 ENVIRONMENTAL OUALIFICATION i DOCUMENTATION REFERENCES MANUFACTURER: ASCO MODEL NUFBER: HVA 90-405 COMPONENT: CRD SCRAM SOLENOID VALVE REFERENCE DESCRIPTION ,

Zimmer Design Criteria A51-9 Rev. 2

1) Environmental Conditions November 17, 1981 -

2) Environmental Evaluation GE Document 383HA820 Rev. 0

- February 23, 1973

3) Environmental. Qualification Test General Electric f,etter CGE-1448, February 20, 1981

4) Environmental Qualification Engineering Analysis Sheet Analysis EA-0008, dated 1/18/83 l

i

FILE: ASCO HV 200-924-2VF O -

ENVIRONMENTAL QUAL'IFICATION DOCUMENTATION' REFERENCES MANUFACTURER: ASCO MODEL NUMBER: MV2OO-024-2VF COMPONENT: SOLENOID VALVE DESCRIPTION REFERENCE

1) Environmental Conditions Zinener Design Criteria A51-9 Rev. 2 November 17, 1981 O

em O .

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FILE: ASCO 8320 A90 0

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ASCO MODEL NUMBER: R U O AQO COMPONENT: RnTJNom VAT.VE DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

0 .

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FILE: ATK0MATIC

~

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ENVIRONMENTAL' QUALIFICATION DOCUMENTATION REFERENCES s,

MANUFACTURER: ATROMATIC MODEL NUMBER: pay 5700cy COMPONENT: Deluge Valve

• i DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 -

O O

f

FILE: RATTTY 999 O

'l ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: RATTJY MODEL NUMBER: 555 COMPONENT: TRANSMITTER DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Report G.E. Report #327 March 23, 1967

3) Environmental Qualification Report G.E. Report #392 December 21, 1970 l

O w . ..m.n-. m._ .-_,..o-- me m-, --c- - - , , , . - , -,wa-- --,7,.,,,,c. -,."- *

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r-"W'E " - " " " "N -"'W- e -

. FILE: RATT FY 556 0 .

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: BAILEY MODEL NUMBER: 556 COMPONENT: TRAMEMTTTFW DESCRIPTION REFERENCE

1) Environmantal Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test G. E. Test Report 430 0

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9 P -

- - - - - - - - w w w -- ,-e--, - --

,y pg- ,,---m,w- - --,e-~ ,, , ,,r, -

,,,,y _,--w, - --- ,- -

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1 FILE: BARKSDALE D2H-M80SS O .

i ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: nAnrsnATP MODEL NUMBER: D2H-MSORS COMPONENT: unveetmw curtcu DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 2)' Environmental Qualification Report AETL Report 596-0398 O ios t 13. 1975 1

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: RARERDAT.F MODEL NUMBER: P1H-M340SS-V COMPONENT: PRESSURE SWITCH DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Report AETL Report 596-0398 O -

i se t 13. 1975 1 O -

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MANUFACTURER: BARKSDALE MODEL NUMBER: B1T-M12SS-CE

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1) Environmental Conditions Zinnner Design Criteria A51-9 Rev. 2 November 17, 1981  ;

2) Environmental Qualification Report AETL Report 596-0398 O August 13, 1975

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 ITT Barton Reports Rl-S344-5 O 2) Environmental Qualification Test September 18, 1972

3) Environmental Qualification Test ITT Barton Reports R1-580-3 December 8, 1978

4) Environmental Qualification Test ITT Barton Reports 9999.1217.2 November 1, 1973 e

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FILE: BARTON 288 O. .

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: BARTON MODEL NUMBER: 288 COMPONENT: PRESSURE SWITCH DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 .

ITT Barton Reports R1-S344-5 O 2) Environmental Qualification Report September 18, 1972

3) Environmental Qualification Report ITT Barton Reports Rl-580-3 December 8. 1978

4) Environmental Qualification Report ITT Barton Reports 9999.1217.2 November 1, 1973 I

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MODEL NUMBER: 288A COMPONENT: pnpssiinF suTTcn -

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 .

