ML20084J288
| ML20084J288 | |
| Person / Time | |
|---|---|
| Site: | Vogtle  |
| Issue date: | 04/19/1984 |
| From: | GEORGIA POWER CO. |
| To: | |
| Shared Package | |
| ML20084J278 | List: |
| References | |
| ISI-P-012, ISI-P-12, NUDOCS 8405090065 | |
| Download: ML20084J288 (72) | |
Text
. - _
- SOUTHERN COMPANY SERVICES MECHANICAL DESIGN INSERVICE INSPECTION GROUP l
FOR GEORGIA POWER COMPANY ISI-P-012 PRESERVICE TEST PROGRAM VOGTLE ELECTRIC GENERATING PLANT UNIT 2 1
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SCS GPC SUPT REV DATE DESCRIPTION PREP'D ,REV'D DEPT REV'D PLANT PLANT BV BY MGR BY ENG MGR AIPk 0 4/19/84 Issued for PST g g I
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O DISTRIBUTION LIST V
MANUAL HOLDER NUMBER F. Tehranchi 1 J. M. Hire 2 3
R. L. Beck 4 W. Stockli 5 J. A. Caudill 6 G. Bockhold, Jr. 7 W. F. Kitchens 8 H. E. Varnadoe 9 K. Seil 10 R. T. Oedamer 11 J. A. Bailey 12 J. A. Edwards 13 C. S. Schinasi 14 W. F. Sanders 15 E. D. Groover 16 R. C. Case 17 B. R. Quick / Document Control 18 W. P. Wagner / Quality Control 19 A. J. Caudill/ Hartford Steam Boiler 20 O
4 0
012 REV O
PRESERVICE TEST PROGRAM VOGTLE ELECTRIC GENERATING PLANT UNIT 2 i Table of Contents Section Page Introduction.......................................... 1-1 Pumps................................................. 2-1 Valves................................................ 3-1 012 REV O
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1.0 INTRODUCTION
This document details the scope of preservice testing for the Vogtle Electric Generating Plant (VEGP) - Unit 2 and includes the following points of interest:
i j e Schedule of testing, i
j e Identification of all pumps and valves to be tested.
L e A brief description of each pump aid valve function.
I 1.1 General
- The American-Society of Mechanical Engineers (ASME) Boiler and i Pressure Vessel Code,Section XI, Division 1, 1980 Edition -
4 through Winter 1980 Addenda is used voluntarily for preservice testing (PST). The actual edition applicable to PST is the 1971
- Edition through Winter 1972 Addenda. It is intended that the same code edition and addenda be applicable to both preservice and the first interval of inservice testing. Since the inservice testing program shall comply with the latest approved edition and addenda of Section XI of the code, which is in i effect 12 months prior to operating license issue date, the contents of this document are subject to change (with approval) during the course of preservice testing.
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1.2 Responsibility
] .
Georgia Power Company (GPC) bears the overall responsibility for the performance of the preservice tests. ~
j 1.3 Records i
' Records and documentation of all information and testing results, which provide the basis for evaluation and which '
facilitate comparison with results from subsequent tests will be
, available for the active life of the plant. The baseline data-
! may_ require reevaluation and changes during the service life of j components.
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i 2.0 PUMPS -
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- 2.1 Preservice Testing of Pumps
! The following Pump Test List describes the preservice testing of j pumps subject to the requirements of Subsection IWP of the ASME i
Code,Section XI, 1980 Edition through Winter 1980 Addenda. The Pump Test List provides identification of the pumps to be tested, inservice inspection (ISI) class, reference drawings, and the required tests. The legends before the Pump Teat List
- describe the alpha coding used in the list.
4 i Relief from the testing requirements of Section XI is requested l where full compliance with the requirements of the code is not practical. In such cases the Pump Test List refers to a
! specific relief request number for the appropriate pump. The
! relief request provides specific information which identifies
- the applicable code requirements, the justification for the
. relief request, and the testing to be used as an alternate.
1 4
I 2
2.2 Schedule
- As much as practical, the baseline data shall be obtained prior
) to the hot functional test (i.e., during preoperational
- testing). 'The results of the first inservice tests shall be used in cases where the baseline data was not obtained prior to that time.
4 j 2.3 Pump System Description j
i 2.3.1 Nuclear Service Cooling Water - System No. 1202 i The nuclear service cooling water (NSCW) system is a j train-oriented system supplying coolant to safety-related a
components. The system contains six nuclear service pumps and two transfer pumps that supply two independent trains. Each l train has three nuclear service pumps located in one tower basin and one transfer pump located in the other tower basin.
During
! normal plant operation, one' safety-related train is in service j with two nuclear service pumps in operation and one as standby.
I i
! 2.3.2 Component Cooling Water - System No. 1203 i
i The component cooling water (CCW) system, a closed cooling water
! system, transfers heat to the service water system from
! components which process radioactive fluid. The system is j
designed to function during all modes of plant operation, i including heat removal following a loss-of-coolant accident
[i (LOCA). Portions of the CCW system which are required-for post-accident heat removal are redundant separate headers, and l'
j-2-1 012 REV O )
redundant pumps and heat exchangers are provided so that a O'
single failure will not preclude the supply of sufficient cooling water to the engineered safeguards.
1 2.3.3 Safety Injection - System No. 1204 The safety injection system pumps deliver water from the refueling water storags tank (RWST) after the reactor coolant system (RCS) pressure is reduced below their shutoff head. $
A minimum flow bypass line is provided on each pump discharge to recirculate flow to the RWST in the event the pumps are started with the normal flow path blocked. This line also permits pump testing during normal operation.
2.3.4 Residual Heat Removal - System No. 1205 1 The residual heat removal (RHR) system transfers heat from the RCS to the CCW system to reduce the temperature of the reactor coolant to the cold shutdown temperature at a controlled rate during the second part of normal plant cooldown and to maintain i this temperature until the plant is started up again.
As a secondary function, the RHR system also serves as part of the emergency core cooling system during the injection and O recirculation phases of a LOCA. The RHR system also may be used to transfer refueling water between the RWST and the refueling cavity before and after refueling operations.
2.3.5 Containment Spray - System No. 1206 The containment spray (CS) system consists of two pumps, spray i ring headers and nozzles, valves, and connected piping.
Initially, water from the RWST is used for the containment spray 1 followed by water recirculation from the containment sumps. '
The primary functions of the CS system are to reduce the containment internal pressure and the quantity of airborne i fission products in the containment atmosphere subsequent to a i LOCA. t Each train contains one containment spray pump; each is maintained in a standby condition during normal plant operation. I 1
2.3.6 Chemical and Volume Control - System No. 1208 The chemical and volume control system (CVCS) is designed to !
provide the following functions: l 2-2 012 REV O
[) A. Fill the RCS.
V B. Provide a source of high-pressure water for pressurizing the RCS when cold.
s C. Maintain the water level in the pressurizer when the RCS is hot.
I D. Reduce the concentration of corrosion and fission products in the reactor coolant. ,
E. Adjust the boric acid concentration of the reactor coolant for chemical shim control.
2.3.7 Auxiliary Feedwater - System No. 1302 The auxiliary feedwater (AFW) system provides feedwater for the removal of sensible and decay heat and cools the primary system to 350*F in case the main steam generator feedwater is not available.
The AFW system is provided with two motor-driven pumps and one turbine-driven pump. The pumps are normally hydraulically aligned to the condensate storage tank, but they are capable of
/'
being supplied from the service water r.ystem following loss of the primary source. During normal power operations, the AFW
(_) system is not required to operate and is maintained in a standby condition. All manual- and power-operated valves in the normal flowpath remain open during standby conditions.
Check valves located in the injection lines isolate the system from the steam generators.
2.3.8 Safety-Related (EST) Chillers - System No. 1592 The safety-related (ESF) chilled water system is a train-oriented system which forms a closed cooling loop between the room coolers of the essential air cooling units for the auxiliary, fuel handling, and control buildings and the heat sink of the NSCW system.
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2-3 012 REV 0
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[ } LEGEND FOR PUMP PARAMETERS f I
l' Pi - Inlet pressure (psig)
Po - Outlet pressure (psig)
AP - Differential pressure AP = Po-Pi (psi)
Q - Flowrate (gal / min) :
V - Vibration amplitude (mil) :
Tb - Bearing temperature (*F) '
LL - Lubricant level or pressure L N - Speed (rpm) i l [
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X - Parameter to be measured during preservice testing l
j N/A - Not applicable (
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s L Utv VEGP Unit No. 2 Pump Test List System: Auxi a l'a ry reedwater - System No. 1302 Sheet 1 of1 Reference Drawings Measured Parameters , Pump ISI Protect Test NAP Pi Po OP Q V LL N I5 g Notes f.D. Number Class Class P&lD/ Sheet Co. gong Descriptions Tb Number ordinates 151 D. pseg psig pse 9'kmen mel F- NA rpm E 2-1302-P4-001 3 313 2X408161-2 F-6 273 AfW Pumps X X X X X X X X
..,. 2-1302-P4-002 3 313 2X4DB161-2 0-6 274 AfW Pumps X X X X X X X N/A i 2-1302-P4-003 3 313 2X4DB161-2 B-6 275 AFW Pumps X X X X X X X N/A t
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~ h VEGP Unit No. 2 Pump Test List System; Safety-Related (ESF) Chiilers - System No. 1592 g 1 ogi Reference Drawings Measured Parameters f Pump ISI Project Test Pump g g, l.D. Number Class Class P&lD/ Sheet Co- Mcnptions Pi Po & Q V Tb LL N Notes toop Number wdsnates ISI-D- psig mig pse 9m an mal F NA' rpm E 2-1592-P7-001 3 313 2X4DB221 F-5 276 ESF Chilled Water Pump X X X X X X X N/A 2-1592-P7-002 3 313 2X4DB221 C-5 277 ESF Chilled Water Pump X X X X X X X N/A i t I i I N I 1 Y N 4 i e 4 O
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() 3.0 VALVES 3.1 Preservice Testing of Valves The following Valve Test List describes the preservice testing of valves subject to the requirements of Subsection IWV of the ASME Code, Section XI, 1980 Edition with Addenda through Winter 1980. The Valve Test List provides the identification of the valves to be tested, ISI class, valve categories, type, size, and actuator. The normal position, fail position, safety position, active or passive function, and test requirements are also given. The legends before the Valve Test List describe the alpha coding used in the list. Relief from the testing requirements of Section XI is requested where full compliance with the requirements of the code is not practical. In such cases the Valve Test List refers to a specific relief request number for the appropriate valves. The relief request provides specific information which identifies the applicable code requirements, justification for the relief I request, and testing to be used as an alternate. Each valve, after installation and prior to service, should be tested as required by this section. These tests shall be conducted under conditions similar to those to be experienced
, O during subsequent inservice tests. Safety and relief valves which will be removed and bench tested during subsequent inservice tests need not be installed prior to the preservice test. Preservice tests are not required for safety and relief valves.
