ML19339A501
| ML19339A501 | |
| Person / Time | |
|---|---|
| Site: | Susquehanna  |
| Issue date: | 10/31/1980 |
| From: | PENNSYLVANIA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML17138B534 | List: |
| References | |
| NUDOCS 8011040142 | |
| Download: ML19339A501 (104) | |
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Om t a PP& L EQUlPMENT QUALIFICATION REPORT F ACILITv.
SUSOUEHANNA UNIT 1 DOCK ET NO-
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ENVIRONMENT DOCUMENTATION REF OUT EQUIPMENT DESCRIPTICN N#'
STANDING METHOO PARAMETER FSAR
. UALIFtCATION FSAn OU AL.
ITEMS Q
SYSTEM Field Mounted Electronic 05='as T =
Ref.
Simultaneous None Pressure Transmitters continuous continuous (C)
Test PLANT 1.D. NO.
LT-15312 T'a's='a'u'e i F i tbrm: 100/60 Note Ref.
Ref.
Sequential None Max:
104 (3)
(A)
(C&E)
Test Coweo g Pressure Ibrm: -0.25 lbte Ref.
Ref.
Sequential None Transmitter MANUF ACTURER; Rosenount lin wg)
Max:
-0.25 (3)
(A)
(C)
Test Reim Ref.
Ref.
Sequential None
IT5I'IP 'ID106-5A-22MB 100%
100%
(A)
(C)
Teet PURCH ASE ORDER NO.:
8856-J-3A C w.c. Sorov
?&
lbne
!M lbie
?&
NA FUNCTION / SERVICE:
ggp 1.7E05 5E06 Ref.
Ref.
Exposure None R odeaten
'"'d '
Surge 'Ihnk level (A)
(C&D)
ACCUR ACY:
SPEC:
2%
DEMO: Note 2
^ * ' " '
Ref.
Note 40 YEAHS None (B)
None NA (1)
LOCATloN:
AREA: 27-6 su e.
ELEv.: 779'_la Room: RIM IM None Na ibne NA NA FLOOD LEVEL ELEV. }M
.-2...,.,_.m NA ABOVE FLOOD LEVEL 7 YES:
NO:
EQR6 DOCUMENTATION REFERENCES NOTES a.
FSAR 'Ihble 311-6 1.
'Ihis Rosemount Pressure Transmitter confortns to IEEFe
.L FSAR para 3.ll-a-2 323-1971. Additional Documentations are required on C.
Vendor Print f856,73A-8(3)-1 Qualification azirs and qualified life span.
i Tests for ll A D.
Vendor Print d856 73A-8(2)-1 Kapton Wirirg Insulation 2
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ML EQUIPMENT QUALIFICATION REPORT F ActLITv:
SUSOUEHANNA UNIT 1
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LT-15312 DOCUMENTATION REFERENCES (CONT.)
PiOTES (CO6eT.)
E.
Vendor Print 8856 73A-21-1 (2) Demonstrated to less than 2%; 12% drift during steam-pressure Ambient Exposure environment (3) Ambient exposure ranging frm -35 F to 120 F Steam-Pressure Divironment Test Results:
Time Duration Condition _s 10 minutes 350 F, 60 PSIG, Dry 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> 316 F. 70 PSIG, Saturated Stem 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> 303 P, 55.4 PSIG, Saturated Steam 42 hours4.861111e-4 days <br />0.0117 hours <br />6.944444e-5 weeks <br />1.5981e-5 months <br /> 230 F, 6 PSIG, Saturated Stem 4
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' NUCLEAR BOILER VESSEL INSTRUMENTATION SYSTEM
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SUSQUEHANNA UNIT 1 EE DATE DOCKET NO:
ENVIRONMENT DOCUMENTATION REF OUT EQUIPMENT DESCRIPTION EAl STANDING
't4ETHOD i
PARAMETER FSAR QU AL'SICATION FSAR QUAL.
ITEMS SYSTEM:
Operating Torne Pressure Transmitters continuous continuous IM (C)
Test iLANT I.D. NO.
PT-14262 tbnn: 100/60 lbte Ref.
Ref.
- kquential ibne COMPONENT
Max:
104 (3)
(A)
(C&E)
Test Gage Pressure T ansmitter ibnn:
-0.25 lbte Ref.
Ref.
- kquential ibne MANurAgTURER
- Rosemomt (in wg)
Max:
-0.25 (3)
(A)
(C)
Test R.i.i.v.
Ref.
Ref.
- kquential ibne MODEL NUMSER:
Huraidity (%)
1151 GP-T0106-9A-22MB 100%
100%
(A)
(C)
Test PURCHASE ORDER NO.: 8856-J-3A la Ibne lbne IR la FUNCTION / SERVICE:
R.d t.on Reactor Vessel (Rad 1 7E05 SE06 Ref.
Ref.
Exposure None ACCURACY:
SPEC:
N Aging DEMO: lbte 2 Ref.
Note LOCATION:
AM E A:
E LEV.:
7 g _in FLOOD LEVEL ELE la ABOVE FLOOD LEVELilA YES:
NO:
mnA DOCUMENTATION REFERENCES NOTES A.
FSAR Table 3 11-6 1.
'Ihis Rosanount Pressure Transmitter confonns to IEEE-B.
FSAR para 3.ll-a-2 323-1971. Additional Documentations are required on C.
Vendor Print 8856 T3A-8(3)-1 Qualification agirs and qualified life span.
Tests for 1152 D.
Vendor Print 8856 I3A-8(2)-1 Kapton Wirits Insulation 2
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PP& L EQUIPMENT QUALIFICATION REPORT racsuty:
SUSOUEHANNA C0"0"" "' "" ' ' I " 0 ;
UNIT 1 FT-14262 n e v.
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DOCUMENTATION REFERENCES (CONT.)
NOTES (CONT.)
E.
Vendor Print 8856-J3A-21-1 (2) Dmionstrated to less than 2%; 12% drift ducirg steam-pressure Ambient Exposure environment (3) Ambient exposure ranging fran -35'F to 120 F Steam-Pressure Dwironment Test Results:
Time Duration Corx11tions 10 mirutes 350 F, 60 PSIG, Dry 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> 316 F. 70 PSIG, Saturated Steam 7 hours8.101852e-5 days <br />0.00194 hours <br />1.157407e-5 weeks <br />2.6635e-6 months <br /> 303 F, 55.4 PSIG, Saturated Steam 42 hours4.861111e-4 days <br />0.0117 hours <br />6.944444e-5 weeks <br />1.5981e-5 months <br /> 230 P, 6 PSIG, Saturated Steam I
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SUSOUEHANNA UNIT 1 DATE DOCK ET NO:
ENVIRONMENT DOCUMENTATION REF OUT EAI" EQUIPMENT DESCRIPTION STANDING O
PARAMETER FSAR OUALIFICATION FSAR QUAL.
ITEMS Note SYSTEMlbclear Boiler Vessel 05"'a me Twww Instrunentation continuous cor.tinuous NA fPne None 1
PLANT l.D. NO.
XV-42-1F055 T - = '
lbnn: 100/60 Ref.
Ref.
Note
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C95s b Check Valve Pressure (PSI A)
Ref.
Note MANUFACTURERMarotta
.25"wg lbne (A) lbne Ibne 1
R *i=*
Ref.
Note
""""d"'
100 None (A)
MODELe# E DD PURCHASE ORDER NO.:
J-92 NA None (A)
Ibne Ibne 1
Radiaten 1.7E05 RADS lE08 RADS Ref.
Ref.
Ibne FUNCTION /SERVICECOnta h ent Isolation GAMMA, TID GM MA, TID (A)
(D)
Test tbte 2 ACCURACY:
SPEC: IM As*e Ref.
Note DEMO:
40 YEARS None (B)
None Ibne (1)
LOCATION:
AREA: 25 E L EV.: 729'-0" Sa'e Ref.
ROOM: R1K NA lbne (C)
Ibne None None FLOOD LEVEL ELEv. NA ASOVE FLOOD LEVEL YES:
NO:
I@R4/1-12 DOCUMENTATION REFERENCES NOTES
- i. FSAR hble 3 11-6 1.
Excess Flow Check Valves require additional testing for 3.
FSAR para 3.ll a-2 aging and post accident environments in accordance with
- . FSAR Section 3.6 TFFF-323-1974.
).
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
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PP& L EQUIPMENT OUALIFICATION REPORT couroNENT sutET ho:
F Accur v:
SUSOUEHANNA UNIT 1
,g y, o,,,
ENVIRONMENT DOCUMENTATlON REF OUT-QUAL STANO4NG EQUIPMENT DESCRIPTION MTM l
PARAMETER FSAR ouALIFICATioN FSAR OVAL.
ITEM 1
Note SYSTE"lbelear Boiler Vessel op*=s T=
l Instrw entation continuous continuous
?&
tbne
!bne 1
PLANT 1.D. NO.
T'"*"= 8 H lbnn: 100/60 Ref.
Eer.
lbte XV-42-lF053A,B,C,D Max:
104 150 (A)
(D)
Test 1
Ex$bsFlow
""'. tes: Al Ref.
!bte Check Valve MANUFACTURERMarotta 25"wg tbne (A) lbne
!bne 1
R.i.
Ref.
Note
" M"hD 100 None (A)
None Ibne 1
Ref.
!bte I
PURCHASE ORDER NO.:
l J-92 NA None (A)
FUNCTIONISERVICEDontaiUUeUD 17E05 RADS lE08 RADS Ref.
Re.
None R.a.. tea (R.dl Isolation g,g GA}EA, g (A) st Ibte 2 ACCURACY:
SPEC: NA
!bte oEMo:
40 YEARS Nore B
lbne None (1)
LOCATION:
AREA: 29,25
%,,,,c.
E LE V.: 729'-0" Ref.
l Roou R1K gg
!bne (c) t None
<rone FLOOD LEVEL ELEV. IM A80VE FLOOD LEVELb Y ES:
NO:
FOR4/1-14 l
DOCUMENTATION REFERENCES NOTES i
4.
FSAR 'Ihble 3.11-6 1.
Excess Flow Check Valves require additional testing for 3.
FSAR para 3.ll-a-2 agits and post accident environments in accordance with 3.
FSAR Section 3 6 IEEE-323-1974.
l
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Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
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PP& L EQUIPMENT QUAllFICATION REPORT F ACILITY:
SUSOUEHANNA UNIT 1 DOCKET NO:
l ENVIRONMENT DOCUMENTATION REF OUT NAL l
EQUIPMENT DESCRIPTION STANOgNg I
PARAMETER FSAR OU ALIF ICATION FSAR QUAL.
ITEW SYSTEM Nuclear Boiler Vessel
- *'"* T a Note Instrumentation continuous continuous la Ibne None 1
PLANT I.D. NO, XV-42-lF061 T*"**'***'"
Nonn: 100/60 Ref.
Ref.
Note Max:
104 150 (A)
(D)
Test 1
COMPONENT:
Excess Flow Prowe (PSIA)
Check Valve ngp MANUFACTURER Marotta
.25"4
!bne (A) lbne
!bne 1
\\
~~.
Ref.
,eee l
"" "M5D 100 None (A) lbne Ibne 1
PURCHASE ORDER NO.:
Ref.
Note J-92 NA None (A)
Ibne Ibne FUNCTION / SERVICE:
Red ten 1.7E05 RADS 1E08 RADS Ref.
Ref.
Ibne Isolation GAM A, TID GAM A, TID (A)
(D)
'Ibst Note 2 ACCURACY:
SPEC: pg DEMO:
Ref.
Note 40 YEARS None (B) lbne None (1) l LOCATION:
AREA: 29 5"* *"
E LEV.: 729'-O" Ref.
RM* R1K NA None (C)
!bne None None FLOOD LEVEL ELEV. NA ABOVE FLOOD LEVELb YES:
NO:
EQR4/1-16 DOCUMENTATION REFERENCES NOTES l
i 4.
FSAR Table 3 11-6 1.
Excess Flow Check Valves require additional testing for B.
FSAR para 3.ll-a-2 agirg and post accident environments in accordance with C.
FSAR Section 3.6 IEEE.-323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testirg will be done.
V/P8856-J-92-67-1 3
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Pral EQUIPMENT QUALIFICATION REPORT F AClLITv:
SUSOUEHANNA UNIT 1 DOCKET NO:
RE v.
DATE ENVIRONMENT DOCllMENTATION REF OUT EQUIPMENT DESCRIPTION EAl STAND 6NG PARAMETER FSAR QUALIFICATION FSAR QUAL.
EM ITEMS SYSTEMNuclear Boiler Vessel Os= retine Twne Note Instrunentation continuous continuous NA None None 1
PLANT 1.D. NO.
XV-42-lF057 T*'"5=u
'l ibnn: 100/60 Ref.
Ref.
!bte Max:
104 150 (A)
(D)
Test 1
C ENT. cess Flow Check Valve Pressurs (PSI A)
Ref.
Note MANUFACTURERMarotta
.25"wg Ibne (A)
Ibne Ibne 1
Relet =
Ref.
Note MODEL Humidity 1%)
g g
g g
g y
Ctemical Sprov Ref.
Note PURCHASE ORDER NO.:
J-92 NA lbne (A) lbne ibne 1
FUNCTION / SERVICE Conhnt Radiation 1 7E05 RADS 1E08 RADS Ref.
Ref.
None Isolation GAMMA, TID GAMMA, TID (A)
(D)
Test tbte 2 ACCURACY:
SPEC: NA A ia.
Ref.
Note o,,o.
40 YEARS None (B)
None Ibne (1)
LOCATION:
AREA: 25 E LEV.: 729'-On Su * ' m '
Ref.
ROOM: RlK NA lbne (C)
!bne Ibne None FLOOD LEVEL ELEV. NA ABOVE FLOOD LEVELf.
YES:
NO:
EQR4/1-13 DOCUMENTATION REFERENCES NOTES 4.
FSAR Table 3 11-6 1.
Excess Flow Check Valves require additional testing for 3.
FSAR para 3 11-a-2 aging and post accident environments in accordance with J.
FSAR Section 3.6 itEL-323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
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PP&L EQUIPMENT QUALIFICATION REPORT F ACauTY:
SUSOUEHANNA UNIT 1 DOCK E T NO:
ENVIRONMENT DOCUMENTATION REF OUT EQUIPMENT DESCRIPTION NA' STANDING PARAMETER FSAR QUALIFICATION FSAR QUAL.
METHOD ITERN SYSTEM Nuclear Boiler Vessel
'"'*""ST""'
Note Instrumentation continuous continuous NA None None 1
PL ANT 1.D. NO.
7'""""
XV-42-1F059A thru H, Ibnn: 100/60 Ref.
Ref.
!bte COMPONENT: L,M,N,P,R,S,T,U Max:
104 150 (A)
(D)
Test 1
Excess Flow
'"" " '^'
Check Valve Ref.
