ML18207A562

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Revision OL-23 to Final Safety Analysis Report, Chapter 7.0, Figures 7.1-1 Through 7.7-16
ML18207A562
Person / Time
Site: Callaway Ameren icon.png
Issue date: 06/19/2018
From:
Ameren Missouri, Union Electric Co
To:
Office of Nuclear Reactor Regulation
Shared Package
ML18207A460 List:
References
ULNRC-06442
Download: ML18207A562 (57)
v • d • e


Text

"'C :::c 0 -4 m n -4 n 0 )> 2 r-C/) , r--< G') C/) -4 c m :::c s: m 0:1 """' r-.... , ' r-0 .... n )> " 2 0 )> G') :::c )> s: PROCESS PROTECTION SYS fEM NUCLEAR INSTRUMENTATION SYSTEM OR FIELD CONTACTS CQH;RQL tlOA>< *\Ill ' ( H * :ll)iA6tfS f()l'ilOl t30Ai<O SWI "(Hl) .RAIN A 0') ::tl ...._ (!) 0 r,-0 MlUATf 'lAIN B \A I f I SOLA liON COMPUlf R MOM I TORI NG OH CAtllf I SOLA II ON CONTROL BOARO MQN I TORING COHIROl BOARD (ABINf' ACIUA!f IRAIN A )AI FGUARO) TO CONTROL ROD DRIVE MECHANISMS .n. ;,y',[l,, SF iS w (Jl <D -...j I G F E D c B A 133HS v900SZL_ ( LOGIC SYMBOLS SYI6l... t (D-1J 1 y; ' + * . : ; +

  • L R ANALOG INPUT
  • LOGIC INPUT ' ANALOG OUTPUT 11 LOG I C FUNC Tl ON OR OR NOT AND AND COINCIDENCE (2 OUT OF 3 ADJUSTABLE TIME DELAY OFF RETJRN M8-10RY RETENTIVE RETENTIVE MEMORY WITH BLOCK ANALOO GATE 10 OESCR I PT I ON 4 OEV ICE WHICH PRODUCES AN OOTPUT 't'tliEN All(j ()liE INPUT (OR MORE) EXISTS. *A LOGIC GATE WHICH PRODUCES WHEN ANY ONE INPUT lOR MOREl AN EXISTS. I A OEV I CE WH I CH PRODUCES AN OOTPUT CN.. Y ni£N THE INPUT [)()(S NOT EXIST. A DEVICE Ni I CH FROO.ICES AN ClJTPUT CNL Y WHfl\1 E"-IERY INPUT EXISTS *A LOGIC GATE WHICH PRODUCES AN ONLY WHEN EVERY INPUT EXISTS. OUTPUT,) A DEVICE Wrll CH PROCUCES AN OOTPUT THE PRESCRIBED NUMBER {OR MOnt) OF EXIST (EXAMPLE 2 INPUTS MUST FOR AN OUTPUT)_ A DEV ICE WH i CH POODUCES AN CMJTPUT A DEFINITE INTENTIONAL TIME DELAY AFTER RECEIVING AN INPUT. A DEVICE WrliOi RETAINS TI-E C(Jt.I)ITION OF OUTPUT CORRESPONDING TO lHE LAST GIZED INPUT, EXCEPT UPON INTERRUPTION OF POWER I T RETURNS TO THE OFF COI-IJ IT I ON-INPUTS A CEVICE N-liCH RETAINS THE OF OUTPUT CORRESPCli:GING TO THE LAST ENERGIZED INPUT (REGARILESS OF POWER UPGN INTERRLf'TI()I OF POWER, CONDI liON 5T4TUS IS MAINTAINED (NO RESET OCOJRS) .6HJ THE SAMt: OJTPU<-SIGNAL IS AE-ESTAILISHEO WHEN POWER IS RESTOR£C.

A DEVICE MEMORY AND ACTUATION SIG"lAL BL0Ct( LOGIC FUNCTIONS AS INDICATED BY H£ DiAGRAM BELOW.

SIGNAL t .--OUTPUT S I GNAL A DfVICE WHICH Pl!':'*iTS AN SIGNAL TO PASS IN AN ISOLATED ClnCUI I :r THE TROl LOGIC INPUT EXISTS. ADDITIONAL SYMBOLS REV. 1 0 DATE 111303 DRAWN CHKD. I SUPV. MAL EWM 1 TWS I NSTflU\IIENT B I ST AILE TIME DELAY BREAK LOGIC* DEVICE AJNCTION LETTERS AND NUMBERS REFLECTS TURNOVER TO UE. [27 --,-------

1..:: 1/-o----o-

'-+---t---t---+

    • -OUTPUT INDICATOR e I STABLE OOTPIJT IS A LOG I C " I " WHEN n£ MEASURED PARAMETER IS GREATER lHAN THE SETPO I NT VALUE. BISTABLE OUTPUT IS A LOGIC "I" WHEN lHE MEASURED PARAMETER IS LESS THAN THE SETPOINT VALUE. BISTABLE OUTPUT IS A LOGIC "I" M-IEN THE MEASURED t'ili!AMETER OEV I ATES FROM THE NC'RMAL VALUE BY MORE THAt' THE SETPO I NT AKMJNTS.

SAME AS AOOVE EXCEPT WITH AN AUTG4ATICALLY ADJUSTED SETPOINT _jf OR -ll_ OR lL_f SAME AS ABOVE EXCB>T WITH REQUIRED NON-INST""-"'8-jT Bl STABLE OUTPUT I NO I CA TOR ( SN-4E AS EXPLAINED AlllVt::)

ALAR-t AI-HJNCIATOR (ALAFJ4S ON THE SNoiE SHEET WITH rrl£ SAME SUB SO\ i PT SiiARE A CO!oMJN ANNI.JIIC I AlDR WI NOQW) REACTCA TRIP "FIRST OUT" At.NUNCIATOR TURBINE TRIP "FIRST :" 1 JT N-l-lltle I A WR I NO! C.HOR LAMP A-ACTUATION STATUS LIGHTS, P-PERM I SSJIIE STAruS Ll GHTS, COMPUTER I NPlff LOGIC INFOffol.l.TICJ-4 TRANSMISSION A'IIALOG INFORMATICN TRANSMISSION FIELDBUS fNFORMATION PNEUMATfC SfGNAL HYDRAUL[C SfGNAL ANALOG 0 I SPLAY T-TRIP STATUS LIQ-1TS, B-BYPASS STATUS LIGHTS I-ANALOG INDICATOR, R3-RECCRDER 3 PEN, R -RECORDER, R2 -RECORDER 2 PEN, R8 -RECORDER e POi NT ANALOG SLI+1ER DIGITAL FIELD DEVICE l I 1 ---{) o-----{) o-----{) o--M/A STATION M/A GRAPHIC SELECTOR BUTTON GRAPHIC* 1-CIRCUIT PUSH BUTTON GRAPHIC* 2-CIRCUIT PUSH BUTTON GRAPHIC* SELECTOR SWITCH LOGIC CONTROLLED SWfTCH FB LB NC PB RC SB TB ZB 20 21 33 52 63 71 80 8 I ( zc DEVICE WHERE THE MODE OF A CONTROLLER CAN BE CHANGED AND THE CONTROLLER OUTPUT CAN BE MANUALLY ADJUSTED BY HAND. MANUAL/AUTO GRAPHIC WITH FUNCTIONALITY SIMILAR TO A MANUAL/AUTO STATION. BUT IT MAY ALLOW ADJUSTMENT TO THE SETPOINT fNPUT TO THE CONTROLLER.

PASSES THE INPUT SIGNAL WHOSE VALUE IS IN BETWEEN 2 OTHER INPUT SIGNAL VALUES. OUTPUTS A SfGNAL THAT IS THE AVERAGE OF THE INPUT SIGNALS. PASSES THE SIGNAL WHOSE VALUE IS THE MAXIMUM OF THE INPUT SIGNALS. OUTPUTS A SfGNAL THAT IS THE INPUT SIGNAL MULTIPLIED BY A FACTOR. FLOW QWIIIEL LEVEL CJI>>>£L MJClEAR ()Wf!El PRES&JRE RADIATICN SPEED CHAI*IB...

TOtPERATlJiE CHANNEL POS I B... B...ECTRIC VALVE UNOERVOLTAGE RELAY POS l Tl ON SW I TCH AC CIRCUIT BREAKER PRE::SURE SWITCH LEVEL SW i T:::H FLOP SWITCH 1\

RELAY ./1 4\ POSITION CONTROLLER I r:G I TIME CONSTANT (AUTOMATION)

FIRST-ORDER LAG FUNCTION PROPORTIONAL-INTEGRAL CONTROLLER REV. DATE 11 121205 DRAWN CHKD JSUPV. JHK MAL TWS IN CORP. MP REV. DATE 12 062206 DRAWN CHKD JSUPV. RLW EWM TWS INCORPORATE AC 05-000073, CAR 200503300 DELETED MITTAL STATUS FROM TABLE. REV. 1 3 DATE 092806 DRAWN CHKD. I SUPV. RLW EWM 1 TWS INCORPORATE AC RFR 200505719 REV. DATE 112013 DRAWN CHKD-j SUPV. RLW MALjLMP INCORPORATE MP 03-1002 FCN-10 PER ENGINEER DIRECTION.*

DEPfCTS AN AUTOMATED PROCESS AND ITS EFFECTS ,...e '-...:..___

_____ __ ) A GENERAL FUNCTION BLOCK WHERE X IS THE INPUT SIGNAL AND F(Xl IS THE OUTPUT SIGNAL. A FUNCTION OF X-INDEX TITLE GENERAL NOTES: (FOR ALL SHEETS) I_ IN ALL LOGoC S!RtlJITS, THE 11-{)ICATEO ACTUATION OF A sYSTEM JR DEVICE OCCURS WHEN A LOGIC "I" SIQ-.IAL IS PRESBojT.

EXCEPT N-IEf'£ INDICATI:D OTHERWISE, ALL BISTABLE$

ARE "OC-ENERr.IZE m ACT'JATE" SUQ-1 lHAT A LOGIC I SICNAL IS DEFINED m 8E PllESEJff l'tiEN THE BISTA8...E OUTPUT IJ<l..TAGE IS OFF. 2.

DIGITAL FEEDWATER CONTROL AND MHERE INDICATED OTHERW!SE, THE FOLLOWING IS TRUE: ALL LOGIC CIRCUITS ARE REDUNDANT THAT I EVERY l(r.IC CIRCUIT SHOWN HAS A f1lf'LICATE UXATEO IN A CABINET. ALL BISTA8...ES, CIROJIT BREAKERS, CCM'UTER INPUTS. AND INDICATOR LAI-PS ARE NOT REQNDANT.

MAi,jt,iAI...

C:ctiTIU:s 00 NOT HAVE ACruATORS.

BUT 00 HAVE REOJNCANT CCJ-.iTACTS WHERE LOGIC IS

-ALL I NO l CATOR LAMPS, AN NUNC I A TORS.

INPUTS ARE CONNECTED TO 80TH TRAINS LOGIC IS REDUNDANT}

SO THAT A SIGNAL IN EITHER TRAIN WILL ACTUATE. 3. WHENEVER A PRCCESS SIGNAL IS USED FOR CONTP.CL AND IS C.ERivEC FROM A CHANNEL. ISOLATION MUST BE PRCVIC£0.

4. THIS SET OF Dll*'IWINGS lllii'>TRATt:S THE FUNCTIONAL RfQU IAEI'4ENTS OF THE REACTOR CONTROL AND PROTEr:Ti ON SYSTEM. I NCLUO I NG ENG I NE<:RED SAFEGUARDS.

THESE DliAW I NGS 00 NOT REPRESENT ACTUAL HAR(I-.ARE I WLOtENTA Ti ()j. FOR HARDW.>.:1E REFER m THE FJil."'oiNG LIST: FUNCTIONAL DfAGRAM BLOCK OR WIRING DIAGRAM REACTOR PROTECTION SYSTEM DRAWING JllJM&RS:

5655049,*

56-'55050.

5655051,.

8756037 (SHEETS 1 TO 6 AND 15 TO 15) 271C335, 7243069 1 I084H.37 REACTOR CONTROL SYSTEM DRAWING NUMBERS: 5655052, 271C335,*

8756037 (SHEETS 9 TO AND 17 TO 18l 5. FOR THIS SE! OF uRAWINGS ALL SWITCI-ES, P\JSI-IlUrn:NS,*

A.I-H.KIA"TtlRS, AND INDICATORS

{EXCEPT FOR TJ-E(i!)JI.I.E.S.

PROCESS SYSTEMS INDICATORS.

calTRCJ...LERS, AND MAI'(.J.bL-AlJTO STATIJl.iS) l'lil01 ARE J.OMrED (1,j THE MAIN BOARD ARE SUFf'LIED BY iN TO THE ASCI/E.

0Tl£RS IS ALSO INDICATED CoiRECTL't'

()-.1 SHEETS I'II"THIN THIS SET.* STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP S.D.: 300 STATUS: TURNED OVER TO UE I tfJEX AND REACT()l TR I P S I GNALS 2 NUCLEAR I Al'll MANUAL TRIP S lll'iALS ' 3 t-*---t NoJJQEAR I NSTR. PERHISSI VES AND ELOCKS 4 PRIMARY COOLNH SYSTEM TR I P ..:.S-'--1 PRESSURIZER TRIP SIGNALS 6 STEAM GENERATOR TRIP SIGNALS 7 SAFEGUAROS ACTUA T I ()II S I QIALS 8 ROD C(}jTRQ...:i

& ROO BLOCKS 9 STEAM I)Jo4P COOTRQ I 0 PRESSURIZER PRESSURE & LEVEL CONTROL I I PRESSURIZER I£A TER CCtHHO...

12 FEEDWATER CONTROL & !SOLATION 13 FEEOIUTER COHROL. & ISOU.TIQol 14 I AUXILIARY f"EEDWATER P\.M'S STARTUP 15 TtfiBIN£ TRIPS, AUNBAGKS & OTHER 16 PRE"SSURJ lER.

S'(S j_Tll."'IN 1>. Pi!.£SSvR.)l.ER.

Pll.tS!iURI::

R.EUEF SYS (TIU>.IN.

B \ ENVIRONMENTAL ALLOWANCE MODIFIER IEAMl DRAWING NO. n 19 REV. 014 @ ... QO "' r--Q)-UJ "< 0': ,..., . ""l"

-* )(

Ul -.......

0 ...,. ....... "'

Ul

':' i 0 -. . "'"' 't. SPfN: AASFED 7250064-5001 0 )( '6 ' : ! 11"112: '"2 "' "Q 2 * ...

1 9 1 8 l 7 l e l !5 ..........

I 4 I 3 I DQHO'I"SCAUI SNJ>f' S "q()JECT S FUNCTIONAL DIAGRAM I t-llEX 00 sYMOOLS 7250064 * , .; -7

  • tlrt 7 JlO ' I G F E D c B A Z +/-JJIIS 17'900SZL MANUAL TRIP SIGNAL (SHEET 3l NEUTRON FLUX TRIP SIGNALS (SHEET 3) PRIMARY COOLANT SYSTEM TRIP SIGNALS (SHEET 5l PRESSURIZER TRIP SIGNALS (SHEET 6) STEAM GENERATOR TRIP SIGNALS (SHEET 7 & 19 l SAFETY INJECTION SIGNAL (SHEET TURBINE TRIP SIGNAL (SHEET 16l SOLID STATE PROTECTION SYSTEM MANUAL TRIP SIGNAL (SHEET 3l NEUTRON FLUX TRIP SIGNALS (SHEET 3l PRIMARY COOLANT SYSTEM TRIP SIGNALS (SHEET 5) PRESSURIZER TRIP SIGNALS (SHEET 6) STEAM GENERATOR TRIP SIGNALS (SHEET 7 & 19 l SAFETY INJECTION SIGNAL (SHEET TURBINE TRIP SIGNAL (SHEET 16l SOLID STATE PROTECTION SYSTEM ff TRAIN A REACTOR SHUNT TRIP S lGNALS MANUAL REACTOR TRIP SIGNAL (SHEET 3) MANUAL SAFETY INJECT I ON SIGNAL (SHEET 8 l ------lCGC TRAIN A REACTOR iRIP SIGNALS RANGE, HIGH FLUX (INTERLOCKED BY P-6 & P-10l INTERMEDIATE RANGE, HIGH FLUX (INTERLOCKED BY P-10) POWER RANGE HIGH FLUX. HIGH SETPOINT

{HIGH FLUX, LOW SETPOINT (INTERLOCKED BY P-10) HIGH FLUX RATE .. r' OVERTEMPERATURE DT OVERPOWER DT

-\ J -<( z <( et:: f-u C) 0 _j ROO DRIVE' SUPPLY ONE LINE DIAGRAM 0--G .,_ ___ _....-..;....._""" 200 V AC BUS M-G SET M-G SET ROD DRIVE POWER SUPPLY 0:: f-<( ... -----------..-.t

r: f-L----, Vlet::T _, N L(1 LOGIC TRAIN A ) 52/RTB (NOTE 4l 52/RTA ROD DRIVE POWER BUS (NOTE 1 ) ) 52/BYB REACTOR TRIP SWITCHGEAR REV. DATE 6 111303 DRAWN CHKD.I SUPV. MAL EWM I TWS REFLECTS TURNOVER TO UE. PARTIALLY REDRAWN FOR CLARITY. lOW PRIMARY COOLANT FLOW {LOW REACTOR LOW REACTOR (INTERLOCKED COOLANT FLOW IN ANY 1 OF 4 LOOPS (INTERLOCKED BY P-8) COOLANT FLOW IN ANY 2 OF 4 LOOPS (INTERLOCKED BY P-7)

<( a:: ' > :::J <( a:: OPEN P-4 TO S. I . BLOCK LOGIC (SHEET 8) UNDERVOLTAGE

._ UNDERFREQUENCY (INTERLOCKED BY P-7) BY P-7) (HIGH PRESSURE LOW PRESSURE (INTERLOCKED BY P-7) HIGH LEVEL (INTERLOCKED BY P-7) (LOW-LOW STEAM GENERATOR WATER

{ AUTOMATIC SIGNAL 8l MANUAL SIGNAL

{LOW TRIP FLUID PRESSURE OR ALL STOP VALVES CLOSED (INTERLOCKED BY P-9) (GENERAL WARNING ALARM IN BOTH TRAINS LOGIC TRAIN 8 REACTOR TRIP SIGNALS SOURCE RANGE, HIGH FLUX (INTERLOCKED BY P-6 & P-1Dl------------------------------------------------*---------..

INTERMEDIATE RANGE, HIGH FLUX (INTERLOCKED BY P-10)------------------------------------------------------_..

