ML19341C236

Forwards Addl Class IE Electrical Equipment Environ Qualification Info,In Response to 810109 NUREG-0588 Audit Exit Meeting.Master List of Equipment Required to Function Under Postulated Accident Conditions Encl

ML19341C236
Person / Time
Site:	Farley
Issue date:	02/20/1981
From:	Clayton F ALABAMA POWER CO.
To:	Schwencer A Office of Nuclear Reactor Regulation
References
RTR-NUREG-0588, RTR-NUREG-588 NUDOCS 8103020504
Download: ML19341C236 (33)

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' A12'ma Power Company 600 North 18tn Street Post Office Box 2641 Birmingham, Alabama 35291 Telephone 205 250-1000 F. L CLAYTON, JM.

m Senior Vice Presicent Alabama Power the southern erectrc system February 20, 1981 Docket No. 50-364 I

Director, Nuclear Reactor Regulation U. S. fluclear Regulatory Cocmission Washington, D. C. 20555 Attention: Mr. A. T. Schwencer Gentlemen:

JOSEPH M. FARLEY NUCLEAR PLANT - UllIT 2 ENVIR0fiftENTAL OUALIFICATION REVIEW Enclosed is the additional Class lE Electrical Equipment environmental qualification information requested at the NUREG-0588 Audit exit meeting an January 9, 1981.

Should any additional infomation be required, please advise.

't Yoursvery{ ,

b 'A F. L. Clayton, Jr.

RWS:de Enclosure cc: Mr. R. A. Thomas Mr. G. F. Trowbridge Mr. II. H. Emdford Mr. L. L. Kirtner (w/ enclosure)

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81030 20$0h )  ;

ITEM 1:

The applicant stated that a revised and corrected environmental qualifi-cation would be provided in APCO's response to the NUREG 0588 audit.

Response

Revised Component Evaluation Sheets, Equipment Qualification Test Report Evaluation Sheets, and Equipment Qualification Summary Sheets are enclosed. ,

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4 ITEM 2:

Tie in information between the environmental qualification documentation for the Gems level transmitters and the applicability of this documenta-tion to the Gems level switches will be provided.

RESPONSE

The environmental qualification documentation for the Gems-DeLaval level transmitters (FIRL Test Report F-C3834, tiarch 1974) is also applicable to the Gems-DeLaval level switches. Applicability of the report to the level switches is docur.ented on Gems-DeLaval drawing LS-36497, June 8, 1975, which has been made a part of the central qualification documenta-tion file.

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' ITEM'3:

-The applicant agreed to provide the acceptance or applicability criteria that Limitorque uses to determine which environmental qualification test report applies to a given model and serial number Limitorque valve.

. RESP 0!iSE:

Limitorque was contacted and requested to provide the rationale sand applicability criteria used for determining test report application to specific Limitorque valve operators. Limitorque stated that data is established for. the specific operator of co.icern and a data parameter comparison is performed to the tested equipment data to determine applicability of test reports.

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Concerning the Joy Manufacturing Co. Test Report X-604,this report identified Type RN as the motor actually tested to stated environmental qualification condi tions. The applicability of the results for the tested motor was not established for the Type P motors installed at the Farley 2 Unit. The applicant agreed to establish this missing link. Also an error was identified on the E.Q. test report evaluation sheet in that this sheet identified test report number X-546 for the containme ' .coler motors and not X-604. This will be corrected in APCo's response to the NUREG 0588 audit. Further, test report X-501 as identified on the E.Q. Summary Sheet will be corrected to X-604.

RESPONSE

The Joy Manufacturing Company Test Report X-604 is a generic report which is applicable to all Joy Axivane fans with Reliance electric motors. The containment cooler fan motors, the hydrogen dilution fan motors, and the

- post-LOCA mixing fan motors are all Joy Axivane fans. The fan used in the test was a sixty-inch diameter fan, and was driven by a 150/75 HP Reliance electric motor. The Reliance electric motor used was a 1200/600 RPM motor in a D-500B frame, using Class H, type RN insulation. All installed fan / motor components are of similar construction. The "P!' designator indicates a poly-

- phase motor. The motor used in the test and the installed motors are all

- poly-phase and have Class H, type RN insulation.

'The Equipment Qualification Test. Report Evaluation Sheet and the EquipmentLQualification Summary Sheet have been revised to identify X-604 as the applicable test report.

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ITEM 5:

Concerning the test documentation for the Westinghouse Hydrogen Recombiner motors (type Al the applicant stated that the proprietary report (WCAP-9347)

- will be added to the test documentation file at the site.

RESPONSE

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The Westinghouse Proprietary Qualification Report (WCAP-9347) for Westinghouse Hydrogen Recombiner motors (type A) has been added to the

central equipment qualification documentation file.

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-Inconsistency-between the transmittal dated October 30,1980 (concerning the identified open E.Q. items to be replaced) and the status information

• obtained on January 8,1981, was identified. This relates to SV-JV214411 and.SV C5439 in that the earlier transmittal stated that purchase orders

+ are to be issued. The applicant agreed to correctly document the status

- of these items.

RESPONSE

The referenced inconsistencies consisted of two separate items which have been corrected as follows:

7 (1) Purchase orders have not been issued for two solenoid valves, Q2E12SV3999A and B (Model #C5439), due to the fact that exact qualified replacements for these particular valves were not available. An engineering evaluation is being' performed to determine a resolution.

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p . Sheet 1 of Section 5.; ," Summary of Outstanding Items", has

-been revised'accordingly to reflect the correct status of these items.

-(2) Purchase orders were also not issued for two solenoid valves, 2

l Q2P12SV3196 and 3197. (Model #JV214411), due to the fact that a reevaluation

- has been performed in regard to.the need for qualification of these

< components;- These solencid valves:are utilized on the 48" containment purge A0Vs'. In a letter from F. L.- Clayton, Jr., to A. .Schwencer dated y'

- September 30,11980, subject " Containment Purge System", Alabama Power Company

. committed' to' operation with these valves maintained in the closed position

?in 'allimodes 1except. mode 5 and. mode 6 (refueling 1and cold shutdown). With.

the containment purge Lyalves in the closed position,.these subject. solenoid

.Yalves are in:the deenergized ' position. Subsequent-failure of -these solenoid

valves'will:not' result in opening of the purge valves and. containment

,e Lis'olation will. be. maintained. Based on this' evaluation, these-solenoid

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e valves' arei bding'deletedLfrom our Master List of. equipment' requiring l qualification.

