Text

Nonproprietary Version of Environ Qualification,Safety- Related Electrical Equipment/NUREG-0588
	ML19337A449
Person / Time
Site:	Summer
Issue date:	09/24/1980
From:	; SOUTH CAROLINA ELECTRIC & GAS CO.
To:	;
Shared Package
ML19260G313	List: ML19337A448; ML19337A449;
References
	RTR-NUREG-0588, RTR-NUREG-588 NUDOCS 8009260518
	Download: ML19337A449 (100)
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{{#Wiki_filter:_ _.. i 1 l O l 1 i i I SOUTH CAROLINA ELECTRIC & GAS COMPANY VIRGIL C. SUMMER NUCLEAR STATION I Environmental Qualification Safety Related Electrical l Equipment /NUREG-0588 1 Revision 0 i l l 1 i i i ( l \\ l l i i i d s i i i 4 l j hoino54 w.

4 AV The NRC letter dated February 21, 1980, requested the review of environmental qualification documention for Class lE electrical equipment to identify the degree of compliance with NUREG-0588, " Interim Staff Posi-tion on Environmental Qualifications of Safety-Related Electrical Equipment." The letter further requested that a tabular listing be presenced of the Class lE electrical equipment including certain qualification data. The NUREG sets forth the NRC position for the implementation of IEEE Standard 323-1971 and 1974. These tables provide the requested list of Class lE equipment and associated specific qualification data. Material documenting the degrees of compliance of the existing qualification documentation to NUREG-0588 and the basis for concluding the equipment is qualified for its service conditions will be provided in a subsequent revision. The Virgil C. Summer Nuclear Station is committed to qualification of electrical equipment in accordance with IEEE-323-1971. However, some equipment was qualified to IEEE-323-1974. The status of electrical eqiupment qualification in accordance with IEEE standards is reported in the following tables and will be further. defined in detailed descriptions to be provided in the future. The degree of compliance with NUREG-0588 and the information for the Balance of Plant (BOP) table was developed from existing vendor documentation, environmental data taken from existing analyses (which were the source of data for Table 3.11-3 and other FSAR information). This environmental data O \\m / i Revision 0

was used to establish the expected environmental conditions under normal conditions and design basis events. Radiation exposure was based on these existing analyses, including recent work done in response to NUREG-0588 for the design review of plant shielding. The table for the Westinghouse (E) NSSS equipment was generated by compiling the qualification levels in each qualification reference. The (E) positions have been established against the staff position for Category II equipment for the (E) scope of supply, based on the overall qualification methodology employed for this equipment. The review procedures for the BOP equipment were based on the design control program as documented in Chapter 17 of the FSAR and consisted of an adaptation of the existing procedures used for FSAR preparation. The source of all data and the results of the reviews were documented on individual worksheets. The completed worksheets, along with other supplementary material, were first reviewed within the originating discipline. Then the material was reviewed by an interdisciplinary group. For the NSSS, a formal review and sign-off was completed by all cognizant (E) management to meet quality assurance (QA) requirements. The BOP reviews have confirmed that equipment installed in the plant is generally suitable for its intended use. Problem areas have been primarily in the thoroughness of the test procedure documentation. In many cases, the test plans are not included in the qualification report, nor were detail

data, uch as, the accuracy of test instrumentation or the exact location of temperature monitoring thermocouples.

In a very limited number of cases Q the review has identified equipment which is adequate for its intended ) 11 Pkw1kt%m @

application, however, the available documentation does not support its I continued use under a particular environmental condition. ) L,/ As a result of problems that have been identified, it is anticipated that a small number of cables may be relocated to ensure that they are not submerged under post-accident conditions in the reactor building, or additional qualification may be done. In addition, some high voltage and low voltage terminations may be replaced and the function of some solenoid valves may be changed from normally energized to normally de-energized. Other minor changes of a similar nature are also anticipated but have not been fully defined at this time. and c in the For the NSSS, some of the equipment is categorized as ci 2 table. This equipment may experience environmental conditions of design basis accidents (Steam Line Break or Loss of Coolant Accident) to which it is not qualified; however, this equipment is not required to function for the mitigation of such accidents and is therefore acceptably qualified for a non-accident environment. The initial review of the table shows that all NSSS electrical equipment is covered by the qualification envelopes, howevar, any problem areas identified in the finalization of this review will be defined and provided in a future revision. At present, detailed reviews of the degree of compliance with the criteria and interpretations contained in NUREG-0588 is in progress and this material will be incorporated into this document by approximately 12/31/80 In summary, all equipment installed in the V. C. Summer Nuclear Station will be adequate for its intended use. In a few minor instances where the (Oj documentation does not fully support the application of equipment, action is being taken to correct the situation. iii i

f i i TABLE OF CONTElfrS I r l Westinghouse Supplied Electrical Equipment W-1 thorugh W-29 i i Balance of Plant Electrical Equipment B-1 through B-47 l l Figures Figure 1 through Figure 29 l 1 f I t f j. l' \\ 4 i i 4 f l I 1 I i i I i 1 i t t 4 5 I i i 1 ) i i a c t

O Westinghouse Supplied Safety Related Electrical Equipment O w.-..

NUCLEAR ST SAFETY RE EQUIPMENT I 1YPE IDCATION M) DEL NUMBER ABNORMAL OR OF EQUIPMENT BUILDING TAG NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-a2, c1 Peak Temp. Integrated Pressure Chemistry Dose Humidity Condition Radiation ]a,c g Hstrow Range RB, by TE-412 A, B,C,D Rosemount Resistance pass TE-422 A,B,C,D Tempe ra t ur e loop TE-432 A,B,C,0 3240F (16) 108 Rads Detectors 47.1 psig 100% RH LOCA 2670F (16), (17), (18) 108 Rads, 44.7 psig 90 days 100% RH i f

i 8 1 SUPPLY SYSTEl1 'TLD ELECTRICAL IDE CONTAINi1ENT ENVIRONMENT TO WHICil QUALIFIED (14) Integrated Peth Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Himal d i t y condition Type Requirements Demonstrated (% of Span) (% of Span) Method (13) ~ a,b,c 1.46wt.g a,b c 30 sec. Over 30 +.2% [ ja,b,c WCAP-9157 see Fig. g Boric Post-SLB sec. T8) (8) (Separate 5-3 and 6-1/ Acid and Post-SLB Test) 0.17wt.% ~ a,b,c N,OH dissolved ~ in H O 2 e W-1 Revision 0 f I \\ 1

N8 TYPE IDCATION MODEL NUMBER ABNORMAL OR EQ OF EQUIPMENT BUlf. DING TAC NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Cat egory-a g \\ " 3, a2 (21) Peak Temp. Integrated Pressure Chemistry Dose Hurnidi ty Condition Radiation ]a,c g Wide Range Re-RB, RCS TE-410, 413, Rosemount sistance Tem-loop 420, 423, perature 430, 433 3240F (16) 108 Rads Detectors 47.1 psig 100% hi ) LOCA l l 2670F (16), (17), 108 Rads, 44.7 psig (18) 90 days 100% RH l k 6

i I J ' LEAR STEAl1511PPLY SYST[M LFETY RELATED ELECTRICAL IPi1Et4T INSIDE C0r4TAINf1LfiT ENVIRONMENT TO WillCH QUALIFIED (14) Integrated h k Tecp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Humi d i t y Condition Type Requirements Demonstrated (% of Span) (% of Span) Hethod (13) .]a,b,c (. ]a,b,c 1.146wt.g a,b,c 2 weeks 2 weeks +.2% WCAP-9157 see Boric Fig. 5-3 Acid and Post-SLB Post-SLB (8) (8) (by compari-son) and 6-3 0.17wt.% N OH a c.b,c dissolved in H O 2 W-2 Revision 0 \\,

i i fiUCL SAF TYPE LOCATION MDDEL NUMBER ABNORMAL OR EQUI OF EQU!FMENT BUILDING TAC NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ct, c2 Peak Temp. Integrated Pressure Chemistry Dose H umidi ty Condition Radiation Resctor Cool-RB FT-414, 415, 416 Barton a,c Msn ant Flow DP FT-424, 425, 426 Trcnsmitters FT-434, 435, 436 3240F (16) 106 Rads (5) (15) 47.1 psig 100% RH LOCA 2670F (16), (l'), See Fig. 44.7 psig (18) 3.11-11 100% RH l l 6 ( i

I I STEAll SUPPLY SYSTEtt RELATED ELECTRICAL T INSIDE Cor4TAINiiENT ENVIRONMENT TO WHICH Qt!ALIFIED (14) Integrated ik Temp. Dose Accuracy Accuracy Qualification ersure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and 'Oldity Condition Type Requirements Demonstrated (% of Span) (% of Span) Method V13) (7) (7) 00F None None (11) (11) + 1 < f, 1 instruction

os phe re Manual A

(Calibration Test) (2) W-3 Revision 0 t I \\ a

( NUCLE) SAFE 1 TYPE IDCATION MODEL NUMBER ABNORMAL OR EQUIP!1E OF EQUIPMENT BUILDING TAG NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ag, a2 Peak Temp. Integrated Pressure Chemistry Dose Hurnidi t y Condition Radiation (]a,c Msg Pressurizer RB PT-455, 456, Barton Pressure P 457 (Lot 2) ~ l 3240F (16) 106 Rads Transmitters 47.1 psig 100% RH LOCA 2670F (16), (17), See Fig. 44.7 psig (18) 3.11-11 100% RH (

e 9 \\ \\ STEAll SUPPLY SYSTEM RELATED ELECTRICAL vT INSIDE CONTAlhMrNT ENVIRONMENT TO WHICH QUALIFIED (14) Integrated [erkTemp. Dose Accuracy Accuracy Qualification rattura Chemistry Radiation Operability Operability Requirements Demonstrated Reference and id git. Condition Type Requirements Demonstrated (% of Span) (1 of Span) Method j J (6) (6) a,b,c a,b c Trip Trip +10% _ a,b c 1.14wt.1 NS-TMA-2184 Boric Acid and 5 m. 5 m. for Anderson to and < Sm. Stolz (Fag. 22) 0.17wt.% Post-DBE (Sequential N,OH 4 months Test) dissolved in water ~ l W-4 Revision 0 t I

e j 6 NUCL SAF' TYPE IDCATION 10 DEL NUMBER ABNORMAL OR OF EQUIPMENT BUILDING TAG NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRQNMENT (20) Cat e gory-al W1, a2 (2I} Peak Temp. Integrated Pressure Chemistry Dose Humidity Condition Radiation [(Lot 2)] a,e Pressurizer RB LT-459, 460, Sarton MSB Level DP 461 Transmitters 3240F (16) 136 Rads (1) 47.1 psig 100% RH LOCA 2670F (16), (17), See Fig. 44.7 psig (18) 3.11-11 100% RH t a e (

e I J STENI SUPPLY SYSTEM Y RELATED ELECTRICAL NT INSIDE CONTAINMENT ENVIRONMENT TO WHICH QUALIFIED (14) Integrated Pesk Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Huraldit y Condition Type Requirements Demonstrated (% of Span) (% of Span) Method (13) (6) (6) a,b,c 1.14wt.2 a,b,e Post-DBE Pos t-DBE -+25% a,b c NS-TMA-2184 r Borie 4 menths 4 months Anderson to _(Fig. 2.2) 0.17wt.! Stolz Acid and ~ ~ (Sequential NaOH Test) dissolve in water W l kehision0 l 1 i l b 1 l i

) - e i I NUCI sal TYPE IDCATION mDEL NUMBER ABNORMAL OR OF EQUIPMENT BUILDING TAG NUMBER MANUFACTURER

IDENTIFICATION ACCIDENT ENVIRONMENT (20)

Category-ag in), a2 21) Peak Temp. Integrated Pressure Chemistry Dose Humidity Cundition Radiation { ]a,e Msg Steam Cenera-RB LT-474, 475, 476 Barton (Lot 2) ter Level LT-484, 485, 486 Narrow Range LT-494, 495, 497 3240F (16) 106 Rads DP Transmit-47.1 psig 100% RH ters LOCA 2673F (16), (17), See Fig. 44.7 psig (18) 3.11-11 100% RH } I i [ l l L----

\\ s I (AR STEAti SUPPLY SYSTEM { INT INSIDE CONTAlf4 met 4T TY RELATED ELECTRICAL ENVIRONMENT TO WHICH QUALIFIED (14) Integrated Peak Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Hissi di t y Condition Type Requirements Demonstrated (% of Span) (! of Span) Method (11) (6) (6) - a,b.c 1.14vt.% a,b,c Trip 5 m. Trip 5 m. +10% ~ ~ '" NS-TMA-2184 Boric and and Anderson to Acid and < 5 m. Stolz _(Fig. 2.2) 0.17wt.1 Post-DBE Post-DBE 5 m. l (Sequential Test) N,0H % months 4 months to 4 mo. .I dissolved ~+25% in water W-6 Revision 0 s \\ e i

I u NUCLE SAFE TY PE IDCATION M) DEL NUMBER ABNORMAL OR OF EQUIPMENT BUILDING TAG NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT Ui) a2 (21) (20) Category-ag Peak Temp. Integrated Pressure Chemistry Dose Htssidity Condition Radiation ((Lot} a,e gg React or Cool-RB PT-402, 403 Barton 2) ent System Pressure Wide 3240F (16) 106 Rads Range P 47.1 psig Transmitter 100% RH IDCA 2670F (16), (17), See Fig. 44.7 poig (18) 3.11-11 100% RH 1 t i. j

i STEAll SUPPLY SYSTEf1 RELATED ELECTRICAL ,T INSIDE CONTAlfMENT ENVIRONMENT TO WHIOl QUALIFIED (14) Integrated Peak Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Himnid git Condition Type Requirements Demonstrated (Z of Span) (% of Span) Method 7PJi ~ - a,b,c 1.14wt.g a,b,c Post-DBE Post-DBE +10% a,b,c NS-TMA-2184 Boric 4 months 4 months Anderson to Acid and ~ (6) Stolz (Sequentist) _(fir. 2.2) 0.17 wt.% (6) N 011 d esolved in water 7 W-7 Revision 0 t t \\. ~

I 4 NUCL SA9 EQUIB H0 DEL NUMBER ABNORMAL OR TY PE It) CATION OF EQUIPMENT hull, DING TAC NUMBER MANUFACTURER -IDENTIFICATION ACCIDENT ENVIRONMENT 7f0T Catagory-ege c2 Peak Temp. Integrated Pressure Chemistry Dose Hasidi t y Cce1dition Radiation {(Lot]a,e g Steam Finw DP R8 FT-474, 475 Barton 2) Transmitter FT-484, 485 FT-494, 495 3240F (16) 106 Rade 47.1 psig 100% RH IDCA 2670F (16), (17), See Fig. 44.7 psig (18) 3.11-11 100% RH l l l I I l t l 1

I i h AR STEAM SUPPLY SYSTEM TY RELATED ELECTRICAL LNT INSIDE CONTAltiMLNT FRVIRONMENI TO WHICH QUA!,tFIED (14) Integrated Peak Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demongtrated Reference and manidity Condition Type Requiremente Demonstrated (% of Span) (% of Span) Method Uli ~ a,b,c l.14wt.% a,b,c Trip 5 m. Trip 5 m. -10% NS-TMA-2184 Boric and and + = for Anderson to Acid and < $ min. Stolz (Fig. 2.2) 0.17 wt.1 Post-DBE Post-DRE 5 min. (Sequential N 011 4 months 4 months to 5 ma. Test) dfasolved +25% in water T6) ~(6) W-8 Revision 0 4 i k

I F N'JCL SAF TYPE thCATION HDDEL NUMBER ABNORMAL OR EQUIP OF EQUIPMFNT BUILDING TAG NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-cg, c2 Peak Temp. Integrated Pressure Chemistry Dose Hurniditt Condition Radiation Power Range R8 NC-41, 42, 43 Westinghouse ( ]a,e g Neutron Detec-44 tors. (15) 324"F (16) (4) 47.1 psi,; 100% RH LOCA 267"F (16), (17), 44.7 psi 4 (18) 100% RH l [

I s ? d STEAM SUPPLY Sf5 TEM 1 REL ATED ELECTRICAL iWT INSIDE CONTAINMENT ENVIRONMENT TO W11tCH QUALIFIED (14) InteRrated Pask Temp. Dose Accuracy Accuracy Quellfication Pressure Chemletry Radletion Operability Operability Requiremente Demonstrated Reference and H;n condition Type Requiremente Demonstrated (! of Span) (% of Span) Hethod ~ e,b,c N/A (4) 8 hr. st a,b,c N/A N/A W Test 1/69 1750F Tseparate ~ Test) l l l l l W-9 Revision 0 l l l 1 \\

n,.. .,c,, ~,. ~, - - -, -.. -.. -. - ~ ~ ~ - - - - - - - - - ~ - - 9 q-i f I i i NUCLEAR 2 SAFETY d TYPE IDCATION e IODEL NUMBER ABNDRMAL OR j OF EQUIPDENT BUlt.DIPG TAC N11MBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIROIB'2NT (20) Category-ag, c2 4 I i Peak Temp. Integrated Pressure Chemistry Dose Htasidi t y Condition Radiation I l Nydrogen RB XIm0004AIIII Westinghouse Electric Type A - MSB l Secombiner tim 0M4B(I9) Sturtevant I Nesters (IS) 3240F (16) 106 Rade 47.1 pois } 100% RH IDCA 2670F (16), (17), See Fig. 44.7 peig (18) 3.11-11 1001 RR f I e 6 9 4 4

)

I ,1 I l 1 I r .__,-s

I ) EAM SUPPLY SYSTEM LATED ELECTRICAL iNSIDE CONTAINMENT ENVIRONMENT TO WillCH QUALIFIED (14) Int e grat ed P2th Temp. Dose Accuracy Accuracy Qualification Prazaure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and fise Condition Type Requirements Demonsts ed (! of Span) (1 of Span) - Method ~ ~ a,b,e 2500 pp a,b,e 1 yr. I yr. N/A N/A WCAP-7820 and Baron as Post-LOCA Pos t-IDCA Supp. 1-4 Borie Acid ~ ~ WCAP-7709-1 _(Sea Supp. with M 0H and Supp. 1-4 2 Sect. to give a (Separate 3.4.1) pH of 10 Test) W-10 Revision 0 1 \\.

5 NU( SS EQU1 TYPE lACATION MODEl, NUMBER ABNORMAL OR 0F EQUIPMENT BUILDING TAC NUMBER ~ MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ag, c2 Peak Temp. Integrac Pressure Chemistry Dose Humidity Condition hsdiatic Valve Motor RB 8112 Limitorque a,c MSB Operatore 324oy (16) 105 Radt 2 inch Globe 47.1 psig Valve 100% RH thCA 2670F (16), (17), See Fige i 44.7 psig (18) 3.11-11 100% RH f } i I 4 l i I I w' 1'

A h l EAR STEAff SUPPLY SYSTEf1 ETY RELATED ELECTRICAL %NTINSIDECONTAINf!ENT l F.NVIRONMENT TO WHICH QUAI,lFIED I (14) l Integrated y Peak Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and i Humid git Condition Type Requirements Demonstrated (% of Span) (% of Span) Method l Mis -e,b.c 2500 ppe a,b,c I year 2000F N/A N/A WCAP-7744 Boric Acid ~ ~ Post DBE for 30 days

WCAP-7410 l

~ buffered N S-CE-69 2 l with 0.24% (Test) N OH a

NO IY. : This test was not intended to demonstrece post-DBE thermal i

aR ng, it however, does demonstrate post-DRE operability consistent with the reconsnendations of IEEE-182-1972 l W-11 Revision 0 4 1 \\ a l i 1 -m-e s ,--n 4 m ,-,c.. 9,y_- %--a, my w

NUCLEAR S SAFETY R TY PE IDCATION MDDEL NUMBER ABNORMAL OR OF EQUIPMENT BUILDING TAC NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT 7 20) Category-a], c2 Peak Temp. Integrated Pressure Chemistry Dose Htasidi t y Condition Radiation Velve Motor R8 8701 A, 83 Limitorque ~ ~ 9ec g Operators 8702 A, 8 3240F (16) 8701A 12 in. Cate 47.1 psig 8701B Valves 100% RH 106 Rads 8702A 8702B 108 Rads LOCA 2670F (16), (17), 8701A 44.7 psig (IS) 87018 i l 100% RH See Fig. 3.11-11 8702A 3702B 8 10 Rads, 90 days l 1

s e ( ) (AM SUPPLY SYSTEM LATED ELECTRICAL MIDE CONTAINMENT FRVIRONMFNT TO WHICH QUALIFIED (14) Integtsted Pask Temp. Dose Accuracy Accuracy Qualification Pressure Chemi s t ry Radiation Operability Operability Requirements Demonstrated Reference and H nsidit y Condition Type Requirements Demonstrated (! of Span) (% of Span) Method 2(13) ~ -a,b,c 2500 ppe a,b,c ! year 0 200 F for N/A N/A WCAP-7744 Boric Acid Post.DBE 30 days

WCAP-7410 buf fered

~ ~ NS-CE-692 ~ with 0.24% (Test) N OH a l 8 NOTE : This test was not intended to demonstrate pnet-DBE thermal aging, it however, does demonstrate post-DBE operability consistent eith the recommendations of IEEE-382-1972 i W-12 Revision 0 I i s

.. -.. - - ~. - -. - -. -.. - -. -. h i I ( i I I r k I i J NUCL SAP MDDEL. NUMBER ABNORMAL OR TYPE IACATION OF EQUIPMENT BUILDING TAG NUMBER MANUFACniRER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ag, a2 l [ Peak Temp. Integrated Pressure Chemistry Dose Humidity Condition Ra di a t ie,n ]a,e g 2 inch Clobe RB 8;**9 A, B, C ASCO Valves Solenoids 3240F (16) 106 Rads j i 47.1 psig i l 100% RH I LOCA 2670F (16), (17), See Fig. 44.7 psig (18) 3.11-11 1 100% RH 1 I t i i a i i r l 1 4 i i t .1 i i k a i I ] i I' l \\ i 0 l l l I 4 ,-.----,.n .,,,,,--n---,,

l t i i i i i 7 i I i i t AR STEAM SUPPLY SYSTEf1 TY RELATED ELECTRICAL ENT INSIDE CONTAlhMENT i ENVIRONMENT TO Wil!CH QUALIFIED (14) [ Integrated i Peak Temp. Dose Accuracy Accuracy Qualification Preneure Chemistry Radiation Operability Operability Requiremente Demonstrated Reference and liiani dit y Conditinn Type Requirements Demonstrated (% of Span) (% of Span) Method (13) i l -m,b,c 1.2% a,b.c Trip 1.5 m. Trip <1 hr. N/A N/A NS-CE-755 Boric Acid (Analysis) i L l t W-13 Revision 0 1 i I l J i I i s -,...--nr.--.-,n ,.r-w e- .._. -,, -n -,-.-.n-, -~. -m.,,,- e-r ,-.,.---n,e-

NUCL SAF TYPE IDCATION MDDEL NUMBER ABNORMAL OR OF EQUIPMENT BUILDING TAC NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ag, a2 Peak Temp. Integrated Pressure Chemistry Dose Hureidi t y Condition Radiation h ]a,e g I inch Clobe RB 8154 ASCO Valve Solenoid 3240F (16) 108 Rads 47.1 psig 100% RH LOCA 2670F (16), (17), 100 Rads, 44.7 psig (18) 100% RH I 1 l \\ r

~ l ) fRSTEAMSUPPLYSYSTEM ,Y RELATED ELECTRICAL ,NT INSIDE CCNiltIN!1ENT ENVIRONMF.NT TO WHICH QUALIFIED (14) Integrated Pack Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and H midity Condition Type Requiremente Demonstrated (% of Span) (% of Span) Method i(13) s,b,c 2 a,b,c Trip 1.5 m. Trip I hr. N/A N/A NS-CE-755 (Analysis) i W-14 Revision 0 i \\.

T h NUCL SAF MDDEL NUMBER ABNORMAL OR EQUIP' TYPE lACATION OF EQUIPMENT BUlt. DING TAC NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-al, c2 Peak Temp. Integrated Pressure Chemistry Dose Htanidi ty Condition Radiation Sol]noid a,e g 1 inch Globe RB 8151 ASCO e Ualve 1240F (16) 108 Rade 47.1 psiR 100% RH LOCA 2670F (16), (17), 108 Rads, 44.7 peig (18) 100% RH t

I i t \\ STEAli SUPPLY SYSTEtt Y RELATED ELECTRICAL NT INSIDE CONTAINf1ENT ENVIRONMENT TO WHICH QUAI,lFIF.D (14) Integrated Fesk Temp. Dose Accuracy Accuracy Qualification Pressure Chamistry Radiation Operability Operability Requirements Demonstrated Reference and Humi! Condition Typa Requiremente Demonstrated (% of Span) (% of Span) Method -** sc 1,2% a,b,e Trip 1.5 m. Trip <1 hr. N/A N/A NS-CE-755 r e Acid (Analysis) a W-15 Revision 0

NUCLEAR SAFETY: TYPE IDCATION WDEL NUMBER ABNORMAL OR EQUIPitEN" OF F.QUIPMENT BUILDING TAC NUMBER MANUFACTUllER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ag, c2 Peak Temp. Integrated Pressure Chemistry Dose Humidity Condition Radiation { ]a,e yM 3 inch Globe RB 1.CV-460, IIV-459 ASCO Valve solenoid 3240F (16) 108 Rads 47.1 pelg 100% RH LOCA 2670F (16), (17), 108 Rads, 44.7 psig (18) 100% RH I e l i 1 r

I j.TEAMSUPPLYSYSTLft 2 ELATED ELECTRICAL INSIDE CONTAlhf!LNT ENVIRONMENT TO WHICH QUAT,!FIED (14) Integrated Peak Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Hiunid jit Conditinn Type Requirementa Demonstrated (! of Span) (% of Span) Mtthod ~(U) ~ ~m,b,c 1.2g a,b c Trip 1.5 n. Trip <1 hr. N/A N/A NS-CE-753 ~ Boric Acid (Analysis) W-16 Revision 0 4 )

t i NU S EQU TYPE 14 CATION PS) DEL NUMBER ABNORMAL OR OF F.QUIPMENT BUILDING TAG NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ag, c2 Peak Temp. Integrated Pressure Chemistry Dose Himnidity Condition Radiation ]a.c g 2 inch Globe RB 8145 ASCO Valve Solenoid 3240F (16) 106 Rads 47.1 psig 100% RH LOCA 2670F (16), (17), See Fig. 44.7 psig (18) 3.11-11 100% RH l l l 1 4, 4

s I \\ , EAR STEAll SUPPLY SYSTEl1 ,'ETY RELATED ELECTRICAL NENT INSIDE CONTAlf81ENT f.NVIRONMENT TO WHICH QUALIFIED (l4'T Integrated Penh Temp. Dose Accuracy Accuracy Qualification Pressure Clweis t r y Radiation Operability Operability Requiremente Demonstrated Reference and Hianid git Condit i on Type Requirements Demonstrated (! of Span) (% of Span) Method R I31 ~ ~ ~P,b c 3,23 a,b,e Trip 1.5 m. Trip <! hr. N/A N/A NS-CE-755 Boric Acid ( Analysi s) g J W-17 Revision 0 I i l I l

f i i 1 I I a i t 1 J I4UCLEAR SAFETY i EOUIPdEN1 MODEL NUMBER ABNORMAL OR j TYPE IDCATION 1 OF EQUIPMENT BUILDING TAC NUMBER MANUF AC111RER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category al, c2 Peak Temp. Integrated Pressure Chemistry Dose 4 Humidity Condition Radiation h ]a,c g L inch RB 8047 ASCO Diaphragm Solenoid 3240F (if ) 106 Rade l' 47.1 psig 100% RH j LOCA 2670F (16), (17), See Fig. 44.7 psig (18) 3.11-11 100% RH i l

s 9 I t !!All SUPPLY SYSTEft {iELATEDELECTRICAL INSIDE CONTA!f4 MENT CNVIRONMENT TO WHICH QUALIFIF.D IN) Integrated Prah Temp. Dose Accuracy Accuracy Qualification Precoure Cheelstry Ra ji n ti on Operability Operability Requirements Demonstrated Reference and jlveidity Condition Type Requiremente Demonstrated (% of Span) (% of Span) Method @} m.b,e 1.2% a,b c Trip 1.5 m. Trip ci hr. N/A N/A NS-CE-755 Boric Acid [ (Analysis) W-18 Revision 0 h \\. I

E NUCLI SAF MG')EL NIM 5ER ABNORMAL OR TYPE IDCATION OF EQUIPMENT BUILDING TAC NUMBER-MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT 7 }0) Category at, c2 Peak Temp. Integrat Pressure Chemistry Dose munidity Condition

Radiatin, l

{ ] a,e gsa s I inch Globe RB 8875 A, B. C ASCO Valve Solenoid 1240F (lo) 106 Rads 47.1 psig 100% RH U)CA 2670F (16), (17), See Fig. 44.7 peig (18) 3.11-11 100% RH d

i i I I JR STENi SUPPLY SYSTEf1 1V RELATED ELECTPICAL NT INSIDE C0f4TAINMENT 1 ENVIRONMENT TO WHICH Qt?ALIFIE_D l (14) 1 Integrated b) Peak Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Humiditj Condi t i on Type Requiremente Demonstrated (% of Span) (! of Span) Method (13) e,b,c l.2g a,b,c Trip I.5 m. Trip <1 hr. N/A N/A NS-CE-7 5 5 Boric Acid ( An al ysi s) i i l a i 1, i 1 W-19 Revision 0 i i I I \\ e e ---n---. ,c-n n

f a NUCLEAR SAFETY EQUIPt1EN1 TYPE IDCATION 10 DEL NUMBER ABNORMA!. OR OF EQUIPMENT BUILDING ~' TAG NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ag, c2 Peak Temp. Integrated Pressure Chemistry Dose Hinsi d i t y Candition Railation ]ac g 3/4 inch Globe RB 8871 ASCO Valve Solenoid 3240F (16) 106 Rads 47.1 psiR 100% RH LOCA 2670F (16), (17) See Fig. 44.7 pelg (18) 3.11-11 100% RH i e

a 1 \\ TEAM $UPPLY SYSTEll IELATEDELECTRICAL INSIDE CONTAINMENT FNVIRONMENT TO WHIGI QUALIFIED (14) Integrated Fesk Temp. Doge Accuracy Accuracy Qualitication Pressure Chemistry Radiation Operability Opecebility Requirements Demonstrated Reference and threid git Conditinn Type Requiremente Demonstrated (I of Span) (2 of Span) Method 30s ~ n,b,c 3,$g 8ebec Trip 1.5 m. Trip <1 hr. N/A N/A M-C E-7 Boric Acid W-20 Revision 0 \\.

NUCLEA$ SAFET TYPE IJ) CATION t Pf) DEL NUMBER ABNORMAL OR OF_ EQUIPMENT BUILDING TAC NUMBF.R MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-age c2 Peak Temp. Integrated Pressure Chemistry Dose Htanidi t y Condition Radiation { ] a,e 3 inch Globe RB IIV-1003 AST ggg Valve Solenoid 324 F (16) 108 Rads =7.1 peig 100% RH LOCA 2670F (16), (17), 108 Rade, 44.1 poig (18) 100% RH i i

I i l STEN 1 SUPPLY SYSTEM RELATED ELECTRICAL / INSIDE CONTAlhMENT ENVIRONMF.NT TO VHICH Qt!ALIFIED [14) Integrated Psch Temp. Dose Accuracy Accuracy Qualification Pressure cheelstry Radiation Operability Operability Requirements Demonstrated Reference and Himal dit y Condition Type Requiremente Demonstrated (% of Span) (% of Span) Method Ti r ~ ~ e,b c 3,2g a,bec Trip 1.5 m. Trip <l hr. N/A N/A NS-CE-755 (Analysis) Boric Acid 19 W-21 Revision 0 8 I \\i e

4 l J L i 1 ] NUCLEAR STEx SAFETY RELA 4 l EQUIPMENT INS HDDEL NUMBER ABNORMAL OR TY PE LOCATION OF EQUIPMENT BUILDING TAC NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT ~~ I (20) Category-ag, c2 i Peak Temp. Integrated Pressure Chemistry Dose Humidity Condition Radiation 3/4 inch Clohe RB 7126 ASCO , ]ac gyg Ualve Solenoid 3240F (16) 106 Rads 47.1 psig 100% RM LOCA 2670F (16), (17), See Fig. 44.7 psig (18) 3.11-11 100% RH Iu .I

\\ 0 SUPPLY SYSTEM ':D ELECTRICAL I CONTAINf1ENT DVIRONMENT TO WHICH QUAIMIED (14) integrated Path Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requi re'sent s Demonstrated Reference and Himni di t y Condition Type Requirements Demonstrated (% of Span) (! of Span) Method 7 13) s a,b,c Trip 1.5 m. Trip <1 hr. N/A N/A NS-CE-755 s,b,e 1.2g (Analysis) Boric Acid W-22 Revision 0 i \\ f w

a NUCLE SAFE EQUIPM M) DEL NUMBER ABNORMAL OR TYPE 11)C ATION OF EQUIPMENT BUILDING TAG NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (20) Category-ag, c2 Peak Tetsp. Integrated Pressure Chemistry Dose Humidity Condition Radiation Stem Mounted RB 7126, 87018, NANCO a,c Msg Limit Switches 8702A, 8047, 8149A, B, C 3240F (16) 8871, 7126, LCV-460, LCV-459 47.1 psig 87015, 8047 8871, PCV 4448 1001 RH 8149A, 81498 0 $149C PCV 445A, PCV 4458 106 Rads LCV 459, LCV 460, 8702A, PCV 444B, PCV 445A, PCV 4458 108 Rads LOCA 2670F (16), (17), b87', 7126, 44.7 psig (18) 87015, 8047, 100% RH 8149A, 81498g 8149C See Fig. 3.11-11 LCV 459, LCV 460, 8702A PCV 4448, P64 445A, PCV 445B i 108 Rads, 90 days l

1 5 l STEAM SUPPLY SYSTEM RELATED ELECTRICAL T INSIDE CONTAINMENT DIVIRONMENT TO WHICH QUA!.1FIED (14) Integrated Peak Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Humi di t y Condition Type Requirements Demonstrated (% of Span) (% of Span) Hethod 71TF e,b,e A Mixture a,b,e 1 year 2000F for N/A N/A NAMCO of Boric Post-06E 30 days

Test Report Acid, Water

~ ~ (Revision 1) ~ ^ Sodians 9/5/78 Thisolfate, (Test) and Sodium Hydroxide with a pH of between 10 and 11.

