ML20102B437
| ML20102B437 | |
| Person / Time | |
|---|---|
| Site: | 05200001 |
| Issue date: | 07/14/1992 |
| From: | Fox J GENERAL ELECTRIC CO. |
| To: | Poslusny C, Ted Sullivan NRC |
| References | |
| NUDOCS 9207290010 | |
| Download: ML20102B437 (33) | |
Text
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A This page plus 3 t - patas(s)
From Jac.k % x Mali code 182-g 175 Cunrer Avenue San Jose. CA 95125 1
Phone (408) 925 4 8'2.ti FAX (408)925-1193 or (408) 925-1687
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c m6i=^e ABWR 1%1 Standard Plant Tabic _3.9 8 (Continued)
INSERVICE TESTING SAFETY.RElATED PUMPS AND VALVES System Pu;nps Safety. Test Test SSAR Clau ? arum Freq. Fis.
(a)
(b)-
(0 (g)
No, Qty - Dc cription 2
Pd,Vv,0 3 mo 9.)1
(,Al C001 2 Standby Liquid Control System pump E11 G01. 3 Residual Heat Removal Syuem Pump 2
Pi,Pd, 3 mn 5.410(3,~4,6)
Di',0,Vv
- E11-C002 3 Residual Heat Removal System fill pump 2
Vv(h)
E10 5.4-10(3,4,6)
E22-C001_ 2 High Pressure Cors flooder pump 2
Pi,Pd, - 3 mo 6.3 7(2)
DP.O.Vv E31 C001 1 Reactor Core Isolation Cooling pump _
2 Pi,Pd,0, 3 mo $.4 a(1)
N,DP,Vv P21GY101 - 6 Reactor Building Cooting Water pump 3
_ Pi,Pd,Vv, E10 9.2-1(1,4,7) 0
- P15 C001_ 5 HVAC En.crgency Cool;ng Water Sys pump 3
Pi,Pd,Vv, E10 9.23(1,2,3)
.O P41 CD01 6_ - Reactor Service Water Syuem pump 3_
Pi,Pd,Vv, E10 9.27(1,2,3)
O Y52 C001 6 - Standby D/G Fuct Oit'tansfer pumpi 3
Pi,Pd,Q, 3 mo 9.5 6 Op,Vv s
).9 3$,)
AfMR4dn4fd =
e
.1
._3 1_.m __
w: m :.:
u...
.n_, j 3
t :.
= =a ABWR a-n Standard Plant
(
Table 3,9 8 (Continued)
INSERVICE TESTING SAFETY.REIATED PUMP 5 AND YALVES-821 Nuclear Boller Systern Valves Safety Code Valve Test -
Test SSAR Closs Cat.-
Func. Per's resq rig.
. f)
- (s)
(
(a)-
(c)
(d)
(e)
No, Qty Descriptico F001 2 Feedwates linc Motoe Operated Vdve (MOV) : 2 -
B P-El 3.13(4)
RC2 2 Upstream (First) FW time check valve 2-C P
S E2 5.13(4) _
FD03 2 FW line outboatd check valve. Alt.
1 A,C
(,A L,P,5 RO 3.13(4)-
Operated (AO)
M04 2 FW Lins inboard check valve
.1 A,C 1,A L,5 RO 5.13{4)-
WO5 2 Fw line inboard maintenance valve B
P El 5.l_.3(4) -
FD06 2 _ RWCU (or CUW) System injection line '
-2 C:
P, S
E2 5.13(4) check vajve FXr7 2 RWCU (or CUW) Sptom injection linc MOV 2-B.
P El _ 5.13(4)
E08 4 Inboard Main steam iso. Viv. (MSIV)
-1 A
1.A.
L,P RO 5.13(3)_
S 3 mo -
P009 4 Outboard Main steam lao. Viv (MSiv)
I' A:
1,A t..P
- RO 3.13(3)
S 3 mo F010 18 Safety / Relief Valve (SRV)-
l'
- A,C A-L,R 5 3Ts 5.13(2)-
S RO R11 1 MSL bypass / drain line lab. too. viv 1
A
S:
3 mo F012 1 MSL bypass /drsin line outh. iso, viv i
-A 1.A L,P '
RO '5.13(3) 5 3 mo 2
8-P E1-
- $.13(3)
F00 1 M51.warra up line valve
?2 5
P El _ _5.13(3)-
M16 1 MSL dowr. stream drain line header ulve M1*l t MSL downstreun drain line bcader bypass 2
- B A
P
- RO_ 15.13(3) _
S 3 mo F01B 1. RPV non condensible gas removalline 1l
-B-P.
El 5.13(2)
M19 1 RPV head vent 'oboard shutoff valve -
1-A.
P P:
~ RO -
5.13(2)'
.S CS l
W20 0 ' RPV head int uutboard shutoff valve
,1 A;
P P,
RO 1$.13(2) 5
-CS Fulti 18._ ' SRV discharge line vacuum breaker 3-
.C' A-
-S'
- CS 5.13(2)
- F]2218 SRV discharge line vacuum breaker _.
3 C-
'A S.
CS-5.13(2)-
P; RO
- 5.13(3) -
F024 - 4 Inboard MSIV mir supply line. check valve :
3 -- - A,C_
_ A S.
CO:
F025 4 Outboard MSIV air supply line check valve
- 3 A.C A-L!
1ROl 3.13(3)-
-- CS :
. FU26 8 SRV ADS pouematic supply line check valve 3
'A,C
-A
.L4
_RO 5.13(2)u
-- i S
' CS
[ -
F029118. LSRV pneumatic supply check valvek
-3 A',C L A E
_L lRO 5.13(2).
-S CS
- FU31 - 2 inboard vtive on the outb. FW tine ebeck
'2 B
P
- El 5.ly(4)':
valve test liac -
FUD 4 Inboard shutoff valve on the outboard _
2
- B P-
' Et : :l$.13(3)
-MSIV test line -
m 544-
c..
Bilk U :-
l umma 4
ABWR uval Standard Plant Table 3,9 8 (Continued)
INSERY1CE TESTING SAFETY.RELATED PUMPS AND VALVES B21 Nuclear Boiler System Valves (Continued)
Safety Code Valve Test - Test SSAR-Class cal-Func, Pari-Freq Tlg.
(a)
- (c)
(d)
(t)
(f)
(g)-
N o.
Qty Description F035 1 Inboard test line valve for the MSL bypass /
2 B
-P-El 5.13(3) drain valve PU39 2 Inboard test line valve for the inboard FW 2
e-P El 5.13(4) line check va]ve F040 2 Outboard test line valve for the FW line '
2 D
.P El 5.13(4) _
check valve F500 1 Inboard drain ime test valve for the 2
B P
El 5.13(4) first F.7 line check vavt P503 2 Outboard drain line valve for the 2
R-P El:
5.13(4)
FW line check valve F508 4 laboard MSiv accumulator A001 vent line viv 3 B
P El 3.14(3)
F509 4 Outboard M51V accumulator A002 vent 3-B P
^El 5.b3(3);
linevalve F510 K SRV ADS accumulatof A003 ventline valvs 3-
-8' P
El 5,13(2) j F511 13 SRV accumulator ^U04 vent line valve 3
EB
-P'
- El 513(2)
D00 4 Manualbolation valvc RPV reltrence leg 2
- B
'P E1
-5.13(5,6) water level Wtrument reference leg line M01 4 Execu now cl.eck valve RPV relcrence leg
'2 A C-IA - L,5 - RO 5.13(5,6) -
weter levelintament reference Icg line RG2 4 Manual holation valve RPV narrow range 2
D P?
E1.
5.14(5,6) water levelinstrument sensing linc DQ3 4 Exccu flow check valve. RPV narrow range 2_
A C !,A. LS RO 5.13(5,6) water Icvelinstrument senaing line R04 Manual boladon valve. RPV wids ange 2
B
-.P E!-
5.14(5,6) l water levelinstrument sensing line DOS 4 - Excsu flow check valve. RPY wide range ~
2 A,C I,A :
L,5 RO
= 5.1 3(5,6) --
watet level lastrument sensing line -
D06 1 Root valve Reactor wc!! water level 2
B-P
= El 5.13(5) '
instrument sensing line n09.1 Manualisoaltion valve RPV shutdown range 2 B-P-
E1-5.13(2)I water levelinstrument refercoce Ic5 DC :
II R10 1 Excess flow check valve RPV shutdown range. 2-A.C IA : LS RO 5.b3(2)-
water level instrument referenes leg line Dit. l' Manual bolation valve - RPV head seal 2
-B-P
. E1 -
5.13(8) leakage Instrumera line M12 l' Exceu Dow check valve to RPV head seal 2 -.
AC lA 1J. RO 5.13(8) leakage instrurnent line M13 4 Manual bolation valve RPV above pump 2
B-
.P-E1 5.13(7)'
deck instrument line D14-4 Exceu flow check valve RFV sbove pump 2
A,C ' ! A 1,5 RO: -5.13(7)-
, deck instrument line 3.9.Ja3 AintAdtDCAf
altht'E pr 7....
==a ABWR wn i
Standant Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY RELATED PUMPS AND VALVES B21 Nuclear Roller System Valves (Continued)
Safety Code Valve Teet - Test 'SSAR Class cat. Fune. Pers. Freo. Fla.
