ML20303A193

8 to Updated Final Safety Analysis Report, Reference Drawings, Part 5

ML20303A193
Person / Time
Site:	Hatch
Issue date:	09/29/2020
From:	Southern Nuclear Operating Co
To:	Office of Nuclear Reactor Regulation
Shared Package
ML20303A202	List: ML20303A178 ML20303A179 ML20303A180 ML20303A181 ML20303A182 ML20303A183 ML20303A184 ML20303A186 ML20303A187 ML20303A188 ML20303A189 ML20303A192 ML20303A193 ML20303A194 ML20303A195 ML20303A196 ML20303A197 NL-20-1084, 8 to Updated Final Safety Analysis Report, Reference Drawings, Part 2
References
NL-20-1084
Download: ML20303A193 (57)

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FLOW OUTPUTS UPSCALE ALARM ON L£VEL INCLUDED IN APRM TRIPS AND ALARMS SEE DETAIL O ABOVE DETAIL F ROD BLOCK MONITOR 1

LOCAL RSM READOUT AVAILABLE

~~ML~;~LAY 0-125,:;

POWER RBM OUTPUTS FLOW ALARM UPSCALE DOWNSCALE Al.ARM 'I INOP I ROD ON ALARM ON ALARM ON INST Al.ARM IN HIBIT COMPARATOR LEVEL. HI ON LEVEL INOP MED LOW DETAIL E I

______ I

~--LPRMS-----,[J (DETAIL C)

SIG BYPASS SIG BYPASS t -'. _

SEE TABLE ~

FOR 1

LPRM TO APRM As~ =' = :J "1Ts r~r 12 r~

APRM I

CHANNEL A I f"illlH, I I I II r~gM:~:~

FLOW L I Xt,HRS I

REACfOR PROITCTION SYSTEM TRIP SYSTEM "A-I

~

(FDR POWER BUS ASSOGNMENTS SEE SHT ') 7 POWER RANGE NEUTRON MONITORING A

1:8 36-45

~A 44-45 j:8 A 12-37

~ A 36-37 A

iZ 44-37 Ill A 04-29 ts 20-29 lli~ 28-29 Ill A 36-29 ts A 20-21 1:2 A 28-21 A f 20- 13 jZ 28-13 A

~ 8 36-13

~

~ 44-13 A

8 20-05 V

J008 TO LPRMS CARRYING GUIDE TUBE SAME sumx l~ofltJ[

AS DETECT~i I ABLE 2 r ~1!~?sM (TABLE 2) 111 1 I

/

I ll J004 VALVE ASM (GUIDE TUBE)

VALVE h.......__FLANGE~

PART OF

~,

J009

~--'I!--~

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~

iii&THJfcH.

(SEE

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--1--J. 'c-c-a==;-ri D~~L DRIVE--

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r RQM-TRIP CONTROL PROOING B.CO I

I I

RMS X-X Y-Y FROM PURGE I

AXIS AXIS c

MEDIUM I

f f

~688 THRU 100 PSIG N'2

,x-~CORDER ro x~Y :~}i;0~~0TE 3>

I

• ~~~OR v1A CHANNEL SELECT SWITCH IFtlJx TYPICAL TRAVERSING IN CORE PROBE I L ___ (TIP SYSTEM CHANNEL) TYP. or "__J I REAC:~ ~~f ~I;f if~~p~~TEM I SEE DETAIL E I

I LPRM SEL<.1..1ivNS I LPRM SELt.1..d N ~

APRMA&C APRMB&O

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RSM CHANNEL FROt.t FROM CHANNEL A

f-- AP~M APfM...._

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7 I II ! l

_ I 1

TRA RTAO FORMATTERS 36--45 A ~

~

A -45 c~

A

~

04-37 C A

~

12-37 c~

A 20-37 lli iz A~

28-37 rz A

36-37 A

~

44-37

~

04-29 A~

12-29 A ts 20-29 lz

~

A 2s-29 c~

36-29 A~

28-13 A~ IX 20-05 8~ ~

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APRM APRM CHANNEL CHANNEL C

A TWINAXIAL

',;~~TIONS

/

PRIMARY CONTMNMEITT

\\

4

---

INPUTS FROM 62 OETECTORS----

1 I

REACTOR PROTECTION SYSTEM TRIP SYSTEM *,*

I r-(FOR POWER BUS ASSOGNMENTS SEE SHT ') 7 C51-F3011 FROM VALVE CONTROL UONITOR

~

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CRITICAL OCUMENT AC AD2010 H1 6561 SOUTHERN A COMPANY

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onioR:1 2.0 o.rt.:OlOl16 l:.:,,..,..,----J:==><=:l=::ii;;i:::::::j 10.-502 H-16561 12.0 DR,,~;,<<; CIJI:GORY

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(R"l;fJ\\o)

Vf:.NT f"LE.NI.IM,H*11 7 t Dll

• P('I 073 P650 RA INSTRUMENT (CC49) TROUBLE ALARM G.!05-l>OL K&~~

R ;:'F.C:O.T~Oll; A)

P650 RA INSTRUMENT (CCS6) TROUBLE ALARM

_J nwo ow:.. l)E\\ltLOPE.O FROM C,.t. OWG. NO. la9E"IOBl>., RE\\I. I~, ':,i-T. l.

CRITICAL CCC:UMENT MPL NO. D11-1010 ovr2005 1, 16564 SOUTHERN A COMPANY 1,*<1o<

• co,A p,opt1,*

""'f=.,od/o,,,_w,e1*,to,~ Joo ot....

ln otSouthtmCompo,ya,ot,.po,t*

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L959(*H REACTOR LEVEL

~c

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~

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fVs7

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I I

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02,@1~,21~~

P015 PO IS OPT OPT 00 C

N D

I I

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I I

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I I

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I L----7 I

L----7 I

I 1Pfi12 I

IP612 X2 02.00.1 1.01 H 45515 f (N0TE6) r-----------------

1 7

IN~l*P650 I

I I

1Nrn650 R7 1

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LOW F'LOW LEVElCONTROL RECI<<: PUMP A&BRUNBACK/

FW PUMP TRIP NTERtOCK TIJRBINE REACTOR PRESSURE PRESSURE NAAROW RtlllGE

~ I L ____ _.

I

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'IP612 E/S K6SB L---, r __ _J I I P60J

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All.EOUIPM£NTAND INSTRUMENTSAREPR£flXEDBYSYSTCM NO. CJ2. UNLESS OTHERWIS( NOTED 2

OEVICESK624A.8ANDC1RIPCONTACTST08£WIREOINA TWO OUT Of THREE TRIP SO THAT mf TWO OE.VICES MUST TRIP TO INITIATE: MAIN ANO R.f.P. TURBINE STOP VALVE CLOSURES. WJN TRUBINE TRIP LOGIC AND lt<<TIATION rs PREfORI.IEOINMARKVl[HC J

THE POWER SOURCE FOR THE FEEOWATER 1-lSTRUMENTATl()N ANOCONTROl SYSTEM SW.U. HAVE AT LEASTltt( SAI.I(

0£GREE Of RELWllLITY AS THE POWER SOURC£S FOR THE REACTOR/mo BOOSTER/CONDENSATE PUMPS.

4 AE/CLISTOI.IERSHAI.LPROVIDETWONORMAU.YOPENCONTACTS PER TURBINE ORM:N ROCTOR FEED PUMP TO OPERATE WHEN TURBINE FEED PUMP UNll HAS TRIPPED OR BEEN SIM OOWN THE CONTACTS SHALL PRUIRABI.Y BE DERIVED FROM A fl.OW SWITCH MOUNTED ACROSS THE R.F.P. LOW OR R.F.P. O,S-CHARCE VALVES. If THESE AUTOLtATlCALLY RUNCLOSEO ON R.f.P. TRIP. G.E. (BWR"S) REOIURESTHE'S£ CONlACTSFOR 1-llllATl()N 00 REACTOR REORCULATION PUMP R\\JNBACK IN EVENT OF AONE OUT Of TWO RS.P. TRIP AT HIGH LOADS 5

AC POWER TO THE DC POWER SUPPLIES MUST BE FROM INDEPENDENT SOURCES 6

MODE SWITCH CAN SELECT ONE EL[IAENT. THREE ELEt.lENT OR PUMPDlffEROflW.PRESSURECONTRCl CONTROI.LERR600 NOTUSEDINDITTERENTW.PR£SSI.JRECONTROL CONTROL FROMREF.12 7

NUMBERS'Mll-lNQ INOOCATEANALOG INPUT NUIABERAS OESCRIBEDINTHEfUNCTK>NALDESICNCRITERIAfOR EMERGENCY RESPONSE FACVJY, TABLE "[)" -LI-Ill 1 ANA.LOG INPUTSIGtW..S TOTHESPOS/[RfCOldPUTERSYSTEMS

~

~ ~

1. ITEOWATER CONTROL SYS C32-4010 S-15202 OESICNSPEC 2.NUCLEARBOILERSYS SH.1 821-1010 H-16062 P&ID SH. 2 H-1606J J.RfACTOR RECIRCUlATION SH.1 8.31-1010 H-16066 SYSTEM P&ID SH. 2 H-16067 SH.3 H-16068 4.CONTROLRODORIVE Cll-1030 S-15151-HYDRAULICSYS.f.C.O S-15157

5. ITEDWATER SYS. P&IO

6. WJN TURBINE GENERATOR TR!PLOCIC[LEM 7.R.f.P,TURBINESPEED CONTROLLERM(CH.OIAG 8.R.f.P.TURBINESPEED CONTROLLERWIRINGDIAG 9.INSTRUMENTSYMBOLS

10. PIPING & INSTRUMENT SYMBOLS

11. AUX. TURBINE FEED PUMP TRIPLOCICELEM

12. AUX. SYSTEM (OOP} I.E.0 13.0ElETEO 14.0ElETEO 15.0ElETEO

16. HYDROGEN WATER CHD,IISTR'Y (P7J)ElEM.OW::.SH.20f5 17.REACTOR fEEOPUl.!P-PIPINC OIAGRAf.1-STUmNCBOX 18.t.lARKVICONTROLSYSTEM ELEMENTARYD!,1,GAAMS 9210260 S-15200 l97R567 S-15051

19. :pr~:C OOCUIAENTATION MARK Vie 1/0 S-?S?gB & S-?58DO RFPT 18 S-75799 & S-75801 THIS DRAWING WAS DEVELOPED FROM G.E. DRAWING NO. 729E629BA, SHEET 1 REV. 6 SSI ACCESSION DRAWING NO. S-15201 CRITICAL DOCUMENT MPL NO.C32*1010 AGAD2010

Hi666, SOUTHERN A COMPANY 06.00.0J.13

}

H-16402 H-2

~~f1Jff9:if0.:1~\\ER 1.0 EDWIN I. HATCH NUCLEAR PLANT UNIT No. 1 FEEOWATER CONTROL SYSTEM TURBINE DRIVEN FEEDPUMPS 1.E.D

B9S91-H CH B! REF,6

,;:;,:;;~:,,~-:.~~7 m l Po

~650 N650 B

' ' ' i ~J~i!bn

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R[f.J, [ -2 >

PRIMARY CONTAINMENT PRIMA RY CONTAIN~[NT HIGH PRESSURE REF,5 VESSEL FIGURE 1 PRIMARY CONTAINMDil HIGH PRCSSURE REF.4 a-SIDE 2 SIDE I

~

CONTROL ROD GROUP I r ASSIGNMENT NUMBER 3 4 2 3 G 1

(TYPICAL) 51-------

47----- 34231241 3

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

~ --- 4 2 3 1 2 4 1 3 4 2 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

4 3

2 1

4 3

2 1 3 4 2 3 1 go*

2 4 1 3

=:::::~~S>

11~ l j il 11 I 02 06, 0 14 18 ~2 26130 3! 38 42 46 50 3 4 2 3 1

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

~

7 j

10 1

ALL EQUIPMENT AND INSTRUkl(NTS AR[ PR[FIX ED

~:n!~~TEM NUMBER (C7 1) UNLESS OTHERWISE i. FOR LOCATION AND IDENTIFICATION or INSTRUMENTS SEE INSTRUM£Nl DATA SHfET LISTED IN MPL FOR [ACls lNSTRUUENT.

3, TRIP CHANNELS FOR THE ~TURBINE CONTROL VALVE FASTCLOSURCTRIPSl-iALL 8E DERIVED fROU THOSE EVENTS CAUSING f"AST CLOSURE OF TH[ CONTROL V,!I LVES.

4. ALL FUNCTIONAL CONTROL DIAGRAMS ARE SUPERCCOED 8'1 ELECTRICAL ELEMENTARY DIAGRAMS.

REFERENCES, TITLE

~

f. PIPING.t: ltJSTRUMENT SY~BOLS

.l..!-1010

2. TURBINE/GENERATOR &'. STEAM A61 - ~020 BYPASS DESIGN SPEC J. R[AC70R PROTECTION SYSTEM O[SIGf.l SPCC

.(, RESIDU,..L HE4T REMOVAL SI/STEM P&lO SHEET 1 S. RESIDUAL HE4T REMOVAL SYSTEkl P&lO SHEET 2

6. REACTOR PROTECTION SYSTEIA C7\\ ELEkAEMTARY DIAGR,..MS SliEETS 1-17 7,~0R SIGNALS TO

~

I.LO X75-1010

~

S-15051 S-15\\.55 H-17783 THRU CRITICAL CCUMENT C71-1010

@ilifJttillD SOUTHERN A COMPANY

,.,

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

EDWI N I. HATCH NUCLEAR PLANT Ulill Nc.1 RU.CTOR PROTECTION SYSTEM p & JD 10-502 H-1 6568

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

SIZE 3 A

SIZE 2

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R~F 10 REF 10

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t 11 J126-M121*-~~r-..0l MQV

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8 SPACE REACTOR 8UILOING 5

6 6'

MASTER TERJINAL BLOCKS I

I I

A~A SPACE A

SPACE N1TE 1!£-f

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,o B~

B SPACE 1;30~~EV)

• • -~,o-m-,,,

[$3-M~

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SIZE 2 C ~SIZE2 C

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R~F

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[ l,(~7A 7 I BUS 2C FR.2T H-23362 lr-R24-S048 - ES3-M01 1,- 2R23-S003-ES3-M01 (NOTE 16)

INOlE

~;!.I REF.9 200 200 AMPS AMPS l

R26 - M108 lr-R24 - S048 - [S3-M02 R26-M077 (NOTE 16) 1,- 2R23-S003-ES3-M01A.,,~.,~*--;

18. SX-13579

19. SX-13580

20. S-13764 21. SX-13578 22. H-17880 (NOTE 16)

REF22 I

OCF I

I THIS~~

MANUAL TRANSFER SWITCH R26-M 107 (SEE NOTE 14)

R24-S048 - ES8-M08 (NOTE 16)

R24 - S048 60i~z~v 1~CC H-13648

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

SE MODIFICATION KITS

~~~~;~~?{r;f!ii:f'ZE 2 MCC-LAYOUT 600V AC ESSENTIAL MCC R24-S018A AND 8 MCC - WIRING DIAGRAM SIZE 2 FULL VOLTAGE REVERSE COMBINATION STARTER MODIFICATION KITS CONNECTION OiAGRAM FOR MISC SWITCHES R26-M077, M078. M107 M108 & M109, ANO TERM!NAL BOXES Version:30.0 Oote:3-9-10 REVISED P[R ASN 10,0048401E141.VER. 1.0 NOTES I.DELETED

2. CABLES R24-S048-ES3-M07 AND R48-S048-ES4-M08 SHOULD BE DISCONNECTED i;~f~1l 11i~1~ ~~ru~;~~D~LLlfr IN 3.DELETED 4.0ELCTED 5.WESTINGHOUSE TYPE DH. THREE POLE FUSIBLE SAFETY fl~ll~~*y ~i~iL~~D 6~0~.s:*l~0 NA~.pl*u:i~~~WO CONTACTS, BUSSMANN TYPE KAZ-2838 OEVlCE CLASS

""R-FUSE CUP KIT FOR BUSSMANN FRS-R-1 00 iiT"/§MA PADLOCK

,o 6.c'::;; INDICATES DRYWELL PENETRATION

7. ~siirttw)8._tC INDICATES CABLE NUMBER S.* ~~J~JJJTA~~~Nli02~H~1NAftJJICTR?fEAKER 10 DELETED

11. ~EF~R~T15~ FUSE LIST FOR FUSE DESIGN 12 SEE MCC DATA SHEET B-17364 FOR MOTOR OATA 13 SEE MCC DATA SHECT 8-44854 FOR MOTOR DATA

14. ADMINJSTRAHVE CONTROLLED UNITED CONTROLS INTERNATIONAL INC. CUSTOM MODlFTED DOUBLE THROW MANUAL TRANSFER SWITCH (MPL NO R26-M107) RATED 600V AC, 200 AMPS, PADLOCK-ABLE IN THE Off POS1Tl0N, WITH 6 N.0. & 6 N.C

~~~~ttiRi 0

s~~;~~E 1

~o~E~~R~~N:r~g~R o~ouNTED l S. t~~~~/50 MCM CABLES FOR LDAO AND UNE SIDE

16. CONNECTING SAFETY RELATED DIV I DR DIV 11 CIRCUITS (R24-S048-ES3-M01 & M02 OR R24-S048 - ES4-M01 & M02) TO 18 DIESEL CIRCUIT (R24-S048-ES8-M08. PASSING THROUGH 4160V

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

!~:ii;;f~::~g~FsJr~~~1~Fi{l\\~r~~1 L YSlS UNlT 1 FMEA 17 WESTINGHOUSE TYPE DH. THREE POLE SAFETY SWITCH, RATED AT 600V AC, 200 AMPS, WITH FOUR

[7T~ii~~~f ~t~to~~ Nf~~T~/9gNJ~f1~~~fj~r~foN DURING MAINTENANCE. SAFETY SWITCH CATALOG NO DH.364UWK3, FOR R26-M108 ANO R26-M109 REFERENCES EXTERNAL CONNECTION DiAGRAM MCC R24-S018A EXTERNAL CONNECTION DIAGRAM MCC R24-S0188 3* ~H.\\

11 64 2

~i~b1~~Nls~~~T~rc:ii SCHEDULE (R24 - S018) 4.B-17025 FRONT VIEW MCC R24-S018 SH. 1 AANDB

13. A-10125

14. A-10126

15. S-13930 ELEMENTARY DIAGRAM REACTOR RECJRC PUMP AND ASD 'A"

1~~io~~R

:D MR~~- S018B ELEMENTARY DlAGRAM RHR SYSTEM

~b~~A~iAZ ~ET~JN~?tri~b~B

[~~~tiTARY DIAGRAM RCIC ELEMENTARY DIAGRAM RHR SYSTEM ELEM DIAG Mcc*s R24 - S018A&B 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 i~lli1{~~~sf'l~M 2

s1~~~~N CRITICAL OOCUMENT H MPL NO. R24 SOUTHERN A COMPANY EDWIN I. HATCH NUC LEAR PLANT UNIT No. 1 SINGLE LINE OIAGRAM -

REACTOR BUILOING

ir\\2~~~0~1~-r R~4~~~1i~

13 C~IIICAL CATEGORY

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C:RITIC:AL CCC:UMENT MPL NO. C71 SOUTHERN A COMPANY m~s~~OPER ABN-H029,o, EDWINRiAc~~1C~R~~~~~toRN P~~;E~N~~ 1No. 1 ELEMENTARY DIAGRAM -

SHEET 9 OF 18

lolll*Holl e I

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~01! "10T(S ( l!lHRHKtS S£~ ;)W(, *l*l l7B MPL NO. C71

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SOUTHERN A COMPANY

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

SHEET 10 or 18 1 0-502 H-17792 12.0

~

TEST O[ 'vlC[

.&.NNUNCl d Olt CONTINU.tTI ON LEGEND

~----

IOE:NU.RT H.OCl SWITCH INPUT TO LOCIC 0--- --

MA INUINEO HiliNO S'WITCH IHPOT TO LOCI C

~

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~ 1 I -P602 A"'5Cf022C J K11*P602 R"S (f0220 J Hl 1 *P602 R" S(f028.IIJ Hll*P601 R"'5Cf0288l Mt l -P601 R"SlF02 8Cl "1 \\

• P601 RMS IF0280l H1 1* P601 PUSli 8\\/l lON il!IJM[NTAAV CONi*C" RlolS l f 003 l R"'5 IFOO l

l OCA':IQN a HI\\ *P6 02 j,j~f NTA !NEO CONTACTS

'""W"""

0 REFERENCES CONT.fROM li-19902 WLE

~ ~

1e.

