Text

Pump & Valve Program, Vol 1
	ML20108A619
Person / Time
Site:	River Bend
Issue date:	11/30/1984
From:	; GULF STATES UTILITIES CO.
To:	;
Shared Package
ML20108A609	List: ML20108A619; RBG-19-359, Forwards Response to SER Open Item 4 Inservice Test Program & Open Item 6 Preservice Insp Program. Encl Preservice Insp Plan & Pump & Valve Plan Will Be Updated as Design & Const Completed;
References
	NUPEF-015, NUPEF-15, PROC-841130, NUDOCS 8411150081
	Download: ML20108A619 (175)
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.%J PLAN ASSIGEMENT PAGE l

l NUCLEAR PLANT ENGINEERING PRE-SERVICE INSPECTION / PUMP AND VALVE TESTING PLAN A

V A-CONTROLLED COPY NUMBER: /d O

IS ISSUED TO: . #8 Y* -

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l Revisions to this manual shall be distributed to the holder of controlled copics. The assignee is responsible for prompt entry of any l- revisions. into 'their copy. Please return the document when it is no longer needed or upon request to the Supervisor-Engineering Admini-stration.

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NuPEF-015 11/84 8411150081 841105 PDR ADOCK 05000458 E PDR ,

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PUMP AND VALVE

-r INSERVICE TESTING PLAN RIVER BEND STATION -

FIRST TEN YEAR INSPECTION INTERVAL REVISION O O

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TABLE OF CONTENTS SECTION PAGE

1.0 INTRODUCTION

1-1 2.'O INSERVICE TESTING OF PUMPS 2.1 General Information 2-1 2.2 Plan Information 2-1 2.3 Request for Relief 2-2 ,

3.0 INSERVICE TESTING OF VALVES

.l _ 3.1 General Information 3-1 3.2 Preservice Testing 3-1 3.3 Plan Information 3-1 3.4 Request for Relief 3-3 Appendix A Inservice Testing Plan-Pumps Appendix B Pump Requests for Relief' Appendix C Inservice Testing Plan-Valves Appendix D Valve Requests for Relief

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1.0 INTRODUCTION

The Inservice Inspection Plan for River Bend Station pumps and valves is developed in compliance with 10CFR50.55a and Section XI of the ASME Boiler and Pressure Vessel Code, 1980 Edition, Winter 1981 Addenda. Where compliance is determined'to be impractical, specific relief has been requested.

Section 2.0 discusses the Inservice Testing Plan for applicable Class 1, 2, and 3 pumps. Section 3.0 discusses the Inservice Testing Program for' applicable Class 1, 2, and 3 valves. Note that all information provided should be considered preliminary and inay change as the plan is further developed.

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2.0 INSERVICE TESTING OF PUMPS 2.1 General Information The Inserv.ca Testing Plan for ASME Class 1, 2, and 3 pumps was developeu in accordance with the requirements of ASME Boiler and Pressure Vessel Code,Section XI, Subsection IWP, 1980 Edition, Winter 1981 Addenda.

The Inservice Testing Plan for pumps will remain in effect through the first 10 year inservice inspection interval commencing at commercial operation.

Appendix A identifies the Class 1, ?, and 3 pumps that are to be tested, along with the applicable parameters to be measured.

2.2 Plan Information The following information is included in the Inservice Testing Plan for pumps:

2.2.1 Pump Number indicates the pump identification number as shown on the FSK's.

() 2.2.2 Description identification as it is related to system operation.

provides the pump's functional 2.2.3 FSK Number indicates the drawing where the pump appears.

2.2.4 Class is the ASME Code Class the pump has been designed to.

2.2.5 Test Parameters indicates the frequency which test quantities, required per Table IWP-3100-1, will be measured or observed. Key for abbreviations is as follows:

NA -

Not applicable (sealed or self lubricated bearings),

NR - Not required (constant speed drive),

Q - Quarterly, RR - See Request for Relief,

() - To be determined.

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0" 2.'2.6 Request for Relief indicates applicable Requests for Relief for the pump.

2.3 Request for Relief Where ASME Section XI ' requirements are determined to be impractical, a Request for Relief has been written. They are submitted with the plan and relief will be assumed to be granted until notified otherwise. Pump Requests for Relief are submitted in Appendix B.

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3.0 INSERVICE TESTING OF VALVES 3.1- General Information The Inservice Testing Plan for ASME Class 1, 2, and 3 valves was developed in accordance with the requirements of ASME Boiler and Pressure Vessel Code,Section XI, Subsection IWV, 1980 Edition, Winter Addenda.

The Inservice Testing Plan for valves will remain in effect through the first 10 year inservice inspection interval commencing at commerical operation.

Appendix C identifies the Class 1, 2, and 3 valves that are to be tested. This listing is arranged by system and FSK number.

3.2 Prcservice Testing Each valve shall be tested after installation and prior to service. These tests will be conducted under conditions similar to those to be experienced 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.

3.3 Plan Information The following information is included in the Inservice Testing Plan for valves:

3.3.1 Valve Number indicates the valve identification number as shown on the FSK. The valve's full number includes a system _ prefix, which is identified with the system description, unless specifically noted otherwise.

3.3.2 Class is the ASME Code Class the valve has been designed to.

3.3.3 Coordinates is the locations on the FSK where the valve.is found.

1 3.3.4 Category indicates the valve category as defined by Subsection IWV-2200.

3.3.5 Size indicates the nominal diameter of valve in inches.

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4 3.3.6 Valve Type indicates the specific design of the valve.

The following is a list of the symbols used:

BF - butterfly PG - plug CK - check RV - relief GA - gate SC - stop check GL - globe XP - explosive 3.3.7 Actuator Type indicates the type of operators used to change the valve position. The following is a list of the symbols used:

AO - air operator SA - Self actuated HY - hydraulic operator SO - solenoid operator MA - manual operator XP - explosive charge MO - motor operated 3.3.8 Normal Position indicates the valve position during norma] operation. The following is a list of the symbols uced: ,

C - closed LC - locked closed O - open 3.3.9 Test indicates the test requirements which apply to 01' the valve. The following is a list of the symbols used:

ET - explosive test PI - position indication verified FS - fail safe test PSE - partial stroke exercise LR - Leak rate of seat SP - set point verified measured FSE - full stroke exercise; for power actuated valves stroke times shall be measured 3.3.10 Requests for Relief indicates the number of the valve Request for Relief, if one has been requested.

3.3.11 Frequency indicates the plant operational condition in which the valve will be tested. The following is a list'of the symbols used:

0 - Valves / test requirements in this category will be tested quarterly during normal operation.

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o CS - Valves / test requirements in.this category will be tested during cold shutdowns. Valve testing will commence no later than seventy two hours after cold . shutdown and will continue until required testing is completed.or plant startup, whichever occurs first. Completion of all required valve testing is not' a' requisite to plant startup.

Valve testing.which is not completed during a cold shutdown will be: performed during subsequent cold' shutdowns to meet the testing requirements. No valve is required to be tested more often than once every 92 days.

RF -. Valves / test. requirements in this category will be.

tested during a' refueling outage.

. 3.3.12 Remarks will indicate specific requirements or comments' with respect to the test. requirements.

. Included will be maximum stroke time for- power actuated valves, set points for relief valves, the method of leak rate measurement, and the ~ fail direction for fail safe tests.

.3/4 ~ Request for Relief

[' ')" .' Where ASME Section XI requirements- are determined to be

' impractical, a Request for Relief hhs been written. They are

- submitted with the plan and relief will be assumed to be ,

granted until notified otherwise. Valve' Requests for Relief are submitted'in Appendix D.

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h INSERVICE TESTING PLAN

-ISI CLASS ~1, 2 &s3 PUMPS RIVER BEND STATION PUMP NO. DESCRIPTION FSK NO. CLASS' R N Pi AP Q V L/P Tb RELIEF-1E22*PC001 High Pressure' Core Spray 27-4A- 2 NR Q- Q Q RR NA RR 1,5 1E22*PC003 High Pressure Core Spray-fil l 27-4A 2 NR Q Q Q RR Q. RR 1,5 -

1E21*PC001 L'ow Pressure Core Spray 27-5 2 NR Q Q Q RR NA RR l ', 5 1E21*PC002 Low' Pressure Core. Spray-fil l 27-5 2 NR Q Q Q RR Q RR 1,5 1EGF*P1A Standby Diesel Generator :8-9A 3 NR Q Q Q RR NA RR 1,5 Fuel Oil' Transfer "

1EGF*PIB Standby Diesel. Generator 8-90 3 NR Q Q Q RR NA RR 1,5 Fuel Oil Transfer 1EGF*PIC Standby Diesel Generator 8-9C 3 NR Q Q- Q RR- NA RR 1,5 i Fuel Oil Transfer 4

1EGF*P2A Standby Diesel Generator NA 3 NR RR RR RR RR NA RR 1,4 ,5 Fuc1 011 Booster-i 1EGF*P2B Standby Diesel Generator NA. 3 NR RR RR RR RR NA RR 1,4,5 1 EGO

PIA Standby' Diesel Generator NA 3 NR RR RR RR RR NA. RR 1,4 ,5 Lube Oil Transfer 1 EGO *PIB Standby Diesel. Generator 'NA 3 NR RR RR RR RR NA RR 1,4,5 i

Lube 0il Transfer I 1EGT* PIA Standby Diesel Generator NA 3 NR- RR RR RR RR NA' RR 1,4,5 i ~ Jacket Water Heater Circ

1EGT*PIB Standby Diesel Generator NA 3 NR RR RR RR RR NA RR 1,4,5

. Jacket Water Heater Circ j 1HVK*P1A Control Building Chilled 22-12A 3 NR Q Q Q RR Q RR 1,5

! Water ,

i IHVK*PIB Control Building Chilled 22-12B 3 NR Q Q Q RR Q RR 1,5 i

1 Water

1HVK*PIC Control Building Chilled 22-12A 3 NR Q Q Q RR Q RR 1,5 i Water

! 1HVK*P1D Control Building' Chilled 22-128- 3 NR Q Q Q RR Q RR 1,5 ,

i Water J

1E51*PC001 Reactor Core Isolation 27-6B 2 Q Q Q Q RR NA RR 1,5 4

Cooling l 1E51*PC003 Reactor' Core Isolation. 27-6B 2 NR Q Q Q RR Q RR 1,5 Cooling-fill 1LSV*C3A Penetration Valve Leakage 27-29A 2 NR RR RR RR RR (Q) RR 1,2,5 i Control Compressor j ILSV*C3B Penetration Valve Leakage 27-29A 2 NR RR RR RR RR (Q) RR 1,2,5

Control Compressor

INSERVICE TESTING PLAN '

ISI CLASS 1, 2 & 3 PUMPS.

RIVER BEND STATION k'ev.0.

PUMP NO. DESCRIPTION FSK NO. : CLASS-' F N' Pi AP Q V. L/P Tb' RELIEF.

1E12*PC002A Residual Heat Removal 27-7F 2 NR Q Q' Q. RR- NA RR. 1,5 1E12*PC0028 Residual Heat Removal. .27_-7B 2 NR- 'Q Q -Q RR NA RR. 1,5 1E12*PC002C Residual Heat Removal 27-70: '2 NR Q _Q 'Q RR NA RR- 1,5 1E12*PC003 Residual Heat Removal-fill 27-7B 2 NR ,Q Q Q RR Q. RR 1,5 ISFC*P1A Fuel Pool Cooling 34-28 .3- NR Q -Q 'Q RR- (Q) RR 1,5 ISFC*PIB Fuel Pool Cooling 34-2B 3- NR Q Q Q RR (Q) RR 1,5 1C41*PC001A Standby Liquid Control 27-16 2 NR .RR RR .RR RR RR RR 1,3.5 1C41*PC001B Standby Liquid Control .27-16 2. NR RR .RR RR RR RR RR 1,3,5 ISWP*P2A Standby Service Water 9-10G 3 NR .Q Q Q RR. NA RR- 1,5 ISWP*P2B Standby Service Water 9-10G 3 NR. Q Q 'Q. RR- NA' RR 1,5 ISWP*P2C Standby Service Water 9-10G 3 NR Q Q Q RR NA- RR 1,5-ISWP*P2D Standby Service Water 9-10G 3 NR Q .Q Q RR NA RR- 1,5 4

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PUMP REQUEST FOR RELIEF NO. 1 SYSTEM: Safety Related COMPONENT: All pumps listed in the program CLASS: 2& 3 FUNCTION: To provide pumped liquid to safety related systems TEST REQUIREMENT: To measure bearing temperature yearly BASIS FOR RELIEF: Industry data has shown that bearing temperature changes due to degrading bearings only occurs after major degradation has occurred at the bearing. Prior to this, vibration monitoring would provide the necessary information. to identify changes in the condition of bearings. Reliance on vibration monitoring would hilow corrective actior to be taken prior to failure of bearings and possiole damage to pumps.

ALTERNATE '

() TESTING: Measure vibration O

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PUMP REQUEST FOR RELIEF NO. 2 SYSTEM: Penetration valve leakage control COMPONENT: Compressors ILSV*C3A and ILSV*C3B CLASS: 2 FUNCTION: -To provide compressed air for Penetration Valve Leakage Control System, Main Steam Isolation Valve Seal System, and Main-Steam Safety and Relief Valves.

TEST:

REQUIREMENT: An inservice test shall be conducted with the pump operating at- nominal motor nameplate speed. The resistance of the system shall be varied until either the measured differential pressure or the measured flow rate equals the reference value. The test parameters shall then be measured or observed and compared to

the corresponding reference valves.

BASIS FOR RELIEF: System was not designed to'4 be tested in accordance with

/ Section XI.

t ALEERNATE TESTING: (Later)

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O PUMP REQUEST FOR RELIEF NO. 3 SYSTEM: Standby Liquid Control COMPONENTS: Pumps 1C41*PC001A and 1C41*PC001B CLASe: 2 FUNCTION: To pump sodium pentaborate solution- into the reactor vessel. ,

-TEST REQUIREMENT: An inservice test shall be run on each pump. nominally every 3 months during normal plant operation.

BASIS FOR RELIEF: These pumps are located inside primary containment.

Performance of inservice test will require access to pumps for test equipment set up, system line-up, and measurement of test quantities. Access to contain, ment will be limited due to airborne contamination.

ALTERNATE TESTING: Pumps will be tested once every cold shutdown, if not performed within the previous 92 days.

