Text

Public Version of Emergency Instruction I-4.6,Revision 9, Loss of Secondary Coolant.
	ML20062L699
Person / Time
Site:	Salem
Issue date:	01/15/1981
From:	; Public Service Enterprise Group
To:	;
Shared Package
ML18085A819	List: ML18085A817; ML18085A820; ML20062L684; ML20062L687; ML20062L691; ML20062L694; ML20062L699; ML20062L704; ML20062L708; ML20062L712; ML20062L720;
References
	I-4.6-01, I-4.6-1, NUDOCS 8102170399
	Download: ML20062L699 (32)
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}-4.6 EP.ERGENCY INSTRUCTION I-4.6 V LOSS OF SECONDARY COOLANT 1.0 ?USDOSE ,

1.1 IHIS IN3TRUCT10N PROVIDES TkE NECESSARY OPERATOR ACTIONS REOUIRED 70 LOCATE AND ISCLATE THE SOURCE CF A LOSS OF SECCNDARY CCOLANT TO MINIMIIE THE UNCONTROLLED COOLDOWN OF THE PRIMARY PLANT.

1.2 THIS INSTRUCTION CONTAINS TFE ACTIONS REQUIRED TO ESTABL!sH DECAY HEAT REMOVAL FROM THE REACTOR COOLANT SYSTEM VIA THE UNAFFECTED STEAM GENERATORS TO PREVENT THE PRESSURIZER SAFETY VALVES AND POWER OPEF ATED RELIEF VALVES FROM LIFilNG.

1.3 A FEED LINE RUPTURE DOWNSTRE AM OF THE FEEDWATER HEADER f.ANUAL ISOLATION VALVES 11-14 (21-24)BF22 WILL HAVE THE SAME CHARACTERISTICS AS A STEAM LINE RUPTURE AND WILL BE VIRTUALLY INDISTINGUISHABLE. HOWEVER, IT IS IMPORTANT FOR THE FAULTY STEAM CENERATOR TO BE IDENTIFIED AND ISOLATED RAPIDLY TO PRECLUCE A Los! 0F FEEDWATER FLOW TC ALL STEAM GENERATORS THROUGH THE SINGLE LINE FAILURE.

1.4 THIS INSTRUCTION CONTAINS TFE STEPS RECU! RED TO SHIFT FROM THE thJECTION ~

TO THE COLD LEG RECIRCULATION MODE OF CC;E COOLING AT THE APPROPRIATE TIME.

1.5 ALSO INCLUDED ARE THE APPROFRIATE OPERATOR ACTIONS RECU! RED TO COPE WITH THE FOLLOk..eG y FAILURES:

1.5.1 LOSS OF A RES! DUAL HEa1 REMOVAL PUMP DUE TO EITHER OF THZ FOLLOWING:

1. FA! LURE OF THE A!!OCIATED SJ44, SIS SUMP VALVE TO CPEN.

2. FAILURE OF AN RHE PUMP.

1.5.2 LOSS OF OFFSliE POWER WITH

1. ALL DIESEL OPERAT:NG

2. FAILURE OF A SINGLE DIESEL 2.0 IN1TIAL CONDITIONS 2.1 SAFETY INJECTION HAS BEEN IN T;ATED AND lT HAS BEEN DETERMINED BY USE OF SECTION 5.0, "lDENT!FICATION OF E0tLCw-ut LCTIONS" C7 El 1 0.0, "SArETr INJECTION INITIATION" THAT A LOSS OF SECONDARY COOLANT AS OCCURRED.

3.0 j**MIATF ACil0NS 3.1 VERIFY THAT ALL IMMEDI ATE ANC SUBSECUENT ACTIONS OESCR!3ED IN El 1-4.0, " SAFETY INJEC-T!CN INITIATION" HAVE BEEN PERFORMED. COMPLETE ANY ACTIONS WHICH HAVE NOT 3EEN PREVIOUS-LY COMPLETED.

8102170 393 SALEM UNIT 1/ UNIT 4 1 CF 32 REV. 9

I-4.6 3.2 IF CONTAINMENT PRESSURE REACHES.THE Hi-H1 SETPOINT OF 23.5 PSIG, VERIFY THE FOLLOWING ON

'f RP-4, W 3.2.1 CONTA!NMENT' SPRAY ACTUATION 3.2.2 CONTAINMENT' PNASE "3" ISCLATION 3.2.3 MAIN STEAM iso u TION 3.3 IF CONTAINMENT PHASE '3" ISCLATION IS ACTUATED, TRIP ALL REACTOR COOLANT PUMPS WITHIN FIVE MINUTES. .

4.0 SUESTOUFNT ACTIONS - PART I - C0!S fEG INJECT!ON CC M NTS 4.0 UTILIZE REDUNDANT INDICATIONS WHERE PRACTICAL To DETERMINE THE PROPER COURSE OF SUBSEQUENT AC-

> TIONS.

4.1 VERIFY THAT MAIN STEAM ISOL/ TION HAS 4.1 MAIN STEAM ISCLATION MAY CCCURRED. IF IT HAS NOT, MANUALLY NOT BE AUTOMATICALLT INITIATED INITIATE IT BY DEPRESSING TFE 11-14 ON A FEEDL:NE RUPTURE OR A (21-24) LOOP MAIN STEAM ISOLATION STEAM LINE RUPTURE UPSTREAM PUSHBUTTONS ON EITHER IRAIN *A" OR OF THE FLOh ORIFICE.

"3" SAFEGUARDS ACTUATION 3E EL.

4.1.1 CHECK THAT THE FOLLOWING VALVES HAVE CLOSED BY CBSER'e ING THE STATUS PANEL ON RP-4 AND/OR Tr4E CONSOLE BEIEL AND ACKNOWLEDGE ON THE APPROPRIATE CONSOLE SE!EL. IF ANY VALVE HAS FAILED TO CLOSE, ATTEMPT TO CLOSE IT ' ROM THE CONTROL CONS 01.E.

11(21)MS167 NO. 11(21) STEAM GENERATOR STOP VAL'.E 12(22)MS167 NO. 12(22) STEAM GENERATOR STOP VALVI 13(23)MS167 NO.13(2-) STEAM GENERATOR

. !:A4TO.Pi rYAL\ i !ATED AND IT HAS 3EEN OETE'.. . ' J:1 ; . . . .

? ITMMk M.e C@)dISft'66KgC!R I 4.0, "SarETY [NJECT:0N INITIATICN" TC A LM.S Of SECot4Dany $ TOPf VAL'iE

OCCURREn.

11(21)MS18 No. 11(21) STEAM GENERATOR .

*!?'" f.riin' STOP WARP'JP VALVE 12(22)MS13 No. 12(22) STEAM GENERATCR

.* STOP WARPUP VALVE -. .a , .;. ;

( 13(23)MS13 No.13(2?) STEAM 6ENERATCR l STOP WARFUP VALVE l l

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l-4.6

. 14(24)MS18 No.14(20) STEAM GENERATOR STOP Warmup VALVE N ll(21)MS7 10.11(2.)STiAMGENERATOR DRAIN VA.VE 12(22)MS7 NO. 12(22) SitAn GENERATOR .

' DRAIN VA.VE 13(23)MS7 NO. 13(25) STEAM GENERATOR DRAIN VA.VE 14(24)MS7 N0. 14(2,) STEAM GENERATOR DRAIN VA.VE 4.2 CHECK THE FOLLOWING !NDICATIONS ON THE CONTROL CONSOLE TO ENSURE BORATED w.TER 15 BEING If.lECTED INTO THE REACTOR C30LANT SYSTEM.

