ML20303A194
| ML20303A194 | |
| Person / Time | |
|---|---|
| Site: | Hatch  |
| Issue date: | 09/29/2020 |
| From: | Southern Nuclear Operating Co |
| To: | Office of Nuclear Reactor Regulation |
| Shared Package | |
| ML20303A202 | List: |
| References | |
| NL-20-1084 | |
| Download: ML20303A194 (62) | |
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- COHTINU.t.T I ON L=:=> LOC I C CON T INUA TlON
--------------- - - - - - - - - - -- - - * - - - -- * **"'UCt [ dl BOI L£A SYn C:M LOGI C OlilCFUMS SHEETS
- 2. RE ACTOR AEC IRC UL il l lON SYST EM 2 BJ 1 * \0J0 M*2 0 1 ] THRIJM*247t 6, LOC I C OIACRAMS SHEE TS 1 THAU S II M* l-4 760
]. CON1R DL ADO DRI VE HYDRAUL I C SYSTEM H*2471 7 TH iii.i H*l47 l0 LOClC Ol ilCR AMS S HEE TS 1 H .. AU Cj ~ : ~:~gi THllU M*2 C7 8 4 F
** STA NO B ~ L! OUIO CONT ROL SYSTE M M*2 47 2 1 LOC I CO lilCA .1.MS S HtE T 1
- 5. NEU TR ON MONITORI NG SYSTE M M*2H 2l TtlRU H- 2H2l, LOG I C Ol ilCRA.NS SHE ETS 1 TH ll U 8 H*2"4 Tll S ilN 0H*lH86 REACTOR PROT EC TI ON SYST EM M- 247211 THRU ~- l0~ 1 LOClC 0 1ACll AMS SMlE TS 1 THR U ~
- 7. RES I DUilL HE AT REMOVilL SYSTEM 2[ 11*10JO LOCIC Ot il CR AMS SHE ETS 1 THR U t 1- CORESPR il1 S1STEW l OC ICO l ACR AMS SK([ f S I THAU J
- 9. HIGM PRE SSU RE COOl il HT INJ ECTION SYST EM H*2H* 2 THRUH*2 4H'l G.
LOGIC OIA.CRilMS SHEETS 1 1 HRU 8
- 10. RE* CT OR CORE ISOLATION COOL I NG SYS TEM H* 2'1 5 0 THRU M*l475l
- - -- -- - - - - - - - - - -- - - - - - - * - -- - - - - - - -- - -- - - -- - -- - - . !--OC IC 01 ACR U4S SHEETS I THAU 8
\I , AE.&CTOR WAT(ll ClE*NUP SYS TElll LOG IC 01 .1.CIUMS SHEETS 1 THAU l x x. x:: BECHTEL
~ ~ ! Jiii 6511
~ ~N N ; SOUTHERN SERViCES INC.
FOR r "' ~ ~ ~ t 10 - so2 IH- 2ooc
SWITCH
- 1. AU. EQUIPMENT "ID INSTRUMOHS ARE DEVEi OPMENTS PRECEDED 0Y M?l NO. 202 1 UNLESS 2B21-US N681 ... (BJ RPV WAT£R l..E'JEL 1 OTHERWISE NOTEO
- 2. FOR LOCATION ANO IC.ENTinCATION OF 2H\1-P921 [2] :wm1vMENTS. SEE INSTRUMENT ~DEX OR EQUIPMENT LOCATION INDEX (EU).
- 3. FOR LOGIC 01'-GRAMS - LEGrnO ANO GENERAL NOTES, SEE R£FERENCE 1.
RMS (CONO VAC-Ct-WINCl Al) 2H11-P609 RMS (CONO VAC-OWINEL 81) 2Hl1-P6 1\ llM~ (COHO VAC - C1wma.. A2) 21-111 - P&OQ RMS (COND VAC-CfW.iNEl 82) 21*0 1-P611 KEY REMOVABU lN °NORMAL* ONLY MAINTAINED CONTACTS lillL _MfL_fill, ""'--""-
< HUClfAR STM SUPPLY H-24701 SHUTOFF SYS (NS4)
H-24706 H-24712
- 0. STLW LEAK OETtCllON S'STEM jRESET;r=rl MSN'S PILOT ISOL VALVES VALVE LOGIC & aRCUITS C. S>J"ITf R£UEF VLV (SRV} MQNIT SYS
- 0. AUTOMATIC 2021C H-24706 H- 24709
~Rmss~RIZATION E. LOW LOW SET H-24710 (US) LOGIC SYS H-24711 RMS (MSIV'S PILOT VALVE 2H11-P602 F JE1 PUMF FLOW LOGIC Al & "2~RO J:.uL. v...i._-~:. Oii: Ul'C!,;Ull!>) ""'SY>
C. MAIN CONtROl ROOM 241
~ic<~~=w~o lSOL VALVES &. CIRCUITS)
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- 6. 011-PROCESS RADIATION MONITORING S't'STEM MOMENTAF!Y CONTACTS IN °RESET" liGH RADIATION IN THE HNP - 1 REACTOR SPRING RETURN TO "ll" BV!LO!llG CAN CAUSE: lSOl.).lJOH/ACTUATIOff.
- 1. 011 - PROCCSS RM)i,l,TJON l.IOtllTORING SYSTEM HIGH RADIATION 1W THE HNP-1 REFUELING FlOOR CAM CAUSE ISOLATION/ACTUATION.
- 8. 201 1-PF<OCESS RADl.'.TION UONITORING SYSTtM HIGH RA!JIATION IN THE HNP-2 REACTOR BU!~O!NG CAN CAUSE ISOLATIOH/ACTUATION.
1026 ERF
- g. 2011-PROCESS RADIATION l.IOtUTORINC S't'STD.t
[ 1041) HIGH RADIATION !N THE l*IP-2 REFlJELmC FlOOR CAN CAUSE !SOU.TION/M:TIJATION 2821-TIS N&26C 12. Til.llNGOEl/ICESSl'W.l.0EAT'r'PETliAT RES£TS ON LOSS OF POWER OR LOSS OF 2H11-P923 [4] IN!T!ATION SIGNAL SR\l'S FOR ADS AND ONE (1) 2U61-TIS N101C [OJ TllRB BLOG WSl TEMP 2) ADS CONlROl LOGIC 2U61-POOJ [4] HAYE REDUNDANT POWER Tlt.\TA SIN:;LE FAILURE WIU
~rii~~~ ~11Wc 6 THE ADS.
(DJ) 2921-PS NO\!SA (BJ MSl PRESS LOW
- 15. ISOLATIOH LOCIC SHALL BE "FA!LSAF£",
J.E. LOCIC SKAU. BE DESIGNED TO RMS (REACTOR SYSTEM MOOE)-RUN lNffi'..T'E lSOl.ATION fUNCTIONS WHEN OE-ENERGIZED. RET.28,SIU,H-8 2621-VS N056A B CONDENstR VACUUM LOW 2821-PS N0\5C D MSl PRESS LOW RMS (F0211A)-CLOSED RMS (REACTOR SY'S1nl MODE)-RUN RMS (CONO VAC-CHANNEl Al [81))-NORMAL RMS {F0288)-CLOSED REf.28,Stt.4,H-8 2H11-P609 (P611) RMS (F028C)- CLOSED FOR REFERENCES. SEE owe. H-24:'02 TO H-24704 2 H\1-P601 Rl.IS (F0280)-CLOSED SUPERSEDING RMS (MSIV'S Pu.OT VALVE LOCIC Al & "2/INBOAAO [81 & 82/0lJTBOARtl] ISOl VALVES & CIRCUITS)-R£S£T t.4SIV'SPILOTV1'J..Vf. LOGIC A1 & A2 [81 & 02] JOB 6511 GNTHERSBURG, IJ..&.fM.NlD SOUTHERN SERVICES INC . FOR GEORGIA POWER CO., ATLANTA, GA. GENERAi.. ENGINE(R!NC OEPAATM[NT EDWIN I.HATCH NUCLEAR PLANT UNIT 1110.2 NUCLEAR BOILER SYSTEM LOGIC OIAGRAMS SHEET 1 OF 12 NUCLEAR STEAM SUPPLY SHUTOFF SYSTEM (NS4) LOGIC Al TYPICAL FORo NS4 LOGIC [ 81 ] NUCLEAR STEAM SUPPLY SHUTOFF SYSTEM (NS4) LOGIC A2 TYPICAL FOR NS4 LOGIC [ 82] SEE NOTES 11 & 15 SEE NOTES 11 & 15 10-502 H- 24701
SWITCH QEVE I OPMENTS REFERENCES 1NITIATENS4 LOG!CA I SH . 1,D-6 NOR TEST
- 1. LOGIC D!AGRAt.1 S- LEGEND AND GENERAL NOTES 1- F019 CH 41\ 2H l 1-P609 1- rn19 CH 81 2H I 1- P611 1-F020 CH Al 2H l 1-P609 1-F020 CH 62 2H11-P6 1 1 IN NORMAL" ONLY CONTACTS 2631- 1010 H-26003 2631-10 10 H-26004 8 RMS 2831-F019)-AUTO 2631-10 10 H-26005 OE - ENERGIZE H CLOSE2B3 1- 4. NEUTRON r.tONITORING 2C5 1- 1010 H- 26992 RMS (283 1-F0 19)-CLOSE sv (2B3 1-F01'1) AOV-F0 19 SYSTEM IEOSHEET I NEUTRON MONITORING 2C5 1- 1010 H- 26993
' /
G 2H 1 1- P602 SYSTEl.I IEOSHEET2 5 . Rg~OMR : : ii TECTION S p~~6~IN~Dt~M REACTOR WATER SAMPLE INBOARD ISOLATIO N VALVE (PCIS VALVE GROUP 1) 2B3 l - AOV F019 MSIV AC LOGIC s-ATUS MSIV DC LOGIC STATUS ~~ : ~ =~~gf CONT4CTS IN -CLOSE" 2011 - 1010 H- 26012 C RN TO NORfAAL" INITIATE NS4 LOGIC A2 SHl,0-10 >-- - - --I 7 FISSION PROD UCTS MONITORING SYS.P&IO 8 . AREA RADIATION MONITORlNG SYS.IED RMS F0 16 2B3 1- F019 CH .Al - TE'ST 9 . Rs~REEr~TEM P&JO 2E 11 -10 10 H-260a O RMS F019 2B31 - F020 CH.A.2 - TEST 2H l 1- P609 2H 11-P609 RHR SYSTEM P&:ID 2E 11 - 1010 H-26015 SHEETZ INmATE NS4 LOGIC 8 1 lNTTlATE NS4 LOGIC 82 10 . CORE SPRAY SYS,P&:JD SHl,0-11 )-----~~
- 11. RADWASTE SYSTEM P&:IO 2G l1 - 1010 H- 26026 SHEET 1 RAOWASTE SYSTEM P&!D 2G l1 - 1010 H- 26027 Rt.1S 2B31-F020)-AUTO ~~~S~ SYSTEM P&!D 2Gl1-1010 H-26028 RMS F0 16 2B31-F019 CH-6 1 -TEST RMS F019 2B31 - F020 CH. B2 -TEST SHE£f3
~~~S,IE SYSTEM P&!D 2Gl1 - 1010 H- 26029 DE-ENERGIZE H CLOSE283 1-SV (2 8 3 1- F020) AOV- F020
/ '
2H11 - P609
~~§ rnrn=rn~6l ~~11=~~g1 RAOWASTE SYSTEM P&!D SHEETS 2Gl1-1010 H-26030 MOMENTARY CONTACTS IN "CLOSE"'
A.ND 'OPEN" ~~~SJE- SYSTEM P&:ID LOGIC FO R 2B2 l - MOV FO 16 & 2B3 l -AOV FO 19 LOGIC FO R 2B21-MOV F019 & 2831 - AOV F020 SPRING RETUR N TO " AUTO"
~~SjE SYSTEM P&ID
- 12. REACTOR WATER CLEAN-UP 2G3 1-10 10 H-26036 REACTOR WATER SAMP LE OUTB OARD ISOLATION VALVE (PCIS VALVE GROUP 1) 283 1-AOV F020 ~f;:~~/~i'k~H6PEA~-UP 2G31-1010 H- 26037 SYSTEM P&lO SHEET 2 282 1-DPIS N686A [B .C.D]
SH. 1,B- 2&8- 8 262 1-DPIS N687A ( B,C,D] 14 . TURBIN E BLDG .CONDENSER 2N22/2N:l3 H-2 1030
~~~u~YSt:~~':.9o 1S. TURBIN E & GENERATOR 2N32-10 10 H-21242 RMS FO l 6) - 0 PEN ~~~B~~T~~~~-
OPE N 2 82 1-
~V FOHi 2B2 1-DP1S N689A { B.C.O] ~~~~ ~~l : =~~g~ g: : ~l ~g~: ~\ t ~\ 16. PRIM CONT.A.TM HZ & 02 2P33- 1010 H- 260"'8 SH.6,H-5&G-5 ANALYZER SYSTEM SH .1 ,C-2&C-8 P&IO SHEET 1 P&JO SHEET 2 2P33- 1010 H- 26049 MSL HI FLOW LOGIC CH . A 1 (C 1541) TYPICAL FOR 17. POST ACCIOENT REACTOR 2P33-1010 H-26384 COOLANT AND CONTAI NME NT CH. B l (C 1542). CH . A2 (C1543). CH . B2 (C1544) ATMOSP HERE SAMPLING SYSTEM P&ID REFERENCESCONT. OMDllCH- 24703&H - 247<l4 2B2 1-l1S N6 23A ( B.C.D] F'ORNQTES.SEEOWG. H- 2470 1 TORQ UE PROTECTION STOP 2B21- I 282 1- MO\I F0 19 t.QVF019 SUPERSEDING 2B2 1-TIS N624A [ B.C.D)
- 1.fw1~iA~gc_,G~~~5~~~L2~fD 1~~~ Gs:
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M0V F016 MOV F019 SH. 1.E- 2&E- 8
/ /
2 H1 1- P60 2 2H 1 1
/ / ' MPL NO. 2821 -1 030 MSL TUNNEL HI TEM P LOGIC CH. Al (C l 5 45 )
MAIN STEAM LINE DRAIN OUTBOARD ISOLATION GATE VALVE MAIN STEAM LINE DRAIN INBOARD ISOLATION GATE VALVE (PC IS VALVE GROUP 1) 2821 - MOV F019 TYPICAL FOR CH Bl (Cl546). CH A2 (C l 547). SOUTHERN..\. ( PCIS VALVE GRO UP 1) 2 8 21 - MOV F016 COMPANY CH. B2 (C l 548) EDWIN [. HATCH NUCLEAR Pl.ANT UNIT No . 2 NUC LE.1.R 8Q!LER SYST EM LOGIC DIAGRAM S SHEET 2 OF 12 CADD/MB 10-502 H-24702 10 FSAR FIGURE NO. 7 .3-2 (SH EET 2 OF 12) 12
OOLVi'.:-H REFERENCES
~
lifil MPL NO . Q!£!.~ I NlllA TEO OE Vf l OPME NT S
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!N lTI ATEO SYSP B IO CLOSEO f l o P EFAST N E - ENERGIZE TE S H N O RM.t.L CONTROLMOOE I 3 TES T REAC TOR BUIL DI NG SV !F022.l. I 2A21
- AOVF02 2A 2 REFUEl l NGFLOOR T VEN T SYS PSI O 21 . STAN06YG ASTl'IEAT 2 T4D* 1010 ENERO I ZE AC SYSPS I D sv !F 0 2UJ
-'-°"-°"-' _eR_O'_EC_H_O__, - - -- STOP 262 1 MOV F020
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- ST TE ST MOO E H
28 21 - AOY SH I S1 THRU S 8 1-1
- 2 47 ()0 2821*.l.OV F022A
'02" MAIN S TEAM LINE 2821-MOV F020 TY P. FOR I /~ E U TRON MON! TORI NG 2CS1
- 1030 H- 241 22 OE - ENER CIZE OC SV ! F 0 2U l 2821
- MOV F021 RESET orr TES T SYS L OGJCO ! .l.G SI-ITS\ THRU S REA CP ROTEC110NS YS 21.8~ . '° B er.