Each valve will be tested during the scheduled time of the preoperational testing of each system. All baseline data should be taken and recorded no later than 4 months prior to the scheduled fuel load. 3.2 Valve Description i l A brief description of each valve function is given in the Valve Test List. O 3-1 012 REV O
J (} LEGEND OF VALVE SYMBOLS l B - Butterfly Valve CK - Check Valve D - Diaphragm Valve GA - Gate Valve GL - Globe Valve
; SR - Safety or Pressure Relief Valve LEGEND OF VALVE ACTUATOR TYPE l AO - Air Operated j ES - Solenoid H - Hydraulic Operated M - Manual i MO - Motor Operated S - Self Actuating i
LEGEND OF VALVE POSITIONS: f NORMAL, FAIL, OR SAFETY AI - As Is C - Close 0 - Open N/A - Not Applicable i O/C - Open or Close 3 LC - Locked Closed LEGEND FOR FREQUENCY OF TEST j X - Parameter should be measured during preservice testing N/A - Not Applicable f ( t i
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1 LEGEND FOR VALVE CATEGORIES ( Category Description A - Valves for which seat leakage is limited to a specific maximum amount in the closed position of fulfillment of their function. B - Valves for which seat leakage in the closed position is inconsequential for fulfillment of their function. C - Valves which are self-actuating in response to some system characteristic. D - Valves which are actuated by an energy source capable of only one operation, such as rupture discs on ! explosive-actuated valves. Note: VEGP's design does not include such valves. AC - Valves which are both Category A and C. LEGEND FOR VALVE TESTS PIV - Position indication verification test ET - Exercise test of Category A and B valves ST - Stroke time test of Category A and B valves FSV - Fail-safe verification. test of Category A and B valves LT - Leak rate test of Category A valves SRV - Safety relief valve test CVET - Check valve exercise test O 3-3 012 REV O
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VEGP Unit No. 2 Valve Test List System: Reactor Coolant - System No. 1201 Sheet i of 3 j g Tests Nu r 3 d I g > b 3E $o o* A s _, y 8 dx e 8 %~ .5 E % Uw o o 38 3 F F m F E > , 9 au $Z u an m u >U ms > (> Za La M (U! a a w e 6 J m u EE Z HV 8000A 1 111 67 D-7 112 E-1 B 3.00 CA MO O Al O/C A X X X Pre ssu ri ze r Powe r Ro l le r Block Valve HV 80008 1 til 67 D-7 112 F-1 B 3.00 CA MO O Al O/C A X X X Pressurizer Power Roller Block Vasve HV 8028 N/A 212 100 D-6 112 C-2 A 3.00 D AO O C C A X X X X X Pressurizer 1 Roller Tank Wa ter I sola-tion - Pene-tration No. 63 W HV 8033 N/A 212 100 D-6 112 H-2 A 1.00 D A0 C C C P X Pressu ri ze r 1 [ Relier Tank Vent isola-tion - Pene-tration No. 62 HV 8047 N/A 212 100 D-6 112 H-3 A 1.00 D A0 C C C P X P res su rize r 1 Relier Tank Vent isola-tion - Pene-1 tra tion No. 62 HV 8095A 1 111 68 E-6 114 E-5 B 1.00 CL ES C C O/C A X X X X Reactor Hyd rogen Vent ) HV 80958 1 111 68 E-6 114 E-5 B 1.00 CL ES C C O/C A X X X X Reactor i Hyd rogen
- Vent HV 8096A 1 111 68 E-5 114 E-3 8 1.00 CL ES C C O/C A X X X X Reactor Hyd rogen j Vent HV 80968 1 111 68 E-5 114 E-5 B 1.00 CL ES C C O/C A X X X X Reactor
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Recircu-lation Line f rom Reactor Coolant Syster. (RCS) Loop 1 l HV 87018 1 til 57 F-2 122 C-2 A 12.00 CA M0 C Al O/C A X X X X RHR Recircu- 2 lation Line 4 From RCS Loop 1 W HV 8702A 1 111 57 C-3 122 D-2 A 12.00 CA MO C Al O/C A X X X X RHR Reci rcu- 2 1ation Line h From RCS Loop 4 HV 8702B 1 til 57 C-3 122 D-1 A 12.00 CA MC C AI 0/C A X X X X RHR Recircu- 2 lation Line From RCS Loop 4 J LV 0459 1 III 58 H-7 114 C-7 8 3.00 CL A0 0 C C A X X X X RCS Letdown I so la t ion LV 0460 1 111 58 H-7 114 G-7 B 3.00 CL A0 0 C C A X X X X RCS Letdown isolation PSV 8010A 1 111 57 E-7 112 G-7 C 6.00 SR S C N/A O/C A N/A Pres su rize r 3 Relier 4 PSV 8010B 1 111 57 E-6 112 C-6 C 6.00 SR S C N/A O/C A N/A Pres su ri ze r 3 Relier i PSV 8010C 1 III 57 E-5 112 G-6 C 6.00 SR S C N/A O/C A N/A Pressurizer 3 Roller PV 0455A 1 III 57 C-7 112 E-8 8 3.00 CL ES C C O/C A X X X X Pressu ri ze r Powe r Re l ie r o PV 0456A 1 til 57 0-7 112 F-8 8 3.00 CL ES C C O/C A X X X X Pre ssu r i ze r Power Roller N 33 m o
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4 0s I d VEGP Unit No. 2 Valve Test List System: Nuclear Service Cooling Wuor - System No. 1202 Sheet i of i j . j g Tests g D
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Ig j 8 , .38 r r m - e > 3. o e au Tz u am o u >u m- > <r za aa JE <u a sa w a w - e u ze z CV 9446 3 313 74 B-5 133 1 B-$ 3 2.00 CL ES O C C A X X X X Nuclea r Ser-vice Cooling Water (NSCW) Blowoown isolation CV 9447 3 313 75 B-6 133 2 B-$ B 2.00 CL ES O C C A X X X X NSCW Blowdown isolation U4 025 3 313 74 D-7 133 i C-8 C 18.00 CK S O N/A O/C A X NSCW Pump 4 Check U4 027 3 313 75 D-8 133 2 C-8 C 18.00 CK S O N/A O/C A X NSCW Pump w Check I
- U4 031 E-6 3 313 74 133 1 E-6 C 18.00 CK S O N/A O/C A X NSCW Pusp Check U4 033 3 313 75 E-6 133 2 E-6 C 18.00 CK S O N/A O/C A X NSCW Pump Check U4 035 3 313 74 D-5 133 1 C-4 C 18.00 CK S O N/A O/C A X NSCW Pump Check i U4 037 3 313 75 D-5 133 2 C-5 C 18.00 CK S O N/A O/C A. X NSCW Pump Check i
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O O O VEGP Unit No. 2 Valve Test List System: Component Cooling Water - System No. 1203 M 1 of 3
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% 2 F F m F E > WE o a au u aa a o >u ec > <r za$ == M <UI a a w a u a m u == z U4 030 3 313 82 C-4 136 H-4 C 14.00 CK S O N/A O/C A X Component Cooling Water (CCW) Pump Out Check U4 032 3 313 82 F-4 136 C-4 C 14.00 CK S O N/A O/C A X CCW Pump Out Check U4 034 3 313 82 E-4 136 F-4 C 14.00 CK S O N/A O/C A X CCW Pump Out Check U4 055 3 313 82 0-4 136 D-4 C 14.00 CK S O N/A O/C A X CCW Pump Out Check w
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- U4 057 3 313 82 136 C-4 C CK S O N/A O/C A X CCW Pump Out Check U4 059 3 313 82 8-4 136 B-4 C 14.00 CK S O N/A O/C A X CCW Pump Out Check i
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O O i O VEGP Unit No. 2 Valve Test List System: Sarety injection - System No. 1204 Sheet 1 of 8
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r w s m 3 a e a d m u if ze E z HV 8801A 2 212 84 E-6 119 F-5 B 4.00 GA MO C~ Al O A X X X Boron in-Jection Tank (BIT) Dis-cha rge isolation HV 88018 2 212 84 D-6 119 E-$ B 4.00 CA MO C Al O A X X X BIT Dis-cha rge i so-lation HV 8802A 2 212 86 E-5 121 E-B B 4.00 CA MO C Al O A X X X RCS Hot Leg Loop 1/4 Header Isolation w I HV 8802B 2 212 86 D-5 121 D-5 B 4.00 CA MO C Al O A X X X RCS Hot Leg Loop 2/3 Header Iso-lation HV 8803A 2 212 84 C-4 119 D-3 B 4.00 CA MO C Al O A X X X BIT inlet Isolation HV 8803B 2 212 84 B-4 119 B-3 B 4.00 CA MO C Al O A X X X B1T Inlet Isolation HV 8807A 2 212 86 E-3 121 D-2 B 6.00 CA MO C Al O/C A X X X Chemical and Volume Control System (CVCS)- Connection to Safety injec-tion System (SIS) HV 8807B 2 212 86 E-3 121 D-2 B 6.00 CA MO C Al O/C A X X X CVCS - Connec-tion to SIS HV 8809A 2 212 86 C-5 121 B-! B 8.00 CA MO O Al O/C A X X X RHR T ra i n A to SIS Cold Leg isolation oa N
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Ferm No. 9 - 1746
U O O G I' VEGP Unit No. 2 Valve Test List System: Sarety injection - System No. 1204 M ? Of a j , j & Tests D *
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p E e e e B Ju'Ei- 5 iS 6 5 9e - i rir ! r ig 33 ._3 53- II > b '"a'" a il 5 em 4{ 8 dx I 8 a- .d. a t> B- 2 - e r a > d o e av ez o an e u >d oc > <r ze =i=s M <ta ! = w i-a a a a o == z HV 8809B 2 212 86 B-5 121 A-5 B 8.00 CA MO O Al O/C A X X X RHR Tra in B to SIS Cold Leg isolation j HV 8821A 2 212 86 E-5 121 E-A B 4.00 CA MO O Al O/C A X X X SIS Cold Leg lsolation HV 88218 2 212 86 D-5 121 D-A B 4.00 CA MO O Al O/C A X X X SIS Cold Leg Isolation i HV 8835 2 212 86 C-5 121 C-5 8 4.00 CA MO O At 0/C A X X X SIS Cold Leg isolation g HV 8840 2 212 86 C-4 121 C-4 8 12.00 CA MO C Al O/C A X X X RHR System , g Hot Leg in-ps Jection c) - Cros sover isolation HV 8870A 2 212 84 F-5 119 F-4 B 1.00 CL A0 0 C C A X X X X Boron injec-tion Recir-culation HV 8870B 2 212 84 F-4 119 F-3 B 1.00 CL A0 0 C C A X X X X Boron injec-tion Reci r-culation HV 8871 N/A 212 100 E-6 121 H-( A O.75 CL A0 C C C P X Test isola- 1 tion - Pene-t ration No. 41
- HV 8883 2 212 84 D-4 119 E .1 B 1.00 CL A0 0 C C A X X X X Boron injec-tion Reci r-
- culation Pump Dis-cha rge HV 8888 2 212 100 E-5 121 F-5 A O.75 CL AO C C C P X Test isola- I tion - Pene-tration No. 41 3
h3 El m o Form No. 9 - 1746
3 g VEGP Unit NO. 2 Valve Test List System: Safety injection - System No. 1204 Steet 3 of ' 8 3 . 3 1 Tests I""CII"" Num r
- f g .I y y [ S o3 ;dj; s dx N 8 E- ~M 3 U >. B] ua _s E > r e r a > if au _z o8 i a 15
* == Oi o >0 iA - > <> za Jhr <t a w a u. J m u as z ; HV 8923A 2 212 56 E-3 121 E-2 8 6.00 GA MO O Al O/C A X X X Safety in-f Jection Pump P6-OO3 Inlet i Train A HV 89238 2 212 56 D-3 121 D-2 8 6.00 CA MO O Al O/C A X X X Safety in-Jection Pump P6-OO4 Inlet
- T ra in B i HV 8924 2 212 71 A-7 116 2 A-7 8 6.00 CA MO O Al O/C A X X X RWST Isolation to CVCS HV 8964 N/A 212 100 E-5 121 H-$ A O.75 CL AO C C C P X Test isola- 1 La tion - Pene-I t ra t ion No. 41
- W .