4.2.1 BORON NJECTION IANK *RES$URE APPROXIMATELY INDICATING RCS PRESS.RE.

4.2.2 CHARGING PUMP DISCHA>GE FLOW 4.2.3 No. 11(21) SAFETY IM ECTION PUMP DISCHARGE FLOW WHEN RCS PRESSL1E IS

s1500 PSIG.

4.2.4 NO. 12(22) SAFETY lt.'ECTION PUMP DISCHARGE 4.2.4 RCS PRESSURE SHOULD STABIL1!E FLOW WHEN RCS PRESScas 15 < -1500 PSIG. ABOVE THE RHR PUMP.

p 4.3 IF THE CONTAINMENT PRESSURE HAS NOT INCREASED 4.3 CONTINUE TO MONITOR CONTAIN-TO THE HI-HI SETPOINT PRCCIED TO STEP 4.5. MENT PRESSURE THROUGHCUT THIS INSTRUCTION.

4.4 IF CONTAINMENT PRESSURE HAS INCREASED TO THE H1-H1 SETPolNT OF 23.5 PSIG VERIFY THE FOLLOWING BY OBSERVING THE STATUS PAhiL ON RP-4 AND/OR THE CONSOLE INDICATIONS.

4.4.1 CONTAINMENT LPRAY HAS INITIATED:

1. CHECK THAT THE FOLLOWING PUMPS HAVE STARTED. IF A P 2P FAILS To START, ATTEMPT TO START IT MANUALLY. FROM THE CONTROL CONEOLE.

NO. 11(21) CONTAINMENT SPRAY PUMP NO. 12(22) CONTAINMENT SPRAY PUMP

2. CHECK THAT THE FOLLOWING VALVES HAVE OPENED. IF A VA~.VE FAILS TO OPEN,

' ATTIMPT TO MANUA.LY OPEN IT FROM THE CONTROL CONSOLE.

Sv.t- UN:7 1/Usti 2 3 0F 32 REV. 9

l-4.6 11(21)CS2 DISCHAnsE VALVE 12(22)CS2 DISCHAPGE VALVE p 1(2)CS16 SPRAY A D IARK DISCH VALVE 1(2)CS17 SPRAY ADD IANK DISCH .

VALVE

3. CHECK THE ADDITivt TANK LEVEL IN-DICATOR AND OUTLET FLOW INDICATOR ON THE CONTROL C0:450LE TO ENSURE THE SODluM HYDRoy:DE (NADH) SOLU-TlON 15 BEING INsECTED INTO THE CONTAINMENT SPRAY SYSTEM. IF THE LEVEL IS NOT DECFEASING AND NO FLOW IS INDICATE: DISPATCH AN OPERATOR TO VERIFv THE LEVEL LOCALLY AND TO IN3URE THE FOLLOW-ING MECHANICAL VI.VES'ARE OPEN.

11(21) EDUCTOR SL: PLY VALVE 11(21)CS20 12(22) EDUCTOR St= PLY VALVE 12(22)CS20 4.4.2 PMASE "3" ISOLATION F:.5 TAKEN PLACE

1. CHECK THAT THE FC. LOWING VALVES HAVE k .~ CLOSED BY OBSERV;*.G THE STATUS PANEL ON RP-4 AND ACKNCa' LEDGE ON THE APPP.0-PRI ATE CONTROL CC': SOLE SEZEL. IF ANY VALVE HAS FAILED T3 CLOSE, ATTEMPT TO CLOSE IT FROM YHE CONTROL CONSOLE BEZEL.

1(2)CC117 RCP CCC_ING WATER INLET 1(2)CC118 RCP COC.!NG WATER INLET 1(2)CC136 RCP BE; RING OUTLET 1(2)CC131 RCP IHERM 3AR DISCH FLOW 1(2)CC190 RCP THERMAL 3AR DISCH 1(2)CC187 RCP BEA9ING OUTLET

2. IF ANY REACTOR CC3LANT EUMPS,ARE RUNNING, THEY MUS? BE TRIPPED AT THIS TIME.

4.5 DETERMINE THE LOCATION OF TFE RUPTURE AS 4.5 IF THE LEAK CANNOT BE IDEN-DESCRIBED BELOW. IHE FOLLO'alNG INDICATIONS TIFIED, RE-EVALUATE THE IN-AND ACTIONS ASSUME MAIN STEM ISCLATION. DICATIONS LAW El 1-4.0, " SAFETY MAS OCCURRED. INJECTION IN!TIATION" WITH

( PARTICULAR E".PHASIS UN LOCA.

SALEM UNIT 1/UNii 2 4 op 32 REv. 9

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l-4.6 4.5.1 DOWNSTREAM OF THE PA:N STEAM ISQtATION VALVES (THl3 INCLUDES THE PAIN FEEDWATER Y HEADER UPSTREAM OF inE 3F;22, FEEDWATER HEADER ISOLATION VAL'iES):

1. STEAM FLOW ON ALL LINES SHOULD INDICATE ZERO AND ALL STEAM GENERATOR PRESSUPES SHOULD BE STABILIZED AT AP6ROXIMATELY THE SAME PRESSURE.

2. PROCEED TO SuBSECUENT ACTION .

STEP 4.5.

4.5.2 UPSTREAM OF THE MIN STEAM ISCLATION '

VALVES (TH!$ INCLUDE; THE PAIN FEED-WATER HEADER DOWNSTREAM OF THE 3F-22, FEEDWATER HEADER ISOLATION VALVES, AND THE BLOWDOWN LINES USSTREAM OF THE GB-4 CONTAINMENT ISCLATIC': VALVES).

1. ONE CR MORE STEAM 6ENERATOR(3) WILL HAVE A DECREASIN3 PRESSURE. IHl3 IS THE FAULTY ST3M GENERATOR ($).

2. ISOLATE AuxlLIARv FEEDWATER TO THE 2. A BREAK IN THE PENETRATION AFFECTED STEAM 6CNERATOR(S) BY CLOSING AREA MAY CAUSE THE MS-10'S THE FLOW CONTROL VALVES, AF11 AND TO OPEN ON BOTH STEAM GENERATORS AF21, 10 AFFECTE: STEAM GENERATOR (S). CAUSING A LOW PRESSURE IN BOTH.

3 IF THE RUPTURE !3 INSIDE THE CONTAIN-MENT AN INCREASE IN CONTAINMENT IEMP-ERATURE AND PRESSURE WILL BE INDICATED.

4. le THE RUPTURE 10 OUTSIDE THE CONTA!NMENT, THErE SHOULD BE NO CHANGE IN CONTAlt. MENT TEMPERATURE OR PRESSURE.

4.5 STOP BOTH RHR PUMPS AS FOLLOWS: .

4.6.1 RESET THE SAFETY INJECTION SIGNAL BY 4.6.1 AUTOMATIC ACTUATION OF SAFETY DEPRESSING BOTH IRAlt: "A: AND.IRAIN "3" INJECTION WILL NO LONGER BE Si RESET PUSHBUTTONS ON THE SAFEGUARDS AVAILABLE. ANY SUBSEQUENT ACTUATION 3EIELS ON THE CONTROL CONSOLE. ACTUATION OF SAFE?v INJEcitCN MUET BE AEIOM8tf EWE 3 ANUAt ty BY INSERTING THE SAFEGUARDS

! KEY INT 3 EITHER IRAIN "A" CR IRAIN "B" 0FERAIE ON THE SAFE-GUARDS ACTUATICN 3EIEL.