H - ~~~~8 H L OGI CO ! AG Sl-!TS 1 THRU 4 H - 2 ~73 1 C R MS4F003)*0P E N~ F.~ERG I ZE OPEN 2021 - l . . 'r.::-. ' 2111 1 - P602 RES l O HE A T REMOVAL 1 2* n2
~ --- S I I F00 3 l 2H 11- P602 .1.0VFOOJ~'\ SrS L OGlCO!A G Tti RU SttTS1 THRU 7 H- 2413 6 RMS !r02 2 Al 2M1 1 *P6 0 2 ENERG I ZE OC RM S !FOU8 ) 2H11-P60 2 COR E SPRiO. Y SYS H- 24139 SV IF022A l RMS ! F0 22 Cl 2H\ 1 -P60 2 LOG ! COIAG THAU SHTS 1 11-!RU J H-2(7 4 1 RMS!F022 0 l 2Ml 1 -P 60 2 31 -REA C ll" TR CLEAN - UP RMS! F0286) STSLOG!CO I.1. G NS4 LOGIC 8 1 SHEET 1 INJ TI ATE O RM S1F026 C ! SHEE TZ R"'.S!F0280l MOME NTAR Y CON TAC TS I N GE 22 A1 J OOO.l.8 WR INITI ATE D REA CTOR VEN T VAL VE 281 1 - AOV F003 TYP I CAL FOR* ~ESET " A N\l "'T EST" PL ANT REOUl RE MENTS CEZ2A 2'l 8'l ELEC VAL VE.!. 10 J OPEN 282 1 - AOV F004 Sl'RlN G REI URN TO"OFF"
- EOUlPS EP
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~ 81 0 SH 2 1<*16063 P8 10S tt 3 H- 1614S INBOARD MA IN STEAM I SOLAT ION VA L VE <PCIS VAL VE GROUP 1 l 2 B 2 1-AOV F0 22A TYP . FOR : REACPROT SY SP 6 10 PROCESS R.1.0 MOtll T 12 821- AOV F 0 2 28. C, DI RMS <FOJ8J*OP[N ~
STS PEll O SH 1 P8 10SH 2 p*- Y0~~~ fg~~- ~:w, H
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!ot A! NTAl'IED CONhCTS 1 -P601 I
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- ENEl'IC lZE l EST 2821 - AOV F 028i CON TROL BCABLE SV I F028 .I. ) _,_,,_o"-'-'-" -"-"_10_,_ ____, s~ rv fM ~- SPREA Ot NGROO MS
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!IE - ENERGIZ E TES H N ORMAL CONT ROL MOOE I SYS TEM L OGIC sv I F029A ) 2821 - ~ ov F"02BA O!
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- 2H Q1 .
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' I
10 1l 12 13 tOLtc-H SW! TCH REFERENCES DE VfLOP"MfNTS FROM H-24 702 8 H-24703 NORM TEST 2G11 -AOV F003 OPEN 42 . ERF CLASS lE DIGITAL 2X 75 - 1010 ISOLATION SYS I . [ . Q . ERF MUL T I PLEXER 2X75-1010 H - 26158 ( PCI S YALVE GROUP 12 l SYSTEM 1. E.O . RMS (!SOL VALVE CH Al) 2H11 -P609 RMS C2G11 *F003 8 F019 l 2H11 - P602 O!G I TAL I NPUT U75*1010 H-26\63 I SOLAT I ON VALVE LOG I C FOR 2T48 - AOV F209 8 F211 ! PC I S VALVE GROUP 121 RMS llSOL VALVE CH 8 1) 2H11
- P6 11 RMS (2G11*F004 8 F020l 2H11*P601 SIGNALS TO THE ERF H - 26288 AMS llSOL VA LVE CH A2l 2H11*P609 PUSH BU TTO N MOMENTARY CONTACTS COMPUTER SYS [ . [,Q , H-26289 START PERMISSIVE FOR 2G11 - C001 A 8 B RMS {!SOL VALVE CH 82l AMS ( 2G31 *F001 CH All 2H11
- P6 1 1 2H11-P609 SHEETS 1 8 12 - 14 H - 2629 4 RMS l2G31 *F001 CH 6 1 l 2H11 -P611 RMS C2G3 1 *F004 CH A2l 2 H11 - P609 AMS C2GJ1 -F004 CH 82J 2H11-P611 KEY REMOVABLE IN 'NOR W ONLY MA I NTA I NED CONTACTS TABLE 1 !FROM COORD. D -4 l ACTION PCJSVALVE REF . COORO.
CROUP RMS (2G11-FOOJ !l F019l
- RESET 2H11-P602 ISOL ATION VALVE LOGIC FOR 2T48-AOV F210 8 F212 !PCIS VALVE GROUP 121 2C51 TIP SYST EM 1 20 11 -AOV F05 1 07 C- 3 flEF . 11,SH.l.B*J CLOSE (PCJS VALVE GROUP 21 CLOSE 2E 11 - MOV FO\SA 29 ,., '"
CLOSE 2E 1 \ - MOV F040 CLOSE 2Gll
- AOV F019 6
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/
2 H1 1 - P6 09 CLOSE 2 PJ J - AOV fOOJ CL OSE 2 H1 1 - P603 2PJJ
- A0Vf005 C2-4Jl 10 16 CLOSE 2PJJ - AOV F00 6 SEE NOTES 8 8 9 (PCIS VALV E GROUP 12) OPEN PERMISSIVE 2T48-AOV F33 8 l-""'-"~-¥2'-' ?7-"0*C!A!!!
°'-"'
""--1--"-' --1-""4---l-""'-----1-"-"-'-I tJ----+---~~~**~"~**}-2::::> l-"~'~"~-+-"'~"~'-~'"' 'v-~"~'~'-L---"-'--1-'-'"4---1"'-'-----1--'-"-'-I SEE U.BL E 1 2:J~>:i::JM~S>_L_!'.!PR~EllSS!!!UR~E_!,LQ>OW'----j CLOSE ~ ~ ::::~~ ;~~~B ~~ a-g ~~~
24 OPEN PER MISSIVE 2 T48- A0V F340 L-'-CL'-'O~ SE~-"-"=-=-'-""---L---'"----L--" '4'-L---l"'0 *"-0----1--'-"-'--' CLOSE 2T<l8*AOV F J 18 02 RMS ! MSIV'S.P I LOT VALVE LOGIC A1 8 AZ/ INBOARD ISOL . VALV(S S C!RCUITS)
- RESET INBOARD !SOL.VALVE 8 CIRCUITS CLOSE 2T48*AOV FJJ9 2<1 MSL PRESSURE LOGIC FOR 2T48-AOV F338 THAU F341 2T<l8 - AOV Fl4 1 2<1
<SEE NOTE 15 l TABLE 2 !FROM COORD. H-4 l AC TI ON NOTES 2B21 - AOVF11 2 RMS C2G31-F004 CH A2 >-TEST CLOSE 20 1 1- AOV F05 3 C-1 ISOLATION VALVE LOGIC D I V I SION 1 <SEE NOTE 151 REF.31 . SH.2.C*l CLOSE 2E11
- MOV F01SB 2 E- 1 2El 1 -MOV F0 49 29 6 E -1 0 8 F -10 RPV WAT ER LE VE L 2 2H11 - P923 CLOSE 2Et1-SV FO SOB 29 2E 1 1 - AOV f1228 5 E-1 2H 11- P601 CLOS E 13 13 '
2G11-AOV F004 fl[f'.1 1, SH.1 . B-3 CL OSE ! PCIS VALVE GROUP 2J 2P33
- A0V F013 16 ,.,
2G11-AOV F020 2B21-LSN6820 CLOSE CLOS E 2P33 - AOV FO l-4 2P33 - AOV f015 " Rff . 11.SH . \.H 23 CLOSE CPCIS VALVE GROUP 2 l CLOSE 2H S -.AOV F l0 <1 2T48 - A0V F308 23 SUPERSEDING RPV WATER LEVEL 2 LOGIC FOR 2G31 - MOV F004 <SEE NOTE 15l THIS ORA. WING WAS OEVELOPED FRO M G. E. ORA i' i NG NO. 761E55 7 8A . SH T. 1, REV . 5: GROU~
' 11
/
2H\1-P60 9 (PCIS VALVE RMS !2GJ1-F001 CH A l l -TES T CLOSE 2T<l8 - AOVFJ24 02 0*9
SHT . 2 . REV . 2: ANOSHT . 3 , REV . 4 SCSI ACCESSION NO. S - 25 15 4. S-2 5155 . ANO S-25156 RESPECTIVELY .
2H11 - P609
/ ' I SOL . VALVE LOGIC FOR CLOSE 2 T48 - AOV f340 2T48 - AOV F2 10 8 F21 2 SEE NO TES 8 8 9 (PCIS VALVE GROUP 12) RPVl'ATERLEVEL 2 SP MPL NO 2B21 - 1030 RMS C2GJ1-F001 CH 8 1 l-TES T 2G11 - AOV F019 OPEN SOUTHERN COMPANY A
RMS ( MSIV'S.PlLOT VALVE LOG!C Bl B av 2G1 1 - AOV F020 OPEN OUTBOARD ! SOL . VALVES 8 CIRCUI TS>- RESET OUTBOARD !SOL . VALVE !l CIRCUITS o2 H11 -P6 01 2621- L SN6828 RPV\IA TE:R LEVEL2 ~ ST ART PERMISSIVE FOR 2G11-coo6A a B " " " ' ' " "" "-"" NUCLEAR BOILER SYSTEM 2H1 1 -P922 LOGIC DIAGRAMS SP SHEET 4 OF 12 ISOL ATION VALVE L OGIC DI VIS I ON 2 ! SEE NOTE 15 1 RPV WATER LEVEL 2 LOGIC FOR 2G31 - MOV F001 !SEE NOTE 151 PCIS VA LVE GROUP 5 7 t 10 1l 12 13 FSAR FIGURE NO. 7.3- 2 (SHEET 4 OF 12)
10 T1 T2 13
~
PC!SVAL VE COORO . GROUP SECONDARY CO NH INM!::NT SEE NOT ES 6. T.89 STOP 2 T4 1 *C002i\. SECON0ARYC0NT A1NMEN l SEENOTES6.1 , 89 2 T41* C0 05i1.
*LC!JTR~'i:;~~~~~~:~.~0;£.c~!::c>-0-"_*_'-----------_,------~SEE ~~~ILE ~ STOP 1
=*C!!TUtoT~l~0< C~OGtlC>-0::.:I::.:'*_'------------r------~SEE TAB LE 3 CLOSE 82 1*LSN6B2A
~ERF 71
- P IS NGSOA ORY-.E LL PRES S. HIGH REF.28,SH. I, [ *~
ALARM 2H1 l *?603 ( 2*05 J
~
ALARM2 Hll *P60 3 ( 2*05 ) PCI SV"-L VE CROUP HNP* I ERFC OMPUTi: R 11 76 HNP* 1 ERF COMPUT ER 11 72 2T41 *C002B Rff . ~O.SH.S.t - 1 STOP CLO SE 2T~ 1 *AOV F0038 282 1 *LS N682 A RPV lo'ATER LEVEL 2 2921-LS N602 C RPV WATER LEV EL 2 21~ 1 *Jlo.OV F0 238 G-5 2H11* P921 M AL "-RM2 H11 *P603 ( 2
- 06 l
~
SH.6,J-5 PC JS \lALV E HNP
- I ERFCOMPUTEA1173 Hl-IP* 1 ERFCOMPUlER 117 7 CROUP 2921*LSN602 S RPVWATERLEVEL2 282 1 -LSN 60 20RPV WATER L£ VEL 2 2H1 1 - P924 STOP CLOSE 2 T4 1*CO O! A 2T 41
- AOV F' O\ \ A 2Hl 1*P92Z CLOS E 2 T ~1 *AOV F0~4A 2 1 ~6-AOV F00U AMS(MS !V 'SPILOTVALVE LOGIC AM 5( M$ lV 'SPlLO T VA L VEL QGIC A1 8 A2/ I NBOARD !SOL
- VALVES 8 1 S B2/0U T60AR 0 !SOL. VALVES 8CIRCU1TSl*RESET JNB OA RO 8 Cl RCUlTSl
- RESET OUlBOAl'lO lSOL. VAL VES BClRCUI TS lSOL. VAL l/ES&CIRCU!TS 2H1 1*P601 2H 11*P602
~
821
- LS N6028 B2 1 - LSN682 0
~ERF ~~RF MPL NUMBERS PC ! SVALVE CROU P SECONDARY CON TAINMENT ACTUA TION L OGIC DIV IS ION 1 SEE NO TE 15 SECONDARY CONTA I NMENT AC TUA T I ON LOG IC DIVISION 2 SEE NOTE 15 STOP STOP CLOSE 214 1
- AOVF01 16 "" M CLOSE 2 T4 1 *AOV F'04 48 F* 11 RMS (I SOL.llALVECH Al l* TEST HM':i l ! SQL .V ALVE CH A1 )*TEST 2T46
- ACV f00 1S E-5 lBll*LIS NGBO ll. RPVlo'ATER LEVEL l LO\j o.- EN SH.~. D - l 2H11*P609 282\*L 1SN680A RP VW TRLVLJLOW'
~
1m.2a.SH. 1.r.,
~
I* JSN6SOB RPVWll.TER LEVELlLOW 2 11 - MV FO REF .z~.SH.6,A - 6,C-6 (PCJS l/ALVE GROUPS 10 (PCIS VALVE GROUPS 10 2E 11 *MOV F015A RMS ! ISOL. VALl/E CH 8 1 !*TES T CLOSE2 T48 *AOVF33 3A, B A,8 AMS(ISOL . VALVE CH B \l
- TE ST 2H11*PS1 1 2H 11 *P61 1 CLOSE2 T48- AOVF333A ,98 ,B RH.2~ .S H. <. F* I 2E11*MOVF022
~f .~;~~~,,~~;oeDR Y1rjELL 1
PRES S HI GH ~EF . N.E*3,f*J,l*4,C* ~ 282 1
- LIS N6 80B RP V llTR LVL 3 LOii REf . 24. E* l.F *~. l *4. c*~
2Bl1
- Pl S N679ARPVPRESS . REF .2i .SH. 6.A*6,C*6 2H1 1*P92 1 SEE NO TESB89 SEENO TES889 2E11*MOVF0 156 RMS ! MS!V'S?lLO T V& L VELO CIC RMS<MSJV 'SP IL OT VA LVELOC l C R[f.~ , $H.2,F*I
"-1 11 A211N BOMID !SOL.VALVES A1 8 A2/ I NBOA RO I SOL . VALV£S SC l ACUITS l*RESE T I NBOA RD 8ClR CU\ lS l *RESET IN SOA RO AMS l MS!V'SP! LOTVALVE LOGlC JSOL. VAL VES 8 C!RCUI TS ISOL. VALV ESSC I RC UITS Al SA2/1N80ARD !SOL . I/ALVES SC! RCU I TSl*AESET INBOARD FOR NO TES.SEEO\IC .H- 247 01 ISOL.V AL VESSClACUlTS FOR REFERENCES .SEE OllG.H*2H02 TOH- 24704.
o-2 H11*P602
~-----~ SEE NO TE 1 5 SUPERSEDING DRYWE LL PRESSURE LOGIC FOR 2T4B*AOV FllJA , 8 8 Fll5A , 8 SEE NOTE 15 RPV WATER LEVEL 3 LOGIC FOR 2148-AOV F33JA,8 8 Fl35A,8 THIS QRA W! NG WAS DrVELOPED FROM c .E.
