ML20042F286
| ML20042F286 | |
| Person / Time | |
|---|---|
| Site: | Callaway  |
| Issue date: | 03/30/1990 |
| From: | Roesner G, Witt W UNION ELECTRIC CO. |
| To: | |
| Shared Package | |
| ML20042F284 | List: |
| References | |
| PROC-900330, NUDOCS 9005080108 | |
| Download: ML20042F286 (25) | |
Text
{{#Wiki_filter:. . INSERVICE TESTING PROGRAM CALLAWAY NUCLEAR PLANT REVISION 11 MARCH 30, 1990 Prepared By: Reviewed By: 124tl . bl %tn b l0 f Gary J.-(TRoesner Warren A. Witt-IST Engineer Supervising Engineer - l Mechanical Systems l 90050 solos 9oop3a f,'DR ADOCK 05000483 PDC i
Pcg3 2 Rev. 11
-INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+ID
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- AB HV 0005 M-02AB02 D-4 2 B 4" GL A0 C 0 BT .0P 10 AB HV 0005 M-02AB02 D-4 2 B 4" GL A0 C 0 FST OP AB HV 0005 M-02AB02 D-4 2 B- 4" GL A0 C 0 PIT RR AB HV 0006 M-02AB02 C-4 2 B 4" GL A0 0 0 BT OP 10 AB HV 0006 M-02AB02 C-4 2 B 4" GL A0 C 0 FST OP t
AB HV 0006 M-02AB02 C-4 2 B 4" GL A0 C 0 PIT RR AB HV 0011 M-02AB02 H-3 2 B 28" GA A0 0 C BT CS 5 AB-2 AB HV 0011 M-02AB02 H-3 2 B 28" GA A0 0 C BTP OP AB HV 0011 M-02AB02 H-3 2 B '28" GA A0 0 C PIT RR + AB HV 0012 M-02AB02 G-3 2 B 2" GL A0 0 - C NA 3 AB HV 0014 M-02AB02 F-3 2 B 26" GA A0 0 C BT. CS 5. AB-2 p AB HV 0314 M-02AB02 F-3 2- B 20" GA A0 0 C BTP OP AB HV 0014 M-02AB02 F-3 2 B 28" GA A0 0 C PIT RR AB HV-0015 M-02AB02 F-3 2 B 2" GL A0 C C NA 3 AB HV 0017 M-02AB02 D-3 2 B 28" GA A0 0 C BT CS 5 AB-2 AB HV 0017 M-02AB02 D-3 2 B 28" GA A0 0 C BTP OP AB HV 0017 M-02AB02 D-3 2 B 28" GA A0 0 C PIT RR AB HV 0018 M-02AB02 D-3 2 B 2" GL #0 C C NA 3 AB HV 0020 M-02AB02 C-3 2 B 28" GA A0 0 C BT CS 5 AB-2 AB HV.0020 M-02AB02 C-3 2 B 28". GA A0 0 C .BTP 0? , AB RV 0020 M-02AB02 C-3 2 B 28" GA AO' O C PIT RR AB HV 0021 M-02AB02 C-3'2 B 2" GL A0 C C NA 3 AB HV 0048 M-02AB02 D-4 2 B 1" GL A0 0 C BT OP 5 AB HV 0048 M-02AB02 D-4 2 B 1" GL A0 0 C- FST OP AB HV 0048 M-02AB02 D-4 2 B 1" GL A0 0 C PIT RR AB HV 0049 M-02AB02 C-4'2 B 1" GL A0 0 C BT OP 5 AB HV 0049 M-02AB02 C-4 2 B 1" GL ' A0 0 C FST OP AB HV 0049 M-02AB02 C-4 2 B 1" GL A0 0 C PIT RR AB LV 0007 M-02AB02 B-4 2 B 2" GL A0 C C BT OP 5 AB LV 0007 M-02AB02 B-4 2 B 2" GL A0 C C FST OP AB-LV 0007 M-02AB02 B-4 2 B 2" GL A0 C C PIT RR AB LV 0008 M-02AB02 D-5 2 B 2" GL - A0 C C BT OP 5 AB LV 0008 M-02AB02 D-5 2 B 2" GL A0 C C FST OP AB LV 0008 .M-02AB02 D-5 2 B 2" GL A0 C C PIT RR AB LV 0009 M-02AB02 E-4 2 B 2" GL A0 C C BT OP 5 AB LV 0009 M-02AB02 E-4 2 B 2" GL A0 C C FST OP ' AB LV 0009 M-02AB02 E-4 2 B 2" GL A0 C C PIT RR AB LV 0010 M-02AB02 G-4 2 B '2" GL A0 C C BT OP 5 AB LV 0010 M-02ABJ2 G-4 2 B 2" GL- A0 C C FST OP AB LV 0010 M-02AB0. G-4 2 B 2" GL A0 C C PIT RR AB V 0045 .M-02AB02 M-7 2 C 6" SV SA C 0 RVT 2 AB V 0046 M-02AB02 H 7 2 C 6" SV SA C 0 RVT 2 AB V 0047 M-02AB02 H-6 2 C 6" SV SA e O RVT 2 AB V .0048 M-02AB02 H-5 2 C 6" SV SA C 0 RVT 2 AB V 0049 M-02AE02 H-5 2 C 6" SV SA C 0 RVT 2 AB V 0055 M-02AB02 F-7 2 C 6" SV SA C 0 RVT 2 AB V 0056 M-02AB02 F-7 2 C 6" SV SA C 0 RVT 2 + AB V 0057 M-02AB02 F-6 2 C 6" SV SA C 0 IGT 2 AB V 0058 M-02AB02 F-5 2 C 6" SV SA C 0 .RVr 2 - AB V 0059 M-02AB02 F-5 2 C 6" SV SA C 0 RVT 2 AB V 0065 M-02AB02 D-7 2 C 6" SV SA C 0 RVT 2 AB V 0066 M-02AB02 D-7 2 C 6" SV SA C 0 RVT 2 AB V 0067 M-02AB02 D-6 2 C 6" SV SA C s0 RVT 2
'AB'V 0068 M-02AB0? ti '
C 6" SV SA C 0 RVT 2-f r
-i :
Lj Page 2A Rey, 11 INSERVICE TESTING PROGRAM-SY VLV-NUMBER *-P+ID
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R-
- NOTES *' ,
AB V 0069 M-02AB02 D-5 2 C 6" SV SA C 0 RVTL 2 AB V 0075 M-02AB02 C-7 2 C 6" SV SA C 0 RVT 2 -l AB V 0076 M-02AB02 C-7 2 C 6" SV SA C 0 RVT 2 l' c AB V 0077 M-02AB02 C-6 2 C 6" SV - SA C 0 RVT 2 AB V 0078 M-02hB02 C-5 2 C 6" SV SA C 0 RVT 2 ,- AB V 0079 M-02AB02 C-5 2 C 6" SV SA C 0 RVT 2 h k l 1 ik e
Pcge 7 Rey, 11 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+1D
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- BB 8378A M-02BB01 E-4 1 0 3" CK SA 0 0/C NA BB 8378B~ M-02BB01 E-4 1 C. 3" CK SA 0 0/C NA BB 8379A M-02BB01 E-7 1 C 3" CK SA 0 '0/C NA BB 8379B M-02BB01 E-7 1 C 3" CK SA 0 0/C NA BB- 8948A M-02BB01 E-4 1 A,C 10" CK SA C 0 AT CS V05 7 BB 8948A M-02BB01 E-4 1 A,C 10" CK Sn C 0 CVT~RR BB-1 5 BB- 8948B M-02BB01 D-4 1 A,C 10" CK SA C ~0 AT CS V05 7 BB 8948B .M-02BB01 D-4 l' A,C 10" CK SA C 0 CVT RR BB-1 5
- BB- 8948C M-02BB01 C-6 1 A,C 10" CK SA C 0 AT CS V05 7 BB 8948C M-02BB01 C-6 1 A,C 10" CK SA C 0 CVT RR BB-1 5 BB :8948D M-02BB01 E-6 1 A,C 10" CK SA C 0 AT CS VOS 7 BB- 8948D M-02BB01 E-6 1 A,C 10" CK SA C -0 CVT RR BB-1 5 BB 8949A M-02BB01 E-5 1 A,C 6" CK SA C 0 AT CS V05 7-BB 8949A M-02BB01 E-5 1 A,C 6" CK SA C O CVT RR BB-2,V07 5- .