-(e)
(c) _
(d)
(e)
(0 (g)
N u, Qty-Description MIS 4 Manual boletion vijve RPV below pump 2
B P
El 5.13(7) deck instrument line
=
D16 4 - Exccu flow chec) valve. RPV below pump -
_2 A,C 1A L,5 RO 5.13(7)-
deck lastrument line D17 4 Manual hotation valve RPV above core' 2
B P-E1 5.13(7) l plate lastr,tment linc pl8 4 Exccu Dow check valve RPV above core 2
- A,C 1,A t,5 -
RO 3,13(7) plate instrurncot line D19 4 Manualisolation valve RPV below cors -
2 8
P III 113(7) plate instrument lino F720 4 Execsa flow check valve RPV below core -
2 A,C 1,A - L,5 RO' 11.3(7) plate instrument Gnc F723 4 - Manualhotation va]ve MSL flow restrictor 2
B P:
El
=113(2) instrument line n24 - 4 Excess Oow check' valve MSL flow teatrictor. 2 A,C - 1,A -
1.,$
RO 5.13(2)--
instrument line F725 4 Manualisolation valve MSL Cow restrictor 2
8 r
-El-
.5.13(3)-
instrument En i D24 4 Excess flow check valve MSL now redrictor-2 A,C _ l A 1,S.
RO ilup) instrument line 1
D27 2 MSL PX inatsument line inboard root valve 2'
eB P
E1
-111(3)
B31 Reactor Recirculation Internal Pump Valves a
- F008 10: RIP pump motor purge ws!ct line outboard
.2
- A,C ' i I,A L.
RO-14-4(2) iacaldon valve S
- 3 mo -
r009 10 RIP pump motor purge water hoeinboard 2
A,C=1A ;L
~ RO-
- $ 4-4(2);
isoladon valve 3 mo --
f010 10 RIP pump motor purse water supply line valve ' 3
- B --
P El
- 14-4(1)
F011 10 2 ~ RIP innatable pressurized water lins 1 3
B P-
- E1 -
14 4(1);
inboard valve Ft13_10 l RIP seal equalidag line valve 3
u -- ?P.
El1 4(1)
' F50010_ RIP cool!ng wuct HX vent line inboard valve 3J B-P.
E1
- 5.4 4(t)_--
- - l P302 10 RIP drain line inboard valve 3'
B
-P_.
' El _
.14-4(1)-
F505 10 RIP cooung water MX shel_1 side dra!n line - B
'P-Ei 14-4(1).
inboatd valve
_ 3.9 58.0
. Afht hdment
w t, e a mt, i.
.a -.c muma ABWR au.ai Standard Nnt __
Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY RELATED PUMPS AND VALVES C12 Control Rod Drive System Valves Safety Code Wlve Test Test SSAR Clan Cat Func. Ps:s Treq.
Fig.
1 (a)
(c)
(d)
(c). (r)
(g)
No. Qty Description 2
B P
-El 4.6 6b F715 4 Krv>t valve charpng liac header pressure ir.atrument line 2
B P
E1 4.6-Sh -
Root valve chare ng hne hesdce prenure i
F72D 4 mstrument Ime C41 Stainlby Liquid Control System Valves F001 2 SLC$ storage tank outict line MOV 2
B A
P RO 93 1 5
3 tno 2
L' P
F,1 93 1 F002 2 SLCS pump suction lloc maintenance valve 0003 2 SLCS pump dacharge line relief valve 2
C-A-
R
$ yrs 93-1 2
C A
S 3 mn. 93-)
fM4 2 SLCS pump discharge lin. check valvc F005 2 SLCS pump dinharr,e lire mair,tentnce valve - 2 B
P El 93 1 F006 2 SLCS pump dhcharge line MOV 2
A 1,A L, P RO 93 1 5
'l set.
F007 1 SLCS injection line outbo.rd check valve 2
B,C A
LS. RO 1 FXW l SLCS ir.jeetion linc inhostd check valve' 2
A,C 1,A L$
RO 93 1 1918 1 SLCS sterage tank sample line inboard 2
B P
El 93 1 FC25 1 St.CS injection hne test /vcat line inb viv 2
A.
P El 9 t1 F500 i SLCS pump suctica itse desin line 2
D P
El 9J-t F501 2 SLC.s pump cischarge line drain hoe valve 2
U P
E1 93 t 1
C51 Neutron Monitorittg (ATIP) System
- wes XX)4 3 Italation vahe nuembly Tip Bill Valve 2
A.
I,A -
S 3mo M.N 3 Isolation vahe anembly index sheer velve 2
A.D A'
X RO 7.&l(3) 2 A
. I,A Lf.
RO 7.6-l(3.)
1011 3 Furge isolation va ve D23 Containment Atmospherc Monitoring Systern Valves F001 1-CAMS drywell pressure instrument liac 2
A I,P '
- 7,6 7(2) outboard isolation valve F004' 2 CAMS drywsti sample line outbcard centsin-2 A
I,P LP RO 7.67(2) 01CDt ISO!aOO't alve FC05 2 CAMS dr)well return lin: outboatd contain-2 A
.1,P
_L,P
.RO 7.67(2) ment isolation valve -
3.9 38.7 Amen 4 mat
ti t..
- a 1
.e umma ABWR via Standard Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY RELAED PUMPS AND VAINES D23 Containment Atmosphere Monitoring System Yalves (Continued)
Safety Cods Yalve Test Test SSAR Clean Cat. Fune.- Para Frtq. flg.
(a)
(t)
(d)
(e)
(f)
(g)
N o.
(Jry Descripden FtXM 2 CAMS wetwell sample line outtmar d centain-2 A
i,P
!. P RO 74 7(2) mer.t isolation valve FV07 2 CAMS wetwell return line outboard contain.
2 A
1,P L,P-RO 747(2) scent isolation valve FDOS 2 CAMS rack drain line outboard contain-2 A
I,P If RO 7.6-7(2) ment isolation valvt FD09 2 CAMS drywe!) pressure instrument tins 2
B P
El 7,6-7(1) outtmard valve FD10 2 CAMS drywell n:nplc line cutboard valve I
S P
El 7.67(2) roll 2 CAMS drywct! return time outboard valve 2
B P
"I 747(2)
F012 2 CAMS *ctwell samplc line nuttmard valve 2
8 F
.1
-7.67(2)
FV13 2 CAMS werwell return liet outboard vajve 2
B P
.1 7.67(2)
FVid 'l CAMS rack drain bne outboard valve 2
B P
El 7.6-7(7)
Eli Residual llent Removal System Valves F001 3 Suppression pool suction valve 2
S 3mo FD02 )
RHR pump di4 charge line check vslve 1
C A
5 3 coo 5.410(3A6)
F003 3 RHR pump ditharge line maintaincnce valve 2
B-P El 5 A10(3,4,6).
Ft04 3 Heat Exchanger now controlvalve 2
B A
P 2 yrs 5A10(3,4,6)
S 3 mo 2
A' A
1.,P RO 5 4-10(3)
FD05 1 RPV injectioc valve S
- CS 1
A I,A
!.,P RO 5.4-10($,7)
F005 2 RPV injection valve S
CS FUh 1 RPV injection line check valve
'2 A-
- A 1.,P
.RO
-3.510(3)
S 3 mo F006 2 RPV in}ection tinc check valvc 1
$A10(5,7)
'S 3mo F007 2 RPV lojection line inboard rnaint. valve 1
B P
. 11 1
. 5.4-10(5,7)
.t9 38.A Asntnomns l
.J
O lh f,0,,
~,
N:,a
= =a ABWR M B-S1pndard Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY RElATED PUMPS AND VALVES E11 Residual Heat Removal System Valves (Continued)-
Safety Code. Valte Test Test SSAR Clan Cat. Func, Pani Freq. Fis.-
c4
- In)
(c)
(d)
(e)
(t)
(g).
No Description 2
A 1.A L,P RO 14 10(3,4,6)
FC08 3 Suppreuion pool veturn iine MOV 5
3 mo PDU/ 3 Sbutdewn Cooling suct. line maint.tiv _
1 D
P' El _
5.440(2)
FDIO 3 Shutdowu Coolieg sect. line inb. iso.3lv 1
A lA L,P RO - 5.4 10(2)
S CS W11 '3 Shutdown Cootinpuct Une oath iso, viv i
-A
!A 1.,P ' RO 5.0 10(2) -
S-
'"3 -
W12 3 Shutdown Cooling suction line adm. viv 2
8 _-
A P-4 yrs. S.410(3,4,6).
-S 13 mo F013 3 Heat exchanger bypau Dow contrel viv 2
B ~
A P
-2)ts-14 10(3,4,6)
-)
FDie 2 Fuel Pont Cooling return line inb MOV 2-
-B P
P,5.RO 14-10(5.7)
FU15 2 Fut! Pc ol Coolitig return line outb MOV 2.
B P
P,S Ro' 5,4 10(5,7) f016 2 Gats viv line from Puct Pool C1g (F'PC) 2 B
P SL RO- = 14-10Q) i i
2 A-
'A L,P _. RO-1610(5,7)
FD17 2 Drywell spsay line inboard valve.
5 --
3 mo IR8 2
_Drywell sp:ey liac outboard valve 2
A ~ ~ !,A 1.,P
-RO--
5410(5,7)
~
S 3 mo F019 2 Wetwell spray line MOV 2
A 1,A L,P - RO.1410(5,7) '
S-
. 3 mo -
FU20 3 RHR pump min now bypau lhe check viv
'2 -
C-
'A-
-S 3 mo 14 10(3,4,6)
FU21 3 - Rl!9 pump min flow bypua line MOV 2
A
!,A L,P.. 2 yrs. 1410(3A6)-
S 13 mo F022 3 Discharge line fill pump nuction liac valve 2-B P
-21
- 5.410(3,4,6)--
2=
C
.A
.S 3 mo 3.410(3A6) -
1 FV23 ' 3 Fill pusep dischatge linc check valve _
2 C-
' A~ -
_ S __
3 mo: l 1410(3A6):
F024 3 Fill pump dhcharge line stop check valve F025 Fill pump minimum flow line globe valve _
2
_B
_P
- S-E2l 1410(3,4,6)
FU26 3 RHR pumpiuction to Hi h Coodocuvity 2
B P'
,F1
' 4,10(3,4,6)
S Waste (HCW)
J F027_- 3 Bypasa line around the che<k vahe
-2 a.
