ML20058M502
| ML20058M502 | |
| Person / Time | |
|---|---|
| Site: | 05200001 |
| Issue date: | 09/29/1993 |
| From: | Fox J GENERAL ELECTRIC CO. |
| To: | Poslusny C Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 9310050359 | |
| Download: ML20058M502 (15) | |
Text
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F) pm Jack FoY vall Code 175 Curtner Avenue 1
San Jose, CA 95125 Phone (408) 925- #8M FAX (408) 925-1193 or (408) 925-1687 I
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related pumps, including the basis for the frequency and the extent of each disassembly, The program may be revised throughout the plant life to minimize disassembly based l
on put disassembly experience. (See Subsection 3.9.7.3(1) for COL license l
information requirements.)
3.0.62 Testing of Safety Related Valves i
3.1f.62.1 Check Valves (1) Design and Qualification For each check valve with an active safety related function, the design buis and required operadng conditions (including testing) under which the check valve will be required to perform will be established.
The COL applicant will establish the following design and qualification d
requirements and will provide acceptance cnteria for these requirements. By l
testing each size, type, and model the COL applicant will ensure the design j;
I adequacy of the check valve under design (design basis and required operating) conditions. These design condidons include all the required system operating cycles to be experienced by the valve (numbers of each type of cycle and duration of each type cycle), environmental' conditions under
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I which the valve will be required to function, severe transientloadings 1
expected during the life of the valve such as waterhammer or pipe break, life-time expectation between major refurbishments, sealing and leakage requirements, corrosion requirements, operating medium with flow and velocity definition, operating medium temperature and gndients,
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p maintenance requirements, vibratory loading, planned testing and methods, test frequency and pedods ofidle operation. The design conditions may
~1..A nehn enulmments as identified dudng detailed design of the plant i
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include other trqu[rements as identified during detailed design of the plant
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j systems. This tesdng of each size, type and model shall include test data from
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the manufacturer, field test data for dedication by the COL applicant.
empirical data supported by test, or test (such as prt>totype) ofjimilarity must 1
N bejusdfied by technical data. The COL applicant will ensure proper check d.
4 valve application including selection of the valve size and type based on the system now conditions, installed location of the valve with respect to sources of turbulence, and correct orientation of the valve in the piping (i.e. vertical j
w horizontal) as recommended or required by the manufacturer. The COL applicant will ensure that valve design features, material, and surface finish will accommodate non-intrusive diagnostic testing methods available in the j
industry or as specified. The COL applicant vdll also ensure that Gow through the valve is determinable from installed instrumentation and that the valve disk positions are determinable without diaamembly such as by use of non-I intrusive diagnosdc methods. Valve internal puts are designed with self-j W/or ratyrs 45rt nefyvvrgos/iAcd M 3.9 73 Mechsnicst Symms and Components-Amendment 32 gf f-frg y as'rtd V31vt 4r)cyc i
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23AG100 Rev. 2 ABWR sesam safety Analysis Repon Table 3.9-8 hiservico Testing Safety-Related Pumps and Valves (Continued) 4 k
Safety Code Valve Test Test Class Cat.
Func. Para Freq SSAR j
No.