RMSIISOL .VALVE CH"-2l
- TEST OAA \ll JNGN0 .76 1ES57BASHT. 1 . REV. 51 RMS(JSO L. VAL VE CHA2)* TEST SHT. 2, RE V. 2 : ANO SHT . J , REV . ~
2Hl1 *P609 SCS I ACCESS I ON NO. S -25 154 . S -2 5 155, AND S* 25 1 56Rl'.:SPECTJVELY . 2c1 1 - P r. s N& 5oc OAY\IELL PRESS HIGH APV '</TA LVL JL 0\11
~ (PCISV"-LVEGROUPS1~
REF .21.sn. I .E *~ RH.28.SH. l .f*4 RMS !!SOL . VA LVE CH B2l*EST 2H1 1-P6 11 (PCIS VALVE GROUPS 10 CLOS E 2 T 48*A 0~ FD2A.B A, 8 *:~~1-1~:~~-V&L VE CH B2l
- TES T
- I CLOSE 2T48 *"-0VF33 2A ,B ~ ~3~.B
>~;F .~;~s~~,.~~; )
1 0 REF.H,£ -l.F *l.&* 3,C*3 262 1
- L IS N68 00 RPv lo'TR LVL 3 LOW Rff .2U *2,f *2,l*3,C*3 ORY WELL PRESS HI GH SEE NOTES 8 8 9 RH.28.Sl{ . 1.F*4 SE E NOTES aa 9 AMS IM SIV 'SP!LOTV &LV EL OO!C RMS IMS!V'SPILOTVALVEL OGlC Bl 86VOUT60&RD ! SOL . VALVE S 8\ 8 62/0IJ TBOARO ! SOL . VALVES ac 1RCUITSl*AESETOUT80ARO S CIRCU I TS>>A ESE TOUTSOARO llMS! MSIV'S P lLOTVALVE LOCI C lSOL . VAL VE S S CtRCU!TS S1 B 82/0U TBO ARO I SOL . VALVE S ! SOL.VAL VES SC I RCUtlS SCIRCU!TS)*RESE T OUTBOARO 2H11*P601 I SOL.VALVESBC I RC U ITS MPLNO. 2821-1030 SOUTHERN.\
COMPANY RPV WATER LE VE L DRYWELL PRESSURE LOGIC FOR 2T4B*AOV Fll2A,8 8 Fll4A,8 SEE NOTE 15 RPV WATER LEVEL 3 LO GIC FOR 2T48-AOV F332A, 8
& F334A. 8 SEE NOTE 15 EOWlNl.H.'.TCHHUCLEARPLA.NTUNITH o. 2 NUCL£AABOILEASYSTEM
~i11iT DSL'.g~A~i CADO/MB 1 ()-502 H-24705 10 T2 13 FSAR FIGURE NO. 7.3- 2 (SHEET 5 OF 12)
90Lt2-H S\,IJTCH DEVELOPMENTS STOP 2N22-C002 HSL RAD LOGIC D!V l STOP 2N33-COO\ A RMSCR623A> RUlt,G-!2: RMS CRE.238) MSL RAD LDGIC DIV 2: LOCATJDN* 2H11-P601 PUSHBUTTON STOP 2N33-CO-OlB Gll21-PS N002 RPV FLANGE SEAL Pl<ESSURE HIGH A 2HIL - P<:..03 (l-53> MOMENTARY CONTACTS JN!T!ATE MSL RADL OGJC DlV JS!ON I [2J 2U61-TtS NlOlA i URB BLDG MSL i(MP KIGH A-5 & 11-5 SH.4,A-6 lo B-6 MSL RAOl~TION LOGIC FDR 2N22-C002 ~ 2N33-COOlA, B RMS O~SIV'S PILOT VALVE LOGIC <TVPICAL FDR 2U61-TIS N102A THRU N!16A) A! 8, A21INBOARD nn e. B2/0UTBOARDJ
!SOL V ALVES & ClRCUITS>- R[S[T INBOARD [OUTBOARDl JSOL VALVES !. CIRCUITS 2Hll-P602 rP601l 2U61 - l!S NIOI C lURB BLDG MSL lEMP HIGH SHl.(-7
(!YPiCAL !"OR 2U61-T!S Nl02C THRU N\16C) MSL RADIATION LOGIC D!VJSIDN I TYP. FDR ' MSL RAGIATIDN LOGIC DIVISION [21 2U6l- TI S Nl Ol B TUF!B llL DG HSL TE"!? HIGH
~
<TYP!Cf>.L FOR 2:U6!-TIS Nl 02B THRU Nl16JI)
MSL FLOV fi!GH 2H_! 1-P603 {2-26) 2UM-TJS Nto!D TURB BLOG MSL TEMP HIGH (TYPICAL FDR 2U61-T I S N102D THl MODE LOGIC ~ (Z <ll ) RMS O~S!V'S PIL OT VALVE'. LOGIC <SEE ALSO REF.40 Al L A2/!NBOARD !SOL VA L V£S 8, Sf'.12, D-2) CJRCU!TS)-RE'.SET INBOARD tSOL VALVES l CIRCUITS 2Hll-P603 (1-25) 2B2l- TI SN623BTHR\JN626B 2Hll - P602 2ll2.J -LI SN681 D RPV \./ATER LEVEL I LO 2ll21-TIS N6230 THRU N626D MSL FLO\,/ LOGIC A '~2HU-P603 SHNDTE!S IN JT1 ATESNS4LOGICA2 ~(2 ~ 0BJ .21121 - PSNOlSA
> - - - - ---I MSL PRESSLO\.I 282! - DPIS 2H11 - P603 N686CTHRUN689C (2-09)
~ 21!2! - PSNOtSB
~SL PRESS LDV FDR NOTES. SEE DYG H- 24701 tOR REfTR(NCtS, SEt D'./GS. H- 24702. -
2Hll-1'60'3 (2-33> SUPERSEDING TH IS DR AW'lNG '..'AS DEVEL!JPED FROM [i.[ lN!TtATE MSL DRA\/ING N0.7f.lESS7BA SHi. l, REV 'SJ FLO\' SHT , 2, REV. 2J AND SHl . J, REV . 4 LIXi!CB RMS CCDND VP.C- CHAN NEL AD - BYPASS SCSI ACCESSION NO, S-2515-1,S-25!55, ANO S-25156 RESPECTIVELY SH.12.G-2 2Hll-P603 lNITIATEPRESSURl2A TlON (2- 41 ) MODE LOGIC JICZ 41) CSEE ALSO Rff 40 RMS (COND Vt>C-CHANNEL 112)- BYPASS RMS O~S!V ' S PIL OT VALVE LDGtC 2Hll-P603 Bl L 82/ 0UTBOARD !SOL VALVES l SH.1 2, G-2) 12-151 E:Hl!-P609 CIRCU!TS>- RESET OUTBDARD !SDL VALVES l CIRCUITS l<MS fC[]ND VAC-CHAN NEL Jl l)-JIVPASS C'Hl! -P611 2Hll-P603 MPL NO. 2821 -1 030 A
<2-42)
RMS <COND WC-CHANNEL 82>-BYPASS 2Hl!-f>611 SOUTHERN MSL FLO\,/ LOGIC B COMPANY SEE NOfE IS 2H11-P603 HATCH NUCLEAR PLANT UNIT No. 2 (2 ~ 06) NUCl£ ARB OI L£R SYST£1.1 LOGIC DIAGR Al,jS SH£ET 6 OF 12 7 ;
LOLl> Z*H PRESSIJRE HIGH
=
PRE5SUREH JCN
~----------~-----{o /
.i. : 2Hl1- P6 02 rn~~ :n:: ~g 8l~:~*i LOC ATION:2HI 1 -P602 KEY RE MOY.t.8lE !N "NOR MA L" ~ LY MJll NTAlNEOCONTACTS
.RMS ! $By HON JTOR !NG O!Y.1 I -RESET 2H 11-P602 PRESSURE HIGH 282 1 -PS Nl 02A PR URE HI ~
~ 2821 -PS NlO I H Pft[SSll'IE HIGH M
2 82 1-PS Nl02 K M PRESSURE HIGH SRV MON"JTORING 2821-PS N302A TYPICAL FOR: 1282 1 -PS N3028.E.F.B Kl SA FET Y RELi EF VAL VE OPEN PUMP 2831 -COOI A TRlPP( O YA.LYE 28)1 -MOY F031.l ClO S£0
~----------_,.----{*A)
' ,2H1 1 *P602 n-----(<*)2H11-P6 02
! 1 -21 1
.lL.l.RM 2Hll-P602 !)
- 11 I
~ FOR HOl~ S .SEE OllC.Ol
- 24701 .
RE C I RC.LOO P A OUT OF SERVICE <NOTE 5 . F l ~ rOORErER E NCES . SE E O VG.H
- 2H02~
SUPERSEDING THlS ORAV lNG 'ol lSDEYELOPEOfROM G.E. ORJIVJNGNO. 761[S5f8ASHT. 1. REY . $; SHL 2, REY. 2 : .1.NOSHT. 3. REY. 4 SCS I ACCE SS ION NQ. S-2 515~ . S-251 SS , S -251S6RESPECT1YELY. VALVE 2 8 31-MOY f0l18 CLOSED BECHTEL JOB 6511 GAIT HERS BURG , NARYlANO 2Hll *P 6 02 SRV MONITOR I NG 2821 -PS N301 C 12-21 1 SOUTHERN SERVI CES INC. P UMP 21!)1 -COOl.l RUNNING FOR GEORGIA POWER CO., ATLANTA, GA . GENERAL. ENGI NEERINCi D(P AllTWEN T YA.LY£ 28)1 *MOY FO) l ,t. OPEN RECIR C. LOOP BOUT OF SERVICE <NOTE 5.Fl .... < KU 10 -502 H-2H 07
10 12 13 eoLvo-H SW ! TCH AL ARM 2Hl 1 - P602 [ J -1 8) DE VEi:OPMfNTS SH.9 .0*8 RMS CORY WELL PRESS . J RESET 2H1 1 *P602 ALARM 2H11 *P602 (J-061 RMS (QRYWELL PRESS . l
~ LD CA T !ON1 2H11-P602 PUSH BUTTON MOMENTARY CONTACTS lOOE AMS <LEVEL 1 TIMER 2 MIN .
ADS LOGIC A/C RESE T ) ($(( REF .1 . RMS (L EVEL 1 TI MER ADS LOG!C A/C RESET! GENERAL NOTE 61 2H11 -P602 2H1 1 -P6 02 RMS (AQS LDC IC A/C) ALARM 2H 1 1 -P602 (3-051 RMS ( ADS LOGIC BIO) SH . 9 .F - 3 LOCA TION: 2H1 I - P602 PUSH BUTTON MOMEN-ARY CONTAC TS RMSlAOS LOGIC AIC) -R[ SET RMS[AQS LOGIC A/Cl -RESET 2H 1 1 *P602 RHR PUMP C002A DISCH. PRESS. 2[1 1 -P JS N65 5 A AHR PUMP C002A DISCH. RH.29 .SH.6.0 *4 AHR PUMP C002A DISCH. PR ESS. RHR PUMP C002 A DI SCH. PRESS . flff . 29,SH.6 , 0-4 AHR PUMP C0020 DISCH. PRESS. HIGH AHR PUMP C002D D I SCH. PRESS. HICH REr.n.sH.6.0*4 RMS ( LEVEL 1 T IMER AOS LOO I C A/Cl RHR PUMP C002D DISCH. PRESS . RMS (LEVEL 1 T IMER ADS LOGIC BID> RHR PUMP C002D DISCH . PRESS . HICH L DCAT!ON: 2H l 1 -P602 REL29.SH.6.E *4 PUSH BUTTON MOMENTARY CONTACTS CS PU MP COO! A DISCH . PRESS . HIGH CS PUMP COO \ A DJ SC H. REF, 30, S~. 1, C-11 2£2 1 *PIS N652B CS PU MP C0018 D I SCH . PRESS. ALARM 2H1 1 -P602 <3 -1 2l CS PUMP COD1B DISCH . HICH llEF.JO.Stt. 1. 0-1 1 AL ARM 2H11-P602 C3-12J SH.,, , H AUTO BLOWDOlrilN IN TES i MOOE AUTO 8L0 W00WN I N TEST MODE
~
TEST .1.LARM 2H11 -P6v2 I 3-29 >1 3 - 231 TEST AL ARr.t 2H11-P602 0-29)(3-23l 2"411-P626 SH.9.0*8 2H1 T-P62B AUTOMATIC DEPRESSUR I ZATJON SYS TEM IADSl LOGIC A IADSl LOGIC C ALARM 2H1 1 -P602 ( 3-16 l SH.9 . 0*8 2H11 -P602 AL ARM 2H11-P602 (3-06!
~ FOR NOTES. SEE OWG . H-2 4701.
FOR REFERENC ES . SEE OWG. H-24702 - H -24704 . F SU PERSEDING TDOE RMS !LEVE L 1 TIMER 2 MIN . ADS LOGIC BtD RESET> I SEE REF . 1 , RMS (L EVE L 1 T! MER GENERAL NOTE 61 ADS LOGIC A/C RESET l THIS DRAW I NG WAS DEVE L OPED FROM G.E. DRAW I NG NO. 76 1E5578A SHT . 1 , REV . 5 ; SHT . 2. R ~ v. 6: ANO SHT. 3 . REV. 4 SCSI ACCESSION NO . S-2515 4, S-25155 . ANO S-25156 RESPECTIVELY . RMS< ADS LOGIC BtO!~-R=ES=ET_oo--o..; I NITIATE ADS LOGIC D 2H11-P602 SH. 9 ' c~2 . 0-3 a 0-B Ve rsion: 4.0 Dote: 4 30 13 2E11 -P IS N655B RHR PUMP C002B DISCH. PRESS. HIGH 2E11 -PJS N655B REVISEDPERABN Rff,£9,SH.6.E -4 RHR PUMP C002B DISCH . 2110194001EOl8,VER. 1.0 RH-29 .SH. 6.£*4 2E 1 l-PISN656B RHR PU \1P C002B DISCH. PRESS. 2E 1 1-PISN6568 RH-29.SH.6 . E- 4 RHR PU MP C002B DISCH . REF . 29 . SH.6,£ *4 2E 1 1 -PIS N655C RHR PUMP C002 C DISCH . PRESS. 2£1 1 - P!S N655C RH.n.sH .6.F-4 RHR PUMP C002C DISCH. Rff .29.SH.6 , f"*4 2(1 1 -PIS N65 6C RHR PUMP COD2C D I SCH. PRESS. 2E 1 1-P!SN656C RHR PUMP C002C DISCH- PRE5S . MPL NO. 2821 - 1030 H24708 A
)REF" . 29.SH.6.f*4 /
2£21 -PIS N6S2A CS PUl>F' COO l A D!SCH . PAESS. REf.30. SH. 1.C-11 2[21-PlS N655A CS PUMP C001A DISCH . PRESS. HIGH SOUTHERN AEF.30.SH.l . C*l l COMPANY 2£21-PIS N652B CS PUMP C001B D I SCH. PRESS. 2(2 1 -PlS N65SB ALARM 2H 11 *P602 (3-12J CS PUMP C001B DI SCH. HJGH RH . 30.SH.1,0*\l ALARM 2HI 1-P602 (J-12l
-----<f-~T O BLO"'.,!)~_!I~(!Q_E SH.9.9 *1 AU TO SL OWDOWN IN TEST MOOE H.l.TCH NUCLEAR PLANT UNIT No. 2 NUCLEAR BOILER SYSTEt.I TES T ALARM 2H11 -P602 l 3 -29 H 3-23) LOGI C DIAGRAMS 2Hl\-P628 l~ TEST AL AR M 2H 11 *P602 ( 3*29J(3 -23> SHEET a or 12 2H 1 \ -?6 28 Sll.9 . H AU TO MA T IC DEPRESSURIZATION SYSTEM IADS> L OGIC B AUTOMATIC DEPRESSUR JZATION SYST EM IADSl LOGIC D 4.0 7 I 10 12 13
SW ! TCH DEVELOPMENT RHRICS PUMP PRESS. PERMISSIVE AUTO SLOWDOWN CS OR RHR PRESSURE PERMISSIVE ESSOIV . 1 1 2SVOCPO'olERFo\ILURE ESS 01v . 2 125 voe POWER FAILURE AUTO SLOWDOWN CONTROL POWER FA I LURE RMS CADS LOGICS A/0 RMS <ADS LOGICSB/0) LO(ATJON: 2Hll-P~02 KEY REMOVABLE IN . NORMALu ONLY MAINTAINED CONTACTS 2H l l-f'602
<3-18)
SAFETY RELIEF VALV E (SRV) FOR AUTOMAT IC DEPRESSURIZAT ION SYS TEM (ADS) ANO AUTOMATIC BACKUP AC TUATIO N 2821 - AOV F0 13A TYPICA L FOR : 2821 - AOV F013C, E,H,K, L, &M ADS LOGICS C 8 D INIT I ATED BACKUP DIV T BACKUP ON II BACKUP DIV I BACKUP DIV II AOS REFERENCE (A) (8) (C) (D) SRV DRAWING (SE E NOTE 13) ADS LOGIC A
> ' ; I"!Tl>TED : F '/
C 2H11-P628
- RM~ CF013Al - OPEN / '-
2H 11 -PG02 2H11-P602 ( 3 *23> ADS LOGIC A IN IT I ATED LIGHT TYPICAL FOR: ADS LOGIC S . C.SD ADS LOGIC A SH . 8. C-3 )--" 13'-'"'-'-1 ""
"°"-'
TE~Tccl"o:E,_R-"
'""-!Teel'°'°°'--<~
FAULTY AUTO SLOWDOWN TEST PROCEDURE ADS LOGIC A S~.8.M 2H l l-P602
* ~--,./ 13 -05>
AOSLOGICC AOS LOG JCB 13 1 1 1 1 1 SH. 8 . C *9 )--'-'--"-'""'"°"'"'-"T"""'"-'-"'"~T'""-"°'-<~
~RESSUR ESEAL* ! N FOR NOTES . SEE owe . 11 -24701 .
2H11-P602 FOR REFERENCES . SEE O'>/G . H-2 4 702 ( 3 - 2~) SUPERSEDING ADS LO W WATER LEVEL ACTUATION TIMER IN I TIATED TH I S DRA WING '.IA S DEVELOPED FROM C.E. DRA WIN G NO . 761E5576ASHT. 1. REV. 5 : SHT . 2 . REV . 2 , ANOSHT. 3 . REV . 4 SCSI ACCESS ION NO . $
- 25 154 . S*25155AND S - 25156RCSPECTIVELY .