NO TE : inis test was not intended to demonstrate post-DBE thermal aging, it however, does demonstrate post-DBE operability consistent with the recoissendations of IEEE-382-1972 W-23 Revision 0

.i )

NOTES FOR IN CONTAINMENT SAFETY RELATED f-- ELECTRICAL EQUIPMENT \\g (1) Pressurizer level has been deleted as a safety related trip func-tion. (2) The test is a calibration performed on each instrument by the manu-facturer per the instruction manual. Where individual tests are not available the value is obtained by review of vendor specifica-1 tions. (3) The recombiners are qualified to 3090F per the NRC acceptance letter dated 6/22/78. (4) Designed to[ ] a,b,c, (5) The reactor coolant flow transmitter is only required to perform a safety function for contained faults. There are no adverse envi-ronments present when this instrument must perform its safety func-tion. I l (6) The accuracies are changes in the transmitter accuracy due to severe environments. The error during normal and abnormal condi-tions is +1% of span. These errors do not include the channel inaccuracies. 1 (7) The +1% accuracy is the instrument error during normal and abnormal conditions. (8) The +0.2% accuracy is the calibrated accuracy of the Resistance Temperature Detector (RTD) under normal, abnormal, DBE or pos?-DBE conditions. j (9) Note 9 is not applicable. (10) There were no positive errors observed during the test. (11) Continued operation is required at the specified accuracy. (12) Note 12 is not applicable. (13) Figure and table references in parenthesis are from the qualifica-tion reference and give the temperature and/or pressure profile. (14) In general the parameterc listed under qualified environment are actual test conditions which may exceed the testing requirements. W-24 Revision 0 A

(15) Equipment that could experience environmental conditions of design O basis accidents (SLB or LOCA), through which it need not function for (,,/ mitigation of accidents, and whose failure is not detrimental to plant safety or accident mitigation, and need not be qualified for any accident environment, but is qualified for non accident service environment. See table 3.11.3 of FSAR for normal environment. (16) For 120 minutes at 400F to 1200F the spray consists of deminer-alized water containing 1950 ppe to 4000 ppm boron in the form of boric acid (H 80 ) and NaOH (0.68% by weight at a pH of 9.5). 3 3 (17) For the next 6 hours at 240oF the spray consists of demineralized water contaiaing 1730 ppm to 3500 ppm boron in the form of H B03 3 and. N OH (0.23% by weight) at a pH of 8.7. a (18) For the next 24 hours at 1900F, the spray has the same constitu-ents as described in 17, above. (19) Virgil Summer identification number. (20) Refer to Table 3.11-3 for associated postulated environmental condi-tions. (21) Post accident monitoring only. i a I 1 0 .\\ -) W-25 Revision 0

I i NUCLEAR SAFETY EQUIP; TEM TYPF t/) CATION MODEL NUMBER ABNORMAL OR OF EQUIPMENT BUILDING TAG NUMBER MANUFACTURER 1DENTIFICATION ACCIDENT ENVIRONMENT (8) Category a2 Peak Temp. Integrated Pressure Chemistry Dose Hinnidity Condition, Radiation Steam ABb PT-474, 475, 4 76 Barton [ 3a,e Aux. Bldg. Pressure P IB{ PT-484, 485, 486 (Lot 2) SLB None TID: <104 Trans.nittar IBg PT-494, 495, 496 I S OF peak to 106 Rad < 1050F for 30 min. 0.1 psig 1001 Intermediate Bldg. !!SR None TID: <104 Rad (See Table 3.6-1; Fig. 3.6-10 and 3.6-11) 2120F (2830F for 4 sec.) 2.4 psig 100% L 1 1

t i i a \\ k TEAM SUPPLY SYSTEM t [ LATED ELECTRICAL '0UTSIDE CONTAINMENT ENVIRONMFNT TO WHICH QUA!,1FIF.D (5) Integrated Peck Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Itadi at ion Operability Operability Requirements Demonstrated Reference and Humidity Condition Type Requirements Demonstrated (! of Span) (% of Span) Method (4) (4) _ a,b,c _ a,b,e a,b,e trip 5 m. and Trip 5 m and 10% NS-TMA-2184 1.14wt.g Anderson to Boric acid Post-DBE Post-DBE and 4 monthe 4 months < 5 m. Stolz (Fig. 1.2) 17wt.% 5 m. to 4 mo. (Sequential N,OH 25% Teet) dissolved (2) _(2) in water i W-26 Revision 0 r I \\

I NUC SA EQUI MODEL NUMBER ABNORMAL OR 1Y PE IDCATION OF EQUIPMEfff BUILDING TAG NUMBER M ANU FACTUR ER IDENTIFICATION ACCIDENT ENVIRONMENT Category d 78) Peak Temp. Integrated Pressure Chemistry Dose Humidity Condition Radiation RHR Pump ABa IPP0631A(I) W IMD $008 Frame, ll80F Peak None TID: XPP0031B(7) Iuffalo Drip Proof >1050F for <l@* to Weather Pro-30 min. 106 Rad Motor ter.ted 1 0.1 psig 100% a i i i

I I AR STEAM SUPPLY SYSTEM ETY RELATED ELECTRICAL AENT OUTSIDE CONTAINMENT ENVIRONMENT 1Y) WHICH QUALIFIED (5) Integrated Peik Teap. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requi remen t s Demonstrated Reference and Huridity Condition Type Requirements Demonstrated (% of Span) (% of Span) Method (4) (4) 400C None 2x108 Full Speed Full Speed N/A N/A Design Speci-Atr:os phere Cama in < 5 sec. in < $ sec. cationa and WCAP-8754 None (3) W-27 Revision 0 s

1 j NUCLEAR STE SAFETY RELA EQUIPMENT OUT TYPE IDCATION MODEL NUMBER ABNORMAL OR OF FJJUIPMEfff BUILDING TAC NUMBER MANUFACTURER IDENTIFICATION ACCIDENT ENVIRONMENT (8) Category d Peak Temp. Integrated Pressure Chemistry Dose Humidity Condition Radiation Charging Pump ABa IPP0043A(7) W utD 6809 Frame, SLB XPP0043B(I) Buffalo Drip Proof Motor XPP0043C( 7) Weather Pro- !!80F Peak tected 2 >1050F for None TID: 30 min. <104 to 0.1 psig 106 Rad 100% 'h i

tI \\ 4 SUPPLY SYSTEM D ELECTRICAL DE CONTAlhMENT ENVIRONMENT TO WHICH QUALIFIED (5) Integrated Peak Temp. Dose Accuracy Accuracy Qualification Pressure Chemistry Radiation Operability Operability Requirements Demonstrated Reference and Humidity Condition Type Requirements Demonstrated (% of Span) (% of Span) Method (4) (4) 400C None 2x108 Full Speed Full Speed N/A N/A Design Speci-Atmosphere Causea in < 5 sec. in < 5 s ec. cations and WCAP-8754 None (3) W-28 Revision 0

NOTES FOR OUT OF CONTAINMENT SATETY RELATED. ELECTRICAL EQUIPMENT (1) Note 1 is not applicable. s l (2) The accuracies are changes in the transmitter accuracy due to severe environments. The error during normal and abnormal condi-tions is +1% of span. (3) The insula' tion systems tested in WCAP-8754 are representative of the insulation systems supplied for these motors. (4) The time to full speed is required at the minimum specified voltage and frequency condition. (5) In general, the parameters listed under qualified environments are actual test conditions which may exceed the testing requirements. (6) Note 6 is not applicable. (7) V. C. Summer identification number. (8) Refer to Table 3.11-3 for associated postulated environmental conditions. i i r 2 1 s-W-29 Revision 0 i I

4 i t I i i t j i i Balance of Plant Safety Related Electrical Equipment i l I ~. -,, - - - - -.,, - - -., _,, _.,,..,. - - -....,...

l i BOP Class I" cation Furchase Order Model Number or Building Abnormal or Environment to _ Number Type of Equipment Manuf ac turer _'dentification and Room Tag Number Accident Environment Which (Nalified EWITCHCEAR l 10349 7.2 kV settehmear Ceneral Metal clad 1a.3601 Xsulf>s Nm1 oprre fya randittene Nerm1 opere i nr_ r<m.h i Elec tric 13-6301 ESWIDA l Temp - Man: 65{F Temp - Mins 50* F Temp - Max 85 F Temp - N a s 104* F 8 Temp - Ava 50' F Temp - Avg 77* F Frees I atmos. Pressi gatmos. g TID: 410 Rede TIDs. 10 h.d e Notes 1.3 (XSWIDB) 10349 7.2 kV Switchgear General Metal clad SW-2505 KSWlEA Normal Operating Conditions Nornal Operating Condc Elec tric SW-4101 ISWIFB Temp - Mins 65" F Temp - Mint 50' F Temp - Mas: 104' F Temp - ms: 104* F Temp - Avs 93* F Temp - Avg 77* F 10{ atmos. Fress: 1 stmoe. Press: 3 Rede TID: elo Rada TID: Note: 1 10166 480 V Switchgear ITE/Could Metal enclosed 18-3601 ISWIDB2 Normal Operating Conditions Normal Operatier Condo j 15-6301 XSWIDi t 18-6301 ISWIDAs Temp - Mins 65' F Temp - Min: 50" F Te 4 - Max: 85* F Temp - Maa: 104* F Te g Avg 80 F Temp - Avg: 59 to 92 Fr...: 1 atmos. Press: 1 atps. 4 TID: <10 Rads TID: 1 x 10 Rads pote: I (all), i 3 (ISWIDB2) l 10166 480 V Switchgear ITE/Could Metal enclosed A3-6301 ISWIDB1 Normal Operettnz conditions Normal operatf t Conde Temp - Mans 65' F Temp - Min 50' F Temp - Max: 85' F Temp - Man 104' F Temp - Avg 80* F Temp - Avg 59 to 93 Freest l etuos. Press: 1 atps. g TID: <10 Rads TID: I a 10 Rads Notes 1 i l 10166 480 V Switchgear ITE/Gould Metet enclosed SW-2505 XSWLEAR Normal operating Conditions NormalOperatingCondo) SW-4101 XSWlEBI Temp - Min: 65' F Temp - Ming 50',F ) Temp - Mast 104' F Temp - Mas 104 F 59*-95*h Temp - Avg 93* F T,emp - Avs: Free.: i.t.3.. i.tr.. re.. TID: e5 a 10 Rede TID: I a 10 Rads Notes 1 POMP Ct? TROT, rErftRS j 10898 Motor control Center Square D Ndel 4 18-3601 IMclDB2X Normal Operating Conditions NormalOperatingCondh r 18-6301 FMCIDA2X [ Temp - Min: 65* F Temp - Ming Note 13 Temp - Max: 85* F Temp - m us 104* F Temp - Avg 80* F Temp - Avg 95 F Fresa I stage. Press: I atmos 3 6 I TID: <5 s 10 Rade TID: 3.25 x 10 Reds Note 1 (both), l I 3 (IMCIDB2I) l V l I 5 10198 Motor Control Center Square D N del 4 A8-6301 IMCIDB2T Marmal Operatina conditions Normal Crersting tordg L: j 85lF 65 Temp - M'nt Notg 13 Temp - Mins F Temp - Max: 104 F Temp - W s: Temp - Avg: 80 F Temp - Avg: 95* F Rad Fress: 1 atmos. Press: 1 atmos 3 TID: <10 Rede TID: 3.25 x 10 Notes 1

l f %E Equipment lification Stimmary ti operability Operab!11ty Accuracy or Response Accuracy or Response k Requi r ement e twoons t ra t ed Time Requiremente Time Demonstrated rbaltftcation Report and Method il Cantinuous Continuove Note 12 Note 12 Cenceal I Report f.D: RFQ 349-14330 ( Method: Combination of test ar.d analysse Qualified Life 40 years (Note 50) Aging flee: N/A Aging Temps N/A Continuovo Continuous Note 12 Note 12 Ceneral Report I.D REQ 349-14330 Methods Combination of test and analysis Qua11fted Life 40 yeare (Note 50) Aging Times N/A Aging Temp N/A Continuave Continueve Note 12 Note 12 General Report I.D ' 33-51452Qs Method: Combination of test and analyste F Qualified Lif e 40 years (Note 50) Aging Times (Note SL) Aging Temps (Note 51) Continuous Continuous Note 12 Note 12 Ceneral Report I.D: 33-51452 QS Methods Combination of test and analyste F Qualified Life: 40 years (Note 50) Aging Times (Note 51) Aging Temps (Note 51) Continunus Continuous Note 12 Note 12 Ceneral Report I.D: 33-51542 QS Nethods Combinatice of test med analyste Qualified Life 40 ytare (Note 50) Aging Times (Note 51) Aging Temps (Note 51) fantinuous Continuove Note 12 Note 12 Ceneral Report f.D: 108-1.02-L1 Method: Combination of test and analyste Qualified Life: 40 yea re (Note 50) ) Aging Tiset (Note SI) i Aging Temps (Note 51) i / Coottauove Cont trasous Note 12 Note 12 Ceneral I y ) Report 1.D: 108-1.02-L1 Methods Combination of test and analyste Qualified Life 40 years (Note 50) Aging Times (Note SI) Aging Temps (Note 51) l B-1 Revision 0

l Furchase 3 location order Model Number er Building Abnormal or Fnvironment to _Nueber Tr E of Equipment k nufacturer Identification and lioom Tag Neber Acaldent Environment Which Qualified .? 10198 Motor Control Center Square D Model 4 AS-1228 IMC1DA2Y Normal Operating Conditione g a laoperatina Conde. Temp - Mio: 65* F Temp - Min Note 13 Temp - Man: 85 F Ten.p - Max 10;* F Temp - Avg 80 F Temp - Avg 95 F Frese-I atmos. Fress: 1 atmos -I' 3 ~T10: <10 Rade TID: 3.25 x 10 Reds Notes 2 s I i T 10198 Motor control Center Square D Model 4 DB-3601 IMC10A2Z Normal Operating Conditions Normal Operating Conde, f DB-3602 IMCIDB21 Temp - Min: 60* F Temp - & ns Notg 13 12j*FF Temp - Max: 104 F f Temp - Max Temp - Avst 95* F 86 Temp - Avg Press: I age. Press: 1 atmos l TID: <5 a 10 Bede TID: 3 25 a 10' Rede Note 1 10198 Motor Control Center Square D Model 4 SW-2505 IMC1EA11 Normal Operatina Conditions Normal Operating Conde. SW-4101 IMC1E31I SW-2504 IMCIICIE Temp - Mins 65* F Temp - Min Notg 13 Temp - hans 104* F Temp - Man 104 F Temp - Avg 93* F Temp - Avgi 95* F Fress Ietnog. Preses 1 steos 3.25 x 10' Rado TID: <3 x 10 Rade TID: Notes ! VA'.VE OPF?ATORS 10009 Pain Steam to EP Fump ASCO WP-HVA-206-381-3RTU IB-1210 IFV-2030-MS MSn Conditions 1.0CA Conditione Turbine Control Valve - Solenoid Temp Figure 3.11-35 Temp: Figure 3.11-12 Press: Figure 3.6-12 Freset Figure 3.11 Spray: NfA Spray: 720gours T!D: 410 Rada TID: 2 x 10 Rada Submergence N/A Subme r genc e: N/A Was one prototype sub- - jected to all tests i series? Yes 10078 32" Air OperateJ ! solation 1B-3602 XVM2801A-MS MSB Conditions Note 31 1 Valve - Solenoid XVM28013-MS XVM2801C-MS Temp: FigurI 3.11-36 Fress: Figure 3.6-10 <10(A Spray: N TID: Rada Submergence: N/A 10109 Motor Operated Limitorque SMB-000-5 Rs.36-01 ivc 9605-CC LocA Conditions trCA Conditions Valve = Operator Tes.p: Figure 6 2-7 Temp: Figure 3.11-13 Fress: Figure 6.2-1 - Fress: Figure 3.11-14 1 Spray 2 hourg Stray 719 ha.gs T!D: 1.3 x 10 Rads TIP: 2.04 x 10 RMs ! Submerger.ce: No Subrerger_.e

a WsoneProtoegesub-)

jected to all tescs 6. series? Yes MS5 Condieions M99 Comtt tiens l l 9 Temp Figure 6.2-Sa Temp: Ficure 3.11-13 J Fress: Figure 6.2-4 Fress neare 3.1;-14 1 . l Spray: 2 hourg spr v: 719 s q e 4 TID: 1.3 x 10 Rads T!3: 2.0'. x 10 KaJs submergence No Sulw rger.ce: No Eas one prototype sub, fected to all tests ser'es? Yes t I I

.~- 1 \\ Operability - Operability Accuracy or Respense Accuracy or Response perstremente th manstrated Time Requiremente Time Demosetrated rNail Q ation Peport and Method 7 Continuous under normal Continuoue under normal Note 12 Note 12 Ceneral conditions conditione Report 1.D: 108-1.02-Li Methods Combination of test and analytto Qualified Lifer 40 years (Note 50) Aging Times (Note 51) Aging Temps (Note 51) Cratinuous' Continueue Note 12 Note 12 Ceneral Report 1.D: 108-1.02-L1 Methods Combinetton of test and seelyste Qualifted Life 40 yeare (Note 50) Aging Times (Note 51) Astr.g Temps (Note 51) Costinuous Contismsous Note 12 Note 12 Ceneral Report 1.D 108-l.02-L1 Methods Combinattom of test and anelyste Qualified Lifer 40 years Aging Times (Note 51) Aging Temps (Note SI) Isote 35 loote 36 Not applicable Not applicable General Report 1.D: FQP-4-1, Rev. 3 (Note 7) Method: Test I Qualified Life 40 yeare 0;ueca 22, 50) -l Aging Times 285 hours (Note 22) Aging Temp: 268* F (Note 22) Note 31 Note 31 Note 31 Note 31 Note 31 Periodic operatico Feriodic operation Not applicable Not applicable General during LOCA and NSB Repoyt 1.D Limitorque #600=56 Method Test Qualifted Life 40 years Aging Times 100 hours Aging Temp 160 C 1 I \\ B-2 Revision 0

sl ~) a Purchse Location Order Model Number or Building Abnorm 1 or Er.vi s ee.ej Number Type of Equf;eent Manufacturer Identification and Roews Tar N.mber Accident Environtrent "elich @al c 20109 Air Operated Valve - ASCO NP8316 R8-6301 XVCS056-HR LOCA Conditio9s 1.0Ct CenditIow SGlenoid Rg-6301 X7C,066-HR 35-1.'01 XVC26628-IA Temp: Figure 6.2-Sa Temp: Fi;:ure Press: Figure 6.2-1 Spray: 2 hourg ~ Pre t.= F prs Sprayt 7N p TID:

1. 3 x 10 Rads Ti3: ' x IJ" Subaergence: No Suteergen. :

'as one protot jetted to al in series? MS3 Conditions M% Condi t tom Temp: Figure 6.2-5a Temp: Tir.nre Press: Figure 6.2-4 Press Ftrure Spray: 2 hourg 5;ra. 'N p TID: 1.3 x 10 Rads TIL: 2 x 10 Submergeoce: No S.abaar genc e : Was one protot jected ta al series

Yee 10109 Air Operated ASCO NP8316 15-3602 XVC9627A-CC MSB Conditions 1.0c.\\ Condit tor.

Valve - Solenoid XVC96278-CC Tes:p : Figt.re 1 11-35 Tev r Figure Press: Figure 3.6-10 Press: I t g>re N Spray: 723 p <10{A Spray kads T;J: 2 x 17 TIO: Subme rgence : h/A Subserge.ne: Ls one.rcto. jected to al series? Yed 10109 Motor Operated Liattorque SMB-00-5 15-1202 XVC1001A-EF 1:SB Cond t r iens M B Ccriitle 4 Valve - Solenoid XVG10018-EF Temp Figure 3.11-35 Tew Figure Press: Figure 3.6-12 Prees: Figure Sprayt N/A 8p r.sv : %/A T!D: 5.39 a 10' Rads fla: 2m I)*., Subme rgence : N/A Si.bac r der se : Was ons ;rctet jecteJ to al' se ries ? Te@ 10109 Motcr Operated Limitorqm SMB-000-5 15-23601 XVC1002-EF M55 Condittoas "5 B C~t.11 t i one Yalve - Operator 18-1202 XYC1008-EF !5-1202 XVG1137A-!7 Temp Figure 3. !!-35 Te m: Fl ore l IS-1202 XVG1J373-EF Press: Figure 3.6-12 Press: Figure Spray ?:/A Sprae N/A 4 7 TID: 5.39 x 10 kads TID: 2m 10 Submergence: N/A Cubrv r ce nte : Le one protot jectrJ to al series? ice 10199 Att Operate d ASCO KP8316 15-3602 XVT2869A-MS MSS Conditions 10CA ('oN ttio' Valve - Solenoid AVT28693-MS XY12869C-115 Tem : Figure 3. !!-36 Tew Figure Press: l'igure 3.6-10 Prean Figne J Spray: N/A Spray: 720 k TD: <10' Rade 11 ): 2x 10" Submergence: N/A S darre nto L s r,e pmtes

teted tv a;

,..: r t e. ' W j 1

to Operability Operability Arcuracy or Response Accuracy or Desponse ted Requ t re men t e f*monstrated Tfwe pecutremen+s Time Demonstrated r:ualliteetton perore and %-th.-} Mate 35 Note 36 Kot applicable got appitcable Cencral ,33 12 Repcrt 1.D: AGS21678/TR P.e t and : Test 3.11-12 Cud t !.f ted Li t e 40 yeere tsotes 22. SC) rs Asin4 Time; 298 ivme s (?' ate 22) pas (A Aging Temp: 2 48 F (Nate 22) to su b-teeto se '51-12 1.!!-12 re mas /A ye sub-tests in hee 35 Note 36 Not applicable Not applicable General .11 12 Peport I.D AQS21678/TR

l.11-12 Method: Test Cuattfled f.1(et 40 ye4rs (Notes 22. SS) rs ids Aging Tine: 238 hours (Note 22)

/A Aging Tru,n 208" F (Suts 42) as sub-teste in rettedic cperation Periodic operation Not applicable Not applicable Ceceral during MSS 411 1% Report f.Ds Limitorqua 50003 3.11-13 Method: Test Qualified Life: 40 years ads Agin4 T! w: 199.S bourn /4 Aging T.:ns: 16 5 F pe oub- , test s is. "eriodic apera: ton Periodic operstion Not appitcable %ot applicable Ceneral during MS3

11-1)

Report !.D Limitorque 83003 1.11-15 Method: Test Qualified Ltfe: 40 years ads Agtng Times 199,0 haurs /A Aging le p 165' F po sub-teste in i i Meta 13 kote 36 Not applicable Not applicable Ceneral 1.11 12 Peport I.Dr AQS21678/TR 3.11-12 Mar 5od: Test sr s Qasittled Liter to years (%otes 22, 50) ' ads Aging Tine 289 hours (Note 22) llA Agina ! cap: 260 F (Note 22) ve sn%- i tests la k i \\ B-3 Revision 0

B Dhll'}'s) .j a 1 'i - IJ J q U u awW " s v c a tur. Pu re use Order Model Number or Hu11dirg Abncmal or rue t e 'ea. ut , Leh T q e of Poulpeent k nufacturer Identification and Roue. Jag Number Arc: dent Environment Which (Aalif-y 10109 ' Air Operated ASCO NF8316 PR, 412' XVC5 33A-BD P's s Cond i t ions IDCA Cordit ions Valve - Solenoid XVC5036-BD XYt00 R-uD Tes.p Figure J.ll-37 Temp: Figure 3 ^ XVT2662A-IA Press: Fig. re 3.6-2 Prces: Faore (101A & 2662A) Spray: 720 % Fi ure 3.6-6 TID: 2 x 17 L (5036 6 593C) Submergence: N 4 Spray N/A La car prototy; 4 TID: 1 x 10 Rads jected to all (501g62662A) series? Yes 1 x 10 RaJe (5038 4 503C) Subanergence s N/A 10109 Air Operated ASCO NP8316 PR, 463' XVC6067-MR

tSB Conditions LOCA Corditions Valve - Solenoid Tevp: Figure 3.11-35 Teap: Figure 3 Press: Figure 3.6-2 Press: Figure Spray: N/A

$ pray: 720 {wr TID: 1.12 s 10 Rads TID: 2a LO k.< Submergence: N/A Subs.rgente: S. W as une garototyr jected to all series? Yes 10109 Motor Operated Limitorque SMB-00-15 PR, 463' XVC3003A-SP MS3 Conditions MS8 Conditions XVG30038-SP Valve - Operator Tempi Flpurc 1.11-37 Tcart Figurc 3 Press: Figure 3.6-2 Press: Figure Spray: h/A Spray: *:/ A 7 TIL: 2.74 a 10I *eJe TID: 2m 10 i Submergence: N/A Sutr ergence: N Was er.e protot? jssted to all series? Yes 10109 N tor Operated Limitor de SMB-00-15 PR, 463' XVC3103A-SW Ms3 conditions ':e 8 Condi t ions Valve - Operator XVC3107A-SW Temp Figure 3.11-37 Temp: Figurs 3 Press: Figure 3.6-2 Press: Firure Sprays h/A Spray: N/A 4 7 TID: 5.14 x 10 Rads TID: 2 x 13 E Submergence: N/A Sulee rgenc e : N. Was one prototyi jected to all series? Yes 10109 Motor Operated Limitorque SMS-00-10 PR, 463' XVG3111A-SW t'SB Conditier.s M6 C n dit i,*ns XVG3112A-5W Valve - Operator Teinp: Figare 3.11-37 Te e.p : Figure 2 Press: Figure 3.6-2 Press: Figure Spray: N/A Sprav: /A 4 7 TID: 1 x 10 Rads (3111A) T!D: 2 s 10 e 5.14 x 1 7 R (3112A) Subcergence: Subme rgence : N/A Was one pro tot) jected to al! series? Yes y s condition, t 1J109 N tor Operated Limatorque SMB-005 PR, 4 36' XVC9568-CC Ms3 Conditions Valve - Operator Temps Figure 3.11-38 Temp

Figare 3 y

Press: Figure 3.6-2 Press: Figure Spray: N/A Spray: N/A 4 7 TID: 8.96 x 10 Raws TID: 2 x 10 i Submergence: N/A Sub me r geace Was one protot: jected to all series? Yes

u .I e Opetability operability Accuracy or Response Accuracy or Besponse \\ i4 temeternects fhr anns t ra ted Time Pets t remen t a Tiv fawnstrated (N,lgfication Report snet Me t N 4 E* Note 36 Not applicable Not applicable Ceners! l1-12 Report I.D: ACS21678/TR 41-12 Fet f d: Ts a t Qualified Life: 40 years (hoscs 22, $2) c Aging Time: 188 hosts C.ote 22) Aging Terp: 2f.,6* F (hote 2;)

eub-is la l

Note 35 Note 36 Mot applicable Not applicable General Report !.D: AQS21678/ M 3-32 Method: Test !!*12 Qualified Life: 40 years (Notes 22. 53) Aging Tine: 2d3 hours 0:ote 22) e Aging Terps 268 P (1ote 22) sub-osto in Periodic operation Periodic operation Not applicable Not applicable General Report I.D Limitorque 80003 l-li MethoJ: Tcst L11-11 QualificJ Life 40 ycars Aging Tine: 199.8 hours ?* Agir.g Terps 165* T % sub-tests in j Periodir operation Periodic operation Not applicable Not applicable Gener11 during MSB 'I Report I.D: Limitorque 80003 Method Test h II*II Qualified Life 40 years 4 Aging Times 199 8 hours 3 F Aging Temp: 165 F b (ett s in Periodic operation Periodic operation Not applicable Not applicable Cenersi during MSB .g;.g, Rt7 ort 1.0: Limitorque 50003 Method: Test

g,g Q.alified Life! 40 years Ag;an lim: 199 6 houas 3

48 Aging Tssp: 165 F a a W sub-l Gests in l l Periodic operation Periodic cperation Not applicable 'ot applicable Ceneral during itsa Report 1.D: Limitorque 50003 ,gg,33 MethoJ: Test '* g ggg Qaalified Life 40 years I 199 8, hours Aging Times 1,3 Agin. Te.,2 g 3,,,. p tsste in B-4 Revision 0 e

I gr,er~~~ D@. ,i4,v(i l. t ..J O t.. n t. - ta u w. 2 Usder Model h oner or Ru11 ding Abnormal or Envtronment to Weber Type of Equipment Manufacturer Identification and Room Ta1 Number Accident Fnytrinment Which (kaltfled i 10109 Motor operated Limitorque SMS-000-2 PR 436' XVC9600-CC MSB Conditions MSE Candittons Valve - Operator Tenap s Figure 3.11-38 Tev Tigure 3.11-1 Fress: Tsgure 3.6-6 Press: Fig re 3.11-Spray: K/A Spray: N/A 4 y TID: 1 x 10 Rade TJ 2 x 10 Rads Submergence N/A Submergence E/A Was one prototype si jected to all tes ceriest Yes 10109 Motor Operated Limitorque SMB-000-5 FR 436' XVG6797-FS MSB Conditions MSB Conditicms Valve - Operator Temp Figure 3.11-38 Temps Figure 3.11-1 Press: Figure 3.6-2 Press: Figure 3.11-Sprays N/A S #### $/A

6 TID: 1 x 10 Rade TID: 2 x 10' Rajs Submergence N/A Submerrences N/A Was one prototype at jected to all tesi la seriest Yes 10809 Air Operated ASCO WF8316 PR, 4 36' IVT1678A-FW. HMH Conlltdone IAWA Conditions Valve - Solenoid XVT1678B-FW XVT1678C-IV Temps Figure 3.11-38 Teept FIRure 3.11-1 Press: Figure 3.6-2 (1678A) Press: Figure 3.11-Fir.ure 3.6-6 Sprays 720 *gours (16733 & 1678C)

TID: 2 a 1J RaJ4 Spray: N/A Subcergences F/A 6 TID: 1.02 x 10 R (1678A) Was one prototype sa 6 1 x 10 Reds jected to all test (16788 6 1678C) series? Yes submergence: N/A 10109 Motor Operated Limitorque SMB-00 PR. 436' LVC2802A-MS MSB Conditions ?fSE Conditions Valve - Operator XVC28028-MS Temp Figure 3.11-38 Temps Figure 3.11-l' Press: Figure 3.6-6 Press: Figure 3.11-Spray N/A Spray: N/A 4 7 TID: 1 a 10 Rada TID: 2 a 10 Rads Submergence N/A Submergence: N/A Was or.e prototype sul jected to all testa series? Yes 10109 Air Operated ASCO NP831% FS-63015 XVC6057-HR Normal Operattn.t Conditions LOCA Conditions Valve - Solenoid Temp - Min: 19' F Tenpa' Figure 3.11-1; Temp - Mast 104" F Press: Figure 3.11-1 Temp - Avg 82* F Sprays 720 p rs Press: I atmos. TID: 2 x 10 Rads g TID: <10 Rads Submergence: N/A Notes 46 Was one prototype av Jected to all test seriest Tee 10109 Motor Operated I.initorque SM8-00-15 F3-63018 XVC31035-SW Normal Operatina Conditions MS5 Condittore Valee - Operator ivc 31078-SW Figure 3.11-Temp - Min 19* F Temp: Temp - Mas 104' F Press: Figure 3.18-1 Temp - Avg 82* F Spray: N/A y Press: 1 atmos. TID: 2 x 10 Rads 4 i TID: c10 Rade Submergence: N/A i Note 46 Was one prototype sud jected to all testO settes! Yes .~. --