Qty Description (h) (1)
(a)
(c)
(d)
(e)
(f)
Fig. (g) i F020 1
RPV head vent outboard 1
B A
P,5 RO 5.13 shutoff valve (h1) sh.2 1
1 F021 18 SRV discharge line vacuum 3
C A
R,S RO 5.1-3 breaker (h1) sh.2 f
F022 18 SRV discharge line vacuum 3
C A
R,5 RO 5.1-3 breaker (hl) sh.2
/
F024 4
C A
S RO 5.1-3 l
supply line check valve (hi) sh.3 F025 4
Outboard MSIV air supply 3
C A
S RO 5.1-3 line check valve (hl) sh.3
~
F026 8
A,C A
L.S RO 5.1-3 I
line check valve (h1) sh.2
> l F029 18 SRV pneumatic supply check 3
C A
S RO 5.1-3 s elve (hi) sh.2 II F031 2
inboard valve on the 2
B P
E1 5.1-3 outboard FW line check sh.4 valve test line l
{
F033 4
Inboard shutoff valve on the 2
B P
El 5.1-3 outboard MSIV test line sh. 3
)
F035 1
Inboard test line valve for 2
B P
E1 5.13
{
the MSL bypass / drain valve sh.3 Sjh F039 2
Inboard test line valve for 2
B P
El the inboard FW line check sh.4
{
valve F040 2
Outboard test line valve for 2
B P
E1 5.1-3 the FW line check valve sh. A t
FbOO 2
inboard test line valve for 2
B P
E1 5.13 g
q the first FW line check valve sh.4 If F503 2
Outboard draln I!ne valve for 2
B P
E1 5.13 the FW line check valve sh.4 F508 4
Inboard MSIV accumulator 3
B P
El 5.1-3 A001 drain volve sh 3 I
F509 4
Outboard MSIV 3
B P
El 5.1-3 accumulator A002 drain sh.3 valve F510 8
SRV ADS accumulator A003 3
8 P
E1 5.1-3 drsin valve sh. 2 l
3 9-101 Mechorucol Systems onc Componengs-Amendment 32 Md
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- a ma nni standardsofory Anstysis Report ABWR 1
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Table 3.9-8 Inservice Testing Safety-Related Pumps and Valves (Continued)
E Safety Code Valve Test Test Class Cat.
Func. Pers Frog SSAR he il rJo.
Oty Description (h) (1)
(a)
(c)
(d)
(e)
(f)
Fig. (g)
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y..
F010 10 RIP pump motor purge 2
B P
5.4 4 El water supply line valve sh.1 F011 10 R!P inflatable pressurned 2
B P
El 5.4-4 water line inboard valvo sh 1 F013 10 R:P seal equalizing line valve 2
B P
E1 5.4-4 l
sh.1
[
F015 10 Manual maintenance 2
8 P
El 5.4-4 A
valve-R!P pump motor sh.2 purge water line i
F500 10 RlP cooling water HX vant 2
B P
El 5.4-4
)
line inboard volve Sh.1 l
F502 10 RIP drain line inboard valve 2
B P
El 5.4-4 j l sh.1 0505 10 RIP cooling water HX shell 2
8 P
E1 5.4 4 drain line inboard velve sh.1 C12 Control Rod Drive System Velves F719 4
Root valve charging hne 2
B P
El 4.6-8 header pressure instrument r.h. 2 l
i line t
i F720 4
Root valve charging line 2
B P
E1 4.6- 0 I I header pressure instrument sh.2 line C41 Standby Llquid Control System Valves I
I F001 2
SLCS storage tank outlet line 2
B A
P RO 9.3-1 i,
MOV S
3 mo i
F002 2
SLCS pump suction lino 2
B P
E1 9.3-1 l
maintenance valvo l
F003 2
SLCS pump discharge I;ne 2
C A
5 yrs 9.3-1 I
relief valve
[
F004 2
SLCS pump discharge hne 2
C A
S 3mo 9.3-1 check valve F006 2
St CS pump dacharge line 2
B P
E1 9.3-1 k
maintenance valve
} f[
I 1 F006 2
SLCS pump injection vatve 2
A 1,A L,P 2 yrs 9.3-1 l
MOV S
3 mo i
F007 1
SLCS injection line 2
A.C I,A L,5 2 yrs 9.3 1 f
outboard check valve (h5)
Mechanca! Systems and Comparems. A me-c~ent 32 3 9D I
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2 A
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l Table 3.9-8 Inservice Testing Safety-Related Pumps and Valves (Continued) t Safety Code Valve Test Test Class Cat.
Fune. Pars Freq SSAR I
, No.
