ML20214R559
| ML20214R559 | |
| Person / Time | |
|---|---|
| Site: | Seabrook  |
| Issue date: | 09/19/1986 |
| From: | Salvo J, George Thomas, Woodward N PUBLIC SERVICE CO. OF NEW HAMPSHIRE |
| To: | |
| Shared Package | |
| ML20214R528 | List: |
| References | |
| OL-1, NUDOCS 8609290210 | |
| Download: ML20214R559 (377) | |
Text
<R
[. .
Dated: September 19, 1986 UNITED STATES OF AMERICA NUCLEAR REGULATORY COMMISSION before the ATOMIC SAFETY AND LICENSING BOARD l
)
Ir. Ute Matter of )
)
PUBLIC SERVICE COMPANY OF ) Docket Nos. 50-443-OL-1 NEW HAMPSHIRE, et al. ) 50-444-OL-1
) On-site Emergency Planning (Seabrook Station, Units 1 and 2) ) and Safety Issues
)
) '
.1 TESTIMONY OF J.M. SALVO, (
G.S. THOMAS, AND N.K. WOODWARD '
NECNP CONTENTION I.B.2 As admitted by the Board, this contention reads as follows:
"The Applicant has not satisfied the requirements of GDC 4 that all equipment important to safety be environmentally qualified because it has not specified the time duration over which the equipment is qualified".
Environmental qualification is the process of generating, documenting, and maintaining evidence that equipment which is used to perform a necessary safety fua. d.on will remain operable for the time needed to perform that function, under p
T
f *,
l all normal and accident environmental service conditions postulated to occur during its installed life.
In nuclear power plants, many pieces of equipment can perform a number of safety and/or non-safety-related functions. These functions may be performed during normal operation and plant accidents, of which the latter could subject plant equipment to unusual environmental stresses.
The fundamental objective of environmental qualification is to assure that the specified electrical equipment purchased for the plant meets or exceeds the plant requirements under postulated accident environments.
A specific piece of equipment is said to be environmentally qualified when:
- 1. The equipment's safety and non-safety-related functions are known,
- 2. The postulated normal and accident environmental service conditions (e.g., temperature, pressure, humidity, radiation, chemical spray, and submergence) to which this equipment may be exposed during its installed life are known,
- 3. The duration of the necessary function and the conditions under which each function is accomplished are j known, and l
l
- 4. There is documented evidence of testing and/or engineering analysis to provide assurance that the equipment performs as it should, for the time required, in the plant environment to which it is exposed.
The constant state of readiness of environmentally qualified equipment to perform required safety functions is assured by proper design, manufacturing, installation, operation, surveillance testing, and maintenance.
The detailed requirements and guidance relating to the methods and procedures for demonstrating the capability of electrical equipment have been set forth in 10 CFR 50.49,
" Environmental Qualification of Electric Equipment Important to Safety for Nuclear Power Plants"; NUREG-0588, " Interim Staff Position on Environmental Qualification of Safety-Related Electrical Equipment", which supplements the Institute of Electrical and Electronics Engineers (IEEE)
Standard 323; and various NRC regulatory guides and industry standards, including Regulatory Guide 1.89.
Previous testimony given on behalf of the Applicants in 1983, regarding post-accident qualification duration, stated that the equipment was specified for a very conservative one year post-accident condition, which would encompass all required operating times. Further, it was stated that as a
result of the review of the equipment qualification data packages, now called E.Q. Files, some equipment may not be qualifiable for a one year duration. When this occurred, the shorter (less than one year) duration would be stated in the applicable E.Q. File. Engineering justifications, conservative margins, and reasons why equipment failure will not be detrimental to plant safety or mislead the operator, would also be incorporated in the E.Q. Files. Additional conservatism was incorporated into the program by the generic qualification of identical equipment irrespective of specific accident scenarios for each application. As a result of this methodology, Seabrook equipment was qualified to worst case environmental conditions (e.g., identical equipment may be located both inside and outside of containment; however, qualification is based on the worst case harsh environmental conditions), to allow the flexibility of locating and interchanging like equipment among systems without jeopardizing equipment qualification.
Seabrook plant equipment has been designed to function for a period of time consistent with the postulated accident scenarios and associated environments. It must again be emphasized that the one year post-accident duration was chosen as a very conservative upper bound to enable environmental qualification on a generic basis.
At the time of the NRC Environmental Qualification Program i
audit, the NRC and the applicant had a minor disagreement on the application of the Arrhenius equation. To resolve the issue, all Equipment Files were re-evaluated following the NRC's recommended methodology. This reanalysis resulted in the identification of several files not meeting the one year post-accident qualification duration. Subsequent discussions with the NRC staff resulted in a requirement to submit technical justification for any file which demonstrated a post-accident qualification duration of less than 100 days. The applicant agreed that this limit was reasonable and, based on engineering judgment, determined l
that this limit would envelop the required operating times i of all files in question.
Although the NRC did not require submittal of written justification for files greater than 100 days, the Applicants indicated that they would make a written justification with respect to components which were not qualified for the one year post-accident duration. All relevant electrical equipment, located in harsh environments, have been reviewed and have met the one year qualification duration except for the eleven files shown in the following Table and SSER-5. This Table is similar to the one that appears in SSER-5 with the exception that the radiation monitor, located in the containment enclosure, is no longer required as a category 2 post-accident monitor,
(.
see Exhibit 1. Furthermore, technical justifications are presented for each of the eleven files which did not satisfy the Seabrook post-accident qualification duration of one year. These justifications further document that the actual required post-accident operability duration is much less than the conservatively assumed 100 days' limit.
1 I
I 4
.h.
i i
. . , , , ._ , - - _ - _ , - - . ..- . - _~ . . . . . - - -
i .
Qualified Time post- required accident to perform EQ file operating safety Number of number Description time function items 248-36-01 Borg-Warner feedwater 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> Approxi- 4 isolation valves mately 1 minute 113-03-01 Okonite 600-V power 30 days 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> N/A cable
- 113-17-01 Anaconda 600-V control 30 days 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> N/A cable
- 113-18-01 Anaconda 300-V instru- 30 days 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> N/A mentation cable
- 113-20-01 ITT Suprenant 300-V 30 days 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> N/A instrumentation cable
- 172-01-01 General Atomic Radi- 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> Approxi- 2 ation Monitors and mately Detectors (inside 2 minutes containment) 174-00-01 Foxboro Transmitters 100 days 90 days 13 252-38-01 ASCO Temperature 160 days 30 days 4 Switches 600-01-04 Raychem 8 KV Motor 100 days 30 days 13 173-05-03 Maisoneilan E/P 204 days 100 days 4 Converter 600-06-01 Nanco EC 210 Series 318 days 30 days 16 Conduit Seals
- 0nly the cable that is subject to submergence is limited to 30 days' qualification.
f .
Feedwater Isolation Values As set forth in Exhibits 2 and 3 to this testimony, the Feedwater Isolation Valves (E.Q. File 248-36-01) are required to close in a harsh environment created by a postulated pipe rupture in the main steam and feedwater pipe chase.
To establish the worst case accident scenario, a spectrum of break sizes were considered for feedwater and steam piping.
The valve closure time was based on the smallest break size, which causes the longest required operating duration, while the environmental parameters were based on the largest break size, which causes the most severe accident environment.
The conservative analysis concluded that the valves would perform their safety function (close) in one minute.
Regulatory Guide 1.89, paragraph C.4 recommends that equipment, which performs its safety function within the first ten hours of the event, remain functional in the accident environment for a period of at least one hour in excess of the time determined by analysis. Adding this margin to the one minute, resulted in a required life of sixty-one minutes, which is less than the qualified operating time of four hours. Under this accident scenario, the plant would be safely shut down using the Emergency Feedwater System, which does not require operation of the Feedwater Isolation Valves. Failure of the Feedwater
f I Isolation Valve after it performs its safety function would not be detrimental to plant safety or mislead the operator, because its positioning is monitored by safety-related limit switches, which have been qualified for one year.
Furthermore, any equipment failure causing the Feedwater Isolation Valves to open would not jeopardize system operation since there are safety-related feedwater check valves located immediately upstream of the isolation valves in question. The four hour post-accident operability qualification has sufficient margin, per IEEE-323, to account for any uncertainties associated with the analysis.
The above justification attests that the Feedwater Isolation Valves are qualified in accordance with the guidance provided in Regulatory Guide 1.89.
Cables The power, control, and instrument cables associated with Valves SI-V-17, SI-V-32, and CS-V-149 are located inside the reactor containment and are subject to submergence due to LOCA flooding. As demonstrated in Exhibits 4 and 5, the valves themselves will not be submerged and are qualified for LOCA environments for a one year duration.
CS-V-149 is the inboard letdown isolation valve and is required for letdown isolation and containment isolation.
SI-V-17 and SI-V-32 are accumulator tank isolation valves
-9_
-- - - , _ - . . , , - , , , , . , , --- -,--. _ - - - -, - - - , , . - - , +
r and are normally open, with motor power removed, during i power operation (they also receive a safety injection signal to open).
To establish the worst case accident scenario, for determining the valve closure times, a spectrum of LOCA breaks was considered.
A conservative analysis determined that valve CS-V-149 would perform its safety function (close) in less than one minute.
Adding the one hour margin recommendation from Regulatory Guide 1.89 to this value, resulted in a required operating time of sixty-one minutes which is much less than the qualified operating time of 30 days. The analysis also proved that valves SI-V-17 and SI-V-32 would perform their safety function within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> (remain open), which is well within the 30 day qualified operating time. Failure of this equipment after it performs its safety function would not be detrimental to plant safety or mislead the operator, because:
- 1. Long term failure of the instrument cable would only result in a ground alarm. Valve position would ctill be indicated.
- 2. Position indication would be known prior to cable failure.
10 -
- 3. Long term failure of the power and control cables does not result in a change in valve position, thus system performance will not be impaired.
The 30 day post-accident operability qualification has sufficient margin, per IEEE-323, to account for any uncertainties associated with the analysis.
The above justification attests that the power, control, and instrument cables are qualified in accordance with the guidance in Regulatory Guide 1.89.
Radiation Monitors The Radiation Monitors located inside the containment are required, only during refueling operation, to alarm on high radiation levels and to isolate the containment air-purge system. Exhibits 4 and 5.
In the event of a fuel handling accident inside the reactor containment, operating procedures require personnel to leave the area immediately and to isolate the containment air-purge system. These monitors are a backup to operator action. A review of the required operating time indicates )
that the radiation monitors will perform their safety function (alarm and isolate) within two minutes after a fuel 1
handling accident. Adding the one hour margin j
recommendation from Regulatory Guide 1.89 to this value, results in a required operating time of sixty-two minutes, which is less than the qualified post-accident operating time of seven hours.
Failure of this equipment after it performs its safety function will not be detrimental to plant safety or mislead the operator because its failure will not impact other safety-related equipment. Also, long-term radiation levels are measured with the safety-related containment wide-range monitors, which have been qualified for one year. The seven hour post-accident operability qualification has sufficient margin, per IEEE-323, to account for any uncertainties associated with the analysis. The foregoing justification attests that the radiation monitors are qualified in accordance with the guidance in Regulatory Guide 1.89.
Transmitters The Foxboro Transmitters are located in the Primary Auxiliary Building, Mechanical Penetration Area and Equipment Vaults. These transmitters are used to provide flow or pressure indication in several systems during j
- various accident scenarios. As a result of a recent I detailed review of the operability requirements (i.e.,
subsequent to the issuance of SSER-5), it was determined that the transmitters were not required to function during 12 -
. - ~ . . _ _ . . , _ - . _ _ . _ _ _ _
s 1
1 2
the high energy line break, which caused the worst case harsh environmental parameters.
Since equipment is generically being qualified for the most severe conditions to which it is being exposed, the worst case environment was used to establish the 100 days
, qualified post-accident operating time which is specified in l
1 the previous table and SSER-5. Notwithstanding this, it f should be noted that several of these transmitters were qualifiable for one year, when examined against their zone specific environmental parameters.
As a consequence of the recent review, the post-accident qualification time reanalysis based on the . plicable l accident scenarios indicates that all of this equipment is qualified for one year in the harshest of the environments it will see.
1 Temperature Switches i
i The ASCO Temperature Switches are located in the Primary s
4 Auxilliary Building and the Emergency Feedwater Pump House.
These switches are required to control the redundant l ,
ventilation system fans in both of these buildings.
4 i It should be noted that the temperature switches in the
! Emergency Feedwater Pump House are qu alified for one year, 4
I l
13 -
1 I i,
- - - - - - - , _ , _ - ,.-,,.,,7- -.-.- . .,, ,, . _ - ,
,g.,nn ._ _ . , , . , , , _ _ , . , , . , ,,,,,._,n,, ,.,,_., ,,.,-7.v,
when examined against their zone specific environmental parameters.
Since equipment is being qualified for the most severe conditions to which it is being exposed, the worst case environment was used to establish the 160 days qualified post-accident operating time.
A conservative analysis determined that this equipment would be required to perform its safety function for 30 days, which is well within the 160 days qualified post-accident operating time. Failure of this equipment after it performs its safety function would not be detrimental to plant safety or mislead the operator because there is an independent high temperature alarm located in the Primary Auxiliary Building which would indicate improper fan operation. Manual operation of these fans would then be implemented.
Furthermore, 30 days after an accident, access to this equipment is possible to perform repairs, recalibrations, adjustments, cr preventive maintenance.
Motor Connection Kits The Raychem 8 KV Motor Connection Kits are located in the Primary Auxiliary Building, Equipment Vaults and Emergency Feedwater Pump House. These motor connection kits are used for various electrical splicing applications between cables and motor leads.
\
l This file was first qualified for one year, post-accident duration, based on Seabrook's original application of the Arrhenius equation. As a result of the NRC audit, this file was reanalyzed, following the NRC's methodology for Arrhenius equation application, and a revised post-accident duration of 100 days was determined.
Since equipment is generically being qualified for the most severe conditions to which it is being exposed, the worst case environment has been used to establish the 100 days qualified post-accident operating time which is specified in f the previous table and SSER-5. Notwithstanding this, it i
should be noted that several of these motor connection kits were qualifiable for one year, when examined against their zone specific environmental parameters.
Although the 100 days' value was acceptable, Seabrook began investigating ways of increasing the post-accident duration.
As a result of a recent detailed review of the actual operating ampacity of the systems in question (i.e.,
subsequent to the issuance of SSER-5), it was determined that the temperature value used for qualifying the motor connection kits was overly conservative and did not reflect the normal operating or accident environmental parameters.
As a consequence of the recent review, the documentation of 4
3 - _ y ,,- ., _ __.-___-m , .m . -.c- . , _ _.
which will be added to the appropriate EQ file, the post-accident qualification time reanalysis based on the actual operating ampacity of the system, for both normal and accident conditions, indicates that this equipment is now qualified for one year.
E/P Converters The Maisoneilan E/P Converters are located in the Primary Auxiliary Building and are required to position valves that control the Primary Component Cooling Water (PCCW)
Temperature during the initial phase of any accident.
A conservative analysis determined that this equipment would perform its safety function in less than ten hours. Adding the one hour margin recommendation from Regulatory Guide 1.89 to this value, resulted in a required operating time of no more than eleven hours. The 204 day qualified accident operating time is well in excess of the required operating time. Failure of this equipment after it performs its safety function would not be detrimental to plant safety because the temperature control valves could be placed in the full cooling mode of operation using safety-related controls from the control room or manually controlled locally. This equipment does not supply any indications, therefore its failure would not mislead the operator. 1 Furthermore, 30 days after an accident, access to this l l
1
)
16 -
l l
equipment is possible to perform repairs, recalibrations, I
adjustments, or preventive maintenance.
Conduit Seals j The Namco EC 210 Series Conduit Seals in question are located in the Main Steam and Feedwater Pipe Chase. This
, device provides a means of quick disconnect of an electrical cable, while maintaining an environmental seal. The conduit seals are attached to the ASCO Solenoids which isolate air to the Main Steam Isolation Valve air operators. A conservative analysis determined that this equipment would perform its safety function within one minute after an i accident. Adding the one hour margin recommendation from Regulatory Guide 1.89 to this value, resulted in a required operating time of 61 minutes. The 318 days qualified post-accident operating time is well in excess of the required operating time. Furthermore, 4 days after an accident, access to this equipment is possible to perform repairs, recalibrations, adjustments, or preventive maintenance. The accessibility of this equipment permits the implementation of manual isolation functions insuring that the Main Steam Isolation Valves remain in their safety I l
position. Therefore, a failure of this equipment after it t
- performs its safety function would not be detrimental to
, plant safety or mislead the operator.
l 1
17 -
1 I
l
In an opposition to Applicants' request for a low power license, dated July 2, 1986, NECNP raised several concerns regarding the adequacy of the environmental qualification program at Seabrook. The following addresses each of the concerns:
NECNP Item A.1 at P. 18 NECNP alleges that the Applicants' documentation (i.e., E.Q.
Worksheets) are contradictory and confusing with respect to qualification times for submergence.
The following is offered in clarification:
In some situations, components are qualified only for those environments under which they are required to be operable.
For the example given in A.1, the N/A designation for 1
submergence is correct because instrument racks included in the scope of this qualification file perform no safety function for the postulated accident which causes the submergence. These instrument racks are required for other postulated accident scenarios and were qualified for the associated environmental conditions. This can be traced on Exhibit 6, by Note 2 in the submergence qualification block, j l
which references back to the E.Q. File Assessment Checklist
- 3, Note 5. It should also be noted that all electrical components on instrument racks which are required to be
operable with a submergence environment are located above the associated flood level.
NECNP Item A.2 at P.18 NECNP alleges that in spite of postulated environments that specify an operating time of at least one year, some pieces of equipment are qualified for only 30 days' submergence.
i SSER-5, Table 3.1 at p.3-34 identifies four E.Q. File Numbers for which the cable submergence is limited to 30 days qualification. NECNP's concern was specifically addressed in Exhibit 4, which identified the files as not meeting the one year post-accident operability duration.
Engineering justification for these exceptions has been included as part of this testimony as well as being formally submitted to the NRC via Exhibit 4 This justification is in accordance with the guidance provided in Regulatory Guide 1.89.
NECNP Item A.3 at P. 18
! NECNP cites two E.Q. Files as examples showing that Applicants' information is incomplete.
It appears that NECNP based its statements on Revision 1 worksheets provided in Exhibit 7. It should be noted that worksheets have since been revised and submitted to the NRC, and to the interested parties. In the case of the two files
i .
1 cited, the worksheets were revised and resubmitted in Exhibit 8 which clarified Note 3 on the worksheet. The note j now states, "This is generic equipment which is not qualified for submergence, and is not submerged in the plant in any application where operability is required".
NECNP Item A (generally) at P. 18 and P. 19 l
l An underlying concern apparently also raised by NECNP, has to do with the content of the Environmental Qualification j Worksheets.
The Environmental Qualification Worksheet is a synopsis of l
j the qualification status of all the 1E equipment associated with a particular purchase order and within the scope of the E.Q. File. It must be recognized that it is impossible to l
provide all the assumptions and engineering analysis which
- goes into the qualification of equipment. In this regard, it should be noted that a typical E.Q. File consists of 100-200 pages of documentation to verify component j qualification. Therefore, a worksheet may correctly refer i
! to other documents within a given E.Q. File.
i i
f NECNP Item B at P. 19 & P. 20 NECNP alleges that the NRC's audit of Applicants' equipment
! qualification on February 24-27, 1986 demonstrated that the I
Applicants are not keeping reasonably accurate equipment qualification files.
The NRC audit involved the review of twelve E.Q. File packages including associated documents. Given that a typical E.Q. File consists of 100-200 pages of documentation to verify component qualifications, the reviewers inspected at least 1200-2400 pages of documentation. In this regard we believe that the four clarification related comments identified by the Staff, to further enhance qualification documentation, do not demonstrate that the Applicants are not keeping reasonably accurate files.
In regard to the Applicants' representations regarding qualification times, none of the comments made by the Staff, that are specific to individual E.Q. Files, indicate a concern with the qualification times.
The comment regarding submergence qualification (E.Q. File No. 113-06-01) does not raise a substantive concern regarding qualification times since it involves adding a statement to indicate when submergence qualification has been properly determined as not being required.
The Applicants' responses to the NRC audit observations, are set out in Exhibits 2 and 7.
I l
l
l NECNP Item C at P. 20 !
NECNP seeks access to Applicants' analysis supporting conformance with Regulatory Guide 1.75 as referenced in SSER Supp. No. 5. The reference in SSER-5 Section 3.11.3.1 at 3-17 to submittal of analysis supporting conformance to Regulatory Guide 1.75 pertains to supplemental information for certain specific electrical separation configurations.
Applicants have submitted the supplemental information to the NRC and to the interested parties as set forth on Exhibits 9 and 10 to this testimony.
NECNP Item D at P. 20 NECNP alleges there is a dispute between the Staff and the Applicants regarding qualification of post-accident monitoring equipment.
3 In discussions with the NRC Staff concerning Regulatory Guide 1.97 deviations, the Staff indicated that deviations regarding accumulator pressure or level, and containment sump water temperature were unacceptable. Applicants, therefore, have committed to install and have operational, i
prior to the restart after the first refueling, 1 environmentally qualified accident monitoring equipment for safety injection accumulator tank pressure or level, and containment sump water temperature. The acceptability of ;
I this commitment is reflected in SSER-5, Section 3.11.3.1 at l l
i i
., r- - n.- - - - - , ,,
3-19. The Staff evaluation in SSER-5 concluded that sufficient justification was provided for not having environmentally qualified parameters for primary coolant radiation level and narrow range containment sump water level.
In conclusion, the relevant electrical equipment has been designed, procured, installed, tested, and maintained to J
meet the requirements embodied in 10 CER $ 50.49, NUREG-0588, IEEE-323-1974, and various regulatory guides and industry standards including Regulatory Guide 1.89.
The Environmental Qualification Program at Seabrook has identified and documented the qualification duration of all relevant electrical equipment located in a harsh environment. This t- mony substantiates compliance with all applicable environmental guidelines.
f 4
l l
l I
f 1
' l 1
4 1 l l l
EXHIBITS Exhibit 1 PSNH Letter (SBN-1161), dated July 18, 1986,
" Accident Monitoring Instrumentation Review and Compliance with Regulatory Guide 1.97," from Applicants to V. S. Noonan.
Exhibit 2 PSNH Letter (SBN-988), dated April 3, 1986,
" Environmental Qualification; Post-Accident Operability Time," from Applicants to V.S.
Noonan.
Exhibit 3 PSNH Letter (SBN-1006), dated April 16, 1986, "NRC Request for Additional Information," from Applicants to V.S. Noonan.
Exhibit 4 PSNH Letter (SBN-1024), dated April 30, 1986,
" Environmental Qualification: Post-Accident Operability Time," from Applicants to V.S.
Noonan.
Exhibit 5 PSNH Letter (SBN-1030), dated May 6, 1986, "NRC Request for Additional Information," from Applicants to V.S. Noonan.
Exhibit 6 Worksheet from E.Q. File No. 171-01-01, Mercury Company Instrumentation Racks.
Exhibit 7 PSNH Letter (SBN-998), dated April 10, 1986,
" Response to Environmental Qualification Audit Observation," from Applicants to V.S. Noonan.
Exhibit 8 PSNH Letter (SBN-1031), dated May 7, 1986,
" Environmental Qualification; Evaluation Worksheets," from Applicants to V. S. Noonan.
Exhibit 9 PSNH Letter (SBN-979), dated March 31, 1986,
" Electric Separation Criteria," from Applicants to V. S. Noonan.
Exhibit 10 PSNH Letter (SBN-1107), dated June 13, 1986,
" Electrical Separation Criteria: Additional Information," from Applicants to V.S. Noonan.
1 i
t u
f 1'. SEASR00K STATION
, Engineering Office July 18, 1986 Publ}c Service of New Mcmpshire SBN- 1161 .
T.F. B7.1. 3 NEW HAMPSHIRE YANKEE DIVISION United States Nuclear Regulatory Commission Washington, DC 20555 Attention: Mr. Vincent S. Noonan, Project Director PWR Project Directorate No. 5 * -
References:
(a) Construction Permits CPPR-135 and CPFR-136, Docket Nos. 50-443 and 50-444 (b) PSNH Letter (SBN-1098), dated June 6,1986, " Accident Monitoring Instrumentation Review and Compliance with Regulatory Guide 1.97", J. DeVincentis to V. S. Noonan
Subject:
Accident Monitoring Instrumentation Review and Compliance with Regulatory Guide 1.97
Dear Sir:
( In discussions with the KRC Staff it was agreed that the Main Plant Vent Stack Noble Gas Radiation Monitor (FS AR Table 7.5-1, Item E7) provides the primary indication for detection of significant releases or breach of the contain=ent. The Containment Enclosure Noble Gas Radiation Monitor (FSAR Table 7.5-1, Item C-13) is backup indication that assists the operators in identifying the location of a release that has been identified by the Main Plant Vent Stack Monitor. Since backup Type C variables are considered Design Category 3 we are revising the FSAR to reflect this change.
Attached are marked-up copies of FSAR Table 7.5-1, sheet 12 and page 7 A-9 that reflects the change of the Containment Enclosure Noble Gas Radiation Monitor from Design Category 2 to 3. These changes will be included in a future amendment to Seabrook's FS AR.
We trust that the enclosed is acceptable and request that this be reflected in the next supplement to Seabrook's SER.
Very truly yours,
.L va ,
John DeVincentis Director of Engineering k Enclosure cc: Atomic Safety and Licensing Board Service List E x MISIT
l l
Peter J. Mathswa, Mayor Diane Curran, Esquire City Hall Harmon & Weiss Newburyport, MA 01950 2001 S. Street, N.W.
Suite 430 Judith H. Hizner Washington, D.C. 20009
( Silvergate, Gertner, Baker, Sherwin E. Turk, Esq.
Fine, Good & Mizner Office of the Executive Legal Director 88 Broad Street U.S. Nuclear Regulatory Commission Boston, MA 02110 Tenth Floor Calvin A. Canney Washington, DC 20555 -
City Manager City Hall Robert A. Backus, Esquire 116 Lowell Street 126 Daniel Street Portsmouth, NH 03801 P.O. Box 516 Manchester, NH 03105 Stephen E. Merrill, Esquire Attorney General Philip Ahrens, Esquire George Dana Bisbee, Esquire Assistant Attorney General Assistant Attorney General Department of The Attorney General Office of the Attorney General Statehouse Station #6 25 Capitol Street Augusta, ME 04333 Concord, NH 03301-6397 Mrs. Sandra Gavutis Chairman, Board of Selectmen Mr. J. P. Nadeau RFD 1 - Box 1154 Selectmen's Office Kennsington, NH 03827 10 Central Road Rye, NH 03870 Carol S. Sneider, Esquire Assistant Attorney General Mr. Angie Machiros Department of the Attorney General Chairman of the Board of Selectmen
( Doe Ashburton Place, 19th Flocr Town of Newbury Boston, MA 02108 Newbury, MA 01950 Senator Gordon J. Humphrey Mr. William S. Lord U.S. Senate Board of Selectmen Washington, DC 20510 Town Hall - Friend Street Amesbury, MA 01913 (ATIN: Tom Burack)
Richard A. Hampe, Eng. Senator Gordon J. Humphrey 1 Pillsbury Street Hampe and McNicholas 35 Pleasant Street Concord, NH 03301 Concord, NH 03301 (ATTN: Herb Boynton)
Thomas F. Powers, III H. Joseph Flynn, Esquire Town Manager Office of Genersi Counsel Federal Emergency Management Agency Town of Exeter 500 C Street, SW 10 Front Street Washington, DC 20472 Exeter, NH 03833 Paul McEachern, Esquire Breotwood Board of Selectmen Matthew T. Brock , Esquire RFD Dalton Road ,
Brentwood, NH 03833 Shaines & McEachern 25 Maplewood Avenue Gary W. Holmes, Esq. P.O. Box 360 Holmes & Ells Portsmouth, NH 03801 47 Winnacunnet Road Hampton, NH 03842 Robert Carrigg
( Town Office Mr. Ed Thomas Atlantic Avenue FEMA Region I North Hampton, NH 03862 442 John W. McCormack PO & Courthouse Boston, MA 02109
I i
~
Administrative Judge Helen Hoyt, Chairperson f- Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Consission Washington, D.C. 20555 -
Administrative Judge Sheldon J. Wolfe, Chairman Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Commission
- Washington, D.C. 20555 Dr. Eameth A. Luebke Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Commission Washington, D.C.-20555 Dr. Jerry Harbour l Atoalc Safety and Licensing Board Panel U.S. Nuclear Regulatory Commission Washington, D.C. 20555 l
d
1
! a, .
.m 3- - -
l TABl.E 7.5-1 (Sheet 12 of 37)
So DESIGN ENVIRONMENTAL SEISHIC ITDs QUAL. QA TR D0 DING A DIARKS/NOft3 NUMBF1t VARIABt1 CATECORY QUAltFICATION Yes Vee Yes N/A Cl! Containment Pressure !
Cl2 Costelmeest Ef fluent See E7 Radioactivity - Noble Cases from Identlited telease Folate N/A Yes N/A e See Devletion 140 9 la Appendis FA.
Cl3 Effluent Radioactivity /T 3* /p/ N/A Noble Cases (inalde buildtage or areas where penetrettone or hatches are located)
TYPE D WARI ABLES. SYSTD6 OPEATION to O N/A
]g Yes N/A Yes RHR System Flow 2 DI D N/A Yes N/A e See Deviettoa No. 22 la Appendia FA.
2 Yes ,a 02 32 Heat Eschenger outlet Temperature .
SAFETY INJECTION
- See Devietton No. 10 la Appendia FA.
D3 Accumulator Tank Levels
- See Devletion No. !! la Appendia FA.
s D4 Accumulator Tank Pressure Edo 2
. a.
A3 tr o.
A ij na
. 3
- rt CD Ut Ut On M
t d.
SB1&2 Amendment 56 F?AR November 1985 SEABROCK STATION UNIT NO. 1 !
f' REGULATORY CUIDE 1.97. REVISION 3 REVIEW Deviation No. 9 Data Table Variable Ites No.
Effluent Radioactivity - Noble Cases C13 (Inside buildings or areas where penetrations or hatches are located.)
Deviation From Reaulatory Guide 1.97 Guidance The installed range, 10 to 10 CPM (corresponding to 6 x 10~ to 10 uCi/cc), does not envelope the recommended range (10~ to 10 uCi/cc). This variable is classified as Design Category 3 instead of
~ Design Category 2 as reco== ended in Regulatory Guide 1.97.
Justification The containment structure and all penetration / hatch areas are surrounded by the containment enclosure building. The exhaust from the containment enclosure building is monitored for pross activity. The containment enclosure building exhaust is routed to the main plant vent stack, where it is monitored (10~ - 10 uCi/ce) prior to discharge.
The Main Plant Vent Stack Monitor (Table 7.5-1 Item E7) monitors all releases to the atmosphere that may result from design basis accident events.
The Containment Enclosure Monitor is a backup to the Main Plant Vent Stack ,
Monitor to assist the operators in identifying the source of the release.
Both the Main Plant Vent Stack Monitor and the Containment Enclosure Monitor provide indication of contain=ent breach which is the purpose identified in Regulatory Guide 1.97. Backup Type C variables are considered to be Design Category 3.
1 l
9 l
7A-9 5<
(-
F. Bean J. DeVincentis g E. Brown T. Feigenbaum l s A. Carne G. Gram R. Cummings W. Hall R. DeLoach R. Harrison W. Derrickson D. Hunter o
Pubec SeMce of New Hampshire April 3, 1986 {
ggy_ggg G. Mcdonald i New Hampshire Ycnkee Division T.F. B7.1.2 M. McKenna l D. Moody NRC Subject File Projects - WD United States Noclear Regulatory Commission Projects - Chrono Washington, DC 20555 Ropes & Gray (3)
A. hepard Attention: Mr. Vincent S. Noonan, Project Director R. Swe PWR Project Directorate No. 5 ,y B G. Thomas Ref e rence s : (a) Construction Permits CPPR-135 and CPPR-136 '
Docket Nos. 50-443 and 50-444 UE&C & B-20681)
P. Stroup (b) Environmental Qualification Site Audit, ASLB February 24-27, 1986 Subj e ct : Environmental Qualification; Post Accident Operability Time
Dear Sir:
As a result of the recent NRC EQ site audit, Reference (b), the Staf f indicated they were not in agreement with the Seabrook methodology in applying the Arrhenius equation to calculate the post-accident operability time. In subsequent discussions, we proposed a more conservative approach to the Staf f and provided examples of how this aporoach would be implemented.
In a telecon on March 31, 1986, we were informed .:y the Staf f that the exam-ples were acceptable.
We have now completed recalculating the post-accident operability ti=es for all the EQ equipment files currently issued (109 of a total 115 files). We have followed the same approach used in the examples provided to the Staff and in all cases have taken no credit for any portion of the test curve which enveloped the transient portion of the postulated accident pro-file. The results of this reanalysis indicate that, with the exception of the following, all files currently issued meet the 40 year normal operating life plus one-year post-accident life.
EQ File Post-Accident Number of Number Description Operating Time Itees 174-00-01 Foxboro Transmitters 100 days 13 items 252-38-01 ASCO Temperature Switches 30 days 4 itew 6')3-01-01 Raychem HKV Motor Connector Kits 100 days 13 items 173-05-03 Maisoneilan E/P Converter 100 days 4 itemi 248-36-01 Borg-Warner Feedwater 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> 4 items Isolation Valves EXW18Z r Z .. . .:.,. .. .
i
- United States Nuclect Rrgulatory Co1miccion April 3, 1986
, Attention: Mr. Vinennt S. Nsoncn Project Director Page 2
- In all the above cases, the post-accident operating time has addi-tional margin to meet the performance margin requirements of IEEE 323, 1974.
From our discussions with the Staf f during the site audit, engineer-ing justifications for post-accident operating times of 100 days or longer is not required. Therefore, the following is our engineering justification con-cerning the acceptability of the post-accident operating time for EQ File No.
252-38-01 (ASCO Temperature Switches) and EQ File No. 248-36-01 (Borg-Warner Feedwater Isolation Valves).
The Feedwater Isolation Valves (File 248-36-01) are required to close in a harsh environment created by a postulated nonsechanistic pipe rupture in the main steam and feedwater pipe chase. The feedwater and steam piping in this area is designed under the concepts of "Superpipe". Our en-gineering analysis conservatively has determined valve closure would occur in less than one minute.
Feedwater System, whichThe plant does not would be safely shut down using the Auxiliary require operation of the Feedwater Isolation Valves. Control Room indication of these valves can be relied upon for a longer duration than four hours be cause the Namco 180 Limit Swi tches are qualified for one year post-accident operation. We have concluded that the four-hour post-accident operability qualification has sufficient margin to ensure the required safety function has been performed.
The ASCO Temperature Switches (File 252-38-01) are located in the Primary Water Auxiliary Building in the vicinity of the Primary Component Cooling Pumps. In the event of HELB in this area, the switches automatically start safety grade fans (PAH-FN-42 A and B) to provide HVAC services for the PCCW pumps.
operate the fans The fans if thehave a continuous tempe run feature ra ture switches that can be used to fail. Also,' separate high temperature alarm and nonsafety grade HVAC fans normally provide cooling ventilation for the PCCW pumps. In conclusion, the 30-day post-accident operability qualification has sufficient margin for the required immediate safety function of providing safety grade HVAC cooling.
The remaining six EQ file packages are in final review. We will i use the same methodology for determining post-accident operability times for I these packages as previously discusssed. We will notify you when our review is complete and will identify those items, if any, that do not meet the one-year post-accident operability.
The information provided in this letter is intended to satisfy the Staf f on the Seabrook methodology used calculating post-accident ope r abili ty time. Accordingly, we request that the acceptability of Seabrook's methodol-ogy for calculating post-accident operability time be reflected in the next i supplement to Seabrook's SER. I Very truly yours, l
t ~ **
o['G'
/ John DeVincentis, Director Engineering and Licensing Enclosures cc: Atomic Safety and Licensing Board Service List
d 4
Diane Curran Pster J. Math:ws, Mayor Harmon & Weiss City Hall 20001 S. Street, N.W. Newburyport, MA 01950 Suite 430 Washington, D.C. 20009 Calvin A. Canney City Manager Shetvin E. Turk, Esq. City Hall Office of the Executive Legal Director 126 Daniel Street U.S. Nuclear Regulatory Commission Portsmouth, NH 03801 Washington, DC 20555 Stephen E. Merrill Robert A. Backus, Esquire Attorney General 116 Lowell Street Dana Bisbee, Esquire P.O. Box 516 Assistant Attomey General Manchester, NH 03105 Office of the Attorney General 25 Capitol Street Philip Ahrens, Esquire Concord, NH 03301-6397 Assistant Attomey General Department of The Attorney General Mr. J. P. Nadeau Statehouse Station #6 Selectmen's Office Augusta. ME 04333 10 Central Road Rye, NH 03870 Mrs. Sandra Gavutis Designated Representative of Mr. Angie Machicos the Town of Kensington Chairman of the Board of Selectmen RFD 1 Town of Newbury East Kingston, NH 03827 Newbury, MA 01950 Jo Ann Shotwell, Esquire Mr. William S. Lord Assistant Attorney General Board of Selectmen Environmental Protection Bureau Town Hall - Friend Street Department of the Attorney General Amesbury, MA 01913 One Ashburton Place,19th Floor '
Boston, MA 02108 Senator Gordon J. Humphrey 1 Pillsbury Street Senator Gordon J. Humphrey Concord, NH 03301 U.S. Senate (ATTN: Herb Boynton)
Washington, DC 20510 (ATTN: Tom Burack) H. Joseph Flynn Office of General Counsel Diana P. Randall Federal Emergency Management Agency 70 Collins Street 500 C Street, SW Seabrook, NH 03874 Washington, DC 20472 Richard A. Hampe, Esq. Matthew T. Brock, Esq.