POWER RANGE ( HIGH FLUX, LOW SETPOINT (INTERLOCKED BY HIGH FLUX, HIGH HIGH FLUX

"! ... OVERTEMPERATURE DT----------------------------------------------------------------------------------._

OVERPOWER DT z <( et:: f-u C) 0 _j LOW PRIMARY { LOW REACTOR COOLANT FLOW IN ANY 1 OF 4 LOOPS (INTERLOCKED BY P-8) COOLANT FLOW LOW REACTOR COOLANT FLOW IN ANY 2 OF 4 LOOPS (INTERLOCKED BY P-7) UNDERVOLTAGE (INTERLOCKED BY P-7) 'UNDERFREQUENCY (INTERLOCKED BY P-7) { HIGH PRESSURE LOW PRESSURE (INTERLOCKED BY HIGH LEVEL (INTERLOCKED BY P-7)---------------------------------------*-------------------------

{ LOW-LOW STEAM GENERATOR WATER i' AUTOMATIC SIGNAL 8) MANUAL SIGNAL------------------------------------------------------------------------------------

CLOSED (INTERLOCKED BY P-9) LOW TRIP FLUID PRESSURE OR ALL STOP VALVES GENERAL WARNING ALARM IN BOTH TRAINS ----------------------------------------------------------------------4 "

  • I ---10 TRAIN 8 REAClOR SHUNT TRIP SIGNALS MANUAL REACTOR TRIP SIGNAL (SHEET 3) MANUAL SAFETY INJECTION SIGNAL (SHEET Bl a j 7 0.. 0:: f-N L(1 "' >-"' ' > :::J (NOTES 1 & 2 l 0.. 0.. 0.. et:: f-' N L(1 "' >-"' ' N Ln (NOTE OPEN CLOSED CONNECTED ._ __ _, et:: f-TO FEEDWATER ISOLATION LOGIC (SHEET 13l .. _ _.. REACTOR TRIP SIGNAL FOR TURBINE TRIP (SHEET 16l TO STEAM DUMP CONTROL LOGIC (SHEET 10l B} TO SOLID STATE LOGIC PROTECTION SYSTEM *-----------------*----t-+--------<-., TRAIN T A GENERAL WARNING ALARM LOGIC ! I __ "' § 1-------oot
r: >-1----. 0.. TO STEAM DUMP CONTROL LOGIC (SHEET 10l TO S. I . BLOCK LOGIC (SHEET 8)

... r-.._j 0:: ,.....-., f-CONNECTED 0.. <( N >-L(1 et:: f-0.. et:: f-"' ' > :::J N L(1 "' f-a:: ' > :::J N L(1 (NOTES 1 & 2l 0.. et:: f--0:: f-(l) <( >-CLOSED "' ' N 0.. 0:: f-0.. et:: f-L(1 "' f-a:: ' N L(1 .._ __ ... OPEN (NOTE 4l OPEN L!Sa P-4 TO FEEDWATER ISOLATION LOGIC (SHEET 13) REACTOR TRIP SIGNAL FOR TURBINE TRIP (SHEET 16l *------------------t i7i 0:: f-LOGIC TRAIN B _, N L(1 NOTES: 1. TRIPPING THE REACTOR TRIP BREAKERS 52/RTA AND 52/RTB REDUNDANTLY DE-ENERGIZES THE ROD DRIVES. ALL FULL LENGTH CONTROL RODS AND SHUTDOWN RODS ARE THEREBY RELEASED FOR GRAVITY INSERTION INTO THE REACTOR CORE. 2. NORMAL REACTOR OPERATION IS TO BE WITH REACTOR TRIP BREAKERS 52/RTA AND 52/RTB IN SERVICE AND BY-PASS BREAKERS 52/BYA AND 52/BYB WITHDRAWN.

DURING TEST, ONE BY-PASS BREAKER IS TO BE PUT IN SERVICE AND THEN THE RESPECTIVE REACTOR TRIP BREAKER IS OPERATED USING A SIMULATED REACTOR TRIP SIGNAL IN THE TRAIN UNDER TEST. THE REACTOR WILL NOT BE TRIPPED BY THE SIMULATED SIGNAL SINCE THE BY-PASS BREAKER IS CONTROLLED FROM THE OTHER TRAIN. ONLY ONE REACTOR TRIP BREAKER IS TO BE TESTED AT A TIME. 3. ALL CIRCUITS ON THIS SHEET ARE NOT REDUNDANT BECAUSE BOTH TRAINS ARE SHOWN. 4. OPEN/CLOSED INDICATION FOR EACH TRIP BREAKER AND EACH BYPASS BREAKER IN CONTROL ROOM. 5. DELETED. STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNJT:SCP S.0.:300 STATUS: TURNED OVER TO UE SPIN: AASFED 4 *.-G ENC. " / *-3 / 2 DRAWING NO. REV. 7250064-5002 006 SNU'f'S PROJEC. r 5 REACTOR' TRIP SIGNALS 72500(;1 00 NOT 'SCAI..:C I 1

£00S t?900S1ZL SOURCE RANGE REACTOR TRIP INTERMEDIATE RANGE REACTOR TRIP POWER RANGE REACTOR TRIP p TRIP BYPASS 1/N 31B IN IS RACK I I I I I SOURCE RANGE BLOCK CONTROL I NOTES 1 & 2 I RESET MOMENTARY r BLOCK MOMENTARY P-6 ISHEET41 I ' ' P-10 TRIP BYPASS 1/N 32B INIS RACKI 1 TRIP BYPASS 1/N 35A INIS RACKI TO BYPASS I. R. ROD STOP !SHEET 41 II INTERMEDIATE RANGE BLOCK CONTROL C NOTES 1 & 3 I P-10 ISHEET41 BLOCK MOMENTARY I I NOTE 5 I I NOTE 5 I ---I l:t ENERGIZE SOURCE RANGE H.V. !NOTE 81 NOTES: HIGH NEUTRON FLUX REACTOR TRIP !SHEET 21 !NOTE 71 DE-ENERGIZE SOURCE RANGE H. V. I NOTE 8 I TO BLOCK I . R. ROD STOP I SHEET 4 I 1. THE REDUNDANT MANUAL BLOCK CONTROLS CONSIST OF TWO CONTROLS ON THE CONTROL BOARD FOR EACH RANGE. ONE FOR EACH TRAIN. 2. 1/N 33A IS IN LOGIC TRAIN A. 1/N 33B IS IN LOGIC TRAIN B. 3. 1/N 38A I S I N LOGIC TRAIN A. 1/N 38B I S I N LOGIC TRAIN B. 4. -*-I 1/N 1/N 47A I S 47B I S I N LOGIC TRAIN A. I N LOGIC TRAIN B. 5. TWO COMPUTER INPUTS ARE CONNECTED TO THIS CIRCUIT. INDIVIDUAL FOR EACH TRAIN. 5. MANUAL RESET CONTROLS CONSIST OF FOUR MOMENTARY CONTROLS IN THE CONTROL ROOM. ONE CONTROL FOR EACH INSTRUMENT CHANNEL. 7. TWO PERMISSIVE STATUS LIGHTS ARE CONNECTED TO THIS CIRCUIT, INDIVIDUAL FOR EACH TRAIN. 8. EACH SOURCE RANGE FLUX DETECTOR IS ENERGIZED AND DI-ENERGIZED BY LOGIC OUTPUT FROM A SINGLE TRAIN. THE TWO SOURCE RANGE FLUX DETECTORS IN-31 AND N-321 ARE ON SEPARATE TRAINS. 9. NEGATIVE RATE TRIP BISTABLES ARE ABANDONED IN PLACE AND CAN BE FOUND ON owe. 6079D29. SHT. 4. O. ANY INSTRUMENT NUMBER WITH A FUNCTION CODE OF NC IS EQUIVALENT TO THE SAME NUMBER WITH A FUNCTION CODE OF NB. It 10 p !NOTE 71 HIGH NEUTRON FLUX REACTOR TRIP !SHEET 21

  • TRIP BYPASS 1/N 35A INIS RACKI TO BYPASS I. R. ROD STOP !SHEET 41 '@

T cl -II Nc,) III T T -r NC IV r c T c I POWER RANGE BLOCK CONTROL I NOTES 1 & 4 I P-10 !SHEET 4 I ' BLOCK MOMENTARY

  • I NOTE 7 I l t HIGH NEUTRON FLUX !LOW SETPOINTI REACTOR TRIP ISHEET2l 7 NC I I 41 R::r A NC I I I NC A 2 1 R HIGH NEUTRON FLUX !HIGH SETPOINTl REACTOR TRIP !SHEET 21 2 IV@

2 .c !NOTE 51 MANUAL TRIP (MAIN CONTROL RESET MOMENTARY II I I RESET I REACTOR TRIPj, TRIP MOMENTARY REACTOR TRIP !SHEET 21 NOT REDUNDANT s I r I IS 1 +IS I I I I/N 41K I MANUAL t RESET I I NOTE 5 BOARD) TRIP MOMENTARY LBr' AMR POWER RANGE HIGH NEUTRON FLUX RATE REACTOR TRIP REFLECTS TUR OVER TO U.E. INCORP. NOTE 9 3 I J I I I I I I I I IS IS 1 +IS 1 +IS I I I 1 I I I/N 42K I 1/N 43K I MANUAL MANUAL RESET I I NOTE 5 RESET ( I NOTE 5 l(l 3 I I NOTE 9 A 3 & R HIGH NEUTRON FLUX RATE REACTOR TRIP !SHEET 2 I STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP SPIN: AASFED STATUS: TURNED OVER TO U.E s.o.: 300 I TEM-9 -1 7250064 S003 3 3 Z: NOTE 9 A 3

  • I I ' I
  • IS 1 +IS I I 1/N 44K I MANUAL I RESET 5 I (1 & CMP 89-1049. RFR-17965A.

NOTE 9 A 3 SNUPPS PROJECT FUNCTIONAL DIAGRAM NUCLEAR INSTR. & MANUAL TRIP SIGNALS *-**-******

SCALE . . . . . DIMENSIONS IN INCHES DO NOT SCALE 1 1700S 17900SZL G I N c li .... N-C ..... . 350/1 . 360 .-. _J (HJTe; 2) .J F E FLUX DOU6LlAlG BlOCK COAITROL D AE5:E.T BlOC. }I\ [.\'O.IJ4E.llTAR MrA!EliTM'I') (AJOTE: 3) ' c LR I B 1 A 11 I 10 r----------

., I I

  • I I I l l
  • lP. !!I 00£ 1-f"GlC (SiEr.l 3} I "' l n /NC I .:_6E::r friLM J in 30A I R S'J'P .lSS (SET 3) 11r c ------.....

HIGH NEUTRON FLUX ROD STOP BLOCK AUTOMATIC (NOT USEDJ & MANUAL I NC li 41 L:::.r-. i : (NOTE l) m NC MNfWI .. ---BYPASS lAf 49A OVERPOWER ROD STOP L ___ .::::::::-:

ROD w I T H DRAw AL ( sHE E 2... 9 ) ;-::=::::..

____ ---------BLOCK AUTOMATIC (NOT USEDJ & MANUAL ROD WITHDRAWAL (SHEET 9l --NOT RE!l.I401>HT FROM 1/N 31A SR 2-<P TEST (NJS RACKJ I n. SOURCE RAMG£ MURCE: RAIJGE A.JEUTROJJ FLUX MEUTROIJ FLUX tU. 31 1\)-.32. I I SOURCE. .RANGE SOURCE RAMGE. FLUX -DOUBLING FLUX-DOUBLIN ALGORITHM P.L&ORITHM

2. 2 OPE.N LCV-1120 AtJD lCV-IIlE..

ClOSE: LCV-IIZB AAlO LCV*IIlC (liOTE 4) 8 FROM 1/N 32A SR 2-<P TEST (NJS RACKJ I I 7 I POWER I JI NC 425 :._r RANGE m NC NC

{NCJTE I} NC 4 I I I NC P-13 MB II* llofU..S£ CWJ43ER (S££1 16.) \ I@ 41Ny NOTES: :rr ?-10 (Sif':;;'

3) m 1II P*B (9-IEEJ' 5) N REV. DATE DRAWN 5 1118% RLW CHKD.SUPV.

APPD. DJB AMR N/A REFLECTS OVER TO U. E . INCORP. RFR-17193A.

REV. DATE DRAWN 6 051397 RLW CHKD. SUPV. APPD. DLBr AMR N/A INCORP. DEC-1433.

REV. DATE DRAWN 7 073097 RLW CHKD. SUPV. APPD. DLBr AMR N/A INCORP. RFR-17965A.

REV. DATE DRAWN 8 122099 RL W CHKO. SUPV. APPD. DJB AMR N/A INCORP. MP 95-1008. J. i'HE BYPASS SIGNALS ARE *££ I.P BY 1-EAHS Q=' TIIO llfiEE-?OSITICH .SlfiTO£S 114 A HIS R.t.D<. SJIIITOi 1/H 49A BYPASSES EI'THER M:-o41L OR NC-431...

SlfiTCH JllU98 SYP.ASS£5 E11HER NC--421.. NC-441...

Z. lHE il'llJ P-5 BIST.ll!tES NJ. NC-350 Nlll-<<!-.360 AI'£ *am:mtlE!J TO ACll.!ATE" SCOt "THAT A l.CGIC I SIGUt. IS 10 EE PRESENT J'IHE}I Tl-£ !UST.la£ CUT?UT \tO..TAGE IS CH. 3. i'HE REDUNOANT MANUAL BLOCK CONTROl. CONS:o:;rs OF' I'J./0 COnTROLS ON TliE' (ONTROL 50ARD, 01-!E i"OR EAC" i'RAit.l, SIJPPLIElJ

?.;,Y 4

  • U:V-112 0 E ARE: IU PARA I.. I.. EL FlOW A'\TMS, C:.\CH VAI..VE:

AN ACTUATION Slr..hi\L F'ROM A . .UC: TRAI..a. u:v-112 5 tC ARE ii-i SERIE5 THE SAME FlOW p.;..fH. EACH 'YALV( R2CEWES AU ACTUATIO.N SIGAAl f?.OM A S£PERATE.

IRAIN 5. ANY INSTRUMENT NUMBER WITH A FUNCTION CODE OF NC IS EQUIVALENT TO THE SAME NUMBER WITH A FUNCTION CODE OF NB. Wesr!ngtlC"!Sa flectr;r, Ccrporatfon

......,., .. ..... u:!tA I SNUPPS PROJECTS STANDARDIZED NUCLEAR UNIT POWER FUNCTIONAL DIAGRAM PLANT SYSTEM PROJECTS NUCLEAR INSTR. PERMISSIVES

& BLOCKS STATUS: TURNED OVER TO U.E S. O.: 300 SECT. 9-1 SCALE N. T. s. DRAWING NO. REV. 7250064 5004 8 IN INCHES ! DO NOT SCALE 51 IEET 3 ,

REACTOR TRIP I SHEET 2) REACTOR TRIP I SHEET 2) LOW FLOW LOO' I BY OTHERS BY BY !@N.E.S. (NOTES 3 & 4) LOW FLOYi LOOP 2

<SHEET 4) C R REACTOR TRIP (SHEET 2) RCPA ntACTCl' Cm.ANT PlM' U"'OERFREQUEIK:Y RCPB RCPC LOW FLOW LOO' RCPD BY I BY N.E.S. BY l(i:}N.E.S BY OTHERS (NOTES 3 & 4) LOW FLOW LOOP 4 REACTOR TRIP (SHEET 2) p. 7 I SHEET 4) LOOP I FROM SHEET 5A TURE AT <LEAD/LAG C()otPENSfTEO)

LOOP 2 LOOP 3 LOOP 4 llRt'f, IIT ( ::F rr* 0_ A 3 REACTOR TRIP I SHEET 2) 3 NOT REDi..NO,INT FROM SHEET 5A 4 OVERPOI'IER 6 T I LEAD/U.G CXH'ENSATED)

LOOP 2 LOOP 3 m REACTOR TRIP ISI£ET 2) FROM SHEET 51 FROM SHEET 5A LOOP I (NOT USED) C-3 C-4 TO START TURBINE Rl-"'BO.CK AND BLOCK AUTO-MATIC mo MmUAL ROO WITHDRAWAL (SHEETS 9 & 16)

NOTES. 1. 2. LO-LO TAVG FROM SHEET P-12 (SHEET 10) II 1rr LOOP 4 .L:L T B 442 0 II 5A LOY! TAVG FROM SHEET TO FEEDWATER ISOLATION I SHEET 13) THE SETPOINT OF THE UNDERVOLTAGE RELAYS SHOULD BE ADJUSTABLE BETWEEN 60% AND 80% OF NOMINAL VOLTAGE. WITH THE ADJUSTABLE TIME DELAY SET TO ITS MINIMUM VALUE, THE UNDERVOLTAGE DETECTOR SHOULD HAVE A TIME RESPONSE OF LESS THAN 0. 2 SECOND. THE ADJUSTABLE DELAY SHOULD ALLOW AN ADDITIONAL INTENTIONAL DELAY BETWEEN 0 AND 1. 0 SECOND. THE SETPOINT OF THE UNDER FREQUENCY RELAYS SHOULD BE ADJUSTABLE BETWEEN 54 Hz AND 60 Hz. WITH THE ADJUSTABLE TIME DELAY SET TO OTS MINIMUM VALUE, THE UNDERFREQUENCY DETECTOR HAS A TIME RESPONSE OF LESS THAN 0. 2 SECOND. THE ADJUSTABLE DELAY SHOULD ALLOW AN ADDITIONAL INTENTIONAL DELAY BETWEEN 0 TO 0.5 SECOND 3. THE MAXIMUM ALLOWABLE RCP BREAKER TRIP TIME DELAY IS 0.1 SECOND. 4. REACTOR COOLANT PUMPS NUMBER A AND B ARE ON SWGR PA01. REACTOR COOLANT PUMPS NUMBER C AND D ARE ON SWGR PA02. 5. THE UNDERVOLTAGE SENSORS (POTENT TRANSFORMERS)

ARE LOCATED ON THE MOTOR SIDE OF THE RCP CIRCUIT BREAKERS IN ADDITION TO SWGR UNDERVOLTAGE.

6. THE UNDERFREQUENCY SENSORS ARE LOCATED ON THE MOTOR SIDE OF THE RCP CIRCUIT BREAKERS CALLAWAY PLANT FIGURE 7.2-1 FUNCTIONAL DIAGRAMS (PRIMARY COOLANT SYSTEM TRIP SIGNALS) CONTINUED ON SHEET SA 5A REV. 14 S/12 (SHEETS NOTES: CL RTD R/E LO-LO T-AVG P-12 (SHEET 5) T-AVG SUMMER LOW T-AVG FEEDWATER ISO (SHEET 5) TURBINE RUNBACK & ROD BLOCK C-3 (SHEET 5) 1. Typical for Loop 1, Protection Set I. Other loops are configured in the same manner, with the second digit in the instrument circuit identification corresponding to the RCS loop. 2. For further details of test points, computer inputs, indicators, annunciators, and control circuit interfaces, see drawing 8756D37 sheets 7-10. HL RTD R/E T-HAVE SUMMER DELTA-T SUMMER TURBINE RUNBACK & ROD BLOCK C-4 (SHEET 5) OTAT REACTOR TRIP (SHEET 5) HL RTD R/E OPAT REACTOR TRIP (SHEET 5) CALLAWAY PLANT FIGURE7.2-1 FUNCTIONAL DIAGRAMS (PRIMARY COOLANT SYSTEM TRIP SIGNALS) REV. 16 5/12 (SHEET 5A)

NOTES: CL RTD LO-LO T-AVG P-12 (SHEET 5) T-AVG SUMMER LOW T-AVG FEEDWATER ISO (SHEET 5) OPAT SETPOINT HL RTD OTAT SETPOINT TURBINE RUNBACK & ROD BLOCK C-3 (SHEET 5) 1. Typical for Loop 1, Protection Set I. Other loops are configured in the same manner, with the second digit in the instrument circuit identification corresponding to the RCS loop. 2. For further details of test points, computer inputs, indicators, annunciators, and control circuit interfaces, see drawing 8756D37 sheets 7-10. HL RTD T-HAVE SUMMER DELTA-T SUMMER TURBINE RUNBACK & ROD BLOCK C-4 (SHEET 5) OTAT REACTOR TRIP (SHEET 5) HL RTD R/E OPAT REACTOR TRIP (SHEET 5) CALLAWAY PLANT REV. OL-15 5/06 FIGURE7.2-1 FUNCTIONAL DIAGRAMS (PRIMARY COOLANT SYSTEM TRIP SIGNALS) (SHEET 5A) 1 D I c I B A 1 2 PRESSURIZER LOW PRESSURE ILEAD/LAG COMPENSATED!