Oty Description (h) (l)
(e)
(c)
(d)
(e)
(f)
Fig. (g) 760li
-"1 SLCS injection line inbodd - 2 A,C I,A L.S 2 yrs 9.3-1 check valve (hl)
F018 1
SLCS storege tank semple 2
D P
E1 9.3 1 line inboard shuto*f valve j
l F025 1
SLCS injection lire test / vent 2
B P
E1 9.3-1 line inboard valve b500 1
SLCS pump suction line 2
D P
E1 9.3-1 drain line 501 2
SLCS pump discharge line 2
B P
E1 9.3 1 i
j drain line valve j
as C51 Neutron Monitoring (AhSystem Valves Il 1004 3
Isolat:on valve assemb!y,[ (
d i _ _ _ _
h" Sh 3 i
J011 3
Purge isolation valve 2
A,C P
L,P 2 yrs 7.6-1 b
sh.3 k
l l (IOU Manual gate valve 2
A P
~
El 7M" 1
D23 Containment Atmospherlo Monitoring System Valves p
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F001 2
CAMS drywell pressure 2
A 1,A LP 6rrR$ 7.6-7 instrument line outboard h
3 rgo sh.2 isolation valve F004 2
CAMS crywell semple I!ne 2
A
- 1. A L.P 7.6-7 outboard containment 5
Jav sh.2 Isolation velve Ro l
F005 2
CAMS drywell return line 2
A 1,A LP Q?p 7.6-7 cutboard containment 3po sh.2
! solation valvo 1
- 006 2
CAMS wetwell semple line 2
A 1,A L,P RO 7.6-7 outbcard contelnment
.5 3 '"#
sh.2 isolation valvo l
F007 2
CAMS wetwell return line 2
A I,A L,P RO 7.6-7 outboarc containment S
3##
sh.2
)
Isolation valve i
F008 2
CAMS rock drain line 2
A 1,A L.P RO 7.6-7 outboard containment 5
JNO sh.2 1so!8 tron valve g
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ABWR standant safaty Anstrsis Report i
1 Table 3.9 8 Inservice Testing Safety-Related Pumps and Valves (Continued) 1 g
i r
Safety Code Valve Test Test Class Cat.
Func. Para Freq SSAR No.
Oty Description th) 'l)
(a)
(c)
(d)
(e)
(f)
Fig. (g) j j
F009 2
CAMS drywell,3ressure 2
8 P
El 7.0-7 Instrument line outboard sh.2 l
isolation valve F010 2
CAMS drywell sample line 2
B P
E1 7.6 7 sh.2 Outboard valve
.I F011 2
CAMS drywell return line 2
B P
El 7.6-7 outooerd valve sh.2 4
j F012 2
CAMS wetwell sample line 2
B P
El 7.6-7 sh.2
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outboard valve x
F013 2
CAMS wetwell return line 2
B P
E1 7.6-7 outboard valve sh.2 l
F014 2
CAMS reck drain Une 2
B P
E1 7.6-7 outboara conteinment sh.2 Isolation valvo l
E11 Realdual Heat Removal Systerm Valves t
i F001 3
Suppression pool suction 2
)y l valve S
3mo s h.3,4,6
[
F002 3
RHR pump discharge line 2
C A
S 3 mo 5.4-10 check valve s h.3,4,6 g
F003 3
RHR pump alschargo lir:e 2
B P
El 5.4-10 s h.3,4,6,!
maintenance valve j'
F004 3
Heat Exchanger flow control 2
B A
P 2 yrs 5 4-10 valve S
3 mo s h.3,4,6 plocP A F005 1
RPV injection valveth6) 2 A
A L,P RO 5.4-10
+
S CS sh.3 doo P B(c 1
A I, A L,P RO 5.4-10 F005 2
RPV Injection volve/h6}
S CS sh. 5,7 e
- {
l F006 1
RPV injection line checx 2
A,C A
L,P RO 6.5-10 S
3mo sh.3
}
valve, lo p A f
F006 2
RPV Inject!an line check 1
!,A L,P RO 5.4-10 y
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valve, L 0 J P 8 [C 3 mo sh. 5,7 d
FOO7 2
RPV !njection line inboard 1
B P
E1 5.4-10 sh. 5,7 maint. velve gp
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d',
F008 3
Supprenlon pool return 2
3 mo sh.
f 3,4,6 I
F009 3
Shutdown Cooling suction 1
B P
E1 5 4-10 sh.2 I
line maintenance velve Mecro n.ca: Systems au compomants-AmeM~ert 32 l
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22A0100 Rev 2
>1 ABWR standarssotary Anairsts napors i
f' Table 3.9 8 Inservice Testing Safety-Related Pumps and Valves (Continued) i i
Safety Code Valve Test Test
\\
Class Cat.