2) Environmental Qualification Tests ITT Barton Reports Rl-S344-5

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3) Environmental Qualification Tests December 8, 1978

4) Environmental Qualification Tests ITT Barton Reports 9999.1217.2 November 1, 1973 1

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1) Environmental Conditions Zinsner Design Criteria A51-9 Rev. 2 November 17, 1981

h. 2) Environmental Qualification Test AETL Report #5350-2114 February 4, 1975

3) Environmental Qualification Test Barton Report #9999.1212.2 O .

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FILE:,_RARTON 385 O .

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DOCUMENTATION REFERENCES MANUFACTURER: MARTON MODEL NUMBER: 385 COMPONENT: PRFRSITRE SWITCH l

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1) Environmental Conditions Zinener Design Criteria ASI-9 Rev. 2 November 17, 1981 0

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: BOSTON TMsin ATED UTu MODEL NUMBER: Tyqrmenmne COMPONENT: CARTT i

DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 -

O 2) Environmental Qualification Report Boston Insulated Wire Cable Co. Test Report No. 75E024 dated December 16, 1976 l

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2

( November 17, 1981 O .

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: CROSBY MODEL NUMBER: CVG-01 COMPONENT: SRV SOLENOID DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 l

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Zic:ner Design Criteria A51-9 Rev. 2

1) Environmental Conditions November 17, 1981

2) S&L Analysis S&L Qualification Data Sheets A017-A022 Transmitted to CG&E by SLC-21984D March 25, 1982

3) Engineering Analysis Engir.,eering Analysis Sheet EA-0012 January 26, 1983 e

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: G. E.

MODEL NUMBER: 47n51 R671 COMPONENT: nya7yn DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17. 1981 G. E. Qualification Procedure Test Results t

0 2) Environmental Qualification Test 8272-542-4 Rev. A Engineering Analysis Sheet EA-0010, l 3) Pressure, Relative Humidity and I

Radiation Analysis dated January 31. 1983 i

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 l November 17, 1981 O

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES j MANUFACTURER: G. E.

MODEL NUMBER: SB-1 COMPONENT: CONTRAT. RUTTCH DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 i 2) Environmental Qualification Test MCC Powers Report #734-79.001Rev. 3 l

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: G. E.

MODEL NUMBER: HFA COMPONENT: AUX. RELAY -

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

, 2) Environmental Qualification Test MCC Powers Report 734-79.001 Rev. 3 Report February 4, 1981 l -

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: G.E.

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1) Environment.1 Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 MCC re . R ,ert 734-79.0001 Re 3

' O 23 s ire.m..t.1 ce.11ric tie re.t Report Febru.ry 4, 1981 1

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MODEL NUMBER: 1Rn COMPONENT: INDICATOR DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteri. A51-9 Rev. 2 November 17, 1981 O

23 E.viromm 1 a 11ric.tio. T..e c.z. Tecs.ic.1 1 torm. tie. serie. se.Dre1x1-9, Y

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MODEL NUMBER: SK COMPONENT: pcCS PUMP MOTORS

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, 1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 h(./ 2) Radiation Exposure ,

a) HPCS Pump S&L calculation Zl-EQ-15 Rev. O 9/28/82 b) LPCS & RHR 1A Pumps S&L calculation Zl-EQ-16 Rev. 0 12/14/82 c) RHR IB Pump S&L calculation Zl-EQ-9 Rev. 0 2/19/82 d) RHR 1C Pump S&L calculation Z1-EQ-9A Rev. 0 3/9/82

3) Environmental Qualification ECCS Motor Environmental Qualification Report Summary Report for WHZ-1 January 5, 1983 4.