UPerability Operability Accuracy or Response Accuracy or Respor.se o Dstairements tenon s t rat ed Time Requiremente T13e Desonstrated N itffcation Peport and P'e t hod / Par $44ft aparation Pertadf* aperation Not applicable Not applicable Ica. e s t I daring MLB R< port !.D Limitoav.o l'003 Me t hc l: Ts a t l5 Q u11 tied Life: 43 years Aging Tian 199 8 hours 6 Aging Tenps 165 F 6 in Periodic operation reriodic operation Not applicable Not applicable Cencral during Ms3 Report I.D: Limitorque 83003 15 Method: Test G alified Life: 40 years Aging Times 199 4 hours 6 Aging Temps 165 F L Note 35 Note 36 Not applicable Not applicable General Report 1.D: AQS21678/TR .2 Method: Test Quilitied Life 40 years (No:es 22. 50) Agir.g Tire: 289 hours (Note 22) Aging Temp: 268 F (Note 22) m > in i Parlodic operation Periodic operation Eat applicable Not applicable General ~ during MSB Report 1.D: Limitorque 80003 5 Methods Test Qualified Life: 199.8 hours Aging Time: 199 8 hours 3 Aging Terup: 165 F in hots 35 Note 36 Not applicable Not applicable ceneral Report 1.D: AQS21678/TR 2 Method: Test Qualifid Life: 40 yeare (Notes 22, 50) Aging Times 288 hours (Note 22) Aging Temp: 268* F (NJte 22) O Periodic operation Periodic operation Not applicable Not applicable --General during MSB Report 1.D: Liettorque B0003 P et hod s Test Qualified Life: 40 yeare Agtng Time: 199 8 hours 3 Aging Temp 165 F B-5 Revision 0

d tocation i. Furchase Order Model haber or Building Abnorw l or Environment Naber. Type of Etulpment Manufacturer _ identification and Room Tar Numbet. Accident 1.nvironment Which Qug 10109 Motor Operated Limitorque SMB-00'10 FB-63015 KVG31tl8-$W Normal Operating Conditions MSB Coedittens IVG31723-SW Valve - Operstar Temp - Min 19*,F Temps Figure 3< Temp - Mas 104 F Fress Figure Temp - Avg 82* F Spray N/A y Press: 1 atmos. T10: 2 a 10 4 Submergence: N TID: <10 Rade U.oon.prototd' .otes 46 jected to all serieel Yes 10109 Motor operated Limitorgue SMB-005-tu At-9702 XVG3001A-5F Normat'operatif_ Conditions MSB Conditions IVG30018-SP Velve - Operator Temp - Mins 65* F Temp Figure 3 Temp - Man 104* F Press: Figure Temp - Avg 93* F Spray: N/A y Press: 1 etuos. TID: 2 x 10 6 TID: <10 Rade Submergence N1 Wasoneprototh potes 2 jected to all series? Teo 10109 Motor operated Limitorque SMB-000-2 As-9702 XVG3002A-SP heat operating Conditione MSB Conditions Valve - Operator IVG30023-SP 8 Temp - Min: 65* F Temp: Figure [ Temp - Man 104, F Press: Figure Temp - Avs: 93* F Spaays h/A y Frees: 1 atmos. TID: 2 a 10 C 6 TID: <10 Rede Submergence E Notes 2 Was one prototy jected to a18 seriest Tee ~ 10109 Motor operated Limitorgue SMB-00-5 A&-9702 XVG MO4A-SP IACA Contitions thCA Conditical Valve - Operator IVG30045-SP Teg : figure 6.2-7 Temp: Figure Press: Figure,6.2-1 Press - Figure Sprays K/A S##"I8 S#^ 7 6 TID: 1.72 x 10 E (3004A)" TID: 2 m 10. 6 6.59 x 10 R (30048) Submergence: - Subme rgence : Note 43 Was one ptotot jecte/. to al series? Yes MSB_ Conditions MSB Conditions Temp Figure 6.2-5s Terps Fig.are Press: Figure 6.2-4 Pre s s : Figure Spray N/A Spray: N/A, TID: 1.72 a 10 R (3004A) T13: 2 x 10 6.59 u 10 R (3004E) Suber rgence : Subme rgence: Note 43 Was one protat jected to al se r ies ? Yeo 10109 Motor Operated Limitorque SMB-00-5 AB-9702 IVG3005A-SP Normal Operatina Conditions MSB Conditianc Valve - Operator XVC30058-SP Temp - Mins 65* F Tenpa Figure Temp - Maus 104* F Presa Figure Temp - Avs: 93* F Sproy N/A yl Press: 1 atmos. TID: 2 a 10 6 TID: <10 Rade submergence: Notes 2 Was one proteT jected to eB. l series? Yea l L-

N i l Operability Operability Accursey or Response Accuracy or Respcase h ] Retutremente Deanestrated Time Requirements Time Demonstrated fNatification Report and Method i I Periodic operation Periodic operation pot applicable Not applicable General I l-ll Report I.D: Limitorque 50003 li-15 Methods Test Qualkfied Life 40 years 3 Aging Times 199 0 *"'" 6 (,p Aging Temps 165 F has in Periodic operation Feriodic operation Not applicable Not appitcable General under normal during MSB l'IS c onditione Report 1.3: Limitorque 50003 11 15 Methods Test Qualified Life 40 years Aging Times 199 hours 6 Astog Temp 165 F te la Feriodie operation feriodic operetton Not applicable Not applicable Ceneral onder normal during MSS conditions ')l-15 Report I.D Liettorq.e 50003 >II*II Methods Test Qualified Life 40 years Aging Times 199 8 heure 4 Aging Temps 165 F sub te 13 Periodic operation Periodic operattan Not applicable Not applicable Ceneral during LOCA and MSB ll*I5 Report 1.D Limitorque B0003 ,.11-15 Methods Test Q'u11fied Lifer 40 years e Aking Times 199 8 hours 4 i Agir.g Temps 165 F sub-J este in t .41-15 11-15 a sub. 6este le Feriodic (peration Periodie operation Nor applicable Not applicable General under normal during MSS gg.35 conditions. Reporf I.D Limitorque B0003 .gg. 3 Methods Test Qualified Life 40 yeare Aging Times 199 0 I#"#* 6 Aging Temps 165 F i sub-i tssts is 5 i \\. B-6 Revision 0

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fRQ>th/ %l$,E# St> //j/ IMAGE EVALUATION l TEST TARGET (MT-3) l.0 5 m Ha j ll;4 l l Il!!!E Il (("1 I@ l_A l.25 IA 1.6 i 4 6" MICROCOPY RESOLUTION TEST CHART t' s#:n 4 4$<$ 4 4% b, ++e4,a+:,4 i

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d+ k.49Q*Qpi!;> ssg# //j//' ,86, \\\\\\ 5'ktf / %') @ p- /// [# \\\\\\/// p777 '4 \\ ! IMAGE EVALUATION NN TEST TARGET (MT-3) l l.0 ltlMM

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,m l,l j ut 1.25 IA l 1.6 = t l 4 6" MICROCOPY RESOLUTION TEST CHART l 4% 4 '/b W,, $ '

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e locatfon p,,gg,, 4 Order Model Number or Building Abnormal or Environment i haber Type of Equisment Manufacturer Identification and,_ Room lag _Numbat Accident Environment Which Qualiff i 10109 Motor Operated Limitorque SMB-000-5 AB-1211 XYC9625-CC Inermat operatina conditions MsB tomett ions Valve - Operator XVC % 26-CC Temp - Mins 65 F Temps Figure 3., Temp - Max: 104 F Press: Figure 3 Temp - Avg 93* F Spray: N/A 7 Press: I atmos. TID: 2 x 10 % g TID: <10 Rede Submergenr e: N/, Notes 2 Wasoneprotot$ jected to all series? Tes 10109 Air Operated ASCO NP8316 CB-8201 XVT64!2A-W Normal W eratina Conditions 1.0CA Condit tone Figure 3.j Valve - Solenold CB-8202 XVT64125-VU CB-8201 XVT6490A-W Temp - Mint 65" F Temp 10g*F F Fress: Figure & CB-8202 . TIT 64905-VU Temp - Max: Sprays 720 p 93 Temp - Avs: Press: 1 atmos. TID: 2 x 10 3 TID: <10 Reds submargence: N: Notes 1 Wesoneprototh jected to all series? Tee 10111 Damper Actuator Solenoid ASCO 206-381-7F RB XDP0110A-AM 1.0CA Ccadttions 1,0CA Conditions] Valve for Reactor RB XDP01105-AH Building Cooling Unit RB XDP0111A-AM Temp FJgure 6.2-7 Temp Figure 3l HEFA Bypass Damper RB XDP01115-AN Press: Figure 6.2-1 Press: Figure Spray: 2 hourg Sprays 720 hop TID: 1.3 s 10 Rads TID: 4.5x10J Submergence No submergence Na Wasoneprotc,t$ jected to all series? Yes 10172 Air Operated ASCO NP8323 RB-6301 XVT3164-SW,IDCA Conditions 1.0CA Condittom Valve = Solenoid XVT3165-SW XVT3169-SW Temp - Figure 6.2-7 Temp-Figurek Press: Figura 6.2-1 Press: Figure - Spray 2twurg Snay 7.'J g a TID: 1.3 x 10 Rade TID: 2 x 10 g Submergence No Suhmergence: q j Was one prcetoty ,jected to all' 3 series? Tes t MSR Conditiong HRR Condittene Temp Figure 6.2-5a Temps Figure 3 Press: Figure 6.2-4 Press: Figure. Spray: 2hourg Spray 720gou' TID: 1.3 x 10 Rada TID: 2 x 10 S Submergence No Submergence Xl Was one protot$ jecte'd to alll seriest Tea l 4 4 10172 Air Operated ASCO NP8323 IB-2601 XVT6384A-VU Normal 6eratina Conditions IDCA ConditionOI Valve - Solenoid 18-2602 XVT63845-VU 1B-2601 XVT6385A-VU Temp - Mins 65* F Terps Figure 10g*T 15-2602 XVT63858-VU Temp - Max: F Pressa F 3,.re l Sprays 720 god 93 Temp - Avg: Press: 1 atmas. TID: 2 x !C $ 4 TID:

10 Rads Set.rs tgenc e Notes 1 Was one protaty-jected to a18 series? Yes '

I Q}

l I Operability operability Accuracy or Response Accuracy or Response f maquireeente Demonstrated Time seguiremente Time Demonstrated fNatification Peport and Method 7 Psriodie operation Periodic operation Not applicable Not applicable General ) l undIr normal durlag MSB >tl conditions Repo** t.D: Limitorque 80003 l)-15. Methods Test Qualified Life 40 yeare l Aging Times 199 8 houre 4 Aging Temps 165 F ?b-pts la i Note 35 Note 36 Not applicable Not applicable General

12 Report I.De AqS21678/TR Method: Test

,1*l2 Qualified Life 40 years (Notes 22. 50) i Aging Times 288 hours (Note 22) i Aging Temp: 268' F (Note 22) i sub- [t3 in l [ t I hte 39 Note 36 Not applicable Not applicable Ceneral h-16 Report 1.D AQS21678/TR Revision 5 pi.!6 Method: Test t Qualified Life: 40 years (h tes 22. 50) bds Aging Times 288 hours (hte 22) Aging Temp 268* F (Note 22) isub- %tsin l I l j ." ate 35 Note 36 Not applicable Not applicable General I,l-12 Report 1.D: AQs21678/TR l11-12 Methods Test Qualified Life: 40 years (sotes 22. 50) Aging Times 288 hours (Note 22) Aging Temps 268* F (Note 22) ' sub-to la i l-12 l11-12 ' sub-Cats in l Note 35 Note 36 Not applicable hot applicable Ceneral I-12 R* Port I.D: AQS21678/TH ' 11-12 Methods Test-b Quattried Lifes 40 years (Notes 22. 50) Aging Tire 288 hours (hte 22) Aging Temp: 268' F (Ete 22) e sub-

ente la 4

p ,\\ 8-7 Revision 0

7 pf3 em.

0

.V Di D 1 / h U ]'\\ d 1. u mes [ t-t - Purca.se Order Model Number or 9uilding Aui.ormel or Environment t i Number. Type of Equipment Manufacturer Identification and Room _TaL Nusrber Accident Fnvironment Which 4 s!!f f e f 10172 Alr Opera.ed ASCO NP8323 IB-3602 XVT2643 A-M1 MM Cw ditions th.A (:ondir!one Valve - 'elenoid XVT2843B-MS XVT2843C *1S Temp: Figure 3.ll-3's Tempt Figure 3.11 Freus: Figure 3.6-10 Pre r.. : rig. ore 3. N Sp r.*y 720gaurs <10{A Spray: kads TID:

x 10 Mads T!D:

M.ergence: N/A ewepn -

/A Was one prototype jected to all te series? Yes 30172 Motor Operated Limitorque SMB-00 PR, 436' XVT1633A-FW MSB Conditions MSB Conditins XVT16335-iw Valve - Operator XVT1633C-FW Teres Figure 3.11 Te et Fsgure 3.1)

Press: Figure

3.6-2 (1633A) Press: Figure 3.1 Figure 3.6-6

' Spray: N/A 7 (16338 61633C) TLD: 2a 10 Reds Spray N/A Sub e rgence: N/A TID: 3.74 x 10' Rads Was one prototype .e( ed to r.11 te zerles? Yes 10172 Air Operated ASCO NP8323 FR, 436' XVT2660-IA MSB Conditions 1.0CA Condittora XVT2877A-MS Valve - Solenoid XVT28775-MS Teaps Figure 3.11-38 Temp Figure 3.1! Press: Figure 3.6-2 Press: Figure 3.1 (2660 6 2877A) Spray: 720p'ours Figure 3.6-6 (28778) TLD: 2x 10 hh VA Spray: N/A Sh rgence : 4 TID: 1 x 10 Rads W e one prototype Submergence: N/A jected to all te series? Yes 10175 Fuerges.y Feedwater Pvar

SCO WF-l!VA-206-381-3RV'J 13-1210 IFV-3531-FF PU Cnnditinea IACA Condi f f ene Flow rentrol Valve -

IB-1202E ITV-3536-EF Sa'..noid 13-23601 IFV-3541-EF Temp: Figure 3.11-35 Tempt Figure 3.11 IB-1202F. IFV-3%6-17 Preses Figure 3.6-12 Prews f i gure 3.1 18-1210 ITV-3551-EF 5 pray: NfA Spray: 720gours IB-1202E IFV-3556-EF T10: <10 Rads TID: 2 a 10 Rads Subinergent er : N/A Sulane r yem e : N/A Was one prototype jected to all te series? Yes 10175 Steau Cenerator Power ASCO WP-HVA-206-381-3RVU 19-3602 IPV-2010-MS .MS_1 conditions LOCA Conditions Relief Control Valve - Solenoid T'.ep t Figure 3.11-36 Temps Figure 3.11 Press: Figure 3.6-10 Press: Figure 3.1 <10{A N Sprays 720go.sre Sprays Rade T!D: 2m 10 Rada TID: Submerge nce : N/A Submergerce: N/A Was one prototype jected to all te series? Yes 10175 Steam Generator Power ASCO WP-HVA-206-381-3RVU PR, 436' IPV-2000-MS MSB Conditione 1.OCA Condittrme Relief Control valve - IPV-2020-MS Solenoid Tempt Figure 3.11-38 Temp Figtre 3.11 Preser Figure 3.6-2 Press: Figure 3.1 l Sprays N/A Spray: "O gours TID: 1.01 x 10 Rade T!D: 2a 10 Pada Submergeace: N/A Submergence: N/A Was one prototype jected to all te series? Yes

u I. O erability Operab!!1ty Accuracy or Reeponse Accuracy or Reeponse P Reqatrevente Depoe s t ra ted Time Requirements Time Demons.ra ted Qualification Report and Me eid t __, L Fots 35 Note 36 Net applicable e t applicabl. _Cc tral 12 teport 1.D: AQs21678/rs -12 Pethod: Test Qus!!fied Life: 40 years (Notes 22, 50) Artng itne: 784 hmste (';ote 22) Aging Terp: 263 f (\\ote 22) ,b-ts in P riodic operation Periodic operation Not applicable Not applicable General 13 Reporc I.D Limitorque 80003 -15 Me t hod: Test Qualified Life: 40 years Aging Times 199 8 hours 4 Aging Temps 165 F ub-t2 in kors 35 Note 36 Not applicable Not applicable General AJ Report I.D ACS21678/TR ~12 Methods Test Qualified Life: 40 years (Notes 22. 50) Aging Time s 283 hoars (Note 22) Aging Temp: 268* F ub-t1 1:a Note 3S Note 36 Not applicable Not applicable Caneral 12 Report I.D: FQP-7-1, Rev. 8 (Note 7) -12 Method: Test qi.ellf f ed Life 40 yeare (Notes 22, 50) Agios Tfee 213 haera (Note 22) Aging Tema 268 F (Note 22) ub-ta is Nots 33 Note 36 Not applicable Not applicable General 12 Report 1.D: FQP-7-1, Rev. 9 (Note 7) -12 Method Test Qualified Life 40 years (Notes 22, 50) Aging Times 288 hours (Note 22) Aging Temp: 268* F (Note 22) iu t.- its is Note 33 Note 36 Not applicable Not applicable Ceneral ]; Report I.D FQP-7-1, Rev. 8 (Note 7) .g2 Method: Test Qualified Lifer 40 years (Notes 22, $2) Aging Tlee 288 hours (Nott 27) / Aging Tenp 268* F (Note 22) { iub- .t: i> e B-8 Revision 0

Q gi C.O f M h b[ f t g j J l J Furrhae I'"f # * l Crder Model Number or Mui!. ling Abnorm t er Envirrnnem % r.!>e r Type of Equipment Manufacturer identification and lioom _ Tag Eurber Accident Environmenr Wich G.a1 ~~J. 10181 Solenoid Valve for ASCO EP 8316 RB~ XVB00018-AH LOCA Conditions LOCA Conditions 4 36" Furse Line Ra XVB00028-Ait j Isolation Valve Temps Figure 6.2-7 Temp Figure 3. Press: Figure 6.2-1 Press: Ficare l Sprays 2 hourg Spray: 723 hcp TID: 1.3 x 10 Rada TID: 4.5 x 13 Submergence: No Submergence: 4 1 W.2m one prototy } jectc.1 to all i series? Yes i' MtB Cor.Jittoen FSB Can titless l Tesp F1Aure 6.2-5a Temp Figure 3. 4 Press: Figure 6.2-4 Pr m s F;;urc l Spray 2 hourg Sprays 720 ho.r ( TID: 1.3 x 10 Rads TID: 4.5 x 10' i Submergence: No Subergenca XJ l Was one prototvr jected to all j series? Yes 1 i 10181 Solenoid Valve for ASCO NF 8316 FB-6301$ XVB0001A-AM Normal Operatina Conditioes Nornal Op*ratin } 36" Furte Line FB-6301 XVB0002A-AM Isolation valve (El 485') Temp - Min: 19* F Teerp - Mins 60' 10g*F F Temp - Max: 14r Temp - Mars Temp - Avs 12( 82 Temp - Avg Press: 1 atmos. Press: I atmo9 IID: <104 Rade TID: 4.5 x 10 Notes 46 10188 Solenoid Valve for ASCO 8320 18-2302 XDP0088A Normal Operating Conditions LOCA Conditions Air Dampers 15-2301 XDP00888 Temp - Mins 60* F Temp Figure 3, Temp - Max: 85* F Fress: Figure 3 Temp - Avg 75* F Sprays 720 h$r Press: 1 atmos. TID: 4.5 x 10 4 TID: <10 Bade Submergence: N/ j; Notes 1 Was,one prototyp ted to all setteet Yes i l 10188 Solenoid Valve for ASCO 8320 AB-7501 XDP0012A Normal Operatina conditions LorA conditiong Air Dampers AB-7501 XDP00128 Temp - Min 65* F Temp: Figure L Temp - Max: 104* F Press: Figure 1 Temp - Avg 93 F Sprays 720hy Press: 1 atps. TID: 4.5 m 10 TID: 1 x 10 Rads Submergence MJ Notes 19 Was one prototy$ d jected to all series? Yes 10188 Solenoid valve for ASCO 8320 CB-8202 XDP0018A Normal Operatirit ' Conditione LON ' l it?1ons! Air Deepera CB-8201 XDP00188 CB-8202 XDP0019A Temp - Mins 65* F Temp Figure 3I CB-5201 XDP00198 Temp - Max: 104, F Press: Fleure{ } CB-8202 XDP0021A Temp - Avg 93* F Sprays 720 hop CB-8201 XDP002tB Frese 1 atmos. TID: 4.5 a 10 j 3 CB-8202 XDP0022A T1D e10 Rede Submergence: Ng CB-8201 XDP00225 lootes 1 Was one prototFq 4 CB-8202 XDP0023A jected to allj 4 CB-8204 XDPD0238 seriest Tee CB-8202 XDP0039A CB-8201 XDP00398 j 3 CB-8202 XDP0045 CB-8201 XDP0096 CB-8202 XDP0103A t CB-8201 XDP0103B I <l' CB-8202 XDP0l06 CB-8202 XDroll2A CB-8201 XDFO!!25 CB-8202 XDP0113A CB-8201 XDPoll35 CB-8201 XDP0129 CB-8202 XDP0133A - ] CB-8201 XDP01338 j CB-8202 XDP0234A CD-8201 XDP02348

g.' Operasility Operability - Accuracy or Response Accuracy or Response f p Re n tremente Demonstrated Tire Recuirements Time remonstrated nueltfication 9e Met and "e ned Y Contir.uous Continuous Not appitcable Not applicable Ceaeral ).16 E*? ort I.D: AQ$21678/TR Revioloh 8 18 16 Method! Test Qualified Life: 40 years (Notes 22. 54 3 Aging Tite 288, hours (Note 22) Aging Temp 268 F (Note 22) sub. > ate in !=16 !!-16 Y. ca-pate la ?nA Note 35 Nate 36 Not applicable Not applicable Ceneral <F. Report i.D.: AQ321678/TR teviolon 5 LF Methods Test

F Qualified Lifer 40 years (Notes 22, 50 Aging Tinet 288 hours (Note 22)

Na Aging Temp: 2f8' F (Note 22) Continuous under Continuous under Not applicable Not applicable Ceneral normal condit tens normal conditions; l-16 cycite during IOCA Report 1.D AQS21678/TR Revister B ll*16 Method Test. Quellfied Lifet 40 yeare (Notes 22. 50 M3 Aging Times 288 hours (Note 22) Aging Temps 264' F (I>te 22) sub-Xt3La Continuous under Continuove under Not applicable Not oppitcable gneral normal conditione normal conditiones 1-15 and cook drop cyclie during 14CA Report I.D AQS21678/TR Devleton S II.16 aceldest Methodt Test Qualified Lifer 40 yeare (Notes 22, 50 [da ~ Aging Times 288 hours (Note 22) Aging Temp: 268' F (Note 22) isub. Mta la Continueue under Continuous under Not applicable Not applicable General normal conditione normal conditionen 1*l6 cyclic during LOCA Report 1.D: AQS21678/TR Revision 3 Il-16 Method Test Qualified Liter 40 years (Notes 22, 50 Agind Times 268 hours (Note 22) Aging Temp: 268* F (Note 22) - suba ita la i \\r B-9 Revision 0

O? (~f) (% " t'.1 beuot " l _o y,,g g - 1ecation Order Model Number or Su11 ding Abnurmal or Environment to %aber Tvre of Fqufpsent Maeufacturer._ J entification and Roon Tat Leber Accident Fnviror: ment Wnich 6.C ified jI 10188 Solenoid Valve for ASCO 8.t 40 DB-XDP0174 Normal Operating conditions 1.nCA Cow itteng Air Dampers 449'0" DB-XDP0175 Temp - Min 19' F Temps Tigure 3.11-16 449'0" Temp - Kax: 95* F Press: Figure 3.11*16 8 DB-XDF0176 Temp - Avg 60 F Spray 720 hg rs 449'0" Fress: 1 atmos. TID: 4.5 x 10 Rads 3 DB-XDP0177 TID: <10 Rads Submergence: N/A 449'0" Notes 1 Was one pictetype sub-jected to all tests I avrics? Yee 10188 Solenoid Valve for ASCO 4320 SW-4;01 XDF00714 Normal Operarter Condttfore 1.oCA Conditices Air Dampero SW-4101 XDr00718 SW-4102 DP0074A Tesep - Min: 65* F Temps Figu a 3.11-16 SW-4102 DP00745 Temp - Max: 104, F Press: Figure 3.11-16 Temp - Avg: 93* F Sprays 720 hou 4.5 x 10}s Press: 1 atmos. TIDs: Rads 3 TID: c10 Rada Subs.ergence X/A Notes 1 Was one prototype sub-jected to all testa 1 series? Yes 10188 Actuator for Battery Beck 11-153 13-1204 XDP0152-AH Normal Operatics Conditione Normal Operating Conda, Room Air Dampers 13-1208 XDP0153-AM 15-1204 XDP0155-AM Temp - Mins 65* F Temp - Min: N/g 15-1208 XDP0154-All Temp - Max: 85 F Temp - Mast 90 F Temp - Avg 75 F Temp - Avg 75* F Press: 1 atmos. Fress: Iatmog. 4 TID: <10 Rade TID: 2.2 u 10 Rade Notes 1 10193 Air operated plaphraam ASCO 206-341-3RFV RR-1201 XVDG242A-ND l.11CA O.eid i t ions leCA Conditions Yalve - Solenead Temp: Fig to 6.2-7 Teso: (tgure 3.11-12 Press: Figure 6.2-1 Fress: Figure 3.11-12 Spray 21.ourg Sprays 720 'gours TID: 1.3 x 10 Rade Tips 2 x 10 E.%I 4 8 Submergence: No Submergence N/A Was one prototype sab-jected to all tests is seriest Yes MSS Cet.itions ?tSB Condlitens Temp Figure 6.2-$a Temp: Figure 3.11-12 Fress Figure 6.2-4 Fress: Figure 3.11-12 Spray 2 hourg Sprays 720gours TID: 1.3 x 10 Rada TID: 2 x 10 Rads Submergences No Submergence N/A Was one prototype s e - jected to all testa C1 series? Yes 10193 Air Operated Diaphraam ASCO NP-1 F5-1201 IvD6242s-ND h an Loperattna condselane t ir A cou,It s Ir.m Valve - Solenold Temp - Min 19,F Temp: Figure 3.11-12 Temp - Hans log F Fress Figure 3.!!-12 Temp - Avg: 82 F Spray 720gours Preset I atmos. TID: 2 x 10 Rade TID: e10 Rede Submergence: N/A Note: 46 Wee one prototype sub-jected to all teste 1 seriest Yes

. ~.. ^ 5 [ I a N i-Operability Operability Accuracy or Response Accuracy or Response b estrtmento Aroost ratcJ 7tec perivirem nte T4=c h metrated r%alificat tan accert and % thmt i i g Continuous under Contint.ous under Not appliceble Not applicable General i n rmal conditions . normal cor.ditionag } ,} cyc11e daring 1DCA Report

I.D: AQ521678/TR Revision &

Pethods Test 2 j Oualified 1.1fet 40 years (Notes 22, 50) Agir.g Tiae 288 hours (Note 22) Aging Ter.pt 268* F (Note 22) + f j Centinuous under Continuous under Not applicable Not applicable General normal conditione normal conditions; cyc11e during LOCA Report 1.D ACS21678/TR Revision 5 i Methods Test Qualified Lifes 40 years (Notes 22, 50) Aging Times 288 hours (Note 22) Aging Temp: 268* F (Note 22) i l J d i Periodic-Periodic Not applicable Not applicable Ce n.

1 1

Report *1.Dr A-262-79 Methods Cor. bit.ation of test and esalysis t Qualified Lifer 40 years [ Aging Time: 552 hours Aging Temp: 212* F 1 4 1 l Note 35 Note 36 Not applicable Not applicable General l Report I.De AQS21675/TR l Nethods Test Qualified Life 40 years (Notes 22, 50) Aging Tient 288 hours (Note 22) Aging Temp: 268* F (Note 22) i e E i 1 Nota 35 Note 36 Not applicable Not applicable General 4 Report I.D: AQs21678/TR 'j Nethods Tcat Qualified Life 40 years (Notes 22, 50) Aging Times 284 hours (Note 22) Aging Temp: 264* F (Fote 22) I 1 B-10 4 L Revision 0< [

f i. f Purchase Location ,s . Order Model Number er iutiding Abnormal or Envi rosusent t-Which Qualiffe,) I k1tser Tvee of Equipment Manufacturer

dentification and Room Tag Number Accident Envireneent

( 10200 Motor operated Limitorque SMB-000-5/H23C 18-1202 XVB952B-CC MSS Conditi n s MSB condfrione Valve - Operator 18-1202 XVB968) ' <C 18-3602 XVB9526A-CC Teg Figure 3.11-35 Temps Figure 3.1[ 18-3602 XVB9687A-CC (95268 & 96878) Press Figure 3.{ Figure 3.11-36 Spray: N/A 7 (9526A & 9687A) TfD: 2 x 10 ItadC Press: Figure 3.6-12 Subnergence N/A (95265 & 96878) Was one prototype Figure 3.6-10 jected to all tc (9526g&9687A) in series? Yes ' TID: 3.39 x 10 Rads (g526B&9687B) S <10 Rads (9526A & 9687A) Submergence N/A 10200 Motor Operated Limitorque SMB-002/H2BC PR. 463' XVB3106A-SW MSS Conditions

!SB Conditions t

Valve - Operator Temp Figure 3.11-37 Terps F* gure 3.11 Press: Figure 3.6-2 Prens: Figure 3.1 Sprays N/A Spray: N/A g 7 T10 3.66 x 10 Rads e TfD: 2 x 10 RJJo Submergence N/A Sub urgences :i/A Was ema pre.rotyp. jected to all te' series? Yes 10200 Motor Operated Limitorque SMB-0002/HOBC PR. 463' XVB1110A-$W MSB Conditi g MSB Conditions + Valve - Operator Teg a Figure 3.11-37 Temps Figure 3.1[L Press: Figure 3.6-2 Press: Figure 3.8 Spray N/A Spray: N/A 5 I. TID: 1.43 x 10 Rads TID: 2 x 10 Rads Submergence N/A Subacrgentes h/A Was one prototype jected to all tG series? Yes 10200 Motor Operated Limitorgue SMB-002/H2BC TB-6301 XVB31063-SW Normal Operatina Conditione MSB Conditio9s Valve - Operator Teg - Min 19' F Temps Figure 3.13 10g*F F Press Figure 3.& Teg - Max: Spraya N/A 82 Tes'.p - Avg 7 Press: 1 atmos. TID: 2 x 10 Rada 4 TID: <10 Rede Subswrgence N/A-Notes 46 Was one prototype - jected to all t3 series? Yes 10200 Motor Operated Limitorque SMB-0002/H0BC FB-6301 ' XVB31108-su Normal operatina conditio'e Mss ccedit' tone n Valve - Operator 19* Temp Figure 3.10 1 Temp - Min 104,F i Temp - Max F Press: Figure 3.8 Temp - Avg 82' F Spray: N/A 2 x 10' Radq Preeet S atmoe. nD z TID: <10 Rede Submergence: N/A l Notes 46 Up one prototype jected to all e settee? Tee 1 i i i ) (' f t u a I ) --w%= --,e