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l-4.6 IF AT ANY TIME Af1D. THE SAFETY INJECTIOft AND CONTAINMENT SPRAY k SIGNALS ARE RESET, A BLACKOUT SIGNAL IS RECEIVED, THE VITAL .

3USSES wouLD BE STRIPPED AND THE 3LACKOUT LDADS WOULD BE SEQUENCED ON BY THE SEC.

THE RHR, SAPETY INJECTION, AND CONTAINMENT SPRAY PUMPS AND THE CONTAINMENT FAN (CIL UNITS ti1LL tiQ.T. BE RESTARTED. THESE IS111 BE MANUALLY RESTARTED ONCE THE LOADING SEQUENCE IS COMPLETE AS INDICATED BY THE LOADING CDP.PLETI LIGHTS ON THE 1A,13, IC(2A, 23, 2C) DIESEL 3EZELS ON THE CONTROL CONSOLE.

QQ E RES: TART THE EGUIPMENT BY MANUALLY IN.lTIATING St.:ETY IN-JECTION OR CONTAINMENT SPRAY AS THIS MAY RESULT IN UNDESIRABLE VALVE OPER ATIONS WHICH MAY RESUL I~ IN EQUIPMENT DAMAGE.

THIS IS TO BE ACCOMPLISHED IN SU A MANNER AS TO PREVENT OVERLOAD!

THE DIESELS. THE LOC S SHOULD B APPLIED AT

10 SEC. INTERVALS.

4.6.2 RESET THE SAFEGUARDS LOADING SEQUENCE 4.6.2 inE STATUS LIGHTS ASSOCI ATED BY DEPRESSING THE EfiRGENCY LOADING WITH SEC LOADING ON RP-4 RESET PUSHBUTTONS ON THE CONTROL SHOULD GO QUT.

CONSOLE FOR 1A, 13, :C(2A, 23, 2C)

DIESEL GENERATORS.

4.6.3 STOP BOTH RHR PUMPS D11T10N: DO NOT QEEFT THE PHASE

- "A" ISOLAT:0N, FEEDWATER ISot.ATION, OR CONTAINMENT ,

VENTILATICf; AT THIS TIME.

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14.6 4.7 IF THE PRODAC 250 COMPUTER IS AvsrALBLE, 4.7 THis PROVIDES A READILY AVAIL-INITIATE CRT TEST NO. 41, "C RE IEMPERATURE/ ABI.E DISPLAY OF SUSCQOLING.

PRESSURE PONIToR PROGRAM". IF THE COMPUTER !$ NOT AVAIL-ABLE OR THE tr.DICAT!cm3 ARE

' UCNSIDERED NOT RELI ARL:* CUE TO *

/ ADVERSE CONTA!NtaENT CONDIT10f43, SUSC00 LING CAN BE DETERMINED FROM EITHER THE PRESSURE-IEM-PERATURE CURVE OR FROM THE STEAM TABLES.

4.8 WHEN THE REACTOR C00LANT SYS*EM HAS REACHED A STABLE CONDITION AS DESCR!3ED BY ONE OF THE FOLLOWING SETS OF CONDIT 0NS, TERMINATE SAFETY IN.ECTION.

2~

1. A. ONE OR MOREH I IS 2350*F AS READ 1. ATTEMPT To MAINTAIN TEMPERATURE ON THE WIDE RANGE IE:aPERATURE RE- '350*F.

CORDERS ON RPi l, IF THE CRITERIA DESCRIBED IN g, ,

"1" ARE USED FOR TERMINATICN OF SAFETY lNJECTION AND THE REACTOR C00LANT TEMPERATURES !!1 CREASE TO

>350*F, MAINTAIN THE 3AFETY INJECTION PUMPS IN OPERAT10s.

UNTIL ALL CRITERIA FOR "2"

8. REACTOR COOLANT P2.ESSURC !$

>700 PSIG AND INChEASING, <

8, ~

C. ACTUAL PRESSURIZER t.IVEL IS 120% C. CORRECT PRESSURIZER LEVEL FOR ON AT LEAST 2/3 H,7 CALIBRATED REFERENCE LEG HEATUP IAW CHANNELS AND IS IMCREA31NG, APPENDIX 2.

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D. RCSTEMPERATURE13MORETHAN$0'F D. IF TEMPERATURE REMAINS BELow THE SUBC00 LED AS INDICATED BY EITHER ISAT - 50*F CURVE ON THE PRES-THE WIDE RANGE Ig INDICATION ON SURE-IEMPERATURE CURVE, 50*F THE UNAFFECTED LCOPS OR THE INCORE SUBCOOLING IS ASSURED.

THERM 0 COUPLES, S,

. E. E!THER TOTAL AUX 1'.! ARY FEEDWATER E. CORRECT STEAM GENERATOR LEVELS FLOW TO THE INTACT STEAM GENERATOR *. FOR REFERENCE LEG HEATUP IAW IS >42x10' LB/HR., OR, ACTOAL LEVEL APPENDIX 2.

IN AT LEAST ONE N::N-FAULTED STEAM GENERATOR IS 15: AS INDICATED ON 2/3 NARR0w RANGE INDICATORS.

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2. A. ALL FOUR IHARE >?50*F AS READ ON l THE WIDE RANGE IEMPERATURE RECORDERS ON RP-4, d ,

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f . % * , M Sr. Q.

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l l-4.6 B. REACTOR COO!. ANT IRESSURE Is > 2000 .

/

PS!G AND 13 STABLE CR !NCREASING,

$.o V C. ACTUAL PRES!UR12ER LEVEL IS 120% C. CORRECT PRES $URIZER LEVEL FOR CN AT LEAST 2/3 FOT CALIBRATED REFERENCE LE4 HEATUP IAW ,

CHANNEL *3 AND' IS INCREASING, APPENDIX 2.

E D. RCS TEMPERATURE :5 MORE TPAN 50*F D. IF TEMPERATURE REMAINS BELOW THE SURC00 LED AS IND;CATED'BY EITHER ISAT - 50*F curve ON THE PRES-THE WlDE RANGE I t INDICATION ON SURE-IEMPERAfbRE CURVE, 50*F THE UNAFFECTED L' COPS OR THE INCORE SUSC00 LING 13 ASSURED.

THE'M0 COUPLES, E. ,

E. E!THER TOTAL Aux:LIARY FEEDWATER E. Cor. RECT STEAM GENERATCR LEVELS FLOW TO THE INTAC7 STEAM GENEnATORS FOR REFERENCE LEG HEATUP . LAW IS >42x10' L3/HR , OR, ACTUAL LEVEL APPENDIX 2.

IN AT LEAST ONE "0N-FAULTED STEAM GENERATOR IS 15 AS INDICATED ON 2/3 NARR0w RANGE INDICATORS.

4.3.1 REFER TO El 1-4.2, "FECOVERY FROM 4.3.1 El l-4.2 HAS THE CRITERIA SAFETY INJC.T10N", FCR GUIDAK".E IN FOR PE-INITIATION OF SAFETY RETURNING ADDITIONAL !UPPORT SYSTEMS INJECTION.

TO OPERATION AS RECU' RED TO ACCOMPLISH THS SUBSEQUENT C00 LOC aN.