Func. Para Freq SSAR No.
Oty Description (h) (1)
(a)
(c)
(d)
(el (f)
Fig. (g)
F028 3
Heat exchanger outlet line 2
C A
R 5 yrs 5.4 10 relief valve sh.3,4,6 F029 3
Inboard reactor well drain 2
B P
E1 5.4-10 line valve sh.3,4,6 F030 3
Drain to radweste valve 2
B P
El 5.4 10 sh.3,4,6 F031 3
Outboard reactor well drain 2
a 1,P L,P RO 5.4-10 line valve (to SP) s h.3,4,6 F032 3
Shutoff valve
".ie from 2
B P
E1 5.4-10 MUWC sh.3,4,6 Id F033 3
Check valve in the line from 2
C A
S 3mo 5.4-10 MUWC sh.3.4,6 l
F034 1
RPV injection line vent / tost 2
B P
E1 5.4-10 line inboard valve, loop /I sh.3 l
F034 2
RPV injection line vent / test 1
B P
E1 5.4 10 line inboard valve, J, pop ggc sh. 5,7 h
l E036 1
Press equel velve around 2
A P
E1 5.4-10 check valve E11.F006, Loup ))
sh.3 i
F036 2
Press equal velve around 1
A P
E1 5.4-10 check valve E11.F006,Isop BlC sh. 5,7 F037 3
Shutdown cooling suction 1
A P
E1 5.4-10 line test line sh.2 F039 3
Relief valve around the MOV 1
C A
R 5 yrs 5.4-10 MPL E11-F011 sh.2 F040 3
Shutoff valve-line from 2
B P
E1 5.4 10 MUWC sh.2 F041 3
Check valve-line from 2
C A
S 3mo 5.4-10 Make Up Water Condenser sh.2 (MUWC)
F042 3
Shutdown Cooling Mode 2
C A
El 5.4-10 suction line relief valve sh.3,4,5 F043 3
HX outlet to the Sampling 2
B P
E1 5.4-10 System (SS) test inboard sh.3,6,7 valve
<l F045 1
HX outlet to the PASS-2 B
A P
2 yrs 5.4-10 inboard valve S
3 mo sh.3 g
1 HX outlet to the PASS-2 B
A P
2 yrs 5.4-10 1
F046 outboard valve S
3 rno sh.3 4
Mechanics! Systems and Components. Amendmnt 32 3.9 108
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23A6100 Rev 2 ABWR standarsserm Anetysis neport
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f 7/8~
3 l~ill pumpJudame is e-7 g
y gy 9,4-1o
.SH 2 % C i
check valve ks/ P0M 7790 3
fil) /wr cl:3dwge hde
- L B
P EI b*. 4 -10 claxk volve In/ nwt Sh M4 Tablo 3.9-8 Inservice Testing Safety Related Pumps and Valves (Continued)
I Safety Code Velve Test Test Class Cat.
Func Para Freq SSAR No.