-P E1
.1410(3A6) =
MPL E11 F002
- F028 3 Host euhanger outlet line rebet valve 2
C-A R-5 yrs : 1410(3A6) j
- F029 3 inboard reactor well drain line vsive 2
B P
LE1- ! 5,4 10(3,4,6)
FU30 3 - Dralc to radwnic valve 2c B~
P El 11410(3,4,6);
IV31 3. Outb rcactor well drals line valve (to SP) -
2
'A ~ _- I,P _ _ 1., P RO- ' 5.4100A6)
F032 3 Shutoff valve line Itom MUWC 2.
B.
P
?El; l14-100,6,7)
F03'3 3 Check valve in the fine from MUWC
- 2 C
.A-
. El 1410(347)'
i 1
FU34 3-RPV 'udoction line vent /teet line outb viv 2-13
' PE
~ E1:
1410($,7)1 F036.1 Press cquel valve around chk viv E11.FD36 2
A P..
E1
- 54.100)
F036 2.
Pren equal va}ve atound chk viv F11.F0061 1-A P-
- EtL 3410(5,7) a i!
Amendmena 3
tu j;.s _ f, f X
'r,*1
. :.i meme ABWR
- w. n S.tandand Plant Table 3.9 8 (Coninued)-
INSERVICE TESTING SAFETY.REIATED PIMPS AND YALVES Eli Realduallicut Removal Systern Yahes (Continued)
Safety Code Velve Test. Test SSAR Cl=H Cat. Func, Fars Frig. Fig.
(a)
(t)
(d)
(e)
(f).
(g)
No. Qty DeKription 1
A P
El 5.0 10(2')
F031 3 Shutdown cochng suction he test line FU39 3 Relief viv tround the MOV MPL E11 F011 1
C
_A R
5 yrs : 3.4 10(2)
FD40 3 Shutoff valve Ece from MUWC 2
B-P-
E1 10(2)._
FDil 3 Check valve - tine from Make Up Water 2
_C P
El 5.4-10(2)
Condenser (MUWC) 1912-3 Shutdown CooEcs biode suction line 2_
C.
A R
5y,s 1 4-10(3,4,6) rclief vsive FD43 3 HX outlet to tbc Sarr.pling Sptein (55) -
2 S-P
- E1.
5410(3,6,7) j test inboard vane T045 1 HX outlet to the PASS inboard valve 2
B A
P 2 yrs 5.4-10(3)
S 3 mo F046 1 ' HX outlet to the PASS. outboard valve 2
B iA P'
2yn 14 10(3)
.j l$~
- 3 mn Fuel 2 Shutoff valve. Enc from MUWC 2
B P
El "5.&l0(3.7)
F048 :
Cbed vahe line frum MUWC 2-C P_
El i&10(5.7) _
FO@ 2 Drywell spray line vent & test linc 2-
'B P~
El 14 10(5,7) inboard valve.
F051 3 Fill pump dischwge line relief valve 2
B A
-R 5 yrs 1410(3,4,6)
F052 1 Drainline for the suppression pcci 2
8.
P
_El 5.410(4)
F101 1 ACindependnet water addition input viv 2
8
-A.
S 3 mo' L&10(7)
Fin 2 1 AC independcot weter addition input viv
-2 8-A S
3 mo 5610(1):
F500 3 Heat exchanger inlet drain line 2
B P
E1-14-10().4,6) inboard valve F502 3 HX outlet line dimin line inboard viv 2
~B P
' El 1410(3.4,6).
i F504 3 RPV injection line vent lins inb yh 2
'D-P --
' E1
-3.4 10(3,6,7) i F506 1 RPV injection line drain liac inb viv 2
B' P
E1.
1 4-10(3)-
F506 ; 2_
RPV lajection lisc drain line lab viv -
1 5
P El 14-10(3,7)
F506 3 Shutdowo Coolkg suct une vent line viv -
-2 B-P E1
- 5,4-10(2)
F309 - Vent vaht FPC return line :
-2~
B P
.El 5&l0(5,7)-
l F511 2 Otywell speny linc laboard drain line viv.
2
~ a LP-l Et:
.5410(5,7)
F513 2 _ Drywell spray 'ine inboard drsin line v v -
2 B
-P
. El _
14 10(5,7)-
i PS15 2 Wotwell
~ \\ i inboard drsin une viv ~.B P-
-El 1 4-10(5,7) e
. F517 3 - RHR pung n,,w linc dru Line inh viv- ;
2 B
F E1 5.4 10(3,4,6)
F700 3 : RHR pump,.criot "ne presaute insti tins.
2
- B P
III 5.4-10(3,4,6) g' -
I'701. 3 RHR pump wetion une pressure instr line -
-- 2
'B.
P
- E1 - _1&l0(3,4,6)
F702 3. RHR pump discharge line prew instr line 2
B1 P:
El 5.&10(3,4A) a F704 3 ; ' RHR pump dachuge une prest. instr line
-2
'B-P E1
.1410(3,4,6) =
E1 1&10(3,4,6) 2
-B
!P F706 - 3 : RHR pump discharge line prcas, inatt line __ D P_
- El 14-10(3,4,6) <
Dirl - 3' ' RHR pump dineharge tint presa.inur Linc F706 3.. FT MF1. E11f!'008 instr linc inb root viv '
2-B P
- . 21
- 5.4 10(3,4,6)
D09 3 '. FT MP1. Ell imG instr line outb roct wh -
l2 B-P-
- El 14 10(3,4,6)
)
' 3.945.10 +
Ainndmus
______________i._=._____.______..__
d
k l i..:
F.p).,
m.=
AEWR mm. s Standard.P.lant Table 3.9-8 (Coninued)
INSERVICE TESTING SAFETY.RELATED PUMPS AND VALVES E11 Residual licat Removal System Valves (Continued)
Safety Code Valve Test Test SSAR Citis Cat. Func Pars Freq. Fig.
(m)
(c)
(d)
(e)
(f)
(a)
No. Qty Desedrtion 2
B
?
El 5.4-10(3,4,6)
D10 3 FT MPl. E11.FT008 irate tim inb i.w viv M11 1 FT MPl. E11.FTtXN iratr line outb com viv 2
S P
El 5.4-10(3,4,6)
M 12 3 Shutdown Cochng Mode suction line preutre 2 H
?
El 5.4-10(3,4 0 h:4trument llac 2
B P
F' 3.4-10(3,4,6)
D13 3 Fill pump suction line instrumeet Une valve 2
Il P
El 5.410(4)
M14 1 Dischsigt to rad a3te flowinstr une MM 1 Discharge to radwaste flo.: instr line 2
D P
El 5.4 10(4)
.k f
,k ff d
e+
l 4,
.t*
zwtowt ABWR no a Standard Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY.RELATED PUMPS AND VALVES E22 High Pressure Cort Flooder System Valves Safety Code Valve Test Test SSAR Class Cat.-- Func. Fan - Ing.
Fig.-
(a)
(c)
(d)
-(t)
. (f)
(g).
No, Qty Deuripuon 2
8 A
P-2yu 63-7(2)
F001 2 Condensatt Storage Pool (C.SP) auction
- S.
3 mo.
line MOV 2
C A-S 3 mo 6,37(2)
FU2 2 CSP suction liac check valvc 1
A 1,A L,0 RO 6}7(1)
F003 2 HPCF System injection vahc S
.1 :
A,C 1,A.
L,P.
RO 63-7(1)
F004 2 liPCF System mboard check valve -
S 3rao.
'1 B
P El 63 7(1)-
F005 2 Pump diacherge line taboud maint valvc.
2~
A 1,A - 1.,P RO 63 7(2)
FD06 2 Suppreuien pool suction line MOV S
3mo 2
C A
S 3 mo 6}7(2);
F007 2 - Suppreuion pool suction line check vahe 2
B
-A
-P 2 yrs-6}7(2)
F008 2 Test return line inboard valve 3 mo :
F009 2 Test return line outboard valve 2
A
. l.A ' 1.P RO 6307(2)
S
-3mo PD10. 2 Pump minimum now bypass lioc MOV '
2-
-5 3mo
'2 B
P
- El-63 7(2)
FD11 2 Bypesa line shuto!! valve around check valve E22 F002 El 6}7(2)
F012 2
!!PC1 pump s_uction une disin line to HCW 2
B.
P
-RO -
6}7(1)
-2
-C A
5 FD14 2 Pump dischuge line fill line outboard check viv.
FDi$ 2 Pump discharge hus Gil Doc inboard check viv =2 C
A-S~
-RO 63-7(1) -
1:
A-P E1-63-7(1)
]
F017 2 Pump discharge une test and vent unc inboud valve FV19 2 Preuure equalmog valve around check.
1l A
P' E1
-63 7(1) valve E22 F004
- 2
-_C J A -~
R_
5 ps 63 7(2).
FU20 2 _ Suppremion pool suction line relief valve 2
B-r; E1 7(2) J f U22 2 c ' Suppression pool suction line test Une valve 2
B=
P El 6}7(2)-
' FU23 2 Pump discharge Hoc test IInc valvc 2:
B
-P
~ El 63 7(1)
LF500 2. Pump discharge hae high point vent
=
inboard valve F502 2 -' Pump discharge line drywell test line;
'2.
- D!
P_-
El=
- 4S7(1).
- inboard valve.
-2 l8
- P-81 6}7(2)
F700 2 Pump suction lino pressure instrurnent 111ae root valve--
F701 2 - Pump suction line pressure instrument
_2.
H P
El 6}7(2) line root valve -
2 B
'P E1
- 63 7(2) -
F7(r2 2 Pump discharge line pressure instrument line inboatd valve 2-B --
P El 63-7(2)
F704 2 Purnp discharge rme preuure instrument '
Imc inboatd salve 3948.12
. Amendmeas c
m
__,____-_--x
hl10 f, i ;...
4
' :(,,
uxucere ABWR no l
StandanLflant l
Table 3.9 8 (Continued).