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 i November 17, 1981 =

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MODEL NUMBER: a w/i i

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

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MANUFACTURER: ITE GOULD MODEL NUMBER: 5600 SERIES COMPONENT: 250-vDC & 480V MCC DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 -

November 17, 1981 O

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' FILE: ITT_ GENERAL CONTROLS O

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ITT GENERAL CONTROLS MODEL NUMBER: NH 91, 95 COMPONENT: DAMPER ACTITATOR DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 i November 17, 1981 l 2) Environmental Qualification Test MCC Powers Report 377-80.010 Rev. 0 June 13, 1980 1TT Report 721.77.095 March 14, 1977 l

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DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test MCC Powers report 734-79.001 Rev. 3 February 4, 1981 I

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1) Envirenment 1 Cenditiens Zimmer Design Criteri A51-9 Rev. 2 November 17, 1981 0 2>Eviremet1ce1111ctie Test 1SOMen x nePert 1- 975-o1 Kerite EM178 A&B t

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 ISOMEDIX Report No. I-R975-01; Kerite EM178A&B

2) Environmental Qualification Report i

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DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Report Conax Report No. IPS-746 dated Jan. 12, 1982 3)"Kulka Terminal Block ~Arrhenius Engineering Analysis Sheet EA-0003 dated Calculation November 15, 1982

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

FILE: LIMITonnity O

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: LIMITORQUE MODEL NUMBER: SMB COMPONENT: VALVE OPERATOR DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 h' 2) Environmental Qualification Test November 17, 1981 Limitorque Report B0003 June 7, 1976

3) Environmental Qualification Test Limitorque Report B0009 April 30, 1976

4) Environmental Qualification Test Limitorque Report 600376A May 13, 1976

5) Environmental Qualification Test Franklin Report F-C-3271

6) Environmental Qualification Test Limitorque Report 600456

7) Environmental Qualification Test Nutech Report #CGE-002

8) Environmental Qualification Test' Nutech Report #CGE-001

9) Environmental Qualificction Test Nutech Report #CGE-003

10) Environmental Qualification Test Nutech Report #CGE-004

11) Environmental Qualification Test Limitorque Report B0058 July 11, 1980 9

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: LOVE MODEL NUMBER: 48 COMPONENT: CURRENT RELAY -

DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test MCC Powers Report #734-79.001 Rev. 3 t

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MANUFACTURER: LOVE MODEL NUMBER: c;4 COMPONENT: PROPORTIONAL CONTROLLER -

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test MCC Powers Report #734-79.001 Rev.3 1

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FILE: LOVE 56 O

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: toyE MODEL NUMBER: 56 COMPONENT: CURRENT RELAY l

DESCRIPTION REFERENCE

! 1) Environmental Conditions Zinsner Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test MCC Powers Report #734-79.001 Rev. 3 O .

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FILE: MAGNETROL 751 O

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: MAGNETROL MODEL NUMBER: 751 COMPONENT: LEVEL SWTTCH DESCRIPTION REFERENCE

1) Environmental Conditions Zinsner Design Criteria A51-9 Rev. 2 h' 2) Environmental Qualification Test November 17, 1981 Wyle Report 43235-1 Rev. A May 2, 1977

3) Environmental Qualification Test Wyle Report 57513-7 December 9, 1976

4) Pressure Analysis Justification for Outstanding Item June 23, 1982 e

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MODEL NUMBER: MPS-15 COMPONENT: LIMIT SWITCH DESCRIPTION REFERENCE l

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2

- November 17, 1981 O

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION' REFERENCES MANUFACTURER: MARATHON MODEL NUMBER: 6000 COMPONENT: m wrwar. utner DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 Novemb2r 17, 1981 O.

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 . .

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FILE: NAMCO EA17046302 O

ENVIRONMENTAL QUALIFICATION DOCUMENTATION' REFERENCES MANUFACTURER: NAMCO MODEL NUMBER: RA17046302 COMPONENT: LIMIT SWITCH DESCRIPTION REFERENCE

1) Envirotunental Conditions Zimmer Design Criteria A51-9 Rev. 2 l

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1) Environmental Conditions Zinumer Design Criteria A51-9 Rev. 2 November 17, 1981 l

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, 1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION' REFERENCES MANUFACTURER: MAMrn NODEL NUMBER: EA74080001 COMPONENT: LTMTT SUTTCH DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 O

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1) Environmental Conditions Zimer Design Criteria A51-9 Rev. 2 ,