Oty Description (h) (1)
(a)
(c)
(d)
(e)
(f)
Fig. (g) l F710 3
FT MPL E11 FT008 2
B P
El 5.4-10 instrument hne inboard root sh.3,4,6 valve F711 3
FT MPL E11 FT008 2
B P
E1 5.4-10 I
instrument line outboard sh.3.4,8 root valve g
F712 3
Shutdown Cooling Mode 2
B P
E1 5.4-10
)'h suction line pressure sh.3,4,6 mstrument line F713 3
Fil. pump suction line 2
B P
E1 5.4-10 ins'.rument line valve sh.3,4,6 F714 1
Dischange ic redwesto flow 2
B P
E1 5.4-10 instrument l'ne sh.4 F716 1
Discharge to radwaste flow 2
B P
F1 5.4-10 sh 4 instrument line
_p E22 High Pressure Core Flooder System Valves 1
F001 2
Condensate Storage Pool 2
B A
P 2 yrs 6.3-7
3 rno sh.2 F002 2
CSP suction Ilne check valve 2
C A
S 3 mo 6.3 7 sh. 2 c
F003 2
HPCF System injection valve 1
A 1, A L.P RO 6.3-7 2
(h6)
S CS sh.1
/]
F004 2
HPCF System Inboard check 1
A.C I,A L,P RO 6.3-7 l
4 velve 5
3 mo sh 1
/
9 F005 2
Pump discharge line inboard 1
B P
E1 6.3-7 sh.1 maintenance valve F006 2
Suppression pool suction 2
A 1.A L, P, RO 6.3-7 f
line MOV S
3mo sh.2 F007 2
Suppression pool suction 2
C A
S 3 mo 6.3-7 sh.2 tlne check valve F008 2
Test return line triboard valve 2
B A
P 2 yrs 6.3-7 i
h S
3mo sh.2 F009 2
Test return line outboard 2
A 1.A L,P RO 6.3 7
{ [2 valve S
3mo sh 2 i
// }
F010 2
Pump minimum flow bypass 2
A I,A L.P RO 6.3 7 I
line MOV S
3 mo sh. 2
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.I MechanicalSystems and Components-Amendment 32
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f', ? ii 23A6luo Rev 1 ABWR saadant surerr Analysis R* port Table 3.9-8 Inservice Testing Safety-Related Pumps and Valves (Continued)
Safety Code Valve Test Test Class Cat.
Func Para Freq SSAR No.
Oty Description th)(1)
(a)
(c)
(d)
(e)
(f)
Fig. (g)
F504 9 RCW Hx shell side vent valve to 3
B P
E1 9.2 7 SWSD sh.1,2,3 F701 6 Pump discharge line pressure 3
B P
E1 9.2-7 instrument line sh.1,2,3 f
g F702 3 Service water supply pressure 3
B P
E1 9.2-7 instrument root valve sh.1,2,3 k#
lF703 6 AP across service water strainer 3
B P
E1 9.2-7 j
upstream instrument root valve sh.1,2,3 i
F7(4 6 AP across service water stralner 3
8 P
E1 9.2-7 downstream instrument roct valve sh.1,2,3 F705 9 Service water AP across RCW Hx 3
B P
E1 9.2 7 j
upstream instrument root valve s h. 1,2,3
! F7 9 Service water AP across RCW Hx 3
8 P
E1 9.21 downstream instrument root valve sb.1,2,3 f
PS1 Service Air System Valves I
F131 1 Outboard isolation manual valve 2
A I,P L
RO 9.3-7 i
F132 1 Inboard isolation manual valve 2
A 1,P L
RO 9.3 7 f
PS2 Instrument Air System Valves f
Outboard isolation valve (43) 2 A
l.A L.P,5 RO 9.3-6 F276 1
I Inboard isolation check valv(/13)
F2j7 2
A,C 1A L,P, J RO 9.3-6 1
PS4 gh Pressure Nitrogen Gas Supply System Valves F002 4 Nitrogen bottles N supply line 3
8 P
E1 6.7-1
]
2 valve i
F0(3 2 Nitrogen bottles N supply line 3
B A
P, S 2 yrs 6.7-1 2
MOV 3 mo j
N bottle supply line PCV 3
B P
E1 0.7-1 F004 2
2 maintenance valve N bode supply line PCV 3
8 A
E1 8.7-1 F005 2
2 N bottle supply line PCV 3
B P
E1 6.7-1 F006 2
2 maintena. e valve L, @oRO 6.7-1 F0tf7 2 Safety grade N supply line 2
A 1,A 2
isolation valve
.5 3 mo
{
F008 2 Safety grade N supply li.*ie 2
isolation check valve Safety grade N supply line to SRV 3
B P
E1 6.71
)
FO)9 8
2 39 13 Mechenks! Systems and Componente-Amendment 31 L
l
l
', 1 j'
,!T ll 2346100 Rav 2 Sundsni Sofety Analysis Report
]
ABWR Table 3.9-8 inservice Testing Safety-Related Pumps and Valves (Continued)
Safety Code Valve Test Test Class Cat.