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ITEM 6 (Ca ..inued) -

1 Page 2-5 - RESPONSE (Cont'd):

Sheet 1 of Section B.2, " Summary of Outstanding Items",has

been revised to reflect the corrected number of solenoid valves lacking ade-quate documentation as "35." Also, these solenoid valves have been deleted

from the Master List and their associate'd component evaluation worksheets f

1h ave'been deleted from Section C.2.6.

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REVISION INSTRUCTION SHEET - REVISION 2

1. Replace the following sheets in Section B.2:

- Sheet C.2.6-1

- Sheet C.2.7-1

- Sheet C.2.8-1

- Sheet C.2.9-1 and C.2.9-2

- Sheet C.2.10-1

- Sheet 1 of the "5 2= nary of Outstanding Items"

2. Replace Sheet 12 in lectiot C.1.

3. Replace Sheets 1 & 11 in Section C.2.6.

4. Remove Sheets 5 & 9 in Section C.2.6.

5. Replace Sheet 1 in Section C.2.7.

6. Replace Sheets 1 & 2 in Section C.2.8.

7. Replace Sheets 1, 2, & 7 in Section C.2.9.

8. Replacr Sheets 1 & 2 in Section C.2.10.

9. Replace Sheet 3 in Section C.2.15.

10. Replace " List of Qualification Document References" in Section D.

11. Replace Sheet 1 of the " Environmental Qualification Report Evaluation" for Joy Manufacturing Company in Section D.

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s SECTION B.2 REVISED SHEETS i

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MASTER LIST Section c.2. 6 3oseph M. Farley Nuclear Plant Unit 2 Sheet 1 of (CLASS IE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS)

SYSTEM: CONTAINMINT COOLING AND PURGE E-12 . E -14. P-13 COMPONENTS PLANT ID NUMSER GENERIC NAMI MANb7ACTURER }ODEL LOCATION BLDG ELEV Q2E14V002 (MOV3660: , ( g,[3 ,0perated Limitorcue SM3-000 Q2E14V004 , 1" Motor Operated (MOV331SS) Globe Valve Limitorcue SM3-000

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• Q2P13ZS3196 (HV3196) Licit Switch NAMCO EA-180 Q2F135V28673 (HV2867) Solenoid Valve ASCO HTX8316C15E To be replaced

'Q2P13ZS25673 (HV2867) Li=it Switch NAMCO EA-180 b A$\ Qe- r-iacsaly/- - -

(HV3197) Li=it Switch NAMCO EA-180 Q4r1Javtoco3 (HV2866) Solenoid Valve ASCO HTX8316C15E To be re olac ed Q2P13ZS28663 gg (HV2866) Limit Switch NAMCO EA-180 Q2E12SV3999A (HV3999A) Solenoid valve ASCO C5439 To be replaced Q2E12ZS3999A (HV3999A) Licit Suitch NAMCO EA-180 Q2E12SV39993 (HV39993) Solenoid Valve ASCO C 5439 To be replaced Q2E12ZS39993 (HV39993) Licit Switch NAMCO EA-100 I Q2E12M001A (HOOlA) CTMT Cir. Fan Motor Jov Mf e. Co. "see Q2E12M0013 (H0013) CTMT Cir. Fan Meter 3cv Mfe. Co. Ncne Q2E12M001C (H001C) CT12 Cir. Fan Motor Jov Mfg. Co. Nnn.

Q2E12M001D gh (H001D) CTMT Cir. Fan Motor Jov Mfe. Co. Ne-a General 02T523005 Penetration Electrie 100 Series General 02T523007 Penetration Electric 100 Series General Q2T523019 Penetration Electrie 100 Series General 02T523002 Penetration Electric 100 Series General Q2T523006' Penetration Electric 100 Series General Q2T523041 Penetration Electric 100' Series -'

General Q2TS23020- Penetration Electric 100 Series

MASTER LIST Section C.2. 7

. Joseph M. Farley NuclGar Plant Unit 2 Sheet 1 of (CLASS IE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS)

SYSTEM: HYDROGEN RECOM3INER SYSTEM E-17 COMPONENTS PLANT ID NUM3ER GENERIC 1;AME MANUFACTURER MODEL LOCATION BLDG ELEV Q2E17G001A (K001A) H2 Recombiner Heater Westinghouse APR-GHREEE g Q2E17G001B (K0013) H 2 Recombiner Heater k'e stinghouse veuerai APR-GEREEE Q2T523001 Penetration Electric 100 Series General Q2T523023 Penetration Electric 100 Series General Q2T523024 Penetration Electric 100 Series General Q2T52B042 Penetration Electric 100 Series 2VAFALL3T Power Cable Okonite None 2VBFBR'46T Power Cable Okonite Nene Boston 2VKQ50093, D, F Instrument Cables Ins. Wire _LS-1802 Boston 2VYQ50173, D, F- Instrument Cables Ins. Wire LS-1802 GP O.1374 148o

MASTER LIST Section C.2.8 Jo$eph M. Farity Nucl:ar Plant Unit 2 Sheet 1 of -

(CLASS IE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS) _

SYSTEM: CONTAINVENT POST LOCA AIR MIXING SYSTEM E-19 COMPONENTS PLANT ID NUMBER GENERIC NAME MANUFACTURER MODEL LOCATTON BLDG ELEV Q2E19M001A (C001A: Mixing Fan Motor Joy Mfg. Co. 23.25-14-1750 Q2E19M001B (C001B Mixing Fan Motor Joy Mfg. Co. 23.25-14-1750 Q2E19M001C (C001C? Mixing Fan Motor Joy Mfg. Co. 23.25-14-1750 23.25-14-1750

[ Q2E19M001D (C001D Mixing Fan Motor Jov Mfg. Co.

General Q2T52B002 Penetration Electric 100 Series General Q2T52B014 Penetration Electric 100 Series General 02T52B015 Penetration Electric 100 Series General Q2T52B017 Penetration Electric 100 Series 2VAFA-J5Q Power Cable Okonite None 2VAFA-15Q Power Cable Okonite None 2VAE1-I4Q Power Cable Okonite None g 2VAFR-13Q Power Cable Okonite None l

GPO 1374 liSO

MASTER LIST g,,gten c,2,9 Sheet 1 of 2

Joseph M. Farity Nuclear Plant Unit (CLASS IE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULAT E-21 SYSTEM: Chr : 4ICAL AND VOLL E CON'"ROL/ SAFETY INJECTION COMPONENTS WDEL LOCATION GENEh1C NAME MANUFACTURER PLANT ID NUM3ER BLDG I ELEV 12" Motor Operated .

