ML16244A466

Updated Final Safety Analysis Report, Drawings. Part 14 of 22

ML16244A466
Person / Time
Site:	Hatch
Issue date:	08/25/2016
From:	Southern Nuclear Operating Co
To:	Office of Nuclear Reactor Regulation
Shared Package
ML16244A386	List: ML16244A381 ML16244A408 ML16244A415 ML16244A460 ML16244A463 ML16244A466 ML16244A469 ML16244A471 ML16244A480 ML16244A482 NL-16-1245, Edwin I. Hatch, Unit 1 & 2, Updated Final Safety Analysis Report, Technical Requirements Manual. Part 7 of 22 NL-16-1245, Edwin I. Hatch, Units 1 and 2, Revision 34 to Updated Final Safety Analysis Report, Drawings. Part 21 of 22 NL-16-1245, Edwin I. Hatch, Units 1 and 2, Updated Final Safety Analysis Report, Drawings. Part 12 of 22 NL-16-1245, Edwin I. Hatch, Units 1 and 2, Updated Final Safety Analysis Report, Drawings. Part 14 of 22 NL-16-1245, Edwin I. Hatch, Units 1 and 2, Updated Final Safety Analysis Report, Drawings. Part 15 of 22 NL-16-1245, Edwin I. Hatch, Units 1 and 2, Updated Final Safety Analysis Report, Drawings. Part 16 of 22 NL-16-1245, Edwin I. Hatch, Units 1 and 2, Updated Final Safety Analysis Report, Drawings. Part 20 of 22 NL-16-1245, Edwin I. Hatch, Units 1 and 2, Updated Final Safety Analysis Report, Reference Drawings. Part 10 of 22 NL-16-1245, Updated Final Safety Analysis Report, Drawings. Part 22 of 22
References
NL-16-1245
Download: ML16244A466 (57)

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0 APRM RSM CH~NEL CHA~NEL APRM CHANNEL B

APRM APRM CHANNEL CHANNEL c

FROM VALVE CONTROL MONITOR I _

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~

(FOR POWER BUS,,;s1o""rnTS SEE S<T ')

Vonkln:11.0 O.lo:9 26 U A~-H0l7H,VUl.0 CRITICAL COCUMENT SOUTHERN A COMPANY

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BUILDiNG VEN T!LAT ION EXHAUST SAMPLER li : *(Ul~~p fCR RllD1Al10N MON ! i<l~INC. OF RE>.CTOR BUILDING AIR ElHMl~I SEP/\\.Rl\\T[ L~ >ROM T!tE P'.,..Nf 0~F*G1'.':>

(TYPK"L FOR RE/\\CTOR ~LOU. tlH"llSI ANO Rt"FUEL FLOOR E.l.H... U!.T)

REVISED PER A8N1039001501J020,YER.1.0 nwo ow:.. OEVE:LOPE.0 FROM C..E.

DWG. NO.

la9E"IOBl>., REV.1~, 'ol"T. l.

CRITICAL CCCUMENT MPL NO. 011-1010 SOUTHERN A COMPANY EDWIN I. HATCH NUCLEAR PLANT UNIT No. 1 PROCESS RADIATION

~ONITORING SYSTrn P&.ID SHT. 2 8/ ~/82 10-502

L9S9~-H REACTOR LEVEL

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REVISEOPER ABN:

SNC562999J001,VER 1.0 NOTES 1

ALLEOUIPMENTANDINSTRUMENTSAREPREFlXEDBYSYSTEM NO. C32. UNLESSOT!1ERW1SE NOTED 2

i°Z1c5~T K;f;AH~E ~~IPC s6Rl~w.c;i~cT~O D~~tE~~~ A TRIPTO INITIATEMAINANOR.f.P.TURBINESTOPVALVE CLOSURES. MAINTRUBINETRIPLOGICANOINITIATIONIS PREFORMEOINMARK VIEHC 3

THE POWER SOURCE FOR THE FEEOWATER INSTRUMENTATION ANDCONTROLSYSTEMSHALLHAVEATLEASTTHESAME DEGREE Of RELIABIUTY AS THE POWER SOURCES FOR Tl1E REACTOR/FEED BOOSTER/CONDENSATE PUMPS 4 ~£Cjt~~~~R o~~ :~g~ ~o N~~:-~6 ~~~N~i~s TURBINE fEEO PUMP UNIT H.4.S TRIPPED OR BEEN SHUT DOWN Tl1E CONTACTS SHALL PREFERABLY BE OERTVEO FROM A FLOW SWITCHMOUNTEOACROSSTHER.f.P.LOW ORR.F.P.DIS-CHARGEVALVES.lf THESEAUTOMAllCALLYRUNCLOSEOON

~~T1J~

1 p6N ~*&:~:R;Jc~~~~T~6NT~SMEP c:~~~~ i~R MNTOFAONEOUTOFIWOR.F.P.TRIPATHIGHLOAOS 5

AC POWER TO THE DC POWER SUPPLIES MUST BE FROM INOEPENOENTSOURCES 6

MOOESWITCHCANSELECTONEELEMENT, THREEELEMENTOR PUMPOIFFERENTIALPRESSURECONTROL.

CONTROLLERR600 NOTUSEOINOIFfERENTIALPRESSURECONTROL CONTROL fROM REf.12 7

NUM&RSWITHINQINOIDCATEANALOGINPUTNUM&RAS OESCRIBEOIN THE FUNCTIONALDESIGNCRITERIAFOR EMERGENCYRESPONSEfACILITY.TABLE"D"-UNIT1ANALOG INPUTSIGf!Al.STOTHESPOS/ERFCOMPUTERSYSTEMS

1. FEEOWATER CONTROL SYS OESIGNSPEC 2.NUCLEARBOILERSYS SH.1 H-16062 P&ID SH.2 H-16063 J. REACTORRECIRCULATION SH. I H-16066 SYSTEM P&IO SH. 2 H-16067 SH.3 H-1 6068 4.CONTROLROOORIVE HYORAUUCSYS. f.C.D

5. FEEOWATER SYS. P&ID

6. WJN TURBINE GENERATOR TRIP LOGIC ELEM

7. RJ.P. TURBINE SPEED CONTROLLER MECH.OIAG

8. RJ.P. TURBINE SPEED CONTROLLERWIRINGDIAG

9. INSTRUMENT SYM80LS

10. PIPING & INSTRUMENT SYMBOLS 11.AUX.TURBINEfEEOPUMP TRIP LOGIC ELEM 12.AUX.SYSTEM(BOP) l.E.O 13.0ELETEO 14.DELETED

16. HYDROGEN WATER CHEMISTRY (P73)ELEM. OIAG. SH.20F5 17.REACTORFEEDPUMP-PIPING DIAGRAM-STUFFING BOX 18.l.IARK"1CONTROLSYSTEM S-15151-S-1 5157 ELEMENTARY DIAGRAMS 19.GEWIRING OOCUMENTATION l.IARKVlel/0 RFPT IA S-75798 & S-75800 RFPT 18 S-75799 & S-75801 THIS DRAWING WAS DEVELOPED FROM G.E. ORAWING NO. 729E629BA. SHEET 1 REV 6 SSI ACCESSION ORAWING NO. S-15201 CRITICAL DOCUMENT MPL NO.C32-1010 SOUTHERN A COMPANY FEEOWATER CONTROL SYSTEM TURBINE DRIVEN FEEOPUMPS l.E.O

~E!"!"r---;=~=1==~=1 1 0-so2 H-16567 7

I

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PRIMARY CONTAIN~£ NT HIGH PRESSURE REF.5 VESSEL PRIMARY CONTAlNMDil HIGH PRCSSURE REF.4

{}

SIDE 2 SIDE 1

~

CONTROL ROD GROUP I r ASSIGNMENT NU~BER 3 4 2 3 G 1 (TYPICAL) 51 ------~

47----- 34231241

~+-+--+-+--+-+--+-+--+--+~

43--- 423 1 24134 39--- 3 1 2 4 1 3 4 2 3 35-- 1 2 4 1 3 4 2 3 1 2 31-- 4 1 3 4 2 3 1 2 4 1 27-- 3 4 2 3 1 2 4 1 3 4 23--

2 3 1 2 4 1 3 4 2 3 19--

1 2 4 1 3 4 2 3 1 2 1

ALL EQUIPMENT AND INSTRUM£NTS AR[ PR£FIXED

~~H~~~TEM NUMBER (C71) UNLESS OTHERWISE

z. FOR LOCATION AND IDENTIFICATION OF INSTRUMENTS SEE INSTRUM£Nl DATA SH((T LISTED IN MPL FOR EACH lNSTRUUENT.

3. TRIP CHANNELS FOR THE ~TURBINE CONTROL VALVE FASTCLOSURCTRIPSfiALL8E DERIVED nmu THOSE EVENTS CAUSING f"AST CLOSURE OF TH[ CONTROL V,!ILV(S.

4. ALL FUNCTIONAL CONTROL DIAGRAMS ARE SIJPERCCOED 8'1 ELECTRICAL ELEMEMTARY DIAGRAMS.

REFERENCES' TITLE

~

f. PIPING.t: ltJSTRUMENT SY~BOLS J...f!-1010 2. TURBINE/GENERATOR&'. STEAM BYPASS DESIGN SPEC J. R[AC70R PROTECTION SYSTEM DESIGf.I SPCC

~~> i 1~ jj illf I 02 06 1 0 14 1 8 ~2 26130 3! 38 42 46 50

-(, RESIDU-"L HE4T REMOVAL SYSTEM P&lD SHEET 1 S. RESIDUAL HEAT REMOVAL SYSTEM P&lD SHEET 2

6. REACTOR PROTECTION SYSTEIA C1\\ ELHIEMTARY DIAGR-"MS SHEETS 1-17 7.~0RSIGM A LSTO

~l.E.D X.75-1010 H-1778.}

THRU H-17882&H- \\ 7798 7

j SIDE 2 SIDE 1 BANKS 3&4 180" BANKS 1 &2 CONTROL ROD SCRAM GROUP ASSIGNMENT FIGURE 2 (TOP VIEW OF CORE)

I

~ ~

L'

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CRITICAL CCCUMENT C71-1010 SOUTHERN A COMPANY

,.,

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REVISW PER ABN 99-00~~-0I~.

1D EDWIN I. HATCH NUCLEAR PLANT UNll Nc.1 RLACTOR PROTECTION SYSTEM p & JD 10-502 H-16568

ZlOLt-H R24-S048-ES4-M01 (NOTE 16) 8 SPACE MASTER TERMINAL BLOCKS I

SIZE 3 A

SIZE 2 (t(REV) t (REV)

,~.

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600/

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~:~:G 6

MASTER TER+NAL BLOCKS I

w.1~ INCOMlllG UNl fROM2R2J-S003 A SPACE B SPACE 200 l.-R24-S048 -ES3-M01 (NOTE 16)

(NOTE 16)

I>- 2R23-S003-ES3-M01A

'2<- S0'8-E5'- M000/

(NOTE 16)

REF22 I

f----'f---,"~~~¥t!: 043 R26-M107 (SEE NOTE 14)

R24-S048 - ES8-M08 (NOTE 16)

~~~1:!~1t ~~;1i ~~JER 3

SE MODIFICATION KITS

~~~~;~~~{~E~fJf f:~flZE 2 MCC-LAYOUT 600V AC ESSENTIAL MCC R24-S018A AND 8 MCC - WIRING DIAGRAM SIZE 2 FULL VOLTAGE REVERSE COMBINATION STARTER MODIF!CAllON KITS CONNECTION DIAGRAM FOR MISC SWITCHES R26-M077, M078. M107 M108 & M109, ANO TERM!NAL BOXES REVISED PER ASN 10*0048401E141. VER. 1.0

2. CABLES R24-S048-ES3-M07 AND R48-S048-[S4-M08 SHOULO BE DISCONNECTED i~~f~~l ~g~~!~ ~:lfru~;~~O~LLEEfr IN 3.DELETED 4.DELCTEO 5.WEST!NGHOUSE TYPE DH. THREE POLE FUSIBLE SAFETY f1~6~~~*y ~~~~L~~D 6

~

0~.s:*&

2

~

0 NA~.p~*u:i~~~WO CONTACTS, BUSSMANN TYPE KAZ-2838 DEVlCE CLASS

""R-FUSE CUP KIT FOR BUSSMANN FRS-R-1 00 6~T"b[MA PADLOCK MO 6."=;; INDICATES ORYWELL PENETRATION

7. ~s!g(A6~wi18..tc INDICATES CABLE NUMBER S.* ~~J~JJ~TA~~~Nli02~TrNA~~JJICTR?fEAKER 10 DELETED

11. ~EF~R~T15~ FUSE UST FOR FUSE DESIGN 12 SEE MCC DATA SHECT B-17364 FOR MOTOR DATA 13 SEE MCC DATA SHEET B-44854 FOR MOTOR DATA

14. ADMINISTRAHVE CONTROLLED UNITED CONTROLS INTERNATIONAL INC. CUSTOM MOOlFTED DOUBLE THROW MANUAL TRANSFER SWITCH (MPL NO R26-M107) RATED 600V AC, 200 AMPS, PADLOCK-ABLE IN THE OFF POSITION, WITH 6 N.0. & 6 N.C

~~~~g-SR~Rios~~;~~E l~o~E~~R~~N:r~g~R o~OUNTED l S. ~~~~~D 250 MCM CABLES FOR LOAD AND UNE SIDE

16. CONNECTING SAFETY RELATED OlV I OR DIV 11 CIRCUITS (R24-S048-[S3-M01 & M02 OR R24 - S048 - ES4 ~ M01 & M02) TO 18 DIESEL CIRCUIT (R24-S048-ES8-M08. PASSING THROUGH 4160V

~gJN6F A[~~T~B~~) :i ~i~~PT~~~iw~~ ~gsE CIRCUITS IS BASED ON UNIT 1 FAJLURE MODE AND D

!~:~~~if~::~g~Fs~r~~~1~Fi{l~~r~~~L YSlS UNIT 1 FMEA 17 WESTINGHOUSE TYPE OH. THREE POLE SAFETY SWITCH, RATED AT 600V AC, 2DO AMPS, WITH FOUR

~?r~g~~~~~~~~to~~ N~~~T~i9gN;~f~~~~~J~1~rbN DURING MAINTENANCE. SAFETY SWITCH CATALOG NO DH.364UWK3, FOR R26-M108 ANO R26-M109 EXTERNAL CONNECllON DIAGRAM MCC R24-S018A EXTERNAL CONNECTION DIAGRAM t.lCCR24-S01BB

.3. ~H. \\

11 64 2

~~~b1~~Nls~~~T~~cJg~

SCHEDULE (R24 - S018) 4.8-17025 FRONT VIEW MCC R24-S018 SH. 1 AAND8

13. A-10125

14. A-10126

15. S-139.30 ELEMENTARY DIAGRAM REACTOR RECJRC PUMP AND ASD 'A"

~~~~~o~~R:~D MR~~-S0188 ELEMENTARY OlAGRAM RHR SYSTEM

~b~~A~IAZ ~fT~*~N~fE 4 f~~b~

8

~~~~f~TARY DIAGRAM RCIC ELEMENTARY DIAGRAM RHR SYSTEM ELEM OIAG MCC'S R24 - S018A&8 NORMAL & ALTERNATE FEEDERS LOAD UST FOR R24 - S0 18A LOAD UST FOR R24 -S0 188 MCC-WIR!NG DIAGRAM CIRCUIT BREAKER 2-3 POLE WIRING DIAGRAM SIZE 3 AND 4 FULL VOLTAGE REVERSE COMBINATION STARTER

~~lli~~D~~~sf 1

~~M 2

81~~~~N CRITICAL OOCUMENT H MPL NO. R24 SOUTHERN A COMPANY EDWIN l. HATCH NUC LEAR PLANT UNIT No. 1 SINGLE LINE DIAGRAM -

REACTOR BUILDING

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EDWINRiAc~~1C~R~~~~~tcRN P~~;E~N~~ 1 No.