I i operability Operabiot y Accuracy or Response Accuracy or Response ' taquiremeets Demonstrated Tlee Requiremente Time Demonstrated ' halt f tcation Eeport and Method -Periodic operation Periodge operation Not applicableI Not applicable Ceneral '85 ' Report 1.D Limitorque B0003 -15 Pe* hod! Test Qualified Life: - 40 years Aging Tfee 199 4 hours 3 Aging Temp It,$ F iub-I i it s Parfodie operatfor Pertedte operation Not applicable Not applicable General during MSS ) 15 Report 1.D Limitorque B0003 1 15 Methods Tent Qualified Life 40 years Aging Tire: 199 8 hours 6 Aging Temps 165 F . A. - j 1s la l l P3riodic operation Periodic operation Not applicable Not applicable General during M$4 15 Report 1.D Limitorque 30003 Methods Test 1 1-15 Qualified Lifes 40 years l Aging Tine: 199 0 I""'" ^ 6 Aging Tempt 165 F iuba its in Partodic operation Periodic operation Not applicable Not applicable Ceneral during MSB 13 Report 1.D Limitorque 30003 -15 Methodt Test Qualified Life 40 years Aging Times 199 8 houre 6 Aging Temps 160 F ub-La in PerioJte operation Periodic operetton Not applicabls Not appitcable General during MSB t5 Report I.D Limitorque 80003

ll Methods Test Qualtited Life 40 years Aaint Time: 199 8 hours 4

Aging Teep 165 F .o its in ? a B-11 Revision 0

h locatlon Purc (se g OrdM Moc,1 Number or luilding Abnormal or Envirure nt g. A*PL _ Type o_f Equi eent _ N nufacturer Ideitification and. Room Tag Nu_7 er_ _ Accident Environment _Wicy ual t fj b t 10200 Motor Operated 1.initorque SMB-0005/312BC AB-3603 XVB950 Y-CC Narnal Operating Conditions MSB Conditions Valve - Operator AB-1211 IVB95038-CC AB-1211 XVB9524A-CC Temp - Mint 65* F Temp: Figure 3.! AB-1211 XVB95248-CC Temp - Man: 104 F Press: Figure 3 AB-1211 XVB9525A-CC Temp - Ava: 93 F Spray: N/A 7 AB-1211 XVB9525B-CC Freser I atmos. TID: 2 x 10 Rad g TID: elo Rads Submergence: N/A Notes 2 Was one prototype jected to all t seriest Tee 10200 Motor Operated 1.imitorque SMB-0005/H3BC SW-2503 XVB3116A-SW Normal.Operatine Condittoas MS3 Conditiers Valve - Operator SW-2501 XVB 3 t l68-SW SW-2502 XVB3116C-SW Temp - Min-63 F Temp Figure 3.1 Temp - Max: 104 F Press: Figure 3 Temp - Avg: 93 F Spray: N/A 7 Pres s: I atgs. TID: 2 x 10 Rac TID: <5 x 10 Rads Submergence: N// Note 1 Was one prototyp jected to all t series? Yes 10209 Swing Checa ASCO 206-381-3F PR, 436' XVC1009A-EF PSB Conditione IDCA Conditiona Valve - Solenoid XVC10098-EF XVC1009C-EF Temps Figure 3.11-38 Temp: Figure 3.1 Press: Figure 3.6-2 (1009A) Press: Figure 3. Figure 3.6-6 Dray: 720gours (10095 & 1009C) TID: 2 x 10 Rac Spray: N/A Subtc rgence : N// 6 TID: 1.39 x 10 Ra s Was cne pre:otyp+ Submergence: N/A jected to all t series? Yes 10209 Air-Hydraulie ASCO 206-381-3F PR, 436' XVC1611A-W ftS3 Conditions IMCA Conditiong Valve - Solenoid XVG1611B-FW XYC1611C-FW Terp: Figure 3.11-38 Temp: Figure 3.1 Pr.us: Figure 3.6-2 (1611A) Press: Figure 3 Figure 3.6-6 Spray: 720goue (16115 & 1611C) T!D: 2 x 10 Ra, Sprav: N/A Sul,mer gence : N/P 6 T1D: 1 x 10 Rads was one prototyp< Submergence: N/A jected to all [ series! Yes 10222 Solenoid Valve for ASCO NP8320A198E IB-2302 XDP02T3A-AH Kormal Operatinc. Condittens ! 00 4 Cen.f i t. any Battery Room Unit Camper 15-2331 XDP0233E-AH Temp - Mini 60* F Tenp: l'igure 3.1 Temp - Max: 65 F Press: F w.re 3. Temp - Avg: 75* F sprav: 7N hoyrc Press: I atmos. TID: 4.5 x 10 ii TID: <10 Rads Subeergence: N/s Note 1 Was was prototypc jected to all 0 series? ic. 10222 Solenoid Valve for ASCO NP8320A196F CB-8202 XDP0105A-Ad Normi Operating Conditions 1,0CA Conditions Control Room and Relay CB-8201 XDP01055-AH Roaa Cooling Unit Damper CB-82C2 XDP0101A-All Temp - Min: 65* F Temp: Figure 3. i CB-8201 XDP01018-AH Temp - Lx: 104* F Press: Fizure 3 Temp - Avg: 93* F Sprays 720 hoyre. Press: I atmos. TID: 4.5 x 10' F T TID: <10 Rads Submergence: N/A Note 1 Was one prototype jected to all t seriest Tes k

J 9 I e A operability Operability Accuracy or Responsa Accuracy or Response ) I K, _ _ Ree,utremente theons t ra t ed Time Pegut rewnts Time Demonstrated (Nelif teetion Report and ythod

eriodic operetton Periodic operation Not applicable Not applicable Cencral under norsal during MSS pt5 cond it ione Peport 1.D Limitorque B0003 0-15 Method: Test Qualified Life: 40 years Aging Times 199 8 hours 6

Agtes Terp 165 F Zb- ?t3 1A Farlodic operation Periodic operation Not applicable h t applicable General during M58 bl5 Report 1.D Limitorque 5000 0-15 Method: Test Qualifted Life: 40 years Aging T1=er 199 8 hours 6 Aging Terps 165 F Dd-Dts la Note 35 hte 36 Not applicable Not applicable Ceneral 612 Report 1.D AQ321678/TR lf!*12 Method Test i Qualtited Life: 40 years (htes 22. 50) Aging Times 283 hours (hte 22) Aging Terps 268* F (Note 22) foub-Cta in Note 35 Note 36 Not applicable Not applicable General FI2 Report 1.D AQS21678/TR ,1 12 Method: Test Qua11f ted Life: 40 years (htes 22. 50) Aging Time: 288 hours (hte 22) Aging Temp: 268* F (Nete 22) loub- ' ts in C I l i l Continuous under Cor.tinuous under Not applicable Not applicable Ceaeral normal conj 1tione normal conditicas; Repcrt I.D: AQS21678/TR Revision B pth cycite during thCA 3-14 Method: Test Qualirted Life 40 years 0.otes 22. 50) %s Aging Time: 288 hours (Note 22) Aging Temp: 268 F (Note 22) bub-bee in r .or.tinuous under continuous hader Not appitcable not applicable t-enera t sarunt conditions norwl conditions 1 -16 cyclic c.uring 1EA Report I.Dr AQs21678/TR Revision 5

1-16 Method: Test qualified Lif e: 40 ye.ra (Notes 22. 50)

%s Aging Time: 283, hours (Note 22) Aging Temp: 268 F (Note 22) ,I ' cub- )3:3 in .I B-12 Revision 0 )

um f, & (v 1 I Location Purchase Orier Model Number or

1u11 ding Abnormal or tovirornment to Neber Type of Equipment Manufacturer identification and Roc.m _ Tag Nusrber Accident _Fnvironment Vhich G.alified L

10229 Air Operated ASCO NP8321ASE R5-6301 XVA9311A-S$ IACA Conditions LOCA Conditions Valve - Solenoid XVA9312A-SS Temps Figure 6.2-7 Temp: Figare 3.11-1 Press a Figurc 6.2-1 Press: Figure 3.11-Spray: 2 hourg Spray: 720 p urs TID: 1.3 x 10 Rads T!D: 2 x 10 Rads Submergence No Subrergenca: *:/ A Was one prototyps su jected to all test series? Yes mss Condition. H59 condtrien* Temps Figure 6.2-5a Teg: Figure 3.11-11 Prees: Figure 6.2-4 Press: Figure 3.l!J Spray 2 hourg Spray: 720 go rs TID: 1.3 x to Rads 11Da 2 x 10 22Js Submergence No Submergence: N/A Was one prototype su jected to all test series? Yes 10229 Air Operated ASCO NP8321ASE PR. 463' XVA93115-SS MSB Conditions LOCA Conditions Valve - Solenoid XVA93125-SS Figure 3.11j Figure 3.11-Temp: Figure 3.11-37 Te@ s Press: Figure 3.6-2 Press: q Spray: N/A P#* N#' 6 TID: 1.06 x 10 Rads TID: 2x 10 Rads I Submergence N/A Submergence: N/A I Wasoneprototypesj jected to all tesq series? Yes 4 1 10482 Post Accident Hydrogen VALIOR V526-5292-20 RB-6301 XVX6050A-1R LOCA Conlitions Ig A Conditto,ng Remnval Syst m isolation X m.031A-HR . Solenoid Valves XVX6051C-HR Temp: F1 ure 6.2-7 Temp: Figure 3.11-{ Press: Figure 6.2-1 Press: Figare 3.11' Spray: 2 hourg Spray: 744gours TID: 1.3 x 10 Rads TID: 2 x 10 Rada Sutens tgenee s No Sutestrenwe: N/A Vss one protot>pe og jected to all tend a series? Yes 10482 Post AcciJent Hydrogen VALCOR V526-5292-20 R3-6301 XvX60508-H2 LCCA Conditions LCCA Cordition. Removat Systes Isolation XVX60513-KR Soleaoid Valves Temp: Figure 6.2-7 Temp Figore 3.11.i Press: Figure 6.2-1 Press: Figure 3.11a Sprays 2 hourg Spray: 744 gcars TID: 1.3 x 10 Rads TID: 2 x 10 Rads l Submerger.ce? No Submergence: N/A Was one prototype se jected to all te h

== ries? Tes 10482 Fost Accident Hydrogen VALCOR '326-5292-20 PR, 463' XVX6052A-HR MS3 Conditions IBCA Conditions Removat System isolation XVX6053A-ER Solenoid Valves XYX6054-HR Temp: Fig re 3.11-37 Temp Fau re 3.11-1; Press: Figure 3.6-2 Press: Figure 3.11o Spray: N/A Spray: 744gours 4 TID: 5.14 x 10 Rads TID: 2 x 10 R 2d s Submergence: N/A Salzerg(cce: N/A Was one prctotg e so jected to all test series? Yes 10482 Post.ceident hydrogen VALCOR V526-5292-20 FB-63015 XVX6052n-HR Normal c erating Conditions LOCA Cooditions r Reme,si System Isolation IVX60535-HR Solenoid Valves Temp - Min: 19* F Terp: Figure Temp - Max: lof F Press: Fig,u re Temp - txg: 62 ? Sprays '44 neurs Press: 1, atmos. TID: 2 x 10* Rads TID: <10' Rads, Satmergen:e: N/.s Note: 46 Was one proto?ype su jected to all test series

Yes

= operahtlity Operability Accuracy or Response Accuracy or Response ) R.3u i remen t e ih mnnetrated Tina Renis t remen t e ilme D. = n= ratrJ 'N4 t i f t, e t kn k mo--.nd Me tt%f Note 35 Note 36 Not applicable Not applicable cenera! J Rspest I.D AQS21678/TK y Method: Test Qw.lified Lif e: 40 years (sotes 22, 50) Aging ilae: 2H6 houra (%ote 22) Aging Temps 158' F (Note 22) la 1:n Note 35 h)te 36 Not applicable Not applicable General Report I.D AQS21678/TR 2 Me thod s Test Qualified Life 40 ycars (Notes 22, 50) Aging Time: 268, hours (Nate 22) Aging Temp: 268 F (Aote 22) i in Time without failures Time without f ailures Not applicable Not applicable General 15 days 31 days Note: 30 Nace: 30 Report 1.D: VALCOR #QR-526 y VALCOR fQR-52600-515 VALCOR #M1526-5293-6-1 Method. Test ~ Qua*1fied Life 40 yeara Aging Tisw: 172 hours ' I" Aging Temps 316* F Time witaout failure Time without failures Not applicable Not applicable General 85 days 31 days Netst 30 Notes 33 Report I.D VALCO3 *0R-526 7 VAir0k ' mis 26-5291-6-1 VALCOR #Q352600-515 Methods Test (ualified Lifes 40 years Aging 747.es .72 hours I# Aging Temps 31e' F Tins without fatture Time without failures Not applicable Not applicable C#1'f*I 15 days 31 days Nots: 30 Note; 3G Report I.D: VALC0A JQR-526 VALCCR #Qa526CD-525 VALCOR s}3526-5293-6-1 Eethod: Tee.t Qualified Lifer 40 years Agir.g Tin e: 172 hours 1" Agir.g Temps 316 F Time withaut fallore Time without failures Not applicable Not app 11(able General 15 days 31 days Not 30 Note 30 Report 1.D: VALCOR (QR-526 VALCon sqL52600-515 VALCOR #MR526-5293-6-1 Methodt Tes t Qaalifiej !.ifet 40 years B-13 Agtng ria. 172 hours I#' Revision () ^4 "5 t' a: 2tS r 2

1 b3,ubli w,

I N" Purchase Order Mode' er or ivilding Abnorm ! or Fnvironrent ts Number Type of Fquipment Manufgeturer Idencit.eation and Room Tag Number Asetdent Env.fronment __

_ Whtehstualtite( 10422 P:uclear Sapling VAI.COR V326-5293-6 RB-1201 KvX9156A-SS !> c renditions LNc. Condit ins Sy tem Isv14tio:t. XVX91364-SS Solenoid Valves Temp Figure 6.2-7 Temp: Figare 3.11= Press: Figure 6.2-1 Press: Figure 3.18 Spray: 2 hourg Stray: 744gours TID: 1.3 x 10 Rads T D: 2 x 10 RsJs St.bmergence: No klzergence: 5/A W.s one prototype *

ected to all tot series? Tem 10482 Nuclear Samp11ns VA!.COR v526-5293-6 35-1201 XVX93645-SS g conditione LOCA Coedittoms System Isolation Solenoid Valves Temp Figure 6.2-7 Teep: Figure 3.11=

Press: Figure 6.2-1 Press: Figure 3.10 Spray 2 hourg Fpr sy: 744 p ro TID: 1.3 m 10 Rade T!D: 2 a 10 Rade Submergence No Submergence: N/A Was one prototype e jected to all too series? Yea 1 7.82 ?:w itar S crileg VA1.C0R V526-5293-6 RS-1201 kV19364C-ss l 't% ti li t io m Ns 3 t a i.: s t i sm. b> sten Isolatiott . Solenoid %alves Temp: Figure 6.2-7 Temp: Figure 3.11c Press: Figure 6.2-1 Press: Figure 3.18 Spray: 2 hointg Sprav: 744 pmre TID: 1.3 x 10 RaJe TID: 2 x 10 Eau. Submerger.ce s Eo S Lawrg.m:. 's/A Was en.* p r.*.=t vec jected to all tes series? Yes 10482 Nuclear Sampling VAlf0R V526-5293-6 PR, 412' XVX9365C-SS MS3 Conditions LOCA Canditions Systen lanistion XVX93985-SS Solenoid Valves XVX9398C-SS Temps Figure 3.11-37 Temp: Figure 3.11= Presst Figure 3.6-6 Press: Figure 3.18 Spray: N/A Sprayi 744gours 6 TID: <2.41 a 10 Rads TID: 2 x 10' Rade Submergence N/A Submergence: N/A Was one prototype C jected to.t11 tea series? Yes 10482 Nuclear Sampling VALCOR. V526-5293-6 PR, 436' XVX9357-SS MSB Condit h tfCA Conditions System isolation PR, 412', XVX93655-SS Solenold Valves PR, 412' XVX9387-SS Temp Figure 3.11-37 ferps Ttanre 3.1t= FR, 412' XVX9398A-SS Press: Tigure 3.6-2 Press: figare 3.13 <10{A Spray: N Sprays 744 guurs km.tsf9357) TID: 2 x 10 RMs T1D: <2.41 x 10 it (others) Subscrysoce: N/A submergence: N/A Was one prototype C jected to all tec series? Yes McTOR9 10039 Service Water tooeter Louis Allis COC53/449fS Frame IB-1202W HPP0045A

N.$rnal Scentin-con f f t I,ms L rr..

teratte_- to N=p.% tu r e MPPf0453 Tec - Un: IM F T. ar - K 'r Teen - E x: icd T Rzs - L.s 12 #. Tent - Avg: 9[ F Ti ip - As g: N & Prces: I ate:qs. Prens: 1 a. rew. Tio <3 a 10' luJs TID: Note 13 Noce 2 Noter 18 i-, w

Operability Operabil'ty Accuracy or Response Accuracy or Response R*t8.f rement e Demonstrated _. Time Require nent e,_. _ _. Time Demonstrated Dualification Paport and Method \\ Per!< die un!cr (316e c;cration unser Note 12 Ate 12 CCP3I I r.ortal ccaciticae LOCA cor.dit;:na Notes 30 for 31 days Report 1.D: VALCCR PtJR 526 7 Notes 3D VALCOR sQ A5.'*,0G-315 VALcon e:G526-5293-6-1 Method: Test Qualified Life: 40 yeare A; tug Tame: 172 hours A,ing Tec,a 3gs' F an Fsrtedic under Cyclic operation Note 12 Note 12 Ceneral normal erndi f lo.. during LOCA for hte: 30 31 days Report I.D VALCOR fQR-526 7 Notes 30 VALCOR #QR52600-515 VALCOR #MR526-5293-6-1 Methodt Test Quellfled Life: 40 yeare Aging Times 172 hours la Agtr's Temps 31S* F Feriodic under Cyclic operatioa under Note 12 Note 12 normal comtitions IDCA condit ions C' #' I wt e r 0 for M days 1 Notes 30 Report 1.D VALCOR #CR-526 VALCJR NR52600-5i$ VALC0A #2526-5293-6-1 MethoJ: Test Qualified Life 40 year. b"I" Aging Tin 172 hours Aging Tem;>: 318 F Pstlodte under Cyclie operation Note 12 Note 12 Ceneral normal condittolo during W A ) Notes 30 for 31 days Report 1.D: VALCOR #QR-524 7 Note: 10 V a!.10M feie*M600-58 5 VAlff'A #V526-5293-6-1 t qualit!=d Lif e: 40 yeata Astog Times 172 hours I gn Aging Temp: 318* F t' Fortedte under Cyclic operation Note 12 Note 12 Ceceral viermal conditions during t.0CA p Notes 30 for 31 days Report I.D: VALCOR fQR-524 g7 Note: 30 VALCOR $QRS2600-SL5 VALCON $M'526-5293-6-1 Method: Test Qualtited Life: 40 years Aging Times t72 hours in A 1ng Temp: 318 F 1 NcLe 24 Note 25 Eat appite ble No: appitcable cencr d Feport I.3: Support of Quain ficaticr. hethod: Ca.4cir.ation of ;est and 4.ulysis Qualified Life: >40 ycars g AAing' Times (Note $1) ) Aga; Tetqs (Nere 51) B-14 Revision 0

o tocadon o Purchase ] Order Model Number or 9uilding Abnormal or Fnvironment t Number . Type of Pqu:peent Manufacturer _ _ !dentification and Room Tag Number Accident Fnvironment Which Qualiffe. f 10123 Traveling Screen Motot Westinghouse T8FL/143T SW-3602 XRS0002A Normal Operating Conditions Normal Drerating Irame KR50002B XKS0002C Temp - Min: 65 F Note 18 Temp - Maxi 104 F Tesp - Avg: 93* F 'resas 1 atem;s. T:D:

5 x 10' Rads Note: 1 10140 -

HVAC System Chilled Champump CPS-50L-4M-35 18-1213 IPP0048A Normal Operating Conditions Normal Operating C. Water Pump Motor IPP0048B IPP0048C Temp - Mins 65 F Note 18 Temp - Han: 104' F Temp - Avg 93* F Fress: 1 atmos. 4 TID: 410 Rada Note:

14. 46 10142 Component Cooling Water Westinghouse PAM/3840 Frame 13-1202 MPP000lA MSB ConJttions MS B Cond i t ions Pump Motors LRA N'P0001B MPP0001C Temp: Figure Temp: >212 F Press: Figure Press: Note 13 Spra-r N/A Spray: N/A 4

TLD: 3.4 x 10 Reds TID: Note 13 Submergencet N/A Submergence N/A Note 52 Was one prototype - jected to all te~ series? Ko Note: 18 10142 service Water Pump Westinghouse PAM/41 spectet sW-3602 MPP0039A Normal Operating Conditions Norma l Oper a t irg Ci Motor LRA frame MPP00398 MPP0039C Temp - Min 65 F Temp - Min: Note ! > 10 10g*F F Temp - Mas: Temp - Max: 104 93 T.'ap - Avg: Temp - Avg: Press: 1 armes. Press: I atmos. TID: <5 x 10' Rads TIDt Note 13 Note 1 Wote: 18 10162 Emergency Feedwater Ceneral K Horizontal / IB-1202E MPP0021A 5B Cenditlens "3 Cefit :n1 Pump Potor Electric 83111 Frame MPP0021B . esp: Figure 3.11-35 T4 nr 23r T con: ucu n P:ess: Figure 3.6-12 Pre *s nus. 's, X.4, Spriy: .\\ /A, r T13: 24 10' S a. 4 1. 4. x Subrargence: N/A Abvr m :., A W4 one ;:ct6 a,e jestOE to all to seri a Na Note: 18 10162 seactor Butidt is Spray General K Hortrontrl/ A8-7417 MPP003SA Normal Operating Conditions Normal Operatined Pump Motore Electric 8311Z Frame AE-7416 MPP00388 Temp - Min: 65 F Temp - Min: Note Temp - Man: 104 F Temp - Mart 104 J 104" i 1emp - Avg 93* F Temp - Avn: Press: 1 atmos. Press: bote t2 7 6 TID: <10 Rede T13: 1 x 10 Rads Notes 2 Note: 18 Ir

Operability Operability Accuracy or Response Accuracy or Response .Reguirescate Demons t r a t ed Time Regyirements Time Demonst rated Qualification Peport and Method qd;; Note 32 Note 32 Not applicable Not applicable Ceneral d Report 1.Dt Westinghouse WCAP-9112 Methods Test Roaltfied Life 40 years Aging Times 136ghours Aging Temp: 210 C ti;; Continuous Continuous Not app 11 table Not applicable Ceneral Report 1.D A-19175, Rev. 1 Method: Analysis Qualified Life: 40 years Aging Time: 10 gears Aging Temp: 220 C CPIt inuou s continuous Not applicable Not applicable General Report 1.D: Supporting Documentation of the Corponcat Tecdwater Pump Motors, Westinghouse, 5.0. 87P504, July 11. 1975 Method Combination of test and analysis 'b-Qualified Life: >40 years

I3 Aging Time: 3864 hours Aging Temps 180* C ni2 tontinuous Continuous Not applicable Not applicable General Report I.D: Supporting Documentation of the Service Water Puep Hotors, Westinghouse. S.0.

87p504, July 18, 1975 Method: Combination of test and analysis Qualified Life >40 yearn Aging Times 3864 hours Aging Temps 180 C Continuous con tinuou s Not applicable Not applicable T.'ral Report I.D: Topical Report by Central Electric l'er Custaser P.O. $N10:02-5R (0.E. Re; 3;a- ;3:1-;) M.thod: Conni:.ation of test aad maa"ysis Qualified Life. .'* tears Pl"r b-Aging T1Sc: 190]C 3.0 a haara

s i r.

Aging Tenp;

is.

Continuous under Continuous under Not applicable Not applicable Ceneral normal conditione neraal conditions ) Report 1.0: Topical Report by Ceneral Electric f or Customer P.O. SN10162-ta (C.g. Reg. 349-14194-1) t Method Combination of test and analyste Quallited Lifet 174 years MTTF k, Aging Timet 300Qhours Aging Tempt 190 C B-15 Revision 1 0

DWWM \\ vpo(!jkf ' hSR K n %r Furchese Locatson Order rodel Number or

u11 ding Abnormat or Envi r orunen t to Number Type of Equipment Nnufacturer identtftcation and Rotus TaLNumber Arctdent Env l yon'se n t Whle h On l f f ied 10194 HYAC Sistca Nchanical Tork/ Reliance He rme tic 18-1212 XiiX0001A Wrral Opera tin Co9d!t13n s

.h rral Operatin d Water chiller Motor and IB-1215 X1iX00018 Control Fan.1 13-1214 XHX0001C Ten:p - Min: 40' F T.sp - nin: 40 F Tap - Kas: 10'

F Tec.; - b z: 110 F Tesp - Avg: 82 T T wp - Avg: 104 F Fress: I ate.os.

Presa: 1 argos. g TID: <10 Rads TID: 2x 10 KaJs Notes

14. 46 10247 Diesel Ger.irator Westinghouse TENV/145T DS-2704 XFF0004A Normat operatingonditions brmal operatina Con <

Fuel 011 Transfer Frame DS-2703 XFF00045 Fug Motor 98-2704 XFF0141A Temp - Mint 60 F Note IS D?-2703 XFF01418 Temp - Man 122* F Temp - Avg: 86 F Fre ss : 1 atspos. TID: 5 x 10' Rade Note: I IpcIC Eqt IFm], 10214 Engineered Safety Automatiou N/A CB-3611 XFN6020 Noreal Operetten Ceaditions Normal operatina Cogn Features I.oading Industries CH-3611 XFN6025 Sequence Cont ol Panel Temp - Min: 73* F Ten - Mie Note 13 c Temp - b x: 77* F Te d - N x: 120* F Temp - Avg: 75* F Te d - Avg: Ar_ b i e n t Prese I atgs. Fresar I atmos. TID: <5 x 10 Rada TID: Note 13 Note: 1 4 10248 Reactor Protection Ceneral Metal elad 15-3603 XFNo011 Norw 1_Operatine Conditt_o,ae Normal Operatina Cond n Underfrequency and Electric evitchgear. IPN6012 Undervoltage Relay and ausiliary cubicle XFN6013 Temp - Mint 6f F Temp - Min 18* F 65* Temp - Max: 12j F Traceformer Fanet type M-36: SSF21A Temp - Max: 23, F relayl NGVI33 Temp - Avg F Temp - Avg 77 F relay Frees: 1 attes. Frnes gstaos. 4 TID: <10 Kede TID: 10 Rada Notes 3 Note 18 CMIE 10146 600 Volt Control Cable terite FR-FR Tarious EK-31 LOCA Cond'.ttons LOCA Conefitione (Note 20) Ti1er Figure 6.2-7 Temps Figure 3.18-15 Fress: Figure 6.2-1 Presa: FIRure 3.11-1 Sprays 2 hogro Spraft 24 hemrg TID: 2 m to Rade TID: 1.25 a 10 Rada Submergence: Note 42 Submergence: No No t e.: 4 Was one prototype out jected to all testa series 7 Tee Notes 18 TbConditfone MSB Conditione .' esp Figure 6.2-Se Temps Figure 3.11-IN Vrees Figure 6.2-4 Freen: Figure 3.11-1 Sprays 2 hogro Spray: 24 hourg TID: 1 s 10 Rade TID: 1.25 x 10 Roda Submergence: Note 42 Submergence: No Note 4 Was one prototype euh jetted to all test series 7 Tee Note 18

~ - t 4 cta%111ty Operability Accuracy or Respense Accuracy or Response 'equiremente tv.or.st r a t g Time Requirewnte T!ae twoonstrated Oualification Report and *tethod Contineous % tinuous Not applicable Not applicable F e al Aeport 1.32 SG2-465 Methods Cocbination of test ar.d analyste Qualified Life: ::ote 6 Ae ng Times Note 13 Aging Temp Note 13 p Periodic Continuous Not applicable Not apr11 cable Ceieral Report 1.D: %festinghouse h1 CAP-9112 Methods Test Qualified Life 40 years Aging Tfre: 1)Ag hours Aging te m: 210 C

1. Verification of

1. Verified complete Trip response time Trip response tieer Ceneral c m p14te operation operation with Variable (Note 27)

Variable (Note 27) with staulated inputs etaulated inpute Full accuracy tolerance: Full accuracy' tolerance: Report 1.0: Qualificatto, R* port.

2. Verification of

2. Verified system

~+0.06 secs ~+0.Ge sece Engineered 5,fety Features Loading Sequesee Cantrol system accuracy and accurpey and Panels, for Sesth Carolina overall time response overall time Electric & Cas tempany, of att time inteevale response Furchase Order 5:bl0214-SR i

3. verification of

3. Verified manual (Report date Aus. 10. 1977)

Methode combination of Test and Analyste l manuel.and auto-and automatic Qualtfled Life 40 years matic features features Aging Time Note 28 Aging Tempt Note 24

4. Verification of

4. Verified eyeren Notes 29 system protection protection against transient against noise ncise g

Continuous Contianove Trip response time Trip response time Ceneral undervoltage: 1.5 eec undervoltage <1.5 see underfrequency: 0.6 see underfrequencyI c.6 see Report 1.D: REQN. 349-18403 Method: Analyste Qualitted Life 40 yeare (Note 50) Aging Times N/A Aging Temp N/A Coetinuous Continuous not applicable Not applicable Ceneral Report 1.D Qualification test of Eerite 600 volt FR control cable under sleuteted post-accident conditione, dated 1/25/75 Methods Test t Qualified Life 40 years y Aging Times 100 hours Aging Temps 302* F 1 I l l l [ [ ? l 9 l [ \\ 9 B-16 Revision 0

l ..ti F.re Order Model Ilumber or Buildlng Abnormal or Environment to haber Type of Equipment Manufacturer Identificetton end Room Tag N eber Accident Environment Which Qualified EK-A2(20) } 1DCA Conditions 10CA ronditione 10147 600 Volt Power Cable Eartte HT-FR Various ( Teept Figure 6.2-7 Temps Figure 3.1' 19 Press: Figure 6.2-1 Press: Figure 3 11-f Spray: 2 hogre Spray 24 hour, TID: 2 x 10 Rade TID: 1.25 x IC ' Reds Submergencer Note 42 Submergencer No Notes & Was one prctotype sub jected to all testa series? Yee Note: 18 NSB Conditione MS8 Conditione Temps Figure 6.2-5a Temp Figure 3.11-19 Preser Figure 6.2-4 Frees: F1Fure 3.11-1 Spray: 2 hogre Sprays 24 hourg TID I a 10 Radr Tio: 1.25 a 10 Reds Submergence Note 1 Submergence No Notes 4 Was one prototype sub jected to all testa series? Yes Notet 18 I 10150 Instrument Cable Sassel Moore EPDM-Hypalon Ver tou s EK-C1 LOCA Conditione 1.0CA Condt.t g Temp Figure 6.2-7 Tempt Figure 3.11-20 Fress: Figure 6.2-1 Fress: Fi2ure 3.11-2( Spray: 2 hogro Sprav 720gours TID: 2 x 10 Rads TID: 2 a 10 Rads Submergence Note 42 Submergence: No Notes 4 Was one prototype outH jected to all teste series? Yes NSB Conditions NSB Conditions Tempt Figure 6.2-5a Tempr Figure 3.11-20 Press: Figure 6.2-4 Prees: Figure 3.11-2( Sprays 2 hogre Spray: 720gours TID: I a 10 Rade TID: 2 a 10 Rads Sube.rgences Note 42 Submergencer No Notes 4 Was one prototype sub< jected to all teste series? Yes 10156 8 kV Power Cable Okor.it e EPR-Hypalon Outside W-Al n rua. t h n 4 IW A Cen is t t me R3 (N0te 20) Tar: Ficure 3.11-U T<: 3: Th e 3.1;-2: Treant tigare 3 A-12 tra.s: 1., m 3.11-2 Spray N/A Spr y: 2 w ho r. 7 3 TID: 1x la Rads TIP: 2 x 10 ka ts Suon.e r g(nc. : N/A $dme r genc e : S/A Kote: 4 W e ome protutjpe t.ub l pct (d to a H tests settes? )es 10169 Ca51a Tray T.J. Copa Co. M/A Vartaus N/A Note 15 Note 15 1 A

i Operability Operability Accuracy or Response Accuracy or Response ?cquireTente iennestrated _____T_i me Requirements Time Democetrated Oueltftcation Pecort and Method Cont i nuous Continuous Not appitcable hot app 12 cable Geners' Repor t 1.D: Qualification test of Kerite 600 volt HT power cable under simulated post-accident conditions, dated 12/11/75 Method: Test Qualified Life 40 years 'ta Aging Time: 100 hours Aging Temp: 302* F ) t 1: Continuous Continueve Not applicable Not applicable General Repor( 1.D: F-C3683 Nethods Test Qualified Life: >40 years Aging Times 168 h>ure Aging Temp 2 50* P b b Continuous Continuous Kot applicable Not applicsble General 4eron t 1.D: 266-R.1 Sethod: Test Cualified Life: 40 years Aging Time: 504 r.ours Aging Temps 332 F 1r Not 8.'P 11c ab l e Not app;1 cable kot applicabla Not applicable Kot applicable i i \\ i a B-17 Revision 0 )

t 3 d I##*EI"" %[ Furchase i Order Model Number or Building Abnormat or Environment to haber Tyw of Fquipment Manufacturer identification and Room lag Number Accident Environment Which Qualified 10184 Triasial Cable Boston ILFE-Tefsel R8 ER-C2a Normal Ogerating Conditione Norma L Q rating Conds Insulated ILFE-Hypalon (Note 11) EK-C2b Wire Temp - Mig: 6 5, F Temp - Min Note 13 Temp - Max: 200 F Temp - m m: >30g F Temp - Ava: 150 F Temp - Avg: 230 F I] Freeer I atmos. Press: Note 13 TID: <10 Rade TID: 2 a 10 Rada Noter 1 80184 Triantal Cable Boston ILP - Nypelon outside EK-C2b Normal Operating Conditions b'ornal *perarter Con ( insulated R3 (Note 20) Wire (Note 44) Temp - Mins 55 F Temp - Min: Note 13 Temp - Max: 104* F Temp - Man: >30g F Tcrp - Avg 93* F Temp - Avgi 230 F Freses 1 ate s. Fresa Note 13 6 g TID: <10 Rade TID: 2 x 10 Rads Notes 43 Submergence Tee 10727 Switchboard Wire Raychem Flestroi various EK-J2 thCA Conditions thCA Conditto a (Note 20) Temps Figura 6.2-7 Temp Figure 3.11-23 Fress: Figure 6.2-1 Frees: Figure 3.11-2] Spray 2 hogre Spray 72t' gours TIO: 2 a 10 Rade TIDr 2 x 10 Reds Submergence: Note 42 Submergencer Tee Notes & Was one prototype sub-jected to all teste series? Yes MS8 Conditione MSB Conditions Temp: Figure 6.2-5a Temp: Figure 3.11-23 Freser Figure 6.2-4 Frees: Figues 3.11-2] Sprays 2 hogre Spray 720gours TID: I a 10 Rads TID: 2 s 10 Rads Submergences Note 42 Submer genc e Tes Notes 4 Was one prototype sub* jected to all tests setteet Tee I I I 4

r " ~- ~ - - - I ? Operability-Operability Accuracy or Response Accuracy or Response Fequireeente Demonstrated Time Pequiremente Ts e Demo,etrated Qualiftention Peport and Method Continuous ender Continuous Isot applicable Not appitcable General normal conditten, Report I.D: 36310-Ep including 755005-5 75C008. Fit. 111. 74H017 k' 74M223; and 750024 75A025. an>l 763049 l Methad: Test 4 Qualifted Life 40 yeara Aging Timer 168 hours Aging Temps 302* F Coatievous under Continuous llot oppitceble tiet applicable Ceneret h normal conditions Report,t.D: 36310-EP including 7!B005-5 ( 750008 Fig. III, 74H017 74C02:3; and 75E024, i 75A025. and 76J049 Methods Combination of test and mostysie Quattfled Life 40 years Aging Timer 164 hours Aging Temps 302* F Continuove-Conttauous Not applicable Isot applicable Generet Report'!.D Qualtftcattom to IRIS Standard 383 Method Test Qualifted Life 40 years 302, hours 160 Aging Times Aging Tony F l I e 9 9 e i B-18 - Revision 0 5

uduwa!gI l N,' [4 Iecation j Purchase Order Model Numbes a Butiding Abnormal or Environment to - g Number Type of Equipment Manufacturer identification and Room Ten Number Acetdent Environment Which Qualffled g 10474 Switchboard Wire Rochbestos Firewgli III various EK-J9 1ACA Conjitione LOCA Conditione (Note 20) Temps Figure 6.2-7 Temp: Figure 3.11-2. Freas Figure 6.2-1 Fress: Figure 3.11-Spray 2 hog.e Spray: 24 bgurs TID: 2 x 10 Rada TID: 2 x 10 Rade Submergence: Note 42 Submergence: No Notes 4 Was one prototype sul jected to all testi series? Yes MSR Conditions MSB ConJitions Temps Figure 6.2-5a Temps Figure 3.11-2; Press: Figure 6.2-4 Press: Figure 3.11-Sprey 2 gre Sprays 26 bgurs TID: 1 a 10 Rada TID: 2 a 10 Rade Submergence Note 42 Submergence: No Note 4 Was one p.etotype C1 jected to all testi settesi Yr J N/A Tray Supports Shop and N/A Varieue N/A Note 15 Note 15 Conduit Supports field fabri-cated 10261 Penetration Fire Seals Bisco Silicon foam various N/A Note 17 Note 17 ptrsEt cnFRATOR AND DIESEL CENERATOR CONTROL EQUIP'"ENT 10125 Diesel Generator Colt-selett FC-2 DB-3604 IEC0001A N_ormal Operattna Conditions Normal Operating Con. Including Engine Control. Power Systema DB-3603 XIG00018 Relay and Terminal Panel Temp - Min 60 F Temp - Min: 24 F Temp - Max: 122 F Temp - Max: 122* F Temp - Avgi 86 F Temp - n.s. to 5 Frees 1 atmos. Press: 1 atmos. TID: Negligible TID: Note 13 Notet 1 Notes 10 10825 Diesel Generator Beloit Power N/A Ds-3604 XCI5201 Normal Operating Conditions Normal Operating Cone Control Fanet Systems DB-3603 1C15202 Temp - Mint 60 F Temp - Min: 24* F 50)* top Temp - Max: 122* F Temp - Mau: 12 F Temp - Avg 86 F Temp - Avg: Fresa 1 atmos. Preses 1 atmos. TID: Negligible