~~;~~~o""~~~~ T /C P70

• 1010 H-16286 A SHEH2 11-1 6299

19. RE*CT~ ZOt.E Vt!H T

l

- 1010 H-1 6~

s,sParo 20, REACTOR 8Ull0]NG T l

• 1010 H* l6014 REFUEl/NG f LOQR VENTSrSP810 21, SIAN08YGAS TR£U H-16020 ST S P810SHEET\\

SHEE12 H- ! 6174 ORV1'1El l 10 TORUS 148 - 1010 11-161 53 Dirr PRESS S!S PBJO NIHIOG(N INERHNC l B - 1010 11-16000 SYSP8I0 PR !, CTM T. PURGC 8 148 -1020 H-1602 INERT I NC SYS P8I0

25.

l URB. !!LOG* LE U Uf.1-1010 H*1601B OETECTl0NSYSl£0 REACi'IEClRCSTS LOGICO!AC SHT$ l THRU 4 NEUTRON JolONITOlll HC CS\\ - 103~ _.Jl

• l.59

~~~sL?<' ~~Ree_:~ ~ -~-1_.,:9*;:t?li I\\C*~.,.,~*l t!.l l~ ~YS C71 *1030 H-19933 LOGIC OIAC THRU

$HTS 1 THRU 4 H-19936

29. RESJ O, liEAT IIEMOVAL Ell-1030 H-199H SYS LOClC Ol*G THAU SH1S1 THRU7 M - 1 993 30, COR( SPR*Y SYS Ell -1030 H* 1'J944 LOGIC DIAG rnRu SH TSl 11-iRUl H* 1'J94f,

31. RC.t.C \\HR CLE.t.~*UP G31 - 103D H-1'3963 SYS LOG!C QIAC, SiiEET1 SliEET 2 H -

I 9 9"'

32, GE 22.t.13000.t. Bvfl A61 - 4020 S-19842 PLANT REOU!RE'4E:NTS

33. GE 2a:>!IA~ ELEC A70 S-17 108 EOU! P SEPARll lOH f"ORSAFlG\\IARO SlS J. NUCLEAR 60 1l[R

$YS ?llI0Slil 2821-1010 H-26000 SHJ H*2r.!69 3$. REAC PROT STS P810 H-28001 36, PROCESS RAO MO~ I I 20 11

• 1 01 0 H-26011 STSP8 [0Sii1 1£0 SH 2 H-26012 1£0 SH l M-260\\l HO SH 4 H*26107

37. AREA RAO MONII 2021 *1010 H-26010 SYS!EO l 8, CORESPRAY STS?81 0 2E21*1010 H*2601 8 40. NUCUL.IIR BOllER 2B21-10l0 SVSTE1,1 LOGIC RMS cro201 H1 1 - P602 Ot*C.RAM M*2 701 H2 7 \\2 F RMS1ro2 1 J H11-P602 SHEE TS 1 T1-1Ru12 RMS iroJa J HII - P601

41. ccmE SPRAY

~~J[t~~0co;:~!s JH

~I~J~~/oc.1c SHEETS 1 THRUJ 2[2!-1030 H-247 39 H*2H4 1 SP!I IN~ RETURN ro '1'40RM.I.I. " 4,!. Efff CLASS IE OIGll.llL ns-10 10 ISOLAT!QNSYS.1-C,O,

43. ER~ MULIIPLEXEfl SYSTEM [.[.Q.

SUPERSEDING THIS ORAw' ING w'.lSOHClOPEOFROM G,E, 0RAw' INC N0,72'JC628,SHT. 1,R(V. 1 :

Sl;T. 2. REV. 6: *NO SliL ), REV, T SCSI.lCCE SSI ONNO-S *1 526T.S - 15268.*'-0 S-17 782RCSPF'CT! VElT.

BECHTEL GAITliERSBURG. M.IRTLOIO SWIHlllN SERVICES INC, FOR GEORGIA PC't'ER CO,, ATLANlA, GA.

CENEIU.L EtlClNE[RING QEP.t.R l MENl

[OV!N [. HATCH NUCLE AR PL AN T UN IT "40,1 NUCLE.lR BOILER SYSTEM LOG IC OI ACRAMS SHEET 3 OF 12

G v066L-H Gl 1 11.0 V F003 OPEN G11 -.i.OV F004 OPEN START PERM ISSIVE FOR G11-C001A 8 B 1 RM$ !J SQL. VJ..jVf-CH A1f-JfSl Hl 1-?609 UNIT:2 ERF REF. 40, ~H.4,C

• l C71*PISN650A A[F,28,SH. 1,H 62 1-LfS N680.1 R£f,2B,5H, l.f-4 RMS ( ISOL- 'H,LVE-CH Bl l *lES T H11*P611 UNIT 2 ERr" qEf,40,SH,4,0-l C71 *PIS N650B

~F.28,SH,1,E*4 821 *L!S N680B f{.F,28.SH,1,H R~S ( MS!V'S,l'JLOT VAL VE LOG IC Al 8, A21

!NBOARO !SOL,VAL VES !I: C[ACUITS )*

RESET INBOARD !SOL.VAL VE a CIRCUITS H11*P602 GJI *MOV F R[F,ll,SH,1,J-2 ISOLATION VALVE LOG IC DIVISION 1 CSEE NOTE 15 1 RMS C2G11-1'004 8 F020!-RESET H1 1*P601 RMS l lSOL.V.lL \\iE*CH A2 1-TEST 111 I *P 60';1 UNIT 2ERI' Rtr.40,SH,4,G*I C"l l *F' !S N650C Rff,28,5H.!,E

• 4 821 *LIS N660C RH.2e.SH,t.r-,

MMS (JSOL.IJ.-,LVE*CH B2 ) -H:S T i-!l1*P6 11 UN I T ZERF REf, 40.SH.4,l!*I C?!-P I S N650D REF,28,SH.1,H B21 *LIS l,/6BOD QRYlolEL L PRESSURE HIGH RMS { ~S !V'S,P ILOT 1/ALI/E LOG IC 61 8 621 OUTBOARD ISOL,VALVES 8 CIRCUITS \\*

RESET OUTBOARD ISOL,VAL 'IE El CIRCUITS H11*P601 SWITCH DEVELOPMENTS 11 12 13

~I 1 *P609 RMS cG1 I *FOOJ B F019) Hl I -PG02 H11 *P611 RMS (011 *F004 6 F020J H11 -PG01 Hll *P60'.l PUSH BUTTON "'OMENTARY CONTACTS f!£F,\\1,SH, I,B*~

CLOSE !PC!S' VALVE GROUP 2 l G1 1 *ADV F019 RH.11,SH,1.E*

82 1 *PS N015A CLOSE I PC IS VAL VE GROUP 2) ?:J:;::~'.:~=>J"M~SL,JPl'AR:S,ESi_,S!!JUR!s<J,Lc9'0,!.__J

/

II' Hll*/'609 B2 \\

• PS N015B SH,1,G-3 621 *PS N015D 511,l,Ci-8

~SL PRESSURE. LOIi' MSL PRESSURE LOIi' MSL PRESSURE LO\\I'

,1,Cl\\ON MPL NUMBERS CLOSE 821 *A.OV F11 1 lr'i r rP c-~"Tc-u CLOSE C5 1-FJ0 12 r'I /"IC:~

I 0 1

-<:V F O<;\\

" 1 no::;,

In, -AOV F071 r,

SE IE1 ! *MOV F015A H11

• PG11 H11 -P609 H1 1 -P611 Cl-! A.2 l Hl1 *P609 r~ ~dRwo~t~*PG 11 TACTS TABLE1 IFROMD-41 Pc,s V.1.LVE REF-SH, COORO.

GROUP t7 E:-2 27 E-1 &. E-5 27 H-7 7

1 E*3 NOTES OPEN PE.RMI ss ! VE 146 - AOV f 339,-~ ",~,os,~-t": :~:,~~=;~,~v,~/=79'=",,-+----+~;=:-+"-+~~:~:~0 ~*~'~-1~0-+-----1 REl'.l4,H*l rt ""E

[1 1 -SV F079B

.!9

~-1 r1oc;r E11*A0Vf122A 29 E* l 0i>EN PERM ! SSI VE T'l8 - i.OV F341 l-";~',:~<SC<~-+':~,,"~:~:;~,e~;~~~~

2-+--,0--+-:~:-+-, -+-::~:----I-'*'-'.-* -

7

---1 REF-24.o-4

~, ""r I ~"l

-,nv F003 to 16 C-4 CLOSE PJ3 - AOV F004 10 16 E--4 P.:B*Sv' FOOS 10 16 G-7 Ire..11"1\\1F 11 1J C-5 GSI *A.OV 1' 021 C-1 CLOSE P33-AOV l'006 10 16 1

F* <I OPEN PERM ISS ! VE T48 - AOV FJ3at:::"~'":<~C==t:~,,"::::~:~~,:~;~o,o:~,;==t==:t:~t==t=:j:=t:t 1 :11::1::======t==t=j REf.24,N-2

,., n.-c-14 *AOIJ F118A 11 23 G-5 nee-148 - AOIJ 1'1 18B 11 G-5

,., n,;i:-

TdP.-Al"!V rin7 2

24 C-9

,.,,..,.- c-T4 *AO\\/ F:1]9 10 24 H-3 MSL PRESSURE LOGIC FOR T48-AOV F338 THRU F341

( SEE NOTE 1 5 l CLOSE T4B*AO\\I n41 11 24 0*4 TABLE 2 <FROM H-41 Gl 1-AO'I F004 CL OSE l PC I S VALV£ GROUP 2 l G11

• AOV FD20 R[f. 11,SH,1,E*4 CLOSf: IPC1SVALVEGROUP2)

R"S cCiJ1 -FC0-4 CH A2l*TEST H11 -P609 821

• L S NG82C APV IIIATEA LEVEL 2 HI 1-P923 RMS LGJ 1

• F004 Cii S2 l *TEST H11-P61 B2 1 *L5 ~6820 RP\\J WA TER LEVEi.. 2 11-P924 SP RPV WATER LEVEL 2 LOGIC FOR G31 -MOV F004 ISEE NOTE 151 (PCIS VALVE GROUP 5)

/

w H11 *P609 RMS 12Cl1-F001 CH A.I )-TEST Hll *P609 e2 1 *LS N6B2A RP\\J WATER LEVEL 2 1,l1 - P92 1 RMS tG]I - FOOI Cl-!B1l*iE.Sl H\\1-11 SP B21*LS N682B RP'l'IATERLEVEL2

~

H-1 \\-P922 SP G31 *MDV F001

~J.Jl,Sri. \\.G-4 J.CTION MPL NUMBERS CLOSE 821-*ov F112 CLOSE D11 - SV f052 CLOSE D11 -SV FOSJ CLOSE 011 -lOV F072 CLOSE E\\1-~\\J FO I SB CLOSE Et 1 *MOV F0-19 CI..OSE E11 -SV F080A.

CLOSE E11 *SV F080S CLOSE E11

• AOV F122B CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE E41-SV F"12\\

G51

• AOVF0 12 G51*AOVF0 1J PJJ*SV F"013

?3]*A0V 1'010 P33*AOVF01 1 P3]

• AOVF012

?))- AOV F01-4 P]3-AOVF015 P70*AOY FOOJ T48*J.0V F!O]

T48 *A OV F !04 T48*AOV F30B T48

• AOV F320 T-48-AOV F32~

TAS-AOV F326 Cl 1-AOV F019 OPEN G] 1 *AOV f020 OPE~

START PERM! SS I VE PC!S VALVE REF, SH.

COORD, GROUP II II 10 10 10 10 10 10 II 11 11 10 17 i:. - 2 7

1 E-4 I

C-.5,.,

29 E* l 29 6

E 10 flF-!O 29 0-1 29 H-1 29 E-1 17 H-J 13 C-5 13 C-2 ll'i 0 - 5 16 1

B - 5 16 I

C-6 16 E-5 16 16 16 23 23,,

F-5 1

C*S F*8 F-2 H

c-,

0-10 G-3

'-!OTES Daie: 1-14-98 FOR GI I -C006A 8 B llEVISE[)PERA8N97-0]02.

FOR NOTES.SE::": D\\<IC,H-1990\\

FOR REFERE'-LCE.S*, SEE OWG.H -19902 8 H* I 9903 SUPERSEDING Tl-!15 DRA'IING 11.\\S Dt.VELOPEO FROM 0, E, DRAWING NQ.H9E628, SIH, 1. RE\\J, 7l s,n. 2, RE V, 61 ANO SiiT, ], REL/. 7 SCSI ACCESSION NO, S-15267. S-15268, AND S* 17782RESPECT l VEL Y.

MPLNo. B21-1030

~

SOUTHERN A COMPANY 1h,~ d~I cor,10:,,, p,op,;<to,y. =f,<ion~ol. ot,d/or Vodo -,.ot il\\Kffll<l~on M H,e**-dS001Ji..-*c,,n,,p,r,y<lfollhrd1'<lrti.._ llis1nteM'<llor

... o,,ly ~ " ~

<>f. "' wlh<,-it,.j e,,.t,od~ of, \\ho,,1,,;,1;.,n,,, of

~,t~om C., __ U*OUl~ori>K po-,;,*. o,-, 6otnM;,,o. ool'fi',;

M""'""'°"'*"'-""'ot°'Jpotl.""t.ot""';,,pm-od.'

EDWIN I. HA.TCH NUCLEAR PLANT UNIT Ho.1 NUCL.r.AR BOILER svsm,1 LOGIC DIAGRAMS SHHT 4 of 12 ISOLATION VALVE LOG IC DIVISION 2 ISEE NOTE 15)

RPV WATER LEVEL 2 LOGIC FOR G31-MOV F001 M

<Pc1s vAl2_E GRou_

CSEE NOTE I 5 I 10--502

,-ze-M NoScole H-19904 4

10 11 12 13 G

£0661 - H 282 1*LSN682A

~)R~e,j.,to.s~*-fs.o~-*~)>------ --,8 ERF

.t..LARMH 11*P603 (2*05 1 Sl!.6.J*5 DRYWELL PRESS, HIGH B21* LSN682ARPV WATER LEVEL 2

AL ARM H11

• P603 ( 2*06)

SH,6,J-~

HNP

• 2ERf" COMPUTER 1172 REJ. 40,SH,5,C-!

C7 1*PJ SN6508 Rf.F,28.SH,1, [* 4 821*LSN682BRPV'fl'A.TER LEVEL2 H11-P922 HNP -2 ERF COMPUTER 1173 R[f

. 0,SH, 5,(- 1

116, EAF RMS ( MSI V'SP I LOTVALV[

LOGJC Al l:IA2/!H60.t..R01SOL, VALVES 8 CJRCUITS ) *RESET

! NB0AR0 IS0L, VALVES8ClRCUI TS 2B21 -LSN6828

~)~ac,::r.<~O.~'"j:.s.f,.f:, ))-----~e ERF UNIT2S8G T SYS2T4&

SEEN0TES6,789 282 1 -LSN682C 2,)""Rffc!,<£,.0,~5!!;,"'S,£:;H;_>-)-----

--,e ERF C7l -P IS NGSOC ORYWELL PRESS, HIGH R[f, 28,SH,1, E-4 ALAFIMH11*P603(2*05)

Stt.6, J*S 82 1 - LSN682CRPVWATER LEVEL2 H11-P923 HNP-1 ERF COMPUTER1 176 RH.40,SH,5,C-6 C71-P1SN6500 Rff,28.SH,1.( *4 B2 l

• L SH682D RPVWATER LEVEL2 H1 1 -P92 4 HNP - 1 ERF COMPUTER1 177 R£f -~D. SH-~, E *6 RMS !MSn'S PI LOT 1//1,LVE LOG IC 81 a B2/0UTBOARD ! SOL,VALVES S CIRCUl l SH~ESEl OUT BOARD I SOl, \\/.1.L\\/ESB CIRCU! TS H1l*P601 282 1 -LSN6820

Z,)'!'~ffc,<~O.~~-~S,!_:E*6;_>-)-----~e ERF F!LTERTRAIN"B " LOGIC START T46 *C001B R£f. 21. SH, I TO 12 l4T*C0018 l4 t *COOH STOP 0*4 STOP T 1

- C00~ A 20 f'

• 8 6, 7,1! 9 STOP H\\

• C00SB 20 H-8 6, 7,8 9 TABLE 4 CLOSE T41*A0V F0 1I A 0-S 6, 7,89 CLOSE T4 1

• A0V F043A 6.7.89 CLOSE T41*A0V F044A G-10 6,7.89 OPE N T4 1

• AQV F032A 19 G-4 6, 7,89 CLOSE T41 - A0V FOOJA CL0S!c'.

T41*A0VF023A F

• l 0 6-, 7, 89 T l *A0VF040A 20

,7,89 TABLE 5 SECONDARY CONTAINMENT ACT UAT ION LOGIC DIVIS I ON 1 !SEE NO TE 15 )

SECONDARY CONTA I NMENT ACTUA TION LDGIC DIVISION 2 !SEE NOTE 15)

AC TION Mf'L NUMBERS

/>C I SVALVEREF, C00R0.

NOTE GROUP 82 1 -LIS N6808 SH,:>, E*J RMS

( MSIV'S F' ILOT\\/AL VE LOCIC Al SA2/lN80AR0 I SOL, VAL VES SC IRCUlTS l* RESEl JNSOARD

!SOL. VALVES S CI RCUITS RPV WATER LEVEL 3 a RPV PRESSURE LOGIC fOR EI 1

• MOV f0O9 B2 1 -LI SN680C SH..G *J S2 1

• LI S N680D SH,4, H-3 REf.29,Sll.2,f*1 81 *P ISN679DRPV PRE.SS.

l ::

)SEE NOTE 15 E1 1

• M0VF0OS Rt:F,29,SH,6, A-6,C-6 E11

• M0V F0 156 SP RMS O1SIV'S PI LOT VALVE LOG I C 61 8 82/0UTB0ARD IS0LV

• LVES 9CJRCU1 TS) - RESET 0UTB0AR0

[SOL.VALVES 8 CI RCUITS RPV WATER LEVEL 3 a RPV PRE SSURE LOG I C fOR E11

• MOV FOOB IPCIS VALVE GROUP 61 SEE NOTE 15 RMS (! SOL. VALVE Cit it.1 l - TEST C7!-P ISN6$0.\\

ilCf, lS.SH, l,£ **

DRYWELLPRESS H!GH RMS ([SOL.VALVE CH Bl l

• TES T 11 - P6 !1 C7 l

• P [ $N6508

!1£F, 2B,SH.1.E*4 DRYWELLPRESS HICH RMS!MSIV'S PI LOTV AL VE LOG I C A1 8 A2/!NB0A R0 1S0L, VALVES 8 ClRCUITS)* RESE:T lf.lB0A R0

!SOl.V.1.L VESl:iC ] RCUJTS RMS( ISOL. VJ,LVE CHA l l - TES T 821

• LI S NSSOA RPV WTR LVL J LOW REF.28.SH, t,r-~

11-P61 1 821*L TSNf,SOB RPVIIITR L VL 3 LOIII REf,28,SH.1.F -4 RMS(MS[V'S PI L0T VALVEL0CIC Al 8 A2/I NB0ARD [SOL. VALVES 8C I RCUITS)*RESET INBOARD l S0L,VALV[S 8 Cl RCU ITS CLOSE H 1 - AO\\/FOll8 CLOSE H 1 -AOVF04JB CLOSE OPEN T41*A0VF044B T41

• A0VFOJ2B Hl*A0VF00]B REF, 24,E *J,f *J,A*,C-~

SEE N0TE S8 89 ORYWELL PRESSURE LOG IC FOR T<B* AOV F333A,8 8 F335A,B SEE NOTE 15

'------ --- SEE NOTE 1 5 RPV WATER LEVEL 3 LOGI C FOR T B

• AOV F333A, 8 6 F335A,8 C71*P1SN650C 11£f. is.~. l,E*

DRYWELL PRESS HIGH 11*P611

/.;

,~.~!:~O DRYWE.LL PRESS HI GH RMS<MS JV'SP IL0TVALVE L0G IC 8 1 8 82/0UI S0AR0 !SOL-VALVES 8 CIRCU lTSl

• FtESET0UT80ARD I S0L,VALVES8C I RCUITS 821 *L IS N680C REf,28,SM, 1,F *4 11 -P611

-sc-,-,,-,c-,-.-,-,-> ~:.;~,!S~-~-~~~o RPV IITR LVL l LOW RMS IMS I V'S PI L0TVAL VE L0GIC 81 882/0UTB0AR0ISQL. VALVES B CI RCUI TSl *RESE T OU TB0AR0 I S0L, VHVES B CI RCUITS ORYWELL PRESSURE LOG I C FOR T<B*AOV F332A,8 a F334A,8 SEE NOTE 15

, 1 10

!PC IS VALVE GROUP~

CLOS(T48*AOV;J32A.B~

REF,2. [

• 1.f*2,A*3. C *J SEE N0TES889 F0RN0T[S, SEEQWG, H* 19901.

FOR REFERCNCE S, SEE 0IIG.H* l9902 8 H-19903,

TH I S 0R A',/1 Sf.IT. 2, SCS I AC S-17782 SUPERSEDING NG WAS DEVELOPED FROM G. [.

, 729E62SSHT. 1, REV, 7:

V. 6:AN0SHI, 3, REV, 7 NO-S-1 5267, S-15268,

TlVEL Y, MPL ND. B21-1030 CAOO H19905 SOUTHERN..\\,

COMPANY EDWIN I. H.ATCH NUCLEAR PLANT UNIT No.I NUCt~~~c sg:~%...tfTEM SHEET 5 Of 12 10- 50 2 H-19905 5

12 13 FSAR FIGURE NO. 7.3-S (SHEET S OF" 12)

90661-H D1 1 -RIS K603A RMSIMSIV Al 8A2/I