Hampe and McNicholas Shaines, Madrigan & McEachern 35 Pleasant Street 25 Maplewood Avenue Concord, NH 03301 P.O. Box 360 Portsmouth, NH 03801 Donald E. Chick Town Manager Gary W. Holmes, Esq.
Town of Exeter Holmes & Ells 10 Front Street 47 Winnacunnet Road Exeter, NH 03833 Hampton, NH 03841 Brentwood Board of Selectmen Ed Thomas RFD Dalton Road FEMA Region 1 Brentwood, NH 03833 John W. McCormack PO & Courthouse Boston, MA 02109
4
,e '" - SEABROOK STATION Engineering Office F. Bean A. Shepard
. r wn . Weeney April 16, 1986 A. Cerne T.F. B7.1.2 R. Cummings G. Thomas M Service of New Hampshire m- 26 R. DeLoach J. Tribble W. Derrickson UE&C & W (SB-2075:
New Hampshire Yankee Division J. DeVincentis P. Stroup T. Feigenbaum ASLB G. Gram W. Hall United States Nuclear Regulatory Commission R. Harrison Washington, DC 20555 D. Hunter W. Johnson Attention: Mr. Vincent S. Noonan, Project Director PWR Project Directorate No. 5 G. Kingston i M. McKenna
References:
(a) Construction Permits CPPR-135 and CPPR-136, Docket Nos. 50-44 3 and 50-444 D. Moody NRC Subject File Subj ect : NRC Requests for Additional Information Projects - WJD
Dear Sir:
Projects - Chrono Ropes & Gray 3 In discussions with our Bethesda Licensing Of fice during the(we)ek of April 7, 1986, the Staf f requested additional inf ormation/clarifica-tions concerning a few items. In response to these questions, enclosed please find the following:
o Further information concerning EQ operability time to that previously submitted by PSNH letter dated April 3,1986
( SBN-988) - At tachment 1 o Further information relative to the EFW system modification that was previously submitted by PSNH letter dated April 1, 1986 (SBN-984) - Attachment 2 o Additional information concerning previous hot operationa l experience of Shif t Superintendent - Attachment 3 o Revised excerpt of FS AR Section 6.2.1.2 (p 6.2-22) -
Attachment 4 We tcust that the enclosed provides the additional information/clari-fications requested by the Staf f and request that the acceptability of the enclosed, where applicable, be reflected in the upcoming supplement to Seabrook's SER.
Very truly yours,
/ I John DeVincentis, Director Engineering and Licensing l i
Enclosures cc: Atomic Saf ety and Licensing Board Service List E X K rD.Z Y J
'+:c~. 5 :- Co s' ac* cr e c C" ce . C C Scx 70C . Sectyook NH C3574 l
l
' n Administrative Judge Helen Hoyt, Chairperson Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Commission Washington, D.C. 20555 Administrative Judge Sheldon J. Wolfe, Chairman Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Consission Washington, D.C. 20555 Dr. Emmeth A. Luebke Atomic Safety and Licensing Bodrd Panel U.S. Nuclear Regulatory Consission Washington, D.C. 20555 Dr. Jerry Harbour Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Commission Washington, D.C. 20555 I
l l
l l
i Dicna CurrtA, Esquire Calvin A. Cannog Hamon & Weiss City Manager 2001 S. Street, N.W. City Hall Suite 430 126 Daniel Stredt Washington, D.C. 20009 - Portsmouth, NH 03401 Sherwin E. Turk. Esq. Stephen E. Merrill Esquire Office of the Executive Legal Director Attorney General U.S. Nuclear Regulatory Commission George Dana Bisbee, Esquire Tenth Floor Assistant Attorney General Washington, DC 20555 Office of the Attorney General 25 Capitol Street Robert A. Backus. Esquire Concerti. M 03301-4397 116 Lowell Street F.O. Box 516 Nr. J. F. Nadeau Manchester. EN 03105 Selectmen's Office g 10 Central Road Philip Ahrens, Esquire Rye, M 03870 Assistant Attorney General Department of The Attorney General Mr. Angie Nachiros Statehouse StiLtion #6 Chairman of the Board of Selectmen hugusta NE 04333 Town of Newbury Newbury, WA 01950 Mrs. Sandra Cavutis Chairman, Board of Selectmen Nr. William 8. Lord RFD 1 - Sox 1154 Board of Selectmen Kennsington, NH 03827 Town Hall - Friend Street Amesbury, WA 01913 Carol S. Sneider. Esquire Assistant Attomey General Senator Cordon J. Numphrey Department of the Attorney General 1 Pillsbury Street One Ashburton Place 19th Floor Concord, M 03301 Boston, MA 02108 (ATTN: Herb Soynton)
Senator Cordon J. Humphrey N. Joseph Flynn, Esquire U.S. Senate Office of General Counsel ,
Washington, DC 20510 Federal Emergency Management Agencyg (ATTW: Toe Durack) 500 C Street, SW. l Washington, DC (20472 ;
Richard A. Nampe. Esq.
Mampe and McNicholas Paul McEachern, Esquire 35 Pisasant Street Matthew T. Brock, Esquire Concord, NN 03301 Shaines & NeBachern 25 Naplewood Avenue Donald E. Chick F.C. Box 360
- Town Manager Portsmouth, NH 03801 Town of Exeter 10 Front Street Gary W. Holmes, Esq.
l Exeter EN 03833 Holmes & Ells 47 Winnacunnet Road Brentwood Board of Selectmen Hampton, NN 03841 RFD Dalton Road Brentwood, NN 03833 Mr. Ed Thomas FEMA Region 1 Peter J. Nathews, Mayor 442 John W. McCormack PO & Courthouse City Hall Boston, MA 02109 Newburyport MA 01950 l Stanley W. Knowles, Chairman Board of Selectmen P.O. Box 710 North Hampton, WM 03862
=
SBS- 100e ATTACHME4T 1 POST ACCIDENT OPERABILITY TIME, ADDITIONAL INFORMATION l
The following is a comparison of the Engineering justification submitted in SBN-988 with Regulatory Guide 1.89 requirements for equipment required to perform its safety function only within the first ten hours of an event.
For the Feedwater Isolation Valves R.G.1.89 recommends that the equipment remain functional in the accident environment for a period of at least I hour in excess of the time assumed in the analysis. Our analysis conservatively indicated that valve closure will occur in 1 minute and qualified post accident operating time is 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> which meets the recommendation. R.G. 1.89 requires a spectrum of breaks be considered. We have considered a spectrum of break sizes based on the design requirements for "superpipe" which is the type of pipe where the valves are located. The valve closure time was based on the smallest break and the environment based on the largest break. R.G. 1.89 re-quires consideration for the need of the equipment later in the event or i during recovery operations. We stated that the plant would be saf ely shut down using the Auxiliary Feedwater System, which does not requi re operation of the Feedwater Isolation Valves (FIV). R.G. 1.89 requires that f ailure of the equipment af ter performance of its safety function will not be detrimental to plant safety or mislead the operator. We stated that Control Room indication is provided by Namco 180 Limit Switches which are qualified for 1 year post-accident operation. Any eq ui pment f ailure causing the FIV to open would not be detrimental because of the F.W. check valves located immediately upstream. R.G. 1.89 requires a determination that the time margin applied to the minimum operability time account for uncertainties associated with the analysis. We con-cluded the four hour post-accident operability qualification has suf ficient margin, and in f act surpassed the time margin required by IEEE 323-1974.
A similar comparison to R.G.1.89 for the ASCO Temperatures Switches (File 252-38-01) is not practical because the functional requirement is greater than 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br /> and the qualified post-accident qualification time A- 30 days. The worst case spectrum of events considered for the PAB lo-cation of the temperature switches last for 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> therefore, the 30 day post-acciden.t qualification is more than suf ficient. The peak temp-erature is 135*F. As stated previously in SBN-988 the need for this equipment is to automatically start safety grade f ans (PAH-FN-42A&B). In the event of a temperature switch f ailure the f ans have a continuous run feature which will override the temperature switch f rom control room operation. The f ans have Class IE Control Room operational indication which is direct from the fan motor control center. A separate high temperature alarm is available to the Control Room in the event of a temperature switch failure. We have determined that the margin for min-imum operability time is sufficient and meets the requirement for IEEE 323-1974.
SBN-1006 ATTACHMENT ?
EFW SYSTEM MODIFICATIONS, ADDITIONAL INFORMATION As a result of a telecon dis cussion between D. A. Maidrand , P. H.
Hannes, and NRC NRR personnel (04/09/86), the NRC requested clari-fication to specific concerns regarding the Seabrook Emergency Feed-water system. The following documents the concerns / questions addressed and provides the appropriate response and resolution.
QUESTION NO. I 1
Why didn't MSV-127 and MSV-128 readily open upon receipt of an EFW initiation signal? Clarif y how MSV-127 and MSV-128 opened during Hot Functional Testing.
RESPONSE
The funct ional reason why MSV-127 and MSV-128 didn't readily open is due to the application of these type valves as EFW steam supply iso-lations. MSV-127 and MSV-128 are wedge-type gate valves (f ail-open).
During an EFW system standby condition, there is approximately a 1100 psi dif ferential across these valves. This high dif ferential pressure across the valve (s) gate contributed to a lagged opening response.
During Hot Functional Testing, it was observed that MSV-127 and MSV-128 didn't simultane ously open upon EFW syst em initiation. On e isolation valve opened followed by opening of the alternate isolation valve shortly thereaf ter.
QUESTION NO. 2 Why will the new EFW isolation valves (MSV-393, MSV-394) alleviate the opening problem that existed with MSV-127 and MSV-128?
RESPONSE
MSV-127 and MSV-128 are no longer utilized as EFW steam supply isolation val ve s. These valves have been reassigned a " normal open" position. The new EFW s team isolation valves (MSV-393, MSV-394) are globe valves. In the shut position, a steam header pressure of approximately 1100 psi is applied beneath the valve (s) disk. This steam p,ressure aids the opening of MSV-393 and MSV-394 upon receipt of an EFW initiation signal.
i
QUESTION NO. 3 When will plant opert ors take action to close MSV-127 and/or MSV-128?
RESPONSE
- a. Steam Generator Tube Rupture Event if necessary.
2E.
- b. Valve surveillance testing.
Note: At no time should both MSV-127 and MSV-128 be closed concurrently.
)
QUESTION NO. 4 When will the EFW pump (s) recirculation line MOVs be opened?
RESPONSE
Applicable Seabrook Station Procedures are being updated to reflect opening the EFW recirculation line isolations valves prior to throt tl-ing EFW flow to the SGs. This will ensure the minimum required EFW pump (s) recirculation flow. The attached excerpts (pgs. 6&7) are typical of procedural provisions being invoked to ensure the minimum EFW pump (s) recirculation flow is retained during EFW system operation.
ATTACHMENT 2 (continued) SBN-10Ge Code: S ya:pt om / T t t i e: Procedure No.
gff Kevision No./uate; l N/A SAFE SnUTuuwN AND Luul00*N EkuM int ntavic aar; ud!200.02 SHUTuuWN FACILITIES 00 /
i l STEP l l ACTION /t,XPECTc.D RESPONSE l l RESPONSE NOT UbTAlhED l _
6 Check SG Pressures:
CP-lOBA CP-105B SG-A PI-3173 SG-R PI-3174 SG-C PI-3178 SG-D PI-3179
- a. Control SG atmospheric steam a. IF, RSS control panel control dump valves to - MAINTAIN is ineffective, take local 1100 PSIG UNTIL COOLDOWN control of atmospheric COMMENCES: steam dump valve (s),
e Jeg Switches
- OR -
e Modulating Control CP-10dA CP-100B J0G SW J0G SW SG-A HIC-3001 SG-B HIC-3002 J0G SW J0G SW SG-C HIC-3003 SG-D HIC-3004 CAUTION OPEN EFW pump recirculation valves before throttling EFW Flow.
CP-108A CP-108B SG-A LR-4310, L1-4310 SG-B LR-4320, LI-4320 SG-C LR-4310, L1-4330 SG-D LR-4320, LI-4340
- a. Control EFW flow control a. IF designated EFW flow control valves to maintain SG WR valves do NOT control flow, level - BETWEtN 65% AND use valves on opposite train 90%: kSS panel, OR control locally.
~ '
CP-100A _
CP-lues _Gf-10bb ,
CP,-106A [ '
SG-A FW-FV-4214A SG-B FW-tV-4224B SG-A FW-FV-42148 SG-8 Fu-FV-4224A dG-C FW-FV-4214A SG-0 FW-FV-4244e SG-C FW-Fv-4 2 34 6 S0-0 FW-t 'l-4 2 44 A L
e ATTACdMEN! . (continued) doa .sut l dvmpt om/ T i
~
tte* j Procedure No. i
- " "- - l FOR INFORKUl0N CNLY -
SAFL SitCTuv.3 Adv Luv usv . r nv., inu ..Aia uvai sul 051200.01 l K00M 00 /
l STEP l l ACTION / EXPECTED RESPONSE { l RESPONSE NOT OBTAINEDl ,
I 8 Perform Applicable Manual Disabling Functions Based On Fire Area / Zone - APPENDIX A VHILE CONTINUING WITH THIS PROCEDURE 9 Check SG Pressures:
a Control available SG ASUVs - a. Control SG ASDVs in jog mode MAINTAIN 1100 PSIG UNTIL - OR -
C00LDOWN COMMENCES Take local control of SG ASUVs.
CAUTION: Open EFW Pump Kecirculation Valve (s) Before Throttling EFW Flow.
a Maintain SG level: a. Control EFW flow control valves as necessary.
BETWEEN 5% AND 50% NR
- OR -
BETWEEN 65% AND 90% WR 11 Check RCS Pressure:
a Maintain PRZR pressure - a. IF, designated heater groups BETWEEN 2!00 AND 2250 are inef f ective, THEN use PSIG the following:
o Proportional heater group e Backup heater group A e Backup heater group C e Backup heater group B e Backup heater group D
- AN D -
Verify Aux spray isolated:
o CS-V185 - CLOStD
- Ok -
e CS-V142 - CL0 BED
- OR -
e Cb-V143 - CLOSED 6 of 2)
i
' ~
ATT/ MT 3 y loo 6 t
i i
i i
Seatwook Sission SHIFT SUPERINTENDENT
- Previous Experienca I ( Months) nor ors 1
- EDUCATION - MlUTARY COMMERCIAL - OTHER EXPERIENCE NUCLEAR NUCLEAR Test Related EXP.
PREVIOUS CaAsgo EXPERIENCE Reactor Fased Exp Ro/SRo l' NAME AGE NRC UC. Csudts Depse EXPERIENCE q
68EWS 57 6/1 (ewa)
David, MR 39 RO/SRO BS
! 72 49/o (pway Fritz, LH 38 RO BS 69 ERS l 38 30/11 (ewa)
AS 144
! MadeLEV 52 RO/SRO 38EWS 69 55/0 (rwa) i Peterson,JL 39 RO 178 41/o (sway BS 24 ERS 81 l Stricklasut, RG 38 RO (pwa)
BS 80EWS 81 13/o i Thompson, RB 40 RO i
l Staff-118 28 EOOW 114 28 4a/72 (ewa)
Walsh, LA 45 RO/SRO l BS, AS 38ERS 104 4afi2 (cua)
Grillo, JM 39 RO/SRO 40 ofo
- Malone,JM 40 BS 72 EOOW t
- 4. WW * ...
C, YM
. SB 1 & 2 Amendaent 54 FSAR February 1985 l
- 3. Pressurizer Compartment .
The pressurizer compartment is a reinforced concrete structure extending f rom El. O'-0" to El. 63'-0" which encloses the pressurizer and its associated piping. The pressurizer skirt, which is a cylindrical support extending from the bottom of the pressurizer, anchors the pressurizer to the compartment floor. A ring support at El. 23'-6 3/4" provides lateral support for the pressurizer. Section and plan drawings of g the pressurizer compartment are shown in Figures 6.2-35 through 6.2-40. Free volumes and vent areas have been calcu-laced assuming the insulation remains intact during the transient. The HVAC ducting and sheet me*al panels at eleva-tion 16'-6" are designed to blow out in the event of a pressure buildup of 0.25 psig in the compartment to prov de additional vent area. The total free volume of the compartment used in the analysis is 6638 cu. ft. and the total vent area to the containment is 400 sq. ft.
41
- 4. Pressurizer Skirt Cavity The pressurizer skirt cavity is formed by the bottom of the pressurizer and its supporting skirt. A 14" surge line which connects the reactor coolant system with the pressurizer passes through a 54 ft. diameter opening in the pressurizer compartment floor. Figures 6.2-41 and 6.2-42 show the plan and elevation drawings of the pressurizer skirt cavity. The volume below the pressurizer skirt has a large vent opening to the containment. The total free volume of the skirt cavity is 1860 cu. ft. and the total vent area to the containment is 238 sq. ft. The insulation on the pressurizer and on the surge line is assumed intact in calculating the free volume and vent openings.
- c. Design Evaluation
- 1. Mass and Energy Release Data The mass and energy release data for all the breaks considered for the subcompartment analyses has been generated by Westing-house. Discussions of the blowdown model are provided in Reference
- 2. Computer Code for Subcompartment Pressurization Analysis The subcompartment pressure transients were calculated using ;
COMPRESS - a digital computer program. A detailed description l l of the analytical method can be found in Appendix 15C and 54 :
Reference 2. Some important aspects of the method are outlined below:
i 6.2-22 l \
i .
ud$g, g, f[hn SEASROOK STATION Enginstring Of fice A. Cerne um R. Cummings W. Derrickson Projects - WJD R. DeLoach J. DeVincentis Projects - Chre April 30, 1986 T. Feigenbaum Ropes & Gray (i G. Gram A. Shepard SBN- 1024 W. Hall R. Sweenev Pub 5c SerWee of New Hampshire T.F. 199.99.10 R Harrison T.F. 199.'9.10 9
New Hampshire Yankee Division D. Hunter G. Thomas W. Johnson J. Tribble United States Nuclear Regulatory Commission G. Kingston UE&C & W Washington, DC 20555 G. Mcdonald (SB-20E11)
M. McKenna P. Stroup Attention: Mr. Vincent S. Noonan, Project Director ASLB PWR Project Directorate No. 5 D. Moody SRC Sub File
References:
(a) Construction Permits CPPR-135 and CPPRject136, Docket Nos. 50-443 and 50-444 (b) Environmental Qualification Site Audit dated February 24-27, 1986 (c) PSNH Letter (SBN-988) dated April 3,1986, " Environmental Qualification: Post Accident Operability Time",
J. DeVincentis to V. S. Noonan (d) PSNH Letter (SBN-998) dated April 10,1986, " Response t o Environmental Qualification Audit Observation",
J. DeVincentis to V. S. Noonan (e) PSNH Letter (SBN-1006) dated April 16, 1986, "NRC Requests for Additional Information", J. DeVincentis to V. S. Noonan Subj ect : Environmental Qualification: Post Accident Operability Time
Dear Sir:
In accordance with our conversation with your Mr. H. Walker on April 18, 1986 along with the completion of our E.Q. file review, several additional E.Q. files were determined to not meet the one year post-accident operability requirement and should be added to the previously submitted list of files (References (c) and (d)].
E.Q. FILE POST ACCIDENT NUMBER NUMBER DESCRIPTION OPERATING TIME OF ITEMS 113-03-01 okonite 600v 30 days 3 Power Cable 113-17-01 Anaconda 600V 30 days 11 Control Cable 113-18-01 Anaconda 300V 30 days 1 Inst rument Cable 113-20-01 ITT Suprenant 300V 30 days 2 Instrument Cable 172-01-01 General Atomic Radiation 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> 1 Monitors & Detectors (Outside Containment)
(Inside Containment) 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> 2 EXMT877~Y Secorocw Sta!cn Constmet.cn Feld Cff ce P O Box 700 Seabrook. NH 03874
4 i United Statas Nuclear Rggulatory Conmission Attention: Mr. Vincent S. Noonan SBN- 1024 In all the above cases, the post-accident operating time has additional margin to meet the performance margin requirements of IEEE 323, 1974.
The following is our engineering justification concerning the acceptability of the subject files.
POWER, CONTROL AND INSTRUMENT CABLES (Files 113-03-01, 113-17-01, 113-18-01, and 113-20-01)
The power, control and instrument cables associated with valves SI-V-17, SI-V-32, and CS-V-149, are located inside the reactor contain-me nt and are subject to submergence due to LOCA Flooding.
CS-V-149 is the inboard letdown isolation valve and is required for letdown isolation and containment isolation. Our engineering analysis conservatively has determined valve closure, based on a spectrum of breaks, would occur in less than one minute. When this is added to the one hour increment required by Regulatory Guide 1.89, the resulting required life becomes 61 minutes whien is much less than the qualified post-accident operating time of 30 days. Once this valve has closed, it has performed its intended safety function and is not required again in the near term or for long term recovery operations. Furthermore, long term f ailure of the cable does not result in a re-opening of the MOV.
SI-V-17 and SI-V-32 are accumulator tank isolation valves and are normally open during power operation (they also receive an SI signal to open).
Our engineering review has encompassed a full spectrum of LOCA breaks and our analysis has conservatively determined that these valves would per-f orm their saf ety function within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />. Furthermore, long term f ailure of the cables does not result in a change in valve position. We have con-cluded that the 30-day post-accident operability qualification has sufficient margin to ensure the required safety f unction has been perf ormed.
RADIATION MONITORS (File 172-01-01)
The Radiation Monitors in question are located inside the reactor con-tainmen; as well as the containment enclosure.
Monitor Outside Containment The safety f unction of the radiation monitor, located inside the containment enclosure, is to alert the operator to a radiation release in the enclosure.
The monitor performs its safety function within minutes af ter a radiation re-lease has occurred. When this is added to the one hour increment required by Reg. Guide 1.89, the resulting required life becomes 62 minutes which is less than the qualified post-accident operating time of 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br />. The radia-tion radiation monitor is qualified for 10 3 Rads, by the time it is subjected to this radiation level, it would have completed its safety function. Long term loss of this equipment will not affect monitoring capability since re-lease information is provided by the wide-range vent stack monitor.
- United States Nuclear Rzgulatory Cocaission Attention
- Mr. Vincent S. Noonan SBN- 1024 Monitors Inside Containment The safety function of the radiation monitors, located inside the con-tainment, are to alarm on high radiation levels and to isolate containment purge during a ref ueling operation.
In the event of a fuel handling accident inside the reactor contain-ment, operating procedures will require personnel to leave immediately and to isolate the containment purge system. These monitors are backup to operator action. This response will occur within minutes af ter a f uel handling accident. When this is added to the one hour increment, required life becomes 62 minutes which is less than the qualified post-accident operating time of 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br />. Long term loss of this equipment does not af fect monitoring capability since radiation levels are seasured with the containment wide-range monitors.
We have enclosed a complete finalized list, At tachme nt 1, of all files which do not meet the one year post-accident operating time. This list is a summary of all previous transmittals regarding this topic. Note that Reference (c) contained a typographical error. File 600-01-01 should have been 600-01-04. This correction has been incorporated in Attachment 1.
Very truly yours,
, < i J
- /
/
ohn DeVincentis Director of Engineering Enclosure cc: Atomic Safety and Licensing Board Service List l
l l
l I
l l
J
. l I
ass- iv..
^
, ATTACHMENT 1 l
i l
E.Q. FII.E POST ACCIDENT SUMBER
' NUMBER DESCRIPTION OPERATING TIME OF ITEMS
! 113-03-01 okonite 600v 30 days 3 Power Cable 113-17-01 Anaconda 600V 30 days 11 Control Cable l
a 113-18-01 Anaconda 300V 30 days 1 Inst rument Cable
! 113-20-01 IIT Suprenant 300V 30 days 2 Inst rument Cable 172-01-01 General Atomic Radiation 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> 1 Monitors & Detectors (Outside Containment)
(Inside Containment) 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> 2 173-05-03 Maisonellan E/P Converter 100 days 4 174-00-01 Foxboro Transmitters 100 days 13 248-36-01 Borg-Warner Feedwater 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> $ 4 l
Isolation Valves 252-38-01 ASCO Temperature Switches 30 days 4 i 600-01-04 Raychem 8KV Motor 100 days 13 Connector Kits 600-06-01 Namco EC 210 Series 318 days 16 Conduit Seals 4
, , , . . . 7_, .. _ , _. . . . . , y.y_ _ ,_ . , , . _ . , ,._,__,,,r.. . , , . . _ _ , . _ . . - - . _ _ . - . . . . _ , . . . _ _ , ,
T Dicno Currcn, Esquire Calvin A. Cann g Hermon & Weiss City Manager 2001 S. Street, 5.W. City Hall suite 430 126 Daniel Stre4L Washington, D.C. 20009 - Portsmouth, BN 03801 Sherwin E. Turk, Esq. Stephen E. Merrill, Esquire Office of the Executive Legal Director Attorney General U.S. Nuclear Regulatory Commission George Dana Bisbee, Esquire Tenth Floor Assistant Attorney General Washington, DC 20555 Office of the Attorney General 25 Capitol Street Robert A. Backus, Esquire Concord, M 03301-4397 116 Lowell street P.O. Box 516 Mr. J. F. Wadeau Manchester, NH 03105 selectmen's Office 10 Central Road Philip Ahrens, Esquire Rye, BN 03870 Assistant Attorney General Department of The Attorney General Mr. Angie Machiros 1 Statehouse Station M Chairman of the Board of Selectmen kugusta, MI 04333 Town of Newbury Newbury, MA 01950 j Mrs. Sandra Cavutis Chairman, Board of Selectmen Mr. Willias 8. Lord RFD 1 - Box 1154 Board of selectase
! Kennsington, NH 03827 Town Hall - Friend Street Amesbury, MA 01913 Carol S. Sneider, Esquire Assistant Attorney Geners! Senator Cordeo J. Humphrey Department of the Attormey General 1 Pillsbury Street one Ashburton Place, 19th Floor Concord, BN 03301 Boston, MA 02108 (ATTE: Norb Boynton) l Senator Cordon J. Humphrey N. Joseph Flynn, Esquire U.S. Senate Office of General Counsel ,
Washington, DC 20510 Federal Emergency Management Agencyg (ATTW: Tom Burack) . 500 C street, SW t Washington, DC 20472 Richard A. Hampe. Esq.
Hampe and Mc51cholas Paul McEachern, Esquire 35 Pleasant Street Matthew T. Brock, Esquire Concord, NW 03301 Shaines & Netachern 25 Maplewood Avenue Donald E. Chick F.O. Box 360 Town Manager Portsmouth, NH 03801 Town of Exeter 10 Front Street Cary W. Holmes Esq. ,
Exeter, BN 03833 Holmes & Ells 47 Wlanscunnet Road Brentwood Board of Selectmen Hampton, NH 03841 RfD Delton Road Brentwood, NH 03033 Mr. Ed Thomas FEMA Region 1 Peter J. Mathews, Mayor 442 John W. McCormack PO & Courthouse j City Hall Boston, MA 02109 Newburyport, MA 01950 Stanley W. Knowles, Chairman Board of Selectmen P.O. Box 710
! North Hampton, NH 03862
d Administrative Judge Helen Hoyt, Chairperson Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Commission Washington, D.C. 20555 Administrative Judge Sheldon J. Wolfe, Chairman Atomic Safety and Licensing Board Panel i U.S. Nuclear Regulatory Commission Washington, D.C. 20555 I
Dr. Enneth A. Luebke Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Consission Washington, D.C. 20555 Dr. Jerry Harbour Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Consission Washington, D.C. 20555 i
l t
l l
1 1
l
, . . . _ . . . . _ _ _ . . . - . . _ .-,_ _ . . - , - ..~ _ ,... . . _ . . _
f l
, F. Bean W. Derrickson E. Brown J. DaVincantis A. Carna T. Feigenbaum l R. Cummings G. Gram Ropes & Gray (3) )
R. DeLoach W. Hall A. Shepard l May 6, 1986 R. Harrison R. Sweeney l
D. Hunter T.F. 199.99.10 l SBN-1030 W. Johnson B7.1.2 Pub 5c Service of New Hampshire T.F. 199.99.10, B7.1.2 G. n mas ,
J. Tribble i NEW HAMPSHIRE YANKEE DIVISION G. Kingston UE&C & W l United States Nuclear Regulatory Commission "* " * * ~
I D. Moody P. Stroup Washington, DC 20555 NRC Subject File ASLB Projects-WJD G. Mcdonald l Attention: Mr. Vincent S. Noonan, Project Director PWR Project Directorate No. 5 Projects-Chrono
References:
(a) Construction Permits CPPR-135 and CPPR-136, Docket Nos. 50-443 and 50-444 (b) PSNM Letter (SBN-1024) dated April 30, 1986,
" Environmental Qualification: Post-Accident Operability Time", J. DeVincentis to V. S. Noonan
Subject:
NRC Request for Additional Information
Dear Sir:
As a result of discussions with the Staf f, additional information/
clarification was requested regarding the operability time justification of items in Reference (b) and how this justification satisfies the re-quirements of Regulatory Guide 1.89, paragraph C.4.
POWER CONTROL AND INSTRUMENT CABLES The long term f ailure of the power or control cables will not be detrimental to plant safety. The long term f ailure of the instrument cable will result in a ground alarm. Valve position will still be indicated. To clear the ground alarm the specific portion of the effected circuit would be removed. Furthermore, position indication will be known prior to cable failure. Therefore, the long term loss of the ins t rume nt cable will not mislead the operator.
RADI ATION MONITORS The long term failure of the radiation monitors will not be detri-mental to plant safety or mislead the operator because their f ailure will not impact other safety related equipment and additional safety related monitors are relied upon to measure radiation levels in the ef fected areas.
We trust that the enclosed provides the additional information/
clarifications requested by the Staff.
Very truly yours,
}
John Devincentis Director of Engineering cc: Atomic Saf ety and Licensing Board Service Lis t EWE 81r C'
. .~.. .._... .......__ _ ~ _,.,-...,~, . _ . . . .._ ,,,.
Diane Curran, seguire Calvin A. Canneg Narmon & Weiss City Manager 2001 S. Street, N.W. City Mall Suite 430 126 Daniel Street Washington, D.C. 20009 -
Portsmouth, NH 0380.1 l l
Sherwin E. Turk, Esq. Stephen E. Mere 111. Esquire office of the Executive Legal Director Attomey General U.S. Buclear Regulatory Commission George Dana Bisbee, Esquire Tenth Floor Assistant Attorney General Washington, DC 20555 office of the Attorney General 25 Capitel Street Robert A. Backus, Esquire Concord, W 03301-4397 116 Lowell Street P.O. Box 516 Er. J. F. Wadeau Manchester, EH 03105 Selectmon's Office 10 Central Road Philip Ahrens, Esquire Rye, EK 03470 Assistant Attorney Geners!
Department of The Attorney General Mr. Angle Machiros Statehouse Station M Chairman of the Board of Selectmen hutusta. ME 04333 Town of Newbury Newbury, MA 01950 ,
Mrs. Sandra Gavutis l Chairman, Board of Selectmen Mr. William S. Lord )
RFD 1 - Box 1154 Board of Selectmen '
Kennsington, EH 03327 Town Mall - Friend Street Amesbury, MA 01913 Carol S. Sneider. Esquire Assistant Attorney General Senator Gordon J. Humphrey Department of the Attorney General 1 Pillsbury Street One Ashburton Place,19th Floor Concord, M 03301 Boston, MA 02108 (ATTN: Norb Boynton)
Senator Gordon J. Numphrey N. Joseph Flynn Isguire U.S. Senate Office of General Counsel ,
Washington, DC 20510 Federal Beersency Management Agencyg (ATTW: Tom Durack) 500 C Street SW ' .
Washington, DC 20472 i Richard A. Hampe. Seq. l Hampe and McNicholas Paul McEachern Esquire 35 Pleasant Street Matthew T. Brock, Isguire Concord, WN 03301 Shatnes & Netachern 25 Naplewood Avenue Donald I. Chick F.C. Box 360 Town Manager Portsmouth, EH 03801 Town of Exeter 10 Front Street Cary W. Holmes, Esq.
Exeter, EH 03333 Holmes & Ells 47 Winnacunnet Road Brentwood Board of Selectmen Hampton, NH 03841 RfD Dalton Road BrentwoM, NH 03833 Mr. Ed Thomas FEMA Region I Peter J. Mathews, Mayor 442 John W. McCormack PO & Courthouse City Hall Boston, MA 02109 Newburyport, MA 01950
$tentey W. Knowles, Chairman Board of Selectmen P.O. Box F10 North Hampton. NH 03862
E Administrative Judge Helen Hoyt, Chairperson Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Commission Washington, D.C. 20555 1 Administrative Judge Sheldon J. Wolfe, Chairman Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Consission Washington, D.C. 20555 Dr. Emmeth A. Luebke !
Atomic Safety and Licensing Board Panel U.S. Nuclear Regulatory Commission l Washington, D.C. 20555 Dr. Jerry Harbour Atomic Safety and Licensing Board Panel j U.S. Nuclear Regulatory Commission ,
Washington, D.C. 20555 )
l l
l l
l l
i
. l
i t
1 1
e fs _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ - - - - - - - - - - - - -
Nd. a3 s s N
T.. 3l 5 1- 3 5a3 l3
.. 5_ _
, . . . . = = m v. g!
8 5 5 1 2 1 1 2 1 2 1 jis sj- k s 8: -
.: $2 ]Q
! s a
} $5= De
- sSk : b =L
% na
~
2 l2.:. is~ 2
. . g .-sa.
s u.
1 _c . .
1 : . _s =
i 1:.
.3. g 3_
%. ___ _ _ = _ _ _____ . . _ _ _ _ _ _ _ _ _ __-__ _ _ - _ - _ - - _ - _ _---- 7
.. :, ws.- , , e ,.
- ..t : - 2 ,1311 ;
- j. 1 : j . .. .a ,q ,,, .. . ,.
1 Ip3g j
- j 1 2 A A 11 A A i
-ys s j .= ,ss I g _ _____ _____ _____ _ _ _ _ _ _ _ _ _._ _ _ _ _ _ - _____ _ _ _ _ -
1 -
a a
s$ ,
~
d y t, l
> >3 3
- 2, 4 3 W c f. . a g >
- s i a.3 3 ,- ~ .a
] 3 12 fit ; !! ;. ;
2, 1 9 : .
31-1 : . i :
s 4 ; .. -. . .
.. . . y 1 j i & 1 4 1 4 4 I I .. j s .
~
3 -
.yis h: . .
-i 'I.
a :-
c;Ie. a.l .
s .o x.
sss 5 -
2 3 =>* 3 I-
! J
[
^
- B j yo ih 3
37 2
0 g. .: .17 a: d ! 3
-: .2
.t -
- s~ .
1,1 j ,4a- . 3 ,s 3
y aas a a s
- n. :: l, si ga e 1_ .l
.- s2r
- , 3 - ne ,s .i 2 :
e 1 11 s
_ j .-
r-1'l1:
e-a :
a
- 3' l:
a, 3.i'3J:;:_l ti
,U, i*
l xt 3'. i.a* : c. l .: x
- l y.
x l.:h, i -
r a ,; ::
elij!!i 3
i i : :-
- t . s.
s
=
> .s t. .1 .. , .,
aa 1 e>1},f A e.
2 i
y-2 o.
r ,. i 2 i ,5s,1 77-
--:- l 3
{s, e n
- yf.e, .1 u . . . .
-13 .g i : a:i]i:s :q .g e i ,_ 3 '. z. . ,
gj
=
u.3.-
3 g.3
. ,2 g
eil
~
3 =
>i e r i; j .<. ', i p al a ll
. ! s 42 , i ,1,.*
i- 1 32 t .
s
- u. -i. 11 o - -
- I- {
a j t .3 y. .j j 3
i i
_ _ ' _ -fr - - !M "S 13' s l 33 l 'f j 3 g5 ., i, i1l - _ _ _ _ _ _ - - _)i _ - !!- - _ _ _I _ _ _ _ _ _ - - _ _ _ - _ _ - _ - _ t li . ,, ,, ,
I 1
EXNf8H 6
s s
9., _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
e S )y .. 1 73
.? 5_I 1,
..s s -
i i E 1 5
I 3-1 1 1
1 1 1E \
h i O
h% #
iI i!-
. II 5
,y 3
.il .i .1 1 1 8 3 3
-a
.a g
=
4 %
e ; . .
. , . w I 1 y g1 - - ,4,
., e *e -. J 8 j j i L
i
,A L
,A i
,A, L
,J AI
. ., h j j
= _ _____ _____
J _____ _____ _____ ______ _____ _____
4
. 1
. j! -
, , 3Ti *2 d
a f
> J x.,
= ,pa.-
4 2
E 1 2, ;
19-s 94 R. 2 3 a 2
__ _____ _____ _ _ _ _ _ _____ _ _ _ _ _ _ _ _ _ _ _ _____ _____ x.] 4A 4
s 7
-e 4
3 m .