Func Para Freq SSAR
}
No.
Oty Description (h) (1)
(al (c)
(d)
(e)
(f)
Fig. (g) -
F7$0 2 Filter train charcoal absorber dp 3
B P
E1 6.5-1 sh. 2.3 Int,trument I!no velve
(
F711 2 Filter train ahor HEPA dp 3
B P
El 6.5-1 sh. 2,3 instrument line velve F712 2 Filter trBln efter HEPA dp 3
B P
E1 6.5-1 sh. 2,3 instrument line valve
(
I F713 2 Filter train exhaust flow 3
8 P
El 6.5-1 sh. 2,3 instrument line valve e
i F714 2 Filter train exhaust flow 3
8 P
E1 6 5-1 sh. 2,3 instrument line valve k {, T31 Atmospheric Control System Valves F001 1
Purge supply line outboard 2
A I,A L. P 2 yrs 6.2 39 S
RO sh.1 b
isolation valve (h 7 )
1 l
F002 1
Drywell purge line supply inboard 2
A 1,A L, P 2 yrs 6.2-39 S
RO sh.1 Isolation valve Q y )
F003 1
Wetweil purge supply line inboard 2
A I,A L, F' 2 yrs 6.2-39 S
RO sh 1 isolation valve (h).)
1 F004 1
Drywell purge exhaust line 2
A l.A L. P 2 yrs 6.2 39 l
inboard isoletion valve (h ).)
S HO sh.1 E005 1
Drywell purge exhaust line bypass 2
A
!A L. P 2 yrs 6.2 39 S
3mo sh.1 line velve j
F006 1
Wetwell purge exhaust line 2
A I,A L. P 2 yrs 6.2-39
]
inboard isolation va!ve();>)
S RO sh.1 j F007 1
Wetwell overpressure hne valve 2
A l,P LP 2 yrs 6.2-39 1
f q{
l (h2)
S RO sh.1 f
F006 1
Containment exhaust line to SGTS 2
A I,A L, P 2 yrs 6.2-39 l
S RO sh.1 (h2)
F003 1
Containment exhaust line to R/B 2
A 1.A L, P 2 yrs 6.2-39 S
RO sh.1 HVAC (52) f FOTO 1 Wetwell overpressure line valve 2
A l.P L. P 2 yta 6.2 39 f
S RO sh.1 th2) p F011 1
Containment ewhaust I:ne to SGTS 2
A i,A L. P 2 yrs 6.2-39 g
S RO sh.1 l
th2)
F025 1
Purge supply line from outboard 2
A t.A L. P 2 yrs 6.2-39 S
3 me sh.1 containment isolation valve F039 i
N2 makeup line from outboard 2
A i, A L. P 2 yrs 6.2 39 S
3 mo sh.1 contamment isolation valve 3
venenw sa: ems ea components. A nenament 32 39135
F \\
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23As100 Rev. 2 ABWR Standard Safety Analysis Report i
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Table 3.9 8 Inservice Testing Safety-Reisted Pumps and Valves (Continued)
Safety Code Valve Test Test Class Cat.
Fune Para Freq SSAR No.