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-J ' PUMP REQUEST FOR RELIEF NO. 4 SYSTEM:- -Standby' Diesel Generator

' COMPONENTS:- Pumps f1EGF*P2A, 1EGF*P2B, 1 EGO *PlA, lEGO*PlB,- lEGT*PlA,

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and 1EGT*PlB-CLASS:' 3

' FUNCTION: 1ToLprovide.a backup'to the main fuel oil booster pumps and 'to maintain the diesel- genericors in standby condition.

-> TEST: '

, REQUIREMENT: . Anzinservice test shall~ be' . conducted with the . pump g operating at . nominal motor . nameplate speed. The.

-i resistance.of the system shall.-be varied until either the' measured ~ differential pressure-or the measured flow- -

rate-equals the reference value'. The test- parameters-shall'. then'.be measured'or observed and compared to the

. corresponding refec.tnce values.

4 iBASIS'FOR' 1 RELIEF: These pumps ~are. supplied as ,an -integral part -of :the Q fs - ' diesel: generator skid- package. .The_ skid was not W~ :derigned to be; tested in accordance with Section XI.

ALTERNATE

. TESTING:- :The fuel. oil booster; pumps,,lEGF*P2A and'lEGF*P2B, will

=be Etested.- quarterly; discharge pressure and vibration-willcbe the only; test parameters. The-lube oil transfer-pumps,. 2 EGO *PlA and lEGO*P1B,- and the? jacket Water Heater.'Circulatiing Pumps,-1EGT*P1A-and'lEGT*P1B,!will be

. tested.: quarterly;. proper temperatures throughout.the Jdiesel and~ vibration will be the only. test parameters.

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. for machinery operating at speeds from 600 to 12000 rpm.

Vibration velocity is used because it is independent of frequency in this frequency range, thus yielding a simple measure of severity of vibration.

ALTERNATE TESTING: Measure vibration velocity. Allowable ranges for

{} vibration velocity will be:

Acceptable: Less than 0.3 in./sec.

Alert: 0.3 in./sec. to 0.6 in./sec.

Required Action: Greater than 0. 6 in./sec.

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INSERVICE TESTING PLAN- l 1

ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTErt: Reactor Plant Component Cooling Water ( ICC P *) . FSK NO. 9-10 SilEET l ' 0F 2 PACE I 0F 550 VALVE NUMBER A' ~ REMARKS MOV 129 3 B-2 B 12 BF- MO O FSE 10 Q -Sec Stroke Time PI RF MOV 336 3 '

B-2 B 12 BF M0 O FSE 10 Q -Se c ' S troke Time PI RF V204 3 C-2 C 10 CK SA 0 FSE Q RV57B 3 C-4 C 3/4 RV SA C SP RF 150 psig MOV 16B 3 C-6 B 12 BF MO O FSE 10 Q -Sec Stroke Time PI RF MOV 16A 3 C-8 B 12 BF M0 O FSE 10 Q -Sec Stroke Time PI RF V72 3 D-6 C 12 CK SA 0 FSE .Q V73 3 D-8 C 12 CK SA 0 FSE Q V337 3 N-2 C 2 CK SA 0' FSE Q V338 3 N-2 C 2 CK SA 0 FSE Q V209 3 N-8 C 10 CK SA 0 FSE Q

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. RIVER BEND STATION SYSTEM: Reactor Plant. Component Cooling Wa te r (ICCP*) FSK NO. 9-lC SilEET 2 0F 2 PACE 2 0F 140 VALVE NUMBER [ REMARKS

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RV57A 3 N-7, C 3/4 RV SA C SP RF 150 psig 1

MOV 169 3 M-4 B 2 GL MO O FSE 10 Q -Sec Stroke Time PI RF MOV 163 3 N-4 B 2 CL MO O FSE 10 Q -See Stroke Time PI RF MOV 130 3 Q-5 B 12 BF MO O FSE 10 Q -Sec Stroke Time PI RF MOV 335 3 Q-6 B 12 BF MO O FSE 10 Q -Sec Stroke Time PI RF l

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VALVE NUMBER N REMARKS MOV 142 2 A-9 B 6 BF MO O FSE 10 Q -Sec Stroke Time PI RF V119 2 B-9 C 6 CK SA 0 FSE Q

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R MOV 143 2 K-1 B 6 BF MO O FSE 10 Q -Sec Stroke Time PI RF E HOV 144 2 K-2 B 6 BF M0 O FSE 10 Q -Sec Stroke Time h PI RF V133 2 H-3 C 3/4 CK SA C FSE Q i,

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VnI5'E NUMBER g 4,,

N REM RKS MOV 158 2 M-2, A 10. GA MO O FSE 10 Q 21.5 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV 159 2 N-2 A 10 CA MO O FSE 10 Q 21.5 Sec Stroke Time LR RF 10CFR50 App J PI RF Vll8 2 J-9 AC 10 CK SA 0 FSE Q LR RF 10CFR50 App J MOV 138 2 N-9 A 10 -GA MO O FSE 10 Q 21.5 Sec Stroke Time LR RF PI RF e

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. INSERVICE TESTING PLAN -

. ISI CLASS ' 1,2 6 - 3.VAINES ' -

RIVER BEND STATION-SYSTEM:. Reactor Plant' Component-Cooling Water (lCCP*)- .FSK NO. 9-lH" SilEET .1 0F .1 - . PACE:5 -~ 'OF .14 0 r

VALVE NUMBER-

. N REMERKS i

RV60B 3 N-3. .C 3/4 RV SA' .C' SP- .RF 150 psig.

V83 3 P-4' C 1.5 CK SA' 0 :FSE- -Q

RV60A 3 'N-6 C 3/4 RV SA C SP R F- ~ .150' Lp s ig.

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ISI CLASS 1,2 & 3 VALVES-

. RIVER BEND STATION-

SYSTEM: Containment Atmosphere .:onitoring (ICMS*)' FSK No. ' 3 3-2 B SilEET 1. 0F 2 PACE 6 0F 140 VALVE NUMBER R > p$ D k

g8 8 REMARKS

/ p!y j ff a # fie y SOV-31A .2 11 - 6 , A 3/4 CL SO O FSE 10 Q . Sec Stroke Time LR RF' 10CFR50 App J FS Q-PI RF SOV-31C 2 11 - 7 A 3/4 CL SO 0 FSE 10 Q -Sec Stroke Time LR RF 10CFR50 App J FS Q P1 RF SOV-35A 2 J-7 A 3/4 CL SO O FSE 10 Q -Sec Stroke Time

'LR RF 10CFR50 App J FS Q PI RF SOV-35C I 2 J-6. A 3/4 CL So O FSE 10 Q -Sec Stroke Time LR RF 10CFR50 App J FS Q PI RF

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's . RIVER BEND STATION SYSTEM: Containment Atmosphere Monitoring (lCMS*) FSK NO. 33-2B' SilEET 2 OF 2 PACE 7 OF 140

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b VALVE NUMBER N REMARKS 2 .

b V40 2 N-7, C 3/4 CK SA C FSE Q h LR RF Drywell Leakage Test

, SOV 34A 2 N-6 A 3/4 GL SO C FSE 10 Q -Sec Stroke Time FS Q Fail Close p

PI RF

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LR RF Drywell Leakage. Test SOV 34C 2 N-7 A 3/4 GL SO C FSE 10 Q -Sec Stroke Time FS Q Fail Close m

PI RF LR RF Drywell Leakage Test

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ISI CLASS.1,2?& 3 VALVES RIVER BEND-STATION SYSTEM: Containment Atmosphere' Monitoring (1 CMS *)'

FSK ; NO . 3 3 - 2 D '~ SHEET l'0F 2 PACE 8 0F 140 4

pH VALVE NUMBER N 'k-REMARKS-l( , p ; s & /

i SOV 31B 2 L-5, A 3/4 GL SO '~ O' FSE '.10 Q -Sec Stroke Time ,

LR RF 10CFR App J FS: Q

, PI RF i ,

l SOV 31D 2 L-7 A 3/4 GL SO O FSE 10 Q '-Sec Stroke Time.

. LR RF 10CFR50' App'J

FS -Q

] PI RF SOV 35B 2 K-7 A 3/4 GL SO O FSE .10 0 -Sec. Stroke Time i LR RF 10CFR50 App J FS Q i PI RF SOV 35D 2 K-5 A 3/4 'GL S0- 0 FSE 10 Q -Sec Stroke ~ Time LR RF 10CFR50 App J.

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ISI CLASS'1,2 &:3 VALVES' '

RIVER BEND STATION SYSTEM: Containment' Atmosphere Monitoring'(lCMS*) PAGE 9 ;0F 140'-

FSK.NO. 33-2D ~ SilEET 2 0F 2 R ~ f M e gg8 5

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Prrasef V41 2 E-7, C 3/4- CK SA' O FSE .

Q SOV 34B 2 E-5 A 3/4 GL SO C FSE 10 Q -Sec Stroke Time FS Q Fail Close P1 RF-LR- RF Drywell Leakage Test SOV 34D 2 F-5 A. 3/4 GL SO C FSE 10 Q -Sec Stroke Time FS Q Fall Close F1 RF-

'LR -RF Drywell Leakage Test i

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' INSERVICE TESTING PLAN'

.ISI CLASS I.2.6 3 VALVES.

RIVER BEND STATION SYSTEM: Condensate'Make6p and Draw Off (ICNS*) FSK NO. 4-3C. SHEET:l'0F 1 PACE'10 0F 140'

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' REM RKS j MOV 125 2 M-3, A 4" CA MO. .0 .FSE- 10 Q. 21 Sec Strok'e Time j LR' RF. 10CFR50 App J

! PI RF MOV 130 2 L-3 B .4" GA MO O FSE- 10 Q -Sec Stroke Time

! PI RF-V86 2 P-3 AC 4" CK SA C' FSE- Q j LR RF 10CFR50-App;J i

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INSERVICE -TESTING PIAN ISI CLASS 1,2 6 3 VALVES RIVER-BEND STATION SYSTD1: Hydrogen Mixing _(ICPM*) FSK NO, 27-24 . SHEER 1 0F 2 - PACE 110F'INO VAI.VE NUMBER h g A.

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j r ap MOV 1A 2 E-4, A 6 BF MO C FSE 10 Q -Sec Stroke Time PI RF LR RF Drywell Leakage-Test MOV 3A 2 F-4 A 6 BF M0 C FSE 10 Q -Sec Stroke Time PI RF LR RF Drywell Leakage Test MOV 2B 2 E-8 A 6 BF M0 C FSE 10 Q -Sec Stroke Time PI 'RF LR RF Drywell Leakage. Test MOV 4B 2 E-8 A 6 BF MO C FSE 10 Q -Sec Stroke Time PI RF LR RF Drywell Leakage Test MOV 3B 2 L-4 A 6 BF MO ,

C' FSE 10 Q -Sec Stroke Time' PI RF LR RF MOV IB 2 M-4 A 6 BF M0 C FSE 10 Q -

Sec' Stroke Time

, PI RF j LR RF Drywell Leakage Test MOV 4A 2 M-8 A 6 BF MO C 'FSE, '10 Q. -Sec Stroke Time 1 PI RF LR RF Drywell Leakage Test

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RIVER BEND STATION SYST E Containment' Hydrogen Purge (1CPP*)

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FSK NO. ~ 2 7 -2' l .

VALVE NUMBER N REMARK'S .-

SOV 140 2 C-6, A 1 CA SO C FSE 10 Q -Sec 'S troke . Time-LR. . R F. 10CFR50 App J FS .Q Fail Close PI 'RF V2 2 C-3 AC 1 CK- SA C FSE .Q-LR RF 10CFR50 App J MOV 104 2 M-8 A 3 GA M0 C FSE 10 Q 15 Sec' Stroke' Time LR RF 10CFR50 App J PI RF MOV 105 2 P-7 A 3 CA MO C 'FSE 10 Q 15 Sec Stroke Time LR RF 10CFR50 App J PI RF k

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. INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Low Pressure Core Spray System.(IE21*) FSK NO. 2 7-5 SHEET 1 CF 2 PACE 14 0F 140 it1/y VALVE NUMBER [ REMARKS f

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=

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l VALVE NUMBER N REMARKS

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RIVER BEND STATION SYSTEM:

liigh Pressure Core Spary'(IE22*) FSK' NO. :2 7-4B SilEET 10F -2 PACE 17 0F.II40 s /

/ fp VALVE NUMBER rb REMARKS

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SYSTEM: High Pressure Core Spray..(1E22*) FSK' NO. ' 2 7 -4 B ; : SHEET :2: 0F. 2 ;

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.MOV F010 2 D-3 B 10 GL MO. .C - .FSE- 10 Q -Sec Stroke: Time PI RF-

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SYSTEM:

Reactor. Building Equipment' Drain (IDER*) FSK NO. -:32-9H-SHEET.fi 0F l~ PAGE 20 0F 140 f N'

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.. V 16 2 K-9, AC 8 CK 'SA- 0 FSE- 2 LR RF Drywell' Leakage Test'

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, RIVER BEND STATION SYSTEM:

Reactor Building Equipment-Drain'(IDER*). FSK NO- 32-9J. SHEET'l-OF 'l PACE 210F.140 -

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O INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Reactor Building Equipment Drain (IDER*) FSK NO. 32-9K SIIEET I 0F 1 PAGE 22 0F 140

/

VALVE NUMBER j3 REMARKS A0V 126 2 Q-8, A 4 .GL A0 0 FSE 10 Q -Sec Stroke Time LR RF 10CFR50 App J FS Q Fail _close upon power failure FI RF A0V 127 2 R-8 A 4 GL AO O FSE 10 Q -Sec Stroke Time LR RF 10CFR50 App J FS Q Fall close upon power failure FI RF l

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SYSTEM: Reactor Plant Floor Drains (IDFR*) PSK FO. 23-6A SHEET 1 OF 1 PACE 24 0F 140 VALVE NUMBER N O h RF}iARKS efa B-9, p i !akk/

VI 2 AC 8 CK SA 0 FSE 2 LR RF Drywell Leakage Test V2 2 C-9 AC 8 CK SA 0 FSE 2 LR RF Drywell Leakage Test V3 2 L-9 AC 8 CK SA O FSE 2 LR RF Drywell Leakage Test V4 2 M-9 AC 8 CK SA 0 FSE 2 LR RF Drywell Leakage Test I

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INSERVICE TESTING PLAN ISI CLASS i,2 & 3 VALVES RIVER BEND STATION SYSTEM: Reactor Plant. Floor Drains.(IDFR*) 'FSK NO. 6B: SNEET I OF 1 PACE 25 op - 140l VALVE NUMBER 8

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C'1 STEM: Meactor Plant Floor Drains (IDFR*) FSK NO. 23-6Q SilEET 10F 1 PAGE 320F 140

/

-VALVE NUMBER A N' REMARKS e f , p i .