TII, Note 13 Notes 1 Note 10 10825 Exciter Regulator Fanet Baseler N/A DB-3601 XE14201 Normal Opei n ing. conditions Normal Operating Cond for Diesel Cenerator DB-3602 IEI4202 Temp - Min 60* F Temp - Min: 24 F Temp - Max: 104 F Temp - mm:

104* F Temp - Avs: 86 F Temp - Avst 50* En F Fress: 1 atmos. Press: 1 atmos. TID: Neg11gibt, TID: Note 13 Notes 1 Noter 10 1 f. \\ s g

l I . Operability Operability Accuracy or Response Accuracy or Resporte y Seguiresente Demonstrated Time Requiremente Tine Demonstrated _ fNalification i.ePort and Metteod - Contin 9ous Continuove Not applicable Not applicable Caneral Report 1.D Qualification of Firewall 111 Class it electric cables, dated 7/7/77 Methods Test Qualified Life 40 years l Agtev Tteet 1300 hours bD-Agin. Temps 302* F i l i l '13 i Not JPplicable Not applicable Net applicable Not app 11esble Not applicable I I I Met sppitcable Not appiscable Not applicable Not applicable be applicable l Costinuous Continuous Storting tima: <10 see Starting times cl0 see ceneral l 4 Report i.Dt CCCS-16617 l CCCS-18476 8 CCCS-1s794 r Method: Combination of test and analyste Qualified Life: Note 6 Agina Timet N/A Aging Temp N/A Continuous Continuava Not applicable Not applicable Ceneral Report f.De CCCS-16617 CCCS-18476 0 CCC5-18794 y Methods Combinattom of test and analyste Qualified Life: Note 6 Aging fleet N/A Aging Tempt N/A Costinuova Continuous Not applicable Not applicable General l Report I.D Cr;cs.16617 CCCs-18476 b) y CCC5-18794 Methods Combination of test and analysis Qualified Life Note 6 l A 1og Times N/A 6 Aging Temp N/A f

a B-19 Revision 0

D 1WR ' d d 1.ocatton Purchase Order Model Number or tuilding Abnormal or Enviro ;mi nt t.s Act,er TrSe of Equipment Manufacturer Identification and Room Tag Number Acciderit Environment Which Q !f tet Neutral Current Trane-Colt N/A DB-2704 XCA0013A Normal Operating Conditione Normal Operat tra _Cg 80125 former Cabinet for DS-2703 Direet Generator XCA00138 Temp - Mins 60',F Temp - Min 24',F Temp - Max 104 F Temp - Max: 12g F Temp - Avg 84 F Temp - Avar 50 to Press: 1 stuws. Prese I atmos. TID: IIegligible TID N/A Ilote: 1 loote: 10 SE% 0R$ 10231 RfD, Reactor Building FTCO 122-1010 RI-0005 ITE-1971-13 toCA conditions LOCA conditions Sump Temperature ressor ITE-1972-12 Temps Figure 6.2-7 Temp Figure 3.11-{ Press: Figure 6.2-1 Press Figure 3.11' Spray: 2 hourg Sprays 96 bgurs TID: 1.3 x 10 Rads TID: 2 x to R2Js Submergence: Yes Submergence: Note Was one frotosype W acJ to all te. series? Tes MSS Conditions PSB Concition4 Temp Figure 6.2-5a ?capa Figure 3.11-j Press: Figure 6.2-4 Press: Figure 3.11 Sprays 2 hourg Sprays 96 bgare TID: 1.3 x 10 Rads TID: 2 s 10 Rads Submergence: Yes Submergence: Xote Was one protetv,ne jected to all tes series! Yes 10231 RTD, Reactor Building FTCO 122-1010 RB-6301 ITE-9201-CI IDCA Conditiens LOCA Conditions Temperature Sensor ITE-9203-CI Temp Figure 6.2-7 Temps Figure 3.11-j Press: Figure 6.2-1 Press: Figure 3.11-Sprays 2 huarg Sprays 96hgars TID: 1.3 x la Rads TIL: 2 a 13 Rads Submergence: No Submergence: N/A. Was one prototype sg jveted to all tesE series? Yes MSB Cenditices MSB Carditfors temp Figure 6.2-5a Temt: Figarc3.ll-g Press: Figure 6.2-4 Press: Figure 3.11< Spray: 2hourg Sprays 96 bgura TID: 1.3 x 10 Rade TIO: 2 x 10 Rads Submergence No subscrgence: N/A Was one prototype sg jected to all test series? Yes 10231 RTD, Battery PTCO 122-1010 13-1204 ITE-9880-AH Normal Operatica Conditions 1.OCA Conditions Room Temperature Temp - Mins 65* F Temp: Figure 3.114 Temp - Max: 90 F Press: Figure 3.11< Temp - Avg 75* F S; ray 94 hgors Press: 1 atmos. TI's 2 x 1G Rads 4 TID; <10 Rads subuwrgence: N/A Note 1 Was one prototype se jected to all tesG series' Yes 10231 RTD, Eattery PTCO 122-1010 In-1208 ITE-9888-AH Norme! Operating Conditions LOCA Coaditiong

/

Room Temperature ( l. Temp - Mins 65* F Temps Figure 3.11-{ '(- Temp - Max 90* F Press: Figure 3.11s Temp - Avs: 75* F Sprays 96 Ir tra Frees: 1 atmos. TID: 2 x 10' Rads 4 TID: 410 Rads Sahmergences N/A Notes 1 Wascuaprototypesg jetted to all tese series? Yes

Operat,111ty' operabilite ' Accuracy oe Response Accuracy or Response ( Ftquiremerts fiew.ons t rat Fd Time Requirements Time Demors* rated Nalification Repert aM Nttoi I e g Cortinuave Contievoue Not applicabl-Not,pplicable Ceneral g perort 1.D CGCS-16617 CCCS-46476 [F CCCS-18794 Nethoda Combination of test and analyste Qualified Life Note 6 Aging Times N/A Aging Temp N/A l l Time without failures Time without failures Full accuracy tolerance: Full accuracy tolerance Ceneral -30 days 30 days ~+5% ~+5% 3 Time at full accuracy: Taas at full accuracy: Report 1.D PYC0 #770831 30 days 30 days Methods Test I Qualified Life: 2-1/2 years Aging Tlac 168 hours i-Aging Temps 121* C . in in ilme without failures Time without failures Full accuracy tolerance Full accuracy tolerance Ceneral 30 days 30 days +5% ,1T - + Time et full accuracy: Time at full accuracys Report 1.D PYC0 #770831 g 30 days 30 days Nethod Test Qualified Lifes 2-1/2 yeare 168 121, hours Aging Time: A&ing Ter.pt C - in 6 l -in e Time without fattures Time without failure Full accuracy tolerances Full accuracy tolerances Cem rd l 30 days - 30 d ye y Time at full accuracy: Time at full accuracys ~+5% ~% +5 Report 1.D PYC0 #770831 30 days' . 30 days Methods feet Qualified Life 2-1/2 years Aging Times 168 hours AgLng Temps 121 C

1-1 6

Time without failures Time without fattores - Full accuracy tolerance: Full accuracy tolerances Ceaeral 30 days 30 days +5% +51 Time at f.11 accuracy: Tine at full accuracy: Report 1.D PTCO $770831 j 30 days 30 days Methods Test 't Qualified Life 2-1/2 yeare Asing Times 168 houre Aging Temps 121* C B-20 Revision 0

f k i. I ) treetion i py,gg,, 'I Order Model Number er iullding Abnormal or Envirovmentg Number _ Type of Edsuipment Manufacturer ident1Fication and Roose _ Tan Nu ber_ Acetdent Favironment Whtch Qualifiq m 10271 RTD, Service Water FTC0 122-4030 Fe,463' 1TE-4467-SW St.2 Conditions thCA conditions Temperature late and out of Reactor Su11 ding Temp Figure 3.11-40 Temp Figure 3.11 Coo 11c3 Unite sensor Press: Figure 3.6-2 Fress: Figure 3. Spray: N/A Sprays 96 hgurs 4 TfD 5 a 10 Rade T13: 2 s 10 Rd. Submergence No Submergence: N/C Was one prototypc jected to all G seriest Tes 10231 RTD, Service Water FTCO 11* 4030 FB-6301S ITE-4497-sW Normal Operatina condittene LOCA Cenditions Temperature into and out Temp - Min 19 haps m u n 3.0 of Reactor Su11 ding 104,F Temp - Max: F Fress: Figure 3a Cooling toits Sensor Temp - Avg 82* F Sprays 96 hgurs Press: 1 atmos TID: 2 x 10 Rai 4 TID: 410 Rade Submergencer N/C Notes 46 Was one prototypC jected to all 0 seriest Yes 10231-RTD, Sersice Water FTCO 122-4030 SW-2503 ITE-4480-SW Marsal Operating conditione thCA conditions Temperature into and out of Reactor 8u11 ding Temp - Mins 65',F Temps Figure 3.{ Temp - has 10g F Fress: Figure 3c Cooling Unsts Sensor Temp - Avst 93 F Sprays 96 tgure Preses 1 atmos. TIDt 2 x to PJ4 TfDs 410 Rade submergence! N/ Notes 1 Was one prrits,ty jected to att series? Yes 10231 RTD, Service Water FYC0 122-4030 Sd-2301 ITE-4510-SW Norest operetter conJttiene LOCA Cond1tione Temperature into and cut Temp - Mins 65* F Temp Figure 3.' of Reactor Building Temp - Max: 104' F Fress: Figure 4 Cooling Unite Sensor Trap - Avs 93* F Sprays 96 hpre Press: 1 atmos. TIDs 2 x 10 R 3 TID: <10 Rads Subtae rgence s X/ Notes 1 Was one prototy jected to all seriest Yes 10240 Couronent Cooling Water Rosemount 1153DA4 13-6301 1FT-7263A-CC LorA Candttiens LOCA Cendittens Flow to Reactor-RS-6301 IFT-72638-CC Coolant Fump Temps Figure 6.2-7 Temp: Figure 3. Press: Figure 6.2-1 Presa Figure 3 Spray 2 hourg Spray: 24 houys TID: 1.3 x 10 Reds TIDr 4.4 x 10 Submergence: Eo Submergences 3/ W a ore prototyp jected to all series? Yes MSS Ccnditions FSB Cendir!ons Temps Figure 6.2-5a Temps Figi.re 3.( Press: Figure 6.2 4 /ress Figure 3/ q Sprays 2hourg Sprays 24 houys TID: 1.3 x 10 Rade TID: 4.4 x 10 Submergence No Subcersencei Xi Was one pro: sty 4 jected to all series? Yes

M J I J Operability Operability Accuracy or pesponse Accuracy or Response Requirements Dem m etrated Time Reeutremente Tfee Demonstrated Qualification Report and Nethod Time wit h s fatture Time without fattures full accuracy tolerances Full accuracy tolersece Ceneral $4-30 days 30 days 153 152 b24 Time at fuit accuracy: Time at full acevracy: Report 1.D FTCO #770831 30 days 30 days Methods Test Qualified Life 2-1/2 years Aatna Times L6n houre i $b-Aging Temps 121' C pe ta l l Time without fath res Time without fn11eres Full accuracy talarences yull accuracy tolerances gecerg 30 days 30 days Time at full accuracy: Ties at full accuracy: ~+52 ~+52 0 Beport 1.De FTCO f770831

24 30 days 30 dave Mettwl Test

@.311f ted Laie: 2-1/2 yeare Aging Times 168,houre Agini Tamps $24 C , b-e lts in I r l i I f Time without failures Time without failures Full accuracy tolerance u n accuracy tolerances Ceneral l24 30 days 30 days +5% 151 -24 Time at full accuracy: Time at full accuracy: Report 1.D: FYC0 #770831 f 30 days 30 days Methods Test l Qualified Lifer 2-I/2 years i hb-Aging Times 168, buts .ts la Aging Tesps 121 C Time without failures Time without failure Full accuracy tolerances Full accuracy tolerances Ceneral 30 days 30 days gl4 Time at full accuracy: Tire at full accieracy: ~+5% ~+5% 3-24 Report 1.D PYC0 #770831 30 days 30 daye Methods Test Qus!!fted Life 2-1/2 yeare Aging Times 168,houre Aging Temps 121 C

3. In Coatinuous maner Time without f atture Note 39 Note 40 herd n.sraal condt tiene under LOCA conditions:

25 64 houra Re por t 1.t: Rosemount Report 3788 25 Methods Test Qualified Life Note 6 e Aging Times Note 6 Aging Temp Note 6 b-ta in 25 23 ee in i, s B-21 Revision 0

Q @ Q$ $}i$ dn _~,t Imcetion Purchase Order Model Number or Building Abnormal or Environe< phseber Tree of Eeulpeent Manufacturer. Identifteation and snes Tat Number Acetdent Environneet Which Que 10240 Component Coo 11mg Water Rosemount 1157DA4 FR. 436' IFT-7273A-CC F$g conditieme IECA Condit_fo Flow to Reactor Coolant IFT-72738-CC Pump Thermal Barriere Temps Figare 3.11-38 Tempt Figure sensors Preser Figure 3.6-6 Preses Fisut N/ Sprays 24 h, ! prays < 10, A Rads T!D: 4.4 a [ TID: Submergencer N/A Sutma r ge nc e : Was ore proto jected to a sectest vc 10240 Emergency Feedwater to Rosemount 1153DA4 PR. 412' IFT-3561-EF Fra co,itrions tc:A Canditi-Steae Generator Flow IFT-3571-EF Sensore IFT-3581-EF Titisp s Figure 3.11-37 Temps Figure Press: Figure 3.6-2 (3561) Press: Figud Fture 3.6-ti Spray: 24 ha (3571 4 3531) i:D 4.4 x q Spaay: F/A S e nergercer 6 TIDa 3.49 a 10 Raja W4-c.se pr e t. Sobsergencet N/A jected to a series? Ye 10240 Service Water sooster Rosemount 115LA4 PA 436' IF1-4466-5W FS3 Conditinne !.m A C ne t ? Q Puap Discharge Flow Secoora Temps Figure 3.11-38 Teo; Figu r Press: Figure 3.6-2 Preset Elgu Spray N/A 11D 4.4 m Sprav 24 TID 3.39 m IG" RaJs Sutnergence Jo Lub:ner gev c i Las one pret jected ta series? Y 10240 fervice Water Booster Rosemount 1153DA4 FR. 412' IFT-4496-SW M B Conditinee IPCA Cn9ditir Pump Discharge flow sensor Temps Figure 3.11-37 Temp Flaure Preset Figure 3.6-2 Press: Fig ut Spray N/A

prays 24 hr 6

TID: 3.39 s 10 RaJe TID: 4.4 m t Submergence N/A Su be.e r genc e t Was one prot <

ecteJ to C sertes? Ye 10240 teactor Butiding Spray Rosemount 1153DA4 AB-7409 IFT-7368-SP Normal Operating conditione TECA Conditt.

Pump Di> r harge Flow AB-7409 IFT-7378-$P Sensore Temp - Mint 40* F Tempt Fis ir. !!g*F Temp - Mast F Press: Figui Temp - Avg 82 sprayr 24 in Frees: 1 atmos. T!D: 4.4 m 4 TfDs <10 Rade Suhmergence: Notes 46 Was one proti jet;ted to e l serfes? Y. 10240 Chilled Water F.npanaton Rosemount 11530A3 18 '213 ILT-9004-W Normal operstina Conditione Lnca cordte[ Tank Level Sensor Teep - Min: 65' F Tempt Fl c20 f Terp - Fax: 104' F Fress: Fin-Temp - Avg 93 F Spriy 24 ? Preast I arg e. T!D 4.4 TID: <5 x to Rade Subve rgent e r Note: I Was one pro [ q,_ jected to series? t

i e I et es Opereb!!!ty operability Accuracy or Response Acevracy or Response 1 Afted Requiremente Decometrated 71ee Retutrements Ttee Demonstrated Qualificetten Report and pthod le Continnove under Time without fe11ere Note 39 Note 40 Cecerol moraal condittene under LOCA conditiones 3.ll*2S 64 linure Report I.D: Rosemount Report 3788 r 3.!!-25 Method: Test Qualified Life Note 6 ife I Rada Aging Times Note 6 %/A Aging Temp Note S ype sub. 1 teste in i Le Time uit but failures 71ee wit u t failures Note 39 Note 40 C*reval '~ 33 minutce 64 laure 3.11-23 Report 1.D: Rosemount kepart 3784 r 3.11-25 Methods Test Qualified Lifes Note 6

9e Aging Times hee 6 R4de UA Aging Temps ble 6 t ype out..

.1 teste la s s Ting v&t h t failures Time without failures Note 39 Note 40 Cen.+ r a l 30 min 6tes 64 t.oure 3.11-25 hpor t 1.D Rosacunt R.iport 3758 i 3.18-25 Method: Test Qualified Lifes 2:ote 6 .je ) FaJe Aging Times hte 6 N/ '. Agics Temp Note 6 i e,w eul il teste in i Lt. Time without fattures Time without fatture Note 39 Note 40 Ceneral 30 minutes under LOCA condittomat 3.ll*2S 64 hours geport t.D Rosemount Report 3788 ' 3.Il-25 Methods Test 'I* Qualtfled Life Note 6 3 Aging Tieet Mote 6 Aging Temp Note 6 .i t..te 1. l Conttovous under Time without fe11ere Note 39 ' Note 40 Ceneral O nornet conditions under LOCA conditiones 64 houre 3.11-21 3eports I.D Rosemount Report 3788 P 3.11-21 Methods Test Qualifted Lifet hte 6 I", Aging Times Note 6 3 g Aging Temp Note 6 17pe sub-11 taste le i me Continuoue under Time without f atture Note 39 Note 40 Ceneret ~ neraal conj 1 tines under LOCA coalitiones i 3.11 25 64 houre Report I.D: Rosemount Report 3788 Nethods Test a 3.11-25 Dualtfled Lifes,Nete A ,..} s A4tng fleet Note 6 f D R.ad a g/A Aging Temp Note 6 g ityps sub-01 tatte la I 'e B-22 Revision 0

f I#'#8 ' .------1"-- Purchase Order Model Number er %$1 ding Abnorm t or Fr vivorewr.t ta Neber Trpe of Fquipment Manufacturer. . Identification and Raon _ Taz Nu.be r Accidert Fnytranaent k% h e_s.it : f f ed a 10240 Electrente Transmitter Rosemount 01153-0022-0001 Ra-1201 ILT-1969-13 1.oCA Conditione IN 4 Conditione p Reactor Dutidir.g lult R3-1201 ILT-1970-LD i Sump Level Sassor Temps Figure 6.2-7 Temps Ftpure 3.11-25 Press: Figure 6.2-1 Pressa Figure 3.11-25 Sprays 2hourg Spray 24 hour 9 TID: 1.3 a 10 Rads TID: 6.55 m 10 Rads Submergences Yps Subrergence Yes j Was one prototype sob & jectedtoallteste[ series? %a (L ta 7.67 MS9 ConJttions Mts rendittors Teaps Figure 6.2-5a Temp Figure 3.11-21 Press: Figure 6.2-4 Press: Figure 3.11-25 5 prays 2 hourg Spray 24 hoors TID: 1.3 s 10 Rads TID: 6.55 a 10' Rads. SuLmergence Yes Submergcaces Yes Was one pre: ctg e es.b-jagted to all tests. settes? ha (Nate 45 10240 Electrands Trenomf erer Roe. mount 04153-0022-0001 na-1201 IL1-1975-LD tecA Condition. 1ACA Coeditfore Besster Sulldtag Spray RS-1201 ILT-1976-LD F1 ure 3.11*25 . Sump Level Sensor Temps Figure 6.2 *, Temps 6 Pressa F1Rure 6.2-1 Pressa Ftrure 1.41-2{ Spreys 2hourg Fpray 24 fers f1D 1.3 m 10 R.ade TID: 6.56 x 80' Rado Submergence Yes Satisergence: Yee Was cme prototyre sub< jected to all tests series? No (Note 42 MSS Comitttons y Condtrione Temp Figure 6.2-Sa Tempt Figure 3.11-l;5 Press: Figara 6.2-4 Press: Figure 3.11-2S Sprays 2hourg Sprays 24 hours TID: 1.3 a 10 Rads 713: 6.52 x 60' Rade Submergences Yes Summergence: Yes Waa one prototype sub< jected to all teste series? No (Kate 46 10240 Motor Driven meersency Rooseaunt 1153DAS IS-1202E IFT-3531 EF M3B Conditions LOCA Condittene Feeduster Pump Discharge 15-1202R Needer Flow Sensore '1FT-3551-EF Temps Figure 3-11-35 Temps Figure 3.11-25 Preses F*gure 3.6-12 Preses Figure 3.11-22 Spray NfA Spray 24hauge TID: et0 Rade TID: 4.4 s 10 Rade Submergence N/A SuLeergences M/A Was one prototype euka jected to all tests settes? Yes l I 10240 Meter Driven Ibsergency Rosemomet !!$3DAS FR. 412' IFT-3541-tF MSS Conditione IACA condittene Feeduster Pump Discharge lleeder Flev Sensor Temps Figure 3.11-37 Temps Figure 3.11-25 Preses Figure 3.6-6 Preses Figure 3.11-25 5 prey: NfA Strays 24 houge T1D c10 Rade TID: 4.4 a 10 Rade Submergence N/A Submergence N/A Wasoneprototypesub-l jected to all teste : eerten? Yes i f. \\, P I s

0;ere'b!!ity Cperability Accuracy or keeponse Accuracy or nesponse Ra tu i t eece t t Desgnstrated Tine Pegatrezents Time r-emonorrated 4:alffication Ee*ert a,# 'sthod I T k Time without failures Time without f ailures Full accuracy tolerances Full accuracy tolerance Ceneral 7 d2ys 7 daye 10% Note 18 Report I.Ds 'esemount Report No. 17931 Rev. A (Note 26) Methods Combination of test and analysta Qualified Life Note 6 Aging Times Nate 6 Aging Tempi Fote 6 l T.me without f ailures Time without f ailures Full accuracy tolerances Full accuracy tolerances Ceneral 7 drys 7 daye 10% Kote 18 Report 1.D Rasemount Reper t ka.17931 Rev. A (\\ote 26) Methods Combtnatica of test and analyste QualifieJ Life: Nota 6 Aging Times Note 6 Aging Temp Note 6 i I ( Time without fatture Time without failure Note 39 Note 60 Ceneral l 30 afputes under LOCA condittomes 66 hours Report 1.D Rosemount Report 3788 Nethods Test. Qualified Life Note 6 Aging Timet Note 6 l Aging Temp: Note 6 i l t l l l l Time without failure Time without f ailure Note 39 Note 60 Ceneral 30 Einutes under LOCA conditions: ( 66 hours Report 1.0 Rosemount Report 3788 Rethods Test ( Qualified L11.1 Note 6 Aging Times Note 6 Aging Temp Note 6 l t ? \\ s B-23 Revision 0

A I Q JLA J h An = I MC*IA** f i Purchase Order Model Weber or iu11 ding Abnormal or Environment to ) Number Type of Equipment Manufacturer _ _ idenetftcation _ and Room Tea Neber Accident Environment Which rbaltfled LOCA Conditions 10240 Cht11e4 Water Espanalen Rosemount 1153DA3 13 1213 ILT-9006-VU _Norest operstfra Coeditions Tank Level Seneer Temp = Mins 65* F Tc=et Firure 3.II.f Temp - Max: 104' F ' Fress: Figure 3.11 T-=p - Ava 'J3' F

pr.sy t 24 huu p 11D 4.4 s 10 kad Press: 1 at y.

TID: <* x 10 Rads Subeergence: N/A Nate 1 Wae che prenotype a jected to all test series! Yes 10240 Condensate Storage Rosemouet 1152DF5 Outdoor ILT-3621-EF Normal operattna Conditione g conditions Tank. Emergency Feeduster Level Seneers Outdoor ILT-3631-EP Temp - Mint -2',F Temps Finure 3.Il-

wsp - Max: lof F Fress: Figure 3.11 3i - Avg 63 F Spray N/A 6

Fra 3: 1 atson. TfDs 9.0 a 10 Ra 3 71D. elo Rade Suhmergences N/A Was one prototype og jected to all tesi seriest Tes 10240 Emergency Feeduster to Rosessus t 1153DA5 PR. 412' FT3561A MSB Conditions LOCA Conditices S/G A Flow Sensor Temps Figure 3.11-37 Temp Figure 3.!! - 10240 Emergency Feeduater to Roseauunt 1153D45 FT3571A Press: Figure 3.6-2 (3561) Fress: Figure 3.11 $/G B Flow Sensor Figure 3.6-6 Spray: 24 hauge 13571 & 3581) TID: 4.4 x 10 Rad' 10240 Emergency Feeduster to Rosemount Il53DA5 FT3581A Spray N/A Suteergenc e s N/A 6 S/G C Flow Sensor TID: 3.49 a 10 Rade Was one prr,totype Submergence N/A jected to all teau series? Yes 10260 Reactor sutidlig vtle Rosemount 1152AF7

B-6303 FT954A Normal Operatina Conditions MSB Condittons Range Pressure Scot *e Terp - M. tar 40*,F Temp Figure 3.31-{

Temp - Max: 124 F Fress: Figure 3.11 Temp. Ava 82' F e spray N/A g Press: 1 atmos. TID: 5.0 a 10 ELads TID * <10 Rads submergenc e: N/A Notes 46 Wee unu peututype jected to all test seriest Tee 10240 Reactor Dutiding Wide Rosemount 1152AF7 FB-3601W FT9548 Norest operetten condittene Msn conditione Range Pressure Sensor 19*{F Temps Figure 3.11j Temp - Fin Ig4 Fress: Figure 3.11 Fress- %x Temp - Avs 82 F Spray N/A 6 Fress: 1 atmos. TID: 5.0 m to Rad. 6 TID: <10 Rade Submergence: N/A Notes 46 Was one prototype c jected to all tec series? Yes i 10240 Sodius Nydronide Storage Rosemount Il52DFS AS-1204 ILT-7356-SP Normal Operatina Condittees MSB Conditions Tank Level Temp - Mins 65* F Teept Figure 3.11q AB-1204 ILT-7358-SP Temp - Max 104, F Fress: Figure 3.11 { Temp - Avgi 93* F Spray: N/A + 6 [' Pressa jAtmos. TID: 5.0 x 10 Ra TID: 10 Rade Subeergence N/A Was one prototyFe jected to all te series? Yes

Operability Operehtitty Accuracy or Response Accuracy or Response Requiremente Demonstrated J ime Requiremente Time Demonstrated Qualtftcation Report and Methe Q u H k Coetinuovo under Time without fatture Note 39 Note 40 Co.ieret norwl eendittene under LOCA condittenes 64 hours Report 1.Ds Rosemount Report 37FJ h. Method: Test Qualified Life Note 6 Aging Times Note 6 Aging Temp Note 6 P i in l l Castinuous under Time without fatture . hit accuracy tolersace Full accursey tolerances Ceneral sormal conditions under MSS conditions -+31 ~+21 l 50 hours Report 1.D: Rosemount Report No. 117415, Revision 3 p Methods Test i quattised Life Note fr Aging Time Appron. 16 heure Aging Temps Two complete tempg cycles of 100 F, 0* F. 200 F 100* F g, l 6 l t flee without failure Time without fatiure pote 39 Note 40 Cenerai 30 minutes under 14CA conditiones f 64 hours Report 1.D: Fosemount peport 3788 b Method Test Qua11fted Life Note 6 Aging Times Note 6 Aging Temp Note 6 PLA Continuous under Time without f ailure N 11 accurney tolerances hit accuracy tolerances General normal conditione under M5B conditione: ~+32 ~+2t SO hours Report 1.D Rosemount Report No. 11741$. D Revision 3 Methods Test qualtised Life Note 6 AginR Time: Approu. 16 hours Aging Temps Two, comp 1gtetemp3 cycles,of c la 100 F, O F, 200 F 100 F Conticuous under Time without failure Full occuracy tolerances Full occuracy tolerance Ceneral l norest condittene under MSB conditions ~+32 -+2% 50 heure Report 1.D Rosemount Report No. 117415, 7 Revision S Methods Test Qualified Life Note 6 Aging Time: Appros. 16 heure Aging Temp Two coepigte teep 3 cycles of in 100* F, O F 200 F 100* F i Continuous under Time without f ailure hil accuracy tolerances Full occuracy tolerances Ceneral ' normal conditions under MSS condities en -+31 '+2% )? 50 heure Report I.D Rosemount Report No. 11 415 Revision B Method Test Qualified Lifen kote 6 I Aging Time: Approx. 16 hours ,y Aging temps Two cesp!ste temp cycles of 100* F, 0" F 200 F, 100* F p la. B-24 Revision 0