HIGH DRYWELL PRESSURE SEALED-IN 2821-TR R5 14 SAFUY SLOWDOWN VALVE PILOT SEAT LEAKING 2H 11-P603 (1-22) MPL NO. 2S21 - 1030 SOUTHERN COMPANY A REVISED PER ~ BN COWIN I. HATCH NUCLEAR PLANT UNIT No. 2 AOSLOGICO SNC*29939J005,VER.1.D ADS SL OWDOWN TIMERS IN I T I ATED NUCLEAR BOILER SYSTEM
~ LOGIC DIAGRAMS SHEET9 AUTO SLOWDOWN IN TEST STATUS 7 t
2821*PIS N62 0 A RPVPRESS . 2H l 1 *P92S LLS AfiM IN G RMSlL LS AR io! I NC S\ol !lCH L OC t C A IC)*RESET DEVELOPMEN TS 2821 - PSN621 A RPVPRESS. 2H l1 -P925 RMS!LL SARM ! NGLOG I C A /(I E~~ . }~6~ , ~~{i~~65gc 1 c B/0 1
' PUSHBUT TON
/
MOM£Nl4RY CON TACTS 2821
- P ISN620CRPVPRESS .
2H11*P925 LLSAR l>l lNC R!olS ! F0138) R!olS ! F0130 l ENERCIZE HOPHl2B2 1- 2B21-P 1$N622CRPYP RESS.
~~ :~g:~~:
sv iFO l lB) A0Y F013B L 0CA T!ON:2H 11 - P60Z MAINTAlNU} CONUCTS DE-E NERG I ZE H CLOSE2B21- I SV!F013BJ A0Y F0 13B RMS !LLS LOGI C A l 2H ll -P9ZS RMS ( LL S LOGIC Bl ZH l 1 *P92 6 RMS CLL S LOGIC Cl ZH l l -P92S RM$(LLSLOGIC012H 11 *P926 PUSHSUTTON l>IOMENlARYCON! ACI S SAFETY RELI EF VA LVE SRV FO R BACKUP ACTUATION 2 82 1-AOV F0 13 B LLS ARMINGLOGlC A
~
2B21*PSN621CRPVPRESS . 2Hl 1 -P925 LL SCON 1ROL 2H11 -P9 25 LLSCONTROL H 2H l 1-P'n5 282 1 - P ISN620CRPVPRESS, 2H11 - P925 LLSARMING l"ORNOTES . SEEO\rlG . H- 24701 . FORREFERE NCESSEE DWG. H-24702 2B2'-PSN302CPRESSUREM!CM 2B21 -PSN302 D PRESSUR E H!GH 2B21*PSN302GPRESSUR(H I GH
' /
SUPERSEDING 2821
- PS N302 H PRESSURE HIGH R 2H11 -P 602 TH ! SORA ll lNG WASOEYELOPEOFROMG . E.
ORA \OI NGNO . 761E5579AS HT . 1. REV . 5 : 2B21-PSN302LPRESSUREHIGH SHT- 2 , REY . 2 : ANDSHf. 3 , REY . 4 SCSI ACC ESS I ON NO. S-2S1S 4 . 292 1 -P S N302M U I CM ENERGIZEHOPEN2B21- S-2S I S ~ RESPECTIVEL Y.
~ v ~ r u1 j r I PR~S:S:UR(
AOV FO 1 3F E -ENERG1ZEHCLOSE2B2 1- 1 SY! r 0 13FI AQYf0 13f 2B2 1-PI SN622 CR PYPRE$S . MPL NO. 2821-1030 CAOO A W1 1 -P'J25 LLS CONTROL SOUTHERN COMPANY SA FETY RE LI EF VALVE SRV FOR EDWIN [, HATCH NUCLEAR PLANT UNIT No. 2 NUC LE A.R 00!LER SYSTEM LOGIC DIAGRAMS SHEET 1oor 12 CA00/M9 10-502 H-24710 FSAR nGURE NO. 7.3 - 2 (S HEET 10 or 12)
10 11 12 13 RMS <LLS AR MI NG LOGIC S!Ol - RESET 282\-PS N621B RPV PRESS. ZH11-P926 LLS CONTROL 2821-PIS N6208 RPV PRESS . 2H1 1-P926 LLS AR MI NG 2621 -P S N301A PRESSURE H IGH 2821 PS N622B RPV PRESS. 26 LLS CONTROL 2821 -PS N62 1B RPV PRESS . 2821-PS N301B PRESSURE HIGH 2H11 -P926 LLS CONTROL 282 1- PS N301F PRESSURE HIGH LLS ARMI NG LOGIC D 2821-PS N301K PRESSURE HIGH f- 2 262 1 -PlS N620B RP V PRESS . ' /
) - - - - - - < 'YI 2H 11 -P926 2H11-P9Z 6 LLS AR MI NG 282 1 -P I S N6200 RPV PRESS .
2H 1 1-P926 LLS ARMI NG
' R
/
2H 1 1 - P602 2821 - PS N6210 RPY PRESS. LLS ARMING LOGIC 0 2H 1 1*P9 26 LLSCO NTROL C-5 ENERGl ZE H OPEN 2821 - SV CF01 3 Gl AOV F013 G DE -ENERGIZE H CLOSE2821- I sv ( F01 3G) AOV r o1 3G 2B21 -P I S N622D RPV PRES S. 2H1 I -P926 LLS CONTROL RMS t ll S LOGIC B l -TEST SAFETY RELIEF VALVE SRV FOR LOW-LOW SET LLS AND AUTOMATI C BACKUP ACTUATI ON 2B21 - AOV F013G LLS LOGIC B RMS ILLS AR MING 2H ! \ - P602 L OGIC 8/Q)
- RESET 2B21 -P S N62l 0 RPV PRES S.
2H1 1 -P92 6 L L S CO NTROL LLS ARMIN G LOGIC 0 2621 -PIS N622D RPV PRESS . 2H1 1 -P926 LL S CO NTROL LLS ARMI NG LOG!C B RMS (LLS LOGIC B >- TEST 2821 -PIS N6200 RPV PRESS. 0-2 2H 11 *P926 2Hl 1 -P 926 LLS AR MI NG 2H1 1 - P602 282 1- PS N30 1C PRESSURE HIGH 11-29 ) FOR NOTES , SEE D\iG. H-2 4 701 . FOR REFERE NCES . SEE DltG. H- 24 702 2621 -PS N301D PRESSURE HIGH RMS ILLS LOG I C 01- TEST 2621 -PS N301G PRESSURE HI GH 2H11-P926 SUPERSEDING 2621 -PS N301H PRESSURE HIGH THIS DRAWING WAS DEVELOPED FR OM G.E. OR AW I NC 76 t E557B A SHT. 1 . REV . 5 ; 2621-PS N301L PRESSURE HIGH SHT. 2 . REV . 2 ; ANO SH T. 3. REV . 4 ENERGIZE H OPE N 2621* SCSI ACCESSION NO . S-2S15 4. 2821 -PS N301 M PRESSURE HIGH SV !F013Dl A0V F 013D S-2S156 RESPEC T IVEL Y E -ENEAGIZEH CLO SE 2B2 1-I SV (F01 30l AOV F0130 2B21-PS N621D RPV PRESS . 2H11 -P92 6 LLS CON TROL MPL NO. 2821-1030 2H11-P926 SOUTHERN A COMPANY SAFETY RELIEF VALV E SRV FOR LOW-LOW SET LLS AND AUTOMATIC BACKUP ACTUATIO N 2B21- AOV FO 13D LLS LOGIC D NUCLEAR BOILER SYSTEM LOGIC DIAGRAMS SHEET 1 1 OF 12 P,.!:,~"'~'~"'~'111!\<E!!"'ii~~~
"j;j'w,-, i='~"~'<:;";:'::j:::::::EOi::::::i 10-502 1
H-24711 10 11 12 13
10 12 13 Sllt>i:':-H SWITCH UL EOUIPMENT lltll I NSTRUMENTS ARE QEYEIOPMfNTS PRECrnro er .s>t. NO. 293 1 W~E SS
-.,. . W'""
OIHHW!SENGT{D. 2- FOR lOCU ION A"ll J[)[ IH I FICATlOtlOF lrtSTRUM£NTS . SH INSTRUMl£NT !NOH OR EOUl PM£NT LOC ATION INDEX C[UI. J. fORLOGICOt*GRAMS-LEGE NOAl<<IC ENER Al NOT£S. SU '!EfERENCE 1. roFL~~LL:J fORINFORru.1 10ff0Nll.ARMS.VALYE
!llOICATlNGLIGN T REOUIREMENTS ANO P!lOCESSINSTR\JMlNTAT!ONREOUlREM£NTS
~ WHICH ARE NOT S~OW N ON T>IE LCCIC O!ACRAMS. SEEREFER1iNCES2al.
RMS (llSOA) RMS(llSDASTART) 5. DELETED RMS(llSOB) RMS(ASOBSTAR) L0Cl1 10ff12H \ 1*P602 LOCATION: MOMENURl COHTAC TS IN 6. FUNCT I ONlSSHOWNFORRECIRCULATION 2H1 1- P602 PUSH 'STOl' " AN()'START " SlSTEM "A"IEXCE PT llS NOTEO>ANO! S TTPICll FORP:"ClRClJLllTIONSYSlEM '"!!". SPPING RElURN TO 110RIUL"
~~~~~T~OMENTARY PULLlOLOCK lN°OfF " 1. OEVIC£SSHOWNW I LLOP(R ATEllEC!RC"llMP
;t~oiv-~c£S IN ( I
- ILL OPERATE RECIAC R [MfRGEtlCYSTCP([ - STCP)OISAAlfSIH f:ASIJ OUTf'UT,CAIJSJK;IHERECIRCPUMPIOCCllSIOO'NN RI02Al REMWAl.OfE-STOP EK.'JlLES THE.ISOTOSl'>>C
'll'TTl-I THE RECIRCPIJMPlilOTOR /l/lDRESTORE 2H11-P663B ' 2Hl l -P602 °'"""
- 9. SEE REF. 1. GENERAL NOTE 6.
R!02A I 10 THE ASO A AU XILIARY LOCKOUT RELAY IS A BACKUP TO THE ASD A LOOCKOUT RELAY IF
*ow !T FAILS TO TRIP 11 IN TERFACE WITH ASO CONTROLLER IS THROUGH REDUNDANT 1/0 (RIO) RACK IN PANEL 2H11-P66.3. SEE REF . 12 AND 13 NOIE10 ASDACQNTR{U[R 2931 -SOOZA RE.ICREC!RCPIMPBREN(ERCLOSED REFERENCES
!lli£
'* t~J~oO~A~~~~L
,. REACRECIRC SYSTEM P~IO SHI.I SH l .2 H*26004 H* 26 0Q5 2H11 - P66JA 3. DELETED O..OSEA.50A INPUICRCUIT 4 . NUCLEARBOILERSHT.\
R!02A1 CLOSEICB 8R£AKER SH0.2 SHT . l
- 5. FEEOW~TER COffTllOI..
SrSTE,.TUR8!NE ORlVENFErnPU'4PSIEO
- 6. RUCPROTECT I Off SlSIEM Ll)Cl CDIAGS
,--------------- , 1. R(SlOU~ L llHT I I ' ; REr.QVllLS YSTEM THRU 2H 1 1 -P66 ~
I ; ' 2H11-P602 LOGICOl ll GR llMS SHT.1THRUSHT.7 H-24138 RlO 2Al DRIVE A ROOY TO RLIN 8 . ERfCLASSIETONDN- 11*24552 Rl02A11RIPICB H-24551 2Hl l - P66JEI 2Hl1-P6638 1~~~~r:~N°~m~L RlOIJJ.IRlf'ICB 2H1 1-P6630 tFIFOIGllALMIJl. T!-
"1.HER SfST[ M ASOAFAU LT
"* ANNUNC!llTORSIGNALS TOTSC! . [.Q.
- 11. DIGITAL INPUT SIGNALSTO THEERF f?r.~:Ell SYSTEM
- L---------------~
ASDACONTRCUER 2831 -SOOZA ROcrORREClf!CPIJUP S-63272 ASOCONTRO L NARRl.TM: 2H 1 1- P6~ 1
"* ROcrORREaRCPIJW' ASDS£QUEH<: E Of OPERATION TEXT OOCUM[Nl
' ; 2S22-S001C50Cll\\'8RfAKER74-0 oPEN G H21 1- P602 2Bit*PS*N64;?A 2Hll
- P925 H
; ' 2S22-S001 &\Oj(V SRW:ER 750 OPEN 2H1 1-P659 282! ;~~t~~;; L 2821 *LSN6 9 40 ZH T1* P928 ASO A 2 8 31 - 5002.A F CR RF.ACTOR REC ! RCULAT I ON PUMP 263 1 - COOl A TYP IC AL F OR :f2B31 - soo 2Bl
~8 31 - COOl~ ~
P'::""f""F"llfi:"i'iJ3i:iiP-\:::='""'/c"~'::j:::::::§:q 10-502 H-24713 6.0 12 13
VlLVZ-H RMS(ASD AfBl)-RAISE SLOW i-=,1-,=---=--------- -1 l.llNll.I UM OUTPUT SYNC SPEED - 370 RPI.I (22n)
~~kML~~7i~~p~~N~T~p~6° MIN. ~~~E~p(~T11~~~r _
1 100 RPM/SEC.
! _,,, . _ I ~[___ b ~: INCREASE OUTPUT SYNC SPEED 1 RPM - ACCE LERATION RAMP RATE 1 RPM/SEC
- i 1 1- P602 f{~i603 ITO' J
RMS(ASO A/B) - RAISE SLOW ONTACTS L ASOB[A]RUNBACK ..--. ASOB[A] RUNNING IL.:::> LOGIC OETAILA RMS(ASD A(B])-RAISE l.IEDIUM INCREASE OUTPUT SYNC SPEED 5 RPM - ACCELERATION RAMP RATE 1 RPM/SEC RMS(ASO A/B) - RAISE l.IEDIUM SEE LOGICO CTAILA I
,-------------1 I I RM SIASD AfBll - LOWER SLOW i <SD '[BJ 'U'"° l P- i
,r,)---":;";Jn1f--------------+----~
i DECREASE OUTP UT SYNC SPEED 1 RPM - DECELERATION RAMP RATE I RPM /SEC i 0---~ J RMS(ASD A/6) -LOWER SLOW
~~~t~8 ~)
L LOCATION: 2H11 - P602 ASDB [ A] RUNNING
- LOGIC DETAIL 8 LOCf~J~~fHf{~i603 PUSH BUTION
------------------ - MO MENTARY CONTACTS RMSIASO AfB1l- LOWER MEDIUM DECREASE OUTPUT SYNC SPEED 5 RPM - DECELERATION RAMP RATE 1 RPM/SEC r:="1 Rl.IS(ASO A/6) - LOWER MEDIUM L.::::.J I i
~~~t~& ~~
LOCATION: 2H11 - P602 RMS(ASO ArBl)- LOWER FAST I DECREASE OUTPUT SYNC SPEED 100 RP M - DECELERATION RAMP RATE 100 RPM/SEC. LOC:~i~~fH f{~i603 I PUSH BVTION RMS(ASD A/BJ- LOWER FAST MOMENTARY CONTACTS ASO A(B) AUX AC CKT CNTL PWR LOST .,....,, _____________ _J 2831-K74A(B) IL:>I DISCHARGE VALVE NOT OPEN OR LOW fW FLOW 2B3 1- K2A(B) RX WTR LVL - 60 TOO" I RX WT~ ~o-=- r'-}--~-----""""""-"'"--'---i l.IAIN STEAM FLOW - 0 TO 16 MLB/HR >60n MA.IN STEAM FLOW ~ 1 RUNBACK f.IAX SPEED LIMIT ~~~t~& ~ ~~~~gg~~)
--------~----+----+-~~l~~:o~~C~EAJ1~.F~~~E 1 DECELERATJONRAMPRATE - 100 RPM/SEC LOCATJON:2H1 1- P602 PUSH BUTION RMS{REClRCA(B] RU NBACKRESET)- RESET MOMENTARY CONTACTS
-- SPEEDOEMANDTOORPr.t 0--- DECELERATION RAMP RATE - 25 RPI.I/SEC. TO MIN. SPEED COAST TO 0 RPM FROM MI N. SPEED RUNBACK N0.2 LOW fW SUCTION PRESSURE 283 1 -S0 02A(8) ASD A(B) CONTROLLER 2B31 - K72(2N21 -K 630) r I I
~,~ -------, FOR NOTES AND REFER EN CES, SEE DWG . H- 24 713 I'-"'- ',
RMS(ASD A(B) SHUTOOWN) - SHUTOOWN II ) L_----','----~-1~ 'I L FSARFlG UREN0.7.7 - 3(SHEET20F5) VAR!A.BLE LlM ITCALCULATION I ) RUNBAC K NO. I LIWT - 22n MPL NO. 2831-1030 ACA D2K _ _ _ _ _'_oox_-_1'_ *'_' (~ ---"_WT~~ ) SOUTHERN A L__ __::::c::.=c:::::_::_:::::::__:::.::.__ RUNBAC K NO. 3 LlMIT - t>--- < COMPANY
~..:..;"~~~."!"...~ :.,r,o:::::~ "~!.."':"':' ..