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SOV 141 2 P A 3/4 GA SO O FSE 10 'Q -Sec Stroke Time FS Q Fail close PI RF LR RF Drywell Leakage Test

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RIVER BEND STATION SYSTEM: Turbine Plant Miscellaneous Drains-(IB21*) FSK NO. 32-5D SilEET 10F 2 PACE 34 0p 140 ,

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/ / / / 1.

M1 s 4" l[

I REMARKS

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-. ISI CLASS 1,2 & 3 VALVES.

7/ RIVER BEND STATION SYSTEM: Air Startup Standby Diesel Generator (lEGA*; FSK NO. 12-4A- SIIEET I OF 1 PACE 370F 140

+

VALVE NUMBER A

[ N s A REMARKS V102 3 11 - 5 , C' l.5 CK SA C' FSE Q RV6A 3 K-1 3/4 RV SA C SP RF 275 psig set point RVSA 3 K-9 C 3/4 RV SA C SP RF 275 psig set point V147 3 L-6 C 6 CK SA C FSE Q V146 3 L-7 C 6 CK SA C FSE Q Vil5 3 M-2 C 1.5 CK SA C FSE Q RV6C 3 Q-1 C 3/4 RV SA C SP nF 275 psig set point RVSC 3 P-9 C 3/4 RV SA C SP RF 275 psig set point SOVYllA 3 P-6 B ? CA SO C FSE 10 Q -Sec Stroke Time SOVX11A 3 P-7 B ? CA 50 C FSE 10 Q -Sec Stroke Time 1 9 l

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-INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SilEET 1 0F 1 140 SYSTEM: Air Startup Standby Diesel'Gernerator (IECA* ) FSK NO. 12-4B PAGE 38 0F s -

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INSERVICE TESTING PLAN ISI CLASS 1,2 6 3 VALVES RIVER BEND STATION SYSTEM: Standby Generator Fuel (1EGF*) FSK NO. 8-9A SIIEET 1 0F l' PACE . 39 0F 140

/

VALVE NUMBER , .

REMARKS

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FSK NO 6-lC SilEET 10F 2 PACE 43 0F 140 SYSTEM: Feedwater (IB21*)

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VALVE NUMBER .

b REMARKS

/ /

MOV F065B 2 B-2 A 20 CA MO O FSE 3,10 CS -Sec Stroke Time P1 RF LR RF PVLCS Test IFWS*MOV7E 2 C-2 A 20 GA MO O FSE 3,10 CS 72 Sec Stroke Time LR- RF 10CFR50 App J & PVLCS Test t

RF

[ PI A0V F032B 1 G-2 AC 20 CK AO -0 FSE 3 CS PI RF l.

LR RF 10CFR50 App J VF010B 1 11 - 2 AC 20 CK SA 0 FSE 3 CS h

LR RF 10CFR50 App.J MOV F065A 2 B-8 A 20 GA M0 O FSE 3,10 CS -Sec Stroke Time PI RF LR RF PVLCS Test IFWS*MOV7A 2 B-8 A 20 GA MO O FSE 3,10 cs 72 Sec Stroke Time LR RF 10CFR50 App J & PVLCS Test PI RF ll n TV

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o: o:. o INSERVICE TESTING PLAN.

ISI CTASS 1,2 & 3 VALVES h

RIVER BEND STATION FSK NO. PAGE 450F140

~

SYSTEM: Control Building Air Conditioning (lHVC*)- 22-9A SilEET 1. OF 1 e

VALVE NUMBER g .

h N[ N D REMARKS

/ a y e , r e ,r a y MOV 1A 3 J-3 B 24 BF MO O FSE 10 Q -Sec Stroke Time b PI RF MOV IB 3 K-3 B 24 bF M0 O FSE 10 Q -Sec Stroke Time

.PI RF f

r w

E h

i L

b b

F L.

F r

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I

O 'O- O INSERVICE TESTING PLAN

.ISI. CLASS 1,2 & 3 VALVES' RIVER BEND STATION SYSTEM: Control Building Chilled lJater ( IllV K * ) FSK NO.22-12A SilEET - 10F 1 PAGE 46 0F 140 VALVE NUMBER -

.h REMARKS Jfie c re I ny /

/ e/ _

RV 45A 3 E-2 C 2 RV SA C SP RF 125 psig MOV 10A 3 F-2 B 2 GL MO C FSE 10 Q -Sec Stroke Time PI RF MOV llA 3 C-4 B 2 GL M0 C FSE 10 Q -Sec Stroke Time PI RF V48 3 F-4 C 2 CK SA C FSE Q V49 3 F-3 C 2 CK SA C FSE Q V33 3 L-5 C 6 CK SA C FSE Q V34 3 L-8 C 6 CK SA C FSE Q MOV 20A 3 N-5 B 6 BF MO. O FSE 10 Q -Sec Stroke Time PI RF MOV 20C 3 N-8 B 6 BF M0 C FSE 10 Q -Sec Stroke Time PI RF A h y

1 O. O i O

INSERVICE TESTING PLAN ISI CIASS 1,2 & .3 VALVES E RIVER BEND. STATION SYSTEM: Control Building Chilled Water-(lllVK*) FSK NO.22-12B SilEET 10F1 PACE 4707 140 h a

r

/ -

VALVE NUMBER

/

o g

. r 4 e.

6a ga wo- REMARKS e

F

/ / f /.0 i Mn I h / !

RV 45B 3 E-2 C 2 RV' SA C SP RF 125 psig [

MOV 10B 3 F-2 B 2 GL MO. C FSE 10 Q -Sec Stroke Time PI RF I k-MOV llB 3 G-4 B 2 GL MO C FSE 10 Q -Sec Stroke Time i PI RF V97 3 F-4 C 2 CK SA C FSE Q h V98 3 F-3 C 2 CK SA C FSE Q g V82 3 L-5 C 6 CK SA C FSE Q V83 3 L-8 C 6 CK SA C FSE Q i MOV 20B 3 N-5 B 6 BF MO O FSE 10 Q -Sec Stroke Time PI RF f

MOV 20D 3 N-8 B 6 BF M0 C FSE 10 Q -Sec Stroke Time PI RF ;

)

E E

r F

^ O f

INSERVICE TESTING PLAN

~ISI CLASS: 1,2 & 3 VALVES

. - RIVER BEND STATION SYSTEM: Con t rol Building Chilled' Water (lHVK*) "FSK No. 22 42E SilEET .10F l . PACE 480F 140

^

A

[ co A j-[j.-

'^'v" " = '" - xs s.

j j ffjfgffj RV 50C 3 D-6 C 1/2 RV SA C SP RF 385 psig RV 49C 3 E-6 C RV SA C 'SP RF 285 psig.

RV 48C 3 D-6 C RV SA C SP RF 285 psig RV 47C 3 F-6 C 1 RV SA C SP RF 185 psig RV 32C 3 G-6 C 1 RV SA C SP RF. 185 psig RV SOA 3 L-6 C 1/2 RV SA C SP- RF 385 psig RV 49A 3 M-6 C RV SA C SP RF 285 psig.

RV 48A 3 L-6 C RV SA C SP RF 285 poig RV 47A 3 N-6 C 1 RV SA C SP RF 185 psig RV 32A 3 P-6 C 1 RV 'S A C SP RF 185 psig k

9 8

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=

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a

O O O INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVLR BEND STATION SYSTEM: Contto1 Building Chi 11ed Water (lllVK*) FSK NO. 2 2 - 12 F SilEET I 0F 1 PAGE 4 9 0F 140 m

VALVE NUMBER y B ~

p9

~

N e N e 5 REMARKS

/ / /g / f o e "

!A, NE 1 le /.0~ 4 RV 50D 3 D-6 C 1/2 RV SA C SP RF 385 psig RV 49D 3 E-6 C RV SA C SP RF 285 psig RV 48D 3 E-6 C RV SA C SP RF 285 psig RV 47D 3 G-6 C 1 RV SA C SP RF 185 psig RV 32D 3 C-6 C 1 RV SA C SP RF 185 psig RV 50B 3 L-6 C 1/2 RV SA C SP RF 385 psig RV 49B 3 M-6 C RV SA C SP RF 285 psig RV 48B 3 L-6 C V SA C SP RF 285 psig RV 47B 3 N-6 C 1 RV SA C SP RF 185 psig

. RV 32B 3 P-6 C 1 RV SA C SP RF 185 psig A b .

w -

O O- O INSERVICE TESTIMC-PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Ventilation- Chilled Water ( IllV N * ) FSK NO. 2 2 - 14 F . SIIEET l'0F 1 PACE 50- 0F 140 VALVE NUMBER k .

~ 3 h

lgYffjh,ly $$f MOV 130 2 N-5 ,

A 8 GA MO O FSE 10 Q -Sec Stroke Time LR. RF PVLCS Test PI RF MOV 129 2 Q-5 A 8 GA MO O FSE 10 Q -Sec Stroke Time LR RF PVLCS Test.

PI RF MOV 128 2 N-6 A 8 GA MO O FSE 10 Q 27.5 Sec Stroke. Time LR RF 10CFR50 App J & PVLCS Test PI RF MOV 127 2 Q-6 A 8 GA M0 O FSE 10 Q 27.5 Sec Stroke Time LR RF 10CFR50 App J & PVLCS Test PI . R t' w

- a-e

O O- O INSERVICE TESTING PLAN

~

l ISI CLASS 1,2 & 3. VALVES.

RIVER BEND STATION SYSTEM: Ve n t il a t io n Chilled Water (lllVN*) FSK No. 2 2-14K SilEET 10F2 PAGE 51 0F .140 N

r !! d a M /'

VALVE NUMBER . REMARKS

/ / / /

V541 2 C-3 AC 8 CK SA 0 FSE Q LR RF 10CFR50 App J MOV 102 2 C-4 A 8 CA M0 O FSE 10 Q 29 Sec Stroke Time LR RF 10CFR50 App J PI RF V1316 2 C-5 AC 3/4 CK SA C FSE Q LR RF 10CFR50 App J MOV 22 B 3 E-6 B 6 GA M0 O FSE 10 Q -Sec Stroke Time PI RF MOV 22A 3 E-8 B 6 GA MO O FSE 10 Q -Sec Stroke Time PI RF V547 3 G-6 C 6 CK SA 0 FSE Q V546 3 G-8 C 6 CK SA 0 FSE Q V421 2 D-9 C 8 CK SA 0 FSE Q l.

v 3, . [

9 0

4 1 b O. F 0

2 5

E C

A P S .

K .

R A

M j' E

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F .

0 2

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I S

Q Q .

K

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2

'2 S O E E N E N S S

. A V F F

.. L L K S

P AN VO F G

N 3T I / -

'O I T

S E

&T A

S 0 0 T 2, D 1 N .,

E E C SB A A I S S S V AR R LE E CV S I ) _

N I R *

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V l ~ C C I

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M V M U

N E E T V 5 4 S L Y A 4 4 S V 5 5 V V

O O- O

-INSERVICE TESTING PLAN _

ISI-CLASS'1,2 & 3 VALVES l RIVER BEND STATION SYSTEM: Reactor' Plant Ventilation (lllVF*) FSK NO. 2 2 .1C SHEET 1 0F 1 PACE S 3 0F 140 l

/

VALVE NUMBER N REMIRKS A0V 165 2 H-6 A 36 BF A0 0 FSE 10 Q 3 Sec Stroke Time FS Q Fail close LR RF 10CFR50 App J PI RF A0V 123 2 K-6 A 36 BF A0 0 FSE 10 Q 3.Sec Stroke Time FS Q Fail close LR RF 10CFR50. App J PI RF A0V 125 2 M-6 A 24 BF A0 C FSE 10 Q -Sec Stroke Time FS Q Fail close LR RF Drywell Leakage Test PI RF A0V 147 2 M-6 A 24 BF A0 C FSE 10 Q -See Stroke Time FS Q Fail close LR RF Drywell Leakage Test PI RF w

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.m, .. . . . , , , , , . _ .. . . . . ._ . . . . . . . ._ _ _ . .. . . . . .. ._ __

- ~ _ _ _ . _ _ . . . _ .

O O- 0 INSERVICE TESTING PLAN ISI: CLASS I;2 & 3 VALVES

. RIVER BEND STATION SYSTEM: Reactor Plant' Ventilation (lilVR*) FSK NO. 2 2-lD SilEET I 0F I PACE 54 0F 140 VALVE NUMBER N REMARKS I A0V 148 2 C-6 , A 24 BF A0 C FSE 10 'Q-FS Q Fail close LR- RF Drywell Leakage T2st PI RF A0V 125 2 D-6 A 24 BF A0 C FSE 10 Q FS Q Fail close LR RF Drywell Leakage Test PI RF A0V 128 2 F-6 A 36 BF AO O FSE 10 Q 3 Sec Stroke Time FS Q Fail close LR RF 10CFR50 App J P1 RF A0V 166 ? J-6 A 36 BF A0 0 FSE 10 Q 3 Se: Stroke Time FS Q Fail close LR RF 10CFR50 App J PI RF 8

i O

nM .m

>f . I g .$ .

2 INSERVICE TESTING PI/]

ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION-SYSTEM: Instrument Air System.(IIAS*)

~

FSK NO. 12 - 1 J SIIEET I 0F l . PACE 55 OF 140 m 4 M N et?rM/

VALVE NUMBER -

REMARKS

/ / / / i V78 : M-6 AC 3 CK ' S A' O FSE' 2 LR RF Drywell Leakage Test

p V80 2 N-9 AC 3 CK SA 0 FSE Q j LR RF 10CFR50 App J E MOV 106 2 Q A 3 .GA .MO O FSE 10 Q 17 Sec Stroke Time LR RF. 10CFR50 App J & PVLCS Test

,- PI RF MOV 107 2 R-9 A 3 CA MO O .FSE 10 Q -Sec Stroke Time

'h PI RF f3 LR PF PVLCS Test

=

?

i s

.g-1' I

k I

g I

INSERVICE TESTING PLAN.