H HV 9017A 2 212 88 F-3 F-3 8 10.00 131 CA MO O Al O/C A X X X Containment 4 Spray (CS) i Pump P6-OOI > I Suction From l
! RefueIing !
! Water Storage 4 1 Tank (RWST) - ! HV 90178 2 212 88 E-3 131 E-3 8 10.00 CA MO O Al O/C A X X X CS Pump ! 4 P6-OO2 Suc-j tion From t RWST ! i j HV 10950 2 212 100 E-5 120 C-3 A O.75 CL ES C C C P X Accumu la to r 1 Tank V6-OO2 i Local Sample l Isolation - Pene t ra t ion " i No. 72A ) HV 10951 2 212 100 D-5 120 E-3 A O.75 CL ES C C C P X Accumu la to r 1 Tank V6-OO3 { Local Sample , 1 Isolation - l Penet ra t ion j 3N No. 73A l L 1 2
- sn l < .
! o )^ Ferm No. 9 - 1746
i f! O VEGP Unit No. 2 Valve Test List System: Sarety injection - System No. 1204 Sheet 4 of 8 j j g Tests vaeve Number G
$ g ,j
* :l: Q E
$ c5
~
~ f k y N 5 9 E 3,E fI r Function -
I. hE
=5 Th $3 > >
uw b5 I$ e y W e em au Tz s 8 d@x 2' 8" $.[.
>u mW > <r za oo r r m e r > 3. o u.s8 Jf <ua u an a u as a W m a a e u ze z HV 10952 2 212 100 D-5 120 C-3 A 0.75 CL ES C C C P X Accumulator 1 Tank V6-004 Local Sample isolation -
Pene t ra t ion No. 72B HV 10953 2 212 100 C-5 120 A-3 A 0.75 CL ES C C C P X Accumulator 1 Tank V6-005 Local Sample isolation - Pene t ra t ion No. 73B Y U4 016 N/A 212 100 E-6 121 H-$ A 0.75 CL M C N/A C P X Dra in - Pene- 1
- p. t ra tion No. 41 N
U4 026 1 111 66 C-5 111 D-$ C 1.50 CK S C N/A O/C A X Boron injec-tion Cold Leg U4 027 1 111 66 F-5 111 C-5 C 1.50 CK S C N/A O/C A X Boron injec-tion Cold Leg U4 028 1 111 66 F-5 til C-4 C 1.50 CK S C N/A O/C A X Boron injec-tion Cold Leg U4 029 1 111 66 C-5 III D-3 C 1.50 CK S C N/A O/C A X Boron injec-tion Cold Leg U4 120 1 til 86 F-6 121 F-6 AC 2.00 CK S C N/A O/C A X X SIS Hot Leg 2 Loop 1 U4 121 1 111 86 F-6 121 F-6 AC 2.00 CK S C N/A O/C A X X SIS Hot Leg 2 Loop 4 U4 122 1 111 86 F-8 121 F-7 AC 2.00 OK S C N/A O/O A X X SBS Hot Leg 2 Loop 3 U4 123 1 111 86 F-8 121 F-7 AC 2.00 CK S C N/A O/C A X X SIS Hot Leg 2 Loop 2 .a DJ 3 m o Ferm No. 9 - 1746
-- - _ . _ _ _. ~ . _ . _ __ _ _ . _ _ _ . .
i O VEGP Unit No. 2 Valve Test List System: Sa rety inject ion - System No. 1204 Sheet 5 of a
$ . $ & Tests d g Function g Nu t er :: I , I
*h * .2
> y > b
- 22 au s
d_z 8 dx an f a 8 u 3 **
>0 mM 3 U >. I58 3
> <F za wa _8 J2 <UI F w
F m F a oc > 3E o o a a a u a u == z U4 143 1 111 86 C-6 121 B-6 AC 2.00 CK S C N/A O/C A X X SIS Cold Leg 2 Check Loop 1 U4 144 1 til 86 C-6 121 B-7 AC 2.00 CK S C N/A O/C A X X SIS Cold Leg 2 Check Loop 2
. U4 145 1 111 86 C-7 121 B-7 AC 2.00 CK S C N/A O/C A X X SIS Cold Leg 2 i
Check Loop 3 U4 146 1 111 86 C-7 121 8-8 AC 2.00 CK S C N/A O/C A X X SIS Cold Leg 2 Check Loop 4 U4 ISS N/A 212 100 E-4 120- C-2 A 0.75 CL M LC LC LC P X SIS Sample 1 W Line Contain-ment isola-
)
[93 tion Valve - Pene t ra t ion No. 72A 1 U4 160 N/A 212 100 D-4 120 E-2 A 0.75 CL M LC LC LC P X SIS Sample 1 Line Contain-ment isola-tion Valve - Pene t ra tion J No. 73A U4 161 N/A 212 100 D-4 120 C-2 A 0.75 CL M LC LC LC P X SIS Semple 1 Line Contain-ment isola-tion Valve - Pene t ra t ion No. 728 U4 162 N/A 212 100 C-4 120 A-2 A 0.75 CL M LC LC LC P X SIS Sample 1 Line Con-tainment Isolation Valvo - Pene-tration No. 738 O a N 3 m o seem No. s - a 746
O O O VEGP Unit No. 2 Valve Test List System: Sarety injection - System No. 1204 Sheet 6 of 8
$ . $ & Tests
- - 2 g y 2 5 -
R B _c c c B : Nu I r h g d 9Q j !h ,8
! kg Eh _h (h .I
> y y [
Function g! g em s 8 dx c 8 3% tr 3 t >. 58 28 ~* r r e e m > sf 7> a au s_z u au o u >u es > <> za wa 32 <ta: a w m a a e u am z U4 178 N/A 212 100 D-5 120 F-2 A 0.75 CL M LC LC LC P X D ra i n - 1 Pene t ra t ion No. 72 A U4 181 N/A 212 100 C-5 120 E-2 A 0.75 CL M LC LC LC P X Dra in - 1 Penet ra t ion No. 73 A U4 183 N/A 212 100 D-5 120 C-2 A 0.75 CL M LC LC LC P X D ra i n - 1 Pene t ra t ion No. 72 8 U4 185 N/A 212 100 C-5 120 A-2 A O.75 CL M LC LC LC P X D ra i n - 1 Pene t ra t ion w No. 73 8 4 F" U6 013 1 111 84 E-6 119 E-6 C 3.00 CK S C N/A O/C A X Boron injec-A tion Out Check U6 079 1 til 85 C-7 120 C-e AC 10.00 CK S C N/A O/C A X X SIS Accumu- 2 lator V6-002 Out Check U6 080 1 111 85 E-7 120 E-E AC 10.00 CK S C N/A O/C A X X SIS Accumula- 2 tor V6-003 Out Check U6 081 1 111 85 C-7 120 C-e AC 10.00 CK S C N/A O/C A X X SIS Accumula- 2 tor V6-004 Out Check U6 082 1 111 85 B-7 120 A-2 AC 10.00 CK S C N/A O/C A X X SIS Accumula- 2 tor V6-005 Out Check U6 083 1 111 66 C-5 111 B-t AC 10.00 CK S C N/A O/C A X X SIS /Accumula- 2 tor /RHR to Cold Leg Loop 1 oa h3 35 m c Ferm No. 9 - 3 746
)
[O' l VEGP Unit No. 2 , Valve Test List System: Sarety injection - System No. 1204 Sheet 7 of 8 3 . $ K . Tests vai 8 ' E 5 $ E D ^ N E c c c B O Number U C d bQ
~
Th ,$ ; 5g E$ $ *{$ E.E
> y b Function g{ g
;;; 22 s 8 dX E 8 3* el % U >. o 58 Ja8 > M F m > 55 1s
_ au d_z o an a o > U" ms > <r za$ wa a I a w m a a m v se z U6 084 1 111 66 F-6 111 H-( AC 10.00 CK S C N/A O/C A X X SIS /Accumula- 2 tor /RHR to Cold Leg Loop 2 U6 085 1 111 66 F-4 111 H-4 AC 10.00 CK S C N/A O/C A X X SIS /Accumula- 2 tor /RHR to Cold Leg Loop 3 U6 086 1 111 66 C-4 til B-A AC 10.00 CK S C N/A O/C A X X SIS /Accumula- 2 tor /RHR to Cold Leg Loop 4 w . I U6 090 2 212 86 D-2 121 E-1 C CK C A 8.00 S N/A 0 X S!S Pump
- y Suction from RWST
! U6 098 2 212 86 E-4 121 E' C 4.00 CK S C N/A 0 A X SIS Pump P6-003 ]i Di scha rge U6 099 2 212 86 D-4 121 D-1 C 4.00 CK S C N/A 0 A X SIS Pump P6-004 Di scha rge i U6 124 1 111 66 E-6 111 F-5 AC 6.00 CK S C N/A O/C A X X SIS Injec- 2 i tion to Hot Leg Loop 2 U6 125 1 111 66 D-4 111 D- AC 6.00 CK S C N/A O/C A X X SIS Injec- 2 tion to Hot Leg Loop 4 ] 06 126 1 111 66 D-6 111 D-d AC 6.00 CK S C N/A O/C A X X SIS Injec- 2
- tion to llot Leg Loop 1 U6 127 1 111 66 E-4 111 F-3 AC 6.00 CK S C N// O/C A X X SIS Injec- 2 tion to llot C L*9 L P3 l -*
N 33 4 m Ferm No. 9 - 1746
O t O VEGP Unit No. 2 Valve Test List System: Sarety injection - System No. 1204 Sheet 8 of a 3 3 & Tests
- 2
- y. E D - y o ._ c c c 3
- Nu ber $ e d $ *
!h f f kg $$ $ U$ $I y p FuncHon ,f g 0 Id si 3 25 5" 3 53 31 5 ## E2 22 $2 2$ $ b b $ b 5 $ !! !