Q2E21V038A Limitoreue SMB-4 NOV8088A) Gate Valve 12" Motor Operated Q2E21V038B Li=itoreue ev3 4 MOV80883) Gate Valve Q2E21V038C 12" Motor Operated evu-a Cate Valve L Mitorcue (MOV8088C)

Q2E21SV8871 Limitereue ev3-4 (HV8871) Soleneid Valve Q2E212S8871 NAvC0 rA-190 GV8S71) Limit Suitch 3" Motor Operated Q2E21V249A Limitoreue sv3-00 mov8112) Cate Valve i N2E21258149A EA-190 NV8149A) Li=it Switch NAVCD Q2E21SV8149A3 SP831654E ,g So'lenoid Valve ASCO (RV8149A)

N2E212S81493 EA-1CO Limit Switch NAVC0 GV81493) e.'

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Q2E21SV814933 ASCO N?831A54r  :=

(HV81493) Solenoid Valve N2E212S8149C EA-180 Limit Switch NAvCO (HV8149C)

Q2E21SV8149C3 ASCO NP831654E ,

(HV8149C) Solenoid Valve

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General Electric 100 ser4

_02T523002 Penetration General Eleetrie 100 series 02T523016 Penetration General Penetration Electric 100 Series 02T523006 General Penetration Electric 100 Series Q2T523038 General l

Penetration Electric' 100 Series Q22523019 General f

Junction Box Electric 100 Series l N2E21SV8871-A/J3 NAvCO EA-180 02E212S8808A3 Licit Switch NAMCO EA-180 02E21SZ880833 Limit Suitch NAMCO EA-180 02E212S8808C3 Limit _S.ritch l General Penetration Electric 100 Series 02T523014 General Penetration Electrie 100 Series 02T523019 States Co.- Tvpe Z'aN N2E21SV8149AA-A/JI Terminal Block .

States Co. Type Z'n'M N2E21SV8149BA-A/JI Terminal' Box l

GPo.1374 trao

MASTER LIST Section C.2.9 Joseph'M. Farity Nuclear Plant Unit 2 Sheet 2 of (CLASS IE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UND2R POSTULATED ACCIDENT CONDITIONS)

SYSTEM: CHEMICAL AND VOLDS CONTROL / SAFETY INJECTION E-21 COMPONENTS PLANT ID NLM ER GENERIC NA>E MANUFACTURER FODEL LOCATION 3LCG { ELEV N2E21SV8149CA-A/JB Terminal B'.uck States Co. Tvoe ZRf 2VAFU-Z2Q Power Csble Okonite None 2VAFU-22D, G Control Cables Okonite None 2VAQ5023E control Cable Okonite None 2VXKA163B Control Cable Okonite None 2VBFV-S2Q Powar Cable Okonite None 2VBFV-52D, G Control Cables Okonite None 2VBQ5024C Control Cable _0konite None 2VYKA163B Control Cable Okonite None-2VAFU-Z3Q Power Cable Okonite None

, 2VAFU-Z3D.,G Control Cables Okonite None 2VAQ5024E Control Cable Okonite None 2V'GCA163D Control Cable Okonite None 2 VAL 5049C Control Cable Okonite None 2VAQ5022H Control Cable Okonite None 2VAFU-T4Q lPower Cable Okonite None ,

2VAFU-T4D Control Cable Okonite None l 2VA05018E Control Cable Okonite None 2 VAL 5042F Control Cable Okonite None l

2 VAL 5042G Control Cable Okonite Nene 2VAQ5022F Control Cable Okonite None 2 VAL 5043F Control Cable Okonite None 2 VAL 5043G Control Cable Okonite None i

2VAQ5023C Control Cable Okonite None i 2 VAL 5044F Control Cable Okonite None GP D - 1374 1.50-o

MASTER LIST Section C.2.10

. Joseph M. Farby Nuctur Plant Unit 2 Sheet i of (CLASS IE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTIO?.* UNDER POSTULATED ACCIDENT CONDITIONS)

REACTOR CAVITY POST LOCA DILUTION stSTEM E-22 3y COMPONENTS PLANT ID NUM3ER MANUFACTURER MODEL LOCATION lGENERICNAME BLDG ELEV Q2E22M001A (C001A) Dilution Fan Motor Joy Mfg. Co. 18-14-1770 g Q2E22M0013 (C001B) Dilution Fan Motor 2 " Motor Operated Joy Mfg. Co. 18-14-1770 Q2E22V001A (MOV3872A) Gate Valve Limitoreue SMB-00 Q2E22V0013 2i" Motor Operated (MOV38723) Gate Valve Limitorcue SMS-00 General 02T523001 Penetration Electric 100 Series General Q2T523019 Penetration Electric 100 Series General Q2T523023 Penetration Electric 100 Series General Q2T52B020 Penetration Electric 100 Series 2VAFLM4C Control Cable Okonite None 2VAFL"44Q Power Cable Okonite None 2VAHA03D Power Cable Okonite None 2V3FVN2C Control Cable Okonite None 2VBFVN2Q Power Cable Okonite None d 2VBH3N7D Power Cable Okonite None G P O .1374 1/Bo

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SECTION B.2 b

SUMMARY

OF OUTSTARIJ T I* EMS As a result of the NUREG 0583 Qualification review, two generic types of cocponents were determined to be deficient in qualification documentation.

These generic types are solenoid valves, both inside and outside the contain-me r.t , and lieit switches, both insida. and outside the containment. The se deficiencieg together witn corrective action commitments and justification for interim operation, are given below.