!SOL VAL INBO.t.RO t VALVES8 MSL RADIATION LOGIC DIVISION 1 TYP, FOR 1 MSL RADIATION LOG IC DIVISION 121 SEE NOTE 15 821 *0PIS N6a&A THRU N68SA Sll, l,F*IO MSL FLO~ HIGH 82 1-0PIS N6868 THRU N68'1B MSL FLOY HIGH RMS IMS [V'S PILOT 'IAL'IE LOGIC Al El,t,2/INBOARO [ SOL VAL VES B ClRCUJ TS t*RESET INBOARD !SOL VALVE58CI RCUITS MSL FLOW LOGIC A 821 *OPJS N&86C THRU N6B'3C

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

B21*0PJS N686D THRU N6890

'}-'"'>JSLceFc.,LS,0,C!H'-'.IGe,Hc_ __

RMS IMSIV'S PILOT VALVE LOGIC B1 a B2 /0UTBOARO !SOL VALVES 8 CIRCUITSl-RE SCT CUTBOARO ISOL VALVS',.!!C lRCWlT5 H11 *P601 SEE NOTE 1:>

MSL FLOW LOGIC B

$E ENOTE1S I NIT JATE ~SL FLOW LOt;JCA

! NI TIATEMSL FLOW LOG IC B INITIATE PR~SSUR!ZATION MOOE LOG I C 6 <Z41)

( SEE ~tSO REF -40 SH.l2,C

• 21 STOP VACUU~ PU~P MSL RAO LOGIC DI V 2

~

STOP E~HAUST BLQ\\jER 1 B MSL RADIATION LOGIC FOR TURBINE VACUUM PUMP AND GLAND SEAL EXHAUST BLOWERS 1 A 8 1 B RPv 10,Trn LEVEL 1 B2t *LIS N&S l C RPV \\rlATER LEVEL 1 SH.1.~-8

)---_:::_:_:::_:.:::_=::_'----o-1 821 *LIS NE,816 RPV II.HER LEVEL 1 INITIATES NS4 LOGIC A1 SH.1.0- )---------I lN I T !ATE S NS LOG I C A2 SH, 1, D-9 )-------~

) NlTIATES NS4 LOGIC f,1

~

~BTHRU N6898

_ I

~~

RPI/ WATER LEVEL 2 B21 *LS N682C

!<Pl/ WA TER LE VEL 2 RPI/ II.ATER LEVEL 2 Hl1*P603 (2*27 )

H11 *?603 12-4 4 )

Hl1*P603

!2 *08) 1-111*P603 12-1 4 )

Hl l*P60 3 (2 -1 5)

H1 1*P603 (2-05 )

H1 1 *P603 (2 -06) 82 1 -PS N002 RPV FLANGE SEAL ?RESSURE Hl GH B21 *TlSN623C THR UNE2SC S~.Z.H -9 e.z i -~, l'IOl,o MSL PR~SS L OW S~. I,G-8 RMS lCONO 1/'AC* CI-I A.NNEL Al HnP ASS Hl l*P60S Rt,iS C COND VAC*CHANNEL A2 I-BYPASS 1-111

• P609 F:t,iS CCON0VAC *CHANNlL611 -BY PASS I 1

,-,1 1 -~ to 1 1

• I flt,IS CCONOVAC *CHA.NN[L 62 l-6Y PASS H11 *P611 H11 *P603

{1-53 )

H11 *P603 12-23)

H11*P603 (2*2~ l 1-1 11-P603 (2-321 H11-P60)

(2-2

)

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

SUPERSEDING TI-IIS DRAWING WI.S OEVE:LOPED FRO~ G, E, ORAlilNGN0,129E628SHT. 1, REV. 7 :

SHT. 2, REV. 6; AND5HT'. 3, REV. 7 SCSI ACCESSION NO. $-1"i2i=.r. s -1 5268, ANO S-17182 RESPECT / \\1£LY,

HPL ND B21 - 1030 C-',00 H1 99D6 SOUTHERN A COMPANY r-lUCL[AR QOIL[ R SYSTHt LOGICOIAGRA'-1 SHEET 6 or 12 10-502 H-19906 3

13

i i

'j l-1 f l l J ;

-l ' -

-11 ' --.. r

~ -

I

- ~ t i I I

' F L066l-H

/

- ---.-----.(9A H11*P&02 l*P N 01A PRE SllflE ff H

ALARM H11

• P602 O*:i.6 1

.H,8*1. C* l SRV MONI TORING 821 -PS N301 A TY PIC AL F OR 182 1-PS N3 016, C.D. E, F,G.H. J,K 8 C15 81, 2, 3 *** 5,6. 7,8, 9 8 C1 590 ERF COMPUTER 0511 l HRU 051 7 8 052 0 THRU 0522 821 - PS N)OU M

821 *PS N301B

~ESSLIRE HIGH B 2 1*PS N301 C B21-PS N3010 M

--""'-E s.,s'-"""'"'-'"""---1 B2 1*PS N301f 821

• PS N)Ol l M

PRESSURE HIGH PRESSURE HIGH PRESSURE HJGM P!IE S S URE HIGH PRESSURE NIGH S AFE TY RELI EF VALVE OPEN PUlilP B31*0001A T RI PPED VALVE 283HIOV F 03U CLOSED r,_ ___

--,,,,,;Hll *P601 t\\ *2 71 REC IRC,LOOP A OUT OF SERVICE (NOTE 5 -FJ VALVE 8 31-l(W F 0 3 IB CLOSE:0 VAL VE IUJ>l(IV 1'0314 OPEN R[C I RC, LOOP 8 OUT OF SERV ICE !NOTE 5-F J DEV~TS fOR NOTE S, SH owe. H-19901.

FOR RH£RENCES, '-EE O\\IC, H* 11'02 & H*1S903, SUPERSEDING THI S DRAll!l'iG *o s OEYELOPED FROM(:,[.

QRA\\I ING NO. 729££,28 SHT. 1, REY. 1 1 SHT. 2, R[Y. 6: ANO Sllf. '* REV, 7 SCS I ACct:<;SJON HQ. S-15267. S

• 152U. AHO S

• l t7112 RESPE CllvEu.

NPLNO.

821* 1030 BECHTEL Jc.:16511 SOUTHERN SERVICES INC, FOR GEORGIA POWER CO., ATLANTA.

GA,

CENERALEHClNEEA ING OEPARTl(Nt EDWIN 1, HAlCH NUCLE AR PL ANt UNI T N0.1 NUCLEAR BOILE R STST[M LOGIC DIACR A~S SHEET 7 OF 12

~..,.~OIJ!' * *,0,1,,,011,

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8066,. H

!ill P602 Ell *PIS N649A R£f,29SH I OJ OAYW(L L PR[ SS HI CH TEST HIIP628 821 L S N691" RPV IIATER l EVEL 1 H11*P92'5 L

H!1*P602 ALARM Hl1

• P602 tJ*JOl SH.9,F -l

_____ -::=:---

RNSUOS LOGIC AIC I *RESET

[11*PISN655A

)ACLl'l,!,/j.f,, D-* )

AHR PUMP coo2.1 DISCH. PRESS.HIGH

[II *P IS N6550 AEF,?'J,SH.6.0 *1 RHRPUMPC002DO ISCH. PRESS.H I GH

[ 11*P ISN6560

)AEF, z<l,SH.6,H) AHR PU~C0020 IS H. PRES.HIC,H

[ 21-PIS N652A R(LlO. SH.1. C-11 CS PUl'IP COOU DISCH. PRE SS.HIGH

[21 *P IS N6526 A(f.],0, $11.1,0 *!1 V> t'Ulllt' \\:00111 l'ltH, l'Hl:. 'l'l,HIGH

~

\\I~

lLARMH11 -P602t J-061

~

lOOC 2 MIN.

!SH REF. I,

GENERAL N0T[

61 AUTOMATIC DEPRESSURIZATION SYSTEM <AOSJ LOGIC A Ell *P I S N65SB AL ARM H11 *P602 \\) *301 SH, 9J*l RMSI AOS LOGIC 8/C l*RE.SET H11 -P602 ACF.29,SH.6, H RAA P:iMP C002B 01 CH, PRES.H l {,H El l*P!S N6568 R{F. 29,S~.(;.£ 1 RHR PUMP C0028 DISCH, PR[ SS, HI GH

[ 11 -P! SN6SSC

)11t:r.2'J.Sl!.6,F -4 )

RHR PUMP COOl(; OJSCH, PR(SS, H! CH

[11*P I SN656C Rff,2'J, Sl!.,.H RHRPUM? C002C OJSCH, PRESS.N IGH E21 -P I SN65U RH,lO,Sl!.1,C *ll CS PtrMP COOU OI SCH. PRESS.HIGH E21 *P]SN652B AH.lO.Sl!.1.0-tl CS F'UMPC001 801 SCN,PRESS. H!CH ALARM H1 1 *P6021J

• 061

\\ 1 ~

lOOE 2MIN.

ISEEREF, 1,

GENERAL NOIE 6 I AUTOMAT I C DEPRESSUR IZAT I ON SYSTEM t AOSJ LOG IC B AL,l,RM H11 *P602 !3*2*0

[11*PIS N6*9C REF, 29 Sti, 1,E *J DRYWELL PRESSHIGH B21*L I S N691C RPVW.\\T[R L[VEL 1

H11 *P925

_, C, H1 1 *P628 R"IS ( AOS LOGIC A/Cl *RESET t1 1*f'ISN6:;:;..

H11*P602 R(f.29,Sll.i,0-4 RHR PUMP C002.\\ OJSCH. PRESS. H[{,H Et1 *P I S N65bA

)RCF,29,Sll.6,0*4 }- RHR PUl,f> C002 A O!SCH. PRESS, HIGH E11*PIS1>16SSD RH,29,SIU,0 *4 RHR PUMP C0020 DISCH. PRESS. HIGH RCf -29,SIU,[ *4 RHR P MP OD 5 H. PR 5r, Hl{,t<

E21*PJS N655 A

)REF.30,SH.1,C*II)

CS PUMP C001A DISCH, PRE SS, HIGH INITI Ai[ ADS LOG IC C St<,9,8

• 2, 0

• 1 B D*fl AUTOMATIC DEPRESSURI ZAT ION SYSTEM tADSJ LOGIC C o\\LARM Hll *P602l l

• 2 1

~

17 -

~

)

REF, 2':I Sfl.1.E -3 ORY WHL PRESS HIGH 82 1

• LIS' N6910RPVW.I.TER LE VEL1 HI 1~

~

RMS ! LEVEL 1 l!ME:R ADS LOG IC Alt RESET I REf,19,SH,,,H RHRPUMPC00280LSCH, PRESS, HICH REF.nSlt.6,f *4 RHR PUl,f> C002C O!SCH. PRESS. 1-!]G~

E1\\*P JSN656C R[f. 29,Sll,6, f*4 RHR PUMP COO" C DISCH, Pll(SS, R£r.JO,Sll,1,C 11 CS PUMI' COOIA DISCH. PRE SS, H!CH E21*PlSN6SS8 REf,lO,Sl!.1,0-11 cs PUMP COOIB DISCH, PRESS. Hlr."1 TOCE 13MlHUTES

!SEER(F.\\,

C[NfRAL. NOIF. 6 t ALARM H11 *P602 13*30)

SH,9,C-3 ALARM 1111 *P602 13

• 18 )

Sl!,1.D*I AU TOMAT I C DEPRESSURI ZATION SYS TEM tADSJ LOGIC D SWITCH DEVELOPMENTS RMSIORYW[I.I. PRESS, I LOCH10N, 1111 P602 PUSHBUTTON MOMENTARY CONTACTS RMS \\.&OS LOGI C HCI RVS IAOS LOGI C BIO I LOCATION : H11 -P602 PUSH BUTTON

"!()ME,;fA'lY Cot,: I AC JS RMStL[VEL I 11"4ERA05LOC!CA/C)

RMSI LEVE L 1 TIMCRAOSLOCICB/Ol LOOflON: 11 11 *1'602 PUSKBUTTON M0"91:NTART CONUCTS FORNO !E S, SEEOWG. H-19901.

rOR RU(fl( NC( S. S( E owe. !I 19902 8 H*1990J,

SUPERSED ING TH I S O~AWINC ~AS OEvEU)PED FROM G.E-OR~WlNG NO, 1Z'iE628 S11 T, 1. REV, 7 :

SHT.

2. R[V. 6: At10 5H l. ], REV, l SCS I ACCESSIOO tiO, S-15267, S -15268. AND 5-17782 ~ESPECTIVELV.

i'IPLNO, 821*1030 BECHTEL J0B6511 SOUI HERN SER VICES INC, FOR GEORGIA POWER CO.. ATL ANTA, GA,

f GENERAL ENGI NEERPolC DEPARTMENT

EDWIN ], HATCH NUCLEAR PLAN T UN IT NO, I NUCLEAR BOIL ER SYS TEM Ir LOGIC DI AGRAMS SHEET 8 OF 12

60661-H RMS [ADS LOGICS A/Cl (B-J)

INHIBIT RMS CADS LOG ICS 8/0l ADS LOGIC A 511.e.c-s ADS LOGIC C Sll.8,B-10 ADS LOGIC B SIU,G-5 ADS LOG JC D SIU,G-tO RMS CADS LOGICS B/Ol I NHIBIT H11-P927 BACKUP C DJV-1 B21-TU N697J RPV PRESS ADS LOGIC A Sli.8,C-5 INHIBIT INITIATED

/

\\rl H11-P602

/ '

/

W H1 1-P602 ALARM Ht1-P602 CV36l (A-21 RMS (F0138) -

OPEN H11-P602 ADSLOG!CA SH.8,C-5 RMS (F0138) -

AUTO H11 - P602 ENERGIZE L__j OPEN B21-SV {F013Bl 1 7

AOVF0 13B DE-£NERG!ZEH CLOSE 82 1-I SV (F013Bl ADV F013B ADS LOGIC A INIT I ATED LIGH T TYPICAL FOR: ADS LOGIC S, CSD ADS LOG!CA SH.8, C-3 ADS LOGIC C 511,8,M ADS LOGIC 0 SH.8.G -9 13 MINUTE TIMER INITIATED H11-P602

( 3 - 30)

ADS LOW WATER LEVEL ACTUATION TIMER INITIATED 5.0 8 21-TR R614 SAFETY/SLOWDOWN VALVE PILOT SEAT LEAK ING H1 1-P614 ADSLOGI CB SH,8,f -4 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)

ADS LOGIC C SH.8,0-9 RHR/CS PUMP PRE$$. PERMISSIVE RHR/CS PUMP PRESS. PERMISSIVE AUTO SLOWDOWN CS OR RHR PRESSURE PERMISSIVE ESS O!V -1 125 voe POWER FAILURE 10 H11 - P602 (3-12)

H11-P602 (3* 17)

ESS DIV - 2 125 voe POWER FAllURE AUTO SLOWDOWN CONTROL POWER FA I LURE ADS LOGIC C SH.8, 8-10 IN IT!ATEO ADS LOGIC C OR D INI TIATED ADS LOG I C A IN TEST MOOE H1 t-P602 (3-18)

TEST H11-P602 H11 - P628 (3-23)

TEST H1 1-P628 FAUL TY AUTO SLOWDOWN TEST PROCEDURE E11-PIS-N694A SH,8,A-2 E1 1-PJS-N694B SH.8,F-2 E1 t-P!S-N694C SH,8,A-7 E11 - PJS - N6940 SH,8,F-7 iii ORYWELL PRESSURE SEAL-!N HI ORYWELL PRESSURE SEAL-IN HI GH DRY WELL PRE SSURE SEALED IN BAC KUP DIV I BACKUP DIV II (C)

(D) 1 t

,os SRV REFERENCE DRAWING H1 1-P602

( 3-24 )

10 SW! TCH DE VELOPME N T AUTO OPEN RMS(F0138l RMSiF0130)

RMS(F013El RMS<F013F)

RMS<F013Jl RMS(F013Kl RMS(F0 13L )

LOCATION: H11-P602 MAINTAINED CONTACTS NORMAL I NH l BIT

(§)

RMS (ADS LOGICS A/C)

RMS (ADS LOGICS BID)

LOCATION : H11 -P602 KEY REMOVABLE !N

,.,,ORMAL ~ONLY MAINTAINED CONTACTS 12 13 ADS LOGIC A IN TEST MOOE TEST H11-P628 T

TEST H11*P628 TEST H11 - P628 ADS LOG!C B ADS LOGIC C IN TEST MODE I N TES T MODE H11-P602 (3 - 29)

AIJTO RI OWPOWN IN TEST STA II JS FOR NOTES, SEE OWG,

FOR REFERENCES, SEE DWG, H-19902 8 H-19903,

SUPERSEDING TH I S DRAWING WAS DEVEL OPED FROM G.£.

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

SH T, 2, REV, 6, ANO SHT. 3, REV. 7 SCSI ACCESSION NO. S-15267, S-1 5268 ANO S-17728 RESPECTIVELY,

MPL NO, 821-1030 MPL NO. B21 - 1030 OVY2000 H19909 SOUTHERN A COMPANY

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REVISEO PERA8N:

1072724201J005,VER1.0 EDWIN I. HATCH NUCLEAR PLANT UNIT No.1 NUCLEAR BOILER SYSTEM LOGIC DIAGRAMS SHEET 9 OF 12

0I66I - H RMS ( LLS ARM I NG LOGl C AtCl -RESET 821 *PS N~02A PRESSURE HI GH B21 - f'SNJ028PRESSURE HJGH B21 *PSN302!="PRESSUREHIGH B21 -PSN302GPRESSURErl[GH B21 *PSN302H PRESSUREe! I GH S21-PSNJ02JPRESSUREHJGH B2I -PJSN620ARPVPRESS.

Hll-P':125 LLSARMI NC, LL SARMING LOGICC RMS I LLS ARMING LOG 1CA/CJ*RESET El21-PJSN620CRPV PRESS.

H! \\*P92S LLSAR MJNG B21 -PSN302CPRESSUREH ! GH 621 -PS N3020 PRESSURE H!Gfl B2 l*PSN302EPRESSURE HIGH B27*PSN302L PRESSURE HICH B2l*PS N302K.PRESSUREHIGH H11-P927 BACKUP CONTROL 821-TU-N6970RPYPRESS SAFETY RELIEF VALVE SRV B21 -PSN62ICRPVPRESS.

H1 I *P925 L LS CONTROL 82 1*P ISN622CRPVPRESS.

821*PSN621CRPVPRESS,

H11*f'92S LLSCONTROL AL ARMH 11-P603 12*29l TO B2 1 *P[SN620ARPVPRESS.

H\\1 -P925 LLSARMINO B2\\*PSN62\\ARPVPRESS.

H1 1 -P92S LLSC0NTR0L S21 -PIS N620C RPVPRESS.

H11-P925 LLSARMING 821*PSN621C RPV PRESS.

H11*P925 LLSCON TROL B21 *P JSN622CRP't'PRESS,

H11-P925 LL SCONiPOL AND AUTOMATIC BACKUP ACTUATION 21-AOV F013H LLS ARMJNGLOG !C A

0 2

/

ERF R H11-P602

/

ENERGIZEH O?[N82 i -

SV(F013GI AOVFQl;G t -ENERG12EHCLOSEB2 1

• SV l F0 1 3C)

AOV FOT 3G LLS AND AUTOMATIC BACKUP ACTUATION B2 1-AOV FO i 3G LLS LOGIC C LLS LOGIC A OR C ARMED RMS ILL SLOG !C Cl*lEST H11-P657 (0063)

H11

• P657 (0062)

LLS LOG I C A OR C POWE R LOSS RMS!L LSLOG IC AJ *TE ST Ri,1S I LLS LOG I C Cl-TES T LLSARMJNG LOGJCA

~ D Ri,15 (LLSLOCfCBJ*TfST H11*P926 RMSlL LSLOG!CD l* TEST LLSA'lM!NGLOG I CB SHi.11, 0 * >---'-'"'-"'"'°'---,-j

/,.',..Hll

• P603

---V <2 -29 1 LOW -LOW SET TROUBLE ON PANE L H1 1 -P657

\\0 SW! TCH DE vELClPMENTS lo)

RMS (LL5 ARMING LOGIC A/C l RMS (l LS ARM INGLOGlC S /Ol L0C ATJ0N :Hl 1-P602 PUSHBU TT ON MOMENTARtCONTACTS R1>1S I,01 3A l RMS !F013C)

RMS IF013G)

RMS lr0\\ 3H I LOC/I.TIQN,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 L0G IC0)K1 1*P926 12 13 PUSH eu TTON MOMENTARY CONTACTS FOR NO TES, SEEOWG. H-I 9901.

FOR REFERENCES, SEE DWG, H-1 9902 ll H* I g903,

SUPERSEDING THt SORA\\o'lNGWASOEVELOPEOFROMC.E.

ORA\\rl l NGNO. ?29E62SSHT. 1, REV. 7; SHT. 2, REV, 6, ANO S~T. 3. REV.