PB TI 1[ PB

"'1... }Y PB I REACTOR TRIP ISHEETZI I PRESSURIZER II PB HIGH PRESSURE TII PB I _J REACTOR TRIP ISHEETZI PRESSURIZER HIGH WATER LEVEL LB .IT LB 46oAI REACTOR TRIP ISHEET 21 ][ LB 461 ::..r-P-7 !SHEET 2 I PB -Jr 3 I @L_ c T I,A)2 PRESSURIZER HIGH PRESSURE ILEAD/LAG COMPENSATED!

TI PB 3 ,. PRESSURE RELIEF SIGNAL !SHEETS 17 AND 181 4 PRESSURIZER LOW PRESSURE n c T 4 m rPB @l_ '579l_ c i/;\. 2 (0. c SAFETY INJECTION ISHEET81 5 JY rps c T -16; 5 6 7 PRESSURIZER PRESSURE -li rPB"')

.... ::.r THHc T}-+-;c 8 REV. DATE REV. DATE DRAWN REV. DATE DRAWN 6 5 051101 RLW 062200 MAL DRAWN CHKD. SUPV. CHKD. SUPV. APPD. CHKD. SUPV. APPD. JHK MAL TWS MAL AMR N/A SKC AMR N/A INCORP. INCORP. REFLECTS DEC-1871.

MP 00-1 005A TURNOVER TO UE. PRESSURIZER S. I. BLOCK CONTROL I NOTE 1 I RESET MOMENTARY BLOCK MOMENTARY I OPEN ALL ACCUMULATOR ISOLATION VALVES T p}-,__ ___ __. P-11 !SHEET 71

  • I NOTE 2 I !NOTE 31 [X I NOTES: 1. THE REDUNDANT MANUAL BLOCK CONTROL CONSISTS OF TWO CONTROLS ON THE CONTROL BOARD: ONE FOR EACH TRAIN. 2. TWO COMPUTER INPUTS ARE CONNECTED TO THIS CIRCUIT: INDIVIDUAL FOR EACH TRAIN. 3. TWO PERMISSIVE STATUS LIGHTS ARE CONNECTED TO THIS CIRCUIT: INDIVIDUAL FOR EACH TRAIN. REFERENCE DWG: WESTINGHOUSE ELECTRIC CORP. owe. PJO. M 744 ooo23 DRAWN IDATEI N/A CHKD. IDATEI N/A STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS SUPV. IDATEI N/A FUNCTIONAL DIAGRAM PRESSURIZER TRIP SIGNALS UNIT: SCP SPIN:

APPD. I DATE 1 LOCATION N/A CALLAWAY PLANT CLASS STATUS: TURNED OVER TO U.E SHOP ORDER: 300 REV. UNION ELECTRIC COMPANY ST. LOUIS. MO. 7250D54-S005 6 6 7 8 D c B A G F E D c B A L 133HS 17900SZL -STEAM GENERATOR LOW-LOW WATER LEVEL STEAM GENERATOR HI-HI LEVEL

  • P*l '!--1URSlNE iillP r£EOWAT!R ISOI.ATfClM
13) u .4 r-Co6p 'l.

'3 R.'<iA.C.TC2 T'i!.l P (.S"-'EE.T

1. cr--.. 10 (NOiE. &I)
4) LOW STEAMLINE PRESSURE CLEAD-LAG COMPENSATED>

LOOP 2. C!--... -SAFETY INJECTION AND STEAMLINE ISOLATION (SHEET 8) * (_."'-J 0 T E "r) \ -I Cl-...... 7

  • I HIGH STEAM PRESSURE RATE CRATE-LAG COMPENSATED>
c. (NOTE.?..)

\':!OI..A.T\0 N (.S'Io*I'EET B) NOTeS STEAMLINE SI BLOCK CONTROL (NOTE 1 l tit RESET BLOCK MOMENTARY

? (NOT:: MOMENTARY!

REV. DATE 6 111403 DRAWN CHKD. SUPV. MAL EWM TWS REFLECTS TURNOVER TO UE. PARTIAL REDRAWN FOR CLARITY. REV. DATE 7 092806 DRAWN CHKD. SUPV. RLW EWM TWS REISSUE THE PREVIOUSLY VOIDED DWG. INCORPORTE AC 06-000149, RFR 200606779 I. THE MA.'HUA.\.

6\.0C.\IC, CONS\ ST S O'i= TWO .C.ONTROI..S.

ON T\45 C.ONT'RO\..

ONE C:P.C:.!-1 TR.AH***

o"t

'a. TWO INPUTS AR'ii CONNE.C.TEO TO T\-\IS

!NDWIO\JA.\..

!=02 TR-'lN. 3. TWO PS.;aM\0:.'5\\'._

A.RS: CO"'!NS:.CTE.O

--TO CIIO!.CUIT.

I'NOW\OIJA.L SAC'H THIS LOGIC IS APPLICABLE TO WOLF CREEK ONLY. SEE SHEET 19 FOR THE CALLAWAY SPECIFIC STEAM GENERATOR LOW-LOW WATER LEVEL LOGIC. DRAWING NO. REV. 7250064-5007 007 STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT:SCP S.0.:300 STATUS: TURNED OVER TO UE SPIN: AASFED aGMGTXUK 3 2

' ' .,, ' --. .,I"_ t

  • o ;c:-*

H ' G F -E _.., D c A, 9008 v9009GL : l I 1 "iv.loATE "l.W:N I 'Rl_w lsfli l"wA REDRAWN FOR CLARITY. REFLECTS TURNOVER TO UE. INCORP. RFR-13333A.

l I STEAM GENERATOR HIGH STEAM PRESSURE RATE: !SHEET 71 LOW STEAMLINE PRESSURE !SHEET 71 * * *

  • MANUAL RESET AN!l BLOCK tNOTE 61 ' 30-120\::f:S{

SECONDS r---MANUAl. RESET !NOTE 8) PRESSURIZER LOW PRESSURIZER PRESSURE (SHEET i'>l P*4 REACTOR TRIP !SHEET 2) * * * * :&_. .I ( '-..../ j l A 'A'\ III ' CONTAINMENT PRESSURE 'PB> ( 93:> ,c-:s-PB I 93& IV / PB"" 934 ) TE.ST ilYPASS A---'

rpe'> 935 I TEST BYPASS A ---' TEST BYPASS X 1 INDiES 4, Hil>l<>ll%

Hl-3 ]( : I I / PB-, l 937 I \..A./_j:j TEST 1 BYPASS t rx w j'

  • Ill z rr: MANUAL ACTUATION FROM CONTROL BOARD SAFETY INJECTION ACTUATION

{TWO CONTROLS) (NOTE I l -Cf-.. CONTAINMENT SPRAY .ACTUATION l TWO CONTROLS l !NOTE 2) .CONTAINMENT SPRAY ACTUATION

!TWO CONTRoLS) (NOTE 2) CONTAINMENT ISOLATION -PHASE A (TWO CONTROLS)

!NOTE ll 1 ' \.,.) \I' Jl-I I I @ IM,S, [NDTE 15) ( FOR l.DGlC ) DETAILS, SEE .J-1 04-00176 ' CONTROL ROOM SUPP\.Y AIR RAD MONITORS GKRT5 GKRT.4 CONT AINMENl RAO MONITORS GTRT22 GTRT33 () ) FEEDWATER 150\.ATlON

!SHEET 13) REACTOR TRIP tsHEn 2l AUXILIARY FEEOWATER PUMPS !SHEET 15) BY @ N.E.S. BY @ N E S ---

'BY

l-----*------1---------

-+------BY

  • ;_I FUEL BLDG r-VENT. ISO IV MANUAl. CISA STEAt;\.INE I I ACT --, 1 ..--MANUAL 11 ACT I

[TWO CDNiRDLS)

INOTE 14l LOOP I MANUAL STEAMLINE ISOlATION

{NOTE 3) LOOP 2 MANUAL STEAML1NE l$0\.ATlOH

!NOTE 3) LOG;> 3 MANU STEAML!NE 150\.ATIDN INOit: 3) CLOSE (NOTES 6 & I I J CLOSE INDT£5 6 & Ill CLOSE !NOTES 6 Ill LOOP I STEAMLINE STOP IALVE LOOP 2 STEAMLINE sTOP VA\.VE (N(lft: 121 NOT FULL OPEN **' ' !NOTE :..ooP 3 STEAMLINE STOP VALVE *{ " ; -*, -' .----*.*. ,.:._ ., ._,_ ' ,__ . ' ' ------*-.. -NOTESt r, twO MOMENTARY coNtROLs ON tf-IE CONTROL BOARD

  • OPERATING E1iHER CONTROL WILL ACTUATE, 2, iHE MANUAl. sPRAY Ac:ruAfibN CONSISTS OF FriUR MoMENTARY.

CoNTROL-S.

Ai:TUATIDN IIILL OCCUR' oNlY IF *TWO ASSOCIA1ED CONTROLS ARiZ DPER'ATED SIMUL. TANEOUSL Y. " "3 Twn cot-JToQt_:s

..

cw THE cONtoot E.AC:H IRATN .* 4, COI')/'T Ai'NMENT PREssURE: .BiSTABLE$

FOR SPRAY AO'FUATIDN ARE __ _ ENE:FIGIZE TO ACTUATE WTHER BISTABLES ARE TO ACTUATE)'.

,, 5. E:NClOSED ciRCUITRY IS NOT PART OF THE sAFEGUARDS

,_ .£.: ,. --, -' "' ---* _;{ -

-

....

.. ' ' .-6, t::oWdNENi§ ARE ALl fNbiVIbOALLY SEALED If/ tlAtcHEDl, SO LOSS . :_ <OF THE ,i!GTUA TION SiGNAL 1(1C.L NOT CAUSE THESE' COMPONENTS TO *' ..

  • RETURN TO THE CCINOITION PR!OR TO THE ADVENT OF THE AC'l'OAT!ON S!GNAL. -.-l'i*.-...

.... ---.... _. , 7. SERVICE WATER SYSTEM !SOLATION IS USED ONLY .IF REQUIRED.

I LOOP 4 MANUAL STEAMLINE ISOLATION INDTE 3) CLOSE INOTES 6 I I) LOOP 4 STEAMLINE STOP VALVE SAFElY iN.JEot!oH SEQuENCE REDUIREMEHfs t1F SEOuENofNG is NECESSARY)

ARE SPECIFIED BY (g) NUCLEAR ENERGY SYSTEMS, ALSO CLOSES 'THE BYPASS VALVE IN PARALLEL WITH THE ASSOCIATED SIEAM LINE STOP VAlVE. i -r.-rl..ri-6' h BE 'RDfhlif\Ci"'\

i'-) ,--LC" t"..-1'-rtnt"u' Dtir"'lli EriD CAf'U 6tE'It.i'

"-"...:. * ...,....-.:<.......,_l:.ii

"'" """" . ....,....,,.

....,_.;._,, -'*=J-,.,v.

LINE STOP VAlVE TO INDICATE WHEN THE VAlVE IS FUllY ClOSED DR Flli.L Y OPEN, THE ACWAfiDN MAY BE DElAYED ANti SEDUENcED iF THE EMERGENCY DIESEl POWE;I CWABI\.ITY IS LESS TI:IAN THE TOTAL lOAD WITH AlL SYSTEMS S1ARTING, THE TIME DELAY(SJ, IF USED, MAY NOT EMeRGENCY DIESEL START-UP txCEED tHE MAXII-1tM STARTING TIME REQUIREMENTS F'DR EACH SYSTEM. 14, two CONTROLS oN tfJE CoNtROl BdARii, D 0 ERAf!NG EITHER CONTROL I MANUAl. RESET NOTES B 9 R L {NOTE 16) I MANUAL RESET NOTES B I. 9 R l. ' I NOTE 15) ( ) I MANU A\. RESET NOTES 8 I. 9 R L ' I _J) _ MANUAL RESET CONTAINMENT PURGE ISOLATION ICPISJ IV uw ) ,...-MANUAL RESET CONTROL ROOM VENT I LA T ION ISOLATION (CRVISJ IV ( I l ___________

_ ------------f------------A-------\-

-----------" SEE NOTE 5 !NOTE 131 !NOTE 13] !NOTE 13] SAFETY (PART BY .!'_1 ) (NOTE 10 SERVICE WATER [PUMP START !1. SYSTEM !SOL. J (N01 E 7) EMERGENCY FAN COOLERS IND1't
lll -(NOTE-bJ
,c*;_. -

-"--' ' . -* _*

  • 1' -.

!'

.... **

.. <. ii

,.*--16, THE 2 out OF 4 toiNciliEflcE, MEMORY, ANii 'OR" LOclid MIS . "'

'.' DUPLICATED WITHIN EACH TRAIN. SEPARATE OUTPUT RELAYS ARE: * * . -. -ALSO. PROVIDED !N EACH 'TRAIN, 1'0 MINIMIZE FALSE CONTAINMENT

'-'c <'-'** SPRAY, _ONE outPUi RELAY SHOULD StART THE PUMPS WHILE .

-ANOTHER SHOULD OPEN THE SYSTEM VALVES, >-17,-.THE CONiAINMENT SPRAY SYSTEM SHDUkD BE INOEPENDENi OF THE * -SAF£7'? !NJEW1.fN 1F IHE UJNt:Jiyif:JN5 UF NOft. 13 * "APPLY, THE SEQUENCE.

SHOULD BE SUCH THAT SPRAY _ fiiLL_STARTJHTfJIH THE REOUIRED TIMt INDEPENDENT OF 'THE *SAFETY INJECTION SIGNAL STATUS, ';" _.q CONTAINMENT SPRAY ACTUATION (NOTES 16 17) -:---'-1'1*': -/.:jd_-.. ,._ . --.. , --*' . .. _,,, --'" .. CONTAINMENT

SOLATION PHASE A

'" *.,.,;;, ... ' .

... -STANDARDIZED NUCLEAR UNiT POWER PlANT SYSTEM PROJEC1S :-, ' u*-*' CONTAINMENT ISOLATION PHASE B ' '*. .. ,. -" ' .. ORA'" ro.-.TEJ WILL ActuATE. * ... : .* -uNn: .... scP. ... . . _ N/A F*uN*c 1*

  • ONAL DIAGRAM-. .SOME ENGINEERED SAFE--GUARDS F-UN-CT_I_O-Ns*--AR-No*T WITHIN

'*' ' v*

STATUSl TURNED OVER fd UE --' .. ---* --*-F -E [ ( !I ii.-1f-IE REDUNDANt MANUAL RESET coNs151:S oF' tf/6 k6MEN1 MY toNtR:ilS oN "! THE CONTROl BOARD, ONE f"OR* F: ACH TFIA!fL , -. 9. SuPPLiED BY OTHERs, riJ\ * * .. _ .*

  • -*'cERTIFICA noN L TR, NO, scpce!l-509
  • 1 CH<O. <DAr<' FUNCTIONAL DESiGN SCOPE OF NUCLEAR ENERGY.:SYSTEMS But . "

' *;;<\' AUTHOR!tY\

M * .J, PARViN . N/A SAFEGUARDS oNLY sHowN oN THis SHEET As ,HE FUNcnoNs ARE BUilT IN tHE * , ..

*_ ENGR: LTR, No,
  • SU'V [DATEl A-cTUAT*r* N 5--1--GNALs- SUPPLIED E:af.liPMENT.

c.. ,,, .. .. .. . -------* N/A -* -* * * * .

.. *i.;, __ :" .,J

': ;'! : __ . _ . lz;* N/A

  • -_ CALLA\iA'I' PLANT I __ ; : J * ..... , 8 7

......

.. ,**e.* ._.. ... . , .. -. -M'o i' 7250064 S008 , --, --6 5 t , *.

  • r

-*--

.. .

==-.:=:...J....!!;.J

'

G E D ' 600S 17900SZ.L C-5 LOW TURBINE POWER !TURBINE IMPULSE CHAMBER PRESSURE)

!SHEET 16l POWER L':.T ( 2/ ) I SHEET 5 l C-3 TEMP L':.T

!SHEET 5l C-2 C-1 HIGH FLUX HIGH FLUX (1/4) (1/2)

!POWER INTERMEDIATE RANGEl RANGE I SHEET 4 l I SHEET 4 l POWER RANGE NEUTRON FLUX CHANNELS #1 #2 #3 #4 r-- r -'---1--+ ' I 1 1_ _ I I I I I I I I I I I I AUCTIONEER I TURBINE IMPULSE CHAMBER PRESSURE I I . I I T AVG LOOP 1 I I I I I I I I I NEUTRAL T AVG BYPASS SELECTOR T AVG SWITCH !CONTROL BOARDl LOOP 2 BYPASS BYPASS BYPASS BYPASS I LOOP 1 LOOP 2 LOOP 3 LOOP 4 I I I I I I I I I I I r----' I I I 1 r-__ _J I I I I r ___ _J I I tG I I ... l r---r-1 I I I 1 I I I I r---_J I I I I t t t *---Fli:EOWAiER a'(PA':o':.

VII. I.. \1 E. L E. VE. L. CONTROL---.._

I I r I I L I I A/B I I I ul I T REF I I I I A r--+ T AVG LOOP 3 I I I I t-0 I +----' I I ,.. --, B 432 A/B A I T AVG LOOP 4 I I I I I I 0-t I --t I I L':.T LOOP 1 L':.T BYPASS SELECTOR SWITCH (CONTROL BOARDl L':.T LOOP 2 I I NEUTRA BYPASS BYPASS BYPASS LOOP 1 LOOP 2 LOOP 3 BYPASS I I I I I I I t0 I '--1 I LOOP 4 I I I I I I 0-+ I -4 I I I I I L':.T LOOP 3 I I I I I 1-0 * ...---I I I REV. DATE REV. DATE REV. DATE DRAWN 10 112013 9 032409 8 122o9 RLW DRAWN CHKD. SUPV. DRAWN CHKD. SUPV. CHKD. SUPV. APPD. RLW MAL LMP RLW EWM TWS DJB AMR N/A INCORPORATE INCORPORATE CR INCORP. MP 03-1002 CAR 09-000047; MP 95-1008. FCN-10. CAR 200901818 L':.T LOOP 4 I I I I I I I I I 01 I l I u A 2 A_\2 ' !SHEET 14l i I 'L (NOTE 5) I (NOTE 5) I I I INOTE 5l I NOTE 5 l (NOTE 5) I _______ j 1 I -------1---+

I T AVG AUCTIONEER ------._.J 1 I I HIGH r----------------1-., 1 10 I -r---L':.T AUCTIONEER HIGH I 1 I (NCTto2 I I I I :

__ : -t---I _.. I -__ _._ __ _ ------------*-. L--------+-----*--_j I 1 1 I I 1 +T3 s I I L ---, r--I --J ----r--------,

___ : __ L_ __ j : l L ----II TB TB I I -----.... T AVG AUCTIONEER LOW ' 412 412 I I I A I E/F c I -, I /-I u ::J-t-------, L ------7 i1 Ai y l \ MANUAL ROD CONTROL NOT USED RODS OUT MOMENTARYt------, RODS IN MOMENTARY RODS IN RODS OUT FULL LENGTH CONTROL BANKS NOTES: FIXED MANUAL ROD SPEED I i AUTO-MANUAL SELECTOR SWITCH r----0 ANALOG ROD SPEED SIGNAL 1. ALL CIRCUITS ON THIS SHEET ARE NOT REDUNDANT.