ISI CIASS 1,2 ' 6 3 VA1.VES

' RIVER ~ BEND STATION SYSTEM: Instrument, Air System (IIASA) FSK No. 12-lR ' SilEFT l 0F 1 PACE 56 OF 140

/ /- '

f e ,,,

VALVE NUMBER REMARKS

.i a o p ,

, :g RV 38A 3 K-9 ,

C 3/4 RV SA C SP RF 13t psig-RV 38B 3 F-9 C 3/4 RV SA C SP RF 135 psig V514 -3 11 - 9 AC 2 CK SA 0 FSE Q LR RF Speciel Test V515 3 L-9 AC 2. CK SA 0 FSE Q LR RF Special Test SOV 36A 3 L-10 B 2 CA SO .0 FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF SOV 36B 3 11 - 2 0 B 2 CA SO O FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF

- a .

INSERVICE TESTING PT.AN 1SI C1. ASS I,2 & 3 VAINES RIVER BEND STATION SYSTEM: Instrument Air System (lIAS*) >

FSK NO. 12-1S SilEET 1 01 1 PAGE 5 7 0F 140 m %

%D g4 A C

A N

8 6 A d'

VAINE NUMBER y Ng REMARKS

/

/ / /g / i lo~ // I n /

RV 46A 3 C-6 C 3/4 RV SA C SP RF 135 psig RV 46B 3 F-6 C 3/4 RV SA C SP RF 135 psig V608 3 D-6 AC 2 CK SA 0 FSE Q 1, R RF Special Test V609 3 G-6 AC 2 CK SA 0 FSE Q

l. R RF Special Test SOV 45A 'i D-6 6 2 GA SO O FSE 10 Q -See Stroke Time FS Q Fall close PI RF SOV 45B 3 G-6 B 2 GA SO O FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF W , , , , . . . _ _ . _

a e

I fl i '

l

~

(

/- .

- INSERVICE TESTING PLAN ISI CLASS 1,2 6.3 VALVES

{ -i - RIVER BEND STATION

i. SYSTFM: Instrument Air System (llAS*) FSK NO. 12-lT SilEET I 0F 'l PACE 58 0F 140 u-

=

c -

VALVE NUMBER' g B ~ $ '$ g y

> b_.

~

REM RKS

( RV 42A 3 B-8 C 3/4 RV SA C SP RF 135 psig 135 psig h RV 42B 3 G-8 C.,

3/4 RV SA C SP RF 5 V562 3 D-6 AC 2 CK SA 0- FSE Q LR RF Special Test V563 3 E-6 AC 2 CK SA 0 FSE Q P RF Special Test LR g

CA SO FSE 10 -Sec Stroke Time f SOV 41A 3 D-8 B 2 O Q

[ FS Q Fail close PI RF

[

SOV 41B 3 E-8 B 2 GA SO O FSE 10 Q -Sec Stroke Time FS Q Fail close RF

{ PI t-a

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a

{- K G

u!

- a e

?1

- - mmener - - .

g e. . :g INSERVICE TESTING PLAN-

.g .ISI, CLASS 1,2 & 3 VAI.VES RIVER BEND STATION SYSTEM: Reactor Core Isolation Cooling (IE51*) FSK NO. 2 7-6 A SilEET I 0F 3 PACE 5 9 ~ 0F 140 I

VALVE NUMBER .h ' REMARKS

/ / ![ /. i rrdrM/ 10 MOV F063 1 F-5 ,

A 8 GA MO O FS2 Q 5.1 Sec Stroke. Time LR RF 10CFR50 App J PI RF MOV F076 1 F-6 A 3/4 GL MO C FSE 10 Q 11 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV F064 1 J-5 A 8 GA- MO O FSE 10 Q 5.1 Sec Stroke Time LR RF 10CFR50. App J PI RF MOV 7013 1 N-3 A 6 GA M0 C FSE 10 Q 15 Sec Stroke Time LR RF 10CFR50 App J & RX Coolant Pressure Boundary Test PI RF A0V F065 1 K-3 AC 6 CK A0 C FSE 1 CS LR RF 10CFR50 App J & RX Coolant Pressure Boundary Test PI RF m i O

h

MM _

l O O. O INSERVICE TESTING PLAN ISI CI. ASS I,2 & 3 VAI.VES RIVER BEND STATION SYSTEM: Reactor Core Isola t ion _ Cooling ---( I E51 *) FSK NO. 2 7-6A SilEET 20F3 PAGE 60 OF 140 -

/

VALVE NUMBER y b . REMARKS ADV F066 1- B-2 C 6 CK A0 C FSE l- CS PI RF MOV F019 2 K-7 A- 2 GL M0 C FSE 10 Q -Sec Stroke Time LR RF 10CFR50 App J PI RF IICS*V21 2 N-7 C 2 CK SA C FSE Q MOV F078 2 K-8 A 2.5 GL MO O FSE 10 Q 15 Sec Stroke Time LR RF 10CFR50 App J PI RF VF081 2 L-8 C 1.5 CK SA C FSE Q VF079 2 M-8 C 1.5 CK SA C FSE Q MOV F077 2 N-9 A 1.5 GL MO O FSE 10 Q 15 Sec Stroke Time LR RF 10CFR50 App J PI RF m

a 9

'N O! O. O INSERVICE TESTING PLAN -

ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION _

SYSTEM: Reactor Core Isolation Cooling (IE51*) FSK No. 27-6A SilEET 3 0F 3 PACE 61 op 140

/

/r rd VALVE NUMBER REMARKS i / i rA /

MOV F068 2 N-9 A 12 CA MO O FSE 10 Q 61 Sec Strcke Time l

LR RF 10CFR50 App J PI RF MOV F031 2 K-ll A 6 CA M0 C FSE 10 Q 32 Sec Stroke Time LR RF 10CFR50 App J PI RF VF030 2 N-11 C 6 CK SA C FSE Q l- -

e INSERVICE TESTING PLAN ISI CLASS .1,2 & 3 VAL' ids RIVER BIRD STATION SYSTEM: Reactor Core Isolation Cooling (IE51*)- FSK NO. 27-6B SHEET 10F l ' PAGE 620F 140 N b l#lY f k VALVE NUMBER REMARKS

/ / 2 / i .

r RV F090 2 A C 3/4 RV SA C SP RF 1525 psig set point MOV F022 2 B-4 B 4 GL M0 C FSE 10 Q -Sec Stroke Time PI RF MOV F059 2 B-5 B 4 GA M0 C FSE 10 Q -Sec Stroke Time PI RF IICS*RV 130 2 G-2' C 3/4 RV SA C SP RF 1525 psig set point-MOV F046 2 K-2 B 2 GL H0 C FSE 10 Q -Sec Stroke Time PI RF RV F018 2 N-2 C 3/4 RV SA C SP RF 125 psig RV F017 2 P-3 C 3/4 RV SA C SP RF 90 psig MOV F010 :2 E-8 B 6 GA MO O FSE 10 Q -Sec Stroke Time PI RF VF011 2 K-8 C 6 CK SA C FSE Q VF061 2 M-7 C 1.5 CK SA 0 FSE Q r

4 w

0 4

1

F 0

3 6 e e E m m C i i A T T P C K e e R k k M o o E r r R t t 1 S S F c c 0 e e S S 1 - -

T E

h .

E H F F S

Q R Q R Q C

6 0 0

- 1 1 7

2 S O E E E N E N S I S I S A V F P F P F L L K P AN S VO F G I N N 3T I A O T S

E T

&T S

2, D 9

C 0 C 1 N E E )

C SB

O O A I S 1 M M S V AR 5 D R LE E

E CV S I l N I R

(

I S L A K I g G G C n

i l

o 2 o 4 4 1 C

n o

i t B B C a

l o

s I

2 2 7 e - - -

r D E C .

o C

r o 2 2 2 t

c a

R e E R B M

O U 5 2

N 4 0 M 0 0 E E F C 0 T V 4 S L Y A V V 0 S V O O F -

M M V -

m.

c c

.. M M ar-- - - - - _ _ .

O? .

~

01 9 i INSERVICE TESTING PLAN ISI CI13S - 1,2 & 3 VALVES '

RIVER BEND STATION SYSTEM: Containment Leakage Monitoring (ILMS*) FSK No. 3 3-1 A SilEET I 0F1 PAGE 64 OF~140

/

V12 2 K-2 A. 3/4 GA .MA .LC. LR RF 10CFR50 App J V14 2- J-2 A 3/4 GA MA LC LR RF 10CFR50 App J V7 .2 11 - 6 A 3/4 GA MA C LR RF 10CFR50 App J V16 2 K-6 A 3/4 GA MA LC - LR RF 10CFR50 App J V3 2 H-6 A 3/4 GA MA LC LR RF Drywell' Leakage Test K,

E I

~

7 INSERVICE TESTING PLAN

-ISI CLASS 1,2 6 3 VALVES '

RIVER BEND STATION

_=

SYSTEM: Penetration Valve Leakage Control FSK NO.27-29A SilEET 1 0F 3 PACE 65 0F .140

=

= .

s // / lb;$ e R,/ --

7 Vll2 2 E-2 C 3/4 CK SA 0 FSE Q SOVY26A 2 E-2 B 3/4 GL SO O FSE 10 Q -Sec Stroke Time

= FS Q Fail close PI RF r SOVX26A 2 11 - 2 B 3/4 GL SO C FSE 10 Q -3ec Stroke Time-FS Q Fail Open E PI RF RV 8A L-1 C RV SA C SP RF 140 psig

" CK SA C FSE VI14 2 K-2 C 1 Q V98 2 N-2 C 2 CK SA C FSE Q MOV 19A 2 Q-2 B 2 GA MO O FSE 10 Q -Sec Stroke Time

- PI RF

~

N r

==

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e*N='

O' OI .

~

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION 3YSTEM.

Penetration Valve Leakage Cont.ol em FSK No.27-29A' SHEET 20F3 PAGE 660F140

)

VALVE NIMBER h . REMARKS V118 2 D-10 C 3/4 CK SA 0 FSE Q SOVY26B 2 E-10 B 3/4 GL .S0 0 FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF SOVX26B 2. #-9 B - GL SO C FSE 10 Q -Sec Stroke Time FS Q Fail open PI RF RV 8B L-6 C RV SA C SP RF 140 psig V120 2 L-7 C 1 CK SA C FSE Q V82 2 P-7 C 2 CK SA C- FSE Q MOV 19B 2 Q-7 .B 2 GA MO O FSE 10 Q -Sec Stroke Time PI RF rm

0 4

1 p

o 7

6 e e E m m G i i A T T P S K e e R k k A

M o o E r r 3 R t t S S F c c O e e S S 3 - -

T y

E E

H F F F F S

Q R Q R Q R Q R A

9 2

7 kk 0 1

0 1

N S

E O

N 2

s E E S I S I S I S I E E A V F P F P F P F P L L K 9

P AN S VO F G

N I

T S

3T

&T I

A S

n, 0

4 0

4 e

E T 2, D 1 N E E e C SB / 0 0 0 0 I S A A A A V AR R LE E CV S

N I

I R S

I I l o

r

A C A C t G S G S n F_

o 8 8

d C

f

^

e g

a k k a ,

e L B B B B e

v l

V a p 4 6

9 9

n E C G G o

i t

a

/

r t

e -

n R e E P B M

U A

N 4 A B B M 4 5 4 5 E E 4 4 4 T V V S L Y A 0 V V V S V A 0 0 0 A A A

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Penetration' Valve Leakage Control FSK NO.27-29B SilEET 10F 1 PAGE 68 0F 140' VALVE NUMBER fy REM RKS MOV 11B 2 C-2 B 1 GL' M0 C FSE 10 Q -Sec Stroke. Time PI RF '

V72 2 E-3 C 1 CK SA' C FSE 4 CS V76 2 F-3 C 1 CK SA C 'FSE 4 CS V36 2 E-4 C 1 CK SA C FSE 4 CS V90 2 F-4 C 1 CK SA C FSE 4 CS V42 2 E-6 C 1 CK SA C FSE 4 CS V46 2 F-6 C 1 CK SA C FSE 4 CS V12 2 E-7 C 1 CK SA C FSE 4 CS V35 2 F-7 C 1 CK SA C FSE 4 CS V48 2 E-9 C 1 CK SA C FSE 4 CS

'V18 2 E-10 C 1 CK SA C FSE 4 CS

6 .

s - - ---.-. - .- _ _ ., _ _ . . ,

t>

e >

- 09 .

INSERVICE TESTING PLAN ISI CLASS 1,2 6 3 VALVES -

RIVER BEND STATION SYSTEM: Penetration Valve Leakage Control System FSK NO. 2 7-2 9C SHEET 1 0F. I PAGE 69 OF 140 (ILSV*)

VALVE NUMBER REMARKS MOV llA 2 C-3 B 1 GL MO C FSE 10 Q- -Sec Stroke Time PI RF V50 2 E-3 C 1 CK SA C FSE 4 CS V20 2 E-4 C 1 CK SA C FSE 4 CS V52 2 E-6 C 1 CK SA C FSE 4 CS V22 2 E-7 C 1 CK SA C FSE 4 CS V54 2 E-9 C 1 CK SA C FSE 4 CS V24 2 E-10 C 1 CK SA C FSE 4 CS H

_ _ _ __- l

a o: _

e (

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES

- RIVER BEND STATION SYSTEM: Penetration Valve Leakage Control gm FSK NO.27-29D SHEETI 0F 2- PAGE 70 0F ' 140 VALVE NUMBER h k D gh h ^v g

A.

REMARKS

/ / s / / !E fe 9 or 6

MOV 15A 2 B-5 B 1 GL M0 C FSE. 10 Q -Sec Stroke Time P1 RF i MOV 15B 2 C-5 B 1 GL M0 C FSE 10 Q -Sec Stroke Time PI RF MOV 16A 2 B-6 B 1 GL .MO C FSE 10 Q -Sec Stroke Time PI RF

=

MOV 16B 2 C-6 B 1 GL M0 C FSE 10 Q -Sec Stroke Time f PI RF

MOV 13A 2 D-4 B 1 GL MO C FSE 10 Q -Sec Stroke Time PI RF MOV 13B 2 D-2 B 1 GL MO C FSE 10 Q -Sec Stroke Time PI RF VS6 2 F-2 C 1 CK SA C FSE 4 CS V26 2 F-3 C 1 CK SA C FSE 4 CS V58 2 F-4 C 1 CK SA C FSE 4 CS F-1 aa ad- - au a u b.