"!h;'"°"""* """"""' P<<>P<"~.ooN'"'""'"'**""/"""*""'"'"'1""""°"
f<< Ver~ion: 2.0 Dote: 6- 23-09-1 ;;;'.~=~d;oc1o~~~~po~~!,,"°"i,;,,::*:=~*CO[>)lo<J. (LIMITED TO RU NBACK NO. 2 SPEED LIMIT) ) REVISED PER A8N20400"8501J087 , VER.3.0 EOWIN I. HATCH NUCLEAR PLANT UNIT No. 2 R(ACTOR RE CIRCU LATION SYST EM LOGIC DIAGRAMS SHEET 2 OF 5 283 1 -R 600 RECJRC MASTER CONTROLLER 7 t
10 12 13 SW! TCH DEVELOPMENTS ERF RMS CF023Al -OPEN RMS !FOJ1.l.)-OPEN o-- - 10350) 2U5 *P101 2H11 -F-602 2H11-P602 CLOSE NORMAl OPEN OPEN
' R ' 2H11 - P602
~A)*NORM.\L 2831 - HOV f02 3A 2HI 1-P602 ERF RMS IF023Al*CLOSE RMS ff031A I TOOE 2631 - MOV F023A VALVE CLOS.~'"--<Yi---' 1035 1 1 RMS ff03 161 2H 1 l *P602 RMS lrn2HI SE E TABLE 1
- JOG 1 RMS ( F0236 1 LOCATION: 2H11- P602 A~ cro 2 J.1.*~**~ '°~"="'~'-----~.r- MOM(IH ARY CONTACTS !N T0oE 2931 *MOV F023A TOROt.:E PROTECTION STOP 2H 1 1 - Ps o2 'i: LOSE " AND "CPEN
- 283\*MOV SPRING RETURN TO 'NORMAL*
SEE TABLE 1
- JOG 2 F02J~
2631 - MOY F023A VALVE OPENING CLOSE CBH NORMAL CLOSE CB36 TOCE 2H11 - P663A. SEE TABLE 1
- JOG J REACTOR RECIRC PUMP A SUCTION I SOL ATIO N GATE VALVE 2B31-MOV F023A TYPI CAL FOR: 283 1-MOV F0238 Rl02A2 ASDARIJNNING
~ RMS <RI' SYS TE M A CIRCUIT llREAKERl A SEE TABLE l *JOG 4 LOCATJ ON1 2M l l *P609 MOME NTARY CONH CTS I N "C LO SE C83 A"mD '"'CLOSE CBJB-SPRINC RE TU RN TO "NORM AL .
TOOE SEE l ABLE 1 - JOCi 5
)R~;~l~~. l~IE - ~ l ) OHYW(LL PRESS HJGIU RP V WIR LEVE L \ L 0:::_'----f'7\--rJ.-~-l OPEN 263 1 -MOV ' R' 2H 11 - P602 CLOSE C84A NORM AL CLOSE CB48 F031A RMS !RP SYSTEM B CIRCUIT BR E AK ER!
LOCAllojN: 2H11 -P61 I 2831 - MOV F031 A 283\ - MOV FOJIA VAL VE C LOSING MOM[N hfiV COtHA Cl' S lN "CLOSE Cfl~~" A ~ "C l OSF C: R4B.,
~*~-----~ SPR!NG RC:T URN TO ~ OR M AL" 2631 - MOV F031A WEN !NG TORQUE PROTEC TION 2831-MOV F 031A VALVE FULLY CLO SEO 2831 -MDV F031A ~ORE THAN 5t OPEN STOP 283 1 -MOV 2631 - MOV F031A CLOSING TOR QU E PROlECTlON F03 1 A 2BJ1 *MOV FOJ\A MORE lHAN . ~"'--'C"' '"'os""-
' ---- ~ 0Rn1£L L PRESS ttlGtttR~v wTR LEVEL 1 L011 I H '
2831 - MO V F031A fl!LL Y OPEN
~ESTSTATUS L OGICSYSTEMl 5YSTEM1 RPV PRESS LOlrllORY W(LL PRESS H l CH IR~V WATER L EVE L 1 LOW RMS !F031 A I-CLOSE
"..:/2H l l-P617lBI 2H11 -PE.OZ SYS TEM2 ORY WELL PRESS HI CHIRPV WTR LEVE L 1 LOW TES T RMS !F031AJ-~R M AL ZH11 - PE.02 I
STOP MOTOR JOGGING T !MER ZBJ\ - K<!7A RHR IN TEST STATUS LOGIC SYSTEM,. RESET SY STEM! JOGGING TI MER 2831 - K47A I RH.J.SH.1 .~-4 SVSTEM 2 RPV PRESS LOWIORYWE LL PR ESS
~>---"-'-'"-"'-'-'-"-" -'-'-"-'-'-'-'-" ---*
JOGGING TIMER 2B31-K 41A JB I FOR NOTES ANO REFERENCES, SE( OwG . H-24713 G SEE TABLE \ TABLE 1 SYST EM \ RPV PRESS LOW/t:IP.Y WE LL PRESS fl(f .7,SH.6. E-! 11J GH/f!PV WATER LEVE L 1 LOW SUPERSEDING
,; THIS OR.I. WI NG WAS OEYEL OPE. 0 l'llOM G.E.
OW G. ND.?2,,E62S 6A s~r. 1 .R EY . 3 : SHl .2.
, SYSTEM2 REV-2: SHT.3. REV . 3 SCS : ACCt SS ! ON DRAWIN G N0.S- 2E. :JS , S*26 1 39.& S*21,. 14C
,, ,, , REF.l,Sll.l , !l*U RESP ECTIVEL Y.
' CL OSE
~
, 283 1 *MOV ro~1 A P602
, ri '
,,w REF .1.s1q,e.10 MPL NO. 2831-1030 CADOVY ERF A
RPV PRESS L0\11.-t:IFIUELL PR ESS 10201 I SOUTHERN
,, ,, COMPANY H I GKIRPV \llATER l.[V[L 1 LOW
,' ,, r---1
, ' G' "l't>o-oontoinoprop<......,.,cod"'°"'""**od/<><"-"""'"'f<wmot""
o/t "' ' " "'"'io<;o.o/Soull'IOmC~oto/tM*~PorGo<-H;oin._fot
~--~-~~ ;::,,:~ ~ .,..,_~*u:1z':itt;;::: :;,ir~..~!".i,~*~~**"'
I.I, ,.l,\l.l I,, I 2X 75*P101 Vor$lon :4 .0 Oote : 042709 di .. -.ot<h<loM* olon'l'p.ortioohoroor* pr<>htil*d-" REVISED PER EDWIN I. HATCH NUCLEAR PLANT UN!l No. 2 283 \ -MOV FOJI A VALVE O~E NING ASN2040048501J016,V[R.2.0. REACTOR RECIRCULATION SYSTEM 3 14 2~ 3' H 11£$11 LOGIC DIAGRAMS SH EET 3 Of S REACTOR RECIRC PUMP A DISCHARGE ISOLATION GATE VALVE 2631-MOV F03 \ A TYPI CAL FOR: 1283 \ -MOV F03\BI 7 t 10
9lLVZ-H 10 2H1 1- P602 (2-29) SWITCH 2Bl 1-S002A[B] ASDA[B)TRIPWARNING A2H1 1-P602 DEVELOPMENTS
---~----~---------~~ 1 - 1 )[(2 - 1))
(1 -11) (Qj 2831 -S002A[B] ASDA[B]FATN._ FAULT /.'-2H1 1- P602
---~----~---------~~ 1- 2)[(2 - 2) )
_2_83_, __rs_,_o_o8'[
~*~J_ PU_M_P~ '[~*J_u_or_oR_w_"_ o._c_oo_L_.,
_ TE_R_F_LO_ W _LO_w___ -<', 283 1- S002A[B] ASDA[B)PROCESSTROUBLE A2H1 1-P60 2 ( 1-18)[(2 -18)) =~==--~~=====-----~~ 1-7)[(2 -7 ) ) fJ.MJ~PEuc~~c.Vl~R~VS~cKl _,_.,_, __~_,_0_42~*1*~J~RE~Cl-RC~P~U"-'~"-'u_s1_"_'_ ' _o_R_co_'°_EN_ ~_T E_B_ U_I P_ _ _ _ _ LO_u_ -< ,, RMS RECIRC. 8 RUNBACK L ATION: 2H11 - P602 PUS H BUTION MOMENTARY CONTACTS Rt.IS(PUMP A[B] TRIP TEST) - TEST RMS(PUMPA[B)TRJP TEST) - TEST 2831-S002A [B] ASOA(BjCOOLINC TROUBLE
====--~~==~==-----~
0 A 2H1 1- P60 2 (1 -25 )[(2 - 25)] 283 1 ~POO~[B] w 263 1-S002A [ B] AS D A[B] COO LINGFAULT
====--~~==~=~-----~ A 0 2H1 1- P60 2
( 1-26)[( 2-26)] 2H11 - P602 2BJ 1- K74A [ B] 2B3 1-P002A[8) NORMAL (1 - 33) [(2 - 33)]
-Ol )]
11 .0 _2_83_,__ FS_, _o_o*~'l*
~J_ PU_M_
P~ '[~B]_ S_ L _ E<_ CL_OS_EO_ C_OO_U_,,_ w _<T_ER_ FLO_W_ L_Ow_ _ _ _ _ -< ,, 2H1 1-P602 RMS (RPT CHANNEL 1) LOCATION: 2H11-P612 {1 - 28)((2 - 28)] MAINTAINED CONTACTS 2831 - FS N007A[B] PUMP A[B] SEAL STAGING FLOW LOW ( 1- 22)((2 - 22)] RMS (RPT CHANNEL 2) LOCATION: 2H1 1-P61 2 (1 - 13)[(2 - 13)] MAINTAINED CO NTACTS (1 - 16)[(2- 16)] 2H1 1- P602 283 1-LS N040A[BJ PU MP MOTOR A{B] OIL LEVEL LOW (1 -19 )[ (2 -19 )] 283 1- LS N038A(B] PUMP MOTOR A[ B] OIL LEVEL LOW 2831 - LS N039A[B) PUM P MOTOR A[B) OIL LEVE L HIGH 283 1- VBS N04 1A[ B] PUMP MOTOR A[B] VIBRATION HIGH Rt.IS (PUMP VIB RATIO N) -RESET FOR NOTES AND REFERENCES, SEE DWG H- 247 13. G RECIRC.PUf.IPRU NBACK REAC. FEED PUMP A TRIP RECIRC .PUMPRUNBACK SUP ER SEDING REACFE EDPUf.tP BTRIP OPED FROf.4 G.E 1.REV.3:SHT.2. ACCESSIO N RECIRC. PUMP RUNBAC K - 26 139,& S- 261 40 RP\I WATER LEVEL LOW RECIRC.PUf.tPRUNBACK TOTAL STEAM FLOW> SlNGLE RFPCAPACITY MPL NO 2631-1030 ACA02K H24716 RECJRC.P UMP RUNBACK LOW FW SUCTION PRESSURE REC IRC.P Uf.t P RUNBACK SOUTHERN COMPANY A C32 - R600 LOW RX LEVE L/STEAM FLOW , ,;o ...,""*""'""'""P<W'""""* e.miOont>o*. -/..-1.-000 ....-.. ;nforrnotion r,,-,,~ion-,~,,~.O~O~o,,-,6~-=,,~-0~9-l ~~~~~~f:~E:~~;E~7~~~ t<< REVISED PER EDWIN I. HATCH NUCLEAR PLANT UNIT No. 2 ASN204004S501J017,V£R. l .O REACTOR RECIRCULATION SYSTEM LOGIC DIAGRAMS TDOE TDDO SHEET40F5 15SECS 15SECS RECJR C FLOW A(B ] LIMIT 10
L\HZ-H illlQj QEYfl OPMENTS I. AL LEOU IP M[NTANOINSIRUM( NTS AR[ 211! 1 *P6 03 PR £ CEDE0 8 r"IP LNO- 2CI\ UNL£ $S OTHER ~ ! :,E NOTEO. CSLOGICSVS. 1 12ll Nl f lATEO
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- 6 EOUIPM(Nl LOCA! !ON INOEl tELI J .
' R ' 2H1! -P60 J ]. fORLOG I C O IACR AMS *L FC[NQA NO C( N( RAL
~Ol lS . Sf [ R( fL RENCE I.
-B
~~e'i,~~:**~~,.,.,.,, 4. F OR INF"OR !o! ATION ON AL AR"fS . VAL\/[
__JShRT PUMP
- 1 2c1 1-coo1A ----f!J' LOC"l l!<!OIC *TI Nr. I lf.>H R[Q<JIR( u [ *1rs ANO PROCESS lN S1R'lJMENl AllO N R[0UIRl "'EN TS
\lll lCHARE NO ISH OWNON IH(L OCI C
~
SC RAM Q ! SC HARGE yOLUME...J.NB_QARO VENT VAL VE S 2C1 1- AOY F0 10 A. ] Cl OSE2C1 1* '21l l l-P603 0 1AGRA M'S. SE C R(f . 2.
~ND _QRAJ _~ v*1vr _2C 1_1 -AOV _F0 11 _ H E.illL LOR ,_ 2C11 -A OV F035 A. B AOV F0106 ' S. TH(CONT R OLROOORIVEHYORAU LI C
'>' STE M LOGI C OI AGRAl<S HAVE 8CEN 2C1 1 - AOV F0 37 0 11110(0 I N lO lHPEE '1 l SUOS*STC MS
~"'"" ~
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- AOOI HEATER SYSTEM "B~ BECHTEL SOUTHE RN SERVICES INC, FOR 2G1 3-TC N06 2 TY PICAL F" OR: 2G13 - rc N063 T HR U N065 I N D ICATION
~:I
... ,....,.* .,*. ,...., . *... I
' I REFERENCES : NOTES; "
P.l.&O. I l.E. D.
- 1. ~,Ei~r~sEsNTo~~R~~.fE~.s ARE PRECEDED BY MPL NO TITLE 2 FOR LOCATION AND IDENTIFICATION OF lNSTRUMENTS SEE
- 1. LOG!C DJAGRAM S-LEGENDAJllD INSTRUMENT INDEX OR EQUIPMENT LOCATION INDEX (EU).
RMS(RXMODE)RUN GENERAL NOITS. J FOR LOClC DIAGRAMS-LEGEND AND GENERAL NOTES, SEE
- 2. NEUTRON MONITORING REFERENCE 1.
SYSTEM !ED SHT. 1 H- 26992 H- 26993 4 FOR INFORMATION ON ALARMS . V"'-.VE INDICATING LIGHT SHT.2 REOU!REMENTS AND PROCESS INSTR UMENTATION REQUIREMENTS WHICH ARE NOT SHOWN ON TH E LOGIC DJ.4.GAAMS, SEE REF.2. 3 ~J~R P~~g1~~- 1
- 4. RE.l.CTORPROTECTIO N H-24728 RMS{RXMODE)RUN SYSTEM LOGJC DIAGRAM THRU SHTS1 TH RU4 H- 24731
- 5. CONTROL ROODRIVE H- 24717 HYDRAULIC SYSTEM THRU LOGIC DIAGRAMS H-24720 SHTS 1 TH RU 9 H- 2 478 1 THRU H-2 4784 H- 24787 6 NUCLEAR BOILERSYS H-24701 RMS(RXMODE)RUN LOGIC OJAG. SHT. 1 THRU Tl-IRUSHT.12 H- 24712 1 6 J. ~~y C~~INCE~~cc :~~~~~~UJ~ ~~: =~R P~~~ H.
AVERA.GE OF LP R!.I INPUTS 7. DIG!TALINPUTTOERF AP RM Cl-WINEL A JNOP/UPSCALE TRIP HSP COMPUTER SYSTE M 14. ONLY IRM CHANNEL A JS SHOWN, TYP. FOR CHAN NEL 6 T1"RU H. SH.2, A- 3 1.E.O.SHTS150F15 EACH CHANNEL HAS AN INOMDUAL LIGHT.
- 15. ONLY SRM CHANNEL A JS SHOWN. TYP. FOR CHANNEL B. C. & 0.