U6 128 1 111 86 F-6 121 F-6 AC 8.00 CK S C N/A O/C A X X RHR to Hot 2 Leg Loop 1 U6 129 1 111 86 F-6 121 F-6 AC 8.00 CK S C N/A O/C A X X RHR to Hot 2 Leg Loop 4 U6 147 1 111 86 B-6 121 B-6 AC 6.00 CK S C N/A O/C A X X RHR to Cold 2 Leg Loop 1 U6 148 1 111 86 B-6 121 B-6 AC 6.00 CK S C N/A O/C A X X RHR to Cold 2 Leg Loop 2 U6 149 1 111 86 8-7 121 A-7 AC 6.00 CK S C N/A O/C A X X RHR to Cold 2 Leg Loop 3 has U6 150 1 111 86 A-7 121 A-7 AC 6.00 CK S C N/A O/C A X X RHR to Cold 2 Leg Loop 4 U6 163 2 212 87 B-7 122 B-8 C 8.00 CK S C N/A O/C A X RHR to SIS Pump Suction X 165 N/A 212 100 E-6 121 H-$ A 1.00 CL M C H/A C P X Containment 1 Isolation - Pene t ra t ion No. 41 N
"D m
i ^ o 4tm No. 9 1746
-j
n 3 VEGP Unit No. 2 Valve Test List System: Residual Heat Removal - System No. 1205 Sheet i of 3
$ . 3 & Tests 3 - E D
- E _c B O E f g -
g c c Nu ber $ = d $ j th , ! ig Eh $ ($ .E ! > > > b Function g! g em is 8 dx e 8 E~ ac 3 t> Es wa is -s r r m e m > 37 E
- au z o au e o >d oc > <r za Ja <ta! a w m w a e v se z HV 8716A 2 212 87 E-7 122 F-7 8 8.00 CA MO O At 0 A X X X RHR Train A Hot Leg isolation HV 87168 2 212 87 D-7 122 D-7 8 8.00 CA MO O Al O A X X X RHR Train B Hot Leg isolation HV 8804A 2 212 87 F-8 122 F-8 8 8.00 CA MO C Al O/C A X X X RHR Heat Exchanger (HX) Train A to CVCS Charge Pump Suction y HV 8804B 2 212 87 C-7 122 B-E B 8.00 GA M0 C Al O/C A X X X RHR HX i
g Train B to
-a Safety In-Jection Pump Suction HV 8811A 2 212 87 B-3 122 C-3 A 14.00 CA MO C Al O/C A X X X X Containment 1 Sump Isola-tion - Pene-
- tration No. 37 1
HV 88118 2 212 87 B-3 122 B-3 A 14.00 CA MO C Al O/C A X X X X Containment 1 Sump Isola-tion - Pene-tration No. 36 HV 8812A 2 212 87 E-3 122 F-4 B 12.00 CA MO O At 0/C A X X X RHR Pump d P6-001 Inlet from RWST HV 88128 2 212 87 D-3 122 C-4 8 12.00 CA MO O Al O/C A X X X RHR Pump i P6-002 in-let From RWST PSV 8708A 2 212 87 C-3 122 H-3 C' 3.00 SR S C N/A O/C A N/A RHR Pump 3 P6-001 Inlet C3 PSV 87080 2 212 87 D-3 122 E-J C 3.00 SR S C N/A O/C A N/A RHR Pump 3 g P6-002 Inlet 3 m C Ferm No. 9 1746
s [N
) \a!
VEGP Unit No. 2 Valve Test List System: Residual Heat Removal - System No. 1205 Sheet 2 of 3 3 . j g Tests 2 y 2 D - R 3 -c c c B 3 Nu er $ d ~ Th kg fh _h (b Function g! e av
=
02 a ez s 8 o dx au f a 8 u 3
>0"
.u c cc I
3 Uw 08 38 ** .E#$3
<F za sa M <Uf a F
w F e
)
m u F a a e U u ZE as z O PSV 8842 2 212 86 C-4 121 C-3 C 0.75 SR S C N/A O/C A N/A RHR Hot Leg 3 injection Crossove r PSV 8856A 2 212 86 C-5 121 B-0 C 0.75 SR S C N/A O/C A N/A RHR to Train 3 A Cold Leg isolation PSV 8856B 2 212 86 B-4 121 A-4 C 0.75 SR S C N/A O/C A N/A RHR to Train 3 8 Cold Leg isolation U4 033 N/A 212 87 C-3 122 C-3 A 0.75 CL M LC LC LC P X Containment 1 og isolation - 1 Pene t ra t ion Ed No. 37 co U4 035 N/A 212 87 B-3 122 A-1 A 0.75 CL M LC LC LC P X Containment 1 Isolation - Pene t ra t ion No. 36 U4 122 2 212 87 C-4 122 C-3 C 14.00 CK S C N/A O/C A X RHR Sump Suction U4 123 2 212 87 B-4 122 B-3 C 14.00 CK S C N/A O/C A X RHR Sump Suction U4 124 N/A 212 87 B-3 122 B-J A 0.75 CL M LC LC LC P X Containment 1 Isolation - Pene t ra t ion No. 37 U4 125 N/A 212 87 B-3 122 A-J A 0.75 CL M LC LC LC P X Containment 1 Isolation - Pene t ra t ion No. 36 1 3 h3 3 ' m I < i o . I Form No. 9 - 1744
r n L U l Q* : VEGP Unit No. 2 Valve Test List System: Residaal Heat Removal - System No. 1205 9teet 3 of 3
$ . $ & Tests Nu kg d **
; y Function g u,g
.E .E y e- p ax sr at > se s 2- 2 -
8 I 8 is r R - - > a_ au _z o na a u >d as > <r za ua Jf b Function g! g e em 2, av Tz 8 o == x ~I o8 m as
>u er as i
-(E
> <> za wa J <ua t a w
e e a a a e o 3r zo as t t W 8994A 3 313 88 E-4 131 E-a 8 3.00 CA MO C AI O A X X X Sp ray Add i- ! tive Tank l Outlet isolation W 89948 3 313 88 E-3 131 E' 8 3.00 CA M0 C At 0 A X X X Spray Addi-tive Tank Outlet Isolation W 9001 A 2 212 88 C-6 131 C-d A 8.00 CA M0 C Al O A X X X X CS Pump P6-001 1 to Spray Header - Pene-g tration peo. 35 l b o W 90018 2 212 88 C-6 131 C-d A 8.00 CA MO C At 0 A X X X X CS Pump P6-002 e to Spray Header - Pene-tration peo. 34 W 9002A 2 212 88 8-6 131 B-d A 10.00 CA MO C AI O A X X X X CS Pump 1 P6-001 Suc-l tion - Pene-tration Iso. 39 W 90028 2 212 88 C-6 131 C-d A 10.00 CA Mo C AI O A X X X X CS Pump 1 P6-002 Suc-( tion - Pene- l tration No. 38 W 9003A 2 212 88 B-5 131 B-! S 10.00 CA Mo C At 0 A X X X CS Suction Isolation W 90038 2 212 88 C-5 131 C-! 8 10.00 CA MO C At 0 A X X X CS Stetion isolation O e M 3 I III l < Feeshpas.9.I746
1
\ )
i 1 ( - VEGP Usest No. 2 l Velve Test List ! sy,eemi- Containment Spray - system No. 1206 Seest 2 of 3 3 . .E. 1 Tats 5= d ! ! g II > b 5
$5 a s 8 dE f 8 3% $l 3 U >. o3 w$t $ J -
UI &2 > > N >- E > DI o f au f2 u an e u >u m- > (e Za (& W m E J m u EE Z U4 013 2 212 88 H-6 131 C-d A 2.00 CL M LC LC LC P X Containment 1 isolation - Pene t ra tion l No. 35 U4 014 2 212 88 D-6 131 0-1 A 2.00 CL M LC LC LC P X Containment 1 isolation - Penet ra t ion 18 0 . 34 U4 046 2 212 88 C-7 131 C-1 A 0.75 CL M C M/A C P X Containment 1 Isolation - Penet ra t ion No. 34 ta 8 U4 047 2 212 88 C-7 131 C-i A 0.75 CL M C N/A C P X Containment 's e' DJ
" isolation -
Penet ra tion No. 35 U4 121 N/J 212 88 8-6 131 8-d A 0.75 CL M LC LC LC P X Containment 1 isolation - Penet ra t ion No. 38 , Usi 122 N/J 212 88 A-6 131 A-d A O.75 CL M LC LC LC P X Containment 1 Isolation - Penet ra tion No. 39 U4 125 N/J 212 88 8-6 131 8-d A 0.75 CL M LC LC LC P X Containment 1 Isolation - Penet ra t ion l No. 38 U4 126 N/A 212 88 A-6 131 A-d A 0.75 CL M LC LC LC P X Containment 1 Isolation - l Penet ra tion No. 39 U6 001 2 212 88 e 131 T-] C 10.00 CK S C N/A O/C A X RWST to CS Pump Check N 06 008 2 212 88 D-2 131 D-J C 10.00 CK S C N/A O/C A X RWST to CS 3 Pump Check in o seem pas.9 - 5 746
n 3 O(N l VEGP Useit No. 2 Value Test List IT s0Mut* Containment Spray - Systes leo. 1206 Sheet 3 Of 3 3 . I 1 Tests Vaeve I j I ' 2 I ^ N O -C C I O W $ EC
~
I N I i 3 l es 2 a_ au i= E 8 u ax am
)
e u 8 as
>u
-r as I
2 u,1 a z) s sa JE 4 I u > a r u a 3 E r J m U u ig as 2 s W 015 2 212 B8 C-7 131 C-1 AC 8.00 CK S C ss/A O/C A X X CS Inboard 1 Containment Isosation Vaive W 016 2 212 88 C-7 131 C-1 AC 8.00 CK S C N/A O/C A X X CS Inboard 1 Containment Isolation VaIve W 037 2 212 88 F-5 131 F-5 C 3.00 CK S C II/A 0/C A X Spray Addi-tive Tank to Train A 8sach Educ-y tor Check U M 038 2 212 58 E-5 135 E-5 C 3.00 CK S C N/A O/C A X Spray Addi-tive Tank to Train 8 IsaOh Educ-tor Check 9 m 2 see o
%m ses. 9 - 3 7a6
) { )
l
% wJ J l