0 4

1

- O F 0

1 7

E G

A P S K

R A

M E

R 2

F O

2 T A E

E H S S S S S S C C C C C D

9

- 4 2

, - 4 4 4 4 4 7

2 4k S O E E E E E N E N S S S S S A V F F F F F L L K '

P AN S VO F G I N#

N 3T A E O

I T &T C C C C C S S

_, E T

2

,D 8 N~

N 6k*

1 E E

. C SB A A A A A I S S S S S S V AR

- R E

LE CV h

- S N

I I R S

I l o

r bg K K K K K I

t n

o C C C C C

_ C

. e g

ef 1 I 1 1 1

- a k

- L a

e $a C C C C C e

v l Nd4 V

a f 5 7

8 9 0

1 n F F F F F o

N i

t a

d r 2 2 2 2 2 t

e n R e E B

P O M U

M E

N E

T V

_ S L 8 0 0 2 2 9

_ Y A S V 2 6 3 6 3 w

w V V V V V

- l - : e 1c

M _M N .6 O

l g Lo ,

INSERVICE TESTING PLAN

.ISI CLASS 1,2 & 3 VALVES '

RIVER BEND STATION ,

1 SYSTEM: Main Steam Isolation Valve Seal ggm) - FSK NO. 2 7-2 0 A SHEET I 0F 2 PACE 72 0F.140 8 ~ f 4 k '

c 5 VALVE NUMBER

'g e

gA h e ff -f N # REMARKS f e e , f g4

~

f SOV F014 2 E-3 B 2 GL SO C FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF RV F003 2 G-1 C 3/4 RV SA C SP RF 200 psig set-point VF004 2 C-2 C 2 CK SA C FSE Q MOV F005 2 H-2 B 2 GL MO C FSE 10 Q -Sec Ptroke Time PI RF MOV F006 2 J-2 B 2 GL MO O FSE 10 Q -Sec Stroke Time PI RF MOV F007 2 M-2 B 2 CL MO C FSE 10 Q -Sec Stroke Time PI RF MOV F0008 1 M-3 B 2 GL MO C FSE 10 Q -Sec Stroke Time PI RF

O O O: .

A INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Main S'e-acc IIsnia t ion Valve - Seal - $33 ) FSK NO. 2 7 20-SHEET 2 Op 2 PAGE 73 0F 140 R ~

p$ k ga

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VALVE NUMBER g h .

REMARKS

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,rj MOV F027A 2 N-4 R 3/4 GL MO O FSE 10 Q -Sec Stroke Time.

PI RF MOV F027B 2 N-4 B 3/4 GL MO O FSE 10 Q -Sec Stroke Time PI RF MOV F027C 2 P-4 B 3/4 GL M0 O FSE 10 Q -Sec Stroke' Time PI RF MOV F027D 2 Q-4 B 3/4 GL MO O FSE 10 Q -Sec Stroke Time PI RF

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8 INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM.

Main Steam Isolatin Valve Seal e FSK NO. 2 7-20B . SHEETl ~ 0F 1 PACE 74 OF 140'

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VALVE NUMBER B g

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$ h Ng 8 A -

REMARKS N N 5

~ e e , .o @ e 4 f

SOV F034 2 E-3 B 2 GL S0 C FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF RV F023 2 G-1 C 3/4 RV SA C SP RF 200'psig sct point VF024 2 H-2 C 2 CK SA C FSE Q MOV F025 2 J-2 B 2 GL M0 C FSE 10 Q -Sec Stroke Time PI RF MOV F026 2 K-2 B 2 GL MO O FSE 10 Q -Sec Stroke Time PI RF MOV F027 2 N-2 B 2 GL MO C FSE 10 Q -Sec Stroke Time PI RF MOV F028 2 N-3 B 2 CL M0 C FSE 10 Q -Sec Stroke Time PI RF E dm TMN M, M ' ' * ' : : TW h ____ ' .

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3 INSERVICE TESTING PLAN ISI CLASS'1,2 & 3 VALVES.

RIVER BEND STATION-SYSTEM: Main Steam (IB21*) FSK No. 3-1B SHEET 1 0F 2 PAGE 76 0F 140 VALVE NUMBER h A. N.

.D #

g 'REMIRKS-

/ ,e a f[ f ff ee I ae r VF029B 3 E-1 C 2- CK SA C FSE ?

VF029D 3 E-3 C 2 CK $A C FSE ?

i VF029A 3 E-5 C 2 CK SA C FSE ?

VF029C 3 E-7 C 2 CK SA C FSE ?

ADV F028A 1 J-6 A 24 CL A0 0 PSE Q FSE 10 CS S trok e shall be >3 see but 45 sec FS CS Fail close LR RF PVLCS Test PI RF A0V F028r. 1 J-2 A 24 GL SO O Test requirement is same as A0V F028A A0V F028C 1 J-8 A 24 GL A0 0 Test requirement is same

, as A0V F028A A0V F028D 1 J-4 A 24 GL A0 0 Test requirement is same as A0V F028A MOV F098A 2 P-6 B 24 GA M0 O FSE 5,10 CS -Sec Stroke Time

' LR RF PVLCS Test P1 RF

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, INSERVICE TESTING PLAN

'ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION f_

g SYSTEM: Main Steam (1B21*) FSK NO. 3-1B SHEET 2 0F 2 PACE 77 Or 140 E-

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MOV F98B 2 P-2' B 24 GA M0 O 5,10 Test iequirement is same as MOV F98A 7

? MOV F98C 2 P-8 B 24 GA MO O 5,10 Test requirement is same

" as MOV F098A E MOV F98D 2 p-4 B 24 CA MO O 5,10 Test requirement is same as MOV F098A

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INSERVICE TESTING PLAN ISI CIASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Main Steam (IB21*) FSK NO.' 3-lH SHEET 1 0F 1 PACE 79 OF 140 N

VALVE NUMBER l l / /

s pi s M r[

REMARKS AOV F022D 1 K-8 A 24 GL A0 0 PSE Q FSE 10 CS Stroke'shall be 7 3 sec but ( 5 see FS CS Fail close LR RF PVLCS Test PI RF VF024D 1 F-5 C F CK SA C FSE ?

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s INSERVICE TESTING PLAN ISI CLASS'1,2 &~3 VALVES RIVER' BEND. STATION s : SYSTEM: ' Main. Steam (IB21*) FSK NO. 3-lJ 9HEET I 0F.1 - PACE 8 0 0F ..l _4 0 i

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. VALVE NUMBER ,

REMARKS' l / pa y j fA e 9 fg y l

A0V F022C 1 K-8 A 24 GL A0 0- :PSE Q'

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FSE 10 CS Stroke shall be > 3.sec j

b u t - (5 s e'c f FS CS Fail-close

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INSERVICE TESTING PLAN ,

ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: -Reactor Coolant (Recirculation, 1833*) FSK NL. 25-13 SilEET I 0F ' I PAGE 82 op 140

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VALVE NUMBER REMARKS N N ~f u

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INSERVICE TESTING PLAN ISI CIASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Reactor Coolatn (Recirculation, IRCS*) FSK No. 2 5-1H SHEET 1 0F 1 PAGE 84 op 140 VALVE NUMBER g N 4 REMARKS MOV 58A 2 K-1 A 1 GL MO O FSE 10,7 -Sec Stroke Time LR RF Drywell Leakage Test MOV 59A 2 K-2 A 1 GL MO O FSE 10,7 -See Stroke Time LR RF Drywell Leakage Test MOV 60A 2 K-5 A 1/2 GL M0 O FSE 10,7 -Sec Stroke Time LR RF Drywell Leakage Test MOV 61A 2 K-6 A 3/4 GL MO O FSE 10,? -Sec Stroke Time LR RF Dryna.ll Leakage Test i

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INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Control Rod Drive Hydraulic (ICll*) FSK NO. 36-1F SHEET 1 OF 1 PAGE 87 0F 140 i

VALVE NLMRER -

REMARKS

/ / / / //$ 1 o /

114 2 G-3 C CK SA C FSE ? Typical of 145 115 2 K-7 AC CK SA C FSE 7 Typical of 145 LR ?

138 2 K-7 AC CK SA 0 FSE ? Typical of 145 LR ?

126 2 K B GA AO C FSE ? Typical of 145 127 .

2 H-3 B GA AO C FSE ? Typical of 145

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i INSERVICE TESTING PLAN ISI CLASS.1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Control nod Drive Hydraulic (IC11*) .FSK NO. 36-1G SHEET 1 OF 1 PACE 8 8 OF 140 VALVE NUMBER a

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S h N c2

.f REMARKS E

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INSERVICE TESTING PLAN-ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Control Rod Drive Hydraulic (IC11*) FSK NO. 36-1J SHEET 1 OF 1 PACE 89 OF 140

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VALVE NUMBER N N R

v

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$ REMARKS E 8h*

Q f f i

g# $ 5 x 8 E MOV F083 2 P-5 A 2 GL MO O FSE 6,10 CS 10 Sec Stroke Time l LR RF 10CFR50 App J 4

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l INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVFS RIVER BEND STATION SYSTEM: Residual Heat Removal (IE12*) FSK NO. 2 7 7C SHEET 1 0F 2 PAGE 94 0F 140 VALVE NUMBER h k k D

$ 6 gg$ REMARKS

$ s*py 5

. ,$ ,$$ -Mf h r MOV F047B 2 B-4 B 14 CA MO O FSE 10 Q -Sec Stroke Time PI RF MOV F073B 2 F-2 A 2 GL MO C FSE 10 Q 52 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV F048B 2 G-2 b 14 GL MO O FSE 10 Q -Sec Stroke Time PI RF MOV F003B 2 L-5 B 14 CL MO O FSE 10 Q -Sec Stroke Time PI RF MOV F0llB 2 J-2 B 4 CL M0 C FSE 10 Q -Sec Stroke Time PI RF VF054B 2 K-2 C 4 CK SA C FSE Q MOV F026B 2 M-1 B 4 GA M0 C FSE 10 Q -Sec Stroke Time PI RF RV F036 2 P-1 AC 6 RV SA C SP RF 75 psig set point LR RF 10CFR50 App J

V -

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Residual Heat Removal (IE12*) FSK NO. 2 7-7C SilEET 2 OF 2 PAGE 95 0F 140

[ A k 8 8 c2 A VALVE NUMBER k d 6 g dg% h REMARKS

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MOV F094 3 P-4 B 10 CA MO C FSE 10 Q -Sec Stroke Time PI RF MOV F096 2 M-4 B 10 CA MO C FSE 10 Q -Sec Stroke Time PI RF AOV F098 2 L-4 C 10 CK .AO C FSE Q PI RF

INSERVICE TESTINC PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Residual Heat Removal (IE12*) FSK NO. 27-7D SHEET 1 0F 1 PAGE 96 0F 140

/

VALVE NLMER s ~

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/ de 6 e gg&

9 & REMARKS N

G f~g ah f e - Nf 4 f RV F101 2 C-7 C 3/4 RV SA C SP RF 150 psig set point RV F025C 2 D-2 C 1.5 RV SA C SP RF 500 psig set point MOV F021 2 E-4 B 14 CL MO C FSE 10 Q 84 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV F064C 2 J-6 B 4 CA MO C FSE 10 Q 6 Sec Stroke Time LR RF 10CFR50 App J PI RF VF084C 2 L-9 C 1.5 CK SA O FSE Q VFOSSC 2 M-9 C- 1.5 SC SA 0 FSE Q VF046C 2 C-6 C 4 CK SA C FSE Q VF031C 2 L-8 C 14 CK SA C FSE Q

u .

INSERVICC TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Residual Heat Removal (IE12*) FSK NO. 2 7 -7 E SHEET I 0F 2 PACE 9 7 OF 140 VALVE NLMBER 8

~g

~ $ d k

g g

5 D~

REMARKS 9

O e[

(7 4

$u 8 o

T il *e k e

MOV F027A 2 D-2 A 10 GA MO O FSE 10 Q 24 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV F042A 1 J-2 A 10 CA M0 C FSE 10 Q 27 Sec Stroke Time LR RF 10CFR50 App J & RX Coolant Pressure Boundary Test PI RF AOV F041A 1 N-2 AC 10 CK A0 C FSE 1 CS LR RF RX Coolant Pressure Boundary Test PI RF VF090A 2 H-4 A 8 GL MA C LR RF 10CFR50 App J

, MOV F023 1 D-4 A 4 CL M0 C FSE 10 Q -Sec Stroke Time LR RF RX Coolant Pressure Boundary Test PI RF VF019 1 E-4 C 4 CK SA C FSE Q MOV F008 1 D-5 A 18 CA MO C FSE 10 Q 39 Sec Stroke Time LR , RF Tested in accordance with 10CFR50 App J & RX Coolant Pressure Boundary Test PI RF

INSERVICE TESTING PLAN ISI CLASS 1.2 & 3 VALVES RIVER BEND STATION SYSTEM: Residual Heat Removal (IE12*) FSK NO. 27-7E SilEET 2 Op 2 PACE 98 0F 140 VALVE NLMBER y R ~

g .U

$ d k " 5 I REM RKS E

4 p$

c G

5 a

ff5 'N 0~ 8

~#

f 9

/~-

MOV F009 1 N-7 A 18 CA MO C 10 Test requirement is same as MOV F008 1RHS*V34 2 F-7 C 14 CK SA C FSE Q MOV F004A 2 D-9 A 20 CA MO O FSE 10 Q 87 Sec Stroke Time LR RF 10CFR50 App J P1 RF VF046A 2 F-6 C 4 CK SA C FSE Q IRHS*V240 1 P-7 AC 1 CK SA C FSE ?