1. Soleneid Valves - Inside Containment A total ef 35 solenoid valves inside the containeent were deter =ined g

not to have adequate qualification documentation. These solenoid valves are used on containment isolation valves and perform their safety function prior to the effects due to the accident environment. Should failure occur, the isolation function of these valves would be =ain-O tained and such failure would not adversely affect other safety-related equipment. Furthermore, these solenoid valves have high temperature coils and contain no Buna-N or plastic parts. Although co:plete qual d.-

ficatien testing or analyses have not been performed on the specific

. assemblies , separate qualification tests have been performed on individual constituent components of the valve assembly.+ Based on the fact that no materialf which have deleterious effects due to the harsh environments are incluoed in these valves, and that previous li=ited testing has successfully verified qualification, interim use of these valves is acceptable until they can be replaced. Replacement with qualified

-valves having adequate docu=entation will be completed by the end of

.the first refueling outage. If any problems arise beyond the control

!h of Alabama Pcwer Company which may i= pact this schedule, the NRC will

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be-n wified.~ A replacement program to-fully support this schedule has been implemented and appropriate design changes and purchase orders aiready,have been issued. (Note: This is true with the exception of.

reo solenoid valves Q2E12SV3999A + B, AVC0 Model #C54'9. An j\ -

evaluation is being performed by engineering to' determine a qualified-b z-replacement).

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4 SECTIONS C.2.6-C.2.10, C.2.15 REVISED SHEETS i

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• Joseph M. arley Nuciear e sent unit a sneet i ot

[CLAS: IE ELECTRICAL EQUIPMENT REQUl AED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITION $l 3YSTEM: CC:CAINMENT COOLING A'.*D PURGE 3-12. E-14 P-13 COMPOSINTS PLA'iT ID NUM3ER GENERIC NA'..:. MANLTACTL'RER FODEL LOGTION 3LDG l ELEY Q2E14V002 (MOV3660] [ .h0erated Limitereue SM3-000 Cn!T 134'-6" Q2El-V004 l 1" Meter Operated (MOY33153) Glebe Valve Lieitercue SM3-000 CTMT 116'-0" A Q ?13;S3196 (HV3196) Limit Switch NAMCO EA-ISO CnC 129'-0" (CP135V28673 (HV2867) Soleneid Valva ASCO HTNS316C15E Cn!T 129'-0" Q2 P 1325 ^. dt 73 g (MV2567) Li=it Switch NAMCO EA-180 CTMT 129'-0" Qd i;Z5319 7 (HV3197) Limit Switch NAMCO EA-180 CDC 129'-0"

%-rA;:s coo 5 (HV2866) Solenoid valve ASCO H]XB316C15E CTMT 129'-0" Q2P132525663 (HV2866) Limit Switch NASCO EA-180 Cn!T 129'-0" Q2E12SV3999A (HV3999A) ,Selenoid Valve ASCO cg39 CTMT 89'-4" Q2E12ZS3999A l (MV3999A)' i limit Switch NAVCO EA-180 C n:T E9'-4" Q2E12SV39993 (HV39993) Solenoid Valve ASCO C5439 CTMT 91'-4" Q2E12ZS39993 (HV39993) Lir-it Switch NeCO EA-190 CT!!T 91'-4" Q2E12M001.A (H001A) Cn!T Cir. Fan Motor Jov Mf e. Co. Mc a Cn!T 155'-0" Q2E12M0013 (H0013) CTMT Cir. Fan Meter 3cv Mf g. cr. 5% a CTMT 155'-0" Q2E12M001C (H001C) Cni Clr. Fan Motor Jov Mfr. Co. N c., e CTMT 155'-0" Q2E12M001D None d (H001D) CTMT Cir. Fan Motor Jev Mfe. Co.

General CTMT 155'-0" 02T523005 Penetration Electrie 100 Series Cn:T 143'-0" General C2T523007 Penetratien Electric 100 Series CTMT 143'-0" _

General C2T523019 Penetration Electrie 100 Series Cn!T 143'-0" General 02T523002 Penetration Electric 100 Series Cnc 143'-0" General C2T523006 Penetration Electric 100 Series Cn!T 143'-0" General Q2T523041 Penetration Electric 100 Series Cy 143'-0" General Q2TS23020 Penetration Electric 100 Series Cn:T 143'-0" --

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SYSTEM COMPONENT f \LUATION WOIIK SliEET Section C.2. 6 Sheet 11 of Joseph M. Farley Nuticar Plant Unit 2

ENVIHONMENT DOCUMENT ATION HEF.* ount- OUTSTANDING MLiliOD I tEMS EQUIPMENT DESCRIPTION PARAMETEll SPEC. . OU A L. SPE C. OUAL SYSTEM: Containment Cooling and OPE H ATING 4 ilmultaneous None 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> 3 Purge TIME rest Note I TEMP. 4 filmultaneous None COMPONENT: Containment Cooler 300 303 1 *

("F3 rest Motors Note 2 MANUFACTUREn: Joy Manufacturing Pf1 ESSURE 2 4 ilmitaneous None

. 4.

Company (Reliance) (PSIAl rest Note 3 HELATIVE 4  :;1multaneous Nonc k MODEL NUMBER: None fluMIDITY (%I 100 100 3 rest CifEMICAL U3n03+ 3 4 :limultaneous None FUNCTION: ll 3B03 plus

"^ Na0lt NaCll rest 7 4 sential None flADIATION 5 X 10 1 x 10 3 t M N: Not applicable SERVICE: Containment lleat Removal Note 4 40 years Note 4 4 Sequential None AGING LOCATION: Containment El. 155s Test 115' SUDM E H- Note 5 N/A N/A N/A FLOOD LEVEL ELEV:

GENCE Notc 5 N/A ADOVE FLOOD LEVEL: Yes NO T ES: _

' DOCUMENTATION REF ERENCES:

1. J.M. Farley. FSAR Figure 6.2-6 1. Specified time plus I hour for equipment with short operating times (< 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />)

2. J.M. Farley FSAR Figure 6.2-4 2. Maximum temperature of time dependent temperature profile 'from Refercuce 1.

3. J.M. Farley FSAR Table 3.11-1 (See Figure C.3.1)

3. Maximum pressiere of time dependent pressure profile from Reference 2. (See

4. Joy Manufacturing Company Figure C.3.2) g Report X-604 4 Aging requirements in accordance with N11 REG 0588, Section 4, Category II.

Submergence requirements in accordence with NUREG 0588, Section 2.2(5),

5.