Note MANUFACTURERMarotta
.25"wg Ibne (A) lbne
?bne 1
uOoFL NoushD D, is, Ref.
Note FVLl 100 tbne (A)
None Ibne 1
PURCHASE ORDER NO.:
8'"
Ref.
Note J-92 NA lbne (A)
Ibne None 1
ruwCTION/ SERVICE:
nw.*iaa COnta1HDeUD 1.7E05 RADS lE08 RADS Ref.
Ref.
tbne
'"d' Isolation GA!FA, TID N> 'fID (A)
(D) gte 2 ACCURACY:
FLC: NA A..no DEwo:
Ber*
Note 40 YEARS 2ne (B)
None lbne (1)
LOCATION:
AREA: 29,25 so-e-.
E lev.: 729t 0" Ref.
ROou: HlK rg tbne (c) tbne m
None ptOOO LEVEL ELEV. NA ABOVE FLOOD LEVELNA YES:
NO:
l EOR 4/1-18i DOCUMENTATION REFERENCES NOTES 1.
FSAR Table 3 11-6 1.
Excess Flow Check Valves require additional testing for 3.
FSAR para 3.ll-a-2 aging and post accident environnents in accordwice with 2.
FSAR Section 3.6 IEEE-323-1974.
J.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirs Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
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OwN E R :
PP8iL EQUlPMENT QUALIFICATION REPORT F ACILITY:
SUSOUEHANNA UNIT 1 DOCKET NO:
ENVIRONMENT DOCUMENTATION REF OUT QUAL EQUIPMENT DESCRIPTION STANDING METHOO PAR AMETER FSAR oVALIFICATION FSAR OVAL.
ITEMS S(STEMNuclear Boiler Vessel operstme T" lbte Instrumentation continuous continuous NA lbne Ibne 1
PLANT I.D. NO.
T'"'a'"'"'e ( F) tbnn: 100/60 Ref.
Ref.
lbt e XV-42-lF051A,B,C,D Max:
104 150 (A)
(D)
Test 1
- "Yc"edsFlow Pressure (PSI A)
Ref.
Ibte Check Valve MANUFACTUREvarotta
.25"wg
!bne (A)
Ibne Ibne 1
Rela" Ref.
!bte Humsdary (%)
g g
g MODEL g
mav Ref.
Note PURCHASE ORDER NO.:
J-92 NA None (A) lbne Ibne 1
FUNCTION /SERVICEgggg 1.7E05 RADS lE08 RADS Ref.
Ref.
Ibne Radiation Isolation GAMMA, TID GAMMA, TID (A)
(D)
Test fbte 2 ACCURACY:
SPEC: IM
^8'a8 Ref.
Note DEMO:
40 YEARS lbne (B) lbne Ibne (1)
LOCATION:
AREA: 29,25 S"*a" Ref.
ELEV.: 729'-0" ROOM: R1K NA lbne (C) lbne Ibne Ibne FLOC 0 LEVEL ELEv. NA ABOVE FLOOD LEVELb YES:
NO:
EQR4/1-17 DOCUMENTATION REFERENCES NOTES J.
FSAR 'Ihble 311-6 1.
Excess Flow Check Valves require additional testing for 3.
FSAR para 3.ll-a-2 aging and post accident environments in accordance with
'. FSAR Section 3.6 IEEE-323-1974.
i 3.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed arri no further Electric Insulatirg Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
OWNER PP& L E4UIPMENT QUALIFICATION REPORT couro~eur suur ~o FACluTv.
SUSOUEHANNA UNIT 1 pe y.
oArc DOCKET NO ENVIRONMENT DOCUMENTATION REF OUT QUAL STANDING EQUIPMENT DESCRIPTION METHOO PARAMETER FSAR QUAL FICAT40N FSAR OUAL.
ITEMS Ibte SYSTEM IA1 Clear Boiler Vessel Oper.i.a.T m.
Instrumentation continuous continuous IM lbne Ibne 1
PLANT 4.0. NO.
XV-42-1F041 Temperatur. <*F i ibnn: 104/60 Ref.
Ref.
!bte 222 for 40 se:.
150 (A)
(D)
Test 1
COMP M 6ss Flow Max:
130 meck Valve Pressure (PSI Al Ref.
Ibte MANUFACTURER:Parotta
.25"wg
!bne (A) lbne Ibne 1
Rei.i.
Ref.
!bte MoDEL Ngg Humed tv (%)
100 lbne (A) lbne Ibne 1
PURCH ASE ORDER NO.:
J-92 la ibne (A) lbne Ibne 1
FUNCTION / SERVICE: Contairment a.a.' aa 1 9E05 RADS lE08 RADS Ref.
Ref.
Ibne Isolation GA M A, TID GA MA, TID (A)
(D)
Test Ibte 2
(" *d '
ACCURACY:
SPEC: IN DEMO:
40 YEARS lbne (B) lbne Ibne (1)
LOCATION:
AREA: 27 E lev.: 729'-0" s t =
- ac.
Ref.
Roou R1E la ibne (C)
Ibne Ibne ibne FLOOD LEVEL ELEV. NA ABOVE FLOOO LEVEL?
YES:
NO:
EQR4/1-23 DOCUMENTATION REFERENCES NOTES A.
FSAR Table 3.11-6 1.
Excess Flow Check Valves require additional testing for B.
FSAR para 3 ll-a-2 aging and post accident envirorments in accordance with C.
FSAR Section 3.6 IEEE-323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
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. PP&l-EQUIPMENT QUALIFICAfidN REPORT c,,,,,,,,,,,,,,,.
F AC6LITV:
SUSOUEHANNA UNIT 1 OOC K E T N O '
ENVIRONMENT DOCUMENTATION REF I
OUT A
EQUIPMENT DESCRIPTION STANDING METHOD PARAMETER FSAH QUALIFICATION FSAR
- QUAL, ITEMS SYSTEM:lbclear Boiler Vessel omr.i.no T.m.
Ibte Instrumentation continuous continuous NA None None 1
PLANT l.D. NO. XV-42-lF043A,B Temp = mret F Nonn: 104/60 Ref.
Ref.
Note 222 for 40 se :.
150 (A)
(D)
Test 1
Co"' T Mess Flow Max:
130 01eck Valve Pr. uretr$iAi Ref.
Note MANUFACTURER.Marotta
.375"wg Ibne (A)
Relet =
Ref.
Note MODEL NUMBER:
Humadaty (%
100 None (A)
FVLl6FD PURCHASE ORDER NO.: J-92 NA lbne (A) tbne Ibne 1
FUNCTION / SERVICE:Contalment Radeawn 19E05 RADS lE08 RADS Ref.
Ref.
tbne Isolation GAMMA, TID GAMMA, TID (A)-
(D)
Test Note 2 ACCURACY:
SPEC: NA e
DEMO:
40 YEARS lbne (B)
None
?bne (1)
LOCATION:
AREA: 27,29 ELEV; 762'-0" Sam nc.
Ref.
Room: RlE NA lbne (C)
None Ibne ibne FLOOD LEVEL ELEV. NA ABOVE FLOOD LEVEL?
YES:
NO:
EQR4/1-24 DOCUMENTATION FIEFERENCES NOTES A.
FSAR Table 3 11-6 1.
Excess Flow Check Valves require additional testing for B.
FSAR para 3.ll-a-2 aging and post accident envirorments in accordance with C.
FSAR Section 3.6 IEEE-323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulating Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
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v OnE m PP&L EQUIPMENT QUALIFICATION REPORT F ACILITv.
SUSOUEHANNA UNIT 1 DAM DOCK EY NO:
ENVIRONMENT DOCUMENTATION REF OUT EQUIPMENT DESCRIPTION STANDING METH@
PARAMETER FSAR OU ALIFIC ATION FSAR QUAL.
ITEMS SYSTEM. Nuclear Boiler Vessel 0 -.ankT.m.
Note Instrumentation continuous continuous NA lbne Ibne 1
PLANT l.O. NO. XV-42-lF045f.,B T - -.ru,.(aFi ibrm: 104/60 Ref.
Ref.
Note 222 for 40 se :.
150 (A)
(D)
Test 1
COMPOTf6 fess Flow Max:
130 Oleck Valve Pressure (PSs Al Ref.
Note MANUFACTURER:Marotta
.375"wg lbne (A) lbne
!bne 1
nei.w.
Ref.
Note MODEL NUMSER:
Humedsty (%)
g ggg g) g g
g FVLl6FD PURCHASE OI4 DER NO.: J-92 NA lbne (A) lbne None 1
FUNCTION / SERV 8CE:Contglygent Radianon 19E05 RADS LEOS RADS Ref.
Ref.
None Isolation GAfHA, TID GAMMA, TID (A)
(D)
Test 1*>te 2 ACCURACY:
SPEC: NA r-
- e os o.
Ref.
Note 40 YEARS lbne (B) tbne
!bne (1)
LOCATION:
AREA: 27,29 E lev.: 762'-0" 5e Ref.
ROOM: RlE NA lbne (C) lbne None None FLOOD LEVEL ELEV. NA ABOVE FLOOD LEVELP YES:
NO:
EQR4/1-25 DOCUMENTATION REFERENCES NOTES A.
FSAR 'Ihble 311-6 1.
Excess Flow Q1eck Valves require additional testing for B.
FSAR para 3.ll-a-2 aging and post accident environments in accordance with C.
FSAR Section 3.6 IEEE-323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulating Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
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PP&L EQUIPf'ENT QUALIFICATION REPORT c,,,,,,,,,,,,,,.
p AcauTv.
SUSOUEHANNA UNIT 1 DOCKET NO:
ENVIRONMENT DOCUMENTATION REF OUT EQUIPMENT DESCRIPTION Ab STANDING METHOO PARAMETER FSAR QU ALIFIC ATION FSAR QUAL.
ITEMS sYSTEu Nuclear Boiler Vessel ope <.iens T.rn.
Note Instrumentation continuous continuous FM None None 1
PLANT 4.D. NO.
XV-42-lF047A,B T.,ng.ior. tor i
!brm: 104/60 Ref.
Ref.
Note 222 for 40 sea.
150 (A)
(D)
Test 1
ComPoTNess Flow Max:
130 Check Valve Pressure (PSI A)
Ref.
Note MANUFACTORER:Marotta
.375"wg
!bne (A) tbne Ibne 1
R ei.i,v.
Ref.
Note MODEL Nggggigpg Hurnidity (%)
100 lbne (A)
None
!bne 1
PURCHASE ORDER NO.:
J-92 in Ibne (A)
?bne None 1
FUNCTION / SERVICE: Conta1Iment R eds.teon 1 9E05 RADS lE08 RADS Ref.
Ref.
None Isolation GAMMA, TID GAMMA, TID (A)
(D)
Test Note 2 ACCURACY:
SPEC: NA Ao'aS DEMO:
Ref.
?bte 40 YEARS lbne (B) lbne Ibne (1)
LOCATION:
AREA: 27,29 Elev.: 762'-On Su * 'paa Ref.
Roou; RlE NA lbne (C)
None Ibne None FLOCD LEVEL ELEV. NA ASOVE FLOOD LEVEL 7 YES:
NO:
EQR4/1-26 DOCUMENTATION REFERENCES NOTES A.
FSAR Table 3.11-6 1.
Excess Flow Check Valves require additional testing for B,
FSAR rara 3.ll-a-2 aging and post accident environments in r:cordance with C.
FSAR Section 3.6 T N -323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testing will be done.
V/P8856-J-92-67-1 3
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SUSOUEHANNA UNIT 1 DOCK ET NO:
ENVIRONMENT DOCUMENTATION REF OUT EA' EQUIPMENT DESCRIPTION STANDING METHOO PARAMETER FSAR QUALIFICATION FSAR QUAL.
.JTgMS muv w _mumumi
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Operating Teme g
PLANT 3.D, NO. 1C-201 luu/ou normal 104/40 iief.
iwf.
FurLial L ^w 104 max, acc.
120 (A)
(C)
Analysis 1
COMPONENT: Control Panel 11'.
af.
furtial lbk Ngnetics
'IY5' k^'
.25
.25 (A)
(C)
Analysis 1
"*DE 6 M ' Controls Div 90/10 100/ 5 iwi.
Li'.
Favilal Liu n,,,,,
MODEL NUMBER: IC-201 Humadsty (%)
100%
100%
(A)
(C)
Analysis 1
iwf.
if.
Ram Liu PURCHASE ORDER NO.: J-05B NA NOne (A)
(C) 1 Renote mutdomh.o...,oo
- 1. tw5 iiAD5 3.E4is5 iwi.
iwi.
FacLiai ium FUNCTION / SERV ACE:
of NSSS iR d)
(C)
Analysis 1
NA ACCURACY:
SPEC:
NA m vAuA mw 4,,,,
DEMO:
40 YEARS None Ref.
Ref.
Analysis 1
LOCATION:
AREA:
ELEV -
8" * '9'"C" ROOM:
FLOOD LEVEL ELEV, g
ABOVE FLOOO LEVEL?:
YES: X NO:
EQR3/5-6 DOCUMENTATION REFERENCES NOTES A.
FSAR Table 3 11-6 1.
Partial Analysis (Ref. C) is insufficient to qualify B.
FSAR para 3.lla-2 panels to IEEE-323 Qualification testing will be C.
Bechtel Calculation J-88 Revision 0, done for radiation, aging and post II)CA envirorments.
dated May 25, 1979 since panels were constructed using similar naterials D.
FSAR Section 3 6 ard conponents, testing will be done generically to TFW-323-1974.
3
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C owNE n -
PP& L EQUIPMENT QUALIFICATION REPORT CoMmNENT SHEET NO:
F ACsLsT v:
SUSOUEHANNA gg7g R E v.
DATE oocasT No:
OUT OUAL EQUIPMENT DESCRIPTiDN MET m PARAMETER FSAR OU ALIFICATION FSAR
- QUAL, m e, SYSTEM: L.R.W. Collection Reactor Opmetme Twne Ref.
Yartial rioL e
%.,, Bldg. Sumps & Pumps Panel continuous continuous NA (C)
Analysis 1
PLANT 1.D. NO.10-209 T-==r. FF 100/60 normal 104/40 Ref.
Ref.
Partial Note COMPONENT: Control Panels Prosmare (PSI A Ref.
Ref.
Partial riote MANUFACTURER:COtGIP in wg
.25
.25 (A)
(C)
Analysis 1
Customlines R **i-90/10 100/5 Ref.
Ref.
Partial Note MODEL NUMBER:,
Humedsty (%)
100%
100%
(A)
(C)
Analysis 1
C W Sorov Ref.
Ref.
None Note
- PUf1 CHASE ORDER NO.:
J-05AC NA None (A)
(C) 1 ruacTION/SERvicr.-
Contairinent Surrgad'"*a 1.7E05 RADS 3.6E04 RADS Ref.