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1) Environmental Conditions Zinsner Design Criteria A51-9 Rev. 2 November 17, 1981 0

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: OKONITE MODEL NUMBER: CONTROL & Low Voltage Power COMPONENT: CABLE DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 - -

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 1

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1) Environmental Conditions Zinaner Design Criteria A51-9 Rev. 2 O 6 r 17 1981 O

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1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test PYC0 Document 122375

3) Environmental Qualification Test PYC0 Document 111275 g

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DESCRIPTION REFERENCE ,

-i Zimmer Design Criteria A51-9 Rev. 2

1) Environmental Conditions November 17, 1981  ;

! 2) Environmental Qual.ification Test Raychem - Flametrol j . Qualification to IEEE Standard 383 i

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ENVIRONMENTAL QUALIFICATION DOCQfENTATION REFERENCES MANUFACTURER: RAYCHEM MODEL NMGER: WCSF-N COMPONENT: SPLICE KITS .

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DESCRIPTION REFERENCE Zimmer Design Criteria A51-9 Rev. 2

1) Environmental Conditions November 17, 1981

2) Environmental Qualification Test Raychem reports EDR-2001 dated August 10, 1978 and EDR 5011 Revision 1 dated February 25, 1980.

3) Engineering Analysis She2t EA-0006 dated December 15, 1980 s

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1 FILE: ROBERTSHAW O

E';VIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ROBERTSHAW MODEL NUMBER: sp_???c COMPONENT: PRESSURE IND. SWITCH DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 O 2) Environmental Qualification Test November 17, 1981 Fulton Sylphon Division Report #439

3) Engineering Analysis Engineering Aralysis - #EA-00ll, dated January 26, 1983.

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: Rockbes enc:

MODEL NUMBER: Control & Insertmentatt.m COMPONENT: Cable DESCRIPTION REFERENCE

1) Environmental Conditions Zinsner Design Criteria A51-9 Rev. 2 O

Nevemser 17. 1981 -

2) Environmental Qualification Report Rockbestos Report QR #1807 dated December 28, 1980 l .

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O r1ts: R0sEsoUnr 182-108-1 ENVIRONMENTAL QUALIFICATION DOCUMENTATION ~ REFERENCES i

MANUFACTURER: ROSEMOUNT MODEL NUMBER: 183-108-1 COMPONENT: TEMPERATURE ELEMENT DESCRIPTION REFERENCE O 1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test S&L Analysis

3) Presssure Analysis Justification for Outstanding Item June 23, 1982 l

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6 ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ROSEMOUNT MODEL NUMBER: 1152 COMPONENT: TRANSMITTER DESCRIPTION REFERENCE ,

Zimmer Design Criteria A51-9 Rev. 2

1) Environmental Conditions November 17, 1981

2) Environmental Qualification Test Rosemount Report No. 117415 l

3) Environmental Qualification Engineering Analysis Sheet Analysis Sheet EA-0007, Dated, January 13, 1983 O

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ROSEMOUNT MODEL NUMBER: 1151 COMPONENT: TRANSMITTER DESCRIPTION REFERENCE I

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1) Environmentet Conaition- zi e De iE Criteria 451-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test Rosemount Report 97215A September 21, 1972

3) Environmental Qualification Test Rosemount Report 127227 December 27, 1972 O

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FILE: ROSEMOUNT S35 ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: ROSEMOffMT MODEL NUMBER: s1s COMPONENT: MILLIVOLT CONytxrex DESCRIPi' ION REFERENCE O 1) Environmental Conditions Zimmer Design Criteria A51-9 Rav. 2 November 17, 1981

2) Environmental Qualification Test Rosemount Report 3762 e

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FILE: c avpri vonar O

ENVIRONMENTAL OUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: SAMETEL M00Pe MODEL NUMBER: INSTRUMENTATION COMPONENT: CABLE ,

DESCRIPTION REFERENCE

.C 1) Environmental Conditions Zimmer Design Cr'iteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test  !. Isomedix Inc. Report Dated June, 1978

3) Environmental Qualification Test Addendum to June 1978 LOCA/DBE Report Dated September 19, 1978

4) Samuel Moore Arrhenius Calculation En.gineering Analysis Sheet EA-0005 Dated November 16, 1982 O

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FILE: SIEMENS O .