7 SCSI ACCE~SION NO. S -1 5267. S* I S269 MIO, S*17792RESPECT!VEL Y, MPL ND B21-1030 SOUTHERN A COMPANY EDWIN I. HATCH NUCLEAR PLANT UNIT No. 1 NUCLEAR BOILER SYST[M LOGIC OIACRAlAS SHEET 10 OF 12 10-502 H-19910 2

12 13

!1661-H RMS ILLS ARMING LOG I CS/DI-RESET Hl1 *P602 B2 1 -PSN30 1A PR[SSUREH 1Gfl B21 - PSN301BPRESSURE H!GH 82 1-PSNJOlFPRESSLJRE H l GH 82\\ -PSNJ01G PRESSUREHIGH 821 *f>SN30 1HPRESSURE HIOH 821*PSN30IJPRESSUREH ! GH 62 1 -P[SN620BRP VPRESS,

H11 -P926 LLSARM!NG RMS!LLSARMI NG LOGIC 8/0l *RESET 921*PS N6210RPVPRESS.

Hl! -P926 LL S CONTROL

~: ::~~6 N6~~~ ~~~T:~~ss. H SP I, *1

(~F 821*PSN621D RP\\IPRESS.

821*P1SN622D RPVPflESS, H11*P926 LLSCONTROL 821

• PS N621 D RP\\/ PR£SS.

H11*P926 LLSCONTROL B2 1 *P IS N6220RPVPR[SS.

H1 1 *P926 LLSCONTROL

/

r -

,Ca,H 11 -P926

/

R H11-P602 NERGIZE L

_j oPEN s2 1-V (F01JA1 1 7

"ov Fo1 JA E-ENEAG1ZEHCLOSEB21*I 5\\/!F0IJAJ A0V F0l }A

/

o--"~"-'"==~----</'.H11* P602 f.NERG I ZE HOPEN92T

• SIi I FC1 JC l AOV F013C I

OE*ENERGIZEHCL.OSEB21 *I

$\\IIF0I3CI A0\\I F013C

,,_"~~==~-~/©,H11*P602

,0 B2!-PISN620B RPVPRESS.

H11 -P926 LLSARMlNG B21-PS N62 1BRPvPRESS.

LlSC0NTR0L

/

[ S----('Y / H1 I -P926 821*P!SN6200RPVPRESS-921-PSN62 10RPVPRESS-B21 -Pl5N6220RPVPRESS.

H1 1 *P926 LLS C0tHR0L LLS LOGIC B OR D ARMED RMSILLS LOG ICDl*TEST Hl 1*P657 (0069 1 LLS LOGIC B ORO POWER LOSS FOR NOTES, SEEO\\/G. H-\\9909.

FORREFER[NC[S. SEEO\\IG, H*19902AN0H* I9903,

SUPERSEDING THISDRAIII I NGIIASOEVELO?i:OFROMG. £.

ORA\\lr l NG 72':lE626 SHT. 1, RE V. 7,

SHT. 2. RE\\/. 61 ANOSHT. 3. REV. 7 SCSI ACCESSS!ONNO. S-15267. S-15268.

,:. - 11"1~~ Rl~l'lC. T IY~LT MPL ND B21-1030 CAOOV H19911 SOUTHERN.A_

COMPANY REVISED PC~ ABN 97-01 03.

EDWIN 1. HATCH NUCLEAR PLANT UNIT No.1 NUCt~~c eg:~~t1lSTEM SHEET 11 OF 12 10- 5 02 H-19911 2

12 13 FSAR FIGURE NO. 7.3-5 (SHEET 11 OF 12)

Z 1661-H 24l *RIS R61SA RAOIUION H I *RI S R'158 R401.UION H1 1*P601 IJ *l2l CONTROL ROOM OUTSIDE AIR INLET HIGH RADIAT ION Z41 *R1S R61SA DOVNSU.L[

Z4 1* RlSR615800WNSCALE H11*P65 IV016)

CONTROL ROOM OUTSIDE AIR !NI ET RADIATION DOWNSCALE TRIP Z41

• RISR6 15ACONTROL ROOM INt.ETRilO\\U I ON LEVEL H.,.

Hll -657 IH'*1 CS LOCIC SYSTEM I IIIITUTED

)RCf.,O,SH.l,B*,

H:d' -1 ORYll'ELL PRESSURE Hl~IRPV WTR. LEVEL 1 LOW

)-

A CLOS£ CLOS[

HNP-2 MSL FLCW LOGIC A tt.lT!.,1..T(O Rff.40,l>t.6,(*l 021*RISl002*2:

R[r U[RWAYlolRU RADIATION $---

SP RH" r R 4REA RAOU,T ION Z4l*R15 Rf,\\58 CONTROL ROOM INLET RA01lll0H Lh[L "'

REF' STA!lhlAY AREA AA0IATlOH ~

MPL HU141(AS REF c~o.

Z41 -co11,1.. e 39 0-12 a E -12 Z 1 -co, Z,1., 8 39 8

• 7 a O

• 7 Z1* l0VF' 012 39

.1.*6 lO *l0V F0l }l.EI l*9 & 0 -10 Z41 -l0Y FO!!I 8 rozo 39 H*

IN ITIAT[ PRESSURIZATION MODE LOG IC A lNl TIATC f>RESSURl24TION WOO[ LOGIC 8 SEETA8lE6

~

~-

031

• TS NGOOl RWCU A..Sl[NT TElof' Cll -TS N600B RWCU Atel[NT l[lof' Cl 1

• TS N600C RWCU UBtENT TElilP G]\\ *TS N6000 RWCU Alet[NT TEMP

(;Jl *TS N600(RWCUAMl l [NT TE,_,

Gl1*TSN600fRWCU AMBIENTT[lof'

[1 t,JS N600A AHR AMB IENT TEIIP E11*TS N600B AHA AMBIENT TE...

( 41 -TSN£,O0 HCPl AMBIEHTTE"4P EO-TS N6028 HCPI EMER COOL.EA TEMP E41 -TS N0108 HPCI PIPE PEN. ROOM TEMP E51 -TS N600 RCIC AMlllENT TEW ESI -TSN6028RCICEMERCOCX..[ATEMP E51

• TS N60lA SUPP P0Cl. AMBIENT T(t,f>

Hll*P614 E5 1 -TS N60l8 SUPP POOL.u481[NT TE!il'>

E51*fSN60lCSIJPPPOOt.4M31ENTTEtif>

Hll *P614 H1 1 *P&14 lil:I*

• H t-J~OO

~!~~c!iE~~J;_INE LEAK DETECTION AlelENT TEMPERATURE HIGH Cll*0TSN602A R._.CU0 JFF', TE Cl! *0TS N602[

Al/CU 0IF'F. TE:MP H\\1 *P614 H11..P'14 RMR0IH. T[ tif>.

El t-OTS N601A IHI.E T/OUTLET H1 1..P61 4 RHA0IFF. TEMP.

E11-0TSN6018 INLE T/OU TLET SUPP.POOL0tff.

(1-0TS N604A T[MF'. JNIOUT SUPP.POOL01FF.

E 1

• DT SH6048 l[f4'. IN/OUT SUPP. POOL0!FF.

E 1

• 0 T SN604C TEMP.

IN /OUT SUPP. POOI..D IFr.

E l*0TSH600 TEMP. IN/OJT MA IH ST(.t.MLINEO IFF',

(41-DTSH603 f f. MP. [N/QUT LEAK DETECTION Dlff, TEMPERATURE HIGH Hl l*P00I 11 *271 RNSCHPCl LEAK0HL0C ICA TESTl*f£ST Hll*P61 4 AIISIACIC LEAK OU LOG IC A TESTJ-T[ ST LEAK DETECTION LOGIC A IN TEST STATUS AMSCHPCI LEAK 0ET LOG IC 8 T[STI -TEST 1111*P614

"" !IICIC 1.i::... 11 on 1.WI I. Cl lt)f, -, t )I 1111 *P614 LEAK DETECTION LOGIC.8 IN TEST STATUS*

RMS (HPCC L[AK DET.LOC IC A TESH RMS CHPCI LEAK DET. LOC IC !I TESTI L0CATION*H t l*P614

!.[Y AEMOU,8LE IN 'NORMAL " ONLY NA !NTAI NE0CONTACTS V

F'S CRCIC LEAK 0ET. LOCIC A TESTI Rll:S CACIC LEA.< [)(T.LOC:IC 8 TESTI LOCAT ION 1Hl1 -P614 KEl REM0Vl8l[ IN ~ 0R"4AL"0NLY Ml l NTA. ! NEO CONTlCTS M11-P601 0*091 RCJC LEAK 0ET LOGIC A P0lt£R MONJTOA [N(AC IZ[0 Nl1*P602 13*]11 RCIC LEIK DETECTION LOGIC POiER FAILURE HPCILEAltOETLOCICAP0WERl<<JNITOAENERCIZE0 HPCI LEM 0E"i LOCIC 8P0VERl<<JNITOAENERCIZE0

- HPCI LEAK DETECTION LOGI C POiER FAI LURE FOR NOTES. SEE DWG, H* l9901.

FOR q[f'[REHCES. SEE owe. N-19902 UtD H-1 9903.

SUPERSEDING TH ES DRAWI NC

i,1. 5 DEVELOPED FROM Q.E.

0ll,1, lt !NC HQ, 729E628 SNT. 1. REV, 7:

SNT. 2. REV.6;.t.NOSI-IT, l. REV.

7 SCSI

,t.CCESS !OHNO. S *1S267, S-15268, lNCI S

• 11782RESp(CTIVELY MPL NO, 821 *1030 1 *~lO* ~,;g *:

BECHTEL JOB 6111 SOU!Ht.RN St.RVJCl:.S It<<:,

FOO GEORGIA POWER CO., ATLANTA, GA.

C[ttEAAI, ENCINE:EltlMC Df:PARTIEHl (O~ IN I. HATCH NUCLEAR PL AN T UNIT HO. \\

NUCLEAR aotLER SYS TEM LOGIC 01 AGRAMS SHEET 12 OF 12

I In I

I

_-_-_,_,._ -'-"'_-~.. _-*'-----tLJ-------------

L _

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1 -,.,

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-1

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.J 10 REVISEDPER ABN IC40048401J004,VER.1.0 13

') 'i/l lCH I ;f-

- I C;,f) '~ r I

~

L.:;;;:.J

[;§]

13 20

RESET,-,m J STOP ~~Tg~1-~ -47A JOGGING TIMER 83 JOGGING TIM 831 -:~,1:_*:=>-----------N-JOGGING TIMER 831 *K47AI BI SEE TABLE 1 REACTOR RECJRC RMS !F023"'- l-OPEN

(>H11-P602 RMS !FOZJA )*NOHMAL Hl1*P602 B31 -MOY F02H, VIILVE CLOSING YSTEM 1 ORYIIEL~

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REVISEDPEIASN91-0D!llil-002.

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, R[ Y,J SCSI ACCESSl<m ORAll l~G NO, 5

• 15159 MPI. NO, C~ I

• 1030 BECHTEL SOUTHERN SERVI CES INC, FOR

LZ66!-H SH.2,,.,-J

,es MODE SWITCH

/\\PRM CHANNEL A NOT BYPASSED SELECTOR SWITCH RMS(RXMOOE)RUN RMS(RXMOOE)RUN AI.ARMH11-P60J SH.2,B-2,C-2 1 I AI..ARMH11-P60J SH. 2, 0-2 NMS LOGICFORCRO HYDRAULIC SYSTEM 10 13 NOTES:

1.

ALL EQUIPMENT A'ID INSTRUMENTS ARE PRECEDED BY MPL NO C51UNLESSOTHERWISENOTEO.

2.

FORLOCATKlNANOJOENTIFlCATIONOFINSTRUMEITTSSEE INSTRUMENT lNDEX OR EQUIPMENT LOCATION INDEX (EU)

J DELETED

7.

DELETED 8

DELETED 9

DELETED

10. DELETED

13. ~YC~Ni~~~ ;~g~~~~TY~ ~~~ 2:';!~RBPb'i:. H.

H. ONLY lRM CHANNEL A lS SHOWN, TYP. FOR CI-WlNEL 9 Tl-lRU H.

EACH CHANNEL HAS AN INDMOUAL UGlfT.

15. ONLY SRM CHANNEL A IS SHOWN. TYP. FOR CHANNEL 9. C. &: D.

mYCHANNEL WlLLPROVlOEJNPJTTO THECOMPUTER PO!NT.

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

EACH CHANNEL HASAN lNDMOUAL LICHT.

17. COMPUTER INPUT C1569 IS FOR IRM TRIP AUX.11..lARY UNIT A ONLY.

THEOTHER JNPIJTSAAE, T

TITLE:

C1570 C157 1 C1572 UNIT E

C157J T

F C1574 G

C1575 H

C1576 A.

START-UP RANGE NEUTRON MONITORI NG SYSTEM CSU H-19929 H-19930 B.

PO\\JERRANGENEUTRON MONITORING SYSTEM C51B H-19927,8 H-19931,2 C.

r::;;;~:IA;~Ni~r,E C51C H-19966 DETECTOR DRIVE CONTROL SYSTEM D.

TRAVERSING IN-CORE PROBE SYSTEM

21. ERF COMPUTER Jr,,PUT 1100 IS FOR SRM CHANNEL A ONLY.

THIS COMPUTER INPUT IS NOT APPUCAflL£ FOR THE lRM Ct-W-INELS A, B,C.O, E,F,G ANO H.

THEOTHERINPUTSAAE:

SRMCHANNEL B1 101 SRMCHANNEL C 1102 SRMCHANNEL D1 103

22. ERF COMPUTER Jr,,PUT 1104 IS FOR SRM CHANNEL A ONLY.

TH!S COMPUTER INPUT IS NOT APPLICABL.£ FOR THE lRM CHANNELS A, 8.C.O.E,F.CANDH.

TH[ OTHER INPUTSAAE:

SRM CHANN[ L B1 105 SRMCHANNEL C1 106 SRMCHANNELD1 107 2:3.PLANTPROCESSCOMPUTERPOINTSP15DOANOP1501ARE APRM CHANNEL A COMMON FOR ALL FOUR CHANNELS A, 8, C, ANO 0.

BYPASSED L_ __

J'C'l __

_J

~;EI~~ c~~E7_~NN~~E ~~LE~D 0~ ~~J~~~-TO SELECTOR SWITCH H-19966 FOR "TIP CORE TOP ENABLE" AND "TIP POSITION PULSE LPRMCOUNT CIRCUIT APRMCH.t.NNELAINOP C51-K615A POWER RANGE NEUTRON MONITOR CHANNEL A TYPICAL FOR 4 7 I RMS ( APRM CHANNELS BYPASS SELECTOR )

10 IIEORAWN PER A(IN 94-0007- 001.

ENA8LE"COMPUTER1D NOS. FROM D.CHCHANNEL.

FSAR FIGURE NO. 7.5-20 (SHEET 1 OF 8) H C51-1030 SOUTHERN A COMPANY EDWIN I. HATCH NUCLEAR PLANT UNIT No. 1 NEUTRON MLOlJ[gRJ~.... °cRS:JTEM (NMS)

SHEET 1 ors 13

8Z66!-H LPRMNEUTRONFLUX REF.2,SH.2

_ "" " emss

~

~

SH. l,C-1 APRM CHANN EL -

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

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

)

SH. 1, F-5 APRM CH,,_

)

SH. 1, E-7 APRM CH B

)

SH. 1, E 7 Af'RM CH C SH.1, E-7 SH. 1,[-7 APRM CH A SH.1, D-7 APRM CH B

)

SH. 1, 0- 7 APRM CH C

)

SH. 1, 0-7 APRM CH D SH.1, 0-7 APRM A (CH A FLOW) INOP APRM A FLOW BYPASSED A-10 APRM A (B) LOOP A&. B REC!RC FLOW COl.1PAREDAGAINST C D

APRM A (CH B FLOW) INOP AF'RM A FLOW BYPASSED A-10 APRM A (B) LOOP A&. 8 REC1RC FLOW COl.1PARED AGAJNST C (D APRMCHA INOP/UPSCALE/STP ALARM APRMCHB INOP/UPSCALE/STP Al.ARM APRMCHD INOP/UPSCALE/STP Al.ARM APRl,ICHA INOP/UPSCALE/STP TRIP APRMCHB INOP/UPSCALE/STPTRIP

~JOCHC INOP/UPSCALE/STPTRJP APRMCHD INOP/UPSCALE/STP TRIP PROCESS COMP/ODA 8-9. G-1 B-9, C-9, D-9, E-9 NMSLOGICFORCRO HYDRAULICS F-5,G-5,H-5 APRM A FLOW: TYPICAL FOR APRM 8, C & D APR f.l CH A APRM CH A UPSCALE/STP/8YPASS SH.1,E-7 APRM CH A APRM CH A INOP/BYPASS SH. 1,G-7 APRf.l CH B APRM CH B UPSCALE/SW/BYPASS SH. 1, E-7 N'RM CH B INOP/BYPASS SH.1, G-7 APRM CH C APRM CH C UPSCALE/SW/BYPASS SH.1,E-7 APRM CH C APRM CH C INOP/BYPASS SH.1,G-7 1 I ROD W111,DRAWN BLOCKA(B) LOGIC APRIJ CH D APRM CH D UPSCALE/SW/BYPASsP-,

---

z~ae~,J,Js;;:,,~. ~,-~*-:B,::)

SH.1.E-7 APRM CH D INOP/BYPASS SH. 1,G-7 RBM CH A RB~ CH A UPSCALE/BYPASS SH. 5,8-5 RBMCHA SH. 5, E-J SH.5, 8-5 RBMCHB SH. 5,E-J RB~ CH A INOP/BYPASS RBMCHBUPSCAJ...£/BYPASS RB~ CH B INOP/BYPASS APRM CH A APRM CH A FLOW UPSCALE/COMPARJTO~

APRI.ICHA A-10 APRf.4 CH B Af'RM CH B FLOW UPSCAl.£/COMPARITOO APRIJ CH B APRM CH B FLOW BYPASS A-10 APRM CH C APRM CH C FLOW UPSCALE/COMPARITOO APRI.I CH C Af'RM CH C FLOW BYPASS A-10 APRM CH D N'RM CH D FLOW UPSCALE/COMPARITOO NMS LOGIC A (B) FOR CRD HYDRAULIC SYSTEM 7 I APRM CH I\\ FLOW UPSCALE/INOP APRM CH 8 FLOW UPSCALE/JNOP NMS LOGIC FOR CRO HYDRAULIC SYSTEM APRM CH A Af'RM CH A DOWNSCALE/BYPASS

)

SH. 1, F-5 APRM CH B APRM CH B DOWNSCALE/BYPASS SH.1,F-5 APRM CH C APRM CH C OOWNSCALE/BYPASS SH. 1, F-5 ROO WITHDRAWN BLOCK LOGIC APRM CH D APRM CH D DOWNSCALE/BYPASS ~e-')-~R~ff=. S~.~ss;::. 2~-~,-~*.J:ii)

SH.1, F-5 RBM CH A RBM CH A OOWNSCALE TRIP/BYPASS SH.5,C S

SH.5, C-5 RBMCHB DOWNSCALE TRIP/BYPASS APRM DOWNSCALE TRIP /BYPASS LOGIC FOR CRD HYDRAULIC SYSTEM FOR NOTES SEE DWG. H-19927 FOR REFERENCES SEE DWG. H-I 993 I FSAR FIGURE NO. 7.5-20 (SHEET 2 OF 8) H MPL NO. C51-1030 ACAD14 H19928 SOUTHERN A COMPANY

-rt,;, _

,t oontonl p,oprlo\\ary, CO<t'... nliol, Oltd/<< -

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IIEORAWN PER A8N94- 0007- 001.

EDWIN I. HATCH NUCLE:AR PLANT UNIT No. 1 NEUTRON *tolJ[gRJ~lcRS:JTEM (NMS)

SHE:ET20F8

i' CS I-RI S 1(60U HIM CH

~

Mt1-P606 C5 1 -R!S,:;&OU tBJ C'51 -IIIS,:;6Q1E \\Fl

~

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[IIIICHG IH I BYNSSEO C()l,lf>Ul[R (161 !

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RPS TRIP LOGIC

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SRM1 1R lo! ROO WI THORAW BLOC~ LOCIC

--"t s,u.e-6 THl!O f-6 ALA Rl,I Hl ! -P60312

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H1 1 -P60l SEE NOTE 14

/ UPS(AL[

R IR!Pt

/

, INOP