4.3.2 IF CONTAINMENT SPRAY dai E.T. BEEN ACTUATED, PROCEED TO iuBSECUENT ACTION STEP 4,10 0F MIS INSTRUC-T10N.

4.3.3 IF CONTAINMENT SFT.AY 141 BEEN ACTUATEL PROCEED TO STEP 4.9 C~ THIS INSTRUCTION.

4.9 IF CONTAINMENT SPRAY HAS BE M ACTUATED, PROCEED AS FOLLOWS WHEN CONT A!'4 MENT PRESSURE DECREASES TO < 23.E rslG ON l '

3/4 CHANNELS.

l 4.9.1 DEPRESS THE IRAIN "A" AND IRAIM i "B" SPRAY ACT RESET F'JSHBUTTONS ON THE SAFEGUARD ACTL'ATION 3E751- ,

ON THE CONTROL CONSOLE.

4.9.2 CLOSELY MONITOR RWSI LEVEL. AS '

( -- IT APPROACHES THE LOV-LOW LEVEL ALARM PREPARE To CHAR.3E FROM CSI.D LEG INJECTION TO COLC LEG REclidu-LATION PROCEED AS FOLL0wS:

\

1-4.6

1. IF CONTAINMENT PFESSURE IS

<5.0 PSIG, REFER To El 1-4.2

" RECOVERY FROM SAFETY INJECTION" FOR GUIDANCE IN F ETURNING ADDI- ,

TIONAL 4UPPORT SYSTEMS TO OPERA-TION AS REQUIRED TO ACCOMPLISH THE SUBSEQUENT CCOLDOWN. PROCEED TO SUBSEQUENT ACT!ON STEP 4.10 CF

\

TH15 INSTRUCTION.

2. IF CONTAINMENT PFES$URE 15 >5.0 PSIG, PROCEED TO SECTION 5.0 0F THIS INSTRUCTION, " SUBSEQUENT ACTIONS PART 11 - COLD LsG RECIRCULATION".

liQIl: IF A LOSS OF QFFSITE POWER HAS OCCURF ED IN C0lNCIDENCE i w!TH THE $7EAM LINE RUPTURE, ALIGN THE ELECTRICAL SYSTEM IN ACCORD 4NCE w!TH APPENDIX ,

'1, PRIOR TO PROCEEDING TO PART 11 Cr THIS PROCEDURE.

W 4.10 RESTART THE FOLLOW!NG VENT!'.aTION FANS.

4.10.1 NO::LE SUPPORT FANS 4.10.2 REACTOR SHIELD VENT 'ANS 4.10.3 CONTROL R0D DRIVE FAr;S 4.11 WHEN CONDITIONS PERMIT, RET'.RN THE 4KV VITAL 3USSES 70 NORMAL SY:

4.11.1 STOPPING THE EMERGENCY DIESEL 6ENERATORS LAW 01 IV-16.3.1, " EMERGENCY POWER -

DIESEL OPERATION".

4.11.2 START OR STOP VITAL EUS LOADS AS REQUIRED.

4[12COPMENCETAKINGTHEPLANTTCCOLDSHUTDOWN CONDITIONS BY COOLING DowN AS FOLLows:

. 4.12.1 IF THE RUPTURE IS DOWNSTREAM 0F THE MAIN STEAM LINE ISCLATION VALVES, COOLDCWN

( USING THE ATMOSPHERIC STEAM RELIEF VALVES.

PERIODICALLY, REDUCE THE PRESSURE SETPolNT OF THE CONTROLLER FC: EACH MS10 VALVE BY DEPRES' SING THE!A PRESS. SET PT DECREASE PUSHEUTTONS.

1-4.6 4.12.2 IF THE RUPTURE IS UP!TREAM OF THE MAIN STEAM LINE ISOLATION VALVES, COCL DOWN hg./ USING THE STEAM DUMP TO 1HE CONDENSER As FOLLOWS: <

1. OPEN THt BYPASS VALVES (MS18)

ARCUND THE MAIN SIEAM ISCLATION VALVES (MS167) CN THE UNAFFECTED STEAM 6ENERATORS.

2. WitCN PRES $URE ECUILIIES, OPEN THE l MAIN STEAM ISOLATION VALVES.

3. PLACE THE STEAM JMP IN THE MAIN

! STEAM PRESSURE CC:: TROL MCDE AND i

PERIODICA'LLY REDU;E'THE SETPo!NT BY DEPRESSINC THE SETPOINT DECREASE PUSH 5.TTON.

4.12.3 AS APPLICABLE, TAKE TdE PLANT TO 4.12.3 DUE TO ABNCRMAL PLANT C0!.-

COLD SHUTDOWN CONDIT! NS IAW 01 olTIONS SOME STEPS MAY NOT l-3.6, " HOT STANDBY TO COLD BE APPROP'! ATE AND SOME SHUTDOWN". EQUIPMENT NOT AVAILABLE.

W 1

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SALEM 'Js!T 1/ UNIT 2 10 CF 32 REV. 9

, 1-4.6 5.0 sunstoom eCTims - pant 11 - cctD IEG ercinCUI ATIM h CAUTION: THE CHANGE 0VER FROM THE SAFETY INJECTION PHASE To Cots LEG RECIP:ULATION MUST BE DONE QUICKLY., IF ANY VLAVES FAIL TO RE-SPOND OR COMPLETE THE REQUIRED MOVEMENT, CONTINUE WITH THE SEQUENCE AND INITIATE ANY CORRECTIVE ACTIONS WEN THE CHANGE-0VER !S CCMPLETED.

5.1 VERIFY THAT THE FOLLOWING NC9MALLY CLOSiD 5.1 THE RH-29'S w!LL sE Closes VALVESARECLQ1ED: ONLY IF RHR FLOW IS >1000 .

I GPM PER PUMP.

11(21)SJ4011(21) DISCH VALv! To Hot LEG 12(22)SJ40 12(22) DISCH VAL.E To Hot LEG 11(21)SJ113 SI CHG PUMPS X-C/ER VALVE 12(22)SJ113 SI CHG PUMPS X-C.'ER VALVE 11(21)SJ45 REC:RC isot VALvt To S1 PUMP 11(21)CS36 FRoM 11(21) RHX '.AtvE 12(22)CS36 FRCM 12(22) RHX \atvE

1(2)RH2 RHR COMMON SUCTION

ALVE 1(2)RH1 R'HR COMMON SUCTION '.ALVE 11(21)SJ44 SIS SUMP VALVE w 12(22)SJ44 SIS SUMP VALVE 1(2)RH2O RHX BYPASS VALVE .

1(2)RH26 Hot LEG ISCLATION \ ALVE 11(21)RH29 11(2:) RHR Puma i oASS 12(22)RH29 12(22) RHR PUMP fYDASS 12(22)SJ45 SUCTION FRCM RHX (To CHARGING PUMPS) 5.2 VE91FY THAT THERE 15 AN ADE:JATE WATER LEVEL IN THE CONTAINMENT SUMP AS !NDI ATED 3Y AN ENERGl?,ED AVAILABLE NPSH LIGHT ON THE :CNTRCL CONSOLE.