1 i VEGP Unit No. 2 j Value Tese List . [ Syggmet: CheeicaI and VoIame controI - Systes No. 1208 h 1 Of 4 l I $ . $ 1 Tests I :l: E j I D
- O _c c a O p c N h
- d ~~
Th ,f $ hg ! _h * .EI! y [ I f es % au *Z u 8 4x an I e 8 u as
>u -r 4-2 t,
2a al ha 2s Jd (& W e y e 6 r J
=
e u
}d EE s$
Z W 0190A 2 212 r1 H-7 116 2 H-7 8 1.00 CL ES C C 0 A X X X X Centrifugal Cha rg ing l Purp (CCP) . l to Regenera-l tive HX l W 8100 2 212 2 E-3 114 D-2 A 2.00 CL. MO O AI C A X X X X Reactor Cool- 1 ant Pump l (RCP) Seal Wa te r I so- i lation - Pene-tration No. 49 l W 8103A 2 212 b8 B-5 114 A-6 m ?.50 CL Mo o Al C A X X X X RCP 1 1 l t Seal Water 8 Inlet - Pene- [ t ra t i on No. 54 W 81038 2 212 b6 8-5 114 A-6 A 1.50 CL MO O Al C A X X X X RCP 2 1 Seal Water inlet - Pene-tration No. 53 W 8103C 2 212 68 8-5 114 A-6 A 1.50 CL MO O Al C A X X X X RCP 3 1 Sea l Wa te r Inlet - Pene-I t ra tion No. 52 W $1030 2 212 68 8-5 114 A-6 A 1.50 CL MO O Al C A X X X X RCP 4 1 Seal Water Inlet - Pene-tration No. 51 HV 8105 2 212 10 D-8 116 1 C-E A 3.00 CA 40 0 AI C A X X X X Cha rge 1 Pump to RCS Isolation - Penetra t ion No. 50 , t
.Oe H
3 fut a seem 8es. 9 - 3 F46
m _ __ __ _ . - . - . . _ _ - . _ ~ _._ - l O O VEGP Unit No. 2 Value Test List W: Chemical and Volume Control - System 160. 1208 M 2 OI 4 3 . $
- 1*
Tests
= I 2 E - p 5 _e e c & 3
$ kg 6 5 i Tk 5 ? Eg EI $ {I II > b *
't! 5 ax h, > >
- es su
-a Z
8 u na a u 8 as
>u 3r m-2 t, ss is
> <> Za st
(! M a a r w a e w r J
=
m u si EE Z o W 3106 2 212 70 D-7 116 1 C-1 8 3.00 CA MO O AI C A X X X Cha rge Pump to RCS l W S110 2 212 11 E-7 116 2 E-1 8 2.00 CL 90 0 0 Al C A X X X Centrafugal Pumps to RCP Seal Water W SillA 2 212 T1 F-6 116 2 F-d S 2.00 CL sto O Al C A X X X Charge Pump l Miniflow Iso- ! Iation l W S1118 2 212 11 0-6 116 2 D-d B 2.00 CL 80 0 0 Al C A X X X Charge Pump MinifIow Iso-l 9 lation [ B l N W S112 2 212 68 E-4 114 D .1 A 2.00 CL 80 0 0 Al C A X X X X RCP Seal y ab Wa te r 8 so la-( tion - Pene-t 1 tration No. 4/ W S116 2 212 71 N-7 116 2 M-d B 1.00 CL ES C C 0 A X X X X CCP to Regen-1 erative stX l W S149A 2 212 68 M-5 114 C-4 8 3.00 CL Ao C C O/C A X X X X Letdown ori-i rice Isolation W S1498 2 212 68 H-5 114 M-5 8 3.00 CL A0 0 C O/C A X X X X Letdown ori-rice Isolation W 3149C 2 212 68 to-4 114 C-5 0 3.00 CL Ao C C O/C A X X X X tetdown ori-fice Isolation W S132 2 212 68 H-3 114 H-2 A 3.00 CL A0 0 C C A X X X X X Letdown 1 Isolation outside - Penetration l 96o. 4S W S153 1 III 68 F-3 114 F-2 8 1.00 CL A0 C C O/C A X X X X Excess Letdown
. Isolation O
a I M e, me-sm
O O VEGP Umst No. 2 Vatue Test List W: Chemical and Votamme Control - System 800 1208 Seget 3 of 4
$ . $ 1 Tests 6fs **
5s 23 8 % c o f 3% eE 2 3 g h _h Os 38 28 {h C_I 2
- r e e r
b i 33 Z3o
- au s_ 2 u an e u >u m- > <r Za wa J2 4& & W e h J e U EE HV 8154 1 til b6 T-3 114 T-3 8 1.00 CL A0 C C O/C A X X X X freess Let-down isolation efV 8160 2 212 b8 H-4 114 H-3 A 3.00 CL AO O C C A X X X X X CVCS Letdown g Isolation -
Penet ra t ion No. 48 HV 8485A 2 212 71 G-7 116 2 C-1 8 4.00 CA NO O Al O/C A X X X 8tT Isolation IN 84858 2 212 71 C-7 116 2 D-1 8 4.00 CA MO O Al O/C A X X X 8ti isolation HV 15214 2 212 68 H-3 114 H-4 8 3.00 CL A0 0 C C A X X X X RCS Letdown W lsolation e
$ LV 01120 2 212 71 F-2 116 2 E-2 8 8.00 CA 98 0 C Al O A X X X RWST isolation LV 0112E 2 212 71 E-2 116 2 D-2 8 8.00 CA M0 C At O A X X X RWST Isolation M 004 2 212 68 8-6 114 A-1 AC 1.50 CK S c N/A O/C A X X CVCS to Re- 1 actor Cool-ant Pump 1 Sea 3 - Pene-tration 850. 54 -
l U86 021 2 212 68 E-4 114 D-3 AC O.75 CK S C N/A C P X cvCS Seal 1 Backflush Check - Pene-tration seo. 49 IMs 353 2 212 68 8-6 114 A-1 AC 1.50 CK S O N/A O/C A X X CVCS to RCP 2 1 l Seal - Pene-t ra t ion No. 53 04 354 2 212 68 8-6 114 A-1 AC 1.50 CK , O N/A O/C A X X CVCS RCP 3 1 Seal - Pene-tration No. 52
.O e
H 3 fut o ew = one.9 3res 1
m s p- ;
] U' l
VEGP Umst No. 2 Value Test List i W: Chemical and Volume Control - System No. 12C8 9 test 4 O( 4 l
} . 3 1 Tests
?
- y $ E
$ E - y 5 -c c c 5 2
$ ka 5 ~
Th N T Ng II h - > C I""'I'*" h 3 f es p2 au 8 u
<x EN I
e 8 u >wu er ds 2 =, 51 3
> (e Za wa 3 [) zi (II a
w e E y J w u
}aE Z s
04 355 2 212 68 B-6 114 A-1 AC 1.50 CK S O N/A O/C A X X CYCS to RCP K- 1 Seal - Pene-tration No. 51 IMs 449 2 212 68 S-6 114 S-d A 0.75 CL M LC LC LC P X Test Connec- 1 tion - Pene-tration 800 54 U4 450 2 212 68 B-6 114 S-d A 0.75 CL M LC LC LC P X Test connec- 1 tion - Pene-tration No. 53 94 451 2 212 68 S-6 114 B-d A O.75 CL M LC LC LC P X Test Connec- 1 tion - Pene-W tration No. 52 8
$ U4 452 2 212 64 B-6 114 8-d A O.75 CL M LC LC LC P X Test Connec-tion - Pene-1 t ra tion No. 51 U4 465 2 212 64 C-3 114 C-J A O.75 CL M LC LC LC P X Test Connec- 1 tion - Pene-t ra t ion 800. 50 U6 032 2 212 64 C-4 114 C-J AC 3.00 CK $ C N/A O/C A X X CVCS to Reg- 1 ene ra tive KK - Pene-t ra t ion No. 50 U6 142 2 212 71 C-6 116 2 C-d C 4.00 CK S C N/A O/C A X CVCS Pump Out check U6 149 2 212 71 C-6 116 2 C-4 C 4.00 CK S 'C N/A O/C A X CVCS Pump Out Check U6 189 2 212 71 F-3 116 2 [-3 C 8.00 CK $ C N/A O/C A X RWST to CVCS l Check U6 436 2 212 87 E-8 122 F-4 C 8.00 CK S C N/A O/C A X CVCS Charge Pump SoCt4on From RHR .O a
M 3 l NB l i O l j *eem pas 9 17e6 L ._
n 5 VEGP Unit No. 2 Valve Test List System: Nuclea r Sampi ing-Liquid - System No. 1212 Sheet i of i 3 . 3 & Tests V 8 ' E 90 5 Z E ^ N E -e e c B i 0 Nu r $
- d j -
i gh f g j g ES $ Db $$ ' y p Function g! g D 55 $c au d_Z u8 3 dx 8 3% E U> o3 53 3 h H 'm F E $ ' 5E o 3_ an e u >O ec > (F Za ua Ef (UI a a w m 6 J m u EE Z ' HV 3502 N/A 212 100 B-7 140 E-7 A O.50 CL A0 0 C C A X X X X X Hot Leg 1 Sample Line - Penetration No. 24
~
HV 3507 N/A 212 100 C-7 140 C-2 A O.50 CL A0 0 C C A 'X X X X X Pressurl ze r 1 Steam Space - c Pene t ra t ion No. 67B HV 3508 N/A 212 100 C-6 140 C-1 A O.50 GL AO O C C A X X X- X X Pressurizer 1 Steam Space - Penet ra t ion No. 678 w I HV 3513 N/A 212 100 C-7 140 F-7 A O.50 CL A0 0 C C A X X X X X Hot Leg 1 bJ
- Sample Line -
Penet ra t ion No. 67A HV 3514 M/A 212 100 C-6 140 F-1 A O.50 GL A0 0 C C A X X X X X Hot Leg 1 i Sample Line - Pene t ra t ion No. 67A HV 3548 1 212 100 B-8 140 D-E A 0.50 CL A0 0 C C A X X X X X Reactor Hot 1 Leg Sample a Line - Pene t ra t ion No. 24 HV 8220 N/A 212 100 B-7 140 D-1 A O.50 CL ES C C C P X Post-Accident 1 Sampling - Pene t ra t ion No. 24
-e N
31 ft1 a Ferm No 9 1746
VEGP Unit No. 2 Valve Test List System: spent ruel Cooling and Purification - System No. 1213 M 1 OI 1 j . 3 1 Tests !