~a 1
-=
a n
1 -
2 ,f 3
.. . . .. .. .. .. . . .. a _l ~3 .
g i L L L 3, 5 L L L L L .3 -
3 1 -
$ = :: 2 2 A ,:
3g y
_ _____ _____ _ _ _ _ _ _ _ _._._ _____ ___ _._ _ _ . _ _ _ _ _____ ,. vy .i .a.
- c5
& G 2i -
3 1 - , *1 2 ;
.a 1 5 1 255 -
.I .f .g.
5 j i !. 3 3 3 2
~ 2.
i 3 3
R$
n-g $ [ 5 3 i s,$
g g aat 2
4 s
2 s
2 53 ]3 33 3
- y3 e Iv 33 } 13I
% 8 3 11 s, .
.' a 3,I- 2 9 *
. a2, 3 f
"' 3a> E'3 - . . s .. J. . ax t
e g 1]
s 5
j I.-
=
Ie c-1
- le 8*
( .[. ]. {:1 r,.
e c*
.z,1i .:
Y 2
- F r 2- t 3:.3 1s 3_. _. .s 7s .
.5 1!
14 2 ?-
- : : = = = = : : .= = ::: :::: ::::::: ::::: ::= = = == =:::-
4 y
u
.2,,5ji j !f s -
- 5% - -
3 5
- t. 4 .g 3 a q1 .
- e. ..
l i
.l *
- 4a.] -J
- 3 1
.1 24 3
i .: 7 **
- .aj-t 1 ;. I yv { E. l E l} ~!, 1 .. - t .
I-
.s . ; I e. 1
= g .! s g c 2213
.-13 l
1 3. . 13 ::
e:
- i a- j.
1 -
- ,ny c3.
} u3 m i v.3
-- 3 <
2 r a -
4s, .1 3 E3l <
a i l 17,
<1 1
a s v1 3 . ,
= sgz t;g a 2.
g q 12 .a:2s . I il i
-a 3* 1 s f a;z lei 1] i 5 i '5 lgl'= i 1 :g 1r e
2 t {}1423; A y l ^J a
31.*1 ---..__ __ __ _
- 1
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ m3 aa x ; xe s .
i l
i l i
m.e 3%*._________________________-_______________
N*%
9g y o
- 16 :~_
e '
3j
- ~
- g* 3;1 .is*
s u a e
- 5 .I ;, a%
]
.a
]
e t
] ,2ng 3 3 3 j ] } ] ] a !g 23, 2 2
%l
. 2x W 5 b .3 't w,
i{ % 0 .x3
\ 3. :
3 a= *
- la la 32 3
. ,1 21 i g3A Y 2 31 2 .i . . . . . - -s 3 1 -
3:*
> $ $5t _3tI $ $
2 't 3
b d"6 3s,'a.
y% ..
N.1 _______ _____ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ _ _ _ _ 1 .
s H e s' c 3 g
w a e J-4. .y : .! 3 2 3,8 sl,l3
{ !i $ -i wo ,a w o w- g s' 6 .N - 9 e
{ $ I "w
. 3 3
5
] i i i i i f 1 -
- t g _ _____ _____ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ______ _ _ _ _ _ _____
3 s-'o- 1] !c g , 4 44 3
7i - 1 y . 3 T3 o
? 3 2 1 0, 0 3 't t aa 3 2 8
3 p 214 "
- 2 .
ja*g 2 ^l 3
- : .._ _ _ _ _ _____ _____ _ _ _ _ _ _ _ _ _ _ _ _ _ ' _ _ _ _ _ _ ~ _ ______ 41 J k,
'l '
.3 $ l .
- l 7 : la n jj j ! 3 i i i i i i i i} ,ej ,,,
1 i
- =
s y _ _____ _____ _____ _____ _____ ___ ___ _____ _____
~
es 1o^x-3
{ 5 23 5
d
> .n e e s 23.3} ,
021 3 3 3 .-
5 5 9 .
^ 155- - *2<
t 3
'; ' 3 3*
y g D A.
2 3
2 v1 23 .2 1*33 g ~
3 -
-aC.s _ _ _
4
{ Ij 3]3W 3 , 2 g _ _____ _ _ _ - . _ ____ _ _ - - _ _ ___ _ _ _ . _____ _____
, ,ya, 3 3.-3 3 =
y !
- ye ~3 ] v]
] a a C . cf 8 j d. o e
?l l a.
1] ~3 j .- Ile 1 : 1, I i* vs s e E e 1:3 l *: _3'i E-i le a a E .- J- 2 :s : 2 1 a f.-
). s .: . 8341 g F4r i
I I .i. . t. . 4
== ==== ==_== t'1 2 * *
- ==.====.==========================3.
I: .i , :. - 7
..~;al;
. 1)
- i. 3, ,1.:f *=I i
- .. . e n' y
- sjv
.. i rr_ ..1
- e)
%.3,s s ,s s 3 2 2'r ,, i 2 y1 !
e1 J., ; -1 f f :. e ,
2 2 3 2 2r a. s : : s :3 !
s
- s
- I
!* 3 - '
r u
r3 V
- = is18 g 3
i 2 .
-1 v 2- T 'r a s. - Xi i
$ 1 1 *I 3=j c1 '4 oJ3,d ,
- 3. 5s4*s 3 EA w 1 8 " c f .g e =g 6 4 o 1 Ae k 4 4 e e s' a . 2 U : 52 3 5 3?? 2 $ .g 8
, si w
2 As
} ul s
ozid ur ,ii .
ll L; 1lij 3
ej= i x$x2 4
j jia!$ jc-l 1
.)
l j .,
s i il"' 11 1 _,
If 3 s a a;Ae s 1
l
- - , , - . . - . - , -m-.,m,..- - - - - - - ,-.m.-_ . . - - , - - . - . - - - - - , - - . - - - . - . - - ., ,--, - ,~---e
~
~
A
}&______-__________--____-____------_-------
a l.h !!
e s -
13 a
s a 1 i
i 2 1 2 2
2 2 1 s
21
, +.
a i
. -9 3 s
3 :e a NN
. . 23 .
. se i t, at 2
.- ]
t I .
..e
._3 ,8 1
4 1 -5 3 1
%s. is
___ _ _ _ _ _ _ _ _ _ _____ _-___ _____ _ _ - _ _ _ __-_=_ _____ 1 .23g .
-* .,r a 23*
253
{l
=
y j , . : .- .2 ,. s ,. ; e .: ,
1 'a l!
" ' d
?'
s i i & . 4 i -~3
__$ ** j]
g _ _ _ _ _ _ _____ _._ _ _ _ _____ ___ ______ _-___ _ _ _ _ -
g .: ,:
- d
! - 85 l
4 e a 1 ,
- ?
V,: >
a -
a 2
. 4 t o. 3
$ g*- 9 t, K. As
_ _ 1_' _ _
9
.s 3. T.
I I 1 .
i !
I
.- . .. .. .. . . ,: : .; a
]
I g 4 4 4 t i 1 & d i s j
.- ; :-~
y _____ _____ _ _ _ _ _ _____ .____ ___ _ _ _ _____ _____
1 1 2
- 2 g ggj ,
s - s .,
- g .1 . .
si e si :!::
1ss .. ,
2
! i -
E 3 8 3 ' r5
- 93 5 3 h l '.! !
i, i n-s 4 4 n.. j m.m ,,
3 3.22
- 2 .,
.t.1 a .
s 3
la a.a c I. 2 w
= -
3a r
. x i
r, 1
- a. - ] [* .: ,] : i 2 ,
g.] s. d- )' l,
?. e- 8 c .x . : 2 ..
s3 ,
3 2 $ 2' 2. 2 }. -
~
}_3_3} .' 82 j }$ J { 1 -2 d{
'j _e , .1 ;a : :
77 ss 1 - tv q ::
- 5 34 . . a- . . .
! a ,
2 ,a ,1
; ..sa2~ne t :
70 g,a 5
<< 1 4
yx :s : -. i - g e ,t ._ 22 1L_- j &=- E l a.1.g.s.:. . 1
] 3z3 -
-1 f' w
]y 3Itest -
; 33 -1 - , + 41 3433
- : 3 3 l- y .. j
.! s 7 . E3 ::
g,3s ; .aa v , 2 i 3 ., I.a/ .c j.' d3 ~ ~ 8.g 5j-{4'dj CX Yj 1 $3 3 3
- 4. E 4
- .F y.. -4 [ 3 lg *_l 33 I
- a 5
- t. 4
- B 23 I. 3f r * '. . . 1 4 I ., "'j iil
'5' f! l !! N l! ] II g
.V l l'l' 3 !l l .:mim yg i,
n ! 4 , i
)h_,,____________________________________--___
4 N . s ,g .3
}
- N s w q j 43 g
2s s ..: a
. . . . . . . . a's.
s
!! I s' p. e.- al. 3 s s 1 1 1 a 1 1 1 1 1 2 s .
3.3!1== J I r 2
-3 3 =s ss 3
**g i.
s -i is . j -: g\. N, a- .i.t 2 at 1,
. x. y } .g.*-t 1 :1 e o
e : ..: 6
.ya _s j.a 3.t.s. _____ _____ ., g-
.9 :-
assy
..gs r &. ,. .
w sy b5
- a. s sel =t-
! g . :
1 a 44 ^ r 1 1 2 o 21-
" '1 i n '
2 4 35ss . Il. . .. l .,,-
.s 8 5.,
!. i N4 b
=
4 q i 2!
- .a .
j g 1 1 4 , , ; .
, 1 l r .: a .i.
f :
; I i
2 3 1 j 3 i 2 ; , . . , .. . 2
. . , i
; 1 4 4 4 t 1 t 1
.i 3 . aa4 i
< ! j _ _____ _____ _ _ _ _ _ _____ _____ ___ _ _ _ _____ _____
3 j11.. g 1 s , 4gx-at. 1 s a . - -
._r e, Li - .
~
l 1:D s s a 3 E ! < a 3
! i i 3 2 . - -
a 1. 3: 51j - 1 a, I 3 : y- s s
- j _ _ _._ _ _ _____ _____ _ _ _ _ _ _ _ _ _ _ ___ _ _ _ _____ _____
3 j
- s. sw
<,. l _ .
- e s 1
- e s . ,-- g il <
2 w x
;1 t-2 g e.5,)8 2 1 I ;s: j;l3 3]2
_23 4 il ,5 =- g.22a j r- n% n.- . ? n
- p- g ':t jr 1
A X.t ~.2 1 1 ! U 3 l -1 #3 it 7 y c
- : l. i 's : : --
1 l 1 8 g
.a 9'
- n I'
j l~=5i -I $s:E: -- r-s 4 ;i Ol5 5 55 s !! m a
-3 2;, 22 1 I a 1la:
l Js, - 2 j 8
- 2s:w2 s y :v. :.
7 y s. a. a 1I
=
s ..== y. I 5 1:
$'8 :
- i-s g al ;-1 a s:f I II E3 ar.T~2 5
l
^
3 a r-1 3 N=: a*11 #,aa l
- :
- 2. :.-,
] 13 4g 1
g -23.: 3y 2: J 33 i 3e: i 1 a.
-s 8
24.=1
} p. t
- t]
- 1. 1l q 3
.] !] 3 -
i 3 1 4_- t , II :
- p g y
- __________________________________._________g -.., . , . n.. .
s I l l l l l
,8 t
1
=
i ' ,M s A . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ m W
~
q h
; ; 4=
w y a v y v y a v
-e a a 3 ; I I I _ _ _ _ _
1 1 1 2 il i s I. N% .i
% 1_! ,s .
g. 3 o- .
; .. 2 1 1 a 1 e e e>t
\E .e. t n n s e
, g N _______ _____ _____ _____ _ _ _ _ _ ______ _ _ _ _ _ _ _ _ _ _ 1 . i
..r y
- e i
- -
i i .i
; 1 1 2
. ,4 3
j , 3 i i :
=,
?
i> >! - 1 4 ' a a
. !.. 2 1 ,
p ,
. 4
, : _ _ _~ _ _ _ _____
i i 2. e ! 4 4 1
. .=
j ? . S 1 : .
.. .. .. .. . . . .. -. - i j 3 3 & i & i 2 ; ; j l 1 . $ l,
, _5 ~ i- _ _____ _____ _____ _____ _____ ___ ___ _____ _____
- x i
1 ;..:
- 1 > 2 assa s 2 e
- s s i I # k 3
3 8 1
.s:!
42 1,) g _E J .l - 4 2 . . 3 2 c . . ta ti3:i t 1 a 4 tt 4 3 .,. m 3
,II- g i4 e ! =- -
'3 ll 2-2 -
2- i " I *3 --l" l 4 .Y. e l i: 3 2 -
-2 , _sa ca3 -
- ,. 3 =, 2
,1 2, i, 1 < e s2 . _s- 2a s,3 , e a 1.- c- te 2 1 .-. x i il 3 . i: f :1.-.
! ; == = = = = = = = = = = . = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = gn.d} j y 1 .
.is x!
a s 9,. ; _ ! . : x t c s
. .' 2
"" .: 2 5-2g.
i :- a: i e 5 1; i : s 22 37 e - m,.==,%
$ 7 _. i a
3:- +
,= . . ,. .
x
- s ea e s. es
, , vi ; = , a . .:
32
' 3 A; 5 kj 6 4 Ja*
J1l ex
)
s a 3 v. 3 a" l ( a-1" 2 .e. 5
. ;- 2 , _l :-
1 .y}4 ~. R .s l E
- 3. j d
J d
-e e.d.
6 I w
=
4 g {
}a 35 I 2 kk : !$ M 3 .
I
~'
i j 2U _. L_$________________________________________L .: .u a s nn,,--, ,_m,-, _,,--,..ww,,a ~- . . _ . . . . . . . . . _ . _ . . . . .
,Z . . - Engineering Office F. dean R. Cummings Ropss & Gray (3)
E. Brown R. DeLoach A. Shepard A. Cerne V. Derrickson R. Sweeney April 10, 1986 *J. DeVincentis*T.F. 199.99.10 UbOC SOMCO of New Hompshire T. Feigenbaum G. Thomas SBN- 998 G. Gram J. Tribble T.F. 199.99.10 W. Hall UE&C & W (SB-2071/ R. Harrison P. Stroup D. Hunter *ASLB W. Johnson G. Kingston United States Nuclear Regulatory Commission G. Mcdonald Washington, DC 20555 -, M. McKenna D. Moody Attention: Mr. Vincent S. Noonan, Project DirectgC Subject File PWR Project Directorate No. 5 Projects - WJD
- Projects - Chrono
References:
(a) Construction Permits CPPR-135 and CPPR-136, Docket Nos. 50-443 and 50-444 (b) Environmental Qualification Site Audit, *With Enclosures February 24-27, 1986 Subj ect : Response to Environmental Qualification Audit Observation
Dear Sir:
The following is provided in response to the comments made by the ! NRC at EQ exit interview held at Seabrook site on February 27, 1986. l
- 1) We have completed qualification of 97 of a total of 111 pack- l ages. Enclosed, as Attachment I are the Qualification Evalua- {
tion Work Sheets for these 97 packages. We will provide the Qualification Evaluation Work Sheets for the remaining 14 packages by April 30, 1986. I
- 2) In response to IE Information Notice 86-03, we will reinspect all Limitorque Operators located in a harsh environment. Based on this inspection we will re-certify our previous walkdown doc-umentation (GTE-ll3). All unidentified wiring will be evaluated l and either be replaced or tagged as acceptable.
The unidentified terminal block in valve CBS-V14 (File Number 248-37-01) will be replaced with a qualified component. The documentation will be corrected to identify the actual condi-tion. l
- 3) Our response on the use of the Arrhenius Equation was provided In SBN-988, dated April 3, 1986. Subsequent to this date, we have completed recalculating the post accident operability times for the remaining 6 EQ equipment files. The following additional exception was identified to the 40 year normal operating life plus one-year post accident operability.
E MTDrr 7 Secorock Staten Construction Fie:d Office . P O Box 700 . Sectxock. NH 03874 I
United States Nuclear Regulatory Comsission Page 2 Attention: Mr. Vincent S. Nooncr EQ FILE POST-ACCIDENT NUMBER OF NUMBER DESCRIPTION OPERATING TIME ITEMS 600-06-01 NAMCO EC 210 Series 318 days 16 Conduit Seals
- 4) We have determined the ASCO solenoid valve that had two ,
different identification numbers attached to it could not have produced severe adverse af fects on plant safety. The metal nameplate attached to the valve correctly identified the valve tag number. The other tags (which had conflicting numbers) were Construction " hold" tage. By procedure, all Construction hold tags must be cleared before final turnover from Startup to Operations. Consequently, there could be no potential for conf usion during operation.
- 5) File No. 113-03-01, Okonite Cable, will be updated to include the test information that was provided during the audit justi-fying use of this cable in Seabrook's design basis events.
- 6) File No. 174-15-01, Transamerica Level Transmitter, will be updated to add information to this file justifying the use of a test sequence different from that specified in IEEE 323-1974.
- 7) File No. 113-06-01, Brand Rex Cable, will be updated to add a statement that submergence qualification is not required.
- 8) File No. 236-11-06, Reliance Motor, will be updated to add clarifying test data to the equipment summary evaluation.
- 9) We will submit the requested inforsation on the environmental qualification of mechanical equipment by April 18, 1986. j
- 10) Attachment 2 is a discussion of the applicability of IE Infor-nation Notice 84-90 to Seabrook Station.
- 11) In response to IE Information Notice 86-02, we have reviewed the BOP supplied Limitorque actuators and have determined that none of these have magnesium alloy rotors.
We are presently reviewing the NSSS supplied Limitorque actuators. If any are identified as having magnesius alloy rotors, they will be re-placed or functional justification provided prior to fuel load. l l All actions committed to above will be completed prior to fuel load. I u _ _ - - _ - -_ - ___ _ _ _ _ _ _ __ ___ _ _ _
United States Nuclear Regulatory Commission Pega 3 j Attention: Mr. Vincent S. Noonan l i l We trust the information provided herewith is acceptable and re-I quest the resolution of this issue be reflected in the upcoming SER j supplement. l l Very truly yours, A John DeVincentis, Director Engineering and Licensing Attachment cc: Atomic Safety Licensing Board Service List Helen Hoyt, Esq. Dr. Emmeth A. Luebke Administrative Judge , Chairperson Administrative Judge Atomic Safety and Licensing Atomic Safety and Licensing Board Panel Board Panel
- U.S. Nuclear Regulatory Commission U.S. Nuclear Regulatory Commission Washington, DC 20555 washington, DC 20555 Sheldon J. Wolfe Dr. Jerry Harbour Administrative Judge, Chairman Adminstrative Judge Atomic Safety and Licensin'g Atomic Safety and Licensing Board Panel Board Panel -
U.S. Nuclear Regulatory Commission U.S. Nuclear Regulatory Commission Washington, DC 20555 Washington, DC 20555 I = 1 ( 1 t i l
I Uillica 5. Jordan, III Donald E. Cnick Diene Curran Town Mansgar H:rton, Maiss & Jordan Town of Ex3tsr 20001 S. Stree t, N.W. 10 Front Street Suite 430 Exeter, NH 03833 Washington, D.C. 20009 Brentwood Board of Selectmen Robert G. Perlis RED Dalton Road Office of the Executive Legal Director Brentwood, NH 03833 U.S. Nuclear Regulatory Commission Washington, DC 20555 Richard E. Sullivan, Mayor City Hall - Robert A. Backus, Esquire Newburyport, MA 01950 116 Lowell Street P.O. Box 516 Calvin A. Canney Manchester, NH 03105 City Manager City Hall Philip Ahrens, Esquire 126 Daniel Street f Assistant Attorney General Portsmouth, NH 03801 1 Augusta, ME 04333 l Stephen E. Merrill j Mr. John B. Tanzer Attorney General Designated Representative of Dana Bisbee, Esquire the Town of Hampton Assistant Attorney Gennral 5 Morningside Drive Of fice of the Attorney General i Hampton, NH 03842 25 Capitol Street Concord, NH 03301-6397 Roberta C. Pevear 4 Designated Representative of Anne Verge, Chairperson the Town of Hampton Falls Board of Selectmen Drinkwater Road Town Hall
, Hampton Falls , NH 03844 South Hampton, NH 03827 Mrs. Sandra Gavutis Patrick J. McKeon Designated Representative of Selectmen's Office the Town of Kensington 10 Central Road '
RFD 1 Rye, NH 03870 East Kingston, NH 03827 Carole F. Kagan, Esquire Jo Ann Shotwell, Esquire Atomic Safety and Licensing Boarc Panel Assistant Attorney General U.S. Nuclear Regulatory Commission Environmental Protection Bureau Washington, DC 20555 4 De par tment of the Attorney General One Ashburton Place,19th Floor Mr . Angi Machiros Boston, MA 02108 Chairman of the Board of Selectmen Town of Newbury Senator Gordon J. Humphrey Newbury, MA 01950 U.S. Senate Washington, DC 20510 Town Manager's Of fice
, (ATTN: Tom Burack) Town Hall - Friend Street l
Amesbury, MA 01913 l Diana P. Randall j 70 Collins Street Senator Gordon J. Humphrey 1 Seabrook, NH 03874 1 Pillsbury Street Concord, NH 03301 Richard A. Hampe (ATTN: Herb Boynton) Hampe and McNicholas 35 Pleasant Street H. Joseph Flynn Concord, NH 03301 office of General Counsel l Federal Emergency Management Agency 500 C Street, SW Washington, DC 20472 t
/
*J/dy/
=
w0r.x titt [ T 4 QUAL 11 BCAI1(r4 I vs Prepared 4 . 1,
,,any of New Hampshi re Public Service . Date: . />//..
I
. Se brtxA Stat ion Dec ket : S0-443 IQUll'HINI QUAL Il lC Allo 4 f ill NO. OlS-Ol-01 Checked By:
, , / /4,., ,,
I Vuel lI Ic aT Bon i UufsTanding i I I Wal l y led I nvi ronmenf Items l II Ibst ulate.d I nvi rurvne nf Value i He terenc e l Method l I Value i Re ferenc e ! g l Paramuter i l l I ( quipment Desc r ipt ion ll l l l l Test and i I l Ibrthase Urtler No., Ii I l l I Operating i i 4 l Analysis l Ane 1 9763-006-015-01 18 I I year 1 l l Time I i year i p. I l l l i 11 l l I i l I I l Iquipment ID Nois).: ll 1 1 1 I I I I 18 I l I
- I HM-MM-29 I I 2 l 1 p* Hee-30 Il I I i 1 I Test i None I 1
Ne i I L I p. 16A i I ll 315 I p. I I i l il Temperature 1 I I i I I (T) l I l I il i i _ i l 1 I I il I I l l I l i 2 1 il l i I I Test I j i Nok l I 72 1 p. 16A i it.n. l Il 60 I p. I I I l 1 l I Equipment Type: E lec t ric ail l Pressure 1 I l I I
- l I I l Penet ration t twough ll (Psig)
I I I I i I i I l ll i I i i Nrsonnel Airlocks 1 I I I 2 I i None I l il l I l p. 16A 1 Test ll Relative l P. I l 100 I I I l Manuf acturer: CONAX Humidity i 100 i I I I I ll l l I 8 ($) ' ll I I I l i I 3 3 Il 3 l l l l McaseI Number: I 2 i I i Boric Acid 1 i Nne i l 00NAX P/N N-11000 lI l Bor ic Ac id I i I 3.51 by ut . I p. 16 l 1est i ll Chemic al I p. I S l I l Spray (pH) l 8.2% l'y wt. l pH lo.S l ! I g 11 1 pH
- 7.5 - 10.5 l I I ll I 3 I
3 3 j l Il l I I 3 I I ' l Accur ac y : Spec: N/A I I 2 ! i d i Demon: N/A ll 40 Tear Normal I y. I Pa I I e l Appendia A I Test I tone ll Radiation Oose i1 2m 10 2 2S " 10 I I I I I ll (Rad s! I __I I I P 83 I is i sear accioenT i 0 8 I j l ,1 l I l P. I . _ _ . l t imit ing Envirunment : il Radiation Dose !I l.04 x 10 I I I ll (Hads! l 3 i Test and i 4 I I l l i None i il i l Appendia A l Analysis ] l 1.ocation: Cont al twent I I ISH/40 ' I ! 120/40 l p. I IO" l ntal ment i l 'F c1rs) I I Had lone: l I l , i I (Generat Area /Not ll I i ' 1 Sutune rged ) 18 I l g I I 3 I I N/A I Nne i II 3 N/A I [ l WA i Lo.est E levat ion: 2 7 '-O" l l { 6 I 1 l N/A l 4 Sutmer genc e i l g 3 l i f food Lews: 1 - 120 ' - 8" ) ll I I g g -- ll i Above f lood Level: Yes ll 1 Notes: I
)
) (kscument at ion Ref erences: 9763-500219, Sor wice I n vi ruinent ( t.ar t , Nv. 17, dated 1/12/HS.
- 1. Of&C Drawing No. Ie st Hevori f or E loc t r Ic al Con.tu< tor 2.
IPS-1079, Hevi sion D, S/21/84, Design Qualit Icat lun Seal Assembly . lest Heq> ort f or Nati r lais used
- 3. IPS-325, Revlsion D S/14/88, Dosign Quali fic at f or.
- In knam f lec t r ic Ponet r at tem Asssemblics. 0 r..
1 4. Iwel l Calc ulat ion No Ol's-08-Oi, OS70-032-(vil, Hov. A .s. .... .n t (s .klitt. t..- I c. l .. l . .. I
'..at, rtm
- IQflie N. .I i S. 'e t udy Hat s 1 . e .. - t l
I f>. '.HU 'ae./t,3, Se ater ou6 I l.=, ding i
-- _ -_ --~ - _ _ _ _ - _ _ _ _ _ _ _ - _ _ -
w , yk,,____-----_----._-_--___-_-._--_____, i , 2
! l i
%,N
% Wl i <
' t l -,s-i;3 a
-~
s ::; e
- % .c.I.
o. e e. s2 n.,. .,. .e- *
- n. r E
=
c 3
- .= f1 .
- - - t c .
, -; 2 '
e e y- E 2 3 2 -
- e E
g e 2 g' a' a a g 1 - - - . - . - - --- 3- _ . - - . - = dw92 7 - L sc^ e e .o e .3 5 :3 - t C 3
] 6es2 e
.e. 5 - 2 e g~ ~# < cc *.eC v 7e < eew N 3
' - eZ m C= N z o.c3 o ee z -
.e v c- ea -
w . ee c =a h .- e == ee
=
e
=
e
=
e e e ee .s Wv3.t e, e e o -< O ( 3 ee
- . . - -- - - - . .=<==..=-.z O
-c e -
*= s-
>- 9
- - - - - - -- - - . = . - = . . - -C'E* de-nt 7r f
##L
- 4
.1 w ..
O e e .e
-6
- p 5 t O
*D F P -
C g C - - 3w-7 = o O < ee 7
- e v O o e 2
.- < NN NN A N 32g c-k s3 -
C
> e N w
Nw N .e N z
- z S * .
- N a a . .
w 2 . $e r. a a - N 1 U -
,L
- t a - = = - - - . - . - -
s s - - - . -- ---
- - - - + = - -
c - - - - - . - I W i.
- o. g N .
z O '.
- e 7
.- c e
-3 p = <
- w ee < N O 'J - N Jv se N. N ** 2 z $p b e z A . 9 e.
N mNO .e. O I l 2 c ,'
' e . w- S 2 2 8 > N- 2 g j e 6- ,
- - . - = - ..- . - - . - - .
_ w ,
. - - - - -m._.----
3 a - . - - -
- p -- -. L
- , i 5-
- i a t I 2 : e e i l w
z.
< E e
' e I
.6 p
x4
< s i L. a < e g s #
= -
as - e .% 4 - - - se
- - - t' g l a N .
a s _O l
- k.
e . t l a a
; Y a ! a g a t %
t l e .-
~
1
- -5 }- '( ,
~~~~~~--- - '2 lC i: -~~~~~ - - - ~~~~~ w = .
=
z i,.h, , .
--G-~~- -l e-c- .
y e 7 3 .- s
- lw:l u 3
}>{ e.
,c e j j .
<-0 5 .
o o g: 3
.L= l 1'
l - 3 O= l 1,Osw < s 5 w *. i*- PJ s , w w w z ? ::* Sp w z e ->= 9 a. 4 w c ; se C 0 m I' w .
*= >
A C. 5 g. e O.- , 13 - - a--- - --------- e4w - e - - - - - - - - - - - . - - - - - - - -
.v .- . <
.r
>ea
'e e c e e s
e -h# o b#o a v I5 3 - e c e . Z. 3 L 9 6 e ew -I o -v Q =e 6 3 0
- Ni C 3 6 a 5% ea Ce oC7 96 3 a z a.
j- =.=. e
=
e 4 3 7 ce-
=7a -u-s .o=e7 coe -g de
- w-
.O 3 e4 sL=
e$w e em e -c-w 4 L 4 4. g L - m% . 6- Oe u e' 6 6 -- e e 1e1 - ee- 4 *e <we *Q N- w
- . e ==
1 - w- e Ug 6
>- e- e 3
e
- w r e a g rL z w 7 -7 - g 9 gee .C=
eO* e L m'. 3 e e ez =g . 6oIz i
- --- & ee.o a.ew3
=
y --
-- - - . --.--- -- - - - - - . - - - - - - - = = = = - e O
N N BOO 7-O O2 Ow e woe
.~,
3-3 es ee .. I z * -4e*
- 8 O- z >
. . , e c 4.
e w e O C & sm .a w z o V e e .S4 .e.c.e o o . e w c
+
ss -- - N .. e s 4~e-3o
@CU9 5-j e
- zz eee e
-a a. .e.
u >= .e. ==3 4e. I Q-) e. e m
-=
e
- 6. 2 o .. O e . . . . 6 cu w e z e*.g 3u w.e*
5 Ce 2 9a U e - 00 o - .. e .. s - N .s - ge a af .. e 6 L g g D C Q- D- C s e5e a e-ruog e* O c w
-O e ew w e o ee o L Nm N j
w < o - >
-u.w ee C
. c .C S ~< 4 ~< ~C
.eewwww.
w s 3 F E0 3 Q & c
.* w . 6 c3 0eIe 3 w sw e- .
e o ~o .de8- .gmw.
> =O soc e i ee e e . .
ezzzzzz. e5 e E-4*# z- 4 .. ..ooO N-
== e>
c Oe 4e# 43 e* e E **
@d -a E Gwa, e e e
*6ww e
-e L 3
- eu u 9 B w 3w 0 3 3 i4
- o. 4 -TzI% .eC< ==17 e 3 e ea aA U e uC7 c 0-U Q . 3 32 C B - Cw ew
<<11 u u
- 44 Le O L a.
3@ 3R<11ww 7ww &
%l 9
1 "0 z < d I
.,J g dw ,
ygl N f D ey 3 C
% %d
- - - - - - . = =
====.-.---..-.-----.==.-===--==-=='
3, A3 . -
( - QUAL if it Al f(N i val . SON WOfE SHf[i
*'" YE *9o' 0 8' " 2 N Put Ilc Service Comp any of New Hampshi re Ctec ksd By : pot
)g, 6 Seab rook S t at Ion ( Qull>et N1 goat 11 Ic Ag l(a r it t No. Ii 3-08 -Of vy Ik3 let : 50-443 i Wal iIInd I. n wl rorsnent I W alitIC atIon i Outstandire3 Ig ibstu i afed I n wI ronment : He t e mnc e ~l Method i 11 S I II xe r c es.nc e, I value ,
Pa ramete r i value ; , I E cpsipment Desc ript ion il I l g 1 Test and I% l Ch rt hese Urdrer No. . If 2 I i Year i 4 i l ll Operat ing i I Year 1 l l l Analy sis g 1 9763-006-113-01 Time l l l l g I il I i g g l l l l l Espalpment ID No(s).: ll l l , g ll I I i i E M-C OL -S i I 3 l Iest i Nome i il l 2 1 346 1 g g 11 Peak l 32$ l l p.1 -1 l i Temperatu re I i p. 2 l l g g 11 I I , l (Y) i 1 1 I - 11 i 1 , ; i i , il i g gy,,, , i la i i 1 110 1 3 17,3, I I 4.8 i 2 l p. 1-8 l g g 11 Peak p. ? I , I I l l g I Iquipment Type: ll Pressure 1 l l 1 g ( Ps ig) l 1 l i S ILV Power Cable 11 l l i g l I a a l I ll i I 3 i Test I kne it 2 I 100 3 i i g i 100 I 1 I p. 3-2 Il Relatlw I p. 2 l i a i i Nanuf ac tu rer: Humidity l I l I ll I I l Ana onda 11 (5) 1 1 1 1 i i I l I i il i 15oric acid l Test i N. m., I
! Model Number: if I
i N/A l 1.725 by wt 1 3 I l i Uniblend LP insulated N/A l l p. 3-2 l 11 Ctemic al l J l pH = 10.5 I I I i l I 7 ll 5 pray (pH) I I I I I I I I I t* ne i l Accu rac y : Spec : N/A ll I i Test I II 40 Year Normal l 0 2 12m 100 1 l Appedia C 3 i l l l Deman : N/A 1 l I ll Radiatlon Dose 1l 2.0 m 10 l p. 3 l I Note 8 i l ll (Rads) I 2 I i l l I 6 1 l l L im i t i rq f n wi rorsee nt : ll i Tea r Ac c ident I - 1 p. 1 1 I I il Radiat ion Oose 1 I I I - l 3
'l I I J ll IHats) I I I l Test and I n oe 1 i Locaticn: Maln Steam / I l 194/40 l At t at tment to l i FW Pipe Chases (PCWi-5 ) ll i 194/40 l I l FIRL lech. l Analy sts I i
i Had 2cne: Prima ry ll Agi ng l p. 4 I (90*) i ( *f / Years ) 1 (90*C) l l l + ort F-C4 350-31 i 1 l Aux illary Building Il I I p. 9 I i l I
- 18) (Note il 3
(FU-IS A, ll I i 1 I I I i N oe i 18 I N/A l N/A l i 8 i N/A 1 I 3 la N/A l I I I l Sutene rgence i I I I I I Lowest E lewt ion : Note 2 Il ll i I I I i l I 1 F lood la wl: Note 2 I 3 I l l Abow f lood Lewl: Note 2 llll l Note s : l io,,,5
- 1. Its l imiti ng envi rotunent f or radiatlan a,e Doc ument at lon Ref erences :
9763-006-183-1, Re vi si on 3 I'li-ISA and PD-lH. I nvl runment a i s<ces..yu l'h-4 arvi l'i'.- tpm .an I, I'.
- 1. Ut&C Specif ic aticn No. ha m tween estc luded si rre no elec t ric al C ha r t ", dated 1/22/H5. Inst alled in flose areas (Hof . S p.
"'pecIf Icat lon f or SOOV Power Cable", fwiwistondated I/11/H0.8 7 "Ser wire i nvi rteent ic aa.sro w n Lw A Simulat ion. July 1976. 2. Sutmitgerre spalif ic ation nood not
- 2. UE AC Drawi rg No. 9763-F -300289,F-C4 350-3 Test of E lectric al
- 5. I P-31367, f li41 He ost Havision O. D'u f e n'tw a 91 -
- 4. Ippell Calculation No. 0S70-032-003, S. 5141-92605, Of 1C's letter to Impell dated 2/13/ftS. ;
I l la No. 113-01-01, A nas , ment timu k i l *.t . f 6,tu id. >
- 6. Saal rtw tew Sors.r f .O.
4 f.Q. filo No. l13-01-01, A nn., smont tis .< > l l *. t . Nto l 'a l
- 7. 18 i #lulpni.ud ti . SliH ')tJtd, I he edi tal^ *Slusty Hat tle .
* ^ * *
- hv - e * .a .ta t..,g f / , Wit., *... sc i r y .d ( l .e
- l -fl hT ,,
t
- - ~ s
- i
- ~
g -
" ~
~ _
n, as I e T - - **
~
[>- f i n. s
- s Av 8' 6 a.. tJ las t
[ : Ts e e e o ce w a u 4 g e e t si r e e n e n e n n n n o n i. h a, ireo s H a e t a a u n o o o to t s *a D u o o ' m n N u4 c s t n M ~ t Il lII r- lee y
~
'lI , I1gl iIlg 1lli1 iI 1;I i iIll T Il )I I ilI Ii asp s.
s a l. s e. , j # 0)
-n s , ot men a 5 9 o n i d noel t c r 2 ot 7, t ao d . J s ni n
ol inJ o f n e ich nt h ds asy iasl d r r e t ni asy tt o o.
/
M TM T asy t t t s t s tl sa t l sa
- ind la sTeet ll le f
H tl t s s s o en en udmd s u sa o o e e IA f A f anun .le (
*, h v en T A ii, i1)l illli iIlI4 ii 8 iI l l T t IIiJ I1lli I IlilI Ii lIi l
bTrc t ol gi ssoql i l uy n nvei in eeo tt nt cr 4 t onnae oee csn _ se.bnr y : y e 9 O c 4 9 7 a 2 l o peeo e O n *; , ei ll g d m 34dI i 3 a l ev ueb e d e 3 n 3 t 3 n i n t a qd a s r a e k t n re r id 3 3 3 .d i
, . ,.e. 3 .