Category 11

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MASTER LIST Section C.2.7 Joseph M. Farley Nuclear Plant Unit 2 _

Sheet 1 of (CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS)

SYSTEM: HYDROGEN RECOMBINER SYSTEM E-17 COMPONENTS PLANT ID NUMBER GENERIC NAME MANUFACTURER MODEL LOCAT'ON BLDG ELEV Q2E17G001A (K001A) H2 Recombiner Heater Westinghouse APR-CHREEE CTMT 155'-0" _

g Q2E17G001B (K001B) H2 Recombiner Heate.r Westinghouse waesaA APR-GHREEE CD1T 155'-0" Q2T523001 Penetration Electric 100 Series C"'MT 143'-0" General Q2T523023 Penetration Electric 100 Series CTMT 143'-0" General Q2T523024 Pene', ration Electric 100 Series CTN 143'-0" General Q2T523042 Penetration Electric 100 Series CTMT 143'-0" 143'-0" 2VAFALL3T Power Cable Okonite None CTMI & above 143'-0" 2VBFBRH6T Power Cable Okonite None CTMT & above Boston 143'-0"

-2VXQ5009B, D, F Instrument Cables Ins. Wire LS-1802 CTMT & above Boston 143'-0" 2WQ50173. D, F Instrument Cables Ins. Wire LS-1802 CIMT & above GPO 1374 1;80

MASTER LIST section C.2.8 ,

2 Sheet 1 of  !

.sosph M. Fartcy Nuclear Plant Unit (CLASS IE ELECTRICAL ECUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS)

CO:CAI!M??T PCST EOCA AIR MIXI?;0 SYS'"EM E-19 SYSTEM:

CCYPO:iE::T3 i PLA!;T ID CM3ER GE!;ERIC :;AME

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MA'.JEACTURER SCDEL l LOGTIC??

i?tDC  ! I'_EV i

Q2E19M001A (C001A: Mixing Fan Motor Jev Mfz. Co. 123.25-14-1750 CNT 155'-0" C2E19M0013 (C0013 Mixing Fan Meter Joy Mfg. Co. l23.25-15-1750C MT

. iss' na 02E19M001C (C001CD Mixing Fan Meter Jey Mfe. Co. _23.25-10-1750 cmT iss'.n" b C2E19M001D (C001D ' Mixine Fan Meter Jev Mfe. Ce,.

General

_23.25-14-1750 C MT 15s'-o" 02TS23CO2 Penetricien l Electrie 100 Series Cr4T ic18 n" General 02T523014 Penetration Electrie 100 series CTMT 153'-c" General 02T523015 Penetratien Electric 100 series CST II. 3 ' -0" General 02T523017 Penetratien Electric 100 series C N T. 143'-0" 143'-0" 2VAFA-J50 Power Cable Okenite  !!ene CNT Abeve 14 3'-0" 2VAFA-ISQ Pever Cable Okonite  !!cne CNT Above 143'-0" 2VAF3 -II.Q Pcwer Cable Okenite !ione CNT Above 143'-0" d 2 VAT 3 13Q Pever Cable Okenite  : ene . cr4T Above i

1 GP O 1374 1.80

\LUATION WO!!K SHEET SYSTEM COMPONENT T Section C.2.Il ~

Sheet 2 of Joseph M. Farley yuclear (' tant Ur.it 2 ENVillONMENT DOCllMt NT ATlON llEF.* GU A L- OUTS T ANDING METHOD iycus EQUIPMENT DESCRIPTION 00AL. SPE C. Q U A L.

Pall AML T E R SPE C.

OP[ H ATING 4 hr. ;imultaneous None SYST EM: l'os t Loca C tmt. Gas. Cont. 4k 3 4 h TIME Note 1 Test

imultaneous None COMPONENT

Post Loca Ctmt T ,MP. 300 300 1 4 Test Mixing ran (Motors) flote 2

imultaneous MANUFACTURER

Joy Manufacturing PflESSURE 62.2 94.7 2 4 Test None Company (Reliance) IPS8AI muj

imultaneous A *

/_21 MODEL NUMBER: 23.25-14-1750 RELATIVE 100 100 3 4 Test None HUMIDIT Y (%)

+4orse Acus .imultaneous FUNCTION: llydrogen Concetration Cif E MICAL 11 3DO3 plus S c .' f ur.:

3 4 Test None Reduction SPflAY Ha0li L'Olyhntt ACCURACY: SPEC: $ X 10 IX109 3 4 None RADIATION DEMON: N/A Rads Rads Note 4 4 5*P"### 8 SE RVICE: Pos t Loca 112 Control AGING Hote 4 40 yr. I"8' " ""

LOCATION: Containir.ent Elev. 155' Note 6  ;

4 F LOOD LEVE L E LEV: 115' SullME R. Note 5 Note 5 N/A N/A N/A 5 A00VE FLOOD LEVEL: yes GENCE

_NO T r $-

' DOCUMENTATION REF ERENCES:

1. J.M. Fa rley,FSAR Figure 6.2-6 1. Specified time plus I hour for equipment with nhort operating times (< 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />).

2. J.M. Fa rley FS AR Figu re 6.2-4 2. Maximum temperature of time dependent temperature profile from Reference 1.

3. J.M. Farley FS AR Tahte 3.11-1 (See Figure C.3.1)

4. Joy Manufacturing Company 3. Maximum pressure of time dependent pressure profile from Reference 2. (See 2 Report X-604 Figure C.3.2)

4. Aging requirements in accordance with NIIREC 0$H!l, Sect ion 4, Ca tegory II .

5. Sulemergence requirements in accor.10nce wi th NUHEC 0'3H8, Sect ion 2.2(5),

Category II

6. Accelerated heat aging (equiv, to 40 yrs. normal environment.)

l

Seetien :.2. 9 M ASTER 1.lST 2 Sheet 1 of =

Joach M. Farley Nuclear Plant Unit (CLASS IE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS E-21 SYSTEM: CHEMICAL A!"3 VOL"ME CON' ROL/S AFETY INJECTION COMPONENTS -

MANt*?ACTL*RER !ODEL LOCA!!CN PLANT ID h"OGER GENERIC NAME

' 3tDG l Etrl Q2d21V038A 12" Motor Operated I CTMT 1118 A" ~

Cate Valve tieftercue SM3-4 80V8088Ai Q2E21V0383 12" Motor Operated Cate Valve Li=ftereue sn-4 C MT 112'-6" 60V808SB)

Q2E21V035C 12" Motor Operated en-4 CNT 113'-6" (v0VSOS3CT Cate Valve T ' -f t er-m Q2E21SV6571 206-381-6FF CNT 120'-0" Seleneid Valve ASCO -