1 ELEMENTARY DIAGRAM -

SHEET 9 OF 18

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CRITICAL OOCUMENT

~ OI! "!OTES ( l!lHRE"ICtS S£~ :>W(, *l*l l7B MPL NO. C71

~~~~

SOUTHERN A COMPANY

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EDWIN I. HATCH NUCLEAR PLANT UNIT No. 1 REACTOR PROTECTION SYSTEM C71 ELEMENTARY DIAGRAM -

SHEET 10 or 18 i::::'Ei":::=+/-:::iiilC:::::::J 1 0-502 H-17792 12.0

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~OUTPU1tklS1SONLYllHEN.ll..LlNPUTSAREPRESCNT.

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---

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TEST SICMlL C11oN fl[ IHSCATCO MANU.ll..LY IN Pi.ACE OF r

NORMAL S!CNAL

• TEST

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~LOCICCONTINUiloTION GENER.al NOTES lOC lCSfM!OLSRCPll(Se'.NTSTSfE.. ru11CllONS AN0 00NOT NECE5S AR llYOU4"LlC *TEC1RCUIT AFRANG[<llt:Nl OR Df.V ICt.S. S TS TE Jll CONTROL LOGI C Dl AGRA)olS 00 NOT

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PROC(% EOUIPMENl Wil l CHANGE SUTE ~EN A CHANG[ 15 INIT!ll[Q. l NO WILL R[llllN IN 11-'* T ~ TA IE UNllL A r.....o.NCE TO ANOT HER STA I E IS INITI ATED.

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• O. NUCUL.t.R BOILER ZB21*1030 SYSTE"' LOGIC H-26012 M*2£,Q\\3 H*26107 RMS CF020l H11

• P602 Ot.11C.R.t.M H*24701 H20 \\ 2 F RMS1ro2 1 J H11*P6 02 SHEE TS 1 T!iRU12 RMS !T038J Hll

• P601

41. ccmE SPRAY

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'1'40PM.l.I. " 4l. Efff CLASS IE DIGITAL ns-1010 ISOLATION SYS. 1.c.o.

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U. O I GI U L I NPUT SIGN.llLS H* l 6403

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0R.llW' I NCN0.729C628.SMT. 1.R(V. 7; Sl;T. 2.REV.6:*NOSliL ),REV. T SCSI lCCE SSl ON NO. $*15261. S-15268. *11:0 S*17 782RESPF'CT! VEl T.

BECHTEL SWTHlllN SERV ICES INC.

FOR GEORGIA PC't'ER CO., ATLANlA, GA.

GENERAL HIClNEtRl NC 0Ef>"R TMEN1 EOV! N [.HA TCH NUCLE "R PL " NT UN IT J<40,1 NUCLE AR BOILER SYST EM LOG IC OI ACRAMS SHEET 3 OF 12

G 11.0V FOOJ OPEN G1 1 *.i.OV F004 OPEN START PERM ISS IVE FOR G11-C001A 8 B

>-"'"'"'~"~"~*~-'~~'~'~'°~'~"~-'~'="~'---;0-P-H1 1 -P602 1 RM$ ! I SOL.VA!Vf-p! A.1 !-TESl H1 1-P609 UNIT

ll ERF REF. 40, ~H.4.C-1 C71-PISN6SOA AEF.28.SH. 1.H B2 1-LISN680.A R£f.2B,5H. l.f-4 RMS ( I SOL-V.i.LVE* CH 81 l - l ES T H11*P611 UNIT 2 ERi' qEf.40,SH.4,0-l C71-PIS N650B

~F.28,SH.1.E*4 621-L!S N680B f{.F.28.SH.1.H R~S ( MS!V"S,l'J L OT VALVE LOGIC Al S. A21

! N80ARO !SOL *VALVES !I: C[ ACUITS )-

RESET INBOARD !SOL.VAL VE a CIRCU I TS H11*P602 RMS C2G11 *F004 8 F020 )-RESET H1 1-P601 RMS l ISOL.V.lL\\iE

• CH A21*TEST tl 1 l - P60<;1 UN!T :ZERF RU.40.SH.4,G*I C"l l -P ! S N650C Rff,28.SH.!. E*4 821-LIS N660C RH.2e.sH.1.r- '

MMS (JSOL.VALVE*CH B2 l - 'TES T i-! l 1 *P611 UN l 'T ZERF R[f, 40.SH.4, l!*I C?!-P I S N650D REF.29.SH. 1.H 621

• LIS ).16.!!0D

)REF.2e.s11. 1.r-4 >

QRY loiE LL PRES SURE HI GH RMS

{ ~S ! V'S.P I L OT l/ALl/E LOG I C 61 8 621 OU'TBOARD !SOL.VA.LVE.S 8 CIRCUITS \\

• RESE'T OUTBOARD I SOL.YAL VE El CIRCUITS H11*P601 G]I -MOV F R[F.ll,SH. !,J-2 c

SWITCH DEVELOPMENTS 11 12 13 HI 1 *P609 RMS CG1 1 *FOOJ B F019) Hl 1 *P602 H11 -P 611 RMS !011

• FOQ4 6 F020J H1 1 -P601 Hll -P60'.l PUSH BUTTON "'OMENTAR Y CONTAC TS REF.\\1.SH. I,B*~

CLOSE !PC!S' VALVE GROUP 2 l G1 1

• AOV F019 RH.11.SH.1.E-4 82 1 *PS N015A CLOSE I PC I S VAL VE GROUP 2 )

";;-;-;:;--_,J<M~SL,JPf'RR"1ES"S!!JUR~EJ,L2'0>!_-J

/

II' Hll-1'609 B2 \\

• PS N015B SH.1,G-3 621 *PS N015D 511.l,Ci*B

~Sb PRESSURE LOii' MSL PRESSURE LOii' MSL PRESSURE LOii' i\\.Cl\\ON MPL NUMBERS CLOSE 821 -A.OV F11 1 lr'i TI?

c-~.,T~u CLOSE CSI F30 12 r'I /'\\<:~

I 1'11

-<:V Fl'l'>I

... 1 M>'

ll'Jl

• AOV F071 ro SE 1£1 ! *MOV F015A.

Hl 1 - P611 H11 -PG09 H1 1 -PG11 CH A.2 l H\\1-PG09 r~ ~dRwo~t~*PG 11 TACTS TABLE1 IFROMD*41 Pc1s V.1.LVE REF.

SH.

COORO -

GROUP 27 E 1 &.E 5 27 H 7 7

1 E*J C-6 29 E: * \\

NOTES O

PEN PERMI SS! VE 'T46

• AOV f339 1-~

""~°"~

,~-

:~:,~~=~~V~",~~~°'

,,~",,-+----+~;=:-+-"--+~~~~:~

O ~*~F~-1~0-+---1 REl'.24.H*l rt l'IC(

£1 1 - SV F0798 4!9

~-1 r1oc;r E11-.1.ovn22.1.

29 E* 1 Q;>EN PERM ! SSI VE T'IS - i..ov F341 l-";~'.~~<"<~-+':~,,"~:~~~~,'~;~~~~,-+--I0--+-:~:-+---4~"-~'----1--'"'-'.-

' _7_,

f!EF.24.0* 4

~* l'lcr I ~"l * *l'IV F003 to 1 6 H11-P603

( 2

• 43)

CLOSE PJ3 - AOV F004 16 P.:B*SV FOOS 16 0-1 I r e. -*l'll1F 11 13 c-s G5 1 *A.OV F02 1 CL OSE P33-AOV f"006 IO 16 1

F *'4 PB*AOV F001 IO Hi 1

G*'4 OPEN PERMISS ! VE T48 - AOV F338f-1.""'-'--+.t':Lll..:

10 -.oi>'"'--°-"""-+--'-'--1----1-~-'-F :.-*----1--1---1

,.,,,.. ~

14 *AOV F11 SA 23 G*5

'T48

• AOV Fl 186 11 G-5

,.., n<;.i:-

TdA-

• IW F11'17 2

24 C-9 OPEN ~::.::.l!lS-:IVE T4B*A0V FJ40,__,C~L~~,S~£ 0 -l-~~::~:~:~~:~;~~~~:-+--~-+~:~:-+---+~:--_:~

0 ---+-4--1

'"'ns~

T4S-A.OV F119 24 C* '4 T4 *AO\\I F:\\39 10 24 H-3 MSL PRESSURE LOGIC FOR T48-AOV F338 THRU F341 (SEE NOTE 1 5 l CLOSE T48*AOV n41 24 0*4 TABLE 2 <FROM H-~I Gl 1 *AOV F004 REF d l,~.1.e*~

CLOSE l PC I S VALVE GROUP 2 l G1 1-AOV F020 REF. 11.SH,1.E*4 CLOS!=: IPC15VALVEOR0Uf':2)

R"S !Ci31 *FC04 CH A2l*TESl H11*P609 821 - L S NG82C RPV lllATER LEYEL 2 H11*P923 RMS LG31

• FOOq Cii S2 l *TEST H11-P61 82 1 -LS ~ 6820 RPV WA TER LEVEi.. 2 11 - P924 SP RPV WATER LEVEL 2 LOGIC FOR G31 -MOV F004 ISEE NOTE 151 (PCIS VALVE GROUP 5)

RMS 12C31-F001 CH A. I ) - 'TEST Hll *P609 e2 1 -LS N682A.

RPV WATER LEVEL 2 1"1 1* P92 1 SP RMS tG3 1 - FOOI CHBll*iE.Sl H\\ 1-11 B21*LSN6S2B RPV'IA.TER LEVEL2

~

H.1 \\-P922 SP G31 *MOV F001

~J.J1,Sri. \\.G*4 F'C!S VAL VE REF. SH.

COORD.

GROUP ACTION MPL NUMBERS

'-!OTES CLOSE B21*AOV F112 17 i:.

• 2 CLOSE 011 - SV ros2 7

I E*4 CLOSE 011 -SV F053 I

C-.5 CLOSE 011 -.I.CV F072 E-6 Cl. CSE Ell-~V FO I SB 29 E- !

CLOSE Etl *MOV F049 29 6

E 10 flF- ! O CLOSE E1 1 -SV FOSOA..

29 0*1 CLOSE E11 *SIJ FOSOS 29 H-1 CLOSE E11 - AOV F122B 29 E*1 CLOSE

£41-SV F12\\

17 H-3 CLOSE G51

• AOVF0 12 13 C-5 CLOSE G51 *AOVF013 13 C-2 CLOSE P3J*SV F013 10 ll'i 0* 5 CLOSE P3J*AOV F010 10 16 1

B - 5 Cl..OSE P33 -AOVF01 1 IO 16 I

C-6 CL OSE P33*AOVF012 IO 16 E*5 CLOSE

?J3-AOV F01 4 10 16 F-5 CLOSE Pl3-AOYF015 10 16 1

G*5 CLOSE P70*AOV FOOJ CLOSE T46*A0V F!OJ 11 F-2 CLOSE T48*A.OV F ! 04 11 CLOSE Toi8*AOV F30B CLOSE

'T 48 - AOV F320 C-3 CLOSE T48 -.i.OV F32~

D-10 CLOSE TA8 AOV F326 G-3 Cl..OSE 10 CLOSE T46*AOV n AO Gl 1 *AOV F019 OPEN G] 1 -AOV f 020 OP E ~

START PERMISSIVE FOR GI 1 -C006A 8 B FOR NO'TES, SE2 D\\llC.H-1990\\

FOR REFERENCES",SEE OWG-H-1<;1902 8 H-19903 SUPERSEDING Ti-115 DR A'llNG \\IAS DEVELOP ED FROM G. [,

DRAWING NQ.729E62S. SliT. 1. R[V, 7l SHI. 2. REV. 6 1 A.ND SHT. J, REI/. 7 SCS I AC CESS I ON NO. S*1S267. 5*15268, AND S*177S2RESPEC"l l VEL Y.

MPLNo.821-1030

~

SOUTHERN A COMPANY EDWIN I. HATCH NUCLEAR PLANT UNIT Ho.1 NUCLr.AR BOILER svsm.1 LOGIC DIAGRAMS SHHT 4 of 12 ISOLATION VALVE LOG IC OI VIS ION 2 ISEE NOTE 151 RPV WATER LEVEL 2 LOGIC FOR G31-MOV F001 <SEE NOTE 15 I M

<PCIS VAt2:E GROU" 10 G

£0661 - H 262 1*LSN682A

~)Ri};"::!

• *to.s~**~s.ot**'J-) ------<8 ERF C7 1-PISN650A Rff.i&.SH-1,E - ~

DRYWELL PRESS.

.ALARM H11*P603 (2*05 1 SH.6.J*5 B21*LSN682ARPVWATER LEVEL2 AL Al'IM H11 *P603 (2*06)

HNP*2ERf" COMPUTER 1172 REJ. 40,SH.5,C*!

C7 1*PJSN6508 REJ.28.SH.1,[*4 021*LSN682BRPV'fl'A.TER LEVEL2 H11 -P922 HNP*2ERF COMPUTER 117 3 REf. ~ O. SH, 5,( -1 RMS ! MSIV'SP I LOTVALVE LOG JC Al EIA21!H60.AR01SOL. VALVES B CJRCUITS l *RESET ! NBOARO

!SOL. VALVES8ClRCUITS 2821 -LSN6828

~)~mr:::.*;t o.:;;:'"*I**f**t* >>------48 ERF UNIT2SBGTSYS2T46 SEENOTESE.,789 282 1* LSN682C

./.)~Rff'C*<~O.~~*"*£:HU)------<8 ERF

>~;f 1

, ;~,

1 s~.1N.~~~\\ ORY WELL PRESS.

ALARMHl1*P60312*05) 82 1

• LSN682CRPVWATER LEVEL2 H11*P923 HNP* 1 ERF COMPUTER1 176 RH.40,SH.5,C*6

)~::.;~,1~.~.~~:°> ORY WF.LL PRESS. HIGH 82l*LSN6820RPVllATER LEVEL2 H11*P924 HNP*1 ERF COMPUTER1177 RMS !MSn'S PILOT VAL VE LOGI C 81 SBVOUTBOARD !SOL.VALVES 8 CIRCUllSH~ESET OUTBOARD ISQl. V.l.LVESBCIRCU!TS H11 *P601 282 1 *LSN6820 L_)A£~f'C*'£::'* ~5'<:*2:'*.:'*'U)------eERF TO 12 TABLE 3 NUMBERS PCIGSRJiAfVE COORQ.

141*COOU.

6.7.89 l4T*C0018 6,7,89 l4 t *COCH 6.7.89 741 *C004B 0*6 6.7.89 T41*C007.t..

6,7.ll ')

T41*C0078 6,7,89 T41 *C002*

6.7.&9 O*<

",., 6,7,1!9 UNIT 2 seer SYS 2146 1-7,~Too-

, --1"'==--+---j~-+~-+.""""

FILTER TRAIN "B"LOGIC f-C':~~:=---+="""C".__+----+7--f-"-'--F.~

STA.RT T46 *C0018 STOP 20

,., 6, 7,S9 TABLE 4 T41*AOV F0 11A 0*5

6. 7.89 CLOSE 6.7.89 CLOSE 6.7.89 f-~°'~"~+'~'~"~"~'~'o='~

-+---l 19 G-4 6.7.a 9 CLOSE 20 C *S 6.7.89 F

• I O 6,7.89 SECONDARY CONTAINMENT ACTUATION L OGIC DIVIS I ON 1 !SEE NO TE 15 1 SECONDARY CONTA I NMENT ACTUATION LOGIC DIVISION 2 ISEE NOTE 15 l

.O.CT!ON

?CISVALVEREF.

COORO.

CROUP B21*LISN680A SH.5,

~-3 BZ1 *LI~ N6808 SH.), [*'

RMS

! MSIV'SPILOTVALVELOGIC A1 S A2/lN80AR0 I SOL. VALVES SCIRCUlTS l*RESEl I NBOARD ISOL. VALVESSC I RCUlTS RPV WATER LEVEL 3 a RPV PRESSURE LOGIC FOR El I

• MOV f009 SH.~. G

• 3 E11

• MOV F0156 REF.29.SH.2.f-1 RMS 01Sll/'S PI LOT 1/.1.LVE LOGIC 8 1 882/0UT80ARO !SOL.V ALVES 9CJRCU1 TS)

• RESET OUT80ARO 0 ISOL.VALVESSC!RCU!TS c

)SEE NOTE 1 5 RPV WA TER LEVEL 3 a RPV PRESSURE LOG IC FOR E11-MOV FOOB IPCIS VALVE GROUP GI SEE NOTE 15 RMS t!SOL. VALi/[ Cit A1 l

• TESl RMS([SQL.VALVECH81l*TES T l l

• P6!1

~Fl. ;~,[S~ - ~~~~B DR YWELL PRESS HICH RMS!MSIV'S PI LOTV AL VELOG IC A1 B A2/!NBOA RD !SOL. VALVES BClRCUITSl*RESE:T lf.IBOA RD

!SOL.VALVES!IC ]RCUJTS ORYWELL PRESSURE LOG IC FOR T48-AOV F333A,8 a F335A,B SEE NOTE 15 11*P611 RMS( I SOL. ViLVECltAll

• TEST 821

• LI SNSSOA RPVWTRLVL JLO\\I REF.211.SH. t,r -~

ll*P61 1 821 *L TSNf.llOB RPVlllTR LVL 3 LOll REf.26.SH.1.F -4 RMSCMSIV'SP I LOT VALVELOGIC Al BA2/I NBOARO !SOL.VALVES SC IRCUITS)*RESET INBOARO lSOL.VALV[SBClRCUITS CLOSE H 1

• AOV F0118 H1*AOVF04JB OPEN T4 1

• AOV FOJ2B HI *AOV FOO~B

'------- ---" SEE NOTE 1 5 RPV WATER LEVEL 3 LOGI C FOR T4B*AOV F333A,8 6 F335A,8 11

• P6 11

~PC ISVALVEGROUP~

CLOSET48*i01/1'332A.B~

F'.;~,~.~~

:o ORYWELL PRESS HI GH

~----~)

82 l

• L! S N 6 ~00 RPI/ llTR LVL 3 LOY REf.24.£*1.f*2.A*3.C*3 SEE NOTES SS9 SEENOTES8B9 AEF.28,SH.\\,f*4 RMS(MS JV'SPILOlVALVELOGIC 8 1 8 82/0UIBOARO

!SOL.VALVES S CIRCU lTSl

• RESETOUTBOARD ISOL,l/ALVESSCIRCUITS ORYWELL PRESSURE LOG IC FOR T< B*AOV F332A,8 a F334A,8 SEE NOTE 1 5

'1 RMS IMSIV'SP I LOTVALVELOGIC 81 882/0UTBOAROISOL. VALVES B CI RCU I TSl*AESETOUTBOAAO ISOL. VHVES a CI RCUITS 10 FORNOT[S,SEE OWG.H

• l9901.

FOR REFERCNCES.SEE DllG.H-19902 B H-19903.

TH I S ORAWI Sf.IT. 2.

SCSI AC S-17792 SUPERSEDING NG WAS OEVELOPEO FROM G.E.

. 729E62SSHT. 1, REI/. 7:

V. 6:ANO SHI. J, REV. 7 NQ. $ *1 5267, S-15268,

TlVELY.

MPL NO. B21-1030 H19905 SOUTHERN..\\,

COMPANY EOWIN I. HATCH NUCLEAR PLANT UNIT No.I HUCt~"'c~c sg:~%,.,t\\STEM SHEETS OF 12 10- 502 H-19905 5

12 13 F"SAR F'IGURE HO. 7.3-5 (SHEET 5 OF' 12)

90661-H 011 -RIS K603A RMSI MS IV Al 8 A2/I

! SOL VAL I NBO.t.RO l VALVES!I MSL RADIATION LOGI C DI VISION 1 TYP. FOR 1 MSL RADIATION LOG IC DIVISI ON 12 I 821 *0PIS N6a&A THRU N6 8SA Sll, l,F*IO MSL FLO ~ HIGH 82 1-0PIS N6868 THRU N68'JB MSL FLOY HI GH RMS IMS["'S PI LOT VALVE LOGIC Al El Ji2/IN80ARO ! SOL VAL VES B ClRCUJ TSt*RESET INBOARD !SOL VALVE58 CIR CUITS MSL FLOW LOGIC A B21 *OPJS N&8 6C THRU N6B'3C

)-~

~~L~F~LO~'~"~IG~H~~~~

B21*0PIS N6860 THRU N6890

)-'"~'L~F~L~O.~H~IG~Hc_~~---j RMS IMSIV'S P I LOT VALVE LOG IC 81 a 82/0UTBOARO !SOL VAL VES a CIRCUlTSl-RE S£.T CUTBOARO ISOL MS L FLOW LOGIC B SE ENOTElS I NIT JA TE

~SL FLOW LOt;J C A

! NI TIATE MSL FLOW LOG IC B STOP ~ACUU~ PU~P MSL RAO LOGIC DIV 2

~

STOP E~ H 4UST BLO\\jER 1 S MSL RADIAT I ON LOGIC FOR TURBINE VACUUM PUMP AND GLAND SEAL EXHAUST BLOWERS 1 A 8 1 B RPv WATER LEVEL 1 82t*L I S N&8 1C 6 21 *LIS N68 1B RPV II.HER LEVEL 1 I NITI ATES NS4 LOGIC,t..1 SH. 1. 0-~ )-------~-!

I NlT ! AT'ESNS4L.OGlCf.1

~ -

~BT HR U N6899

_ I

~,________

RPV WATER L EVEL 2 621 -LS N682C llPV WA TER LE VEL 2 RPV WA TER LEVEL 2 H!1*P603

!2*27 )

Hl1 *?60 3 12-4 4 )

i-i l l*P603 12-14 )

H1 1 -P603 (2-05 )

H1 1 *P603 (2 -06) 821 *PS N002 RPV FLANGE SEAL PRESSURE Hl GH 821