INSERVICE TESTING SAFETY.RELATED PUMPS AND YALVES E22 lilgh Pressure Core Flooder S) stem Valves (Continued) i Safety Code Valvt Test Test S$AR Class Cat. Func. Para Freq. Fig.
(a)
(c)
(d)
(e)
(f)
(g)
N o.
Qty Descriptico 2
B P
El 6.37(2)
MD5 2 Pump diuharge line pressure instrument line outboard valve 2
IJ P
El 6.37(2)
F706 2 Pump discharge line Dow instrument line inboard valve 2
D P
El 63 7(1)
Pump dhcharge Ene Dow instrument line D07 2 outboatd valve 2
B P
El 6.37(1)
M08 2 Pump 46 charge line now instrument lin:
inboard valve 2
8 P
El 6.37(1)
D09 2 Pump discharge linc OcW instrument hne outboard valve E31 leak Detection and Isolation System Valves 2
11 P
El f.28(9)
F001 1 Drywell thsion pmduct monitoring line maintenance valve F002 1 Drywell fmiou product monitoring line 2
A I,A L.P RO 5.2 S(9)
S 3 mo inboard isolation v lyc 2
A f,A L,P RO j.2>8(V)
F003 1 Dry *tli Dssion product monitoring line 3 mo outboard holation valve F004 1 Drvwell fission pmdact monitoring line 2
-A
!.A L,P RO 538(9) 5 3mo outboard hotation valve F005 1 Drywell fission product monituting line 2
A I,A 1.,P RO 5.28(9) 5 3 mo mboard isolstica valve
-2 B
P -
El 5.28(9)
FD06 1 Drywell fuion product nionitoring line maintenacce valvc F009 1 Drywell cooler condensate sampling line vly
'2 A
1,P L
RO 5.28(8)
R)10 1 Drywell cooler condensate umpling line viv 2
A If L'
$38(8)
F701 4 RCIC instrument lice manualisolation valve -
2' il P
El 3.28(6)
F702 4 RCICinstrument line exccas now check valve 2
A,C ' I,A L,S RO
- 5.2 8(6) '
F703 4 RCIC instrument line manualisnlatinn valve - 2 B
P El 5.2.o(6)
RCIC instrument line exceu now check valve 2-A,C t,A - L,5 RO 5.28(6)
D04 4 E51 Reactor Core Isoirtlen Cooling System Valves FV01 1 Condensate Storage Pool (CSP) suction 2
B A
P
-2y:n 3.4A(1)
S 3 mo lin: MOV FUG2 1 CSP scetion line check valve 2
C A
$.1 n(1) jggy
)
Amedment i
m m-
-,e-
~
Id l2ir 1.-j F M "
Ji 9
A
'"L :.;
a 4
uuswa Q\\ig
"" 8 S_tandard PlanL
-Table, -3 9 8 (Continued)
INSERVICE TESTING SAFETY.RELATED PUMPS AND VALVES E51 Reactor Core Isolation Cooling System (Continued)
\\
l Safety Code Valve Test = Test - SSAR Class Cat. Func. Parn Freq. Fig.
(a)
(c)-
(d)
(e)
(f)
' (g)
No. Qty De edption 2
C A
' P-2yn 108(1)_
RCIC pump discharge line check v.1ve -
FLC) 1 S
3 mo 2
A A
L P._ RO 5.68(1) ~
FD04 1 RCIC System in;cetion valve S
3 mo F005 1 RClC System ducharge line tentable 2
C A-
_ t., P. RO.
5,4-8(1) 3 mo check valve
' t,A 1,P RO:
5.4 8(1) :
2 A
- F006 1 Suppreuion Pool (CSP) suction line MOV S'
3 mn -
Suppreuion Pool (CSP) suction line check viv-2 C
-A 5
1 mo _ - 14 6(1).
F007 1 FV06 1 RCIC Sys suppr pool test return line MOV 2
A A
P-
- 2 yrs. 5.4-6(1) 3 mo R09 1 RCIC Sys suppr pool test return he MOV '
2-A i,A - 1,P ' RO 14B(1)
S
' 3 mo 11110 1 RCIC Sys minimum now bypan bne check viv 2 C-A P
2 yrs _ S&B(1)
S-3 mo _
FV11 1 RCIC Sys minimum now bypan line MOV
-2 A
f,A
. L.,P RO 14S(1).
S' 3 mo:
FD12 1 - RCIC turbine acccuedes coollag water -
2 8i A
P 2 yte - 568(3)-
3 mn -
line MOV.
F013 1 RCIC turbine acccuories cooling water :
2-B '-
A El 5.4-6(3) line PCV F015 1 narometric condenser condensate pump 2
B
-P El 14-8(3) dischuge line valve-F016 1 Barometric condenser condensate pump -
2 LC
'P-
~P 2yn 148(3)1 S
3 mo discharge lise check valve -.
F017_ 1 RCIC pump suction line relief valve
-2
.C.-
! A '-
- R.
5 yrs 14-8(1) l
- F018 Ve]ve la the byptu line around check l2
-B P.-
. El 5.68(1).
valve B51.F003 '
F019 :.l' Pump dischugs line test line valve.
2
'Bi
-P-El' 14-8(1) 2'
' B'-
- P.
- El
- 14-8(1) -
FU2D 1 _ Pump discharge line test line valve F021 1-
- Pump discharge line fill line ahutoff valvc - B P-El' 14-8(1)
FV22 1 : Pump discharge line fill line check valve -
2' C
A
$2 3 mo 5 4-8(1) :
FU23.1 Pump discharge line (111line check vatve-
' 2 :-
C '-
A.
5 3ma :14-B(1) 1 2
--B-P.
'E1-14-8(1)'
F024 1 ' Pump discharge line test line valvo
. FV25 = If Pump discharge liac toet line valvc :
-2 B
_P El 14-8(1).
.FU26 l' Valve in preuun equalitins line J2 B
P-
. E2' 548(1);
around E31 Fir)$
FV27 1 Suppreuion Pool (S/P) suction line 2
B P'
E1-5.4-8(1).
leSt IIOC valVC -
- F028 ' 1 ' Minimum Dow bypsu line test line valve.
2
-B.
1 P --
1 El' 148(1)-
L FU29 1 Minimum now bypan line test line valve 2
H
_P~
- El
.148(1) l t94aas AinandmeN
.'+-g 3
gr j
7y*ir 3*,img*e--r-e-y g-g-
y
+=,
vy p 979 y ep-9 P +$ c ogq+. Spe.pyp g g+ghy g q.i-g A t'g
, a. y,q W g ey.g.3-,g.We my.i..
pW g' w y qy 4-1 g y w b.-
w igyvg w+ y gy
~
.. -.. ~.-.
lki b ;;iJ3J
'A SL, j.I g,,,
4 mau ABWR na_n Standard Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY.RELATED PUMPS AND VALVES E51 Reactor Core Isolation Cooling System (Continued)
Sarity Code Valve Test Test SSAR-Class Cat. Fuoc. Pers Freg. Fig.
~
_ c)
(d)
.- (e)
(f)
(g) ~
(
(a)-
No. Qty - Deneription FU30 1 Turbine seceuories cooling water line 2
C A
R 5 yrs - 5.4,8(3)
F031 1 Barometric candenser condensate discharge 2
B P
El 5.4-6(3) '-
relief valvc line AOV toitCW s
2 B.
P El Ska(3) 1932 1 Darometric condeme.t condensate di. charge _
tine AOV to itCW 2
B' P
El 5A8(1)
FD33 1 Discharge line fdlliac hypsu tine shutoff valve FU34 1 Barometric condeuer condensets pump 2
B-P'
- El 5A8(3)-
dinharge line test line _vals 1
.A l A. L L,P RO- ' S 4-8(2) fU35 1 Sicam supply 'ine isolation valve lS 3 mo -
1 A
. I,A 1,P - RO. -5A8(2).
Ftn6 1 Steam supply line Ndation vdve S
3mo' 2'
B
'A' P
L'l yrs : 3.4-6(1)
IT31 1 Steam admisdon valve
-S 3 mo 193H.
Turbine ethaust lir.c check valve 2
' A,C ' 1,A L.
2 yrs
$A8(i).=
S
- 3 mo F039 1 Turbine ensu3t line MOV 2
'A-
.1,A -
L,P 2 yrs 54-8(1)__
zS
'3mo FD44 1 Steam adminion valve bypna line maint.
2-B P
'E1-
$48(2) tentacc valvt FD45 1 Steam adminion valve bypan line MOV 2;
'B.-
LA' P_
2 yrs 5L8(2)
'S 3 mo FD46 1 Barometric condenser vacuum pump discharge - 2 A,C.
- RO 5.4-8(1)
-S',
3 mo
-line check Salve F047 1 Barometric condenser vacuum pump discharge;--2 A'
.IA 1.,P D - R O - -5A8(1) _
S
- 3 mo -
line MOV PO48 1.
Steam supply line warm.up Ime valve
!L A=
1A 1,P -. R O - 5 A 8(2)'
S 3 mo 5.4-8(2)
F049 1 ' Steam supply line tess line valvc
,2:
-B>:P._
- El.:
F05011; - Steam aupply line test line valve -
12
_B-
- P El
~5A8(2)-
F031 1 Turbine exhaust line drain line valve -
2L B -;
c P.
E1L T5A8(3)?
~ F052 1 Turbine exhaust line drain line valve 2
3-PD E1
- SA8(3) l El 5.4-8(1)1 F053 1 : Turbine exhauat line test line valvt 2
Bl P-FD54 1
. Turbine exhaust line vacuum breaker.
L2 -
-C
-A LRL - RO - 5.4-8(1)
- F055 1- : Turbine exhaust linc vacuuum breaker -
-2i C ^
-A ~
Rf RO- :14-8(1)_
F056 1 Steam supply line drain pot drain lif.e ;
2 B-
- P ~
. El i
~14 8(1)T test liac valve -
-2
,B PE
=E1.