- 8. ERF MULTIPLEXER ANYCHANNELWILLPR0\1DE INPUT TOTHECOMPUT£RPOI NT.
SYSTEM l.E.D RMS(RXMODE) RUN
- 16. ON LY SRM CHANNEL A JS SHOWN. TYP. FOR CHANNEL 6, C. & O.
EACH CHANNEL HAS AN IN OMOUAL LIGHT.
- 17. COMPUTER INPUT C1569 IS FOR !RM TRIP AU~JL.lAAY UNIT A ON LY. THEOTHER lNPUTS ARE:
T T UNITE C157J BC1570 FC 157 4 C C1571 G C1575 0 C1572 H C157S RMS(RXt.!ODE)RUN
- 18. ONLY ONE TIP CONTROL UNIT CHANNEL A lS SHOWN. FOR Cl-WINELS B. C. & D. SEE TAB LE 9 FOR COMPUTER DIGITAL INPUTS/OUTPUTS.
APRt.I CHANNEL A !N OP/UPSCALE AlAA 19. FOR OETA!LS ON TIP CONTROL UNIT ANO INDEXING MECHANISM REFERTO INSTRUCTION MANIJALSS-52 170 ANOS-5 1775 RESPECTJ\IELY
- 20. THE NEUTRON MONITORING SYSITM LOGIC DIAGRAYS KAVE BEEN RMS{RXMODE)RUN OMOEDINTO ( 4 ) SUBSYSTEMSASFOliOWS:
A STAR T-U P RANGE NEUTR ON H- 24724 APRM CHANNEL A INOP/UPSCALE M.AA. MONITORING SYSTEM H- 24725 B POVER RANG E NEUTR ON H- 24722 MONITORING SYSTEM H- 24727 C STAR T-U P RANGE / INTERMED IATE RANGE DETECTOR DRIVE CONTROL SYSTEM APRMCIWINEL A SH. 2, B- 2, C- 2 D TRAVERSING IN-CORE PROBE NOT BYPASSED SYSTEM NMSLOGICFORCRD 21. ERF COMPUTER INPUT 1132 IS FOR SRM CHAN NEL A ONLY. T1"ts HYDRAULIC SYSm.4 COMPUTER INPUT IS NOT APPLICABLE FOR THE lRM CHANNELS A. 6,C,0,E, F.GANDH. EF. 5, SH.2, F- 1, THE OTHERINPUTS ARE: SRJ.ICHANNELB11JJ SRJ.ICHANNEL C1134 SRMCHANNELD 11 35
- 22. ERF COMPUTER INPUT 1136 IS FOR SRM CH.AJllNEL A ON LY. THIS COMPUTER INPUT ts NOT APPLICABLE FOR THE JRM CHANNELS A.
B,C,O, E, F,G ANOH APRMCHANNEL A THE OTHERINPUTSARE: SRMCHANNELB1137 BYPASSED SRMCHANNELC1 140 SRMCHANNELD1 14 1
- 23. PLANT PROCESS COMPUTER POINTS P1500 ANO P1501 ARE COMMON FORALLFOURCHANNELS A. B.C,ANOO.
LOGIC lN PUTS FROM CHANNELS 8, C, AND 0 ARE SIMILAR TO THOSE FRO M CHANN£L A S£E TABLE 9 ON OWG. NO. H- 24786 FOR TIP CORE TOP ENABLE ANO TIP POSffiON PULSE ENABLE COMPUTERlDNOS.FROMEACHCHANNEL. LPRMCOU NT CIRCUIT APRMCHANNEL A INOP FSAR FIGU RE NO. 7.6 - 5 (SH EET 1 OF 8) H 2C51-K 615A POWER RANGE NEUTRON MO NITOR CHANNE L A RMS ( APR M CHANNELS BYPASS SELECTO R ) TYPICAL FOR 4 MPL NO. 2C51-1030 SOUTHERN COMPANY A REO!lt.WN PER EOWINl.HATCHNUCLEARPLANTUNIT No. 2 ABN94-000B-00 1. NEUTRON ML°o~lc°RJ~A~rii'J'EM (NMS) SHEET1 ore H-24722
'I 10
' I LP Rl.INEUTRONflUX REF.2,SH. 2 APRM CH A UPSCIJ..E/STP/8YPASS SH.1,E - 7 l>PRM CH A INOP/8YPASS SH.1,G- 7 APRM CHANNEL - LPRM INPUT TYPICAL N'RM CH 8 UPSCALE/STP/9YPASS SH.1,E-7 APR M CH 8 FLOW UPSCAlE/INOP APRM CHA APRJ.I CH A DOWNSCALE SH.1,FS APRM CH 8 INOP/BYPASS SH.1 ,G- 7 APRM CH B DOWNSCALE SH.1,F5 APRM CH C UPSCALE/STP/B'YPASS SH.1,E - 7 APRM CH C DOWNSCALE SH.1,FS APRM CH C INOP/BYPASS SH.1,G - 7 ROD Wlll1DRAWN BLOC K A(B)LOGIC APRMCHO APR!il CH D DOWNSCALE REF. 5 SH.2. f-1,
) SH.1,FS APRM CH 0 UPSCALE/SW/BYPASS SH.1,E-7 Af>RM CHA APRMCHA INOP/UPSCALE/STP ALARM
) SH.1,E-7 APRM CH 0 INOP/BYPASS SH.1,G - 7 APRMCHB APRl.ICHB INOP/UPSCALE/STP ALARM
) SH.1.E7 RSM CH A UPSCALE/BYPASS 2H11 - P60J APRMCHC h
~
L __-<f? J '" SH.5,8 - 5 APR M CH 0 FLOW UPSCALE/INOP INOP/UPSCALE/STP ALARM SH.1,E- 7 RBMCHA!NOP/8YPASS PROCESS SH.5,E-3 APRMCHD COl.!P/OOA INOP/UPSCALE/STP Al.ARM SH.1,E-7 RSM CH 8 UPSCALE/BYPASS SH.5,8- 5 APRMCHA INOP/UPSCALE/STP TRIP SH.1,D-7 RSM CH B INOP/9YPASS SH.5,E - 3 APRMCH6 APRMCH6
) SH.1,07 INOP/UPSCALE/STP TRIP APRM CH A FlOW UPSCALE/CO MPAR/TO~
NMS LOGIC FOR CRD HYDRAULIC SYSTEM
.J'lfJOCHC APRMCHC INOP/UPSCALE/STP TRIP
) SH.1.D-7 APRMCHD INOP/UPSCALE/STP TRIP SH.1 , 0-7 APRM CH 8 FLOW UPSCAL£/COMPARIT~ APRl.!CHA APRM CH A DOWNSCALE/BYPASS
) SH.1,F-5 APRM CH 6 DOWNSCALE/BYPASS SH.1,F5 APRM CH C FLOW UPSCALE/COMPARIT~ APRM CH C DOWNSCALE/BYPASS SH.1 , F-5 ROD WITHDRAWN BLOC K LOGIC APRM A (CH A FLOW) INOP REF.5,SH . 2,F 1, 8- 9. G-1 APRM CH 0 DOWNSCALE/BYPASS "--'
SH.1 . F-5 RBI.I CHA B-9,C-9,0- 9,E-9 N'RM CH D FLOW UPSCAL£/COMPARITffi DOWNSCALE TRIP/BYPASS SH . 5,C - 5 APRM A (B) LOOP A & B R8t.ICH8 FOR NOTES & REFERENC ES SEE DWG . H- 24722 REC!RC FLOW COMPARED AGAINST C D DOWNSCALE TRIP/BYPASS NUS LOGIC FOR CRO HYOAAUUCS SH.5,CS APRM A (CH B FLOW) !NOP F- 5.G - 5. H- 5 FSAR FIGU RE NO. 7.6-5 (SHEET 2 OF 8) H NMS LOGIC A (B) FOR CRO HYDRAULIC SYSTEM MPL NO 2C11-1030 APRM DOWNSCALE TRIP/BYPASS LOGIC APRM A (B) LOOP A & B FOR CRD HYDRAULIC SYSTEM SOUTHERN COMPANY A RECIRC FLOW do<.""'"'°"""'"'" ""'JM'Ori"'Y.
"Ill;, _ _ _ o!S..,....,,Campo"J"' """"""li<ll* t,_
,_... . . .~
ond/ot """"""'"'
<Ii--* . . -loo. .
COMPARED AGAINST C D
~~~~~~c-1~t=:-~~"""'"~~~~~of of * ..,.""""" looowof .. pr<lli~1od."
REDRAWN PER EDWIN!. HATCH NU CLEAR PLANT UNIT No. 2 ABN 94-0008-001. NEUTRON ML°oNJ!c°RJ~A~ RS:JlEM {NMS) SHEET20F8 APRM A FLOW: TYPICAL FOR APRM 8, C & D H-24723
'I 10
10 11 12 13 2C51 -R!S K601A SW! TCH
~
!RM CH A ONSCL TR IP SRMl l RM ROO WITHDRAWAL BLOCK LOGIC !RM CH A D*I DEV~NTS UPSLL IH I P RMS <IRM'" ..C.E . G BYP>SS"""'S
- SH.6.8*6,C*6,E-6.>*6 IRM CH A BYPASSED 2H11-P603 ~
~M~*-~-----~---------
Y sP RMSI REAC MOOE l-RUN
,/-"\.2H11-P603
,-.{ii) / P-eP LAN Cl6\0 T PROCESS l=zt=S=l*=Rl~SiKG~O~°'~:::>-~l~RM~C~'~'~"~'S~C~L~>L~*=R*:.__~FJ--,
B*J \. / CO '-IPUTER C1611 SEE NOTE 1 ~ s;;;--;-;;;:;~'-_R.RM~SC'IROO:E>~C_'"°""D~E.>.:1*:"""'"---!Sf--1 SH NOTE 1 J / ...._ ALAR M
~ 'R[f. <,51<.<.H ~C MODE>*R"' 15?} A UPSCALE
!RM CH A BYPASSED RMS ( IRM CHANNELS 2CS1-RIS K61)1 A IRM CH A IRM RAN/_j( SW lN POSITION 1 A,C . E.G BYPASS!
RPS TR!P LOGIC 2Hll-P606
~ 2CS1*RISK601A JRM CH A UF~CL ALARM LOCATION: 2H11-P603 MA!NTA!N( O CONTAC\S IRM CH A PUSM BUTTON JOYSTlCI<
BYPASSED JRM CH A BYPA<;S(O 2C51-R I S K601A ]RM CH A !NOP RH.4,SH.1.H-2 8 J *2 B*l 2C51 -R 1S K601A i~~C~H T~ J p ALARM 2~ RMS l !RM C!1 ANNE LS 2H11*P603 12*211 a.o.F.H BYPASS! L OCATION : 2111 1 -P603 MA INTA INED CONTACTS
!RM CH A SRMl]RM ROD Wl THORAWAL BLOCK LOGIC PUSH 6UHO"I JOYSTICI<
ONSCLTR!Pl~ IRM CH A BYPASSED
!RM CH A ~~
SP ALARM BYPASSED 2H11 P603 C2 JOJ ( ~ IHRu J 5 R[F.4.SH.4,J *8 RMS( REAC M.ODE l -RU N lRM CH A SP UPSCL TRIP
'----""H 2C51-RIS K601A INTERMEDIATE RANGE MONITOR I NG CH*NNEL A:TYPJCAL FOR CHANNEL B . CHANNEL C. CHANNEL D. CHANNEL E. CHANNEL F. CHANNEL G. CHANNEL H RMSCREAC MODi l - RUN ltrr -~ . SH.4.J-8 2C51-RISK601A
~ --~~ ASS~-
!RM CH A UPSCALE AL M ~ _,,------------
2C51-AIS 116D1A !RM CH A OO llN SCALl \RIP
~J.tS(REAC z==DT~HA (RM CH E BYPASSED
) RPSRH. .SH.*. J*S MOOE I-RUN 4 !RM CH A 6YPAS~ED
~:i:~---1\?I.--..:
2CS1 *R!S K601A !Bl ]RM CH A JBl !NOP
> >--- 2C51 *RlS*.It 6016 lRM CH B OOWNSCA ..~TR!P 2C51-RIS K601B
~~-~.---* z=:-~ IRMCHB 1_ --,,-,-
RPS y - . ~. =.; BY PASSED IZ ~SSEO *---lx'>--<-J ) Rrf.4,$H.4,J*8 / c
!RM CH A !Bl 2cs1 *R!S K601C !RM CH DO"llN SC A:..E TR ~ PI
-!Zlf---1
~,---A~~ --~ BYP~*S~SE:'.'.D_ _ _
~~f:~CH C
) A*l 1 >-BYPASSED RPS RMS(~EAC MODEl*~~~- f'V'I. . .
2C51 *RIS K6010 lRM CHO OO "llN SCALE T~t? ~>~~~*~***~~~**~ . J~**)/----~
;-~-*JRMCHD *-
~---)!~ASSED
!RM CH C IOI 2C51 *RIS K601E IRM CHE OOWNSCALE TRIP SUPERSEDING y-----~~E:'.'.D_ _ _-f><1_-J ~ !RM CH E TH I S DRAlllNG WA S lll~l:.LOPEl) FHOM G.E.
!RM CH E 729 63 1 6 BYPASSED ~~r_:_"._S~~- --l><C-._, r:rlNG ~~\,. E sc s1 ACCESSION OWG.
1 5"" S -28698 2cs1 -R!S K601E (FI IRM CH E IF J I NOP 2 5 S - 26699 2C51 *RlS KGOH
~*--=>------- 2CSI *RlS K601F !RM CH F OO llN SCALE TRJP <
3 5 5 5*28700 S-2870\
~~*~~RM CHF 5 S S-28702 2CS1 *R !S K60 1E CF! I RM CH E IF J
~ ~ ~ :~~~6~
~----[8J---
UPSC AL E TRIP Ol 2H I I *P603 IRM CH £ IF 1 L ____ _£:_l_==--::; IRM (H G ',
- - - - - - - - , , BYPASSE0'._ _ _ -1)<'.f-_,
- 2. --- -~~11 ~~s~ MPLN0.2C51-1030 CADO H24724 A
2C51 *RIS K601H !RM CH H UPSCALE ALM SOUTHERN C*J ')-- COMPANY y-=---.-*11~~,.,~.~ -~ ---i)(f----1
!RM CH H JRM CH G IH: ~~~~l~R~"~C~MO~D~E>~*R=UN::__ _--{"J-- -
~-~*~! ~*"~~"~"~':.____ _ _-{>(}---.
J RM DOWNSCALE TR IP BUS A AND BUS B I RM UPSCALE Al_ARM BUS A AND BUS JRM UPSCALE TRIP/INOP BUS AIBI 10
10 11 12 COMPUTER C!606 RPS RMS! RE AC MOO[)~UN R"'5 1RE.&C M00£1 - RUN
, 2Hl! -P60J REF . 4,SH.4,J-8 SRM ROD WITHDRAWAL BLOCK LOGIC 2C51-RIS l600A SRM CH A SAM CH A I NOP
' '2H1 1 *P606
~H.(;, f-3,M-3 SEE MO TE 16 2H1 I -P606 SRM Cl-I A 8'1'PA.SSEO Iii SP '- / B~l'ASS 2Hl 1 - P603 LIGHTS A lotS ISRM CH A, 8. C.
