ML20078R637
| ML20078R637 | |
| Person / Time | |
|---|---|
| Site: | Comanche Peak  |
| Issue date: | 02/15/1995 |
| From: | Barker J, Mays R TEXAS UTILITIES ELECTRIC CO. (TU ELECTRIC) |
| To: | |
| Shared Package | |
| ML20078R636 | List: |
| References | |
| PROC-950215, NUDOCS 9502230060 | |
| Download: ML20078R637 (38) | |
Text
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COMANCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE TESTING PLAN FOR PUMPS AND VALVES FIRST INTERVAL REVISION 5
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Prepared By: N 3 MOV5 M
Date: 2-IO 93
/
/
Approved By:6 L-Ad# (
Date:
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Manager, MechanicaT Engineering Approved By: Md b Date: NO ~Y Vice President, Nuclear OpWations 9502230060 950215 PDR ADDCK 05000445 P
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COMMCHE PEAK STEAM ELECTRIC STATI(M UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 1 - AUXILIARY FEEDWATER PAGE 1 & 12 Test Parameters /Schethie Flow Valve /
Safety Fall _ Position i
Valve-Diagram Actuator Code Cate-Func-Func.
Leak Exercise ' Safe Indicator Minber (Coord.)
Twee 3.!LE ElA31 ElDL 119tL. Pos...
Tm1
_JgL Igit Igtt Remarks AF-0009 M1-0206-2 CK/SA 3
3 C
A C.
M/A CV/Q N/A -
N/A Mon-Safety Makeup Line-(D-1)
Isolation M2-0206-2 (D-1)
M-0014 M1-0206-1 CK/SA 6
3 C
A 0
. M/A CV/Q N/A N/A AFW Floupath (B-2)
M2-0206-1 (B-2)
M-0024 M1-0206-1 CK/SA 6
3 C
A 0
N/A CV/Q N/A
' N/A MW Floupath (B-3)
M2-0206-1 (B-3)
M-0032 M1-0206-1 CK/SA 8
3 C
A 0
N/A CV/Q N/A-N/A-MW Floupath (B-5)
M2-0206-1 (B-5)
D M-0038 M1-0206-1 CK/SA 8
3 C
A 0
N/A CV/Q N/A N/A MW Flampath l
M
-1 l
(E-4)
AF-0041 M1-0206-1 GA/MA 8
3 8
P 0
N/A N/A N/A PIT /
MW Floupath (E-4) 2YR i
M2-0206-1 (E-4)
AF-0042 M1-0206-1 GA/M4 6
3 B
P C
N/A N/A N/A PIT /
MW Floupath Boundary (F-4) 2YR M2-0206-1 (F-4) t i
n i
February 15, 1995
. - _. ~, - - -. _.,. _ _.
C[MANCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVIEE VALVE TESTING PLAN TABLE 1 - AUXILIARY FEEDWATER PAGE 2 Test Parameters / Schedule Flow Valve /
Safety fail Position Valve Diagra Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nutr (Coord.)
Type 11gg C]1311 smDL lign.
Pos.
Tgil Test Igil IgLt Remarks IAF-0045 M1-0206-1 CK/SA 3
3 C
A 0
N/A CV/Q N/A N/A Pung Miniflow Path 5
(E-4)
(2)
AF-0051 M1-0206-1 CK/SA 6
3 C
A 0
N/A CV/Q N/A N/A AFW Floeth (E-3)
M2-0206-1 (E-3)
AF-0054 M1-0206-1 GA/IM 6
,1 B
P O
N/A N/A N/A PIT /
AFW Flowpath (E-3) 2VR M2-0206-1 (E-3).
AF-0055 M1-0206-1 CA/IM 6
3 8
P C
N/A N/A N/A PIT /
AFW Flompath Boundary (F-3) 2YR M2-0206-1 (F-3) 1AF-0057 M1-0206-1 CK/SA 3
3 C
A 0
N/A CV/Q N/A N/A Pung Miniflow Path i
5 (E-3)
(2)
AF-0065 M1-0206-1 CK/SA 6
3 C
A 0
N/A CV/Q N/A N/A AFW Flowpath (E-2)
M2-0206-1 (E-2)
AF-0066 M1-0206-1 GA/MA 6
3 B
P O
N/A N/A N/A PIT /
AFW Flowpath (E-2) 2VR M2-0206-1 (E-2)
Rev. 5 February 15, 1995
,. -.. ~. - - _ _ -
_ _ _,, -.... ~... _ _ _ - -. _. -.
y CDMANCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 1 - AUXILIARY FEEDWATER PAGE 3 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nueer (Coord.)
Type jjilt fJ1itig gEY
.tj2D._
Pos.
.Igs1 Test Tggt Tggi Renarks AF-0067 M1-0206-1 GA/MA 6
3 B
P C
N/A N/A N/A PIT /
AFW Fla gath Boundary i
(F-2) 2YR M2-0206-1 (F-2) 1AF-0069 M1-0206-1 CK/SA 3
3 C
A 0
N/A CV/Q N/A N/A Ptsp Miniflow Path 5
(E-1)
(2)
AF-0075 M1-0206 CK/SA 4
3 C
A 0/C N/A CV/CS N/A N/A AFW Flowpath/AFW Flowpath (C-4)
(1)
Boundary & AFW Line Break-M2-0206 Mitigation & FW Backflow (C-4)
Prevention During Startup AF-0078 M1-0205 CK/SA 4
3 C
A O/C N/A C//CS N/A N/A AFW Flowpath/AFW Flowath (C-4)
(1)
Boundary & AFW Line Break M2-0206 Mitigation & FW Backflow (C-4)
Prevention During Startup AF-0083 M1-0206 CK/SA 4
3 C
A 0/C N/A CV/CS N/A N/A AFW Flowpath/AFW Flo@ath M{C-2)
(1)
Boundary & AFW Line Break c-0206 Mitigation & FW Backflow (C-2)
Prevention During Startup AF-0006 M1-0206 CK/SA 4
3 C
A 0/C N/A CV/CS N/A N/A AFW Flo g ath/AFW Flowpath (C-3)
(1)
Boundary & AFW Line Break M2-0206 Mitigation & FW Backflow (C-3)
Prevention During Startup AF-0093 M1-0206 CK/SA 4
3 C
A 0/C N/A CV/CS N/A N/A AFW Flowpath/AFW Flowpath (C-1)
(1)
Boundary & AFW Line Break M2-0206 Mitigation & FW Backflow (C-1)
Prevention During Startup Rev. 5 February 15,1995
<3 COMMCHE PEAK STEM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 1 - AUXILIARY FEEDWATER PAGE 4 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nue (Coord.)
Type
$11g
(,lgn
- ggy,
_t.ig!!_
Pos.
Igit Test IglLt Tgit R marks AF-0098 M1-0206 CK/SA 4
3 C
A 0/C N/A CV/CS N/A N/A M W Flowpath/AFW Flo geth (C-2)
(1)
Boundary & AFW Line Break M2-0206 Mitigation & FW Backflow (C-2)
Prevention During Startup AF-0101 M1-0206 CK/SA 4
3 C
A 0/C N/A CV/CS N/A N/A AFW Flowpath/AFW F1m path (C-5)
(1)
Boundary & AFW Line Break M2-0206 Mitigation & FW Backflow (C-5)
Prevention During Startup AF-0106 M1-0206 CK/SA 4
3 C
A 0/C N/A CV/CS N/A N/A AFW Flowpath/AFW Flowpath C-5)
K(_-0206 (1)
Boundary & AFW Line Break Mitigation & FW Backflow (C-5)
Prevention During Startup AF-0167 M1-0206-2 CK/SA 8
3 C
A 0
N/A CV/Q N/A N/A Pump Miniflow Path (A-5)
M2-0206-2 (A-5) 1AF-0215 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2VR CV/Q N/A N/A Safety-Related Air Accumu-(E-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation IAF-0216 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2VR CV/Q N/A N/A Safety-Related Air Accumu-(E-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 1AF-0217 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accinu-(D-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation IAF-0218 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Acctnu-(D-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 1AF-0219 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(C-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isciation February 15, 1995
m 4
CONCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 1 - AUXILIARY FEEDWATER PAGE 5 Test Parameters / Schedule Flos Valve /
' Safety Fail. Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator NWeer (Cooed 1 I.igL litt Gilli HEX.
tion
.Pos, Tggi
_TggL Iglil Tggi Reasds 1AF-0220 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(C-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation AF-0221 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(C-4)
RR V3 RR V2 lator to Non-Safety Air P2-0218-2 Supply Isolation (C-5)
AF-0222 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(C-4)
RR V3-RR V2 lator to Non-Safety Air M2-0218-2 Supply Isolation (C-5) 3 1AF-0223 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(A-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 2AF-0224 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(C-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation IAF-0224 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(A-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 2AF-0223 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(C-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation IAF-0226 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(B-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 2AF-0227 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(B-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 1AF-0227 N1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(B-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 2AF-0226 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2VR CV/Q N/A N/A Safety-Related Air Accumu-(B-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation February 15, 1995
,_ ~ - - -.