BB 8949B M-02BB01.C-5 1- A,C 6" CK SA C 0 AT CS V05 7 BB, 8949B M-02BB01 C-5 1 A.C' 6" CK SA C 0 CVT CS BB-3,V07 5 Bb 8949C- M-02BB01 C-6 1 A,C- 6" CK SA C 0 AT CS VOS 7 BB 8949C- M-02BB0) C-6 1 A,C 6" CK SA C 0 CVT CS BB-3,V07 5 BB 8949D M-02BB01 G-6 1 A,C' 6" CK SA C 0 AT CS V05 7' BB 8949D M-02BB01 G-6 1 AC 6" _ CK SA C 0 CVT RR BB-2,V07 5 BB PV 8702A M-02BB01 E-4 1 A 12" GA E0 C C AT CS V05 7 BB PV 8702A M-02BB01 E-4 1 A 12" GA M0 C C BT CS 105 .BB-6 5,6 BB PV 8702A M-02BB01 E-4 1 A 12" GA M0 C C PIT RR BB PV 8702B If-02BB01 H-G 1 A 12"- ~ GA M0 C C AT CS V05 7 BB PV 8702B M-02BB01 H-0 1 A 12" CA M0 C C BT CS 105 BB-6 5,6 ; BB PV B702B M-02BB01 H-6 1 A 12" GA M0 C- C PIT RR , BB V 0001 M 02BB01 D-5 1 A,C ;1.5" CK SA C C AT CS V05 7 !
- BB V 0001. M-02BB01 D-5 1 A,C 1.5" CK SA C 0 CVT RR BB-4,V07 5 BB V 0022' M-02BB01 D-4 1 A,C 1.5" CK SA C C AT CS V05 7 BB V 00.22 M-02BB01 D-4 1 A,0 1.5" CK SA C. O CVT RR BB-4,V07 5 BB V 0040 M-02BB01 D-6 1 A,C 1.5" CK - SA C C AT CS V05 7 ,
BB V 0040 M-02BB01 D-6 1 A,C 1.5" CK SA C 0. CVT RR .BB-4,V07 5 l BB V 0059 M-02BB01 E-6 1 A,C 1.5" CK SA C C AT -CS V05 7 BB V 0059 M-02BB01 E-6 1 A,C 1.5 CK SA C 0 CVT RR BB-4,V07 5 e
- _m . : s. _
4 1 . Page 8 Rev. 11 INSERVICE TESTING PROGRAM-SY VLV-NUMBER *-P+ID
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- i BB 8010A M-02BB02 H-7 1 C 6" RV SA C 0 RVT 2 BB 8010B M-02BB02 H-6 1 C 6" RV SA C 0- RVT 2 !
BB 80100 M-02BB02 H-5 1 C 6" RV SA C 0 RVT 2 BB HV 8000A M-02BB02 E-7 1- B 3" GA M0 O 0/C BT 0P 15 6 BB HV 8000A M-02BB02 E-7 1 B 3" GA M0 O 0/C PIT RR BB HV 8000B M-02BB02 E-7.1 B 3" GA M0 0 0/C BT OP 15 6 BB HV 8000B M-02BB02 E-7 1 B 3" CA M0 O 0/C PIT RR BB HV 8026 M-02BB02 E-3 2 A 1" DI A0 C C AT RR V04 10 BB HV 8026 M-02BB02 E-3 2 A 1" DI L A0 C C BT OP 5 BB HV 8026 M-02BB02 E-3 2 A 1" DI A0 C C FST OP j BB HV 8026 M-02BB02 E-3 2 A 1" DI A0 C C PIT RR BB HV 8027 M-02BB02 E-3 2 A 1" DI A0 C C AT RR V04 10 BB HV 8027 M-02BB02 E-3 2 A 1" DI A0 C C BT OP 5 BB HV 8027 M-02BB02 E-3'2 A 1" DI A0 C C FST OP BB HV 8027' M-02BB02 E-3 2 A ~ 1" DI ~ A0 C C PIT RR ; M-02BB02 E-1 3 B GL' S0 C
~
BB HV 8157A 1" C NA 3-BB HV 8157B M-02BB02 E-1 3 B 1" GL S0 C C NA 3 BB PCV0455A M-02BB02 E-7'1 B 3" GL S0 C O/C BT CS 2 BB10,V06 5 BB PCV0455A M-02BB02 E-7 i B 3" GL SO C O/C FST CS BB PCV.0455A M-02BB02 E-7 1 B, ,3" .GL .S0 C O/C PIT RR '13 BB PCV0455B M-02BB02 A-4 l~ B 4"~ BA A0 0 'N/A NA 3' , BB PCV0455C M-02BB02 B-4 1 B 4" BA A0 0 N/A NA 3 ! BB PCV0456A M-02BB02 E-8 1 B 3" =GL SO C O/C BT CS 2 BB10,V06. 5 BB PCV0456A M-02BB02 E-8 'l B 3" GL SO C O/C FST CS BB PCV0456A M-02BB02 E-8 1 B 3" GL S0 C O/C PIT RR 13 BB V 0084 M-02BB02 C-4 1 C 2" CK SA C C NA 3 s
. Page 9 Rev. 11 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+1D
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- BB HV 0013 M-02BD03 C-2 3 B 3" GA M0 O C BT CS 30 BB-8 5,6 !