P 3d n 2 I I h e(C m _ p c e 3 n p pn p 4 ppp p e e e e m e e p e A p t r n H p P h C o p A p p A e 1 l r e A IIlIi i1illI I31l1 _ v i1l1I IlIlI a8liI I lilI _ n i ,ilgl 1 i J
- d _
5 e 0 s _
- : d 3 I e i 5 I l I u c s a AI 0 0 01 y b I W1 0 a u la 40 Q v r2 c 1 d
O. N a ee / 0 ir1 H 1= m /99 4 '0 0 f t 0 8 0 o 1( 3 . 9 B1 p 2 D E L I IN 1 1 1 i1lI I iilI llillI l1I11 I1ilI
/
t Ir ,Illl I1IiI I)IlI 2 I J
/
N / U l 4 o f e l de , A c , l e n 3 , CI e 6 al r I I I 8
/ 8 . Jb e 2 / i a
fI r
/ .
I 1I / e
. . . . p p 7
,C
_ L A ar P p p p p P p~ t rd O T ao N V I tn
- ~ lIi 3lill IIl1I
~
1 ht .
.Ca91. ./ /
8 N t o m i i i3ll i1il1TIi lI ii li ITlI13
- 5 Ill Jt
/ nst t luoe s. /
./
N . / i t n o 0 1 oenWA J mi
/ n t
A n d V r.v lev l rt l oo t,, f 1 sst 4 J - t ne i ~ we t 8 *
.i Tgu AI c 5
- oL J,nol ivniil T a W?
"0 - Jl lod
. 4 w
E v r 1 4C do tE a k kk . 4 eI ic 1= /* o de O c n 8's 1 h1 T a r n. e 4 0 r 1. ep i l z 4o 9> '3 tl ,i crriee otC1 h/ r t t . e. l u
/ 0 0 h / 1l
/vf a .s, .s.
.ret nn2 1 Mht u.
1 6 1 t 1 tt/
'I i I!i iIi 1iIll :lI8l t illiI slill y/tl To i 3iIllTiii1 iliII vSnee F
t ne He I, usst m smns. d d / i. it s s lase es e c ceeaS e u /dv t 1
- e. n.
e I mo do ) s n ,I o s sd j ee s. r g r e oy lap H rO icD )s r e 3 e n u o t ga g - . Dss r t r) vt Nns cnd aoa ne r 3v , mta wt ic( on AAl iddAI i i u a k ug od e e n t a* ara asi ess itd) my ria i d i r e m 1 Noi 8
, ,l i
r i a r a rI eI p aef eg Pn( pep r( lai1 eu m( ea h r Cp ett eaO Vi d aa( rt ei g/ AF* b S u 6 09 a-
,t 1 1 eo 00po,,il mf h0g 1 e w
h P O a P HH S Yd ( 082i00 c31I f l -1l' a s T 0a a p m 4R 1R 10t - - on a 1ll8l 60l 33t io/0i } - H l1 i1 Il Il lll1 l11lllll1illlIll1lllllllllllll 1ll8I 79- 3le11 8 1 rt O3 e Ill1i11lilll1llll1ll1llllllll lllll .F-Qu oot S/t O1 r eaI w ) 8 6 . .t o e s 8 '3 : o3 N e .1 t s e6rNNe *) .M e nn -5 p e n9eee o kOo. e 1 a l f o n lb t t tnouM eZA1 I *
- dN cn o.l li'sor oe l .N G o o
, a i n AA n m (
'0 : e s ci n TouFFCbNl o y i t C in / / e inl rA y , r n t p
o no NN m l :2l n1 e e c ANN A a I a . l r k n aAaSI ov . .E erf r t im3 s oi l p e O o n imI- e r 0 ( kt t( i ( e e sin6 g ,QQU S e e w : . r . . tQ s o c - o :eo 0a cn ogrBt t L H sl 0EE , .tE a. sr3 N :/l e i a: 51 e u pmo CnPPm n ce-C pP rnu s v vl d 3 ee1 y r e n i ( o aa2 kk06lkd 4 D d1 0 T s e Se E d leem pr1 oo62 4 t r - u60 1l t r u bt n osI :D g
- l : g nien Eei vc i t aD43 oo26l mna n tl o y a ,C3bb- rr99l er>
r 0 5 e m s-e0 tL n eO no uv t c a mv3 c a i n i ouni Bod t sde LF t n u&- aa00 ps=
- e, t e 0f M e tEP e ed0mos n t Zl p a3 m- m p0 f u
i r u t i a i eov ooo m uUFSS55ISa% t
- ih uc7 6 pE iD i0 n
e0E d0( c m c du o eB ol b u 4 u6 o c i c ... . . . . e q79 uE q q a M A L L R LFA o . 09 E u M D1234S67 891 4 k E E I3l b c u o IiI1 V i iI Ii1l Ili1 lI1lliil iIlllIllI lliI(ll P D
,' J' ,l' ;li 1 l
f f I .j OUAl 11 IC AI Ht4 t V, 1N MMA 514 i ! . p p ,
,ublic Service ( my of teen Hampshl tes Date: J/5/fg Ctec kd Hy :
eeabruuk Stat ion (QUlf t4 N1 QUAL ll ICAllite f IL E NO. 113-06-01 - M, j/ #esi, , ,
' W he t : 30-443 I Vuel i t ic a t lon i Uutstanding i i Vuell f led t nwI rosament l l'ostulate<f I nwI ronment i Ho te renc e l Method I ltems I 1 1_ _ i RoIernaw e i Value , g Pa rame te r i Value , ,
i Equipment Dusc r i p t f on ll i I Test and l Nor+ 1 IWrDaseUrmt No. Is s i i l I Year i S l I Operat ing l I Year l l Analysis i 9763-006-183-06 11 l I l g g II"" g I II l l g , , 1 g l E quipment ID No(s).: ll 1 l l I i ll I : 1 I I i ( L4 -Clit -4 i I l 3 I I None I il l 37$ i I l 3e$ y,g, g g ll Peak i P. l l l pp.4-3, 5-1 g l Tempe ratu re 1 i g g g I ll i l l , , ( *F ) I I i il i i , i 18 i i i la i i 3 l g ,, I e l I I 113 1 l Test 1 11 3%ak 1 60 P. I I pp. 4-3. S-S 1 j g I Pressu re i J 1 I i i E quipment Type: Coastal ll I I i l i Cable ll (Psig) l l I I I i I # # 1 i il I I I l hone I i ll I i 100 l I l 800 1 l pp . 4 -2, 3 5-1 1 Test l I Relat i ve P. l l l l 1 Manuf acturer: Brand-Rex illl Humidity l l i 1 l l I i I l l t 11 til l l 1 I l 1 I I I I I l Made1 Number: UL1ROL ll I I 3 l l Hone 11 I I floric Acid I I Test I i l ll Chemic al l Horic A id l P. I I 3.6% by ut . I p. 4-2, l l l ll Spray (pH) I l . 25 by e t . 1 i pH 9.0 to 10.$ I 6 l l l [ pH 7.S to 10.5 i l l ll l i I J
! i I I I l Auuracy :5pec : N/A il 3 I
0 3 l 1 hone I I Onmon: N/ A ll su Tear NorWal 1 H l 1 l 2.0 m 10 1 I pp. 4-8. S-l l Test l l ll Radiation Dose lI 2.0 m lO I P. 3 l j l l l ll (Rad s! l i l l I l l ll 8 Tear Accident i I l l l l l ---- 1 I l I Limiting invlronment: ll HadiatIon Dose Il l P. 3 l a l II (Reds) I I l Test and I t* ie.c l t l 194/40 1 4 i lt 2 I l Location: Containment Aging i 194/40 1 l (90*C l i p. 4 l Analysis i l l Bullding (All Zones) ll I (%*Cl I pp. 6 I I I l rid Ime: Primary Aum . Il l'F/ Years) 1 I I I I I I l Il 8 j Huliding (Note iI ll i I I s I l Ne ane I ll l 7 N/A i N/A i I i N/A l I I l Lowust E levat ion: Note Note 2 l I 2 Illl l Submergence l N/A l l I i l l F lood lo wl: l l l i I i Abow Ilood Lewe1: Note 2 ll ll l 1 Notes:
- I
- 1. I te l imi t i ng tones f or rad i a t i on a r e FB-l a,A an.f Doc ument at ion Ref e rences : Chart, 7 / 22/H*s .
PH-18. fnvironmental sones ('It-4 and fYi-19
- 1. UE AC Drawing No. 9763-F -300219, Rev. 17, Servl(e 2, Sp ui nvi ronment llication for 500 Volt have been esc luded si nce no elec t s is al
- 2. Of AC Spec i ficat ion 16. 9 763-006- 113-6, Re v. equipment is Installed in it..se senes fue t . ns.
o.u,.. .r e Inst rument Cable, 11/30/82. (oaa l al-Type Cables 2. 59timorgerte quali f ic ef lon need an,s 1,e IP-33S76-01, FfC Report F-C5120-2, Qualif icallon Test s of (L (K'A l (Heternrr e 93.
- 3. ( 51 0 ) and I oss-of -G ol ant - Act. ldent In a Simulated Steam Link Greek I nvi ronment , 9 /2/80. iternal Aglog intr eolation I&sults.
4 IP-33574-Oi, Long Torin O S. Impell Calc ulat ion No. OS 70-032-OH2, How. 6. Seabrook (.Q. 8lle No. I l 3-06-01, t,. A sses smen t Ctwu bll*.!, Notn 1. j
- 7. Stilt-9f.26 3. Of SC F l<modl ng Mat rIa .
tl . 541u-9 2f,05, Ut &C Let te r, dated 2/li/tt's. dnied // / / lit. , * ..u.n.u y . .f a 1.e. Il I .p.ti na.nt 0*a io-0 32-NY -l',f,, i 9 legie.Il tettor No. e. , , , /
* '-
- e. n tw.. u t t ut 8 % l o n U n l ., i v..n t .
e QUAT if IC AllON V/
)N WOHK 5Hf(I Pr ep ared Oy: b ([h ggg Iuble 5e .apany of New Hampshi re l ouiPM NI guAtif lCAr t(W flLE NO.ll3-06-02 Ctatcbed By: w A.v [ bate:3 e &
LDcket: $0-443 Quali f ied t n vi runment i Qualification I w tstarusity Ii i Met ted I it s rostuiaIFd E nvirenwnent i valuu i Het erenc e i
, g value I Hetererno g 3
II Parameter i g g i Hone l i f ea lpment Desc r ipt ion I g i 3 ; i.t* and fThrchase Urdar No.; il 1 2 l l Year l Analysis I l ll Opera t ing i I Year
- p. I i i p. I'/ g ,
1 97b3-00b-ll3-06 If Il** I I l l 4 g g g g I l l l 1, l 1 & quipmmt ID No(sl.. ll 1 I i i 1 I I L tt -(tt -4 11 I I i l Nme i l 1 3 l l il I 2 i ll NA I I 385 l Attactsnent i i fest 1 1 I p. I I p. 19 l I Temperatu re 1 375 l I g i 11 i i I I I 11 ( *F ) I l None l I i 3 l e 1 2 I l Test i I I ll f%aA i 1 l 443 l Attactment i I i i il 1 60 l p. I I I p. 49 I I il Pressure I 1 i E qu i pamt Type: Cable (Psi g) l l l 1 i None i i ll l l 2 3 l Test I Relatie l p. I i 100 1 I I 1 Hanut a_turer: Br a nd-Rex 18 ll Humidity i 100 l l At t ac tum* I 1 1 l l l l 1 p. 19 1 i ~l ll 45) l I i 1 l ll l I
~
l I I None l Mude1 Numter : 300v I I thric Acid i 3 i I i 2 IS I Iest 1 instrument & Thermucotg) fell Chemical I tbric Acid p. I l 3.05 by =t. I p. I I I (' l En f ansion Cable ll i 1.25 by wt. I l pH 7.5 to IO.S I 6 l 4 Spr ay IpHi i l l ll I pH 7.5 to 10.5 l l I l! l ll 1 i i 3 l None I j l Accuracy : Spen:: N/A ll I I 0 l 3 l i l ll 4U Tear permal I 8 l 2 1 2.0 x 10 l p. C-2 1 Test l Deanm: WA l I i tote 3 ll Radiation Oose il 2.0 = 10 l P. I, Note l I l I i I IRads) l l I l ll l l i i i li I Year Acident i --- 1 2 I I I I I L imit ing E nvi ronment : ll Radiation Dose !l I p. I 3 I s i None i ll ( Rad s) i i 1 3 i Test and 1
!- il I
l I i 194/40 i At t actment il i Analysis I I Locat ion: Cont ai nment Agi ng i 194/40 I p. 7 l (90*Cl I I I l Dulld i ng ll l (90*C) 3 I i 4 *f / Years ) l l I l i Nad 2cne: Pr ! mary Aux. ll l I I I 3 l Sulldi ty (PH-IS A, P8-188 ll ll l I 3 i None i l i Note 2 l Test and Note l i I 30 Days l i I L I 8, 9 I l Analysis 33 l' below l 17 ouest L le vat 1(n :S'-S" 4 '-r Sutener gence i and 10 l I F lood L e w l : ll 1 flood in wl___ _ _ l Notes: ll l Abow F lood La wl : No
- 8. T he limi t i ng zones for radiatim are Document a t ion Ref erences: 11/ 30 A2. [ nvi ronment al /mns 2, 300v instrasnent Cable,7/22/8S. 2mes PB-ISA and P8-16.
- 1. Of 4C 5peci ficatlan No. 9763-006-113-6, lesv.17, Service Environment Chart, PH-4 and PO-19 ha w been exc luded since no la st r ument at ion Cables electrical ogsipment is installed in tres. i
- 2. 01&C Drawing No. 9763-F-300219, Rev. areas. INetererice $1
- 3. IP-31732-0 3, FRC Report No. F-CS120-4, Quali fication ofand toss-of-Coolant-Accident E nvi ronment , 4/12/82.
- 2. Cable is quallfled for 30 days sutenergunce in a Simulated Steam Line Break 0570-032-004, 143 vision 0, 2/03/t35. only (Ref erence li t,
- 4. Impell Calculation, 3. Thermuroup lo Cable is not ru<peland to per turm l S. $rts-92b(h, ut&C's i i ie ho. letter to lapell, Assessment 183-06-02, dated 2/ 8 3/05 Clae l l st Note
, tbte 10. 11. an <m.t I w satety f urc t Ion sut,suquerrt to f s
- 6. Seabrtx* L .V. Cleicklist, au ld nl ewnt s (Netesen(n 78, and atturait i
i J
- 7. Seabro(A E.O. file No. 113-06-02, f loodI tvjAssessment
$tudy Ma1r I =". don.s not ho w to te addressen, I j 8. 5blF9676 3, Uf AC let ter , N...i s im I
- 9. Intel l L et ter No. OS70-032-tit-l%, 2/2/66f rta G. Micru to A. Hiswa s, da ted 2/2/ Air,. l'ar i . .r i 10. lapel a Menorandum 7.
1 ii3-Ob-oi, Assessmo.t ce. a list. Novo
- 11. Secu n a t.o. tile No.
l
.,(7, 4m
-- - - - - - - - - ~ _ _ _ _ _ _ _ ^^^^ ~ ~ ~ ~ _
--_. _ __ ~_._.
" ^ # # # DI I w , c. h Wepared Hy*
Public Serv mpany of Noe Hampshire Checied By: h, /h _ ,e : j/ Seabrouk St. lQUll44LNT QUAL if ICA. .oN f ILE No. 113-11-04 Met 40 1 Quel l f Ic e Ioni i Outstandin I ll I Quallfled Environsmont Method i t eyes Post ul a tes lWv Ir urwnont g-- yalue I HeTerence l g lI Valiin i W Tistis'nen 3 Equlpment Description rarameT&r : g 4, p, 4,g g i ll Il i I i l lI Year l $,p.4-2l l lest and l Nne I l Purchase Urdor MJ. . Operating i i Yuar i 6, p. 10 l Analysis 1 I 9103-006-113-11 il l Shoot i i Note 2 1 I, Point 3, 6 1 I e ll Ilme l l l g g l l 9 g lI fqulpment 10 Nulsl.: ll l l , 1 l , , ll y--
, l %n,, ,
3 1 yest Ir s I Sui ! if0f-CHL-2 Pean i ll> I I I p . 3- 10, 4 -2 I I i Il i l snoot i I I g I ll Tegerature I i l , 11 (*fi l i i i None i i I i > l lost il i I I ba I i la Pean i bo i I p. 1-10, 4-2 1. I l l stw. t i I I J Pressure I i Equipment Type: il (Psig) l I l l l - ll l g l 600 V Control Cable l 1 i i l ll I i t $ I Iest i None ll I I i 100 1 Relative l 100 1 i i p. 4-2 1 I l: Manuf acturer: ll Humidity i I Sim>u t 4 i i i -- li l I I i Anaconda Ist i # 4 1 None i Model Number: ll I 5 l Iest i i I l Horic Acid 1 l ( FR-(P, 600y ll ll Chemical i Boric Acid i 3.$45 by wt. I p. 3-80, 4-2,4-38 l I Sheet i i 1, point $ 1 1 li Spray (PHI l 1.23 by wt. l pH= 7.5 to 10.') i I I l pH= 1.') to 10.5 1 I l d -- ll l : i l l s 1 Accuracy: Spec: N/A ll s i i S l Test i Hone I Dem>n: N/A il uv voar mn ai i l 1. Shoot 3 12m 10 I p. 3-2 l l ll Radiation Dose l12a 10 l Ntu I I l Appendia C 1 1 I IRads) ~ l~ l l l j ll l, Shoot 3 i l ll i Tear ncc s achT T- - I I I I 1 ~ ~ " il Radiation Oose II i 1 Lielting Environment: (Rads) l 3 I I %no l Location: containment ll I 3 2 i Test and I 1 160.1/40 1 i l (All lonest ll Aging i 100.1/40 1 3 i (ll.S*Cl l l Analysis l Rad Zone: Prlmary ll I ( 11.'s*Cl I I l 1 - I Aun . B a dg . (PB-IS A, IM-18) l l (*f/Tearst I I s i i I ~~- i One I Note i 11 s i i Note 2 1 Test and si e I al. 15 l 30 days i Analysis i l- Submergence 1 3' uelo. l anJ 14 l 1 l l l Lowest Elevation: (-123'0"11 l F lood Lovel l l I i flood Level: (-120'8" ll ll l l I l i I i Above flood Level: No ll l N tes: l The limiting radiation cones ar o Po-l*2A ond it3-id. 1/22/05. 1. 8 ee-Documentation Heterances_: Revision 11, ',or vice tuv ironasnt char t , f-04w29-1, 1/03/dl. Env ironmiental lunes f41-4 anJ PU-19 ar e escludemJ c no electrical equipment is instalin s in those er as.
)'
- 1. UE&C Orawing No. 97o3-F-300249to flRL lechnicall(oport No.
- 2. FP-32S48-02, Attachment AT-1 (Hof. lui.
Catstes are quell flod for 30 days sut msrgence ont y
- 3. IM-#dil0A, UE&C Memorandwn, dated 12/l/88. 2.
4 F P- 32540-02, Att achment AT-2 to F-C4W29-1, Ju l y 190o. it Lluctrie (Ref erence Ill. FlHL Report No. f-C49b9-1, thaillication July lost Ie19. of Llass S. FP-32>38-02, lest Hoport N . I b')d i-dl N, Cable in a simulated SLB and LOCA Environment,
- 6. F P- 3 3266-01, ACTON Environmental festing t'orpor ation, Hovision I, 7/23/dl.
- 7. VUO32884, Anaconda-Ericsson 833-17-01, tottur to ut AC, datol I /6/u2. Assessment Ch'klist. Utu S.
- 8. Seabrook E.Q. file No. 145-11-04 Assessnunt them.k l i s t , Nto */ f
- 9. Seabrook E.Q. F lie No. r
- 10. S00-9160's, Let ter f rom ut &C to impell, dateed //11/U').
II. 500-96261, Seabrouk Station floading Study Matee.. Awee .smont N k i l'. l . 0 8"I.),- 4/. Saahrt>>k l y f i lu No. 181-11-01, 0110-011-4 V - l *>ts, // / Ake- ' ' hf m .
...,e s ,,
i4. ImpnIl I,,ttur W . i.,A sil .. , Ih v eli8
* . ma . . .. r s .,,g i p
- - - - - - -- ~_ __ ^~ ^ ^ - - - -m ___
N Wola SH[El 7p .
,2my of Neu llampshi re OUAL IIICAI 10N i . p,ep ,,,o gy { {. -
) ,
Public Serv 6( Sesab r n k Statius Ct=5cked by: 7;k / /k Date: Mg/h Ih 6e t : S0-443 (QUlbt NI QUAL IIIC Ail (N FIL[ NO. 113-88-01 /
/
i Uuall f lod E n vi ronment l' Quai l l ic at i m I Uut st ermII rf ll 18 t'osiu fdfeTTn wTrunment Heference i Met ind l Ifees I i Het e renc e i Valuo I l Farameter i Value I l E quipment Descr lpt im iI l I I I 4, p. 10 I i Nane I I Il 2 i I Year l S , p . 4 -2 l Test and Operat ing l 1 Year i l Analysis l I l Pu rt ta su or der No. . Il i I I tote 2 i 80, p. 4-1 l ll ilme i p. l 6, Point s 3, 6 I l i 9 7b 3-006- 18 3 - 16 I I l l g I Il j l l } l 1 l i l E qu ignent ID No(s).. Il I I i i i ) Ell-08L-3 II i l S i I I r+me I ll Ne l I 36S 1 p. 3-10, 4-2 l Test I Tempera tu re 1 3 / *> l 2 1 I l i i ll i i i l 11 (T) i I p. I l 1 I ~ i i 1 I i l I il I I l 3 I l l l ll l 1 Pee l l 1 Test l None i I ll 2 1 66 i S 1 Pressure 1 60 1 l p . 3- 10, 4 -2 l 1 l E quipment lype: ll (Psig) l l p. I l l l l i instrumentation Cable ll I l l 1 I I l 11 I I 1 1 1 l l l 1 I II l l l None 1 I ll Relati e l l 100 i S l lest l Humidity i 100 l ?
- p. 4 -2 I i l ll I I 1 Nanut a ture r: i I p. I I I l An aconda 11 (3) l 1 1 I I
J l I I i ll I I 3 I Test i kne i ll I 2 l tioric Acid i S, p. 3-10, i I Chemical l bort ( Acto l I 4-2, 4 -3 I i 11 i 3.S45 I;y wt. l i Musel Numt sr: Spray (pH) I l.25 ty wt. I p. I
- 6. Point S I I 300 Volt , F R-LP ll l pH 1.5 to 10.S I l
ll l pH 7.5 to 10.5 l I l 9 I I I 1 l 1 8 l Accur ac y : Spec: WA ll 1 3 i I 8 I l l lI su Tear No'rinai i l I Demon : N/A l 2 l l p. 3-2 l Test i Nane t l ll Radiat ion Dose 1i 2.0 a 100 I p. 3, f*)te 1 l 2. m 100 i Appendia C i i 1 ll ( Had s) l l l ll I Tear Accident i I i i 1 l - l 2 I l l I I Llettir=3 E nvi ronme nt: ll Radiation Dose 1 I p. 3 1 I I I (Hads) i 3 3 l 11 1 3 4 1 rest and I t.une 1 I totation: Cont alreent ll 1 l 18,4/ 4 0 l I l l'*4/40 1
- p. 6 l Ana ly s is l I Aging l 190*C) I I l ( All imes ) ll 1 *f / Year s) 1 (90*C) I p. $
! ! I l l Had Ime: Primary Aum, ll I I I I
I I ,1 I blog. ( Not e i l !! l I I i 1 l I i 1 l ll I I j . Note 2 1 Test and 1 Nme Ig 3 6, il l 30 Days I i 2' Helo= 1 l i Analy sis 1 1 l Lowest [levation:(-122'8' il f lood Lew I l and 12 i I I I (-) 20'8" 11 Sutmergence i I I I i Flood LeeI: l l 1 I I l l Aa,o w I loud Le wl : ft) ll l l 1 " '5' 1 l ll
- 1. The llelting tones for radiatline are PH-ISA unceerrravion neverences: and P8-18. lones PB-4 and po-19 t a w t,oen l . OE&C Speci f icat ion No. 9 763-006-18 3-18. Rev. I, Specificotton for 300 Volt excluded since no electrical ewipment is In st rument Cab l e, 11/30/81. Installed in t rese areas (Refere.s;a 3 3.
He w. 17, Service Environment Oiart, 7/22/8$. Cab les are que l l f lod f or 30 da y s sut,me r gers e ,
- 2. UE AC Dra=Ing No. 9763-f-300219,/13/BS. 2.
j
- 3. Shts-9260$ Ut&C Letter, dated z 16507-81N, 7/23/H 1. only (Ref ererte 13). .
- 4. F P-33266-Oi, AC 104 Test fleport No. te st of Class IL 18ecisic Cable S. IP-326S2-02, F il4. Report r-C4969-1, Quell Tficat s00. irni
- In a Simulated SLB and LOC A Envi runment , I /6 /H2.
6 VU32Bl4, Anaconda's l13-18-01, let ter to Uf1C, Assessment dated (tenblist, Hofe 3.
- 7. Seabrook (Q f ile No. $tudy Matrim.
j 8. SblF962t.), Ut&C totter addsessed to YAtC on ficu=Ilul
- 9. Sod, rote [Q l i f e fm. 113-18-01, A ssessmewit unn1 -616st , Noto f A'8f /8- 1, / / I S 1/./U l .
i AI-2 to life luport No. 8 0. IP-32tM4 -02, A t l as iment l
- 11. Img.e l l 1.. f t e.r No. OS 10-0 32 -Nt - l'o , 2/ 2/f t r .
- e. , e e.a... n vo, l
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ -m - ~, m _ _ m . -__~ --- _- ~ _ --
OtlAl 18 lb. a(N f VA
.10N M1NK $tif y Prepared ay:
il //' 74 'Y 'O A,* > o,,,; 2 [ PubIIc Setvice Company of Nuw Happshi re ( Seabrook 5t atIon ll 3-19 08 Crectied Hy: 47 0,,, J IQuH'MtN1 QUM H ICAllON fIL( NO. '
/ '
Der he t : 50-443 alHICation i Out st a diGj~ l I I PostuTilGI I nwr ro,no..t i Nettoo I gg,,,g g II i ue i Nef e renc e Value I Hel e guir e
' I
' 3 l E quipment Dev rlpt ion ll Pa ramet e r i g ' i i 18 1 g I 1 Year 3 i Test and i Nano I lbrt hese Urder No.: Operat ing i I Year I I l Analy sis l I i 9763-006-113-19 ll i I P' i g l P. 2 I I il Ilme g S I I l l
, l i i i I Equipment ID No(s).. ll l l
, 3 I ll ,
I t(I-Cat-6 I , l 2 l - ; i il i sit I l l 39o l 11 Peak ; los, i 1 l l p.11 I 3 l ll '7.n *- l 1 l I l l 3 g I 3 I I ll i I % I 3 l ll3 l 2 l 3 I il il Peak i 60 l l I i p, il g y,,, l I l f i p. 1 g , I Pressu re l I I Equipment Type: il (Psig) 1 I l l g i l inst rument Cable !! l l ' i l I I I ll I I 2 l I % l !! I 800 l i I loo 1 g y,3, g l II Helat t w p . .,s I l p, lo ' i Nanuf actu rer: l l l I g i III 5+ renant 11 Humidity i I il til i 1 l l , 8 I l l l i , i Nooei Numte r: 1I i l i I lioric Ac id i 2 l l i 16 -18 T ri an l a s . NG-i l, li l Boric Acid 1 I I p. Io I rest l ll Chemical I s. 3 ty =t. i i i RG-58 4 RG-59 Coer ial Spray spH) I 1.21 ty wt. I p. 8 I pH=to.S I 6 i , t I il 11 I pH57.S to lo.S I l l l g 8 i I I i I l Hune i 1 Acc u rs y :feec : WA Il I I Demon : N/A II 40 Tear Normal i 8 I p. 3 1 1.66 = 10e 1 2 1 i T,.st i i 1 l (Note 18 l p. C-2 I ll Radi at ion Oose 1 2.0 m 80 i tente 1 i l i (Rad s) I l , i 11 i I l 1 11 I Year Accident I l l , i I p. 3 l i ll Radiation Dose !l i i , I L imi t t rw; [nvi rotwent : I Note 1 I 1 g ll IRads) I i Test and l None I 3 3 l 167/40 1 3 i Location: Cont ai nment il i 167/40 1 3 i p. 2 l Analy sis t (All Zones) ll Aging l p. / l (75'Cl l ) I I 1 *f / Yea r s) l (75'C) l INote 8 ) l l i Had Zone: Primary Auu. Il l l 4 l l -- l i l bldg. (PB-ISA, fe-18) ll l l I I I l Norv, l Note i !! I I l WA I N/A i WA i 1 Il l WA l 8 l l i l l l Lowest [levation: lete 2 ll ll Sutme rgence l l l l l l 1 Ilood Leel: Note 2 I I I I Notas: 1 Atx3w I lood La wl: Note 2 Il II i I ; l Occumentaticn Ref erences: 1. Itn limit ing ranes for radiat ion aru st-IV ( lu a 7/22/85. and fD-18. lones fB-4 and FU-s9 a re 9763 4 -300219, Re vi sion 17. Servico f nyt runment al Criart. UEAC Drawing No. slece no electrical eculpment is Inst allea
- l. Fift Reort No. I-ASS 50-8, Osal if ic ation Test s E ofnv L i1*(t ennment ric al, Cables 1/14/85. In t hese a reas, IRef e rars e 78 T re- trai ll a...t
- 2. fP-33262 -02, j
and t oss -of -Cou lan t -Acc i dent lif e of tre cable (laradintn<1 to I . re. Mr o.ess in a Sloulated Steam 1.Ine Break In t rese sones is l imi te.d lo 15.20 yoor s.
- 3. WU-30454, III to UE AC, 8/23/82.
4. Uf 4C Speci f ic at ion No. 9763-006-183-19, 070-032-002, lh v. O. Sec. f or 4aci alty Cable, 9 /20/H 2. 2. Sutme rtpnc e quel l f ic a t ion is not re evi sua , { S. lapell Calculaticn No. Wete n* ru e 91. J Seat,r ook f.Q. File No. 113-89-01, Assessment Ctnt 6 i lst . Note 81. 2/0 3 /115. 6. 560-92605, Uf 5C's let ter to tape!I. dated f
- 7. f gooding Study Mat ri n ." 8 3 4 *< ll O 'Nl l'a'ht B. $liU-(#6263, Ut aC Let OSter. 7 0-O V-NY-IS6, dated 2/2/tt'. %s"end'Y
I e .. si I. I
< 9. lag.ol l l ot te r No. e,t t h. . l.gn liasi s I went , '..f f (
' * , .f ,. . . o. .d as a Id.....It .
- - - - - - - - _ _ _ _ _ _ _ _ _____ __ -%~_ ^ - - ~ _ _ _
QUM it lCAllW [L N WORK Sl(ET Prepared By: [h n / j/ff" Pub t Ic Servi ce any of New Hampshire 7 Date:)/eMg Seabrook Stat tu. Chec kd By: f 1, /4 , EQUIPMENT QUn iflCAll0N FILE No. 113-20-01 f OcW t : 50-443 , I gue I r Ic a? Ion i Uut staruli ng i i Uua l i f led L n vi rurment I stems i t'o st ul at es! E n vi rurunesnt i He t erence l Mot tod I II i Value I Het erenc e i Value i l l i E@lpment Descr ipt ion ll Paremeter I I l i I 4 1 Test and i None i Il I i i I Year 1 i Analysis i i Opera t ing i I Year i l l l Pu rt ha se Or der No. : ll Time l l p. I l l l l 9763-006-113-20 ll l l l l ll l l l l l 1 l I l I I l Equipment 10 No(s).: ll 1 1 I 2, p. Il I test l None l EM- GL-7 11 I I I 390 1 1 1 1 ll Poe 1 37S I l 1 i I Tempera tu re i p. 1 l I l ll 1 l i I l I l (T) I l l I ll I i 1 I I I ll l I I I 2, p . Il i Test i None i 113 1 I il l 60 l l 3 I l 1 ll Peak l i I l l Pressure I i p. I l I l Equipment Type: ll l l I i (Psig) I I l i I i inst rument Cable ll i I I I I I il I I i 1est I tame i il i i 100 1 2, p. Il l I i I I Re lat l w i 100 3 l i l Man uf ac tu rer : 11 Hueld ity I l P. I l I i i 3 i l III Surprenant ll I i l
!! (3) l i l I l 1 1 I I I i1 I l None I g
l Mooni Numhor: 300V I I l Boric Acid i 2, p. Il l Inst l instrument Cable if I l i ll Chemical l Boric Acid 1
- p. l l 1. 71 by W t . I 6 l l l I l 1.25 ty Wt. I l I ll Spray (pH) I pH 10.5 I i ll l pH 7.5 to 10.5 1 l I I l
g i l 3 3 3 I l l 1 Accuracy: Spec: WA li I I l l Demon: N/A II43 Teer Normal i 8 g p, g g 0 I 2, p. l l Iest i Nane i ll Rao etion Oose 1I 2.0 m 10 1 Note 1 l 2.20 x 10 1 I I I l g gg ( w s) I I I I I I i il I Tear accident i - I p. 3 I I I L imit l eg E nvi rorment_: ll Radiation Dose ! l I I I I I (R ads ) I I l None l I ll I I 1 4. S l Test and 11 3 1 200/40 l Analysis 1 1 1 Locatim: Containment A Ing I 194/40 1 l (98'C) I I l building (All 2mes) ll (*f Years) l (90*C) I p. 3 I I I I I l Rad lone: Prisery Aum. ll 1 I I I I Building 18 1 l I I I l l I I i enme 1 IIPO-ISA, P8-183 fete I il i I 30 Day s l Note 2 l Test and 8, 9 1 l Analysis y 8 3' Bo lo,, l and to l I I Looest Elevatim:(-)23'8" (-) 20'8" ll Submergence ll i F loud LewI I l l g 'l l F lood LewI: il I ' I, , g I Abow F lood Le wl: le Notes: n,.,1 - le,ence,: 1. Ifie limiting environment for radiation are #
. Zones IB-ISA and PB-18. E n vi rorm-e nt a l zone s 17, Service Environment Ehart, 7/22/8S.
- 1. DEAC Drawing No. 9 763-F-300219, Rev. PB-4 and PB-19 have been escludud since no
- 2. FP-33835-Oi, F il4. Report F-AS$50-8, dated I/14 A0. electrical equipment is i n st a l le=1 in trase
- 3. UE AC Specificat ion 9763-006-183-20, from J. Sibley Rev. (iii I,Sur 12/7/85.
prenant i to R. Minau tut &C). areas IRef . 7).
- 4. Letter of March 16, 19831/13/83 from J. Sibley (111 Surprenant ) to E.H. Case (UEAL). 2. Cable is quallfled for 30 days sutmur gern e S. FP-33829-Oi, Letter of only tidof esunce i t ).
F i le No. 113-20-01, Assessment Cteers li st , tote 8.
- 6. Seabrook [ .Q.
- 7. 2u-92t205, UE AC's letter to Impell, 2/13/85.
Study Matrin.
- 8. $1@-%263, UI AC F looditu)32-NY-IS6, 2/2/u t>.
9 Impell t etter No. OS70-0 14 41.l... IO. 19 11 Me erma r n nd.mIi1-20-01, f ram G. Mturn A *.+.e s sme to sil A.4In i sme le+* 4 3 l'. t*.,
,. ib///efMit.
es '# . ea. a a e
** ' - '
- 4 i O. 7 8 le, %,
QUALifICA110N EVALUATION HORK 5HELT , j Public Service Company of New Hampshire Prepared By: .A //Gnr Date: V/M4 Seabrook Station Docket: 50-443 EQulPHENT QUALIfICA110N FitE NO. 113-20-02 Chected By: bhbb/ Date: ' [fk,
.f T rostulated Invironment Qualifled Invisu a ;t Elvellficatio# Dutstanding
+ Yalue Nererence Yalue Reference Method Items Equipment Description Parameter Purchase Order No.: i Test and 9763-006-113-20 Operating Analysts None Time 1 year p. 1 I Year 2 Equf gment ID Mo(s).: E DE-C8L-7A 1 5 Peak p. Il Test None rature ??9 p. 3 390 l y( F) Note 1 6
- p. L Il I 5 Peak Test None I p. ? 113 p. Il Equipment Type: Pressure 6 (Psig) Note 1 Theruccouple Cable p. Il 1
5 Manufacturer: Relative p. 2. 3 100 p. 11 Test none H eidity 100 111 Surprenant 6 (1) Model Ntaber: Emane Insulatten and Soric Acid 5. p. ! Jacket Chemical --- 1.771 by wt. 6. p. 1 Test None Spray (pH) N/A 7 pH 10.5 Accuracy: Spec: + 1.118C Demen: 71C 8 40 Year normal 5 2 a 10 7 3
+ 0.38C Radiation Dese p. 2 2.2 a 108 p. 1 Test None (Note 2) (Rads) 6 1 Year Accident p. 1 L totting Env1ronment: Radiation Dose 3.4 x 10 7 1
- p. 2 (Rads)
Location: Primer Aux. 4 208/40 Test and 81dg. (P8-21 Note 1 Aging 194/40 2. 3 Analysis None 0 (90 0) p. 3 (980C) Rad Zone: Primary Aux. (OF/ fears) 81dg. (P8-21) N/A N/A None l Lowest Elevation: Note 3 Submergence N/A 9 N/A Flood Level: Note 3 , Above Flood Level: Note 3 Notes: Doctmentation
References:
- 1. Peak pressure is in zone WA-2. peak temperatt.re UEE Drawing No. 9763-F-300219. Service Environment Chart. Rev. 17. dated 7/22/85. is in Fone P8-Fl.