COMMCHE PEC3 STEAM ELECTRIC STATION UNIT I & 2 INSERVICE VALVE TESTING FLAN TABLE 1 - AUXILIARY FEEDMTER '
PAGE 6 Test Parmaeters/ Schedule Flow Valve /
Safety fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nuruber (Coord.)
Twoe 5]Ig
[.lgn 32ry_ lign Pos.
Iggt Test IgLt Igi,1 Renarks AF-0228 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accwau-(A-4)
RR V3 RR V2 lator to Non-Safety Air M2-0218-2 Supply Isolation (D/E-4)
AF-0229 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(A-4)
RR V3 RR V2 lator to Non-Safety Air M2-0218-2 Supply Isolation (D/E-4) 3 1AF-0230 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Acctnu-(B-4)
RR V3 RR V2 lator to Non-Safety Air Supply isolation 2AF-0231 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2VR CV/Q N/A N/A Safety-Related Air Accinu-(F-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 1AF-0231 M1-0218-1A CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(8-4)
RR V3 RR V2 lator to Mon-Safety Air Supply Isolation 2AF-0230 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Acetnu-(F-4)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation AF-0232 M1-0218-1 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(F-2)
RR V3 RR V2 lator to Non-Safety Air M2-0218-1 Supply Isolation (F-2)
AF-0233 M1-0218-1 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accinu-(F-2)
RR V3 RR V2 lator to Non-Safety Air M2-0218-1 Supply Isolation (F-2)
AF-0234 M1-0218-1 CK/SA 1/2 3
A/C A
C LT/2VR CV/Q N/A N/A Safety-Related Air Accumu-(F-1)
RR V3 RR V2 lator to Non-Safety Air M2-0218-1 Supply Isolation (D-1)
February 15, 1995
J
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CEMANCHE PEG STEM ELECTRIC STATION CIV 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 1 - AUXILIARY FEEDWATER PAGE 7 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nureer ICoord.)
Type Si g Eggi n
11,gn,_
Pos.
Iggi Test Tggt Tggi Remarks l
AF-0235 M1-0218-1 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air AccWau-(F-1)
RR V3 RR V2 lator to Non-Safety Air M2-0218-1 Supply Isolation (0-1) 2AF-0236 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A.
N/A Safety-Related Air Accumu-(F-5)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 2AF-0237 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(E-5)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 2AF-0238 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(E-5)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation 2AF-0239 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(D-5)
RR V3 RR V2 lator to Non-Safety Air Supply Isolation.
2AF-0240 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(D-5)
. RR V3 RR V2 lator to Non-Safety Air Supply Isolation 2AF-0291 M2-0218-2 CK/SA 1/2 3
A/C A
C LT/2YR CV/Q N/A N/A Safety-Related Air Accumu-(F-5)
RR V3 RR V2 lator to Mon-Safety Air Supply Isolation FV-2453A M1-0206 GL/A0 3
3 B
A 0/C N/A MT/Q F0/Q PIT /
AFW to SG Flowpath/AFW to (B-4) 2YR Faulted SG Flow Isolation M2-0206 (B-4)
PV-24538 M1-0206 GL/A0
.3 3
B A
0/C N/A MT/Q F0/Q PIT /
AFW to SG Flowpath/AFW to (B-2) 2YR Faulted SG Flow Isolation M2 '1206 (B-2)
February 15, 1995 o
CO N CHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN
=
TABLE 1 - AUXILIARY FEEDWATER PAGE 8 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Eode Cate-Func-Func.
Leak Exemise Safe Indicator Nueer (Coord.)
Tvoe
$_1.1g Ogs.t gE)L ljgt Pos.
Tgs1 Test Igs1 1g31 Rearks 1
PV-2454A M1-0206 GL/AD 3
3 B
A 0/C N/A MT/Q F0/Q PIT /
AFW to SG Flageth/AFW to (B-1) 2VR Faulted SG Flow Isolation M2-0206 (B-1)
PV-2454B M1-0206 GL/A0 3
3 B
A 0/C N/A MT/Q F0/Q PIT /
AFW to SG Flompath/AFW to (B-5) 2YR Faulted SG Flow Isolation M2-0206 (B-5)
FV-2456 M1-0206-1 GL/N) 2 3
B A
0/C N/A MT/Q F0/Q PIT /
Pimp Minif h Path /AFW (D-1) 2YR Flowpath Boundary M2-0206-1 (0-1)
FV-2457 M1-0206-1 GL/A0 2
3 B
A 0/C N/A MT/Q F0/Q PIT /
Pimp Miniflow Path /AFW (D-3) 2YR Flowpath Boundary i
M2-0206-1 (D-3)
HV-2459 M1-0206 GL/A0 3
3 B
A 0/C N/A MT/Q F0/Q PIT /
AFW to SG Flowath/AFW to (B-4) 2YR Faulted SG F W Isolation M2-0206 (B-4)
HV-2460 M1-0206 GL/A0 3
3 B
A 0/C N/A NT/Q F0/Q PIT /
AFW to SG Flowpath/AFW to (B-3) 2YR Faulted SG Flow Isolation M2-0206 (B-3)
HV-2461 M1-0206 GL/A0 3
3 B
A 0/C N/A MT/Q F0/Q PIT /
AFW to SG Flowpath/AFW to 2YR Faulted SG Flow Isolation (B-2)
February 15, 1995
. -m.
. m.-
m mm
. m
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ee.
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-.w
,,.,,4n,....,..
.A CDtmCHE PEAK STEM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 1 - AUXILIARY FEEDWATER PAGE 9 Test Parameters /Schech:1e Flow Valve /
Safety Fall Position Valve Diagran Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nweer (Coord.)
Typ?
11 g
[1g11 m ljppn, Pos.
Igst
_Tg1L Ig11 IE11 h rks 1
W-2462 M1-0206 GL/A0 3
3 8
A 0/C N/A MT/Q F0/Q PIT /
AFW to SG Flompath/AFV to (B-5) 2YR
, Faulted SG Fkw Isolation M2-0206 (B-5)
LV-2478 M1-0206-2 GL/A0 3
3 B
P C
N/A N/A N/A PIT /
Non-Safety Makeup Line (E-1) 2YR Isolation M2-0206-2 (E-1) 2 W-2480 M1-0206-1 GA/MO 6
3 8
A 0
N/A MT/Q N/A PIT /
AFW Pw p Emergency Supply (B-2) 2VR Flowpath M2-0206-1 (B-2)
W-2481 M1-0206-1 GA/MO 6
3 B
A 0
N/A MT/Q N/A PIT /
AFW Pung Emergency Supply (B-4) 2YR Flowpath
+
M2-0206-1 (B-4)
W-2482 M1-0206-1 GA/MO 8
3 B
A 0
N/A MT/Q N/A PIT /
AFW Pw p Emergency Supply 2VR F h path (B-4)
W-2484 M1-0206-2 BF/MG 12 3
8 A
C N/A MT/Q N/A PIT /
Condensate System to (D-4) 2YR Condensate Storage Tank M2-0206-2 Isolation to Preclude Tank (D-4)
Overpressurization February 15,1995
_ _ _ _ _. _ _ _ _ _ _ _ _ _. _ _ _ _ _.,.. _.. ___ ___._ _ ~
e CDWMCHE PEAK STEAM ELECTRIC STATION tmli 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 1 - AUXILIARY FEEDWATER PAGE 10 Test Parameters /Scnedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nunter (Coofd.)
Type
$ jig
[.lgn n
lj.g.n,_
Pos.