Ref.
Partial Note Isolation Valves Gamma, TID Gamma, TID (A)
(C)
Analysis 1
' ACCURACY:
$P'1: t1A DEMONA Partial Note 40 YEARS None Ref.
Ref.
Analysis 1
LOCATION:
AREA:28 (B)
(C)
E L EV.:719' 5 *w RooMRlK NA None Ref. D None None None FLOOD LEVEL ELEV.
ABOVE FLOOD LEVELP:
YES:
NO:
y BQR3/5-4 DOCUMENTATION REFERENCES NOTES A.
FSAR Table 3.11-6 1.
Partial Analysis (Ref. C) is insufficient to qualify B.
FSAR para 3.lla-2 panels to IEEE-323A. Qualification testira; plan is C.
Bechtel Calculation J-88 Revision 0, bein6 developed for radiation, aging and post LOCA dated May 25, 1979 envirornnents.
Since panels were construction D.
FSAR Section 3.6 using similar materials are canponents, testing 3
could be done generically to IEEE-323-1974.
N.,
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EOUIPMENT QUAllFICATION REPORT
.c i u r y :
COMPONENT SHEET NO:
re SUSOUEHANNA R E v.
DATE 0 !KET NO:
OUT OUAL l
EQUIPMENT DESCRIPTION I
E METHOD PARAMETER FSAR QU ALIFICATION FSAR QUAL.
Her.
rartla.L nor,e E4 TEM: BOP ESS Relay os==tme Tone Panels (Div.I) continuous continuous IM (C)
Analysis 1
F. ANT 4.D. NO.10-221 Tams =eiure i Fi 100/60 nonnal 104/40 Ref.
Ref.
Partial Note 104 max. acc.
120 (A)
(C)
Analysis 1
- " * *" Control Panels Pressure (PSI AI Ref.
Ref.
Partial note MANUFACTURER: COMSIP in wg 25
.25 (A)
(C)
Analysis 1
Custemlines Relatrve 90/10 100/5 Rer.
Ref.
Partial Note MODEL NUMSER:
Humedsty (%)
1007 100"o (A)
(C)
Analysis 1
C w ed Sswev Ref.
Ref.
None note J-05AC IM lbne (A)
(C) 1 PURCHASE ORDER NO.:
FUNCTION / SERVICE:
DOP ESS Relays '"ede**
Ref.
Partial Note R
(C)
Analysis 1
- d' ACCURACY:
SPEC: IM Partial Inte oEMO:NA Aeme 40 YEARS lbne Ref.
Ref.
Analysis 1
(B)
(C)
LOCATION:
AR E A:25, 27 E lev.:670' So w e ROOM:RlM NA lbne Ref. D lbne Ibne Ibne FLOOD LEVEL ELEV.
ASOVE FLOOD LEVEL?:
YES:
NO:
y IQR3/5-5 DOCUMENTATION REFERErdCES NOTES A.
FSAR Table 3 11-6 1.
Partial Analysis (Ref. C) is insufficient to qualify B.
FSAR para 3.lla-2 panels to TFFF-323A. Qualification testing plan is C.
Bechtel Calculation J-88 Revision 0, being developed for radiation, aging and post IOCA environments.
Since panels were constmetion dated May 25, 1979 D.
FSAR Section 3.6 using similar materials and components, testing 3
could be done generically to TFFF-323-1974.
Q m
Y (q)
" E" ML EQUlPMENT QUALIFICATION REPORT 7 AuuTv:
SUSOUEHANNA UNIT 1 R E V.
DATE n, f:.j7 go.
OUT OUAL EQUIPMENT DESCRIPTION MET M PARAMETER FSAR QUALIFICATION FSAR QUAL.
- BOP ESS Relay operstmoT.m.
Her.
Faccial suw Panels (Div.II) continuous continuous 14A (C)
Analysis 1
l rLANT n.o.NO.
IC-222 T==perature l*F i 100/60 nonnal 104/40 Ref.
Ref.
Partial note 104 max. acc.
120 (A)
(C)
Analysis 1
l CMENT:
Control Panels Pr ur. tPSIAI Ref.
Her.
Partial hace MANUFACTURER: COMSIP in wg
.25 25 (A)
(C)
Analysis 1
Customlines Roteta 90/10 100/5 Ref.
Ref.
Partial note MODEL NUMSER:
Humadity (%)
100%
100%
(A)
(C)
Analysis 1
None Note W ev PUR;HASE ORDER NO.:
J-OSAC tP None (A)
(C) 1 FUNCTION / SERVICE:
DOP ESS Relays '"ed
Ref.
Partial Hote R
(C)
Analysis 1
- d' ACCURACY; SPEC: NA DEMOJJA As a Partial Hote 40 YEARS None Ref.
Ref.
Analysis 1
LOCATION:
AREA:25 (B)
(C)
E LEV.:683' Soi n.w.
ROOM:RlM NA None Ref. D None None None FLOOD LEVEL ELEV.
A80VE FLOOD LEVELP:
YES:
NO:
y QR3/5-5 DOC'IMENTATION REFERENCES NOTES A.
FSAR Table 3.11-6 1.
Partial Analysis (Ref. C) is insufficient to qualify B.
FSAR para 3.lla-2 panels to T M -323A. Qualification testing plan is C.
Bechtel Calculation J-88 Revision 0, being developed for radiation, aging and post LOCA dated May 25, 1979 environments.
Since panels were construction D.
FSAR Section 3.6 using similar materials and ccmponents, testing could be done generically to TM-323-1974.
3
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Prat EQUIPMENT OUALIFICATION REPORT
- T $"
PaciuTv:
SUSOUEHANNA UNIT 1 OOCKET NO:
ENVIRONMENT DOCUMENTATION REF OUT OUAL EQUIPMENT DESCRIPTION STANDING l
MEN PARAMETER "SAR OUALIFICAh0N FSAR OUAL.
ITEMS SYSTEM: C.C 3. Hx A G
- '"'T""*
Ref.
Partial Note continuous continuous NA (C)
Analysis 1
PLANT 1.D. NO.
T"""'*"* l4 8 100/60 nonnal 104/40 Ref.
Ref.
Partial Note ICB-216 A, B 104 max. acc.
120 (A)
(C)
Analysis 1
COMPONENT: Component Box Preemere (PSI A)
Rcf.
Ref.
Partial Note MANUFACTURER: COMSIP in wg
.25
.25 (A)
(C)
Analysis
'1 Customlines MODEL NUMSER:
H
(%)
ICB-216 A, B 100%
100%
(A)
(C)
Analysis 1
Ctenussi sa'*
Ref.
Ref.
None Note PURCHASE ORDER NO.:
J-05AC la Ibne (A)
(C)
I f FUNCTION / SERVICE: g 1.7E05 RADS 3.8E04 RADS Ref.
Ref.
Partial Note een Garrna, TID Gamma, TID (A)
(C)
Analysis 1
l Control Accuracy:
SPEC:}g Partial Note oEMo.NA 40 YEARS None Ref.
Ref.
Analysis 1
(ni (M
LOCATION:
AREA:27 As.:683' l
ROOM:RlM NA None Ref. D 16ne None None FLoOO LEVEL E'.EV.
ALJVE FLOOD LEVELP:
YES:
NO:
2 BDRVS-1 DOCUMENT _ATION REFERENCES rurvAuA.,
~ ~ NOTES, _ inouin m uuo n~
n,,
_.., s, s...
A.
FSAM Table J.11-0 A.
-- su u2ysia v u:i. w 20
-wy B.
FSAR para 3.lla-2 panels to T N -323A. Qualification testing plan is C.
Bechtel Calculation J-88 Revision 0, being developed for radiation, aging and post IOCA dated May 25, 1979 enviroments.
Since panels were construction l D.
FSAR Section 3.6 using similar materials ard components, testing could be done generically to T M -323-1974.
l 3
l
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G w) v owns m:
PP&L EQUlPMENT QUALIFICATION REPORT c,,,,,,,,,,,,, o ;
saciuTv.
SUSOUEHANNA UNIT 1 n, y, oars DOCK eT NO:
OUT OUAL EOUIPMENT DESCRIPTION MTHOO PARAMETER FSAR OUALIFICATION FSAR
- QUAL, nel.
z'accial ieuwe SYSTEM: Conhnt Atem opa i.as Time Monitor Solenoid Valves continuous continuous NA (C)
Analysis 1
PLANT 1.0. NO.
ICB-218 A, B Tams =retur. < Fi 100/60 104/40 Ref.
Ref.
Partial hote 104 120 (A)
(C)
Analysis 1
' CNENT:
Component Boxes Pressure (PS4 Ai Ref.
Her.
rartial note MANUFACTURER: COMSIP in wg
.25
.25 (A)
(C)
Analysis 1
Customlines Rotat=
90/10 100/5 Ref.
Ref.
Partial hote l MoDEL NUMSER:
100%
100%
(A)
(C)
Analysis 1
ICB-218 A, B Ref.
Hone noLe m
PURCHASE ORDER NO.:
J-05AC NA None (A)
(Cf 1
l FUNCTION / SERVICE:
Solenoid Valve '"Wewn 1.7E05 RADS 3 8E04 RADS Ref.
Ref.
Partial Hote R
Control Gamma, TID Gamma, TID (A)
(C)
Analysis 1
d3 I
ACCURACY:
SPEC: NA Partial Note OEMoNA Aeq 40 YEARS None Ref.
Ref.
Analysis 1
(B)
(C)
LOCATION:
AREA:28 ELEV.:719 S= * -
RooMR1K NA None Ref. D None None None FLOOO LEVEL ELEV.
ASOVE FLOOD LEVELP:
YES:
NO:
y IQR3/5-2 DOCUMENTATION REFERENCES NOTES A.
FSAR Table 3 11-6 1.
Partial Analysis (Ref. C) is insufficient to qualify B.
FSAR para 3 11a-2 panels to IEEE-323A. Qualification testing plan is C.
Bechtel Calculation J-88 Revision 0, being developed for radiation, agirg and post IOCA dated May 25, 1979 envirorr:ents.
Since panels were constmetion D.
FSAR Section 3.6 using similar materials and components, testing could be done generically to IEEE-323-1974.
3
f o*"E
- ML EQUIPMENT QUALIFICATION REPORT
' rAcourv:
SUSOUEHANfsA UNIT 1 DOCKET NO:
OUT OUAL EOUIPMENT DESCRIPTION E
PARAMETER FSAR OUALIFICATiON FSAR QUAL.
MTHOD SYSTEM: Contaiment Atmos o w i m T n.
Her.
raccial note Monitor Solenoid Valves continucus continuous IIA (C)
Analysis 1
- P. ANT I.D. NO.
103-220 A, B T**we (*Fi 100/60 nomal 104/40 Ref.
Ref.
Partial hote 104 max. acc.
120 (A)
(C)
Analysis 1
a :HT:
Pressure (PS4 Al Ref.
Her.
rartial no1,e
- COMSIP in wg
.25
.25 (A)
(C)
Analysis 1
Customlines Releuva 90/10 100/5 Ref.
Ref.
Partial Note to:L NUMPCE:
100%
100%
(A)
(C)
Analysis 1
ICB-220 A, B ne Ne PURCHASE ORCER NO.:
J-05AC IM IJone (A)
(C) 1 I UNCTION / SERVICE:
Solenoid Valve ""***a 1.7E05 RADS 3 8E04 RADS Ref.
Ref.
Partial Note F
Control Gamma, TID Gamma, TID (A)
(C)
Analysis 1
ACCURACY:
SPEC: fiA DEMO:11A
^'"*
Partial I4ote 40 YEARS lione Ref.
Ref.
Analysis 1
LOCATION:
AR E A:27 (B)
(C)
E LEV.:719' s i=== seaa Roou:R1K la 14cne Ref. D lione
!Jone lione FLOOD LEVEL ELEV.
ABOVE FLOOD LEVEL?:
YES:
NO:
ERR 3/5-3 DOCUMENTATION REFERENCES NOTES A.
FSAR Table 3 11-6 1.
Partial Analysis (Ref. C) is insufficient to qualify B.
FSAR para 3.lla-2 panels to TFFF-323A. Qualification testing plan is C.
Bechtel Calculation J-88 Revision 0, being developed for radiation, aging and post IOCA dated May 25, 1979 environm nts.
Since panels were constmetion D.
FSAR Section 3.6 using similar materials and amponents, testing could be done genarically t( IEEE-323-1974.
3
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SUSOUEHANNA UNIT 1 DOC K E T NO -
ENVIRONMENT DOCUMENTATION REF I
OUT EOulPMENT DESCRIPTION OUR STANDING PAR AME TE R FSAR OU ALIFIC ATION F SAR QUAL.
M THOD ITEMS SYSTEM Reactor Recirculation Note continuous continuous NA lbne None 1
PLANT 1.0. NO.
XV-43-lF017A,B lbnn: 100/60 Ref.
Ref.
Note COMPONENT:
Max 104 150 (A)
(D)
Test 1
Excess Flow
""''S'^3 Check Valve Ref.
Note MANUFACTURER Marotta
.25"wg lbne (A)
Relateve MODEL NUMBER:
Humm2 sty (%)
te FVLl6FD 100 lbne (A)
Ibne None 1
PURCHASE ORDER NO.:
Ref.
Note J-92 lbne (A) tbne None 1
FUNCTION / SERVICE:
Radiation Contairinent (R.as 1.7E05 RADS lE08 RADS Ref.
Ref.
Ibne Ot tO ACCURACY S C IM
^ 8'"
DEuo:
Ref.
Note O)
LOCATION:
AREA:
3" * "C' E L EV.:
p Ref.
ne e
FLOOD LEVEL ELEV y
A80VE FLOOD LEVEL M YES:
NO:
PDRhn pp DOCUMENTATION REFERENCES NOTES 4.
FSAR Table 3.11-6 1.
Excess Flow Check Valves require additional testing for B.
FSAR para 3.11-a-2 aging and post accident envirorynents in accordance with 3.
FSAR Section 3.6 TFFF-323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg #faterials List radiation testir6 will be done.
V/P8856-J-92-67-1 3
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PP& L EQUIPMENT QUALIFICATION REPORT eacauTv:
SUSOUEHANNA c,,,,,,,,,,,,,,
UNIT 1 DOCKET NO:
ENVIRONMENT DOCUMENTATION REF OUT EQUIPMENT DESCRIPTION A'
STAND 4NG PARAMETER FSAR OU ALIFICATION FSAR QUAL.
EN ITEW SYSTEM:
- '*t.as T=n.
gae ReacM r Recirculation continuous ccatinuous FM lbne Ibne 1
PLA NT 1.0. NO.
XV-43-1F003A,B lbrm: 115/60 Ref.