1.
- 2. Letter of March 16. 1983 from J. Sible (11T Surprenant) to R. Minau (CE AC). 2. Specified in Reference 4. p. 16. Demonstrated Letter of January 13. 1983 from J. Sib ey (ITT Surprenant) to E.H. Case (UEAC). In Reference 10,
- 3. 3. Per Reference 8. this cable is not submerged 4 (IE AC Specf f f cation No. 9763-006-113-20. Rev.1.12/7/83.
f P-33262-02 FIRL Report F-A5550-8. dated 1/14/83. subsequent to design basis events. 5.
- 6. IP-33838-01. FIRL Report F-A5550-II dated 4/5/83.
- 7. Seabrook E.Q. File No. 113-20-02 Assessment Checklist. Note 6.
Letter N.K. Woodward (Impell) to W.J. Cloutier (VAEC), dated 2/2/86. B. Revision 0
- 9. 580-96263 Seabrook Flooding Study Matrix. Page I of I
r ilhi m)l* SM f T O [, pag,; 6 QUAL lllCAIIOtt iy, Prepared by:
'1 blic Se Ic me any of New Hampshi ru Ctecked fly:
,f[ Derte :
IQUIPME NT QtW li lCAI Kt4 F u f NO. l 13-22-01 I Duc lust : $0-44 3 i QualIfICetI I Out51aruffrw I Qual iIled I n wl ronment l g g ** S g II Post u l aidWiener* Hef erunr o l Value 3 Ret a m e, 1 M ggg 3 I i Vab I I E quip ment Desc r ipt ion il Pa ramtit o r I g g g g lgg g l , l Il i l i Nme l Fbrthese Order No.: ll Operat ing l I 8 Yea l Analysis I 9163-006-183-22
- l l y l l g g
g E quipment 10 No(sl.: ll l i 1 I I g g ll I I l l Heferstre 7 1 I i l 1 2 i None i I ll he l 1 I 390 i Sect. 2 i fest l g Il 175 I p. I 6 l i Tempera tu re i l 8 l l g 11 l l I i II (T) I I I I - g l 11 I i I l 1 3 i l l 2 l il I l 8 I 1 App. I I Test i Nme g i Peak l l 112 l l i 11 60 l p. I I l l Pressu re 1 1 l 1 Equipment Type: ll IPsign l 1 l l i l 600v Control Cable ll I l I i l l I l ll I I 2 i l 1 i I i Test I teone ll l 100 I p. 4 i l l il Rel all we I I p. I l I
! Manut a-tu rer: 100 I I l l ll Humidity 1 I I l 'I t Okontte til i 8 I :
ll l I I I I I I I l Modei Numte r: 600W ll I i Boric Acid i 2 1 None I f l~- 1 I notic Acid I i I soc t. 2, p. 7 i Test l g l Okonite FNR insulated ll Crusmical I p. I i 1. 75 ty wi. I 4 I I l Spray IpHI I l .25 ty =t. l l pli 10.S l I I I ll ll l pH 7.5-10.5 3 I I : ( l l i i l l 1 i Accu r ac y : Spec : N/A ll i 3 i 2 i None i Dumm : N/A Il gu rear Peormal"I g I p. 3 I g l App. 3 i Test l ll Radiatlon Oose 1I 2.0 m IO I tbte 2 1 2.01 x 10 l l 1 l I J l ll (Rad s) I I l l i i l ll I Tear Accident i n. 3 1 l l
--- I I ~l l ll Radiation Dosee 1I l l I I l L imiting Envi ronment: I l I ll (R ads) I I
l 2 i Test and i l l l l None ll i l l 194/40 l App. 2 Ciert I i Analy sis I I I Loc ation: Cont altenent Ag ing l Pble I l l i i Building (All Jones) ll (*f/Tearsi i 194/40 I (90*Cl i I l Idad lone: Pri m. Atat . 81dg . l l l (90*Cl l l l ~f l I I I (PIFISA, fB-188 ll il l I 1 l 3 i l 1 l I Nune I l l N/A l N/A ' ll l i N/A l I l 8 I I Lowest llevatim: Note N/A 1 l i
- Note 33 llll Sutme rgence i l I .
I I i f lood Lewl: I I I 1 Atme F lood La wst : Note 3 11 ll I Notes: i l . T rue inmperatu re, 194*F 190
- CClass ) , i s cif ons cas,lei st ,.ntsper= Il tt hict atro l.... (
Octumentation Ref erarces: 4 manuf ac tu rer's Envi and Seab rookf or radletion are lones tit-ISA ' 1. UfAC Drawing No. 9763-500219, 0, 6 /87 /115, Service invi runannt i n vi ruronont a l Quel Chart, lfl( at ionHev. 17, 2.dated for Okonite Itwo 1/22/65. limiting ronment Inwi rurpental Iones 011-4 and 111-19 rn w. tum FP-34390-Oi, P5CMt-0485, Ro wlston and P0-18. I. I ns t .s l ied en 2, en. fuded since no elec trical ensipment FM lasulated Cables. 0570-032-071, h v. O. f ra se a reas (Ref . S t. lapell Calculation is ns.t rn qu i r...: 4 9, t .. n.n. .. W.
- 3. P9at, Sed > rook EQ file No. 113-22-01, Assessment Cru,c h list , Noto 1. 3. Sutunnsyonce quellf ication
- 4. 2/13/11%
Slut-97t20*>, Uf 4C's Let ter toIl sapel l, dated ( tew b ilst , Noto 2. S. 3-22-fil, Assessmont P5MI, Seabrook f 0 f lie No. 6. 7. P SMf, Se at>rnah 10 File No. 113-22-01, Asses sment r tnt k a i st , to te 10. of ' i n '. II i spellent 4. si i . ft . '.ls t -9t.2 6 ), Ul &C F linull rw) S tu@ Nat t l = . o s .... 1 1 l o t te r No. OS 70-012-NY-l'.r., dat.ut
. s, I w.nt .
// Nest. %+vw v . .
QUAllflCATim t ATION tKfa SHIET Prepared By: h U ste : / IN f
/
Public Service Company of New Hampshi re l 5eabrucA Station Checied By: Date: / (QUIPp(Ni QUALif ICAllm flLL NO. 118-08-02 ' r L Out le t : 50-443 I Wal l T ied E n wl ,C S B 4AsaiB TICaT Ion i UuT&Tanding I il rbsf ulated E n vi ronmen? i Reference I Met hod I liens l I i Heference 1 Value l Equipment Desc ript ion ll Pa ramet e r i Value g g g g ; I l ) 1 1 l Test and l l Nrthese Order No. : ll Ope rat isq l l I l l l Analysis l None l I I 9763-006-188-1 ll p.1 l 8 year l $ j 11 Time 1 i year 1 l l l 1 ' 3 l l 1 l l l l Equipment ID Not s). : ll l l l l I I l i f ut -MM-77 ll I I I 1 2 l l l l EDE-DM-78 ll i 1 f%ak l l 1
- p. 29 1 Test 1 None l l IDE -MM-79 ll l I 375 I ll Temperature 1 375 p. I 3,4,6 I i l 1
l (DE->M-80 (Y) 1 1 l i i l E0[-MM-BI ll 1 I I i l il i I I I I I I l l l 11 1 i 1 2 ! l Pod I l 1 1 p. 29 i Test l None I l ll l p. I I lil l Pressu re 1 60 i l Equipment Type: ll l l- 1 (Psiga l l l l l l E lectrical Penetration ll l l l 1 l I (Medium Voltage) ll i i I I i l l ll i I l 2 l l I l 1 Test i None i 1 Manuf actu rer: ll Relatl w l p. I i 100 l p. 31 i Humidity 1 100 l l l l West ingtouse ll l l l l l ll (5) # l l l l i l i i ll I Modei Number: e 1 3 l l WX-33S20 Is e i l Boric Acid 1 2 1 i None ll Chemical i Boric Acid I l 2.285 ty trt. I p. 31 1 Test 1 i 5 pray (pH) I l .25 tiy Wt. I p. I l l l l 11 l pH 7.S-10.5 I I pH 8.S - 11 1 7 I I I ll I I i i I I i 5 s l Accu rac y : Spec : WA 11 i I l i l i Demon: N/A II au rear reoreal e I I I l l 2 l i None i ll Radiation Dosei i2x 10 p. l 2.1 x 10 0 l p. 23 l Test I l l 3 8 ll (Red s) i i l i l 8 l I i s i Tear accioenT l I i i L Init ing Envi ronment : l 1.04 x 10 0 l I
- p. I I I I I I
I I I lll l Radiatlon(Rads) Dose l I I I I i Test and I l ll 8 I 154.4/40 1 2 I Location: Containment i l I l p. 22 l Analysis l None l
)
Zone C5-10 ll Agirg l p. I I (68'C) I l 1 ll (*f/ Years) 1 120/40 I I I i l l Red Zone: Ccetainment i I I I I ) I Zone CS-10 Il l I I I j 1 I I l 11 I I i 1
#3 I I I I I WA l None l l l WA l WA l l Lowest Elevation: (-IS'8" ll ll I WA l 8 l l I I l F lood lowl: (-120'-8* Sutsorgerce I I I l I l l l Abow F lood Lowl: Yes ll ll l l 1 l
l "O Document at ion Refe rences : 4 Ser vice E n vi ronment Ga rt , Re v. 17, dated 7/22/8S.
- 1. UE AC Drawing No. 9763-f-30028 9,Tecteical Report s and Qualification Data for Medium voltage Modular
- 2. F P-31508-06, 28 t lac t t Ic l Nnet rat Ions (PE N-19-79-OS, Re v. 0$ 70-0 32 - 10 7.
Iternal L ag Analysis f or E lectrical penet ratins, Igell Calculat ion No. 1
- 4. Ut &C Calculat ion Set No. 4.5.25-f 26, 8 2/ 45 /ft). l S. Iq=ll Calculation No. 05 70-0)?-lM. Assessmont Ct=< k i l st Nt *
- 1. J
- 6. 5.ab rt= A S t a t i on 10 file No. l eft-01 -02
- 7. Seabrook Station (Q File No. 118-01-02, Assessn=>nt Ctaw h i l st N"to *> .
5110- % 76 3, I loodi nj S t udy Ha t r i m . w 's I. 8. 8 a. pre i .f i - - - - - - _ _ _ _ __ ^ ~ ^ ^ _
__. _, " .a _ OtlAl a f I C AI 1(te i V Al ION WOiE Siff T n+p are d By : 3n p.e
, Date : 2f/gh6 PLblic Servic e Cowany of New Havshi re Date :
Ct.,cled Hy : 5e ab rook Station # wil. MINI OUAl tfl( All0N i IL E NO. I l 8-03-01 ' Ekchet: 50-443 t I waTic%-iouistar>>n, i i i frosipment o. m ip,len U ra,amnte, "" " V!'P -
- a ,u, ,
.e , e ,e ,. , ',
rar' ~ <> t - e i i fest and
~t-d l None it.as 8
l r na - s. v, , . .. ,, I I I Year l 4 l l 11 Operat ing i I Year I g 1 l Analy sis 1 9763-006-118-3 l I ' g I 11 II.e l l l I ! ! I f tpsipment 10 No(s).: ll i ;
"c5^-'
ll
!! 1. 0 ."',etu,e l
l m l i i
.. l i
i
=
1, ,. 2,, j 'eu i,- l l 3
! n ist i i l ,
l 1 18 I I I y i l""* 1 I il I l 72 1 7 i T**' l I 60 I I p, gg l Peak I I I , , l I Il l i p. I g g i Equipment Type: il Pressure j i l l g ) (Psigi l l g E lec t r ic Conduc to r Seal ll l , i ) 1 I s g e.m. g 1 Assemb ly (ECSA) il I I l 2 1 Test If l i i 100 g g i il Relat i w l 100 i l p, 14 l g i l Manuf ac tu re r : Conam l p. I I j lbaldity l i l , l Co rporat ion !! I i l l 3 11 til l i , I i 1I i a i None ! I ModeI Numte r: i i 2 1 Test N-ilOOO Series il i l l Horic Acid l l J I ll Chnmical I Doric Aclit I 3.S1 ty wt. I p. 14 l l I I p. I i S 3 i Sp ray (PHI i 1.25 ty wt. I pH = 10.5 [ g j l 11 I pH = 7.*> - 10.5 1 l l l g I il l l i g g g Il I I I l l r l Acc u r ac y : Spec : N/A ) l j I Demon: N/ A ll 40 Tear Normal 0 l p. 3 l 0 2 i Test I t.m. 3 11 Radiation Dose 12m 10 Nte i I 2.25 m 10 1 l I ,' i 11 (Rads! I I i l l Appendim 0, I l l g i 1 l p. 83 I 4 II Year acciaenT i 1 p. 3 l i 1 1 I ll Radiation Dose 1I i , i i ' l L imi t i ng En vl rurunent : l i j (Rads) I rene ll i I l Test I i iI a I l 158/40 1 3 l l ! l Luc atIon: Cont al ament Aging i 130/40 1 I I Sect. 7.0 1 i I I (All Zonesi ll l I p. / l i ( *f / Yea r si i I l 3 l Rod lone: Primary Aum . ll i I i I I l Bldg. (00-ISA, P6-18) Il I i i s 8 l i l None 1 l ll i N/A l N/A 1 I I i N/A l i 1 II l 6 i J I l N/A l l l l l Lowest [levation: N/A ll l l l N/A ll Sutme rgence l l l l l 1 l f lood Lo w l: l l l i ll l j l Abo w f Imd La w s : N/A Note 2 11 l Notes: 1 J
- 1. Ifr* tot al Integrated radiation d>se in envigoneent re=#s. al Documentation Ref erences: 17, 7 //2/H's. tones PH-4 and 00-19 is greater t han 2.($ 10 f f Service Invi ronment O sr t , ik w. No electrical e<psipment is Inst alled in f rese, areras
- 1. DISC Dwg. No. 9763-f-300219,
) 2 IP-34063-0 3, Design Qualification Iest Re ort for liestrit Condiator Seal Assents IHefly , 73. e rerte li Re ort IPS-1079, Rev. D, S/21/B4. inst 14 port f or Motor ials used in Cona= 2. Suteneryence quali f icat ion is not enest red Iveterern e ns. l IP -34 256-0 2, Design Qualific ation Material 3. 1 ICSA's, Haport IPS-325, Rev. O, S/14/el. 0570-032-0, thew. O.
- 4. Ige l l Ca lc u l at ion No.
d, S. Sest,r ook E Q f lie No. 118-03-01, Assessmont Cten 6 8 la.t , Eto 4.
- 6. 560-96763, Ul &C I loodi ng Study Hat ria .
] 7. 51U-92605, Ul &C letter, dated //13/ttS. A... ca.*Ju til Eleskil*f. Clu ". t..wi i . .. e H. 'esatm on Station, lQ file No. I I H-O bOl , l 1
'_---_______ _ _ ' ~- - - - - - - _ _ - - - ~ ~ _
/j
# N/ IF
... WORK $HE E T Date:
QUALIFICATION fV h Prepared By: -
.~
Public Service Company of New Hampshire Checked By: w Oste: #k SeabrtxA St et ton (OullM N1 QUAL IF ICA110N I ILE NO. l18-04-01 Dac het : $0-443 i Quei l lic at ion i Out st andi ng l 1 Qua li f ied I nvi ronment i Items I l'ost ul ated E nvi ronment Value i He te renc e i Method i Il Value He f o re nc e l I l'eremoto r i 1 i I 3 l Equipment Descript ion ll I I I 4 i Test and I horw I f~ II i I i I Year 1 i i Operating i i Year l 1 Analysis i l Fbrt hese Order No.: il i l p. I I l I i ll Time 1 1 I I I I i I 9763-006-118-04 11 1 I 8 i l 1 i Equipment 10 Nots).- ll I I 8 1 I I I 3 1 lI i i i Test None i iC-O we-l ll NS I i 377 I p. 17 l l 370 l 1 l I l 11 Tempreture l I p.1 I I i 1 ll 1 F) 1 1 8 I I l l l ll i 8 8 I 3 I I I la a l i I hone I Ng i i 85.4 I p. will l Test I ll I I I l Pressure i 60 I I l l i l E quIpment Type: Cable 11 i l P. I l ll IPsign i 1 3 I l Connector Assembly l 3 3 3 I I Il 3 I g I I II l I l Test i None 1 1 Manuf acturer: Conex ll Relative I 1 100 1 3 I I l 100 l 3 I p. 19 I Humidity 1 I I I ll i I p. I I I ll 15) I 3 I Model humber: I 11 I 3 3 1 I l i l Conam P/N 7h64-14000-01 3 i 3 1I i l I kric Ac!d p . 19 i Test I hone i l Conam P/N 7N64-14001-01 Il Chemical i Boric Acid I p. I I 3.$5 by t. I l l l l 1.25 by =t . l pH 10.S l 5 I l Spray IpH) I I l ll l pH = 7.5 - 10.5 l I I
' 3 g
g ll I I 8 g
!! i I i 1 Accuracy: Spec: WA i Demon: N/A il su roer normai i
"'7 ~
l 2.25 m 10 8 I p.f0 i Test I None 1 I g ll11 *I Tear N Rcident li 3 I p, 1 I ! I I l l I i ll Radletion Dose i l 8.04 108 l I Limiting Envi ronment_: IReds) I g i i l ll I I l l 3 hone i Location: Cont. Bldg. If l p. 9 I Tes d I
- p. l l 227/40 ll (*f eers) 120/40 5 ;
I d : Cont . Bldg. l i ; l l l l'cs- ll I 3 l l l l None l l Il N/A l WA g l 1 1 N/A l g g 2 i ] l Lowest Elevation: O '-0 " 11 ll Submergence I N/A g i l l Flood Lowl: (-120'-8" ll I, g g Above Flood Lowel: Yes Notes: i 17, dated 7/22/85. Document at ion
References:
Service Environment Chart, Rowls on Ut aC Drewing No. 9763-F-300219, s I.
- 2. 500-96203, seabook Flooding Study Metrlw. for Nuclear Service J IPS-Il69, Rev. A S/30/8$, Design Quell ficat ion Test Report 6-30143.
l 3. Clrruler Multipin Connector and Connector / Cable Assemblies, W O. 1 Impell Calculation 0570-032-122 Rev. O. te . I, kute 7. fievision o 4. P58*1 Seebrt>ok EO File ho. 118-04-01, Assessment Chedlist l'e<)e i et 2 j S. 02 TAI
( ( fyg OUALIFICAlind EVAL UAl104 WORK Sif EI Prepared By: e- Date:
/ ,
Public Service Company of New Hampshi re Checked By: dA Date: //28[85 I { Seabrook Stetton [QUllMNT QL*L IF ICATION File NO. 118-04-01 I poclet : 50-443 a guesayscatIon i Uuf stangi ng l I UualIIled anwt. u-:d 04st hod i Stems I II tbst uisted t n vi etc. 1
! Value i Ref e rence 1 l
I Value i Heterence I I II Parameter s I I i Nme l l E quig.t h rlpt ion I I i 4 i Test and 13 i i i
- Year I i i Operat ing i i tear i 1 l Analysis l
l Pu rt hese Orde r No. : 11 1 1 p. I i 1 l flas i I I l I 9763-006-188-04 Il l l l l l ll I s i ll I _ I I i l Equipment ID Not s) .: I I I l 3 I l II I I I Test i None i l lC-con +- 1 il Nd 1 l i 1 394 I .. 8 I i l I Tamperature 1 370 l l I
!! I p. I I I i 11 ( *F ) i I 1 i I : i il i i I I i I
i 1 3 I ls i l l ' I Test i None l Peak i l 80 I I l ll 60 l I I l ll Pressu re 1 l P. I I I I I I l Equipment Type: t rco re (Psigi l I I I II I 8 i Detector Cable ll 1 i 3 3 3 I I L l I I I i Nme i 11 I 3 Test I Hanut acture r: Conom ll Relat l w I I I I 100 1 O l l 11 Humidity i 100 l p. I l I Pa 0
- I I I l (Il l I I 3 I I Model Number:
ll I I I 3 i lI I I I I 3 l Consa P/M 7N64-l4001-Of i I l Doric Acid 1 i Test i None I I (Note 1) ll Chemical i Boric Acid 1 I 3.35 ty .t. I p. 8, 10 I i ll I p. I l Spray (Int) 1 1.21 ty =1. I pH 10.2 i S 1 I ll l pH = 7.5 - 10.5 l I I l
! I ll I 3 i I 8 I
i I I 8 3 I I i Accuracy: Spec: WA Il 8 l l i None I Demon: N/A II ou year norsel i 7 I p. I 8 l p. 6 i Test ' l ll Radletion Dose 12m 10 I I 2.25 m 10 I I 1 (Rad sl l i I I APP 8 ll 8 g l I II Taar accioent i 0 p. I l l l i l I 1 L imi t ing E nvi ronment : ll Radiation Dose II l.04 10 (Red s3 l l 1 II I 3 l l 3 I es None l Location: Cont . O ldg . If p. 5
- p. I l 225/40 l
(* / rs) i 120/40 g i i lRd2 : Cont. Bldg. g g ICS-12) l ' WA I hoa* WA I WA ' l 2 , I Lowest E levation: 08-O" Submergerce i WA l i F lood Lawl: (- 120 '-8" ll I if 1 Above F lood Lowl: Yes _ Not es : 4,nnec for /( art f.
- 1. Ito c able at tachad 1o 8in F enela Assembly Conan P/N 7Nt,4-14003-O f is evaluated D(rumentation Ref erences: Ser vice Envi rurwnent Chart, HevisIon i7, deted 7/22/8S. on ly .
- 1. UI 40 DrewI rg No. 9763-f -300219, for Nuc loor ser vice j
- 2. Situ-%263, Seabook Flooding Study Nat rim.7/18/85, Design OualIfIcat Ion lost R+ ort l IPS-1792, %v. A,
- 3. Milli w.)lt $lgnal Inst rument at ion Cab le.
05704)32-12 3, Ruv. O. Assessannt Cten hilst No. 2, Note T. Ne visInc 0
- 4. Impoli (alculat ion Va.)e 2 s.1 l S. P944, Seabrook 10 F ile No. 118-04-01, l es so s g
- _ _ . _ __ __ ,___ _ _ --- ___ _- ~ _ - _ - . . - -. W
't ION WOHK SifET
' QUALIFiCATim iV7 Prepared By: [Tb, , . ate: //f o / )
PuQlic Service many of New Hampshire EQUlP)(NT QUAT lF ICAllm FitE NO. 120-01-01 Checned By: e7I h_Date:/r v Occ he i vue s a v a ea t nvironmenT i vusi T acaTion i vuT sTanoi ng1 rosTuiEYea t nvironmenT l I teves I i si i value i pov erence i Nethod Parameter i value i Her erence I I i l Equipment Description il I I I I l None i II i i l I Year 1 3 i Test and 1 ll Operating i I Year l i Analysis I i i f% rc ha se Order No. : Time l l p. I 1 l 1 l ll l l I 9763-006-120-01 l l l l l ll l I l l i ll l I I I l Equipment ID Not s) . : I I l l l l RC-PP-68 11 3 l I l 11 Nd I l 3 ! Test and i None i l i I I Ill ll Temperature i Ill l l Analysis l 1 l I p. 4 1 ll (T) l I l l 1 1 l ll l 3 I I s I l 11 I 8 I I i i I I Hone 1 he l WA l WA l WA I l i 11 - 1 3 l l ll Pressure ! I l l I 1 Equipment Type: (Psig) I l P. 4 i l I i ll l I l Clrtuit Breakers il l 8 3 8 3 i I 1 I I l l l II I i N one ll Relative l l I 100 1 2 i Test 1 i Manuf Gould acturer: 50 l i p. 56 I l t ll Humidity l I p. 4 I I I I l ll (3) i I ! ! I l I I ' 8 3 1I I 3 I I I l Modei Number: li I l I Hono i l FJ3 8125L l l WA l WA l ll Cheetcal I WA I WA I I t j l Spray (pH) l WA 1 I ' l ll 1 I I l l I I ll I I I ' ' g I 3 3 l Accuracy: Spec: WA Il 1 4 1 2 l I 8 t Demon. N/A II 40 Tear Normal I 5.0 x 10 3 i Note i ! 7 1 i Test i None i ll Radiation Dose 1 I l Ix 10 l P. 56 I I ' l ll ( Rad s) i I I i ' I li i voar eccioenT i I ,8 r i Note i I 4 I I l l Limiting Envirorunent: ll Radiation Dose i l I I I I I ll (R ads) I I I I 3 I I II I I i Test and l Hons f l Location: E lect rical Aging i I l 116.4/40 1 3 I l Penetration Area (ET-38) ll ll 1 85/40 I p. 4 1 l Analysis l ( *F/ Year s) l l l l Red Zone: Electrical ! l l I l Penetrat ion Area (ET-38) ll Il 1 I l I l Hone l N/A N/A l 5 l N/A l I Lowest Elevation:(-1268-7llI l N/A l Sutmergence I l I Flood Lowl: N/A l l l I g l Abow Flood Lowl: N/A Notes: I. This is tre total integrated dose htch consist. d 7/22/85. of 40 years normal plus I year accident doses Documentation Ref erences: Service Envirosynent Chart, Revision 17, date for the power distribution paruil.
- 1. UL&G Drawing No. 9 mM-300219,Gould Report CC-74-93, Revision 2, Qualification and Test Susunsry Report T hi s va lue t aken t rca Ref. 4 s.persedas that
- 2. IP-324 784)3 f or Power DIstribut ion120-01-01, Panels Note 7 of Assessment Checklist #1. found in Ref . 1.
- 3. Seabrook EQ F ile No. 4.4.14. 800F, T f D's f or tre Power Dist ribut ion Panel 9/18/85, 4 UE&C Calculation No. Novi s ta.n o
- 5. Shu-96263, UE4C Flooding Study Matrlw. 1
- n y. I os 1 0317D
s J0FK SH ET MA, * .., 'to: , f, , ,f , QUAL lF i CAT l(N Preparcd By: Ptb1Ic Servi apany of New Heapshlre Checked By: '(*/I, u st e : / y[/f/ Seabrook Stel EQUIPMENT QUALIFICATION FILE NO. 120-01-01 " ( / Docket: 50-443 I vuei n r ic eT ion s our sT enci ng i _I was s f ied invirormenT i Ite s ag rostulated invironmont i vesue 3 Reference i Method 1 l g value i Ref erenc e 5 1 Equipment Description iI raremeter s i i I l None i I i I Year 1 4 1 Test and II I Year i i I i I 11 Opera t ing i I I I Analysis l i Purthese Order No.: i I p. I I l 11 Time I I l l I 9763-006-120-01 l I l l Il l l : 1 1 l i i l Equipment ID No(s).: ll I I I i l l l lI I i None l 8 RC-PP-68 11 Ne I I i 345 1 2 i Test ; i I lil l I p. 68 l l 1 ll Temperature l p. 4 l 1 I I i l ("F ) I I I ll i I a ! l l t I I I ll i c l I l 8 I li e I 2 1 Test l None i ! i Peak l ( 113 1 i
\\ Pressure 1
- 1 l 1 p. 68 1 3 I i '
\ Equipment Type: 1 l l p. 4 l l ll IPstg) I 8 I I ibuer Wire ll l 1 3
8 8 l I I I ' l I II i I l 2 i Test i None I 1 Manuf acturer: Relative l l 100 1 l l l Okontte il I 50 l a l p. 68 l i ll Humidity l I p. 4 l I I I I j ll ($) I I I I I l I l 8 8 I I t II I I l Modei Number l Okonite/Okolon li I I I I l N/A I WA I None ll ll Omnical l N/A l WA l i l I WA l I I 11 Spray (PHI 1 l I I f i l l I I I l ll I l 3 I i I I I Accuracy: Spec: WA Il I I I 1l Demon: N/A II 40 Tear Normal I 5.0 x 10 3 1 3 1 8 I p. 64 1 Test i None I ll Radletion Dose 1i i Note l l 2.0 x 10 I I I i i (Red s) I I I I l ll l l I l II i rear acciaom i Note l l 3 1 I I I i I Limit ing Environment s ll Radletion Dose ii I I I I I e l ll IReds) I I 1 2 l i None ll 3 I I i I Test i l Lacetion: Electrical Aging i l 194/40 i Fig. I l p. 4 p. 67 l 1 Penetration Area (ET-38) llII (*F/ Tear s) 1 85/40 l l l I l l Red Zone: Elect rical 1 l I I I l Penetration Area (ET-38) lj ll i i I i I I s I 1 i I N/A i Hone
, : l I N/A l I
5 l N/A l Lowest E levation:(-126'-O"ll l N/A l l Il Stdmorgence I l l I Flood Lowl: N/A I I l Above Flood Lowl: WA Notes: l. This is the totes integrated dose which consist - Service Envi rorment Chart, Revi sion 1, 7 dated 7/22/85. of 40 years normal plus 1 year at.cident doses > Documentation
References:
9or t f or tie power dist ribut ion p enul . 1 1. ute. urewing suo. vio)-F-300219Gould Report CE-74-93, Revision 2 Quellfication and Test Summary FP-32478-03, R taken f rose Raf. 4 sigiersedes that This value
- 2. 9 /18 /85.
l for Power Distribution Panels 4.4.14.100F, T fD's for the Pouer Distribution Pene t, f ou nd in Ref . 1. j #2. l
- 3. UE4C Calculation No. 120-08-01, Note 6 of Assessment Checklist I t
4 Seabrook EQ File No. Revi s f ue o l SEO-96263, UE AC F looding Study Metrlw. Pap. 2 s,f 3 f
- 5.
k l 031 m
1 1 j g QUAL #FlCATla %T 10N WOFK SHEET Prepared By: ,,6'g d e _ *s: ///ofj'c j Public Serv. in any of New Hamp shi r2 Checlied 8y: Date: Y skc S 43 EQUIPKNT QUAL IFICAT I(N FILE NO. 120-01-01 '
/ I rt>sf u s aved t nvi rorenenf # vues sr aea towaronment a vua l i t ic sT i on i vuT sTandTCl i si i i Reference > I Mettod l Items 1 Persnoter i Value i Ref erence value i l l Equipment Description ll I 3 i None il i I Year 4 1 Test and l l 3
Operating i I Year i i i 1 l Analysis l l 1 Purchese Order No.: ll i p. I i l , l 9763-006-120-01 ll Time f l t i i i t l I ll 1 l l l l l t ' l i i Equipment 10 No( s).: ll i i i i i i lI l i i i I , l RC-PP-68 i i 11 Ne 1
! ! 470 1 2 l Test i None I Temperature i Ill l p. 9 I I i I ll I I (T) I l p. 4 i i i i ll I i 1 i I 11 1 i ,
l i i I I i i la l l l ' ll Peak l i 74.5 1 2 i Test i None t l 1 I ) Pressure I - l p. 10 l I i l Equipment Type: ll l l p. 4 l i (Psiga l I l I , l Electric Terminal ll ll I 1 I I 3 ' l I I I I I 1I l I I None Relettwo I 2 1 Test i I Manutacturer: Aw, I rc. ll 50 l 1 1 100 1 l l ll naaldity 1 l P. 4 I l P. 9 I I ll ($) I I I I I I il l 8 8 I l Modo l Number: 3 3 I I II 8 I I l PIDG I l WA l Hone I ll Cheetcal 1 WA l WA 1 WA l N/A l ll Spray (pH1 l l I l l I I I I I i 11 I I I I I I i Accuracy: Spec: N/A ll I I t 8 I Demon: N/A ll 40 Tear Normal i 5.0 x 10 3 1 3 1 8 t 2 i Test i None ll Radiation Dose 1 Note 1 l 2.59 x 10 l p. 8 l ( Rad s) l I I I I l ll i i I lg i rear accident i I I l i 3 I I ll Rediation Ocse i Note 1 I I l Lietting Environment: l I I ll (RMs) 3 3 3 l l 1 1 3 I Location: E lectrical 11 I p. 6 i Test None l p. 4 l 194/40 I Rd : loc rica 1 (*F rs) J 85/40 I I I I I l I I l I Penetration Area (ET-381 il ll i I 3 3 I I i I 3 gg i I I I ) g l I N/A I N/A l Flone { N/A I I Lowest Elevation:(-126'-0"ll l N/A l S 1 1 Flood Low l: N/A ll Sibnergence l l l l l Abow F lood Le vel : WA ^ l Notes:
- 3. This Is tte toTaTTEtegrated dose hich consist Docuserrtation
References:
Service Environment Chart Revision 17, dated 7/22/85. of 40 years normal plus I year accident doses
- 1. utat ur awing seo. vioJ-f-300219 l 10-18004. Rev. O, 2/2/82. f or the power distribution panol.
- 2. AW Cualification Test Report No. TID's for tte Power Distribution Panel, 9/18/85, This value taken f rom Ref. 4 swersedes that 4.4.14.10(F
- 3. UEAC Calculation No. 120-01-01, ble 6 of Assessment Checklist #3. found in Ref. I.
- 4. SeabrocA EQ Flie No.
S. 500-96263, UE AC Flooding Study Matrix. Roviston 0 Pn;n 3 of 5 03170
- - - - -_ - - _ _ "~~ - _ _ _ _ _
WAl if lCA T lW . til0N NURK St(El Prep ared fly : [t h (".u d s ,are; lif ff( f
/ .k Putilic Ser . _a Conpany of Hee Hanpshire 4 kMg Date: I Seabruuk Station 420-09 4 4 Cteched By: i S(p-4 4 3 EQUIPKNT QWLif ICATiul f lLL M). s r]
Du. ke t : : vual e v iceT s on I uur sTanoing I t'ostulated E nvirtwvnent I vuotsries invaron:207 Mot tod i stems I value Mey erenc e i il Talue unt er enc e i g g I t quipment Desc r ipt ion is s'eramover i i g g l l 4 g 1 3 i Test and l Hone l~Turthase Urther No. . ll i I Year I i l I Year l Analysis ! l I 9703-006-l/0-9 ll Operating I p. I 1 1 Section 7.0 I I il Time 1 l l 1 l l i l l l l tquipment ID No(s).. ll l l l l i i i ll a i (DE-MM-19SA : 4 1 Test i Hone I 1 LDE-Nw 29Su l i I l 228 1 l t Peak l lie l Appendin aC= l I L DL -MM-295C ll Tamperature i I p. 4 l i l i l lii 4 M-2950 11 i i 1 I I I il ( *F ) I l 1 i l l I I I i ll I I WA l None i I WA i N/A l I 18 i N/A l WA 1 l 1 i Peak i:.. t e i l i I il I l i j i g Reac tor il Pressure i l l I l IEquipmentType: Coolant Pump f use (Psig) Cabinet 11 i I I a l l 3 I I ll I WA I None 1 i I I l WA I WA l l i II l WA I WA I I i 8l Helative l Note i l l l l lI Manut Llew.tricalacturer: Powel1 Manufa-turing !! Hueldity I I l i i I l i i l Cuspany ll 15) i l I i I i I 3 l Hone l l Model humber : S.0. #62Sboll I i N/A 1 N/A l WA 11 WA I l l i Cteetcal I WA l l l l ll l Note I i I l 1 ll Spray (PHI l l l I l l l 1 I I ll I I i l l l I I I I I 1 Accuracy: Spec: WA ll i 1 I I l Demon: WA ll 4U rear normal I 3 i p. 4 1 7 i 3 l Test i None i il Radiation Dosei IIm 10 I i 1.8 m to l l l i ll (Rads) I I p. 6 l l l 1 8 I I I L let t Ing E nvi ronment : 1I I Tear AccIdont i 4 i p. 4 I I I I I l Locat ion: Liectrical ll Rediation Dose 1l 3.4 m 10 I I I i 1 (Reds) I 3 i None i i Penetration Aree ll I 1 4 i Test ll 8 1 1 108.5/40 l Append ix C" l l I 1 (El-38) Aging i 8S/40 1 l (4 2.S*C ) I 3 1 Had lone: E lec tric al ll I l p. 4 I O ( *F/ Tear s) I i 1 I Penetrat ion Area il ll l I I I I 8 I I ILI-36) 1 1 I 8 8 I I l ll i i I I l is l 1 WA l WA l Hone l I WA l I I l Lowest Llevation: WA ll i WA l S 0 I I WA ll Submergence l I i f loud Level: 3 I I I O l Above f lood Lowl: WA ll l I 855 l il I thruamenTalion Nef erBACes: 4. The only postulated harsh environmental r Ser vice E nvirorvnent Chart, Rev. 17, 7/21/bS. parameters for zone 11-311 are temperatu e sist Ut &C Drawing No. 9763-F-300219, 02-6259-320, N& lear Component radiation. 1.