Iggi Test Tgs1 1g31 Ranarks W-2485 M1-0206-2 BF/MO 12 3
B A
C N/A MT/Q N/A PIT /
Condensate Systen to M2-0206-2 Condensate Storage Tank (D-4) 2VR Isolation to Preclude Tank (D-4)
Overpressurization W-2491A M1-0206 GA/MO 4
2 B
A C
N/A MT/Q N/A PIT /
Contairunent Isolation & AFW (D-4) 2YR to Faulted SG Flow M2-0206 Isolation (D-4)
HV-2491B M1-0206 CA/MO 4
2 B
A C
N/A MT/Q N/A PIT /
Containment Isolation & AFW i
(D4) 2YR to Faulted SG Flow M2-0206 Isolation (D-4)
HV-2492A M1-0206 GA/MG 4
2 B
A C
N/A MT/Q N/A PIT /
Contairument isolation & AFW (D-3) 2YR to Faulted SG Flow M2-0206 Isolation (D-3)
W-2492P M1-0206 GA/MD 4
2 B
A C
N/A MT/Q N/A PIT /
Contairveent Isolation & AFW (0-2) 2YR to Faulted SG Flor M2-0206 Isolation (D-2)
HV-2493A M1-0206 GA/MO 4
2 B
A C
N/A MT/Q N/A PIT /
Contairsuent Isolation & AFW (D-1) 2YR-to Faulted SG Flow M2-0206 Isolation (D-1)
HV-24938 M1-0206 GA/MO 4
2 B
A C
N/A MT/Q N/A PIT /
Contairsuent Isolation & AFW (0-2) 2YR to Faulted SG Flow M2-0206 Isolation (D-2)
P h
February 15, 1995
-+.
-+..
.. L
-_ m COMMCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN-
"..t TABLE 1 - AUXIL'ARY FEE M TER PAGE 11 Test Paraseters/ Schedule FW
. Valve /
Safety Fail Position Valve Diagra Actuator Code Cate- - Func-Func.
Leek Exercise Safe Indicator
.Niscer (Coord.)
Tvoe ligg
[]gsi ggx_ ljg!L _ Pm_
Igit Test Igit 133.1 R m arks W-2494A M1-0206 CA/MO 4
2 B
A C
N/A MT/Q N/A PIT /
Containment Isolation & AFW -
(D-5) 2VR to Faulted SG F h -
M2-0206 Isolation (D-5)
W-24948 M1-0206 GP/MO 4
2 B
A.
C N/A MT/Q N/A PIT /
Containment Isolation & AFW (D-5) 2YR to Faulted SG F h M2-0206 Isolation (D-5)
February 15,'1995
.___.-...__..._..-.-..-...~..__._-._,-..u____._...__.-__.
~
-~
i.
EDmMOE POK STEM ELECTRIC STATI(* UNIT 1 & 2
_6
' INSERVICE VALVE TESTING PUW TABLE 1 - AUXILIARY FEEDMRTER Page 12
!Ellit l
1.
M-0075, M-0078, M-0083, M-0086, M-0093, M-0098, M-0101 M-0106, MW to Steau Generator Header Check Valves, are full-stroke exercised at cold shutdowns. These valves cannot be full or pad-stroke open exercised during plant operation because such testing would unnecessarily subject the steen generator nozzles to themel transients from the cool auxiliary feedseter for which they are not1 designed and could result in steam generator level transients. The valves cannot be exercised closed during plant operation for the sane reasons. However, the valves are verified to be closed periodically during plant operation through upstream temperature monitoring -
of the piping and pumps.
2 5
2.
The check valve internals for IM-0045, IF-0057, and IF-0069 are scheduled for renoval during the fourth refueling outage for Unit 1.
After Minor Modification 93-443 has been accepted by operations, testing is no longer required.
f i
I s
Rev. 5 i
February 15, 1995
--ms ew-,
v-y--,
.wes
--.. ~,
,,----r,,..
....,n,.m.-
.,n.--,--,,.-.-
...,m,,-
.--w+--+v,
...,,-e%
ye,-
.-y,o-r-w--
.mw,
..c..,-,v-
--m e--
r..---
CO MMCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMICAL and V1UME CONTRE PAGE 1 0F 16 Test Parameters /Schethle Flav Valve /
Safety Fail Position Valve Diagras Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nueer (Coord.1 Tvoe
$ jig
[Jan gEy, ljign_
Pos.
.Tggi
_ Test Tgs1 Tggi Remarks 1
XCS-0037 M1-0257 CK/SA 3/4 3
C A
0 N/A CV/Q N/A N/A Ptap Miniflow Path
'(C-3)
XCS-0039 M1-0257 CK/SA 3/4 3
C A
0 N/A CV/Q N/A N/A Pung Miniflow Path.
(C-5)
XCS-0041 M1-0257 CK/SA 3/4 3
C A
0 N/A CV/Q N/A N/A Pung Miniflow Path (C-4)
XES-0044 M1-0257 CK/SA 3/4 3
C A
0 N/A CV/Q N/A N/A Ptsp Miniflow Path (C-6)
FCV-0110B M1-0255 DA/A0 2
2 B
P C
N/A N/A N/A PIT /
Boration Flo wath Boundary (F-5) 2VR M2-0255-2 (F-3)
FCV-0111A M1-0255-2 GL/A0 2
3 B
P C
N/A N/A N/A PIT /
Boration Flowpath Boundary M b 5-2 (C-2)
FCV-0111B M1-0255 DA/A0 2
2 B
P C
N/A N/A N/A PIT /
Boration Flo g eth Boundary -
(G-3) 2VR
& Boron Dilution Flowpath M2-0255-2 Isolation (duringMode6)
(E-2) 1 February 15,1995
COPMNCHE PFAK STEM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMICAL and V1UME CONTR1 PAGE 2 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code
.Cate-Func-Func.
Leak Exercise Safe Indicator Nueer (Coord,)
Tvoe ligg
[Jan ggy._
ljign_
Pos.
Tgrd Test Jn1 Trid Ranarks LCV-0112B M1-0255 GA/MO 4
2 B
A C
N/A MT/CS N/A PIT /
ECCS F10 g ath Boundary &
(E-6)
(1) 2YR isolation of VCT Cover Gas M2-0254 from Charging Pumps' (C-4)
Suction Header (upon low VCT level) & Boron Dilution Flowpath Isolation LCV-0112C M1-0255 GA/MO 4
2 B
A C
N/A MT/CS N/A PIT /
ECCS Flowpath Boundary &-
(D-6)
(1) 2YR Isolation of VCT Cover Gas ~
M2-0254 from Charging Pumps' (C-4)
SuctionHeader(uponlow VCTlevel)&BoronDilution Flo @ath Isolation LCV-01120 M1-0255 GA/MO 8
2 B
A 0/C N/A MT/CS N/A PIT /
ECCS Injection Flowpath &
(C-5)
(1) 2YR Boration Flowpath/ECCS M2-0254 Recirculation Flo w ath (B-5)
Boundary LCV-0112E M1-0255 GA/MO 8
2 B
A 0/C N/A MT/CS N/A PIT /
ECCS Injection Flowpath &
(C-4)
(1) 2VR Boration Flowpath/ECCS M2-0254 Recirculation Flo@ath (B-5)
Boundary LCV-0459 M1-0253-A GL/A0 3
1 B
A C
N/A MT/CS FC/CS PIT /
Reactor Coolant Pressure (B-4)
(2) 2VR Boundary M2-0253 (B-3)
LCV-0460 M1-0253-A GL/A0 3
1 B
A C
N/A MT/CS FC/CS PIT /
Reactor Coolant Pressure (B-4)
(2) 2VR Boundary M2-0253 (A-3) 8100 M1-0253 GL/MO 2
2 A
A C
LTJ/TS HT/CS N/A PIT /
Contalment Isolation (F-1)
(3) 2YR M2-0253 (D-6)
February 15, 1995
4>J
~.c n.
CDMNCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMICAL and VG.UME CONTROL PAGE 3 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator NM (Coord,)
Type Mgg
[.l.gn gEY_.
I.12!L Pos.
Igit Test IglLt Iggi.