• TISN62J8THRUN62SB B~

~

I e.z i - ~' l'IOl 'D MSL PR ~ SS L OW S~. I.G-8 RMS!CONO V4C *CHAHNEL A21-6Y PASS H11 -P609 F:MS!CON0VAC*CHANNEL 611-BYPASS I

• ~ ll " l"t> 1 T

• I RMS CCONDVAC*CHA.NN[ L62 l-BY PASS H11 -P611 H11*P60J 12-231 H11*P603 (2*2~ l H11-P603 (2*32 1 H11-P603 (2 - ~1 J H11 -P60)

( 2- ~ 2

)

10 13 FOR NOTES, SEE DliG. H*l 9901.

SUPERSEDING Tl-llS DRAWING lil.S OEV ~L OPED FRO ~ G. E.

ORI.W I NG NO,lnE628 SHT. 1. REV. l :

SHT. 2. REV. 6; ANDSHT'. 3, REV. 7 SCSI 4CCESSION NO. $ -1"i2i=.r. s -1 5268. ANO S-17182 RESPECT l \\1£LY.

HPL ND B21 - 1030 CADO SOUTHERN A COMPANY l>IUCLCAR QCILCR SYSTH t LOGICOIAGRA'-1 SHEET 6 or 12 10-502 H-19906 13

L066l-H

' F

/.

H11*P&02 ALARM H11 *P602 O *:i.61

.l-1.8*1.C*l N 01.1. PRE SllflE ff "

~Jss SRV MONITORI NG 821 -PS N301A TYP ICAL FOR182 1-PS N3016.C.D. E.F.G.H.J,K 8 C1581.2, 3. *.5,6. 7. 8.9 8 C1590 ERF COMPUTER 0511 l HRU 0517 8 0520 THRU 0522 82 1-PS 1*,,0U M

021-PS N301B

~ESSLIREHI GH 8 2 1 - PS N301C PRESSURE HICM 0 21 -PS N301 0 M

PRESSURE ~I Q!

8 21 - PS N301E M

PRESSURE HIQI B2 1*PS N301f PRESSURE Hl QI PRESSURE HJGM P!IESSURE HIGH PRESSURE HIGH 821

• PS N301 l M

PRESSURE HIGH FRESSURE Kit.ff SAFETY RELIEF VALVE OPEN PUlilPB31*0001A TR IPPED VAL VE 2831-llOV F03U CLOSEO

~----{ *C1 6n

~~lss r1.-----<'**"Hl1 *P601 t\\ *271 REC IRC.LOOP A OUT OF SERV I CE !NOTE 5 -FI VALVE 83 1

• 1Cl~ F031 B CLOSE:O VAL VE IUJ *l(IY F"03U OPE N REC IRC. LOOP 8 OUT OF SERVICE ! NOTE 5-F l OEV~TS fOR NOTES. S£E owe. H-19901.

f OR REFERENCES. <:(E O\\IC. H-19902 B H-1S903, SUPERSEDING THI S DRAWING *os OEYELOPED fROM c:.E.

ORA\\l lNG NO. 729£628 SHT. 1, REY. 11 SHT. 2, REV. 6: ANO SHf.,, REY. 1 SCSI ACct:<;SJON HQ. S-15267. 5 *15268.

s - 1t7ll2RESPECllvEu.

NPLNO, 821-1030

' i I BECHTEL

~~-'-oo_ss_*_* ___

1*

SOUTHERN SERVICES INC.

FOR GA.

Ell*PISN655A

)ACLl'l.SH.£..0*4 )

RHR PUMP C002& O!SCH. PRESS.HIGH (II *PIS N6S50 AEF.2'J,SH.6.0 *I RKRPUMPC002DOISCH. PRESS.H I GH (11 *PIS N6560

)11£f,z<J,SH.6,H) AHRPU ~C002D ISH. PRES.HIGH E21*PIS N652A

/1£f.l0.SH.1. C*l1 CS PUl'IP COOU DISCH. PRE SS.HI GH E21 *PIS N652B AEf.)O. SH.1.0 *!1 C"> t'UMt' COO l ll 1:.CH.

~

\\ I~

ALARMH11 *P602 1J*061

~

lOOC 2MIN.

!SH REF. I.

GENERAL NOIE 61 AUTOMATIC DEPRESSURIZATION SYSTEM tAOSJ LOGIC A

RMS IORTWELL PRESS. I RESET H1 1*Pf>02 Ell *PIS N6556 AL ARM H1 1*P602 \\) *JOI SH. 9J *l RMSIAOS LOGI C SIC l*RE.SET fl(f.l'l,SH.6.H RAA P

iMP C002B DI CH. PRES.H I GH El l*P!S N6566 R{f.2'J,SH.(;,[ ~

AHR PUMP C0028 DISCH. PR( SS. HI GH

[11 *P!SN6S5C

)A£F.l'l. SH.f,,f-4

)

RHR PUMP c oo~ DJSCH. PRESS. HI GH

[11*PISN656C Rff,2'J,SH.6.H RHRPUMi' C002COJSCH. PRESS.H IGH E21 *PISN6SU R£f,lO,SH. 1,C *l1 CS PtrMP COOU DI SCH. PRESS.HIGH E21 *PJSN6528 AH.lO.SH.1.0*tl CS F'UMP C001 B DISCH. PAESS.H!CH ALARM H1 1 *P6021) *061

\\1 ~

lOOE 2 MIN.

!SCEREF.1.

GfNERAL NOTE 6 t AUTOMATIC DEPRESSURIZAT ION SYSTEM tAOSJ LOGIC B E11*PISN6*9C REF -29 St>. 1,[*)

t11 *f'ISfi6:;:;..

~~

RHR PUMP C002A DISCH. PRESS. H[{,H

[ \\1 *PI S N6SbA

)RCF.29.SH.6.0*4 }- RHR PUlof' C002A DISCH. PRESS.

E11 *PISN6SSO R[F.29.SH.6.0 *4 RHR PUllP C0020 OLSCH. PRESS. HIGH (11 *PISN6S6D RCf-29.SM.6,[ *4 DOSH. PR Sr. HICt<

E21*f'JS N655 A

)AEf.30.SH.1,C*ll)

CS PUMP COOIA DISCH. PRCSS.

E2 1*PJSN6556

"* RS. "'"

IN I TIAi( ADS LOG IC C St<.9,8 *2. 0 *1 B O*fl AUTOMATIC DEPRESSURIZATION SYSTEM tADSJ LOGIC C o\\LARM Hll *P6DZ!J *2* 1

~-

II -

~

Rtf.l'i,SIU.H RHRPUMPCD02B Dl SCH. PRESS.

R[F.nsiu.r - ~

RHR PUlof' C002C O!SCH. PRESS.

E11*PJSN656C R[f.29,SH.6, F*4 RHR PUMP COO" C 01$Ct<. PR( SS.

E2l*PJSN65SA R£T.JO,SH.1.C1\\

E21*PlSN65SB

~~CSPUMPCOOIBO I SCH.

ALARM H11 *P602 43 *18) si..g,D*I AUTOMAT I C DEPRESSURIZAT!ON SYSTEM tADSJ LOGIC D RMSIORYW(l.l. PRESS. I LOCH10N' t11 1 P602 PUSHBUTTON MOMENTARY CONTACTS RMS tAOS LOGIC Htl RIIS IAOS LOGIC BID I LOCA TI ON : H11 *P602 PUSH BUTTON

'-!()M[NTA'lYCot.: I AC JS RMS lL[VE l I 1 IMER A05 LOG!C A IC)

RMSI LEVEL 1 TIMCRAOS LOGICB/O l L00 f l0N: Hl 1 *P602 PUSKBUTTON M0"9ENTART CONUCTS FORNO !ES, SCE OWC. H-1 9901.

rOR RUERENCCS. SEE owe. !11 9902 a H*1990J.

SUPERSED ING TH IS D ~AW]N (;

~ AS DEVELOPED rAOM G.E.

ORAWl NC NO. 1Z9E62B S11 T. 1. REV.

7 :

SHT.2. REV. 6 : At1DSH!. ], REV. l SCS I ACCESSIDf<

11Q. S-15267. 5-15268. ANO S *\\ 7182 ~E S PE C TIVEL V.

i'IPLNO.

821 *1030 BECHTEL JOB6511 SOUIHERN SER VICES INC.

FOR GEORGIA POWER CO.. ATL ANTA, GA.

I GENERAL ENGINEERING DEPARTMENT

EDWIN ], HATCH NUCLEAR PLANT UNIT NO. I NUCLEAR BOIL ER SYSTEM Ir LOGIC DIAGRAMS SHEET 8 OF 12

60661-H

/

\\rl H11-P602 RMS [ADS LOGICS A/Cl

/

(B-J)

INHIBJT~

A H11-P602 RMS CADS LOGICS 8/0l (3-36)

INHIBIT

/

ADS LOG!C A

/

, H11 -Pso2 L$isHG.o;:!

. c~-s=>-'=="'----i:9---1 ADS LOGIC A ADS LOGIC B SIU,G-5 ADS LOGJC D Stl.6,G*tO RMS CADS LOGICS B/Ol H 11 -P927 BACKUP C DJV-1 82 1-TU N697J RPV PRESS ADS LOGIC A Sli.8.C-5 INITIATED ADS LOGIC 8 ALARM Ht1-P602 CV36l RMS CF0138) -

OPEN RMS (F0138) -

AUTO ENERGIZE L__J OPEN B21-SV <F013Bl l j

AOVF0 138 DE-£NERG!ZEH CLOSE 821 -

I SY CF013Bl ADV F013B ADS LOGIC INIT I ATED LIGH T TYP I CAL FOR: ADS LOGIC S, CBD ADS LOG!CA SH.8. C-3 ADS LOGIC C Sl\\.8.C-9 ADS LOGIC D SH.8.G-9 13 MINUTE TIMER INITJATEO H11-P602 (3 - 30)

ADS LOW WATER LEVEL ACTUATION TIMER INITIATED 5.0 821 - TR R614 SAFETYJ8LO\\llDOWN VALVE PILOT SEAT LEAK ING H1 1-P614 2 MJNUTE TIMER INITIATED (SEE REF. 1

• GENERAL NOTE 6)

H1 1-P602 (3 - 05)

H11-P602 (3 - 06)

BACKUP DIV I

(')

BACKUP DIV II (B)

BAC KUP DIV I (c)

RHR/CS PUMP PME$$. PERMISSIVE ADS LOGIC C RHR/CS PUMP PRESS. PERMISSIVE 10 H11 - P602 (3 - 12)

AUTO SLOWDOWN CS OR RHR PRESSURE PERMISSIVE ESS O!V.1 125 voe POWER FAILURE ESS 01v. 2 125 voe POWER FAllURE H11-P602 (J-17)

AUTO SLOWDOWN CONTROL POWER FA I LURE TEST H1 1*P628 ADS LOGIC C

!N IT!ATEO ADS LOGIC C OR D I NITIATED IN TEST MOOE H1 t-P602 (3-18)

H11-P602 (3-23 )

FAUL TY AUTO SLOWDOWN TES T PROCEDURE E11-PIS-N694A iii ORYWELL PRESSURE SEAL-!N HI DRY\\llELL PRESSURE SEAL-IN HIGH DRY WELL PRESSURE SEALED IN BACKUP DIV II (D)

'OS SRV REFERENCE DRAWING H1 1-P602 (3-24) 1 t 10 SW! TCH DEVELOPMENT AUTO OPEN RMS(F0138)

RMSiF0130>

RMS(F013E>

RMS<F013F )

RMS<F013 J )

RMS<F013K)

RMS<F013L)

LOCATION : H1 1-P602 MA I NTAINED CONTACTS NORMAL I NH l BIT RMS (ADS LOGICS A/Cl RMS (ADS LOGICS 8/0)

LOCATION : H11 -P602 KEY REMOVABLE !N

,..,ORMAL ~ONLY MAINTAINED CONTACTS TES T H11 - P628 ADS LOGIC A IN TEST MODE 12 T>--~~~~~~~~-.

TEST H11-P628 TEST H11 - P628 13 H11-P602 (3 - 29)

A! JTO Bl OWQOWN IN TEST STATIJS REVISEOPERASN:

1072724201J005,VER1.0 FOR NOTES. SEE owe.

FOR REFERENCES. SEE O\\llG. H-19902 8 H-19903.

SUPERSEDING THIS DRAWING WAS DEVEL OPED FROM G.£.

DRAWING NO. 729E628 SHT. 1. REV. 7:

SH T. 2, REV. 6. AND SHT. 3, REV. 7 SCSI ACCESSION NO. S-15267, S-15268 ANO S-17728 RESPECT IVELY

• MPL NO. 621-1030 MPL NO. 821 - 1030 SOUTHERN A COMPANY EDWIN I. HATCH NUCLEAR PLANT UNIT No.1 NUCLEAR BOILER SYSTEM LOGIC DIAGRAMS SHEET 9 OF 12

~~P':"'r---;=~~==='"'""C::::l10-so2 H-19909 s.o 13

01661 - H RMS ( LLS ARM ING LOGl C AtCl -RESET 821 -PS N302A PRESSURE HI GH B21 - f'SNj028PRESSURE HJGH B21 *PSN3021'"PRESSUREHIGH 821

- PSN~PRESS URErt!GH B21-PSN302H PRESSURE"l l GH S21-PSN302JPRESSUREHJGH B21 -PJSN620ARPVPRESS.

H11-P925 LLS ARMI NG LL SARMING LOGICC RMS I LLS ARMING LOG IC A/CJ-RESET B2 1 -P JSN620CRPVPRESS.

M! \\*P925 L LSARM ! NG B21 *PSN302CPRESSUREH ! GH 821 -PS N3020 PRESSURE H!Gfl 82 1*PSN302EPRESSURE H IGH 821*PSN302L PRESSURE H!GH 82l*PS N302K.PRESSUREHIGH H11-P927 BACKUP CONTROL 621 - TU-N697DRPYPRESS ENERGIZE HOPENS21*

SV IF013H)

AOVF"013M CW-PISN620ARPVPRESS.

H\\1 -P925 LLSAflMlNO B21-PSN62\\ARPVPRESS.

H1 1 -P92S LLSCONTROL S21 -PIS N620C RPVPRESS.

M11-P92S LLSftRMI NG 821*PSN621C RPV PRESS.

H11*P925 LLSCONTROL B21 *PJSN622CRP't'PRESS.

H11-P925 LL SCONiPOL DE-ENERG!ZEHCLOSEB21-1 SV t F013H)

A.OV FOi 3H LLS LOGIC A OR C ARMED TO H1 1 *P92S M11-P6S7 (DQ6J)

SAFETY RELIEF VALVE SRV AND AUTOMATIC BACKUP ACTUATION 21-AOV F013H 82 1 -PSN621CRPVPRESS.

H1 1 -P925 L L S CONTROL 82 1-P ISN622CRPVPRESS.

821*PSN621CRPVPRESS.

H11-f'92S LLSCONTROL

• LARM H1 1-P603 l2*29l SP LLS LOG IC A RMS (LLS LOG!C ft l

• TEST LLS A.RMJNGLOG !C A.

0 1 ERF LLS AND AUTOMATIC BACKUP ACTUATION 82 1-AOV FO i 3G LLS LOGIC C Hl l -P92S RMS ILL SLOG ! CCl*TEST LLS LOG I C A OR C POWE R LOSS RMS!L LSLOG IC AJ *TEST RMS I L LS LOG I C Cl-TES T LLSARM!NG LOGJCA

~D H11 *P657

!0062)

/,,',.f0l -P603

---V <2 -29 1 RMS (LLSLOGf CSJ-TfST R'-'SlL LSLOG!CD l* TEST LLSA'lM!NGLOG I CB LOW -LOW SET TROUBLE ON PANE L H1 1 -P657

\\0 SW! TCH DE vELCiP'MENTS RMS ILL5 ARMING LOGIC A/C l RMS CLLSARMINGLOGlCB/Ol LOC ATJON :Hl 1-P602 PUSHBU TT ON MOMENTARtCONTACTS R!>!S 1;-Q1 3A l RMS!F013Cl Rr.tS I F013Cl RMS lr0\\ 3H I LOCll.TION,H1l *P602 MAI NTA I NED CONTACTS RMS (LLS LOGIC Al H11-P925 RMS (LLS LOG!C 8 1 H1 1-P926 RMS ILLS LOG IC Cl Hl l -P'l25 RMS I LLS LOG ICOlK1 1-P926 12 13 PUSH eu TTON MOMENTARY CONTACTS FOANO TES, SEEOWG. f\\

• 19901.

FOR REFERENCES, SEE OWG. H-1 9902 ll H

• I ggo3,

SUPERSEDING TH1SORAll1NGWASOEVELOPEDFR0MG.E.

ORA\\rl l NGNO. ?29E62SSHT. 1, REV. 7; SH T. 2, REV. 6, ANOS HT. 3. REV. 7 SCSI ACCE~SION NO. S -1 5267. S-15269 MIO, S-17792RESPECT!VEL Y.

MPL ND B21-1030 SOUTHERN A COMPANY EDWIN I. HATCH NUCLEAR PLANT UNIT No. 1 NUCLEAR BOILER SYSTEM LOGIC Ol*GRMAS SHEET 10 OF 12 10-502 H-19910 12 13

!1661-H RMS ILLS ARMING LOG I CS/DI-RESET Hl1 *P602 82 1 -PSN30 1A PRESSURE li 1GH B21 - PS N301BPRESSUREH!GH B2 1-PSNJ01f PRESSUREH l GH 82\\ -PSNJ01GPRESSUREHIGH 821 *f>S N30 1HPRESSUREHIOH 821*PSN301JPRESSUREH !GH 62 1 -P[SN620BRP \\IPRESS.

H11 -P926 LLSARM!NG RMS!LLSARMING LOGICBIOl *RESET 821-PSN621DRP\\IPRESS.

821-P1SN622DRPVPRESS.

H11*P926 LLSCONTROL B21-PSN6210RPVPR£SS.

H11-P926 LLSCONTROL 82 1 -P IS N6220RPVPR[$$.

H1 1 -P926 LLSCONTROL r--,c",H11 -P926 E-ENEAG1ZEHCLOSEB21-I S\\ll f013 AJ AOV FQl jA o-"~===~---</@)'.H11*P602

£NERGIZE HOPEN B2T -

sv I FC1 JC l AOV FO i JC I

OE*ENERGIZEHCL.OSE B21-I

$\\llFOIJCI A0\\l f0 13C B2! -P IS N620BRPVPRESS.

H11 -P926 LLS ARM ING B21-PSN62 16RPvPRESS.

Ll SCONTROL B21-P!SN6200RPVPRESS.

921-PSN62 10RPVPR£$$.

62 1 -PISN6220R?VPRESS.

H11 -P926 LLS COtHROL LLS LOGIC B OR D ARMED RMS I LL S LOGIC DJ-TEST

[ >----('Y) H1 I -P'l26 Hl 1-P657 10069 1 FOR NOTES, SEEOllG. H-\\9909.

FOR REFERENCES. SEEDllG. H-1 99D2AN0 H* l9903.

SUPERSEDING THlSDRAlll l NGllASOEVELO?i:DFROMG. £.

DRA\\ir lNG 72'3£626 SHT. 1, RE V. 7 :

LLS LOGIC B OR 0 POWER LOSS SHT. 2. REV. 61 ANQSHT. 3. REV. 7 SCSI ACCESSS !ONNO. S-15267. S-15268.

. - 111~~ Rf:~l'lC. T IY~LT

~

M P~L~N~

D~

B~

2 1~-~

10~3~0---+=~=---i o-"~~==~-~/@,H11 -P602 SOUTHERN.d.

COMPANY REVISED PC~ ABN 97- 0103.

EDWIN 1. HATCH NUCLEAR PU.NT UNIT No. 1 NUCt~~c eg:~~~,.,t~STEM SHEET 11 OF 12 10- 5 02 H-19911 12 13 FSAR FIGURE NO. 7.3-5 (SHEET 11 OF 12)

Z 1661-H 241 *RIS R61SA RAOC UION H I *RIS R'158 R401.UION CONTROL ROOM OUTSIDE AIR INLET HIGH RADIATION Z4 1 *RlS R61SA DOVNSCAL[

Z4 1*RlSR615800WNSCAL[

IV0161 CONTROL ROOM OUTSIDE AIR IN! ET RAD IATION DOWNSCALE TRIP

~i~ :R~~

7 A61SA CONTROL ROOM !Ht.ET R..O\\ATION LEVEL M...

HNP-2 MSL FLCW LOGIC

• tt.IT!.AT(O Rff.40, l>t.6,( *l 021-RIS l002*2 R[r U !Rll'AYlolRU RADIATION RH" r R.lREA RADIAT ION

!~:::!!41u.1se CONTROL ROOM INLET RAOllTION LhEL ~"'

REF STA!lhlAY.I.RU AAOIATlON Z41 -co11,1., a

}9 D-12&E *12 39 8 *7& 0 *7 lO -AOY FQl }A,EI

.l*9&0-10 Z~I *.lOY FOi 5

.l *I }

CLOS[

Z~1 -.lOY FOi !I !I ro20 IN ITIAT[ PRESSURIZATION MODE LOG IC A lNl TIATC PRESSURl24T!Otl MOOE LOGIC 8 Cl1 *TS NGOO._ RWCU A..Sl[NT TElof' Cl1 *TS NfiOOB RVCU AtelENT TEW Cl1

• TS N600C RWCU UBtENT TElilP Cl\\ *TS N6000 RWCU AletENT TEMP

(;Jl *TS N600f:

RWCUAMl l [NT TEM" Gl1*TSN600fRWCU AMBIENTT[lof'

[1 t *TS N600A RHR AMB IENT TE ii>

E11*TSN600BAHRAMfl l ENTTE...

[ 41 - TS NSCJO HCPl AMBIENT TE"4P EA1 -TS Nt.108 HPCI PIPE PEN.

E51 -TS N600 RCIC AMlllENT TEW ESl -TS"'6028RCICEMERCOCX..ERTEMP ESI *TS r.60lA SUPP POCl. AMBIENT f(tif>

Hll*P61 4

[S I *TS N60l8 SUPP POOL.u481[NT IE!il'>

E51*TSN60lCSUPPPOOL 4M31 ENTT[tif>

H1 1 *P614 H11 *P614 lil:I* *H "~oo