5.3 OPEN 11f21)CC16 ANL 12(22)CC16 RHR HEAT EXCHANGER OUTLET VALVES.

5.4 WuEN THE RWST low-Low LEVEL ALARM ACTUATES 5.4 ANNUNCIATOR D-44 STOP THE FOLLOWING PUMPS !F THEY ARE RUN-NING:

No. 11 1 12(21 & 22) RHR Purp No. 11 1 12(21 1 22) CoNTA!WENT SPRAY PUMP No. 11 1 12(21 & 22) SAFETY INJECTION ? UMPS No. '1, 12 & 13(21, 22 1 2?} CHARGING PUMPS I

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1-4.6 5.4 IF CONTAIMMENT PRESSURE HAS NOT DECREASED TO BELOW 23.5 PSIG, THE CONTAINMENT SPRAY PUMPS CANNOT (h./

BE STOPPED FROM THE CONTROL CON-CONSQLE. IO STOP THE PUMPS, IT*

WILL BE NECESSARY TO TRIP THE BREAKERS LOCALLY QN THE 1A AND IC (2A AND 2C) 4ny VITAL 3USSES BY TURNING OFF THE 125 VDC CONTROL POWER AND DEPRES$1NG THE MANUAL TRIP BUTTON INSIDE THE EREAKER CABINET.

5011: ALIGNING THE RHR PUMP 1 AS DCSCRI3ED IN THE'FOLLOWING STEP 3 WILL PRIVIDE FLOW TO THE CHARGING AND SAFETY IN-JECTION PUMPS AND THE CONTAINMENT SPRAY HEADER. IF ONE RHR PUMP IS NOT AVAILABLE TO PROV'.0E FLOW THE OTHER PUMP WILL SUPPL' THE CHARGING AND SAFETY INJECTION UUMPS AND THE

CONTAINMENT SPRAY HEA:ER WITH NO ADDITIONAL VALVE OPERI.TIONS.

(s_, 5.5 CLOSE 11(21)RH4 RHR PUMP SuC lON VALVE, IF ha.11(21) RHR PUMP IS AVAILABLE.

5.6 CLOSE 12(22)RH4 RHR PUMP SUC*10N VALVE, IF 5.6 11(21)RH4 MuST BE CLOSED IN No. 12(22) RHR PUMP !$ AVAILABLE. ORDER TO OPEN 11(21)SJ04.

12(22)RH4 MuST sE CLOSED IN ORDER TO OPEN 12(22)SJ44.

5.7 CLOSE THE BREAKERS FOR 1(2)SJ30 & 69 AND CLOSE 5.7 1(2)C WEST 230V VITAL VALVE THE VALVES. CONTA0L CENTER. THIS CAN BE COMPLETED IN CONJUNCTION WITH THE REMAINING STEPS.

5.8 REMOVE THE LOCK 0UT ON RP-4 AnD OPEN 11(21)SJ44 SIS SUMP VALVE, IF No. 11(21. RHR PUMP IS AVAIL-ABLE.

5.9 REMOVE THE LOCKOUT ON RP-4 AND OPEN 12(22)SJ44 SIS SUMP VALVE, IF No.12(22i RHR PUMP !$ AVAIL-ABLE.

5.10 CtcSE 11(21)RH1911(21) RHX :ROSS DISCH VALVE.

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5.11 CLOSE 12(22)RH1912(22) RHX :ROSS DISCN VALVE.

5.12 START No. 11(21) RHR PUMP.

e.... ..v 1m.,.v.; .I' ct . - a

s 1-4.6 5.13 START NO.12(22) RHR PUMP.

U 5.14 REMOVE THE LOCKCUT'CN RP-4 A:D CLOSE 1(2)SJ67, 5.14 THERE ARE REDUNDANT SWITCHES 12(22) MINI FLOW ISCLATICH VALVE, AND 1(2)SJ68 CN 1(2)RP4 TO CPER. c 1(2) ,

11(21) MINI FLCW ISCLATION VALVE. SJ67 AND 68. EITHE. THE PUSH-BUTTON CN THE CONTROL CONSOLE OR THESE SWITCHES WILL ALLOW FULL OPERATION OF THE VALVES ONCE THE LOCKOUT IS REMOVED.

5.15 OPEN 12(22)SJ45 SUCTION FRCM RHX, IF 5.15 TO CPEN 12(22)SJ45, THE FOL-NO.12(22) RHR PUMP !$ AVAILABLE. LOWING VALVES MUST BE POSITIONED AS LISTED BELCW:

1(2)RH1 CR 1(2)RH2 - CLCSED 1(2)SJ67 OR 1(2)SJ68 - CLOSED 12(22)SJ44 - OPEN 5.16 CPEN ll(21)SJ45 EECIRC ISOLA ION VALVE TO 5.16 TO CPEN 11(21)SJ45, THE Si PUMP, IF No.13(21) RHR P'.*P !$ AVAILABLE. FOLLCWING VALVES MUST BE POSITICNED AS LISTED SELCW.

1(2)RH1 OR 1(2)RH2 - CLOSED 1(2)SJ67 OR 1(2)SJ68 - CLOSED iw- 11(21)SJ44 - OPEN 5.17 :=EN 11(21)SJ113 51 CHARGE P'.MPS X-OvER VALVE.

5.13 OPEN 12(22)SJ113 St CHARGE PUMPS X-OvER VALVE.

5.19 START NO. 1] & 12(21 & 22) St ETY INJECTION Pumps.

5.20 CLOSE 1(2)SJ1 RWST TO CHARGE PUMP.

5.21 CLOSE 1(2)SJ2 RWST TO CHARGE ? UMP.

5.22 START NO. 1] & 12 (21 & 22) CHARGING PUMPS.

5.23 VERIFY THAT NO.11(21) S1 Pues t$ OPERATING 5.23 PRESSURE: 175 - 1520 PSIG PROPERLY BY CBSERV1HG No. 11(21) SI PUMP. F_Cw: s 400 - 100 GPM DISCHARGE PRESSURE INDICATOR AND NO. 13(21)

$1 PUMP Dr$ CHARGE FLOW INDICATOR.

\

a . , . = 3 i, g a 9 oP - 7t ? '

On

, l

~

l-4.6 5.24 VERIFY THAT NO. 12(22) St PUMP IS OPERATING 5.24 PRESSURE: 175 - 1520 PSIG Q PRCPERLY BY OBSERVING No. 12(22) S1 PUMP Pt.Cw: $ 400 - 100 GPM DISCHARGE PRESSURE INDICATCK AND NO. 12(22)

Si PUMP DISCHARGE FLOW INDICATCR. . ,

5.25 VERIFY THAT No. 11(21) CENTF! FUGAL CHARGING PUMP 5.25 PRESSURE: 175 - 2500 PS!G 15 CPERATING PROPERLY BY CBEERVING THE CHARGING FLOW:

500 - 100 GPM PUMP DISCHARGE FLOW INDICATCR AND 30RON INJECTION IANK DISCHARGE PRESSURE INDl ATCR.

5.26 VERIFY THAT No.12(22) CENTE! FUGAL CHARGING PUMP 5.26 PRESSURE: 175 - 2500 PSIG IS OPERATING PROPERLY BY CBSERVING THE CHARGING Ftow: s 500 - 100 GPM 5.27 REMOVE THE LOCKOUT AND CLOSE 11 & 12(21 & 22)

SJ49 RHR PUMP DISCH ISOL VALVES.

5.28 OPEN THE FOLLOWING CONTAINMENT SPRAY VALVE: 5.2S IF 12(22) RHR PUMP IS UNAVAlt.-

ABLE, SPRAY MUST CCME FRCM 12(22)CS35 11(21)CS36 IF NC. 12(22) RHR PUMP 11(21) RHR PUMP.

IS NOT AVAILABLE.