Remarks 8104 M1-0255-2 GL/MG 2
2 8
A 0
N/A MT/Q N/A PIT /
Boration Flompath M
5-2 (B-3) 8105 M1-0255-1 GA/MO 3
2 A
A 0/C LTJ/TS MT/CS N/A PIT /
Boration Flompath/ECCS (A-2)
(2) 2YR Flowpath Boundary &
M2-0255 Contairment Isolation (0-1) 81 %
M1-0255-1 GA/M0 3
2 B
A 0/C N/A MT/CS N/A PIT /
Boration Flo @ath/ECCS B
(2) 2YR Flowpath Boundary (C-1) 8109 M1-0255-1 GL/MO 2
2 B
P C
N/A N/A N/A PIT /
ECCS Flo@ath Boundary (E-1) 2VR M2-0254 (D-3) 8110 M1-0255 GL/MG f
2 B
A C
N/A MT/Q N/A PIT /
ECCS Flo@ath Boundary (B-2)
~
2VR M2-0254 (A-2) 8111 M1-0255 GL/MO 2
2 B
A C
N/A MT/Q N/A PIT /
ECCS Flo@ath Boundary (B-2) 2VR M2-0254 (A-2)
February 15, 1995 L
~
2.
.n CO MMCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMICAL and V1UME CONTROL PAGE 4 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Otagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nueer (Coord.)
T,_vig, lilt GAH HEX _ 11Q!L
- Pos, Igid Test TelLt Igid Remarks 8112 M1-0253 GL/MO 2
2 A
A C
LTJ/TS MT/CS N/A PIT /
Containment Isolation (F-1)
(3) 2YR M2-0255-1 (B-4) 8145 M1-0253-A GA/A0 2
1 8
A C
N/A MT/CS FC/CS PIT /
Reactor Coolant Pressure (C-6)
(4) 2VR Boundary M2-0255 (F-4) 8146 M1-0253-A GL/A0 3
2 B
P O
N/A N/A N/A PIT /
Boration Flompath (C-5) 2YR M2-0255 (F-3) 8147 M1-0253-A GL/A0 3
2 B
P 0
N/A N/A N/A PIT /
Boration Flowpath (C-5) 2VR M2-0255 (F-3) 8152 M1-0253-A GL/AD 3.
2 A
A C
LTJ/TS MT/CS FC/CS PIT /
Containment Isolation (F-2)
(2) 2YR M2-0253 (F-3) 8153 M1-0253-A GL/AD 1
1 B
A C
N/A MT/Q FC/Q PIT /
Reactor Coolant Pressure (E-1) 2YR Boundary M2-0253 (B-5) 8154 M1-0253-A GL/A0 1
1 B
A C
N/A MT/Q FC/Q PIT /
Reactor Coolant Pressure (F-1) 2YR Boundary M2-0253 (A-5)
February 15, 1995
~
~
x
- w w.
..s.
i
. f.
?
- 4 _1 CDMCHL PEAK STEM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVF TESTING PLAN TABLE 4 - CHEMICAL and VOLUME CONTROL PAGE 6 Test Parameters /Scheckle Flow Valve /
Safety Fall Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exertise Safe Indicator Nuntzer 1Coord.1.J33 illt Cl.in IEDL ligg.
Pos.
Tgs1 Test Its1 Inst Renarks 2
HV-8220 M1-0255 rA/50 1
2 B
A C
M/A MT/CS FC/CS PIT /
ECCS Flompath Boundary &
}E-2)
(1) 2YR Isolation of VCT Cover Gas.
-0254 frun Charging Pugs' (D-2)
SuctionHeader(uponlow VCT level) 2 HV-8221 M1-0255 GA/50 1
2 B
A C
N/A MT/CS FC/CS PIT /
ECCS Flo geth Boundary &
(E-2)
(1) 2YR Isolation of VCT Cover Gas M2-0254 from Charging Ptaps' (D-2)
SuctionHeader(uponlow VCT level)
CS-8350A M1-0253 CK/SA 2
1 C
A C
N/A
'CV/CS N/A N/A Reactor Coolant Pressure 5
M
$5-1 (C-6)
CS-83508 M1-0253 CK/SA 2
1 C
A C
11/>'
CV/CS N/A N/A Reactor Coolant Pressure (D 8)
(3)
Boundary 5
M2-0255-1 (G-6)
CS-8350C M1-0253 CK/SA 2
1 C
A C
N/A CV/CS N/A N/A Reactor Coolant Pressure 5
5-1 (G-3)
C5-83500 M1-0253 CK/SA 2
1 C
A C
N/A CV/CS N/A N/A Reactor Coolant Pressure (D-4)
(3)
Boundary 5
M2-0255-1 (C-3) 8351A M1-0253 GL/MD 2
2 B
A C
N/A MT/CS N/A PIT /
Contairement Isolation jD-5 (D-5) i Rev. 5 February 15, 1995
._,=. _._.._. _. _ _ -. _ _ _.
- ~ _
- z.,
4
}
e.
C[MNCHE PEAK STEM ELECTRIC STATION UNIT I & 2 INSERVICE VALVE TEST!NG PLAN 1
TABLE 4 - OEMIEAL and WJME CONTR1 PAGE 5 -
Test Parameters / Schedule ici Flow Valve /
Safety Fail Position Valve Diagran Actuator Code Cate-Func-Fulc.
Leak Exercise Safe ' Indicator
. Number (Coord.1 Twoe ligg
[M gEy._
tign. Au M
Test M
M Rearks 8160 M1-0253-A GL/A0 3
2 A
A C
LTJ/T5 MT/C5 FC/C5 PIT /
Contairnent Isolation (2) 2YR (E-3)
C5-8100 M1-0253 CK/SA 3/4 2
A/C A
0/C LTJ/T5 CV/C5 N/A N/A Contairment Penetration (F-1)
(3)
Thermal Relief /Contaltnent M2-0255-1 Isolation (B-4) 8202A M1-0255-1 GL/50 1
2 B
A C
N/A MT/Q FC/Q PIT /
ECCS Fionguth Boundary &
~
(E-1) 2VR isolation of VCT Cover Gas M2-0254 frun Charging PJups' (D-1)
Suction Header 8202B M1-0255-1 GL/50 1
2
'B A
C N/A MT/Q FC/Q PIT /
ECCS Flompath Boundary &
(E-1) 2VR Isolation of VCT Cover Gas M2-0254 frun Charging Pumps' (D-1)
Suction Header 8210A M1-0255-1 GL/50 1
2 B
A C
N/A MT/Q FC/Q PIT /
ECCS Flompath Boundary &
(0-1) 2VR Isolation of PD Pung M2-0254 Suction stabilizer Gas i
(E-3)
Supply from Charging Pa ps' Suction Header 82108 M1-0255-1 GL/50 1
2 B
A C
M/A MT/Q FC/Q PIT /
ECCS Floupath Boundary &
(D-1) 2VR isolation of PD Pwp M2-0254 Suction Stabilizer Gas (E-3)
Supply frun Charging Pumps' Suction Header t
February 15,1995 l
x.
CONCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2
[i INSERVICE VALVE TESTING PLAN 5
TABLE 4 - CHEMICAL and VOLUME CONTROL PAGE 7 Test Parameters / Schedule Flow Valve /
Safety Fall Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Cxercise Safe Indicator Mueer ICggrQ Type
$jIn C.1. Ass a h h Inst Test Tard Isid Panarks 83518 M1-0253 GL/MO 2
2 B
A C
N/A MT/CS N/A PIT /
Contaltnent Isolation D
(3) 2YR (D-4) 8351C M1-0253 GL/MO 2
2 B
A C
N/A MT/CS N/A PIT /
- Contaltaent Isolation (n-5)
(3) 2YR M2-0255 (D-6) 83510 M1-0253 GL/MD 2
2 B
A C
N/A MT/CS N/A PIT /
Contairment Isolation (D-5)
(3) 2YR M2-0255 (D-5)
CS-8367A M1-0253 CK/SA 2
1 C
A C
N/A CV/CS N/A N/A Reactor Coolant Pressure (D-4)
(3)
Boundary 5
M2-0255-1 (C-6)
C5-8367B M1-0253 CK/SA 2
1 C
A C
N/A CV/CS N/A N/A keector Cuciant Pressure 5
5-1 (G-6)
CS-8367C M1-0253 CK/SA 2
1 C
A C
N/A CV/CS N/A N/A Reactor Coolant Pressure (D-4)
(3)
Boundary 5
M2-0255-1 (G-3) 3 Rev. 5 February 15, 1995 m-
_m-_._.__,um-m
...-.v.,,,,-,%.-
ym.e-,w.n we-m.wr
-w,.-m,re-..em..,
%.,.4m-
...,u m.
c.
n
,,%p.