SB HV 0013 M-02BB03 C-2 3 B" 3" GA M0 O C PIT RR ! hB HV 0014 M 02BB03 C-2 3 B 3" GA MO O C BT CS 30 BB-8 5,6 BB HV 0014 M-02BB03 C-2 3 B 3" GA M0 O C PIT RR EB HV 0015 M-02BB03 C-2 3 B 3" GA M0 O C BT CS 30 BB-8 5,6 BB HV 0015- M-02BB03 C-2 3 B 3" GA MO O C PIT RR , B3 HV 0016- M-02BB03 C-2 3 B 3" GA M0 O C BT CS 30 BB-8 5,6 l BB HV 0016 M-02BB03 C-2 3 B 3" GA M0 O C PIT RR BB HV 8141A M-02BB03 E-3 2 B .75" GL A0 0 0 NA 3 BB HV 8141B M-02BB03 E-3 2 B .75" GL A0 0 0 NA 3-BB HV 8141C M-02BB03 E-3 2 B .75" GL A0 0 0 NA 3 3B HV 8141D M-02BB03 E-3 2 B .75" GL A0 0 0 NA 3 BB HV 8351A M-02BB03 C-5 2 A 2" GL MO O 0/C AT RR V04 10 BB HV 8351A M-02BB03 C-5 2 A 2" GL MO O 0/C BT CS 10 BB-9 5 BB HV 8351A M-02BB03 C-5 2 A 2" GL MO O 0/C PIT RR BB HV 8351B M-02BB03 C-5 2 A 2" GL MO O 0/C AT RR V04 10 BB HV 8351B M-02BB03 C-5 ; ; 2" GL MO O 0/C BT CS 10 BB-9 5 BB HV 8351B M-02BB03 C-5 2 A 2" GL MO O 0/C PIT RR BB HV 8351C M-02BB03 C-5 2 A 2" GL M0 O 0/C AT RR V04 10 BB HV 8351C M-02BB03 C-5 2 A 2" GL M0 O 0/C BT CS 10 BB-9 5 BB HV 8351C M-02BB03 C-5 2 A 2" 'J H0 0 0/C PIT RR BB'FV 8351D M-02BB03 C-5 2 A 2" G. MO O 0/C AT RR V04 10 I BB HV 8351D M-02BB03 C-5 2 A 2" c' M0 O 0/C BT CS le BB-9 5 BB HV 8351D M-02BB03 C-5 2 A 2" GL M0 O 0/C PIT RR BB V 0118 M-02BB03 C-5 2 A,C 2" CK SA 0 C AT RR V04 10 BB V 0118 M-02BF03 C-5 2 A,C 2" CK SA 0 C CVT RR BB-7 5 BB V 0120 M-02BB03 C-4 1 C 2" CK SA 0 0 NA BB V 0121 M-02BB03 C-4 1 C 2" CK SA 0 0 NA BB V 0122 M-02BB03 C-4-3 C 3" CK SA 0 C CVT CS BB-11 BB V 0124 M-02BB03 B-3 3 C .75" RV SA C 0 RVT 2-BB~V 0148 M-02BB03 C-5 2 A,C 2" CK SA 0 C AT RR V04 10 BB V 0148 M-02BB03 C-5 2 A,C 2" CK SA 0 C CVT RR BB-7 5 BB V 0150 M-02BB03 C-4 1 C 2" CK SA 0 0 NA BB V 0151 M-02BB03 C-4 i C 2" CK SA 0 0 NA BB V 0152 M-02BB03 C-4 3 C 3" CK SA 0 C CVT CS BB-11 BB V 0154 M-02BB03 B-3 3 C .75" RV SA C 0 RVT 2 BB V 0178 M-02BB03 C-5 2 A,C 2" CK SA 0 C AT RR V04 10 BB V 0178 M-02BB03 C-5 2 A,C 2" CK SA 0 C CVT RR BB-7 5 BB V 0180 M-02BB03 C-4 1 C 2" CK SA 0 0 NA BB V 0181 M-02BB03 C-4 1 C 2" CK SA 0 0 NA BB V 0182 M-02BB03 C-4 3 C 3" CK SA 0 C CVT CS BB-11 BB V 0184 M-02BB03'B-3 3 C .75" RV SA C 0 RVT 2 BB V 0208 M-02BB03 C-5 2 A,C 2" CK SA 0 C AT RR V04 10 BB V 0208 M-02BB03 C-5 2 A,C 2" CK SA 0 C CVT RR BB-7 5 BB V 0210 M-02BB03 C-4 1 C 2" CK SA 0 C NA BB V 0211 M-02BB03 C-4 1 C 2" CK SA 0 C NA BB V 0212 M-02BB03 C-4 3 C 3" CK SA 0 C CVT CS BB-11 BB V 0214 M-02BB03 B-3 3 C .75" RV SA C 0 RVT 2
Pcg2 10 Rey, 11 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+1D
- CRD I' CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- I BB HV 8001A M-02BB04 F-4 2 B 1" GL S0 C 0/C BT CS 5 BB-5 5 i BB HV 8001A M-02BB04-F-4 2 B 1"' GL S0 C- 0/C FST CS 5 ;
BB HV 8001A M-02BB04 F-4 2 B 1" GL S0 C O/C PIT RR 13 j BB HV 8001B M-02BB04 F-4 2 P '1"- GL S0 C O/C BT CS 5 BB-5 5 i BB HV 8001B M-02BB04 F-4 2 B 1" GL S0 0 0/C FST CS 5 , I BB HV 8001B M-02BB04 F-4 2 B 1" GL S00 0/C PIT RR 13 i BB HV 8002A M-02BB04 F-3 2 'B 1" GL SO C O/C BT CS 5- BB-5 5 BB HV 8002A M-02BB04 F-3 2 B 1" GL SO C O/C FST CS S BB HV 8002A- M-02BB04 F-3 2- B 1" GL So C 0/C PIT RR 13 , BB HV 8002B M-02BB04 F-3 2 B 1" GL S0 C 0/C BT CS 5 -BB-5 5 l BB HV 8002B M-02BB04 F-3 2 B 1" GL S0 C O/C FST CS 5 BB HV 8002B M-02BB04 F-3 2 B 1" GL SO C 0/C PIT RR 13 l I i i i s i i 1 i 5- l
i
, Page 17 Rev. 11 'l INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+1D
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES * ;
i BM HV 0001' M-02BM01 F-5 2 B 4" GL A0 0 C BT OP 10 ; BM HV 0001 M-02BM01 F-5 2 4" GL A0 0 B. C FST OP BM HV 0001 M-02BM01 F-5 2 B 4" GL A0 0 - C PIT RR BM HV 0002 M-02BM01 E-5 2 B 4" 'GL A0 0 C BT OP 10 BM HV 0002 M-02BMC1 E-5 2 B 4" GL A0 0 C FST OP BM HV 0002 M-02BM01 E-5 2 B 4" GL A0 0 C PIT RR BM HV 0003' M-02BM01 C-5 2 B 4" GL A0 0 C PT OP 10 i BM HV 0003 M-02BM01 C-5 2 B. 4" GL A0 0 C FST OP I BM HV 0003 M-02BM01 0-5.2 B 4" GL A0 0 C PIT RR l BM HV 0004 M-02BM01 A-5 2 B 4" GL A0 0- C. BT OP 10 BM HV 0004' M-02BM01 A-5 2 B 4" GL -A0 0 'C FST OP l BM HV 0004 M-02BM01 A-5 2 B 4" GL A0 0 C FIT RR BM HV 0019 M-02BMO. G-7 2 B 1" GL SO C C NA 3 jl BH HV 0020 M-02BM01~E-7 2 B 1" GL S0 C C NA 3 i BM HV 0021 'M-02BM01 D-7 2 B 1" GL SO C C 'NA 3 } BM HV 0022 M-02BM01 B-7 2 B 1" GL So C C NA 3 l BM HV 0035 M-02BM01 G-7 2 8 1" GL SO O C BT OP 5 i BM HV 0035 M-02BM01 G-7 2 B 1" GL SO O C FST OP BM HV 0035 M-02BM01 G-7 2 B 1" GL SO O C PIT RR 13 BM HV,0036. M-02BM01 E-7 2 E< 1" GL SO O C .BT OP 5 , BM HV 0036 M-02BM01 E-7 2- B 1" GL SO' O C FST OP BM HV 0036 M-02BM01 E-7 2 B 1" GL SO O C PIT RR 13 BM HV 0037 M-02BM01 C-7 2 B 1" GL SO O C BT OP 5 BM HV 0037 M-02BM01 C-7 2 B 1" GL SO O C FST OP BM HV 0037 .M-02BM01 C-7 2 B 1" GL SG 0 C PIT RR 13 BM HV 0038 M-02BM01 B-7 2 B 1" GL SO O C BT OP- 5 BM HV 0038 M-02BM01 B-7 2 B 1" GL SO O C FST OP BM HV 0038 M-02BM01 B-7 2 B 1" GL SO O C PIT RR 13 BM HV 0065 M-02BM01 G-6 2 B 1" GL SO O C. BT OP 5 BM HV 0065 M-02BM01 G-6 2 B 1" GL SO O C FST OP BM HV 0065 M-02BM01 G-6 2 B 1" GL SO O C PIT RR 13 BM HV 0066 M-02BM01 E-6 2 3 1" GL SO O C BT OP 5 ' BM HV 0066 M-02BM01 E-6 2 B 1" GL SO O C FST OP M-02BM01 E-6 2 B BM HV 0066 1" GL SO O C PIT RR- 13 SY HV 0067 M-02BM01 C-6 2 B 1" GL SO O C BT OP 5 SM HV 0067 M-02BM01 C-6 2 B 1" GL SO O C -FST OP BM HV 0067 M-02BM01 C-6 2 B 1" GL SO O C PIT RR 13 BM HV 0068 M-02BM01 B-6 2 B 1" GL SO O C BT OP 5 i BM HV 0068 M-02BM01 B-6 2 B 1" GL SO O C FST OP BM HV 0068 M-02BM01 B-6 2 B 1" GL SO O C PIT RR 13 BM V 0045 M-02BM01 A-4 2 A 3" GA M C C AT RR V04 1,9,11 BM V 0046 M-02BM01 A-3 2 A 3" GA M C C AT RR V04 1,9,11 y