2. KQT MAY VARY INVERSELY PROPORTIONAL TO LOAD WITH A FIXED LIMIT OR MAY VARY IN TWO DISCRETE STEPS WITH BREAK POINTS AT 30 TO 50% AND 60 TO 80% TURBINE LOAD. 3. THE SUMMER OUTPUTS HAVE FIXED MANUALLY ADJUSTABLE UPPER LIMITS. 4. THE ROD DIRECTION BISTABLES NO.

AND ARE "ENERGIZED TO ACTUATE".

5. ALARM 1, ALARM 2, ALARM 3, AND ALARM 4 MUST HAVE REFLASH CAPABILITY.

1 I * * -* t II TO STEAM TO STEAM TO PRESSURIZER DUMP CONTROL DUMP CONTROL LEVEL CONTROL I I, I SHEET 10 l I SHEET 10 l I SHEET 11 l 0 7 I t +

  • TU;j(8",Nii

\...O...._;;:>INc;,.

OE.FEAT RIW.Oi. (SI-\ai.T I c;.)

  • BANK D PCC:.\T"IC"-1 BAI'I\o( c Po'QIT tO .... B,t..NK l!t PO'i\T\ON B.Dto.NK A I I

--, .----1----* .._ --I----+-------I --* ----1 I r}-, Q IslAS r I I I I I I I I I I I I I i I J.:l Irk I 1);1 l+')l\!i l+ 5:' +J l:::.r 2:: :;.J "'\ L.J J "'\ )-I NOTE 3 l \ J INOTE 3l Y y y I I I I I l I I I --------------

---!-------r----------1--.. -------------1------1----, I I -----------------I----, I 1 I I -* ------------1 I 1 I I I I I 1 I 1 I I I 1 i I=ULI.. l..iHG.i\1 POSI"i\0 ... IN 0 I C,A. "TC!il i I!/.\ lyl LYJ r-vJ r ---1 r --* r--_, I t---1 /:Y> t

  • I

\¥-, I Tl 1\f}l L slh L 5Lh L &---_j 5& '--.;.,,J ... * "" .1; /.\\ .\, .. ... 3 4 .... LCW LC-\.a t...CW LO-LO lOW l0*'-0 ._ow \...O*LO .Ito. 8""1'4'1( 8 S C. BA,..',<, 0 DRAWING NO. REV. 7250064 S009 10 I a C:-1 I STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP S.O.: 300 TAB: 9-1 STATUS: TURNED OVER TO U.E. Westinghouse Electric Corporation NUCLEAR ENERGY DIVISION.

PITTSBURGH.

PA. U.S.A. TITLE SNUPPS PROJECTS FUNCTIONAL DIAGRAM ROD CONTROLS & ROD BLOCKS --1 SCALE N.T.S. DIMENSIONING IN INCHES DO NOT SCALE 7250064 SHEET 9 SUB 3 4 5 t SY El BY BY ... OTliERS REDL..NDANT NIS CONDENSER AVA1LABLE SIGNALS TURBINE r--------..-

_______ """\1 IMPULSE STEAM DlJMP INTERLOCK p 12 CHAMBER P*4 REAC.TOR Tl'tiP ( SHE:H 2) TRAIN A TRAIN B STEAM DUMP MODE SELECTOR SWITCH STEAH N.E.S. STEAM LINE PRESSURE PRESSURE UIP I LOOP Z ( NOTE 7 l L.Cq :J UXJ1 4 " .. -*** ,. ----li I I ' I I I I I I I --r * ... I --tfr I ---+1 L".LO CONDENSER PRESSURE SWITCH!S PR.ESSU'"*

SELECTOR SWITCH ..,.. '"" (NOTE 3) T AVG SHELL! StlfLL 2 SHELL 3 (SHEET S) l r---, ' l l l F\'EFERru:E I / 't"'t2S+I T AVG

  • OF"F ON ..._ BYPt.SS "3 63 '-3 RESET INTERLOCK I T AVG BYPASS MOMENTARY X 7 " ..I I i '" ,) I I t I I C-'3A P}-... 1. C*9B P}-... 63 +r: 8Y OTHERS 8Y C*9C. P}-... C*7 P'J--... () ' _/ I RESET T AVG ST£AM IL.__ 't13S+I INTERNAL I St I PO '(iT MOMENTARY PRESSURE !LTRrr

+ I

_

  • L... }4----L. ;.---.-J 'J T I r-+---* r----, 1 . t I
  • I LOAD lL I I REJECTION I I CONTROLLER I lL PLANT TRIP CONTROLLER I I I ! I L ______________

1 I I

t---.., I I b*IOTE 5) ! .1. (NOTE 5) I I rrs"""

re"' ra"' l I

""

I STEAM HEADER PRESSURE CONTROLLER K11(1+ 1 ) \ 1:145 i I BY H.E.S. I STEAM GENERATOR PRESSURE CONTROLLER B'f' K12(1+ 1 ) \ 1:155 I I I I I I I ant:RS I I t MODULATE THE LOOP I ATioiOSPHERIC RELIEF VALVE AS-PV-01 STEAM GENERATOR PRESSURE CONTROLLER K12(1+ 1 ) \ 1:1 ss I l ' I I I ' I I t IO.UJ.TE Tl£ UXf' z A 11-0SPI-£R I C RELIEF "A.I...VE AB-PV-02 STEAM GENERATOR PRESSURE CONTROLLER K12(1+ 1 ) 1:1 ss ! I I I I I I I I

  • MD...I.ATE Tt£ LOOP 3 ATMOSPHERIC RELIEF VALVE AB*PV*D3 STEAM GENERATOR PRESSURE CONTROLLER K12(1+ 1 ) \ 1:1 ss I I I I I 1 I I ' KDJL.ATE Tl£ LOOP 4 ATMOSPHERIC Ri.LIEF VALVE AB*PV-04 :r:.r :..rr 1 I I I I I I I I I r I I I I I I I I I I I I I I ....._ __ ---------------------1 HI I HI 2 HI I HI 2 r \. \.. _/ 2 2 I I I I I I I I I I j_ I I f I I I I I I L __ _. _________

_j

  • I I I I I I r-0 I NOTES: 1. STEAM DUMP IS BLOCKED BY BLOCKING AIR TO THE DUMP VALVES AND ING THE DIAPHRAGMS.

THE REDUNDANT LOGIC OUTPUT OPERATES TWO SOLENOID VENT VALVES IN SERIES TO REDUNDANTLY INTERLOCK THE AIR LINE BETWEEN EACH VALVE DIAPHRAGM AND ITS ASSOCIATED POSITIONER.

THE NON-REDUNDANT LOGIC OUTPUT OPERATES ONE SOLENOID VENT VALVE TO INTERLOCK THE AIR LINE BETWEEN EACH VALVE DIAPHRAGM AND ITS ASSOCIATED POSITIONER.

THE SOLENOID VALVES ARE DE-ENERGIZE TO VENT CAUSING THE MAIN DUMP VALVE TO CLOSE IN FIVE SECONDS. EITHER OF THE TWO REDUNDANT BLOCK SIGNALS OR THE NON-REDUNDANT BLOCK SIGNAL WILL BLOCK STEAM DUMP INDEPENDENT OF THE OTHERS. 2. CIRCUITRY ON THIS SHEET IS NOT REDUNDANT EXCEPT WHERE INDICATED REDUNDANT.

3. SELECTOR SWITCH WITH THE FOLLOWING THREE POSITIONS:

ON -STEAM DUMP IS PERMITTED.

BYPASS -T AVG INTERLOCK IS BYPASSED FOR LO-LO T AVG. SPRING RETURN TO ON POSITION OFF -STEAM DUMP IS NOT PERMITTED AND RESET T AVG BYPASS THE REDUNDANT INTERLOCK SELECTOR SWITCH CONSISTS OF TWO CONTROLS ON THE CONTROL BOARD. ONE FOR EACH TRAIN. THE TWO ANALOG SIGNAL INPUTS COMING FROM TURBINE PRESSURE MUST COME FROM DIFFERENT PRESSURE TAPS TO MEET THE SINGLE FAILURE CRITERION.

5. ALL TEMPERATURE BISTABLES ON THIS SHEET AND THE TURBINE IMPULSE CHAMBER PRESSURE BISTABLE NO. PB-506C ARE "ENERGIZE TO ACTUATE".
5. LIGHTS SHOULD BE PROVIDED IN THE CONTROL ROOM FOR EACH DUMP VALVE TO INDICATE WHEN THE VALVE IS FULLY CLOSED OR FULLY OPEN 7. THE STEAML INE WHICH IS USED SIGNALS SHOWN CRITERION . PRESSURE SIGNAL ORIGIN MUST BE DIFFERENT FOR THE STEAMLINE PRESSURE PROTECTION ON SHEET 7 TO MEET THE SINGLE FAILURE FROM THAT REV. DATE DRAWN 4 12209S JHK 1 BY t@ N.E.S. I -*-BY OTHERS B'l't (i) N.E.S. I -----------rn ----+=t

---;::=====-=-:., -----------

BY' OTHERS I REFLECTS TURNOVER TO UE. INCORP. RFR-19913A.

BY '0 N.E.S. 8Yf 11 r L ---.., ---------BLOCK STM.DUMP TO 3 CONDENSER DUMP VALVES AB-UV*J4,*

35, &36 ( loiJTE I) -BLOCK STll.t:UrP TO I All Clla:NSER DUMP vAl. V£5 . I n£ 3 cm.oowN I r:x..M" v .t.L Vf.'i ( NJTi: 1) ! '-.::.:.

_ __. 10 ---------------

.....

BLOC.I<. STM. DUMP BLOCK STM.

BLOCK ST/111 OVMP TRIP OPEN 112 TRIP OPEN 1/2 TO TO CoNOE.NSEP!

10 CONDENSER.

CCJta:NSER CONDENSER V.-.LVE 5 A VALVES AS* UV*41 VAI.V E. AB *U'i-4.5 DUMP VALVES DUMP VALVES niRIJ AB-UV*40 THf(U A8*UV-44 AB-UV* 34 lHRU AB*UV-40 lHRU AB*UV* 39 AB*UV-45 8 7 e 5 +--------...4 t I<<D..LATE Tl£ DlW VAJ...VES .lCCOAO I t-ll TO Tl£ FU. LO'I'II N3 SEC\.ENCE:

25 *50% 50

  • 75% 75
  • 100% 'iALVES KXJUL..ATED OPDI OR 0 OSEO (ZERO TO FU..L CJ'EN) A8-UV*37 .AB*UV*38

&AB*UV*39 AB*UV* 40 ,AB*UV* 41 &AB*UV* 42 AB-UV* 43

  • AB*UV* 44 &AB*UV* 45 STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP SPIN: AASFED-04 STATUS: TURNED OVER TO U.E. 4 AUTO *HA.tt.IAl CCJ.Ima...

STAT I ()II M 3 --------, + Ma:U..A TE THE CCOLDO'IN ll.W VPJ...VES ACCORDII-G TO FOU.Cl'I!NG SE(JJENCE:

0*25% 00027 VALVES KDLUTED ll1 CLOSED (ZERO iO FLU OPOI)

AB*UV-35.

& AB*UV -36 nn.a. S010 SM..J>PS Pfll..ECTS FUC I CfoW.. DIAGRAM STEAM DUMP

"-'P * .L"'< Y<" :.-J-I*!J. * "-7 n i::";..

.., ...

D -c -B {.,_ -A 1 l 2 I 3 PRESSURIZER PRESSURE CHANNELS R m Jr r I r-1__ --1----l If\ AUX. F.P. -f \.:_/ STATION i 1 r--1--------1------l-, I 1 1 r-+--------, _r:_-t 1 6..6 6 0 0 .. 0 ........_

... ,......_ ' J. ' , +r -! : 1.; PRESSURE CHANNELL.,__ , ---,._..., Jo--I I NOTE 6 I I PRESSURE REFERENCE INOTE 71 4 I 5 AUCTIONEERED T ISHEET 91 I J l AVG L ....... '"'" . -'401 "' 'J T ' NO LOAD T AVG !NOTE 7 I 6 I 7 I PRESSURIZER LEVEL CHANNELS I 11f rr I I I I I I : I I :-0 I L_f,\
J r_J-------L-----l-r--------1 1 r.!

1 f l t------------;-,-------, I L 8 REV. DATE DRAWN 8 0511 01 RLW CHKD. SUPV. APPD. MAL AMR N/A INCORP. MP 00-1005A 0 SELECTOR SWITCH* -..._.t:...J IP-P REFI I LEVEL PROGRAM CONTROLLER 0 o*n -0 ol (

0 NOTES: 1 . 2. 3 . . 5. ALL CIRCUITS ON THIS SHEET ARE NOT REDUNDANT.

LOCAL CONTROL OVERRIDES ALL OTHER SIGNALS. LOCAL OVERRIDE ACTUATES ALARM IN CONTROL ROOM. PRESSURE BISTABLE NO. PB AND LEVEL BISTABLES NO.

& LB-4600 ARE ENERGIZED TO ACTUATE. OPEN/SHUT INDICATION IN CONTROL ROOM. A LIGHT SHOULD BE PROVIDED IN THE CONTROL ROOM FOR EACH SPRAY VALVE TO INDICATE WHEN A VALVE IS NOT FULLY CLOSED. 6. CENTER POSITION NORMALLY SELECTED.

7. ADJUSTABLE SETPOINT WITHIN CONTROLLER.
8. ALARM 1 AND ALARM 2 MUST HAVE REFLASH CAPABILITY.

1 I 2 J I I 0-+--)

l fPB 456 Jl v_. & I 3 1 t I NOTE 3 I J t t /PB EPB"' I 11 rn I ,F..., 1 '-G../ 1.1-I NOTE 8 I I A J fA\ I 1 I NOTE 8 I I ] TO TURN-ON ALL BACK-UP HEATERS !SHEET 121 4 I I I I I I I I I I I I I I I l I I I I + TO VARIABLE HEATER CONTROL SIGNAL !SHEET 121 lL SPRAY I CONTROLLER l I } I J I I l J AUTO-MANUAL CONTROL STATION !CONTROL ROOMI l I I I. I J MODULATE SPRAY VALVE NO. 1

!NOTE 51 I J! SPRAY CONTROLLER 1 I I I I I I l I AUTO-MANUAL CONTROL STATION !CONTROL ROOMI : J I J I t MODULATE SPRAY VALVE NO. 2

!NOTE 51 5 I L REF. I ! LEVEL CHANNEL SELECTOR SWITCH I l I I I NOTE 6 I I I L-r .. "+ I t r-.. \.l;,J--------4-----l r----; L--r----------------r----1----t-------.._________

-, I I I , I L -L REF . I 1 r i 1 I l I \ Tz3s 1 r--J l I I .L_/":""\I

_1 1 1 NOTE 3 I l I NOTE 3 11 l I /LB"""' (LB.... ./LB'I /"LB"" /LB" I ' '\. F ..1 E_.... ' C _..1 ' 0./ C I I s l_ L AA*. s ALL ORIFICE ISOLATION VALVES CLOSED I I I I I I t AUTO-MANUAL CONTROL STATION !CONTROL ROOMI 1 AUTO-MANUAL CONTROL STATION ILOCALI CHARGING FLOW CONTROL &.2 l.f::j, I NOTE 8 I &. 2 1 CLOSE ALL ORIFICE ISOLATION VALVES I NOTE 2 I TO TURN ON ALL BACKUP HEATERS ISHEET121 TO HEATER INTERLOCK

!BLOCK ALL EXCEPT LOCAL CONTROL I !SHEET 121 LETDOWN LINE ISOLATION VALVE CONTROL SELECTOR SWITCH CLOSE r CLOSE I I OPEN MOMENTARY " I ) ' OPEN LETDOWN LINE ISOLATION VALVE CONTROL SELECTOR SWITCH CLOSE I I r CLOSE I OPEN MOMENTARY J ' ..1 OPEN LETDOWN LINE ISOLATION VALVE LCV-459 I NOTE 4 I LETDOWN LINE ISOLATION VALVE INOTE I STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP SPIN:

STATUS: TURNED OVER TO U.E SHOP ORDER: ITEM: 6 I VALVE FULL OPEN SIGNAL REFERENCE DWG: VALVE FULL OPEN SIGNAL WESTINGHOUSE ELECTRIC CORP. INDUSTRY SYSTEMS DIVISION DWG. NO.

DRAWN IDATEI N/A CHKD. I DATE! N/A SUPV. I DATE! N/A FUNCTIONAL DIAGRAM PRESSURIZER PRESSURE & LEVEL CONTROL APPD. I DATE I LOCATION N/A CALLAWAY PLANT UNION ELECTRIC COMPANY ST. LOUIS. MO. 7 I 7250D54-S011 8 CLASS REV. 8 D 1--c 1--B 1--A G F E D c B A £ +/-JJIIS tz900SZl:

REMOTE CONTROL STATION FOR GROUP A HEATERS (CONTROL BOARD) (SELECTOR SWITCH) OFF AUTO ON (NOTE 2) REMOTE CONTROL STATION FOR GROUP B HEATERS (CONTROL BOARD) (SELECTOR SWITCH) OFF AUTO ON VARIABLE HEATER ON-OFF STATION (CONTROL BOARD) (SELECTOR SWITCH) ----B-Y 1 o .. T .. H_E_Rs ___ _ I BY t OTHERS ----------

____ ..,_._,. _________

_ BY l N.E.S. ------------------

.--.------------------------------------------------------------------BYJl_OTHERS BY . i N.E.S.

  • _! ....... ----B-Y _l N.E.S. BY TOTHERS -.c (NOTE 2) LOCAL CONTROL STATION FOR GROUP A HEATERS (SELECTOR SWITCH) REMOTE LOCAL ON OFF (NOTE J) NOTES: (_) tr-----iXJ..---_..

TURN-OFF GROUP A HEATERS (NOTE 2) CMJT£ 4) TURN-ON GROUP A HEATERS I. AU. CIRCUITS CH TriiS SHEET ARE l<<lT REMilANT.

TURN-OFF GROUP B HEATERS 2. GfOJP .\ JH:l GfD.P e HEATERS HJST 6E CN SCPARArE Vlf..AL PCI'IEH S1JfPI...IES liiTH THE LOCAl CCNT'RtL SEPARATE!)

SO THAT J14Y SINGt.E F-"LlRE t:n:S ttJT C*FEAT 00'0-1. :S. PREC.&UTIGIS S!-CU.O aE T.IJ<Ei4 TO 411010 M.a.ilJAL.

H£Ardl {PERATICN, l'tii'Jf I'ICU.D IF ll£ lfATER l..EVEL. l.H:OVERS M 1-£\TERS.

4. SAO<*lP rEArER STAilJS INJICATICH IN CCHTfD.. RC04. 10 AUTOMATIC HEATER TURN-ON LOW PRESSURE FROM PB455G ( SHEY 11 ) HIGH LEVEL DEVIATION FROM LB459E ( ) ( ) HEATER INTERLOCK LOW LEVEL FROM LB 459C & LB 460D (SHEET11)

COMPENSATED PRESSURE DEVIATION FROM (SHEET 11) I :h.. I I _____________

    • *-E_.s_. ______________

__ ------------------

-(NOTE 2 ) BY OTHERS LOCAL CONTROL STATION FOR GROUP B HEATERS (SELECTOR SWITCH) REMOTE LOCAL ON UiJTE 2) (NOTE 4) '----........