~~~~ c~ ~E~~J;_INE LEAK OETECTI~ AleJ ENT TEMPERATURE HIGH Cl1-0TSN602A R... cuoirr. TE HI 1 -PO I ~

Cll *OTSN602[ RllCUOlf"F.

G31 -DTS N602F H11 -P, 1 4 RMll: OIH. T[...

E11 -0 TSN601A 1Hl[ f /OUTL£T H11 -P61 4 RHROIFF. TEMP.

INLE T/OU TLET SUPP. POOL Otff.

(4 1-0TS N604A l(MF'. IN/OUT SUPP. POOlO l FF.

l[f4'. IN/OUT SUPP. POOlO!FF.

(~1 *OTS N604C TEMP.

IN /OUT SUPP. POOlD IFr.

TE... IN/OUT MA IN STE AMLINED IFF.

(4 1 -0 TS N603 f f. MP. IN/QlJT LEAK llETECTION Dlff, TEMPERATURE HIGH RNSCHPCl LEAK OH LOGIC A TESTl*f£5T Hll *P614 RllSlftCIC LEAK OU LOC IC.I. TESTJ *l[ ST RIIS CHPCC L(.1.K DET.LOC: IC il TESTI RMS CHPCI LEAK OH. LOG I C !I TESTI LOC.l.Tl ()N 1 Ht I *P61 4

'°'EY REMO~A8LE I N 'NORMAL

• ONLY NA !NTAI NE:OCONh.CTS F'S !RCIC L[AI(, QE:T. LOCIC A TEST!

A115C RCICL[d[)(T. LOC:IC 8 TESTI LOU.tlON*Hl1 *P614 KEl REM0Vl8L[ IN ~OR MAL"ONLY MAl NTA.!NEOCONU.CTS LEAK DE!ECTJ~ LOGIC A JN TEST STATUS RM'i lHPCI LEAK OET lOO JC 8 TESTl -JEST 1111*P614

"" ! llC Lt 1..i::... 11on 1..WLl.CI lt.)f l "! l )I 1111 *P614 LEAK DETECTION LOGIC.B IN TEST STATUS*

RCJC LEM OET LOGIC A POlt£R MONI TOR [N(AC IZEO ll*lll RCJC LEllt DETECTION LOGIC POil:R fAILURE HPCILEAllOETLOCICAPOWERl<<JNITOREHERCIZEO HPC I LEM OE"i LOCilC 8POV£Rlo'ONITORENERCIZE0

- HPCJ LEAK DETECTION LOGIC POil:R FAILURE FOR NOTES. SEEOllG, H* l':l':IOL FOR qEf"ERENCES. SEE owe. M-19902 UtD M-1 ':1':103.

SUPERSED ING TH ES ORAOllNC ilAS OEV[lOPEO FROM Q.E.

Dl!Alt!NC NO. 729E628 SHL 1. REV. T:

SHT. 2, REV. 6; MCl SMT. l, REV.

7 SCS I ACCESS! ONNO. 5 *15267, S-15268, A~

S-11782RESp(CTIVELf MPL NO.

821 *1030 1 *~>.O* ~i;g * :

BECHTEL JOB 6111 SOU IHl:.RN Sl:.RVJCl:.S It<<:.

FOO c'

I

'-'I '[I']

_-_-_,_,\\ -'-"'_-~----'----tU------------

L

_~l-'

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L L -__:~_ ~ 1_n.--mc -

-- - J "ll_. ----------

-I

~L _____________ _J

~---------_J

.J 1

10 REVISEDPERABN IC40048401J004,VER.1.0 13

') -i/JlCH I ;f-

- I ()f) '~ r I 20 13

[-------IXl--i 831*MO\\IF031.l.

\\IAL\\IEFULLY0P(N

---

1Xf---<

sc~9 0v/*o~J:

H 831*M0VF031.I.

~----....,

83!-MOV FOJ1A. \\l.lL\\IE HILLY CLOSED TDOE SU_ TABLE 1 I

~STARTCLUTCHCONTROLL I -

I JOGGING T!MER 831-~47A i ST.I.RT MOTOR JOGGING T IME.R 831 -K47A JOGGING TIMER 831 -~HA RMS (F0J1.l. J*OPEN

"'"'"°'°' ~

RESET 831 -K~71***

JOGGING Tl MER 831 -K47.I. )

H :=>----------ft NOMINAL RANGE SETllNGINSECON>S TABLE 1 JOGGING TIMER 831 -K47AI BI SEE TABLE 1 JOGGI"" TIM[~ 8J1... a1e1 <SH NO![ 9>

- ---~l

--~* I Til !.i.

1Jl U I 3

1

• 2S 16

~7

• ESEI 831-MO\\IF023 A \\I AL\\IECLOSING I

TDl*~

OPEN 831-MO\\I F02JA

'"-~::~~:~"'Jl c--

0------------------

H11-P>02

.R!'1:_'. F02HJ-NORMA_:-______

~

'I' I -P~02 B31*MOV F023A VA:VF 0PfNINC ____ C8J-jSEE IAE\\LE 1-JOG3 REACTOR REC I RC PUMP A SUCTION ISOLATION GATE VALVE 831 -MOV F023A TYPICAL FOR:[B31 -MDV F0238]

$YSTEM2

~~-_l_:g~~:ii=> ORYWELL PRESS HIGHIRP\\I lrH,R LEVEL I LOW i

TES T INlllCA TION

-L~

~:~

RHR IN TEST STATUS LOGIC ;'>lSTEM 2 *,**~~ ~~

CE:":::_

>rSfEM2 RPVPRE.SSLOWIDRYl'(LLPR f. SS

~~WATER LEVEL! LO~---~-<

TCST INDIC ATION

~

631 -MOV F031 A V ~ L~E OPENING STOP 631-~\\I F'031A

---

!Xf---i 831 *MO \\I FQ31A

)SYST~~? 1 ORYl'(LL PRESS HICh1RP\\I WTR Ll\\la 1 L°!j

---. 1

. *'"'--'- ""-2'~~"' ""'"3... ~}--

'.iY'.>l~M 1 RPV PRE-iS LO\\o.'ORnl"ELL PRESS

~~~~~_.J C

nsc.0>

---<8[RF 2011 t * -----:::;< Hl 1 *hi02 REACTOR REC!RC PUMP A DISCHARGE ISOLATION GATE VALVE 831-MOV F031A TYPICAL FOR: 1831-MOV F031BI 7 I SWITCH DEVELOPMENTS CLOSE NORMAi.i OPEN

(])

SUPERS ED! NG

9 ( 66< -H (1-03)[(2-03}]

1- 09)[(2- 09)]

(1-1 9)((2-19)]

~~~~~-=~~~=~~~~~~~----<',

831-LS N039A(B] PUMP MOTOR A( B) UPPER OIL LEVEL HIGH 831-LS N039A[B] PUMP MOTOR A(B] UPPER OIL LEVEL LOW C32SYSTEM RECJRC.PUMP RUNBACK REF.5.G-7

)-----'R"'

EA'°'

C. _c rE"°'ED~P°"

°'°"'-"'--'-TR°"

IP--

REC!RC. PUMP RUNBACK REAC. FEED PUMP B lRIP TOOE TOOO 15SECS l 5SECS RECIRC FLOW A(B] LIMIT 7 I (1 - 20)

(1 - 05)((2 -1 1)

H11 - P602 (1 - 31)[(2-31)]

(1-28)((2-28)]

(1-22)((2-22)]

(1-11 )((2-11 )]

1H11-P602 (1-29) l831 - S002A [B]

ASD A [B]TRIPWARNING A1H11 - P602

=-===----="--'='-='--"==--------<V<1-1)[(2-1 ))

l831-S002A(B]

ASD A [B)FATAL FAULl A1H11-P602

====----="-"'===--------<~1 - 2)((2 - 2)]

l83 l -S002A (BJ ASD A [BJ PROCESS TROUBLE A

1H11-P602

=-===----="-"===='----------<~1-7)[(2-7))

1B31-SOCJ2A [B)

ASOA (B)TROUBLE

~1H11-P602

==="'-----=-'-"'=='------------<~1 - 8)[(2 - 8 )]

1831 - S002A (B)

ASOA (B]LOCALCONTROL 0 1H11-P602

=-===----=~===~-------< A {1-14)((2-14))

16:.11 - S002A (6)

ASOA [B]COOUNG TROUBLE 0 1H11-P602

=-===----=~====:_ ____

__, A {1-25)((2-25))

1831-S002A (B)

ASOA [B]COOL!NGFAULT 0 1H11 -P602

=-===----===='-="'----------< A (1-26)((2-26))

1831-K74A[8]

(1-33)((2-33)]

SWITCH DEVELOPMENTS TEST A NORMAL TEST C

(])

TEST 8 NORMAL TEST D

(])

RMS (RPT CHANNEL 2)

LOCATION: H11 - P613 MAINTAINED CONlAClS FOR NOlES AND REFERENCES, SEE DWG. H-19913 G

RECIRC PUMP A{B]

~----------------+- rr~~r%CK SPEED SU PERSEDING THIS DRAWING WAS DEVELOPED FROM G.E OWG. N0.729E6258A SHT.1.REV.5; SHT.2.

REV.2; SHT.3,REV.5 SCSI ACCESSION 2~~~~~1N~~yS -1 6204, S - 16205,&: S - 16206 MPL NO. 831 - 1030 SOUTHERN A COMPANY

,..,,.0.,.,..,...,.<oolo"'° P'09';.i0<)',cooldtobol,oo0/0<l<odo*ec,.1;o1"'"'°'""

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~~~~~~~I ~

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~~~!.i;:O~YSTEM A CIRCUIT BRE AKEAl-C~OSE CB3AIBJ CLOSE REACTOR RECIRC PUMP BREMER 631 *C8~ A I Bl REACTOR RECIRCULATION PUMP 10 B31 -COO! Al BI BREAKERS B31 *C83A I END OF CYCLE BREAKERS l 10

2.0 _Dote

6-1~-lC REVISEO PER*BN 10~00 4B401 J007, VE~. 1.O SWITCH DEVELJJPMENTS 13 Cl05F CR3A >>;GRMAL COSE " fl!El

~~?:~~~;;~~:* ~6 ~~RCUIT BRl AnRJ

~~IA~,~~ \\~~3f~l~.~N~'-' "(~jgicAc~3B" MPL NO. B31-1030

• H H11fli0 ]

CSLOOI C SYS.1 12 1 lll l TI ATEO AL C ~~ ~6~

6

?~ I - *17 ll ISEE REF". 1, G£ NERAL NOTE 6 l TOOE l

SEC CS LOG IC STS.

1 12 1 I NEllU {I OliYWELL PRESS HI GH/

!LO*O SHEOO I HGl A1'V WfR lVL I LOW Sl o\\RT P UMP c11 -coo1A

---JJ 'HI I -P60]

~:lOCAL

'"~

T OASCR AM ()iNIM(LA 1 0RB1E NERGIZC H AEL 4, SH.*. M Sv (F009!

COl l 4

l )--~--.___j OPEN C! I - [ ___ 'r.;( H1 I - P 6 0 J OPEN cu -

l_~

... H1 1-P60]

A0VF010J~

REACTORSCR AM CMJWIEL A 2~

82 ENE RGIZE

~SVIF009 !

COIL 8 SCBAM..J)~.ME..__l_N B O A RD VENT VALVES MiD......IIB._tjlLY.Al VE C1 1 -AOV FQll TYPICAL FOK :

- 1Aov ro1os 1-:.:v OPEN C 11*

[ ~" Hl l -P60 J A0V F"01 1~'

Cl l *lo!OV F OCU VAL VE CLOSI NG c 1 1 -wov F OOJ TORout: PROTECTI ON

• I S TOP c 11 -1

• MOVF OOl L::'...:~

ST~FllO A J

StRAMYAlV(P l LOfAI RHElOER

~

DEyf 1 OPMfNTS

~~ - --

04'.RGI ZE H

IRIP SYSTE M A 10 EXHAUST I REA CTOfl SCAA M

~

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t -~~1~':.*~i: ______ --------------- __ J JMC SET1 RODSELECTEO ROD SELECTED ROO DRIFT ERF 1 r-------------------------------------------------1

")l.:5.i;:<)-~"'°"--'~~L~EC~n~o--1r~--+-,-,-

,.~~~ 1:~~~E~TE~.-

. '--'.--./.--------+

I TYP. Of 1l7 !SEE NOTE ll I F{ TEN~o~l1nsl J

~ -~~

t Pn<::TTl(IN I

I READOUT I

RPI SSCNI NOOE Rl" IS NEU AOO I

• SSEM8LY I

UNIT1s0 ~,' f 1TS I

~-----__,_' ------- , SECECTEO i

L~°!:'!.~~~-~T~~~-O!~~'f_!

L--- - ----- - ~-~~-G~~;t~Et-~~!~l:~~~~~y-----------_!

MATRIX IPROBE BUFFER'-'------------~

I 1100 POSI TI ON BUFFER C*FJf~)~AEll:Tpt; c.i.~Tf0l tt:==========:::-----~C11100

~i~~SS SCAN CON~ot.

1 NEU ROO COfllTROl ROD SELECTED IO(NTl f" ICAT! ON C1 800 TYPICAL FOR I CUOI THRU CU OT c_ ___ --(,c1*0*

~~tss CONTROL R00 l"OSI TI ON C1101 TYPICAL f"OR I C1109 TRlfU CU1T FOANOTES,SEEDVG.H *1!911.

FORREFERENCES.SEEDwti. H*1991'.

SUPERSEDING nus ORAVINC VAS DEVELOPEO FROM C. [.

nlUVINC N0.1'!11="1'1 1.

~M T. 1

• Arv. ft.

SHT.2,R['l'. 4 SHf. ],R[V. 4 SHJ, 4

• RCV. 6 S/tJ.S, REV. &

SHT.6, RCV.6 SHT. 1. REV.I SCSI ACCESSION ORAWIHG NO. S* 15151 7HRU.S*l 515T RCSPECTIVELT BM'IN L HATCH NIJCUNll f"l.ANT UNT No. 1 CONnO..AOD CllWl H'mfWJUC IVITBI 9EEJI Cl'I 1

I'

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ROD SEQUENCE CONTROL SYSTEM IRSCSJ!SEEREF,8J llllSIROOWOllTHlllNllllZCRS TDl *BTPASS RWM.ITOl'fPASSLOGIC

~\\.f'6CJtClhl.OCl1 NJTOSTPASS RCOlllSDTPf:lllllSSl\\IEF"°"RIMCCWIJTE~PROCRAll Sll.l,[*2 Cii-i'WJ ~

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V[RlflEDBYTJS.