(EV9871)

Q2E212SSS71 EA-180 CM- 120'-0" (HV8971) Limit Scitch NAWO Q2E21V249A 3" Motor Operated en -00 CNT  ??i' (MOVS112) Cate Valve Linitereue N2E212SS149A CNT 111'-0" Li=it Switch NAvCO EA-too (EV9149A)

Q2E21SV8149AB (MV8149A) Solenoid Valve ASCO NP9316Sar CNT 111'-0" d N2E212SS1493 CNT 111'-0" Li=it Switch NAvCO EA-180 (EVS1493)

__Q2E21SV814933 Solenoid Valve ASCO NP831654E CNT 111'-0" /2\

2

, (EV81493)

N2E212S8149C CNT 111'-0" Li=it Switch NAuCO El-1!0 (1'V8149C)

Q2I21SV8149C3

( Solenoid Valve ASCO NP831654E CNT 111'-0" k

_ EV8149C) General

~

100 certe, CM 143'-0" 02TS23002 Fenetration Electrie

General 100 serfes CTMT 143'-0",_

Q2TS23016 Penetration Eieetrie ---

General Penetration Electric 100 Series CNT 143'-0" 02T523006 General t Penetration Electric IOC Series CNT 143'-0" 02T523038 General Penetration Electric 100 Series C MT 143'-0" Q2T523019 General 143' 0" Junction Box Elaetric 100 Series CNT N2E21SV8871-A/J3 Limit Switch NAMCO EA-190 CNT 111'-6" 02E212S880BA3

.' 112' A Limit Switch NAMCO EA-190 CM Q2E2152830833 '

t c" CM l

Limit Switch NAMCO EA-180 Q2E21258808C3 General - .

100 Series C"T 141' 6" C2TS23014 Penetration Electric '

General Penetratien Electric 100 Series CM 145' n" 02T523019 N2E21SV8149AA-A/R, Terminal 31ock States'Co. Type :",tM C MT 116'-0" N2E21SV81493A-A/R Terminal Box States Co. Type ZWM CE 116'-0" -

~

GPo 1374 1453

- MASTER LIST section C.2.9 2

Sheet 2 of Joseph M.'Fari:y Nuclear Plant Unit (CLAas IE ELECTRICAL cOUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDEN E-21 CEEMICAL AND VOLUME CONTROL / SAFETY INJECTION SYSTEM.

COPJONENTS MAh*JFAG'RER TOEL LOCATICS FLANT ID NUM3EA GENERIC NAME noc  ! '

116'-0" Terninal Block States Co. Type IVM c -v,- l4abeve ,

N2E21SVS149CA-A/J3 Okenite None em- Varies 2VAFU-Z20 Power Cable ,

Okenite None c ~v- Varies 2 VAT ,i.2D, G Control Cables .

Okenite None CTvT Varie,s.

2VA05023E Centrol Cable .

Control Cable Okenite None C-"T __ Varie s .

2VXKA1633 Okenite Nene CM Varies 2V3FV-520 Fevar Cable _.

Okonite Nene CTMT Varies 2V3FV-52D, G -

Centrol Cables Control Cable Okenite None C2 L_ Varies _.

2V3Q5024C Control Cable Okenite jene CTMT Varies .

2VD:A1633 Okenite None CTM- Varies ,

2VAFU-23Q Power Cable Okenite None Cr4T Varies Control Cables 2VAFC-Z3D, G Nene CTMT Varies Control Cable Okenite ,

2VAQ5024E Varies b 2VXKA163D Control Cable Okenite None CTMT Varies Okenite Nene CTMT Control Cable 2 VAL 5049C Okenite None CTM- Varies 2VAQ5022H Centrol Cable .

Okonite None 0 MT Varies .

2VAFU-T4Q P ver Cable Okenite Nene CNT Varies 2VAFU-T4D Centrol Cable Nene CTMT varies 2VA05018E Centrol Cable Okonite .

Nene CT4T Varies 2 VAL 5042F Centrol Cable Ckenite .

Okenfte Ncne CTv? Varies .

2VALh42G Control Cable Okonite Nene C-vr varies .

2VAQS022F Control Cable Okonite None .C-v- Varies 2 VAL 5043F Control Cable Okonite None C -v - Varies _

2 VAL 5043G Control Cable Okonite Nene C M- Varies 2VAQ5023C Control Cable _

Okonite None Varies 2VA150AAF Centrol Cable ,

DPo.1374 1.80

SYSTEM COMPONENT EVALUATION WOllK SilEET Section C.2.9 ,

Sheet 7 of Joseph M. Farley Nucigar Plant,. Unit 2 ENVIRONMENT DOCUMENTATION REF. QUAL OUTSTANDING m IIOD' ITEMS EQUIPMENT DESCRIPTION SPEC. QUAL. SPEC. QUAL.

PA RAMETE R

!;Imultaneous OPERATING 30 sec. 30 days 4 5 None SYSTEM: Chemical & Volume Cont.rol TIME g.

Safety Injection Note 1

1multaneous TEMP. 300 5 None COMPONENT

Solenoid Valve 346 1

("r ) Note 2 62.2 simultaneous U"""

MANUFACTURER: Automatic Switch PRESSURE 110 2 5 3est (PSIAI Note 3 Company (ASCO)

' imultancous p RELATIVE 100 100 3 5 MODEL NUMBER: NP831654E HUMIDIT Y (%)

rest

1multaneous CllEMICAL 11 B0 4-5

• FUNCTION: Actuate Air Operated 3 3 113 B03+ 3 rest SPRAY Valve for Isolation 0 Sequential ACCURACY: SPEC: Not applicable 5 x 10 2 x 10 3 S Test RADIATION Rads Rads DEMON:

9"*" " E Note 4 5 None SERVICE: AGING Note 4 Note 6 Test -

LOCATION: Containment E1.111.'-0" E SUDMER. Note 5 N/A N/A None FLOOD LEVEL ELEV: 115'-0" Note 5 Note 7 ABOVE FLOOD LEVEL: go GENCE NOTES:

Specified time plus I hour for equipment with short operating-times ( l hour).