T ~ m* 3 g ~ hh uhM lA J Location Purchase Order Model Number er Building Abnormal or Environmer a 2' er Tyre of Tavipment Manufacturer identification and Ito,== Tat Number Accident Environment Whtr% 5 all thCA Condit \\ t!MTT SWITCFFS 10079 Air Operated valve = NAMCO EA-740 13-3602 KvM2801A-tis MSB Conditieve XVM28013-MS ] Limit Switch XVV.2801C-MS Temps Figure 3.!! 3C Tev: Figure l Press: Figure 3.6-10 Press: Figurg 1G Sp r.sy 982 hog <10{A Sprayr Rade TID: 2.04 x TID: Submergence N/A Submergence Was one protog) jected to a -aries? Ye I 10109 Air operated Valve = NAMCO EA-180 RB-6301 XVC6056-kR ' LOCA Conditions IDCA Condittog l RB-6301 XVct,066-IIM Limit Switch RB-1201 XVC26625-IA Temp: Flaure 6.2-7 Tcy: Figure 1 Press: Tigurc 6.2-1 Prc<s Fi gurri S ray 2 twarg Nrn 96 h ( t TID: 1.3 x 10 Rads TID: 2.04 x ( 8 Submergence No 8ubew.gence: I kan see protoq jectcJ to a serie ? Ye MSR Conditlong 9tFB Con It t ienj iesip s Figure 6.2-Sa Tes p : Figure l Press: Figure 6.2-4 Presa: Figur( Sprays 2 Sourg Spray: 96 ho: TID: 1.3 x 10 Rade TID: 2.04 x Submergences No S ahme rgence s i Was one proto' jecteJ to a series? Ye 10109 Air Operated Valve = 5AMCO EA-130 18-3602 XVC9627A-CC MSS Conditions IACA Condition 1 Limit Switch XVC96278-CC j Temp Figu. e 3.11-36 Teg Figure Press: Figure 3.6-10 Press: Figure) N Spray 96 hou <10{A Spray: Rade TID: 2.04 x 1 TID: Submergence N/A. Subcergence: Jan one protot jected to al series? Yesl l 19109 Air Operated Valve = NAMCO ZA-180 18-3602 XVT2869A-MS MS5 conditions tDCA Condit toni XVT28695-MS j Limit Suttch XVT2869C-MS Temps Figure 3.11-36 Tery: Figurej Press: Figure 3.6-10 Press: Figure-N Sprays 96 hou <10{A Sprays Rads TID: 2.05 x 1 TID: Submergence: N/A Sobrertence Was one protot j a :* i to al se t a. Yes 10109 Air Operated Valve = NAMCO F.1-180 FR. 412' XVC503A-BD MSB Conditio_ns, ISCA Condit tor. Limit Switch XVC5035-BD XVC503C-BD Temps Figure 3.11-37 Tee:p t Figure XVT2662A-IA Press: Figure. 3.6-2 Fress ' Figure (503A & 2662A) Sprayt 96 how Figure 3.6-6 TID: 2.04 x ' (5033 & 503C) Submergence 5 Sprays N/A Was one prote TID: 1 x 10' Rade jected to a (503g&2662A) series? Yet 1 x 10 Rads (5038 6 503C) Submergence N/A

to Opetsbility Operability Accuracy of Response Accuracy or Response g4 Require =+*te flemens t re t ed _ **y A utre= ente T!me Demonstrated 'Nalfftestion R+ port and Herbad Note 37 M e 38 Not app 11 caste Not applicehle Ceneral Otar) Report 1.D MAMCO controle, Rev. I litar) Methods Test Qualifted t.ife Note 6 Rsd4 Aging Tawi 230 hours A A6:ng Temp: 290" F d3 sub-tests in hote 37 Note 38 Not applicable Not app.'icable Ceneral 11-28 Repcrt I.D NAMCO CentreIs Reve 1 e 0*II'2I Nethods Test )RaJs Qualified Life Note 6 Aging T1ws 200 hoore Aging Temp: 200* F tests to .54-28 3.15-29 0 t Rada (A y sub- > taste la Note 31 Note 38 Not applicable Not applicable Ceneral .35-28 .11-29 Report !.D: NA.T0 controle. Rev. 1 Methods Test Kads Quattfled Life Note 6 .O Aging Times 201 hours p cub-Aging Tempt 20(' F testa 19 Note 37 Note 18 Not gpp!! cable Not applicable Ceneral All-23 Report 1.D: NAMCO Controle, Rev. 1 D.11-29 Methods Test Q Quatt fied 1.tf*: Nn'te 6 Rzda Aging Times 2 hours 'A 4 Aging Tamp: 20 F > rub- ' teste la Note 37 Note 35 Not appitcable Not applicable ceneral oll-28 Report 1.D KA21CO Controle Rev. 1 '0.11-29 Nethods Test Q "d2 Qualified Life Note 6 Aging Times 200 hours NA Aging Temp: 200 F b3 eub-9 ' tests la ( ) B-25 l Revision 0

f

l. m. ngr.e.. B@

Order Model %eber or iullding Abnormal or Fevironnec \\ WeSer Type of Fquipment Manufacturer Identification and Rocs Ta Queber Accident Enviroceent Which Quelt J 10109 Air operated Valve - NAMCO EA-180 PR. 463' FYC6067-HR MSS Conditione LOCA Condittog Limit Switch Temp Figute 3.!!-35 Terv a Fig ure Press Ffgure 3.6-2 Prens: Figure Sprayt l4/A Eprays 96 hou 4 TID: 1.02 a 10 Rads TfDs 2.04 x 1 Submergences N/A Subw t gence s Was one protot jected to al se rie s ? Yes 10109 Air Operated Valve = NAMCO EA-180 PR, 436' XVT1678A-FW M58 Conditians thCA Condittom XVT16783-rd Limat Switch TVT1678C-rd Temps Figure 3.11-38 Tempt Figare Presst Figure 3.6-2 (167aA) Presst Figure Figure 3.6-6 Sprays 96 how (16788 6 1678C) T'D: 2.04 a 1 Sprays b/A Submar r gence s 6 TID: 1.02 m 10 R (1678A) Was one protot jectedtoalf 6 1 a 10 Rads (16783 6 1678C) sertaet Yao Sebnergences N/A 10109 Air operated valve - NAMCO EA-180 FS-6301 XVC6057-HR permal Operattnr Conditions LOCA Conj!ttes Limit Switch Temp - Min 19 F Temp Figure Temp - Maut 104' F Frees Figuro Temp - Avst 83* F Sprayr 96 ho, 1 tmos. TID: 2.04 a B Presst (10'aRade Subme r ge 6.ce : TID: Notes 46 Was one protoi jected to a3 seriest Tec 10109 Air Operated Valve - NAMCO EA-180 CB-8201 XVT6412A-VU Normal Drerattna Conditione LOCA Cond 103 Limit Switch CB-8202 XYr64128-VU C3-8201 XVT6490A-VU Temp - Mins 65,F Temp: Figure C3-8202 XVT64908-VU Temp - Man: log F Fresst Figurc Temp - Avst 75 F Sprayr 96 hm Press: 1 atmos. TID 2.04 x & 3 TID: e10 Rade Submergence:, Notes 1 Was one prote3 jected to a series? Y 10111 f.tatt Switch for Reactor NAMCO F.A-180 RS XDP0110A-AM LOCA Conditions LOCA Condittod Building Cooling 1: nit RB XDT311C3-Rt HIPA Filter Bypass R3 XDP3111A-A;l Temp: Figare 6.2-7 Temp Figurei Dampers FA XDP31113-AH Press: Figure 6.2-1 Fress: Flig.c Spray: 2 hourg Spray: 720g' TID: 1.3 x 10 Rada TID: 2 x 13 Submergence No Subzergence: f Was one praro jected to a series? Ye' b

.G@ Operabflity Operability Accuracy or Reeponse Accuracy of Response 'g M

etalrement e Besonstrated Tf w Peguirewnte Time Demonett sted

%altftratten perort and Pathod Note 37 Note 36 Not appilceble Not applicable Ceneral 1 28 Report 1.01 kAMCO Controle. Rev. t

13-29 Method'. Test Qualtfled Life Note 6

'tada Aging Times 200 hours h Aging Temp: 200 F ? sub- )stte in Note 37 Note 38 Not applicable Not applicable General ll 2s Report 1.DI KAMCO Controla. Rev. 1 .41-29 Methods Test Qualtfled L! set Note 6 ' R4da Aging Titel 200, hours io Aging Tempt 200 F D cub-Gotta la Note 3F Note 38 Not applicable Not applicable Ce ner al 'll-28 Report 1.Dt NAMCO contrete. Rev. 1 Methods Test .41-29 Qualified Life Note 6 Aatng Times 200 hours Krda Aging Temp: 200* F 'oo sub-l f ee a la l f Note 3F Note 38 Not applicable Not applicable General l l Report I.D MANCO Controlsg Rev. 1 'II'28 Nethod Test .51-29 Qualtfled Lifet Note 6 Aging Times 200 houre I*O Agtes Temp 200* F sub-tutela i hte 17 hte 38 Nat applicable ht applicable Cener.31 041-23 Report I.D: 01530

).11-24 twthad: Test

'es Qbali!!ed Lifet Note 6 %ds Agtng Taze: 200 hauts JA Aging Temp: 200* F a ea. tm. i. 5 I \\. B-26 Revision 0

~m_ ,m. ___..m. ___m L r / (' 1 er:,t n..a ( p,gg w, Model u ns,er or %ni1J8og A.a..ema& or s.*. a onawn L 1e Order . Type of Equipment Manufacturer. Identification and Roo.s _ Tag Number __ Accident Environment Ehich Qua!! fled Weber. l 10872 Air operated Votre - NAMCO EA-180 sB-6301 XVT3164-5W LOCA conditions thCA conditions XYT3165-SW Lielt Switch XYT 3169-Sif Temps Figure 6.2-7 Tere t figure 3.11-2 Press: Figare 6.2-1 Fress figure 3.11 Serny 2 leurg Sp r.w dia la utg 4 TID: 1.3 a 10 Rada TID: 2.04 x 10 8 tad Submergence: ho Suhne rsence t 1/A l W.w gew v e st ea t re e jected to all test j seriest Yes MSR Ceedificas. MMR f m d rfene 4 s Temps Figure 6.2-Se Temp Figure 3.11-2i 1. Press: Figure 6.2-4 Press Figure 3.11-' Sprays 2heurg Sprays 94 hourg T1D 1.3 x 10 Rade TID: 2.04 x 10 Raf } Subuergences No Submergence: N/A Was one prototype se s j jected to all test series? Yes 4 i f J. j 10172 Air Operated Valve - NAMCO EA-180 18-2601 XVT1384A-VU 9 normal operatina Conditions thCA conditione Limit Switch 18-2602 IVT6384B-W 18-2601 IvT6385A-VU Temp - Mies 65*,F Temps Figure 3.11-8 { 18-2602 IVT63855-VU Temp - Max: log F Press: Figure 3.11o Temp - Avs 93 F Sprays 96hourg i Press: 1 atings. T!D 2.04 a 13 Faf TID: <5 a 10' Rade Sukargences s/A i 1 Notes 1 Was one prototype at jected to all test 4 4 series? Yes [i } f 10172 Air Operated valve - NAMCO EA-180 18-3602 XVT2843A-MS 'MSB Conditions LOCA Conditione Limit Switch XVT28438-MS Figure 3 XYT2843C-MS Temps figure 3.11-36 Tenp J Figure 3.1 Fress: Figure 3.6-10 Press: l. Sprays 96hourg <10{A N Sprays Rade TID 2.04 x 10 Rad TID: a j' Submergence N/A. Subne r gence s N/A Was one prototype si jected to all tes j series? Yes i i 10172 Air Operated Valve'~ NANCO EA-180' FR. 436' XVT2660-IA MSB Candittog thCA Conditions Limit Switch XVT2377A-MS IVT28775-MS Temps Tigure 3.11-38 Temps - Figure 3.11-2h s Press: Figure 3.6-2. Press: Tigure 3.114 j (2660 & 2877A) Sprays 96hourg 1 Figure 3.6-6 (26775) TID 2.04 x 10 Rad Spray N/A Submergence: 5/A 4 TID: 1 s 10 Rade Wasoneprototypesud j Submergence N/A jected to all testq j series? Yes i i I i 10175 Emergency Feedwater Flow NAMCO BA-180 IB-1202E IFT-3531-EF MSS Conditione thCA Conditions Figure 3.11 control Va h o - Lielt 18-1202E 1FV-3536-EF e 4 Switch IB-1202E IFV-3541-EF Temp Figure 3.11-35 Temp FIRute3.11-f j IB-1202E 1FV-3546-EF Fress: FI ure 3.6-12 Press: F 18-1202E ITV-3551-EF Sprays NfA Sprays 96 hourg Ra IB-1202E 1Fv-3556-F.T TID: <10 Rads TID: 2.04 m to Submergences - N/A Submergence N/A E Was one prototype sud } jectedtoalltestk series? a I. d , - -.M..,_, r, m '.m, 3--, y---- ,--r _r.

@srability Operability Arturacy or Ikspor.se Accuracy or keepense DrTeleren te N w.nettetc4 T!w Mcquirceents Time 14monstrated %sJlfication FePort and Ntbod Note 37 hete 38 Not applicable Not applicable

0cneral, d

Report f.D kAMCO Controle, Rev. 1 Method: Test Qualified Lifer Note 6 Aging ilme 200 houra Aging Temp: 200* F le ) in Ate 37 Note 36 Not applicable Not applicable Ceneral Report I.D NAMCO Controle, Rev. 1 ) Methods Test qualified Life Note 6 Aging Times 200 hours Aging Temp: 200* F In Ncte 37 Note 36 Not applicable Not applicable

Ceneral, J

Rerort I.D NAMCO Controls, Bev. 1 4 Method: Test Qaalified Lifer Note 6 Aging Times 200 hours Aging Teept 200* F in Nets 37 Note 38 Not applicable Not appiscable General Report s.D: NAMCO Controls, Rev. 1 Ne t hewi t Tent Qualified Life Note 6 Agisig Times 200,tunar e Astog Trapr 200 F im Note 37 Note 38 Not applicable ,Not app 1tcable Ceneral Report I.D FQP-7-1, Rev. 8 (Note 21) Methods Test Qualified Life Note 6 Aging Times 200 Fours Aging Temp: 200* F t3 i \\. B-27 Revision 0

L,. -- - 4,a h0k $lt[h f) ' r~ ' 1 C5 m Fu rc ha se -- - tecar.nn Model ha1>er er nutiding A:more41 or Envirorrent t< KAe r Tyre of Equipsent Manufacturer identifiration ar.4 toy _T adug, Accident fnvironment nich tyaJgg Crder y 10181 Limit Switch for kANCO EA-180 RS-544' /V500018-AH TDCat re,Attions 1.OCA Conditions 1 R3. 544' Irs 0CO28-AN 36" Purge Line Tegpg yggggg g,g.7 Tgypg [{gggg ), }[ ! solation Fajyg Press: Figure 6.2-1 Presa Figare 3. Sprays 2 hourg sprays 720gours TID: 1.3 s 10 Rads TIDt 2 s 10 Bad Submergence: No. Submerge nt e 7:/A .Was one prototype jected to all tc series? Yes MSB Cnnditf o -s H53 Conditions Tempt Tigure 6.2-5a Temps Figure 3.1 Press: Figure 6.2-4 Presst Figure 3. Sprays 2 hourg Sprays 720geurs TID: 1.3 m to Rads TID: 2 x 10 Rad Submergence: No Submergence $/A Was one protctype jected to all t( seriest Tee 10181 f.imit switch for NAMCO EA-180 F3-6301% XVfl00d1A-AH prr.a t Qvrati n Con.fttl..no I N t reiv f t n.+x4 F5-63015 XV80002A-AJf (F.1 485') Temp - Min: 19 F Tesr Figare 3.1B 3h" Purge Line Temp - M.sar 1 01 F Prens F. r 3.a thol. tion Live Trap - Avst N2 F S$r.ny t 720 pa s Press: 1 atsos. TID: 2 a 10 lu.de 4 TID: <10 Rads Subswr ges.ce: N/A Notes e6 Was one prototype jected to all EC seriest Tea 10188 Limit bwitch for NAMCO EA-180 192302 XDPOC88A prm,1 operse t_na CoMitions trea Cecottt_cn= 15-2301 XDPOD883 15-2302 XDf0089A Temp - Mint 60 F Temp Figure 3.1 Air Damper Press: Figure 3. 13-2301 XDP00898 Temp - Nun 85, F Temp - Avg 75 F Sprays 723gnuts Press: 1 atmos. TID: 2 x 1G Rad, 4 TID: v10 R4Js Subrwrpnces X/A Note 1 Was one prototype jected to all tc series? Yes 10188 Ltsit $ witch for NAMCO EA-180 As-7501 KDP0012A greal Operatter. Conj 1tices IM A Con ltiens An-7501 XDPOO125 Air Desper A3-7501 XDP0013A Temp - Min: 65* F Terap Figure 3.1 An-7501 XDP00138 Temp - Max: 104* F Press: Ftgure 3. Temp - Avg 93 F Sprays 720gourc TID: 2 x 10 Raf Press: I argos. TID: 1 x 10 Eads Submergence: N/R i Note 19 Was one prototyps I jected to all G series? Ye s 10188 Limit Switch for NAMCO EA-180 C3-8202 XDP0023A Normal Operattne conditions LOCA Conditions CB-8204 XDP00233 j Air Damper CB-8203 XDP0024A Temp - Mint 65' F Tempt figure 3. CB-8204 XDP0024B Temp - Max 104* F Press: Fix are 3 Temp - Avst 93* F 5 prey 720 hour Press: I atmos. TID: 2 x 10~ Rz. TID: v10 Rads Sut.aergence: Nk 3 Note: 4 Was one prototy jected to all q series? Yes a

l l %/ Operstility Operability Ac ;uracy or Response Accutacy +,r Response e R.J!rewst s te%nst rated TI e Recutrements T!ee M inst?ated 4'iffestion Pe? ort and %*thod h t e 31 WLe 38 Nat applicaole Not applicable General y Report 1.D: 0.510 29 Method: Test Qualtiied Liter Note 6 Aging Times 200 hours Aging Temp: 20C* F sb.

5. a

{529 sb-3e im Note 37 Note 38 Nnt applicable Not apn11 cable Ceneral ? Report 1.D: 01530 (d Method: Test 9 qualified Life Note 6 Ag!r.g Times 200 hours Aging Temp: 200* F b= s in Note 37 Note 38 Not applicable Not applicable General 33 Report I.D: 01530 L,gg Method Teat % 1fied Life: Mte 6 Aging Time 200 hours Aging Temp: 200* F sb. ts in Note 37 Note 38 Not applicable Not applicable Ceneral 25 Report 1.D: 01530 29 P.ethod: Test Qualified Life Note 6 Aging Times 200 hours Aging Temp: 200 F pb-

ts in Note 37 Note 38 Not appitcable Not applicable General Repert 1.D: 01530

{28 hthod: Test 29 Qualified Life: Note 6 Aging Tieer 200 hours Aging Tempt 200* F yb )t3 12 5 J \\ e B-28 Revision 0

location Purcha se order Model Number or 9u11dieg Abnormal or Environment t I Number. Type of Equipseet Manisfacturer fdentification and Room Tag Number Accidevit Environment W51th Qualift, 10188 Limit Switch for NAMCO EA-180 JB-EP0174 Normal Operating Conditions 1DCA Conditione Air Damper 449'0" DB-KDP0175 T*er - Min: 19* F Temps Figure 3.1 449'0" Temp - Max: 95* F Press: Figure 3. DB-XDP0176 Temp - Aes: 60 F Sprays 723gourc 449'0" Press: 1,etmos. TID: 2 a 10 Rad DB-DP0177

TID:

<10' Rads submergence N/C 449'0" Note: I W a one prototyN jected to all t series? Yes 10188 Limit Switch for NAMCO EA-180 SW-4102 EP0074A Normal One arier. renditfona 10cA cm Jitions SW-4132 LPOC743 Air Lamper 65*,F Ter.p t Figure 3.1 Tes) - Mins Temp - Max: 104 F Press: Figure 3 Tesp - Avg: 93 F Spray: 720gourn Press: 1 ategn. TID: 2 x 10 bc TID: <5 x 10 P, ads Suonergeace: N/o Xotes i Was one prototyp jeeted to all - series? 10193 Air Operated Diaphraga NAMCO EA-180 R2-1201 XVD6242A-ND 1.0CA Conditions 1#03 Coedittens Valve - Limit Switch Temp: Figure 6.2-7 Teaps Figure 3. Press: Figure 6.2. Press: Fipre 3 Spray 2 hourg Sprays 96 hourg IID: 1.3 x 10 Rads TID: 2.04 x 10 Subsergence: No Submergence: N/. Was one prototyp. jected to all I se ries ? Yes MSB Conditions MSB Condittens Temps Figure 6.2-5a Tempt figure 3. Press: Figure 6.2-4 Press: Fig re 3 Spray: 2hourg Spray 96 hourg TID: 1.3 a 10 Rads T1Da 2.04 a 10 Sub:wrgences K/. Was one prototyp. Submergence: No jacte.1 to all serteet Yes 10193 Air Operated Diaphragm NAMCO EA-180 FB-1201 IVD62428-ND Normal Operatina Conditions LOCA Conditions Valve - Limit Switch Temp - Min: 19* F Temp: Figare 3. Temp - Man 10g F Press: Figure 3 Temp - Avs: 82 F Sprayt 96 hourg Freens l atmos. TID: 2.04 s 10 TID: <10 R4 de Submergence N/> Notes 46 Was one prototyp. jected to all i series? Tea 10209 Air-Hydraulic Valve - NANCO EA-180 FR, 436' KVC1611A-FW M~S Conditions IPCA Conditions XVG16115-FW Limit Switch XVG1611C-FW Teg : Figure 3.11-28 Temp: Figure 3 F res s : Figure 3.6-2 (1611A) Press: Figure Figare 3.6-6 Spray: 96 hour. (16115 & 1611C) TID: 2.04 x 10 Spray: N/A Subme r gence 5 TID: 1 a 10 Rads Was one protot> Submer&ence N/A jected to all series? Yes

m _m m. I t .e i Operability Operability Accuracy or Response Accuracy or Response Be<1viereente Lemotistriced Time Requireer*te Time Demonstrated cuellficas soft Pepetr ar.d Method t_ Esta 37 Note 38 Not applicable Not applicable Ceneral j L Report T.t C1330 sa Methods Test ( h29 Qualified Life Note 6 Aging Time 200 hours Aging Temp: 200* F $eb. . i. l I Eote 37 Note 38 Not applicable Not applicable General T;8 Report I.D: C1330 / Method Test b29 Qu.hlified Life Note 6 Aging Times 200,houre Aging Temp: 200 F %b-ss le Note 37 Note 38 Not applicable Not applicable ceneral [ !23 l h39 R* Port 1.D: IIAMCO Controle, Rev.1 Methods Test Qualified Life: Note 6 ha Aging Times 200 hours i ) Aging Temp: 200* F he in I i 28 t -29 ,ub-te la M Note 37 Note 38 Ilot applicable llot appl) cable Ceperal screr. 1.0: NAMCO Centrole, Rev. I Methods Test ~29 Coalified Life: Note 6 h Aging Times 200 tours 8 Agtes Temp: 200* F r w 1bb & le i Note 37 note 30 Not applicable Not applicable ceneral Report f.D: NAMCO Controle, Rev. 1 -28 Methods Test 1-29 Qualified Life Note 6 Aging Times 200* hours a Aging Temp: 200 F l $9h stes. g i 1

l..

B-29 Revision 0 I ...a

Purchas4 - location i ( order Model h aber or 4uilding Abnormal or Environment to l Weber Ty}e of Equipment l' Mee turer identific a ti on and Room Teg)yb_e1 Accident l' nv i ronmen t k' hic M uslified ) 102;9 Air Operated Valve - NAMco FA-160 RS-6301 X h9311A-SS 1.OCA Canditione tN.A Condittois_ J Limit Switch XVA9312A-SS Temp Figure 6.2-7 Tev: Figure 3.11 28 Press Figure" 6.2 1 Press: F162re 3.11-2$ Spray: 2 hourg Sprays 96 nourt T!D 1.3 a 10 Sade 11D: /.04 a 10" It.aJs Submergence: No Sub ne rr3ence N/A has one protetype sub+ jected to all tests series? Yes MSB Conditione MSR Conditions Teeqs t Figure 6.2-5a Tec91 Fic.re 3.11-2d Press: Figure 6.2-4 Press: F&gure 3.11-3 Sprays 2 hourg Sp.ays 96 heurg T1De 1.3 s 10 Rade TID: 2.04 m 10 Rads Submergence lio Subse rge nce s N/A Was one prototype e6 jected to 411 testo' se ries t Tes 10229 Air Operated Valve - NAMCO EA-180 PR, 463' XVA93118-SS M5B Conditions 1, ora Conditions Limit Switch XVA93125-SS Temps Figure 3.11-37 Temp Figure 3.11-26 ' Press Figure 3.6-2 Press: Figure 3.11-22 Spray N/A Sprays hourg 6 TID: 1.06 x 10 Rada T10: 2.04 a 10 Rads Submergence: N/A Submergence: N/A Was one prototype subc jected to all teste HEATFRS series? Tee No heaters are provided under balance of plant scope. 10111 Fan Motor for Reacter Re11ance 5003Ucz Ra, Sle' nsoo97A ~~1rfA Condiffone IUC3 Conj 1tions Bu11 Jing Cooling Unit RB, 51s' fcN00973 KB, 518' MFN0097C Temp: Figure 6.2-7 Temp Figure 3.11-3@ RS, 318' MYXG097D Fuss: Figure 6.2-1 Press: Figure 3.11-3 Spray 2 hourg Spray: 168 gours TIO: 1.3 a 10 RMe 710: 1 x 10 staJe Subnergence: No Sobrerrence N/A L e ou g-rotot yp m4 j NtvJ to.all testo a series? Tea PS3 Condit1one Psn ron.1i e i..n* T*p Figure 6.2-Sa Temp: Figure 3.11-3@ Fress: Figure 6.2-4 Press: Figure 3.11-3 S,ersy 2 hourg Spray: Itagours TID: 1.3 x 10 R ads TID: 1m 10 Lds Sutmergences No Submergence N/A f Was one prototype sub jected to all testd series?,Tes 10222 Fan Motor for Battery Reliance TEA 0 13-2302 XFN0038A 'vormal Operating Cenditions vreat M are tre. conaj Room Supply 1B-2301 XFN00389 T:ep - Mins 60]F Te p - Min N/A Temp - Max: 85 F Temp - Man: 122* F 1et.p - Avg 75* F Terp - Avs: 104* F Press: 1 atsoe. Press: I argas. 4 Ti D: 410 Rads T1D: 2 m 10 Rads Potes 1 10222 Fan Motor f or Emergency Re11ance TEA 0 13-23601 XFN0083A Norvul Oper.it tn2 Condit tens NorulDrer4tterConJ( Feedwater Pump Area 13-23601 XFN00833 Cooling Unit Temp - Mins 60* F Temp - Man: N/A 8C[F 85 F Temp - L x 120* F Temp - Nat T.mp - Avg: 104,F g Temp - Avg Fr(sm 1 atmos. Press: I atgas. g 4 TIC: <10 Reas 71Li 2 a 10 Rass Note: 1 I a e L

Operability Operab!!1ty Accuracy or Response Accuracy or Response Requirewnte Demonstrated Time pequirements Time Bewnstrated (Nat tf 1 ration Perort ar.d Method kota 37 Note 38 Not applicable Not applicable Ceneral b Report 1.D fW:C0 Controls Rev.1 Methud Test Qualified Life Note 6 Aging Times 200 hours Aging Temp 200* F N Note 37 Note 38 Not applicable Not applicable Ceneral Re, ort 1.D NAMCO Controls Rev. 1 Method: Test Qualified 41fet Note 6 Aging Times 200 hours Aging Teep 200* F h l l l l Cuest i n%= s continuou. Not app 11cnole hot ap?!1 cable Ceceral i 2crarr i.D.: X4C ', r.e t t.ad : Tust l Qualtiled Lifer 40 years Aging Times 100 hours Aging Temps 415* F a c o continuous Continuous Not applicable Not applicable General Report 1.D hTC-9 Method Ccabination of test and analyets Qualified Life 40 years Aging Times Este 13 Aging Temp Note 13 Colt 12mous Continuous Pot applicable Not applicable Ceceral Report I.D: FJC-9 Methods Combination of test and analists Qualified Life 40 years Aging Tin =: Note 51 B-30 Asias ta2P Note 51 Revision 0

3 "C

t I' "

4 Purchase l Order Model Number or nulldina Abenrm.el er scytrennent to t _ IA =1.e r rfp of Igul anot m nuf.eturer_ identit16ation and u en T.*LN <.re W r . Arc le'e n t instrorm.et k t11rh $41_1rjed i 10222 Fan % tor for Service Reliance TFAO 15-2602 3FN00814 Wreal gr ot t,z Cc,dt t tons pru.fgr3tyg Conde. hater Doester ru.sp Area 15-2601 XFh00818 Cooling Cult Temp - Mans f.S* F Terp - M!n N/A Temp - h as 104' F Temp - h : 1:2 F Temp - Avg 91* F Temp - Avg: 164 F Press: 1 atmos. Press: I arps. 4 TID: <10 Sads TIDs 2 a 10 Reds Note: I 10222 Switchgear Room Coolt=4 Re11ance TEA 0 18-5101 ITN0050 Normal Oreratic; Corditloce krral Oreritiv-Co,Js. tatt Fan Motor 18-5102 XFN0076 Temp - Mins 65 F Temp - Min N/A, Temp - Max: 85 F Terp - Lu* 12/ F Temp - Avg 80* F T e p - Avst 104' F Press: 1 atmos. Press: 1 c.tp s. 4 TID: <10 Rads TIL: 2 a 10 k.Je Noter 1 10222 Fan Motor for Speed Reliance TEA 0 15-5104 ITN0106A Normal (her.etine Conditions kr Q Oj g tinc Crnde. Suitch Roon Cooling 18-5103 ITN01063 Temp - Min 65* F Tenp - Min h/A Temp - N m: 85* F Temp - ms: 122 F Temp - Avg: 80 F Temp - Avg: 10

F Press: 1 a:mos.

Press: 1 alps. 4 TID: <10 Rads 71D: 2 a 10 Rads Note: 1 10222 Fan Motor for Rap / Spray Reliance TEA 0 AS-8501 In0049A SLB Coadittorg SLB Co7Jlt ion Pusp Rowa Coollag Unit AS-8502 XFN00493 Temp Figure 3.11-39 Tses: 122* F. continuc Preset 0.1 paig Press: 1 atmos. Spray: N/A SE'*II N/A 6 9 TIDs 2 m to Rads T!D: 2 x 10 Rads Submergence No sub wrgences N/A Was one prototype sub-jectcJ to all tests in ser.es? Note 13 10222 Fan Motor for Charging Reliance TEA 0 AB-0002 AFNM46A RS Cerd e ? laos S'3 Conh t !een Pump Room Cooling Unit AS-0002 AFN00463 AB-0002 XFN0047 Tempi Figure 3.11-39 Temps 122* F. continur Press: 0.1 pois Press: I atmes. Spray: NfA $ pray N/A T!D: e10 Rada TID: 2 a 143 R uls Submergence No Sutmerd'"C'3 N/A

da s ens pr. tot yr e sub-jettcJ La al. testa series? Not. 13 10222 f an Motor for Aust11ary Reliance TEAO A8-6319 XFN0133 Normal Crerat ing Conditions Nere31 Operattae Conds.

8 11 Jing Motor Control Center and Switchgear Temp - Min: 65* F "emp - Min ./A Atr Hand 11og Unit Temp - Max: 85 F remp - Max: 12( F Terp - k.3: 20 F Ter - Avg: 10- F Press: 1 ate s. Ness: I agme. 4 TID: <10 Rada TID: 2 a 10 Rads Note: 1

-y b Operability Operability Accuracy or Response /.ccuracy or Fesponse f R qufp esnte re mou t r a t e d T le.e Peculresente f l ees DemonstrateJ ga t if t eat ten ItcNr t and N tb4 Continuous Lant inuou s Not applicable Not applicable Ce r.e ra l b Feport 1.D: NtC-9 Methods Combination of test and analysis Qualifted Life 40 years A 1ng Times Note 51 3 Aging Temps Nota 51 Cantinurms Continuese Not applicable Not applicable {e n_ery*1 Report 1.D: NIC-9 H g l.oJ : CalInation of test. tad an.itymis Qualified Life 40 years Aging Times Note 51 Agthg Temps Note 51 Continuous Cont inur us Not applicable Not applicable General aerort I.D hTC-9 Nthods Combination of test asJ analysis Qualifted Lifes 40 years Aging Time: Note St Agir.g Temp Note 58 Continuous Continuova Net applicable Not applicable Ceneral Reyort I.D: NtC-9 F.e t hod : Coe.bination of test and analysis Qualiftej Life 40 years Aging Tise Note 13 Agir.3 Temp: hate 13 C4 tinuova Continuous Not appli:able Not applicable Ceseral Report I.D: NTC-9 Method Cor t.ination cf test and ar.alysis Qualified Lifes 40 years Aging Times Note 13 Aging Temp Note 13 Ccatinuous Continuous Not a plicable Not applicable Cencral Report 1.D: N;;C-9 h thod: Combination of test and analysis Qualiftcd 1.1fc 40 years Aging Times Note 51 Aging Temp Note 51 B-31 Revision 0

r 1,ocati m crchase Order Model Mus.ber or Building Abnormal or Env ironcet to Naaber Type of Fquipment Nnuf ac turer identification and Fonm Tag hurber Accident F nviren:ren t Vblch S altfted 10222 Tan Muter f or Aunill s v Reliance TitA0 AB-1228 KnG132 Normal Operiting Conditions Norw l Onerati t or g C t Building Motor Cor.tro. Temp - Mint 65* F Temp - Min: N/A Te:.p - Nm 85 F Temp - N a: 12:# F Center and Swltchgear Air Handitas (? nit Temp - Avg 60 F T<sp - Avg: 104* F Fress: 1.atsos. Fress: 1 at3ss. TID: 410' Rads TID: 2 a 10 Rads Notes 2 5 itut o eratier cedit tens X.rmt g ett j d IW22 r.en Motor it.t Cont rol Reliance TEA 0 C&-8:02 XFN0032A c koon hormal Supp1F Cs-8201 KFN00323 Temp - 111n 65* F .'mp - Min: % Terp - Max: 104, F Temp - N s-122 i Temp - Avg: 93* F Temp - Avg 104* F 1 Fresa: 1 af pa. Fress: elo) atmos. k.Js T10 2x IN kaJe Tint Nots: 1 10222 Fan Ntor for Relay Reliance TEA 0 C3-8202 KFN0036A Normal op.~ratirg Cordittant Mm1 Operritidigdy C3-8201 1FN00365 Foom Cooling System Temp - Mia 65* F Top - Mint N/A Temp - h a t 104* F Tem,' - Nx : 12

F Te mp - Av s t 93* F Temp - Avg: 104 F Fress: 1 atmos.