Ref.
Ibte T*'"**'** ' ' 8 n.
150 (A)
(D)
Test 1
305 tor 60 se COMPONENT:
Excess Flow
" '. PS Ai Check Valve Ref.
Note Marotta
.375"wg Ibne (A)
Ibne Ibne 1
MANUF ACTUR ER:
Ref.
Note
"$"6FD 100 lbne (A) lbne None 1
PURCHASE ORDER NO.:
Ref.
Ibte J-92 la Ibne (A) lbne
!bne 1
FUNCTION / SERVICE en 4
E8 m Mr.
Ref.
th Isolation GA M A, TID GAMMA, TID (A)
(D)
Test
!bte 2 ACCURACY.
SPEC:
NA
^'"
DEMO:
Ref.
Ibte 40 YEARS lbne (B) lbne Ibne (1)
LOCATION:
AREA: y ELEVa ggge-0" Ref.
R1C NA None (C) lbne NOne Ibne ROOM:
FLOOD LEVEL ELEV. pg i
ABOVE FLOOC LEVEL?NA YES:
NO:
mR9M-3 DOCUMENTATION REFERENCES NOTES A.
FSAR 'Ihble 311-6 1.
Excess Flow Check Valves require additional.testirg for B.
FSAR para 3 11-a-2 agirs and post accident envirOrrents in accOniance with C.
FSAR Section 3.6 IEE-323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testirg will be done.
V/P8856-J-92-67-1
,2
V J
U Om E m:
PP&L EQUIPMENT QUALIFICATION REPORT F ACILt T v:
SUSOUEHANNA UNIT 1 OOCK E T NO:
ENVIRONMENT DOCUMENTATION REF OUT EQUIPMENT DESCRIPTION A'
STANO400G Tm PARAMETER FSAR OUALIFICATION FSAR
- QUAL, ITEW SYSTEM opuu,ng y,ne g
Recirculation continucus continuous IM lbne Ibne 1
PLANT 1.D. NO.
XV-43-lF004A,B Ibrm: 115/60 Ref.
Ref.
lbte COMPONENT:
305 for 60 see.
150 (A)
(D)
Test 1
Excess Flow Fm.
130 Ref.
Note MANUF,Cgeck Valve URER:Narotta
.375"wg Ibne (A)
!bne tone 1
Relateve Note MODEL NUMBER:
Humulety (%)
FVL16FD 100 None (A)
Ibne Ibne 1
' PURCHASE ORDER NO.:
Ref.
Note J-92
?M None (A)
!bne None 1
FUNCTION / SERVICE:
Radeatson Contairment iRael SE04 RADS lE08 RADS Ref.
Ref.
None Isolation GAMMA, TID GAMMA, TID (A)
(D)
Test lbte 2 ACCURACY:
SPEC:
g DEMO:
Ref.
Note 40 YEARS lbne (B) lbee Ibne (1)
LOCATION:
AREA:
E L EV.:
e4" Ref.
RlC
?&
None (C) lbne Ibne None FLOOD LEVEL ELEV. g ABOVE FLOOD LEVEL 71M YES:
NO:
WMt DOCUMENTATION REFERENCES NOTES A.
FSAR 'Ihble 311-6 1.
Excess Flow Check Valves require additional testir6 for B.
FSAR para 3.ll-a-2 agirg and pwt accident envirorrnents in accordance with C.
FSAR Section 3.6 T N -323-1974.
D.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Inculatirg Materials List radiation testing will be done.
V/P8856-J-92-67 1 3
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Prat.
EQUIPMENT QUALIFICATION REPORT pacsury:
SUSOUEHANNA UNIT 1 DOCKET NO:
ENVIRONMENT DOCUMENTATION REF OUT EOUIPMENT DESCRIPTION Ab STANDING t
PARAMETER FSAR QU ALIFICATION FSsR QUAL.
MTM gyggg SYSTEMReactor Op*'*?'as T*"
lbte Recirculation continuous continuous FM tbne None 1
PLANT I D. NO.
XV-43-lF009A,B,C,D Taa*""='a t F I tbm: 115/60 Ref.
Ref.
!bte 305 for 60 sec 150 (A)
(D)
Test 1
' N 'cY5s Flow M'r-130 Q.eck Valve Pressure (PSI AI Ref.
Note MANUFACTURE % POtta
.375"wg tbre (A) lbne ibne 1
R ***
Ref.
Note MODEL g g Humidity (%)
Che Sa'av Ref.
tbte l NA PURCHASE ORDER NO.:
lbne (A)
None
!bne 1
J-92 FUNCTION / SERVI %nhnt Isolation D
Test te 2 ACCURACY:
SPEC: NA oEMO:
Ref.
g 40 YEARS tbm (B) 2ne M
W LOCATION:
AREA: 27 ELEV.: 699 '--0" Ref.
ROOM: R1C ra ibne (C)
)bne tbm None FLOOD LEVEL ELEV. NA A80VE FLOOO LEVEL YES:
NO:
EQR3/7-s DOCUMENTATION REFERENCES NOTES L
FSAR Table 3 11-6 1.
Excess Flow Check Valves require additional testirg for Il.
FSAR para 3.ll-a-2 agirg and post accident environments in accordance with C
FSAR Section 3.6 TEFF-323-1974.
I).
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testirg will be done.
v/P8856-J-92-67-1 3
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PP& L EQUIPMENT QUALIFICATION REPORT F ACILITY:
SUSOUEHAbsNA UNIT 1 DOCK ET NO:
ENVIRONMENT DOCUMENTATION REF WT gggt EQUIPMENT DESCRIPTION STANOeNG MTM PARAMETER FSAR OUALIFICATION FSAR OUAL.
ITEM Operst m Twne Ibte system.p gp Recirculation continuous continuous la None None 1
PLANTID.NO.
7""p*'* ' F 3 lbm: 115/60 Ref.
Ref.
!bte XV-43-lF010A,B,C,D 305 for 60 sec 150 (A)
(D)
Test 1
C ggs8pl0w y,,
m
- ""'e ipsi A Ref.
Ibte Check Valve MANUF ACTURER Marotta
.375"vg Ibne (A)
Ibne Ibne 1
Reutwe Ref.
Note
"M8M) 100 lbne (A)
Ibne None 1
Ref.
Note PURCHASE ORDER NO.:
J-92 la Ibne (A) lbne Ibne 1
R atuan FUNCTION /SERVICgontaiment SE04 RADS 1E08ftADS Ref.
Ref.
Ibne Isolation GAMMA, TID GAMMA, TID (A)
(D)
Test Note 2 ACCuRACv:
SPEC: }&
oEuO:
Ref.
Note 40 YEARS lbne (B)
Ibne Ibne (1)
LOCATION:
AREA: 27 S**'"'
E L EV.: 699'-0" Ref.
NA None (C)
Ibne Ibne Ibne ROOM: R1C l
FLOOO LEVEL ELEV. }M A80VE FLOOD LEVEL [.
VES:
NO:
EQR3/7-6 DOCUMENTATION REFERENCES NOTES A.
FSAR Table 3 11-6 1.
Excess Flow Check Valves require additioral testirg for B.
FSAR para 3.ll-a-2 agirg and post accident envircrraent: in accordance with C.
FSAR Section 3.6 T M -323-1974.
D.
Marotta Report - Radiation Sensitjve 2.
Radiation has been aden2ately addressed and no further Electric Insulatirg Materials List radiation testirs will be done.
V/P8656-J-92-67-1 3
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PP&L EQUIPMENT QUALIFICATION REPORT c,,,,,,,,,,,,,,,,
F ActLITY:
SUSOUEHANNA UNIT 1 n g y, oave DOCKET NO:
ENVIRONMENT DOCUMENTATION REF WT QUAL STANDING EQUIPMENT DESCRIPTION I
PAR AMETER FSAR ouALIFICATION FSAR QUAL.
ITE W
}bte SYSTEM Reactop Operating Time Recirculation continuous continuous IM tbne Ibne 1
PLANT 1.D. NO.
XV-43-lF011A,B,C,D Tamparat=<= t*F) tban: 115/60 Ref.
Ref.
Note 305 for 60 sec 150 (A)
(D)
Test 1
C M Edhs Flow Mn-170 Check Valve Promure (PSI A)
Ref.
tbte MANUFACTURERMarotta
.375"wg tbne (A)
!bne ibne 1
Ref.
!bte Reist=
Hundety (%)
100
?bne (A)
None Ibne 1
MODEL g PURCHASE ORDER NO.:
J-92 la Ibne (A) tbne
!bne 1
Rabaten SE04 RADS lE08 RADS Ref.
Ref.
None FUNCTION /SERVICgntglyy3eng Isolation GAMMA, TID GAMMA, TID (A)
(D)
Test
!bte 2 ACCURACY:
SPEC: NA Asma Ref.
Note DEMO:
40 YEARS lbne (B) lbne Ibne (1)
LOCATION:
AREA: 29 E LEV.: 699'-0" Su w seace Ref.
Room: R1C NA tbne (C)
!bne Ibne None FLOOD LEVEL ELEV. NA A80VE FLOOD LEVEL.
VES:
NO:
EQR3/7-7 DOCUMENTATION REFERENCEg NOTES 4.
FSAR '1hble 311-6 1.
Excess Flow meck Valves require additional testirg for 3.
FSAR para 3 11-a-2 agirg and post accident environments in accordance with 3.
FSAR Section 3.6 T M -323-1974.
3.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed arri rr rurther Electric Insulatirs Materials List radiation testirg will be done.
V/P8856-J-92-67-1 3
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(*
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C/
wNEm; PP&L EQUIPMENT QUALIFICATION REPORT couroNENT SMEET NO:
F Acc ury:
SUSOUEHANNA g,7 y V.
DATE DOCKET NO:
ENVIRONMENT DOCUMENTATION REF OUT A E-STAND 480G EOUlPMENT DESCRIPTION MET M PARAMETER FSAR OUALIFICATION FSAR OUAL.
ITERE SYSTEMBeactor Osserang Tune
}bte Recirculation continuous continuous NA lbne
!bne 1
FLANT 4.D. NO.
r/-43-lF012A,B,C,D T*'asu'* 8 F 8 Norm: 115/60 Ref.
Ref.
Note 305 for 60 sec 150 (A)
(D)
Test 1
5ehsFlow m.
13n Pressure (PSI Al Ref.
Note Check Valve MANUFAcTURERMarotta
.375"q lbne (A) lbne None 1
Relatswo Ref.
Note Husndty N
" 0 0 M Ef D 100 lbne (A)
Ce m elSss,.'
Ref.
Note FuncHASC ORDER NO.:
J-92 NA lbne (A)
?bne None 1
FuncT1outSERvicDontairment
",O" "
Ref.
Ibne Isolation GAMMA, TID GALEA, TID (A)
(D)
Test Note 2 AccueAcy:
SPEC: }g
- as Ref.
Note OE.0:
40 YEARS lbne (B) lbne
!bne (1)
LOCATION:
AREA: 29 Suiuo.' "
Ref.
E LEV.: 699 -On ROOM: RlC NA None (C)
None None None FLOOD LEVEL ELEV. NA ABOVE FLOOO LEVELb YES:
NO:
EOR 3/7-8 DOCUMENTATION REFERENCES NOTES 4.
FSAR Table 3 11-6 1.
Excess Flow Check Valves require additional testing for 3.
FSAR para 3.ll-a-2 aging and post accident environments in accordance with 2.
FSAR Section 3.6 IEEE-323-1974.
J.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Materials List radiation testing will oe done.
V/P8856,7-92-67-1 3
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!v) i j
i v-v OWN E R:
PP& L EQUIPMENT QUALIFICATION REPORT F ACILITY; SUSOUEHANNA UNIT 1 DOCKET NO:
ENVIRONMENT DOCUMENTATION REF OUT OUAL EQUIPMENT DESCRIPTION STANDING MTHOD PARAMETER FSAR QUALIFICATION FSAR QUAL.
ITE M SYSTEM Reactor Operet.ng Time
}bte Recirculation continuous continuous NA None Ibne 1
PLANT 4.D. NO.
XV-43-lF040A,B,C,D T*"p'ar' ( F 8 lbnn: 115/60 Ref.
Ref.
Note 305 for 60 sec 150 (A)
(D)
Test 1
C D $ss Flow Mw-13n Check Valve Pressure (PSI A)
T{ef,
}bte MANUFACTURERMarotta
.375"wg lbne ud None None 1
Releta'*
Ref.
Note MODEL g Humedsty (%)
100 None (A)
te PURCHASE ORDER NO.:
J-92 NA lbne (A) lbne Ibne 1
FUNCTION /SERVICbntahent 5E04 RADS lE08 RADS Ref.
Ref.
None Radiat*"
Isolation GAMMA, TID GA!HA, TID (A)
(D)
Test ibte 2 ACCURACY:
SPEC: NA Ae'as Ref.
Note DEMO:
40 YEARS lbne (B) lbne Ibne (1)
LOCATION:
AREA: 27' E LEV.: 699'-On Suixnevaa Ref.
Room: R1C NA lbne (C)
None None Ibne FLOOD LEVEL ELEV. NA ABOVE FLOOD LEVEL YES:
NO:
ECR3/7-9 DOCUMENTATION REFERENCES NOTES 1.
FSAR 'Ihble 311-6 1.
Excess Flow Check Valves require additional testing for 3.
FSAR para 3.ll-a-2 aging and post accident environments in accordance with 3.
FSAR Section 3.6 IEEE-323-1974.
3.
Marotta Report - Radiation Sensitive 2.
Radiation has been adequately addmssed and no further Electric Insulatirs Materials List radiation testing will be done.
V/P8856-J-92-67-1
n
(
O L)
LJ PP& L EQUIPMENT QUALIFICAT!ON REPORT Ft.ce ur v:
SUSOUEHANNA UNIT 1 DOCKET NO:
REC DATE ENVIRONMENT DOCUMENTATION REF OUT EQUIPMENT DESCRIPTION A'
STANDING PARAMETER FSAR QUALIFICATeoN FSAR QUAL.
METHOO ITERN SYSTEMM actor Operateng Twne gte Recirculation continums continuous NA None None 1
PLANT 1.D. NO.
XV-43-lF057A,B Temperature ( F1 tbnn: 115/60 Ref.
Ref.
Note 305 for 60 sec 150 (A)
(D)
Test 1
EEIsaFlow Mny-13n Check Valve Pressure (PSI Al Ref.
Note MANUFACTURER Marotta
.375"wg tbne (A)
Ibne None 1
Reim Ref.
Note MODEL Humidity (%I gg gg y
y 3
Ceius Spr*v Ref.
Note PURCHASE ORDER NO.:
J-92 NA tbne (A) tbne Ibne 1
FUNCTION / SERVICE Conhent 5E04 RADS 1E08 RADS Ref.