' DOCUMENTATION

REFERENCES:

1. J.H. Farley FSAR Figure 6.2-6 1.

2. J.H. Faricy FSAR figure 6.2-4 2. Maximum temperature of time dependent temperature profile from Reference j,

3. J.H. Farley FSAR Table 3.11-1 (see Figure C.3.1).

Maximum pressure of time dependent pressure profile from Reference 2 (see Fig. C.3.2).

4. J.lf. Farley FSAR Table 6.2-19 3.

Aging requirements in accordance with NUREG 0588, Section 4, Category II.

5. ASCO Test Report AQS21678/TR 4 Rev. A dated July 1979 5. Subnergence requirements in accordance with UUREG 0588, Section 2.2(5), Category II.

6. Qualified life is a function of the ambient temperature at the component location.

7. Although this component may become A program will be implemented to evaluate ambient temperature to establish specific nubmerged following a postulated qualified life if such component is available. The minimum life based upon pinnt accident , its safety f>..n tion will design temperatures is 8.0 years. These components will be replaced prior to the have been performed eet to its end of their qualified life, rther oper-becon} Lug submerged, '

attoif is not requirc', , .t .s. failure m i me n r .

. . . ~ . . . . - . . . 3eusvu v...iv 2 Sheet i of Jos'eph M. Farley Nucitar Plant Unit (CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CON E-22 REACTOR CAVITY POST LOCA DILUTION SYSTEM c

~

COMPONENTS MANUFACTURER MODEL LOCATION PLANT ID NUMBER GENERIC NAME BLDG 1 ELEV Q2E22M001A (C001A) Dilution Fan Motor Joy Mfg. Co. 18-14-1770 CTMT 129'-0" g Q2E22M001B (C001B) Dilution Fan Motor 2 " Motor Operated Joy Mfg. Co. 18-14-1770 cm. iggi_on Q2E22V001A CDi! 130'-0" Gate Valve Limitorcue SM3-03 (MOV3872A)

Q2E22V001B 2\" Motor Operated SMB-00 cmT 110'-0" (MOV38723) Cate Valve Limitorcue General Q2T523001 Penetration Electric 100 Series cwt 141'-0" General Penetration Electric 103 Series CNT 143'-0" 02T523019 General 02T523023 Penetration Electric 100 Series CNT 163'-0".

General Penetration Electric 100 Series CDir 143'-0" Q2T523020 2VAFL%'4C Control Cable Okonite None CTMT 129'-0" Power Cable Okonite None CD!T 129'-0" 2VAFL"44Q 2VAHA03D Power Cable Okonite None CDtT 129'-0" 2VBFVN2C Control Cable Okonite None CDtT 129'-0" Oknite None CTMT 129'-0" 2VBFVN2Q Power Cable Oknite None CDiT 129'-0" d, 2VBHBN7D Power Cable GP o - 1374 1/So

SYSTEM COMPONENT

• 41.UATION WOllK SHEET Sectica C.2.10 Sheet g _ of ,

Joseph M. Farley Nuclear Plant Unit _2. ,

• DOCUME NT A TION il[F.* OUAL* OUTSTANDING

' ENVillONMENT ITEMS QUAL. METilOD EQUIPMENT DESCHIPTION SPEC. .OU A L. SPE C.

PAHAMETEH 3 4 None OPE RATING 4 hr. 4 hr. Simutaneou i h SYSTEM: Post Loca Cult Gas Cont. TIME Note 1 Test Simultaneous p COMPONENT: liydrogen Dilution Fans TEMP

• 300 300 1 4 Test

("F)

Note 2 Simultaneou .

4 Test tione MANUFACTUREH: Joy Manufacturing PRESSURE 62.2 94.7 2 Company (Reliance) (PStA)

Simultaneou i HELATiVE 3 4 Test None 100 k MODEL NUMBE R: 18-14-1770 llUMIDITY (%)

100 Simultaneou s lloric Acid None CHEMICAL ll 3DO3 plus 3 4 Test FUNCTION: Ilydrogen Concentration y dium SPilAY NaCll ,"NddOE#

Reduct. ion K 7 9 3 4 8 9"""'I" ACCUHACY: SPEC: flADIATION 5 X 10 IX10 Test None DLMON: N/A Rads RW 40 yr. Sequential 8 SEHVICE: Post 1oca 112 Control Note 4 tiote 6 Note 4 4 AGING Test fione m LOCATIOt4: Containment Elev. 129, E SUDMEll- tiote 5 N/A N/A N/A p FLOOD LL /EL ELEV: 115' Note 5 N/A a GENCE A00VE FLOOD LEVEL: Yes NOTF S:

,' DOCUMENTATION HEF EHENCES:

1. J.H. Farley FSAR Figure 6.2-6 1. Specified time plus I hour for equipment with short operating tines (( l hour).

Maximum temperature of time dependent temperature profile from Reference 1.

2. J.H. Farley'FSAR Figure 6.2-4 2.

3. J.H. Farley, .FS AR Table 3.11-1 (See Figure C.3.1)

3. Maximum pres.sure of time dependent pressure profile from Reference 2. (See

4. Joy Manufacturing Co. Figure C.3.2)

Aging requirements in accordance wi th NUREG 0588, Sect ion 4, Category II.

2 Report XH504

4. in accorelence with NUREC 0588, Section 2.2(5),

5. Submergence requirements Category 11

6. Accelerated heat aging (equiv. to 40 yrs, normal environment.)

SYSTEM COMPONENT T TLUATION WOflK SHEET Section C.2.15 .

Joseph M. Farley Nuclear Plant Unit 2 Sheet 3 of -

ENVIRONMENT DOCUMENTATION REF. QUAL- OUTSTANDING METHOD iyrus EQUIPMENT DESCRIPTION SPEC. OU A L.

PA R AMET E R SPEC. . OU A L.

SYST EM: Main Feedwater OPL H ATING TIME 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> 3 4&5 ifmultaneous None .