5.29 CLOSE THE FOLLOWING CONTAIN?'ENT SPRAY VALVES:

11(21)CS2

'" 12(22)CS2 5.29.1 CdNTINUE SPRAY CPERA 10N UNTIL 5.29,1 THE EMERGENCY CORE C0 CLING CONTAINMENT PRESSURE IS <5.0 PSIG. SYSTEM 15 NCW ALIGNED FCR WHEN CONTAINMENT PRE 3SURE IS <5.0 COLD LEG RECIRCULATION AS PSIG PROCEED TO El 1-4.2, "TERMINA- FOLLOWS:

TICC CF SAFETY INJECTION".

RHR PUMP NO.11(21) IS isPPLYING WATER FRCM THE CONTAINMENT SUMP TO THE SUCTION OF THE SAFETY I,NJECTICr. PUMPS THROUGH VALVE 11(21)SJ45.

RHR PUMP NO. 12(22) !5 SUPPLYING WATER FRCM THE CON-TAINMENT SUMP DIRECTLY TO THE CONTAINMENT SPRAY HEADER AND TO THE SUCTIJN OF THE CHARGING PUMPS THROUGH VALVE 12(22)SJ45.

I SALEM UNIT 1/0 nit 2 14 0F 32 REV. 9

I-4.6

- 5.30 VERIFY CORE COOLING IS MAINTAINED BY OBSERVING p THAT THE CORE Ex!T THERM 0CourLES ARE STABLE OR $ LOWLY DECREA$iNG.

RREPARED BY J, EAf_ev f[ Mg' MANAGER'-3ALiM6ENERATINGSTATION REVIEWE0 BY G. CONNCR 50RC MEETING NO, 74-80 DATE

\-

SALEM Unit 1/ Unit 2 15 3r 32 ggy,g

~ '

14.6 APPENDIX 1 U DISCUSSION IF A LOSS OF 0FFSITE POWER H',AS QCCURE: IN CQ!NCIDENCE WITH THE STEAM LINE RUPTURE, THE DIESEL GENERATORS WILL BE SUPPLYING POWER TO THE VITAL BUSSES. DURING THE RECIRCULATION PHASE, IT IS NECESSARY TO RUN THE COMPONENT C00LINC PUMPS. IN RODER TO ACCCMCDATE THIS ADDITIONAL LOAD, OTHER ECUIPMENT MUST BE STOPPED BEFORE THE CCM; %2NT COOLING PUMPS ARE STARTED TO PREVENT CVERLCADING THE DIESEL GENERATORS.

AFTER THE SAFETY INJECTION AND SEC ARE RESET, PROCEED WITH THE APPROPRIATE SECTION.

1 - AtL DlESEL GENEDATORS OPEDAilNG 1.0 STOP THE FOLLOWING EQUIPMENT:

MQIE DO NOT STOP BCTH NO.11(21) AND 12(22) Cur 4TAINMENT SPRAY PUMPS UNiiL THE RWST Low-Low LEVEL ALARM ACTUATES.

1.1 ECUIPMENT ON 1A(2A) VITAL 3es (PCWERED BY 1A(2A) DIESEL /GENERATCRS) .

A. NO. 11(21) CONTA!NME!.- SPRAY PUMP

1. NC. 11(21) AUXILIARY 3UILDING EXHAUST PAN w, C. NO. 11(21) Sw!TCHGEAF ROOM SUPPLY PAN D. NO. 11(21) CHILLER 1.2 ECUIPMENT ON 13(23) VITAL 303 (POWERED BY 13(23) DIESE'J GENERATOR)

A. NO. 12(22) CCNTAINMEfe PAN COIL UNIT 3 NO. 14(24) CONTAINMENT PAN CCIL UNIT 1.3 ECU!PMENT ON 1C(2C) VITAL 3tS (POWERED BY 1C(2C) DIESEL GENERATOR)

A. NO. 12(22) CONTAINMEf T SPRAY PUMP B. NO. 11(21) ALX!LIARY 3UILDING SUPPLY PAN 2.0 START THE FOLLOWING EQUIPMENT:

CAUTION WHEN ENTERING CCL LEG RECIRC. START ONLY CNE CCMPONENT COOLING PUMP. E!.3URE THE COMPONENT CCOLING PUMP TO BE STARTED IS ENERG1:ED FRCM THE SAME VITAL 3US AS WAS THE CONTAINMENT SPRAY ? UMP, SECURED FRCM IN THE ABOVE STEP.

2.1 E:u!PMENT CN 1A(2A) VITAL EUS (POWERED BY 1A(2A) DIESEL / GENERATOR) s A. NO. 11 COMPCNENT C0 CLING PUMP SALEM UNIT 1/ UNIT 2 p 3g R g.,,,O

1-4.6 2.2 Ecu!PMENT ON IC(2C) VITAL 3US (POWERED BY IC(2C) DIESEUGENERATOR)

U A. NO. 13(23) CCMPONENT COOLING PUMP

. EE

IF IRRADIATED FUEL IS STORED IN THE FUEL HANDLING Bu!LDING, START NO. 11 1 12(21 & 22) FH3 EXMAUST FANS.

3.0 CPEN 11(21)SW122 AND 12(22)SW122 Tc SUPPLY SERV!CE WATER TO CCMPCNENT COOLING.

4.0 RETURN TO SU3 SEQUENT ACTIONS PART il, STEP 5.1, CF THIS INSTRUCTION.

II PA!LUPC OF 1A (2A) DIESEL GENERATC:

1.0 STC* THE FOLLOWING EQUIPMENT:

1.1 EcuPMENT ON 13(23) VITAL 303 (POWERf BY 13(23) DIESEUGENERATCR)

A. NO. 13(23) CHARGING Purs B. NO. 12(22) OR NO. 14(2J CCNTAINMENT hAN COIL UNIT C. No.12(22) AuxlLI ARY 3.'!LDING SUPPLY FAN 1.2 Er.u! "ENT ON 1C(2C) VITAL 3US (POWERED BY 1C(2C) DIESE./6ENERATCR) v A. No.12(T') CCNb!NMENT 3 PRAY PUMP WHEN RWSI LOW-LCW LEVEL ALARM ACTUATES.

2.0 START No. 12(22) COMPCNENT COOLING ? UMP AND OPEN 12(22)SW122 TO PROVICE SERV!CE WATER TO COMPONENT COOLING.

EE lF IRRADI ATED F'JEL IS STORED IN THE FUEL HANDLING BUILDING, START No. 12(22) FHB EXHAUST FAN.

3.. TME FOLLOWING SHOULD BE THE ALIGNMENT FOR COLD LEG RECIRCULATION.

3.1 THE FOLLOWING PUMPS SHCULD BE RUNNING:

A. NO. 12(22) RHR PUMP

a. No. 12(22) CHARGING PUMP

. C. NO. 12(22) SAFETY INJECT!CN PUMP 3.2 CLOSE VALVES 12(22)RH19 AND 1:(22)SJ49 TO PREVENT FLCW TO THE COLD LEGS AND TO INSURE AcEQUATE FLOW TO No. 12(22) C.ARGING PUMP AND NO. 12(22) SAFETY INJECTION PUMP SUCTICNS AND TO THE CONTAINMENT SPRAY .'EADER THRCUGH 12(22)CS36.

3.3 TrE COLD LEG RECIRCULATION FLCW PATH WCULD BE AS FOLLOWS:

l l

SALEM Uwti 1/UN:7 2 17 0F 32 REY. 9

1-4.6 A. No. 12(22) RHR PUMP TAKING SUCTION CN THE CONTA! M ENT SUMP AND DISCHARGING TO THE SUCTICNS OF No.12(22) CHARGING PUMP AND No.12(22) SAFETY INJECTION PUMP THROUGH 12(221SJ45, 12(22)SJ113, 11(21)SJ33 AND 12(22)SJ33, AND To THE CONTAINMENT SPRAY HEADER THROUGH 12(22)CS36. .

a. No. 12(22) CHARGING PuM* DISCHARGE THROUGH THE 3CRCN INJECTION IANK To ALL FCUR COLD l!GS.