Ref.
None
'd*"
Isolation GAMMA, TID GAMMA, TID (A)
(D)
Test Note 2 ACCURACY:
SPEC: NA
^*ne oEMO:
Ref.
Note 40 YEARS lbne (B) lbne
?bne (1)
LOCATION:
AREA: 27 E LEV.: 699'-o" Sat ="**a" Ref.
ROOM: RlC NA None (C)
?bne Nor.e None FLOOD LEVEL ELEV. NA ABOVE FLOOD LEVELb YES:
NO: -
BQR4/1-1 DOCUMENTATION REFERENCES NOTES 4.
FSAR Table 3 11-6 1.
Excess Flow Check Valves require additional testing for 3.
FSAR para 3.ll-a-2 aging and post accident envirorTnents in accordance with 3.
FSAR Section 3.6 TEFF-323-1974.
D.
Marotta Report - Radiath, Sensitive 2.
Radiation has been adequately addressed and no further Electric Insulatirg Matwials List radiation testing will be done.
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ENVIRONMENT DOCUMENTATION REF OUT OUAL EQUIPMENT DESCRIPTION STANDING "I"
PARAMETER FSAR OUALIFICATION FSAR QUAL.
ITEW IlCY
- IlOU
- IED L' ium SYSTEM: 'franslent PDnlLOrID6 Operating Tm Systen continuous contint:Ous (B)
(A)
PLANT 1.D.NO cM137,138,139,143, Tempe,.t,e s Fi 102/60 13W 105 Rer.
Her.
sest none o
144,145,146,147,148 306 NA (A)
COMPONENT: Isolators der.
Mel.
1esL MJne Pressure (PSI A)
Validyne
.375 wg 1 psig (B)
(A)
MANUF ACTUR ER:
Relatrv.
9W10 90 htanidity Her.
Her.
1est None MODEL NUMBER:CM-249 Hum.daty (si effects (B)
(A) her.
der.
lesL None Chomzel Spray PURCHASE ORDER NO.: 8856-J-98 NA lbne (B)
(A)
FUNCTION / SERVICE:
1sOlat10n Of R adiet.on 5E04 Rads Garrrrat, Her.
Her.
lest None nOn-1E from 1E circuits (Rad)
TID No effect (B)
(A)
ACCURACY:
SPEC:
'" lb ananalies A no 40 YEARS 40 YEARS Ref.
Ref.
Test None LOCATION:
AREA:
645' Subme -
ELEV goo,]:12 NA lbt Tested Ref. D Ref.
Ibne Ibne NA (A)
FLOOD LEVEL ELEV.
NA A80VE FLOOO LEVELP.
YES:
NO:
EQR3/5-7 DOCUMENTATION REFERENCES NOTES A.
Wie InbOratories Test Report 1.
Qualified to IEEE 323-1974.
NDQ 58390.
No further testing required.
B.
FSAR '1hble 3 11-6 C.
FSAR Section
.ll-a-2 D.
P3AR Section
.6 Q
i, i
3AB - REFERENCES i
2 1-3.1 liarsh Environment Zoning Drawing i
i 3.2 FSAR Table 3.11-6 6
t I
l l
i l
4 I
l i
l 2
1 2
i, 4
k l'
l i
i T O
?
1 l
}
l i,
i l
i I
r
}
i e
4 k
i g
=
~
i i
i e
k f
.=._a_.,
REFERENCE 3.1 O
N 27 25
(J 29 28 KEY TO AREA BY NUMBER R1a PUMPS R1a e
i PRIMARY CONTAINMENT ca w
r R,,M, g,')
L.
H.P.C.I. PUMPS O
%)
r-1 rML7 L.R3M '
R L
Rim RCIC PUMP R1h R.H.R. PUM78 R.H.R. PUMPS P 5 _ ".a I
R1g gig R
L-r ". " i 2 I
t i
I
'5ML- - 4 3 L _M.73 a IY SUSOUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 NOTE PENNSYLVANIA POWER & LIGHT COMPANY O
' oesio~^T'o"s suc" ^s a'a ^~o cou'e==~' ouae'ca'io~
R1h IDENTIFY ENVIRONMENTAL AREA SHOWN ON FSAR TABLE 3.11-6 HARSH ENVIRONMENT ZONING UNIT 1 REACTOR BUILDING EL 645'-0"
[
FIGURE NO. I JOB NO.
DATE REV.0 8858 l
arat.kr,nce. 3.1 N
27 25 O
29 28 KEY TO AREAS BY NUMBER d
l g7'--'l E1=
MG SET IS245/1G202 g
E Emmami-1ATs219 PRIMARY CONTAINMENT C3
{R51_5]
1D254 l* " "
g L -- I R1b IE1b1 R
.a a-3 E
R1h r"* "Ib a]
L R1m a
GRATING nig H1s l
r - ~ ~1
-~1 L5f J 7"RM;1g,
L.,,
SUSOUEHANNA STEAM ELECTRIC STATION NOTE UNITS 1 & 2
- 1. DESIGNATIONS SUCH AS R1g AND R1m PENNSYLVANIA POWER & LIGHT COMPANY IDENTIFY ENVIRONMENTAL AREAS SHOWN O
ON FSAR TABLE 3.11-6 EQUIPMENT QUALIFICATION l
- 2. MAJOR ELECTRICAL EQUIPMENT IS HARSH ENVIRONMENT ZONING REPRESENTED BY SOLID RECTANGLES UNIT 1 REACTOR BUILDING i
EL 670'-0"
- {
FIGURE NO.2
,o, yo, 8 -M lREV.0 8856 DATE
l I O N
=
=
t i
\\ "J N
N KEY TO AREAS BY NUMBER COOLING WATER PUMP
]
R1m g 18216 l
tw3oo twtoec g
gg, twt 04A m 104a y
m1040 twtocc SUPPRES$10N POOL R_5_b3 R1c Iw100A C3 m103s R1c i_RM 2 3 1X216 10274 1Y216 M 1000 O
[aEk~l l l 4
I l'a'o' l i II L"J L"]
hupaus 10264 pd q useum L.
J t
i R.H.R. PIPING 18226 AND PENETRATION ROOM R1c p-5 3-3 1x226 E GENERAL ACCESS AREA R1m 1Y226ll I
l L.RM-201
-J mm 11 SUSOUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 NOW PENNSYLVANIA POWER & LIGHT COMPANY
- 1. DESIGNATIONS SUCH AS R1c AND R1m EQULPMENT QUAllFICATION IDENTIFY ENVIRONMENTAL AREAS AS SHOWN HARSH ENVIRONMENT ZONING 2.M OR ELECTR bAL EQUIPMENTIS UNIT 1 REACTOR BUILDING EL 683'-0" REPRESENTED BY SOLID RECTANGLES
.p FicURE NO. 3
- os no.
'% h DATE L
REV.0 8856
REltHENCE 3.1 N
O 2,
2s 26 N
i 28 29 PIPEWAY
~
R3 KEY TO AREAS BY NUMBER r...........................................g r- - - i
,/ '..
i L.a.M 4.L'.4 i i_.RM,,4g j
e
- r RMaa4_i,
- .u--
-1 R,,M,j,1L g
L r,_
Into1A&c&
. L gg8g j
twtoso i
l tw1060
{
f j
SEE FIG. E R1k
--1 1W107
)
r RM400.=J I
' w105A b--
1 t
intesA tutors J.-
CONTROL Rn9 DRIVE :
tutoss O
! HYDRAULIC SYSTEM i 94G SET R1k twto2A miosa m 47h G203 g
4 1W1018&D&F L RM401--3
..(.'.
,wtoe i
tw1o.c i
./
., 1C247 mi.c r- -
.i
,*. m. / >................. **..
L ""*L./
i.
v
/.
i
',/
j i
tyr3s 1v246 r=RM414 'I
=-
k g-3 :
1X236 1x24s
.........................r.................................
i t-ammmm mmmmmm m:
i
~
'18236
'T@of O F.
]18246
%~ ost I 5 450"I SWGR ROOM R1i SWGR ROOM R1i
~'~
R 18730 1A203 18240 1A204 m
SUSOUEHANNA STEAM ELECTRIC STATION NOTE UNITS 1 & 2 PENNSYLVANIA POWER & LIGHT COMPANY
- 1. DESIGNATIONS SUCH AS R1k O
AND R1i IDENTIFY ENVIRONMENTAL EQUIPMENT QUAllFICATION AREAS AS SHOWN IN FSAR TABLE 3.11-6
- 2. MAJOR ELECTRICAL EQUIPMENT HARSH ENVIRONMENT ZONING IS REPRESENTED BY SOLID RECTANGLES UNIT 1 REACTOR BUILDING EL 719'4" gg FIGURE NO.4 JOB NO.
k18 l REV. 0 8858 oATE
)
REFERENCE 3.1 O
N 27 25 26 r
29 28 i
PIPEWAY R3 KEY TO AREAS (Rtj FOR EL. 871 *-10")
R3 RH CHILLERS "RM57 F "M 515 J L-J J
R4 (R1m FOR EL. 762'-10")
r- - ~ 1 l"RE55
-J HEAT EXCHANGERS PRIMARY CONTAINMENT SEE FIG. 8 O
~
- ll l
m R1m R1i I31
--]
y6 R1m
--i d!.M.loh r Rg5,1,4,j L
R1d STAND BY INJECTION PUMPS P ~ ~ "1 PENETRAYION L,,,M,,W,,,,,j R
R1m ROOM e--g R1j RE_55_)
(R_ b_5]
R1m g== M,,;,5,0,0,1 5
g g-513 g,,R j
g, g
m 'j h J __ '
o SWGR ROOM N G R R M,. - t 1B217 18227 s
RMb8 l--.y]
G 1B210
===.=11A?OS 1 A ?O1 1A206 1 A 202 18220
-umum SUSOUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 NOTE PENNSYLVANIA POWER & LIGHT COMPANY
- 1. DESIGNATIONS SUCH AS R1m AND Ri F.QUIPMENT QUALIFICATION IDENTIFY ENVIRONMENTAL AREAS AS SHOWN ON FSAR TABLE 3.116 HARSH ENVIRONMENT ZONING
- 2. MAJOR ELECTRICAL EQUIPMENT IS UNIT 1 REACTOR BUILDING EL 749'-1" REPRE3ENTED BY SOLID RECTANGLES FIGURE NO. 6 JOB NO.
E6 DATE REV.O
REFERENCE 3.I 1
O N
27 25 CJ 29
, 28 KEY TO AREAS BY NUMBER R565]
L M-65 R
J
[R5157
[ HEE *]
sw SPENT FUEL LOAD CENTER ROOM STOR AGE POOL R1m d0 0
W 6,0J
% iJ L--
~@0[
3]
Rh-
/
j R1m I
rLY FA R4 rR~~'
77 4
f*
I I SUPPLY FANS
-614 J R4/ /
L.
J B.R -6 2,j R2
{Rg6[
~-
R - 6 SUSQUEHANNA STEAM ELECTRIC STATION NOTE UNITS 1 & 2 PENNSYLVANIA POWER & LIGHT COMPANY O
- 1. DESIGNATIONS SUCH AS R1m AND R2 IDENTIFY ENVIRONMENTAL AREAS AS EQUIPMENT GUALIFICATION SHOWN IN FSAR TABLE 3.11-6 HARSH ENVIRONMENT ZONING UNIT 1 REACTOR BUILDING EL 779'-1"
- 2. CROSS-HATCHED AREAS ARE NOT HARSH FIGURE NO. 6 MB NO.
8856 DATE REV.0
REFERENCE 3.1 27 h
25
/
\\
N O
2S LJ 29 25 KEY TO AftEAS BY NUMBERS REFUELING FLOOR R5 L.RM 802-J L _Mh_8 R
.J l
STEAM SEP. &
LOAD CENTER SPENT FUEL ORY POOL ROOM POOL aR58_5 V
J bd h6 r- -
5 L"Mf a
[a~"fol
[
h RPV STORAGE WASH DOWN AREA R 8
((s[
L SUSQUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 NOTE PENNSYLVANIA POWER & LIGHT COMPANY
- 1. DESIGNATIONS SUCH AS R5 IDENTIFY EQUIPMENT QUALIFICATION ENVIRONMENTAL AREAS AS SHOWN IN FSAR TABLE 3.M HARSH ENVIRONMENT ZONING UNIT 1 REACTOR BUILDING EL 818'-1"
~ T FIGURE NO.7 MS NO.
Lgl
- r. ATE REV. 0 N
REFERENCE 3.1 I
E L.
C2a C2a E
E L 779'-1" I
C2 C2b C2b EL. 749' 1"
)
i t
)
1 0
l
%J
! C2d C2d i EL. 719'-1" l
l I
C2e C2e E L. 883* 0" I
I I
i I EL.6 1
R A TOR SUSOUEHANNA STEAM ELECTRIC STATION UNITS 1 & 2 NOTE PENNSYLVANI A POWER & LIGHT COMPANY
- 1. DESIGNATIONS SUCH AS C2a AND C2d EQUIPMENT OUAllFICATION HARSH ENVIRONMENT ZONING
" " E" L AREAS AS SHO% i TAB E 3 Ie UNIT 1 REACTOR BUILDING j
fy FIGURE NO.8 JOB NO.
8856 lREV.0 DATE
..m O
O o
Page 1 E
TABLE 3.11-6 Q.
m NORMAL AND MAXIMUM PLANT ENVIRONMENTAL CONDITIONS SPECIFIED FOR NON-NSSS SYSTEMS AND COMPOWElfts y
'n: '
2 NORMAL OPERATING CONDITIONS
^
MAXIMUM CONDITIONS RELATIVE DOSE INTEGRATED RELATIVE LOCA TOTAL INTEGR.
F TEMP'T HUMIDITY RATE DOSE PRESSURE TEMP HUMIDITT DOSE RATE DOSE w
AREA KEY PRESSURF MAX / MIN MAX / MINI (R/HR)
(RAD)
'F 1
5 (10)
Primary C2
.1 psig 150/100 90/20 Gamma 8#'
8
8
6 10 h
4 10 Ca tsinment to 6.5X10
'2.3X10 Notes Notes Notes 1.3X10 2.3X10 Drywell, No.