  • TURN-ON GROUP B HEATERS 7 OFF {NOTE 3)

TURN-OFF GROUP C HEATERS TURN-ON GROUP C HEATERS J I I I I I I t VARIABLE CONTROL SIGNAL FOR GROUP C HEATERS STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP S.O.: 300 STATUS: TURNED OVER TO UE SPIN: AASFED ---I 3 BY r N.E.S ' -REV. DATE 3 111303 REFLECTS TURNOVER TO UE. PARTIAL REDRAWN FOR CLARITY. -------------BY

_L N. E. S BY } OTHERS I,._.._., ........ DRAWING NO. REV. 7250064-5012 003 ....... * .:....* ...:. C. i-\ A i:: ;. . . .

...*

.* .. ' .. f

l7900£ZL

=---I LEVEL INJECTION TRIP T AVG (SHEET 7 l (SHEET 8 l (SHEET 2 l (SHEET 5 l STEAM GENERATOR LD-LD LEVEL (SHEET 15l XFR TO VALVE POSITION MFRV > 9% OR BYPASS > 15% XFR TO VALVE =MAN XFR FROM VALVE = AUTO NARROW NARROW FW VALVE POSITION SETPOINT STEAM GENERATOR

  • 2* (NOTE 9l -_L_ :DUNDANT-----

---t-------------

_1------------

---=r-l I I TRIP ALL FEEDWATER PUMPS (NOTES 5&6 l TURB l NE TRIP (SHEET 16l CLOSE ALL FEEDWATER l SOL AT I ON VALVES ! BY OTHERS) I I L ______________

I I I I : --------i---------------r---------------I---------------[-_j NOTES: 1. ANALOG GATE CONSISTS OF TWO SOLENOID VENT VALVES IN PARALLEL TO REDUNDANTLY INTERLOCK THE A I R LINE SUPPLYING EACH VALVE 1 S POSITIONER.

THE SOLENOID VALVES ARE DE-ENERGIZED TO VENT. CAUSING EACH FEEDWATER VALVE TO CLOSE IN FIVE SECONDS. BOTH REDUNDANT BLOCK SIGNALS ARE REQUIRED IN ORDER TO CLOSE THE ASSOCIATED VALVE. 2. ALL CIRCUITS ON THIS SHEET ARE NOT REDUNDANT, EXCEPT WHERE I NO I CA TED REDUNDANT.

3. OPEN/CLOSE CONTROL AND INDICATION FOR EACH FEEDWATER VALVE IS IN CONTROL ROOM. 4. THE REDUNDANT MANUAL RESET CONSISTS OF TWO MOMENTARY CONTROLS ON THE CONTROL BOARD, ONE FOR EACH TRAIN. 5. TRIPPING OF FEEDWATER PUMPS CAUSES CLOSURE OF ASSOCIATED PUMP DISCHARGE VAL YES. 6. THE FEEDWATER PUMPS AND PUMP DISCHARGE VALVES ARE SUPPLIED BY OTHERS. 7. DELETED. 8. DELETED. t t *---MAIN FEEDWATER REGULATING VALVES IN MASTER/STANDBY CDNF I GURAT I ON. REQUIRES MANUAL ISOLATION OF AIR MODULATE FEEDWATER BYPASS VALVE 1 ( FCV-550 l (NOTE 3 J 10. OPERATING CYLINDER SERVO POSITION CONTROLLER REMOTE SHUTDOWN COMMAND SHUTS DOWN POSITIONER WHEN PUMP IS TRIPPED TO PREVENT WIND-UP. REFER TO J-2017 VENDOR DRAWINGS FOR DETAILS. 11. CIRCUITS TO THE FEEDWATER VALVE POSITIONERS ARE FOR POWERING AND CONTROLLING.

THE PROTOCOL IS PROFIBUS PA. REFER TO J-2017 VENDOR DRAWINGS FOR DETAILS. 1 2. AN OVERY I EW OF LOGIC IS SHOWN FOR FEEDWATER CONTROL. REFER TO J-2017 VENDOR SOFTWARE DESIGN DESCRIPTION ISDDl FOR DETAILS. 13. FC PS-509 XFR BUTTON INITIATES EITHER A MANUAL TRANSFER OR AUTOMATIC TRANSFER DEPENDING ON THE PERMISSIVES.

14. MASTER SPEED HIGH POWER CONTROLLER AND MASTER SPEED LOW POWER CONTROLLER.

MODULATE FEEDWATER MAIN VALVE 1 FCV-51 0 (NOTE 3 l MODULATE FEEDWATER BYPASS VALVE 2 ( FCV-550 l (NOTE 3 l MODULATE FEEDWATER MAIN VALVE 2 FCV-520 (NOTE 3 l STEAM VALVE POSITION SETPOINT (NOTE 10J VAm MODULATE FEEDWATER PUMP TURBINE "A" STEAM ADMISSION VALVES FCFV0075 FCFV0076 FEEDWATER PUMP *A* AND FEEDWATER PUMP *s* FROM ALL XFR FEEDWTR FEEDWTR FEEDWTR PUMP PUMP PUMP SPEED SPEED SPEED c __ T ___ , Cb---"mj"" :":":;"' ' GAIN=L8 L,.-J RESET= 30 I VALVE 1 ZC POSITION SETPOINT STEAM VALVE (NOTE 1 OJ MODULATE FEEDWATER PUMP TURBINE "B" STEAM ADMISSION VALVES FCFV0175 FCFV0176 N/A N/A STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS N/A UNIT: SCP SPIN: AASFED N/A STATUS: TURNED OVER TO U.E s.o.: 300 ITEM:9-1 FUNCTIONAL DIAGRAM FEEDWATER CONTROL & ISOLATION 7250D64

l7900£ZL WIDE RANGE LEVEL CHANNELS STM GEN 1 STM GEN 2 STM GEN 3 STM GEN "1 I I I I --(i) --(i) --(i) STEAM GENERATOR "3" STEAM GENERATOR "4" REDRAWN FOR CLARITY. REFLECTS TURN OVER TO UE. I NCORP. CMP 92-1051A I PARTIAL).

I AUX I AUX I F.P. STATION I F.P. STATION I AUX I AUX I F.P. STATION I F.P. STATION l__-0-_j l__-0-_j -L REDUNDANT DOP3&4 NTERLOCK SHEET 13l POWER POWER POWER POWER NARROW NARROW RANGE RANGE RANGE RANGE NARROW NARROW STEAM STEAM FEEDWATER FEEDWATER RANGE RANGE NEUTRON NEUTRON NEUTRON NEUTRON STEAM STEAM FEEDWATER FEEDWATER RANGE RANGE FLOW FLOW FLOW FLOW LEVEL LEVEL FLUX #1 FLUX #2 FLUX #3 FLUX #4 FLOW FLOW FLOW FLOW LEVEL LEVEL \ I \ I \ I (SHEET 91 ISHE,ET 91 ISHEp 91 ISHEp 91 \ I \ I \ I 73DOINPUTSABOVELINE

\I \I \I .... \ I / \I \I \I -------------------r----------T -r--------------T ----------------

---t--/L..__--------t --------7 ------------t--t-----------

"""' mmm* '"'"

',,#( l ..

1 I 1 I 1 I NUCLEAR I 1 I 1 I 1 I "--r _ _j "--r _ _j "--r _ _j POWER $. "--r _ _j "--r _ _j "--r _ _j AE SS-500 AE SS-500 AE SS-500 / AE SS-500 AE SS-500 AE SS-500 ( LAG UNSELECTEO SELECTED SELECTED UNSELECTED SELECTED 1 SEC SELECTED UNSELECTED SELECTED UNSELECTEO SELECTED I I I I

___________________________________________

l I I I I I J .. ,. L. r6". r6" r6" GAIN= 2 I I I TO TOTAL PLANT ....

J I STEAM FLOW 1 ,-R3 (SHEET 13)

I 51.35'1. I --------" 1 I SM I ,---8--------------------t

+ ::::;.' ;:: '"*" ""' 6 '""" ' .

X" ,L,

____ J!'I __ "_'_"_=_6_00

____ I__--Q XFR FROM VALVE= AUTO I + L + _____ _ + + L GAIN= 2 FW VALVE POSITION SETPOINT <NOTE 7 l T r T L ________________

_ -----------------

_j-----_':u::_l ___ -----J----------------------------------------------------- -------I I L__ __________________________

_ I I I I !

NOTES: 1. ANALOG GATE CONSISTS OF TWO SOLENOID VENT VALVES IN PARALLEL TO REDUNDANTLY INTERLOCK THE A I R LINE SUPPLYING EACH VALVE'S POSITIONER.

THE SOLENOID VALVES ARE DE-ENERGIZED TO VENT. CAUSING EACH FEEDWATER VALVE TO CLOSE IN FIVE SECONDS. BOTH REDUNDANT BLOCK SIGNALS ARE REQUIRED IN ORDER TO CLOSE THE ASSOCIATED VALVE. 2. DELETED. 3. OPEN/CLOSE CONTROL AND INDICATION FOR EACH FEEDWATER VALVE IS IN CONTROL ROOM. 4. SWITCHING BETWEEN TWO PRESSURE SIGNALS IS PROVIDED ON THE CONTROL BOARD. 5. DELETED. MAIN FEEDWATER REGULATING VALVES HAVE DUAL POSITIONERS IN MASTER/STANDBY CONFIGURATION.

FAILOVER OPERATION REQUIRES MANUAL ISOLATION OF AIR LINES. CIRCUITS TO THE FEEDWATER VALVE POSITIONERS ARE CONTROLLING.

THE PROTOCOL IS PROF !BUS PA. REFER DRAWINGS FOR DETAILS. 8. AN OVERVIEW OF LOGIC IS SHOWN FOR FEEDWATER CONTROL. REFER MODULATE FEEDWATER MAIN VALVE 3 FCV-530 I NOTE 3 l TO J-2017 VENDOR SOFTWARE DESIGN DESCRIPTION ISDD) FOR DETAILS. MODULATE FEEDWATER BYPASS VALVE 3 ( FCV-570 l INOTE 31 MODULATE FEEDWATER MAIN VALVE 4 I FCV-540 I I NOTE 3 l MODULATE FEEDWATER BYFASS VALVE 4 I FCV-580 I I NOTE 3 l STANDARD I ZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP TURNED OVER TO UE APPROVED BY W CERTIFICATION LTR. NO. SCP-88-509 AUTHORITY:

M.J. PARVIN ENGR. LTR. NO. IRST-7108 N/A N/A N/A FUNCTIONAL DIAGRAM FEEDWATER CONTROL & ISOLATION CALLAWAY ENERGY CENTER 7250064

.. .. -..... --

SAFETY INJECTION SIGNAL (SHEET Sl STEAM GENERATOR I 2/+ LOll (NOTt IZ) I I l GENERATOR 4 21+ llM L()l LEva (

H 1')

BY @ N.E.S. (5HEEl' 13) BY I HE s

BY OTHERS BY OTHERS 11 I LOSS OF OFFSITE PWR l4.16 KV BUS UVJ I LOAD SEQ I -MANUAL -ACTUATE lRL018J C) MANUAL ccrmu ( E 8) __ J-+-+------, MAt*IU,lL sTART. LOCAL ( "OTES 2 'J & 8 ) I MANUAL STOP, GrnTfU. (NOTES 4 & 8) -MANUAL STOP, LOCAL (NOTES 2,3 B l -

RECUNDNH I I I MANUAL WNTRC\. I I C(}Hf{]L ROOM I (NOTE 7 I MANUAL CONTAO. LOCAL (NOTES 2 & T) () t srr:P START I() TOR DR I YEN I AUX. FEED PUMP I I FEED SYSTEM VALVES I I L_ L__ 1 10 I MOTOR DR I VEN AUX. FEED PLWS I & i! (NOTES I & 6) nKHESIO&II}

8 () CLOSE SLOWDOWN ISOLATION AND SAMPLE LINE VALVES FOR ALL STEAM GENERATORS LOSS OF OFFSITE PWR l4.16 KV BUS UVJ RESET (RL018J ,---------------

MANUAL START, WHIU. R(X)I r\l v MANUAL LOCAL (NOTES 2 & 3) MANJAL STOP, CIJHFO.. ROOM (lfJTE 4) .--------MAMJAL STCf 1 LOCAl (NOTE 2 & 3) NOT R£CWDAMT ' ---I I I MANL,AL Cl)iTf!ll...

I CCtHRO.. ROOM (NO'TE 71 *!Ill* ..__, t f!WIUAI..

CON T RCl LOCAL (t<<>TES2&7) (NJTE 9 l ' CGITRCl. ROOM KANUAL CeNTRa.. LOCAL U<<lTE 2) 1 ST.\RT STtl' ....... ! _ _, I I NOTE II)' _ _.... __ .....__, () I LJ LOW SUCTION PRESS. AUX FEED PUMP RESET lRL018J R S SHIFT AUX. FEED PUMP SUCTION TO ESW lNOTE Sl 7 .e nJRBINE DRIVEN AUX. FEED Pl..tf' (f<<lTE 6) I TVRBI NE OR I VEN AU.'<, FEED PlW I FEEl]

V-'l.Vf:S L..:::: {NOTE 51 t.IJT C.R. f LOCAL nJRSINE SPEED COOTRCl STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP SPIN: AASFED STATUS: TURNED OVER TO U.E S.D.: 300 ITEM-9.1 4 I I I I 3 -"' I (i) NE 5. BY OiHERS r-.QTES: REV. DATE DRAWN 7 021999 DL Br-CHKD. SUPV. APPD. SKC AMR N/A INCORP. RFR-19332A.

REV. DATE DRAWN 8 092900 MAL CHKD. SUPV. APPD. SKC AMR N/A INCORP. RF R-205 77 A . ' -I, TRA II ROLS WIFP I: BREAKER 101BER 8

M.O.FP 2; BREAKER NUMBER LOCA' II.L s I

3. LOCAL. OVERRIDE ACTUATES AU.ffol [).)nfl.JL fi'JJM. 4. MJ>MVAL STCF liND PLU DVERRiOiES THE STAAT. /oiAMJAL STCP OVERRIOC ACTUATES "'-.Aft.!

IN WHAO.... 5 Cf'DVSHJT lr-fliCATI()l IN CCtHF!Cl. 6 PUHP OPERATING LIGHTS IN CONTROL ROOM 7 INDIVIDUAL FOR EACH VALVE 8 I NO I VI DJ.Al FOR EACH PLHP 9 THE TURBINE SPEED ('.()lTRO...

IS T'l'P I CAL ACnJAL. Hf'lEMOHATICtl MAY OOT INU.U(( SPHO CldTI!Cl.

I 0 mE Pt.W START MAY BE DElAYED AND SECUNCEO 1 F n£ EHERGENCY D I ESa POI'rER C.6PAB I L 1TY I S LESS THNi TI-lE TOTAL LOAD 1\'ITH ALL SYSTEMS STARTING THE 11M* DELAY IF USED MAY NOT EXCEED THE MAXIIoU4 STAATING TIME FOR lliiS SYSTEM II THE fV.fP START "'-JST BE SE.t(.EQ IN (LATCHED), 50 THAT LOSS OF THE AClUATICN 1\'ILL mr CAW:;F mE fl!Jo1P TO S T ()) IZ S,i-IU,i I ct 1'0

'E TO ON\.'{ AS-BUILT 7250064 S015 8 TIU.II FW:TIOOL AUXILIARY FEEDftATER PUMPS STARTUP I 2 I 1 '

l7900SZL BY BY P-4 REACTOR TRIP ITRAIN BJISHEET 21 N.E.S. STEAM GENERATOR HI HI LEVEL OR S.I. !TRAIN BIISHEET 131 -------------OTHERS I IBY OTHERSI I TURBINE PROTECTION SIGNALS

  • ENERGIZE MECHANICAL TRIP SOLENOID I BY STEAM GENERATOR HI HI LEVEL OR S.I. !TRAIN AliSHEET 131 N.E.S. P-4 REACTOR TRIP !TRAIN AIISHEET 21 BY OTHERS TYPICAL I NOTE 7 I TURBINE PROTECTION SIGNALS I BY OTHERS I DE-ENERGIZEt ELECTRICAL TRIP SOLENOID I REDUNDANT DEPRESSURIZE DEPRESSURIZE BY 1 BY OTHE:s I N.E.S. CLOSE INTERCEPTOR VALVES GENERA TOR PROTECTION SIGNALS IBY OTHERS! TYPICAL CLOSE CONTROL VALVES CLOSE INTERMEDIATE STOP VALVES

.. -30 SECONDS INOTE BY BY OTHERS I N.E.S. I EMERGENCY TRIP FLUID SYSTEM ! CLOSE L --. ----* -,. --j TURBINE MAIN STOP VALVES INOTE 31 t y P-9 -------. ISHEET 41 t \ ./ LJ 63 C J---.....

63 53 L ""L v I I FAST AUXILIARY BUS TRANSFER I NOTE 5 I TO GENERATOR TRIP L TO REACTOR TRIP I SHEET 2 I 7 REDUNDANT 11 10

  • REDUNDANT 7 " , 1 PB 505A T 0-+-ill .___ P-13 II PB 506A t I I I ! 1 TO P-7 I P-1 3 j .. (

I---REDUNDANT

/ I I l TURBINE POWER ITURBINE IMPULSE CHAMBER PRESSURE!

PB 505C C-5 C-5 BLOCK AUTOMATIC ROD WITHDRAWAL I NOT USED I HEET 9 I TO DEFEAT REMOTE DISPATCHING

!NOTE 41 IBY OTHERSl REDUNDANT TURBINE RUNBACK VIA LOAD REFERENCE

_,._ r r py py 505 505 TO SS001 AMSAC SEE DWG. J-1040-00007 SHEET 2 '--------NOTES: 1. THESE SIGNALS INDICATE THE CLOSING OF THE STOP VALVES. POSITION DETECTION IS ACCOMPLISHED BY TWO CONTACTS PER STOP VALVE. ONE FOR EACH TRAIN. THE LOGIC SHOWN IS FOR FOUR STOP VALVES. 2. EXCEPT WHERE INDICATED OTHERWISE, REDUNDANCY IS INDICATED IN REGARDS TO @ NUCLEAR ENERGY SYSTEMS REQUIREMENTS ONLY. 3. OPEN/SHUT INDICATION IN CONTROL ROOM FOR EACH STOP VALVE. 4. THE REMOTE DISPATCHING IS TYPICAL. ACTUAL IMPLEMENTATION MAY NOT INCLUDE REMOTE DISPATCHING.

REMOTE DISPATCHING IS NOT USED AT CALLAWAY.

5. GENERATOR MOTORING PROTECTION SHOULD NOT DEFEAT THE THIRTY SECOND DELAY. 6. THE REACTOR COOLANT PUMP BUS TRANSFER SHOULD BE COMPLETED WITHIN SIX CYCLES IN ORDER TO INSURE COMPATIBILITY WITH THE UNDERFREQUENCY TRIP OF THE REACTOR COOLANT PUMP CIRCUIT BREAKERS.

THE TRANSFER TIME LIMIT MAY BE EXTENDED ANOTHER 4 CYCLES TO A TOTAL OF NOT GREATER THAN 10 CYCLES. IF THE SYSTEM DYNAMICS ARE SUCH THAT A RCP TRIP DOES NOT OCCUR. THE 10 CYCLE LIMIT IS FOR PUMP MOTOR PROTECTION.

7. THE TURBINE-GENERATOR PROTECTION LOGIC IS ONLY TYPICAL OF THE ACTUAL HARDWARE DESIGN. SEE BECHTEL DRAWINGS FOR DETAILS. 8. THIS FUNCTION IS USED TO BYPASS THE REDUCED TEMPERATURE RETURN TO POWER CONTROL CIRCUITRY TO ALLOW TURBINE TESTING AND/OR TO DEFEAT THE C-16 ANNUNCIATOR SUCH AS WOULD BE REQUIRED DURING A PLANT COOLDOWN.