C. No.12(22) SAFETY INJECTION PUMP DISCHARGE THRCUGH 12(22)SJ134 AND 1(2)SJ135 To ALL FOUR COLD LEGS.

4.0 RETu;N To SUBSEQUENT ACTIONS PART !!, STEP 5.1, oF THIS INSTRUCTION.

ill :SitHRE OF 19(29) DIESEL GENERATOM 1.0 ST:P THE FCLLOWING EQUIPMENT:

1.1 EOUIPMENT ON 1A(2A) VITAL BUS '*CWERED BY :A(2A) DrESEL GENERATCR)

A. NO. 11(23) CONTAINMENT '. TRAY PUMP 1.2 EOUleMENT ON 1C(2C) VITAL 3US ' 80WERED BY 1C(2C) DIESEL GENERATOR) 4 No. 12(22) CcNTAINMENT 2: RAY PUMP L s. No. 12(22) SAFETv !NJEC ON PUMP 2.0 STu r No. 13(23) COMPONENT C00 LING IUMP AND OPEN 11(21)SW122 To PROVIDE SEnvlCE WATER TO COM=cNENT CCCLING.

NOII IF 1RRADIATED FU~L IS STORED IN THE PUEL HANDLING 3UILDING, START h0.12(22) FH3 EXHAUST FAN.

3.0 THE FCLLCWING SHCULD BE THE ALIGNMELT FOR COLD LEG RECIRCULAT!CN:

3.1 THE FOLLCWING PUMPS SHCULD BE FUNNING:

A. No.11(21) RHR PUMP

s. No. 12(22) CeARGING PuMF C. No. 11(21) SAFETY INJECT!ON PUMP 3.2 CLOSE VALVES 11(21)RH19 AND 11(21)SJ49 TO PREVENT FLOW TO THE COLD LEGS AND TO INSURE I A:ECUATE FLOW To No.12(22) CHA;GING PUMP AND No.11(21) SAFETY INJECTION PUMP SUCTICNS AND TO THE CONTAINMENT SPRAY HE CER THRCUGH 13(23)CS35.

3.3 IME COLD LEG RECIRCULAT!oN FLOA DATH WOULD BE AS FCLLows:

(

SALEM UNIT 1/ UNIT 2 REV. 9 18 l 0F., ,.2

I-4.6 A. No. 11(21) RHR PUMP tar!NG SuCTloN ON THE CONTA!NMENT SUMP AND DISCHARGING T THE SUCTIONS OF No. 12(22) CHARGING PUMP AND NO. 11(21) SAFETY INJECT!oN PUM THROUGH 13(21)SJ45,11r 21)SJ113,11(21)SJ33 AND 12(22)SJ33, AND TO THE CONTAIN-MENT SPRAY HEADER THRCL3H 11(21)CS36. ,

s. No. 12(22) CHARGING PUFP DISCHARGING THROUGH THE 3ORON INJECTION IANK T FOUR COLD LEGS.

C. No.11(21) SAFETY INJECTION PUMP DISCHARGlNG THROUGH 11(21)SJ134 AND 1(

TO ALL FOUR COLD LEGS.

4.0 FETURN To SUBSECUENT ACTIONS PART :1, STEP 5.1, OF THIS INSTRUCTION.

1.Y EAlt UCC OF IC(2C) DIEEEl*GENERATO::

1.0 STOP THE FOLLOWING EQUIPMENT:

1.1 EQUIPMENT ON 1A(2A) VtTAL EUS (POWERED BY 1A(2A) DIESEL /CENERATOR)

A. No. 11(21) CONTAINMENT 38 RAY PUMP WHEN RWSI low-LOW LEVEL ALARM ACTUATES B. NO. 1](2]) Aux!t!ARY P.IDWATER PUMP ,

1.2 E0ulP"ENT ON 13(23) VITAL 3US (POWERED BY 13(23) DIESEL / GENERATOR)-

A. No.12(22) RHR PUMP 2.0 START No.12(22)' COMPONENT COOLING PUMP AND CPEN 11(21)SW122 TO PROVIDE S COMPONENT COOLING.

EE IF IRRADIATED FJEL IS STORED IN THE Furt HANDLING BUILDING, START No.11 AND 12(21 & 22) FHB EXHAUST FANS.

3.0 THE FOLLOWING SHOULD BE THE ALIGNPINT FOR COLD LEG REClRCulATION:

3.1 THE FOLLOWING PUMPS SHOULD BE #UNNING:

A. No.11(21) RHR PUMP B. NO 11(21) CHARGING P'."A,p C. No.11(21) SAFETY INJECTION PUMP 3.2 CLoSE VALVES 11(21)RH19 AND ;1(21)SJ49 To PREVENT Flow TO THE COLD LEGS AND TO INSURE ADEOUATE FLOW To No.13(21) CHARGING PUMP AND No.12(22) SAFETY INJECT AND TO THE CONTAINMENT SPRAY HEADER THROUGH 11(21)C336.

3.3 INE COLD LEG RECIRCULATION P. W PATH WOULD BE AS FOLLOWS:

l

- or n p,y, g

1-4.6 A.. No.11(21) RHR PUMP TAK!NG SUCTION ON THE CONTAINMENT SUMP AND DISCHARGING TO 1 SUCTIONS OF NO. 13(21) CHARGING PUMP AND NO. 11(21) SAFETY INJECTION PUMP THRouGH 5g j 11(21)SJ45,11(21)SJ113,12(22)SJ133,11(21)SJ33, AND 12(22)SJ33, AND TO THE CONTAINMENT SPRAY HEADTR THROUGH 13(21)CS36. .

a. No.13(23) CHARGING PUPP DISCHARGING THROUGH THE 3ORON INJECTION IANK TO ALL FOUR COLD LEGS.

C. No.12(22) SAFETY INJECTION PUMP DISCHARGING THRCUGH 12(22)SJ134 AND 1(2)SJ135 TO ALL FOUR COLD LEGS.

4.0 TRANSFER THE SECURITY SYSTEM TO THE EME9GENCY POWER SUPPLY ON 1A 230V V!TAL 305.

5.0 RETURN TO SUBSECUENT ACTIONS PART :I, STEP 5.1, OF THIS INSTRUCTIONS.

l%#

4

\

20 0F 31. REV. 0 SALEn Unli 1/ UNIT ..

I 1-4.s APPENDIX 2 DETEP31NAT10N OF ACTUAL PRESSURIZER AND STEAM GENERATOR LEVELS (V

To DETERMINE ACTUAL PRESSURIZER OR STEAE 3ENERATCR LEVELS, UTILIZE THE ATTACHED TABLES AS DESCRIBED BELow:

1 TABLES 1-5 ARE TO BE LSED FOR THE STEAM GENERATCRS l TABLES 6-11 ARE TO 3E USED FOR THE PRESSURIZER l

1. OSTAIN THE AVERAGE CONTA!NMEN* TEMPERATURE FROM COMPUTER POINT U1304.

2. REFER TO THE APPROPRIATE TABLE FOR PRESSURE IN THE STEAM GENERATCR AND PRESSURIZER.

3. LOCATE THE DESIRED ACTUAL LEVEL UNDER THE COLUMN FOR THE AVERAGE CONTAINMENT TEMPERATURE l l

4 FROM THE COLUMN HEADED "lNDICATED LEVEL (%)" DETERMINE THE INDICATED LEVEL WHICH SHCULD i

BE MAINTAINED TO ENSURE THE ACTUAL LEVEL IS MAINTAINED AT CR A30VE THE DESIRED VALUE.

l EQIE l If THE COMPUTER IS UNAVAILABLE, KAINTAlf. INDICATED LEVEL 35 A30VE THE CESIRED ACTUAL LEVEL.

tv t

S:tr "st: 1/Usti 2 71 ds 3; e,y. c-

** TABLE 1

.o n ?. N n e O Q n M C n n N :t .% n :< :- n e C w Q M .% L'* to =4 4 % C' n %

M.

a . . D. . C. . . h. C. M. .4M N

4 C

. N.