1.5 psig Neutrg(2) ggy gg3) ggy,gg3) ggy,g33) 16 g
7.9X10 6.3X10
-7.9X10 and (7) and (7) and (7)
RPV Shield With Vessel Shield:
16 Core to 25 8.8X10 As Above As Above As Above 1.3X10 3.4X10 h
Zom 1.tbove C2a
.1 psig 150/100 90/20 Gamma 6
6 7
gon(2)
I 6.3X1d 1.5 psig Ne 6.3X10 As Above As Above As Above hl16 7
6 7
Zow 2 Core C2b
.1 psig 150/100 90/20 Gamma Regita to 50 1.8X10 As Above As Above As Above 1.3X10 4.4X10 -
Neutrog(2) g4 g4 1.5 psig 1.4X10 1.8X10 As Above As Above As Above 1.8X10 16 vinel to 7.2 2.5X10 As Above As Above As Above 1.3X10 2.8X10 E
Zons 3 Under C2e
.1 psig 185/100 90/20 Ca m 6
6 7
Neutron (2) 9 1.5 psig 9
<1
<l.3X10 As Above As Above As Above
<l.3X10 25 8.8X10 As Above As Above As Above 1.3X10 3.4X10 h
Zone 4 Near C2d
.1 psig 135/100 90/20 Gamsa 6
6 7
Rtcirculation to Pumps 1.5 psig Neut5'"(2) 12 12 2.5X10 2X10 2.5X10 As Above As Above As Above Rev. 16,7/90 l
-. ~.. _
O O
o
?
Page 2 N
TABLE 3.11-6 e
NORMAL AND MAXIMUM PLANT ENVIRONMENTAL CONDITIONS SPECIFIED FOR NON-NSSS SYSTEMS AND COMPONENTS M
2 MAXIMUM CONDITIONS (
NORMAL OPERATING CONDITIONS RELATIVE DOSE INTEGRATED REIATIVE LOCA TOTAL INTEGR.
W TEMP'T HUMIDITY RATE DOSE PRESSURE TEMP NUMIDITY DOSE RATE DOSE N
AREA KEY PRESSURE MAX / MIN MAX / MIN 1 (R/HR) 12)
(RAD)
(10) 8 Zone 5 >15 ft.
C2e
.1 psig 150/100 90/20 casune 6
6 7
l from Recirc to 4
1.4X10 As Above As Above As Above 1.3X10 2.7X10 lE g
$on(2) 2.5X1g2 As Above As Above As Above 12 Pump 3 1.5 psig e
2.5X10 Zone 6 C3
.1 psig 125/90 100/50 Ca m 4
6 7
Suppression to
.1 3.5X10 See Note See Note See Note 1.3X10 2.6110 klE Pool 1.5 peig Neutgon(2)
(8)
(8)
(8) 7 2X10 7X10 3
2 4
5 Cers Spray Rla
.375" wg 100/60 90/10
.e*
5.3X10
.25"wg 130 100 1.6X10 5X10 Pump Rooms RPCI Pump Rooms Rlb
.375" wg 104/60 90/10
.015 5.3X10 6.1 psig 305 for 100 1.6X10
$X10' 3
2
& Peletration I.25"wg]60seg3)
(130]
Rrom lE !
3 2
RNR Piping &
R1e
.375" wg 115/60 90/10
.015 5.3X10 2.48 psig 305 for 100 1.6X10 5X10 Penetration Room
[.25"wal60seg)
(130]
At E1. 683 lg 6
2 6
RWCU System Heat Rld
.375" wg 110/60 90/10 15 8.8X10 2.4 psig 220 for 100 6.5X10 g,,gg3 Exchanger Room
(.25" val 40seg3)
(1301 Rev. 16,7/80 J
0 O
O Pago 3
- x2 TABLE 3.11-6 NORMAL AND MAXIMUM PIANT ENVIRONMENTAL CONDITIONS SPECIFIED FOR NON-NSSS STSTEMS AND COMPONENTS R
NORMAL OPERATING CONDITIONS MAXIMUM CONDITIONS RELATIVE DOSE IN17.GRAT ED RELATIVE I4CA TOTAL INTEGR.
W TEMP'T NUMIDITT RATE DOSE PRESSURE TEMP NUMIDITY DOSE RATI DOSE N
AREA XET PRESSURE MAX / MIN MAX / MIN %
(R/HR)(I }
(RAD)
5 (10) 2 5
RWCU System Recir-Rle
.375" vg 104/60 90/10
<.05 1.8X10 3.5 psig 222 for 100 6.5X10 1.9X10 culation Pump Room l.25"vg]40seg3)
& Penetration Area
[130) 0 IIII 2
6 RWCU Systee Rlf
.175" wg 104/60 90/10 10 3.6X10
.25" wg 104 100 6.5X10 3.8X10 filters Tanks &
Pump Rooms Reactor Building R3
.375" wg 130/40 90/10 5
1.8X10' 8.2 psig 300*F for 100 2
0 1.6X10
[>2.5X10 g(5) 1.8X10 2
Stees Tunnel l.25" wel 3) 5 E Refueling Floor R5
.25" vg 100/60 90/10
.25" wg 104 100 3
2 RHR Pump Rocus Rig
.375" wg 100/60 90/10
.015 5.3X10 1.84 psia 296 for 100 1.6X10 5X10'
[.25"wg]60seg}
- 11301, 3
2 RCIC Pump Room Rlh
.375" vg 102/60 90/10
.015 5.3X10 2.2 pois 306 for 100 1.6X10 5X10'
& Penetration Room I.25"wel25seg3)
(1301
.g Rev. 16,7/90
O O
^Q N
Page 4 h
TABLE 3.11-6 w
tn NORMAL AND MAXIMUM PLANT ENVIRONMENTAL CONDITIONS SPECIFIED FOR NON-NSSS STSTEMS AND COMPONE)rts Nzo MAXIMUM CONDITIONS (
NORMAL OPERATING CONDITIONS
~ RELATIVE LOCA TOTAL INTIGR.
REIATIVE DOSE INTEGRATED TEMP *F HUMIDITY RATE DOSE PRESSURE TEMP HUMIDITY DOSE RATE DOSC N
AREA XEY PRESSURE MAX / MIN MAX / MIN %
(R/HR)II }
(RAD)
(10) 2 2
5 Reactor Building R1n
.25" vs 100/60 90/10 0025 8.8X10
.25" wg 104 100 6.5X10 1.7X10 General Access Areas Standby Liquid Rln
.25" wg 100/60 90/10
.0025 8.8X10
.25" wa 104 100 6.5X10 1.7X10' 2
2 Cor. trol Area Emergency Rli
.125" wg 104/70 90/10
-25" wg 122 100 Switchgear 2
5 Penetration Roces Rlj
.375" vs 130/60 90/10
.0025 8.8X10
.25" wg 130 100 1.7X10 Not Otherwise Noted g
2 5
1.7X10 CRD Hydraulic Rik
.25" wg 100/60 90/10
.0025 8.8X10
.25" vg 104 100 Area 2
5 1.7X10 Return Air Plenun, R2
.0025 8.8X10
-1.5" wg 104 100 Recire System
.25" vs 104 100 Reactor Bldg. H&V R4
.25" vg 104/40 90/10 Equipment Room SGTS Equipment CS4
.125" wg 104/40 100/10
.015 5.3X10
.25" vs 104 100 5.7X10 3.8X10' 3
Roce 2
2 Control Roce CSI
.25" wg 80/70 55/45
.0005 1.75X10
.25" vs 80 55 1.7sX10 Rev. 16,7/80 1
e
O O
O Page 5 TABI2 3.11-6
- l NORMAL AND MAXIMUM PLANT ENVIRONMENTAL CONDITIONS SPECIFIED IVR NON-NSSS STSTEMS AND COMPONENTS M
NORMAL OPERATING CONDITIONS MAXIMUM CONDITIONS ( }
RELATIVE DOSE INTEGRATED RELATIVE IDCA TOTAL INTEGR.
F TEMP'F HUMIDITT RATE DOSE PRESSURE TEMP HUMIDITT DOSE RATE DOSE w
AREA KET PRESSURE MAX / MIN MAX / MINI (R/NR)II (RAD)
'F 1
(RADS /HR) (RADSd
+
(10) 2 Cable Spreading CS2
.125" wg 80/60 60/40
.0005 1.75X10
.125" wg 104 100 Rooms & HVAC Equipment Room, Relay Rooms Elect. Equip.
Rooms Battery Room CSS
.125" wg 80/60 60/40
.125" wg 80 60 5
Computer Room CS3
.125" wg 85/65 60/40
.125" vs 85 60 2
Redweste Control RV1 Atmos 75/50 80/10
.0025 8.8X10 Atmos 80 80 E
Room 3
Redweste Valve RW2
.125 104/40 90/10
.02 7.0X10
.25" wg 120 100 and Pump Rooms 6
Storage Tank RW3
.125 120/40 90/10 20 7.0X10
.25" vs 120 100 Rooms (unprocessed)
Diesel Generator C
Atmos 104/72 Atmos 120 M
. Rooms
( lL{ }
ESW Pimphouse SW Atmos 104/40 100/5 Atmos 104 100 UPS Rooms CS3
.125" wg 104/65 60/4 0
.125" vg 104 60 r
Rev. 16,7/80 i
t
. ~.
NJ Page 6 TABLE 3.11-6 N
NORMAL AND MAXIMUM PIANT ENVIRONMENTAL CONDITIONS SPECIFIED FOR NON-NSSS SYSTEMS AND COMPONENTS 2O NORMAL OPERATING COlmITIONS MAXIMUM am IITIONS(6)
M REIATIVE DOSE INTEGRATED RELdlV LOCA TOTAL INTEGR.
F TEMP *F HUMIDITT RATE AREA KET PRESSURE MAX / MIN MAX / MIN 1 (R/HR)(12)
(RAD)
N (10)
Turbine Building T2a Atmos 104 90/10
.005.020 7.7I!0
.125" wg 104 90 h
Operating Floor 3
Turbine Building 71
.125" vg 104 90/10
.001 4X10
.125" wg 104 100 General Areas (shielded) 5 EP Turbine T2b
.125" wa
.5 1.8X10
.125" we -
LP Turbine T2c
.125" wa
.1 3.5X10'
.125" vs 6
.125" wa 120 90/10 5
1.8X10
.125" wg 120 100 Condensers 6
0 Steam Jet Air 74
.125" wg 120 90/10 15 5.3X10
.125" wa 120 100 5.3X10 Ejectors 6
Condensate T5
.125" wg 120 90/10 10 3.5X10
.125" we 120 100 5.3X10' 1:eatment (1) Temperatures are for small line break; pressures are for recirculation line break. Temperatures for recirculation line break are lower.
2 (2) Units for neutron flux are nutrons per en,,,,,
g Rev. 16.7/80
O O
O Page 1 7
A TABII 3.11-6 m
in NORMAI. AND MAXIMUM PIANT ENVIRONMENTAL CONDITIONS SPECIFIED FOR NON-NSSS SYSTEMS AND COMPONEFTS
$zo tn (3) Pipe break outside containment results in shsrt tern peak temperature and pressure shown, until the break is lE isolated within the time noted. The long t..m maximum temperature and pressure is noted in brackets. During F
the short ters transient, capability to detect and isolate the pipe break and capability to shut down the l16 N
reactor exists.
(4) Includes integrated accident and normal doses.
f (5) Accident is rod drop not LOCA.
(6) Pressure, temperature, and humidity maximums are not simultaneous.
(7). a) 0-45 sec.
44 psig 340'F 100% R.H.
b) 45 sec.-3 hre.
35 340*F 100% R.H.
c) 3 hrs.-6 brs.
35 320'F 1001 R.H.
d) 6 bre.-24 bra.
20 250'F 1001 R.H.
e) 24 hrs.-100 days 15 2bu'T 100% R.H.
5 (8) a) 0-45 sec.
29 psig 130*F 1001 R.H.
b) 45 sec.-3 brs.
30 200*F 100% R.H.
c) 3 bre.-6 brs.
30 210*F 1001 R.H.
d) 6 hrs.-30 hrs 15 200'F 1001 R.H.
e) 30 bre.-150 h.s.
10 200*F 1001 R.H.
f) 150 hrs.-100 days 10 140*F 100% R.H.
(9) Spent fuel pool boiling results in higher temperatures not exceeding 210*F.
(10) Key letter and number identifies a particular group of environmental parameters.
(11) Pipe breaks outside containment can result in higher temperatures and pressures in certain of thes.e compartments, however, leak detection, isolation, and shutdown is secomplished from outside these compartments.
g (12) If not otherwise noted, dose is Gamma.
(13) Minimum drywell pressure is -5 psig.J pk ~ " L
- i ~t ~
pgun w:
Rev. 16, 7/80 Q
NN %
8
...I
c CllAPTER 4:
System Summaries r
A.
Introduction This Chapter consists of an overall summary of all Bechtel '
. purchased Class lE equipment subject to a harsh environment and
)
a summary for each system.
' Die overall summary makes use of the preliminary assess-ments made for each piece of equipment. As work proceeds, the classification of many items can change.
As such, and due to the nature of the requalification task, this summary should only
~ be. used as an approximate indicator of the status of the SSES Class lE -equipment environmental qualification effort for non-NSSS components and not as an exact measure of status or remaining work.
The system summary sheets list each non-NSSS component covered in Chapter 3 and provide the preliminary action code assigned to each item.
l I
l i
i l
O
SSE:S SUPNARY O
Requalify mplace System
'Ibtal Cwpents -Qualified 1
2 3
1 2 3 Standby AC Power
~26 22 4
Standby DC Power.
3 3
General Use Electrical 12 5
4 1
2 Standby Gas Treatment 40 8
24 8
Control Structure HVAC 49 23 12 14 Reactor Bldg. HVAC 46 24 2
8 12 Bnerg. Service Water 10 2
8 MSIV Leakage Control 16 16 Suppression Pool Filter 2
2 N actor Bldg. CCW 12 12 Liquid RacNaste 4
- CS 23 6
17 RHR Service Water-PD 8
8
-CS 8
8 Core Spray - PD 10 10
- CS 2
4
- CS 9
9 Instr. Gas - PD 1
1 CS 12 10 2
Nuclear Boiler - PD 9
9
- CS l'1 17 (bntainment Atmos.-M 8
8
-PD 9
9
-CS 62 30 21 11 Ebel Pool Cooling 1
1 Vessel Instr.
37 1
36 Incal Panels 10 10 Reactor Recirculation 24 24 Transient Monitoring 9
9
'IUrAL 577 247 6 99 208 17 1
a 1
~
hP10/34-1
+
g r
p
m QJ6S lE EQUII9ENT IN HARSH AREAS System:
STROBY AC PCMER DATA PIANT 1
QUALIFIED RE REPIA3 ACTICN SHEET 4 ID 9 GENERIC NAME QUALIFY CDDE 1A201 4 kv. Switchgear x
2 1A202 x
2 1A203 x
2 1A204 x
2 1A205 x
2 1A206 x
2 1B210 480 V Imd Center x
2 1B220 x
2 1B230 x
2 1B240 x
2 g
1B237 480 V Pbtor Control Center x
2 1B216 x
2 1B226 x
2 1B229 x
2 1B236 x
3 IB246 x
3 1B217 x
3' 1B227 x
3 lY216 208/120 V Distribution Pane'.