- 2. FP-3/bu6-Oi, Sout hwest Research Inst itute Document No.
Qualification Test Plan for the quellfication of a Heactor Coolant Puny f use Cabinet, dated B/14/01. to. 02-62*>9-320, Nuc lear
- 3. IP-31684Hil, Sout hwest Researc h Inst itute Datueunt Conponent Qualification Test Report for the qualificatim of a Henctor Coolani Pump fuse Cabinet, dated 12/28/81. No. 02-62S9-320, Nuclear
- 4. t P -32884-02, Southwest Research Inst liute Ducumontfor time quolllicatim of a Rein _ tur Coolant Pump Camponont Qualif icolton Test Ruport i uso Cabinut, deled W /0/d2
',00-9t;/t,3, ut &C I looding Study Mat s Im . is.e v i . l. .n i
*i . N.. l ..e e
. 1
'f f
Ot1A1 IF ICAT ION t e AL UAT 10H MHK SHE Ei Prepared By: . U o ** "(y Date: Public Service Conpany of New Hanpshire
,e tj f Checked By: .
(gd g Date:Nr}'/ J Seabr ook S
- at lon 8 001FM NT QUAL IF ICAllON f IL E NO. 129-01-01
~
y Docket : S0-443 vualivied tnvironmenf I vuali t ic aT ion I uuvsTanding i i items il Postulated invironment i Value i Heterence I Method I I value 1 Heterence I I i Equipment Description il Varameter I I i I I 2 I l 15 5 l l i Test i None i Il Operating I I i Year l P. 6 - 4 1 l f I Purchase Order No. . Tlas I i Year i P. I i Note i l l 9763-006-129-01 ll I i i 11 l l i I i l i I i i ID No(s).: ll I I l l I l Equipment [DE- % S84 lF I i I l N/A l N/A I Norm Pee N/A I N/A I i il i N/A l l l ll Temperature i 1 I I I I I I (*F) l i I I 11 l I 1 l I I I l l ll 1 I I WA i to,,,, I Ped l I N/A I N/A 1 l ll l WA l N/A I l i l E quipment Types il Pressure I l l I iPsig) l I I ll I I 1 F use Blocks and Fuses l 1 I I ll I I I I l I I None i ll I N/A I N/A l ReIatIve i N/A l I Manutacturer: UnderwrItersll l N/A l I Humidity ) N/A I I l Saf ety Device Company / ll I I I I 11 (5) i I ! O I 1 Gould I I I ll I I I Node l Hugber: I I I I 11 I I I WA I tune i 160030-2sR Chemical l I N/A I WA 11 WA WA I I l A4 J 30 11 spray (pH) i 1 l 1 I I l l l I ll i l I I l i I I I l l I Accur ac y : Spec: WA Il i i i 2 l Demon: WA il au Tear normal i 4.0 x 103 1 p. 4 7 I p. 6-4 i Test I tone Il Radiation Dose ll l _I 1.4 3 x 10 I I I (Rads) l I ll i i I I l I il I icar accioen i 4 p. 4 I I i 11 Radletion Dose 1l 3.4 x 10 l I I O __ l Limiting Environment: I ' ' I ll (Rads) I 3 2 i Test and I them l I i l 11 I I Analysts l l Location: Electrical Aging i I 1 104/36.66 I p. 6-3 I ll I p. 4 S I I Penetration Area (ET38) (*F/ Years) 1 85/40 I I I I i Had Zone: E lec tr ical ll I l 11 I I l I I l Penetration Area (ET383 ll t I I l I I I I I N/A l Ni ine I in l l WA WA l ll i 4 l ,l , I Lowest E levation: N/A submergence I WA ! i WA 11 g I riood tevel: ll I O g Above F lood Level: WA Notes:
- 1. The equipment is located Ir e t.e i 1,. ti l,isas Doctmentation Hoferences: 17, dated 7/22/05 Penetration Area wtere r adiat ton en.se Service Environavsnt Chart, How. the only harsh envir onmont g.nr amut..e .
- 1. UE&C Drawing No. 9763-F-300219, ort No. 18950-t34N, f or USD f use Blocks
- 2. IP-34333-01, Acton Qualification Test Re/7/84.
to be used at Seabrouk Station. daind 12 129-I-Oi, foto 2 of Assossnaent Choc k s 1 st . f 3 Suabe w A fu l lie No. "I la n sd l uig 5 t ud y Hal s I =" . ) ...a...i
. 1
*>titi '#ts2b3, Ul AC i et t ur , e'. ' na 'H I I t'ei b l l ' 1 -
1/+01-06, tulo 7 of A '. 4 , . ,, ,
%,at,s u A f .Q. I llu to.
--- - __ ^^ - - - - _ _ ^ m-- a _
_ -___t , l l { h M I I QUALif ICAllON a .,v 16, sO<K SNE E T Prepared By: 3 f h e .'. Ap .y -
.t : H,/ %. )
Public Servicc pany of New Hampshire Ssabrouk Station Checked By: 41 Date: />_ 100lfMNT QUAL If ICAllON IILE NO. 129-01-01 '
"WI (
Cocket: $0-443 i Vuellfied invironment I guaittication i out staridTswT- l l'os tulatml i nvironament Method I ffems l il I Falue I lieference i l l i value i t<et er ence a l Equipment Description il t'arameter I I I I 1 l 1 if l 8 2 l l i 1 I Test None I l Purchase Order No.: ll Operating i 1 Year i p. S -3 l 1 l ll Time l I Year l P. I I Note l l l l 9763-006-129-01 1 1 1 I l l l 11 i l l ? i i 1 l Equipannt 10 No( sl. : il I I I I I l I I 11 I l EDE- m-$84 Peak l l N/A I N/A l Hone i ll N/A l WA l I I Temperature i WA I I I Il I I
. (*f ) i I l 1 I 11 I I I 1 I I i 1 I il i I 8 l l i l I 11 l I l None i I Pee I WA 1 WA I N/A l
ll i WA I WA 1 l I I Pressure I l 1 Equipment Type: il l I l 1 (Psig) I 1 i l forminal Blocks ll ll l l 3 i i i I I i i I I Ig I I i I N/A l N/A l None 1 Relative ! l N/A I ' i Manuf acturer: ll N/A l N/A I I ll Hueldity i I I I ' i Westinghouse I I ! I ' 11 ESI I I i I I i 8 3 I MculeI Number: lI I I I 11 3 i l Hone t I TBAL-90 l I WA l WA l ll Chemical 1 l WA I WA I I Spray (pH) l WA l I ll l I l ll l 1 I I I i I I I 1 I l Accuracy: Spec: WA ll I I I 2 l l l Demon: WA 11 40 veer Normal I l.0 x 10 3 I p. 4 1 8 1
- p. 5-3 i Test i n>ne ll Radiation Dose I l 1.87 x 10 I I i i l I I ll (Rads) i l 3 l
i l i II i voar acciaent i 3.4 m 10 4 I p. 4 l l I I ll Radiation Dose 1 I I l t ini t ing E nvironment : I 3 3 ll (Rads) l I I 3 1 Test and I m l I I i l l l Location: Electrical II l l 3 l Anal y sis ll Aging i p. 4 l 114/41 l N otratton Area (ET38) (
- f/ Year s) 1 85/40 I l
l Red Zone: Electrical ll I l l I Il Penetration Area (ET303 I I I e 11 I
'l g3 g wg g g,n, l
11 I 4 gg g g g l Lowest 11evation: WA I WA I , WA ll Submergence g g I Flood tevel: ll l l g l Above F lood Level: WA ll 3 Notes: i Documentat ion
References:
- 8. The equipment is located in it=2 (tectricos Nov. 17, dated 1/22/8'). e Penotration Area where radf atlon is
- 1. Ut&C Draulng No. 9763-F-300219 Ser vice Environa=,nt Char t, and Selsmic Quall f lcatlon Environmental the only harsh environmental par amotor .
- 2. I P- 3 2 766-06, Acton Test Repor t No. 2, 16751-62N, 2/6/81.
of Class IE Terminal Blocks, Rev.129-01-01, Noto 7 of Assessmont Cliiaklist.
- 3. Seabrook EQ f lie No. fr..vi s f o.. t
- 4. Shu-96263. UL&C Let ter , "f looding Study Matria" 6%pe / of /
1 Ol'Att
. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ - _-- - _ -_ - __ -- _ _ - - -_ w
I ca q,*ws __________________________-
- N.
2 ;r s , i M ;; i, =t , , , , ,
$.r !. Nu.~$4 E, 1_
s-, . .,. . , ,i . , , _.
; r . . .
]!- -12_I"-x112 ra
. . :au a . .
2 E s 2 2 .. 2 1;. 2 23 n .
% te ' 1 1
% s
- j, ,,; j .
JIs='ji.i: e i T' : _ 2: at 2 m- _g 31j =3 x= :s 1 - s e2 1
% x :5 sg -
5 1 1 sg aa t *j 1 2- g *7 2
- s a 3
- aa 3 a g3g
___--_-___----__-__(--_---_------_
%)
gs ,3. .l;. ,gs .1 x-% 213sj..h_3_
=h1 ,l 1 1 .
A -
==
= -
. t f a, ,,
2 ,
- 1. 3i t- - ~^
~e
~e 2
. ~=
= 23 i :a sg' & 4 4 5 4 e a s .T 4
{l w__----_---___-.--_--_--_ --_--- __-_-_--- i i ,
- > i
, s!
, : ,a 1-
- l 3 3,. - < 3 L
z.
~a ; i5 2 ^ :
. 2
* '=
s 1 s*
# d 1l -
{
. 3 :; , i tis i
- e. i
- 34
.y .
= i . .
i- ; . . ; . ti is t
- 23 r : l.ii :l i 1
l l 2 3 a -Is
,3 e p. -- ~ ! ~ ~
i;
. .~ -
~ . :: 2
=
=-
5
; ; k.
. l . .
. ~s c c . :> .
sa _!!, , i. 3 2 -s
<i 5
2 e h* . i _ _ _ __i. _ _ _ _':_ _ - - :: __ __ _ __ _ __ _,_ .. _ _ _ _Jj_ 3_ _1~ 4 I I t a C' E l 1 i . si . :- i : .5 : s
':i. e ei s 2, .3 :-
a
= ,- ;il ca - = <
a 1 2 - 2 i .
= c, u
s = 2 . . i, w,.n3 a s, c
,.a. .- .
-+ l - .
- _ _ _,. ___-___~_ _ _~
=. .
__ ---____ l :) . =n s
, _i . =.
- n-a
- I
! re 3-i d E - 3: = ri: -
Ie =' 'm1
~
E' 2 xi-4
; 21 .s- -s :a- i 4: 3:
g- 3 c-l. e .s i e an 1;
.4 s 3_
2: 2.t i a,.x) a.g =- a !,3 j} t. 1 . J erV
- =1 s ., -1
.. a
-22+
3 iis~j,y{ss} j ==.================================,====.;==- s 8.8.2.8.i.fil.ii.34 , J E 3
- . t.-
$1,i8!.si
'l 823 e v
- c' " 5 -
2 J .:
,.322222.552 22 'l' c 3 j .7-s, 3
r .-a 24242.e- 4 .:. - I. a42 -1: sam ====3:.= ;. $ y i; i:3 E e.- s. _
' 'i a 8
- n al{- e.:.e 32 i : 1i 2.1 1
si 1 lia. 3 x _i re.4 2 i. .i. g 'l ,y" ..... . x. __m,- I s. a. e. .d._..: z ,u , , ,4 z ;:
.As 5 ' 'H y.*a a3 3,4,3
_2. G saa 33 22 11 5,8 4 2 g 2 . s j' 5 ] J ,. ac 3s s a' o k } _ Ab ________-_-__
}2 3' 2 S =4m4 a m m;3=; 3' a 1 2
s I g, , ;A A JA E
e4 4%-_-----------a--------------- 7. } vc i, s
.l w 11 5 7:
2:
. I l
i nl 5
. . . r. s. i, 3 : :
-r s -c g .o:,
. . . . 2 E. -s. -is 2
4 2 A t L, -w _2_ _ . -
,f.-- .3 gk.
's :i 2 * -
1
% 11 12 <
2;* .*I
. s 2- 7 : , => k j y. i. .z :
' g.
- 3c
.s 1a =l-e,
. , . s.
3 ., A4
~c s
1I
.s S I{1 3e d #
- 4 .i 7 l- A- - M
- - - - --- --- - t " 2 } e,
- f, yr. ,-- --- -. -
~...
- 4 2 =s
- r.
.. t g -' -1: :-
t . a. 1 >- . . .
? , I..c- > >
~3
~d *
$ ,ihs l I!
~S' 'I $
hj
- c t t t .
~
- : ei . ,
d' g! l ( - I
, ;- '- - _ g i
l I l
- 7) i
-. (JI t t
s s G e.- m - 'T .g
- s. .. j <
-
- 21
- p 2 2 3 . -s 1 31 4 ' l _y 3
- 2 ,
! 1 '4 '3-2 3
y W i !,
--.- __ r
- - _,_ __-,-__- : 1 i
4 s3 s I s: - . r i ; *
- 5 2 u 2: . - -
- I <
i
. s s a i s.: . . i .
1 7; .s { tj d l
~
g I~ '
', i
_~* ,, I" E}
} !L -
, - ^' ! - j -
3 s s :. 2
;- -=
l-l 2' s a ; t a , , 7 >s -. i
-i L, j t.
a 3 .
! ,. i ' - _ - - -- .-_ _ ------ --- -_- - !
22 -? i 5 al -* r i -.4:: i ; I I l
.5 A .s :,
s g r. i, ;, 3 -
- T'
. si e 1
+
t ~ 3 ,- i < l :ss a i 3 o a , - 8 - 2 1 5. s3 .0
- 2y 3 .: : 2 . . . . .,
'.i a e gg { av .
qt - , ; 4 ~~ i ,. :'.~.l { If--
, - : - -- - - - -l ----- ----
3s ; E '.' : I --j'$ b . b'L', l . kkE,
- 1
. r .- ,os -
2
- s e
'a h t*6 C2..
33,
- t. 2 -
~~ -*t I,a.
.I t}
.t. 1 2
- g
.1 i .~.
- ] . 853.32..
3- 3 E .~- Jt 9 -' 4 =a2;4-3 s s ~ f.
- c h2 oL - 9' tc= .
1 r 1 2 - o
.b 3
a 2 3=3: 11 a.'gi .'? ) I
~
= = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = == = = =yp = = =: .:. 3 ~~
- L, A .:
1 l' fa r ! =
..t ad*. I :e w- : 2 g-
- r. x e 5 vte ji -- ; 5 4. ~2 3 g (r j :' l L1y 122 !
t, j 18 .' u 3 a.: 3 ,js .3ct 4 1 ;; >3 s. 1 1 - s 1. ,a l -- - - - 3
- 3 s 1v a .e :4 g.me J g
c : J 1 2 > 1, ;d die 5 2 .s
/r l
\
e
[
~
Q ICATIO4 L 0% SMET Prepared By: _ l .// Lj Pulille Se. any of New Heep ahl te Checked By: k/4 s, . , //ff//g Seel>rnok Stat. (QulPENT QuALIFICAT104 FILL
- 0. 170-06-01 y i
] 7 Dochef: 50-443 Quellfled Enviroepent I 0. ell f ic at ion i Out standing lg
! gagggg g ggg ,g Postulated Envirorment i . Vague l Reg egpace y i
I II I value : Nef erenc e : l Equipment Description li ressester s s ( a l Test and I si s l l l i rurcnese w. .-. no.: Operating I l 1 I i year 1 3 i Analysts 1 None l 9153-006-178H16 ll i p. I l l ll T lee 1 i year 1 l I l l l l i i l l Egulpeent 10 Notst.: l i i 1 f .[ I s a l l CAH-& -462A s s i 2 I i l CAN O -4628 Is a l i l I test i No , i Peak i 1 356 i P. e i I I Cc-e-443A ll Temperature i 179 I p. 2 I i ll
- 1 I I I i co-e-443s IV) 1 l l ll I i 3 i 1
1 11 ll 1 i l O WA i hone 1 i l ll I - Note 2 1 Peak I -- Note 2 I I ! l 1 Equipeent Tper 1i Pressure I l
- I 1 1 il IPsig) l 1 I I wire l 8 i i l
ll I I I i I Note ? WA 1 None
.os,on 11 asiative i Note 2 1
- I I I I
, l n,m,,r il itseldsty 1
-- l I I I I l i lasulated wire i I I I
ll 15) I I $ s l l s I i I l l Nodol Numbor: l I I I I l I I O l WA I None l Bostred E I Cheelcel l WA l WA l WA 1 I Spray (PHI l WA l l i 1 l i, I I I l I i I e I J I il l 1 I I l Aa:uracy:Spect WA ll I I I i 1 1 II 40 Veer agormal 3 6 l i 2 i None i t Demon WA I p. 3 I 2.0 x to, i p. e 1 Test i i i 11 Redletlen Dose 1i 4.7 = 10 I l I il (Red st s i i I 8 I 11 i veer accioent i l I i 1 P. 3 l l l I l I 8 8 I Lleltlas Eavironneet_: (l .l, eestation Dose Ired s) l 1.9 m I I I Test and l
- I I l
. 1 11' l i I l Analysis i None I Location teachemical Agine i p. 2 l 194/38 1 3 I I I renetration Aree leeA-41 II I 104/40 t l I I med Zones PCCw Puep Aree ll (*F/ Years) i 19D*c) l 8 3 l I i i 1 (pg.il3 il $ I i 1 I a i l I i il i I I i i i I l WA WA I hone ! : i i WA i 8 1 Lo t Elevation:(-) Note i 4' !IlSubmergence ll i VA l 4 l l l l ' l F lood Level l l l g Abow Flood Lowl: Yes] Notes: i Documentation Astorences: l. The flood lewis for Noch. Penet, s/oe and Kcv service Environment Chart, hv. 17. dated 7/22/85 Pump Aree are (-) 25'-18 and (-1218-6" UE AC Dreving No. 9763-F-300219,80stred E F lame end Redletion Resist ervt Cables, resectivolv B/w Report No. i I. 2.The equipment areB916,in Opera:>il21y April,1980.
- 2. FP-71930-01, File Iso. 870-06-01, Note a of Assesseerst Checklist No.1.
- 3. Seabrook EQ 50u-96263, uf 4C tetter, Flooding study Metrs=,10/2$/e'>.
Code C for those events which for cau: 1 4 these parameters to be harsh these equipment.. t r,n v . s . . .n r eni.. s ..:
/
ggr [/ g QuALIFIL .4 E * *und WOfe( SKET Prwpared By: .j , PublicSers.[' iany of New Hampshire bo,, / 4 oste f[/fj Checked by _ I r Seabrook Stett. EQUIPMNT QUALIFICATIOd FILE No. 170-06-05 f Dochet 50-443
- g VIseI IT ICaT s on 3 uvT sy stu s sig ~1 3 vueIITies EnvirDeme6T method I lt s I rosTu seTed E nvirofmenf notee nce I i 55 value I not erance I value a I re.wter i a i i I
l Equlgr-t Description - no.: li i i i l I l Test ans l s rurc=ess = sa operating i i e yeer 1 3 i Analysl. I none 1 II i I I 1 1 9 M 3-006-170 46 I i year p. I I i i i I il flee I I I i i I Equipment 10 Molen.: il 1 i i i l 1 I il : i I I i CAM-CP-462A i s i i i 2 l i cal-<P-462s Ii Nak I i 284 i P. 26 i Test 1 Nono ll I p. 2 1 l l l i E-(P-44 3A Tempereture i 179 l l I cc-CP-443a il i l I I I I ll (*F ) I 1 l i I I s Il i u I I 1 l in i WA 1 Mone 1 i P* ak l 1 Note 2
-- ' Note 2 i I
- -- I l l 1 Equipe ect Type: 1 Pressure l I I I I I
!! (Palg) I I I Terminal 8tocke I I
i i ! I 18 1 I i N/A I Nono 1 11 I Note 2 1 Note 2 1 I lenut.ctu,.r Stet.s Reisti.e -- 1 1 I I I Il Munidity 1 I I I l l i Company 11 ist i I I i l i ll l 8 a e s l i I l Modei Number: 2W4 e I I l None i Is i I I WA l WA l cheelces ! WA 1 WA I I I I il l WA I I l l ll Spray IpH) i I I I l I _I il I I I I I I I I l I Accuracy:Spect WA 18 i 3 2 l l II 4U Tear normal I 6 l 1 i None i l Desmon N/A I p. 3 1 2.20 x to, i p. 32 i Test I 18 Radletion Dose 1 4.7 m 10 i l I i (Rad s) i i l g g , 18 : i l li i voar accioenT i S g p, 3 1 I I I I I l l L let t ing Envi ro# ment s ll Redletion Donel I l.9 x IO I I I I I ll IRad s) I I l Test and i i I i i ! l Analysis i Nono i l Location: Mechanical II i l 1 3 l Aging I p. 2 l 132.8/40 l l Penetretton Arme (sea-4) ll (*F/ Years) I 104/40 I O O I I I I Red Zone: PCCW Pump Aree ll I I I l Il I I a 3 I (P8-ill i I I I I 1 il s . I I i I sa i I l WA l None I I WA I WA I WA l 4 i I i Lo est Elevation:(-) 4'-918 il Submergence l 1 I l i F lood Lo wl s teote i I l Abo w flood Lo wl: YeS Notes: Document at ion Ref erences: 8. The flood lowls for Mech. Penet. asse and fuw Service Envirorssent Chart, Rev. 17, datedTest 7/22/8S. Pump Area are (-) 2S'-11 and (- 3 21 * -6*
$=licies, UE4C Droming No. 9763-F-300219, '* **C T I ** lV 8.
2. IP-73690-01 Action Test Report No. 15809-82, States Terminal Blocks ord 2.The equipment are in Operability ' He v. 2, S/6/83. Note I of Assessment Checklist No. 2. Code C for those eventt. which f.>r c.m
- 3. Seat >took EQ F ile Pb. 1704)6-01, 50u-96263, ut aC t et ter, F loudle j Study Matrim, 10/2S/85. these parameters to be harsh
- 4. these eqtlipment .
II lhs tl
- l ein I
aI l' nj e. / . .f
!j,N' /
y
)
QUAL IFICAT i(N tdOfE SEET Prepared By: % / Public 5 iony of New Hemp shi re 5eabrxxA Stet Checked Sy: M / /.m t,.. e :
/,/[y/f; ,
EQUIPNENT QUAL IFICAll0N FILt eso. 170-06-08 y Dochef: S0-443 a vue s vi sc eT s on s ver sianaing 1 s vuos iv sea e nvi.m ser Method I liens I su rosvu u svea t nve rureEenT Value I pref erence i a Value i Nef erence I y 1 1 Equipment Description lI reremover i
- a i i
s I Test end l l i rertnese uraer pio.: : a i l I l 1 Analysis l Mone l ll Operating i l 4 year i 3 l 1 9163-006-87H6 f lee i 1 year p. I l l l l ll l I I J i I I I l Equipment ID htal. 18 l I I 5 : l l CAlt-CP-462A Il i I ( l I i l 2 I l CAH-(P-4628 il I l I l P, 9 i Test i None I ll Nak p. 2 1 470 1 l CE-CP-443A 11 Temperature i 179 1 I I i 1 1 l l I cE-cP-4438 ll tY) i I I I i 1 I I 3 I s a I ll I l l t IN I l I I 1 l' Pee I - I Note i Test I esane
-- I seote 2 1 I I I I l Equipmeest Type l Pressor. l I I l (Palg) I I I ll I I l Toroinal Blocks i l I
il I I . i , l I i .,e 2 iTo., 1 No,e l nue -tu,or.
- 11 w ative i me ~' 2 l _
I l I idi,, i - I l I 1 l i ii 1 I I ll 131 I I a I I I i s I l Adel phaber: PIDG 11 i a i l l I I l i l WA I Test i None l Cheelcel I WA l WA I i il i WA l I I ll Spray lpHI I I l 1 I I J l I I I I ll I 8 I ll I I 3 l I Accuracy: spec: WA s i 2 l l 18 ao year suoroes s l l l o on: wA I p. 3 8 p. 8 I Test I% 1 il Radletion Done l 4. 7 x 10' l l 2.S9 x 10 I I I I I Ired s) I l l t ll i l l 1 i I: s veer accisent i I p. 3 I I l I l I t let t ing Envirusment : il Radletion Done l1.9x10' I I I I I I (Red s) i I l I l ll I l 2 l Test and II 3 I l l i Analysis l Mone I l Location s Mechanical Agi n9 l l 194/40 l p. 6 l l Penetration Arne OfA-43 ll I p. 2 1 (
- f / years) I 104/40 I 190 CI l I I Red Zones PON Puey Ares ll I l l I i
I i i (Pe-Ist il ll 1 1 a i i I I i a I I I
, ji I I WA I WA I ha*
1 3 WA I ' 4 I Lo st Elemtion: (-) 4-911 submer9ence i WA I l l l r lood towl: pente e il l l l l l Abo
- I l0 d L** 8 : Yesll 880tes:
Document at ion Ref erences : 1. The f food lewis for Mech. Penet. eroe and fE(v Service Envirorment Chart, Rev. 17, dated 7/22/85. . Pump Aree oro (-) 2S'-8 8 and (-121'-6" 4 8. IK4C Drawing Mo. 9763-f -300219, MF Oualllication Test Report No. 180-18004, Rev. O, 2/2/82 2.ThePMequipment I "I.I are in Operabi1ity
- 2. FP-34313-01, Re v. 2, S/6/83.3.
- 3. 1.peil Calculation No. OSTH32-OS8, Rev. O. 10/25/85.
Code C for those events which Ior can
- 4. Sisu-96263, ut aC t otter, f looding Study Matrix, these parameters to be harsh these equipment.
II..wl si .e
,,e !
e.
QUAllFICAll0N EVAL . WORK SHEET l , 4/4/j.. Public Service . Seabrook Station 2ny of New Hampshire checked at: 1,,ff',,/./,., Date: cb /s . EQUllNENT QUALIFICAil0N FILE NO. 170-06-01 . Docket: 50-443 . vuissanjirr p vuoi Tiea envir .i a vesssiscannon a Items a Nothod l gg rmTulashG todironmenT Yalue l Hererence l l I g Valuo l Heference l 3 s l_ l Par ameter [ 8 5 i i l _ Equipment Descr iption s I i i i i s ruiun.2= vs w= rua. . It operating i l 1 Year 1 3 i Test and i None I 1 9763-006-170-06 il11 Time i 1 Year i 1 p.1 1 l Analysis I 1 I Equipasent ID Not s).: l 3
) l
, i i l
, , 4 I I
, I SS-CP-482 g 1 1 P.74 l
ll NA i 1 341 lTestand l None l 1 135 l 1 l l Analysis , , q,'Tegature l p.3 i : i l gg I a i i g i ll i l I I None I I e* l l l 107.5 Test l Equipment Type: ll Pressure 0.4 l p.3 l p.74 l l (Psigl l l I I l Cable ll I I I l l I ll I 1 4 st t l I Nanufacturer ll IIolative i 100 1 100 l p.28 l lNone yl'Y l p,3 l I I ll l I I l Rockbestos I I I mdel Number:FirewallIl l t Boric Acid 2 Test None IS Wire (Chemical-ll cn.,,c., l I N.A. I p.79 , l N.A. l y XLPE) Il spray (PHI l l1.7%byWt., ph 11.7 1 6 I ll l I ) )
! Accuracy: Spec: N.A. i 1 l Demon: N.A. II 40 Tear Normal i I 3 ,
l l ll Radiation Dose 1 4 .7x10 6 p,3 ' " " P 10 l f !!ireNNioent ! 5 1 l I I l l i ListtIng Environment _: Il Radiatton Dosei i 1.9x10 ll IRads) I P3 I l 1 3 l 4 Test l l I Location: PB-ll li A91 a9 l 104/40 l 1 194/40 p.49 l lNone I il (* M ears) p.3 l l Red Zone: p8-11 l l ! ll ! I 1 il i i l ! i ' ! N.A. ito.es,Eio.e, ion: 3 d- r li Subaergence i ' 2 N.A. N.A. l None I Flood Level:(-) 21*-6* II N.A. l l g i Above Flood Level: yes jj l ,leates : Docum entatIon
References:
Rev.17, Service Environment Chart,
- 1. UE&C Drawing No. 976 3-F -300219, dated 7/22/85. Flooding Study Matrix, 10/25/85.
- 2. SBU-962 63, UE&C Letter, R**l51= 0 A
- 3. Impell Calculation No. 0570-012-098, Rev.0, 1/14/86. Page ~ 4 of ~
4. Rockhestos Test Renort No. OR #5804, 9/13/85. 4.
* -" ' 'n s'i ) ,. No.170-06-0I, Not e 2 of A:;:;e:;:;me n t Check 1 i:;t No. .
f QUAllll(AllON tvM lON W0la SHEET Prepared by: N Cf -3 Date : . ![/ ~ Public Service Ccupary of New Hagshi re SeabruA Station I QUll'HINI QUAL lilCAll(N 1 IL E NO. 170-13-03 Ctecked By : -
-v
/ ete :
r i k Doc ien t s % -443 I Uual illem! I nvi ronmervt I yuel lf ic af l on i Uuf sf an.finj l l'ostu l ald i n vi rritsem? l Method I f eens I i Il i Value i ETe rence, I value i po t e renc e i Pa rnante r I I 8 Iquipment Desc rip t ion ll I I I I l None i i 1%rthese Urder No.: II i l 1 Year i 3 1 Test and Operat ing i 1 Year 1 I Analysis I i i 9763-006-870-13 ll Time i I p. I I I l l i 11 l l l l
! Equipment ID Nots).: ll l l 1 1 1 I ll I 1 I I I -I l f M-NM-9 7 i I I i None i I ( M -le*-Il6 Il I l 445 1 2 1 Test ll Peak l 37S 1 I I p. 22 I I i l Temperat u re I i p. I l l i 11 i (T) i l 1 1 I I I l ll I l i I 11 l e i s I a i 1 Test l None i la i I 80 1 2 l Peak l 60 l 8
- p. 22 I i l l 11 I p. I i 1 l
Pressu re l I I 3 I E quipment Type: ll (Psig) 3 I I I I I I l E lectric Penetrat ton if I I I i 3 s i l Assemblies il i I 1 None l ll i i 100 l 2 l Test l I 800 l I I I 1 34anuf ac tu rer: ll Relat l w I p. 1 I I P' 22 I I I Humidity l I I l Conas Co rporet ion ll I I I I I ll (5) 1 I I I I l I 3 I Modei Number: 1I I ' 3 3 1 Test i None i II I I poric Acid 1 2 l 7 GS-lOOOI-01 i Boric Acid 1 I l l I Cheelc al l 3. 51 ty m t . I p. 22 l ll i 1.25 ty ut. I p. l I I i l ll Sp ray (pH) l pH 7.5-10.5 l l pH 10.l-80.5 1 4 I I _II ll I I
) l I I 3 I
i Accu rac y :'pec : N/A ll I 3 3 I I I l Desmon : N/A ll 40 Tear Normal I y l p. I l I i Test i None l ll Radiation Dose 12m 10 l l 2.25 m 10g 1 2 I ' l (Rad st g I P' II I ll I I I 3 l 11 1 Tear Accident i 8 i l 11 Radiation Dose i 1.04 m 10 p, I l -- I t imi t ing E nvi ronment : I l (Rad s! i None i l ll 1 2 i Test l Loc at ion : Cont altunent 18 1 l i 1 203/40 i l i A9 3r9 I 120/40 g g E* g4 ; i l All Imes) II ( *F/ Ye a rs i l P. I g g g g i i i Had lone: Cont alrment ll 3 g g il y , i 4 I (General Area /Nat I , , e I sutee rg at t Il , I I 88 8 I 1 1 gjg i uf3 g son, , 3 l , g gjg 3 , i Lowest E le vet ion : (-186'6"l1 N/A 5 t-120'-8" 11 Subme rgence i i l I ilood Le wl: I g i l -- 1 Abo e flood Le el: Yes ll ll g l Not es : C _rument at ion Ib f erenc es : Service Envi rornent Ciert, Hov. I F. 7/22/6*).
- 1. UL AC Ora.I ng No. 9763-F -300219 for E let t ric Penetrat ion Assuntelles f or
- 2. FP-734S7-Oi, Design Qualif ic ation ReortNo. IPS-Il06, dated 11/23/83.
Class IE Ser vice f or Seabrook Station.
- 3. Seabr Igell Calculat ion le. 0S70-032-010, Re v. O. 6te vl .,14.n 4.
ook Station f.Q. File No. 170-13-03 Assessment O=.ckf ist , Noto 3. Mat r is . l ,, p . I e .1 I e S. 580-96263, UE &C Letter to YALC on F trudito Stu@ O(W
- w _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _______________----
- 1 .
1 v s j 3 N'1 N _f,1 3 s
;4 J.
a 3. . s 2--
*- , . . n ;1 2 ..s , = = 2 1 I 3 i i 2 2 1
3
.s 3_3 3 li i i _____ _ _ _ _ _
+
_, _ 2s e
- . is < 1:s5 52 a% y 1 l'
- i2 . i
_ti . 2 .. .qi sa:. T.s s -
}
i_ al 1 1 1 _1 1 ..s :
.e.
a
,, 3 s~e __ __.__.____,_____ _____- -__ _ - - _ - -
;3 -',.3*, ,, ,. ,.
9< ' k k$i8 s s.
- h, *
** $ f j 3}! j j
3 5 .. 3 *3' *** , 4 ' { l i J ! 2 i i 'l ' ' 1?l.!>I
-3 l _____ _ _ _ _ _ _ _ _ _ - -___
.4 4 a i _ __________
- s a
____9_
~
2 9 35 *2
- 3y
2 I o-yJ [ ?, I 3 t T i. ^
. t
- 9 ".
= l 2 1 1. 4 ,. 1 ' 9 %3-g p l l ] '. .i l. 2 i
; j , ; __-___,__________,_____l____._______._____
I,
< 2 ]
- l. l -
f
- 4
. .. l . 1 :
-a : i ts - _ . .. .. .. . , j 3
- 4 i i I
- 3. i i i -
.i j
l r I-l . t 3 4 i i 4 2., ,.
- i, f, _I _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _____ ____________._____ I .. . 4 2 l
2 l ? !, j . *$$ e ,.
= .
( > 4, .- Si . ,; 353 *! t$4: i . :3 5 i t j II I l i,3 1 g 1 8 rA
'3-l .'
c r , r :ra :
*..:::=
.L * .
t j 3. ;
- k K3 !$23**j
)- _ _ _ _ _
y : _. e .3* ,* 6. 8 3 . g. > I _5, 1 1 i. 1 I.1 : w
!.532II 3:
;?;1? p) 2- .x1
- 8 s _ _3} s - 3{' "' _!2p _j sa:
- 1 3 .1 * ; .; _
} 3, .}. 1 S I :- l ,, 333 - '
# ".._.I R
1:*.
) jI" c' 2e s} 2 3
-[
4 . 3, ,
} 5j $11-3 42- q 4 s.
= = = = = = : : : : == = :: : : : = = = = = = :: : ::-: :: : = = = ::: .: ::::
3 .e
" t.b.. -
; } } 3. i
- i
?? T . ~a. ,g .
3 s sv v 2 2, t .. .}. 3 . 23 :- v. a
" ;;0,1
..f' 32 1 l_a]l g
-I i 3
; et 5$
15 5 2 bv3
- 1 ..
s' r:
*fi,Si !, 1g x3y. : ,4.
c, 8 .. .. 3,3a. i. s - 7_ 2 . . si . . ( s l ..i.s 5: I.X
._; 3: -
e a 3 "f _3 s 3.2 i' ~j s r../ s 8 s
**A , 5 2g j J.
t p p3 s EX
}$ * : -
t, L I.} <= < >
' ~
_E h I }l .. 5 *: hJ I A !_______._____________ ! !, sa w i: , lil _ _ _ _ ._______________
4 9* - - _-_--------___-_-____-_-_____----_-----_-_ b . f ,1 T ep a ** i i 5:g . , , , . 2 _ . E 1 _' Eb b 1 $ 2 I 2 i e
- 9
% i! 2 i
sN t 3 :
)
13 4 e-8 11 2 1 3
] 1 ]. ]
11
.m . ;
s, 1*1 . N..' __ ._--- --___ __ -- _ _ _ _ 3 t } .
. . . .J _ _s I g *
- 5
*A
*A =k g hy md . 9 A :
{ . w. AI t .I l I e i i j j - t i 1 i
. i
- s . asc .I i !
d 2 e
,= 7 hj i 3 .tt . i .m
- 5 y ... 3 w- . 9 i t _2 2,
..s .
4g _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ . - _ _ _ _ . _ - - _ - _ _ _ _ _ .x
,l. I 3 J.
- 2. l - . f s a-
. I
-z .{ -
r : .. _. , , ; i: i t t t i !t t i i d_.
- i. .
- l. ii,._I.--__.__--_
8 .
- - _ _ _ ___-- --__1. __._ _._-- __-__- .r
.d
- ., : :=.; e
- 2
? > a: !