,_.mm._,
3.,%_s_m
,p,y,
w I
CiMutCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMIEAL and VOLtfE CDITROL PAGE 8 Test Parameters /Scheckle Flow Valve /
Safety Fail Position Valve Olagrare Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator-Nueer (Coord.)
.h2t_
1118 ElR11 MEY 11Q!L Pos.
Iggi Test
'Its1 1g11
. Ranarks CS-8367D M1-0253 CK/SA 2
1 C
A C
N/A CV/CS N/A N/A Reactor Coolant Pressure (D-4).
(3)
Boundary 5
M2-0255-1 (C-3)
CS-8368A M1-0253 CK/SA 2
2 C
A C
N/A CV/CS N/A N/A Contairinent isolation (D-5)
(3)
M2-0255-1 i
(B-6)
C5-83686 M1-0253 CK/SA 2
2 C
A C
N/A CV/CS N/A N/A Contalrunent Isolation (D-5)
(3)
M2-0255-1 (E-6)
CS-8368C M1-0253 CK/SA 2
2 C
A C
N/A CV/CS N/A N/A Contairsuent Isolation (D-5)
(3) i M2-0255-1 j
(F-3)
C5-83680 M1-0253 CK/SA
-2 2
C A
C N/A
-CV/CS N/A N/A Contatrinent Isolation i
(D-5)
(3)
M2-0255-1
-(B-3)
CS-8377 M1-0253-A CK/SA 2
1 C
A C '
N/A CV/CS N/A N/A Reactor Coolant Pressure (B-6)
(4)
Boundary M2-0255 (G-4)
I i
l Rev. 5 i
February 15,1995 i
i l
n n.
r, COMNCHE PEAK STEAM ELECTRIC STATION LHIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - OEMICAL and VCLUME CONTRG.
PAGE 9 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nueer (Coord.)
Leg _ 112,t Clitsi ggy._
11gg._
..Pos, hmi Test Jul Igst
%giarks 8378A M1-0253-A CK/SA 3
1 C
A 0
N/A CV/Q N/A N/A Boration Flowpath 2
B (8)
(G-3)
C N/A CV/CS N/A N/A Reactor Coolant Pressure (2)
Boundary 5
83788 M1-0253-A CK/SA 3
1 C
A 0
N/A CV/Q N/A N/A Boration Flowpath 2
(B-5)-
(8)
M2-0255 (G-3)
C N/A CV/CS N/A N/A Reactor Coolant Pressure (2)
Boundary 5
8379A M1-0253-A CK/SA 3
1 C
A 0
N/A CV/Q N/A N/A Boration Flowpath 2
(B-5)
(8)
M2-0255 (G-3)
C N/A CV/CS N/A N/A Reactor Coolant Pressure (2)
Boundary 5
83798 M1-0253-A CK/SA 3
1 C
A 0
N/A CV/Q N/A N/A Boration Flowpath 2
B (8)
(G-3)
C N/A CV/CS N/A N/A Reactor Coolant Pressure (2)
Boundary 5
8381 M1-0253-A CK/SA 3
2 A/C A
0 N/A CV/Q N/A N/A Boration Flot9ath (E-3)
M2-0255 C
LTJ/T5 CV/CS N/A N/A Contalment Isolation (E-2)
(2) l 1
l Rev. 5 February 15, 1995
,.c i
e 4
.~
COMMCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMICAL and VCLtBE CDITRQ.
PAGE 10 Test Parameters / Schedule Flow Valve /
Safety' Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak
-Exercise Safe Indicator Mueer (Coord.1
- _hgg, 111g
[J1gs1 gtDL lign_
Pos.
Ig31 Test Igs1 Ig31 Remarks 05-8442 M1-0255-2 CK/SA 2
2 C
A 0
N/A CV/CS N/A N/A Boration Flogeth' 5-2 (B-3)
CS-8473 M1-0257 CK/SA 2
3 C
A 0/C N/A CV/Q N/A N/A Boration Floupath/Boration (C-4)
Floupath Boundary M1-0257 (C-5)
CS-8480A M1-0255-1 CK/SA
?
2 C
A C
N/A CV/Q N/A N/A ECCS Floupath Boundary (E-4)
M2-0254 (E-5)
CS-8480B M1-0255-1 CK/SA 2
2 C
A C
N/A CV/Q N/A N/A ECCS Floupath Boundary (E-5)
M2-0254 (E-6) l 84GIA M1-0255-1 CK/SA 4
2 C
A 0
N/A PS/Q N/A N/A ECCS Floupath & Boration 6
(F-5)
C N/A Ol/Q N/A N/A ECCS Flo geth Boundary 8481B M1-0255-1 CK/SA 4
2.
C A
0 N/A PS/Q N/A N/A ECCS Floupath & Boration M
{
(F-6)
C N/A CV/Q N/A N/A ECCS Floupath Boundary 4
4 February 15,1995
m C(MMCHE PEAK STE#1 ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CifMICAL and VOLUME E0NTROL PAGE 11 Flow Valve /
Test Paraneters/ Schedule Safety Fail Position i
Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nunber (Coord.)
Type
$jIt Qgn g h
- Pes, Ig11 Test Ig11 IgLt Renerks CS-8487 M1-0257 CK/SA 2
3 C
A O/C N/A CV/Q N/A N/A Boration Flompath/Boration
- JCg, (C-6)
Flowpath Boundary 8497 M1-0255-1 CK/SA 3
2 C
A C
N/A CV/Q N/A N/A ECCS Flowpath Boundary (D-2)
M2-0254 (F-4) 8510A M1-0255-1 RE/SA 1-1/2 2
C A
0/C N/A SRV N/A N/A High Head Safety injection 2
(D-4)
X M2-0254 2
(9)
Pung Miniflow Path /ECCS (F-5)
RectTulation Flowpath Boundary 8510B M1-0255-1 RE/SA 1-1/2 2
C A
0/C N/A SRV N/A N/A High Head Safety Injection 2
(D-4)
X M2-0254 2
(9)
(F-6)
Pump Miniflow Path /ECCS Recirculation Flompath Boundary 8511A M1-0255-1 GL/MO 2
2 B
A 0/C N/A MT/Q N/A PIT /
High Head Safety injection (D-4)
M2-0254 2YR Pimp Miniflow Path /ECCS (E-5)
Recirculation Flan @ath Boundary 8511B H1-0255-1 GL/MO 2
2 B
A 0/C N/A MT/Q N/A PIT /
High Head Safety injection (D-4)
M2-0254 2YR Punp Miniflow Path /ECCS (E-6)
Recirculation Flo=9ath Boundary 8512A M1-0255-1 GL/MO 2
2 B
A C
N/A MT/Q N/A PIT /
ECCS Recirculation Flowpath (D-4)
M2-0254 2YR Boundary (F-6) i February 15, 1995
-.. ~.
....1-.
. ~
~ -,,.
- :.. ~,.... -. - _
4 e.
CD4MCHE PEAK STEAM ELECTRIC STATICM UNIT 1 & 2 3
INSERVICE VALVE USTING PUW TABLE 4 - CHEMICAL and VCLtME EDMTROL PAGr. 12 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagran Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Mui@er (Coord.) _Ir a lizg (Jass smat IJg.n _
Pos.
Its.1
_ItsL Igs.1 Inst Remarks' 85128 M1-0255-1 GL/MD 2
2 B
A C
N/A MT/Q N/A PIT /
ECCS Recirculation Flompath j0g 2YR '
Boundary (F-5) 8546 M1-0255 CK/SA 8
2 C
A 0
N/A PS/CS N/A-
. M/A ECCS Injection Floupath &
(C-6)
CV/RF Boration Floupath M2-0254 (7)
(C-5)
C N/A CV/CS N/A N/A ECCS Recirculation Flompath (7)
Boundary i
February 15, 1995
_.______.__________.__._-.___.--.__., - _., _., - _. _..,. - _ _ _ _... ~..
..............m
...,. _,. ~ _ _. _ _. _.,... _ _., _ _. _.. _
<s~
~
i w"
~,
'~
y 1.-
COMMCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE 12 STING PLAN TABLE 4 - CEMICAL and VG.UME CDITRG.
1 PAGE'13 a
ETH
'I 1.