LR RF Reactor Coolant Pressure Boundary Test O

5 INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION UM Residual' Heat Removal (IE12*) FSK No. 27-7F. SHEET 1 OF 2 PACE 99 OF 140

/

MOV F006A 2 i

P-8

/ B

/ / Hsift 16 CA MO C FSE PI 10 Q RF

-Sec Stroke Time-RV F005 2 N-7 C 3/4 RV SA C SP RF 200 psig set point RV F017A 2 M-9 C 3/4 RV SA C SP RF 200'psig set point MOV F064A 2 F-8 A 4 CA MO C FSE 10 Q 6 Sec Stroke Time LR RF 10CFR50 App J PI RF

~

VF031A 2 D-8 C 14 CK SA C FSE Q VF084A 2 C-6 C 1.5 CK SA 0 FSE Q VF085A 2 C-7 C 1.5 CK SA 0 FSE Q MOV F048A z B-3 B 14 GL MO O FSE 10 Q -Sec Stroke Time PI RF MOV F049 2 F-1 B 6 GA M0 C~ FSE 10 Q -Sec Stroke Time PI RF MOV F940 2 E-1 B 6 GL MO C 10 Test Requirement is same as MOV F049

\ '

)

\ ,1 -

INSERVICE TESTINC PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Residual Heat Removal (IE12*) FSK NO. 27-7F SHEET 2 OF 2 PACE 1000F 140 VALVE NLHBER -

REMARKS s / / / i !!h a & /

MOV F024A 2 C-3 A 14 UA M0 C FSE 10 Q 60 Sec Stroke Time LR RF 10CFR50 App J PI RF RV F025A 2 J-5 C 3/4 RV SA C SP RF 500 psig set point MOV F053A 2 L-2 B 10 GL MO C FSE 10 Q -Sec Stroke Time PI RF VF050A 2 P-2 C 10 CK SA C FSE 7 CS 9

se

" ~

~

,.s , ,

) x-INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Residual Heat Removal (IE12*) FSK NO. 27-7G SHEET 1 0F 2 PAGE 1010F '140

/ .

f "

1 VALVE NUMBER 8 ~

k 6 a NN e eg5 .c REMARKS

/ / NN l ll e A os y l

i MOV F047A 2 M-7 B 14 CA MO O FSE 10 Q -Sec Stroke Time PI RF MOV F003A 2 E-3 B 14 GL MO O FSE 10 Q -Sec Stroke Time PI RF MOV F073A 2 E-4 A 2 GL M0 C FSE 10 Q 52 Sec Stroke Time

! LR RF 10CFR50 App J k

PI RF MOV F0llA 2 E-2 A 4 GL MO C FSE 10 Q 28 Sec Stroke Time j LR RF -10CFR50 App J PI RF

MOV F026A 2 E-1 B 4 GA MO C FSE 10 Q -Sec Stroke Time I PI RF VF054A 2 C-1 C 4 CK SA C FSE Q

MOV F087A 2 K-1 B 8 GL MO C FSE 10 Q -Sec Stroke Time l PI RF

! t i

l ~

I

'r~ , ( )

) J INSERVICE TESTING Pig ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Residual Heat Removal (1E12*) FSK NO. 27-7G SHEET 2 op 2 PACE 1020 p140 VALVE NUMBER d N h REMARKS

/ / .

ll 1 i t'd s k /

MOV F052A 2 L-2 B 8 CL MO C FSE 10 Q -Sec Stroke Time PI RF 1RHS*RV3A 2 L-4 C 4 RV SA C SP RF 485 psig set point RV FOSSA 2 N-3 C 4 RV SA C SP RF 500 psig set point VF103A 2 P-6 C 3/4 CK SA C FSE Q VF104A 2 Q-6 C 3/4 CK SA C FSE Q.

I

(~ ' ^

Q,]

)

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Residual Heat Removal System (IE12*) FSK NO. 27-7H SHEETI OF 1 PACE 10 30F 140

[ A M $ #

g A VALVE NUMBER p D 6 g[ g REMARKS

/ / a p i !E #1 9 or p MOV F052B 2 B-3 B 8 CL MO C FSE 10 Q -Sec Stroke Time PI RF MOV F087B 2 D-6 B 8 CL MO C FSE 10 Q -Sec Stroke Time PI RF 1RHS*RV3B 2 F-7 C 4 RV SA C SP RF 485 psig set point RV F055B 2 H-7 C 4 RV SA C SP RF 500 psig set point VF104B 2 H-5 C 3/4 CK SA C FSE Q VF103B 2 H-5 C 3/4 CK SA C FSE Q vF050B 2 K-3 C 10 CK SA C FSE 7 CS MOV F053B 2 M-3 8 10 GL M0 C FSE 10 Q -Sec Stroke Time PI RF RV F025 2 N-4 C 1.5 RV SA C SP RF 500 psig set point MOV F024 2 P-7 A 14 GA MO C FSE 10 Q 60 Sec Stroke Time LR RF 10CFR50 App J PI RF e

l: ,

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Service Air System (ISAS*) FSK NO. 12-2G SHEET 1 OF 1 PACE 1040F 140

~ B' k r V- - ,R , s & ~~ R-S l .1 a f i P r ,e ,al a,by~ /

MOV 103 2 J-9 B 4 GA M0 O FSE 10 Q -Sec Stroke Time PI RF MOV 102 2 K-9 A 4 CA MO O FSE 10 Q 20 Sec Stroke Time LR RF 10CFR50 App J P1 RF V486 2 N-9 AC 4 CK SA 0 FSE Q LR RF 10CFR50 App J V487 2 M-3 AC 4 CK SA C LR 2 RF Drywell Leakage Test V489 2 P-3 A 4 CA MA C LR RF Drywell Leakage Test

., t

~- ,

INSERVICE TESTING PLAN l ISI CLASS 1.2 & 3 VALVES RIVER BEND STATION l SYSTEM: Fuel Pool Cooling and Cleanup (ISFC*) FSK NO. 34-2C SHEET 1 0F 2 PACE 1050F 140 4

h

! VALVE NI:MBER 2 /

.y a

k

/k f r, ~fjk N

A

$ NN "N

hi

/

eh REMARKS MOV 121 2 D-5 A 8 CA MO O FSE 10 Q 39 Sec Stroke Time LR RF 10CFR50 App J l FI RF MOV 139 2 E-5 A 8 CA MO O 10 Test requirement is same as MOV 121 V351 2 E-5 AC 3/4 CK SA C FSE ?

LR RF 10CFR50 App J MOV 122 2 D-7 A 12 CA M0 C FSE 10 Q 59 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV 120 2 E-7 A 12 CA MO C 10 Test requirement is same i as MOV 122 V350 2 E-7 AC 3/4 CK SA C FSE ?

LR RF 10CFR50 App J MOV 119 2 D-9 A 12 GA M0 O FSE 10 Q 68 Sec Stroke Time LR RF 10CFR50 App J PI RF

INSERVICE TESTING Pl.AN ISI CT. ASS 1,2 & 3 VALVES RIVER BEND STATION SYSTDf: Fuel Pool Cooling and Cleanup (ISFC*) FSK NO. 34-2C S!!EET 2 OF 2 PACE 1000F 140 NU e g REMARK,S e r e

, ,e i rar er s er ~i VIDI 2 E-9 , AC 12 CK SA 0 FSE Q LR RF 10CFR50 App J O

f 3 a .

INSERVICE TESTINC PLAN Isl CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Standby Liquid Control (IC41*) FSK NO. 27-16 SMEET I 0F l. PACE 10 70F 140 VALVE NUMBER REMARKS e; a p , , asug MOV F001A 2 F B 3 CL MO C FSE 10 Q -Sec Stroke Time PI RF MOV F001B 2 F-8 B 3 CL M0 C FSE 10 Q -Sec Stroke Time PI RF RV F029A 2 J-4 C 1.5 RV SA C SP RF 1400 psig set point RV F029B 2 J-2 C 1.5 RV SA C SP RF 1400 psig eet point VF033A 2 K-4 C 1.5 CK SA C FSE ? CS (see pump RR)

VF033B 2 K-7 C 1.5 CK SA C FSE ? CS (see pump RR)

VEX F004A 1 N-4 D 1.5 XP XP C ET RF VEX F004B 1 N-7 D 1.5 XP XP C ET RF VF006 1 Q-7 C 1.5 CK SA C FSE ? RF VF007 1 R-7 C 1.5 CK SA C FSE ? RF I

,- ( ',

u v .

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Reactor Plant Sampling System (ISSR*) FSK NO. 21-2 D SilEET 1 0F 1 PAGE 1080F 140 VALVE NUMBER N REMARKS SOV 130 2 C-2 A 1/2 GL SO C FSE 10 Q -Sec Stroke Time LR RF 10CFR50 App J PI RF SOV 131 2 E-2 A 1/2 GL SO C FSE 10 Q -Sec Stroke Time LR RF 10CFR50 App J PI RF SOV 133 2 F-4 B 3/4 GL SO C FSE 10 Q -Sec Stroke Time PI RF SOV 134 2 F-5 B 3/4 GL SO C FSE 10 Q -Sec Stroke Time PI RF SOV 139 2 M-7 B 1 GL SO C FSE 10 Q -Sec Stroke Time PI RF SOV 140 2 M-8 B 1 CL SO C FSE 10 Q -Sec Stroke Time PI RF [

V705 2 1.' - 7 C 1 CK SA C FSE Q V706 2 P-8 C 1 CK SA C FSE Q e

~

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( ,) 'w/

INSERVICE TESTING PLAN.

ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Main Steam Safety and Relief Valve (1821*) FSK No. 32-8A SilEET I 0F 3 PACE 109ay 140 VALVE NUMBER h '

8 N

NN REMARKS 9 8@rey e eh'19 19 e e ~#

a er

~

f*r a , -

RV F041D 1 C-1 BC 8X10 RV A0 C FSE ? CS SA SP RF 1165 psig PI RF RV F047D 1 E-1 C 8X10 RV SA C SP RF 1180 psig PI RF RV F051D 1 L-1 C 8X10 RV SA C SP RF 1190 psig 4

PI RF RV F047B 1 D-3 C 8X10 RV SA C SP RF 1180 psig PI RF RV F041B 1 F-3 BC 8X10 RV A0 C FSE ~? CS

, SA SP RF 1165 psig PI RF RV F051B 1 C-3 C 8X10 RV SA C SP RF 1190 psig PI RF C

i-INSERVICE TESTING PLAN ~

ISI CLASS 1,'2 & 3 VALVES:

RIVER BEND STATION SYSTEM: . Main Ste'am Safety and Relicf Valves (1B21*). FSK NO. 32-8 A .

SIIEET 2 op 3 PACE 1100g140 VALVE NUMBER-h' k D W. -

Qg A

h. REMARKS-l / /y 1 { j ff reg @ l a /

l

+

RV F041F 1 -J-3 BC 8X10 RV A0 C FSE CS SA SP R F. 1165 psig PI RF l

RV F047F 1 K-3 C 8X10 RV SA C SP RF. I180 psig

]

PI RF i

[ VF037D 3 C-4 C 10 CK SA C FSE 8 'CS l VF037J 3 E-4 C 10 CK SA C FSE 8- CS f VF037L 3 F-4 C 10 CK SA C FSE 8 CS l VF037B 3 G-4 C 10 CK SA C FSE 8 CS VF037N 3 11 - 4 C 10 CK. SA C FSE 8 CS f

j VF037E 3 J-4 C 10 CK SA C FSE 8 CS l VF037M 3 L-4 C 10 CK SA C- FSE 8 .CS

! VF037R 3 M-3 C- 10 CK SA C FSE 8 CS sp 8 RF .2 psid l 5

VF078D C-5 10 CK SA C FSE 8 CS VF078J 3 E-5 C 10 CK SA C FSE 8 CS i

)

i

. - _ ~ ..

c.

..._x 'g

.m ( y ^ ,-

z ~ . .

.( q, ,

, INSERVICE TESTING PLAN ISI CIASS 1,2 & 3 VALVES -

RIVER BEND STATION SYSTEM: Main Steam Safety and Re1lef Valves ( l B 21 * )- FSK NO.' 32-8A - SIIEET .3 '0F 31 PACE IIIOF.14 0 VALVE NUMBER-

!! /6 REMARKS

/ l l-

/ l s h /

VF078L 3 F -

.C 10 CK- SA ~C FSE 8 CS VF078B 3 G-5 C 10 CK SA C FSE 8 CS VF078N 3 11-5 C 10 CK SA C FSE 8' CS VF078E 3 J-5 C 10 CK SA C .FSE 8 CS VF078M 3 L-5 C 10 CK SA C FSE 8 CS VF078R 3 M-4 C 10 CK SA C FSE 8 CS SP 8 RF .2 psid l

1 l

/'~ ;

u v .

INSERVICE TESTING PT,AN ISI CT. ASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Main Steam Safety and Relief Valves (IB21*) psg 30, 32-8B SIIEET I 0F 3' PAGE 1120p'140 VALVE NUMBER 6 x

p e ;y rf H REMA'RKS e a , R e afa f 8, e&

af RV F041A 1 C-1 , C 8X10 RV SA C SP RF 1165 psig PI RF RV F047A 1 E-1 BC 8X10 RV A0 C FSE ? CS SA SP RF 1180 psig PI RF RV F041C 1 C-3 BC 8X10 RV A0 C FSE ? CS SA SP RF 1165 psig PI RF i RV F051C 1 E-3 C 8X10 RV SA C SP RF 1190 psig PI RF RV F041G 1 G-1 C 8X10 RV SA C SP RF 1165 psig PI RF l RV F047C 1 11 - 3 BC 8X10 RV A0 C FSE ? CS SA SP RF 1180 psig PI RF

[ . i/ ::, . -

-1NSERVICE TESTING PLAN.

ISI CLASS I,2 6 3 VALVES:

RIVER BEND STATION SYSTEM: Main Steam Safety.and Relief Va lve s -..( I B21 *) .' FSK No. 3 2 -8 B -

SHEET 2. 0F 3 - PACE l l 30p 140 :

VALVE NUMBER RV F041L 1

/ f,!'[.