O
~ ~ ~ ~
x 2
lY226 x
2 lY236 x
2 lY246 x
2 e
IX216 Instrument Transfonner x
2 1X226 x
2 1X236 x
2 1X246 x
2 y
l l
A 1
t i
4 i
8856 SSES QASS lE EQUIl9ENT IN HARSH AREAS k-swan DC meR DA2A PUNI 1
QUALIFIED RE REPLA 3 ACTIW SIE rr #
ID $
GENERIC NAME QUMlfT CDDE ID254 250 VDC Control Center x
3 1D264 x
3 x
3 1D274
,r I
O l
J O
l I
SSES CASS lE ICUIRENt ex y gg g x_)
(
Systant GEtERAL USE EIKTRICAL IATA PLAhT 1
QUALIFIED RE REPLACE ACTICN SHEET f ID $
GENERIC NAME OJTJ.JFY CODE IS246/lG202 Motor-Generator Set x
1S247/lG203 4
x 1C246 Control Panel _(thG.)
x 1
1C247 j _
x 1
1ATS219 Autanatic Transfer SW.
x 1
x 1
1A'Is229 4
W R E129 5 kV tbnshield power cable x
W R E130A 600 V Powr and Control Cable x
3 W R E130BC 600 V Power and Control Cable x
W R E131A Instrument Cable x
2 W R E131BC Specialty Cable, x
P1/R E135 Electrical Penetration x
3
( s.
N._--
I l
2
,.,r'
.Pf2/1.2
88 %
SSES CIASS lE EQUIRENT IN HARSH AKEAS Systems STANDBY GAS TREA2NENT
~
MA PIANT 1
QUALIFIED RE
' REPIAG ACTIOi SHEEI 4 ID #
GENERIC NAME QUALIFY CODE X
3 CC-883 A/B CCNIlOL P#iEL X
3 l
CC-886 A/B CONTROL PRIEL X
2 CC-898 A/B CONTROL PANEL X
3 CE-101 A/B EIECTRIC HEATI!G COIL FD4-07551 Q
Al/B1 DAMPER ACIUAIOR X
PT-07551 A/E DIFFERENTIAL PRESSURE TRANSMITICR X
2 FT-07555 A/E DIhu<tNTIAL PRESSURE TRANSMITI ER X
2 2
PI-07557 A/E Dmu<tNTIAL PRESSURE TRANSMITIER X
l Pr-07816 A/E DIFFERENTIAL PRESSURE TRANSMITI ER X
2 HDM-07552A/E DAMPER ACIUAIOR X
Q IDi-07553A/E DAMPER ACIUA'IOR X
Q ID4-07555A/I DAMPER ACIUAIOR X
Q l
PDSH-07555A/I Pl<tdd0l<B DIFFERENTIAL bvI'IGI X
2 PDT-07550A/E DIFFERENTIAL PRESSURE TRANSMIT]ER X
2 PDr-07553A/I DIFFERENTIAL PRESSURE TRANSMIT]ER X
2 PUr-07554 Al, A2, A3 DIFFERDTTIAL PRESSURE TRANSMIT]ER X
2 O
PDr-07554 B1, B2, B3 DIFFEPSTIIAL PRESSURE TRANSMIT]ER X
2 PDF-07814A/I DIFFERDR'IAL PRESSURE TRNISMIT]ER X
2 X
3 01-109 A/B CENT. FAN M7IOR d
1 1
b)
'E2/12
8856
'SSES CIASS lE M UIPNBfr IN HARSH AREAS Systesa: CONTROL STPUCTURE liVAC DNR PLANT 1 --
QUALIFIED RE iu n A G ACTIm SHEET 4 ID #
, GENERIC NAME QUALIFY GIE CC-876 A/B OWIfUL PNEL -
X 3
1 OC-889 A/B OONTROL PANEL X
.3 m-143 A/B IIEC. HEATING ODIL X
3 ESL-07841 A/B FIIM SWPIO{
X
.Q FSL-07842 A/B FIIM SWI'IDI X
Q l
FSle-08621 A/B FIIM SWIIO{
X Q
{
H m -07811 A/B DAMDER ACItWIOR X
Q t
IDi-07812 A/B DAMPER ACItKIOR X
.Q HDM-07813 A/B DAMPER ACItRIOR X
Q HOM-07814 A/E DAMPER ACIUA'IOR X
Q j
HOM-07841 A/B DAMPER ACItKIOR X
Q 101-07842 A/E
' DAMPER ACItKIOR X
Q HDM-07882.
DAMPER ACIUA'IOR X
Q m-ll2 A/B CXNTROL PANEL, WATER CHILIEP X
3 N -112 A/B CCNP. PDIOR, WATER CHILIER X
3 m-ll2 A/B PWP POIOR, WATER OmIRR X
3 LSL & IRI-08634 A IEVEL bWITCH X
2 ISL & LSil-
!~
08634 B LEVEL SWTIOi X
2 TSL-07802A/B TDP. SWIIDI X
2 TSL & TSH-07841 A/B TEMP. SWTIQI X
2
)
TSL & 'ISH-07842 A/B TmP. SWrIGI X
2 l
W-101 A/B FAN FDIOR X
Q W-ll8 A/B FNi MOIOR X
Q W-144 A/B FNi }UIOR x
3 X1SH-07802 A/B GIDRINE IEIECIOR X
2 l
I I
1 l
i l
LO w12
88 %
SSES CIASS lE EUIRENT
(}
IN HANN ARAS System: REACIOR BUIIDING liVAC DNIA PIANT I
MANIE) RE
' W LACE ACTICN SHEET 4 ID 4 GENERIC NAME GALIFY CCDE FSH-17601A/B FIIM SWrICI X
0 FSH-17602A/B FIIM SWIIQi X
Q FSH 17657A/B FIDW SWIIQi X
Q FStr-17630A/B FILM SWIIQI X
Q TH-07545A/B DAWER ACIUAIOR X
Q HIN-17601A/B DAMPER ACIUA20R X
Q HDM-17602A/B DAMER ACIUAIOR X
Q HIM-17630A/B DAWER ACIUA20R X
Q IDI-17657A/B DAMER ACIUA30R X
Q PDSIr-07544A/B PRESSURE DmuerTI'IAL SWrIQi X
2 TSH-17631A/B
'ITMPERAIURE SWrICI X
2 TSH-17661A/B TENPERAIURE SirIQi X
2 TSH-17663A/B TENPERATURE SiTIQI X
2 OV-201 A/B FAN FDIOR, RECIRC. FAN X
1 AV-208 A/B FAN LaIOR, LNIT C00IER X
3 lV-209 A/B F M lDIOP LWIT CIXIER X
3 IV-210 A/D FAN EUCR,. NET COGER X
3 IV-210 B/C FAN WIOR,1 NIT CDEER X
3 IV-211 A/B FAN WICR, INIT CDOEER X
3 O.
IV-222 A/B FAN EIOR, LEIT NRR X
3 IV-414 A/B FAN WIOR, LNIT NER X
Q IV-415 A/B FAN WIOR, LNIT NFR X
Q IV-416 A/B FAN MICR, LEIT NFR X
Q 1
J l
I i
i k
l PE2/12
.n.:._I,.....
SSES CJ6S lE EUJIIDENT
('s
\\d IN HARSH AREAS N SEWICE ETER System:
MTA P W 1' 1
QUALIFIED RE su.raACE ACTICN SHEET 5 ID 0 Q!NERIC NAME QUALIFY GIE IN-08613A Motor Operator, 7.0 X
0 I
IN-00613B X
0 X
1 IN-10943A2 Air Operator X
1 IN-lO943B2 X
1 IN-llO24A1 X
1 IN-llO24A2 X
1 IN-llO24B1 X
1 IN-11024B2 X
1 IN ll143A X
1 IN-lll43B O
l O
t Pf2/12
.. -~
wws.
SSES flASS 1E fjlicadfr Dj
's/
IN HARSH AREAS PElV IEAKNE CONTROL (E-32)
Sys h :
IATA PUNI I
QUALIFIED RE REPLAG ACTI m SHEET 4 ID $
GENERIC NAME QUALIFY CODE IN-lF001B Motor Operator, AC X
Q IN-lF001F X
Q IN-lF00lK X
Q IN-lFOOlP X
Q IN-lF002B X
Q IN-lFOO2P X
Q IN-1F002K X
Q IN-lFOO2P X
Q IN-lFOO3B X
Q
~
IN-lFOO3F X
Q IN-lF003K X
Q IN-lE003P X
Q IN-lFOO6 X
Q IN-1F007 X
Q IN-lF008 X
Q IN-LID 09 X
Q O
l A
1 O
PE2/12
8856 SSES O
o-a--
IN MAISI W Systma GJPPRESSICN POOL FIIRER DATA PUNT QUALIFIED RE IIEPUKXl ACTIGi SHEET I ID 4 GENERIC NAME QUALIFY CXIE IN-15766 Motor Operator, AC X
Q IN-15768 Motor Operator, DC X
Q l
O l
a 1
PE2/12
.o
8856 SSES CIASS lE EQUII9ENT pb IN nansa AnEas IUCIOR BUILDING CLOSED CDOLING WNTER System:
N I
QUALIFIED RE RIyEA3 ACTICN SIEET 4 ID #
GENERIC NAME gugtypy g
IN-ll313 lbtor Operator, AC X
Q X
Q IN-ll314 X
Q IN-ll345 X
Q 1U-11346 IN-18781A1 Air Operator X
Q IN-18781A2 X
Q IN-18781B1 X
Q X
Q IN-18781B2 X
Q IN-18791A1 IN-18791A2 X
Q IN-18791B1 X
Q IN-18791B2 X
Q 1
1 1
\\
i j
8856 SSES
'"'""o"'"""
O IN HANIH AREAS LIQUID FADHMiTE Sys m DATA PUNT 1
gmLIFIN RE WJCE ACTICN SHEEP 4 ID 4 GENERIC !aME QUALIFY 00DE IN-16108Al Air Operator X
Q IN-16108A2 X
Q IN-16116Al X
Q IN-16116A2 X
Q O
l l
2 i
O PE2/12
8856 SSES CIASS lE EUJIIMENT IN HARSH AREAS MM LIQUID CINTIOL SYSIEM (C-41)
System:
MM PIANT 1
QUALIFIED RE
'REPIACE ACTICN SHEET f ID 4 GENERIC NAME QUALIFY CODE IN-11TD6 Motor Operator, AC X
Q l
t r
O 1
l l
Q t
1T2/12
.~-
8856 SSES CLASS lE EQUIIMENT IN HARSH AREAS System: MIR (E-ll)
DATA PLANT I
(/JALIFIED RE
' REPLACE ACTICN SHELT #
ID #
GD;ERIC NAME QUALIFY CODE IN-lF003A Motor Operator, AC X
Q j
IN-lFOO3B X
l Q
IN-lFOO4A X
l Q
IN-lFOO4B-X Q
l 1
IN-lFOO4C X
Q IN-lFOCMD X
Q
' IN-lFOO6A X
Q IN-lFOO6B X
Q IN-lFOO6C X
l 0
IN-lFOO6D X
Q IN-lE07A X
Q IN-lFOO7B X
O IN-lm08 Motor Operator, DC X
l Q
i IN-lFOO9 Fbtor Operator, AC x
l g
IN-lFOlOA X
'O IN-lFOlOB X
Q IN-lFOllA X
Q IN-lFOllB X
Q (dN IN-1F015A X
Q IN-lF015B X
Q IN-lFOl6A X
Q IN-lFOl6B X
Q IN-1FOl7A X
Q IN-lF017B X
Q IN-lF021A X
Q IN-lF021B-X Q
IN-lF022 X
Q IN-lF023 dbtor Operator, DC X
Q If <-lF024A Bbtor Operator, AC X
Q i
IN 1F024B X
Q IN-lF026A X
Q-IN-lF026B X
Q IN-lF027A X
Q IN-lF027B l
X Q
IN-lF028A l
X Q
IN-lF028B l
X Q
i IN-lF040 l
X Q
IN-lF047A l
X Q
IN-lIO47B l
X Q
i IN-lFD48A l
X Q
IN-lF048B -
X Q
l
.IN-lF049 dbtor Operator, DC l
X Q
-IN-15112 Bbtor Operator, AC l
X Q
l l
Q) l
,-n,
,,y-,--
--y q
e
8856 SSEE O
IN HARSH AREAS RESIDUAL HEAT RiiM0dAL System:
MM PI M r.
1 QUALIFIED RE
' REPLACE ACTIm SHEET 4 ID 9 GENERIC NAME QUALIFY CODE SV-15151A,B Pilot Solenoid Valves X
3 SV-15152A,B Pilot Solenoid Valves X
3 l
SV-15153A,B
-Pilot Solenoid Valves X
3 SV-51-1F079 Pn> cess Solenoid Valves X
Q A,B SV-51-1F080 Process Solenoid Valves X
Q A,B SV-51-1F105 Process Solenoid Valves X
Q A,B XV-15110 Excess Flow Check Valve X
3 A,B,C,D XV-15109 Excess Flow 0)eck Valve X
3 A,B,C,D FI-15105 Flow Indicator X
3 FY-15105 Sq. Rt. Extractor X
3 ES-15105 Power Supply X
3 O
1 1
t r
O (Eq15/2-7)
. ~ _
885f SSL2 Gass 1E EQUIIMENT (v,.