B VPASSl -B'l'PASS ._ C ~ 2fH1 -P603 RM S lSRH CH A, B, C, D BVPASS> SRM CH A DOWNSCALE LO CATION : 2 H1 1 *P603
!o! AI NTAlN[O CONTACTS 2H11 - PG QJ L ICH TS PUSH BUI ION J OTSf!CI<
2CSI - RIS ll600 A SRM CH A INOF
~-----' ~
Al.ARM 2H1 1 -P £.03 1 2-1]) 2 CSI - AIS 11.DOOA SRM CH A UPSC*LE ALARM ~ 0*1 SR~ ROO 11 ! T11DR.\lllA.L BLOCK LOGIC SRM CH A Rf.TRA.CT PERM
~
SP
~~ tM B 8 TPASSEO
~-
.l L AR'-1
?fll I
- f>li 03 12-22) 2CS1 -AIS llGOOB SRM CH S !NOP r*B.G*l .H-8.H) ' 2H1 1 -P60 3 SAM CH A BYPASSED B*l SR"1 R OO II I THORA WAL SR"1 Dt:TEOOR 2C51 -RE N001A SEE NOT[ 16 SRM CH A UPSCL ALM BL DL K L OC IC
~ !:._L~ REMOVEO FRQlrit CORE
~ ) Pl[f~:.~H.4,H _R_°'_<RE_<C_* _ _O_OE_<_*R_U_N_f)(f~-
2HI 1 -P603 LIGHTS
.., ) lff:U.'iH. 4.H ~~5
- RUC MODE J-RUN 2C5 l -FUS '- 6 00A SRM CH A UPSCL ALARM SP
~--f ~~~lss SRM CH A REAC PERIOD f- -(c1601 2C51 -AIS K600C SRM CH C lt>IOP RPS SEE NOT( 15 Rli<!Sf REAC MODE 1-RUN llCr .... s~.4.H 2CS I -RI S 1t 500C Sf!M CH C UPSCALE AL ARM 0*1 SP SAM CH A U"SCL TRIP SRM CH A 8YPAS S£0 RMSCREAC MOOE l -RUN RPS TRIP LOGIC ' 2Hl l -P603 REI . ~,SM. 1 A* J. B*I , C*I ' 2H '1
- P603 SRM Cl-I A BfPASSE:D SRM CH A. UPSCL ALARM 2CS1 -AIS K6000 SFlM CH D !NOP !N I TIALLOA.OING "- / UPSCALE TR I P OUTPUT SEE NO TE 16 lLAR~l
{ / UPSC .. L[ lNQP TRIP SRM CH A INOP 2C51-RJS K600A SRM CHANNEL A:TY PIC AL FOR CHANNEl,_Jl. CHANNEL C, CHANNEL D ~ -":>_R M CH A BY_P_.S_SE_D_ _ ,-,n_ __. RMS(R(AC NOOE I - RUN SRM UPSCALE ALARM OR INOPERAT l VE I RN ABOVE RG 2
~--------<Yl---1 2 CSl *RIS 16 00A SRM CH A O'<SCL TR IP c
2 5 i -RIS KG OOA SFM CH A RETRACT PERMl$S!'JE
~-'"'--'-'-.::...C:::.CC:.:.C...:::C.:..:::.:..O:...-i SRM CH A BYPASSED B*I 5 ~ '4 Dt TEC rGR 2C5\ -RE NOOI ,._
~:_~ INSERTED IN CORE
~SRMCHA8YPASSEO
~ ~_5!~ CH B BYPA SSED RMSC REA.C MOOE I - RUN ZCSl *RI S KSOOB SRM CH B REAC TOR PERIOD !RM ABOVE RC 2
~ --- --- * ~
ZC)l - RI~ f.KGOOB~ RM CH B RETPJ.CT PERM I SSI 'JE SRM CH B BYPASSED G SUPERSEDING ZCSl*RIS K600C SAM CH C REACTOP PERIOD JI.HS ()Rh j,lo (, llA :i L.I L> f ~ Jr._ u r' F* *~ G.E. ( *I ORA'lllNG NO . 129[6316
~ AO . S':S ! ,i.CCESS!ON OWG. NO, 1 5 '5 *.:: e- 6'l8 2 5 S -281:> 99 SRM CH C 8YPi. SSEO J 5 5 -2 81 (10
~ 5 s -2s ro1 5 5 5-28 102 ZC 5 l *RIS 1<. 6 00C SRM CH C R(lAACf PEAMlSSJYE ~ 4 5-H, ~ 7';
r s 2H11*P603 s- :nn o ~ ZCSl -R IS K6000 SAM CH D RE.A CTCJl PER IOD lC~l -RIS ll>OOO SRM CH 0 ONSCL TRIP H ! 2-JU B*I ) ll t4 DE TECT OR '2C51- RE NOO I C
~~'~_c<_ IN_ S_ER_IE_O ~IN"...::COo:R=.Ervt.~-
,., SRM CH 0 B YPASSED
~*-"-"-'-"-'-'-'_ P*_s_sE_o_--0<1-.-.f
~~~ M C HD BfP.&SSEO MPLN0.2C51-1030 CADO H24725
------{XI-.,
RPS RPS RMS (RE .t.C MOOE 1 -RUN IRN i'BO'IE RG 2 SOUTHERN..\. RMSI R[lC MODE t-RUM ) flEF.~.511.4.J-8 ) ~- COMPANY RH.*.SH.4,J*I lCSl -RIS !\6000 SA~ CH 0 R(IRACT PERM I SSIVE
~-- -------
SRM PERI OD SRM DOWNSCALE
'5Rt.4 DrTEC":'OR 2CSI
- RE N0010 FlJ LL Y INSERTED IN CORE EDWIN I. H,._TCH NUCLEAR PLAN T UN!T No.2
~.8 . D*J N£UTRON t.IONITORINC SYSITl.i (~S)
RPS
) f!(f.t,Sf! .... J-8 ~!:4s"""""-'.::"°:o'"-'"'*R,_,u::..* ______.J91~-'
CADD/L.£8 SRM DETECTOR RETRACTED WHEN NO T PERM ! TTED 10 12
' I
SW I TCH LPRM DETECTORAONSCL TRIP
.>-T-+---{><J-__, ~,',\i{;'of,'c', 11 DEVELOPEMEN T
~ESUE;ig:0fLBUMX 1 1 L PAM DETE CTOR B ONSCL TRIP 0 RMS l RB MCHA 88 BYPASSl LPRMOETEC TORCONS:L TRJP
="--"=-'-'-'-'-'--'-"'--'-'---(c)-+~'---f>(J---1 USEFORRBM AVG OF I L OCATION : 2 H11-P603 MA[NUJN[Q CO NTACTS NEU TRON FLUX ' PUS H BU TT ONJOYSf!CK
')U~
- RMS{RB M CH .A MANUALR ESET)
RB"ICHADNSCL l~PRM D£TECTOR A ONSCL TR I P CSE '°' AVG OF e8' 11 (R6MC rl -6MAN UAL RESET) LOC ATIQN:2r!ll
- P608 MOMENTARY CO NTACTS PUSHBUTTON I " """
NEUBONFLUX 2H11 - P603 LPRMDETECTORBONSCLTR lP US EFORRBr.I 11 N£LJ1~gNo~ LUX RBMC H .A .APRM REF . SIGNAL ONSCL TR I P I LPRM DETECTOR c DNSC L TRIP
====-'-'=:...:.C"----"">-~---1--vl~--I NEu1~8N°~LUX USE FOR RBM I I
LPRMDE TEC TO
- e NSCLTR
- O IP O USEA~COR0FRBMI NEU TRON F' LU~
ALn, COMP UTERC1 6 19 RBM Cfi A ONSCL TR I P 1BYP ASS
'"" "°' LPRM INPUTS TO ROD BLOCK MONITOR CHANNEL A AVERAGING CIRC UIT ; TYPICAL FOR CHANNEL B
~ <ODA INDICA TES THE LPRM FAILED OR BYPASSED<
RBM CH AB YPASSSED RBM CHAU PSCLTR) P/BYP ASS RB l-ICH Al NOP RBMC H BUPSC L TR I PISYPASS AH2H~ RBMCHA INOPIBYPASS OR INOPERATIVE RB M C!IA,t..PRMREF . S I GNAL DNSCL lfH P I RB MCHB INOP/BYP ASS CHANGE ROD BLOC K TRIP CiRCU ITREF. 5.£ 1. POJNTTO RMS I RBM CH ,t.. a 8 8YPAS$ )*8YP ASS L O'o' lfo!l f'SETPOlNT RSM CH A PERIPHER AL ROV S ~ LEC TEO
~~BONSC L TCl!PIBY .~ASS
~
RB M CHAUPSCL TR !P IBYPA SS LOGIC FOR NORMAL ANO I NTERMED I ATE RBMC H BUPSCL TR! P I BYPASS TRANSFER.RSM CHANNEL A;HP FOR CHANNEL B FOR NOTES & REFERENC ES SEE owe. H-24722 RB~ Crl A INOP18Y PA SS
~H MPL NO 2C51-1030 SOUTHERN COMPANY A
RBMCRABYP ASSrn ROD BLOCK MON I TOR <R BM> CHANNEL A:TYP I CAL FOR CHANNEL EOWINl.HATCHNUCLEARPLANTUNIT No.2 NEUTRON MONITORING SYSTEM (NMS) LOGIC DIAGRAMS SHEET50F8 H-24726 7 I
10 11 12 13
~H_*_*,_*_.,_s<_o _~ xf---...
IRM CH A BYP.\SSE D 2C5 1 *K602A IRM RANGE 2C51 *K602A I RM RG SW ABOVE RG 2 S WI TCH JN POSIT I ON 1 2H 1 1 -P60l 2(~1-RIS 1!:601A JRM CH A ONSCL TRIP 2 '"*'*"' >------~~ 2C5 1 *1(602C !RM RG SW ABOVE RG 2 [RM CH E BYPASSED
~
~ -*-
!RM DETECTOR 2C51 - RE N002B
~** D*D FULU INSERTED IN CORE 2C51 *K602E I RM RG Sii ABOVE RG 2 2H11 *P60J 2C51 *RIS K&OOB
~H B Uf>SCL~M- *- IRM CH C BYPASSED 2C51 *RIS K600B !RM CH B !NOP 2C51
- K602G I RM RG SW ABOVE RG 2
~-* -
2cs 1 -K602B IRM RANGE 5111 1 TCH IN POS! T!ON 1 I RM RANGE SWITCH ABOVE RANGE 2 2C51 - R I S K6 00B JAM CH B ONSCL TRIP FOR SRM CHANNE LS A 8 C : TY PICAL F OR
~.l, C*l )-'-____:_.::._:_::.:.::___:_~~
CHANNEL S B B D
~
~ -- -
' )' WITHDR AWAL BL OCK AI BI !..OCIC
) - 1 R£F .s. S11.2. e -m-11)
IRM CH F BYPA SSED
!RM DETECTOR 2C51 - RE N002f
~ >-'-"-' -'-'"-"-*_1,_0_1N_ co_**_ _,Xr ---I
~~ CH
- a_**_*_s_s< _o_-1(81 2CS1-AIS K600f I RM CH f UPSCL ALM 2~.t. S ftM CH A IJPSCL ALM 511.J.M
~-- -----i lCSl *RJS KGOOf I RM CH F I NOP SH.J,.l. *3 2~~--'- -----i 2C5 1 -K602F I RM RANGE
!JIM ABOVE RC 2 :: I 1r~;,~; P05_l _~N_*_ _ - FOR NOTES AND REFERENCES . SEE DRAWING H-24722.
~--{)(}--- 1 FOR SHEET 5 of 6 SEE DRAWING H24785 2C5 1 *R I S K600F
~2:.CO:J*ll_.)---------1 SUPERSEDING THIS ORA-. JNG WA S O[V [ LOP to FROM G. [ .
DRAWING NO. 729£6318
.fil!L R[V, SCS I ACC ES S I ON OWG.
~~ IR M CHABYPASSED 1 5 S- 28698 2CS1 *RIS 1600A 2 5 S*2869 9
~ 3 5 5 -28 100 4 5 S -21:1101 2C5 1 *1(602A ! RM RC SW ABOVE POSITION 7 5 5 S
- 28702 6 4 S *16H5 7 5 5*28 70 3
~I RM CHCBY P ASSE D L-":.~-
2C51 -1(602C I RM RC SW ABOVE POSITION 'I 2H l \ -P603 MPL N0.2C51-1030 2C5t K602£ IRM RC SW A80V£ POSITION 7 SOUTHERN COMPANY A
~~ ( R M CHGBYPASSE D SCAN.N.£0. VERIFlEOBY..J!a.. EDWIN I. HATCH NUCLEAR PLANT UNIT No.2 2C51 *K602G I RM RC SW ABOVE POSITION 1 REVISEOPER ABN9-'- 0008-001 2C51-RIS K600C - - -- - - NEUTRON t.!ONITORINC SYSTIW (N.NS)
SK. 4 , 8*7 2Hll *P603 SRM/IRM ROD WITHDRAWAL BLOCK LOGIC A;TYPI CAL FOR LOGI C B CADD/L£B BgT JAS CS 10 11 12 13
NOTES SCRA M CHANNEL Al 1. ALL EOU!PMENT ANO INSTRUMENTS ARE PR ECEOEO BY MPL N0.2C71 UNLESS ALARM ZHll - P60J 11-0Jl OTHER WISE NOTED. Sl!.J,HTOG*l 2C51 - R!S K600A SRM A TRIPPED 2* FOR LOCATION AND JOENTIFICATION OF 2C71- POS - N006C l SVRP-1 I TURSI NE STOP VAL VE ZN11 -HO F036C LESS THEN 901 OPEN INSTRU MENTS, SEE INSTRUMENT INOEX OR EQUIPMEN T LOCATIO N INDEX ~Ell l.
<SEE NOTE Sl J. FOR LOGIC DIAGRAMS-LEGEND ANO GENERAL ISVRP-2) TURBINE STOP VALVE 2N11-HO FOJ60 LESS THEN 90 1 OPEN NOTES. SEE REFERE NCE 1.
ALARM 2H11 -P603 !1-03) 4. F OR INFOR~tATION ON ALARMS, VALVE INDI-CATING L!GHT REOUIREMENTS AND PROCESS I NSTRUMENTATION REQU I REMENTS WHICH ARE 2C71 - PS NOOSA TURBINE CONTROL VALVE 2N11-HO F011A FAST CLOSURE EHC PRESSURE LOW NOT SHO WN ON THE LOG I C OIAGRA MS, SEE REFERENCE 2. tS EE NOTE Sl 5. THESE SIGNALS ARE NORMALLY JlJMPERED EXCEP T DURING CORE ALTERATIONS OR SHUTOO W'N MARGIN DEMO NS TRATIONS. 2C51 -RIS K600C SRM C TRIPPED
- 6. XX - XX IS IN REFERENCE TO A CON TROL
"'""'" '"""" - n ROD NU"48ER . THERE ARE 1J7 CONTROL RODS.
SEE ORAWING H- 2760'3 FOR ROO NO.
~ DES I GNAT!ON,ANO ROD GROUP AND SET ARRANGEMENTS .
2C11- L S N660A SCRAM OISC\1.VOL UME WTR. LEVEL 7, THERE IS ONLY ONE ANNUNC I ATOR WHICH IS ACTIVATED BY ANY ONE OF THE 137 CIRCUITS.
- 8. DEV I CES USED !N TRIP SYSTEM A ARE 2C1 I -LS N660A SCRAM DISCH. VOLUME WTR. LEVEL DOWNSCALE IOENrJF!EO BY L ErTERS A, C.E,G. ErC . fHOSE JUMPER !NSTALL£D USED IN TRIP SYS.B ARE B . D . F .H . ETC .
TR I P CHANNE L LETTERS 2C11 -L S N013A SCRAM DISCH.VOL UME WTR - L EVEL HIGH - -,,-- - ---;;--aT Bl B 8 F A2 C 8 G B2 D 8 H I SOLAT I ON LDG!C SHALL BE 'f"AIL SAFE', I .E. RMS l CRO SCRA M 0 l SCH. VOLUME H !CH WTR. LEVE L BYPASS l -BYPASS !SEE R[F . l. LOGIC SHALL BE DESIGNED TO I N ITIATE 2H 1 1-P603 RMS CREACTOR SYSTEM MODEl-REFUEL ISOLATION FU NCT IONS WHEN OE -ENERGIZED. GENERAL MOTE 6 > 2 SECS. RMS ! REACTOR SYSTEM MOOE I -REFUEL / RMS <R E ACTOR SYSTEM MODEl-STAR T IHOT STANDBY R 2Hl1-P603 H11-P603 MS c REACTOR SYSTEM MOOE l - SHUTOO WN INITIATE REACTOR MANUAL SCRAM CHANNEL At 10. ONE RESET SWI TCH SHALL 0 USEO FOA BOT H TRI P ALARM 2H11-P603 (1-04) SYS TEMS A ANO B ANO SO ARRANGE D THA T ONE ACTUATION OF THE SWITCH WILL RESET AL L SCRAM PILOT VALVES lA 8 B! IN GROUP 1 AND 2621 - AOV F022A I NB OARD MSIV NOT FUL L Y OP EN RMS (REACTOR SYSTEM MODE )-S HUTOOWN pROUP 4 AS WELL AS SACK-UP SCRAM VALVE A . VALVE .:S: 90 l OPEN A D I FF ERENT ACTUATIO N OF THE SWITCH WILL RESET AL L SCRAM PI L OT VALVES !A 8 8) IN ALARM.2H11 -P603 ( 1-36 l GR OUP 2 AND GROUP 3 AS WE LL AS BACK*UP 2621-AOV F 0 28A OUTBOA.RO MSIV NOT FULLY OPEN SCRAM VA L VE B. THE RES ET SWITCH SHALL BE SH.4,C-2 SO CONSTRUCTED THAT REACTOR PROTECTION SYSTEM CHANNE L S A2 8 62 ARE PHYS I CALLY ALARM ZH l 1 -PGOJ ( 1 -04 l I f--~-i SCRAM CHANNEL Bl SEPARATED FROM CHANNELS A1, 81 , A3, Ii BJ, GROUPS 1 8 4 TRIPPED 2c11-sv r110A 1 1 . MA I N STE AM L I NE ISOLATION VALVE CLOSURE 2821-AOV Fons INBOARD MSJV NO T FULLY OPEN REF. 11.Sll.1.0-4 TR IP SHALL BE ARRANGED SO THAT ANY ONE STEAM L!NE MAY BE ISOL ATED IBY FULL SCRAM CHANNE L 82 CLOSURE OF IT'S !SOLATlON VAL VESl AND TH E GROUPS 1 8 4 TRIPPED I SOLATION 'IALVE F OR ANY ONE OTHER STEAM (NOTE 17 l LI NE CAN 6E CLOSED ( MORE THAN 1Ol l VALVE :S 901 OPEN Wl THOUT CAUSING A RPS TRIP . REACTOR AUTO - SCRAM SCRAM CHANNEL A1 TRIP CHANNEL Al LOGIC FOR THE "TURBINE STOP 'IALVE CLOSURE " GROUPS 1 8 4 TR I PPED RESE T GROUPS 2 8 3 TRIP SHALL BE ARRA NGED SO THAT CLOSURE OF 3 OUT OF 4 STOP VALV ES WILL CAUSE A RPS TRJP,PRO'llS!0"1 SHALL BE MAOE TO AL L OW CLOSUR E OF ONE STOP VALVE <FOR TEST SCRAM CHANNEL A2 PURPOSES l WITHOIJT CAUS I NG A TRIP OF EITHER H*'3 GR PS 1 84 T P TR I P SYSTEM A OR B.