D .M N

. C.

N 4 y, p. e 3 4 N .% *: C */3 @* .%

N N N == w .

I =* " N N '1 ~3 9 @ # A '7 e '

. s W.,

r Q -e 4 m ?* 4 + a 'O 4 M d. C 4 9 C C t

-a M .iG #

N C 4 = * .% ?-

O N 4 e e C < 4 N. O. M. C.

[

N. r.3 . 0.- . . . . . 0.- . . . . . . . ,

M N ya tl2 e C 4 =. N 4 C O C* M C N 4 C .s

?- .% 5 '

N Ce d .=* =4 . ' " **

N N M M # # * @ W

s

. I ,

t L

Q w 4 # ** ?- 4 M ** W 4 M m M */2 M 4 :4 -4 M 4 tC e e %

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~ ' L e .

sa we e * **' 4 W * ***

c. Or N /3 Q C M O N C .N e N ?- .%

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e C m % M -

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. . TABLE 2

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= M. N *

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mJ 79 ne 37 -

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. TABLE 8 W"I a C e -e .% "I C e -e A C *

'/2

. t 3 ?* C -. N "1 e '#3 e

.4

-e 2

c N

y 4

c p g

)

. . . C. . N. . . . . e. ".A N. J. .

V

.% e *

.a =* 5 9 2- W'3 -. N 4 C e C 4 4 3 e ,%

f, N N ** 1 -. * =* .

=8 m =* N N M -: y, s.

. e s e , t e .,

-e G e en N .c O e N m e a3 *J ie*A ?* N 4 3 -. ,s ;

h k .% C- > b =e 4 % > 4 is e n .m -

ea . . C. . .. . . . .- . . n. . R. . i .t .

s "3 4 N C e N *2 O e Q N 4 C e W N N* N

O.

-e m N M 4 0 e c .

. . e

J 4 **J e e

L

. -e Q e C % P. C' e N = 'M Q N .J B % 4 O ~1 5 :

C 4 4 % t.:. n 's- 2 4 % 4 0 la e < ~2 ?> :s =e -

vi t, . . . . . . . C. . . . . . . . . . . . .

d!* e L 4 C =* -t 4 0 -

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ut v. . . . . . . . . . . . . . . . . . . .

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. . . . . . . . . . . . . C. . ?. . . .

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t :. is 7. ~

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e r- i. p /. .,: i

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q.

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g, . . . . . . . . . . . . . . . . . . . .

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t*

e 8

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4.

.ma .* % e C e .% w .- r.: a t*2 2- N 4 e- m ~. O or* N *

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q N . . . . . . . . . . . . . . . . ".: . : .! .

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e.

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e e TABLE 9

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a. m

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ga ?.- . e. . . . . .

=.

.9

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r ? c. w 4

s

C .1 ~ 4 N % n m 4 C **

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3 ,, e .n C # C N' 4 C + C e @ C 4 N 4

C n 4 4 N '% M *:n < C 4 N .% M C :. e e N . . . . . . C. . * * .

t 4 C ;n. m 4 :s

."1 N % "3 & e 2 'M C + C "3 .%

.t :. N ~ =s '

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. =8 et ~3 e

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% N 4 O- 4 C 4 m k is D TJ :

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ll .~t A 4 4 4 4 % G. *% .% n Q ?! g g

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C C in C < ?

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4 rs 3 N N D.

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N . . C. . C. C. . . C. . C. . * . . C. C. . C. .

M P=. 74 m. :s *. :.

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C N N N N *; .% N *

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t*.**. < 3 4 > < C- ~

L D C 'n D ;;*1 L '?S C *i"9 L *D D y*

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4 4 4 4 4 7 4 .:: 4 0 4 . ..

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1 L '"1

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e ;-

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m is :. < '

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e. :a .

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N m

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a :: :.

y. ;n . . . . . . . . . . . . . . . . . . .

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m -e .s

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N. . e.

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I 3 C C C C C C C llD C C C C C C C C C O. O

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TABLE 11 g .* d tr3 M .4 *

.P P% 4 *3 =e 2- n W N ?'

P1 '.*) % d . n y-3 M.

4 C.l 4

C. N.

W 3 4 N M. A.

=8 5 "3 :P 4 N.

r;

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/,

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.e < > c 3 4 ts % -3 g .c g g I

< .! **J t N =* ** 8 1 ** N be "I ~5 4 4 n 4 4 ,

(* N M M . =4 & % 4 N 0* w n 'r3 W 0*

P3 O N > -e >

s*n 4 e N 4 3 n %

4 3 h n >

D.

G 4 N 7 _

. . * . . . . . . l N . . * . .

n M *

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<* Ys =1 N N

e ** a N N "1 < < *

.s B 4 .: a I .

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LA.

4 N 3 a3 4 4 Ts C N < 4 a3 C N < 4 C 3 tl 4 <

t' C > "1 4 3 4 *C N < .O N 'is =* '

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'al . .

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.,. ;* % . . D. . . . . . N. . . . . . . . . . . .

N C m % N S < ?" A O 4 *3 .% *n 2- 4 L _:.

b 4 '.*t ? #

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4 4 ~

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m =* N ..

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. < 4 :

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'n.*;.? . . . . O. . . . . . . . . . . . .

- - '.7 ;- ~1 c et *. -* 4 d 4 -e 4 N % "t d 4 0 4 ,

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C:. :: *. ** b C 4 -* 4 M *:

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?

C *: : .. N =* " .

M =* N li n .c 4 ..

B .:. 0 '.. *.

*- . i

c. .

. <! %- N L M 4 4 4 C N < 4 C C 08 e 4 C C :. %

. 3.' 3 < C 4 7 .% *: Q e k *

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~

N. D. N.

g. s. = . . . . . . . . . . .

n O

.'.. C 7 n k N

G < D D ~ 4 ta C -

4 -

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=* l4 N n *1 < < ..

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1 .i :-s O u 4 .c L N < 4 C D lt c 4 ~) N < r C /, .: Q to 7 % N 0- 71 - % .% .i. S* a. 4 . N. M **

C.

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.= *l :~. =t

e m =e N N n *1 '

D la 4 4 %

r C

e

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C *1 ** < -n > **% 3- D :4 C < 3 4 :- D * %

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c_

g . ~'

O O C C C C D O O E'

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O c O C O C O

C 3

C O O 3

O O O O. O. . C. O. O. . L. . . O. O. . O. C. O. . O. O. ~

c.

,,:. /s C A C h = D C n C D C n C Zs C .. ..

- - N te ~1 n < < 'M .1 4 4 N .% M S';. 7* 0- -

= . . .

C. W

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J'\ P

ML20062L699

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