.e : j 33 5
?! -
j 311 *2 }}s a 2*: 24s
- f. li:il ! 3
$ 1 i
2
.,,.-1
=
.u.
2
.' s . .
1 :. . 4 a p i
- s-las 4
s s a si iI
- j:n :
j:-_-___-___ i - _____ _-___ _ _ _ _ _ . _ - . _ _ _ _ - - - _ _ _ _ - . _ : 2 ,3, i t - : is s, I .i1 :r an
.s i.
l ]s l. l : e
- : i--=s 5 : :- r ; rt 1
j y i n -
.-' j ]. e) 3 :
1; 3 r ij1:vs3 r 3, x1 : e -s_s;.. a s :
- 1. 2}
,2 . F.-. , . a _.
a
-1 I, .2 4 j25 d:2 **!
71: i
- : : = = == = : -: :: : : : =t = = = : :: :: :: :: : : :: :: :: : := =:: ,. . L2 r ;5 2-
. , a.
n .- y e v _ .1 a.. s ,. - * = ,,ea. 2 1_ i: p
,fita .l :. ;:
.. . ' .. t g
- 5. , .:> 7 . l 3 -, . - .
22 i 1 l : I.s.,.
- a v . s;. ,f It
. a ks r =e
- ,1;,]. 1sj 3
3 ,5
.. 5. s.ez . - 13 3.
a
- s s
,3:
s .k. 3
.,. .b ..... I. f-ls. ] 4 _8 .
s 3 _ . . ,
>xp , _11 , ,- ,
g;as:
,p 1 4 -
i. n.: a lj p2 , 1 il-an 1 i _l1 i 1 I i 3l ! o u ilii _> yj }h i s t 12 1 1 i u e ;u s i i
# l l
i
i i i l
%, g% ___________________________________________ a.-
v - 1 I 5
- 4a
- l. .t . .
N.w 's 4 mj }g a3 l ' 13: -H-s: g
- e = * - ,2,
-2 -: a
- 2:g:
i 3 hI . i 1 i i 1 1 1 1 j. 2 a!:7 ;> N
. .5 e 2 1a 1 ~I 1 11 N 1s: 2 aa i a 2
- 38 s
- 1 i,-
il *1 2 i
*l ;, - * ;: .- %Q. l.34 : s1 2 s ; y 5i 4I 3$ gl.
lt 3 21 2 2 _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ _ _ _ _ _ L .'3
* ;1
.a ".
Ni.1l g:::a_ _ _ _ _ _ 3 y a
..t
", (
. n s 4(4.
. .ie*
51 a
! 1
* *a .a =a .-
- s' i.
r
*** $ !12,=1:l2
$$ l t i
~r! '
air
! i. 1 e t i
$3oI
- --][-k s.t._l._____:_____._____________________
- l'
'al .. .
ai 3!) 3I e
- 0 0 3 F'* 3 R g 8! ] i
- 9 I 2,1
? * .
; . i t18 3 , s
*I 4 L
- jl I
l l i 8-1 * ' - i 4; e I
- i i 4
I;! i I!i d i e i
! ' i. i I i. I
. 1 j
; > l ti 't i ' ' . . .. . ... a l
*l ; . .. !
i s t1 ._.,.
- i. t, ; ; :ij i ; i t t ,
t ._
]*
i l.
!.. C._'_ _ _ _ _.. _ _ _ _
_____I____,.__.;___.____ _ _ _ _ _ .
,. ,e 2:
3*}
! 8
- I ! ' !: ! .
! .. s --
Il ? -:: i l' .. 'I I :- y ;
- 3.1 1 J .i .
3 51.- . 2 t e>* *
,s*
- 3 .$.
- , 2. . ,; 3 i 0
- 3 3 et* '
. p i t
- ,..1 3 **
8 44 3 [. t 1
.i , 1. -.
34 2. ; si -):: 3: 2s-3 e j
- 3 - i
_ _ _ _____ __ __ 2, i p-L - _ _ _ _____ _____ __________ j 3}
- o j
- I' ji 3 .f I 2
- 3 s
a-} Ifl1 J 1 3s:j':J 2 2 3 e
,1]F -! 1,:3 . i.1 .f j E
] 1. l 3.
v . ..
- 1-23 . 1 ,-33 f. .- ..i s
- e. ! f. - :
^
t i; '. i j { li s l s. s f ::: : : :: - .<j3 1-j ::;:::: :::t.:.-:=: = = ::: :: :::: :: :: :: : :: :::I - c, =. *
~lta$*t i ,
.: :; 4 19
- a _,1 t-sss
;k 2g , *52
.. -: . . .j i << : .. - .
5 sr
- f j f ':. e i
3
! -]' s ll. j 2i r 2]. ] ]:
T <;l ....g 3. a
. s..g s t-le i)1 t3 a
A a j s ,1 ,, g} } EE J3 . 32* 3 . . . V. 1 1 i'3 L
**5 l5 ;
s 1s_ _. * , l'
~ .t 2* i:ls
. . 3 .. I 1
o l .u ss . 2 2 }3 . ,3 Et . . F'e s*s J s
.y e. *- ...
!_ .} ,t . .
4 -
- y. .
i 3 s JA L.4en 4$37 3 E ll ], 1 g 8
$ 5 ;1 J l
.j 3A o 2
i 3 1' j 4 a} !, .t s
- .; i s i s a a s. ____________----_-_____ ,
===
M N* Qs F-----------------'------~~--~~~~~~-- 1.0 A i
.a
; 1 i
S ' 3 s# s
. 3 lQ' ~g 8 8 .
.* . . .! v v v v v I
v I I $ 25 i $ b 1 I i g 2 _ _ _ _ _ _ _ _ _ _ _ ____----_- I _ ~ _ _ _ _ _ _ _ _ _ _ _ _ _ _
. a ds %i. .! a 7*
- k h$ 3 a 'l 2 1 N (' **
ii'l s 7 il 13 2e 1 t 1 3 1 2 i 3
~3 n
ft i 4 t,
'f 4
_ _ _ _ _ , _ _ _ _ _ _ . I M'h _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ .____ a le 2 . h Y. s. S
, _. * * . 1.
*j i .
g
*I
,... , a. ,g, 4 ,
2 _
!, l s 3 , . a.
i i * **
. .! si
'I i i i A
a.
.i, g
_3M II..______-.__.. _ _ - _ _ _ _ _ _
.}
1 3T *
*2" e 1 * ~ 4y
. 3
~
- 3 , g3 2 si 7 yJ l. 2$e * ..'
h 3 l 3 l le 6,
}'.s . I. .i
- 9. %. ,
- _ _ _ _ . _ _ _ . _ ____..i_____.________________ e
! 3
; I!i i 4 4 l...l a*a f 3
"., l
.1 ,
i .2 1 8 t i ' i i i i il l J- s , , , ,;' i i I' ,, i
.i !
_ _ _ _ . _ _ _ _ _ _. ._ _ _ _ _ _ _ _ _ _ _ , _ _ _ _ _ _ l, _ _ _ _ _ _ _ _ _ _ 4 2 'a
- ;:: z z
- [:j t * ,..,..
- s. -
s j
.a l
4
.g.,.
$ $[13 I 1 1 Si .
II 1
*I a g g '3- 4
- u
$
- t ta . 2
- ,i gt J -1. .
- 9, .' , :4 t. 3 a* *
- 4
% *1 r.
i1 2 3 1 ,g ]s s a 3s :.
' '! l4 s .;
3,, j _ _ _ _ _ _I _____ _ _ _ _ _ _____ _ _ _ _ _ ___ ________
,i i
4 ,* n l ..iil - i
.g I _.
..1
;I i. ss 2 g e 5
<i U. .A .2 h . !, ..d ,
2 } 3. $ 1, ! .! 1 1 03 3 23 ., ).,. .! '/5 $ _3 ,!3* 43 j ii75 f [" I' 2. 3} - -l)3 . I [ f I l__3_._________ i,, l ; ); 1.u.. 707 8, 8 I.1 .3.. f .J *~
'# 2I2'2!
7.1 3 77-} 1 , 3 i II } 2 .. *
* ;,. : J o* a'if ;
a t 12 i' j, s]-
,-31 --: ! j {. i]212: ::
3 - y _j
,i g :
*I ] :. ..
y f *. e'f I 3 o [! . 3
=7 3 3 . . I: 3 "1 "
$. J t .
. _i- 1 ..2 ;, ; i i g .3 2 a? . 2 ?
sj_1.. . au o s: - - 2 ,.
- x
( jf .I?? r . : 1 .] l, . j :j. i 1 8 5 3 ; :* i
) 11s1'g., 1131 35
] ] g1 L1 3.j I
sJ j l ,! 4.; _i } !
} n 1 :, -e
,. ? ti
.h; li I_:
i 1 , s , 1
\
M - - - - - 3 . . . . -_-..----------------. - -
$5 8 I -
a s -13 g
*1 33 NT ]~l* 8,
- j*
i
- j e s 3.
3 a e o e
=
- j .s h .
5
..! e = = :
- g* :, :J.: ,v.
. =
,= s 4 4 ,
3 g ] ,= e
._ _- _ =
. . , _ - . . _----_-._- 3 31 .
., s s A ; 9. i
-a .
-'g
;,r Ij
'* 2 e g- 2 3 2
Tl a *h. eg .J 3 j'
\ 1 :3 1 l 1
}.
} I1 w Id
,,3 l2 . -
i 5 .
# 1 .-- _ ----_
yA, h4 f i1 . _ _ _ _ _
!,!ifit, . 2:
8 *I ^ $ l !': 2 i ' 2. 1 I s. i.
'1 3 W
.9 :
a3 ..la g
.(.. . _ .! ...._._
l _... _ - -_.. ,
*a , <
11
- 2 m .
? *J L 3 .
- 2 3
9
- lief 'ge . l, 4
. 4 o ~ i
' ! -# a
; i, l
e
. ,. I i t
e I ! !
- 8 l'
l ' ; ' l it i
- t' y,
., e i i
l . .
. 4 !. ~~ ,
., .~ ..
2 i i i A44
- It i ! i! A i .
- 3 I
._.-_i... , 223,e3 b, l. _ - . .:>.- - --- -.--;--... - .-. ... _
5 :
- f , 8*.3 1 e. e
> ,5l
- :, : 3.2 3 . .
.,s
!. !. a 2i4.
; r
. 8 2 s 3 9
i - 3 1 1 2 . i :'8(1 i. 7
=
Is3111
- L , 2 a .
, 4
$ 3 3
; g;
- 3. . * -
4 4 k 3 2,j : l 3._,, j.l_....____
. l i
1
- n, i a,
. ., e1 <1 . > .
s . tn a
, . f
- 3. i* l
- e :-lett l tj 1 tif 3 33 1
l? -3 8, y].- Ei*' ..
- . - j.-* ti*-
ts 2 }, l'- ]3] I h X-1 l 2 $ [" .- : l' - l
.-. . iip 3h,l, ~, "
.. 55 I, ...._............_-- ...--_...._...-.. %h s2 8
.' ei 4
- k .,.
] "4' 23 3 II a
s ?'
"*j1$ I .:
- 2%
1, :. . I 3$ : s
- 3 t ,
j 1 22 g 3 a fu$l:..
++
- '.,j '1 1 -i1:l
' 3 yi. :g-;
s lii f 1 :- ..
! d i l 1 I. a si : a*<! ; .1 r$a .. i
- r a . 1' d i 7 3 (1 i 3 ,. . .
s . ss Ex i A e .. j .i,
],'1.'I - 8 3
i
*l
-1 33l 43 1
a v 1 I ( I t W .3 t- 31: .- j
' j 3
I
- 4. ;
'i rj g
w s. plz ..f t? f' li ill 1 3 : 33 1- . t u ai a s it3 - - - - - - - - - . . aa i ~
.=.
;+
N3 3k.:d 2 y 3 y 9 ->>
.; _t :
.y a y y
. . 1 e a:
a e 2 1 _ _ _ _ _ 2 e _ _ _ _ _ _ _ ___
\
d '%i:;I ri 4
~
{
.3g 2 8 N .i t: 2 t.
I i1 -
- I i
't
- 0 I3 Nl I T} t
.h 5 O_ _ . _at_ _ _ _ _ )_ _ _ _ . _ _ _ _ _ 2 _____ _ _ _ _ _ __ _ _ _ _ _" __ _ _ _ _ _ _l ,, a Ea - e , i w 0 - *3 e f i 3- ) h
- m
. 2 e.
. . . -g2 g * ,1 Iat *
?, $ f _$3j.____...-__..__________._.__1___ .
ty a,~ .. Td -
- A
- 2 5 bh 5 $ " .
?'; s . .: . ,
! 4 t; .
i g l f ._,._____.-___ _____
- 4 si : l.-__._.____,_____._____1__ e i e d
i e { 1 3 . l 3: s: 2 l- ') - l , i I
. , l k. I, a / 3
}l , I. I
.< .=
l
.* l .. j . . a +..). . _.
)
i l
. 4 5 i i i i ! i l if - ;
- f. f:
l i ________. ._____;__________ i ! I i } . a .i ; : _ _ _ _ _ _._ _ _ _ _._ _ _ _ _ 6 I g e I , I ?.5 Je 1 - T 4
- t
- - .i f
l l l I ili! 5 -
' l .a *1 .ti i
i t; > a < ai.al- : ; -
- , ,. 3 { .t i 2 e a 3 i 2
i .:
- 3 3 1ij:
!i
,7 I a !
3 .2! a i 3 [ _____ _ . _ _ _ :4 .
!j*_____.____ I t
I . 2 5
-- k. x ,4:
g i4 .
! :. 1 2r !; ., 5 .
\
E #jd
]2 t ~
4 2 3
! _8
- 3. 3 3l3 , ?. c.0 -
x .i 3. s. .- i, 2 1 ) l. .' - c- i, 3* Il2215 il' } 1 -}. , et 34 " i .3 3 4 I
- t ::: :: :::: ::::: :::: :: ::::: :: ::::: :: ::b::: '
. 1 .is41 h4* ,
i ,
= * *
; i -
g c c *'2.-
- s 2,3;J
.a.
t s.T'
- . EE a -_ a "5 s 1- 8 e 3 ') ;
5 ( ~\E
;A2 ..
.. r-h 2
lr2 s ea . ; i
,- t-
- 1. i ..- I J. i -l 4 J. , 1
* ,,3_'. l :7 2i
- }. . 2 , .j ~
- . J . ;f 3 j, ;< y, 3 } s a _ i .i
**
- 5 1; .
j ' 3j "j y
]3 o
4a 4 1.y a c 33 J ~ I Il 3 ~3 3 ;
-d l k I .
A4 M jj r h;ie
.e ;
~d i( l' :.h lx I 34 2 '3) .
.: m ; 5 2
2 4:. _ _ _ _ _ _ _ _ ___._ _ __ _ __ _ _ _ _._ ___.- __ _ __ __ __ ._ __ _ st
e o __________- N, .
.e.
-l 5
< B(
= 3#
el .
.. .. e, e e = = e -g e ,- e e e e 5 5
.e E 5 2 :e e 5 5 5 z
8 z 5 f f f z . a C z __ - . - - - - ---- 3 E
- e. V
., j =# N
=
f ee, .
% e .- =
- e e a e.
e # e e e a e e a e - v % . 3 $3 < - e - - - - 1 i
\ ..
'a y e e e
- e o g y. ,
G) u e e @N o e 2 e , F C e C C e e m *4 % e 2 c e- e- e eo- e = c, y g .g N -@ . e e g. . ..- . 4
. 4 g c.
E a a a .
- c. v
~
c - ----- - - - - - --- ----- - - - - - - -- - -- - ----- g C 5 m 6 3 c C o T
- gg c
- e - O m
- e. 3 e -
r c ad 6 e e 8- 8= #E v 42 v
- o N
R
=
e = Ze C
. 3 ~ e d O > a - O. e g z -
d g1 N .= e v
- - = . -.-=====.-====.= CD "Q 3 w - - - - - . - - - . - - . - -
N E3 a N N 3 - N N e 6
- K
< - g s O "
5
- f. -c
* < e N N N l N e
> v g - N av N - - w C .
. c g
. . . a . .
4 ,. @ 3 -
% 4 4 4 4 4 4 E
g -
< o p.C - - - - - -- .- - 3 o s .--- 2 z g ..
il y p' . <
? -
; t e 5 5 e e 4 e
e o 3 4 M 0 6 z me 4 e g 6 , f :c* e g C C N .J. L > = N w C z - a w z 2 -
- e E . 3+
e e n N. a 3
- c *Q* a A
- - - - ~~~ - --- --- ----- ~~--- _ ,g=g .
----- a ,. ~
= = --- ---~~ c 9
-e ce e# e w.e- *o E
9 ee > b g " { 02*
- 4 U U
@ 3 3; 3 > - -w a m e .v,. 3 3 e c * -- >e ea O - y m a .z -
e,. e .- uw E g "eCw ug 79s #
*.e 4**
g#= 3 7
*Ua - w 6- e - ->
- w
.c.
n n 3
- e 6 .E. e I yee e - en
-E-3 e*% baw 7N J Q 7
c
- e> * ,k
=- a. e e.
5 e e - ee <-* .N - e a .D 3 4* c,. o = Z .J O b. 9= e.
> V w @ @e .
-oc U
3
== Oe 4 et -z NTO O c o,. -
-- ----------- --- -------- - ---~~~-=-
g, g - w, s e s T .O a =e O e ea .
*
- a
.a e "e ezow* c z Ne a.
o e .. N N > e c o
- ee ee, e ee
@g
. .. ". v s
<<N a-a
- -Q, p e" M .DNw 2 .s a e- E
- g. .a. ej a 8J 2z e
..=-
N N C* a e o ze . o - ue z g e.g o e o "e z "" D
=
3N3N
- w. e w e .O. e g 3 e
en 3 Cy 73
.a.
@ 6e N3%3 2 g ...a Ug z ( eT"" 4e21 T a n o y a moay e .
we e a P* .y. =. w g 9e
-,I ev .4 g-w c,g c-New > C Z I. I . e e *w we -o C -
a E 3 w - -
.e. 3s c e 4
-e. .o ,oe o e *e 3
- M. o, "g a e" a o- w E o* co e
e a eeee eroe NNNN c. e u e E-u
- e. =.
e e
=+so e e g e g
wg-
- e. . a. U.g o .e ag
.gee -s e =.N A 4 .. .. g g a g $. 3 3 (
t 3 - 3 w 13 ; W *= 3 r d,e
-A@Ae
&azzz 3
v w w a - a edv.d d - 2-5
-- o .E w .es ( .d .* E .46 e . . . -
4 e K w
- **""-***-""- --- -N@ T h
)e ed -- - 8 -.58- -.8 ----
4 WJHK SKIE T p ... J jfg QUAL. lf ICAll0N t veu Prepared Hy; M j /Afew ' Putallc %irvice swignany of me itsagishire f .
%satura h S t at lon lbcket: *s0-445 t VullM NI yOAL If ICAIION I ILL N0 I13-01-02 Chocted By:
,b m.MM 6 ,/ z/ Date: 3//.//4 i wegitication i outstanding Hist ul sE.'I Envirinun.,n t I Wa:IIIeJ Lnvironment Method I leems l II mT;.nuwe I value Mov aronce i g 1
Par.s,me For I Va l ia, I g l Equipemt thoscription ll I I i g l Test and i Une l l W rch.sse urJeer m .. II 1 I l 4 Year i 5 I i 9105-006-173-08 Il Oper at i ng l I Year l i I Analysis l I p. I l l l 18 Time 3 i l I / 3 I i l 1 1 l Egulpasnt to m(s).: il l l l 1 l l 1 l M'a-PY-5001-1, 2 11 l l l i mn, 1 l l MS-PT- 5002-6, 2 ll 1 l 403 1 2 1 Jest Pean I th i I f 1 MS-PV-5005-1, 2 ll
- p. 2
- p. 65 MS-PT-5004-1, 2 I . 4ture I i l I I :
I I : i 18 i I I 18 i i I 63 1 2 I rest I mne 1 1 I i i I i ! 11 F%4k 1 p. 65 I p. 2 8 l 1 18 tvessure 1 4.d I i 1 I Equipment type: IPsij) i I I I 1 l l il I i j i Solenola Valwe i I I i 3. I il I I l Iost I mne l Il 3 800 l 2 i l l 1 l l l ll Holative l 100 I l P. All
! Manufx turer: ASCJ ll Humidity I l P. 2 I I p . 2 2, 2 3 l l l I I I I I 18 til l I I I l I I 8 3 1I 5 i N/A 8 msoI mober: i I 3 1 3000 ppa boron 1 2 1 Test {
i I 206-446-8 Il N/A l N/A l ) Chnmical I i as tbric Acid 1 p. A20 i I ll Spray (pHs i p. 22, 23 i i ll I l l pH = 10 *> 1 I l l ll 1 I I I 1 I I I I 1 I I l l Accurac y : Spec: N/A ll I I l l l Demon: N/A ll 40 Tear Urmal i I l p. 2 l 0 l 2 l Test I mna l ll Radiation Dose Ii I = 10 a i 2 = 10 1 i l i i I ll IRadst i I P. 59-62 I l 3 I 1 i li i rear accianor i 4 I p. 2 I I l i I II H4Jiation Lb e Ii u.2 = 10 I I I I L i mi t ing E nvi rone.sn t : I I I 11 (Hads) I I I mne l l i I l I Test and 1 Location: MS & Fw Pipe il l i I 215.9/2.1) l Analysis l I Chase (PCw-Si 14 A l inj i ISO l (154.3'Cl i $ I l i i p. / I I I I clad lone: MS & FW Pipe ll ( *l /Yearsi I I Mi' I I I l I l Chase (PCw-3) 11 8 I l i l i 18 I i i i I i i i I I I i g si I I N/A l N/A l mne 1 N/A
! Lowest Elevation: 28'0" $ ' *>*
ll 18 Sutmasrgence i N/A l 4 l I I I I I l i Flood Level: i I I I I j Anove flood Level: Ves Ute 2 81 il 1 1 l mtes:
- 8. ihermal l i f e accoun t s f or heat r i se i ts normaf f y (bcumen t at ion Ho f erences :
Service Enviramment Chart, Hev. 17, 1/12/d$. energlied valve. Valwe de-enerjiges t, aerform
- 1. ut&C Orawi ng N. 9105-f-500219,FP-72*>4 7-02, A@t-6 F568/Hevi sion 0, Hoport on Wal safety function durin) acclJent umditions.
- 3. 2. Although e i scat this ion of ASCO equipment NP-l i s not Solenoid presently valves, March 2, 1962. 0$10-032-154, Hev. O. Installed, the lowest elevation for PQf-) and a
1 lepell Calculation m .ut &C Lat ter addressoJ ta YALC on Flot>1t n j Stu,3y Aatrim. PCE-3 is 26'-u . Hewision O l 4. %50- 4205, 973-08-02, Assessaunt Chm:kli st mie 4. Page i of 1 S. tWi, SeabroA f 0 t i le U. 000 TJ
QUAL l t IC AT ION E V AL ws 10N WOle. Si(El Prepared By: MJ& Date: J[N!/4 Public Service Comps)y of New Hampshire Seebrook Station Duc hef : 50-443 EQUIP)4 NI QUAL lllCAll0N F ILf NO. 173-04-01 Cteched by: y f[ j
,ff Dates
, , ff usal i r led En ws ronment i yualificeTIon I uaT sTansi ng l abstulaTod E nvironment i i Met hod I liens i I il References Value i Het erence i
3 E Ipment Desc r ipt ion ll Parame ter i Value 8 3 I I 3 I se Urder peo.. II I g 3 3 i Test and i None 11 Operat ing i I Year I a l 1 Year 1 l Analysis i 1 1 9763-006-173-04 i I p. 3 l l I I Time I i il I l i I I I i 1 Equipment ID mts).: il 1 1 I I I I I CC-IY-2171- 1, il i 3 8 i l CC-1Y-2171-2, il I i I I l 40$ l 2 1 lest i kmo I Peak i l y)
- p. 63 I I l CC-1Y-22 71- 3, il i p. 3 I I a
T emperatu re i l l I I tr-lY-2271-2 Il ll (T) I i i I I I 1 l l 1 1 I I l l ll i i ll l 63 1 2 l Test l None 1 l i O.4 1 4 1 l l ll Peak I I P. 62 l 1 Pr essure I i p. 3 I I 3 I (quipment Type: il I I i I I I l t Solenold Valve il (Ps#9) l 1 I I ll l I I I l I I I kme I il I i 100 1 2 1 Test I I I I lblati w I 100 1 I I P A21 1 I Manuf acturer: ASCD ll Humid i ty i I P. 3 p. ??, 23 I I i ll I i l i e I l l ll ts) l l I l i ' ' I I 1 absol water: il 8 8 l 3000 ppe t,orun i 2 l Test i N/A i i 200-31sl-2HVU 1i a N/A l l l N/A l p. A20 l i 11 Chemic al l l as Ebric Acid I l l ll Spray (pH3 l i pH
- 10.5 I p. 22, 25 l l i i I I g
gg I I I I l 1 Accuracy: Spec: WA ll 1 I I I 3 g I l l l Denm: N/A il EU Tear Norwal I I p, 3 l l i Radi cm Dose 1 4. 7 m 106 l I l I I I p. 59-62 I I 1 II i Tear Accident I S I p. 3 1 1 l l 11 Redlatson Oose I1 I .9 a 10 I i L ist t Ing i avi runnent : ( Rad s) l I ll I kne l $ 1 Test and i I 248/9.56 I A,,fil.ye$ b.ggi l Agi ng i 104/40 l 3 i (120*Cl l l Analysis i ( *F / Years i l 3 P. Ni' I I l ilAumillaryblog.(b-III Red lone: Primer l ll l I g g I MO g,* 31'-4* 11 I l WA I MA g g l Lowest Elemt im: Sutsmorge nte 1 N/A l 4 1 F lood Lawl: l-321'6" ll I I I g g i l i Alsow Flood Lowl: Yee Il I ! l Note 2 ll 3 Notes : Documentatlon
References:
I ternal I lf e account s f or tuat rise in normally energlied val m. Valw de-ener gfies to p , form I. J. DiaC Drawirg No. 9763-F-300219, Ser vice Envirorument Chart,14ev. 17, 7/22/85. saf et y f urtf lon ear i rg acc ident (oruli tions.
- 2. FP-72S47-02, AQR-47368 Atevision 0, Report on Quallf loat ion of ASCO PP-1 Solenoid 2. The lowest elevat ion and f lood lowl shown Val ms, March 2, 1982. 3. r epresent t re or st c ase f or tte locatim of
- 3. lapell Calculat ion m. OS70-032-020, Rev. t re equipment ID Nus. listed.
Shu-96263, UE&C Letter addressed to VAIC on f loudirr; Study Mat4.rim.
- 4. b wlsion /
S. P 941, Seabr ook E Q F lie W. 173-04-01, Assessment Liestblist Note Pajo i sd 4
QUM If I C Al llN E V M uAllON tole SHfl i Prepared Hy: ,kj[ /X,,v Date: J ,!fg Public Servloto Cmpany of New Hampshire ./ '/ Seabetx;h S t al l as) Ctected By: ff_ Date:J/g/f/ (QUllM NI QUM lilCAlllN IIL E NO. 173-04-01 < r (km.k t : $O-443 y - I waI I IInd I n vi rutament i qual i f ic aT ion I WT sf a ruli ng i l'ostula:EI i nvi ruissent Net tud l liens l l ll Value I Reference i Value ] Reference 1 Parameter I l l l Equipment Desc r ipt ion 11 I I l 1 i Test and i None i l th r( hase Or ther No. . ll i I Y ear i i l I Year 1 3 l I 9 h3-006-173-04 ll Ogera t ing l l Analysis 1 Iles l l p. 4 l 1 1 l ll l 1 l l 1 i l I E quipment 80 N(sl.. ll l l l 8 1 I I i let-f t -688-l, ll I I I 1i i I 405 2 1 Test i None l I RH4 Y-619-1 ibak i 19t, 1 I I 1 l l l ll I i p. 63 l T uaperature i i p. 4 I i i l ll I I I l I I 11 (Y) I I I l i I i 1 il i i i i 63 1 2 i fest i None l l li ll Peak i 1.0 1 8 l l p. 62 I I I l i p. 4 I Pressure i l l E quipment Type: 11 iPsl9) l l l I solenoid valve l l l , i ll , I i . 2 I 1 Test i Nurw I i i i 100 1 I ! lblatl w I 300 I P* A20 I l Manuf a tu rer : A5(D 11 I I p4 I ll Hueldify i I i p. 22, 23 1 1 I I l I I I I 11 458 I I I l I Mode 1 nunter: II i Test i None l l 3000 ppe boron 2 l
~
N/A l N/A l I Clemical i l as H ric Acid 1 P. A20 l l ll ll Spray (pH3 I I I pH = 10.S I p. 22, 23 I I l i l ' gg I I I
', g g
i I i Accuracy: Spec: WA Il I I I i Demon: N/A il~40 Tear Nomei I 'a' '
! !1m l- !
i !!a al;;;- - l4'
,, !a*
i i 3
- 2. s 1
2
- p. 59-62 l I
I i I li i Tear accioent i 7 l p. 4 l l l I L imit ing E nvi runnent : 11 Radiation Dose 1 6.0 m 10 l I g Il (Nads) i i None i l l 5 l Test and l Locat ion: Equipment Vault II 94,,9 l g l 248/S.79 l Analy sis l l A9 3n9 l (120*C) l g i itW-6Al II i I P4 , g g i Red Ime: Equipment Vault II (*f /Yearsi g i i l (tv-6A & con il 1
, g g
i i l I , a i I 11 ' I I i i ; WA l None I s li I ya I, wA I i l , g g i I Loemst flowt lon: (- 13 7'0"Illl Sutswrgence l WA y g i i F lood La wl: 4-13S'11" I i i 1 l Atane f food Lowl: Tes if 3 l g i Note 2 ll Not es : Document at Ion Reterences: 1. Iternal Ilse accounts for tuat rise in normally Ser vice Envirorunent Chart, ibv. 17, 7/22/85. energlied valve. Vale de-emerglios to per fore
- 1. s at ot y t u tt t l on da r i ng acc i de nt co nd i t i c,n s.
2. UE&C Drawi ng No. 9763-F-300219,FP-72S47-02, AOR-67368Mlevision 0, Report on Qualification 2. Its lowestofelevation ASCO ed*-1 Solenold and f lood lowl shown Val ves, hrch 2, 1982, 0570-032-020, Rev. 1. r eprese nt t re nor st case f or t res location of
- 3. lapela Calculat ion Pe). tto equipment 10 Mos. Iisted.
4. Ste96/6 3, ut &C tet ter addressed to VAtC on F loodt ry Study Natrim. P9et, Sederook 10 F ile Pt). 173-04-01, Assessment Ctechilst Note 4. Ib vislam 1 S. Paje 1 of 4 (ee n iH
QUAL 11 iCAI1ON [V/t ...I104 WOfE SHEET Prepared By: [ / /4pyv Dates l((/4
" b* 0"9 88V OI N'" H**P 5h3 '" M jg>
EQuil 14 N1 QuM. I f I CAI 104 f it [ NO. I734441 Ctecled By: A g o.y, r a lbclet: S0-443 g v I wa3 3 r ied E nvi ronmenf i Vaal iv ac eT i on i uuv sve rusi ng i li rostulated I nwirunnenf Heference I Net tod I liens l 3 Value i Reference i Value I
, g Parameter i ,
i [9alpment Descript ion ll g g g i None i I Marcnese Urder No.: g I i Year l 3 I Test and i I 91b34)o6-173-04 ll Operat ing i I Year I I l l l An.gysis I I I p. 2 1 I ll Il** 1 l l 3 l 1 1 l 1 l i E ,alpeant 10 No(s).. ll i I l , , 1 1 Ms+1-3001-3, 4 S. 6 Il i i i I 2 i Test i None 1 1 te5+ v-3002-3, 4, S. 6, il fbaA I 32S I I I 40S
- p. 63 1 I l I Ms-+*T -3003 -3, 4, S, o, 11 I I i Tempera ture I i p. 2
- i i )
l 96+ 1-3004 -3, 4. S, 6 18 I l l ll (T) l I I I l l I I I s d 18 I i None l 1 li i I I i 63 1 2 l Iest l l Peak l l l p. 63 I l l ll l p. 2 l i i l Pr essu re i 4.0 I l l l Equipment Type: il (Pstgi l I i i i l Solenold Walve ll I i l L I i il I I i i i I 800 1 2 i Test i kne il l I l l I ll Rulati m I 800 i l l p. A28 1 l i Manuf ac turer: A$G) Humidity i l p. 2 i p. 22, 23 l l i ll i i I i 1 I I l Il til I I I I l 1 I I l l Model Amter: ll i i l 3000 gpsn boron 1 2 l Test l N/A i L 20b-388 -484 11 N/ A l N/A l l I ll Chua lcal i l as Boric A.id i p. A20 I l L 206-381-4f4G l p. 22, 23 I I Spr ay (PHI l l pH = 10.S l I 1 ll 1 I I ll l 1 I I i l I 3 I I l Accuracy: Spec: WA Il I I I l l l il 40 Tear Nonnel i l l i l Deseon : WA 5 l p. 2 l Test I lene I il Radiation Dosel II a 10 l l2m 108 1 2
- p. $9-62 I i l 11 ( Had s) l l I I I 3 I 1
11 1 Tear Accident i l l l 4 l p. 2 l i l l 1 L Init Ing Envirunment : ll Radiatlon Dose 1I 8.2 = 10 I I I I I I ll (NWsl I I l Test and l None i I I 1 273.9/3.2 l i I t oc at ion : MS & FW Pipe II 1 330 l i I $ l Analy sis 1 I Chasa (PCW-3) ll Agi ng I p. 2 1 (134.3*Cl I I I (*f /Yearsi l I l*2t* I I I I i Rad Ime: MS & FW Pipe 11 l I I I _l these (PCW-33 Il I I I i 11 1 1 I I l i I I I i l I 1 None 1I il I I WA I WA I 28'0" Il i 4 i WA I i l Lowest E lemt ion : i WA 1 I I i F lood tsel: S'S" Il Sutmergerte I I I i 3 il i I I l Atom f lood Lem s : Yes I i mte 2 11 1 Notes: Occumentat ion Ref orwnces : 1. I ternal life accourds for test rise in acimally Nv. 17, 7/22/85. energlied valw. Valm de-ener gl aes to per fore Ser vice Envi rorment Chart saf ety f urttlon earing accident cortillions.
- 1. ut&C Drawing No. 9763-F-300219,FP-72547-02, #QR-67368Nevisim O, Report on Quaillicat ion of tASCO Alttuugh his ogsIpomt NP-1 Solenold is not presently
- 2. 2.
bal ws, March 2, IW2. I n st a l led, tie lowest elevatlun for PCw-3 aru 0$70-032-020. Rev.1. ICE-3 a s 28'-o".
- 3. lapell Calculat ion le).
4.
$tsu-96263. Di &C tetter addressed to VAtE on F icnji rg study Nat rim. Assessment trec klist Note 4. h vision /
S. P'Mt . Seabrook 10 file No. 873-04-01, Pap.3** 4
QUAL IFICAI ION t m ION Wold ( Sid E T Prepared Dy: ,k f fjtnu .ro: 1/Ar[/p
/
Public Servlw Company of New Hampshire SenabruA Station tha. tas t ; $0-443 EQUllM NI QuM If ICAll(N F IL E No. 173-04-01 Cteched Hy: br/[- . jg f,4 Date: M,#s,h/, I QuaIIIIed E nvirwunent i Gua l l fic at i on i Out sta ndi ng i Vostulatid E nvironmusnt Re f erence i Method i Items 1 I II I Het erenc e i valae i g rarameter I Value g I f @lpment Descr ipt im 11 l l l g i None 1 I F%rchase Order No.: ll l i I Year i 3 l Iest and l Opera t ing i i Year i a 1 Analysis l I 9 )b 3-006- 173-04 11
- p. 4 I l )
II Ilse i I j l l 1 3 l l l l g l Equipment 10 Nots).: ll l l l l
, l ll I :
1 644-4tY -600-1 I I i None i ll 1 405 2 l Iest i etH-HY-607-1 i 196 l l 1 l 1 l ll Ibe 1 I p. 4 I l p. 63 l l ll 1emaperatures ! l l l l i 1 l l ll (T) I i l i I I i I I l I l l Il I I 2 1 Test i None ll a i i i 63 1 l pea I l p. 62 l l l l ll 1 p. 4 l l I l l E quipment Type: ll Pressu re i 1.0 l I l iPsig) I l I I 1 ll I l l Solenoid valve 8 I I I I l 18 i I I 2 1 Iest i None i l ll 1 l 100 1 I l l lI blat I == 1 100 1 I p. A28 l Manut at tu rer : A50) l p. 4 1 i l ll Humidity l I I p. 22, 23 I l l l ( 5) i I l I Il l I I l l 1l i i I I l l Musei Numter: a l l 3000 Fpa boron i 2 1 Test 1 N/A I 206-31st-4Hvu il N/ A I N/A l l l Chemical i I as thric Acid I p. A20 l l Il l I p. 22, 23 l l ll Spray (pH) l 1 pH = 10.5 I i 1 l l I l l ll 1 1 8 5 l 1 I I l Accu rac y:5pect WA ll I I I I i Demon: N/A 15 su rear normal I 6 1 6 I I 2 i Test l None i l Il Radiation Dose i1 S.3 = 10 J l2m 107 1
- p. 59-62 l l
( Rad s) l l 1 I l I ll a l i i il i Tear Accident I ---- l 6 1 l l l I 1 L let t ing E nvi ronment: ll Radiation Done 1 l I I I I (Rads ! I l l l None l l ll I a I l Test arid l I Locatim: Equipment Vault il 1 1 248 M.S6 1 Analysis 1 Aging l 104/40 1 I (120*C) i S I I I (E v-6A l !! i i p. 4 I l Red Zone: Equipment vault 18 ( *f / Year s) 1 I f*2te i I I I I 1 I I I I l ( E v-eA ) ll I I I I I i i 11 l I l l I I I None l I il I I N/A l N/A 1 N/A I Lo.est E l wation: S*0" ll 4 l I I i WA I I I I Flood Le ws: t-1 SS'il" 11 Submergence I I I 1 1 l I I Abow F lood Letel: Ves ll I i Il i mtes: I Documentation
References:
- 8. Ibe rmal life account s for twat rise in normally Serv i ce E nvi ronam t Omart, Rev. 17, 7/22/85. emergised waive, val te der-emierglias to per for m
- 1. safety f unct im during accident uandit ims .