THIS FUNCTION IS NOT USED AT CALLAWAY.

NOT REDUNDANT

/-------

e C-3 OVER TEMPERATURE 6T 12/41 !SHEET 51 I TIME DELAY RELAY LOGIC !CYCLIC I C-4 OVERPOWER 6T I 2/4 I !SHEET 51 ! I OFF -i f-1 0-60 SECONDS TO DEFEAT REMOTE DISPATCHING I NOTE 4 I I BY OTHERS I REDUCE LOAD REFERENCE AT 133% PER MINUTE IBY OTHERSI NOT REDUNDANT 7 5 I MANUAL BYPASS FOR TURBINE TESTING/PLANT COOL DOWN I MOMENTARY I I NOTE 8 I C-16 LOW TAVG I SHEET 9 I y $ t u TO DEFEAT REMOTE DISPATCHING

!NOTE 41 IBY OTHERS! STOP TURBINE LOADING IBY OTHERSl INOT USED! STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS UNIT: SCP SPIN: AASFED STATUS: TURNED OVER TO U.E s.o.: 300 TAB 9-1

-=o*,.,.*w"',::-1.

I? 7127 194 MAL

-::;_ R E: !== u:. crS> TLir2.r-Jovr;;-e To UE:: INCOI2-F" 1-42>01 A. REV. DATE DRAWN 5 4 22099 RL W CHKD. SUPV. APPD. DJB AMR N/A INCORP. MP 95-1008. REV. DATE 7 112702 DRAWN CHKD. SUPV. RL W MAL TWS INCORPORATE RFR-21998A -wesTingilou*s*eiTectr; c-1orporot; on .. -NUCLEAR ENERGY DIVISION, PITTSBURGH.

PA .. U.S.A. fl. ... -* -----

... .-TITLE SNUPPS PROJECT FUNCTIONAL DIAGRAM TURBINE TRIP. RUNBACKS.

AND OTHER SIGNALS IW REQUIREMENTS!

0:*:---

IN INCHES l . -..... --.... -7250064 S01 61 7 I 3 I 2 l 1 1 D -c -B -A 1 I 2 I PRESSURIZER PRESSURE RELIEF SIGNAL !SHEET 51 ) ;f':----3 I 4 CONTROL SWITCH I ON MCB I I OPEN AUTO CLOSE I (NOTE 3 1/i.

... CLOSE OPEN I NOTE 5 I OPE'.N C.l.OSE

  • 6LOC.K V,._LVE NOT FULL O?EN l-8000,.. INOTE 51 I 2 T 3 \ BLOCK VALVE 1-BOOOA CONTROL SWITCH I ON MCB I _.--....._

OPEN CLOSE I !A (NoTE 'lJ'\ 4 I 5 I I 5 I WIDE RANGE RC3 I I I y TEMPERATURE

!NOTES 2 & 61 I I I I l I .., y AUCTIONEER LOW J -l. I I y +--------, P/ P*-F ftl T I I I I /A\ I NOTE 3 I

\.: T *---*----....., /"PB' Q) T I _?.. PS {_05o/_j - jp.\ I NOTE 3 I 6 WIDE RANGE RCS PRESSURE I NOTE r* f t I J ! J I I I l I t I I I I I I I I I I 7 I 8 REV. DATE DRAWN 3 P62200 MAL CHK D. SUPV. APPD. SKC AMR N/A REFLECTS TURNOVER TO UE. REV. DATE DRAWN 051101 RLW CHKD. SUPV. APPD. MAL AMR N/ A INCORP. MP 00-1005A ____ ._l TRAIN "A RCS COLD OVERPRESSURE MITIGATION ACTUATION I ON MCB I ARM BLOCK NOTES: 1. DELETED. 2.. PROT'EC."Tl.ON C::.AADE WtOE R.P..NEtE RC.S T'i:MPE:'P>..T\JR.E SI.C..N .... LS "11..'0 R.EL,..T'E\)

PROTEC."rtON SETS. 3. ,C..NNUI'IC.l..PI.Tt.ON l.N T'r\E. M,.,_1.t.l C.Ot.lTROL.

ROOh\ i.S REQU"I.R.Etl TO SE: V1.S1.8LE

\0 THE:

A.\ THE.

C.ON""t"!tOL RCOW\. 4 ..

GR>..tlE 'N1.bE RN-t<;ae P.C."3 l=ROM. P..

R'EL,...i'ED PROT't.C."Tl

.. ON Sci'. S. ST.&,T\JS L"LG.\-\TS M.U'li FOR.. 'E"'-H POR,'/ ANO BLOC.K, VA.LV'E. l>o.."T "lt4.'E. N\P..1..N C.ON"iR.Ol..

801'.Rt> 'TO W\4Et4 "'TI\e V""-l.:vE

!.S OR.. FULLY OP'EN. E.. "'T'\-\'E LOOP "WO \-\OT L."EG DR.. CoLt) LEG l!o..SS'!.t:.l<JM.E'N"i'S FOR Tl-\E Wl.t>E RA.%E R.C.<; IEM.P'ER..._I\JRC:

SLGNPI.LS r-..\UST 'BE' CCN'3I.STENT W1. T\-\ "T'\JoE RE.QU1.R.'E't<\ENT3 R.,VL\S P-Ntl PA..M.S. 1.4 00039 REFERENCE DWG: WESTINGHOUSE ELECTRIC CORP. INDUSTRY SYSTEMS DIVISION DWG. NO. 7250D54 SHEET 17 DRAWN IDATEI N/A CHKD. I DATEI N/A STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS SUPV. I DATEI N/A FUNCTIONAL DIAGRAM PRESSURIZER PRESSURE RELIEF SYSTEM (TRAIN Al UNIT: SCP SPIN: AASFED-04 LOCATION CLASS STATUS: TURNED OVER TO U.E SHOP ORDER: 300 ITEM: 9-1 6 I APPD. I DATEI N/A CALLAWAY PLANT UNION ELECTRIC COMPANY ST. LOUIS. MO. 7 I 7250D64-S017 8 REV. 4 D -c I--B I--A 1 D -c -B -A 1 I 2 I PRESSURIZER PRESSURE RELIEF SIGNAL !SHEET 51 ) , ____ ...,

.. -3 I NOTE 3 I CLOSE l ' J'f OPEN OPEN I

  • 6LOC.K. 'I/1>>,.UIE

\ -soooa

!NOTE 51 2 I NOTE 5 I T 3 \ I 4 CONTROL SWITCH I ON MCB I OPEN AUTO CLOSE I i BLOCK VALVE 1-BOOOB CONTROL SWITCH I ON MCB I _.--....._

OPEN CLOSE I (NOTE. 3) 4 I 5 I l I 5 WIDE RANGE RCS TEMPERATURE

!NOTES 2 & 61 ---II I1 II il . I I I I I I I I " .., 'If , AUCTIONEER LOW I I +--------, I l I I I I NOTE 3 I 6 WIDE RANGE RCS PRESSURE I NOTE n 1 J I I J I I I I 1 I I I l I I I I I I 7 I 8 REV. DATE DRAWN 3 P62200 MAL CHK D. SUPV. APPD. SKC AMR N/A REFLECTS TURNOVER TO UE. REV. DATE DRAWN 051101 RLW CHKD. SUPV. APPD. MAL AMR N/ A INCORP. MP 00-1005A i-: /.'+ 2: -------------...J ....: .I T *----" -*--..... I 1 / PB -..::39/I

@ /A TRAIN "B" RCS COLD OVERPRESSURE MITIGATION ACTUATION I ON MCB I ARM BLOCK ! !NOTE 31 .

T NOTES: -I 1. DELETED. 2. PROTEC.Tl.ON GIV\DE WtOE RII.N6.E R.CS \EMPERA.\\JR.E.

51.C.NA.\..S I=R.OM.

"8" RE:\."'-T'ED SeTS. 3 *

!N T\-\E. W\!1.1.N.

CONTI\0\..

R.C"Oflo\

1.5 R,'EQU"!.R.Etl TO BE: Vl.Sl.Sl..E" TO Tl-l.E J>>.& THE MF>.1.N c.ot-rntoL ROOM.. 4. PRO\'GC.T"t.ON GRM:lE Wl.\::'IE 1\:o.MC:IE

?...C.'i PR.E.SS\JR.E S"tC":aNP..L

'FR.ONI. ,.,_ "B R.tLP..TEO PROTtC.T'tON SE."T. 5. STA.TUS Ll.G.\-l\S M.V'3T t!lE: PR.OV"Ltl'E:" i=OR., 'EP...C.'r\

POR..'I ANO POR.V BLOC.\(. Vr>..\..'/'E.

Po,.\

C.Ot.lTil..OL 60P..R"D 10 UI.{)1.CA.\E

"""""'* VA..\...'I'C.

tS C..I..OSC.il OR_ F\JLL'l' OPEN. 6. THE RC.S LOOP A.NO LeG OR.. C.oLD LEG. ;...'SS1.1;.!1.1Mt::NT3 FOR. \\-\E W"t.OE R..C.S Sl.G.NP.\..5 MUST SE" CONSI.STENT Wi..TI-\ \1-\E Fait, R..VL\S f>..Nt)

M 711 00010 REFERENCE DWG: WESTINGHOUSE ELECTRIC CORP. DWG. NO.

SHEET 18 DRAWN IDATEI N/A CHKD. I DATEI N/A STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS SUPV. I DATEI N/A FUNCTIONAL DIAGRAM PRESSURIZER PRESSURE RELIEF SYSTEM (TRAIN Bl UNIT: SCP SPIN:

LOCATION CLASS STATUS: TURNED OVER TO U.E SHOP ORDER: 300 ITEM: 9-1 6 I APPD. I DATEI N/A CALLAWAY PLANT UNION ELECTRIC COMPANY ST. LOUIS. MO. 7 I 7250D64-S018 8 REV. 4 D -c I--B I--A I T EAM RESET !NOTE 7) CONTAINMENT PRESSURE NARROW RANGE STEAM GENERATOR WATER SEE TABLE) J 0 c TEST NORMAL -( *

!NOTE 5) !NOTE 2) ' SG1 I L B I 551F I

_l LB' 551 1!;/ ,_ I I I I () () C) ------------------------------------------

NOTES: 1.THE ENVIRONMENTAL ALLOWANCE MODIFIER ON THIS SHEET IS APPLICABLE TO CALLAWAY UNIT 1 ONLY. SEE SHEET 7 FOR THE STEAM GENERATOR LOW-LOW WATER LEVEL REACTOR TRIP LOGIC APPLICABLE TO WOLF CREEK UNIT 1. 2. THIS LOGIC IS SPECIFIC FOR PROTECTION SET I. IT IS TYPICAL OF THE LOGIC IN PROTECTION SETS II, III, AND IV. BISTABLE TAG ARE FOR PROTECTION SET I ONLY. 3.THIS LOGIC IS REDUNDANT AND IS PERFORMED IN THE SSPS. 7 4.LOGIC INPUT COMES FROM THE(EAM]LOGIC IN THE OTHER PROTECTION SETS. 5.0NE COMMON ANNUNCIATOR WINDOW FOR EACH STEAM GENERATOR IS SHARED WITH ALARMS GENERATED IN THE OTHER PROTECTION SETS. 5.0NE COMMON ANNUNCIATOR WINDOW IS SHARED WITH ALARM GENERATED IN THE £l OTHER PROTECTION SETS. 7.THE EAM RESET CONSISTS OF FOUR SWITCHES LOCATED IN THE PROCESS CABINETS.

ONE PER PROTECTION SET. MOMENTARY ACTUATION MAY BE REMOVED PROVIDED THE ADVERSE ENVIRONMENT STEAM GENERATOR LOW-LOW WATER LEVEL SETPOINT IS ENABLED WHENEVER THE SWITCH IS IN THE TEST POSITION.

Li5 / PROTECTION CABINET .,. 1 2 3 S/G NORM ADV NORM ADV NORM ADV 1 LB-551F LB-551A LB-519F LB-519B LB-518F LB-518B 2 LB-529F LB-529B LB-552F LB-552A LB-528F LB-528B 3 LB-539F LB-539B LB-553F LB-553A LB-538F LB-538B 4 LB-554F LB-554A LB-549F LB-549B LB-548F LB-548B CTMT PRESS PB937E PB935E PB935E 3 """"' 4 NORM ADV LB-517F LB-517B LB-527F LB-5278 LB-537F LB-5378 LB-547F LB-5478 PB934E !NOTE 2l 2 1 REV. DATE 6 010305 JHK INCORP. MP 04 1 004.

1 INCORPORATE AC 05-000149, RFR 200505779

LY 517 NARROW RANGE STEAM GENERATOR WATER LEVEL L Y L Y 528 537 TO SS001 AMSAC LY 548 SEE DWG. J-1040-00007 SHEET 2 I I I , LOOP 1 7 'mrrn:_ 4) 2/4 I NOTE 3 l STEAM GENERATOR LOW-LOW WATER LEVEL REACTOR TRIP 1 nnP 2 ( FAM ) !NOTE 4) 2/4 LOOP 3 ( EAM )

4l 2/4 I QQP 4 ( EAM ) !NOTE 4) 2/4 nt C) REACTOR TRIP !SHEET 2l I I * ' ' ....... _..., __ _..--v--AUXILIARY FEEDWATER PUMP START-UP LOGIC & FEEDWATER ISOLATION

!SHEET 15) c B W) Westinghouse E I ectr i c Corp oration WATER REACTOR OIVISIONS

-MONROEVILLE PA. U.S.A I T WESTINGHOUSE PROPRIETARY DATA THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION OF THE WESTINGHOUSE ELECTRIC CORPORATION WATER REACTOR DIVISIONS.

IT IS TRANSMITTED TO YOU IN CONFIDENCE AND TRUST, AND IS TO BE RETURNED UPON REQUEST. ITS CONTENTS MAY NOT BE DISCLOSED IN WHOLE OR IN PART TO OTHERS OR USED FOR OTHER THAN THE PURPOSE FOR WHICH TRANSMITTED WITHOUT THE PRIOR WRITTEN PERMISSION OF THE WESTINGHOUSE WATER REACTOR DIVISIONS.

I

& MACHINE HOTES ,***on*

srr 9171. r:w a ........

.. ,aurA,..-cao-n-A-"" flAC'"t&JIII

!ftla Q I wH .. ..::IE--*"'fl'JIIa

-..u-,*

.................

..-"J..I' ..-. ............................................ a .. .dl ......,..

n -*= r'3"t' ...... --*--**--*-

J r .... ,...,. .. M:I "'M'r*m 1.-5 THIRD ANGLE PROJECTION UNIT: SCP S.D.: 300 SPIN: AASFED STATUS: TURNED OVER TO U.E. DRAWING NO. REV. 7250064 S019 7 TITLE SNUPPS PROJECTS FUNCTIONAL DIAGRAM ENVIROMENTAL ALLOWANCE MODIFIER SIZE DRAWING 7 f') c,..... r"\ r II D NUMBER. I L..,) v u v i REV., ID MENS ONS IN INCHES SHEET SHEET 19 1 f (t!I) c t!I -NEUTRON FLUX DIFFERENCE BETWEEN UPPER AND LOWER LONG ION CHAMBERS A 1 , A 2 -LIMIT OF f (t!I) DEAD BAND B 1 , B 2 -SLOPE OF RAMP; DETERMINES RATE AT WHICH FUNCTION REACHES IT'S MAXIMUM VALUE ONCE DEADBAND IS EXCEEDED C -MAGNITUDE OF MAXIMUM VALUE THE FUNCTION MAY ATTAIN NOTE: f (t!I) = 0 FOR OPDT FOR ALL INPUT VALUES . lt026-50 t!l REV OL-12 11/01 CALLAWAY PLANT FIGURE 7.2-2 SETPOINT REDUCTION FUNCTION FOR OVERPOWER AND TURE t.T TRIPS MAIN CONTROL BOARD RESET (A) MECHANICAL LINK AND BARRIER TRIP (A} RESET (B) ----_...,....

--+lllo-TRIP (B) ME CHAN I CAL L1 NK AND BARRIER TRIP (A}

MAIN CONTROL BOARD I

MOMENTARY (B) f-MOMENTARY I RESET REACTOR TRIP (A) () REACTOR TRIP {A) AND SHUNT COIL TO (A) REACTOR TRIP SWGR I I I RESET REACTOR TRIP (B) ) REACTOR TRIP (A} AND UNDERYOLTAGE COIL TO {A) LOGIC CABINET, SSPS () REACTOR TRIP (B) AND SHUNT COIL TO (B) REACTOR TRIP SWGR I I () REACTOR TRIP (B) AND UNDERYOLTAGE COIL TO (B) LOGIC CABINET, SSPS Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 7.2-3 REACTOR TRIP/ENGINEERED SAFETY FEATURES ACTUATION MECHANICAL LINKAGE -

Definition Hand Switch in1>ut to logic Process Sw1tch input to logic Output exists only when all inputs are present Output exists only when one or more inputs are present Output exists only when mput 1s not present Output ex1sts only when input has been continuously present for a preset *t*me and remains present Output ex1sts only when input IS present and for a preset time after the input IS not present Set output ex1sts when set mput IS present & continues until the reset input IS present. Reset output exists only wt.en set output 1s not present. Output extsts only when at least A out of B 1nputs are present Output ex1sts under special conditions not otherwise noted. Digital output only when input IS lowe* than setpoint D1gital output ex1sts only when input ts h1gher th<m setpomt Output IS electncally isolated from input Test s1gnal can be mserted manually 111 place of normal signal RED (R) GREEN (G) AMBER (A) WHilE (W) Operating I --Not ope1ating Warnmg, take note l Adv1sory mformat1on

' Input to annunctator Input to computer Resultant act1on mt1ated by lo:J,.; Log1c contmuation DRAWING NUMBERING ref. J-0601 Numbermg conl01 ms to Bechtel E:ng1neenng Procedure 6-E. Sheet numbers to mstrument loop numher5. Function MANUAL INPUT PROCESS INPUT AND OR NOT ON DELAY OFF DELAY (TIMED MEMORYl MEMORY COINCIDENCE MATRIX SPECIAL LOW BISTABLE HIGH BIST ABLf ISOLATION rEST DEVICE LIGHT ANNUNCIATOR COMPUTER OUTPUT ACT ION CONTINUATION Symbol *

-

8 5P S.P--+-[ 150. T>--------------

__ T:..cE::...:5::...:T

___ *---0 General Notes 1 . 2. 3. 6. 7 8. 9. 10. 11. 12. 13. Log1c syrnbcls represent system functiOns and do not necessarily duplicate cuit arrangement or dev1ces. log1c diagrams do not mherently 1mply energ1zed, de-energ1zed.

or other circuit operation states.

equipmP.ott will change state when a change IS initiated, and will rem;un 111 tn1s Slate until a change to another state IS mitiated.

Process eqUipment will remam 111, or return to, the original state after a loss and restoration of power, unless otherwise noted. lnl;erent equipment interlocks such as cncuit breaker trip free and reversing startmg cross mterlocks ilre not shown. Some protect1on actions are shown also as start prem1ssives.

Tnp-free design prevents equipment oper at10n when a protection actiOn exists, even if a start permissive IS not prov1ded.

F mal instrument setpoints are shown elsewhere.

Set points shown on control logtc diagrams are approxtmate.