J-3 C 8X10 RV.

ad' 1 # /

SA C. SP RF h-

'1165 psig REMARKS PI RF RV F051G 1 K-3 BC 8X10 RV. A0 C FSE ? CS SA SP' RF 1190 psig-PI RF VF037C 3 D-6 C 10 CK SA C 'FSE 8 CS VF037A 3 D-6 C 10 CK SA C FSE 8 CS VF037P 3 F-6 C 10 CK SA C FSE 8 CS SP 8 RF .2 psid VF037H 3 F-6 C- -10 CK SA C FSE 8 CS VF037F 3 H-6 C 10 CK SA C FSE 8~ CS VF037K 3 J-6 C 10 CK SA C FSE 8 CS VF037G 3 L-5. C 10 CK SA C FSE 8 CS VF037S 3 M-4 C 10 CK SA C FSE 8 CS VF078C 3 M-10 'C 10 CK- SA C FSE 8- CS VF078A 3 D-6 C 10 CK- SA C FSE 8 CS I

g'4

.Q - '!O

.V ,

1" SERVICE TESTING PLAN.-

ISI~ CLASS.1,2 & 3 VALVES-

. RIVER BEND STATION

. SYSTEM: . Main _ Steam Safety'and Relief Valves..(1821*) ' FSK N0'. 3 2 -8 B SilEET 3 OF ' 3 ' PAGE I140F 140 VALVE NIMBER

. e e /y e- n ep!sf e ~

N e

p' -

REMARKS-l 2,f a a W r a i

! VF078F 3 F-6 C 10 CK SA C FSE- 8 CS l SP- 8 RF. .2 psid V F07811 3 F-6 C 10 CK SA C FSE 8 CS l

! VF078F 3 11 - 6 C 10 CK SA- C FSE 8 CS VF078K 3 J-6 C 10 CK .SA C FSE 8 CS, VF078G 3 L-5 C 10 CK SA C FSE 8 CS l

l- VF078S 3 M-4 C 10- CK- S A~ C FSE 8 CS C

i l

l I

k

}

'J g ;

)

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VAI.VES RIVER BEND STATION SYSTEM: Main Steam Safety and Relief Valves (IB21*) - FSK NO. 32-8C SIIEET I 0F 1 PACEl l 5 Op ._ 140

[ A k 4 A VALVE NUMBER .T d' D B N

f 4

N

.D REMARKS N

g#

4 5}* f d

f y y5 x S A

$ f e

ISVV*V121 2 B-5 C 1.5 CK SA O FSE Q ISVV*MOVIA 2 E-5 A 1.5 GL MO O FSE 10 Q 16 Sec Stroke Time LR RF 10CFR50 App J PI RF ISVV*V31 2 H-5 AC 1.5 CK SA 0 FSE -Q LR RF 10CFR50 App J VF036A 2 L-2 C 1.5 CK SA 0 FSE 9 CS VF036F 2 L-3 C 1.5 CK SA 0 FSE 9 CS VF036G 2 L-4 C 1.5 CK SA 0 FSE 9 CS VF036P 2 L-5 C 1.5 CK SA 0 FSE 9 CS VF039C 2 L-6 AC 1.5 CK SA 0 FSE 9 CS LR RF Special Test VF039H 2 L-7 AC 1.! CK SA 0 FSE 9 CS LR RF Special Test p VF039K 2 L-8 AC 1.1 CK SA 0 FSE 9 CS LR RF Special Test VF039S 2 L-9 AC 1.1 CK SA 0 FSE 9 CS LR RF Special Test

., '( k_) ,

Q]) .

INSERVICE TESTING PLAN-ISI CT. ASS 1,2.6 3 VAI.VES RIVER BEND STA1:0N SYSTEM: ' Main Steam Safety and Relief.. Valves (IB21* ) FSK NO. 32-8D SHEET 1 0F l' PACE I l 60F.140 g .f h[ . g .h g.

VALVE NUMBER

%g g p g g !

REMARKS N g b-fay

~ e, - r ISVV*V128' 2 B-5 -

C 1.5 CK SA 0 FSE Q ISVV*MOVlB 2. E-5 A 1.5 GL M0 O FSE. 10 Q 16 Sec Stroke Time

$ Li RF. 10CFR50 App J P1 RF ISVV*V9 2 G-5 'AC 1.5 CK SA 0 -FSE Q

LR RF 10CFR50 App J VF036J 2 L-2 C 1.5 CK SA 0 FSE 9 CS VF036L 2 L-3 C 1.5 CK SA 0 FSE 9 CS j VF036M 2 L-4 C 1.5 CK SA 0 FSE 9 CS i VF036N 2 L-5 C 1.5 CK SA 0 FSE 9 CS VF036R 2 L-6 C 1.5 CK SA 0 FSE 9 CS VF039B 2 L-7 AC l '. 5 CK SA 0 .FSE 9 CS LR RF Special Test VF039D 2 L-8 AC 1.5 CK SA- 0 FSE 9 CS

LR RF .Special Test VF039E 2 L-9 AC 1.5 CK' SA 0 FSE 9 CS LR RF Special Test I

t

, ,. (~~).

Y .

INSERVICE TESTING PLAN ISI CLASS 1,2'& 3 VALVES RIVER BEND STATION SYSTEM: Main Steam Safety and Relief Valves (ISVV*) FSK NO. 32-8E SIIEET I 0F 2 PAGE l l 70F 140 VALVE NUMBER

$ r k k D' h M 6 a N

> 5 N h r

REMARKS k d p ^

E

/ 8 $ g

5 N' $4 5 SOV 20A 2 M-8 , B 1.5 GL SO O FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF SOV 20B 2 B-8 B 1.5 GL SO O FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF SOV 21A 2 P-2 B 1.5 GL SO O FSE 10 Q -Sec Stroke Time FS Q Fall close PI R SOV 21B 2 D-2 B 1.5 CL SO O FSE 10 Q -Sec Stroke Time FS Q Fail close PI RF SOV 22A 2 M-2 B 1.3 GL SO C FSE 10 Q -Sec att.ke Time FS Q Fail open PI RF

. i ,

/ x, {

I \ /

q ! x. /

INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Main Steam Safety and Relief Valves (ISVV*) FSK NO. 3 2-8 E SilEET 2 op 2 PACE II80F 140

/

p s' h e > ~9 VALVE NUMBER x h as[ h~ REMARKS

/ / /g~ / / // /t 1 Ae /

SOV 22B 2 B-2 B 1.5 GL SO C FSE 10 Q -Sec Stroke Time FS Q Fail open PI RF V129 2 C-9 C 1.5 CK SA 0 FSE Q V130 2 11 - 9 C 1.5 CK SA 0 FSE Q V123 2 L-9 C 1.5 CK SA 0 TSE Q V122 2 L-9 C 1.5 CK SA 0 FbH Q l

^

JN ,_f INSERVICE TESTING PLAN

' ISI.CI. ASS.l.2 & 3 VALVES RIVER BEND-STATION' SYSTEM: . Service ..Wa te r (lSWP*) FSK No. 10 B ' SilEET :1 OF 1, PACE 119 0F - 140 :

VALVE NUMBER

.h a

r

/. N h~ 6@ g@'

co%

g -

REMARKS:

1, f y / i M re Ia /

MOV 57A 3 11 - 1 0 , B 30 B F- MO O FSE 10 Q -Sec Stroke Time j PI RF

MO 57B 3 11 - 7 B 30 BF MO O FSE 10 Q- -Sec Stroke Time j PI RF l V326 3- J-10 C 30 CK SA 0 FSE Q V327 3 J-7 C 30 CK SA 0 FSE Q

! MOV 96A 3 M-5 B 30 BF MO. O FSE 10 ^Q -Sec Stroke Time i PI RF i

i MOV 96B 3 L-5 B 30 BF. MO- 0 FSE 10 Q -Sec Stroke ~ Time PI RF l

)

1 1

i 9

I i

l

r 7m INSERVICE TESTING PLAN- i

-l-ISI CLASS 1,2 & 3 VAINES RIVER BEND STATION SYSTEM: Service Water (ISWP*) FSK NO. 10E SHEETI 0F 'l PACE 1200F 140 VALVE NUMBER n d.

REMARKS

/ / / / i sM/

MOV 27A 3 D-4 B 6 BF MO O FSE 10 Q -Sec Stroke Time PI RF MOV 27C 3 D-6 B 6 BF MO O FSE Q -Sec Stroke Time P1 RF V77 3 E-4 C 6 CK SA 0 FSE Q V78 3 E-7 C 6 CK SA 0 FSE Q V153 3 F-4 C 6 CK SA C FSE Q V154 3 F-7 C 6 CK SA C FSE Q RV 91A 3 H-4 C 1 RV SA C SP RF 150,psig RV 91C 3 H-7 C 1 RV SA C SP RF 150 psig C

--_J

,c s ; i

( ) U INSERVICE TESTING PLAN ISI CinSS 1,2 6 3 VALVES RIVER BEND STATION SYSTEM: Service Water (ISWP*) FSK No. 9-10 F SilEET I 0F 2 PACE 121op 140 VALVE NUMBER M h sphsM/ REMARKS

/ / / /

MOV 77A 3 F-2 ,

B 8 BF MO O FSE 10 Q -Sec Stroke Time PI RF MOV 77B 3 11 - 2 B 8 BF MO O FSE 10 Q -Sec Stroke Time PI RF V135 3 G-2 C 8 CK SA 0 FSE Q V136 3 11 - 2 C 8 CK SA 0 FSE Q MOV 506A 3 K-3 B 8 BF MO O FSE 10 Q -Sec Stroke Time PI RF MOV 506B 3 L-3 B 8 BF MO O FSE 10 Q -Sec Stroke Time PI RF V143 3 K-3 C 8 CK SA 0 FSE Q V144 3 L-3 C 8 CK SA 0 FSE Q V201 3 F-5 C 8 CK SA 0 FSE Q V202 3 Q-5 C 8 CK SA 0 FSE Q RV 133 3 K-8 C 1 RV SA C SP RF 150 psig

~

'(~). _.

l' I~y.Q: V' .

INSERVICE TESTING PLAN ISI CLASS 1,2 6 3 VALVES RIVER BEND STATION

-SYSTEM: Service. Water'(ISWP*) FSK No. = 9- 10 F SIIEET 2' OF 2' PAGE 122 0F 140 h $-

y@' g-fiO're VALVE NUMBER h C- -

REMARKS

/ / a 9 or /

RV 79A '3 F-8 C- 1 RV SA C SP RF 150 psig RV 79B 3 Q-8 C 1 RV : SA C SP RF 150 psig h

, - , , . , - , , --,-,-+,ee -r , e - , - - - - - - - - - - - - - - - - - - - - - -

7 -y ;

Li h

t

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INSERVICE TESTING Pl.AN ISI CI. ASS 1,2 6 3 VALVES RIVER BEND STATION SYSTEM: Service Water System (ISWP*) FSK No. 9-100 SilEET I 0F 2 PAGE 1230F 140

[ A k #

% A VALVE NUMBER .v 29 d E N

1. N h REMARKS N 0 g eh* y [f 4 2 l4 e , e&

r/

MOV 40A 3 D-6 B 18 BF MO C FSE 10 Q -Sec Stroke Time PI RF MOV 40B 3 M-6 B 18 BF M0 C FSE 10 Q -Sec Stroke Time PI RF MOV 40C 3 G-6 B 18 BF M0 C FSE 10 Q -Sec Stroke Time PI RF MOV 40D 3 K-6 B 18 BF M0 C FSE 10 Q -Sec Stroke Time PI RF V147 3 D-7 C 18 CK SA C FSE Q V148 3 G-7 C 18 CK SA C FSE Q V149 3 M-7 c 18 CK SA C FSE Q VISO 3 K-7 C 18 CK SA C FSE Q MOV 505A 3 E-4 B 30 CA M0 C FSE 10 Q -Sec Stroke Time PI RF I

O l

r i' u s .

_ INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Service Water System (ISWP*) FSK NO. 9-10G SIIEET 2 op 2 PACE 124 0p140 h .% h h

$ N@ H%

VALVE NUMBER x 8 g REMARKS 1

/ / a f i ? f u [h saf MOV 505B 3 L-4 ,

B 30 CA M0 C FSE 10 Q -Sec Stroke Time i

PI RF 1

1 i

i

?

1 i

U~ ../

INSERVICE TESTING PLAN ISI CIASS 1,2 & 3 VAI.VES RIVER BEND STATION SYSTEM: Service Water (ISW'*) FSK NO. 9-1011 SilEET 1 OF 1 PACE 1250F 140 VALVE NUMBER ep of 9ay N

e u$ REMARKS 8 gp e e

/ p-a 8, r

V172 3 P-8 - C 30 CK SA 0 FSE Q V173 3 B-9 C 30 CK SA 0 FSE Q k

h i

1 I

I i

, , (

)

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INSERVICE TESTING FLAN ISI CIASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Service Water (lSWP*) FSK NO. 9-10K SilEET 1 0F 1 PACE 1260F 140 VALVE NUMBER x h k h h N $

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MOV 68A 3 11 - 7 B 18 BF M0 C FSE 10 Q -Sec Stroke Time PI RF MOV 68B 3 N-7 B 18 BF M0 C FSE 10 Q -Sec Stroke Time PI RF Vl99 3 H-6 C 18 CK SA C FSE Q V200 3 N-6 C 18 CK SA C FSE Q

RV 100A 3 G-5 C 3/4 RV SA C SP RF 150 psig RV 100B 3 M-5 C 3/4 RV SA C SP RF 150 psig i

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INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Service Water (ISWP*) FSK NO. 9-10P. PACE 1290p 140 SIIEET I 'OF I

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REMARKS-MOV 55A 3

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INSFRVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATI0i; SYSTEM: Service Water System (ISWP*) FSK NO. 9-10R SilEET 10F 4 PACE 130 0F 140 A D

.h VALVE NUMBER C y g Ag REMARKS Il e y e , - e or f MOV 510A 3 B-8 B 12 CA M0 C FSE 10 Q -Sec Stroke Time PI RF MOV 510B 3 B-6 B 12 GA M0 C FSE 10 Q -Sec Stroke Time PI RF MOV 504A 3 B-4 B 12 CA M0 C FSE 10 Q -Sec Stroke Time PI RF MOV 504B 3 B-2 B 12 GA M0 C FSE 10 Q -Sec Stroke Time PI RF MOV 507A 3 F-10 A 12 GA MO O FSE 10 Q 58 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV 507B 3 F-8 A 12 GA MO O FSE 10 Q 58 Sec Stroke Time LR RF 10CRF50 App J PI RF (

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4 INSERVICE TESTING PI.AN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Service Water (ISWP*) FSK No. 9-10R SilEET 2 0F 4 PAGE 1310F 140' VALVE NUMBER s f //

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REMARKS MOV 81A 3 E-1 A 12 GA MO O FSE 10 Q 58 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV 81B 3 E-3 A 12 CA M0 O FSE 10 Q 58 Sec Stroke Time LR RF 10CFR50 App J i