ENVIRONMENTAL QUALIFICATION i DOCUMENTATION REFERENCES MANUFACTURER: SIEMENS MODEL NUMBER: 2CH6-041-1V COMPONENT: RfDtJER 1

DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 l O- November 17, 1981

2) Environmental Qualification Test G. E. 82 72-NL9-4 l

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: SPENCFR MODEL NUMBER:

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DESCRIPTION REFERENCE l 1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 8

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ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: STATIC-O-RTNG MODEL NUMBER: c;w_ An 19w COMPONENT: PRESSURE SWITCH DESCRIFTION REFERENCE

.1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 O 2) Environmental Qualification Test November 17, 1981 Viking Report Letter 30203-1

3) Environmental Qualification Test Ogden Tech. Lab Report #70526 May 4, 1971 9

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FILE: nemm TF A tenFRTTMC O

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES r

I MANUFACTURER: scmfT TE & KOFRTTNG MODEL NUMBER: 20-9651-R990 COMPONENT: FLOW ELEMMT DESCRIPTION REFERENCE l

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981 - -

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O ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: SCHULTE & K0ERTING MODEL NUMBER: 91X-16-4-20 i

COMPONENT: FLOW TRANSMITTER DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 O November 17, 1981 W

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FILE: Target Rock r,

j ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES i }iAN11FACTURER:

Target Rock soBEL 6brihER: 76F COMPONENT:

Solenoid Valve -

DESCRIPTION REFERENCE

1) Environpental Conditions Zimmer Design Criteria A51-9 Rev. 2 D'

L November 17, 1981

2) Envircr.=ntal Qualification Test Target Rock Report 1827A November 4, 1976

3) Environmental Qualification Analysis Engineering Analysis Sheet EA-0009, dated January 20, 1983 2:'s c,

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FILE: UNITED ELECTRIC O

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: UNITED ELECTRIC MODEL NUMBER: 300-6AS COMPONENT: TEMPERATimE WTTCH DESCRIPTION REFERENCE

1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test MCC Powers Report 734-79.001 Rev. 3

3) Pressure Analysis Engineering Analysis Sheet -

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FILE: ROSEMOIMT 88-14 ENVIRONMENTAL QUALIFICATION DOCUMENTATION' REFERENCES MANUFACTURER: ROSEMOUNT MODEL NUMBER: 88-14 COMPCNENT: TEMPERATURE ELEMENT DESCRIPTION REFERENCE O'- 1) Environmental Conditions Zimmer Design Criteria A51-9 Rev. 2 November 17, 1981

2) Environmental Qualification Test Rosemount Repert.2767

3) S&L Analysis S&L Data Shuct A309 Dated Octchhf 20,1980 e

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-76C53097 76D53112 FILE: uverrucunner 7antA171 O

ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: WESTINGHOUSE 76C53097 78D36171 MODEL NUMBER: 7Ans4119 COMPONENT: MnTnn Typr n DESCRIPTION REFERENCE

1) Environmental Cons'.ltions Zineer Design Criteria A51-9 Rev. 2 O November 17, 1981

2) Environmental Qualification Test Westinghouse Report MM-9112 November 18, 1980

3) Accident and Aging Analysis Engineering Analysis Sheet EA-0002-Dated November 10, 1982 9

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73D70443 74D24113 FILE: WESTINGHOUSE 74C24114 ENVIRONMENTAL QUALIFICATION DOCUMENTATION REFERENCES MANUFACTURER: WESTINGROUSE 73D70443 MODEL NUMBER: 74D24113 74C24111 COMPONENT: MOTOR CLASS F REFERENCE DESCRIFTION Zimmer Design Criteria A51-9 Rev. 2 O 1) Environmental Conditions November 17, 1981 k/ Westinghouse Research Report 71-lC2-RADMC-R1

2) Environmental Qualification Test and Westinghouse Engineering Review and Certification Letter

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