~~~~)ilic:-==-{ZJ~-ti-+ /,... 11-P603 CS1*K6O1A H11*P603 CS1 -R1S 1(60U

]RM RANGE SW IN POSI TION 1 IRMCHA UPSCLTRI P Res

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R(f.,SH,.H ) RMSIREAC ltOOE>-RUN IZ}--.

RMS !HIM CH.._,C, E,G BYPASSl-BY PASS A (51-R!S ~60U.

L

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C51-RIS K601A INTERMED IATE RANGE MONIT OR ING CHANNE L A:TYPtCAL FOR CHANNEL B, CHANNE L C, CHANNE L D, CHANNEL E, CH ANNEL F, CHANNEL G, CHANNEL H (51 *RI S 1(601A IRM (ll /l 81PA$$(0 C5 I-Rl S X6018 I RM CH 8 DO WNSCALE TR~

~~~~IIIMCHB (51

• RIS x601C 8 l PASSE0

?1 -RI ! JK(,OlO )-I RM _CH O DOWNSCALE TR IP IRM CH 0 BYP ASSED c5 I -RJS KGOlE

[RM CH E DOWNSCALE TR IPI O*l

) !RM CHE r

)

BYPASSED 0----i (5 1 *RIS,:; 60IF C5 1 -RIS l 6OIG OJ (51 -l!IS K60 1H DJ

, es REf.4,SH.*, J*8 IRM CH F" BYPASSED RMS CR[,t,( MOOE l *RUN t:'~*=*'::'.":c't"'.::"==:o~'""'.'.:"'-'~".""c""c'.'-.""'."'

IRMCH A

, - =---"-"-"-"~---,~

[RM CH B UPSCALE AL M. I

!f!M CH B 8YPASS[O

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I RM CHC UPSC ALEAL M I

IRMCHC

______ BYPASSED C51 -R I S K6010 2.: __ _

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1RM CHE

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1AM CH G UPSCALE ALM I

lRM CHG BYPASSED

]RM CH H 2.Y_-*_-_-_:::w:::=:::)_o,

• ~*u _

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7 [2)

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R(L 4, S!l-4, J*9 JRM UPSCALE TR jP/I NOP BUS AfBJ I RM DOWNSCALE TR IP BUS A AND BUS B I RM UPSCALE AL ARM BUS A AND BUS B

/

Hll -P603 SW I TCH DEVEL OPEMENTS

~~l. ~: ~M oS~!~~~L s LOCAT JON: HI 1 -P60l M~I NTAI NfO CON UC TS PUS~ BUTTON JOYSllCX RMS <IRMCHl NNtlS B, D,f.HBYPA5S I LOUI ION: H1 1 -P60l

" AINI A l"l'° OCONT*CTS PUS~ BUTT ON JOYS TI CK SEE NOTE 14

/ RETR,t,.CT C

PER!o! IT c;")H11-P606 0t\\ D PLiNr PAOCESS

'T'

~

IRM CH A BYPASSEO l

1

~

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R!olS ! RE AC MOOE~

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SUPERSEDING TH!$ OP A\\<l l t.':

II/A$ O('.'f. Lf> *l O F~L!-' C,E.

OR,t,\\IINC NO.

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GENERAL ENGINEERING DEPARTMENT D'IIIN l, HATCH NUCLE AR f'LANi UNIT NO. I NEUTRON MONITORING SYSTEM tNMSl LDC. IC DIAGRAMS SHEET 3 OF" 8 l 0 *502 I

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~ I -A IS K&OOC SRM CH C l.PSCAL[ ALARM

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CAIJ: ALARM OR I NOPERAT I VE 1:51-R IS ll600it.

SRM CH A R(lCIOfl P£R I OD SRM CH A BYPASSED CS1*A IS k600R SRM CH 8 ROCTOfl PEFI IOO SRMCH88YPl SSED CSl

• A I S f(600C

$RM CH C REICIOR P[ AIOO SRM CH C e Y, lSSEO CS1-R IS K6000 SAM CH D RO CIOR PCRIOO l *I SRM CH D IUPASS£D RIIISC REAC MlDC !*RUN l(L 4.SIU,J *I SRM PER IOO RPS Til:IP LOG I C IICf.UN. I J.

• 1,8*1,C *J I NITIAL LOAD ING TR IP OUTPUT SAM CH A UPSCL ALM C51 *RIS KGO0A SRM CHANNEL A 1TYP I CAL FOR CHANNE L B, CHANNEL C, CHANNEL 0 CS1 *fUS K600A SAM CH A DNSCL TRIP CS!

• RIS Kf,OOB SRM CH 8 ONSCl TR I P

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SAM CM BBYP.lSS[O IAN ABOVE RG 2

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SAM DETEC TOR CSl *l!E !0010 2..i4.l. ll*3 )fULlr INS[R iT_('~

RNS cRE.it MOO( !*AUN SAM CH A BfPlSS[ O SRM DETE CTOR RETRACTED WHEN NOT PERMITTED I'

Hl1*P60l SEENOl[1 6

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RMS ISAM CH A, 8,

BYPASS!

LOCAT!OtJ, Hll l'GOJ MA [NTAlN[O CON!ACIS PUSH BUTTO,. JOYS IIO(

C5 1 -R IS K600l SAM CH A UPSCL ALARM

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SH ~TE 15 I

SAM CH A UP SCL ALARM 0-1 SAM CH A INOP

RBV.CHA ONSCL RSM CH A APRM REF.

SI G'IALONSCL TRIP

~

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~

RSM Cl-I A A0 RM RH".

SIGNALDNSCL TRJP RBMCH A PERlP!sER AL ROOSELECTED RBM CH A D'ISCL BJP,SYPASS DI HYDR AULI C SYSTE~

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B OPSCC '"'"""" I RBM Cl-I A !NCP1BY?ASS RBM CH B INDF 11:!Y?ASS RBMCHB I NOP,1lYP ASS RBMCHBBYPASSEO OU AO TR[P i

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~~ PRM DETECTOi::t A ONSCL TRI P I C5H6GB USEFORRBM I AVG OF NEUTRON FL U~

PLANT PROCESS PLMH PROCESS 7 I OETB BYPASS I

'cc"_::' _:'.::".::"::_'°::_' _:'_:'::::"::::":c::::"_:_:-----<,_\\---/----}--Jxl-~

us.:.:cROFRSM C51 *P608 NEU TRON FL U~

LPRM INPUTS TO ROO BLOCK MON! TOR CHANNEL A AVERAG I NG CIRCUIT ; TYP I CAL FOR CHANNEL B

<L I GHT INDICATES THE LPRM FAILED OR BYPASSED; NORMAL TR ANSFER*RBMCHA Hl CI-IPOWERSETPO!NTS INTERl-!ED JHE TRANSF::R*RBMCH A I NTE!lMED I ArE POWERSE TPOI NTS CHANGEROOBLOCKT's[P I I

CIRClllTRff. S£TPOINT TO I NTfRMSETPOINT LOGIC FOR NORMAL AND I NTERMIDJ ATE TRANSFER. RBM CHANNEL A ; TYP FOR CHANNEL B 10 SWITCH DEVELOPMENT RMS IRBMCHA8B BYP~SS l LOCATl ON1 H11-?603 MAINTAI NED CONTACTS PUSHBUTTON JOYST I CK RMSIRBMCH. A MANUALR(SETJ

( RBt,',CI-I.BMANUAL RESE T I LOCn JON:H1 1 *F61J8 MOMENTARY CONUc;s PUSHBUTTON REFERENCES l.ilLIC P. J.8,Q. / I.E.Q.

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1. LOG JCOI AGRAMS-LE GENDA'lD GENERAl ~OTES -

2. NEiJ TRON MDN ITOR I NG SYS TEM IEDSHT. l SHT. 2 3

• REAC TOR;RECIRC.

n~3E~H~~I o SHT. 1

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s. ~~~~:~t1~

0~r~~t~E LOG I C DI AGRAMS SHTSI THRU 9 6-NUCLE AR BO!LERSYS.

LOGIC 01 ~G. SHT. 1 THRU SHT. 12 1.DIG ! TAL INPUT SIGNAl S TOTHE

[Rf COMPUTER SH. 15 0f 15 8. ERF"MULT JPLEXER SYSIEMJ.E. O.

H*1 6560 H-16561 631 - 1010 H*16066 TH RU H*l6068 C71

• 10 30 H*\\9933 THRU H-19936 C11*I0JO H--i1 11 i9u\\8 H-19925 H* 19qb7 82 1 -1030 H-19901 THRU H*l 99I2 XTS-I010 H-I6417 CI-IANG£ROOBLOCK TR [ P I CIRCUI T REF". SETPO I NT TO LO',il TR! PSETPO INT REVISED PER AB/194- 0007- 001.

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

MPL NO. C51-1030 CADO SOUTHERN A COMPANY EDWIN J. HATCH NUCLD.R Pl.A.NT UNIT No. 1 NEUTRON tgm~om~gR:i~TEl.t (Nt.1S)

SHEETSOFB

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BECHTEL JOB 6511 SOUTH[RN SERVICES INC, FOR

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C GROUPS263

~

REACTOR AUTO*SCRAM CHANNEL A1 n'PICAL FOR: CHANNEL A2 SFF NOTFS 8 8 10

~~:~~~t :1 7 I SEE NOTE Z1 1010 Efff RE ACTOR MANUAL TR I P CHANNEL U

~

R(AC TOR!olANU AL TRIP CHAN~EL A3 INOTE 17l REACTORAUTO-SCRA lo!

fR I PCHANNEL A1 R(ACTOfl.o.uTO*SCRAM TRIP CHANNELA1

)

10 REVISED PER A8N96-0046-00I.

NOTES 1-ALLEOUl<>M[NT ANO I NS TRUMCNTS ARE PRECEOED 6Y MPL NO.C71 UNLESS OTHERWISE NOTED.

2. FOR LOC ~ fTON llflO I DENT IFICATION or INSTRUME NTS. SEE lNSTRl!t.E:N T IN00 OR EOUIPMENI LOC.t. I I ON !ND[~ ! [L I 1.

3. iORLOC:CCl.t.GRAMS *LECrnOANOCENERAL NOTES, SEE REFERENCE 1.

4. FOR ; N~OR~H!ON ON lL AR!o!S, V.I.L~E I ND )

• CAT I NG LIGHT REQUIREMEN TS AND PROCESS INSTRUMDHA TIOtJ REOU!R[MENTS \\IHIC'-1.t,RE N0TSH0ilN0NTHEL0GtC0IACRAMS.

SU;. RHC.RENCE 2.

S. HIES[ S!CNALS llRE NORMALLY JIJMPEREO EXCEPTOUFiiNCCOR[

.lL l ERATI ONSOPSHUTDOWN

6. XX*X) IS JN REFF.HU-ICE TO A CONTROL ROD NU t-10EFI.THERE II.RE 137 CO~ TROL ROOS.

SEE ORA W! NCH -177aA FOR ROO NO.

~ ~ ~!~~:~~Z~s ~ No Roo cRouP ANO sn

7. THERE !S ONLY ONE ANNIJNCl ATOR 111-l!CH 1 S AST J~HE.D er ANY ON[ or THE 137 CTRCUITS.

s. OEVICES IJSED INIRIPSYSTEM AAR[

IOENTIF 1(0 SY L ETl[RS ll, C. E. G. f IC. !HOSE USED IN TR : P SY$. S.~'iE B. 0. F. H. ETC.

!R JPCHANNEL LETTERS

--:i:""sT

~;

g : ~

02 0 8H ISOLATIONL0CI C SH ALL6£ "'F AI L SAFE *.j.(.

LOCICSHALL BEOESICNEOTOI NI I I ATE ISOL ATION FUNCTIONS 111-'EN IJE*ENERGI ZEO.

<;11 TTCH SH~ll BF" IJ<;EO FOR ROTH TRI P mo B ANO so ARRANGED THAT ONE OF IH(So/ JTCH\\,/I LL R£SE T ALL T VAL VES {A 8 Bl I N GROUP 1 AND

-UPSCRAM YALVE.I..

f" HtE SI/ ITCH \\l" l l l ALVES I A86l IN ll"ELL ASB*CK*UP T SWlTCH SH AL L ~£ SO TOR PROTECTION SYSTE/olCHANNELSA2

/j 62AREPHY$lC ALLY SEP ARATED FROM Cf!A"lNELS Al. Bl, A). 8 83.

ONv*LvECL OSURE S0HIAT ANY0N£ TEO<RYFUL L 0N VAL VESI

.I.N0THE ONE OTHER STE AM L I NECAN t:IECLOS[O IMOR[ THAN10t !

II ITHOUTCAUSING A RPS TR JP.

VALV[C LOSUR[

• CLOSURE CAUSE ARPS C ALLOW TEST lP OFEITHE R

13. TR!P Cl'ANN( LS FOR THE "TURBINE CONTROL VAL VE ~ AST Cl OS URE "TR IP SH ALL 8[ DER I VEO fROM (HC SYSl[ V PllESSUR£ LOIi.

14. EACH MA JN S TUM LINE RAO I AT ION MONITOR lo!ONIIORS ALL FOURMAlN Sl[AMLJN[S

15. THIS SlGNAL -"LSD SHRTS MOfOR Of CRD SCR Alo! TIME MON I TOR RECOROlR. THI S SIGNAL IS APPLTCII.BLE FOR TRIP LOCJC A1 ONLY.

LUM~ H!CH LEYEL BYPASS SOCONSTRUCTEO TH AT ONSYS T[ lo!

CHANN[LS I CALLY S[ PAl'IATEO 8 82.

17. T;-<JSSIGNAI ISAPPLICABLEFORTRJ P LOCICA1 AN0 61 ONLY.

18. lRlPLOG!CAl 11,t,1QA21Ji!LIZ(GFIOIJF'S 1 84 1/HILET RI PLOG I C BI 982 UT ILIZE CROUPS 2 8 3.

NOTf SCONT. ONH-1 9'134 FOFl""llH EREP.CES,- S"EE 0\\/C. H-19'1.35,