PI RF V174 3 G-10 AC 12 CK SA 0 FSE Q LR RF 10CFR50 App J V175 3 G-8 AC 12 CK SA 0 FSE Q LR RF 10CFR50 App J V203 3 J-7 C 8 CK SA C FSE Q V204 3 J-9 C 8 CK SA C FSE Q v650 3 K-1 C 10 CK SA 0 FSE Q V651 3 K-3 C 10 CK SA 0 FSE Q RV 119 3 L-10 C 1 RV SA C SP RF 150 psig

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INSERVICE TESTING PTA_N ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION SYSTEM: Service Water (ISWP*) FSK No. 9-10R SIIEET 3 0F 4 PACE 1320F 140'

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MOV 4A 3 J-10 B 12 CA MO O FSE 10 Q -Sec Stroke Time PI RF MOV 4B 3 J-8 B 12 , CA MO O FSE 4, 10 Q -Sec Stroke Time PI RF MOV 502A 3 11 - 1 0 B 8 GA MO C FSE 10 Q -Sec Stroke Time PI RF MOV 502B 3 H-7 B 8 CA M0 C FSE 10 Q -Sec Stroke Time PI RF MOV SA 3 J-l A 10 CA MO O FSE 10 ~ Q 49 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV SB 3 J-3 A 10 CA M0 O FSE 10 Q 49 Sec Stroke Time LR RF 10CFR50 App J W

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INSERVICE TESTING PLAN ISI CLASS I,2 & 3 VALVES RIVER BEND STATION SYSTEM: Service Water (ISWP*) FSK No. 9-10R SilEET 4 OF 4 PAGE 1330F 140 VALVE NUMBER R

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MOV 503A 3 11 - 2 A 6 CA M0 C FSE 10 Q 30 Sec Stroke Time LR RF 10CFR50 App J P1 RF MOV 503B 3 C-4 A 6 CA M0 C FSE 10 Q 30 Sec Stroke Time LR RF 10CFR50 App J PI RF

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INSERVICE TESTING PLAN ISI CLASS l.2 & 3 VALVES RIVER BEND STATION SYSTEM: Service Water (ISWP*) FSK No. 9- 10T SIIEET I 0F I PACE 134 op 140 VALVE NUMBER y REMARKS A0V SIA 3

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2 CL AO C FSE 10 -Sec Stroke Time Q

FS Q Fail open PI RF A0V SIB 3 G-8 B 2 C. A0 C FSE 10 Q -Sec Stroke-Time FS Q Fail open PI RF RV 49A 3 E-5 C 1 RV SA C SP RF 150 psig RV 49B 3 G-5 C 1 RV SA C SP RF 150 psig i

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INSERVICE TESTING PLAN ISI CLASS 1,2 &_3 VALVES RIVER BEND STATION SYSTEM: Service Water (ISWP*) FSK NO. 9- 10U SIIEET 1 0F 1 PAGE 1350F 140

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REMARKS MOV 27B 3

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PI RF MOV 27D 3 C-4 B 6 BF M0 C FSE 10 Q -Sec Stroke Time PI RF V79 3 E-2 C 6 CK SA C FSE Q V80 3 E-6 C 6 CK SA C FSE Q V155 3 F-2 C 6 CK SA C FSE Q V156 3 F-5 C 6 CK SA C FSE Q RV 91B 3 11 - 2 C 1 RV SA C SP RF 150 psig RV 91D 3 11 - 5 C 1 RV SA C SP RF 150 psig I

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INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION 3

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TS.NO.26-3A S11EET I 0F l' PACE 13 6 dF 140

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MOV F001 1 L-8 A 6 GA MO. O FSE 10 Q 20 Sec. Stroke Time LA RF 10CFR50 App J PI RF MOV F004 1 P-8 A 6 CA MO O FSE 10 Q 6.5 Sec Stroke Time LR RF 10CFR50 App J PI RF i

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INSERVICE TESTING PLAN ISI CLASS 1,2 & 3 VALVES RIVER BEND STATION.

SYSTEM: Reactor Water Cleanup (IG33*) FSK NO. 26-3B SilEET I ' 0F 'l PACE 137 0F 140

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MOV F05'. 2 M-4 ,A 4 GA M0 O FSE 10 Q 6 Sec Stroke Time LR RF .10CFR50 App J PI RF MOV F053 2 P-4 A 4 GA MO O FSE 10 Q 6 Sec Stroke Time LR RF 10CFR50 App J PI RF I

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. VALVE NUMBER [

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[Q 8 f . [ v#f.$8 8 8 ['Y MOV F039 2 E-3 A 4 GA MO O FSE 10 Q 15 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV F040 2 F-3 A 4 GA MO O FSE 10 Q 15 Sec Stroke Time LR RF 10CFR50 App J PI RF i

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IWCS*MOVlll 2 G-4 A 4 GA M0 C FSE 10 y -Sec Stroke Time LR RF PVLCS Test PI RF MOV F034 2 11-4 A 4 GA M0 C FSE 10 Q 15 Sec Stroke Time LR RF 10CFR50 App J & PVLCS Test PI RF MOV F028 2 K-4 A 4 GA M0 C FSE 10 Q 15 Sec Stroke Time LR RF 10CFR50 App J PI RF IWCS*RV144 2 K-1 C 3/4 RV SA C SP RF 1410 psig set point I

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ISI CLASS 1,2 6.3 VALVES RIVER BEND STATION SYSTEM: ReactorLWater Cleanup (IWCS*) FSK No. 2 6-3G SilEET 1 0F.1 PACE M0 OF 140 VALVE NUMBER ff $ 9 /e# f {

REMARKS

/ / / j RV 154 '2 P-9 .' C 3/4 RV .SA C SP RF 150 psig: set point MOV 178 2 N-7 A. 2.5 CA M0 O FSE 10 Q 11.5 Sec Stroke Time LR RF 10CFR50 App J PI RF MOV-172 2 Q-7 A 2.5 GA MO O FSE 10 Q 11.5 Sec Stroke Time LR RF 10CFR50 App J & PVLCS Test PI RF MOV 173 2 Q-7 A 2.5 CA 'MO. O FSE 10 Q -Sec Stroke Time LR RF PVLCS Test P1 RF E

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.S' VALVE' REQUEST FOR RELIEF NO. 1 COMPONENT FUNCTION CLASS CATEGORY 1E21*AOVF006 Reactor Coolant Pressure Boundary 1 AC Isolation and LPCS Injection IE22*AOVF005 Reactor Coolant Pressure Boundary 1 AC Isolation, Containment' Isolation and HPCS Injection IE51*AOVF065 Reactor Coolant Pressure Boundary 1 AC Isolation, Containment Isolation and IE51*AOVF066 RCIC Head Spray lE12*AOVF041A Reactor Coolant Pressure 1 AC Boundary Isolation and LPCI 1E12*AOVF041B A& B Injection -

1E12*AOVF041C Reactor Coolant Pressure 1 AC Boundary Isolation, Con-taint.'.ent Isolation - LPCI C Injection TEST REQUIREMENT: Check valves shall be exercised at least once every 3 months. [

BASIS FOR RELIEF: The air actuators for these valves are not capable of exercising the valve disc against normal reactor pressure. Test using forward flow for the High Pressure Core Spray valve is not practical, because it will interrupt normal plant operation.

ALTERNATE TESTING: Full stroke exercise during cold shutdown.

3

.i VALVE REQUEST FOR RELIEF NO. 2 COMPONENT FUNCTION CLASS- CATEGORY IDER*V14 Reactor Building Equipment Drains 2 AC IDER*V15 Drywell Isolation Check Valves IDER*V16 IDER*V17 IDFR*V1 -

Reactor Plant Floor Drains 2 AC 1DFR*V2 Drywell Isolation Check Valves IDFR*V3 1DFR*V4 lIAS*V78 Instrument Air Drywell Isolation 2 AC ISAS*V487 Service Air System Drywell Isolation 2 AC TEST REQUIREMENT: Check valves shall be exercised at least once every 3 months.

BASIS FOR RELIEF: Systems were not designed for exercise testing of these check valves. The safety function for these valves is to prevent Drywell Bypass Leakage. Successful performance of the Drywell Leakage Test will demonstrate that these valves are performing their safety function.

C ALTERNATE TESTING: Drywell Leakage Test

VALVE REQUEST FOR RELIEF NO. 3 COMPONENT FUNCTION CLASS CATEGORY 1FWS*MOV7A Feedwater supply lines, containment 2 A 1FWS*MOV7B isolation valves IB21*MOVF065A IB21*MOVF065B 1B21*VF010A Feedwater supply lines, containment 1 AC IB21*VF010B isolation valves 1B21*AOVF032A IB21*AOVF032B TEST REQUIREMENT: Valves shall be exercised at least once every 3 months.

BASIS FOR RELIEF: Exercising these valves will interrupt feedwater flow to the reactor.

ALTERNATE TESTING: Full stroke exercise during cold shutdown.

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VALVE REQUEST FOR RELIEF NO. 4 COMPONENT FUNCTION CLASC CATEGORY ILSV*V12, V18, V20 Permit penetration valve leakage control 2 C ILSV*V22, V24, V26 air flow to the penetration valves and ILSV*V28, V30, V32 prevent reverse flow when the PVLCS air ILSV*V35, V36, V42 pressure is lower than the pressure in ILSV*V46, V48, V50' the systems that it is trying to seal ILSV*V52, V54, V56 ILSV*V58, V60, V62 ILSV*V72, V76, V90 TEST REQUIREMENT: Check valves shall be exercised at least once every 3 months.

BASIS FOR RELIEF: The pressure of the PVLC air supply is not capable of l

exercising the valves against the normal system pressure in i the systems that it supplies. System is designed to perform its l seal function when the pressure in the systems is the same as the containment atmosphere after an accident, ,

ALTERNATE TESTING: Full Stroke exercise during cold shutdown.

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VALVE REQUEST FOR RELIEF NO. 5 COMPONENT FUNCTION CLASS CATEGORY 1B21*MOVF098A Containment isolation for main steam 2 A IB21*MOVF0988 lines.

IB21*MOVF098C IB21*MOVF098D TEST REQUIREMENT: Valves shall be exercised at least once every 3 months.

BASIS FOR RELIEF: Reactor power would have to be reduced to exercise the valves.

Closing one valve at full power would cause high steam flow on the other three lines and trip the reactor. Also, control circuitry for valves does not allow for partial exercising.

ALTERNATE TESTING: Full stroke exercise during cold shutdown.

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VALVE REQUEST FOR RELIEF NO. 6 COMPONENT FUNCTION CLASS CATEGORY ICll*MOVF083 Contairiment isolation for control rod 2 A drive hydraulic supply line IC11*VF122 Containment isolation for control rod 2 AC drive hydraulic supply line TEST REQUIREMENT: Valves shall be exercised at least once every 3 months.

BASIS FOR RELIEF: Exercising these valves would interrupt seal water flow to the recirculation pump shaft seals. Failure of the motor operated valve in the closed position would result in damage to the re-circulation pump shaft zeal and require the plant to be shutdown.

ALTERNATE TESTING: Full stroke exercise during cold shutdown.

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v VALVE REQUEST FOR RELIEF NO. 7 COMPONENT FUNCTIdN CLASS CATEGORY 1E12*VF050A Reactor coolant pressure boundary 2 AC 1E12*VF050B isolation for shutdown cooling return lines.

TEST REQUIREMENT: Check valves shall be exercised at least once every 3 months.

BASIS FOR RELIEF: The Residual Heat Removal pumps do not develop high enough head to stroke valves open against normal reactor operating pressure.

ALTERNATE TEh" PING: Full stroke exercise during cold shutdown.

4 I

3

W VALVE REQUEST FOR RELIEF NO. 8 COMPONENT FUNCTION CLASS CATEGORY IB21*VF037A Prevent water draw up in Main Steam 3 C THROUGH Safety Relief Valve Discharge piping IB21*VF037H following condensation of steam trapped IB21*VF037J after a relief valve lift.

THROUGH IB21*VF037S 1B21*VF078A THROUGH IB21*VF078H IB21*VF078J THROUGH IB21*VF078S TEST REQUIREMENT: Check valve shall be exercised at least once very 3 months.

BASIS FOR RELIEF: Valves are located in drywell which is inaccessible during normal operation. Exercising the valves will require test personnel to move the disc by hand through the inlet of the valve which is open to the drywell' atmosphere. Safety Relief Valve System has the " Low Low Setpoint Function" so only two relief valves could possibly have second pops. The four vacuum breakers associated with those relief valves will have relief set point checked in addition to exercising.

I ALTERNATE TESTING: All valves will be exercised by hand during cold shutdown.

Valves IB21*VF037P, 1B21*VF037R, 1B21*VF078P, and IB21*VF078R will have their set point verified each refueling.

W VALVE REQUEST FOR RELIEF NO. 9 COMPONENT FUNCTION CLASS CATEGORY IB21*VF036A,F,G,J Prevent air loss from the Automatic 2 C 1B21*VF036L,M,N,R,P Depressurl ation system air accumulators IB21*VF039B,C,D,E in the event of loss of air supply 1B21*VF039H,K,S TEST REQUIREMENT: Check valves shall be exercised at leact once every 3 months.

BASIS FOR RELIEF: Exercising valves requires access to drywell where the valves are located. There is no access to drywell during normal plant operation.

ALTERNATE TESTING: Full stroke exercise during cold shutdown.

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VALVE REQUEST FOR RELIEF NO. 10 COMPONENT FUNCTION CLASS CATEGORY All power operated 1,2,3 A,B valves TEST REQUIREMENT: The acceptance criteria for valve-stroke time as stated in IWV-3417 (a) .

BASIS FOR RELIEF: Valves that are degrading slowly, i.e. hardening of motor operator grease, etc., are capable of meeting the acceptance criteria of IWV-3417 (a) and going undetected as having a problem.

ALTERNATE TESTING: Reference values for power operated valve stroke times will be established when the valves are known to be operating ag-ceptably. The acceptance criteria or alert range will be -

25% of the reference,value for valves with stroke times greater than 10 seconds and - 50% of the reference value for valves with stroke times less than or equal to 10 seconds. If the stroke time exceeds this range, test frequency shall be increased to once each month until corrective action is taken. Note that the alert range will not be established such that it would allow stroke times greater than the limiting value of full stroke time.

W 9

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ML20108A619

Text

1.0 INTRODUCTION

1.0 INTRODUCTION

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