= - 2 -
y E D - R 5 c e e B O Nu a h g d dX j !h , I kg kh _h h* E
# y > b #
3 j 9 Of au d3Z $ u EN r m u 8 3% du 5E ec 3 Uw 08 38 (F Za wa 'E E (Uf 3 a w m m 6- E m u 3E o 6 J EE Z U6 050 N/A R12 100 D-7 130 C-8 A 3.00 D M LC LC LC P X Containment 1 isolation Valve - Penetra t 100 No. 15 06 051 N/A 212 100 D-8 130 H-a A 3.00 D M LC LC LC P X Containment 1 isolation Valve - Pene t ra t ion No. 15 ta a M G3 a 1 1 O a N 3 m o
*wm No. 9 - 1746 i
VEGP Unit No. 2 Valve Test List System: Containment and Auxi s lary Building Drains - System No. 1214 Sheet 1 of i j g Tests
= 2 -
E D
- o B 3 vatwe e g ,j g* og E g' g p _c c c
,o ,
S x2 *I p Function I Number u
- OE -w ,2 2$ e# 2 EI [.S 5 5 $3 > > I' $o o o so '35 y W
?* ~3 8 4x Z 8 e o .tt E o un > > & E > 55 wa Jao <ae a v m au _z u au m u >u as > <> za a- W m u a a u as z HV 0780 N/A 212 100 C-3 143 C-5 A 3.00 CA A0 0 C C A X X X X X Normal Con- 1 tainment Sump Pump Discha rge -
Pene t ra t ion No. 78 HV 0781 N/A 212 100 C-2 143 G-6 A 3.00 CA AO O C C A X X X X X No rma l Con- 1 tainment Sump Pump Discha rge - Pene t ra t ion t No. 78 4) i N 40 i e i I O
.a N
s 3l m o I Form No.9 1744
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VEGP Unit No. 2 Valve Test List System: Auxi1iary Component CooIin9 Witer - System No. 1217 Sheet i of i j . $ & Tests D
- 8
- E 6 $ E .--
p E e e c O Nu t>er h g d h j 'h , I kg Eh _h (h .E ! > > [ unction g! g
- 22 dsZ 8 dX r 8 3 ?! E 3 Ud oE 3 **
>_ F F m F K > 3E o au u aN m u > u% m- > (F Za wa$ SE (E!a a w m a J m u EE Z HV 1974 N/A 212 100 F-6 138 2 C-1 A 10.00 B MO O Al C A X X X X Aux i l la ry 1 Component Cooling Water (ACCW) Return -
Penetra tion No. 29 HV 1975 N/A 212 100 F-5 138 1 B-2 A 10.00 8 MO O Al C A X X X X ACCW 1 Return - Pene t ra t ion No. 29 i HV 1978 N/A 212 100 G-6 138 2 H-1 A 10.00 B MO O Al C A X X X X ACCW Supply - 1 Penet ra t i on w No. 28 8 W HV 1979 N/A 212 100 C-5 138 1 D-J A 10.00 B MO O Al C A X X X X ACCW Supply - I c) Pene t ra t i on No. 28 U4 113 N/A 212 100 F-6 138 2 C-1 AC 0.75 CK S C N/A C P X ACCW Return - 1 Penet ra t ion No. 29 o a N 31 ffi c, Form P40.9 - 1744
VEGP Unit NO. 2 Valve Test List System: Main Steam - System No. 1301 Sheet 1 of 4 3 . $ 1 Tests v 8 ' E 5 Z E D - N
- e e e E O Nu e h 5. d s b ~
fh f kg Eh $ II F Function g! g g 55 au g3 Z 8 u 4 an f a o 8 3%
>u $E ec f
3 U> E8 58 '($ (F Za as da (UI3 a a 3 F w m F N a F J y E m u 5E EE o Z t HV 3006A 2 212 94 G-7 159 2 C-6 B 28.00 CA A0 0 C C A X X X X Main Steam Isolation Valve (MSIV) HV 3006B 2 212 94 G-7 159 2 C-1 B 28.00 CA A0 0 C C A X X X X MSly Hs' 3009 2 212 94 C-5 159 2 G-J B 4.00 CA MO O Al C A X X X Steam Gener-ator Outlet to Aux i l ia ry Turbine HV 3016A 2 212 94 F-7 159 2 F-d B 28.00 GO A0 0 C C A X X X X MSly HV 30168 2 212 94 F-7 159 2 F-7 8 28.00 CA A0 0 C C A X X X X MSly Y HV 3019 2 212 94 E-6 159 2 E-2 B 4.00 GA MO O Al C A X X X Steam Gener-La ator Outlet H to Auxiliary Turbine HV 3026A 2 212 94 D-7 159 2 D-f 8 28.00 GA A0 0 C C A X X X X MSIV HV 30268 2 212 94 0-7 159 2 D-1 B 28.00 CA A0 0 C C A X X X X MSIV I HV 3036A 2 212 94 C-7 159 2 B-d B 28.00 CA A0 0 C C A X X X X MSIV HV 30368 2 212 94 C-7 159 2 B-i B 28.00 CA A0 0 C C A X X X X MSIV HV 7603A 2 212 95 F-2 159 3 F-E B 3.00 GL A0 0 C C A X X X X Steam Gener-ator 86-001 Blowdown isolation HV 76038 2 212 95 C-2 159 3 B-2 8 3.00 ct A0 0 C C A X X X X Steam Cen-era to r 86-002 Blowdown isolation HV 7603C 2 212 93 F-2 159 1 F-2 B 3.00 CL A0 0 C C A X X X X Steam Gener-ator B6-003 Blowdown O is lation a hk 3 in o seem No. 9 3 746
_ - - _ . _ _ _ _ _ _ _ . _ _ . - - _ - - -- - _ ~ _ _ _ . O O O VEGP Unit No. 2 Vahe Test List System: Mein Steam - System No. 1301 h 2 of 4 3 $ & Tests C E 3 $. E D - g B _c c c B 3 Nu r h g d $ g !h ,f f kg Eh _h II
> y y [] Function g! g em s 8 dx e 8 %~ .e E 3 U >. 58 28 -i > r m e r > si o
- au i_z u an a o >0 cc > <r za sa Jr > g 3 =
eEO is 6l Y *I II .4 5 em p a_ au _z 5 o 8 9h ax
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t 4 U4 006 3 313 94 G-5 159 2 C-4 C 4.00 CK S. C N/A O/C A X Auxi l ia ry 4 Feedwa te r j (AFW) Pump Check U4 006 3 313 94 E-5 159 2 E-5 C 4.00 CK S C N/A O/C A X AFW Pump Check i l 1 $ W i g d w i f I ) i i 9 O d ! :n i m l < O
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VEGP Unit No. 2 Valve Test List System: Auxil ia ry Feedwa ter - System No. 1302 Sheet i of 5 j , 3 g Tests
- - 2 y 2 6 R B _c c c B Nu a h = d j Th , T kg fh _h (h* .I y y [] Function gl -
- om au i_z s 8 dx an a e
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<r za wa 32 3E o u w m a m u ze z HV 5106 3 313 98 C-5 161 3 C-5 8 4.00 GA MO C Al O A X X X AFW Pump Turbine Valve HV 5113 3 313 97 F-7 161 2 E-a B 10.00 B MO C Al O A X X X Condensate 4
Storage Tank l (CST) V4-002 to Pump P4-001 HV 5118 3 313 97 D-7 161 2 C-a B 8.00 B MO C Al O A X X X CST V4-002 to Pump P4-002 w HV 5119 3 313 97 B-7 161 2 A-8 B 8.00 B Mo C A? O A X X X CST
. V4-002 to w Pump P4-003 ui HV 5120 2 212 97 H-4 161 2 H-3 8 4.00 GL MO O Al O/C A X X X AFW P4-001 Isolation to Steam Genera-ator B6-004 HV 5122 2 212 97 G-4 161 2 C-3 8 4.00 CL MO O Al O/C A X X X AFW P4-001 lsolation to Steam Gener-a tor B6-001 HV 5125 2 212 97 F-4 161 2 F-3 B 4.00 CL MO O Al O/C A X X X AFW P4-001 Isolation to Steam Cener-a tor B6-002 HV 5127 2 212 97 E-4 161 2 E-3 8 4.00 CL MO O Al O/C A X X X AFW P4-001 Isolation to Steam Cene r-a tor 86-0J3 HV 5132 2 212 97 E-4 161 2 0-3 B 4.00 CL MO O Al O/C A X X X AFW P4-002 Isolation to i
Steam Gener-ator 86-002 9 N 3 m o Form No. 9 - 1746
. . . __ a _ .m. _ . - , & L. - L-m _ .- _ __
O O VEGP Unit No. 2 Vahre Test List System: Auxilia ry reedwa ter - System No. 1302 Sheet 2 of 5
$ . $ & Tests g 2 D
- 3
- 8 $ -
r _c e e B Nu r U ::: 6 $ j th , ! 5g Ej _$ ** $$ II y y [ Function g! .g
- 22 3 8 *8X r 8 %% 5E % U> EE 78 Jf <UI 3 F F m F a > "6 E o au d_z o au m o >u as > <F za wa a a w a w a m u as z HV 5134 2 212 97 D-4 161 2 C-3 8 4.00 CL MO O Al O/C A X X X AFW P4-002 Isolation to Steam Gener-a tor B6-003 HV 5137 2 212 97 C-4 161 2 B-3 8 4.00 CL MO O Al O/C A X X X AFW P4-003 Isolation to Steam Gener-ator 86-004 !