2. UE&C Draelng No. 9763-f-300289,fP-72')47-02, /QR-67360/fts vlsion 0, Report on Quali 2. fication Ite love st of e leA500 vat I on>P-l a ndSolenold f f ood la e1 stown Values, March 2, 19t12. 0*> 70-032 -020, les v . 8. represent tin worst case for fin tocation of
- 3. I I Ca Ic u I at I m ko. f te aquipment I D. Nos. 81 sted.
1 96163, Ut&C Letter addressed to TALC m f fooding Study Natri m. Clockli st Ete 4. 4. to N .K . wuodma r d, da ted 2/ 21/86. S. PSNe Su- 20 abSeab ruALEO o, P5pt e t tFile e r f No. r om 173-04-01 H .E . tieuc InsAssessment i / J .w . S tac e y Re visite O
- 6. Pays 4 s4 4 nss.
QUAL IF 1CAIION JAll0N tKRK 9([I Prepared By: $g J aae p9 ,,,,; l [ ) ,g) PubtIc 5 .e Company of Noe Hampshire - Seabrook Statlon [QUlPl(NT QUAL IFICATION FILE NO. 173-05-01 Checked By: $ omtf u Date:llfic/ SI Docket: SO-4 4 3 ytselifies Environment 1 yuel s y sc eTIon i Uttr57en4Irig l Il rostulated Inviron1xt 3 Met hod I liens l l Value I Me terance I yelue 1 78eferente i l i E quipment Duncr Opt Ion ll rarameter i g g I I I i l Purthese Urder Wo. . II s 2 I Test and i None operating i I Year I i l i veer 1 i I 1 9763-006-173-OS ll l i I p. 4-7 & 4-14 i Analysis l Tlao I I I I il l l l l 4 i I Equipment ID N(s).: ll I l t l l t l l CC-25-2171- 1 ll I I I s I I i None I l CC-2 5-2171 -2 II l 194 l 2 l Test CC-25-22 78 - 1 Il Peak l 13S 1 8 i p. 4-S l I i l Temperature l l P. 3 i l l i CC-25-2271-2 11 l l l l ( *F ) I l i I I i ll I I l l 11 1 I I i I I i I 1l I i l 2 l Test i None Peak l 0.4 i i l l l il l- 0.4 I p. 4-5 l Pressure I i p. 3 6 l l l I E quipment lype: ll l i I L imit Switch ll (Psigt i l l I l l l I I i 18 I I i l i 1 I i Test i None l l 15 l a l 100 l 2 il Relet t wo 1 100 I p. S-10 & 4-5 l l l l Manula:turer; l p. 3 I i l l Namo Controls ll Ikaeldity I I l I i I I I I ll til i I I 1 i moet hacer: ll l I I I I I l 1 WA I WA l None l I [AJSO-ool00 ll l N/A I WA I ll Chemic al i UA i I l l l l l I I il Spray IpHI { l I I l t I l I I I i 3 Il I I I I I l Accuracy: Spec: WA 11 I I I I l l Dumon: WA il au fear voormal i l l ! l I il Rediation pose 1 4.7 m 106 l p, 3 l l 2.04 x 10 8 1 2 i Test i None i (Rals) l I I p. 4-6 & 10-14 l l l l ll I i l l l ll 3 rear acciaany i S I I I I p. 3 l I l l L imit ing i nvironment s ll Radiation Oose i 1.9 x IO l l I I I l ll (RW sl 1 I I I I 2 i Test and i None t l Location: Primary Aum. Il i i 104/40 1 l 104/18.18 1
! I I Biog. (PU-ill ll Aging 1 i p. 3 I I p. 4-14 i Analysis I
(*F/reers) i I 3 I I l Red Zone: Pr leary Aux. 11 l 3 I I I I Badg. IPS-ill ll l l l l I I I 3 I Il 31 I i I N/A 8 I WA l WA l None ! l i N/A l S 1 I I I I I Lonest Elevation: 4 7'-6" Il Submergenc e i I I I I F loud Level: 1-121'-6" ll I l f g l Above F lood Level: YES 11 l l Notes: Ducmt ation Asterances: Hewiston 17, 7//2/8S, ser vice E nvironne.nt Chart.
- 1. uf &C Drawing No. 9763-F-300219,No. QiN 8 80. Revi sion 0, dated 10/1/88.
- 2. IP-73S97-OI, teamco Test Report Note 4
- 3. Seabros E.Q. F ile No. 3 73-0S-01, Assessment Chuc klist, 173-OS-04, Assessment Cim.chlist, Note 3.
4 Seabrook E .Q. F ile No. S. 580-96263, Seabrook Station Flooding Study Mattin. Revision I 6 Seabrook E Q. F ile No. 173-0$-04, Assessment Checklist, Note 1. Page i of 1 i gg 4 I
- - - - . - = = - .
y
. 3 -
' 3 N .
99 C ~
%Q g J- g3 . % .-p d }:3 -
N'N N y g3 . t <} A*,C
- s. e.
1.
.. ) 9 .r , - =3-9 g g -
e
..O
- [~
- 0 1
,,~-
> 3 3 1 ,5 1 x w.
,e,c,e a
.. . ,.a-.m : .
____ -_----- - - .- - < s .
.33 3 5>7
~~
. . ~ .c.
C %, .9 D A
% 0 e ,C < u e
7@. cg. J "}
# 7 m < N.~N ,- 7
.. c e - ,.
9v 3# ge .C e,
) O#
- g g ,_
N Z *- 6 A e'-C 8
-= f e e. -
> em 4 .
a
=
e d 9
- 9
*NNO 9g3
- ee a e 3C
- 3 3 *= D -
K W6 s 5 .e .eg 1-3 3 9 * *C
$ww- CD
-=*
==- - - - ---- } ,,d 6
<3 b . - ,a*
s e.-N e - e e = 8
..w .. cN%egge-*TTh.oS&
= w a Le m s . - sb .
= "
-NN9 e k 8 e e ,- <
N 3 * * *
"J : =@ S, cT
'9 3
e -e 6 e e sx ex
'. e Z w" 3 .- 3 = .-
a 4
, ex ew 9 3 . . . .
p g a a 4 4 ,
*e a -
-- ==-= =. - -
p i . - .
~ .-
o T n. t = e >= a T e - 3 4 D D < N J
- 2 > e S 7 T S n Z m e.
a p b *
% O : 1 - *
@ D
- A -
s e - m3 w %, 5 e g -
- N
- N O
- f ,g g g =
4 7
. % e
-----. - . - .- .. o % 3 w -.. -- 23 % e.
.a. N
'e Nk Z 9 l ! 2 7 i . .
2 i 8 I l
. < .Z. O g lI l <
N ,, or -, N - D d 9 w . -, .
. gy
=
'! 1 Z
{
- CL 1 5 zo = f s
- - CL 4 1 l A 3 - < - ,.z 2
- l i == e 5 3 .= L i-p.=- -
,. -..- - .-.==p.- -. -.
_ ,g 1 - o - 1 z y C a w 356-o = e,> e 9
-e 0-v
".) 3 ,c..,"5 u -
> se> ,
3g =-E r < a aC e. A
- N
*J e N S % ,S z c lC > g , - ==
z = g.a . b. 5'3 3 4 9 o
- rS .-e w N
e w A e 3 3
--0 o
r3 - oz - - 5 .w.
.u. g .g 3 a 3 e
r# . -. . - . - = = . - . .- .- .. D e. 9- aC p . . - - . . - - - . H C 9
.- 9 c w 1.U. = 0= **
9 eA 9 o = -3 e *s-e 6 o
= Eo = = A v3-A e g et 6 3 3 9h -T Q y e s C ya qs a 34 3 .3. 3 .
.a. e.
3..*- C# r *7 e 9 e Q-eG 9
=
g 37 9 A- *7= . ~ em L o n. L e. -z d *6 4 - c"R,3-9 %com .e e.= 3 u 5 % a er,
& 3 *,,, . - gg 5 e. &
c' N aC 4 e Mi dg - ei . 3 .
@ .-eN C
6 4 1 - L f, - g 3 f* Q& L
>.9.-a B .4 e.
n ts e w e 3 S $e
- a. o o e
# L b. e 34 4 av T z a eg =z e'> O s w,~ g 4
Z - - .
- - - - =. - . . . ..
I e aan e O - . fd k . 4 Ts
- G ct e Z C Q A 9 ..'
e e c .3 2 s 0
=
- e ~ e.
C g *. U .=. .a p 3 g 3g C w 0 0 3 e. s > e e 2 *
>7 L C< u 3 e O, .J C
-C 5 <Z %%
y3 C w **
- Q Q - e. d'% 9O= e C e.i.
a e. 23 {g a<a . . . t 9 g . CL *
-Oe d .e 9 u a
- 3e @ - e a. e o ee 5 -
3 3 .e w3 w e. 3 +O. , wgo -
.3e * = 0 e Q6 3 3 9 I y T c
- D e= b **** % P9 2 C == U h e. 1 oqe + e E ,*C ,2 ,< ,*Q ,< '4'" . ** ** -=
e' e.,= .. .J c
< ,D 1, 9 .J. 'i2 .
e
., w - e . e.o. . { e
.o-u e.-,.
a l *_.
- ~,~, ~,e~ee.~ ,~,~,.,.~, - - u. - ..
e o
..)...
w - v -, 5 . , , , , , #. ) r.,. .>. e. . w.- e. A ~g*- ,e o. e - *
. J! ),A ... ...
tttttttt! 88: 1- . 4- - 4 2*"8 o~ . , " .' W , n. ' ,. 5 3 w.F. 3 4 .* . . - >
- o w33,3333 3 3 i.
3 -
> - 2 J!
-o8. ,3 3 3 w ..
f .J v v 8w lg i
- , w e W aC .A ' J .J 6 e . * . .
43 w .- =.- - .==- eeeg e 3 e -
.===-
g, i,)'l 1 I
QUAtlflCATION [VA6 .ON WORK 5hEET prepared By: b]M Date: J!.7 //b, f Public Service Company of New Hampshire Seabrook Station EQulPtqENT QUAtillCA110N FILE NO.17h05-03 Checned By: / 4 / [ d Date: 3 2/ yg. Docket: 50-443 /
> gus1Irled Enviremment > EpsellT1 cation > Uutstanding > ) n Fostulated Inwt. w at Talue > 7 Method > Items >
n Forameter > Talue > Neference > Refet, pace y y >
> Eeutsment Descrf otion > > >
> Furtaase creer no.: n >
> 1 > > > Test and >
> 9763-006-173-05 n Operatlag >
> p. I > 204 days > 6 > Analysis > None >
> n iles > I year c 10 mo(s).: > > > >
>E*tI-2171-4
>CI-1 >>
> CC-TV-2171-5 n >
> I > > 3 > >
>> Peak >
335 > p. > Test > None >
> CC-1Y-2271-4 135 > p. 3 > > > CC-11-2271-5 n reture >
n T7() >
> > > None >
n Peak > I > 8.5 > 3 > Test n Pressure > 0.4 >
> p. > > >
> Equipment lype: (Pstg) > p. 3 >
> E/P 1ransducer n >
n > n >
> 1 > > >
> None >
n Relattwe >
- p. 3 100 > 3 > Test
> Manufacturer: n N midity > 100 > >
> p. > > >
> Masemellan > > >
>> (s) > > > > >
> Madei N.mber: n > > > > >
D > > >
> 8005A > 1
> N/A > None >
n Chemical > N/A > p. 3 > N/A > N/A n Spray (pH) > n > > > > >
> Accuracy: Spec: Yes n > > >
n 45 Year lloreal > . > > Demon: Yes 4.7 x 10 6 > g
> > > Test > None >
n Radiatloa Dose > > p. 3 > 1 x 107 > 3 n (Rads) >
> > p. >
>> i veer accident > 9 ) I > >
n Radiation Dosa > 1.9 m 10 > > >
> Limittee Emwiremment: > p. 3 > >
n (Rads)
> Test and > >
D > 5
> Location: Primary Aum. > 1 >
> Analysis > None >
B1dg. (PS-II) n Aging >
> p. 3 > 104/13.95 > pp. 4-6 >
> > 104/40 > >
> Red Zone: Primarv Aum. n (OT/ tears) > > 4
> side.{rs-ll) nn > > > >
n >
> N/A > None >
> Lauest Elevation: 27' n >
> 2 > N/A > N/A
> Flood Level: (-)21'-6" n Submergence > N/A
{ $ { [
> Above flood level: fes n >
Notes: Decimentation
References:
- 1. UE&C Drawing lio. 9763-F-300219 Service Environment Chart. Rev.17. dated 1/22/85.
- 2. 58U-96763. Seabroek Station F1 coding 3tudy Matria.
- 3. Cygna Report so. 81041-Rh002. Rev. C. 2/83.
4 Seabrook Station E.Q. File to. 173-05-03 Checklist. Note 3.
- 5. Masonellan Report No. II?9. Pewtston 0
- 6. Seabrook Statloa [.Q. File No. 173-05-03 Chettlist. Note 8. Page I of I
,,u..
e-_ _ _ _ - - _ _ _ _ _ - - . . - - - _ - -- - -- -.-
QUALIFICA). (VAtuATICO WORK SHIET Pubitc Service Company of New Hampshire Prepared By: M//Xm Date: /g ce - EQUIPMENT QUALIFICATION FILE NO. 173-07-01 Checked By: Date: # /> f V Postulated Environment Qualified Environment Qual f fication Dutstanding' Equipment Description Pa rameter Value Reference Value Reference Method Items Purchase Order No.: Operating 1 year 1 1 year 2 Test and 9763-006-173-07 Time p. I Analysis None Equfpment ID No(s).: 6 RC-FV-2881. SI-FV-2475
-2476. -2477.-2482. -2483 Peak 1 4 p. 4-10 of Test and
-2486. -2495.-2496 Temperature 375 p. 1 390 App. IV of Analysis None (DF) App. III CAH-FV-6572. -6573. -6574 8 p. 51 55-FV-2857. NG-FV-4609,
-4610. VG-FV-1661. -1712, 4 WLD-FV-8330. -8331. Note 3 Peak I p. 4-10 of Equipment Type: Pressure 60 p. I !!3 App. IV of Test None Solenoid Valves (Pstg) App. XII Manufacturer: 4 Valcor Relative 1 App. XII Hisildity 100 p. I 100 Test None (1)
- p. 57 Model Number:
V526-6040-6. V526-6040-1 4 Test and V526-6040-8. V526-5631-20 Chemical Boric Acid 1 Spray (pH) 1.2% by wt. p. I 1.2% by wt. App. III Analysis None V526-5940-16 pH 9.5-10.5 p. 58 V 526-5871-4 pH 7.5-10.5 5 Accuracy: Spec: N/A Demon: N/A 40 Year Norinal I 4 Radiation Dose 2 x 107 p. I (Rads) 2 x 108 p. 23 & p. 4-22 Test None of App. IV of 1 Year Accident I app, ggg Ltatting Environment: Radfation Dose 1.04 x 10 8 p, 3 (Rads) Location: Containment 1 4. p. 18 8 19 Test and (CS-12) Aging 3. p. 3 Analysis None (OF/ Years) 120/40 p. I 120/5 Rad Zone: Containment Note I (General area /Not submerged) Lowest Elevation:(-)l5'-U' 7 N/A N/A N/A None Flood Level: (-)20'-8* Submergence N/A Above Flood Level: Yes Note 2 llotes: Documentation gererences: 1. For evaluation of qualf fled If fe. the heat rise due
- 1. Utac Drawing No. 9163-F-300219 Service Envf ronment Chart. Revision 17. dated 7/22/85. to the fluid temperature and the energized condition
- 2. Impe11 Calculation 0570-032-070. has been taken into account (Ref. 3. p. 3).
- 3. FP-73759-04 Qualifted Life Evaluation. Document No. MR 526-5631-20-2. Rev. C. 2/10/86.
FP-73?l6-01. Qualfication Test Report QR 52600-5940-2. Rev. C. 4/24/81. 2. The lowest elev. and flood level shown represents the 4 worse case for the location of the equfp. ID Nos. Itste
- 5. Seabrook Station. Equipment File No. 173-7-01 Assessment Checklist Note 5, 3. Equipment I.D. Nos. RC-25-2881. 51-Z5-2475. -2476
- 6. Seabrook Station. Equipment File No. 173-7-01 Assessment Checklist Note 2. -2477. -2482. -2/83. -2486. -2495. -2496. CAH-Z5-6572
- 7. SBU-96263. UE&C Letter. " Flooding Study Matrix". -657 3. -6574. 55-Z5-2857. NG-Z5-4609-1. -4609-2
- 8. FP-73735-03. MR-526-5631-20-3. Rev. 8.10/8/85. -4610-1. -4610-2. VG-Z5-1661. -1712. WLD-Z5-8330. and
-8331 are for the integral position indication within these Solenoid Valves.
Revision Page 1 o' 03538
QUALIFICA. EVALUATICD WORK SHEET j Pubitc Service Company of New Hampshire Prepared By: ~M j pf,,v Date: 9//, Seabrook Station Docket: 50-443 EQUIPMENT QUALIFICATION FILE NO. 173-07-02 Checked By: b,/ 4.- Date: a V W Postulated Environment Qualified Environment quali fica tion GutstanJ WJ Equipoent Descrfptioa Parameter Value ReTerence value ReTerence Method Itces
'"l'urchase Order No.:
9763-006-173-07 Operating 1 2 Time 1 Year p. I 1 Year p. 38 App. VII. Test and None Equipment ID No(s).: p. D-2 Analysis 4 RC-FV-2831 RC-FV-2832 RC-FV-2833 Peak 1 2 RC-FV-2836 Temperature 375 p. 1 417 p. 38 Test none Note 2 (OF) Peak 1 2 Equipment Type: Pressure 60 p. I 103 p. 39 Test None Solenoid Valves (Pstg) Relative 2 Manufacturer: Valcor 1 100 p. 39 Test None Humidity 100 p. I (1) Model Number: V526-5295-110 Boric Acid 2 V526-5683-48 Cheefcal Soric Acid 1 Spray (pH) 1.2% by wt. p. I 2.3% by wt. App. VII Test Mone pH = 7.5 - 10.5 pH = 7.5 - 9.0 p. 7 Accuracy: Spec: N/A Demon: N/A 40 Tear Ectmal I Radiation Dose 2.0 x 10 7 p. I 2 (Rads)
- p. 24 5.9 x 107 Test None I Year Accident 1 Ltatting Environment: Radiation Dose 1.4 x 10 7 p. 1 (Rads)
Location: Containment I 120/ 5 3 Test and (C5-10) Aging p. 7 A1alysis None 120/40 p. I Note 1 Rad Zone: Containment (OF/ Years) Note 1 (General Area / Not Submerged) LowestElevation:q-?tS'-2* 5 N/A N/A N/A None Flood Level: L-s20'-8" Submergence N/A Above Flood Level: Yes Notes: Decimentation
References:
- 1. Thermal life is based on room ambient intern
- 1. UE&C Drawing No. 9763-F-300219, Service Environment Chart, Revision 17, 7/22/85. heating and process fluid conditions (Ref. ?
- 2. FP-73400-02, Qual. Test Report for Class IE Solenoid valves QR-526-5683-6, Rev. D dated 4/19/84 2. Equipment ID Nos., RC-25-2831 -2832. -2833
- 3. FP-73759-04, Quaitfled Life Evaluation, MR-526-5631-20-2, Rev. C, dated 2/10/86. and -2836 are for integral position indicatt 4 Impe11 Calculation No. 0570-032-076. Rev. O. Test Profile Extrapolation, within these solenoid valves.
- 5. 580-96263. UI*.C Flooding Study Matrix.
Revfsfon 2 Page 1 of 3 03478
QUALIFICA: EVALUATION WORK SHEET Public Service Company of New Hampshire Prepared By: M //M Date: 9'd/ Seabrook Station a Docket: 50-443 EQUIPMENT QUALIFICATION FILE NO. 173-07-02 Checked By: b, yde Date: 'J V 4 Postulated Environment Qualiffed Environment Qualffication Uutstanding Equipment Description Pa rame ter value Ref~erence Value Reference Method Items Purchase Order No.: 9763-006-173-07 Operating 1 2 Time 1 Year p. I 1 Year p. 38. App. VII Test and None Equipment ID No(s).: p. D-2 Analysis RC-FV-2837 4 RC-FV-2840 RC-FV-2874 Peak 1 2 RC-FV-2876 Temperature 160 p. 2 417 p. 38 Test None RC-FV-2894 (OF) RC-FV-2896 Note 2 Peak 1 2 Equipment Type: Pressure 1 p. 2 103 p. 39 Test None Solenoid Valves (Psig) Manufacturer: Valcor Relative 1 2 Humidity 100 p. 2 100 p. 39 Test None (1) Model Number: V526-5683-48 V526-5683-56 Chemfcal Spray (pH) N/A N/A N/A N/A N/A None V526-5295-Il0 Accuracy: Spec: N/A Demon: N/A 40 Tear Normal I Radiation Dose 2.0 x 10 7 p. 2 2 (Rads) I Year Accident 1 5.9 x 10 7 p. 24 Test None Limiting Environment: Radiation Dose 2.8 x 10 7 p. 2 (Rads) Location: Mech. Penetra- 104/ 5 3 Test and tion Area (MPA-2) Aging 1
- p. 7 Analysis 104/40 p. 1 Note 1 None Rad Zone: Mechanical (OF/ Years)
Penetration Area (MPA-2) Lowest Eleva tion:(-)l5' 5 N/A N/A N/A None Flood Level: (-)25'-11" Submergence N/A Above Flood Level: Yes actes. Documentation
References:
- 1. Thermal life is based on room ambient intern.
- 1. UE&C Drawing No. 9763-F-300219. Service Environment Chart. Revision 17. 7/22/85. heating, and process fluid cor.dttfons (Ref.
- 2. FP-73400-02 Qual. Test Report for Class IE Solenoid valves. QR-526-5683-6 Rev. D. dated 4/19/84 2. Equipment ID Nos. RC-ZS-2837. -2840. -2874
- 3. FP-73759-04 Qualified Life Evaluation. MR-526-5631-20-2 Rev. C. dated 2/10/86. -2876. -2894 and -2896 are for the integral 4 Impell Calculation No. 0570-032-076 Rev. O. Test Prof fie Extrapolation. position indicated within these solenoid
- 5. SBU-96263. UESC Flooding Study Matrix. valves.
Revisfon 2 89" 0347B
QUALIFICAe EVALUATION WORK SHEET Pubitc Service Company of New Hampshire Prepared By: j[*f/#% Date: a Seabrook Station Docket: 50-443 EQUIPMENT QUALIFICATION FILE NO. 173-07-02 Checked By: (L'4 u uste: V 4 Postulated Environment I Qualtried Environment qualffication Uutstanding Equipment Description Parameter Value Reference i value Reference Method Items Purchase Order No.: 9763-006-173-07 Operating 1 2 Time 1 Year p. I 1 Year p. 38, App. VII Test and None Equipment ID No(s).: p. D-2 Analysts 4 RC-IV-2830 Note 2 Peak 1 2 Tem rature 375 p. I 417 p. 38 Test None ( F) Peak 1 2 Equipment Type: Pressure 60 p. I 103 p. 39 Test None Solenoid Valve (Pstg) Relative 2 Manufacturer: Valcor 1 100 p. 39 Test None Humidity 100 p. I (1) Model Number: V526-5683-48 Boric Acid 2 Chemical Boric Acid 1 Spray (pH) 1.2% by wt. p. I 2.3% by wt. App. VII Test None pH = 7.5 - 10.5 pH = 7.5 - 9.0 p. 7 Accuracy: Spec: N/A Demon: N/A 40 Year Normal I Radiation Dose 2.0 x 10 7 p. 1 2 (Rads) p. 24 Test I Year Accident 1 5.9 x 107 None Limiting Environment: Radiation Dose 1.4 x 10 7 p. 1 (Rads) Location: Containment 1 120/1.1 3 Test and (CS-10) Aging Note 1 p. 7 Analysis None Rad Zone: Containment (OF/ Years) 120/40 p. I (General Area / Not Submerged) Lowest Elevation:L hl6'-0* N/A 5 N/A N/A N/A None Flood Level: d-h20'-8" Submergence Above Flood Level: Yes Notes: Documentation
References:
- 1. Thermal If fe is based on ambient internal
- 1. UE&C Drawing No. 9763-F-300219. Service Environment Chart, Revision 17, 7/22/85, heating, and process fluid conditions (Ref. .
- 2. FP-73400-02, Qual. Test Report for Class IE Solenoid valves, QR-526-5683-6, Rev. D, dated 1/19/84, 2. Equipment ID No. RC-ZS-2830 is for the
- 3. FP-73759-04, Qualifted Life Evaluation, MR-526-5631-20-2, Rev. C, dated 2/10/86. integral position indication within this
- 4. Impell Calculation No. 0570-032-076 Rev. O Test Prof fle Extrapolation. solenoid valve.
- 5. SBU-96263, UE AC Flooding Study Matrix.
Revision 2 Page 3 of 3 03478
I l l
. ne M ,Ill L I 1 7
Pr.4* Mod tip h,,, Dato:1 /7 g
,& j4 ,/
QI Aa It it. Al l.)N L W At tl4.
-- c Put>lic Sor vic.e Gage.sny >t H,. hy sh i t .s
.. . .. 5 , ,,0..n I Qilew til vsAt at stAllose e la i te), i14-13-02 Ches.kod lif : Date:
/d r
iba.16ot : 50-445 y-i vuositication oursranaing a Posf~uTi1ET T n7Thuv=.nT 1 vuall r iod inviroruminr me tud I stems i il i neTorences I l i V.s f.v. I NT;ihus .s i vatuo g il t'ar am stor g g g lI _Purch.sso UrTar rha. .E qu b> man t thesc r ip t II ioni g 3 4 I rest and l Nono l i 1 y ,ar 1 Operating i i r.s.sr l I l Analysis l l l 9765-000-l74-15 11 I p. I 1 i 1 18 II ** f l l 1 l 3 i l 1 I I I ttyulpmont 10 mts).. i Ct.-LI-22 72-l . 2, 5 Il 8 1 1 I I I I ll 1
~~
l i 1 Test i None I 11 Sid 1 2, p. 41 l CC-LI-2292-l.2.5 Poaa l I r> > l i I 1 5, App. I, p.12 l i 1 l CC-LI-2t i2-l . 2.1 Il l I p. 5 l l i l To gi.ir st uro i l i CC-LI-2192-4 2, 5 ll ( *f t I l l 1 FW-PI-4 252, l W-t*T-4 /S F, il 1 1 1 1 1 1 2 ll l 3 I 3 i ti-fi-4244-1,4, fw-fi- I 1 None I 3 I 15 1 2, p. 47 l Test l 4224-2,4, FW-tI-4234-2,4 Il l 0. ') i 1 1
- 5. A>p. 1 p.11 1 1 l i FW-fi-4244-2,4 Il Ib.sk 5 1 1 I p. I Ibsswr.e 1 l i I i CS-+ f - 7 5 2'). CS-fr-1520 ll I I I i i i 1I (t's 38 i l t Equipaint ivpo: i I i : i i I Pnessuro tr ans.mi t ter il i i i I t, p. 4 / l rest I mne i i II i e i 1004 I I ll %Iativo i 1005 l l 5. A>p. t , p .12 I i i Kanu t a. turer : ebe Jity I e' I p. 5 I i i i Hosom>unt il I l til i I I l l I il I I I I 1l i I I
! M>Jul Numtnr : 3 I N/A 1 Nunes l 3
3 N/A l N/A 1 IISS, Serlos s il N/A l N/A l i I l Chemical I I l l l ll l l I i l ll Spaay (PHI i l I I I i I I 11 I I I l l I I I l A.c ur oc y :Sp.sc . u.bli li I I I I l I l Qum>n: 8.(228 ll 40 Tear Noras) 1 # p. 5 l y I i Test i New I ll Hadiation Doses !Ia 10 1 1 2.25 m to l 2, p . 4 3 I I l i l I 5, p . *>8 I 11 (gasst i l i I l 1 ) I ll 1 voar acci.wns I 2 i p. 5 I l I I I 2' ll dadiation Diso lI 1. tl = 10 l i I l Limi ting Invironnunt : Ms Ist l I i I il i l None l I I I 1 /, p. 40 1 Test anJ l Location: f>r l .a. Aun . II i I i 104/20 l Analysis l l Ajin j l 104/4o l l figuro l I l tild ). lono l'.l
> li l p. 5 I l I I ll ( *f /To sr s) I l l I HaJ 2ano: Prim. Aue. 3 I I I i
l tildg. Jono l'ti > 18 1 I I
- i i i I l 31 s I g
I I l M >n.s l I I I N/A i N/A N/A I
! 8.owost Elevation: 60'4" 11 l I I N/A I >
I I I ll Sutumsr.jonco 1 I I I flood Level: (-124'6" iI I I I I I I l Above fluod tovel: nato Yes i 11 I I mates: oocomentation Rotorences: 4. Irw lumest elevation and ficud lovel st>>wn 61, Sorwice i nvironment Ch sr t . 1/21/US. resprosesn t trio worst case f or tres location ut
- 8. OE &C Drael nq N. 9105-f-500269, H-ev.10002-), Ov C, J.sted //dl . ttms equlpnent 1.0. N s. II,toJ.
- 2. Hosonount W.sillication % port N. S il . I, dat+1 1/3/01.
- 5. Hostee sun t Wal i f ic at ion %por t m. 10dO2r>,0*>10-012-OIS, Prof ile E s trapot st son f or 4 Impoll Calcularlon Irons.nt i tor s. kv i s t.we 1 msom>un t 13 *> 5 Sorie,s tt 10/ /*n/117 P.s ao i of I S. Stlu br ltet,115C f lamling Study H str 14, Ol)/ /Il
Qual IF ICQ110N t h erAl C3)fg( Sl( F T
/b U 8' * * > M '6 Public Service Company of Naw Hampshire Seabrod Statim E QUllM Ni QUAL If ICAll0N FILE ND. 225-03-01
_f,f b peg e; j '/fg Doc W : 50-443 Checked By: _R J' y ' vuoi s s u ed E nvi ronment r a wei nic ev ion s out sveno s ag 8 t'ostu rated a nwironmen'Y a i n. shoo I ige s l I II Meternnce i vague : Meterence Paramover I value g l E quiprrt Desc r ipt ion il I l 3 g g g I 3%rchase Order No.. ll I 8 Year i 3 i Test and i None i, Operat Ing i I Year 1 i g 3,,g y ,g, g i 9763-006-22S4)3 18 O g j Time I i p. I I g I il l 3 g g i Equipment 10 No(sl.: EAH-f Y -3 7A, 3 7B Il ll l l l l l j g g g g l I : i 7 i l i PAH4 Y-35A, 3SB, 36A, il i 2 1 Test l Hone l I$o I i I 404) l l 3 368 il f%ak i p. 3 I t> l p. 63 l g g F Mt4 Y-544 2-1, 2 11 Temperature I l g i (Tl l l l i l 3 F AH4 Y-$443-1, 2 I 1 i 11 8 1 I 1 I I I y i None ll l 31 I i I 63 1 2 i Test I l 1.0 l l l l l 11 Peak I 3 i i p. 62 l l Equipment Type: 11 Pressure i p. 1 l l l iPsig) i I l 1 i : 1 Solenoid Valve ll i I I 3 I il I f I 1 I I 2 i Test lHme 1 1 13 i I I i 100 1 i i Il RelatIwe I I p. A21 I l Mas.ut ac turne : A500 Ibeldity I too l p. 3 i p. 22, 23 1 1 3 I il l i l il til i I I I I i i I i a s I i i None i Model haber: il e i l 3000 ppe Baron i 2 1 Test l 1 wJW8320Al84v li l N/A 1 N/A p. A20 l t i ll Chnmical l I as ooric Acid I I i l Spray (pH) l I p. 22, 23 I I il 1 I pH = 10.5 I I I ll 3 I l i I
! l I i 3 l Accuracy: Spec: WA ll I I I g ( , g I Demon: N/A il au rear Ronsal i 6 g p, 3 g 7
g i Test l None l 2 I ll Radiation Dose il 4.2 a 10 J l 2m 10 1 p.S942 I I I ll ( Rai s) i l I g i i l I il I rear Accident i 6 g p, 3 l l 1 I I I ll Radiation Dose 1 3.6 m 10 I I I L let t ing E nvi ron= ant : I I I I ( Rea s) 1 I 3 i i 11 I I 4 i Test and l Nme I Loc at ion : Cont ainment il 1 248 /9.56 1 l l E rc losure Biog. (CE -li ll Agi ng i 104/40 1 1 I ( 120*C) I l Analysis l l l l P. 3 l l l
! Red Zone: Cont a inment ll ( *F/ Year s) l 1 l Note l 3 I I I l E sc losure Bldg. (CE-1) !8 ) l l I I l 1
Il 5I I I I N/A 3 l M/A l N/A l None ll I Lone 57 L poweTIon: 4U'-U-N/A l S I I I l' (- 121'-6* l l Siemergence i I I I 1 Flood Lowl: I l l I l Above F lood Level: Yes il 3 I i 1 i Note 2 18 Notes: Doctmentation
References:
- 3. Ite rnal lif e account s for heat r ise in ncreally Service Envi ronment Chart , Rev.
17., 7/22/8S. energlied wolve. Valve doenerglees to pos tore I. UE&C Dag. No. 9763-F-300219, O, Reort on Quellfication of saf ety f urct ion during accident conditions.
- 2. FP-61820-01, ASCO Test Report No. AQR-67368, Row. Catalog e-I Solenold valves for Safety-Related sce no f f oodiinng occur s i n a -l (Rev. 31, see
- 2. SiAppilcations Automatic Set tch Co. fASCO) f lood elevation for fle PNI has been listed.
Nuc lear Pomer Generating Stations. March 2,1982. The solenoid valves located in t he PA8 (PAWi t-0$70-032-038, Rev. O. 2 2*>-0 3-01, Chxk l ist Phate 4
- 3. Impell Calculation No. 35A & Pht4 Y-36A) are Installed at elevat ion Seabrook Station Equipment Qualification F ile No. 40'-0". The remainder of t his equipment is 58u-96263, Seabrook Station flooding Study Matrim.
4. S. loca ted i n 0 - 1. HewIsfee J t'npe tst
Quat ti l C AI I(N f VA10AT . WOlg St(fi Prep ared By : k //$,u Date: /d Pelic Servim Company of New Hampshire seabrook Station I QUll'14 NI QUAL If ICAT 10N F 11E NO. 225-03-01 Checked By : / ,f. [ Mg, b Date: 2/jj/ff g Dochet: 30-443 y . I vualisied a nvironnem i guai s t ic at i on i uuv sv andi ng i il rostulat.if I nwirTnment M et erence Method I liens l g i value I Nef erence i value i i l l Equipment Descript ion li rarameter i i i I I I t%rchase Urder suo.. II s i 3 l Test and i None l Operating i I Year I I I I Year i I 9 43-006-225-03 11 I I Analysis i 1 Time I p. I I I l I il 1 i i I i 1 I Equipment ID Notst.: 11 I i l l l 1 1 i l FAH-f Y-S4448, A 18 I I I I i I 2 1 Test l Nono I I II l i I 40S l Pe ak i 13t1 l p. 63 1 1 l
! ll Temperaturw I I p. 3 I i l l il l i l ll ( *F I I i I I I I
l 1 I 1 1 i i ! 11 i i l i i B l Iest 1 Nme I ji l 63 1 2 I Pe
- I Sil9htly 1 I l l il l l p. 62 l I l Positi w I p. 3 I I Pressu re I I
! l Equipeerrt Type: ll I l I i 11 (Psigi l l l 3 I Solenold Valve I l i I il i i I ll i i i 100 1 2 I Iest i Nme I i I i i I l i l Manuf a-turur: A5(X) 11 Relatlwe l p. 3 I I P A21 I I ll Humidity l 100 I I I p. 22, 23 I I l 1 ! I 18 til I I I 1I I ' ' 3 l Modei Number: I}}