5A8(2)
F057 1- - Steam supply line drain pot drain line -
test line valve -
F059 i Baromemtric condener vacuum pump dis.
-2 B-P El-14-8(1);
charge liac test line valve 1 o-ss.t5 -
,s.
..~.m
.._.-..m_._,__
I
't i jn. i, t r Q l
t.3 '
- ,i, e j
-l z w iocre ABWR nnv s.
_ Standard Plant Table 3.9 A (Lontinued)
INSERVICE TESTING SAFETY.RElATED PUMPS AND VALVES E51 Reactor Core Isolation Cooling System (Continued) _
Salcty Code Valve Test Test: SSAR Class Cat.
Func. Pars frug. Fig.
(e)
(c)
(d)
(c). (f)
(g)
N o.
Qty Description 2
B P.
El 5.L8(1)
F%0 1 Pump discharge line vent line valve 2
H P
E1 3.4-R(1)
F501 1 Pump dbebarge line ve.nt line valve 2
0 P
El
$,0B(1)-
F502 1 Pump dbchange line drain line valve 2
B P_
B1 5.4-B(1)
F503 1 Putsp discharge line drain line vatve 2
R P
El 5.&8(1)-
M00 - 1 Pump suction line preuure instru-mentation instrumcot root valve 2
8 P-El~
5.4-8(1)
M01 1 Pump suc6on line pecuure instru.
mcotation instrument root valve F702 1 Pump discharge line prcuure intru.
2 B
P-E1-1&8(1) mcrslStIOR instrurucQt FOct vr.lve D03 1 Pump discharge ilne preuurt instru-2 B
P F.1 5.08(1)-
mentation instrument root valve M04 i Pump discharge line preasure instru-2 D
P El 5.68(1) mentation instrument root valve -
DOS 1 Pump dhcharge line preuure instru-2 B
P El 5,4-8(1) _
mentation instrument rad valve N1 Pump d.scharge line flow intrument 2
B P.
El 54-8(1) toot valve F707 1 Pump discharge lioc flow instrument -
2~
B P
El 5.4-41)-
root valw DOS 1 Pump discharge line flow instrument
'2 B-
>P-El 5.68(1) ront valw M09 1 Pump dischange lioc flow instrument 2
U P-
. E1 5.4-S(1) toot valve -
F710 1 Pump dbeharge linc preuurc instru.
2--
B P
El 148(1) ment root valve -
F711 1 Purnp discharge line preuure instru.
12 IB
-P_
El
_ $.&B(1) -
ment voot valve M 12 1 Turbine accessorica cooling water line 2'
- B-
. PL El~
$4-8(3)1 instrument root valve -
F713 1 Turbine 6ccesseties cooling water linc
-2.
B:
P-E1-14-8(3) instrument root valvc.-
M14 - 1 Turbinc accessories cooling watcr line:
,2 :
B-
. P;
- El 148(3) lanrument root valve D16 1 Steam supply line peceaurc ' strument 21
.H
=P-E1 14-8(2).
m root valve F717 1_
Steam supply line preuurs instrument 12~ -B P=
E1-5.4-8(2)_
toot valve i-
- M1A 1 L Steam supply line drain pot instrument root -
2 B
PJ El 14-8(2):-
- valve.
2- :B-LP E1 54-8(2)
I-M19 - 1 Stcam supply lin: drain pot lastrument root vaIYC
- 3934.14-l._
t'
'g
,4 uuume ABWR wn Standart! Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY.RElATED PUMPS AND VALVES E51 Reactor Core Isolation Cooling System Valves (Continued)
Safety Cods vain Test Test SSAR Class Cat. Func. Para Freq.
Fig.
No.
Description (a)
(c)
{d)
(c)
(0 (g)
F720 1 Steam supply line drmin pot inurument root 2
D P-El 5.4-8(2) vdve F721 1 Steam supply !!ac drain pot instrument root 2
B P
El 5.4-8(2) valve F722 1 Turbine edaust preuure instrument root 2
B P
El 5 + 8(3)
S alvs F723 1 Turbine c1haust pressure instrument root 2
B P
El 54-M(3) valve F724 1 Turbine exhaust preuure berwaen rupturc 2
-B P-El 5.48(3) disk lastrument root valve F725 1 Turbine exhaust preuure between rupture 2
B P
El 5.4-8(3) disk instrument root valve D014 1 Turbine exhaust preuure rupture disk 2
D A
Rplc. 5 yrs S.AS(3)
D015 1 Turbine exhaust preuure rupture disk 2
D A
Rple. 5 yte 548(3)
G31 Reactor Water Cleanup System Valves FV01 1
' ine inside containment from RHR system 1
B P
El 5.4 12(1) maintenante valve FD02 1 C11W System suction line inboard isols ion 1
A 1,A L.F RO SA12(1)
Salve 5
3 mo F003 1 CUW System suction line outboatd isolation 1
A 1,A L,P RO 5.4-12(1) vde S
3 mo FD17 1 CUW System RPV head spray line outboard 1
A I,A LP RO 5.412(1) isoladon valve S
3 mo F018 1 CUW Splem RPV head sprayline inboatd 1-A,C 1,A L,P RO 5.412(1) check valve 5
3 mo F019 1 CUW Sys botto:n head drain line 1
B P
El 5.412(1) maintenance valve P050 1 Test line off the suet 11ac outboard 2
B P
El 5A12(1) isolados valve 031.F003 -
F058 1 Test line off RPV head spray line outboard 2
B P
El 5.412(1) isoladoo valve F060 1 RPV bo(tom head drain line sample line 2
B P
El 5.412(1)
' cst line valve i
F070 1 RPV bonom head drain line umple line 2
B P
El 5.4 12(1) tr81bl6nancevdve FU71 1 RPV bottom bend drain ime sample line 2
A I,A 1,P RO 5 4-12(1) mboard valve 5
3 mo 3.9 58.17 Amendment l
l
M ; y,
[,,' ;
..u[.,a y
u^staan ABWR un Signdard Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY.RELATED PUMPS AND VALVES G31 Reuctor Water cleanup Systeni Valves (Continued).
Safety Code Valo Test Test SSAR Class Cat. Fuse. Pars Freq.
Fig.
No.
Qty Ducription (a)
(c)
-(d)- -(e)
(f).
(g)
FU72 1 RPV bottom head drain line mnple line -
2 A
LA L,P RO-5.412(1)
S 3 me outboard valve F500 1 CUW Sys bot:om head de als luie drala viv 2
B P
c1
= 5.412(1)
F501 1-CUW Sp bottom bead drain liac drain viv 2
B P
El 5A12(1)
F700 2 CUW Sptem suction linc FE upstream --
.2 B
P El 5.4-12(1) 3 instrument manualimlatten valve F701 2 CUW Setem suctan line FE downstessin 2
B P
E1-3,412(1) instrument manualisolation vam:
F7t12 2 CUW 5ptem. suction line FE upstream -
12 C
1.A 1.,S.P RO '
5A12(1)-
instrument euess now check valve -
fW3 2 CUW System sucticu line FE downstream --
2 C
1A :LSP~RO 5.4-12(t) it.stracot excena Dow check valve G41 Fuel Pool Cooling and Cleanup Valves F01.5 2-FPC sptem beat exchanger cuttet linc
- 3~
B P,
El y.1 1(2) -
mainten.uee valve F016 1 FPC sptem discharge line to spent fuel 3
- C A
S 3mo 9.11(2)'
pool checi valve FU17 1 FPC system discharge line to spent fuel 3
B-P El 9.11(2)
. poolinsintenance valve F018 t FPC system dischuge liac to spent fact
.T C
i A
.S 1 mo ~ 9,I.1(2):
- pool check vajvc -
FUl9 2 FPC system discharge line to : pent fuel -
3 B
' P
. El _
9,1.l(1) poolvalve F020 2 FPC sptem dischargo line toipent fuel 3
C A
S-RO.
9.1 1(1) :
pool check valve F022 1. FPC sprem discharge fine to reactor well 3
8 P
Et; 9.11(2) maintenance valve
.FUZ3 1 FPC system dischargo liac to netor wc!!
3
.C-A 5
-RO 9.1.!(2)
~
3 C
A S
-RO-9.11(2)-
F091 1. FFC system supply line from SPCU check viv. 3 B-
.P.
E1
-9.11(2)-
JV93 1 = FPC sptem RHR return llac valve to FPC F094 1.-
FPC spico RilR teturn line check valve
- 3. -
'C-
--- A ~
S RO --
9.1.l(2) :
to FPC :
F095 -I
. FPC system discharge line to spent fuel -
3' B.
P E1-9,1 1(2)-
pool sampic line P506-1: - FPC sys:em line valve from RHR to FPCJ J
B.
P:
- E1
'9.1+1(2);
line to LCW 19 30.ts Amendment.
k w., _ - ~, 4.- a.J :J.
..+,.4
. ~ - -
,i.4-
.,,..~.m-
d lD. - hti (
., X t -
- 5 uxumre-ABWR Standard Pfarit ua
. Table 3,9 8 (Con'tinued) _
INSERVICE TESTING SAFETY RELATED PUMPS AND VAINES -
G51 Suppression Pool Cleanup System Valves--
Safety Code Valve Test : Test SSAR Class Cat. ' Func. Pers Freq.
Fig.
N o.
Qty Descriptina (a)
(c)
-(d)
(e) -
(f)~
(g) 1901 1 SPCU suctico Line inboard isolation valve 2
A I,A L.P RO 9.51 5
3 mo 1902 1 SPCU suction line outboud isolation valve 2
'A I,A L,P. RO
-9.51-S 3mo P006 1 SPCU return line isolation valve 2
A I,A' L,P~
RO 9.5-1, S
3 m' -
FD07 1 SPCU return line isolation valve 2
A.