HV-8220, HV-8221, Charging /High Head Safety Injection Punps Suction Vent isolation Valves; LCV-0112B, LCV-0112C, Charging /High Head Safety Injection Pungs Suction from the VCT Isolation Valves; LCV-01120, LCV-0112E, Charging /High Head Safety injection Paps Suction from the NWST '
Isolation Valves, are full-stroke exercised at cold shutdowns. LCV-01120 & E cannot be full-strike exercised during plant operation because.
i opening either of these valves introduces high concentration boric acid to the RCS via the charging system resulting in a reactivity transient and possibly a reactor shutdown. Further.the valves cannot be part-stroke exercised during plant operation because their control systems are I
such that the valves are either fully open or fully closed.
LCV-01128 & C cannot be full-stroke exercised during plant operation because closing either of these valves would deprive the charging peps of-a suction source. - (The alternate suction source for the charging peps via LCV-0112D & E cannot be used during plant operation as discussed above.) Further, the valves cannot be part-stroke exercised during plant operation because their control systems are such that the valves are -
either fully open or fully closed.
HV-8220 and IW-8221 cannot be full or part-stroke exercised during plant operation because the operation of these valves is directly controlled off the limit switches of LCV-01128 & C and therefore they operate in conjunction with LCV-Oll2B & C.
LCV-0112B & C cannot be exercised during plant operation as discussed above.
2.
8105, 8106, Charging Line Isolation Valves, are full-stroke open and close exercised at cold shutdowns. 8152,8160, Letdown Line Contaltunent
-[
Isolation Valves; 8378A & B, 83794 & B, Charging Line Reactor Coolant Pressure Boundary isolation Valves; 8381, Charging Line Contairveent Isolation Valve; LCV-0459, LCV-0460, Letdown Line Reactor Coolant Pmssure Boundary Isolation Valves, are full-stroke closed exercised at cold j
shutdowns. These valves cannot be full-stroke close exercised during plant operation because closing the valves isolates charging flow to the i
RCS or letdown flow frun the RCS. In that letdown f1mr is used to preheat charging flow, isolation of either charging or letdown or both will i
cause thennal transients on the RCS charging nozzles, the regenerative heat exchanger and the letdown heat exchanger for which they are not i
designed. SimHgr)y, 8105 and 8106 cannot be open exercised during plant operation because the test involves first closing the valves.
l i
February 15, 1995
COMNCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMICAL and VOLUME CONTROL PAGE 14
!gT[,1 The subject power operated valves cannot be part-stroke close exercised during plant operation. In the case of 8105 and 8106, their control systems are such that the valves are either fully open or fully closed. In the case of 8152, 8160, LCV-0459 and LCV-0460, their stroke times are so short that any part-stroke exercise attenpt unJ1d effectively be a full-stroke and thus is not performed for the reasons given above.
Part-stroke close exercising is not applicable to the subject check valves (8378A & B, 8379A & B, 8381).
3.
8100, 8112, CS-8180 Excess Letdown / Seal Water Return Containment Isolation Valves; CS-8350A, B, C, D, CS-8367A, B, C, D, Seal Injection Line Reactor Coolant Pressure Boundary 1 solation Valves 8351A, B, C, D, CS-8368A, B, C, D, Seal Injection Line Containment Isolation Valves, are full-stroke exercised at cold shutdowns. These valves cannot be full-stroke close exercised during plant operation because the test necessarily isolates injection flow to the RCP seals or isolates leakoff flow from the seals. Isolation of seal injection flow will cause unfiltered reactor coolant to flow up through the seals possibly resulting in seal damage from entrained contaminants. Isolation of seal leakoff flow will result in a seal backpressure transient which will challenge the overpressure protection on the seal leakoff line and could cause a seal to cock. Similarly, CS-8180 cannot be full or part-stroke open exercised during plant cperation because the test necessarily isolates RCP seal leakoff flow.
The subject power operated valves (8100, 8112, 8351A, B, C, 0) cannot be part-stroke exercised during plant operation because their control systems are such that the valves are either fully open or fully closed. Part-stroke close exercising is not applicable to the subject check valves (CS-8180,CS-8350A,B,C,D,CS-8367A,B,C,D,CS-8368A,B,C,D).
4, 8145 and C5-8377, Pressurizer Auxiliary Spray Line Reactor Coolant Pressure Boundary isolation Valves, are full-stroke close exercised at cold shutdowns. These valves cannot be exercised during plant operation because opening the valves initiates auxiliary spray flow to the pressurizer. Auxiliary spray initiation during plant operation will result in a rapid RCS pressure decrease and possibly a low pressure reactor trip. Further, auxiliary spray initiation during plant operation imposes thermal transients on the pressurizer spray nozzle and on the pressurizer vessel itself for which they are not designed.
February 15,1995
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CINNOiE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMICAL and V1UME CMTR1 PAGE 15
!EU 5.
CS-8442. Emergency Boration Line Check Valve, is full-stroke exercised at cold shutdowns. This valve cannot be full or part-stroke open exercised during plant operation because initiating flow thmugh this valve introduces high concentration boric acid to the RCS via the charging -
syste resulting in a reactivity transient and possibly a reactor shutdown.
6.
8481A & B, Charging /Hign Head Safety Injection Ptsups Discharge Check Valves, are part-stroke open exercised every three months and are full-stmke open exercised at refueling outages. These valves cannot te full-stroke open exercised during plant operation or during cold shutd ans because the full flow path ditcharges into the RCS. During plant operation, the high RCS pressure will not allow the maximum required injection flowrate to be achieved. The valves cannot be full-stroke exercised at cold shutdowns because the high flowrates required could challenge the RCS Cold Overpressure Mitigation Systs as well as inpose hydraulic transients on the charging system and on the Reactor Coolant Pung seals which can cause them to cock.
7.
8546, Charging /High Head Safety injection Pisaps Suction from the RWST Check Valve, is part-stroke open exercised at cold shutdowns, ful. stroke open exercised at refueling outages and full-stroke close exercised at cold shutdowns. (Part-strokecloseexercisingisnotapplicable.)'This valve cannot be full or part-stroke exercised during plant operation because initiating flow through this valve introduces high concentration boric acid to the RCS via the charging syst e resulting in a reactivity transient and possibly a reactor shutdown. Further, during plant operation the high RCS pressure will not allow the maximum required injection flowrate to be achieved. The valves cannot be full-stroke exercised at cold shutdowns because the high flowrates required could challenge the RCS Cold Overpressure Mitigation System as well as impose hydraulic transients on the charging system and on the Reactor Coolant Pump seals which can cause them to cock.
2 8.
Charging service is alternated appmximately every refueling outage between the normal charging line (containing check valves 8378A and 83788) and the alternate charging line (containing check valves 8379A and 83798) such that neither flmpath will be exposed to more than 60K of the themal transients associated with stoppage and restart of charging flow. In accordance with W Part 10, para. 4.3.2.5, the pair of check l
valves in the charging line wnich is out of serv;ce need not be open exercise tested quarterly as they are only relied on to perfom their open l
boration path function when they are designateu to be in service. However, they must be open exercise tested within 3 months prior to placing the charging line back in service.
l February 15, 1995
c -.
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_a COMNCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 4 - CHEMICAL and VCLUME CONTROL PAGE 16
!!QT,11 2
The check valves in both the nomal and alternate charging lines are relied on to perfom their closed reactor coolant pressure boundary function at all times when this function is required. Therefore, the close exercise test schedule must be maintained for all four check valves, regardless of which charging line is designated to be in service.
9.
Under the provisions of 10CFR50.55a(f)(6)(11), the NRC staff has imposed augnented inservice test requirements for relief valves 1-8510A,1-85108, 2-8510A, 2-85108.
As directed by the safety evaluation dated January 29, 1993 for Unit 1 and MUREG-0797, 5ER Supplement 26 for Unit 2, the following frequency requirements shall apply (in lieu of the Of Part 1, para.1.3.4 frequency requirements) for perfomance testing the subject valves.
A.
One valve from each unit shall be performance tested each fuel cycle. Both valves from each unit shall be perfomance tested within any two fuel cycles.
B.
If the tested valve from a given unit falls the set pressure detemination portion of the perfomance test, then the other valve from that unit shall be performance tested. If the tested valve from a given unit fails one of the other criteria of the perfomance test (i.e., visual examinat;on, seat tightness detemination or balancing device integrity verification), then the cause shall be evaluated and the need to test the ott.e.' valve fmm that unit shall be detemined.