mr Pcgo 18
. Rev. 11 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+1D
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- BN HCV8800A M-02BN01 E-5 2 B 3" GL A0 C C BT OP 10 BN HCV8800A M-02BN01 E-5 2 B 3" GL A0 C C FST OF BN HCV8800A M-02BN01 E-5 2 B 3" GL A0 C C PIl RR BN HCV8800B M-02BN01 E-5 2 B 3" GL A0 C C BT OP 10 -)
BN HCV8800B M-02BN01 E-5 2 B 3" GL A0 C C FST OP ; BN HCV8800B M-02BN01 E-5 2 B 3" GL A0 C C PIT RR ' BN HV 0003 M-02BN01 C-3 2 B 12" GA MO O C BT OP 65 6 BN HV 0003 'M-02BN01 C-3 2 B 12" GA M0 O C PIT RR , BN HV 0004 M-02BN01 A-3 2 B 12" GA. M0 O C BT 0" 65 6 i BN HV 0004 H-02BN01 A-3 2 B 12" GA MO O C PIT RR . BN HV 8806A, M-02BN01 B-5 2 B 8" GA M0 O C BT OP 15 6 l BN HV 8806A M-02BN01 B-5 2 B 8" GA M0 O C PIT RR i BN HV 8806B M-02BN01 E-3 2 B 8" GA M0 O C BT OP 15 6 BN HV 8806B M-02BN01 E-3 2 B 8" GA M0 O C PIT RR BN HV 8312A M-02BN01 B-3 2 B 14" GA MO O C BT OP 17 6 BN HV 8812A M-02BN01 B-3 2 B 14" GA MO O C PIT RR BN HV 8812B M-02BN01 D-3 2 B 14" GA M0 O C BT OP 17 6 BN HV 8812B- M-02BN01 D-3 2 B 14" GA M0 O C PI1 RR BN HV 8813 M-02BN01 B-7 2 B 2" GL M0 O C BT CS 10 BN-2 6,5 BN.HV 8813 M-02BN01 B.-7,2 B. 2". GL .M0 0 C. PIT RR' BN LCV0112D M-02BN01 A-5 2- B 8" GA M0'C 0/C.B1F'CS 10' ' BN '1 6,5 EN LCV0112D M-02BN01 A-5 2 B 8" GA M0 C O/C PIT RR BN LCV0112E M-02BN01 E-3 2 B 8" GA M0 C O/C BT CS 10 BN-1 6,5 , BN LL70112E M-02BN01 E-3 2 B 8" CA M0 C O/C PIT RR I i l 1 1 1
)
N
Pcge 25 , Rev, 11 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+ID
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- EG HV 0053 M-02EG02 G-5 3 B 18" BT M0 O O BT OP 60 6 EG HV 0053 M-02EG02 G-5 3 B 18" BT MO O O PIT RR EG HV 0054 M-02EG02 F-5 3 B 18" BT M0 O O BT OP 60 6 EG HV 0054 M-02EG02 F-5 3 B 18" BT M0 O O PIT RR EG HV 0072 M-02EG02 G-2 3 B 2" GA M0 O C/0 BT OP 23 6 EG Ev' 0072 M-02EG02 G-2 3 B 2" GA M0 O C/0 PIT RR EG HV 0073 M-02EG02 G-2 3 B 2" GA M0 O C/0 BT OP 23 6 EG HV 0073 M-02EG02 G-2 3 B 2" GA MO O C/0 PIT RR EG-HV 0074 M-02EG02 G-1 3 B 2" GA MO 0- C/0 BT OP 23 6 EG HV 0074 M-02EG02 G-1 3 B 2" GA ~ MO O C/0 PIT RR EG HV 0073 M-02EG02 G-1 3 B 2" GA M0 O C/0 BT OP 23 6 EG HV 007S M-02EG02 G-1 3 B 2" GA MO O C/0 PIT RR EG HV 0101 M-02EG02 G-4 3 B 18" BT M0 O O BT OP 60 6 EG HV 0101 M-02EG02 G-4 3 B 18" BT MO O O PIT.RR EG HV 0102 M-02EG02 C-4 3 B 18" BT MA 0 0 BT OP 60 6 EG HV 0102 M-02 EGO 2 C-4 3 B 18" BT M0.0 0 . PIT RR t EG TV 0029 M-02EG02 G-6 3 B 20" BT- A0 0 C BT. OP 25 EG TV 0029- M-02EG02 G-6 3 B 20" BT A0 0 C FST OP EG TV 0030 M-03EG02 C-6 3 B 20" BT A0 0 C BT OP 50 EG TV.0030 M-MEG 02 C-6 3 _B. ,20" .BT . A0 0 C FST 0P EG V 0024 M-02EG02 G-6 3 C. 1" RV. SA C 'O RVT RR 2 EG V 0027 M-02EG02 G-5 3 C 1" RV SA C 0 RVT RR 2 EG V 0036 M-02EG02 G-5 3 C 18" CK SA 9 0 NA 3 EG V 0049 M-02EG02 C-6 3 C 1" RV SA C 0 RVT RR 2 EG V 0052 M-02EG02 C-5 3 C 1" RV SA C 0 RVT RR 2 l EG V 0061 M-02EG02 F-5 3 C 18" CK SA 0 0 NA 3 l EG V 0200 M-02EG02 H-4 3 B 12" BT. M 0 0 NA 1,3 EG V 0201 M-02EG02 D-4 3 B 12"- BT M 0 0 NA 1,3' l.
t
. - Pags 27 Rev. 11 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+1D
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- EJ 870BA M-02EJ01 F-7 2 C 3" RV SA C O/C RVT- 2 EJ 8708B M-02EJ01 C-7 2 C 3" RV SA C O/C RVT 2 EJ 8730A M-02EJ01 G-4 2 C 10" CK SA C 0 CVP OP EJ_ 8730A _M-02EJ01 G-4 2 C 10" CK SA C 0 CVT_CS EJ-10 EJ 8730B M-02EJ01 G-4 2 C 10" CK SA C 0 CVP OP EJ 8730B M-02EJ01 C-4 2 C 10" CK SA C 0 CVT CS EJ-10 EJ 8841A M-02EJ01 E-2 1 AC 6" CK SA C C/0 AT CS V05 5,7 EJ 8841A M-02EJ01 E-2 1 A.C. 6" CK SA C C/0 CVT CS EJ-1,V07 EJ 8841B M-02EJ01 D-2 1 A,C 6" CK SA C C/0 AT CS ' 05 5,7 EJ 8841B M-02EJ01 D-2 1 A,C 6" CK SA C C/0 CVT CS EJ-1,V07 EJ 8958A M-02EJ01 F-6 2 C 14" CK SA C. O UTP OP EJ 8958A M-02EJ01 F-6 2 C 14" CK SA C 0 CVT RR EJ-8 EJ 8958B M-02EJ01 B-6 2 C 14" CK SA C 0 CVP OP EJ 8958B L 02EJ01 B-6 2 C 14" CK SA C 0 CVT RR EJ-8 i