I,A L,P -RO 9.5-1 5
3 mo K17 Radwaste System Valves -
F003 1 Drywell LCW sump pump labestd disch.1* e - 2 A
I,A L,P-RO-11.L2(29) m isolation valve'
-S-3 cao F004 1 _ D_rywell LCW sucup pump outboard disch.
_2 A
1.A
-' ' ' RO 1L2 2(29) -
tiae isolation valve s
3 mo F103 1 Drywell HCW sump purup inboard disch line 2 A
- 1,A
.L>
L.RO.
11.2 2(31) isolation valve '
S-3 mo F104 1 Drywell HCW sump pump outboard disch
-2
'A 1,A '
L,P RO ~-
11.2 2(31).
line isolation valve S-3mo Pil Make p W. iter (Purified) System Valves t
F141
-1 Outboud i4olation vahe 2-
- A
' t,P L
-RO
_9.2 5(2)'
F142 1 Inboard isolation check valve :
- 2.
A 1,P : L RO-9.25(2)
P21 Reactor Building Cooling Water System Valves -
~
Ital 6 _ Pump discharge line check vahe.
3 C'
'A S
t'?
9.2 1(1,4,7) -
F002 6 Pump discharge line maintenance valve '
31 B'
-P.
El 9.21(1.4.7) ;
7003 3 B.
P El
- 9.2 3(1,13)
F400 $
Pump draio line valve 3
L P
El
_ 9.2 3(1,2,3)
F401 5 Pump bearing cooling wtr necdle viv.
L3.
B P
Et.
9.23(1,2,3)
F402 3 Refrig outlet line sample n)ve 3-B P
El 9.23(1,2,3)
F700 $
Pump disch preuure inatt line root valve 3=
B P
E1-9.23(1,2,3)
F701 5 FIS003 upattm instr line root valve 3
B P
E1 9.23(1,2,3)
F702 5 FIS003 dwnstrm instr line root volv -
3 B
P El 9.23(1,2,3)
F703 5 Pump suction preuure instr line root valve L 3
'B P-El 9.2 3(1,2,3)-
F704 6 Pump suct/disch line dpt instr line root viv 3~
B_
-P E1 0.23(1,2,3)
P41 Reactor Service Water System Valves P001 6 Pump discharge line check valve 3
C
A
S.
E2-9.2 7(1,2,3).
4 FD02 6-Pump diacharge line maintenance valve 3
=B JP:
El 9.27(1,2,3)
F003 9 Sernec water inlet valve to RCW System 3J B
P LP 2 yta 9.2 7(1,2,3)'
heatcachanger.
-S-E2 F004 Service wter inlet valve to service 3
0_
P P
2 yrs =
.9.2 7(1,2,3):
water strminer S.
E2 -
FD05 9 - Scrvice water outlet valve from RCW =
3 R1 Pf P
2 yrs -
9.27(1,2,3) ~
_ heat cachanger,
S-E2.
F006 6 Service water stralner blowout valve 3
8 PL
'P 2 yrs 9.27(1,2,3)
S-
' E2 F007 9 supply line from Domestic water check valve 131 C
P
_S E2
- 9.2 7(1,2,3):
F008o9 ; Supply liac from Domcatic water check valve l 3-C P-S-
E2 9.2 7(1,2,3),
FD09 9 - Supply valve from Domestic Water (DW) Sys 3 B ~ AL P
2 yrs 9.27(1,2,3)
S-E2 3 9-38M -
Amendment i
N
--'w'
<rm+4
l 4 I l.:
f,.J nu m ABWR P-1 Standard Plant Table 3.9-8 (Continued)
INSERVICE TESTING SAFETY RELATED PUMPS AND VALVES P41 Reactor Service Water System Valves (Continued)
S.rety Code Yahe Tut Test SSAR Class Cat. Fune. Pars Frtq.
Fig.
4
(=)
(c)
(d)
(e)
(0 (al No. 4 pen Description F010 9 RCW RX shell side (service water side) 3 C
P R
$ ps 9.2 7(1,A3) relief valvc F011 9 Bypass line around RCW HX service wster 3
C P
El 9.2 */(1,13) outlet valve MOV P41 F005 F012 9 Serview water tampling valve 3
il P
E2 9.2 ~1(1,2,3)
FDD 6 Scrview water strainer outlet valve 3
B A
P 2 ps 9,2 7(1,13)
S E2 FV14 3 Comrnon scre.cc water stedner outlet valve 3
D P
P 7 ps V.2 7(1,2,3)
S E2 M115 3 Diacharge line to discharge canal MOV 3
B P
E1 9.2 7(1.A3)
F501 9 RCW HX shell side d* sin vpive to SWSD 3
B P
El 9.27(1,2,3)
F502 9 RCW HX shell side vcot valve - SWSD 3
B P
E1 9.2 7(1,2J)
F503 9 RCW HX shell side draan vak
,WSD 3
B P
El 9.27(1,2,3)
F5&l 9 RCW RX shell side vem vaiv,
.WSD 3
B P
El 9.2 7(1,A3)
D01 6 Pump dhcharge pre &6ureinks root valve 3
B P
El 9,27(1,2,3)
D02 3 Seruce water supply pressure instr root valve 3 B
P El V.2 7(1,2J)
F703 6 Diff P across nervice water strainer 3
0 P
El 9.27(1,2,3) upstream it. strums,tt root valve F704 6 Diff P across service water strainer 3
B P
El 9.2 7(1,2J) downstream instrument root valve F705 9 Service water diff P scrou RCW HX 3
B P
El 9.27(1,2,3) upstream ir.str root valve F706 9 Service water diff P acruss RCW HX 3
B P
E1 9.2 7(1,2J) downstream matt root valve P51 Station Service Air System Valves F131 1 Outboard isolation mancal valvt 2
A 1,P L
RO 9.37 F132 1 inbcard iaoistion check valvc 2
A 1,P.
L RO 9.3-7 P52 Instrument Air System Valves F276 1 Outboard iscallion valve 2
A 1,A L,P RO 9.3-6 F277 1 laboard isnaltion check valve 2
A,C I,A L
2 ps 9.3 6 4
3.9 123 Amendant
1 feil.
- f..I
-.g
...t ussi=Ae ABWR am n Standard Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY.RELATED PUMPS AND VALVES P!I High Pressure Nitrogen Gas Supply System Valves Safety Code Valve Test Test
-SSAR Clan Cat, Func. Pars Freg.
Fig.
mtr3 to)
(c)
(d)
(e)
(f)
(g)
N o.
9mm Descriptico FUQ2 4 - Nitrogen bottles N2 supply line vahe 3
8 P
' El 6.71 IIKr3 2 Nitrogen bottles N2 supply line MOV 3
9 A
_ P_
2 yrs 6.71 S
3 mo
)
1D04 2 N2 bot'ic supply liac PCV maint valve 3
B P
El --
6.71 F005 2 N2 bottle supply line PCV 3
B A
El 6.71-FV06 2 N2 bottic supply line PCV maint valve 3
B P
El 6.71 FV07 2 Sdery giads N2 supply line iso valve 2
A 1.A L.P RO 6.71 S
3 mo FUns 2 Safety grade N2 supply line iso chk viv 2
A,C 1.A.
1.,5 RO 6.11 FOC9 8 - Sdety grade N2 supply line to SRV-3 8
P El
.6.71 FD10 2 11ypass line around the N2 bottle 3
B P
Et-6.71 supplyline PCV FV11 2 N2 bottle supply line relief valve -
3 C
A_
R 5 yn -
6.71 FD12 2 MOV at sdety/non-adety boundary 3
B
' A-P 2 yts 671 S
3 mn I
F200 1 Non safety N2 supply line tsu val <c 2
-A I,A -
1.,P ' RO 6,71
'S.
3 mu F209 1 Non aarety N2 supply liac iso chk viv 2
A.C I,A L,5 RO 6.71 T22 Standby Gas Treatment System Valves' F001 2 Fuel handling floor inlet butterfly valve 3
B
'A-P'
-2 yrs 6.51-S.
3mo FD02 2 Dryer inlet butter 0y valve -
3 a
_ A P_
- 2 yrs -
6.5 1 S'
3 mo F003 _ 2 Drycr staast gravity damper 3
J Al P.
2 yrs.
6.51 5
' 3 mo FD04 2 Filter trab ethant but'tifly valvt
-3 B
'A P ~.
2 yrs 6.51 S
3 mo F006 1. Filter train R11.2 injecsion line vahe 3
B-Pf El 6.5 FD07.1 Pilter trsin DOP injection line valve --
3-B P
' E1.
6.51 to pre HEPA fdtor.
FOOR 1 Filter train DOP sampling line valve 3
-B P
El
'6.51 downstrearn of pre HEPA F009 1 Filter train DOP sampling line valve
~3-B P-E1:
651--
downstreun of pre HEPA F010 1 : Filter train DOP injection line valve 3
B-
.P El 6.51 downstream of charcoal atactbcut.
F011 - 1 Fliter trsin DOP sa. pling line valve '
_3-B P.
11 1 6.5 downstream of charcoal absorbent.
3 9# 3d Amendment 4
,-m
..a u--
- ; ;_.-, s. --_.
M i f.; L i..
- "i., : ;
4 i
tw ioorn AEWR pn hiandard Plant Table 3.9 8 (Continued)
INSERVICE TESTING SAFETY.RELATED P11MPS AND VALVES T22 Standby Gas Treatment System Valves (Continued)
Safety Code Win Test Test SSAR Class Cat. Fune.~ Pars freq.
Fig.
4 N o.
Qwne Description (a)
(c)
(d)
(e)
(f)
(g) 1912 1 Fdter train DOP suoplingline vatw 3
B P
El 651 doestream of after 'IEPA F014 i STG? sample tinc vdve 3
8
?