Note I re st COMPONENT: Level Switch TEMP. 4&5 ;imultaneous None 300 300 1  ;

1"r)

Note 2 Test _

h8ANUFACTUllE R: DeLaval Cems PR ESSUllE 62.2 2 4&5  ; imult_...:ou s None 74.7 Sensors Division (PSIA)

Note 3 Test [

MODEL NUMBE R: LS-36497 RELATIVE 100 100 3 4&5 ;imultaneous None HUMIDITY (%) Test FUNCTION: Main Feed Fump Trip CHEMICAL 11 BO 3+ 4&5 SPRAY 11 3BO3 Pl us 3 3 s imultaneous None NaOH Ha0ll Test 7

0 ACCURACY: SPEC: Not applicable 5 X 10 1 x 10 3 4&5 Sequential None i ADIATION Rads DEMON: 10.5" Rads _I at SEflVICE: Flood Level Sensor AGING Note 4 40 years

• lote 4 4&5 Sequential None f LOCATION: Aux. Bldg. 133'-5" Test ,

b FLOOD LEVEL ELEV: 130'-5" SUBMER.

N/A N/A N/A N/A N/A None g GENCE ABOVE FLOOD LEVEL: Yes O NOTE S:

• DOCUMENTATION R EF ERENCES:

1. J.M. Farley FSAR Figure 6.2-6 1. Specified time plus I hour for equipment with short operating times (( 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />).

2. J.M. Farley FSAR Figure 6.2-4 2. Maximum temperature of time dependent temperature profile from Reference I.

3. J.M. Farley FSAR Tabic 3.11-1 (Sce Figure C.3.1)

3. Maximum pressure of time dependent pressure profile from Reference 2. (See Figure C.3.2)

4. FIRL Test Report F-C3834 dated in accordance with Nt! REG 05118, Section 4, Category II.

'.. Aging requirements 3-74 and Bechtcl/Cems telecon 5. Submergence requirement s in accordance wi th Ntild:C 05fl8, Section 2.2(5),

of 4-3-80 Cau gory II 5.'Isomedix, Inc., Test Report -

dated November, 1975 I

i

_ _ . . . . _ . _ . - _ . _ . _ . _ _ _ _ - _ _ . _ __ ._. ..___. - ____ ._ -_ . -- . __ =_. _ .. __ . _ _ . _. - - - - .

1 4

(

i i.

L N

I i

I L

I i

.- l 1

' SECTION D REVISED SHEETS 4

1 1

I 4

! - ~

-. . . , . , , . - . ,w,,.- .n.---r vn-. - , .--, -. , , , , , , --, . . , ,n-, , n.-, e , . - , . . , = , , . - - , - . <---,cy,,-,. . ., -

SECTION D LIST OF OUALIFICATION DOCUMENT FIFERENCES

1. WCAP 9157 - Environ = ental Qualification of Safety Related Class 1E Process Instrumentation (Westinghouse Proprietary - Class 2) and Westinghouse letter AP4-A-5141 dated February 14, 1980

2. Wyle Laboratories NEQ Test Report 44354-1 dated March 8, 1979

3. General Electric Co=pany Report - Low Voltage Electrical Contain=ent Penetration Qualification Test Report 4 Boston Insulated Wire and Cable Co:pany Test Report 73E062 dated September 7, 1973 and Test Report 74A023 dated January 24, 1974

5. Westinghouse letter APW-A-5141 dated February 14, 1980 and Westinghouse letter NS-TMA-2184, Anderson to Stolz (Test) (Westinghouse Proprietary -

Class 2)-

.6. Auto =atic Switch Company Test Report AQS 21678/TR

7. ACME-Cleveland Development Co=pany Qualification Report fer NAMCO Controls Limit Switch Model EA-180 Jated November 21, 1977

8. The Ckonite Co=pany Engineering Report No.141 dated February 29, 1972 and Report 143 dated March 20, 1972

9. Wyle Laboratories Test Plan 545/0859/ES for Level Transmitters for DeLaval/ Gems Sensors Divisien, dated October 6, 1978

10. Limitorque Corporation Test Report 600456 dated Dece=ber 9, 1975

- 11. Joy Manufacturing Co=pany Qualification Test Report X-604 for Contain=ent 'jp Coolers

12. - .WCAP 7820 with Supplements 1 through 4, a-d Westinghouse letter to SCSI (0. Batum) dated February 14, 1980 for Ele :tric Hydrogen Recc=biners

13. . Limitorque Corporation Technical Report .sc. F-C3441 dated Septe=ber 1972

14. Limitorque Corporation Technical Report No. F-C2232-01 dated November 1968

15. Franklin Institute Research Laboratory Test Report F-C3834 dated March 1974 1-

, *MS

JOSE 1H M. FARLEY FUCiIAR FIA'T! WIT 2

, ~ ".. NUREG 0588 ENVIRNMNTAL QUALITICATICW f!PCRT !VALt*f.TTC*i Equipment Descriptien Manufacturer d \/ N d /1// /' ////Na d Model/ Serial No.

1. //r/d& O Report No. N- bh Qualifier (Test Lab) dt/ M8/f/>

Reviewed by MW# M Tit e [/14 Bt* t* . Date N/-[C

/ /

/~

keport .est Re 3,, Fort Rezarks NL* RIG 0588 Requirementa E[e { -- gg,,

Yes 5e er Pap.e 1.0 ESTABLISEMENT OF UtE QUALIFICATION PARAMETERS FOR DEE 1.1 Temperature and Pressure Conditions Inside Centainment - LOCA 3

a. Does time dependent test profile envelop plant specific terperature and pressure profiles in FSART 1.2 Te=perature and ': essure Conditions Inside Containment - h LS

a. Does time dependent test profile enveltp [

plant specific temperature and pressu e profile in FSART

b. If IDCA conditions used, were MSL3 conditions enveloped?

1.3 Effects of Chemical Spray

a. Vas the concentration of caustics used equal /

to or more severe than those in the contain-ment spray system? -

1.4 Radiation Conditions Inside and Outside Centainment

a. Is radiation qualification based on

/

[ [

equipment qualified life plus most severe DBA and pest DBA for which equipment must recain functionalf ,

b. Has beta radiation been addressed?

[

s. Have components outside the containment and exposed to sump recirculation fluids yp //7 [ /// f C /) /

been addressed?

1.5 Environmental Conditions fer outside Containment

a. Does time dependent test profile envelop teeperature and pressure profiles analyzed MA M &&- c/7h in the FSAR for HELB aress?

2.0 QUALITICATION MEIHODS 2.1 Selection of Nethods Do qualification methods conform to

/ BacI/

a.

IIEE 323-19717

b. If analysis was performed in lieu of testing, J

/

was justification provided?

c. If analysis was performed in lieu of testing, -

~

was partial type test data provided to sup-- [ hf f port analytical assumptions and conclusions?

.