Oty Description (h) (1)
(a)
(c)
(d)
(e)
(f)
Fig. (g) l F804 2 DW/WW dif ferential pressure 2
D P
E1 6.2-39 j
instrument line valve sh.2 F805 2 DW/WW differential pressure 2
A I,P L, P RO 6.2 39 J
instrument isolation valve sh.2 l
D001 1 Wetwell overpressure rupture disk 2
@ fP Rplc. 5 yrs 6.2 39 j
j k
sh.1 1
utwh h J,P
@rywell overprminf, rupture disk Rplc. 5 yrs 6.2-39 2
D002 1
6h,1 T49 Flammability Control System Valves F001 2 Intet line from drywell inboard 2
A I,A L.P 2 yrs 6.2-40 isolation valve S
3mo F002 2 Intet line from drywell outboard 2
A I,A L, P 2 yrs 6.2-40 isolation valve S
3 mo F003 2 Flow control valve for the FCS inlet 3
B A
P 2 yrs 6.2-40 line from drywell S
3 mo F004 2 B!ower bypass line flow control 3
B A
P 2 yrs 6.2-40 valve S
3mo l
FOOG 2 Blower discharge line to wetwell 3
C A
S RO 6.2-40 j
check valve (h9)
F006 2 Dischstge line to wetwell outboard 2
A I,A L, P 2 yrs 6.2 40 isoletion valve S
3 mo F007 2 Discharge line to wetwell Inboard 2
A l,A L, P 2 yrs 6.2-40 isolation valve S
3mo F008 2 Cooling water supply line from the 3
B A
P 2 yrs 6.2-40 RHR System MOV S
3 no F009 2 Cooling water supply line 3
8 P
E-6.2-40 maintenance valve l
F010 2 Cooling water supply lina 3
B A
P 2 yrs 6.2 40 admission MOV S
3mo F013 2 Inlet line from drywell drain line 3
B P
E1 6.2-40 valve F014 2 Blower drain line valve 3
B P
E1 6.2-40 gq F015 1
Blower discharge line to wetwell 2
A.C f,A R
5 yrs 6.2-40 pressure relief valve L
RO F016 2 Blower discharge line to wetwell 2
A,C 1.A L, S RO 6.2-40 pressure relief line check valve l
iI (h3)
Mecnanice Systems and Ccmponents. Amendment 32 3.9-138 r
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, ! ABh 't Standard Safety Analysis Report G
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Table 3.9-8 Inservice Testing Safety-Related Pumps and Valves (Continued)
Safety Code Valve Test Test j l Class Cat.
Func Para Freq SSAR No.
Oty Description (h) (I)
(a)
Ic)
(d)
(el (f)
Fig. (g)
F501 2
Inlet line from drywell test line 2
B P
El 6.2-40 valve a
F502 2 Dischargo line to watwell test line 2
B P
El 6.2-40 valve FSO4 2 Blower suction line test line valve 3
B P
El 6.2 40 F505 2 Blower discharge line test line 3
8 P
El B.2-40 valve
! F506 2 Drain line to low conductivity 3
B P
E1 6.2-40 l
waste (LCW) valve F507 2 Cocilng water supply line test line 3
B P
El 6.2-40 valve F701 2
FE T49.FE002 upstream 3
0 P
El 6.2 40
}
instrument line root va!ve F702 2 FE T49 FE002 downstream 3
B P
E1 6.2 40 intitrument line root valve F703 2 Blower suction line pressure 3
B P
E1 6.2-40 ir,strument line root valve I
F704 2 FE T49-FE004 upstream 3
B P
E1 8.2-40 i
instrument line root valve F705 2 FE T49 FE004 downstream 3
8 P
E1 6.2-40 i
instrument line root valve f U41 Heating, Ventilating and Air Conditioning System Valves p.
F001 2 Secondary containment supply 2
9 A
P 2 yrs 9.4-3 isolation valve S
3 mo sh.1 y
! F002 2 Secondary containment exhaust 2
B A
P 2 yrs 9.4-3 l
isolation va:ve S
3mo sh.1 1
F007 4 MCR area HVAC bypass line 2
B A
P 2 yra 9.4-3 Isolation velve S
3 mo s h.1,2 F008 4 MCR ares HVAC supply isolation 2
B A
P 2 yra 9.4-3 valve S
3mo s h. 1,2 F009 4 MCR aron HVAC emergency HVAC 2
B A
P 2 yrs 9.4-3
}
S 3mo s h.1,2 supply F010 4 MC9 area HVAC exhaust isolation 2
B A
P 2 yrs 9 4-3
{
S 3 mosh.1,2 valve e
YS2 Oil Storage Transfer System Valves j
t.__..
Mecha m:a: Systems and Components-Amendment 32 39139 1
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