C.
Both valves fmm a given unit shall be perfomance tested following any systen actuation which results in the valves discharging.
~
This performance test shall be perforned at the next cold shutdown of sufficient duration to perfom these activities.
February 15, 1995
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COMANCHE PEAK STEM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 14 - SERVICE WATER PAGE 1 (F 4 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exertise Safe Indicator Number fCoord.)
Tyne Sj.gt GEi1 gel _ lj9P9._
Pos.
M
. Test.
Tggi Iggi Ranarks SW-0016 M1-0233-A CK/SA 10 3
C A
0 N/A CV/Q N/A N/A Service Water Flogeth -
M 3-A (C-3)
SW-0017 M1-0233-A CK/SA 10 3
C A
0 N/A CV/Q N/A N/A Service Water Flowpath 4
(C-5)
(3)
M2-0233-A (C-5) 4 25W4084 M2-0233 CK/SA 1
3 C
A 0
N/A CV/Q N/A N/A Service Water Flompath (F-4)
(3) 25W-0085 M2-0233 CK/SA 1
3 C
A 0
N/A CV/Q N/A N/A Service Water Flogeth (F-3)
(3)
SW-0373 M1-0233 CK/SA 24 3
C A
0/C N/A CV/Q N/A
'N/A Service Water Flo@ath/ -
(D-3)
BackflowPrevention(to M2-0233 facilitate po p restar'.) &
(B-4)
Service Water Flompath Boundary (following pung i
failure)
SW-0374 M1-0233 CK/SA 24 3
C A
0/C N/A CV/Q N/A N/A Service Water Floupath/
(E-3)
Backflow Prevention (to M2-0233 facilitate pop restart) &
(D-4)
Service Water Floupath Boundary (followingpwp failure) 3 25W-0388 M2-0234 CK/SA 10 3
C A
0 N/A CVD/RF N/A N/A AFW Punp Emergency Supply (F-1)
(1)
Floupath l
i l
l February 15,1995
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COMMCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 14 - SERVICE teTER PAGE 2 Test Parameters / Schedule Flow Valve /
Safety Fall Position Valve Diagram - Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator Nunter (Coord.)
Type.
Sjilt
[lin gEy_
lign._
Pos.
Jnt Test Igit Igil Remarks 3
25W-0389 M2-0234 CK/SA 10 3
C A
0 N/A' CVD/RF N/A N/A AFW Ptg Emergency Supply (F-6)
(1)
Flompath W-4286 M1-0233 BF/MO 24 3
B A
0/C -
N/A MT/Q N/A-PIT /
Service Water Flo @ath/
(E-2) 2YR Throttling during Pung M2-0233 Start (D-3)
W-4287 M1-0233 BF/MO 24 3
B A
0/C N/A MT/Q N/A PIT /
Service Water Floupath/
(D-2) 2VR Throttling during Pung M2-0233 Start (B-3)
W-4393 M1-0234 BF/MO 10 3
B A
0 N/A MT/Q N/A PIT /
Service Water Floupath (F-6) 2YR M2-0234 (F-6)
W-4394 M1-0234 BF/MO 10 3
B A
0 N/A MT/Q N/A PIT /
Service Water Flowath (F-1) 2YR M2-0234
-(F-1)
W-4395 M1-0234 BF/MO 10 3
8 A
0 N/A MT/RF N/A PIT /
AFW Pisup Emergency Supply.
(G-6)
(2) 2VR Floupath M2-0234 (G-6)
February 15, 1995
. g,- -
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.h -l COMNCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 14 - SERVICE WATER PAGE 3 Test Parameters / Schedule Flow Valve /
Safety Fail Position Valve Diagram Actuator Code Cate-Func-Func.
Leak Exercise Safe Indicator NM (Coord )
Tvoe
$jilg fjlgst n ljan.
- Pos, Iggi Test Igsj; Igs1 Remarks HV-43%
M1-0234 BF/MO 10 3
B A
0 N/A MT/RF N/A PIT /
AFW Pap Emergency Supply G-(2) 2YR Flowpath (G-1)
SWAVB-01 M1-0234 VB/SA 2
3 C
A 0/C N/A SRV/
N/A N/A Vent Path (for water hanner (A-6) 10VR prevention)/Flowpath M2-0234 Boundary (A-6)
SWAVB-02 M1-0234 VB/SA 2
3 C
A 0/C N/A SRV/
N/A N/A Vent Path (for water ha mer (A-1) 10YR prevention)/Flowpath M2-0234 Boundary (A-1)
SWAVB-03 M1-0234 VB/SA 1
3 C
A 0/C N/A SRV/
N/A N/A Vent Path (for water hanner (B-4) 10YR prevention)/Flowpath M2-0234 Boundary (B-4)
SWAVB-04 M1-0234 VB/SA 1
3 C
A O/C N/A SRV/
N/A N/A Vent Path (for water hanner (E-3) 10VR prevention)/Flowpath M2-0234 Boundary (B-3)
. February 15,1995
.+.
CONCHE PEAK STEM ELECTRIC STATION UNIT 1 & 2 INSERVICE VALVE TESTING PLAN TABLE 14 - SERVICE WATER Page 4 E
3 1.
25W-0388 an2 25W-0389, Emergency AFW Supply Check Valves, are disasseneled every refueling outage to verify operabilip. At least one of the two valves is required to open to supply the AFW ptmps in the unlikely evcat that the Class 3 Condensate Storage Tank supply is depleted. Full or part-stroke exercising these valves with flow is not practicable because such testing would necessarily introduce lakewater into the no nally 4
dry emergency crosstie line to the Auxiliary Fee &ater Syst s and ultimately could contaminate the steam generators. The check valve internals for 25W-0388 and 25W-0389 are scheduled for reoval during the first refueling outage for Unit 2.
After Minor Modification 93-497 has been accepted by operations, testing is no longer required. The test requirements remain valid until the valve internals are removed.
2.
HV-4395 and HV-43%, Emergency AFW Supply Valves, are full-stroke exercised at refueling outages. These valves provide isolation at the Service Water end of the norna11y dry mergency crosstle line to the Auxiliary Fee &ater System. At least one of the two valves is required to be opened to supply the AFW pumps in the unlikely event that the Class 3 Condensate Storage Tank supply is depleted. The valves are prVvided with motor operators for convenience only and do not respond automatically to any plant condition. In the event that the valves are required to be opened, ample time exists to reposition the valves manually, if required. Full or part-stroke exercising of these valves during plant operation and cold shutdown is not practicable due to the precautions necessary to prevent introducing lakewater into the nomally dry emergency AFW crosstie line and possibly into the steam generators. The exercise test for the valves is a lengthy process requir.ng draining of the respective Service Water train and subsequent refilling. During this time the Service Water train is unavailable to perfom its normal safety functions.
4 3.
The check valve internals for 25W-0016, 25W,0017, 25W-0084, and 25W-0085 are scheduled for removal during the first refueling outage for Unit 2.
After Minor Modifications93-567 and 93-568 have been accepted by operations, testing is no longer required. The test requirements remain valid.
5 until the valve internals are removed. The check valve internals for ISW-0016 and ISW-0017 are scheduled for removal during the fourth refueling outage for Unit 1.
After Minor Modification 93-442 has been accepted by operations, testing is no longer required.