El 6.51 R)15 1 PRM diacha.rge to stack vdve 3
B P
El 6.51 F500 2 Dryer umt vont line valve 3
U P
El 651 3
B El 6.5 1 F501 2 Dryer unit drmin line valve F504 2 Dryer u it vent line valw 3
B P
El 6I 1 F505 2 Exhaust fan vent tine valve 3
B P
El 6.51 F506 1 Filtet train vent line valve 3
B P
El 6.51 F507 1 Filter train vent line valve 3
B P
E1 6.51 F508 1 Filter train vent line valw 3
8 P
El 6.$ 1 F509 1 Filter 17 min vent line valve 3
B P
El 6.51 F510 1 Fdter train vent line valve 3
B P
El 6,11-F511 1 Exhaust stack drain line valve 3
B P
El 6.51 F700 2 Dryer unit demiator dp %strument line valve 3
0 P
El 6.51 F701 2 Dryor unit demis;er dp instrument line valve 3
P P
El 6.51 F 05 1 Filter train prefilter dp instrument hoe valve 3'
B P
El-63-1 F706 1 Filter trmio prefilterdp instrurnent line valve 3
B P
El 6.51 F707 i Fihet train prellEPA dp instrumentline valve 3 B
P El 6.51 F708 1 Filter train prellEPA dp instrument tiet n!ve 3 B
P El 6.5-1 F709 1 Fliter trajn charcual absorber dp inst. line viv 3 B
P El 6.51 F710 1 Filter train charcoal absorber dp inst hae viv 3
n-P El 6.5 t F711 1 Filter train after HEPA dp inst line valve 3
D P
El 6.51 F712 i Filter train after HEPA dp 'tnst llos valve 3
_B P
El 6,51 F713 2 Futer train exhaust now instrument line valve 3 8
.P El 6.51 F714 2 Filter train exhaust now instrument line valve B P
El 6.51 T31 Almorplieric Control System Valves F001 1 N2 supply hae itom Rcactor Building HVAC 2 A
.L P 2 ps 6.2 39(1)
.S 3 mo W2 1 N2 supply line to drpvellinboard r.ont-2 A
1A
-L,P 2 ps 6249(1) ainmc at iscattina valve 5
-- 3 mo F003 1 N2 supply l!ne to werwellinboard cont-2 A-t,A L.P
-2 yrs 6.2 39(t)-
5 3mo l
- .incnent iso 4 tion valve
?
A 1,A L.P 2 yrs '
6.2 39(1)
IMt 1 Conta'mment atmospbere exhaug line fram j
dryveu isoaltion valve
.5 3mo F005 t Drywsu atmo4chere exhaust line valve 2
A-1,A -
L.P 2yr-6.2 39(1)
T31-IT04 byptu tine S-3mo F006 1 Contaisuneet atmnsphere exhaust line form -
2 A
1,A L,P - 2 yrs 6.2 39(1).
werwellisolation valve 3 mo F001 1-Wrp.ll overpressure line valve 2
A P
L,P 2 yrs 6230(1).
i 3 9,j47)
Am ndmcM
A t S :, ~, ',
' * : q,.
4; mei=^e ABWR arv s Standard Pjant Table 3.9 8 (Continued)
IN5ERY1CE TESTING SAFETY.RELATED PUMPS AND VALVES T31 Atmospheric' Control System Valves (Continued) -
Safety Code. Valve Test Test SSAR Class Cat.
Func. Pers frw.
Fig.
Q.%
(6)
(c)
(d)
(e)
(f)
(g)
No. Qven Description.
F00$ 1 Containment atmosphere enhaan line 2
A 1.A L,P ' 2 ps 6.2 39(1) 5-3 mo to SGTS f009 1 Containment atmosphere chunt line to 2
A
!.A L,P 2 ps - - 6 2aV(1)
S
- 3 mo R/B HVAC
-2 A
P L,P 2 ps._ 62 39(1)
Ft1LO I Drywell overpressure line valve F025 1 tl2 supply line from K 5 outboatd cont.
2 A
I,A L,P 2 ps -
6.2 39(1)
l ammcal isolatloo valve F039 1 N2 supply line from K 5 outl>oard cont.
2 A
I,A L,P 2 ps 6.2 39(1)-
-3 S
3mo ainment isolation valve F040 1 N2 supply line from K 5 to drywellinboard
~2 A
-LA 1.,P
_ 2 ps '
6.2 39(1) -
.3
-S 3mo isoaltion valve
~
Futt 1 N2 supply line from 65 to wetwellinboard.
2-A 1.A 1.,P ' 2 ps
_6.2 39(1) -
S
- 3 mo iscattion valve '
F044 8 Drywell/wctwcli vacuum breaker valve '
2
-C A
P-RO 6.209(2)
R..
E3 l
F0$0 1 N2 supply line to drywell test line valve 2
H P
El' 6.2 39(1) =
F051 1 Coatainmeni aimosphere exhaust line test 1
B-P El 6.2 39(1) line valve IV54 1 Dry *cu personnel air kx:k hatch _ test
.2 D
P El 6.2 39()2) -
line valvs F055 1 N2 supplyline from teat line valve 2
B P
- El 6.2 39(1) r FOS 6 1 Wetwou personnel air lock batch test 2
B P-El 6.2 39(2) line valve F700 1 - N2 supply line to dry *cll FE upstrcyn 2
B.
P E1 6.2 39(1) instrument line -
F701 l-N2 supply line to drywell FE dowtaircr.m :
2 B
P-E1 6.2-39(1) instrument line -
F702 1; N2 supply line to wetwell f1! upstren 2
B P
- Et, 6.2 39(1) instrument line F703 1
_ N2 supply line to wctw:0 FE downsteam
_2-
- 11
?
ElJ
- 6.2 39(1)-
7 inotrsmem line F720 2. DW/WW vacuum breaker valve N2 supply A:
!,P ~ lL R C.
n.2-39(2)
_ isolation taht F730 1 Drywell pressure instrumcot Itac isolation-
'2
,B-
- P.
El 6.2 39(2) e i
valve c F731: 1 _ Drywsli pressure instrument line solenoid
~ 2; A.
1,P _. L.P-
- RO 6.2 39(2).
isolation valve F732 - 2 Dr)well pressure instrumeni line valve.
2
'B'
.P E1
- 6.249(2);
.j F733. 2 Drywell pressure instrument line solenoh!
2 AH I,P
- 1.,P - RO -.
6.2 39(2) isolation valve F7}4 4-Drywell preware instrument line for NBS :
2-
'B P
El.
6.2 39(2) :
1 valvt 1
3.95823 d
Arne nomant t
l
.. w
...n..
...,... ~..
+,
_...,,_m
,--,.-__a
t, e c tq, r.
m uwma ABWR wo Standard Plant Tcble 3.9 8 (Continued).
INSERVICE TF. STING SAFETY.RELATED PUMPS AND VAINES T31 Atmospheric Control System Valves (Continued) l Safety Code Valve Test Tot SSAR Class cat. rune. Para freq.
rig.
gh Description (a)
(c)
(d)
(t)
(f) 4)
No, Dryuu preuvre iratrument Une for NBS 2
A 1,P L,P RO 6.249(2)
FT)5 4 solenoid isolation valve FD6 2 WctweU preuure instrument line velve 2
B P
El 6.249(2)
C, 2
Wetwell pi enure instrument line sole noid 2
A 1,P LP RO 6.2 39(2) isointica valve 1
FUS 4 Suppreuion pool water level reference leg 2
B P
El 6239(2) instrument line ' e Suppreuion pool water level reference leg 2
A 1,P L,P RO 6.249(2)
FU9 4 instrument ime rotenold isolation valve D E) 4 Suppression pool water leve. reference leg 2
B P
El 6.2 39(2) instrument line vajve Suppreuion oml water level referenec leg 2
A 1.P
!.,P RO 6.2-39(2)
F741 4 iratrument line solenoid isolation valve D42 2 Suppreasion pool water level reference leg 2
B P
El 6.2 39(2) instrument line valve P43 2 Supprenion pool water level reference leg 2
A
_l,P L,P RO 6239(2) instrument linc solenoid isolation valve M44 2 Suppression pool water level 2
B P
El 6.249(2) instrument line valve F745 2 Suppreuion pool water level 2
A 1,P L,P RO 6.2 30(2) instrument line solenoid valve F300 2 DryweU water levelinstrument ime 2
B P
El 6.2 39(2) referenes leg isolation valve FS01 2 Dryweu water levellastrument line 2
A I,P I,P RO 6.2 39(2) reference leg solenoid isolation valve F802 7 Drywel' water levelinstrument line velve 2
B P
El 6.2 39(2)
F803 2 Drywsll water levelinstrumewnt line solenc J 2 A
If 1.,P RO 6.249(2) isolation valve F804 2 DW/WW differential prenure instrument 2
B P
E1
. 6.2 39(2) line vslve F305 2 DW/W vV diffrential preuure instrument 2
A If Lf RO 6.2 39(2) solenoid isolation valve D001 1 Wetwell overpressure rupture dink 2
1.D P
Rple. 3yta 6.2 39(1)
D002 1 wetwtu overpecuure rupture disk 2
1.D P
Rple. j p 6.249(1)
T49 Flammability Control System Valves FV01 2 Inlet line from drynh /s.. I 2
A
(,A L,P 2 yrs 6.2 40 S
3 mo isolation vaive F002 2 Inlet line from drywell o t " <
2 A
. I,A Lf 2 yrs 6.2 40 isolation valve S
3mo 3.9.$s.29 Amer.dmen
f c.
M l. :..;
j
...g..
i ABWR mimo-mn Statuiud Plant Table 3.9 8 (Continued) 9 j
INSERYlCE TESTING SAFEW.RELATED PUMPS AND VALVES 3
T49 Flammsbility control System Valvo (Continued) l Safety Code Volte Tut Test SSAR Clan Cat. Fusc. Pers Freq.