See electncal drawmgs for details of equ1pment electncal overcurrent, short and differential protection and space heaters. Tne memory, reset, and start premisstve logic associated with the operation of electncal protectiOn dev1ces 1s not shown. Electrical auxiliary system breakers are reset by operatton of the control room switch to trip. Mechanical auxthary system cucuits are reset by operation of a switch at the sw1tchgear or motor control center. T 11e test control sw1tches at the sw1tchgear which functton only when a circuit breaker IS 111 he test pos1t10n are not shown. All cor trois, except mterlocks with other equipment, function when a cu cutt breaker 1s 111 the test position to allow c1rcuit testing. The log1c to shO\A' that valve and damper position lights are both on when the eqUipment ts m a mtermed1ate pos1tion is not st*,own. l1m1t and 1orque switches to stop valve and damper motor actuators at the end of travel are not shown on the log1c. The valve type and required actiOns wtll be noted on the chagram when available.

Solenotd pilot operated valves are held in position by limtt switches (or relays) unless otherwise noted. til z 0 -000 001 099 100 Local tn mam control room Maul control room panel 1ref. dwg. 1 Local 111 f1eld Z<! 101 Fwld control panel (ref. dwg. 10466-J-06SO)

Plant o--> <!CC. (.)()') OCD ....J<! 900-999 LC MCC SWGR 4 80 \1 load center 'Vlotor control center Sw1tci .gear CALLAWAY PLANT Rev. Ol:O 6/86 FIGURE 7.3-1 ENGINEERED SAFETY FEATURES ACTUATION SYSTEM (BOP) (SHEET 1)

CONTAINMENT Pt.JRG,E CONTROL R(X)t.A VENIILAIIQt:!__l_5QLAIION

' ( '5f!PIII\,A

""Ti(.)t'J CJIAV\.!Pi " MANUJ[JJo...L

  • t::Tu A.. TI/ON C tSA..

-I) --*n . .H-"t) Tll" T t--*TP;T CQr.,.,.,b...INN\£NT

""""1\E 1'50t...._TIOf'-.ol I) TO

-"""'"" ('SLR'AA"Tt()l..l (u>P A ....UT.!>)

MOTOR OA.IVtiN FE£-D-NATCR \ .....

G,A:<:>o...iP

$) 8 7 Pu-.E I'SQLATION e.AOUP'4) 5TU'M 5VI'f'L""( VAL.VES TO :S-r.A..A'f'

(-.oN OfK>VP t) 6 I I ... ,. I I I I I I I I I I I I I I I I I I I ,..,..., I ,.

't') J TlPST I G.r<.AT !5 4 G.KP.l ,.,. (54::P,tiii.RA.TK>N

('SEALR.A.YtOf'.l QA()UP I) bROU.P 4) . . .. .... '$. P . M""'NU .O..L. 1\AANUAL.

  • ACTUATI('.;:lor-.a J>.C..TUA..TtON

('SEP,o...AATtON a.R.0u. P I) GRl:X.LP 4-) ' " t FOR LEG.ENO OF SYMBOL'S , SE'E SHEET I -Z...'!Stt<aNAL 1'5 TO 6E PfV\IIOED e'f THE SELl-ER FOR .-.LL .A..NNLN:I...._TOR A.NO COMP'L.f'TER INPUTS.. b. * &JVER $UPPUED CQNTRCM.,.

Jll'IOOM.

AtR tNTA..Kt!

CO.ASEOUS RJ!t,[)t()A£.Tf"o'£ JW:)NITOJ!t (e) roR Tft1P FOR tl..,FCP'51.1l5 OF M .... tN FEEO PUMP (B) I R)R TRIP

'S."TE,._N\

G,E:Ne;RATOR LOW-LOW LEVEL SIG.N,I!o.L I

STEA...M GoENERATOR LCW-LOW l.J:?VEL I I I I I I I ___ l _____ _

vEN'Tt\...ATION

('lSEP...-TION G.RoUP I) ----.,.-----------

1 FL!:L BUILDING VENTILATION I .......,.a*

""""""" VENT)(.../ft...TK)fo..j ....

co,AOUP*)

ISOLATION TEST .... FuEL e.utL..Dt......,._

STEAN\

I....C::NV-l,..OW LevEL SIGNAL IN TWO

'-E.NER.to:

5TEA..M. <ili.ENER

.... "TOR v:>w-I..D'N Star.NAL tN r&too'JTl L05o5 OF P()rliiVE.R ..............

l'l Of: P()HER RADI..a."'TION 8UfL01NE.

R .... OIATION MONITOR (&) ZZ...C61' t5 Co.tTH............rr t<6()L..A.TlOW SI6WA.L;o A _ _ _ 2!!.C.Jinlt'S 1:5 C()lrrrl'ff\(".)t.... 'VEWTM:..A."lllN

'StO..,I'\L.. .a:.ot.5t6 JS "'o..¥"S:,.'( Wn(.,.-W)M. ....... Ullff& _., et U)(.IQ'(J)

OOilli!IJIST..U..

26. AMS/lC Nl'UTS ARE ISOlATED BY RElAYS 27. CPIS actuation logic shown maybe blocked during CORE ALTERATIONS or movement of irradiated fuel assemblies within containment.

MA.Nl.Uirr-L..

Arlr.Ct\Ja..TK)fl.l..

MANl.JA,L .to..e..Tu-..,-tUNW

-=>.fP 4)

MMP\.C l5Q...A,.....

t!i/'OIIf'

..... @¢....-_,_>_ 5 t .. ....... "'""'-"' ..... VS>I11L""""'

(!!* .... _,...,.. -*) ---c___. 4 FUEL Vi5;N'T1 L ""'-T ION

--r== 3 CALLAWAY PLANT FIGURE 7.3-1 LOGIC DIAGRAM ENGINEERED SAFETY FEATURES ACTUATION SYSTEM (BOP) (SHEET 2) REV. 14 5/12 H G F E 0 c ALPT37* (SEPARATION CJROUP I)

  • ALPT384' (SEPARATION GROUP 2) ,....... _______ FROM A\J'I... FEE.DWi'\ER FROM

% AC.TU/\TION AND RESET BUTTOI-J ( SE.PAP""l10N

......_ ____ ... -,-...... GROUP I) . (APP P\ 5\-H z.) 5 R ( B-7)
  • TRANSFER AU'/.. FEEDVVATER PUMP SUCTION TO ESW ( SEP,O...R,C::...TION GROUP I) MOTOR DRIVEN AC..TUP\T\ON (GROUP \) (P\PP. £:\. 5HT2.) (

.___ __ FROM P....UX. FEEDWATER TURB\NE DRIVEN ACTUATION (CJROUP c) (APP P>\ SHT 2)(A.-(o)

ALPi39 * (SEPARATION GROUP 4) NOTE5: R5 / I. FOR LE.GE.ND OF SYM'OOL'O 5EE SHEET\. 2.. 5\C::!NAL 1'5 TO BE PROVIOE.D BY THE SELLER FOR ALL ANNUNC\1\TOR.

AND COMPUTER INPUTS. 3.

  • BUYER SUPPL\E.D FROM FEE.DWF\TER MOTOR DRIVEN F\C..TUP\TION (GROUP 4) (P>\PP A 5HT. 2.)(A-7) 4 ALPT37J ALPT38J& ALPT:39 PRESSURE TRANSMITTERS FOR FEEDWATER PUMP HEADER LOW SUCTION PRESSURE.
5. BISTABLE "TRIP" LIGHTS MAY BE LOCATED ON THE BI5TABLES
    • . ...____ FRON\ AUX. FEE.DWATE R TURBINE DR.IVEN ( GPOUP 2) (P.PP A 5\-\T.2.) (A-<o) L---FROM MANUAL AC..IUA"TION AND RESET BU\TOt-...1 ( SEPAR.A.\IOt-..1 GROUP 4) (APP A 5HT z.) TRANSFER f::...U'k FEEDWATER PUMP SUCTION ( B-7) TO E6W ( SEPP\RATION CJROUP Ll) REV OL-13 05/03 CALLAWAY PLANT FIGURE 7.3-1 LOGIC DIAGRAM ENGINEERED SAFETY FEATURES ACTUATION SYSTEM (BOP) (SHEET 3)

ANALOG TESTING , .. MASTER RELAY TESTING FINAL DEVICE OR ACTUATOR TESTING 1 .. LOGIC TESTING -I BISTABLE INPUT LOGIC CIRCUIT MASTER RELAY SLAVE RELAY MOTOR STARTERS SLAVE RELAY MOTOR STARTERS r---SLAVE RELAY BREAKER SLAVE RELAY SLAVE RELAY --

SOLENOID VALVES MOTOR OPER. VALVES SOLENOID VALVES MOTOR OPER. VALVES PUMP MOTORS ACTUATORS ACTUATORS I Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 7. 3-2 TYPICAL ENGINEERED SAFETY FEATURES TEST CIRCUITS

  • TEST LIGHT OS* DEV 3 ILLUMINATED PUSHBUTTON SWITCH WITH 28V LAMP NO. 327 (EXCEPT AS NOTED) REAR OF PANEL I 2 5 3 CONTACT LOCATION SCHEME 8666-103 GENERAL NOTES:
  • I. CIRCUITRY AND HARDWARE FOR REDUNDANT PROTECTION TRAINS "A" AND "B" TEST CABINETS ARE DUPLICATE EXCEPT AS NOTED A -TRAIN "A" ONLY B -TRAIN "B" ONLY 2. IN DETAILS A & B THE SYt.eOL
  • REPRESENTS THE SUFFIX NUMBERS OF THE DEVICE REFERENCED.

EXAMPLE: K* -SPS RELAY, K601, K602, ETC. K(O} -OPERATING COIL K(R) -RESET COIL S* -STC TEST SWITCH, S802, ETC. K8* -STC RELAY, K811, K817, ETC. OS* -STC LIGHT, DS8009, DS8077, ETC. 3. "DETAIL A" & "B" TYPE CIRCUITS ARE DETAILED ON THE SCHEMATICS. "DETAIL B" CIRCUITS WILL BE SUBSTITUTED FOR "DETAIL A" Cl RCUITS WHERE REQUIRED.

LOCATION LEGEND SPS -SOLID STATE PROTECTION SYSTEM STC -SAFEGUARDS TEST CABINET ! -SWGR, MCC, AUXILIARY RELAY RACK, ETC.

SAFEGUARDS CABINET TERMINAL NUMBERS r TYP . ..,..------4.._

TERMINAL L21 S* L22 I RESET I S821 (..) K8* < STC I J802 J801 I I SPS ALL VARISTORS ARE GEV 130LA20A (8) DETAIL A TYPICAL PROTECTION ACTUATION CIRCUIT BLOCKING SCHEMES (CONTACT CLOSURE FOR ACTUATION)

DETAILS A AND B OF THIS FIGURE ARE NOT TO BE CONFUSED WITH ALPHA DESIGNATION OF LOGIC TRAINS A AND B. NUMBERS (I 0) ALL VARISTORS ARE GEV 130LA20A DETAIL 8 TYPICAL PROTECTION ACTUATION CIRCUIT BLOCKING SCHEMES (CONTACT OPEN lNG FOR ACTUATION)

CALLAWAY PLANT FIGURE 7. 3-3 Rev. OL-0 6/86 ENGINEERED SAFEGUARDS TEST CABINET (INDEX, NOTES AND LEGEND)

CLOSEST TO RHR SPRING P.ETURN TO AUTO FROM BOTH SI[IES RCS HIGH PRESSURE' RC3 :tiGH PRESSURE" RECiRCULATION LINE ISOLATION VALVE CLOSED RHR PUMP/RWST ISOLATION VALVE CLOSED SUMP LINE ISOLATION VALVE CLOSED -----. .,. ALARM SETPO I NT ** PREVENT OPEN SETPOINT OPEN 8555-105 MCB AUTO CLOSE -----, VALVE NOT FULL CLOSED CONTROL OPEN VALVE ROOM ALARM CLOSE VALVE NOTE: LOGIC FOR VALVES IN EACH FLUID SYSTCM TRAIN IS IDENTICAL CALLAWAY PLANT Rev. OL-4 6/90 FIGURE 7.6-1 (SHEET 1) LOGIC DIAGRAM FOR OUTER RHRS ISOLATION VALVE CLOSEST TO RCS SPRING RETURN TO AUTO FR().1 BOTH SIDES OPEN 13,597-56 MCB AUTO CLOSE NOT RCS HIGH PRESSURE*

RCS HIGH PRESSURE**

RECIRCULATION LINE ISOLATION VALVE CLOSED RHR PUMP/RWST ISOLATION FULL CLOSED VALVE CLOSED ------, SUMP LINE ISOLATION VALVE CLOSED -----,

  • ALARM SET PO I NT ** PREVENT OPEN SETPOINT OPEN VALVE CONTROL CLOSE VALVE ROOM ALARM NOTE: LOGIC FOR VALVES IN EACH FLUID SYSTEM TRAIN IS IDENTICAL CALLAWAY PLANT Rev. OL-4 6/90 FIGURE 7.6-1 (SHEET 2) LOGIC DIAGRAM FOR INNER RHRS ISOLATION VALVE Safety Injection Signal Control Board Switch Maintain Close, Spring Return From Open to Auto OPEN AUTO CLOSE AND AND Close ACCUMULATOR ISOLATION VALVE *This interlock indicates the method of applying automatic opening of the valve, whenever the RCS pressure exceeds a limit. This signal automatically occurs at RCS pressures above the S I unblock pressure used to derive P-11. Safety Injection System Unblock Pressure Signal (From RCPS)* Safety Injection Signal CALLAWAY PLANT FIGURE 7.6-2 FUNCTIONAL BLOCK DIAGRAM Rev. OL-0 6/86 OF ACCUMULATOR ISOLATION VALVE RWST LEVEL CHANNEL BISTABLES I) NORMALLY DE-ENERGIZED
2) DE-ENERGIZED ON LOSS OF POWER 3) TRIP SIGNAL PROVIDED WHEN ENERGIZED
4) ENERGIZED ON LO-L0-1 SETPOINT A TRIP SIGNAL TO AUTOMATICALLY OPEN SUMP ISOLATION VALVE 8811A {CON'T ON SHEET 2) NOTE: WHEN 881 lA IS FULL OPEN. RWST VALVE (TO RHR PUMP) 8812A WILL CLOSE (SEE SHEET 3) 13.597-37 PROCESS CONTROL CABtNETS 2/4 SOLID STATE PROTECTION

'----r----'

CAB I NETS B TRIP SIGNAL TO AUTOMATICALLY OPEN SUMP ISOLATION VALVE 8811 B (CON'T ON SHEET 2) NOTE: WHEN 881 IB iS FULL OPEN. RWST VALVE (TO RHR PUMP) 88128 WILL CLOSE (SEE SHEET 3) CALLAWAY PLANT Rev. OL-0 6/86 FIGURE 7.6-3 (SHEET 1) SAFETY INJECTION SYSTEM CULATION SUMP AND RHR SUCTION ISOLATION VALVES RHR OUTER ISO. VALVE CLOSED MANUAL RESET SPRING RETURN 0 RWST/RHR SUCTION ISO. VALVE CLOSED INTERLOCK TABLE 8811 A 8812A LMT 881 I B 8812B LMT I OPEN 8555-108 SPRING RETURN TO AUTO AUTO CLOSE MCB rTRiP I FROM 2/4 I RWST LO-L0-11 I LEvEL s I G NA L I I (CON'T FROM I J CLOSE VALVE TB-TEST BUTION 8702A 8702B OPEN VALVE LMT LMT SW1tl 8701A IB APPLICABLE VAIV LMT SW#I LMT SWf/2 DESCRIPTION TRAIN A B SUMP TO ,, I RHR PUMP 8811 A SUMP TO 2 RHR PUMP 8811 B LIMIT SWITCH IS THE NORMAL POSITION SIGNAL AND IS USED FOR POSITION SIGNALS BETWEEN VALVES ASSIGNED TO THE SAME TRAIN. LIMIT SWITCH #2 IS THE STEM MOUNTED POSITION SWITCH AND IT IS USED FOR POSITION SIGNALS BETWEEN VALVES ASSIGNED TO OPPOSITE TRAINS. Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 7.6-3 (SHEET 2) SAFETY INJECTION SYSTEM RECIRCULATION SUMP AND RHR SUCTION ISOLATION VALVES SPRING RETURN TO AUTO BOTH SIDES MCB SUMP SUCTION ISOLATION VALVE *CLOSED OPEN OPEN VALVE AUTO CLOSE CLOSE VALVE INTERLOCK TABLE 8812A 8812B -H SUMP I SOL. VAL. 8811 A 88116 LMT SW ***I LMT SW ** I TRAIN A B 13,597-38 SUMP SUCTION ISOLATION VALVE OPEN TB-TEST BUTION APPLICABLE VALVE DESCRIPTION RWST TO #I RHR PUMP 8812A RWST TO #2 RHR PUMP 8812B LIMIT SWITCH #I IS THE NORMAL POSITION SIGNAL AND IS USED FOR POSITION SIGNALS BETWEEN VALVES ASSIGNED TO THE SAME TRAIN. CALLAWAY PLANT Rev. OL-0 6/86 FIGURE 7.6-3 (SHEET 3) SAFETY INJECTION SYSTEM CULATION SUMP AND RHR SUCTION ISOLATION VALVES 1 I D -c -OPE'.N B -A 1 I 2 I PRESSURE ( RELIEF SIGNAL !SHEET 51 \.'7<:---/4\ 3 I 4 PCV-455A CONTROL SWITCH I ON MCB I *OPEN AUTO CLOSE I

..... .) I NOTE 3 )

CLOSE 6LOC.K '1/-,..,LVE l-BOOO/Io..

I NOTE 5 I 2

  • OPEN **

I NOTE 5 I C.l.OSE. NO'T FUt..L I 3 BLOCK VALVE 1-BOOOA CONTROL SWITCH ,---I ON MCB I ..,__...-.._

OPEN CLOSE \ /A

'lj"\ I 4 I 5 I I 5 I 6 I 7 I 8 REV. DATE DRAWN 3 bGzzoo MAL CHKD. SUPV. APPD. SKC AMR N/A REFLECTS TURNOVER TO UE. WIDE RANGE RC3 WIDE RANGE RCS PRESSURE I NOTE 4 I I I I y TEMPERATURE

!NOTES 2 & 61 I I J I l I lf 'Y AUCTIONEER LOW * -l. I I .. +----P_/ ----, r* f t I J ! J I I I l J t I P*f ftl I REV. DATE DRAWN 4 051101 RLW CHKD. SUPV. APPD. MAL AMR N/ A INCORP. MP 00-1005A T I I I I NOTE 3 ) I I I I I I_ I I 2::

_J "' _) T t---*----....., I _1 /PS {ossJI @ /A I NOTE 3 I TRAIN "A RCS COLD OVERPRESSURE MITIGATION ACTUATION I ON MCB I ARM BLOCK NOTES: (1. DELETED. I 'l.. PR.O"T'EC.Il.ON

<:;AAOE WtO'I! RP..NC":JE.

RC.S Ti;to\PE:?>..T\JR.E S"t.C.NIII.LS FROh\

"- R..ELJOo.."TE\)

PROTEc:n.ot-.1 SZ"TS. 3. P..NNUI'iC.t.PI.'T1..0N lN THE. M"'1.N C.ONTROl.

ROOh\ 1.'5 R.'EQU1.RE"D TO BE: V1.S1.8LE

\0 THE OPE.P..la..IOR

/"o.\ THE.

C.ON"rn.OL RCOflo\. 4.

GR>..t'lE

'N"tt:IE P..C."3 l=R.ONI. it.. ... p.:*

S'C.\

  • S. ST.&.TUS L.l.G.HTS M.U'!Si" i!IE PP..0'/1.l)E'O FOR.. El'C..r\ POR..'-1 ANO POQ..V BLOC!(. VA.LV'E. Po.."T "1"\--\'E:

N\P..L.N C.ONIR.OI...