SUPERS ED I NG THI S ORAi/lNG VASOEVELOPEDFROM C.E.

Ol< Ao/ lf'<GN0.729E61IBA

, Sf!T.I

. REY.9 :

Sftl. 2

. REv."/ ; Sf! T. 3

. R[ V. 7 :

SCS I ACCES:ilONORA\\IINCNC. S* 1506S, S -15064.,U/O S* 150f..3 RESPEC TIVELY.

FSAR FIGURE 7.2-1 (SHEET 1 OF 4)

MPL NO. C71-1030 IACADOWj Hl9933

)

Southam Company SoNiccs. Inc. !Of Georgia Power Company, Atlanta, GA General Eno1neer1no Department REACTOAPA:OTECTIONSYSTEM LOGIC DIAGRAMS

$HEET10F4

PIL OT SCRAM VALVES SOLENOIDS Cll-DOOl -1 17 [118] <XX-XX)-GR U PS 1 & 4 REAC SIDE 1:

GROUP 1-TYPICAL OF 18,GROUP 4-T YPICAL OF 16,CSEE NOTE 6)

REl".11,SH.lf-l PILOT SCRAM VALVES SOLENOIDS Cll-D001-117 [118] CXX - XX)-GROUPS 2 & 3 REAC SIDE 1:

GROUP 2-T YPICAL OF 15,GROUP 3-TYPICAL OF 19,<SEE NOTE 6)

R[Fll,SH.1,G-1 PILOT SCRAM VAL VES SOLENOIDS Cl l - D001 - 117 [118] (XX - XX)- GROUPS 1 ~ 4 REAC SIDE 2:

GROUP 1-TYPICAL OF 15,GROUP 4-TYPI CAL OF 17,CSEE NOTE 5)

CHANNEL A2[ B2 JGRUPS2l3 H11 -P603 PILOT SCRAM VAL VES SOLENOI DS Cll-D001-117 [1 18] CXX-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 HAIN STEAM L!NE ISDL.VALVES 'B' NOT FULLY PEN SCRAM S-1~-~-;~;EL A2MAIN STEt\\M LINE ! SOL.VALVES 'C' NOT FULLY PEN SCRAM CHANNEL A2MA!N STEA1'1 LINE !SOL.VALVES 'D' NOT FULL Y OPEN SH,l,E-4 SCRAM -~HANNEL Bl MAIN STEAM LINE !SOL.VALVES 'A' NOT FULLY OPEN

~~-1,D-4 SCRAMCHAN'([L A2 TURB CONT VAL VE FAST CLOSURE [HC PRESS.LO SCRAMCHANNELA2 Sl-l.3f-3 SCRAMCHANNEL B2 Sl-1.3,G-3 SCRAM CHANNEL Al SH.i,C-4 SCRAMCHANNELB2 SH.LC-4 SCR/\\MCHANNELAI RP T SYSTEM B TRIP SH.l,B-4

>--'--'-----'----=----'---'---'---=---'--'"----l=F'-----'=---=-=----,

SCRA:-1CHANNELBI SH.LB-4 RPT SYSTEM A TRIP

'I SIJITCH TIF""YEI PMENIS REACTORSCRAMA3 2~~A~~6~~ 1~~}toNJUAL SCRAM TRIP CHANNEL A3)

PUSH BUTTON,MOMENTARY CONTACTS,L!GHTED REACTORSCRAMB3 RHS(REACTORMANUALSCRAM TRIPCHANNELB3)

LOCATJ N,

H l l-P603 PUSH BUTTON,MOMENTARY CONTACTS,LIGHTED RMS (REACTOR SCRAM RESET>

LDCATION, Hll-P603

~~E~JtiJpfDttCJ.S IN 'GROUPS 1 S. 4' SPRJNGRETURNTO'N RMAL' RMS <REACTOR AUTO SCRAM TRI P CHANNEL AD RMS <REACTOR AUTO SCRAM TRIP CHANNEL Ai:')

LOCAl!ON1 Hll-Pb09 RMS <REACTOR AUTO SCRAM TRIP CHANNEL Bil RMS (REACTOR AUTO SCRAM TR!P CHANNEL 82)

LDCAT I N,

Hll-P611 MAINTAINED CONTACTS KEY REMOVABLE IN ' NORMAL ' ONLY RMS (CRD SCRAM DISCH.V OL HIGH w'ATER LEVEL BYPASS)

LOCATJON, HII-Pb03 MAINTAINED CONTACTS KEY REMOVABL E I N 'NORMAL ' ONLY NOTES

! 9.ERFCOMPUTERINPUTJ004 1SFORAUTOSCRAM CHANN[Ll'l!0NLY. TH[0TH[R!NPUTSAR[1 AU T SCRAMCHA NNELA2 JOOS AUTO SCRAM CHANNEL Bl 1021 AU T SCRAMCHANNELB2 1022 20, ERF COMPUTER JNPUT 1006 !S FDR AUTO SCRAM CHANNEL Al ONLY, THE OTHER INPUTS ARE,

/l,LJTOSCRAM[HANN[L A2 1007 A, LJ T SCRAM[ H ANN[LB l 1023 AU T SCRAMCHA NNELB2 1024 21.CRFC 1'1PUTER JN PUT I0101S r RMAN U AL SCRAM CHANNEL,'<3 ONLY. ERF C01'1PUTER INPUT r RHANUAL SCRAHCHANNELB3I S!02S 22 [RF COMPUTER INPUT 1011 IS FOR MANUAL SCRAMCHANNEL AJ NL Y.ER FC MPU TER INPUT FOR MANUAL SCRAM CHANNEL B3 IS 1026.

FORREFERENCES,SEEDl<'G.H-19935 SUPERSEDI NG MPLNO.C71-1030

~

SOUTHERN A COMPANY

"'itw, doeu,nent con<o;n, orowlo\\Ory, <<ot~oet..i. *"'/or traoe...:ret informofon o1c...... ooid',a(,., ofS,,.lh,,-nCot,pony o,o/ LS.d~*-

lt;,;o,.,o,dfo,

~-~=~~c-1 Soother~ ~~~~inO _,.,-, ""* <l;stiiOUt..:~~ ot Revisicn: 2 Dcte:6-U-99 d'-...:notion, o, d.Cic,ouro oton,po,tOO -;, p,ohi>t,,r:

RECI RCPUMP REVIS£DP£R R

T RAKRS3A&.3B

-"91196-0046-001.

REF.10,S'.t5,B-l EDWIN l. HATCH NUCLEAR PLA.NT UNIT Ne. 1 REACTOtociJ~Ob~.fJ~1tlYSTEM SMEET 20F4

S£66!-H SCR AM CHANNEL A2 scy: '"'"'" )" """'" """ '@

SCRAM CHANNEL 82 SCRAM CHitiNN[L Al TURB I NE STOP VALVE t) " <901 OPEN

=

SCR~~-'-'--"'-"-"-'-"-"-"-"-**_*_,,o_,_Ol'__cE_*_~

SCRAM CHANNEL A2 SH.J.8 -l SCRAM CfiANNEL 111 SH-LA *

• SCRAM CHANNEL 81 SIL 1,B* l TURB INESTOPVALVE "8*,9Q10f'EN TURBINE STOP VALVE "C",901 OPEN SCRAM CHANNEL 82 TURB l~E STOP VALVE 'O" <901 OPEN s~.1.....

SCRAM CHANNEL Bl SH,!,B -2 TURBINES TOPVALVE '8",9010f'EN SCR.1r,M CH.lNNEL Al REACTOR AU TO SCRAM

~

.~*~*~*---<

SCRAM CHANNEL.I.I RE ACTOR AUTO SCRAM S11.,.J'i","")---"'""'occces,_,_1._a.._, _ _._ _ __,

SCR/..M Ci-tt.NNEL 12 SH,1,J -9 RE&CTOR AUTO SCRAM GROUPS 1 8 RE.I.CTOl'l AUTO SCRAM GROUPS2 83 Hll*Pf>O'.5 11 -05)

NS~ LOGl C REf,9,$H. 1, H*~

PLANT PROCESS PLANT PROCESS

~

I SCRAM CHANNE L A2 SH,t,G-4 H1 1* PE03

( 1 *08 I D11 - RIS 1(60JC H11-P606 D1I -RISK60JC H1 I - P606

]RM A/ 11.PRM A TR I PPED

]RM GIAPRM E TRIPPED WJNSTEM!UNERMJL,1,110~

TRIPlNOPERAT!VE: L se MAIN STEAM UN( RADLATI~

WJN STUJ.C LINE RADL,1,TION TRIPiNOPERATtVE~

PLANT~

I PROCESS ~

PL.ANT ~

I PROCESS~

SCRAM CHANNEL BJ REACTOR M.lNUAL SCRAM SH. 1,S*11 GROUP$1 84 SCRAM CHANNEL BJ REACTOR MANUAL SCRAM

~

Hl 1 -PGOl

~

c 1 -0'.5 l SCRAM CHANNEL 81

~~--2'~'*~*~'~"~'"~*~*~'~"~"=0 __...,

SCRAMCHANNELB1 SH,1.~*1 SCR AM CHANNEL Bl SN,1.J-S REACTOR NEUTRON MONITORING SYSTE M TRIP REACTOR AUTO SCRAM GROUPS 1 8 ~

REACTOR AUTO SCR.I.M GROUPS ta, SCRIM CHANNEL B2 R!::.I.CTOR.1.UlO SCR.I.M SH,1,H*! )---C:'0ee"'::,S--'--;--~

7 I 10 H11-P603 (1-07)

RE FE RENCE S l..L.!LE

~Ll!Q...

~

LOGIC OJ.t,GRAMS A21

• 10JO H-19900 LEG£ND AN0 OEM:RALNOTES.

REACT PROT SIS PSIO C71*1010 11-16S68 NUCLEAR EIOIUR SH t 82t

• 1010 H* 16062 SYSP&IO 5 1-, 2 11-16063 SH J H* lf, 145 1.E~C REC l RC SH I 831 -10 10 H-16066 SY S P6 ! 0 SH 2 H*\\,06 7 SH 3 H*16068 5.

CONT ROO DRIVE SH \\

Cl \\ *1010 H*16Q6.:

S YS Pl,10 SH 2 IH606S

6.

NE\\.I T".ON ~

11 SI'\\ \\

CSI

• 1010 H-H,SGO

$Y5 1E:0 SM2 H-16561 T.

PROCESS R.1.0 MON I T STS ?810 SH I SH '

D11*1010 M-16563

'1

• 1656 4

'1*16565 t<-1656

11.

ELEM.Of A. TURB N32ffl34/NJ9/N61 H* 1:SJ77 AU~ mu Ip.

9, NUCLE AR BOILER SYS LOGIC l'.HAC SH 1 THRU SM 12 1Q. R(ACTOfl RECIRC St-lT.1 SYSTOI LOG I C SHT.2 DIAGRAMS SHl,J

\\1.

COOT ROO DRIVE

~;mu~i~~5R:

THRU SH 9

SHT.4 SHT.5 12 -

t,1[UTRON MON!T SVS LOG !COU,G SH 1 TMFIUSH8

13.

CE 22.l.1 38 2Ar SWP PLANT RE:JU! REJ.iHHS 14.

Ellr MIJLIJPLEIER SYSTEM (.E. O *

.lNNUNC]ATOR SI GN.I.LS TO

.St l,E.D,

16. O IGlhL INPUT S I GN.I.LS TO THE f.Rr co~UTER SY STEM I. E.O.

SHEE1 12 8 21 *10J0 H-19901 THRU 1-1-1991 2 831

• 1030 H* !99 1 J H*19914 H-199 1 5 H-19916 H-19917 Cl I

• lOJO Hj~:~ 18 M-1 9925 M-19967 C51

• 10JO H*19'j27 TO H -1 9932,

tl:11~... s{,

A6 1 *4010 5

• 15135 SUPERS ED I NG 11115 OIIA*ING US OEVELOrED PIOM C,E,

OfUW I NG NO, 729[61*6.l. SH. I. REll',9:

SHT.2, REll', 7:$Hl.3, Re: 11',7 : SCSI Jr, C( ESS ICN NO, S* I 506~, S

• I 506 4 ANO

$ - 150&3 R[SPEC Tl ll'EL Y.

MPL NO C71-1030

[ACAD 14 j H199J5 [

SOUTHERN A COMPANY "It,;, doeu,n,r,t,,,1,to;n, _..otoiy, -,t...,,,;.,i, o'l<l/ oi trooe M<r<t intormot;on o< c,

,', ot Souu,o,nC.....,.,.,. o1,,,n...

Lt *,*,. *,a t.,

oo~ ~ -~ of, o, O<tl>Ot'>Od """tro,w,, 01, \\,,. o,Do."°'""' ot r.,,~,;7JiQ-_, 7, ~,.~,.~,,~_,7,_~,,c-1==~"".;.=,:-:t::,~.:~*;t:=~~.~.

REVISED PER ABN96- 008- 00 1.

EDWIN J. HATCH NUCLEAR PL.I.NT UNIT NQ. 1 REACTOtociJ~Ob~.fJ~~~s5YSlEM SHEETJ0r

9£66 l* H SCR~

SCRA M OISCHARGEVOLUi.!:H!CHLEVE L TR IP BYPASS I

SCUM CHANN£L A2

~

SCR.lM DISC!-IARGE VOi.UM[ HIGH LEVEL TR IP BYPAS~

SCRAM CHAHHEL Bl S/1.t, C*

SCRAM CHANNEL B SH.1.0 *9 SCRAM DISCHARGE VOLUME HI GH LEVEL TR!P BYPA~S.

MOOE SWITCH SHUTDOWN TRIP BYPo\\SS l<<lCE SWITCH SHUTOOlfN TR IP BYPASS C71-PS H004 ORY\\1£.LL PR(SSUFIE LOW R[C IRC. PUMP,... CIRCUIT BR[ it.KER H *L OSS or POWER RECIRC PUt,ff> TRIP SYSTEM A LOSS or CONTROi. PO'oiER REC I RC. PUMP 18 Clf!CUl T BREAKER JB*LOSS Of" POWER

-".1-111-Pi:.rn

---

v-11 -101 H11 -PGOJ 11-36)

RPT SYSTEM A OUT OF SERVICE OR LOSS OF CON~ROL POWER

~C.PUMP 1A CIRCU I T BREAKER 0.*LOSS or POWER R[CIRC PUMP TRIP SYSTEM B LOSS or CONTROL POWER RECIRC.PUMP 18 CIRCUIT BREAKER 48 -LOSS Of PQ'lj[R RMS CRPT SYSTE M 8 OPER.UIONl*RPT SYS,8 (HO;>,

e;;,, -P611 RPT SYSTEM B OUT OF SEP.VICE OR LOSS OF CONTROL POWER

~REACTORSYSTENM00[)*$HIJTDCNN H1\\*P60J RMS I REACTOR STSTEM MOOE )*RHUEL RMS CREACTOff STSTEM MOOEl*STARTIHOT STANDBY TRIP A~OGlC

~REACTOASCRAMGROUP184 TRJP~IC Cl1-SV*F040COILA flff -11.SH.1,A *6 LG c1 1-sv F009 COIL

• R(,.H. Sll.1,A *6)

Cl l - SV

• FO*OCOI LB F!!:F, !l,SH,1.A-6 &

Cl1*SVF009COILB F![f".11. Sll.1.A-6)

SWi TCH DEYELOPMENTS RMS (ACCUl4JLHOP TEST-XX - XX!

TTPTCAL or 137 (ON(,o~ EACl-i ROD I SEE NOTE 6 LOCATJ(m : H2l*P012 lTVPOf'68l FOR SETS182 LOCATJ()tl: H2l*P003 cnpor 6':I) FOR sos 384

>USH BUT TON.MOMENI.I.RY CONJ ACTS RMS (RPI SYSTEM A oP(RATJONl LO(HlON

Hll *P&OSl MAIN TAIN CONTAC TS KEV IIE MOV~BLE I N 'N~AL

• ONLV RMS CRPl SYSTEMS Of'[RATIONI LOOT!ON: Hll*P6 11 MAINTA I N CONTACTS X(Y REMOl'lBL [

!ti 1'0il"AL

• ONLT REFUEL START 1 SHUTDOWN'._~/HOT STANDBY U-'""

SCRAM DISCHARGE VOLUME VENT 8 ORAIN PILOT VALVE RMS lR[AC TOR SISTEM MOOEl