EJ 8969A M-02EJ01 0-3 2 C 8" CK SA C 0 CVT RR EJ-9 5 EJ 8969B M-02EJ01 A-4 2 C 8" CK SA C 0 CVT RR EJ-2 5 EJ FCV0610 M-02EJ01 H-6 2 B -3" GA M0 O C BT OP 13 6 EJ FCV0610- M-02EJ01 H-6 2 B 3" GA MO O C PIT RR EJ FCV0611 M-02EJ01 A-5 2 B 3" GA M0 O C BT OP 10 6 EJ FCV0611 M-02EJ01 A-5 2 B 3" GA MO O C PIT RR EJ FCV0618 M-02EJ01 F-5 2 3 8" BT A0 C C NA 3 EJ FCV0619 M-02EJ01 B-5 2 B 8" BT A0 C C NA 3 EJ HCV0606 M-02EJ01 G-4 2 B 10" BT A0 0 0 NA 3 EJ HCV0607 M-02EJ01 C-4 2 B 10" BT A0 0 0 NA 3 EJ HCV8825 M-02EJ01 E-2 2 B .75" GL A0 C. C BT OP 5 EJ HCV8825 M-02EJ01 E-2 2 B .75" GL A0 C -C FST OP EJ HCV8825 M-02EJ01 E-2 2 B .75" GL A0 C C PIT RR EJ HCV8840A M-02EJ01 F-2 2 B .75" GL A0 C C BT OP 5 EJ HCV8890A M-02EJ01 F-2 2 B .75" GL A0 C C FST OP EJ HCV8890A M-02EJ01 F-2 2 B .75" GL A0 C C PIT RR EJ HCV8890B M-02EJ01 C-2 2 B .75" GL A0 C C BT OP 5 EJ HCV8890b M-02EJ01 C-2 2 B .75" GL A0 C C FST OP EJ HCV8890B M-02EJ01 C-2 2 B .75" GL A0 C C PIT RR EJ HV 0014 M-02EJ01 H-5 2 B 1" GL S0 C C NA 3 EJ HV 0015 M-02EJ01 A-5 2 B 1" GL S0 C C NA 3 EJ HV 0021 M-02EJ01 E-7 2 B 1" GL SO C ' C NA 3 EJ HV 0022 M-02EJ01 D-7 2 B 1" GL SO C C NA 3 EJ HV 0023 M-02EJ01 E-7 2 A -1" GL S0 C C AT RR V04 10 EJ HV 0023 M-02EJ01 E 1" GL NA 3 EJ HV 0024 M-02EJ01 D-6 2 A 1" GL SO C C- AT RR V04 10 EJ HV 0024 M-02EJ01 D-6 1" GL NA 3 EJ HV 0025 M-02EJ01 E-7 2 A 1" GL SO C C AT RR V04 10 EJ HV 0025 M-02EJ01 E-7 1" GL NA 3 2J HV 0026 M-02EJ01 D-6 2 A 1" GL S0 C C AT RR V04 10 EJ HV 0026 M-02EJ01 D-6 1" GL NA 3 EJ HV 8701A M-02EJ01 F-8 1 A 12" GA M0 C C AT CS V05 7 EJ HV 8701A M-02EJ01 F-8 1 A 12" GA M0 C C BT CS 105 EJ-3 5,6 EJ HV B701A M-02EJ01 F-8 1 A 12" GA M0 C C PIT RR EJ HV 8701B M-02EJ01 E-8 1 A 12" GA M0 C C AT CE V05 7 EJ HV 8701B M-02EJ01 B-8 1 A 12" GA M0 C C BT CS 105 EJ-3 5,6 EJ HV 8701B M-02EJ01 B-8 1 A 12" GA M0 C C PIT RR
~
EJ H"-8716A M-02EJ01 E-4 2 B 10" GA M0 O C/0 BT CS 15 EJ-7 6,5 EJ HV 8716A M-02EJ01 E-4 2 B 10" GA M0 0 C/0 PIT RR I EJ'HV 8716B M-02EJ01 D-4 2 B 10" GA M0 O C/0 BT CS 15 EJ-7 '2,5 l
m Page 28 Rev. 11-
-INSERVICE TESTING PROGRAM SY VLV-NUMBER ' *-P+ID
- CRD I CAT
- SIZE TYT AT POS DIR TST TM MAX *R/R
- NOTES
- EJ HV 8716B M-02EJ01 D-4 2 B 10" GA M0 O C/0 PIT RR EJ HV 8804A .M-02EJ01 0-4 2 B 8"' GA M0 C 0 BT CS 15 EJ-4 6.5
.. EJ HV-8804A M-02EJ01 G-4 2 B 8" GA .MO C 0 PIT RR EJ HV 8804B M-02EJ01 A-4 2. B 8" GA M0 C 0 BT CS 15 EJ-4 6,5 EJ HV 8804B- M-02EJ01 A-4 2 B 8"' GA M0 0 0 PIT RR EJ HV-8809A M-02EJ01 G-3 2 B 10" GA M0 O C BT CS 15 EJ-5 6,5 EJ HV 8809A M-02EJ01 G-3 2 B 10" GA M0 O C PIT RR EJ HV 8809B M-02EJ01'C-3 2 B 10" GA M0 O C BT CS 15 EJ-5 6.5 EJ HV 8809B M-02EJ01 C-3 2 B 10" GA MO O C PIT RR =
EJ HV 8811A M-02EJ01 E-7 2 B 14" GA 'Ito C O/C BT. CS 18 EJ-6 6,5 EJ HV 8811A M-02EJ01 E-7 2 B 14" G A . M0 0 0/C PIT RR [ EJ HV 8811B .M-02EJ01 D-7.2 B 14" GA- M0 C O/C BT CS 18 EJ 6,5 EJ HV 8811B M-02EJ01 D-7 2 B 14" GA M0 C O/C PIT RR EJ HV'8840 M-02EJ01 E-3'2 B 10" GA M0 C 0 BT CS 15 EJ-5 6.5-EJ HV 8840 M-02EJ01 E-3.2 B 10" GA M0 C 0 PIT RR EJ V 0084 M-02EJ01 H-5 3 C ~I.5" RV SA C 0 .RVT RR '2 EJ V 0085- M-02EJ01 E-5-3 C 1.5" RV SA C 0 RVT RR 2 EJ V 0156 M-02EJ01 G-5 3 C .75" RV SA C 0 RVT RR. 2 EJ V 0157 M-02EJ01 D-6 3 C .75" RV SA C 0 RVT RR 2 I 1 m
Page 29 Rev. 11 INSERVICE TESTINJ PROGRAM SY VLV-NUMBER *-P+1D
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R eNOTES *
, EM 8922A M-02EM01 E-5 2 C 4" CK SA C 0 CVT RR EM-1 5 EM 8922B M-02EM01 D-5 2 C 4" CK SA C 0 CVT RR EM-1 5 EM 8926A M-02EM01.E-7 2 C 8" CK SA C 0 CVP OP EM-5 EM 8926A M-02EM01 E-7 2 C 8" CK SA C 0 CVT RR EM-5 EM 8926B M-02EM01 D-7 2 C 8" CK SA C 0 CVP OP EM-5 EM 8926B M-02EM01 D-7 2 C 8" CK SA C 0- CVT RR EM-5 EM HV 8802A- M-02EM01 E-4 2 B -4" GA M0 0 0 BT CS 10 EM-6 6,5 EM HV 8802A M-OLEM01 E-4 2 B 4" -GA M0 ' C 0- PIT RR EM HV 8802B M-02EM01 D-4 2 B 4" GA M0 C 0 BT CS 10 EM-6 5,6 s-iM HV 8802B ~M-02EM01 D-4 2 B' 4" GA M0 C 0 PIT RR EM HV 0807A M-02EM01 G-7 2 B 6" GA M0 C 0 BT OP 15 6 EM HV 8807A M-02EM01 G-7 2 B 6" GA M0 0 0 PIT RR EM HV 8807B M-02EM01 F-7 2 B 6" GA M0 C 0 BT OP 15 6 EM HV 8807B M-02EM01 F-7 2 B. 6" GA MO C 0 PIT RR EM HV 8814A M-02EM01 B-6 2 B 1.5" GL M0 O C BT OP 10 6 EM HV 8814A M-02EM01 B-6 2 B 1.5" GL M0 O C PIT RR EM HV 8814B M-02EM01 B-5 2 B 1.5" CL MG 0 C BT OP 10 6 EM HV 8814B M-02EM01 B-5 2 B 1.5" GL M0 O C PIT RR EM HV 8821A M-02EM01 E-4 2 B 4" GA MO O C BT OP 15 6-EM HV 8821A M-02EM01 E-4 2 B 4" GA M0 O C PIT RR EM HV 8821B M-02EM01 D-4 2 B 4" GA M0 O C- BT OP 15 6 EM HV 8821B M-02EM0i D-4 2 B 4" GA MO O C PIT RR EM HV.8823 M-02EM01 C-4 2 B e75" CL A0 C C BT OP 10 EM HV 8823 M-02EM01 C-4 2 B 475" GL A0 C C FST OP EM HV 8823 M-02EM01 C-4 2 B .75" GL A0 C C PIT RR
_EM HV 8824 M-02EM01 D-3 2 B .75" GL A0 C C BT OP 10
~ E}i HV 8824 M-02EM01 D-3 2- B .75" GL A0 C C FST OP EM HV 8824 M-02EM01 D-3 2 B- .75" GL A0 C C PIT RR EM HV 8835- M-02EM01 B-4 2 B 4" GA MO O C BT CS 10 EM-7 6,5 EM HV 8835 M-02EM01 B-4 2 B 4" GA M0 O C PIT RR EM HV 8871 M-02EM01 G-5 2 A 77- t C C AT RR V04 10 EM HV 8871 M-02EM01 G-5 2 A .75" . ,c C BT OP 5 EM HV 8871 M-02EM01 G-5 2 A .75" GL .0 C C FST OP EM HV 8871 M-02EM01 G-5 2 A .75" GL A0 C C PIT RR EM HV 8881 M-02EM01 G-4 2 B .75" GL A0 C C BT OP 10 EM HV 8881 M-02EM01 G-4 2 -B .75" GL A0 C- C FST OP EM HV 8881 M-02EM01 G-4 2 B .75" GL A0 C C PIT RR EM HV 8888 M-02EM01 F-6 2 A 1" GL A0 C C AT RR V04 10 EM HV 8888 M-02EM01 F-6 2 A 1" GL A0 C C BT OP 10 EM HV 8888 M-02EM01 F-6 2 A 1" GL A0 C C FST OP EM HV 8888 M-02EM01 F-6 2 A 1" GL A0 C C PIT RR EM HV 8889A M-02EM01 G-2 1 B .75" GL A0 C C NA 3 EM HV 8889B M-02EM01 G-3 1 B .75" GL A0 C C NA 3 EM llV 8889C M-02EM01 0-2 1 B .75" GL A0 C C NA 3 EM HV 8889D M-02EM01 G-2 1 B .75" GL A0 C C NA 3 EM HV 8923A M-02EM01 E-7 2 B 6" GA M0 O O NA 3 EM HT 8923B M-02EM01 D-7 2 B 6" GA MO 0- 0 NA 3 EM RV 8924 M-02EM01 G-8 2 B 6" GA M0 O O NA 3.