HV 5139 2 212 97 B-4 161 2 A-3 8 4.00 CL MO O Al O/C A X X X AFW P4-003 Isolation to Steam Gener-ator 86-001 t.a [ HV 15196 2 212 99 C-2 168 3 E-2 B 6.00 CA A0 0 C C A X X X X Feedwater og Bypass iso-a lation to Steam Gener-a to r B6-001 HV 15197 2 212 99 C-4 168 3 E-4 8 6.00 CA A0 0 C C A X X X X Feedwater Bypass iso-i lation to Steam Gener-ator B6-002 HV 15198 2 212 99 C-7 168 3 E-E B 6.00 CA AO O C C A X X X X Feedwa te r Bypass Iso-lation to Steam Gener-ator 86-003 HV 15199 2 212 99 C-6 168 3 E-f 8 6.00 CA A0 0 C C A X X X X Feedwater Bypass iso-lation to Steam Gener-ator B6-004 U4 001 3 313 97 C-5 161 2 B-3 C 4.00 CK S C N/A O A X AFW Pump Out O a N
'El m
o Form No. 9 . I 746
O O i O VEGP Unit No. 2 Valve Test List System: Auxilia ry Feedwa ter - System No. 1302 Sheet 3 of 5 3 . 3 & Tests D
- 1; -
2 '
$ E - 5 -c c c 5 E Nu er h a d ~
!h k* ES $ D$ .E ! p Function g( g Y!
Es au pZ 8 v 4 EN m 8 u 2-
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t 4,it si ai Z a. u. a. 25 M (uc.! a uJ m 3; a
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m s u is s EE Z U4 002 3 313 97 D-5 161 2 D-5 C 4.00 CK S C N/A O A X AFW Pump Out U4 014 3 313 97 F-5 161 2 F-5 C 6.00 CK S C N/A 0 A X AFW Pump Out U4 017 2- 212 97 H-4 161 2 H-J C 4.00 CK S C N/A O A X AFW Pump y 4 isolation U4 020 2 212 97 C-4 161 2 C-3 C 4.00 CK S C N/A 0 A X AFW Pump 4 Isolation q U4 023 2 212 97 F-4 161 2 F-J C 4.00 CK S C N/A 0 A X AFW Pump 4 isolation sa i U4 026 2 212 97 E-4 161 2 E-J C 4.00 CK S C N/A O A X AFW Pump 4 LJ w isolation U4 037 2 212 97 E-4 161 2 D-] C 4.00 CK S C N/A O A X AFW Pump 4 isolation U4 040 2 212 97 D-4 161 2 C-J C 4.00 CK S C N/A O A X AFW Pump 4 Isolation U4 043 2 212 97 C-4 161 2 B-3 C 4.00 CK S C N/A 0 A X AFW Pump 4 isolation U4 046 2 212 97 B-4 161 2 A-3 C 4.00 CK S C N/A O A X AFW Pump 4 isolation U4 113 2 212 99 E-3 168 3 F-2 C 4.00 CK S C N/A 0 A X AFW to Steam 4 Cene ra to r 86-001 U4 114 2 212 99 E-4 168 3 F-A C 4.00 CK S C N/A O A X AFW to Steam 4 Cenera tor l B6-002 U4 115 2 212 99 E-8 168 3 F-e C 4.00 CK S C N/A O A X AFW to Steam 4 Cene ra to r 86-003 3 N 33 m o scam No. 9. I 746
( w VEGP Unit No. 2 Vahre Test List System: Auxiliary reedwater - System No. 1302 Sheet 4 of 5
$ . $ K Tests s E f E I D ~
$ 5 c c c 5 C Nu r h g d h Ih , I kg hh _h h $E y y [
Function gf g 5 b Z cL hb 5 h >- 2 h(h cL cL b $ U $ $ $ dat z U4 116 2 212 99 E-6 168 3 F-6 C 4.00 CK h C N/A O A X AFW to Steam 4 Cene ra to r B6-004 U4 117 2 212 99 D-3 168 3 F-2 C 6.00 CK S O N/A O/C A X Feedwa te r Bypass to Steam Gener-a to r B6-001 U4 118 2 212 99 D-5 168 3 F-4 C 6.00 CK S O N/A O/C A X Feedwa te r Bypass to j Steam Gener-ator 66-002 La U4 119 2 212 99 D-6 168 3 F-6 C 6.00 CK S O N/A O/C A X Feedwa te r I Bypass to
$ Steam Gener-ator B6-004 U4 120 2 212 99 D-8 168 3 F-8 C 6.00 CK S O A/A O/C A X Feodwater Bypass to Steam Gener-a tor B6-003 U4 121 2 212 99 F-3 168 3 G-2 C 6.00 CK S O N/A O/C A X Feedwater Bypass to Steam Gener-a tor B6-001 U4 122 2 212 99 F-5 168 3 C-4 C 6.00 CK S O N/A O/C A X Feedwa te r Bypass to Steam Gener-a tor 86-002 U4 123 2 212 99 F-6 168 3 G-d C 6.00 CK S O N/A O/C A X Feedwate r Bypass to Steam Gener-ator B6-004 U4 124 2 212 99 F-8 168 3 C-8 C 6.00 CK S O N/A O/C A X Feedwater Bypass to Steam Gener-O ator 86-003
$ N 3 m o
] scem No. 9 - 1746
m N VEGP Unit No. 2 Vatwo Test List Sysesm: Auxiliary Feedwater - System No. 1302 h 5 of 5
$ . $ & Tests v = 2 g j 2 6 -
R 3 _e e e B Num h g d 9h !h , f kg $$ _h (h* EY > y y [ Function gf g em 8 dx ~I 8 %% mW % t> 33 r r m e r > if m s M <tal ti
- au 1,z=
_ v aa a u >u m- > <r za u% a w a w a e o mz z u4 125 2 212 P9 F-3 168 3 C-2 C 6.00 CK S O N/A O/C A X Feedwa te r Bypass to Steam Gener-ator 86-001 U4 126 2 212 P9 F-5 168 3 C-la C 6.00 CK S O N/A O/C A X Feedva te r Bypass to Steam Gener-ator B6-002 U4 127 2 212 P9 F-6 168 3 C-6 C 6.00 CK S O N/A O/C A X Feedvater Bypass to Steam Gener-a to r B6-0014 h wo U4 128 2 212 P9 F-8 168 3 C-8 C 6.00 CK S O N/A O/C A X Feedwater Bypass to Steam Gener-a tor B6-003 O s fue O 8cem pee. 9 - 3 746
,m ,
I k,aj vEW Un b.2 Vatus Test List Syseens: Condensate reedwater - System No. 1305 Steet 1 of 1
' j . 3
- 1 Tests !
$ E N &
E - E ._ c c c 3 b d ~ I , I Ng I _h I y > U 3 I
*2 is dx 8 SE 3 Um 5 1E (2 a3 8 f 38 J 0 > > m F z > o f au Z u am e u >Mu es > (> Za$ wa w m w J e u zz Z W 5227 2 212 99 D-2 168 3 F-1 B 16.00 GA H O C C A X X X X Steam Gener-ator 86-001 Feedwater Isolation W 5228 2 212 99 D-3 168 3 T-3 8 16.00 CA H O C C A X X X X Steam Gener-a to r 86-002 Feedwater Isolation W 5229 2 212 99 D-7 168 3 F-1 B 16.00 GA H O C C A X X X X Steam Gener-ator 86-003 Feedwater -
ca isolation s
- W 5230 2 212 99 D-5 168 3 T-5 a 16.00 CA M O C C A X X X X Steam Gener-C ator 86-0086 Feedwater Isolation Uit 071 2 212 99 E-5 168 3 G-S C 16.00 CK $ 0 N/A O/C A X Feedwater Check IMn 073 2 212 99 E-2 168 3 C-1 C 16.00 CK $ 0 N/A O/C A X Feedwater Check on 075 2 212 99 E-7 163 3 C-1 C 16.00 CK S O N/A O/C A X Feedwater Check Ut 077 2 212 99 E-3 168 3 C-3 C 16.00 CK S O N/A O/C A X Feedwater Check l -m l
l 3 sus o c ese h 9 - 1Fes
l VEGP Unit Ido. 2 l VmARe Test Lisa SWESWEB:: Condensate Chemical Injection - System 300 1411 N 1 N 2 i . I 1 Teses kC 6 I t g I > 0 F""** 8 e su os *2 z u 8 dx sn IE a u ss
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> <n zs ws M <
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e u it zo en W 5273 m/A 212 B00 8-5 159 3 C-1 A 0.50 CL A0 C C C P X Wet Layup 1 l Cheeicai l 1 Additive 8Iowdown Steam Gener-ator 86-001 Containment I isolation - l Penet ra tion Ilo. 69A esv 52F9 m/A 212 100 8-5 159 3 C-2 A 0.50 CL A0 C C C P X Wet Ls y..p 1 Chemical Additive l s 8Iowdown a
* ~ Steam Gener-P ator 86-002 Containment Isolation -
Penet ra t ion flo. 698 W 5200 as/A 212 500 E-7 159 1 C-2 A 0.50 CL Ao C C C P X Wet Layup 1 Chemical l Additive Blowdown Steam Gener-l ator 86-003 Containment isolation - Penet ra t ion No. 11A W 5281 m/A 212 500 E-7 159 1 C-1 A 0.50 CL A0 C C C P X Wet Layup 1 Chemical Additive l Blowdown Steam Gener-a to r 86-004 Containment Isolation - l g Penet ra t ion
. No. 12A N
3 su a ("eesa pen. 9 - 3 Fe6
n C O i U VEGP Unit No. 2 Vatus Test List SystBNs: Condensate Chemical INection - System too. 1411 b 2 OI 2 1 3 . j g Tests O 5: 6 9 2 .Y g Y h I
> > b
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C* a s au fZ u 8 dx am f a 8 u E~
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% C> B3 _8
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w J E m u EE Z Use 029 88/A 212 100 E-8 159 1 C-2 AC 0.50 CK $ C N/A C P X Steam Cen- 1 erator Test Connection Containment isolation - Pene t ra t ion 16o. 12A U4 031 N/A 212 500 E-8 159 1 C-2 AC 0.50 CK S C N/A C P X Steam Cen- 1 erator Test Connection Containment Isolation - Pene t ra :lon LJ Mo. 11A ( U4 043 N/A 212 100 B-6 159 3 C-2 AC 0.50 CK S C N/A C P X Steam Cen-erator Test 1 Connection Containment isolation - Pene t ra t ion l No. 69A ut. 044 88/A 212 100 B-6 159 3 C-2 AC 0.50 CK S C M/A C P X Steam Cen- 1
- erator Test l Connection t
Containment Isolation - Pene t ra t ion No. 690 l l i O a M 3 in o Fwm No.9 3 746
O O VEGP Unit No. 2 Valve Test List System: Containment Air Purification and Cleanup - System No. 1505 h 1 OI 1 3 E g Tests Valve $ -
,j c g F ij j >$
U* r Function -
-w
~