SOI'.RO 10 '"I.llCii.c;...-n::

WHEN -rwe:

l.S All-L"'l OR... FULLY OPE:N. 6. 1"\--\'E LOOP L"EG DR.. CoLD LEG Jlo.SS1.t:.ltJM.a.l'TS FoR.. T\--\E R..C.S "TEM.P'ER.,.._"TUR.E 1'>1'\.JST BE W1. 11-\E. R.'IL\S p..Nl)

1.4 00039

STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS REFERENCE DWG: WESTINGHOUSE ELECTRIC CORP. INDUSTRY SYSTEMS DIVISION DWG. NO.

SHEET 17 DRAWN IDATEI N/A CHKD. I DATE! N/A SUPV. I DATE! N/A FUNCTIONAL DIAGRAM PRESSURIZER PRESSURE RELIEF SYSTEM (TRAIN Al UNIT: SCP SPIN:

APPD. I DATE 1 LOCATION N/A CLASS STATUS: TURNED OVER TO U.E SHOP ORDER: 300 ITEM: 9-1 6 I CALLAWAY PLANT UNION ELECTRIC COMPANY ST. LOUIS. MO. 7 I 7250D54-S017 8 REV. 4 D I--c I--B I--A 1 D -c -B -A 1 I I ' 2 Jf' I 3 PRESSURE ( RELIEF SIGNAL !SHEET 51 \_'7<:----

L-__.,. /4\ ,. 7 \. J {\ I NOTE 3 I

__

CLOSE OPEN PCV-456A I NOTE 5 I OPEN Cl..OSE I

  • 6LOC..K '/P..LVE.

\ -aoooa --*----------------

I NOTE 5 I 2 NO\" r\.JLL OPEN I 3 \ I 4 PCV-456A CONTROL SWITCH I ON MCB I OPEN AUTO CLOSE I i BLOCK VALVE 1-80008 CONTROL SWITCH I ON MCB I ..,__...-..._

OPEN CLOSE I 5 I l WIDE RANGE RCS TEMPERATURE

!NOTES 2 & 61 ---II I1 II il . I I I I I I I I ... ... 'If w AUCTIONEER LOW I I +--------, I i (TB p _/ 'X_13J p .. f ftJ 6 -L WIDE RANGE RCS PRESSURE I NOTE 4 I n 1 J I I J I I I I 1 I I I l T I I I ( NOTE 3 ) I I I I I I /.'+ I 2: -------------...J " J T *------.--..., TRAIN "B" I RCS COLD OVERPRESSURE MITIGATION ACTUATION I ON MCB I ARM

/A\ l INOTE 31 NOT'E.S: -I 7 I 8 REV. DATE DRAWN 3 b62200 MAL CHKD. SUPV. APPD. SKC AMR N/A REFLECTS TURNOVER TO UE. REV. DATE DRAWN 4 051101 RLW CHKD. SUPV. APPD. MAL AMR N/ A INCORP. MP 00-1005A

1\--/4\--l--/

1. DELETED. 2. PROTEC.TtON GJV...DE WtOE ReS \EMPERA.'TVR'E.

51.C..NP.LS I=R.OM. i"IV\1.1\1

.. a," REL"TEt>

SeTS. I * (NOTE. 3) 4 I 5 I '3. A.NNUN.C1.P..1'1..0io&

t.N T\JiE IV\11.1.N.

C.Ot-lTRO\..

R.C"OM. 1.5 R,'EQU"tR..'Et)

TO BE: V't.S!.SLE' TO T'rl&E O?ER:>..\OR.

/1\.""£ THE MI\1.N ROON\. 4-PF...OTIC.C.TION GRJ\.t:IE Wl.tiE P..N-lC:.E PR.ESSIJR.E ST.GN.Pt.L FR.OM. ,.,__ "B R.tLP..TE.D PRO'T'i:.C.T"tON Sl;.'T. 5. S'Ttr..TUS L'I.G."-TS M.V'3T ee: PR.OV'I.tl'E:\)

E:P...C.\-\

POR.,'/ AN'O PORV Sl..OC.K Vr>..LVE 1'-\P..."t.N 60P..Rt) 10 1J*-I.\)1.CA.\E l'o--l\E' VJ>...\..'IE tS C.LOSC.il OR. FULL'\' OPEN. E.. 11-U:: RC.S LOOP A.ND LEG OR.. CoLI:l LE<3 FOR.. T\-\E. W"t.OE ?J..t-tc;.e.

R.C.S S1.G.N ""-'-S MUST BE' C.ONSI.'5TENT W"LT\-\ -n-\E REQIJ't.R.'EM.ENTS R.VL\ S ,...._Nt)

M 744 00040 STANDARDIZED NUCLEAR UNIT POWER PLANT SYSTEM PROJECTS REFERENCE DWG: WESTINGHOUSE ELECTRIC CORP. DWG. NO. 7250D64 SHEET 18 DRAWN IDATEI N/A CHKD. I DATE! N/A SUPV. I DATE! N/A FUNCTIONAL DIAGRAM PRESSURIZER PRESSURE RELIEF SYSTEM (TRAIN Bl UNIT: SCP SPIN:

APPD. I DATE 1 LOCATION N/A CLASS STATUS: TURNED OVER TO U.E SHOP ORDER: 300 ITEM: 9-1 6 I CALLAWAY PLANT UNION ELECTRIC COMPANY ST. LOUIS. MO. 7 I 7250D54-S018 8 REV. 4 D I--c I--B I--A CALLAWAY-SF FIGURE 7.6-4 SHEET 3 HAS BEEN DELETED Rev. OL-12 11/01 MCB SPRING RETURN TO NORMAL FROM BOTH SIDES OPEN NORMAL CLOSE OPEN CLOSE VCT MOTOR OPERATED VALVE(**)

NORMALLY OPEN LO-LO LEVEL EMERGENCY MAKEUP FROM RWST VALVE* OPEN LEVEL RWST INSTRUMENT VALVE TRAIN (***) (*) 21688*1 VCT VALVE (**) A LB-1128 LCV-1120 LCV-1128 B L8-1858 LCV-112E CALLAWAY PLANT Figure 7.6*5 Logic Diagram for VCT Outlet LCV-112C Rev. Ol-0 6/86 Isolation Valves Interlocks on Switchover to RWST (Sheet 1 of 2)

MC8 SPRING RETURN TO NORMAL FROM BOTH SIDES CLOSE NORMAL OPEN SIS L...---- ' CLOSE () *OPEN RWST MOTOR OPERATED VALVE(*) NORMALLY CLOSED L8 ** <:r--LO-LO LEVEL LEVEL INSTRUMENT TRAIN ** RWST VALVE

  • 21688-2 A LB-1128 LCV-112D 8 LB-1858 LCV-112E CALLAWAY PLANT Figure 7.6-5 Logic Diagram for RWST Valves Interlocks on Switchover to RWST (Sheet 2 of 2) Rev. OL-0 6/86 2 G>:::o l>c 0 -3: l> -lZ r --i-n o2l>-_)>-lG> rooc c<z:::o )> -lm m -< o:::o"'"...,.

2-iOc, , m:::o. 2-oO') -l:::o toO z 0-l -1 :om on 2::! 0 z 0 t""'f I -....) NUCLEAR INSTRUMENTATION SOURCE RANGE PROCESS INSTRUMENTATION FLUX MULTIPLICATION r-----* I I I I I I I I r---* I I I I SOLID STATE INSTRUMENTATION REACTOR TRIP SAFEGUARDS ACTUATION RWST/CVCS ISOLATION VALVES THOT LEG TCOLD LEG THOT LEG TCOLD LEG THOT LEG TCOLD LEG THOT LEG TCOLD LEG AVERAGE TEMPERATURE UNIT LOOP I AVf:RAGE TEMPERATURE UNIT LOOP 2 AVERAGE TEMPERATURE UNIT LOOP 3 AVERAGE TEMPERATURE UNIT TH+Tc TAVG =-2--TH+lc TAVG --2-_TH+Tc TAVG --2--TH+Tc TAVG --2-+ + L------------tl>ff AUCTIONEER UN IT [ TURBINE LOAD HIGHEST TAVG It-'-----------'

SIGNAL HIGHEST TAVG NUCLEAR POWER SIGNAL I 4----------+----_..,..

TO PRESSURIZER I .I.-LEVEL PROGRAMMER t J NOTE2 NOTES: I. TEMPERATURES ARE MEASURED AT STEAM GENERATOR'S INLET AND OUTLET 2. AUTOMATIC ROD WITHDRAWAL NO LONGER AVAILABLE ROD SPEED UNIT SEQUENTIAL ROD CONTROL UNIT (AUTOMATIC CONTROL) ' PERMISSIVE CIRCUIT (ROD INTERLOCK)

.... CONTROL ROD ACTUATOR C&NTROL ROD DRIVE MECHANISM r----"'---.

POWER MISMATCH COMPENSATION UNIT MANUAL ROD r-CONTROL ROD DRIVE POWER REACTOR TRIP BREAKER I REACTOR TRIP BREAKER 2 ROD DRIVE POWER I REDUNDANT TRIP SIGNAL ...,... __ _, REV OL-11 5/00 CALLAWAY PLANT FIGURE 7.7-1 SIMPLIFIED BLOCK DIAGRAM OF REACTOR CONTROL SYSTEM (6T) AUCT COMPARATOR B (TAVG)AUCT

+ c z ---------J DEMAND BANK SIGNAL TYPlCAL OF ONE CONTROL BANK NOTE: I. ANALOG CIRCUITRY IS USED FOR HIE COMPARATOR NETWORK 2. COMPARISON IS DONE FOR ALL CONTROL BANKS LOW ALARM LOW-LOW ALARM COMMON FOR ALL FOUR CONTROL BANKS CALLAWAY PLANT FIGURE 7.7-2 Rev. OL-0 6/86 CONTROL BANK ROD INSERTION MONITOR DEMAND BANK SIGNAL {ROD CONTROL) ------t INDIVIDUAL ROD POSITION READING OF THOSE RODS CLASSIFIED AS MEMBERS OF THAT BANK COMPARATOR NOTE: I. D !G I TAL OR ANALOG SIGNALS BE l!SED FOR THE COMPARATOR COMPUTER INPUTS. 2. THE COMPARATOR WILL THE ALARM IF THERE EXISTS A POSITION DIFFERENCE GREATER THAN A PRESET LIMIT BETWEEN ANY INDIVIDUAL ROD AND THE DEMAND BANK SIGNAL. 3. COMPARISON IS INDIVIDUALLY DONE FOR ALL CONTROL BANKS. ALARM Rev. OL*O 6/86 CALLAWAY PLANT FIGURE 7.7-3 ROD DEVIATION COMPARATOR PRESSURIZER PRESSURE SIGNAL REFERENCE PRESSURE PID CONTROLLER TO BACKUP TO VARIABLE HEATER HEATER CONTROL CONTROL PID *PROPORTIONAL+

INTEGRAL+

DERIVATIVE SPRAY CONTROLLER REMOTE MANUAL POSITION IHG (TYP1CAL-SEPERATE FOR EACH SPRAY VALVE) REV OL-12 11/01 CALLAWAY PLANT FIGURE 7.7-4 BLOCK DIAGRAM OF PRESSURIZER PRESSURE CONTROL SYSTEM I HEATER CONTROL CHARGING FLOW SIGNAL I PRESSURIZER WATER LEVEL SIGNAL PID CONTROLLER PI CONTROLLER REMOTE MA.NUAL CONTROL CHARGING FLOW CONTROL VALVE POSITION AUCTIONEERED TAVG 1 LEVEL PROGRAMMER Rev. OL-0 6/86 PID-SEE FIG. 7.7-4 CALLAWAY PLANT FIGURE 7.7-5 BLOCK DIAGRAM OF PRESSURIZER LEVEL CONTROL SYSTEM STEAM FLOW SIGNAL REMOTE MA filA L POSITIONING LEVEL PROGRAMMER SET AT 51.35% STEAM GENERATOR WATER LEVEL SIGNAL FEEDWATER FLC.W SIGNAL PI CONTROLLER

{+) MAIN FEEDWATER CONTROL VALVE DYNAMICS Mll N FEEDWATER CONTROL VALVE POSITION FILTER PI CONTROLLER VALVE TRANSFER INITIATION POWER RANGE NEUTRON FLUX GAIN AUTOMATED TRANSFER COMPENSATION PI CONTROll£R FEEDWATER BYPASS VALVE DYNAMIC& FEEDWATER BYPASS VALVE POS I Tl ON CALLAWAY PLANT PI-PROPORTIONAL+

INTEGRAL FIGURE 7.7-6 BLOCK DIAGRAM OF STEAM GENERATOR WATER LEVEL CONTROL SYSTEM Rev. 1 11/13 REMOTE MANUAL POSITIONING FEEDWATER HEADER PRESSURE FILTER STEAM HEADER PRESSURE FILTER REMOTE MANUAL POSITIONING TOTAL PLANT STEAM FLOW PROGRAM ADJUSTABLE SETPOINT POWER MODE TRANSFER INITIATION AUTOMATED TRANSFER COMPENSATION I I I REMOTE MANUAL I POSITIONING I PI CONTROLLER PI CONTROLLER I I PUMP SPEED REMOTE MANUAL POSITIONING PI CONTROLLER FEEDWATER PUMP TURBINE STEAM ADMISSION VALVE DYNAMICS EACH PUMP HAS ITS OWN PI CONTROLLER FEEDWATER PUMP TURBINE STEAM ADMISSION VALVE POSITION I I I I PI-SEE FIG. 7.7-6 CALLAWAY PLANT FIGURE 7.7-7 BLOCK DIAGRAM OF MAIN FEEDWATER PUMP SPEED CONTROL SYSTEM Rev. 1 11/13 STEAM DUMP CONTROL IN MANUAL (STEAM PRESSURE CONTROL) TURBINE 1,1f l* ::iE. STAGE PRESSURE RATE/ LAG COMPENSATION REACTOR TRIP LOAD REJECTION BISTABLE P-4 STEAM PRESSURE DEFEAT LOAD REJECTION STEAM DUMP CONTROL: ALLOW PLANT TRIP STEAM DUMP CONTROL SET PRESSURE PLANT TRIP CONTROLLER PI CONTROLLER LOAD REJECT I ON CONTROL OR PLANT TRIP CONTROL TAVG NO-LOAD AUCTIONEERED TAVG LEAD/ LAG COMPENSATION REFERENCE TAVG (-) Bl STABLES BISTABLES LOAD REJECTION CONTROLLER LOAD REJECTION CONTROL OR PLANT TRIP CONTROL TRIP OPEN STEAM DUMP VALVES (STEAM PRESSURE CONTROL) AUTO (IAVG CONTROL) NOTE: FOR BLOCKING SIGNAL TO CONDENSER STEAM DUMP VALVES SEE FIGURE 7.2-1 SHEET I 0 ---AIR SUPPLY TO DUMP VALVES NODULATE CONDENSER DUMP VALVES CALLAWAY PLANT FIGURE 7.7-8 Rev. OL-0 6/86 BLOCK DIAGRAM OF STEAM DUMP CONTROL SYSTEM LIMIT SWITCHES INTERCONNECTING TUBING :MAGNETIC BALL VALVES FLUX THIMBLES UNITS 15-PATH TRANSFERS SEAL TABLE CALLAWAY PLANT FIGURE 7.7-9 REV. OL-7 5/94 BASIC FLUX-MAPPING SYSTEM

  1. 8 NUT, 0 )> r :S::-n r .,_ )> rc;, me :O;:o )>m

< m...,. , :s::.:. mo r -< 2 -f cn::o ...... I'D 0 r-6 -'--1/2" UNION-SWAGELOK SOURCE TUBE SOURCE PLUG 16" ILJ." SAMPLER COVER PLATE #6 SCREW, HELICOIL {LJ. PLCS) 1/2" TEE SWAGELOK #6 SCREW (LJ. PLCS) ----ANNULUS ASSY. HOLD DOWN GUSSETTS (LJ. PLCS) -w (}1 w --.J I r.11 00 1/2" SWAGELOK UNION 13,597-57 1/8" SST 1/2 SWAGELOK TEE NEUTRON DETECTOR ANNULUS ASSY. ALL STAINLESS CALLAWAY PLANT FIGURE 7.7-11 SAMPLER SUBASSEMBLY Rev. OL-14 12/04 TEMPERATURE DETECTOR USB CONNECTED KEYBOARD NEUTRON I I I DETECTOR I I I

I I T SIGNAL PROCESS MAIN CONTROL AMPLIFIER COMPUTER ROOM INDICATOR rc ::>::! PLANT 0 0 COMPUTER [T] [j] [j] s >' h"J [j] H [j] G1 [T] 3: c to ::>::! t" [T] >-< -....] to -....] 'tl t" 0 I I-' 0 [\.) tJ H >' ..o.;:o G1 N(l) o:=:: 3: -'="o r I .... -'="

CALLAWAY-SF FIGURE 7.7-13 HAS BEEN DELETED (OL-14) Rev. OL-14 12/04

(") )> r r l> )> -< SLAVE r--CYCLER I BD r--t"' REACTOR MASTER CONTROL PULSER CYCLER r--SYSTEM SLAVE CYCLER MANUAL 2 BD ___.,.. SWITCH BANK BANK SELECTOR OVERLAP MULTIPLEX CIRCUITS I I L---LIFTING }GROUP I 2t-2 _ ___._. .. ,.___ t/ 21 -2 0 F F 21-2 ____ ____., .... ------....... , I_-------:

I NG} GROUP 2 NORMAL SEQUENCING OF GROUPS WITHIN BANK POWER CABINET I BD l LIFT COIL DISCONNEC T r-SWITCHES POWER CAB I NET ---2 BD I CONTROL BANK D GROUP I CONTROL BANK 0 GROUP 2 I NOTE: ONLY CABINETS lBO AND 2BD SHOWN. FOR MORE COMPLETE DIAGRAM CLUDING POWER CABINETS lAC. 2AC. SCDE. AND DC HOLD SCD. SEE REF. I IN SECTION 7.7.3 -w . <.n <D "-.,J I <.n <.n STATIONARY GRIPPER COILS MOVABLE GRIPPER COILS 120 VAC CONTROL BANK D GROUP I POWER CAB I NET I BD Ll FT COIL DISCONNECT SWITCHES CONTROL BANK D GROUP 2 POWER CAB I NET 2 BD Ll FT COl LS Ll FT COILS MULTIPLEX THYRISTORS Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 7.7-15 CONTROL BANK D PARTIAL FIED SCHEMATIC DIAGRAM OF POWER CABINETS lBD AND 2BD A BOP MSACTESFAS ISOLATED S/G LEVELS FROM 7300 RACKS _...M 25 SEC ON DELAY (0-60 SEC RANGE) :---------i---1-e--_j 3/4 t--------1{/

NON 360SEC '--_ OFF DELAY r--r---.----_j ISOLATED TURBINE IMPULSE c_ PRESSURESFROM 7300 RACKS PB (H20 jx_

1 T 3/41 25 SEC ONi/_DELAY

-I I STRUnERS--J....--....J 360 SEC r-----t.-__J 2/3 I-' TURBllfE re..Jill OFF 1--' r TRIP 1 r--I I 25SEC -t---0-N__j.

3/4 J 'X_ -I -STRliTtERS-360 SEC OFF DELAY FELAY .....___ __

t---2/3 I I I I AFAS CALLAWAY PLANT FIGURE 7.7-16 AMSAC LOGIC DIAGRAM 1

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