REVISC0f'O:ABH91-0069-002 12 f"Oft NOTES. SEE DWG. H-199111.

FOR REFERENCES. SEEOWC. H*19919.

SUPERSEDING THIS DRAWING WAS DEVELOPED FROM G,£,

ORA.WING NO, 729E611. SHT.I

• AEY.6 SHT.2, REV.4 SflT,,, REV.4 SHT.4, REV.6 SHT.5, r.(V.6 SHT.6,

Rl:.'~.6 SHT.T. REV.6 SCSI.t.CC[SSlON DRAWING NO, S-15151 THRU.S*lSISTAESPECT!VELl MPL NO. C11*1030 I,1£;,lD13 ! 1-t1ilil24 )

Soultwn Oon'1l'M'/ 8eMoM., lno. for

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H11 -P~O]_l_£!_1,*J6001 I "-

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< ROMRllMC~P. PROC R00 5ELECTPERM/5S!VE~B*

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( SEE TA9LE2l SEE Sii l TCH O~VELOPMENTS RWM BACK LIGHTED SW I TCHES ! TYP I CAL OF 5l

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CO!<l?UT(R P<!.R ITV A6NORMAL C91-P609 COMPUT£RSTP.LLEO RllM PERMISSIVE LOGIC RWM OPERABLE R'llMCOMPUTERPROCi'IP.MOPERP.T! NCt;OMPUTEROU TPUTL15 11 C O~U T fR OUTPUT L1546* ! NSERT 8LOCK "C"

[8}--------

C9 1 *P609

~

J*

COMPUHROLJT PUTL1 546-l NSERTBLOCK "C" ROD INSERT PERM I SS I VE FROM RWM COMPUTER PROGRAM ROD WI THDRAW FERM, LOG IC

~

ROD SELECT WJTHORA\\IPERM. ECHO P~RM.

LOGIC SELECT PERM. ECHO

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

flOO INSERT PERM. LOGIC

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RWM ROD BLOCK TABLE 2 RWM BACK LIGHTED SWITCHES GROUP IN/OUT Of SERVICE 1.COMPUTER OUTPUTL15090UT OF SEQUENCE 2.RMS(SYSTEM INITIAl..lZED)

1. RMS (SYSTEM O!AGNOSTIC)

(ALL 4 UGliTS) 1.COMPUTEROUTPUT L15\\S NOTCH ERROR 2.RMS(PRINT NOTCHERROR) 1.COMPUTEROUTPUT L153 1 GROUPOUT OF SERVICE 2.RMS(GROUP lN/OUTOFSERVICE) 1.COMPUTEROUTPUT L1547 ROO TESTSEL.£CT 2.RMS(ROD TEST)

COMP.

7 I DEVELOPMENTS 1

_ ~I _! :_P!Q_3_!._C_! ~-_:!~_o~ 1 7co~"~"~"7'-

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C91-P609 (0*9l 7co;c"~"""""'"' =

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' ~"="~'~"='=

' ="~---:-

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L------ ----;-.J RWM DISPL AY CO~PUTER OUTPU T L1510 -SELECT ERROR C91 -P60~

INQP.

CQMPUltR I NOP.

RMS I RllMSYSTEMJNOP.RESET!

L OCATIO~:

Kil -P603! C11 -J600l 4LAMPBACKL1CHTEO PUSHBU TTON MOMOHARY CONHCJS RMSI ROD WORTH !o!INIMI ZER SYSTEM I LOC,\\T l ON :

H1 \\ -P!'.031 C11 -J!'.00 )

MAlNf,\\ JNEOCON T.liCTS KEYR(MllVA9LE !N"NORMAL "ONLY*

ROD SELECT ERROR FROM RWM COM?U.TER PROGRAM o-""_s_'"-' -"_s_'5_TE_,_,_'°_"*----<xr-.. RI/>! COMPUTER PROGR A~ ! NOP.

HI ! -P60~ I Cl I *J600 I PL AN j PROC £S>

RMS(ROO*ORTHMlNl M!ZEl'I SYST[Ml *BYPASS H11*P603 1C1 1 *J600J ROD INSERTPERM.FROM Rlll<ICOMF'.

~--~~ -

H11 -F"603(C 11 *Jb001

,-----1 1 '

/

I I /

1 l

/

I ROL.I JNSERTPERM.

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RWM PERM I SSIVE LOGIC I

R

'-~--'--;

TABLE 3 RWM DISPLAY FIRS T INSERT ERROR X*UlS FIRST INSERT ERROR Y-AXIS SECONO I NSERTERRORX *AXtS SECOND I NSERTERRORY *AXlS 10 REVISED PER

.t.81194- 0007- 001.

OUT Of SEOU E~CF SYSTEMlNJT ! ALlZE RMS!R\\IMSYSTEMfN I TIALJZEl LOCATfON '

~t 1 *P603(C1 ! *J!'.00 l

~ L AMP BACK c l CHTEO PUSHBUTTON M::Jlo!ENHRY CONTAC TS

0: :0:

, :0

, \\.')

SYS TEMO f AGNOST \\C RMS ( SYSTEMD!ACNOSTIC l LOCH JON*

H11

• P603(C11*J6001 4 LAMP SACK -L!CN TEO MA I NT.lilNEOCONTACTS PR!N T NOTCHE'lROR

(£< :0:

0: :0:

RMS!PR!NTNOTCHERRQR)

LOCATION:

H11 -P603(Cll

• J6001

~ LAMP BACK LIGHTED

'IA INH t NEO CONTACTS GROUP !NtOUT SERVICE

<£<

/!J,

0

, :0 GROOPOUTOFSERVJCE RMS!GROUP INiOUTOFSERVICEl LOC,\\TJCN' H11*PE03 r C1!*J600>

4 LAMP BACK L I CIHEO MAINTAINED CONTACTS ROOTESTSELEtT RMS(RODTEST )

LOCU ION:

~11*P603 1 !.:1l*J600)

~ LAMP SACr. LI GHTEO MA! NTA I NEO CONTACTS FOR NOTES. SEE O'.iC. H-1 9918.

FOR REFERENCES. -0' '

t:lllG. H-1 9919.

SUPERSEDING TH I SORAll!NGllASOEVELOPEO FROMG.E.

0R AlllNGl\\0.729t !'.18, SH T. \\,R[V. 6 SffT.2

, REV.4 S~T. 3

• R[V. 4 SHT.4

. REV.6 SHT.S

, REV.6 SfH.6, REV. I>

SH T. 7, REV.6 SCSI ACCESS I ON ORA11 1NC

~Q

. S*l S1 51 THRLJ, S-1 ~157 RESPEC T IVE~ Y FSAR FIGURE NO. 7.7-1 (SHEET 8 OF 9)

H MPL NO. C11-1030 CADO SOUTHERN A COMPANY EOW!N J. HATCH NUCLD.R PLANT UNIT No. 1 CONTROL R~gG~~l'tN... ~~f~~ ULIC SYSTEM SHEET 8 OF 9

1 D

G RMS t.t.001 HU ffSl*AUlO H2\\ *P011 1 ~~-Cp~~l HO IEJSl* "A" ON ROIS (.t.00 1 H( Al(RSl* "A B 8"0N 0£*ENERO I ZE~l'H 2,*POll HEA1ER G

I' STORAGE TANK C41 -AOO t HEATER SYS TEM "A,.

RMS tA001 HE.t.T ERSI *.. a e*ON H21*P0\\ 1 RMS lA001 HEATERS!*

E~llGIIE f----;@/ H21 *P01 1 HEATER

~

i:i

• OE

• ENERG1ZE~O/

H21

• P 0t l HE ATE~

'1l.

STORACE TANK C41 -A001 HEATE R SYS TEM 'B" 0

"'"'--" '~'-'"°"'

0

' -"""'""'"~" "'""'"--"'

0

----_,l~~G ;~:CING I

\\

~O!fl SLCS PUMPS SUCTION TEMP. LOW

- i~~G~Z( I

\\....,.__

HH T TRAClfr!G

- -- -~.

- ---~ *--* * * --__ _... *-----............ _ ____.

X7S *PI01 RMS <SLCSJ*STOP RMS CC001A l*TES1 STANDBY L I QUI D CONTROL SYS TEM PUMP C41 - COOIA TYPIC AL FOR 1IC41-C001BI C4!*TS N003 5181 LIOUIO TAhl UMP. HIGH C41-LS Nfi00 STSY L I OUIO htll( LEVEL HIGN C41 *IM W600.t. S0Ut 8 VLV FOOO* LOSS OF CONTINUITY 1111

• ~ 603 C41 *IM M6008 SOU I B VLV F004B

• LOSS OF CONTUIJITY H1 \\*P&03 ANNUNC IA TION x7 S*P1C1

!AA02 J c1*S1l ISEENOTESf

~~7'~:-;:~"-:0"'

~'=°'='~'=°"=

"~'="~'°=°'="~"'='°='~-'-"1A" M11*P603 C41*F008 11.AINT(UNCE VALVE FULLY OPEN

_,, H11 *P603 C4 1*FOOS 11.AIN l E~ANCE VALVE FIJI.LY ClOSED '@" H1l*P60J

/

IND ICATI ON m.IQj DEVEi OPM,ENIS START SYS. *i;rS~Of' STAR T SYS. B

+

R~ CSlCS)

LOCATION :Hll *P60J K[Y REMOVA~ E IN ~rep* ONLY M.l LN !AINEO COH!... CTS RMS <COOIA)

RNS<COOIBl LOCilirlON: H21

• P011 WOMErm.RY COHlAC TS Rlo!S UOOI HEAIERS >

LOCA.l l l)l<I : '121 *P011 MA!NTAI NEO CO~HCTS

1. ALL EOUlPMENT ANO INSTRUMENTS ARE PRECED£0 8Y MPL NO.C~I UNLESS 0 11/ERW I SlNOTEO.

2. FOR LOCATION u10 IOENllffC,.1,TJON OF INSTRU~N T S. SEE lNS Tl!!M( Nl JNOEX OR EOU LPl'£NI LOCATl OtlJ/IOEX CELJ I.

J, HlR LOGIC 01AGR*Oo!S*lEG£NO ANO GENERAL NOlES. SEEi<ffti<i::NC(1.

REFERENCES 1.

LOGIC O!.t.GIW,!S*LEGENO AN0G(NER*LNOT£ S

2. STANOBYLIOUl D CONTROL SYSTEMP810

3. REACTORWAT[RCL EAN*UP SYSTEM LOG IC OUGRAMS S'1EETS1 AN0 2 ERr MJL TIPLHER SYS TEM i.£.o.

5.

ANNUNCIA TOR SIGNA.LS TOTSCt.E.O.

6. DI GITAL [NP\\J T SIGNALS MPL NO. owe.No.

TO Tt-1(

ERi=" CQloOPUTER Sl STEMt. E. D. SH.20F IS.

SUPERSED I NG THIS DRAWING WA S DEVELOPED rROr.t C.(.

MAWING N0.91906948~. 5'11.1

• R(V.3 SCS I ACCESSl<m ORAll l~G NO. S *1SIS9 MPl.NO.

C41*1030 BECHTEL SOUTHERN SERVICES INC.

FOR

LZ66~-H AVERAGEOFLPRMINPUTS SH.2,... -J MODE SWITCH l\\PRM CHANNEL A NOT BYPASSED l\\PRM CHANNEL A BYPASSED RMS(RXMOOE)RUN RMS(RXMOOE)RUN SH.2,B-2,C-2 NMSLOGICFORCRD HYDRAULIC SYSTEM C51-K615A POWER RANGE NEUTRON MONITOR CHANNEL A TYPICAL FOR 4 1

I SH. 2, 0- 2 1 I 10 RMS ( APRM CHANNELS BYPASS SELECTOR )

10 llECRAWN PER Af!N 94- 0007- 001.

NOTES:

1.

ALLEOU!PMENTA.'IDlNSTRUMENTSARE PRECEDEDBYMPLNO C51UNLESSOTHERWISENOTEO.

2.

FORLOCATKlNANOlDENTIFlCATIONOFINSTRUMEITTSSEE INSTRUMENT lNDEX OR EQUIPMENT LOO.TlON INDEX (EU)

13. ~YC~N~~~~ ;~g~~~~TY~ ~~~ g:~R8Pb'i:. H.

H. ONLY lRM CHANNEL " lS SHOWN, TYP. FOR CHAflNEL B TI-IRU H.

EACH CHANNEL HAS AN INDMOUAL LIGHT.

15. ONLY SRM CHANNEL A lS SHOWN. TYP. FOR CHANNEL B. C. &: D.

mY CHANNEL WILL PROVIDE JNPJT TO THE COMPUTER PO!NT.

16. ONLY SRM CHANNEL A lS SHOWN, TYP. FOR CHANNEL B, C, &: O.

EACH CHANNEL HASAN lNOMOUAL LICHT.

17. COMPUTER INPUT C1569 IS FOR IRM TRIP AUXIUARY UNIT A ONLY.

THEOTHER JNPUTSAAE; T

C1570 C157 1 C1572 A.

START-UP RANGE NEUTRON MONITORING SYSTEM B.

POIJER RANGENEUTRON MONITORING SYSTEM C.

fJ:~;;~:IA~~N~~:r,E DETECTOR DRIVE CONTROL SYSTEM

0.

TRAVERSING IN-CORE PROBE SYSTEM UNIT E C157J T

FC1574 G C1575 H C1576 H-19929 H-19930 H-19927,8 H-19931,2

21. ERF COMPUTER !,_,PUT 1100 IS FOR SRM CHANNEL" ONLY.

THIS COMPUTER INPUT IS NOT APPUCAfllE FOR THE lRM CHANNELS A, B,C.O,E,F,GANO H.

THE OTHERINPlITSARE:

SRMCHANNEL B1101 SRMCHANNEL C1 102 SRMCHANNELD1103

22. ERF COMPUTER !,_,PUT 1104 IS FOR SRM CHAlmEL A ONLY.

TH!S COMPUTER INPUT lS NOT APPUCA8l.£ FOR THE lRM CHANNELS A, 8,C,O,E,F,GANDH.

TH[OTHERINPUTSAAE:

SRMCHANNEL B1105 SRMCHANNELC1 106 SRMCHANNELD1107 23.PLANTPROCESSCOMPUTERPOINTSP1500ANOP1501ARE COMMON FOR ALL FOUR CHANNELS A, 8, C, ANO 0.

~;[I~~ c~~E~~NN~~E ~~LE~D o~ ~~~~~~-TO H-19966 FOR 11P CORE TOP ENAflLE" AND 11P POSITION PULSE ENABLE" COMPUTERlDNOS. FROMr...CH CHANNEL.

FSAR FIGURE NO. 7.5-20 (SHEET 1 OF 8) H C51-1030 SOUTHERN A COMPANY EDWIN I. HATCH NUCLE:AR PLANT UNIT No. 1 NEUTRON l't°oNJ[gRJ~A°c;R~Jl E:M (NMS)

SHCET1 ors

8Z66~-H LPRMNEUTRONFLUX REF.2,SH.2 APRM CHANN EL -

LPRM IN PUT TYPICAL SH.1,f-5 SH.1, f S

SH.1,F-5 l>PRM CH D

)

SH.1, F-5 APRM CH A

> SH.1,E-7 APRM CH B

> SH.1. E7 SH.1, E-7 SH. 1,[-7 SH.1, 0-7 APRM CH B

)

SH.1, 0- 7 APRM CH C

)

SH.1, 0-7 SH.1, 0-7 APRM A (CH A FLOW) INOP APRM A (B) LOOP A & B REC!RC FLOW COl.1PAREDAGAINST C D

APRM A (CH B FlOW) !NOP APRM A (B) LOOP A & 8 RE:C1RC FLOW COl.1PAREDAGAJNSTC(D APRM CH A DOWNSCALE APRM CH 8 DOWNSCALE APRM CH C DOWNSCALE APRM CH 0 DOWNSCALE APRMCHA INOP/UPSCALE/STP ALARM APRMCHB INOP/UPSCALE/STP Al.ARM

~

APRMCHC J

INOP/UPSCALE/STP ALARM APRMCHD INOP/UPSCALE/STP Al.ARM APRl.ICHA INOP/UPSCALE/STP TRIP APRMCHB INOP/UPSCALE/STPTRIP

~JDCHC INOP/UPSCALE/STPTRJP APRMCHD INOP/UPSCALE/STP TRIP H11 -P60J

~

PROCESS COMP/ODA B-9. G-1 8-9, C-9, D-9, E-9 NMSLOGICFORCRO HYDRAULICS F-5,G-S,H-S APRM A FLOW: TYPICAL FOR APRM 8, C & D 1

I APRM CH A UPSCALE/STP/6YPASS SH.1,E-7 APRM CH A INOP/B'TPASS SH. 1,G-7 APRM CH B UPSCALE/SW/BYPASS SH. 1, E-7 N'RM CH B INOP/BYPASS SH.1, G-7 APRM CH C UPSCALE/SW/BYPASS SH.1,E-7 APRM CH C INOP/BYPASS SH.1,G-7 APRM CH D UPSCALE/SW/BYPASS SH.1.E-7 APRM CH D INOP/BYPASS SH. 1,G-7 RB~ CH A UPSCALE/BYPASS SH. 5,B-5 RB~ CH A INOP/ BYPASS SH. 5, E-J RB~ CH B UPSCALE/BYPASS SH.5, B-S RB~ CH B INOP/BYPASS SH. 5,E-J APRM CH A FLOW UPSCALE/COMPARJTO~

Af'RM CH B FLOW UPSCAl.£/COMPAAITCR Af>RM CH C FLOW UPSCALE/COMPAAITCR N'RM CH D FLOW UPSCALE/COMPARITCR NMS LOGIC A (B) FOR CRD HYDRAULIC SYSTEM 1 I ROD Wlll1DRAWN BLOCKA(B) LOGIC REF. 5 SH.2, F-1.

APRM CH 8 FLOW UPSCALE/JNOP APRM CH 0 FLOW UPSCALE/lNOP APRMCHA

> SH.1,F-5 SH.1,F-5 SH. 1, F-S SH.1. F-S SH.5,C S

SH.5, C-S NMS LOGIC FOR CRO HYDRAU LIC SYSTEM APRM CH A DOWNSCALE/BYPASS APRM CH B DOWNSCALE/BYPASS APRM CH C OOWNSCALE/BYPASS ROO WITHDRAWN BLOCK LOGIC APRM CH D DOWNSCALE/BYPASS "-'

REF.5,SH.2, F-1, RElM CH ll DOWNSCALE TRIP/BYPASS R8MCHB DOWNSCALE TRIP/BYPASS APRM DOWNSCALE TRIP /BYPASS LOGIC FOR CRD HYDRAULIC SYSTEM FOR NOTES SEE DWG. H-19927 FOR REFERENCES SEE DWG. H-19931 FSAR FIGURE NO. 7.5-20 (SHEET 2 OF 8) H MPLNO.C51-1030 SOUTHERN A COMPANY "l!Mo"°"""" ntoonto ftl proprlo\\ary,CO<t'.,.nliol,Oltdjor~MCtotlnformatloo o1111o.. o.OdloJ1ooofs.:...tiomc-.po.,oro1llW<lpottl&1t*;.t.l>dodr..