Numte U O ' I # I *
- IT A > I' os aE dx E og 23 -* > W e EG Tz 2 8 u an I
a 8 u >zu u Es RE 3 t >,
> <> za wa M <UE a a 2 e w
r m m a e ac m
> 37 o J o EE Z HV 2626A N/A 212 100 E-3 213 1 E-7 A 24.00 B MO C Al C A X X X X Containment 1 Building (CB)
Normal Pu rge Supply isolation - Pene t ra t ion No. 83 HV 26268 N/A 212 100 E-3 213 1 D-7 A 14.00 B A3 C C C A X X X X X CB Normal 1 Pu rge i Supply Isolation -
- Pene t ra t ion No. 83 j
1 w HV 2627A N/A 212 100 E-2 213 1 E-6 A 24.00 B MO C Al C A X X X X CB Normal Purge 1 Supply isolation - Penet ra t ion No. 83 HV 26278 N/A 212 100 E-2 213 1 D-6 A 14.00 B AO C C C A X X X X X CB Normal 1 Pu rge Supply isolation - Pene t ra t ion No. 83 U4 001 N/A 212 100 E-2 213 1 E-6 A 0.75 GA M LC LC LC P X Containment 1 Isolation Test - Pene-
, t ra t ion No. 83 O
N
- 21 m
o Fwm No. 9 - 1744
_( . t' VEGP Unit No. 2 , Valve Test List System
- Containment Air Purification and Cleanup - System No. 1506 h 1 OI 1 3 . 3 1. Tests Nu
- d I g .I y y D 3 j
#3 4 s 8 dx 8 P =c 3 Uw 8 18 $ U d F >- m 6- E > 3E o
,i f Eu f2 u EN
- U >E 34 > 4F 2E 61 *K E 4 & W W & J m U EE Z i
4 HV 2628A N/A 212 100 0-3 213 1 C-1 A 24.00 B MO C Al C A X X X X CB Normal 1
; Purge Exhaust iso-lation inside i
Reactor Con- e tainment - Penet ra t ion , l No. 84 l HV 2628B N/A 212 100 D-3 213 1 B-1 A 14.00 B AO C C C A X X X X X CB Normal 1 Purge 1 i Exhaust iso- i
} tation inside a
2 W Reactor Con-tainment - l 1 a Pene t ra t ion
) No. 84 ,
HV 2629A N/A 212 100 D-2 213 1 C-d A 24.00 B 'MO C Al C A X X X X CB No rma l 1 4 Purge 1
' Exhaust iso-lation Out-side Reactor 4
Contaioment - Penet ra t ion j No. 84 j HV 26298 N/A 212 100 D-2 213 1 B-d A b 'a B A0 C C C A X X X X X CB Normal 1
)
Pu rge
! Exhaust Iso-j- '
lation Out-side Reactor 1 Containment - 1l Penet ra t ion I No. 84 U4 001 N/A 212 100 D-2 213 1 C-d A 0.75 CA M LC LC LC P X Containmont 1 isolation Test - Pene-
, t ra t ion No. 84
,o,,n n
3 t m
< o f Ferm No. 9 3 746
n v C m VEGP Unit No. 2 Vahe Test List System: Containment Air Purification and Cleanup - System No. 1508 1 OI 1 3 j g Tests 2 D
- 8 8 O l: E $. - g _c c c Nu r h-g d a s es $Z 8 dx I 8 Ih
%% mW I hg fb _h 3 t> ol 28 *(h. .$ n a! > g g
, g g
Isg j o
$ &O U &N W U >U WO > (H Z& k& M 4 & W W k J W U EE Z HV 2624A N/A 212 100 B-3 213 1 G-1 A 4.00 8 MO C Al 0 A X X X X CB Post-Loss- 1 of-Coolant Accident (LOCA) Pu rge Exhaust Isola-tion - Pene-t ra t ion No. 100 HV 2624B N/A 212 100 B-3 213 1 F-1 A 4.00 B MO C Al O A X X X X CB Post-LOCA 1 Purge Exhaust Isolation -
Pene t ra t ion ta No. 100 [ U4 001 N/A 212 100 B-2 213 1 C-6 A 0.75 GA M LC LC LC P X Containment 1 Ln isolation Test - Pene t ra t ion No. 100 U4 012 N/A 212 100 B-2 213 1 C-6 A 4.00 CA M LC LC LC P X Cor*3inment 1 Isolation Valve - Pene-t ra t ion No. 100 1 f j o a
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a w a a w a a u it s se z HV 2790A N/A 212 100 G-5 213 2 E-7 A O.75 CL ES C C 0 A X X X X X Containment 1 Hydrogen Moni-tor Soction - Penet ra t i on i No. 70A HV 27908 N/A 212 100 F-5 213 2 D-7 A O.75 CL ES C C 0 A X X X X X Containment 1 Hydrogen Moni-tor Suction - Penet ra t ion No. 70A HV 2791A N/A 212 100 C-4 213 2 E-6 A 0.75 CL ES C C 0 A X X X X X Hyd rogen 1 Monitor LJ Isolation Outside [ Reactor m Containment - Pene t ra t ion No. 70A HV 27918 N/A 212 100 F-4 213 2 C-d A 0.75 CL ES C C 0 A X X X X X Hyd rogen 1 Monitor Isolation Outside Reactor Containment - , Penet ra t ion No. 71A HV 2792A N/A 212 100 F-5 213 2 D-l A O.75 CL ES C C O A X X X X X Hyd rogen 1 Monitor Isolation
- inside Re-actor Con-tainment -
Pene t ra t ion No. 71A HV 27928 N/A 212 100 E-5 213 2 C-1 A 0.75 CL ES C C C A X X X X X Hyd rogen 1 Monitor O isolation
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< Pene t ra t ion No. 71A o
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Penet ra t ion No. 708 HV 27938 N/A 212 100 E-4 213 2 A-d A 0.75 CL ES C C O A X X X X X Hyd rogen 1 Monitor Isolation Outside La Reactor a Containment - A Penet ra t ion 4 No. 718 HV S221 N/A 212 100 F-4 213 2 D-d A 0.75 CL $ C N/A O A X X X X Post.Acci- 1 dent Samp-Iing - Pene-tration 16 0 . 70A M 001 N/A 212 100 F-5 213 2 A-1 AC 0.75 CK $ C N/A O/C A X X Containment 1 Hydrogen Moni-tor Check - Penet ra tion No. 708 m OC2 N/A 212 100 E-5 213 2 B-l AC 0.75 CK S C N/A O/C A X X Containment 1 Hydrogen Moni-tor Check - Penet ra tion No. 718 l O I 3 fut l
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a, e a.s p a 3w p J E e u 1 EE Z e tot 7126 m/A 212 100 F-3 127 ES A 0.75 0 AO O C C A X X X X X Reactor Cool- 1 ant Drain Tank Vent Iso-lation - Pene-tration seo. 79 amt 7134 m/A 212 100 S-4 127 E-1 A 3.00 0 AO O C C A X X X X X Reactor Cool- 1 ant Drain Tank Pump Discharge - Penet ra tion 80 0 . 77 IN 7150 m/A 212 100 F-2 12F GH A 0.75 0 A3 O C C A X X X X X Reactor Cool- 1 y ant Drain Tank vent Iso-
. nation - Pen.-
o tration 100 79 LW 1003 4/A 212 100 S-5 127 D=2 A 3.00 CL AO O C C A X X X X X Reactor Cool- 1 ant Drain Tank Pump Discharge - Penetra tion 80 0 77 IB6 034 4/A 212 100 D-5 127 C-2 A 3.00 D M LC LC LC P X Reactor Cool- 1 ant Drain Tank Pump
- Di Scha rge -
Penet ra tion 10 0 . 77 X 153 m/A 212 100 C-5 127 D-1 A 1.00 GL M LC LC LC P X Drain - 1 Penetra tion No. 77 X 154 4/A 212 100 S-5 127 D-1 A 1.00 CL M LC LC LC P X Dra in - Pene- 1 tration No. 77 X 173 4/A 212 100 3-4 12F E-1 A 1.00 CL M LC LC LC P X Drain - Pene- 1 a
.a tration seo. 77 as. X 229 m/A 212 100 C-4 127 0-1 A 1.00 CL M LC LC LC P X Vent - 1 3 Penetra t ion 3 ho. IF a
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Penetration Ito. 80 at 184 m/d 212 100 0-3 SM 1 C-1 AC 1.50 Cx s C m/A C P X Containneemt 1 l sonation - Penetra tion 10 0 23 s., 5 e4 211 m/A 212 100 C-7 1M 1 C-1 A 1.50 CA n C m/A C P X Containment 1 48 M Isolation - Penet ra tion 8bo. 23 et 226 m/A 212 19e C-8 EM 1 C-1 A O.M CL M C 4/A C P X Drain - 1 Penetra tion
- 50. 23 et 223 m/A 212 100 F-2 1M 1 D-1 A O.M CL M C m/A C P X Vent - 1 Penet ra tion he. 80 mm 229 m/A 212 100 F-3 1M 1 0-1 A O.M CL M C m/A C P X Crain - 1 Penet ra tion to. 80 m
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w e e m a r a a m o ig am z o HV 8208 N// 212 ' 100 C-2 110 H-f A 1.00 CL S O C C A X X X X X Containment 1
'f Isolation -
Pene t ra t ion No. 86C HV 8209 N/A 212 100 C-3 110 H-1 A 1.00 CL S O C C A X X X X X Containment 1 isolation - Pene t ra t ion No. 86C HV 8211 N// 212 100 C-3 110 A-2 A 0.50 CL S O C C A X X X X X Containment 1 isolation - Pene t ra t ion w No. 86A I HV 8212 C-2 0 N// 212 100 110 A-7 A 0.50 CL S C C A X X X X X Containment 1
$ isolation -
Pene t ra t ion No. 86A
-X 002 N// 212 100 D-3 110 F-1 A 1.00 CL M C LC C P X Containment 1 Isolation -
Pene t ra t ion No. 86A X 006 N// 212 100 C-3 110 11 - 1 A 1.00 CL M G LC C P X Containment 1 Isolation - Penet ra t ion No. 86C O a N
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Ferm No. 9 1746
.( ) NOTES
- 1. Valves listed for Appendix J to 10 CFR 50.
- 2. This is a pressure isolation valve.
- 3. Safety and relief valves which will be removed and bench tested during subsequent inservice tests need not be installed prior to the preservice test. No preservice test required.
- 4. This check valve is locked open; i.e. not locked closed.
.) ) 3-56 .012 REV O
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