IN HARSH AREAS E "3 EN System:
QUALIFIED RE
s SHEET #
ID #
GENERIC NAME QUALIFY CODE 0
IN-lFO73A lbtor Operator, AC X
0 IN-lF073B X
0 IN-IIV75A X
0 IN-lFV75B X
0 IN-1211CA X
0 IN-12110B X
0 IN-12115A X
O IW-12115B X
O
- O I
l l
O
.PE2/12 3
8856 SSES 1
O cr>== 1 =outi ='r System:
RHR SERVICE WATER SYS'IEM DA1A PUWF
(
QUALIFIED RE IREPINE ACTIOi SHEET 4 ID $
GENERIC NAME QUALIFY CIXE SV-11274A,B Pilot Solenoid Valves X
3 FdL-ll207A Electronic Switch X
3 FY-ll207AJ Isolator X
3 FSL-ll20716 Flow Switch X
3 FY-ll207B].
Isolator X
3 FY-ll207B:
S.Q.R.T. Extractor X
3 FI-ll207B Flow Indicator X
l 3
l l
O 1
l l
l l
l O
^
(EQR5/2-1)
8856 SSES
' QASS lE EQUIINDrr IN HARSH AREAS System:
00RE SPPAY (E-21)
DATA PUNT 1
SIIEEP #
ID #
GENERIC N g
g IN-lF001A bbtor Operator, AC X
g
- IN-lKolB X
o a
IN-lFOO4A X
Q IN-lN04B X
o a
IN-lFOOSA X
o IN-lFOOSB X
0 IN-lFO15A X
o a
IN-lF015B X
o IN-lF021A X
o a
IN-lP031B X
o a
)
I l
A o
t l
Pf2/12
8856 SSES O
CIASS lE ERJIIMENT b
IN HARSH AREAS systan: CCflE SPRAY IMA PLANT 1
- QUALIFIED RE REPIA3 ACTIm i
SHEET 0 ID #
GENERIC NAME QUALIFY CODE xv-52-1P018 Excess Flow Check Valve X
3 A, B l
l 0a l
l l
l l
(EG15/2-8)
SSEE GASS lE flQUTINENT b)
IN HARSH AREAS N./
IClC (E-51)
System:
mTA N
1 QUALIFIED RE REPIACE ACTICN SHEE3' 3,
ID #
GENERIC NAME QUALIFY CODE IN-lE007 Motor Operator, AC X
Q IN-17> 008 lbtor Operator, DC X
Q IN-llOlO X
j Q
IN-LEV 12 X
Q
(
IN-15013 X
Q IN-lE019 X
0 4
IN-lE022 X
Q IN-lE031 X
Q IN-lE045 X
Q IN-lE046 X
Q IN-lE059 X
Q IN-lE060 X
Q IN-LEO 62
^
x g
IN-LEO 84 X
Q O
O l
O Pf2/12
8856 SSES
)
CIASS lE EQUIIMENT In nAnsa MAS System: REACIm CORE ISOIATION COOLING DATA PINfr ~
1 QJALIFIED RE
' REPLACE ' ACTI(N SHEET 4 ID #
GENERIC NAME QUALIFY 00DE SV-14926 Pilot Solenoid Valves-X 3
SV-14925 Pilot Solenoid Valves X
i 3
SV-14954 Pilot Solenoid Valves X
3 SV-14924 Pilot Solenoid Valves X
3 HV-lF020 Control Valve X
2 FIC-14903 Flow Controller & Indicator X
3 FY-14903 Sq. Rt. Extractor X
3 FY-14903A Isolator X
3 l
ES-14903 Power Supply, Gamp X
3 SY-15001B Isolator X
3 SI-15001B Speed Indicator X
3 g
0 l
I i
(EGR5/2-6
SSES CUBS lE EQUII9ENE IN HARSH AREAS 15C1 (E-41)
System:
M N
I QUALIFIED PE
'REPI. ACE ALTICN SHEE.T4 ID 6 GENERIC NAME QUALIFY OODE IN-lFOOl Motor Operator, DC X
Q IN-lE002 Motor Operator, AC X
Q IN-11DO3 Motor Operator, IX:
X Q
i IN-lFOO4 X
Q IN-1FOO6 X
Q IN-lEDO7 -
X Q
IN-lFOO8 X
Q IN-1F011 X
Q IN-1F012 X
Q IIV-1IO42 X
Q IN-lF059 X
Q IN-lFD66 X
Q j
IN-1F075 X
Q IN-LID 79 X
0
?
O 1
(
A l
O i
l'f2/12
MM sses CASS lE EQUIMENT IN HARSH AREAS HIGI PRESSJRE (X)0IMT DUECTICN system:
DATA PUNI '
I QUALIFIZD RE
' REPLA T ACTIOi SHET $
ID 0 GENERIC NAME QUALIFY CODE SV-15528 Pilot Solenoid Valves X
3 SV-15529 Pilot Solenoid Valves X
3 SV-15554 Pilot Solenoid Valves X
3 SV-15521 Pilot Solenoid Valves X
3 XV-15517 Excess Flow Check Valve X
3 XV-15516 Excess M ow Check Valve X
3 XV-15576 Excess Flow Check Valve X
3 XV-55-1F029 E;: cess Mow Check Valve X
3 A,B,C,D O
- b.j i
O (EG R5/2-10) i
acbc M
C1 ASS IIC EQULE+1Dri O
v rn iwsu mas 16 C1 (G-33)
Systern:
N N
\\
QUALIFIED RE REPIACE ACTICN SHEET 4 ID $
GENERIC NAME p ry m
IN-1F001 Motor Operator, AC X
Q IN-IIt04 M3 tor Operator, DC X
f Q
IN-lE042 Motor Operator, AC X
Q IN-lFlO4 x
g 4
- O l
1 I
l 1
1
\\
G P{/12
8856 SSES 1
CASS 1E EQUIRENT IN HARSH AREAS System: REACTOR WATER CLEAN-UP N
I QUALIFIED RE REPIACE ' ACTICN SHEET 4 ID #
GENEP!C NAME guALIpy a
XV-14411 Excess Flow Check Valve X
i 3
A,B,C,D XV-44-1F044 Excess Flow Check Valve X
3 XV-4kC,D A, B 1F046 Excess Flow Check Valve X
3 l
l 1
1 O
l l
l I
I P
v (EQC5/2-5)
8856 SSEE
[d CUGS 1E EQUIRENT IN HARSH AREAS t
System: DNC N IRTA PUNT 1
s QUALIFIED RE IREPIAG ' ACTICN SHEET #
ID #
GENERIC NAME QUALIFY OODE IIV-12603P N tor Operator, AC X
Q l
6 t
O 4
l 1
1 PE2/12
3856 SSES O
CIASS 1E DJJIPMDFT IN HARSH AREAS Systems CO?IPAIfME?If INSTEMEfff GAS DATA PLRir 1
QUALIFIED RE REPLACE ACTICN '
SHEET i ID #
GDIERIC NAME QUALIFY CODE SV-12648 Process Solenoid Valves X
Q SV-12643 Process Solenoid Valves X
l Q
SV-12671 Process Solenoid Valves X
Q SV-12661 Process Solenoid Valves X
Q SV-1265A,B Process Solenoid Valves X
Q SV-12651 Pmcess Solenoid Valves l
X Q
SV-12649 Process Solenoid Valves X
Q SV-12644 Process Solenoid Valves X
Q SV-12605 Process Solenoid Valves X
l Q
PT-12648 Gage Pressure Transmitter X
2 I
PT-12643 Gage Pressure Transmitter X
2 l
l
- O l
O (EQR'i/2-2)
U856 CSES CLASS 1c :r. -
IN HARSH AR%S NtK1 EAR BOIIIR (B21)
System:
. DATA PfANT I
QUAI,IFIED RE REPIA 2 ACTIOi SHEET 8 ID #
GENERId NAME QUALIFY CDDE l
IN-lF001 Ittor Operator, AC X
Q IN-lE002 X
i Q
s IN-lFOllA X
Q IN-IIDllB X
Q IN-LEU 16 X
IN-lEVl9 Motor Operator, Ir X
Q IN-lF020 Motor Operator, AC X
Q IN-lF032A x
Q IN-LEV 32B X
Q 4
O
/
1 O
1 PF2/1:
i
\\
8856 SSES i
A
, ty i
CUGS lE EQUIINDff IN HARSH AREAS System: IEIZAR BOILE DATA PUNT 1
QUALIFIED RE REPLACE' ACTIOi SHEET 9 ID 0 GENERIC NAME QUALIFY CODE I
XV-41-1F070 4 Excess Flow Check Valve X
3 A,B,C,D XV-41-1F071 Excess Flow Check Valve X
3 l
l A,B,C,D XV-41-1F072 Excess Flow Check Valve X
3 l
A,B,C,D XV-41-1F073 Excess Flow Check Valve X
3 A,B,C,D 3
XV-41-1F009 Excess Flow Check Valve X
l I
I I
- O I
i 0
l l
l l
l O
(EGR5/2-3)
8856 SSES CUGS lE EQUIRENT g
IN HARSH AREAS Systems CCNTAINMFNr A'IMEPHERE COUROL M
N I
QUALIFIED RE REPUKE ACTIOi SHEET 6 ID #
GENERIC NAME QUALIFY M
E440A HYDBOGEN RDOCH3INER X
2 E440B llYDROGEN RECOEINER X
2 E440C HYD10 GEN RDOCNBINER X
(
2 E440D 10/DBOGE21 REC 3EINER X
2 IC215A lilD. RDOCNB. POWER SUPPLY X
2 1C215B HYD. RDCOMB. POWER SUPPLY X
2 1C215C HYD. RDOCNB. POWER SUPPLY X
2 1C215D HYD. RDOCNB. POWER SUPPLY X
2 i
l 4
O<
1 1
2 O
l E2/12 l
8856 SSES V
CIASS lE EQUIPENT IN HARSH AREAS System: 00NTAIMENT A'IMOSPHEIC CONIROL DATA PLANT 1
QUALIFIED RE REPIACE' ACTICN SHEET 0 ID #
GENERIC NAME QUALIFY CODE TE-15791A,B Platimm RID X
1 TE-15798A,B Platinm RID X
1 TE-15799A,B Platinum RID X
1 TE-15790A,B Platina RID X
1 TE-15703 Platimm RID X
1 JV-15711 Pilot Solenoid Valve X
3 SV-15705 Pilot Solenoid Valve X
3 TE-15725 Platinum RID X
1 SV-15734A,B Process Solenoid Valves X
Q SV-15736A,B Process Solenoid Valves X
Q SV-15740A,B Process Solenoid Valves X
Q SV-15742A,B Process Solenoid Valves X
Q l
SV-15750A,B Process Solenoid Valves X
Q l
SV-15752A,B Process Solenoid Valves X
Q SV-15774A,B Process Solenoid Valves X
Q SV-15776A,B Process Solenoid Valves X
Q SV-15780A,B Process Solenoid Valves X
Q dp SV-15782A,B Process Solenoid Valves X
Q LT-15775A,B Differential Pressure Transmitter X
2 LT-15776A,B Pressure Transmitter X
2 PT-15701A,B Absolute Pressure Transmitter X
2 PT-15706 Absolute Pressure Transmitter X
2 PT-15702 Absolute Pressure Transmitter X
2 PT-15710A,B Absolute Pressure Transmitter X
2 PT-15728A,B Absolute Pressure Transmitter X
2 XV-15777 Excess Flow Check Valve X
2 XV-15778A,B Excess Flow Check Valve X
2 XV-15775A,B Excess Flow Q1eck Valve X
2 XV-151710A,B Excess Flow Check Valve X
2 XV-15701A,B Excess Flow Check Valve X
2 PI-15706 Pressure Indicator X
3 PI-15728B Pressure Indicator X
3 TI-15790B2 Temperature Indicator X
3 LI-15776B2 Level Indicator X
3 TI-15725B Temperature Indicator X
3 TI-15795B3 Temperature Indicator X
3 TT-15790B2 Temperature Transducer J
X 3
]
l TT-15725B Temperature Transducer j
X 3
)
l TT-15775B3 Temperature Transducer X
3 1
(EQl5/2-11)
8856 SSES CIASS 1E EQUIIMENT IN HARSH AREAS OCNTARDE7F A'DOSPHERE OWTIOL System:
QUALIFIED RE REPIACE' ACTIm DATA PLRTT 1
SHFET #
ID 4 03'ERIC NAME QUALIFY CODE j
I 1
X l
IN-15703 Air Operator X
1 IN-15704 X
1 IN-15713 X
1 IN-15714 X
1 IN-15721 X
1 IN-15722 X
1 IN-15723
.X 1
IN-15724 X
1 IN-15725 O
4 l
9
)
8856 SEES CIASS lE R3JII9 TENT IN HARSH AREAS PUEL POOL COOLING AND CLEAN-UP System:
MIA PUNT
(
QUALIFIED RE REPIACE AccQ1 SHEET 4 ID 4 GENERIC NAME QUALIFY CT M -
LT-15312 Differential Pressure X
2 Transmitters 1
1 O
l l
I i
l O
l (EGR5/2-9)
8856 SSES l
l s
CIASS 1E EQUIIMENT In nAnsa anEas
! E LEAR BOILER W M D N EATION System:
DMA PLRTf 1
QUALIFIED RE REPLACE ACTIW SHEET 4 ID #
GENERIC NAME OUALIFY CDDE X
2 PT-14262 Gage Pressure Transmitter XV-42-1F055 Excess Flow Check Valve X
l 3
XV-42-lF053 Excess M ow Check Valve X
3 A,B,C,D XV-42-1F061 Excess Flow Check Valve X
3 XV-42-1F057 Excess n ow Check Valve X
3 XV-42-1F059 Excess Flow Check Valve X
3 A thru H, L l
M,N,P,R, S,T,U XV-42-1F051 Excess Flow Check Valve X
3 A,B,C,D XV-42-1F041 Excess Flow Check Valve X
g 3
XV-42-1F043 Excess Flow Check Valve X
3 A, B XV-42-1F045 Excess Flow Check Valve X
3 O
A, B C
XV-42-1F047 Excess Flow Check Valve X
3 A, B PI-14262 Pressure Indicator X
3 LI-14262 Level Indicator X
3 l
l l
l l
/ \\
v (EQ15/2-4)
aosa '
Q ASS 1E N In mansa arras LOCAL CONTROL PANEL DMA PUW1' 1
QUALIFIE RE REPIACE ACTIQ 4 SHEET 4 ID 0 GENERIC NAME QlRLIFY GOE IC-201 REMOTE SHUTDOWN CONTROL PANEL X
3 IC-209 L.R.W. COLLECTION REACTOR BLDG. SUMPS & PUMPS PANEL X
3 IC-221 BOP ESS RELAY PANELS (D IV. I)
X 3
~
IC-222 BOP ESS RELAY PANELS (DIV. II)
X 3
ICE-216A,B C.C.W Ex A & B X
3 ICB-218A,B CONTAINMENT ATMOS MONITOR SOLENOID VALVES X
3 ICB-220A,B CONTAINMENT ATMOS MONITOD SOLENOID VALVES X
3 1
I J
O i
ET7/12
SSES GASS lE EUJIIMENT O
System: REACTOR RECIRCULATION DATA PUNT 1
QUALIFIED RE REPIACE ACTIOi SHEET i ID #
GENERIC NAME QUALIFY GXE XV-4 3-lF017) L,B Excess Flow Check Vlve X
3 XV-43-lF003a,B X
3 XV-43-1F0042 L,B X
3 XV-43-lF009) L,B X
3 XV-43-lF010)L,B X
3 XV-43-lF0lljt,B,C,D X
3 XV-43-lF012)L,B,C,D X
3 XV-43-lF040jt,B,C,D X
3 XV-43-lF057)L,B X
3 O
1 1
O
.wu 7-_. _
8856 SSES O
CASS lE BQUIIMENT U
IN HARSH AREAS TRANSIENT MONITORING SYSTEM DAR m
QUALIFIED RE
'REPIA3 ACTIQ 4 SHEET 5 ID #
GENERIC NAME CUALIFY CODE CM 137,138 139,143 144,145 146,147, 148 Isolators X
Q O
1 l
l 2
O
--