Rev. 5 February 15,1995
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t.-s COMANCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE TESTING PLAN FOR PUMPS AND VALVES FIRST INTERVAL EFFECTIVE PAGE LISTING PAGE 1 0F 5 BELOW IS A LEGEND FOR THE EFFECTIVE PAGE LISTING:
Revision 0 Submitted July 1, 1992 Revision 1 February 3, 1993 Revision 2 April 30, 1993 Revision 3 November 19, 1993 Revision 4 October 7, 1994 i
Revision 5 February 15, 1995 EAgg Revision /Date Record of Changes October 7, 1994 Cover Sheet Revision 5 i(TableofContents)
April 30, 1993 1-1 Revision 2 1-2 Revision 3 1-3 Revision 2 1-4 April 30, 1993 l
2-1 Revision 0 2-2 Revision 0 2-3 Revision 0 2-4 Revision 0 Table 0, Page 1 of 4 Revision 0 i
Table 0, Page 2 of 4 Revision 0
)
Table 0, Page 3 of 4 Revision 2 Table 0. Page 4 of 4 Revision 0 Table 0, Notes, Page 1 Revision 2 3-1 Revision 0 3-2 Revision 0 3-3 Revision 0 3-4 Revision 0 3-5 Revision 0 i
Valve Table Index, Page 1 of 3 Revision 2 Valve Table Index, Page 2 of 3 April 30, 1993 Valve Table Index, Page 3 of 3 April 30, 1993 Table 1, Page 1 of 12 February 15, 1995 Table 1, Page 2 Revision 5 Table 1, Page 3 Revision 5 Table 1, Page 4 February 15, 1995 Table 1, Page 5 February 15, 1995 Table 1. Page 6 February 15, 1995 i
Table 1, Page 7 February 15, 1995 Table 1. Page 8 February 15, 1995 Table 1, Page 9 February 15, 1995 EPL-1 February 15, 1995
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COMANCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE TESTING PLAN FOR PUMPS AND VALVES FIRST INTERVAL EFFECTIVE PAGE LISTING PAGE 2 0F 5 Table 1, Page 10 February 15, 1995 Table 1, Page 11 February 15, 1995 Table 1. Page 12 Revision 5 Table 2, Page 1 of 10 Revision 0 Table 2, Page 2 of 10 Revision 3 Table 2, Page 3 of 10 Revision 0 Table 2, Page 4 of 10 April 30, 1993 Table 2, Page 5 of 10 Revision 2 Table 2, Page 6 of 10 Revision 2 Table 2, Page 7 of 10 Revision 0 Table 2, Page 8 of 10 Revision 0 Table 2, Page 9 of 10 Revision 0 Table 2, Page 10 of 10 Revision 0 Table 2, Notes, Page 1 Revision 0 Table 2, Notes, Page 2 Revision 0 Table 3, Page 1 of 1 Revision 2 Table 4, Page 1 of 16 February 15, 1995 Table 4, Page 2 February 15, 1995 Table 4, Page 3 February 15, 1995 Table 4, Page 4 February 15, 1995 Table 4, Page 5 February 15, 1995 Table 4 Page 6 Revision 5 Table 4, Page 7 Revision 5 Table 4, Page 8 Revision 5 Table 4, Page 9 Revision 5 Table 4, Page 10 February 15, 1995 Table 4, Page 11 February 15, 1995 Table 4, Page 12 February 15, 1995 Table 4, Page 13 February 15, 1995 Table 4, Page 14 February 15, 1995 Table 4. Page 15 February 15, 1995 Table 4, Page 16 February 15, 1995 Table 5, Page 1 of 6 Revision 0 Table 5, Page 2 of 6 Revision 0 Table 5, Page 3 of 6 Revision 0 Table 5, Page 4 of 6 Revision 3 Table 5, Page 5 of 6 Revision 0 Table 5, Page 6 of 6 Revision 0 Table 5, Notes, Page 1 Revision 0 Table 6, Page 1 of 2 Revision 0 Table 6, Page 2 of 2 Revision 0 Table 7, Page 1 of 4 Revision 0 Table 7, Page 2 of 4 April 30, 1993 EPL-2 February 15, 1995
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COMANCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE TESTING PLAN FOR PUMPS AND VALVES FIRST INTERVAL EFFECTIVE PAGE LISTING PAGE 3 0F 5 Table 7 Page 3 of 4 April 30, 1993 Table 7, Page 4 of 4 April 30, 1993 Table 7, Notes, Page 1 Revision 0 Table 8, Page 1 of 6 Revision 0 Table 8, Page 2 of 6 Revision 0 Table 8 Page 3 of 6 Revision 0 Table 8, Page 4 of 6 Revision 0 Table 8, Page 5 of 6 Revision 0 Table 8, Page 6 of 6 Revision 0 Table 8, Notes, Page 1 April 30, 1993 Table 9, Page 1 of 12 Revision 2 Table 9, Page 2 of 12 Revision 2 Table 9, Page 3 of 12 Revision 2 Table 9. Page 4 of 12 Revision 2 fable 9, Page 5 of 12 April 30, 1993 Table 9, Page 6 of 12 April 30, 1993 Table 9, Page 7 of 12 April 30, 1993 Table 9, Page 8 of 12 April 30, 1993 Table 9, Page 9 of 12 April 30, 1993 Table 9, Page 10 of 12 April 30, 1993 Table 9, Page 11 of 12 April 30. 1993 Table 9. Page 12 of 12 April 30, 1993 Table 9, Notes, Page 1 Revision 0 Table 10, Page 1 of 3 Revision 0 Table 10, Page 2 of 3 Revision 0 Table 10, Page 3 of 3 Revision 0 Table 10, Notes, Page 1 Revision 0 Table 11, Page 1 of 3 Revision 0 Table 11, Page 2 of 3 Revision 0 Table 11, Page 3 of 3 Revision 2 Table 11, Notes, Page 1 Revision 2 Table 12, Page 1 of 2 Revision 0 Table 12, Page 2 of 2 Revision 0 Table 13, Page 1 of 17 Revision 0 Table 13, Page 2 of 17 Revision 2 Table 13, Page 3 of 17 Revision 3 Table 13, Page 4 of 17 Revision 0 Table 13, Page 5 of 17 Revision 4 Table 13, Page 6 of 17 Revision 2 Table 13, Page 7 of 17 Revision 2 Table 13 Page 8 of 17 Revision 0 Table 13, Page 9 of 17 Revision 0 Table 13, Page 10 of 17 Revision 2 Table 13, Page 11 of 17 Revision 2 EPL-3 February 15, 1995
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COMANCHE PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE TESTING PLAN FOR PUMPS AND VALVES FIRST INTERVAL EFFECTIVE PAGE LISTING PAGE 4 0F 5 Table 13, Page 12 of 17 Revision 2 Table 13, Page 13 of 17 Revision 0 l
Table 13, Page 14 of 17 Revision 4 Table 13, Page 15 of 17 Revision 4 i'
Table 13, Page 16 of 17 Revision 0 Tab'e 13, Page 17 of 17 Revision 0 i
L Table 13, Notes, Page 1 Revision 2 Table 13, Notes, Page 2 April 30, 1993 r
Table 13, Notes, Page 3 Revision 4 Table 13, Notes, Page 4 Revision 4 Table 14, Page 1 of 4 February 15, 1995 Table 14 Page 2 February 15, 1995 Table 14 Page 3 February 15, 1995 Table 14, Page 4 Revision 5 Table 15, Page 1 of 1 Revision 0 Table 15, Notes, Page 1 Revision 0 Table 16, Page 1 of 2 Revision 0 Table 16. Page 2 of 2 Revision 0 Table 16, Notes, Page 1 Revision 0 Table 17, Page 1 of 12 Revision 2 Table 17 Page 2 of 12 Revision 2 Table 17, Page 3 of 12 Revision 0 Table 17, Page 4 of 12 Revision 0 Table 17, Page 5 of 12 Revision 0 Table 17, Page 6 of 12 Revision 0 Table 17, Page 7 of 12 Revision 0 Table 17, Page 8 of 12 Revision R Table 17, Page 9 of 12 Revision 2 Table 17, Page 10 of 12 Revision 2 Table 17, Page 11 of 12 Revision 2 Table 17, Page 12 of 12 Revision 0 Table 17 Notes, Page 1 April 30, 1993 Table 17, Notes, Page 2 Revision 2 A-1 Revision 0 A-2 April 30, 1993 A-3 April 30, 1993 l
A-4 Revision 2 A-5 April 30, 1993 l
A-6 April 30, 1993 A-7 Revision 2 A-8 April 30, 1993 A-9 Revision 2 A-10 April 30, 1993 A-11 Revision 2 A-12 April 30, 1993 A-13 Revision 2 EPL-4 February 15, 1995
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COMANCHE-PEAK STEAM ELECTRIC STATION UNIT 1 & 2 INSERVICE TESTING PLAN FOR PUMPS AND VALVES FIRST INTERVAL EFFECTIVE PAGE. LISTING PAGE 5 0F 5
-A-14 April 30, 1993 A-15 Revision 2 A-16 April 30, 1993 A-17 Revision 2 A-18 April 30, 1993 A-19 Revision 2 EPL, Page 1 of 5 February 15, 1995 EPL, Page 2 of 5 February 15, 1995 EPL, Page 3 of 5 February 15, 1995 EPL, Page 4 of 5 February 15, 1995 EPL, Page 5 of 5 February 15, 1995 l
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