Press: I argos. 3 TfDs 410 Rada TID: 2 x 10 Rada Mote: 1 10224 Fan Motor f or battery heliance TEA 0 18-2302 KFN0039A _Npreal @erering Cordit!ans Wt ul Operatire a n( 15-2301 XFN00393 Room Fahaust Temp - Ala: %* F To. - Min SIA0 [ Temp - Nx: Si* F Temp - Mx: .22 F Temp - Avg 75 F Temp - Avg: 104* F Fress: 1 atmos. Freast I atgos. 4 TIC: <10 Rads T1st 2 s 10 Rads Note: 1 I 10224 Fan Motor f or Fuel Reliance TEA 0 AB-7501 XFN00:3A Normal Operating 00nd ! t ien_s Scrul Meratic; &nd A3-7501 XFN00233 Mandiles sutiding Temp - Min: 6 '.* F Temp - Min: N/A Charcoal Enhaust Temp - Na s 104* F Tenp - Man: 122 r Tecap - Avg: 93* F Temp - Avs: 104* F Fress: 1 atmos. Fress: 1 argos. 4 TID: <10 Rada TID: 2 a 10 Rads j Note: 19 Ir 44 Fan Motor for Control Reliance TEA 0 C3-8203 XFN0030A Nyra.1,1 0pyp,tyg rm.l t t lers %.r:- 0; raGyg Cer koem t.nerscr.cy Filtering CB-6204 XFN00300 Temp - Min: 65 F Temp - Min: N/A Temp - P.w: 104 F Temp - N u t 122* F System Temp - Avst 93* F Temp - Ava: 104* F Fress: 1 atmus. I'r e ss: 1argos. 3 TID: <10 Rads TID: 2 x 10 RaJs Notes 1 P

operabilit/ Operability Accuracy or Response Accuracy or Responee R7pjtewe t e lemems t ra t ed 7t d e g rew nts Time Demmet rated S alification berert a,J N t r od _p Contimeone Centlaucus het appitcable het applicable Cent ral Report !.Di NUC-9 P.ethods C<=sbinatten of test and analysts Qualified Life 40 years Aging Times hte St Aging Temp Note St Continuovo continuous Not app 1trable Not applicable Ceneral Report I.Di WC-9 P4 tinoJ s C.abination of test anJ analysis (salified Lif es 40 yeare Astas Times hte 31 Aging Temp Note 31 l Continuava Cuatiauous Not applicable N t applicable Generst i Report I.D. NUC-9 Methods combination of test and analysis Qualified Life 40 years i i l Aging fiset Note 51 Aging Tempi Note 51 1 i ? t ( Centinuous Contiauous Not applicable Not applicable Cew ra l f Repor t' I. D a N;'C-9 i Ntt.ods Combination of test aad analysis Qualified Lifes 40 years Aging Timer kre 51 Aging Terps hote 51 I ( t'ent iaunus i.nder Continuous under Not applicable Not applicable Cencral normal and cash drop norinal and cask drop j Report 1.01 ?IUC-9 conJitions conditions Hethods Cesbination of test and analysie i i Qualified Lifes 40 years Aging ~. test hote 51 Aging Temp: Note 51 l l l i I Coatiauava Continuove Not applicable Not applicable Ceneral 3 Report 1.Dt hTC-9 i Methods Combination of test and analysis Qualtfled Life: 40 years l Aging Ttwt Note 51 Aging Temp Note 31 e l l l 1 B-32 Revision 0

Furchase 1ocation order Model shamber or %llding Abnormal or treiro..nent to J Aeh Trpe of Ftufseent Manufacturer identification and poom Tan Nisot g Arcident Environment Wt.ich Qualified 10224 Fan Motor for Diesel Reliance TIA0 1,B-In0045A poru t @ erati v Coeditions M a M W attr2 ccMs3 Cenerator soon supply 451'3" DR-Xnc0455 Temp - Min: 19" F Temp - Min: h/A 10e[F 451'3" Temp - Mas 95[F Temp - Max: 122 F C3-X D 0075A Temp - Avgs 60 F Temp - Avsn 451'3" Fress: 1 atmos. Fress: 1 argos. DB-XFN00733 TID: Negligible -TID: 2 a 10' Race 451'3" Notet 1 10224 Fan Motor for Service Se11ance TF.A0 5W-4102 XFN0080A Normal 5 erattne Conj 1tions Norn! Operar Pg, l'g Water Fusphouse Building SW-4102 XD 00808 Supply Temp - Mini 65*,F Temp - Min: N / A, F 12; Temp - Max: 104 F Tcer - M.txt Temp - Ava 93* F Temp - Avst Id 7 i Press: 1 atmos. Prna: 1 at os. 3 g i TID 410 Rada TID 2 x 10 Lada Note: 1 CONTROL EoARDi N/A Relay Panel for Field N/A 18-1214 XFN524$ ~ Normal trperattn2 Condittene Normal operattra Conde; Water Ch111er C fabricated l Temp - Mins 40' F Temp - Pins Notg 13 10g*F F Temp - Mast 21g F Temp - m a Temp - Avst 93 F 82 Temp

Avst 10{ atmos.

Fress: 1 atmos. Frees: 4 Rads TID: <10 Rade TfDs Notes 14, 46 h/A Battery poem Ventilation Field N/A CB-2501 XFN5244 Normal operatina condittene Normat operattna Cand_ea and Feeduater System fabricated Delay Panel Temp - Mini 40lF 1eap - Mins Notg 13 Temp - ms 95 F Temp - m ai 2tg F Temp - Avg: 82* F Temp - Avs 75 F Freaes I stage. Fremst jatraos. TID: <S x 10 Rads' TID: 10 tads Notes 47 N/A Nuclear Sampling Systen Field N/A CB-1211 XFN0036 Norv.a1 operatina conditione Normal Operetfea conds; Control Panel f at ricated IPN0037 Temp - Mint 40* F Temp - Mint Notg 13 Temp - ma 95, F Temp - Max: 23g F Terp - Avg 82 F Temp - Avg: 75 F Freest Iatags. Pressa jatsoe. TIDs <5 x 10 Rade TfDs 10 Rade Notes 46 N/A HVAC System Relay Fenele Field N/A CS-4602 XFN5263 Normal _Operattn,gfendittene Marma,l_Operaft_agf,cadg iebt tested IFM5264 s IPN5263 Temp - Mins 73,* F Temp - Min Notg 13 77 Temp - Mess flg F XFN5266 Trop - m e t 73,FF Temp - Avst 75 F Temp - Avst Freset Istage. Proces jetene.

1 D eS a 10 Rade T13: 10 Rede Note: I e

4 l

= Drerobility Operability A6 curacy or Reepense Accuracy er Response 9equin ernte De mnstrated Tina Penis t remen t e Tfee Demanetrate3 rNaltf tratton perort and

thod I

C on t inuou s Continuous Not applicable Not appilcable Cencra! T-. tor t !.D NUC-9 Methods Combinatten of test and analysis Qualified Lifet 40 yeare Astra T.4e Note 51 Aging Tempt note 51 Continuous Continuous kat appilcable Not applicable General Retort !.D1 N'. C -9 Method; Combiration of test aso ana'yste Qualifted Life: 43 yeare Agteg fleet Note 51 Aging Tempt Note 51 Co.itinvous Continuove Note 12 . Note 12 Ceneral Report I.Dt cal =2138 Met hod s Combination of test and smalyste Qualified I.ife: 49 years (Note 50) Aging Tines (Note 51) Aging 1eep t (Note 51) Cont in sou s Cont inuous Note 12 Note 12 Ceneral Report !.D cat-2138 Method: Combination of test and analyste Qualtfted Lifet 40 years (Note 50) Aging Time: (Note 51) Aging Trept (Note 51) Cottinuous Continuove Not appitcable Not applicable Ceneral Report I.Dr CA!-2135 Methods Combination of test and analyste Qualified Lif et 40 years Agtng Treet (Note 51) Aging Tempt (Note 51) Ccat i nuou s Continuous Note 12 Note 12 Ceneral Report I.D CA1-2138 Method s Combination of test and analyste Qualtfled Life 40 years (4ote 50) Aging Times (Note 51) Aging Tempt (Note 51) \\. B-33 Revision 0

.I tocation Purchase Order Model shasber o. But! ding Abnormal of Environment to Neber Type of Equipment Manufacturer fdentification and Room Tag Nuptver Acetdent Fevironment Which Qualtfled 10176 Main Control Board Reliance '/A CS-3611 KPN7101 Wrwal operartne co-dfrices N,rmal cyt stin CoMs. Termination Cabinets thra KPN7117 Temp - Mins 73* F Ter.p - Min: 65[T (Mete 34) CB-3611 KPN7119 Temp - hxs 77,F Teep - Maa: 8 5, F thru Temp - Avg 75 F Temp - Avs: 75 F Press: I atmos. KFN7124 Press: 1 atags. CB-3611 Krs7126 TID: < 5 x 10 Rads TID: Note 13 thru Motes 1 bte 41 KFN7130 C&-3611 XFN7.32 10201 BYAC Control Panel Reliance N/A CB-3611 KCP6210 poreal creratter conditions ?ormal reertrica conde, n (Note 34) 73, Teep - Mins 65, F Temp - Mins 77, F Temp - Mant 85 F 75* F Temp - Mas F Teep - Avs: 75' F Temp - Avg Press: 1 atmos. Press: 1 atmos. 3 TID: <10 Rads TID: Note 13 1sotes ! Notes 41 ItfSTFtM NT RAcr$ AND PANELS Ko instrument racks or panete are provided under balance of plant scope. O)NN FCTORS 10249 Miscellaneous Connectors D.C. O' Bries C39P0001-C01 Various EL-44aa IDCA Conditione 12CA Condtttene C39P101-C01 (Note 20) Temp Figure 6.2-7 Temp Figure 3.11-31 Preser Figure 6.2-1 Preant Ftrure 3.11-31 Spray 2 y te Spray 2hourg TID: 2 a 10 Rede T1D 2.2 a 10 Rade Submergence No submergence N/A Notes 4 Was one prototype ou['P jected to all teste ' series? Yee Q Conditione SLS Candttlons Temps Figure 6.2-e Tears Fis-te 3.Il-31 Press Figure 6.2-4 Press 9 Figure 3.11-31 Spray 2 hogro Spreys 2 hourg TIDs I a 10 Rede T:03 2.2 a 10 Rade submergence No tubmergence: N/A Notes 4 Wee one prototype subo jected to all teste series? Tee j i 10249 Valve Canaister D.C. 0*prien Valve Container. AB-97025 XRP010CA 1.0CA Conditions LOCA Cendttion. Penetrator (Connector) 1-18C #4 As-9702:! KRP01005 A3-9 M25 IRF0101A temp: Figure 6.2-7 Temp: Figure 3.11-31 AS 4' TN IRP01015 Fress: Figure 6.2-1 Press: Figure 3.11-3B Spray 2 hours Spray 2 hourg TID: 7.73 x 10 Rede TID: 2.2 m to B ad s submergence Note 43 Sube.rgences N/A Wa s one prototype eute jected to all teste I series? Yes SLB Conditions SLB Conditions Temps Figure 6.2-Se Temp Figue. 3.11-31 Press: Figure 6.2-4 Prees? Figure 3.11-3[ i I' Spray 2 hours Spray 2 leeirg 6 TID: 7.73 a 10 Rede TtD 2.2 a 10 Reds Submergence Note 43 Submergence N/A Was one prototype suk jected to all teste 3 eerles? Tee f

.n. l 1 4 Operability operability Accuracy or Response Accuracy or Response f Requiresents Demonstrated Time Requirements Tine Demonstrated Qualification Peport and "ethod h Cuatinuous under Continuous under liot applicable Not applicable Cenc ral l mortal conditions normal conditione Report 1.D Environmental Qualifteation Report for 5 uth Carolina i l Electrie & Cas Compe.iy,Virstl C. Summer Nuclear Power Plant - 1;n t t 1 Msin Control goard; &% ting. tent il.atinp ac.d Air Cendittonir.s Control Boards Control A m Evacuatica Panal: Terair.ation Gebinata Methods Test Qualified Lifer 40 years Aging Times 334 hours Aging Temp: 239 F Continuous usufer Coettmaous under Not a pplicable Not a pplicable General i normal conditione normal conditione Report 1.D Eevironw ntal Qualificatica Report for South Carolina Electrie & Cas Costany.Vir:11 C. Summer Nuclear rouve Planc - tfnit 1 Main Control l Board; Heating. Ventilating l and Air Conditioning Control Boards Control Room l Evacuation Pane 11 Termination i Cabinets Methods Test Qualified Life 40 years Aging Times 386 hours Astng Temps 239 F i l Coatinuous Continuove Ilot applicable Not applicable Ceneral Report 1.D: ER-268 Methods Combination of test sad amelyste Qualified Life 40 yeare Aging Times 168 hours Agtes Temps 121' C f atinuove - Continuous Not applicable Not app 11' cable General Report 1.D: ER-268 i Methods Cnebination of test and analysis Qua11fted Life 40 yeare j Aging Times 168, hours i Aging Temps 121 C l l s I \\. B-34 Revision 0

bea t i on Purchase Order Model Number or Building Abnormal or Environment to _ Number _ _ Type of Equipment Manufacturer Identification and Roosa _Ta dumber 'Acetdesir Fnvironment E lch Qualified ELFCTRICA1. PutTRATIONS 10249 Elec t ricaffenet ration D.C. O'Brien Iow Voltage RB XRP0007 IDCA conditions IDCA Conditione Power / Control XRP0010 XRP0011 Temp Figure 6.2-7 Temp: Figure 3.11-31 KRP0014 Press: Figure 6.2-1 Prees: Figure 3.11-{ KRPOO17 Spray 2hourg Sprays 2 hourg IRP0028 TID: 1.3 x 10 Rade TID: 2.2 x 10 Rade IRP0030 Submergence No submergence: N/A was one prototype sus 3 eted to all testc series? Yes MSB Conditions MSB Conditions Temps Figure 6.2-Se Temps Figure 3.11-3F Press: Figure 6.2-4 Press: Figure 3.11-1 Spray 2 hcgre Spray 2 hourg TID: 1 x 10 Rads TID: 2.2 x 10 Reds Submergence No Submergence: N/A Was one prototype sub jected to all tests series? Yes 10249 Electrical Penetration D.C. O'Brien Instrumentation RB XRP0035 1DCA conditions. 1.0CA Conditions IRP0036 XRP0043 Temps Figure 6.2-7 Temp: Titire 3.11-3{ IRP0044 Presst Figure 6.2-1 Press: Figure 3.11-3 XRP0045 Spray: 2 hourg spray: 2 hourg KRP0046 TID: 1.3 x 10 Rads TID: 2.2 x 10 Rads IRP0048 Submergence: No Subme r genc e: N/A IRP0051 Was one protutype sub '3ected to all testa series? Yes MSB Conditions MSR Conditions Temps Figure 6.2-5a Terpt figure 3.11-31 Press: Figure 6.2-4 Press: /1gure 3.11-1 Spray 2 hogre Sprays 2hourg TID:.I a 10 Rada TID: 2 2 x 10 Rade submergence No Submergence: N/A Was vue prototype out jected to all testa seriest Tes 10249 Electrical Penetrath D.C. O' Brien Trias (Connector) RB XRP0035 Normal Operatina Conditions Normal Operating com IRP0036 XRP0043 Temp - Min 80 F Temp - Min: Note 13 XRP0044 Temp - Max: 120 F Temp - Max: Notg13 IRP0045 Temp - Avg: <120* F Temp - Avg 122 F KRP0046 Preset I atps. Press: Note 13 IRP0048 TID: I a 10 Rads TID: Note 13 IRP0051 Notes 2 Note: 18 }PRCH 10146 Tape Bishop Bi-Scal 3 Outside FKi6a MSM Cnoditions V B & Jittens R3 (Noto 20) Tertp: Figure 3.11-35 Temp: 2M F corin ' 8 F rkt s Prer. F1;ure 3.6-2

re..

D Spray N/A, S;ny: :/A TID: 1 x 10' Rads Tia: Note 13 Submerge nce : N/A Sudc :;ence: T./ A Note: 4 W.s ou prote type su jccred to til test ,eries? Note 13 Notes 16 I 10146 Tapa Eerite Friction Out de EKi4a MSB conJitions MSB Ccedi:1ces I R3 (Note 20) s Temp: Figure 3.11-36 Note 18 Press: Fir.ure 3.6-2 spraft y/A TIL: 10 Kads Saktergene w s N/A Note: 4 m

e operabtitty Operability Accuracy or Response Accuracy or Response 3' Requirements breonstrated Time Requirements Time Demonstrated Qualificatten Report and Method Continueve -Continuove llot applicable Not oppitcable ceneral Report 1.D ES-268 Method Combination of test and analysta qualified Life 40 yeare Aging Times 168 hours Aging Temps 121' C g b Costinuous Continuous Not applicable Not applicable General Report 1.D: ER-268 Methods Combination of test and analyste Qualified Lifer 40 yeato Aging Times 168 hours Aging Temps 121' C M 14 Continuous under Continuous undet llot appitcable Not appilceble General 5 normal condit tons normal conditions Report 1.D ER-2's8 Methods Combination of test and analyste quattited Life 40 yeare Aging Times 168 hours Aging Temps 121* C 4 9 Car.t tnisuus Cor.tinuove Not applicable Not applicable ,Ceneral j i Report 1.D2 soto 16 g Method: Codination of test and a.ulysis g,, qu.211fied Life: Note 18 i Aging Tame: Lt* 15 Aging Temps Xote 15 1 l l Lrs 'l Continuous Note 18 Not applicable Not appitcable Cenersi Report I.D hte 18 Method Note IS Cualifisd Lifer Note 18 Asiag Time wie 16 Aging Temp: Kota 16 B-35 Revision 0

IPurchase Location Order Model Number or Building Abnormel or Environment to 24mber Type of Egu p ent Manufacturer _ Identification. and Room _ Tag Niamber, Accident Fnytronment Whichjaallfled 10146 T=pe 3d Scotch

h. 83 vinyl Outside EK15b M5B Oir.1:.:nns p!t G rilt'nru

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N/A . 7 TD 1 x 10 RJ. TR: r s Sobrergen u !./ A S&. r gs; ce : N/A date: 4 '.:aa or.e pro:a: Te s b-Jacted to.ili es:s serice? h t.* 13 hte: 18 10146 Insulating Tape Kertte Type I* Various IXt4b LOCA Conditions LOCA Conditions clase Cloth Tape Fernacel Class H RB EKt8a( } Temp: Firure 6.2-7 Temps rigure 1.18-18 Press: Figure 6.2-1 Press: Figure 3.II-1E Silicon Rubber Tape 3M Scotch No. 70 RB EK15e Spray: 2 hogre Spray: 24 haur TID: 2 s to Rade T1D: 1.25 a 10 Rade Spitclas Cement Kerfte Mone seeigned Various IX14c Submergence: No Submergence: N/A Notes 4 Was one prototype sub-jected to all teste settes? Yes MSB Conditione MS8 Conditions Temp Figure 6.2-5a T *: Figure 3.11-18 Press: Figure 6.2-4 Press: Figure 3.11-12 Spray 2 hoyre Sprayt 24 hourg TID: I z 10 Rade TID: 1.25 a 10 Rede Submergence: No Submergence: N/A Notes 4 Was one prototype sus-jected to all teste series? Yes 10146 Tape - Seal Eearney Aireest RS EK17e thCA Conditione thCA Conditione (Note 20) Tempi Figure 6.2-7 Note 18 Fress: Figure 6.2-1 Spray: 2 hogre TID: 2 s 10 Rede Submergence: No MS8 Condittone MSB Conditions Temp Figure 6.2-5a Note 18 Frews: Figure 6.2-4 Sprayt 2 hogre TID: I z 10 Rede Submergence: No 'T 10146 Tape 3M Scotch

h. 33 vinyl Outside K/4 W a CenJtttors

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$niay: N/A 51rav: 15 '.. r s Tla. 1 x 10 kJ e 113: 2x l u" h.a. s ( a Subu rge.wes N/A rui.me t p i u 1/A hte: 4 'J.u on. prot er na ru n-jected to all testa series! Yea a

~. i s .I operability operability Accuracy or Reeponse - Accuracy or Response Regu)lronent e theonst rated J _ tee Renaviremente Time Demonstrated qualification Report and Methad Cw.rtruau+ Note 18 Not applicable Not applicable C.me r it l' keport E.Dt

ate 16 H.rt hos t Kate IS Qualified Lifat Note 14 Aging Tam.: Ncte 18 Aging Temps pote 13 l

l Continuous Coettruseus llot applieeble Not applicable ceneral Report I.0 Qualification test of Eerite 600 volt FR control cable under simulated post-accident conditions. dated 11/25/75 i Methods Test l Qualified Life 40 years c AsIas Time: 100,houte Aging Tempt 302 y4 i l Centinuous pote 10 pot applicable isot applicable Cencrat Report I.D Note It Methods Note Is Quellfled Liter Note la Aging fleen slote la Aging Temps lente le l Con t inuova Note 16 Not appitcable Not applicable General Report 1.Ds Note 18 Etho41 Nota 18 Qualified L1:ar Xote 18 As.mt Tiwi ute i.4 Aging Temps Note ;g I Coatinoous, Cvnti mo e Wa ' applicable Nt applicable C.ocral Report 3.D: Cr.;1r.ectics Report No. 141g JateJ 2/29/72 f P.-t ho.1: T.- Cialif'<d litet Note 6 i s'g n i. T.F 'I 464 h...r* , a u :., m.s" r I i B-36 Revision 0 r

I "# 8 t '" Fu rch Order Model haber or Tutiding Abncimal er Er.vironu at t ' Tier Cualif fe . _P_h sbe r. Type of teutpoent Manviarturer identiffe= tion and Pred Ta- %rAer tertdeat Envirensent t I 10444 Cement Okt, nite 604-45-4104 outside EK13a m CeaJtcrons Ms3 cc-dirt w o R3 (Nets 20) Temps Figure 3.11 35 hote 18 Fresa Figura.3.5-42 5 prays 5/A 7 TI:s 1 a 10 Rads Submergence. I!/A Nota: 4 IW65 8 kV Cable Terminations R&ychen Th6rsofit HTT-CBN 13-1202 EK12e Mrs cordi*iens LOCA readictcms for Camponent Cooling (sote 20) Temp: Figure 3.11-35 Terps F;ture 3.11 + wie r..=;, met,r Fr< na v! pre 3.6 12 o o

ere..:

sprny _/ sy r..y :., :pr. 4 TID: 5.h a 1G aads

1D: 2 x if Na subsergence: N/A sourpaa WA Wde Oi.er pr e? tdt} pt; '

SeteJ to all te series? Yea AC465 8 W Cable Terminations Raychem Thermafit BVT-CBN AB-6823 F412e stb Conditions toCA CosJttie n l AB-8624 (Note 20) for Charging Fuap Mctor and tracafer Seitch AB-8825 Terps Figure 3.11-39 Temp: F1 pre 3.!! AB-8813NE Press: C.1 psig Press: Fi p re 3.) $rray N/A Sprays 24 toi.rs 6 TID: 5 x 10 Rada T1*: 2 x 10 MJs Sulmerp nce: 5/A Subsc r;e:.ce: X/A' kas one pretatypai jected to.11 te series? Yes 10 65 4 kV Cable Termination Raychen Thereafit IIVT 13-1202 EK12a MSS Condition. Mss tendarias (Note 20) for Emergency Feedwater Temp Filture 3.11-35 Tem-t 250 F Fump Fress F1 pre 3 b-12 Fress: I a =0s. Spray: F./A Sprav: N/A 4 TID: 2 x IC 1.ds TID: nte 13 Submergence: N/A Sabmerpnee: X/A Was Or.e prototype jaeted to all tt seriast Yes Notes 49 10465 8 kV Cable Terminations Raychem Thermosit HVT A8-6301 EK12b Normal Operating Conditione Normal Operating ( (Note 20) Temp - Mins 65* F Temp - Min -85* for Switchgear Temp - Max: 85* F Tenip - h a: 250 Temp - Avg: 80" F Temp - Avst Note Press: 1 atmos. Press: 1 atmoa. 3 TID: <10 Rade TID: Note 13 Note 1 10465 8 kV Cable Terminatione Raychem Thereofit MVT 15-3601 EK12e Normal Dreratica Conditione Norm 41 Operatingj ~ 13-3604 EK12b 15-3605 (Note 20) Temp - Mins 65",F Temp - Min: -8 for Switchgear 18-3606 Temp - Mans 85 F Temp - n: 25 IB-6301 TenP - Avg 80 F Temp - Avg NotC Press: I atmos. Fress: Istage. TID: <5 a 10 Rede T10: Note 13 a, Notes 3 Notes 18 i g

s Cpera'ility Op.rability Accuracy or Responas Accuracy or h sponse [ o Eegt r ew nt s Imrmonstrated Ti r.e Beau t reter.t n Ti u M onstrated r 2al ficatf or Report a r.d v.* t b od Continuous Note la Kot applicable Not applicable Ceaeral Report I.Dr Nata 18 Ye t.vd : Note 16 Qua;ilisJ Life: 50te 18 s'rin3 Time: Vn 1.s Asing Tc'_p: Lte 13 Con t inaou s Continuous Not app 1tcable Not applicable C -"e r n t Fepert I.D: 71100, Kev. 1 '1 Pe rien : Tc.t M Q alified L;f.: aate 6 A;it; ?.re 168.% rs A,;.ag 1 e.p

,9.5' F 6',.

i. 1.. Ccnt t raon Cantinuous hot applicable Not applicable 9.+r, Report I.0: 711G0. Acv. I p Wthod: Test p33 Qual.ft d Life: Note 6 Agin; itse: 163 hours aging Temps 2.9.8 F 5h-se in Contir.uovo Continuous Not applicable Not applicable { c~ral Report 1.P: L-009. da:ed 3/72 Eethod: Test (Note 16) Qualified Life: Nate 6 Arina Time: 500 hara 9 125* C Aging Temp: 125 hour. G 150 C ua-ta in Continuous Continuove Not applicable Not applicable Cencral Report I.D: U-009, dated 3/72 Nethods Test (Note 18) Qualified Life Note 6 3 Aging Timet 500 hr 9 125' C Aging Temp: 125 hr 9 150' C pnJ+. Contiaucus Continueve Not applicable Not applicable Ceceral Report 1.D: U-009, dated 3/72 Method: Test (Note 18) Qualified Life: Note 6 B3 Aging Time 500 hr 9 125* C Agtng Tempt 125 hr 9150, C \\ l B-37 Revision 0

~.-- - - l 1cntNa / Furchasa - ( ',. EeSer

ne of Fotpoent N nufacturer Identification and Roma Tar %mber Acci/ent tratru eert l!hich (Mall!'ed Order Model h aber or tuilding Abnormal nr Fnvi terwnt to i

10465 4 kV Cable Teminations Rayches Thermolit HVT SW-2505 EK12a f mal ON rnf en C= died.cm T m l % etta" Cet for strvice W.ter F sp sw.3632 (?.ote 20) Motors and Sw'.tchgear SW-4101 Tc:r.p - Min: 65* F Tcnp - 717. -M F IC l' Te.p - Lx. 1*F 93[F Tenp - E x: Tc y - Avr: Rtv l' T.rp - Avp Fress: I ats.4s. Presa . a:m. TID: e5 x 10' Rads TID: Dk 13 Notes ! hta 10465 8 kV Cable Terminations Raychem Thereofit HVT AB-7416 D12e Normal Operating Conditions Normal Operatin Ce4 for Spray F6mp Motors An-7417 (Note 20) Temp - Mins 65* F Temp - Mins -85 9 Temp - Max: 104, F Temp - Max: 250 D Temp - Avg 93* F Temp - Avg Note I Fress: 1 atmos. Preset I atmos. 7 TID: eIO Rade TID: Nots 13 Notes 2 Notes 49 10465 8 kV Cable Terutnations Raychem Thereofit HVT DB-3601 EK12b Normal operattna Conditions grm.it (Terat tna D for Diesel Cenerators DB-3602 (Note 20) DB-3603 Temp - Min 60* F Temp - Min -85* D 12 F Temp - Mast 250* D 86[F DB-3604 Temp - Man: Temp - Avg Note D Temp - Avgi Press: 1 atsgs. Press: 1 atmos. TID e5 s 10 Rade TID: Note 13 Note: 1 Notes 18 l l 10467 Splicing Sleeve Raychem WCSF RB EKi9A ISCA Conditions. LOCA Conditions (Note 20) Temps Figure 6.2-7 Temp Figure 3.114 Fress: Figure 6.2-1 Fress: Figure 3.1{ Sprays 2 hogro Sprav 720gours TID: 2 a 10 Rada TID: 2 x 10 Rads submergence: No submergence: N/A WesoneprototyFeg jected to all tet seriest Tes NSB Cond sd ~a MSB Conditions Temps Figure 6.2-5a Tempt Figure 3.Ils Press: Figure 6.2-4 Press: Figure 3.l[ Sprays 2 hogre Sprays 720gours TID: 1 a 10 Rada TID: 2 s 10 Reds Submergence No Submergence N/A. Wasoneprototypeg jected to eli tot series? Tes 10467 Cable treakout Raychen 302A812-52/83 35 ER198 1SCA Conditions LOCA ConJitione ) Temps Flaure 6.2-7 Temp Flaure 3.11) Fress: Figure 6.2-1 Fress: Figure 3.!! Spray 2 hogre Sprays 720gours TID: 2 x 10 Rede TID: 2 x 10 Rade Submergence: No Submergence: Tes Wasoneprototypeg jected to all tet series? Yes MS8 Conditione Ms8 Conditiens J q Temp Figure 6.2-Sa Temps Figure 3.11 Fress: Figure 6.2-4 Fress: Figure 3.1 Sprayt 2 hogre Spray: 720gours TLD: I a 10 Rads TID: 2 a 10 Rada (' (1. Subumrgences No Submergence Tes Wasoneprototypej T N AL M $ jetted to all tg '"I'*I Terminal blocks used in Class it applications have been qualified with the equipment.

e Oper A 111ty Opereolitty Accuracy cr Response Accuracy or Respcase Requi'e en's De monst s te d Time Requtreten S T.me I+wns t ra ted S4?ific 9t ton b;:crt a-2 Nig ) Continuovo Cont t ruous Not applicable Not applicable C e ral g Report 1.D: L'-00 ), dated 3/72 Ecthad: Test (Nota 18) Ocalified Lif : 5cta 6 A.;1ci b w : 51)hr ? !25 C Agire Te::ps .25 b; O l aC' C Continuous under Continuous under Not applicable Not applicable General normal conditions normal conditions Report 1.D: U-009, dated 3/72 Method: Test (Note 18) 500 m. 6 Qualified Life: Note 125hr9150:C n5 C Aging u.e, Astog Temps Continuasse continueue Not applicable Not applicable Cenerg g Report I.D: U409, dated 3/12 Methods Test (Note 18) Qualified Life Note 6 Aging Time 500 he e 125' C Aging Temp: 125 hr @ 150 C Continuous Continuous Not applicable Not applicable General Report I.D: F-C4031-3 D Methods Test 33 Qualified Lifet Note 6 302, hours 168 Aging Times F Aging Temps D-p la i l i 3 '83 t l l O 13 t i Continuous Continuove Not applicable Not applicable General Report t.D: F-C4033-3 l 3 Method Test .33 Qualified Life Note 6 Aging Tiget 168 hours Aging Temps 302' F l 3 is l l )3 e <n ) i V,, B-38 Revision 0

p d L I"C

E I" Manf el haber or nullding:

Abnermal or rnv t re cocrit to Purc hase Neber _ Type of Equipment k nufacturer Identification _ and Moon Ta d umber Accident Environment eihich Qualified Order MIMII.!pfot's POVE1t EQUIPMENT h/A Power Tra,sfer and Field N/A AB-8813NE XPN W C grnal ONratin-rgNitime Prv i (T er. t iv C& d s. Motor Can:rol Panel for fabricated Ten.p - Lir.: 65* F Tmp - Ma: atg 11 g3 [ G.ar alr.g ?w:p C Tap - %: 53[F 10 F T er's ' x A.x12. rica Temp - Aq;; c, - Av; 6 - Press:. t:06. 1 -trgos. Press:* x 10 Rads TIO: 17 Lds TID: hote 2 10166 120 Volt A-C *sltal $yetes Could-9722B4315 Co-3611 XTFIFA ~Nntmal Operating Conditions Nermal Operating Conds. Transforma ' Brown Bovert CB-3611 ITFIFB Temp - Min: 73 F Temp - Mins 3f F Temp - Mas: 77* F Temp - N m: 104* F Temp - Avg 75 F Temp - Avs >75* F Preses I atps. Fress: 1 atage. TID: <5 a 10 Rads TID: 1 a 10 Rads Note: 1 10179 Battery Charger Solid state BCS-12300 18-1205 XBCIA Normal Operating Conditione Normal Operati,a Conde. controle 18-1207 XBCIA-1B O'{F 15-1206 XBCl3 Temp - Min: 65* F Temp - !!!n 122 Temp - Nat 90 F Temp - Max: Temp - Avgi 75* F Temp - Avgt 78.8 F Press. 1 atmos. Press: 1 ntuos. 4 TID <10 Rade TID: Note 13 Note 1 20 86 Eattery and Battery C&D 14-15 15-1204 XBAIA Normal Operating Conditions Kermal Operative Cond' 15-1208 IBAIB Rack (Nate (6) Temp - Mins 65 F Temp - Min: 60 F Temp - Mas 90,F Temp - Nza 90* F Temp - Ava: 75 F Temp - Avg: 77* F Press: i atmos. Fresa: I atge. TID: <5 a 10 Rade TID: Note 13 Note: 1 10202 Battery Msin Distribution Square D N/A 15-1205 DPNIRA Normal Operating Conditions Normal Operitice Cond' IB-1206 DPNIRB ranet Temp - Min: 65 F Temp - Min: Note 13 Temp - Max: 90 F Temp - Mas: 104* F Temp - Avg 80 F Temp - Avg 95* F Frese: Istage. Press: I atmos TID: (5 x 10 Rade TID: 3.25 x 10 Rade Note: 1 10202 DH: Distribution Fanet Square D l-Line 18-1205 DPNIMAl Normal Operating Cond itions Normal Operating Cond' 18-1206 DPNIHB1 Temp - Min: 65 F Temp - Min: Notg 13 Temp - Man: 90 F Terp - Man: 104 F Temp - Avg: 80 F Temp - Avg: 95* F Press: I stage. Press: 1 atmos 9 TID: <5 x 10 Rade flD 3.25 a 10 Rade Notes 1 b

~. - - .n I k 9i Ope rabilit y Operability Accuracy of Desponse Accuracy or Seepense Requiremente tiemonst r ated Time pequiremente Time Demonstrated Quattftcetton Report and Method Coatim.oua. Ender Ct.atinuous ut. der 3 tot applicable Not applicable Cwm1

kira.41 cor.41tions norr.at conditier.s Report 1.D: CAI-213M MethoJ: C ediaatton of test and analy,1=

(;ualified Life s 40 > ears (hte 50) t . r,ta.; Tima: ikso 51) n e 51) A;iag Ten,tt 6 f Celtinuous Contlemous Not applicable Not appitcable General Report 1.D 33-53118-CPT Method: Analyste Qualified Lifet 40 years Aging Times N/A Aging tempt N/A Continuous (Note 23) Continuous Not applicable Not applicable General Report 1.D CCCS-17571 ccGS-lF572 Methodt Combination of test and analysis qualified Liter Note 13 Aging Timet N/A Aging Temp N/A Contlesous Continuous Not appitcable Not applicable Cenerel Repor t 1.D tttE 323 Qualtiteetion. Jated 4/7/77 Methodt Test Qualifted Ifet 20 years Aging Time (Note 51) Aging Temp (Note SI) l Coxtinuous Continuova Not oppitcable Not appliceMe ceneral Report 1.1 108-l.02-L3 Methods A slyste Qualifted t for 40 years (Note 50) Aging Times (Note $1) Aging Tempt (Note S1) Celtinuove . Contteucue-Not appitcable Not appitcable ceneral l Deport 1.D1 108-1.02-L2 Method: Combination of test and analyste ( Qualifted Lifer 40 years (Note 50) Aging Times (Note $1) Aging Temps (Note 51) I ( l i \\ I I i ) l B-39 Revision 0 J c

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Purchase 3 Order Model Number or Building Abnormal or Fnvironment to Number Type of Feuipment Manufacturer Identiftration and Room Tat Number Accident Envirompent Which % alifiedi i 10202 D-C Distributton Panel Square D 1-Line CB-3611 DPN1HA2 Normal Operating Coed g g, Normal Operating 002 CB-3611 DPN1HB2 Temp - Mir.: 73* F Temp - Min N/A,F 104 Temp - Max 17 F Temp - Man: Temp - Avar 7 5* F Terp - Avg 'PF Press: 1 atmos. Press: ! atmos 3.25 x to) % 3 TfDs <10 Rads TLD: Note: 1 1 l iG202 D-C Pietribution Panet Square D 1-Line SW-2505 DFMINA3 Normal Operatirt Conditions Nore,1 Operating Co, SW-4101 DPNIHB3 Temp - Mins 65* F Temp - Min Entg 11 Temp - Max: 104, F Temp - Man: 104 F Temp - Avg 93* F Temp - Avg 95* F Press: 1 stage. Pr to: I armoog TID <5 x 10 Rade 3.25 x 10 Red Notes 1 g. 10202 Transfer Switch, square D N/A 13-1207 KET4003 Normal Operating Conditione Normal Operating Cen Settery Charger Temp - Mins 65** F Terp - Min Note 11 Temp - Max 90* F Tc_g - Man 104* F 3 Temp - Avg 80 F Temp - Avs 95* F Fresas 1 stage. Press: 1 atmos TID: <5 a 10 Rads TID: 3.23 s 10) Rad Notes 1 10202 Transfer Switch, Square D N/A 18-1214 IET4002 Normal.Operatirg Conditions Normal Operating Cor Chilled Water Pump Temp - Min: 65* F Temp - Ming Note 1: Trenefer Switch, NVAC Square D N/A" 18-1214 IET4001 Temp - Max: 104* F Temp - Max: 104 F Temp - Avg 93* F Temp - Avg 95* F Mechanical Water Chiller Press: 1 atmos Press: 1atege. 3 TID: <5 m 10 Rede Tir 3,25 s 10 Ras Notes 14, 46 10202 120 Volt Vital A-C Square D I-Line C3-3611 APN5901 Normal Operating Conditione Normal Operatleg Os Notel) Distribution Panel us35 C5-3611 APN5902 CB-3611 APN5903 Temp - Mins 73* F Temp - Mint e CB-3611 APN5904 Temp - Max: 77* F Temp - Man 104* F CB-3611 APN5907 Temp - Avg 79 F Temp - Avg 95* F i I atmos C9-3611 APN5908 . Press: 1 stage. Press: 3.25 a lo 4l 3 T10: <5 a 10 Rade TID: 120 Velt A-C Instrument Square D 1-Line C3-3611 APN1FA Notes ! i Mata Distributtoa eenel CB-3611 APNIFB 10207 Component Coeling Water Terac/Could HPL-C 13-3604 IES2001A Normal Operating _ Conditione Normal Operatirg C 14* ] 15-3606 KES20013 Pump Speed Switch 18-3605 XES2001C Temp - Min: 65* F Temp - Min Component Cooling Water Terec/Could HPL-C 18-3605 IET2001C Temp - Max: 90* F Temp - Max: 104*( Temp - Avg 80* F Temp - Avg: 59 to Fump Tramefer Switch Press: 1 atmos. Pressa 1 atpe. 4 TID: <10 Rade TID: 1 a 10 Radsj Notes 1 i i l 4 i 1, l

4 I Dyerability Operability Accuracy or Response Accuracy or Response L Requiremente Deannstrated Time Re ;uirements Time Demonstrated Qualification Report and Nothod ir h GItteucue Continuous Not applicable Not applicable ceneral Report I.D 108-1.02-L2 Methods Combination of test and analyela Qualified Lifes 40 years (Note 10) Aging Timer (Note 51) l Aging Temps (Note 51), Cr,attuuoue Continueve Not opp 11 cable Nct applicable General Report 1.D: 108-l.02-L2 Methods Combination of test and analyste Qualified Life: 40 yeare (Note 50) I Aging Timer (Note 51) Aging Temps (Note 51) i ' continuous continieve Note 12 Note 12 Ceneral Report 1.D: 108-1.02-14 l Method: Analysis Qualified Life 40 yeate (Note 50) Aging Timer (Note 51) Aging Temps (Note 51) Continuovo Continuous Not applicable Not applicable Ceneral Report I.D: 108-1.02-14 Method Analyste Qualified Life 40 years (Note 50) Aging Times (Note $1) Agtus Temps (Note 51) I Continunue Continuous Not applicable Not applicable Ceneral Report 1.D: IC8-1.62-L2 Method: Combination of test and analyste Qualifted Life 40 years (Note 50) Aging Times (Note 51) Aging T W : (Note 51) L l g. Continunue Contievous Note 12 Note 12 Ceneral Report 1.D 33-51452 G3 Methods Combination of test and analyste qualified Life 40 yeare (Note 50) ()* F Aging Times (Note 51) Aging Temps (Note 51) l l s I B-40 Revision 0

beat M Furchase Order Model dumber or Building Abnormal or Environment to Weber _ Type of Equipment Manufacturer identification end Room Tag Number Accident Environment bhtch Qualified 10207 Safety Injectica Fump Terac/Gould liFL-C AB-8813NE IET2002C Normal Operating Conditions Norral Operatint Cond-Transfer Switch Temp - Min: 65 F Temp - Min: 14" F Temp - Max: 104 F Temp - Man: 104* F Temp - Avg 91 F Temp - Avg 59 to 9 Fress: I arpa. Fress: I argos. TID: 2 x 10 Rade TID: 1 x 10 Rads Notes 2 10207 Service Water rump Terac/Could HPL-C SW-2505 IES2003A Normal Oper atiet Tenditions Normal Operating Con Speed Switch SW-4101 IIS20038 SW-2504 IES2W3C Temp - Min: 65* F Temp - Min: 14* F. Temp - Man: 10g F Temp - Man: 104 F service Water Pump Terac/Gould HFL-C SW-2504 IET2003C Temp - Avg 93 F Ter.; - Avg 59" to Fress: 1 atmos. Fre-et I alps. Transfer Switch TID: <10 Rade T1D 1 x 10 Rade Noter 1 N/A D tation Fuse Fanele Field N/A 15-1205 IPN5248 Normal Operating ' Conditions Normal Operatir g Cob fabricated 18-1206 IPN5249 15-1207 IPN5250 Temp - Mint 65* F Tcop - Min. Note 1d Temp - Max: 90 F Temp - Mau: 230 F Temp - Avg 80* F Temp - Asg: 80* F Fresa: 1 stags. Pressa jatmos. TID: <5 x 10 Rads TID: 10 Rads Notes 3 N/A Isolation Fuse Panete Field N/A 18-6302 IPN5258 Normal Operatina Conditions Norwal Operatiet Con f abricated thru j 40 Temp - Min Notg 13! >lg4[F IPN5260 Temp - Mins Temp - Man: 230 F Temp - Max: Temp - Avg 82 F Temp - Avg 80* F Fress : I atags. Freest jatmos. TID: <5 x 10 Rede TID: 10 Rada Note 46 N/A loolation Fuse Fanete Field N/A C5-3611 IPN5251 Normal Operating Conditions Normal Operating Cor fabricated thru IPN5257 Temp - Min: 73 F Temp - Min: Note 1: Temp - Max: 77* F Teu.p - Maus 230* U Temp - Avst 75* F Temp - Avs: 75* F Fressi 1 atmos. Fressa jatmos. 3 TID: <10 Rada TID: 10 Rado Note 1 N/A sampling System Field N/A C3-1211 IPN7217A Normal Operatina Conditione Normal Operetter Coe Relay Fanels fabricated IPN7217B Temp - Min: 40" F Temp - Miss Notg 1: 21)F F Temp - Max: 9 5, F Temp - Max: 75 Temp - Avg 82 F Temp - Avg Fress: 1 stage. 10)Rado Frees: etuos. TID: <5 m 10 Rado TID: Notes 46 1 L

a/ Operability Operability Accuracy or peop6nse Accuracy or Response Requiremente Demonstrated Time Requiremente Time Demonstrated Qualtlication_peport and Method Continuous under Continuous under Not applicable Not applicable General normal conditions normal conditione Repoet 1.D 33-51452 QS Method: Combintation of test and analysis fF Quell'ied Lifes 40 years (Note 50) Aging Times (Note 51) Aging Temps (Note 51) h' Continuous continuous pote 12 Note 12 Ceneral Report 1.D:' 33-51452 CS Methods Combination of test and analysis F Qualified Life 40 yes e (Note 50) Aging Time' (Note 51) Aging Temps (Note 51) Continuous Continuous Not applicable Nct applicable Ceneral g Report I.D: CAI-2138 Method Combination of test and analyeta Qualified Life 40 years (Note 50) Aging Times (No:e 51) Asths Temps (Note 51) g Continuous Continuous Not applicable Not applicable Ceneral Report I.D. CA1-2138 Method: Combination of test and analysis qualiffed Lifes 40 years (Note 50) Aging Times (Note SI) Aging Temp' (Note 51) Continuoun Continuous Not appitcable Not applicable General 4 *.~ Re ort I.D: CAI-2138 r Met;md Combination of test and analysis Qualified Life 40 years (Mute 50) Aging Times (Note 51) Aging Temps (Note 51', I '.A Continuous Continuoue Not applicable Not applicable General Report 1.D: CA!-2138 Methods Combinattom of test and on.lyeta Qualtiled Life 40 yeste Agin5 Times (Note 51) Aging Temps (Note 51) i B-41 Revision 0

3 \\] location Purtl%se order Model Number er Building Abnormal or Environment to 1 __%_ mber Type of Equipment k nufacturer Identification and Room _ Tag Number Accident Fnvironment Which Qisalified N/A 7.2 kV sus Undervoltage Field N/A 18-3601 KPN5276 Normal Operating. Conditions Normal Orcritira Ce Relay Panela fabricated 15-6301 IPN5275 Temp - Min: 65 F Temp - Nin: Nege1 Temp - Maa: 85 F Temp - Max: 85 F Temp - Avg: 80* F 1emp - Avg: 80 F 10{atmoo Press: 1 stags. Press: TID: <5 x 10 Rede TLD: Rado Notes 1 (both), 3 (1FN5276) 10174 Main Control Board Reliance N/A CB-3611 1CP6100 Marmal operat trut conditions Nor :a1 Oper** tne Cc (Note 34) Temp - Min: 73" F Te-p - Min: 65 F Trep - Mau 95" F Ter.p - Faz! 77]F Terp - Avr. 75 F Temp - Avs: 75 F Press: 1 atm a. Press:c '.0)a tmos. Mods '1 I D I fe"tv 13 TID: Note: 1 Note 41 m 1C174 1E Auxiliary kalay Rack Reliance N/A CB-3611 XPN5303 No rr.a1 One r a t ing condi t t an s Nor-= 1 Opere t re r_. Tc ar - hin: 73* F Top - Er =8 F T.,ur - *i.. f' r in. - Ptu .i Te.h - Avg 75" F Terp - Avc 7f r: Press: 1 ate s Pres. 1t- - TIJ: .5 a 10" Raja I1J: At== 11 id Note: 1 13259 Isolation l'unes in viue-Trel N/A A3-3603 XPN2CCS -SLB Cnnditiens SI 3 CoMit' v s Heat Tracing ranels thru ArWO10 'Is mp : Fig.re 3.11-I.3 . Note la Press: Fa;;urc 0.1 p:.ig ir,r j; qA TLD: <13 Rada Sabe r sexe: 3./ A 10259 Isolation Fuses in Time-Trol N/A FB-3601W TrN2001 cr il Orerarte: Cer.d t t ier s Norri - o :,- XPN2002 , F Tet? - M'a: o Tractr.g Fanela Ta,> - Min: 19' Tee., .'.1x : '0?* F ict p - M.u s if 7 Terp - Avg: E2' F T.mp - A 4 : W3 Presa 1, atmos. Prce, I a*=cs. 113: <10' Rads TI": 10' K.as N >te: 46 Nott: IS 10260 Special Instrument Cable Okonite Tefzel CD-2502 EKc6a Nore11 Opersting condittoes LOC 4 Condit t-s O CS-3o11 FKc6b F.Kc6c Teno - Nin: 73 F Te-p Fir re 3.1 Terp - P.u: 77 F Pr*ma i l cir-3. j Tero - Avg: 75 F t;ra. 1.' p ro Fress: 1 atmos. T13: 2x'E Aw. 3 ?ID: <10 Rads Su';ner y ne.

fa Notet I Was one proce...s jected to all t-series? Yes l

t/ . Operability Operability Accuracy or Response Accuracy or Response {. toy.f rem. ae s te meersted Time Regis t rements Tleie twsounetrated W alification Report and Method 1 g. ' Continuous Continuous Accuracy of timing Accuracy of tia tog Cenerst relays 210% relayst 2101 i Accuracy of undervoltage Accuracy of undervoltage Report 1.D CAI-2138 relayas ill relayat 211 Methods Combination of test and analysis Quellfied Life 40 yeare (Note 50) Aging Times (Note 51) Aging Temps (Note 51) ' d.,h Continuous under. Continuous under Itot applicable Not applicable Ceneral normal conditions normal conditions Report 1.D Environrental Out11fication Report for South Caru11:ta Electrle & Ove Cwp.iny. Virgit C. Suwr Mu:Ic.ar Pouer piant - Unit 1 Main Cor. trol Board; finating. Voottlatteg and Air Condition!ng Control Boards Control Room Evacuatior Panelt Termination Cabinets Methods Test Qualified Life.. 40 years Aging Timet 384 hours Aging Te-mps ?)S F is Continuous Continuous Accuracy of timing Accuracy of timleg ceneral r(lays: 1101 - relays: 2101 Report 1.D: E7012] $D r " -- o ,5 r 47324 s AUfH.1 yN ne thal: Test QualificJ Lifes 40 years (Note 50) Aging Time (Xote 5;) A ics Temp LNote 51) d Cor.tinuous' Continuous Not applicable Not applicable Ceneral Report 1.D: Later htaodi Anal,sta quali!ted Life: 40 ; ears Aging Tir.ca T/A Aa,ing* *emp: N/A Continuova Continuous Not applicable Not applicable (crcral g Report 1.D tatsr 3 Methc3 Analysis Qut11fted life 40 years Aging Tiae: N/A ! sing T rp %/A C nt inue,ui, .Continuova Not appile.tble W t applicabic Ceeieral Report 1.D: Qualificat ice Test of .3; Electric G.h!ae/*'c-aJuctors 1 3; ui tv r.: r ' ciait.etr ! INA N r by Sinuit n.vus hpowre to Envirr.rmets of tree:J % Cheste 6 bpray m I hadi g oa. b. dated 5-73t ekontte 1e:ters a la cf 5-25-74 6-21-79;Deint Let.wr of **23-79 g Yethodt Teet B"42 Qualitted Life >40 years 9 40* C h isim 0 53' '**'* Aging Temps 320 F

r NOTES: 1. Environment is controlled by Class IE HVAC equipment; therefore, normal operating condition data is shown. 2. Equipment is not requircd to operate during abnormal conditions, and failure in any mode during abnormal conditions is not detrimental to plant safety or accident mitigation. 3. Temperature increase to 90 F calculated for SLB in adjacent areas of building. 4. Accident environment is -worst case basis for qualification. 5. Qualified to SLB conditions by analysis as described in Paragraph 3.11.2.2.3. 6. Qualified _ life os determined. 7. Report references ASCC report AQS 21678/TR. 8. Report references NAMCO Report " Qualification of NAMCO controls Limit Switch Model EA-180, IEEE Stds. 344 ('75), 323 (' 74), and 382 ('72)," November 21, 1977. 9. Equipment is identical.to that tested except in size. 10. Equipment was specified and designed for operation within this environmental envelope. ' 11.' Triaxial cable'is located in conduits inside and outside of the reactor building. -Parts of the conduits inside the reactor building are imbedded in the primary shield concrete, and parts of the conduits outside of the reactor building are imbedded in the floors. (/ 8 Revision 0

~. 1

12. ' Operating _ time is insignificant compared to total response time of

'l 4 the system. i 13. Parameter not. defined by qualification program. i i 14. Temperature increases to 110 F with a concurrent loss of the non-safety ventilation system and SLB in adjacent area of intermediate building. 15. Cable tray,-tray supports, and conduit supports are seismic Category I and have been structurally qualified as described in Paragraph 3.10.2.1.1. However, they are not Class lE, and therefore no spe cific environmental qualification has been performed. 16. Battery racks are Seismic Category I and have been structurally qualified as described in Paragraph ~3.10.2.1.1. However, they are not l Class 1E, and therefore no specific environmental' qualification has been performed. 17. Penetration fire seals are not considered Class lE. 4 18. Refer to discussion of compliance with NUREG 0588 for further i information. J I l 19. Equipment not' required for design basis line breaks accidents but qualified for environmental condictions of fuel cask drop accidents.

20. - Bill of Material number.

4 .21. Report references FQP-7, Rev. B, " Qualification plan for safety-related control valves for South Carolina Electric and Gas Co. Virgil C. Summer Nuclear Station Unit 1," of which Appendices M-and N are: Appe'ndix M " Test Plan 2/24/77 Certification of Switches for Class lE Use in Nuclear Power Plants in Compliance with -s q,/ IEEE Std. 382-1972," by Acme--Cleveland Corporation. B-44 Revision 0

-Appendix N " Qualification of NAMCO Controls Limit Switch -s \\s,/ Model EA-180 to IEEE Standards 344 ('75), 323 ('74), and 382 ('72)," dated March 3, 1978. 22. Valves are qualified for 40 years and 40,000 cycles. Accelerated -aging performed for coils and elastomers. 1-23. Operation of.2 ot' the 3 battery chargers is required within 2 hours after loss of offsite power.. 24. Operates only for periodic testing and con'tinuously af ter a LOCA or SLB inside reactor building. 25. Operates one hour per month for.40 years and for 6 months continuously following a LOCA or SLB inside reactor building. 1 26. Report references Rosemount report #3788, " Qualification Test Report for Rosemount Pressure Transmitters Model 1153 Series A," and. Rosemount report #12785, " Submersion Test for Pressure Transmitter Model 1153-0022-0001." l 27. See FSAR figure 7.3-1. ) 4 28. The vitro qualified life program includes a minimum 200 hour burn-in time and an ongoing qualification program. 29. See FSAR section 3.11.3.2 (9) for further detail. 30. Operability required at 15,000 cycles without l'eakage, and demon-strated at-57,500 cycles without leakage (o-ring seal) and 225,000 cycles without leakage (metal scal). 31. Qualification report not yet received. ) v B-45 . Revision 0-i . _ _,, _ ~

32. Motor function is not required for safe shutdown or accident - "'}. s,_/ mitigation; however,' motors are Class lE and qualified to ensure that they do not adversely affect the Class lE systam. 33. The environmental _ qualification performed under purchase order SN-10174-SR includes the qualification of fuse blocks. 34. The environmental qualification performed under purchase order SN-10174-SR includes the qualification of the following: a. General Electric SBM switch b. General Electric SB-IN and SB-10 switches c. Micro-switch CMC-910-AEA-53-1 switch d. Westinghouse OTl switch Westinghouse OTl pushbutton e. f. Cutler-Hammer D26MR AC relay g. Cutler-Hammer D26MR DC relay h. General Electric 8431-3 fuse block 1. General Electric ET-16 indicating lights j

j. ' Matrix FB16R and MB10R connectors 35.

Valves are to be capable of operating at 90V D-C with minimum and i maximum operating pressure differential. 36. Valves operated at 90V D-C with minimum and maximum operating pressure differential on demand under postulared environmental conditions. 37. No false actuation;.no degradation of contact rating. 38.- Open contact resistance: Before test--1,000 Mohms (Infinitely) After test--1,000 Mohms (Infinitely) Closed contact current: Before test-.086 amps @ 100V D-C -After test-.086 amps @ 100V D-C B-46 Revision 0

~ ) .39. Full accuracy tolerance: i 5% of upper range limit.during exposure to radiation i.5% of span during vibration i 8% of upper range during LOCA 40. Full accuracy tolerance: { t 3.7% of span during exposure to radiation 5 5% of span-during vibration i 6.95% of upper range-during LOCA 41. Ambient extremes 'are a minimum temperature of 40 F and a maximum i temperature of 1200F. 42. Some of this cable is located below the 418' 6" level of the reactor building where there is potential flooding. The circuits required I post LOCA will be determined, and the cable will either be relocated { at a. higher level or qualification testing will be done on the cable for submergence. 43. The space inside each valve container guard pipe enclosure is sealed from the containment atmosphere by a welded cover plate between the process pipe and the guard pipe. Therefore, valves 8811 A & B and 300. A & B are not postulated to be submerged following an accident required to be qu'alified inside containment, and these valves are not for submergence conditions. 44. Triaxial cable. is located in conduits in the penetration access areas, 4 intermediate building, and control building. Parts of these conduits are imbedded in floor slabs. 45. Conduits for triaxial cable imbedded in floor slabs are subject to i standing water. 46. Maximum temperature occurs on loss of non-Class lE HVAC system; other conditions listed are for normal design conditions. 0,) 1 1 B Revision 0 N y 7 -y, m, r.,

1 /) 47. Area is naturally ventilated,'and' temperatures listed are based on \\~-l measured conditions. 48. The sump level. transmitters were qualified by a combination of analysis and test. The analysis performcd demonstrates that the Rosemount model #1153-002-0001 is similar to the previously qualified Rosemount model #1153DA4. A prototype 1153-0022-0001 transmitter l was tested for leak tightness and function during a seven-day ) simulated submergency test. At the end of the seven days no leakage was detected, and the. transmitter remained functional. \\ l 49. These cable terminations are scheduled for replacement with nuclear i rated model HVT-N, similar to those used for component cooling water i -pumping motors. 1 50. Qualified life is based on periodic replacement of equipment components. i 51. Qualified life is based on material and component life test data. i 52. Shielding is' to be added which will reduce the TID to 1.05 x 10 Rads. 'f b 1 1 I D(.,-) B-48 Revision 0

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O Ii l I il I l i l 1 340 320 L 300 280 j g t l E o 7 250 - NF 5 212 - - i 200 - l l 1 I I I 1. I I I ii 10 3 HR 5 5 HR 8 HR 11 HR 15 HR # J4 DAYS 30 DAYS 100 DAYS SEC HR S MIN 5 MIN 5HR 10 SEC TIME SOUTH CAROLIN A ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLEAR STATION 1.0CA Simulation Qualification Envelope-Okonite 3 Figure 10 Revision 0 a

g ' eg,n O LL18 <0(u111 ^ ,w >:,,;;~ i 6 i i i g a i; i, ~ i I \\ ~ C 3 t l J - i l e 1 l w J - 3 e .I l'J f ~; is -is 21 J fi E/ ii/ J== / mt - a I I t 3 3 1 3 f (dd 3801733ee31 SOUTH CAROLINA ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLEAR STATION O LOCA Simulation Qualification Envelope-Rockbestos Figure 11 Revision 0

~. l L O 400 357'F.'> 70 PSIG WITHIN $ MINUTES 350 1 $ 300 275'F/31 P$tG as ri 280*Fe70 P5lG (MIN ) ey 250 - l y g 212'F/- 10 PSIG Y re d & EQ - el40'F PREHEAT jag E 1 f >a f 10 5 10 HR 4 DAYS 30 D AYS SEC MIN TIME SOUTH CAROLINA ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLEAR STATION LOCA Simulati0n Qualification Envelope-Raychem Figure 12 Revision 0 I

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.. _. -... ~ E i e i - s i i i 2 i j ~ - i 4 2 l i i 4 6 8 f ~ 0 f f I I l ) 3 1 h R h 1 1 E l 4., aanmsen SOUTH CAROLINA ELECTRIC & GAS CD. VIRGIL C. SUMMER NUCLEAR STATION l Tempe.rature Profile for Steam Pressure Test-Rosemount Figure 15 Revision 0

.1 1 .i 1 e e i i + - s - c i I + 1 ~ _ _i 1 1 ~ $ i I 1 I i i i 1 i j g g a R S R 2 '0tte 3mntS3ke i SOUTH CAROLINA ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLEAR STATION Pressure Profile for Steam Pressure Test-Rosemount Figure 16 Revision 0 i -l .. _.. _ _.. _.... -,. _ _ -.. _ _ _ _...., _. _., _.. _, _ _ _. _ - _... _. _. ~ _ _. -... _ _.

l l I l l l l 6 i i i i ( l 2 4 _i ~ I I I I I i 3 4 2 R 3 8 a w sannasen SOUTH CAROLIN A ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLEAR STATION Temperature Profile for LOCA Test-NAMCO Figure 17 Revision 0

I 1 O i l l I I ( s. R 6 1 _. + _I l 4 1 r e g l I I I I R s_ tois4 aanssied SOUTH CAROLINA ELECTRIC & GAS CD. VIRGIL C. SUMMER NUCLEAR STATION Pressure Profile for LOCA Test-NAMCO Figure 18 Revision 0

=_. h $= . i : il i ~ z I l 4 i 4 mm w 4 ox C _ i5 6 + M 8 1 l 1 i a .x= i 1 : st 2 e q a -1 ] s a x; i i _ E, f l t x N a l u 7 i .s a A S, ae 4 ,cis4.d.: sanssia4 manuara zt n e I SOUTH CAROLINA ELECTRIC & GAS CD. j VIRGIL C. SUMMER NUCLEAR STATION i 1 LOCA Simulation Qualification Envelope-Reliance Figure 19 Revision 0

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5E mu3mW a. S 3 5 3 2 Y G9 '6 7 AD m()- 03 j 2 ,n / 5 1 2 / S Y I A I D 4 s n 5 ,i 6 e 2 eo g, R l I l i 5 1 9 6, 5 3 / E M R I s l i I I T i y 1 e 1 ns. j R l i i 8 I ) e. it R l M i l I 5 5 3 3 at 1 i RI H 1 / T I 6I I 1 4 W 1 3 3 ( 5 E ~ T 3mC u. 7, H E E S o1 HT gw8 PN 0 El F

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i i 8-i i i i e i 1 f ,e 3 _t i d _i i 1 1 i 1 I 3 t i i i i g } } S 9 E 4* (4.: 3anivuse si a I SOUTH CAROLINA ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLE AR STATION f Temp. Vs. Time Following a Main j m Steam Line Rupture in the ( Intermediate Bldg. Between { + Elevations 412' and 436' i Figure 24 I i I Revision 0

i t 1 i I S i t i i i ~ l 1 e i i ? i 5 -s ) 1 I 4 e i J i i

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I 1 1 g g 3 a _= 9 e ~ u.) 3at11vy3an31 1 SOUTH CAROLINA ELECTRIC & GAS CD. VIRGIL C. SUMMER NUCLEAR STATION Temp. Vs. Time Following a Main Steam Line Rupture in the Intermediate Buildigg Above Elevation 436' Figure 25 Revision 0

i k I 1 8 i i -o J 4 ?= 5 _ g 2 2 4 1 3, 2 I s t I 5 i s 2 S i S* ~ n u., sanivuavn SOUTH CAROLINA ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLEAR STATION Temp. Vs. Time Following a Main Steam Line Rupture in the Penetration Access Area Belcw Elevation 436' Figure 26 Revision 0

I 1 I. 4 i i 8 f 4 i 4 i i I e i -J ) _cw 5 3 a a 1 l s = i 4 d A 1 i i e i g s_ _a 3_* { a a 2 a ~ a a ) .doJ3h01Td3cN31 i f l 1 SOUTH CAROLINA ELECTRIC & GAS CD. VIRGIL C. SUMMER NUCLEAR STATION I~ 'O Temp. Vs. Time Fo11cwing a Main Steam Line Rupture in the Pene ':stion Access Area Above Elevation 436' Figure 27 Revision 0 i-

t 5 i q i 1 _ \\ i t R k g g i 5 i 5 ,g-4 't 4 ] g r, d 1 \\ g j = 3 3 is.; univaienst i SOUTH CAROLINA ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLEAR STATION Temp. Vs. Time Following a 4-inch j Auxiliary Steam Line Rupture in the Auxiliary Building Figure 28 Revision 0

97R 2GWL o 8# I i h 3 g g j as g 5 E 3 g: J i ) ~; \\ Y i 1 ? i N g i i -w ,C t SOUTH CAROLINA ELECTRIC & GAS CO. VIRGIL C. SUMMER NUCLEAR STATION i Temp. Vs. Time Following a 3-inch O CVCS Line Rupture in the Auxiliary Building Figure 29 Revision 0 1 .}}

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