~~~~i?~~ D H~~~mS

~

Cl\\ *0001 *1 2':I UX

• XXJ ACCUtolJLATOR LEVEL HIGH CS[ENOTE 6 l Cll-0001 *130 IXX*XX) ACCUHUL~IOR PRESSURE LOW

!SEE NOTE61 KE V REMOVABU IN AN T POSITION

---

,-,~~~,-::. ~----*----. ------*1 r--

7

,,,esoi

.+11 P603 I

---

----- -- - -- - ------ _ _ I Hll*P603 C 1 -~8 >

StE NOTE 7

_____ _ I SCRAM ACCUMULATOR LOW PRESS. /HIGH LE VEL ALARM SET N0,1 (TYPICAL OF 3-4 1 TY PICAL FOR :SET NO, 2 ( TYP, OF 34 I-H21 -P021 SET N0. 3 C TYP.OF 35 l*H21 *P003 SET N0.4 ( TYP.OF 34 l-H21-P003 CROSTSTEH A(f.l l.9!,2.C*l l

4.8 *1 A(f.lZ,$!1.1. l 6~

SUPERSEDING fl-llSORAW I NCWAS OEVElOPEDfRONG,E-ORAWING NO. 729E611 BA, SI-I. 1. RE V.~ :

SH T.2, REV.7: Sfl T.3, RE V 7: S~' I

~(CE SSION NO. S - 1 so;.:,, ~-, 5ll i * **:O S -15063RESPECTIVEL I-BECHTEL J086511 SOUTHERN SERVICES !NC, FOR

LE:66~-H RMS l Rls R SYS. 1 ) -RESET H11 *P6 0 1 8 2 1

• LIS N69I A I'

)REF.1 1, SH.1.C-3 )

RPV WA T[R...ll.lli......W ALARM H11 *P601 ! 3* 08 >

B21 -LI S N69 1C I'

)REF. ll, SH.l, O*J )AL:~: WATER LE VEL I LOW H11 *P601 (J *08l 821 -LI S N691 D R[F. 11, SH.1,[ *3 SH,1.C-1 RPV WATER LEVEL 1 LOW AL ARM Hl l *P601 (3

• 08 )

SH. 1.C-1 H1 1 *P60\\

! SOL VAL VE LOG I C SYS 1 12 l FOR B3 1 *MOV F0 31 A.8 SH,6. F-6 E11*C001A. C I B. 0!

- SH. 3. fl -6

)

[ 1 t *MDV F Oi TA 181 SH. 2,H-2 Ell

• MOY F015 A 181

---

z SH.2,A-2 E1 1

• MOV F026A !B l E11

• MOV F011 A 181 SH.*.B *68 C*7 E11 *MOY r 0 48A 161 SH.S,8-!

~-==..lfil..._

~

E1 1 -MOV F0 16A 18 1 F024 A !BJ. F027A 181

~

831 *MOV F 031A RH.10, SH.3 6 31 *MOV F :)318 R[f.10, SH.l E11 *MO~ F028A ( B I, F021 A ( 8 1

~

1037

[AF 110 4 1 ]

R"°S lf065AJ*CLOSE DE - F.NERC I ZE L_____j SV l F06SA) ~

---*7 OPEN E 11 *AOV F065A SEE NOi £ 17 I~

ns -P101 ENERGI ZE L __ ] ~LO:[

'1

'-0' p 0 sv (FOSSA) r-7 Fb~s!o v

• -t--1' c " H11 -

6 1 j_--@ ERF SEE NOTE 17 SUPPRESSION POOL I SOLATI ON VALVE E11 *AOV F065 A TYPICAL FOR:

El I -AOV F065B, C, D E l l

• MOY F006A VAL VE FULLY CLOSED

' \\,,.,,,,

RMS

! F:'.lO A l* OPEN H11 *P601

[1 1

• MOV F00 4A TORQUE PROTECTION OPEN

[ 11

• MOV F0 0 4 A S TOP El I *MOY F004A CLOSE E l 1 *MOV F0 04A I.

/Ht 1 *P601 l-----@ERF SEE NOTE 15 G

X7S*P10 1 00 27 ERF SEE NOTE 15 RHR PUMP SUC T ION GATE VAL VE E11 *MOV F004A TYPI CAL FOR:

821 *P I S N690A

) RH, 11,SH. 1,E-J) 821

• PJ S N6906 RfJ.11,SH,t.F *l 8 21 *PI S N690C REF. II, SH. 1,F *J 82 1 *P IS N6900 R(f. 11.SH, !.F *l RPV PRESS LOW RPV PRE SS LOW E11 *MOV F004B, C. D

[ 11

• MOV F0 17A ( 8 1

---

+/- SH.2, G*J a H-2 )

AL ARM H11 *P601 ( 3* 14)

SH.7. IH El 1

• MOY F0\\5.l 181 SH-2. 82 8 M 10 DRYWELL PRESS, / RPV WTR, LEVE L 1 LOGIC SYSTEM 1 TYPI CAL FOR : !SYS TEM 21 SEE NOTE 7 RPV PRESS-LOGIC SYSTEM I TYPI CAL FOR: I SYSTr.M 2 1 SEE NOTE 7 SYSTEM 1 12 1

~SS. H JCHtRP V WTILL EVEL 1 L OW EMERG, BUS 1E.1F SYS 1 11C, 1F SYS 21 PWR AVAI L ABLE RMS ! BUS I E. I F SY S 1 l f ! BUS lC, \\F SYS 21 l

• TES T H11 *P6 I 7 18 1 EME RC. 8US 1[ PWR AVAI LABLE RMS !BU S 1[.1F SYS 1 )

! <<BUS 1G, 1F SV52l J* TES T Hl l *P61 7 18 1 NORMAL BUS 1 [

l 1GI AU X P\\IIR AVAILABLE t SEE R[F. 1, GEN NO TE 6l TOO£ 10S[C

( 5((

NOTE 12 l SYS TE M 2 I 1 I AUTO START

[1 1 -C002A ELEC T. PROTECT JON LOSS OF Off SITE POWER ILOSPJ H2 1 -P 2 30,1 ( 2. 1 I STAR7 PUMP

[ 11-C002A

!NOTE 6 >

[ 1 l

• MOV F0 06A VALVE FUL LY OPEN El l*MOV FOOlA CB I

[1 1 -MOV f004A VALVE FULL Y OPEN SH,S *.l-5 E11 -(OO? A fl [ CT. f'RQTfC T ION LOSS OF OFF SITE POWER <LOSP l R LOCAL RHR PUMP E11 *C002A TYPI CAL FOR 1E11 *C0020 IE 11-C002B, C I 7 I

',oc.c

~l?~c6g~~

© Hi 1 -Pso,

10 SW! TCH QEYF/ OPMFNTS STARTR[S[T 0

RMS CC002 Al RMS I C0028 l RMS l C002Cl RMS I C0020 l LOCAT I ON :H l 1 -P601 PUSH BUTTON MOME NTAR Y CON T ACTS RMS (C002 A l RMS CC002Bl RMS CC002Cl RMS (CC,0201 L OC ATI ON :Hl 1 *P601 MOl.1ENTAR Y CONT ACTS I N -STOP" AND -START*

SPRING Rf. l URN TO *Au r a

• RMS !F 065A)

RMS CF0658 )

RMS IF065Cl RMS I F0650l LOC ATI ON :Hl 1 *P60 1 MA l N TAl NED CONTAClS KEY REMOVABLE ! N ""OPEN"ONLY RMS ( f" 0 0 4A)

RMS (F004Bl RMS !F 004C )

RMS (f"004D l L OU..T ION:Hl \\ *P601 MA [NT A[N[Q CONTAC TS K.(Y REMOVABLE IN ""OPEN" ONLY RMS( BUS 1[ l H11 *P617 RMS<BUS 1[ SYS 1)

H11 *P617

~~~rn~~ lf ~all ~ll :~tl t RM~( BUS 1 F SYS 1 )

HI 1 *P61 7 RMS(BUS l GI Hlt *P'5 18 RMSI BU S 1F SYS 2 1 H! 1 *P6 18 RMSI BUS I F SYS 21 HI 1 *P618 RMS( BUS 1G SYS 2 1 Hl 1 *P6I8 RMS I BUS JG SYS 21 H\\ 1 *P61 8 MA !N TAlNED CONTACTS KEY Pl:: MOYABLE IN 'NORMAL. ONLY 12 13 1.

ALL [l)U[PMENT ANO INS TRUMENTS AR[

PR ECEDED BY MPL NG. (I1 UNLESS OTH[R WJS[ NOTEO.

2. FOR LOCATION ANO 1D[NIIFICAl!ON OF INSTRUM[NfS, SEF.:

! N STRU l[ N T INOO OR

[OUJPMENT LOCATION JNO[X ([LI l.

3. FOR LOG I C DIAGRA1,0S -LECrnD AND GE NERAL NOTES, SF:E REFERENCE 1.

4. FOR I NFORMA TION ON AL AR"°S, VAL YE I NDICAT I NG LIGHT REDUIAEMENfS 13. PflOCESS INSTRUMEN! ATION RECUIRE "°E NTS WHIC H ARf. NOT SHOWN ON 11-1[

LO'~!(. OiAC,P AMS, SEE REFfR["lCES Z 8 3.

5.

TUE RHA SVS J[ M LO{)! C DJACRM,G HAVF BEEN DIVIDED !Nl0 !'!JO !2J SUBSYSTEMS AS F OLLOWS :

UM.

A. RHRSYS B. RHR SERI/ICE lilATER SYS Q.!'..Q.,l:I_Q **

6.

TH£ CONTROL SISTF.M AS ORAWN SHOWS SYS l ( M 1. TH[ 01"(:.\\<: A l ING SEOUENC( AfT[R RPV lil Ar[R LEVEL 1 LOW OR H!GH OR YWELL PRESSURE SiGNAL JS AS FOLLO WS :

CONDI I ION A

~

~RMAl. AUX.POWER PUMP C002 A f'UMP - COOZB PUMP C002C PUMP C002D VAL VES STARTS STAATS STAIHS STARTS NO DEL AY C NO OE L AY t-tOD[L AY NO DELAY FQI/A-P[NS AFTER RE AC LOW PRESS. PE RM.

f 01 5A OPE NS AF TER Rf. AC LOW PRESS. PERM.

CTMT COOL I NG-CLOSE ! F OPEN ( NORMAL L V

~~*SEO)

F 016A F02 ! A F028A f 02 4A F0 27 A HEAi DCH. VALVE F068 A *CLOSES I I F OPE N>

SE RVI CE liAT(R PUMPS C00 1A, B, C, D S TOP I F RUNN ING

~~

PL ANT ON STANDB Y DIESE L POlilER

!SH REF. 1,

PUMP

~

...Ql.Q.1.

~ ~~~E~f;.E NgffA~ l

!!li!_(E __

PUMP

• C002A PUMP

• C002C PUMP

• C002B PUMP

• C0020 10 SECONDS 0.2 OR LESS SEC 10 SECONDS 10 SECONOS YAL VlS SEOUENCE SAME AS CONDI TI ON A SERVI CE PU MPS SAME AS CONDIT ION A 7. SYS. 1 CK.TS.fl [OU!PMF.NT ARE SHOlilN.

SYS. 2 CK.TS.8 EOL! " M[ NI ARE !D[NTJ CAL EX CEPT CORRESPONDI NG EOUJP, NO.,

SUFF I XES Afll A ~ FOLL OWS:

SYS. \\

A 0. C SYS. 2 - B 8 0 8-AUXILI AR Y RELAYS 8 DEVICES ARE NOT SHOWN ON TH[ LOC 1C DI AGRAM EXCEP T WHERE NEEDED TO CLAR!rY THI:: f"UNCI IONAL REOU! REMENT S.

9. MOTIVE POWER FOR "UMP SH :O.Ll BE SUPPLI ED FROM SUSSES AS SHOWN I N 1101[ 6

!DU AL HEAi REMOV AL SYSTE M SHALi CNEO IN ACCORDANCE. WITH JTER! A FOR NUCLE AR POWER T10NSYS f EM IE EE 27 9 " AS 0 THE C')NTROL CIRCUITRY.

11, TH[ RESIDU AL HEAT Rr.: MOVAL SYS l[M SHALL BE D(SlGNED IN ACCOllOANCE WITH REF. 14.

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

D. 0.2 SECONDS OR LESS FOR 1E11 - C002C 13.DELETED NOTES CONT. ON H* t 9939 FOR RUERE.NC [ S. $[ ( owe. H -199 38.

SUPERSEDING TH IS ORAW (NC WAS DEVELOP[L <:iOM G, E DRAWI NG NO. 729E6308A. SHT. 1, Rt:1.*. 4 ;

SHT.2. REV.4 ; AND SHJ.3, REV.4 SC S I ACCESSION NO. S* \\ 5326, 5

• 153 27. AND 5

• 15328 RESPECTIVELY -

RMS ( AHR SYS 1 l RMS !AHR SY S 2 l LOC ATI ON : HI 1 *P601 PUSH SUTT ON MOMENTARY CONTACTS MPL # E11-1030 REVISED PER ABN 1110193901E038, YER. 1.0.

SOUTHERN A COMPANY RESIDUAL HEAT REMOVAL SYSTEM LOGIC OlAGRAMS SHEET1 OF7

8£66 L* H

[11 *NOV ro15A l8 1 SYST[lo4 1(2I

~llPvPPSuP[LO>I RHR IN rrs, SU IUS SYSTEM 1121 T

C H1 1*P61 11 8l lllRk Hll *P60112*~)

E~

~

831 -MOY fQJlA

~

831 *MOIi FOJ18 Rll,10,SH.J,G *61Ht RHR I N lES T SlATUS LOGICSYSTEM H2 1 RHR IN TEST STATUS LOG IC SYSTEM t TYPICAL FOR: !SYSTEM 21

~

--lX f------._;

H11*P601

[11

• lol0V f017.I.V ALV( FUL L YCL0$[0 SYSTEM 1121 l\\l *MOY ro,s* TORQUE PROTEC TI ON Ell *MOIi FOIS,t, SYSTEM I 1501..ATION S IGN4L NS*ISOlVALIIE LOGICO JV. 112 )

1u.,.S11.4,0 -(1H1 RPV IHR LIIL, l LOW CLOSE

[11 -M()V FOISA (II -NOV F OO'il VI.LIi[ ruu, CLOSED 831-PJStf679A IU.~.SH.S,F *21G-2J 8Jl*P I SH67'i10 Rff.9,SH.S, ~*21J*l l FIPVPR[SSURELOII

• 1 1 -MO\\I FOI SA 11.1.[II[ FULLY qos RHR LPCI INJECTION INBOARD ISOLATION GATE VALVE E11 *MOV F015A TYPICAL FOR, I E11

• MOV F01S81

<NOTE 6 1

[11-MOV FOIU C RMS !FQlH. ) *OP[N H11 *P601 Ell *MOV FOISA VAL VE FULLY CLOSE D S YSTEM112 t

!\\fj.!.( *9 1 1

• MCIV F 17'i VA V OP N NG RMS !F017AJ*CLOSE

[* l*MQV FQl h VALV£ FULLY CLOSEQ ['.8)--

El ' *MOV ro, 7A VALVE CLOS ING

~

TOROU[ PROTECTION CLOSE I S--

---

l E1 1*MOV FOI U RHR LPCl lNJECT I ON OUTBOARD ISOLAT l ON ANGLE GLOBE VALVE E11

• MOV F01 7A TYPICAL FOR, IE11*MOV F01781

<NOTE 61

~

DEVELOPMENTS

~=~ !~8l~l Rl<IS I F01 7A )

RMSIF0178 l LOC*TION:'111-P(,01 MOMENI.I.RY C~UCTS IN"OPEN ".t.liO 'tl OSE" SPRING RETURN TO"AUTO "

REFERENCES Tl TLE MPL NO. ~

A I. LOGIC Ol*CAAMS

• LlG[tlOS GF !,(IIAL NOllS 2. RHRSYSP810 SH I

5H2

~

E~[~~1C~"I C, HlCIAC S*tl

<>ere s** 2 S. COR[SPR.lY STSf'8 10 H16,29 H-16330

[Hl004 IH6066 H 160E,1 H-160E.8

" 16H 1 P41 -1 0 10 H-16011 8. SAFEGUARD EOUIP,

~~~~~t1~~ 1goot 1NC 9. >,iUCL[ARBOIL[ A STS 82 1 - 10]0

~Stl~:.0/~f,*MS 10.R[AClOR RECI AC SYS LOGIC OUC SHEETS 1*4 tt

• 1991}

h!IW 14 19917 1,.rn~~l~~:~!~~-

[ 21-1030 H*1 99H SH((TS, -3 ll!RU H -19 9 6 12-HPCI STSl[M LOCICOIAGRAMS SH~[TS I -8

[ 41*!030 H-19':147 13, RCI CSYSTCM

[51-1030 LOGICOI ACRAMS SHE[TS l *8 1

. GE22A2989 ELECTRICALEOU IP, SEPARA I I ON HlR SAFEGUARD SYSTEMS 15,NUCLEARBO I LCR SYS.P8 10. $H.1

$1'1,2 SH,l 11'>,HPC!