EM UV 8964 M-02EM01 G-6 2 A .75" GL A0 C C AT RR V04 10 EM kV 8964 M-02EM01 G-6 2 A .75" GL A0 C C BT OP 5 Ed HV'8964 M-02EM01 G-6 2 A .75" GL A0 C C FST OP EM HV 8964 H-02EM01 G-6 2 A .75" GL A0 C C PITTdt EM V 0001 M-02EM01 F-3 1 A,C 2" CK SA C 0/C AT CS V05 7 EM V 0001 M-02EM01 F-3 1 A,C 2" CK SA C O/C CVT RR EM-2,V07 5 )
,_ y 7
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,- Rev.-111 ;
INSEP.VICE. TESTING' PROGRAM
..x- .A 1
.i SY VLV-NUMBER *-P+ID
- CRD~I CAT
- SIZE TYP'AT POS DIR TST TH MAXT *R/R *NOTTs *- Ji EM V 0002 M-02EM01 E-3~1 'A.C. 2" CK-' SA C O/C::AT CS V05 7 !
.EM V --0002 M-02EM01 E-3 1 -A C 2" - CK SA.C' 0/C'CVT RRL \ EM-2,V07 SL i.
EM V 0003- M-02EM01 D-3 1 AC 2" CK SA C 'O/C AT CS' V05 7 M EM V 0003 .M-02EM01 D-3 1 ~A C '2" CK SA C. 0/C CVT RR EM-2,V07 5 4 iEM V 0004- M-02EM01 C-3 1 A,C 2" 'CK SA-Cs - 0/C A"; ~CS V05- 7 , EM V 0004 M-02EM01 C-3 ". A C: 2" CK' SA C- 0/C CVT RR: EM-2,V07 5 EM V~ 0005 M-02EM01 A-6 2 C .I'.5" CK. SA C 01 CVT OP; EM V- 0006 M-02EMO h F-6 : 2 A,C:^" 1- CK 9A' C (- AT-oRR. V04- 9,10 .
~'
EM V. 0007 'M-02EM01~A-5-2 C 1.5"' CY. 6A C 0 CVT OP EHLV .0188: M-02EM01.D-6 3 C- '
.75" RV SA C 'O RVT RR 2
-3 EM V 0189 M-02EM01 F-6 3' C .75" RV- SA C 0, RVT RR 2' ,
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+
Rev. 11 INSERVICE TESTING PROGRAM
, SY-VLV-NUMBER *-P+ID
- CRD I CAT
- SIZE TYFiAT POS DIR TST TM MAX *R/R.,
- NOTES *
\ EM 8815 M-02EM02 D-3 1 A,0 3" CK SA C O/C AT CS VOS 7 EM .8815 M-02EM02 D-3 1 A,C 3" CK SA C 0/C CVT RR EM-3 5 EM 8852 M-02EM02 E-5 3 C .75" RV SA C O' RVT RR- 2 EM HV 8801A M-02EM02 D-4 2 B -4" GA M0 C 0 BT OP 10 6 EM HV 8801A M-02EM02 D-4 2 B 4" GA M0 C 0 ' PIT RR EM HV 8801B M-02EM02 D-4 2 B 4" GA M0 C .0 BT OP 10 ,6 EM HV 8801B M-02EM02 D-4 2 B 4" GA M0 C 0- PIT RR EM HV 8803A 'M-02EML2 C-7 2 B 4" GA M0 C -0 BT OP 10 6' ,
EM HV 8303A M-02EM02 C-7 2 B 4" GA M0 C 0 PIT RR EM HV b803B M-02EM02 A-7 2 B 4" GA M0 C 0- BT OP 10 6 EM HV 8803B M-02EM02 A-7 2 B 4" GA M0 C 0 PIT RR
'=EM HV 8837A M-02EM02 C-7 2 B 1" GL S0 C 0 BT = OP 10 EM HV 8837A M-02EM02 C-7 2 B ~1" GL - S0 C 0 FST OP ,
o EM HV 8837A M-02EM02 C-7 2 B 1" GL SO C -0 PIT RR 13 EM HV 8837B M-02EM02 B-7 2 B 1" GL S0 C 0 BT OP 10
\ EM'HV 8837B M-02EM02 B-7 2 B 1" CL SO C. O FST OP EM HV 8837B M-02EM02 B-7 2 B 1" GL SO'C 0 PIT RR 13 EM HV S843 M-02EM02 C-4 2 B .75" GL A0 C C BT - OP 10 .