..,*O'"l't>!'*~*

ol.oro..-...,...,...,.!b<Ool.......-on.o of

==~==~c-1 Southom~. Uno---* u*,cloltb.ltlon, eopylr>;t,

....... o1.... po<Uoo1- *orohiO.'t>d."

10 RECRAWN PER A(IN94- 0007- 001.

EDWIN I. HATCH NUCLE:AR PLANT UNIT No. 1 NEUTRON t.IL°oNJ[gRJ~A~RS,.VJT E:M (NMS)

SHE:ET20F8

i' r:

C51*RI S 1(60U HIM CH A

~

JRllCHA UPSCLALM

!RMCllA ONSCLTRlP Yse COlolPU l[R C161 !

~

RPS TRIP LOGIC

~

COMPU l lR (1 61 2 H11*P603 L IGHTS

__s M

SRMl[ Rlo! ROO WI THORAW BLOCK LOCIC

---t s..o.e-6 THRO f-6 ALA RM Hl ! -P60ll2

• 21l

~

ALARM Ml 1 - ~ ~OJ ( Z *OJJ r -I, ~- 1.H -1, J-1 I~"'

~

I ~,,

~

C5 1 *Rl S !!.601A 18 1

)

M

)IRMCHAIB JINoP 1

(51-R!S "'60U re1 lllll CH. ! Bl

)

O*l

~CALE HH P CSl*RIS K601C 101 IRll CH A IB I 8 YP1SS£0 CS l *RI S K60 1C IOI 11111 CH C IO I

~!P

~--

Ho* ~" C I Cl !

~-----

BYHSSEO lRM CHEI Fl INOP U:lwCHEIF l UP5CAL[TRIP ll!M CH[lf l BYP*SSEO C51 -RISK601G IHI 1 _4

)

lllM CH G IH I IHOP* I CSl *RIS K601G IHI I RllCHGCHI UP<C ALE TR IP IRllCHG IH I BYPASSED JRM UPSCALE TR JP /INOP BUS AfBI

~ 2 *Ol l

!(2*1211 R

/

H1 1 *P60l SEE NOTE 14

/ UPSCAL(

R IR!Pt

/

, INOP Cow>uTER Cl&10 C51 *RIS K601A

~O_

DE_>_*R_

"' ---{XJ---1 IRM RANGE Sit IN POSI TION 1

[RM CH A

~----""'----'

C51 -R1S K60U I RM CH A UPSCLTRI P

)5 1 -Rl~ - Jl!.6 0U ~-~c_~*_

,:_.o ____

..J

[ RM CHA Sr PASSEO RMS !HIM CH ** C,£,G BYP ASSl *BYPASS A R(F.4.$1!.4,H I RM OETECTOR C51 -RE 1W02A FULLY REMOVED FROM L--==-~~~~_E __ ----

C5 1-RIS K601A INTERMED IATE RANGE MONIT OR ING CHANNE L A:TYPJCAL FOR CHANNEL B, CHANNE L C. CHANNE L D. CHANNEL E. CH ANNEL F, CHANNEL G, CHANNEL H C51-RIS l!.601A

~ ~

6

:::::OOWNSC AL~ETRIPI lHPASS(Q 2---~"'___/---~.

C51 *RIS

~ 601 C O*l C51 -RIS Kf.010 D J

>-!~M.,C_~~_E_?WN~~~)P IRM CH 0

~~"~"'----IX\\~-r

}~G

!RM CHE OOWNSCAl ( TR!P I

____ IRM CHE A*ll

)BYPASSED

~

CS l -RIS 11. &0IF IRM CH F OOWNSCALE TR IP O*l lRM CH F" -,.-,,-----=r--'"-" _SE_o ___ fKf-__,

(51 -R!S K60 1H IRM CH M DOWNSCALE TRIP Ol I RM DOWNSCALE TR IP BUS A AND BUS B C51 -R I S ~601 A L~~

IRMCH A

~~~~

c5 1 *RI S ~601B

=:--- ~~

!RMCH B UPSCALE AL M* I

!R 1o1 CH B

L~= -~~-

of,\\-RIS K601C

~~ - J I RM CHC UPSCALEAL M I IR'ICHC BYPASSED lRM (H[

2__~"-._

_ _;-"-"--"--121-I RM CH G UPSCALE ALM I lRM CHG BYPASSEO

! RM ( H H

~~

2=-- R(L 4,SJl.4,J*9

.!_~M UPSCALE AL ARM BUS A AND BUS B

/

'H1 1-P603 SW I TCH DEVELOPEMENTS

~~~. ~ ~ ~M oS~!~~~L s L OC AT JON : HI 1 -P60l M ~ I N T A I N f O CONUCTS PUS~ BUTTON JOYSll C~

RMS ( lRM C H ~NN[LS 6, 0,f.HBYPASS I LDUl lON: H1 1 -P60l

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5 16371 5

5 -16372 5

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• -~

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_SRM ~CALE AL ARM OR l NOPERAT I VE 1;51-RI S K600it.

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SRM CH D IUPASS£D lfJ. 4.Sll. ~. J *I SRM PER I CO RPS Til:IP LOG I C llEf.UH. I

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~

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---

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~~ PRM DETECTOll A ONSCL TRI F' I CSH6Ge USEFORRBM I AVG OF NEUTi!ONF LUX

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<LIGHT I NDICATES THE LPRM FAILED OR BYPAS SED ;

NOilMAL TRANSFER-RBMCH A

Hl CHPOWERSETPO!NTS INTERl-!ED ! HE TRANSF:: R*RBMCH A INTERMED I ArEPOWERSETPOINTS CHANGERODBLOCKT" IP I I

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( Rfllo'.CH.BMANUAL RESE T I LOCnJON:H1 1-F61JS MOMENTARYCONTACiS PUSHBUTTON REFERENCES P.1. so. 11.E.o.

lilLf 1. L OGJCO I AGRAMS-LE GEN0A'l0 GENER,o,l

~OTE S.

2.

NEiJ TRON MDN ITOR I NG SYS TEM IED SHT.l SHT. 2 3*REACTOR;RE CI RC.

n~3[~H~~ ~O SHT. 1

~

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s. ~~~~:~tl~O~y ~~t~E LOGIC DI AGRAMS SHTSI THRU 9 6.NlJCLEAR BO!LERSYS.

LOGI C 01 ~G

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H-1 6560 H -16$61 H *16066 TH RU H*l6068 H*\\ 9933 THRU H-19936 H-199\\ 8 THRU H-19925 H-19qb7 H-19901 THAU H-1 9912 CHANGt:ROOBLOCK TR IP I CIRCUI T RE f". SETPO I NT TO LO'ol TR! PSE i PO INT REVISED PER AB/194- 0007- 001.

_;---~,~,,--"'~~

FOR NOTES SEE DWG. H-19927 FSAR FIGURE NO. 7.5-20 (SHEET 5 OF 8)

MPL NO. C51-1030 CADO SOUTHERN A COMPANY EDWIN J. HATCH NUCL(AR PLANT UNIT No. 1 NEUTRON ~gm~om~gR!~~TEM (Mt.IS)

SHEET50F8

Z£66 <- H 11111 OCTECTOA CSl -A[ N002A flll Y INSCRTEO IN CORE C51 -K~O].\\ !PM R.l>IC[

SWI TCH IN POSlllON 1 CS I -RIS KGOIA

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=

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~~~~

CS 1 -AIS 116008

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CS l -AIS llG006 lRll CH B I NOP Sll.l. * *l C5 1 -K6026 !RM lliHGE SWITCH IN POS JTION I CS1 -RIS 1(6000 Sll.l,C-l IRW DETECTOR CS\\ *RE H002£ FULLY I NSERTED IN CORE

~

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~

CSl -AIS K600(

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FOR

CC66~-H RMS IA(ll.CTOR AUTO -SCRAM TRIP CHAN"IEL.1.1 )*TRIP C71 *PS l<iOOlA. FIRST ~TACE TURBINE PRE SSURE HI CH (

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~1 1

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AL ARMH11 *P60) 11*0Tl SH.2,f*68G*6 AL A.RMH1 1*P603(1*04 1 Sl!.l,HTOM ALARM HI 1 -P603 c 1 -o~ 1 I SEE NOiE 11

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REACTOR MANUAL SCRAM CHANNEL A3 TYPICAL FOR CHANNE L B3 8 10 Cl 1 SVF110A

---

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(SEE Rff. 1.

~MS I RE AC: OR SC'l A"' RESE:I) 1010 ERF GENERALNOTE 6

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TR I P LOG'C Al TYPICAL FOR* LOGI C Bl TRIP LOGIC A2 8 B2 TYPICAL EXCEP T AS NOTED SE ~ NOTE S 8 8 10 Tlll P LOGIC A. 1 SCKAl.I RFS£TC.ROUPS2S3 1-ALLEOUl<>M[NTAN()

JNS TRUM(N TSARE PRECEDED BY MPL NO.C71 UNLESS OTHERWISE NOTED.

2. FOR LOC AfTON.um I DENT IFICATION or lNS T RU~NTS

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6. XX*X) IS JN RffF_!-lU-ICE TO A CONTROL ROONUt.!0ER.THERE AR[ 137 CON TROL ROOS.

SEEORAW ! NCH -177aAf"OR RODNQ.

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7. THERE !S ONLY ONE A.NNIJNCl ATOR llH!CH 1 $

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!RJPCHA.NNEL LETTERS

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02 O SH ISOLATIONL0GI CSH ALL6E "f AILSAF(",j.(.

LOGICSHALLBEOESICNEOTOI Nl l lATE ISOLATION FUNCTIONS 111-'EN IJE *ENERG IZEO.

<;W TTCHSH*ll BF"IJ<;EOFORROTH TRIP m o 6 ANO so ~RR ANGED THAT ONE OF IH( SOI! TCH \\oll LL R£SE T ALL T VA.L VES <A 8 Bl I N GROUP 1 ANO

• UPSCRAt.!VALVEA.

f" HtE SWITCH \\l"ILL AL VES1A8Bl IN WELL AS B*CK*UP T SWl TCH SHA LL ~£ SO TOR PROTECTI ON SYSTEMCHANNELSA2 a 62AREPHYS!CALLY SEPAR ATED FROM CHA"lNELS Al. Bl, A3. 8 93.

11-MAIN TR IP STEA.

0NVALV[(L 0SURE SOHI AT ANY0N£ TEO<RYFUL L 0NVALVESIAN0TH(

~~8E ONE OTHER STE AM L I NE CAN t:tE CL OS£0 I MORE TH AN 1 0 ~ !

WITHOUTCAUSINGARPSTRJP.

VALVE CLOSURE

• CLOSURE CAUSE ARPS OALLOW TE:ST IP OF EITHER JJ. TR!P Cl'A.NNC LS FOR THE "TURBINE CONTROL VAL VE ~ A ST Cl OS URE "TR IP SH ALL BE DER I VEO FROM [HC SYSl(V PRE;SSUR£ LOW.

14. EA.CHMA JNSTUMLlNERAOI A.TIONt.!ONITOR lo!ONllOl<SALLFOURMAlNSlEAMLJNES

15. THIS SlGNA.L ALSO SHRTS MOrOR Of CRO SCR AM TIME lo!ONI TOR RECORDER. THIS SIGNAL ISAPPLTCA8LEFOR TRJP LOCJ CA 1 ONLY.

L UM~ H!GH LEVEL BYPASS SO CONSTRUCTED THAT ON S ~ S T[t.! CHANNELS I CALLY S(PAl'IATEO 882.

IT. Ti<!SSIGNAI IS APPLIC ABLE FOR TRIP LOGICAi AN061 ONLY.

18. TR JPLOC!CA l 1>Nl>A2UT!LIZECROIJF'S 1 84WHILETR IP LOGICBI 882 UT lLIZEGROUPS283.

NOTfSCONT. ONH-1 9934 FOFl-ilHEREP<CES,- S"EE DilG. H-19935.

SUPERS ED I NG Tins DRAWING llAS DEVE LOPED FROt.! G.E.

Ol<AOll!'<CN0.729E6118A, $HT.I

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SCS I A.CCES'.'ilCNDRAil lNGNC. $*15065.

S*IS064. ANOS

• 15063 RESPEC TIVELY.

FSAR FIGURE 7.2-1 (SHEET 1 OF 4)

MPL NO. C71-1030 IACADOW]

Hl 993-3

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Southam Company Sorvtccs. Inc. !Of Georgia Power Company, Atlanta, GA General Enoineer1no Department "llMoo<"""con "'°'*P<<>P<'-l<zy,coofidon~ol.ooo/0<ttcdo

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RE ACTOR AUTO-SCRAM CHANNEL Al n'P I CAL FOR: CHANNEL A2 SFF NOTFS 8 8 10

~~:~~~t g1 7 I REVISED PER A8N9S-0048-001.

REACTOAPROTECTIONSYSTEM LOGIC DIAGRAMS

$HEET10F4

V£66 ~-H PIL OT SCRAM VALVES SOLENOIDS Cll-DOOl-117 [118J <XX-XX)-GROUPS 1 & 4 REAC SIDE 1:

GROUP 1-TYPICAL or 18,GROUP 4-T YPICAL or 16,<SEE NOTE 6)

REl".11,SH.lf-1 PILOT SCRAM VALVES SOLENOIDS Cll-0001-117 [118J CXX - XX)- GROUPS 2 & 3 RE AC SIDE 1:

GROUP 2-T YPICAL OF 15,GROUP 3-TYPIC AL OF 19,<SEE NOTE 6l R!J !l,SH.l,G-1 PILOT SCRAM VALVES SOLENOIDS Cll-DOOl - 117 [118J CXX - XX)- GROUPS 1 ~ 4 REAC SIDE 2:

GROUP 1-TYPICAL DE 15,GROUP 4-T YPI CAL DE 17,<SEE NOTE 5)

REf.ll,SH.l,~-1 & H CHANNEL A2[B2J GRDUPS2 l3 H11 -P603 PILOT SCRAM VALVES SOLENOI DS Cll-DOOl-117 [118J <XX-XX>-GROUPS 2 & 3 REAC SIDE 2:

GROUP 2 - TYPICAL OF 18,GROUP 3 - TYPICAL OF 18,(SEE NOTE 6)

I SCRAM S~.:'.~~:[L Al MAIN STEAM L!NE !SOL.VALV ES 'B' NOT FULLY OPEN SCRAM Sl~.~.~~; EL A2MAJN STEt\\M LINE ! SOL.VALVES 'C' NOT FULL Y OPEN SCRAM CHANNEL A2MA!N STEAM LINE !SOL.VALVES 'D' NOT FULL Y OPEN SH.l,E-4 SCRAM.~H ANN[L Bl MAIN STEAM LINE !SOL.VALVES 'A' NOT FULLY OPEN

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'I SIJITCH nryEI npMENTS REACTORSCRAMA3

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PUSH BUTTON,MOMENTARY CONTACTS,L!GHTED REACTOR SCRAM BJ

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LOCATJDN*Hl l-P603 PUSH BUTTDN,MOMENTARY CDNTACTS,LIGHTED GROUPS

RMS(REACTORSCRAM RESET>

LDCATIO N1 Hll-P603

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RMS <REACTOR AUTO SCRAM TRI P CHANNEL AD RMS <REACTOR AUTO SCRAM TRIP CHANNEL A2)

LDCAl!ON1HU-Pb09 RMS <REACTOR AUTO SCRAM TRIP CHANNEL Bil RMS <REACTOR AUTO SCRAM TR!P CHANNEL B2>

LDC,,,TIDN1 Hl! -P6ll MAINTAINED CONTACTS KEY REMOVABLE IN ' NORMAL ' ONLY RMS (CRD SCRAM DISCH.VOL HIGH 'w'ATER LEVEL BYPASS)

LOCA TIDN, Hll-Pt.03 MAINTAI NED CONTACTS KEY REMOVABLE I N ' NORMAL ' ONLY 19.ERFCOMPUTER!NPUTJ004 1SFORAUTOSCRAM CHANNELl'l!ONLY. THEOTHER!NPUTSARE1 l>UTOSCRAMCHANNELA2 1005 AUTO SCRAM CHANNEL Bl 1021 AUTOSCRAMCHANNELB2 1022

20. ERF COMPUTER JNPUT 1006 !S FDR AUTO SCRAM CHANNEL Al ONLY. THE OTHER I NPUTS ARE1 l>UTOSCRAM(HANNEL A2 1007 P,,LJTO SCRAMCHANNELBl 1023 AUTOSCRAMCHANNELB2 1024 21.ERF C01'1PUTER lNPUT10101S fORM ANUAL SCRAM CHANNEL i'<J ONLY. ERF COMPUTER INPUT FDRHANUAL SCRAHCHANNEL B3 1Sl02S 22 ERFCOMPUTERINPUTlOlllS FORMANUAL SCRAMCHANNEL A3DNL Y.ERF CDMPUTER I NPUT FDR MANUAL SCRAM CHANNEL BJ IS 1026.

FORREFERENCES, SEE D'w'G.H-19935 SUPERSEDI NG MPLNO.C71-1030

~

SOUTHERN A COMPANY ooeu...mc on<oino orowlo\\Ory,e<of~.,, t;.,i.a.,./or t raOe

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<f-..:no6on,., d;.cio.uro ofon,po<tOO-;o p<ohi>tod.'

RECI RCPUMP REVIS£D P£R R

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... BN9S-0046-001.

REF.!Q,S'.l.5,B-l EDWIN l. HATCH NUCLEAR PLA.NT UNIT No. 1 REACTOtoifi~Ob~.fJ~~~SSYSTEM SMEET 20F4

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I PROCESS~

PLANT~ I PRO CESS~

SCRAM CHANNEL BJ REACTOR M.lNUAL SCRAM SH. 1,a-11 GROUP$1 84 SCRAM CHANNEL B 3 REACTOR MANUAL SCRAM SH. l. B*ll

~Hll* PGOl

-vc 1-03 J SCRAM CHANNEL 81

~~--2'~'*~*~'~"~'"~'~'~'~

1'~

PE=O--o-l SCRAMCHANNELB2 SCRAMCHANNELB1 SCRAMCH... NNEL Bt S~. 1.J - S REACTOR NEUTRON MONITORING SYSTEM TRIP REACTOR AUTO SCRAM GROUPS 1 8 ~

RE ACTOR AUTO SCRAM GR0UPS21' R!::ltC TOR AUTO SCRAM GROUPS! 84 7 I F S ~ R f" I CURE NO. 7.{* ! 1SHE£ 1 3 OF 4 l 10 H11-P603 (1 -07)

LOGJCO J.t.GRAMS-L [G£N(I AN0 GEM:RALNOTES.