Srs.

PBIO,SH.1

$1-1. 2

11. ERf MULTI PLEXE R 17';, !QIO SYS TEM l. E.O.

18..a.NtlUN(I ATOR S I GNALS TO TSC 1.E. O, 19.0IG!TAL )llPUT W75 -1 0 10 S !GN*L ro TH( [RF COWUT[R SYS l(M !.[. O.

SllTS,2.3.*. 13,15 20.rnr cu,ss lE WIS£.

TO NON Cl ASS IF 0 1GI ! -'l I ~OL*i ION SYS!E fo' IHRU H-19954 THI S DRAWING WAS DEVELOPED Pi0'-1 G.E, OR~Wl'-IG NO, 12':!I SJOJ!A, SHI, l

• R[V. 4 :

SHT. 2, RE V. ~ : ANO SH I. 3, REV. 4 SCS I ACCESSION NO, S

• IS3?6, S-15327, ANO S*l ':'d28 l'IESPt CI IVfU, BECHTEL SOUTHERN SERVICES INC.

FOR ORCIA POWER CO., ATLANTA, (;A.

CEJtERAL El<IC I NEER!ttCOEPARTWENT I.HATCH NUCLE AR PLANT u:IT N0.1 H-19938

A C

[11 -MOY rooo. VALVE FULLY CLOSED

~

t1 1-w;iv r oou TORoot PAotEc110N I s roP

=====~===---*~ E11*MOY FOOU E11 *MOV FOOU VALVE OPENING CLOSE

[11 *fllOV SHUTDOVN COOLING GATE VALVE E11 -MOV F006A TYP I CAL FOR1 E11-MOV F006B,C,D

OPE,

[11 -MOY F07JA E11* 11JVf013 A VlLV[ CLOSING RMS cror Al

• L SE

[ 11 *MOV J OllA T~

OUE PIIOT[CT!ON I ""

=========---

[ 11 -MOV F013A CLOSE El I *MOIi F07'A

[1 1..0V FOl)A VALVE OPE:NIMC

', ['"'""]

A GR.tPHlC I'

DISPLAY

,, ['" *P601]

G CIIAPHIC I'

OlSfl'LAY SEE NOTE 1&

SERVICE VATER CROSSTIE GATE VALVE E11-MOV F073A TYPICAL FOR1 E11 -MOV F073B MISIFOlU H ft.M Hl l *P601 (N(ACl2E sviroto i I E11 -MOV F075A, B I H

CLOSE[l t*1

• SVFOHA OC *ENERC!ZE L_______j Ol"EN ( 11

• I sv1ro1'111 llsv roto SERVICE WATER CROSSTIE ORAIN VALVE £11 *SV FOT A TYPICAL FOR1 Ell -SV F07 B RM'S lf!IUI

• OPEN

[IHIOV fl19A VAL\\1£ CLOSING

-"'"'"-"'"--"""'.!!'"""""--'""'"""""""'"'--- - **.. I nr...av I r,,,,.

[1 1*11JV F11U VM.VEOPENING RHR SERVICE WATER CROSSTIE GATE VALVE E11-MOV F119A TYPICAL FOR 1 E11-MOV F119B

' : co,~

Re,;"',',.:;<C,';00,-'UC.>_*-",STe,M>C'-T ___ ____

_ -,_I START PU1'4P

,r Hl l *"OI O H11 *P601

[11 *COOIA RtilS 1coou,-STOP Hil.Pl01 RWS c C001A,CHIC0011, 0 I l*NANUAL OVERRIDE SYSTEM 112 1 DRWLPAESSHIGHlflPV IITA LV\\. 1 LOIi RHR SERVICE WATER PUMP E11-C001A TYPICAL FOR1 E11-C001C IE11 -C001B,DI 10 llilQj V

12 NOTES

! CONT~l':1937 )

14.ERI' COIOPU TER INPUTS 0012 ANO 0013 ARE rn:u~J 1. ~~*l'OOh ONL,Y. THE OTi+EII

[11 *l'IOV *f OOf,B 02*0 """° 02* 1

-.---r : !; ::~ : !~

15. ERf COkf>UTER !'!PUTS 0026 ANO 0027,1111(

FOR El T* J<<lV *F00O ONLY.

THE OTi+EA l'IPUTS ARE1 E1 1*J<<lV*FOO*B 02J*

JiN0 02J!5

-.---r :~~ :: :~~

1&.ERf COlif'UTEA INPUTS 0036 ANO OOJ1 1-.RE FOfl Ell *J<<lV *F0H* 0m.Y. Tl!( on+ER f NPUtS,1,AE

• E1 1*IIIOV *F0418 02*6 AND 02 41 T ""'""'"'""f C:.".., '.'..

lfO ERF COMPUTER POINTS F OR

£11*MOV*F010 H.ERF C0,..u !ER It.PUTS 0022,1,NI) 002J iloRE FORE1 1--.o v -FOE.SAONL1. THE OTHER INf>UTSARE*

[11 -,1,ov -F0658012lAN0022)

-.---r :!: ::~ ~~~!

18,ERF c o*

u TER I NPUTS 0002 AN() 0003 ARE FOR E11*MOV-F0734 O'il. l. Tt,£ OH;(II

! NPUTS,\\11[ :

[1 1 *M0Y* F0738 021f, ANO 0217 7¥. :~; ::~

~~:~

l'J.ERFC01if'UTERIHPUTS00&0-.N0 0061 *RE FOR E11-MOV*F016* ONLY. Tl'E 0 TH-ER l NPIJ tS-.R[1 E1 1*JIIOY

• f0168 2!56-.NO 257

..,1- :t£Qll!._ 0006 ANO 0007 t B 0<06 UlC 0207 I.Qfil 0010 ANO 001 1 t"i"0210AN00211 20.ERI' COW'UTER I NPUTS 0054 *NO DOSS

• RE f0AE1 1*MOY -F02U0Nl.l.

Tt,E OTttCA I MPt!TS,\\11[1 El l*MOV *f 02'8 0244,1,NO 0245

~

~ ::g ::

~

21,ERFCOMDUTEAINPUTS0052ANO0O!il JiRE r~uf~1~1~ *f 028,1, ONLY.

f t,E 0111£.A

[ 11 *MOV* F0218 025 4 ANO 0255

~

~: ::g g~

22.ERf' COMPU TER INPUTSO<IH-.N00OS ARE FOIII [11 *M0Y

• F'008 ONLY,

T11E OTHER INPUTS,1,1!£1 El 1 -MOY

• F001 0046AN0007 23, ERi' COMPUTER INPUT E:1 l-1"0V- 040 &: 052!5 FOR NOTES SEEO'aG. H*199H f{lfl REFERENCES, SEE owe. H-11931 SUPERSEDING OPED FAOIII G.C.

St!T. t

. REV.4:

,3,REV. 4 SCS!

,S-I 5327,.t.NO

VELY,

~"'::.::"".... '1:::*=~:-iZ:....- -:i:=- l

~~ - ~ -=~ t-:..:.~~~:.:;..-:..._~~ t E~c:-:=:"c"':!'~~==..,...,~*.:~:::::..,...:*.::.a...,,:..:

-::::.-=.._~

"=.,..,:.*_..

--.W....,_T~IYSYm

-*~*

I 13

+---;::==:,c;::=:::i:==:::i===:i:::==I==::::i===:c==::.:==::::i===.::::::==:::r::==::::i==::r::::I:==:::i:===.i===:i:==::r======:lL==::::i==:JJ===;:::==J1:L2===.::::::==ll"C::==~

I 7

RwSt CTMT SPRo\\T SYS 11211 *111ANU,1,L RM'S ! CTMTSPRAYS1S 112 J> -R[ S(T H11

• P601 R:iS 1

l_~:~~RIOE SYS 1[ 2 11*MANUAL OVERRI DE HII-P92S l 6 1 SYSTEJll l! 21 SM, 1,0-~

E11*MOV f01U RMS ( F01'A)*0PEN RM'S l f 01 6A I-CLOS[

OPEN

[ 11 -l()V F01 6A SYST[M l l21 Sll.1,0 *4

~ If\\. PRESS 1HCHl'AP v

• TR LVL 1 LOW CONT.l!NME.NT S,PRAYITEST CLOBE VALVE E1t-MOV F'01,A TYPICAL F'OR1 INOTE 6 l IE11*MOV F016BI, E11*MOV F02 A 181, E11-MOV F027A I Bl

[I I *MOY F02U B

SYSTEM 1( 21 SH, 1,H 0f;WL PRESS HICHIAPY II TR LVL 1 LOIi

[ I I *MOY f02 U VAL V[ Of'OII NC

[1 I *MOY F028A TOROUE PROIEC TI ON CLOS[

[ 11-MOY F02U CONTA I NMENT SPRAYtTEST GATE VALVE Et1 *MOV F028A TYPICAL FOR, INOTE 6 l I Ell *MOV F028B I, E11 -MOV F021 A I BI STOP

[11 -i<<lY rou,.1.

OPEN

[11 *MOY f O2$A RMS 1f02 6.ll l*0PEN ORntELL PAESS NICHl'APY wn LYL 1 LOIi OPEN

[ l l *NOV F026A STS TEM 112 1 Slt,1,C*4 E1 1-MQV f 02U Vo\\L VE CLOS ING

[ 11 *MOV f 02U. TOROUE P110TECTION El l *NOV F026A VALVE OPENING STOP El l *MOY F02U CLOSE E11

• MOV r 0 26A RHR HEAT EXCHANGER 8001' 18) ORAIN TO RCIC*

GATE VALVE Ell

• MOV F026A ! Bl TYPICAL FOR1 RHR HEAT EXCHANGER B001 A I BI DRAIN TO SUPPRESS I ON POOL GATE VALVE E11 *MOV F011A 181 RMS CFI Ol.l l *oPEN El l *MOV FI O)A H/

H11

• P&01

[11 fllOYF103AYALYECLOSlNC RMStrl Ol'- l *CLOSE CLOSE H@'

E11*MOV Hl 1 *P&01 f10lA El l*MQV FI O)A VAL VE OPENI~

RHR HEAT EXCHANGER 8001 Al Bl VENT GLOBE VALVE E11

• MOV F103A TYPICAL FOR*

IE11 *MOV F103B1,E11 *MOV F104A 181 RMS IF04U l*OPEN E1 1*MQVf041AVo\\LVE CLOSING I

STOP r

Ell *MOY F02U El\\ *MQV F04U TOROU£ PROTECTION I STOP

.=_:_::_c...;.:.c.c...=:::;;;..;==.c._.--,.1 E11 *NOV F04lA SEE NOTE 16

[11 *MOV F04U VAL VE OPENI NG CLOS[

( II *MDV F04lA RHR HEAT EXCHANGER B001A 181 SHELL SIDE INLET GATE VALVE E11

• MOV F047A 181 TYPICAL FORt RHR HEAT EXCHANGER SHELL SIDE OUTLET GATE VALVE E11 *MOV FOC3A I BI I EXCEPT AS NOTED l

.A c:

F RHR CROSSHEAOER SHUTOFF CATE VALVE E11*MOV*F010 10 C.OSE AUTO OPEN m.IQ1 PfYHOPMfNIS RMS CF003A ! lrD038 l RMS CF047A ) I F0478 l LOCATI01>11 H11 -P,OI llAINTA lNEO CONhCTS KET AEJIIOVA8L E

1, ~~:;* :;:;;.~

ccoscflOP" RMS cF026A l

RMS CF01 1A I

LOCATION:

MQMENTART

[N ilP(N' o sE -

SPR! NGRET ro -.. u ro

• L ION*

• P6

/IIOME'-!T.IRT CONTACTS IN

-OPEN *, "CLOSE' s.f'R l NG RE:TURN TO ~OR.. L*

toc.1/1i"o't1[~\\~ 1-P&o1 MA l NTAl NEOCONTACTS K(l R[W0VA8LE IN "CLOSE " ONLT SYITEM A PERMISSIVE STATUS TYP, FOR SYSTEM B r ul'I Nllll::0, ::.t~ UWli, 11 -1,,n,H

• 1 '3'3'7 FOR REFERENCES,SEEOWG. H*l 1931 SUPERSEDING nos ORAW! NC WAS DEVELOPED FROM C. E.

ORAIII NGN0.729E6 ! 0B A, $HT. I.ll[Y.41 SHT. 2, R[V. 41 ANO SHT, l, IIEY,4 SCS I ACCESSION NO, S *1Sl26, S -15321, AHO S *t S321, IIESPECTlYELT, MPL # E11-1030

~~a.w..,lra. tor Qeorg191PowM'~, Aa.ma,OA Ger..i Eng1Me11r,g 0ep4utmem EOWW l Ho\\.TOH N..ICUAA PUNT lNT No. 1 At8DW.~TflEMOVALS'V9TEM SHEET40F7 12

E11

• f.lOV FO S A VAL VE CLOS ING

!SEE REF. I.

ORWL PRESS HIGH/RPV GENERALNOTE6>

WTRLVL1 LOW El I

• MOV FO"fSA TDOE 3 MI N E1 1*MOV F04SATOROUEPH01ECTION

,-, >---------.j7J.--I Et l*MOV F048A HLVE OPENI NG OPEN El l*MOV F048 A STOP EI1*MOV F0~8A CLOSE E1I*MOV F048A RHR HEAT EXCHANGER SHEL L SIDE BYPASS GLOBE VALVE E11 -MOV FO48A 18 I E11*0PISN682APUMPE l1 *C002A/C FLOW E11*C002CPU'4'RUNN! NG

[11*M0VF007AT0ROUEPROTECTION F.II *OP!S N682A PUMP ( 11

• C002AIC FLOW OPEN E11 -M0V F007 A 5'0P Ell*MOV F007A CLOSE E11 *MOV F007A

~

~

RHR PUMP MIN IMUM FLOW BYPASS GATE VALVE E11-MOV FOO7A 181 NS"f ! SOL VALVE LOGIC DI V I [21 REf.g, SH.,O

• IH*4I SEE UBLE 1(2 1 ORnIELL PRESS HI GH/

RPV WTRLVL 3 L01t'

'""'"'H "" ~,

SV(F l 22A)

£11-AOV R

Hl l*P60 1 Fl 22A

/

0112 ER!'

1()671)

DE-ENERGIZE El l*AOV G

H1 1*P601 H

CCOSE~'

SV (F122Al FIZZA

/

RHR ISOLATION CHECK VALVE BYPASS E11 - AOV F122A 1B 1 SYS TEM 1 I2 I SH. 1.D*

OE *ENERG12E I

_I CLOSE I SVF053A

~

Ens~~V CONDENSATE DISCHARGE TO TORUS OR RCIC VALVE E11 -AOV F053A[Bl H11-P601 PRESSURE HIGH PUMP

( 11*PSN0l 7C E1 I *C001AICRUNNING (11*PSN017C PRESSU~E HIGH PUMP E11 -C001AICAUNNING PRESSURE HI GH PUMP E11 -C001 A/CRUNN I NG l,IQOULATE

'° OPEN El l *MOV F068A STOP E11-~V F068A E 1*P601 M00¥1tTE CLOSE 1-P601 E11 *MO\\I F068A (022 11 RHR HE AT EXCHANGER 8OO1AIBI SERVI CE WA TER DISCHARGE BALL VAL VE E11-MOV FO68Al81 DI FF ERE NT I AL PRESSURE CONTROL 7

j H1 1 *P601 1-i1 1 *P601 SW! TCH PE VE I OPMF NTS RMS (1"122,1,.J CF 1228 I LOCH ION:

H11*P601 MAINTA INED CONTACTS F053A)

RMS F0~30 )

LOCUI ON:H!1 -P601 MA I NTA!NED CONUCTS KEY REMOVABLE IN-CLOSE" ONLY

°"Ef""

RMS <FOOHf !1'00781 RMS(F048Al l F048B l LOCHION : Ht 1*P601 MOMENURY CONTAC TS IN

-CLOSE*,

-OPEN" SPRING RETURN TO 'AUTO*

V

~~~6i6~;(f~i~

WJNTAfNED CONTACTS KEY REMOVABLE IN "NORM..\\L"ONLY

/

~ ' - HI 1 *P601 E11-F060AVALVEFULLY0Pc'.N MANUAL RHR IN JEC TION VALVE E11-FO6OA 181 FORHOTCS, SCEOWG. H-19937, H-19939 FORAffCRENCES. SEEO\\t'GH-1993a SUPERSEDING I HISORAW!NGWAS OEVELOPEOFAOM G.E.

ORA \\1 1NGNO,r29E6308A, SHT.!

, REV. 4 :

SHT - 2, REV.4 : ANO SH T. 3. REV. 4 SCSI

~CCESSION NO. S-1 S326, 5-1 5327, ANO S*15328RESPECT IVELY.

MPL # E11-1030 (ACAOOVY [ H19941 )

SOUTHERN A COMPANY EDWIN I. HATCH NUCLEAR Pl.ANT UNIT No. 1 RESIDUAL HEAT REMOVAL SYSTEM LOGIC OJAGRAMS SHEETSOF7 10-502 H-19941