'M HV 8843 M-02EM02 C-4 2 B. .75" GL A0 C C FST OP EM HV.8843 K,02EM02 C-4 2 ' B. . 75" GL . A0 C ,C PIT RR EM HV 8870A M-02EM02 E-5 2 B 1" GL A0 0 C NA-EM HV 8870B M-02EM02 E'-5 2 B 1" GL A0 0 C NA EM HV 8882 M-02EM02 C-3 2 B .75" GL A0 C C HA 3 EM HV 8883 M-02EM02 D-6 2 B 1" GL A0 0 C LNA EM V 0014 M-02EM02 E-6 2 C 1" CK SA C C NA 12 EM V 0017 M-02EM02 D-6 2 C 1" CK SA C C NA 12 EM V 0240 M-02EM02 C-7 2 C 1" CE SA C 0 CVT RR EM-3 5 EM V 0241 M-02EM02 B-7 2 C 1" CK' SA C 0 CVT RR EM-3 5 i
0
Page 32 Rev, 11 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+ID
- CL ,
CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R
- NOTES
- EP 8818A M-02EP01 G-3 1 A,C 6" CK SA C 0/C AT CS V05 7 EP 8818A M-02EP01 G-3 1 AC 6" CK SA C O/C CVT CS EP-1,V07 5 EP 8818B h-02EP01 F-3 1 A,C 6" CK SA C 0/C AT CS V05 7 EP 8818B M-02EP01 F-3 1 A,C 6" CK SA C O/C CVT CS EP-1,V07 5 EP 8818C M-02EP01 D-3 1 AC 6" CK SA C O/C AT CS VOS 7 EP 8818C M-02EP01 D-3 1 A,C 6" CK SA C O/C CVT CS EP .1,V07 5 EP 8818D M-02EP01 C-3 1 A,C 6" CK SA C 0/C AT CS V05 7 EP 8818D M-02EP01 C-3 1 A,C 6" CK SA C O/C CVT CS EP-1,V07 5 EP 8855A M-02EP01 H-7 2 C 1" RV SA C 0 RVT 2 EP 8855B M-02EP01 F-7 2 C 1" RV SA C 0 RVT 2 EP 8855C M-02EPOl D ' 2 C 1" RV SAC 0 RVT 2 EP 8855D M-02EP01 C-7 2 C 1" RV SA C 0 RVT 2 EP 8956A M-02EP01 G-4 1 A,C 10" CK SA C 0 AT CS V05 7 EP 8956A M-02EP01 G-4 1 A,C 10" CK SA C 0 CVT RR EP-2 5 EP 8956B M-02EP01 E-4 1 A,C 10" CK SA C 0 AT CS V05 7 EP 8956B M-02EP01 E-4 1 A,C 10" CK SA C 0 CVT RR EP-2 5 EP 8956C M-02EP01 C-4 1 A,C 10" CK SA C 0 AT CS VOS 7 EP 8956C M-02EP01 C-4 1 A,C 10" CK SA C 0 CVT RR EP-2 5 EP 8956D M-02EP01 B-4 1 A,C 10" CK SA C 0 l' CS V05 7-EP 8956D M-02EP01 B-4 1 A,C 10" CK SA C 0 CVT RR EP-2 5 EP HV 8808A M-02EP01 G-5 2 B 10" GA M0 O O BT CS 15 EP-5 5,6 EP HV 8808A M-02EP01 G-5 2 B 10" GA MO O O PIT RR EP HV 8808B M-02EP01 E-5 2 B 10" GA M0 O O NA 1,3 EP RV 8808C M-02EP01 C-5 2 B 10" GA M0 O O NA 1,3 EP HV 8808D M-02EP01 B-5 2 B 10" GA M0 O O BT CS 15 EP-5 5,6 EP HV 8808D M-02EP01 B-5 2 B 10" GA M0 O O PIT RR EP HV 8875A M-02EP01 H-6 2 B 1" GL A0 C C MA 3 EP HV 8875B M-02EP01 F-6 2 B 1" GL A0 C C NA 3 EP HV 8875C M-02EP01 D-6 2 B 1" GL A0 C C NA 3 EP HV 8875D M-02EP01 C-6 2 B 1" GL A0 C C NA 3 EP HV 8877A M-02EP01 F-4 2 B .75" GL A0 C C Nn 3 EP HV 8877B M-02EP01 E-4 2 B .75" GL A0 C ^
NA 3 EP HV 8877C M-02EP01 C-4 2 B .75" GL A0 C C NA 3 EP HV 8877D M-02EP01 A-4 2 B .75" GL A0 C C NA 3 EP HV 8878A M-02EP01 G-5 2 B 1" GL A0 C C NA 3 EP Ilv 8878B M-02EP01 E-5 2 B 1" GL A0 C C NA 3 EP EV 8878C M-02EP01 D-5 2 B 1" GL A0 C C NA 3 EF H7 8878D M-02.EP01 B-5 2 B 1" GL A0 C C NA 3 i EP HV 8879A M-02EP0i G-4 2 B .75" GL A0 C C NA 3 0 EP HV 8879B M-02E?01 E-4 2 B .75" GL A0 C C NA 3 EE HV 6679C M-0?EP01 D-4 2 B .75" GL A0 C C NA 3 i EP HV 8379D M-01EI01 C-2 2 B .75" GL A0 C C NA 3 EP HV 8800 M-02EP01 A-4 2 A 1" GL A0 C C AT RR V04 10 EP HV 888^ M-02EP01 A-4 2 A 1" GL A0 C C BT OP 10 l - T EP HV 88 s M-02EP01 A-4 2 A 1" GL A0 C C FST OP EP HV 8880 M-02EP01 A-4 2 A 1" GL /n C C PIT RR 1 EP HV 8950A M-02EP01 H-7 2 B 1" GL S0 C 0 BT CS 5 EP-4 5 EP HV 8950A M-02EP01 H-7 2 B 1" GL 60 C 0 FIT RR EP KV 8950B M-02EPO1 F-8 2 B 1" GL SO C 0 BT CS 5 EP-4 5 EP H7 8950B M-02EP01 F-8 2 B 1" GL S0 C 0 PIT RR EP HV 8950C M-12EP01 F-7 2 B 1" GL S0 C 0 BT CS 5 EP-4 5 EP H" 6950C M-02EP01 F-7 2 B 1" GL S0 C 0 PIT RR EP SV 8950D M-02EP01 0-8 2 B 1" GL SO C 0 BT CS 5 EP-4 5 EP HV 8950D M-02EP01 D-3 2 L 1" GL SO C 0 PIT RR :
Page'33 Rev, 11 INSERVICE TESTING PROCRAM SY VLV-NUMBER *-P+ID
- CRD I CAT
- SIZE TYP AT POS DIR TST TM MAX *R/R *FOTES
- EP HV 8950E M-02r.P01 D-7 2 B 1" GL SO C 0 BT CS 5 EP-4 5 EP HV 8950E M-02EP01 D-7 2 B 1" GL SO C 0 PIT RR EP HV 8950F M-02EP01 C-8 2 B 1" GL So C C BT CS 5 EP-4 5 EP HV 8950F M-02EP01 C-8 2 B 1" GL SO C 0 PIT RR EP V 0010 M-02EP01 G-3 1 AC 2" CK SA C O/C AT CS V05 7 EP V 0010 M-02EP01 0-3 1 A,C 2" CK SA C O/C CVT RR EP-3,V07 5 EP V 0020 M-02EP01 F-3 1 A,C 2" CK SA C 0/C AT CS V05 7 EP V 0020 M-02EP01 F-3 1 AC 2" CK SA C O/C CVT RR EP-3,V07 5 EP V 0030 M-02EPO) D-3 1 A,C 2" CK SA C O/C AT CS V05 7 EP V 0030 M-02EP01 D-3 1 AC 2" CK SA C O/C CVT RR EP-3,V07 5 EP V 0040 M-02EP01 C-3 1 A,C 2" CK SA C O/C AT CS V05 7 EP V 0040 M-02EP01 C-3 1 A,C 2" CK SA C O/C CVT RR EP-3,V07 5 EP V 0046 M-02EP01 A-5 2 A,0 1" CK SA C C AT RR V04 9,10
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Page 38 Rev. 11 INSERVICE TESTING PROGRAM SY VLV-NUMBER *-P+1D
- CRD I CAT
- SIZE TYP-AT POS DIR TST TM MAX *R/R
- NOTES
- HB HV 7126 M-02HB01 G-6 2 A .75" DI A0 0 C AT RR V04 10 J HB HV 7126 M-02HB01 G-6 2 A .75" DI A0 0 C BT OP 5 HB HV 7126 M-02HB01 G-6 2 A .75" DI A0 0 C FST OP HB HV 7126 M-0:HB01 G-6 2' A .75" DI. A0 0 C PIT RR ,
HB HV 7136 M-02HB01 F-3 2 A 3" DI A0 0 C AT RR V04 10. l H" HV 7136 M-02HB01 F-3 2 A 3" DI- A0 0 C BT OP 10 l H? HV 7136 M-02HB01 F-3 2 A 3" DI A0 0 C FST OP < HB HV 7136 M-02HB01 F-3 2 A 3" DI A0 0 C PIT RR ! HB HV 7150 M-02HB01 G-5 2 A .75" DI A0 0 AT RR V04 10 HB HV 7150 . M-02HB01 G-5 2 A .75" DI A0 0 C BTJ - OP 5 f HB HV 7150 M-02HB01 G-5 2 A .75" DI A0 0 C' FST OP HB'HV 7150 M-02HB01 G-5 2 A .75" DI A0 0 C PIT RR i HB HV 7176 M-02HB01 F-3 2 A 3" DI A0 0 C AT RR V04 10 HB HV T176 M-02HB01 F-3 2 A' 3" DI A0 0 C BT OP 10 HB HV 7176 M-02HB01 F-3 2 A 3" DI A0 0 C FST OP HB HV 7176 M-02HB01 F-3 2 A- 3" DI -A0 0 C ! PIT RR HB V 0036 M-02HB01 C-3 3 C .75" RV ~ f. A C 0' RVT RR 2 9 l
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' INSERVICE TESTING PROGRAM-
- *NOTES *.