2.

REACT PROT SIS PSID C71-1010 J,

NUCLEAR EIOIUR SH t B2t

• 1010 SYS P& IO S'°'

2 1' ( ~C i:EC l RC SH I

'" 2 5

CONT ROO DRIVE SH \\

SYS P&lD SH2 NE \\.I T".ON~ IT SI'\\\\

$Y5 1E:O SM2

1.

PROCESS R.1.0 MON I T STS PS IO SH I

'" 2 SHJ

11.

ELEM.Of A. TURB NJ2 ffl'.541NJ9/N61

• u ~ mu 1 P.

NUCLEAR BOILER SYS LOGIC 1'.H,1,C SH 1 THAU SM 12 1Q. R[ACTOfl AECIRC SHT. 1 SYSTOt L OG I C SHT.2:

DIAGRAMS SHl.J

\\1.

COOT ROO DRIYE

~;mu~! ~~sR~

THRUSH 9

SHT.4 SHT.5

~

H-19900 11-16568 H*16062 11-16063 H-16145 H-16066 H*\\&06 7 H*16068 H*1606<1 IH606S H-16560 H*1656 1 M* 16563 1-1-1 6564 H-16565 t<-16566 H*l:SJ77 H-19901 l HRU H*1991 2 H* !99 1 3 H*l9914 H-199 1 5 H-19916 H-19917 H T~~ ~ l 8 H-1 9925 H-19967 12 -

f>IEUTRON MON!T SVS LOG ! CO!AGSH1 TMRUSf-1 8

13.

CE 2ll1 38 2Ar 8WP PLANT RE:JU!RE!oiENTS CS1 *1030 H*19'J27 TO H -19932,

!:'1~

... s{,

S -151 35 14.

[llr MIJLTJPLEIER SYSTEM C.E. O.

ANNUNCIATOR SIGNALS TO ost 1.co.

16.

O l GlhL INPUT S ! GNlLS TO THE f.Rr cm<l'>UTER SYSTEM l. E.O.

SHEE1 12 SUPERS ED I NG THIS OllA*ING US OE YELOrED PIOM C*E*

OfUW I NG NO. HSEGl *B A. SH. 1. REY.9:

SHT. ;>,REV.7: $Hl.3.R.:v. 7:SC SJ

... cc ESSICN NO. S* 1506~

. s *I 506 4 ANO S - 150&3 RESPEC TI YEL Y.

MPL NO C71-1030 I~ ! H19935 I SOUTHERN A COMPANY "lhOo doeu.,.ot,,,,,,.,;.,, _..otory, ~...,,,.., a'ICl/or trooe toor<t intormot;on

°'""""'"""'°""'"' -"c.......,... o1"'"'~**

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oo~ ~ ""'fl~ of. or°""'"'""" """'"w.. o*. \\""""Do."°'""' ot r.,,~

,;7 JiQ-

. 7

, ~

,.~

• • ~

.,~

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,,c-1==~"".;..,:O,~*:;,~;~*;,~:=~~-~-

REVISED PER ABN96- 0048- 001.

EDWIN l. HATCH NUCLEAR PLANT UNIT No. 1 REACTOtoifi~Ob~.fJ~~~SSYSTEM SHEET30r4

9£66 l*H SCR~SCRA M O I SCHARGE

\\IOLUi.!:

H !CH LEVELTR I PBYPASS

• I SCUM CHANN£L A2

~SCR.lMOISC!o!ARGEV Ol.UM[

H 1GHL[ll[ L T R!PBYPA5~

SCR AM CHANNEL Bl S/I. t, C * ~

SCR AM CHAttNEL B2 SCRAM DISCHARGE VOLUME HIGH LEVEL TR!P BYPA~S.

SCRAM O!SCHARGE VOi.Ur< HIGH LEVEL TR!P BYPASS lOC)....,s:'.:~~;CL)

MOOE SWITCH SHUTOOltH TRIP BYPASS SCRAM CHANNEL B SH.1.0 *9 l<<lCE SWITCH SHUTOOlfN TRIP BYPASS C71 - PS N004 0RY ll£LL PR(SSUFIE LOW REC I RC. PUMP 1.1. CIRCUIT BAE A~EA H *LOSS or POWER RECIAC PU!off> TRIP SYSTEM A LOSS or CONTROi. PO'oiEA REC I RC. PUMP IB Clf!CUl T BREAKER lB*LOSS Of' POWER A1H1-P1:.rn

---

v-11 -101 H11 -PGOJ 11-J6)

RPT SYSTEM A OUT OF SERVICE OR LOSS OF coN-ROL POWER

~C. PUMP 1.1. CIRCU I T BREAKER 4A*LOSS Of' POWER RECIRC PUMP TRIP SYSTEM B LOSS or CONTROL POWER REC IRC.PUMP 1 B CIRCUIT BRE AKER 46 -LOSS Of PO'oiER A

H11 - P603 v

,,- ~..,

RMS CAPT SYSTE M 8 OPERATION1 *RPT SYS. 8 [NO?>.

9fi11 *P611 RPT SYSTEM B OUT OF SEP.VICE OR LOSS OF CONTROL POWER

~REACTORSYSTENMOOE)*SHIJTOCNN Hl\\*P603 RMS I REACTOR STSTEN MOOE )*RHUEl RMS !REACTOR STSTEN MOOE l *SIARTIHOT STANDBY ERF Cl 1 -SV -F040COILA flff. !1.SH.1. A*6 LG c1 1-sv F009 COIL A

--7R£*.H. Sll.1.A*6)

Cl l - SV *FO*OCOI L B F![F. !l.SH.1.A-6 &

C1 1*SV F009COILB

-7F!l:r.11.S11.1.H)

SWi TCH DEYE L OPMFNTS RMS (ACCUlol.ILHOR TEST-XX - XX!

TYPI CAL or 13 7 (ON( ro~ EA Cl-i ROD I SEE NOTE 6 LOCATJ(>>.I : Hll*P01 2 lTVPQr68l FOR SET5182 LOCATJ()tl: H21 -P00 3 (HP or 69! FOR SOS 394

>USH BUT TON.MOMENI.I.RY CONJ ACTS RMS (RPI SYSTE M A oP[RAT JCN l UXHlQN

Hl l*P&OSl MAIN TAIN CONTACTS KEV RE MOVABL E IN'N~AL"ONLV RMS CRPl SYSTEMS Of'[RATION I LOOT!ON: H11*P611 MAINTA I N CONTACTS KEY REMOl'l8L [

!ti 1'0il"AL

• ONLT REFUEL STAR T I SHUWOWN "f!1'/HOT STAN06l 0--'""

SCRAM DISCHARGE VOLUME VENT 8 DRAIN PILOT VALVE RMS tRE.1.C TOR $!STEM MOOEl

~~~~i?~~o H~~~ms KE V REM0VA6U IN ANT POSITION

~

---

,-,~,~,-,:,,----*----:------*1

( l\\ *0001

• 12':1 UX *U J ACCUtolJLATOR LEVEL HIGH CSEENOTE 6l Cl 1 *0001

• 130 IXX*XX) ACCUMUL ~IOR PRESSURE LOW

!SEE NOTE61 r--

_ _____ I H11 P603 I

---

----- -- - --- ------ _ _ I

~

Hll *P603 SCRAM ACCUMULATOR LOW PRESS. /H IGH LE VEL AL ARM SET N0.1 <TYPI CAL OF 3.11 1 TY PICAL FOR :SET NO. 2 < TYP. OF 34 1-H 21 -P02 1 SET NO. 3 C TYP,OF 35 l-H21 *P003 SET N0. 4

< TYP.OF 34 l-H21-P003 SUPERSEDING fl.HS DRAW I NG 11,1,5 OEllELOPEO fRONG.E.

ORO'ING NO. 729E611BA. Sl-l. 1. RE V.~:

$H T. 2, REii. 1 : Sf IT. 3, REV 7: S~' I ACCE SS ION NO.

>

• I 50.> ~

~.

. 5ll : * ; *:O 5 -15063RESP[CTIVELI.

BECHTEL J086511 SOUTHERN SERVICES !NC.

fOR

~

'f. *

~l)JA.\\__,__!!)~ _

--~

.. ~

,.----1

.. (

~:;~ ~

L£66~ - H RMS lRHR SYS.1 )-RESET H11 *P601 B21 *LIS N691C

/

~~AL:~:

WATER LE VEL I LOW Hl 1 *P601 <J*OBl SH.1.C-1 821 -LISN6910

/

RPV WATER LE VEL 1 LOW ALARM Hl l *P601 t3*08l

~----'

El 1 *P I S N694B ORYWELL PRESS.

Hl 1 *P928 AL ARM Hl I *P601 CJ -02)

/

H11 *P60\\

!SOL VALVE LOG I C SYS 1 12 J I

'Q.~:::5**

E11*C002A.O re. CJ E11 *C001A. C ! B. 0!

---+/-

El t *MOV FOi TA 181

[11-MOV f01SA 181

---

7 SH.2,A-2

)

[1 1 *MOV F026A !B l

[ 11 *MOV F011 A !Bl

[11 *MOY F048A 161 SH.S, 8*!

E11 -MOV F01 6A 181 F024A !BJ. F027A !Bl

~

B31 *MOY f031A RH.10,SH.3 831 *MOV F:)31B REf.10. SH.l E11 *MOV F028A (BI. F021A ! BI

~ u -1 sn) 1037 EAF 11041 1 R"°S IF065AJ*CLOSE OE -F.:NERC I ZE L_____j SVC F065A)~ - -- -,

OPEN Ell*AOV F065A SEE NOi£ 17 l

~ ns -P 101

/ '

ENERGIZE l_

_ _ ]

~Lo:E

'1

'-©'

P o sv c FOSSA) r-1 Fb~s!ov --t--/ c, H11-6 1 j_--@ERF SEE NOTE 17 SUPPRESSION POOL I SOLATI ON VALVE E1 1 -A OV F065 A TYPICAL FOR:

El I -AOV F065B. C. D Ell *MOY F006A VALVE FULLY CLOSEO RMS ! F:'.l04Al

• OPEN OPEN

[1 1 *MOV F004A H11 *P601

[11 *MOV F004A TOROU[ PR0T[Cfl0N RMS l F004A I *CLOSE STOP El 1-MOV F004 A CLOSE El 1 *MOV F004A G

X7S*P101 0021 ERF RHR PUMP SUC T ION GATE VAL VE E1 1-MOV F004A TYPI CAL FOR:

B21 *PIS N690A

)RH.1 1,SH. 1.H) 821 *PJS N6906 E1 1 -MOV F004B, C. D

[1 1 *MOV F017A !Bl

-~=>

ALll.RM H11-P601 !3*14) 8 21-PIS Nb90C n__~.__-..:\\

SH.T, IH==>

)REF. 11,SH.1,f *.l)

RPVPRESSLOW ~-----

I

~v~~~

10 DRYWELL PRESS. I RPV WTR. LEVE L 1 LOGIC SYSTEM 1 TYPICAL FOR : !SYS TEM 21 SEE NOTE 7 RPV PRESS-LOGIC SYSTEM I TYPICAL FOR : I SYSTr.M 21 SEE NOTE 7 SYSTEM 1 IZJ

~SS.HJCHtRPvwTl<.L[VEl 1 LOW EMERG, BUS 1E.1f' SYS 1 11G, 1f SYS 21 PWR AVAI LABLE RMS (8US I E.If' SYS 1 l f caus lG, \\F' SYS Zl l*T[ST H11*P617 181 EMERG.BUS 1E PWR AVAILABLE RMS !BUS 1E.1F SYS 1)

!<<BUS 1C, 1F SVS2ll*TEST Hll *P617 18 1 NORMAL BUS 1 E

...!2_§:1 AU X P\\llR AVAILABLE t SEE REF.1, GEN NO TE 6l TOOE 10SEC CSEE NOTE 1Zl

~002AE L ECT.PROTECTJON LOSS Of OFFSITE POWER !LOSPJ H21 *P230,1 (2,\\ I AMS lC002AI STAR7 PUMP E11-C002A E1 1*MOV F006A VALVE FULLY OPEN

[11-MOV f004A VALVE FULLY OPEN E11*MOV F007A CBI

--- *~

SH.S *.l*S

/

R LOCAL

/

E11-COO?A El fCT.f'RO TfC Tl ON LOSS OF OF FS I TE PO\\llER c LOSP l H21*P2~ 1 RHR PUMP E11-C002A TYPI CAL FOR1E11 -C002D IE 11 -C002B. C I 7 I rn *C002'

/

1111 *P601

• COOZA

~

10 SWITCH QEVf! OPMfN! S 0

RMS CC002AJ RMS I C002Bl RMS l C002Cl RMS IC0020J LOCAT \\ON :H11 -P601 PUSH BUTTON MOMENTARY CONTACTS AMS CC002 Al RMS !C002Bl AMS CC002Cl AMS (C0020l LOC ATI ON :1111 *P601 MOMENTARY CONTACTS I N -STOP" ANO -START" SPR ING Rf. TURN TO "AUTO" RMS CF065A)

RMS !F065B)

RMS IF065Cl RMS IF0650l LOCAT!ON:Hl 1 *P601 MA lNT AlNED CONTACTS KEY REMOVABLE !N "OPEN "ONLY RMS CF004A )

RMS !F004Bl RMS !F004C)

RMS !F004Dl LOCATION:H1\\ *P601 MAINTA!NEO CONTAC TS K.[Y REMOVABLE JN "OPEN" DNL Y RMS ( BUS 1E >

H11 *P617 RMSCBUS 1E SYS 1)

H11 *P617

~~~rn~~ ir ~a 11

~1i:~~1t AM~( BUS 1 F SYS 1 )

HI 1 *P61 7 RMSIBUS lGI Hlt *P'518 RMSIBUS 1F SYS 21 H!1*P618 AMSC BUS IF SYS 21 HI 1 *P618 AMSIBUS lG SYS 21 1111 *P618 RMS I BU S JG SYS 21 H\\ 1 *P618 MA !NTA]N[D CONTACTS K[Y Pl:: MOVABLE (N 'NORMAL "ONLY 12 13 NOTES 1. ALL [l)U[PMENT ANO INST RUMEN TS AR[

PRECEDED BY MPL NG. El 1 UNLESS OTHEA WJS[ NOTEO.

2. FGR LOCATION ANO 10ENl lF I CAl!0N OF INSTRUM[NfS,SEF.:

!NSTRUl~[NT INOO OR EQUIPMENT LOC ATION JNOEX \\E LI l.

3. FOR LOG I C OIAGRAlo'S *LE GrnO AND GENERAL NOTES.SF:£ REFERENC E 1.

4. FOR INFORMA T ION ON ALAR"°S,VALYE I ND ICAT I NG LIGHT REOUIREMENfS B. PflOCESS lNSTRUMEN!ATION RE CU IRE '-'E NTS WHICH ARE NOT SHOWN ON TM[

L O '~ !(. 0 iA(,PAM5, SEEREFERE"lCES 2 83.

5 -

TUE AHR SYSJ[ M LO{)!C OJAGRAl-G HAVF BEEN OJVIDEO !Nl0 !'!JO !2 J SUBSY STEMS AS FOLLOWS:

UM.

A. RHRSYS B. AHR SERI/ICE lilATER SYS H - 19937 *.58 H-19940*42

:~ ~~~?

6.

111£ CONTROL SI STF.M AS DRAWN SHOWS SYS l EM 1. hi[

01":0.\\<:Al I NG SE Qll[NC( A~ T(R RPV WArER LEVEL 1 LOW OP H!GH DRY WELL PRESSURE SiGNAL JS AS FOL LOWS:

PUMP C002A PUMP - COOZB PUMP C002C PUMP C002D VALVES STARTS STARTS STAIHS STARTS NO DELAY C

NO OELAY t-t00[LAY NO DELAY

~OPENS AFT ER REAC LOW PRESS. PERM.

f 015A OPENS AfTER REAC LOW PRESS. PERM.