Fig.
j gM.g. Detcription (e)
(c)
(d)
(e)-
(f)
(g)
No.
i i
IVC 2
Flow contron valvc lot Ihe FCS inlet line 3
B A
P 2 yr6 6.2 0 8
3 50 i
i from drywsu IUD 4 2 Blm et bypusline Dow control valve 3
in A
P 2 ps 6.240 S
3mo i
M105 2 Blower discharge line to wetwtu acek 3
8 A
P 2 )ts 6.2 40 vajve S
3mo j
M06 2 Dischtse line to wetwell outtuud
.2' A
- t,A LJ 2 ps 6.2 40 1
isolation velve '
S 3 mo I
F007 2 Discharge line to wetwellinboard 2
A 1,A L.P 2 yrs 6.240 isolation valve S
3mo
- i; 1
P006 2 Cooling we'en supply line from the RHR 3
A A
L,P 2yn
'6.2 40 3 mo
}
Kystern MOV 3
B P.
El 6.2 40 l
FDN 2 Cooling water supply lino maintenance valve j
F010 2 Coount weter supplyline admhalon MOV -
3-A
-A 1.,P 2 ps 6.2 40 5
~ 3 mo
+
l FV13 2 Inlet line frein drywell drain line valve 3
-0 P
El 6.240-itle ' 2 Bh..nr drdn the valve 3
B P
El 6.2 40 FV15 2 Blower dschuge tins to werwed prusute 2
A F
P
' 2 yta 6.2 40 l
relict valve e
i-F016 2 Blower discharge lic.: to w,twcu ptsuure 2
A A
6.2 40 1
tobetline check valve F501 2 talet line from dry.sti tut line valve 2
A
'P-P
, ps 6.240_.
P502 2 Discharge line to werwcu tent linc volve 2
A P
P 2 yrs - 6.2 40 i
F504 2 Blower suction line east line valve ~
3 B
P:
l'1 '
6.2 40 3
F50S 2 tilower discharge line test line v.In '
3
-U P
E1 6.240-i i
F506 2 Drsin line to Low Conductivity Wute :
3 8
P E1
- 6.2 40 (LCW) valve -
l F507 2 Coollag wetet supply line test line volvs 3
n P
El 6.2-4 l_
l'701 2 FE T49 FE002 upstretra instrumcon line 31
.H P -
El 6.2 40-l-
toot valve D02 2 FE T49 FB002 downstteam Imtrursent line
'3
-B P
El 6.2 40
[
toot valve M03 2 Blower auction line ptcasure instrumeat line 3
1 P
P.1 6.2 40:
l root valve l
8 04 2 FE T49.FE004 urstream Istrumcot 1.J-.
3 D
P
.E1 6.2 40 -
root valve j-F705 2 FE T49.FE004 downstte am instrumeat line
'3-8 P
tJ 6.2 40 -
- foot valvc 4
1 l
I i
Amendwnt
. 3946.30 j
'I 1
1 f
j
+
, _, ~.
_.,m-
. -.m
--.2..m...-
~,
m.
t-
'i
- r. u. # f. 4 :.-
o"
<, p
..m 3
==
A.BWR
..._.__._ twJ Standard Plani Table 3,9 8 (Continued)
INSERY1CE TESTING SAFETY.RELATED PlJMPS AND VALVY,S i
U41 Hesting, Yentilailng und Air Cotiditioning System Valves j
isafen Code Velve Teal Te:t SSAR Class Cat. Fune, rars ' fato, rig.
4 tnM Dexription (a)
(c)
(d)
(e)
(f)
(g)
N o.
7001 2 Reactor bldg ares supply holat on velve 7
8 A
P 2yts 9,4-3(1) i i
S
.) me FIkT2 2-Reector bldg aren etheast bolation valve
.2 B
A P
2 ps 9.43(1) 3 mo IIO3 3 Reactor bldg area divisiot:6L llVAC supply.
-2 9
A P
. 2 p6 9.43(1)
S'
'3mo L
- hohtion valve 2 ra l 9.44(1)
FIO4
-3 Rcactof bids arta divhional HVAC cAhauni 2-
.A
-?
f S
3 mo notation volve F007 4 MCR stee llVAC bype.u tiac bolatlim valve 2 ti -
A-P 2 pe.
9,4-1(1,2)
- {
S mo -
FV06 4 MCR asca HVAC sapply holstion valve -
2
-B ;
A
- .P 2 ps-i 9.4 l(1,2),
1
'5^
3 mo FDU9 4 MCM ares WVAC emergency HVAC supply. 2 -
B-A
-P
't ps : 9.41(1,2) valves
' 3 mo F010 4 MCR aron HVAC exhavet holanon vaive 2-11 A'
P-
' 2 ps
. 9.41(1,2)
's.
3 mo.
YS2 Oil Storage Transfer Systern Valves FU)1 6 D/O tramfer pump dachstge line'ched viv' 3 C
- A 3mo 9J4 1
t0(r2 3 D/0 transfer pump discharge line relief 31v. 3 C
A R-5 ps 9.54 FDC3 3 D/O tramfer pump discharge line ball (plug) 3 :
'B-'
P El 9.54 valve '-
FD04 3 D/O fuel oil day tank feturn to storage 3
BL P
El 9.34' tank valw FS11 1 D/G trstufer pump discharge line drala viv
.3 B-
- P --
! El--
934 F302 3 D/G transfer pump dhcharge lius vtat viv' 3;
'B P'
El-9.34:
s 7
i
?
+
[
- ) $.$ejl.
/.fD40stM84 i
~..-.
_... _., _., _.. _ _. _.. -,.. -... -, ~. _., _ -. _. - -.. _
.- -_ _ ~-
~_.
id Q !,..
97 :,'
.?
t.;
8 mi =^r.
J ABWR kna Etandard Plant Table 3.9 8 (Continued) 3 l
INSERVICE TESTING SAFET%RELATED PUMPS AND YALVES I
NUD&
i j
(a)
- 1. 2, or 3 Safety Cleanifation. Subsection 12.3.
(b)
Pump test p.rameters per ASME OM Code 1990 Subsection !$TB:
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Speed DP. C'itittential Pressuss, measured or Pd Pi rd. Discharge Precure Pi.
Inlet Preuure Q.
11ow Rate Vv-Peak vibtstion velocity (c)
A. !!. C or D. Valve category per ASME OM Code IWO Subsection ISTC.
(d)
Valve function:
Primary contalrtment isolation. SSAR Subacetion 6.2.4 A or P
- Active or passive per ASMR Code in (c) above (Paragraph !J).
6 (c)
Wlve tcat patameters per ASME Code in (c) above:
Leakage rate (Paraaraph 43, SSAR Tabic 6.2 7 for valvc4 with function I in (d) above)
- t..
P-Lual position verification (Parapsph 4.1)
R.
Rclief valve test ipcluding visual esaminatioD set pressure add scal Lightotis (callng (Paragraph 4.4).
5-Strole exerciac Category A or B (Paragraph 4.21,4.2.2)-
Cate. gory C (Parapaph 4.5.1,4.5.2,4.5.4)
X.
Erpletive charge trat (Parapaph 4.6)
(f)
Pump or valve test frequcney per ASME Code in (b) or (c) above:
C3. Cold shutdown RO Refueling outage and/or no case peatcr than 2 years.
E1 Used for operating cr>nvenience (l.c. pasalve vent, drain, instrument, test, maintenance valves, or a system control pressure relief valva), Tests are not required (Subsection ISTC, Parapaph 1.2).
r E2 In reguise use. Test frequency la not required provided the tut pararneters are analped and recorded er an operation interval not exceedins 3 months. Operability test every 6 rnontba. leak test eve,y 2 year 6 (ASME OM Code 1990, Appsodis 1.13.7).
Category A or B, Sitoke (subsection 1STC. Parasrapt. 4.2.5).
Category C, Stroke (Subacetion ISTC, Paragraph 4.53).
- E3. Opetability test every sia monthsiSet pressure and leak tent every refueling outage.-
. (ASME OM Code 1990, Appendia l,I 1.37).-
E10. In Regular usci Test fer.quency is not required provided Lbc test paramttcr$ att recorded at least once'every 3 months of operation (Subooction ISTB, Paragrsph 53).
E11 Lacking reg dred fluid inventory. Test shall be performed at least once every 7 yeatt with rcquired fluid invcatory provided (Subsection ISTB, Paragraph 5.5).
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NOTES (Continuedh (g) Piping and instrument symbols and 6bbttviations are defined on Flyure 1.%1.
Test parsmeiers DP and O sre necessary. The RilR fEl pump output pressure head is mansured by (h) 1%$ and the alarm of PIS.Zl05 indicates the piping is not full. The piping is maintained full by a omsll!raction of the pump's now e4pacity most of which rccliculate ce a b> pus loop.
(J) $ttoke esercise testing is not practicable during plant operation or cold shutdous because stopping th cooling flow to the Re.ctor Internal Pumps (RIP) and drywell coolers can ranult in temperature rises (bst would signal a plant absidown. A partial closure of the valve la not rewmmended because of the added watrol complications required to provide full stroke position indication and a partial closure mode function to prevent operator error of allowing full closurs.
(k) Stroke enarcise testing is not practicable during plant operation on cold shutdown because stopping the tooling now to the Rlts and drywell coolers can result in temperature rises that would signal a plant shutdown. Stroke escreise testieg requires operator acceu into the containment which is only available during the refueling outage.
Strokc cretcise testing is not practicable during plant operation or cold shutdowns because maintairdag (m) thr cooling flow to the non essential equipment is necessary during all plant operations. During the refueling outage when loads are lowcr and maintaining divisional separation is not occcuery, e ternporary crosstic upability from one division to another cac carry the cooling loads while the valve la stroke tested, 39582 Amodmut
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DATE TIME r/311NATim 5T ATIM 32 e 13*48*
t M.E OK 4251 7-14 19139 4009251193 32 0*13'46*
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