' SY VLV-NUMBER - *-P+ID
- CRD I ' CAT
- SIZE TYP AT POS DIR TST 'IM MAX *R/R
- ;t LF HV'0105f- M-02LF03-C-3 2 B' 6"- GA 'MO O C BTi OP 30' 6 i LF HV 0105-- M-02LF03 C-3 2 ~B; 6" GA MO O C- PIT RR- -l
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}a v: , Rev. 11 l i 1 1 i RELIEF REQUEST #V04 ~j
' VALVE: All Containment Isolation Valves
. CATEGORY:.'A CLASS: 2 FUNCTION: Provides containment isolation.
TEST. REQUIREMENT: Perform valve leak' rate test per section IWV-3421- I through 3425, and 3427 ' BASIS FOR RELIEF: 10 CFR~50, Appendix:J, Primary Reactor Containment j Leakage Testing for Water-Cooled Power Reactors, : provides leakage test requirements-for containment j isolation valves. Technical' Specifications provide ACTION statements to be' adhered to in the event of F test failure. j ALTERNATE TESTING: Valve leak rate testing-for containment isolation valves will be performed'to the leak test require-ments of 10 CFR 50, Appendix J,:and Technical -p Specifications. This-includes requirements for i test frequency, differential test pressure, seat leakage measurement, and test medium. I l J 1 1 4 I
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I k Rev. 11 RELIEF REQUEST #V07
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VALVES: BB-V-0001, 0022, 0040, 0059 BB-8949A, B, C, D ' EJ-8841A, B EM-V-0001, 0002, 0003, 0004 EP-V-0010, 0020, 0030, 0040 E!'-8818A, B, C, D CATEGORY: ;A CLASS: 1 j FUNCTION:. These valves open to provide cooling _or recirculation flow from q- the Emergency Core Cooling System. i TEST REQUIREMENTS: Measure flow through each individual valve to ensure it- .! passes accident level flows. l S EASIS FOR RELIEF: As described in Generic Letter 89-04, an. acceptable method for varifying a check valve's full' stroke to-the open position is to pass accident condition flow:through , the valve. However, knowledge of only the total' flow through multiple parallel lines does not provide verifi-cation of flow rates:through the individual valves and consequently does not represent a: valid-full stroke exercise. Callaway currently has several configurations where total 1 flow to multiple leg ECCS injection lines, containing the subject check valves which require full open position indication verification, is measured. However, the individual leg flowrates are not measured. h j
-It is impractical to measure the individual-leg flowrates for several' reasons. First, no permanently' installed 4 flow measuring instrumentation exists'for-these systems.
Consequently, temporary instrumentation would need to be 'i installed. This-would require considerable time and [ incur unnecessary radiation exposure. Furthermore, a high likelihood of personnel contamination exists since a
. system breach is required for flow indicator installa- I tion. Another problem of measering flow:through a number t of injection legs is the lack of adequate pressure reduction flow measuring devices. The Residual Heat Removt: System does not have flow elements,'but instead uses a flow orifice in each leg to prevent system pump run-out. =
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While a full flow test is possible in the aforementioned l ECCS injection lines, measuring the flowrate in each ' niividual injection line is impractical. An alternate method of proving these-check valves full open is pro- l posed using acoustic monitoring techniques..
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The proposed alternative involves use of Liberty Technol-ogy Center's "Quickcheck" system. The acoustic. monitor-
.ing technique will be used when total header flow is' established at accident condition levels. In' addit 1on, this test instrumentation will be used to detect check-valve degradation when full open testing is performed.
The objective of inservice testing to detect component degradation is therefore fulfilled from two standpoints. A program verifying this equipment's, capability was . conducted by the Wuclear Industry Check Valve Group (NIC) -! at the Utah State University flow test loop as witnessed-by various representative from-the Nuclear Reactor. Regulators. Extensive verification testing was performed l on various valves to verify the test equipment could indicate full open/ closed position and detect internal- . ; valve degradation. Tlie -acoustic' monitoring equipment ' consists of acceler-ometer field sensors and a. portable data acquisition unit used in conjunction with computer. based data analysis , software. The data acquisition equipment = will be cali-brated on an 18-month frequency-to meet National Bureau of Standards criteria. This frequency is chosen to parallel the 18-month refueling outage schedule. ALTERNATE TESTING: Use Acoustic monitoring equipment to verify check valve moves to the full open position by determining tnat the valve strikes its backseat. _ __ _ . . . . , _ . . . - . . . . . . . - - - - . . . . . -,..r m
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Rev. 11 RELIEF REQUEST bB-#11 VALVES: BB-V122. 152, 182, 212 1 CATEGORY: C CLASS: 3 j FUNCTION: Close on reverse flow to isolate flow during Reactor Cholant Pump a Thermal Barrier Cooling Coil rupture accident. ;
-i TEST-REQUIREMENTS: Exercise valve to the position required to fulfill its I function-every 3 months. i >
BASIS FOR RELIEF:' Testing these check valves-in the safety-related closed direction dictates isolating cooling water to the Reactor Coolant Pumps' (RCP) Thermal Barrier Cooling Coils and , Motor Coolers. This. function is required when_the RCP's ! are operating. Loss of' RCP seal injection without : ' Thermal Barrier Cooling would cause catastrophic RCP seal __! failure and a subsequent Small Break Loss of Coolant' i Accident. Loss of RCP motor cooling-would result in- l catastrophic motor. failure which vould cause a loss of ! forced RCS flow. The cooling water to the RCP's is
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i provided by a common header. .therefore testing cannot be i performed until all four RCP's,are off..which does not ! occur except during reactor refueling outages. ALTERNATE TESTING: Valves will be exercised to their safety related closed position during reactor refueling outages, j l,
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REV. 7 i RELIEF REQUEST #BM 1 COLD SHUTDOWN JUSTIFICATION j VALVE: - BM-HV-1, 2, 3, 4 CATEGORY: B I CLASS: 2 FUNCTION: Isolates steam generator blowdown upon steam gener tor blow-down and sample isolation signal. TEST REQUIREENT: Exercise valve (full stroke) to the osition required , to fulfill its_ function, stroke ti , and verify fail ' safe actuation every three months BASIS FOR RELIEF: Failure of one of the valves i the closed position during testing would inhibit ormal blowdown and possibly cause unit shutdow due to exceeding chem-istry limits. ALTERNATE TESTING: Valve will be exercise (full stroke) to the position required to fulfill s function, stroke timed,, and fail safe actuation erified during cold shutdown. 4 (v 9V
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Rev. 11 RELIEF REQUEST EP-5 COLD SHUTDOWN-JUSTIFICATION
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VALVE: -EP-HV-8808A, D-CATEGORY: B CLASS: 2 FUNCTION: Valves are provided to isolate the accumulator tanks during certain-emergency cold shutdown conditions. TEST REQUIREMENT: Exercise valve to the position. required to fulfill'its function-every three months, i BASIS FOR RELIEF: Stroking the valve closed during power operation would render an accumulator-inoperable. Technical ~Specifica-tions only allow one hour in this condition prior too commencing unit shutdown. This may not be adequate time I to test and restore the accumulator. Additionally, if one valve were to fail, insufficient time is allowed'for repair and therefore the plant would be required to shut i down. ALTERNATE TESTING: Valves will be: exercised and stroke timed at cold shutdown. q v . '! I J l
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