CTMT COOL I NG -CLOSE ! F OPEN ( NORMALL V

~~* S£0) 1'016A F02!A F028A f 024A F027A HEAT DCH. VAL VE F068A *CLOSES I I F OPEN>

SERVICE WATER PUMPS C00 1A. B. C,O STOP IF RUNNING

~~

PL ANT ON STANDBY DIESEL POlilER PUMP

• C002A PUMP

• C002C PUMP

• C002B PUMP

• C0020

<SH REF'.1,

~~~E~f~E NgffA~ )

Qli!_(E __

10 SECONDS 0.2 OR LESS SEC 10 SECONDS 10 SECONOS VALVlS SEQUENCE SAME AS CONDI TION A SERV ICE PU MPS SAM[ AS CONDITION A 7. SYS. 1 CKTS.8 [OU!PMF_NT.I.RE SHOWN.

SYS. 2 CKTS.8 EOL!"M[NT ARE !OENT JCAL EXCEPT CORRESPONDING EQUIP. NO **

SUFF I XES Afll A~ FOLLO\\llS:

SYS.1 -

A 8. C SYS.2 - B 8. 0 8-AUXILI ARY RELAYS 8. OEVICES ARE NOT SHOWN ON THE LOC1C DI AGRAM EXCEPT WHERE NEEDED TO CLAR!rY THE f'UNCT IONAL REOU!REMENTS.

9. MOTIVE POW£R FOR PUMP SHALL BE SUPPLIED FROM SUSSES AS SHOWN IN 1101[ 6

!DUAL HEAT REMOVAL SYSTE M SHALi CNEO IN ACCOROANC( WITH JTER! A FOR NUCLEAR POWER T10NSYS f EM IEEE 279 "AS 0 THE C')NT ROL CI RCUITRY.

11. THE R[ SIOUAL HEAT Rt.: MOVAL SYSI E_M SHALL BE O(SlGNEO IN ACCOllOllNCE WITH REF'.14.

12. TIME DELAY IS 10 SECONDS FOR 1 E11-C002 A, B, &

D.

0.2 SECONDS OR LESS FOR 1E1 1-C002C 13.DELETED NOTES CONT. ON H-19939 FOR RUEAE.NC[S. SEE owe. H -19938.

SUPERSEDING THIS DRAWING WAS OEVE LOP[L <:i/JM G.E DRAW!NC. NO. 729E&30BA. SHT. 1, Rt\\.*,4; SHT.2. REV.4; AND SHJ.3. AEV.4 SCSI ACCESSION NO. S* \\ 5326. S*15327, AND S - 15328 RESPECTIVELY -

RMS !AHR SYS 1 l RMS !AHR SYS 2 l LOCATI ON : HI 1 *P601 PUSH BUTTON MOME NTARY CONTACTS MPL # E11-1030 REVISED PER ABN 1110193901E038,VER.1.0.

SOUTHERN A COMPANY AESIOUAL HEAT REMOVAL SYSTEM LOGIC DIAGRAMS SHEET1 OF7

8£66 L* H c11 -lolOv ro15A l 81 SYST[ io! I C2 1

~llPvPPSuP[LO\\I 1[11 *MOY F0158l

~SlSTE M ZlSOl

• T! OHSICNAL RHR IN rrs1 SUIUS SYSTEM 112 1 T

C H1 1*P61 11 8l ALARM H ll -P60112-~l E~

~

83 1 -MOY fQJlA

~

8J1 *MOY FOJ18 R1:r.10.s1u.c -61Ht RHR I N lES T SlATUS LOGICSYSTEM 1C21

~~~X f---~~-..;

RHR IN TEST STATUS L OGIC SYSTEM t TYPICAL FOR: !SYSTEM 2 1 NS*ISOl VALYE LOGIC OJY. 112 1 RPY IHR LllL. 3 LOW

[11 -MCIY F OO'illlAL\\l[FUUYCLOSEO 831-P I SH6790 Rff. 9.SM.5, ~ *ZI J *l l FIPY PR[SSURE LOll H11-P601

[11 *lol0Vf01 7.l.VALV( FUL LYCLOSED

[ I 1 -wov ro1s... VAi.VE CLOSING l\\I *MOY FOISA TORQUE PROTEC TION

[ ll *MCIYFOIS A SYST(MI ISOl..ATION S I CNAL

11 -MO\\I FOI SAYA!YlFULLY (;lOS OPE"

[ll*MOll ro1S*

CL OSE (11 -M()V FOI SA RHR LPCI I NJECT I ON I NBOARD ISOLATION GATE VALVE Ell-MDV F015A TYPICAL FOR * ! Ell - MDV F01S8 1 <NOTE 6 l SY ST[Ml l2 1 CRMS !F017ll 1'111*P6QI

[ 11 *MOV FQ1SA VALVE FULLY CLOSED SYS TEM1 12t

!\\fj.!.(-9 ORYllELL PRESS.ti[ H~PV WTR l\\ll.1 LOW 1 l *MQVF17'.llA\\I RMS !F017AJ-CLOSE

[* 1 -MOv ro1 h VALV£ FULL y CLQS(Q ['8)-

~ T OROUE PROTEC T ION CLOSE I, _

~ E11 -MOY F01U RHR LPCI INJECT CON OUTBOARD ISOLAT I ON ANGLE GLOBE VALVE Ell *MOV F01 7A TYPICAL FOR* !Ell-MDV F0178l

<NOTE Gl

~

DEVELOPMENTS

~=~ !~8l~l Rl<IS IF01 7A )

RMSIF0178 l LOC.o.Tt 0N :'111*Pf.01 MOMENTARY C ~T.lCT S IN"OPEN ".t.liO 'tlOSE "

SPRING RETURN TO"AUTO" REFERENCES I. LOGI C Ol

• CR AMS

• LlGEtlDSGF!<E; PAL NOflS 2. RHR SYS P810 SH I SH2

~

E~c~~~c ~.. 1Ci HlCI RC S*tl

<>ere s**z S. CORESPR.lY SYSf'8l0 8. S.O.FECUARO EOUIP.

~~~~~N~ ~r goo L INC P41*1010

':!...iuCL£AR801LER SYS 82!*1010

~St~~:.DJ~ f,A M S 10. RE*ClOR RECIAC SYS LOGIC OUC SttEEfS l*4 11 -~~cs~~:~~~~-

SttEETS 1 *J

12. HPCI STSIEM LOCICO I AGRAMS SH~[TS I -8 1 3. RCICSYSTEM LOGICOI ACRAMS SH£lTSl *8 1 *. G£ 22A?989 ELECTRICALEOU I P.

SEPARA l l ON HlR S*FEGU*RO SYS TE~S 15.NUCLEARBOILER SYS.Pll lO. $H.I

$1'1. 2 SH.l 16.tlPCT Srs.

P810.SH.1 SH.2 11.ERf MULTI PLEXE R SYS TEM l. E.O.

18..&.NNUNCIATOR SIGNALS TO TSC 1.E. Q.

19.0IG!TAL l HPUT S IGNAL TOTHE[RF COWUTER SYS 1(M !.[. Q.

SllTS.2.3.*.1 3. l S H 16~2')

H-16330 IH6066 H 16061 H*160E.8 H-16B4 Hlf>jl';i TH I S DR AWING w ~ s DE VELOPED Pi0"1 (;.[.

DR~W l"IC NO. 12':!1 SjQJ!A, SH I. l

• REV. 4 :

SH T. 2, RE V. ~ : ANO SH I. 3, REV. 4 SCS I ACCESSION NO. S* l !>3?6. S-15327, AN[l S*ld2111'1£SPtCllVHV.

BECHTEL SOUTHERN SERVICES INC.

FOR GA.

M-19938 Bl

A r

• . c

[ 11 -MOY rooo. VALVE FULLY CLOSED

• 1!?!S cf90!* 1

• OPEN

[ ll*MOV t1 1-w;iv r oou TORoot PAotEc110N I s roP

=====~=="---*-" E11 *MOY FOOU RlllSIF gA J

• CLOs.E

[1 1 *MOV roou VALVE OPENING CLOSE

[ 11*fllOV SHUTDOVN COOLING GATE VALVE E11 -MOV F006A TYP I CAL F OR 1 E11-MOV F006B,C,D

• Of'[N

[ 11-Ml)V F07JA E11 *11JV F013 A VlLV[ CLOS ING t 11 *MOY ron.1i T~OU E PllOTECT!ON I ""

=========--~

[ 11-MOV F013A CLOSE E11 -M011 F07'A

[ 11..0\\1 FOl )A VALVE OPE:NIMC

', ['""']

A GR.tPHlC I'

DISPLAY

', ['"'""]

G CllAPrtJC I'

DI SPLAY SEE NOTE1 &

SERVICE VATER CROSST I E GATE VALVE E11 -MOV F073A TYP I CAL FOR1 E11 -MOV F073B MISIFOlU H ft.M Nll*P601 I E11 -MOV F075A, B I t NERc1ZEHetost t11* 1

• S\\IFOHA OC

• ENERC!ZE L______j Of'[N [ 1 1 - I SVI FOHAJ lJ 5 \\1 roro.

SERVICE VATER CROSSTI E ORAIN VALVE £ 11 *SV FOTO TYPICAL FOR1 Ell *SV F07 ~ B RM'S lf!IUI

• OPEN

[I H IOV fl19A VAl.\\1£ CLOSING

-"'""'-"""'"""".!!'"""""-'""'""""'""'"'---- - **.. I nr...av I f" l1 9A

[1 1*lilOV F11U VM.VEOPENINC CLOSE

[11*lllOV F11'A RHR SERVICE WATER CROSSTIE GATE VAL VE E11 *MOV F11 9 A TYPICAL FOR 1 E11 -MOV F11 9B RtilS tCOOU,*STOP llMS c COOI A,CHI COOll, 1) 1 l *NANUAL OVERlllOE H1 1*P601 DRWLPAES5 11IGl4 1f1Pv-.Tll LV\\. 1 LOW RHR SERVICE WATER PUMP E11 *C001A TYP I CAL FOR1 E11 -C001C IE 11 -C001B. DI 10 TS. ERF CC*PUTER !'!PUTS 0026 ANO 0027 AR[

FOR [1 T *J<<lV *FOOO. ONLY.

THE OTl~ER JNPUTS ARE 1 E11 *l'IOV*FOO*S02J*

• ND02J5

-.r

~~~ :: ~~~

15. [Rf CO!if'UTER INPUTS 0036 llNO 0031.-RE FOfl Ell *MOV*FOHA om.r. Tl![ on+ER f NPUTS"l'IE

• E1 1*JllOY*F0418 0246,\\N002 41 T

'""""""' "'"-f C:." "' '.'.".

l<<l ERF COMPUTER POINTS FOR

[1 1*MOV *f010 n. ERF CO... u l[R lt>PUl5002'! " Nl)OOZJ lll'IE FORE l l *" OY*FOf.SA ONLl. TMEOTMER INf>UTS AR[ *

[ 11*A0Y*F0658012l,\\N0022)

-.r

~: ::~ ~~~~

18. ERF CO... UTER I NPUTS 0002 " NO OOOl ARE FOR E11*MOV*F0734 O'il.Y. TtoE OT11£11

!NPU TSl.R[ :

[1 1*M0Y *FOT38 0216AN00217

--r¥. :~~ ::~ ~~:~

19. ERF CQljf'UTER INPUTS 0060 AN) 0061 ARE FOR E11*MOY*F016 A ONLY. Tl'[ OTH'ER 1NP1J t 5 "R[1

[ 11*JllOY*FOl68 2!56 ANO 25 7

• 11*~0006 AN0000 7 t B 0<:06 UlC 0207

_f_Qfil 0010 ANO 0011 f!0210AN00211 20.ERF CQljf'UfUI INPUTS 005 4 ANO 0055

• RE FOR [ 11*MOY*F02U ONl.l. T"E OTttCR 1...r>t!TS AllE*

El l *MOY*F02'8 0244 ANO 0245

~: : ~:~g:;~

21. [ AF COMDUTEA INPUTS 0052 AN0005l ARE r~yw~~~ *F028" ONLY.

T"E OTltER

[ 11 *MOV*F021B 025 4 ANO 0255

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22. ERf' COMPu TEll INPYTSO<IH " N0 04l5 ARE FOlll [ 11 *M0V*F008

0NLY, T11£0Tl1[ 11 lNPIJTSl.RE 1 El l*MOV*F009 0046,\\NOOOH 2 l. ERF COMPUTER INPUT El l-1"0V-040 &: 052!5 FOR NOTCS stco-.G. 11*199H FORRHCAENCES. SEE owe. 11*19!)1 SUPERSEDING OPEO FA()lil G.[.

St!T.I, R[V. 4 :

.l,REV. 4 SCS!

, S-15327,.I.NO V[LY,

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"iZ =....--::::.:::: l

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NII*P92516 1 Ell*lofOYFOI U SYST[14 1 12l Sll.t.0-4 CONT.l ! Nl.I£NT S.PRAY I TEST CLOBE VALVE E1t -lolOV F'01G.A. TYPICAL F'OR*

INOTE 61 lE11

• ~0V F016BI, E11 *MOV F024A IBI. E11*~0V F027A I Bl El l *MOV F02U B

[ 1 1 -MO¥ F02U VAL¥[ Of'UIINC

[ 1 I *MOY F028.1. TOROUE PAOIEC TI ON CLOSE Ell -NO~

F02U CONTA I NMENT SPRAYtTEST GATE VALVE Et1*MOV F028A TYP I CAL FORo I NOTE 61 I Ell *MOV F028B I, E11 -~OV F021 A I B I

[ll *l<<lY F01 6.1.

OPEN

[ 11*MOV I'OUA R14S t f02 611 1*0PEM ORntEL L PAESS NI CH IAPY WU LYL I LOll E1 1-J140Y f 025A Yo\\L YE CLOSJfriG

[1 1-NOV F02 6A \\IALYE OPENING OPEN

[1 1 *NOV F026A RHR HEAT EXCHANGER BOOU IB I ORAIN TO RCIC

• GATE VALVE Ell

• ~OV F026A I BI TYPICAL FORo RHR HEAT EXCHANGER BOO I A I B I ORAl N TO SUPPRESS I ON POOL GATE VALVE E11*~0V F011A IBI RWS 1F"103.ll *oPEN

( 11 fi10YI'1 03A YALYE CLOSlNC EI 1 *\\IIQYF103A VA.LV(

OPE N ! ~

[1 1*140'1 1'103A ~

' Hl l *P&Ol CLOSE~'

[11*1110'1 HI 1 -P601 1'1 0 3A RHR HEAT EXCHANGER BOO I AI B l VENT GLOBE VALVE E11

• ~0V F103A TYPICAL FORo IE11

• ~0V F103BI,E11*~0V f104A IB I I ""

r Ell *lo40V F02U.

RHR HEAT EXCHANGER BOOlA IBI SHELL SIDE INLET GATE VALVE E11

• ~0V F047A I BI TYPICAL FOR o RHR HEAT EXCHANGER SHELL SIDE OUTLET GATE VALVE E11 -~OV FOC3A I B I I EXCEPT AS NOTED l

.A c:

~

RHR CROSSHEADER SHUTOFF GATE VALVE E11 -~OV

• F01 0 m.IQ1 QEVELOpMENTS

~14S IF003A 1 I F0038 l R14S 1F047A I IF0478l LOC.lTlOI'I* 1+11 -P,QI 14AINU. lNEOCONhC TS

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RMS 1F02611 l

R!o!S I FOI I A I

LOCATION:

IIIOIENTARY IN'tlP(N" OSE" SPR I NCAET TO"AUTO" L

ION*

• P6 loiONf.:Mt.I.ATCONTACTS IN 'tiPEN",

'CL OSE" s.f'R l HO RE:TUAN TO ~ Ofi... L" L OC A /1"o't 1i~\\~

1

-P601 IUdNU.INEO CONTA.CTS K( Yit[WOYABLE IN"CLOSE " OHLY SY ITE~ A PER~ I SSIVE STATUS TYP. FOR SYS T E~ B f UI'I 1'(\\llt::O,

O t ~ UWii.

11 *1 'J'JJ7. ~ -1 '3'3 n FORREF ERENCES. SEEOIIC. H*1, 931 SUPERSEDING 0115 ORAW! NC IIA.S OEYELOPEO FROM C. E.

ORAII INGN0.729E6!0BA., SHT. I,11['1.41 SNT.2,1t[V. 4 !ANO SHT.), FI[Y.4 SCSI ACCESSION NO. S -1 5326, S *! SlZ?, AND S *t S321,11ESPECTlVELY.

MPL # E11-1030

~~S.W.., Ira. tor Qeorgl-. Pow.~. Aa.nta, OA

~

Eng!Mei11'1Q Oep4utment:

E11 -f.IOV FO~S A VAL VE CLOS ING CSEEREF. 1.

ORWL PRESS HIGHIRPV GENERALNOTE6>

WTRLVL1 LOW TDOE 3 MI N OPEN

[ 11 -MOV F048 A E1 1-MOVF04SATOROUEPH01ECT I ON STOP E1 1-MOV FO ~SA El I -MOV FO ~SA B-J

>---------.RJ.~-J Et l-MOV F04SA Vol.LYE OPENI NG CLOSE Ell -MOV F048A RHR HEAT EXCHANGER SHEL L SIDE BYPASS GLOBE VALVE E11 -MOV F048A 18 I NS4 ! SOL VAL VE LOGIC OI V I [ 2J REf. g, sH. ~. IHI H *4 1

SEE UBLE 1C2 l ORn1ELL PRESS HI GH/

RPV WTRL VL 3 L01t'

'"""" H "" ~,

SV(F l 22A)

(11-AOV R

Hl l *P601 Fl 22A

/

'\\,

0112 ERi" 1()611)

DE-ENERGIZE El l -AOV G

H1 1-P601 H

CCOSE f--fe' SV (F 12U.l Fl2ZA

/

RHR ISOL AT ION CHECK VALVE BYPASS E1 1 - AOV F122A 18 1 RMS (F068A}-CM:RRIOE

[11 -PSN017C PRESSURE HI GH PUMP

[1 1 *C001AICRUNNING PRESSU~E HIGH PUMP (1 1*C001AICRUNNING PRESSURE HI GH PUMP

[ 11 *C001A/CRUNNING lo!ODUL ATE

'° OPEN El l *MOV F061U.

STOP E11-~V F068A E 1-P601 M00¥61i.TE CLOSE 1*P601 E11 -MOV FO&SA

! 02211 E1 1-0PIS N&82APUMPE l1 -C002AICFLOW E11*C002CPU'4'RUNN!NG E11*M0VF007AT0ROUEPROTECT ION F. I I *OP!S N682A PUMP [ 11 *C002AIC FLOW OPEN Ell *MOV F007 A s;oP Ell *MOV F007 A CLOSE El l *MOV F007A

~

H1 1 -P601 f--fe, ti1 1 -P601 RHR PUMP MIN IMUM FLOW BYPASS GATE VALVE E11-MOV F007A ! Bl OE *ENERG12E I

_I CLOSE I SV F053A 1--------i Ens~~v CONDENSATE DISCHARGE TO TORUS OR RCIC VALVE E11 -AOV F053A[81 RHR HEAT EXCHANGER 8001AIBI SERVICE WA TER DISCHARGE BALL VAL VE E11-MOV F068AIBI DIFFERENT I AL PRESSURE CONTROL 7 1 SW! TCH QF VF I OPMF NTS RMS Cl"12Ud CF 1228 1 LOCATION:

H11-P601 "IAINTA INEDCONTACTS F053A)

RMS F0~38 >

LOC AT! ON:H!l *P601 MAINU !NEO CONUCTS KEY REMOVABLE IN"'CLOSE" ONLY CCOSEEroern RMS CFOOHf !1'00781 RMSCF048A l l F048B l LOCH I ON : Ht 1-P601 MOMENURY CONTACTS IN "CLOSE ".

-OPEN" SPRINGAETURH TO "AUTO"

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~;(i~i~

WJNTAfNED CONTACTS KEY RE~OVABL E IN "NORMAL° ONLY

/

~'-H l 1 - P601 E11*F060AVALVEFULLYOP<'.N

~'-H l 1 -P60 1 MANUAL RHR INJEC TION VALVE E11-F060A ! BI FOR NOTES. SEE owe. H-19937. H-199 39 FORRffERENCES. SEEOWGH-19938 SUPERSEDING IH ISORAW ! NG WAS OEVELOPEOFROM G.E.

ORAW1NGN0.?29E6308A. SHT.!

, REV. 4 :

SHT. 2. REV.4 :AN0SH T. 3. REV. 4 SCSI ACCESSION NO. S-1 5326, S-1 5327, ANO S*15328RESPECT IVELY.

MPL # E11-1030 (ACAOOVY [ H19941 )

SOUTHERN A COMPANY EDWIN I. HATCH NUCLEAR PLANT UNIT No. 1 RESIDUAL HEAT REMOVA.l SYSTEM LOGIC DIAGRAMS SHEETSOF7 10-502 H-19941