- 13. TR I P CHAN NELS FOR THE 1"URBINE CONTROL VALVE FAST CLOSURE/RIP SHALL BE DERIVED 2H11-P921 FR OM EHC SYSTEM PRESSURE LO W.
- 14. EACH MAIN STEAM LINE RADIATION MONITOR 2B2 1-P I S N678A REACTOR VESSEL PRESSURE MONl TORS ALL FOUR MA!N STEAM LINES .
THIS SIGNAL !S APP L ICABLE FOR REACTOR MANUAL SCRAM CHANN EL Al ON L Y . THIS SIGNA L ALSO STARTS MO TOR OF CRD 2621-l!S N680A RPV WATER L EVEL 3 SCRAM TIME MONITOR RECORDER . H I GH LEVEL BYPASS NSTRUCTED THAT STEM CHANNE L S Y SEPARATEO REACTOR AU TO- SCRAM TRIP CHANNE L Al RESE T GROUPS 1 8 4 RESET PllRT OF REACTOR MANUAL SCRAM UTILIZES GROUPS 1 8 4 FOR CHANNELS Al 8 A2 WHILE GROUPS 2 8 3 ARE UTILIZED FOR CHANNELS Bl 8 B2 . REAC TOR MANU AL SCRAM CHAN NEL Al TYPICAL FOR: CHANNEL AZ SE E NOTE 8 CHANNEL 8 1 NOT ES CONT. ON H- 24729 CHANNEL 8Z FOR REFERENCES . SEE owe. H-24730. REF' 12 . s~.1.ct-7 SUPERSEDING THIS DRA WING WAS OEVELOPEO FROM G.E. DRA WING NO. 761E533
- SHT.1 , RE'l.6 ,
REACTOR MANUAL SCRAM SHT.2 , REV.6 , SHT.3 , REV.6 CHANNE L Al SCSI ACCESSION DRAWING NO. S-25 105 . RES ET GROUPS 1 8 4 S-25106,AND S - 25107 RESPECTIVE L Y 2C51-RIS K601A
!RM A TRlPP(Q Rff.12.SH.J,8*8 lNI TJATE REACTOR AU TO- SCRAM CHANNEL A1 FSAR FIG URE 7.2- 1 (SHEET 1 OF 4)
MPL NO. 2C71-1030 A
~~!~~~~ ~~NUA L SCRAM RESET GROUPS 2 8 J GROUPS 2 8 3 SHTS.283 SOUTHERN COMPANY 2cs1 - RIS K601E
~."':;.':.:'~~on~n;.,:~z,;~~f":"!;\,~/;rt~* ft~"~t:=1~ n RMS !REACTOR SCRAM RESETl-GRO UPS 2 8 J ~--~--_, : :1=: %..i~r:;:-~*th~:::::i..°ooa;;~~~;:~b~~ion~~~~ o1 d;.....,.,;root;on, 0<d;oc1o"
- olo..,.portion"ertool ;t j>f0h;blltd."
REACTOR PROTECTION SYSTE:t.4 LOGIC DI AGRAMS SHEE:T 1 OF 4 REACTOR MANUAL SCRAM CHANNEL A1 REACTOR AUTO-SCRAM CH ANN EL Al TY PI CAL FOR: CH ANNE L AZ D-11 SEE NOTE 8 ~~!~~~t ~1 7 t 10 13
13 6ZlVZ -H SCRAM ~~l~~~ EL 4 Al MA l N STEAM L J NE [SOL . VALVES "A
- NO T FULL Y OPEN SWITCH NOTES DEVELOPMENTS CONT . FROM fl-247 26 1 18 . ERFCOMP UTE R INPUT 1 02! ISFORAU i OIMAN UA!..
SCRA M ~~l~~~E L A AIN S TEAM LINE ! SCL.VALVES "S" NO T FULLY OPEN SCRAMCH ANNELA1 ONLY . IHEOTHER!N PU TSARE : REACTORSCRA."IA AUTO/MANUAL SCR AM CHANNEL A2 1022 PLAN T AUTO/MA NUAL SCRA M CHANNEL 81 I 03~ AUTQ/MANUALSCRA!o!C HANN ELil2 1035 Pi<OCESS ~ VY 19. ERF COMP UTER JNPU T 1023 !S F' OR AU TO/MANUA L SCRA M CHAN NEL A1 ON L Y. TH[OTHER!NPUTSARE 1 AUTOtr.!AN UA L SCR AMCHANNELA2 1024 RMS (REACTOR MANUALSCRAM TR IPCHANNELA 1l AUTO!MA NUALSCRAMCHANNELB1 1036 RMS !REAC TOR MAN UAL SCRAM !RI P CHAN NEL A2) AUTO/MAI. UAL SCRAM CHANNEL 82 1037 SCRAM ~~l~~~ E L A 2 4 AlN S TEAM LINE ! SCLV ALVES 'Cl" NOT FUL LY OPEN L 0CA l [0N<2H1 l *P60J PUSHBUTTON , MOMENTARYCONTAC TS, LIGHTEO SCR AM ~~l~~~ El 4 SIMA[ N S TEAM LINE !SO L. VALVES ' A " NOT FUL L Y Of'[N REACTOR SCR AM B PILOT SCRAM VALVES SOLENOIDS 2C11-D001- 11 7 [118 1< XX-XXJ-GROUPS 1 8 4 REAC SIDE 1: GROUP 1 -TYPICAL OF 1 8, GROUP 4 - TYPICAL OF 1 6, <SEE NOTE 6 I ~ VY RMS!REACTORMANUAL SC RAMTR1PCHANN EL6 1 J RMS <REACIOR!-4 ANU AL SCRA!-4TRl?CHAN NE L B2 ) L0CATION<W11 *P60J PUSH BUTTON , ~QM[ ,~TARY CONT ACTS ,L !GHTEO CHANNEL Al 181 l CROUPS 2 8 ~ REf .1 1.SH. 1. f - 1 SCRAMC HANNELA2 SH. l ,B
- 4 TURS CO NT V"LVE FAST CLOSURE EHC PRESS.LOii SCR AMCHANNELB2 "J
GRO UPS TURB CON T V AL VE FAST CLOSURE Ei'tC PRESS.LOii P I LOT SCRAM VALVES SOLENOIDS 2C11 -D 001-117 1118 1 <XX-XXl-GROUPS 2 8 3 REAC S IDE 1* GROUP 2-TYPICAL OF 15,GROUP 3-TYPICAL OF 19, <SEE NOTE 61 P L ANT R"IS <REAC TOR SCRA MRES ET > PROCESS LOCAT ION:2H1 1-P60J M O~NURY CONTACTS IN 'GROUPS 1 S 4
- 2H(1
- P~0'} [P61 1) ANO'GROUPS263 "
SPRING RETURN TO "'NORMAL "
' TURBI NE STOP V ALVE "ll "<901 0P[ N SCRAMC HA NNEL A2
~:2H11 -PS1 1 F IRST ST AGE TUR8 PRESS H I GH r 28X EOU!VAL ENT REACTOR POlr'ER I SH.l.H SCRAMCHANNELB2 RMS tREAC TOR AUTO SCRAM TRIP CHANNEL Al )
RMS IRE ACTOR AUTO SCRAM TRIP CH ANNEL A2 ) SH.1.9 *4 LOC ATICN 12Hl1
- P609 2Hll-P610 RMS I REACTOR AU TO SCR AM TR IP CHAN NEL 6 1 l R"IS IREACTORAUTO SCRAMTRIPCHANNELB2J L OCAT ! 0N t 2H11 - P6 1 1 PILO T SCRAM VAL VES SOLEN OID S 2C 1 1-0001-117 (1 18 1 <XX-XXJ -G ROUPS 1 8 4 REAC S I DE 2: MAINTAINED CONTACTS KEY REVOVAB LE IN "'N ORMAL " ONLY GROUP 1-T YPICAL OF 16,GROUP 4-TYPICA L OF 17 , <SEE NOTE 61 211(1*P;09 tP 6 1 1 l R1'4S (CRO SCRAM DISCH .V OL HIGH lt' HER LEV EL BYPA SS>
LOC ATION 12H1 1 - P603 FOR REFERENCE S, SEE 0\IC . H - 2~730. MA l NU 1NEO CONTACTS SH . 1, J *9 KEY REMO\IABLE JN "'NORMAL" CNLY REf". 11 ,SH.\.H*1 a J*1 CHANNE L A2 l 62 I GROUPS 2 B ~ SUPERSEDING TH IS OR AW1N G "'A S OEV£ L OPEO FRO~ G. E. DRAlr'! NG NO. 76 1 E5J~ , SHT. I , RE V . 6i 2 PI L OT SCRAM VALVES SOLENOIDS 2C11-D00 1 - 11 7 1118 1 CXX - XXl-GROUPS 2 8 3 REAC SIDE 2: ~~Ji 4(c~~~i8~ soi~AJ1NG AJj';~*2S1 os .
$*2S l 06ANDS -2SI07RESPEC1!V E!_ Y GROUP 2-TYPICAL OF 18, GROUP 3-TYP IC AL OF 18,CSEE NOTE 61 RMS(RCOSCRA MTEST-U - Xl()
TYP I CAL OF 1 37-IONE FOR EACH ROD ! SE T I 1QTY 3~ ! ~ HI TE SET2 !OiY3 41 8LACK SET3 IO TY35l REO SE T 4 IOTY 3q BL UE (SE ENO TE 6 ! LOC AT ION12f.11 1-P6 10 TOGGLESlll TCH . MAI NTA lNEOCONTACTS . FSA R FIGURE N0. 7.2-1 ( SHEET 2 OF 4 l MPL No. 2C71-1030 ~ H24729 I
. ~PLA'OI SC RAM CH ANNELB I TUR91NESTOFVALVE "A "<<:01 0f' [ N
~~~~~~~~~~~~~~~>---'
~PROCESS SOUTHERN COMPANY A
~~H11 -?61 1 F"lRSTST ACETURBPRESSHIGH ( 28l!;:OUIV AL E NTRE AC TORPO\IE Rl RECIRCPUMP CIRC UI T 3RE~~ RS JA S 3B SCAN NEC.\IERJflEDBY ___.ifil_
EDWIN I. HATCH NUCLEAR PLAN T UNIT No.2 REVlSEO PER ABN 96 -004 7-001. REACTOL'bcii~ob~f~~~ttsSVSTE ~ SHEET2o f 4 RPT SYSTEM CADO/ MB 10-502 H-24729 7 ( 13
' I 2D 11-RISK60JA WJN STEAi.i LINE RAD11.110N 2H11-P600 WJN STEAM LINE RAOll..llON REFERENCES 2D11 - RISK60lo'. TRiPINOPERATTYE 2H11 - P6% lilli LOC I C DIAGRAMS - 2 .1. 2 1
- 1030 H-24700 LEGEND .I.ND CENER.1.LNOTES.
201 1-RISKbOJB WJN STEAi.i LINE RADLl.TlON 2H11 - P606 2. RE.l. CT PROTS YSPBID 2C7 1*1010 H-28 00 1 J, NUCL E.1.RBOIL ERSH 1 H-26000 MAIN SlEMI LINE RADIATION 2D 11-RISK60JB TR:PJNOPERATIYE SYSF'B IO SH2 H-26001 2 H11 - Pf>03 H*26189 11 -05) 2H 11 - P6 06 2H1 1 -P603 2H11 - P603 4. RE.l.CRECIRC SH1 2831 - 1010 H - 26003 ( 1 - 0B ! (1 - 07) SYSP8!0 SH2 H-26004 2D 11-RIS K603C MAIN SlEAM LINE PADIATION SHJ H - 26005 2H1 1-P606 5. COlflROOORIVE SHI H- 26006 WJN STEAi.i LINE RAD11.T10N SYSP810 SH2 H-26 007 2D 11 -RISKG03C TRiPlNOPE RATf\/E 2H11 - P606 6. NE IJ TRON MONI T SHI H*26992 SYS ! E:O SH2 H*2699J
- 7. PROCESSR11.0 2D 11-RIS K6030 WJN STEAi.i LINE RAD11.T10N MONl l SY SPB l OSH 1 20 11
- 1010 H-21'>01 1 IEO $H2 H - 2 6012 2H11 - P600 lEO SHJ H-2 6013 WJN STEAM LINE RAD11.TlON JED SH 4 H-26 10 7 TRiPlNOPE RP'.TNE 8. TU RBSCENAUX H-21242 SCRAM CHANNE L A 1 TURB INE CONTROL VALVE F AST SYS I EO TURB CLOS URE EHC PRE SSURE LOW V.l. LVES
- 9. NUCLE .l.RBOI L ERS YS H- 24701 LOG I CO l .1.G SM 1 THRU STAGE1 UR81NEPRESSUREH1GH THRU SH 12 H*2H12 EOUJ VALENT RE ACTOR POWER )
SCR AM CH ANNELA2 10. RE ... CTOR RECIRCSH1 2831*1030 H-247 13 SYSTEM L OGIC SH2 H -2 H1 4 Ol.1.GRANS SH3 H
- 24 7 15 SH< H-24716 SH S H- 2476 0 SCRAMCHANNEL B2 REAC TOR MA NUAL SCR AM \ I* CONT ROD DR I VE 2C11
- 1030 H-247 17 HYOR AULf CSYS. THRIJ SH.1.0-11 LOGlCOl.1.GSH 1 H*24720 THR U SH<J H
- 24781 THRIJ H
- 24 78 4 rs STAGElURBINEP RESS URE H! CH H-2H81 2 EOU I VALE NTREACTORPOWERl H- 24122 SCFW.tCHAN NELB2 12 . ~6~rn0~l~gNi~ H*Z47f1 SCHAM CHANNELA1 RE ACTOR MANU AL SCRAM SH. 1, 8*4 )--'==-=-"""-"""--'"'------.-~ S11 . 1.H1 THRUSMS ~ :~g~ D 1J . GE22.1.1J000All ...R S*25706 r tR S STACE TURB I NE PRE SSURE H IGH PL.I.N T REQUIREMENTS EQUI VAL ENT RE.1.ClOR POWE R >
SCR*M CHAl'tNEL AZ RE .... CTOR MANUAL SCR AM 14 ....NN UNCHTOR S I GNAL S TOlSC J . E. O. NS4 L 0G IC
- 15. DI GITAL 1NPUTSIGNALS2X75 - 10 10 H-26288 70(RFCOMPU TER SYSTEM l .E.o.
SHEET120F IS SCRA M CHANNE L Al SCRAM CHANNEL Al TURBINE SlOP VALVE ' C" <901 OPE N !RMA/AF'RMATR I PPE O 16 . ERF"i.t.JLTIPLEXER 2X75* 10 10 H- 26158 SH.\,A -4 SYSTEM 1.£ . Q , SC RAM CHANNE L Al SCRA"4C MANNE L A I fU RBINES TO PVAL VE i> * <<JO I OPEN I RM E/APRM E TRIPPED SCRAMCHANN ELA 2 SCRAMCHAN NEL A2 TU RBINE STOP VA L VE "A -< 90 1 0PE N I RMCJAPRM C TR !PPED SCRAMCH ANNE L A2 SCRAMCHANNELA 2 H!RS l NESTOPVALVE-o!"<901 0PEN !RM C/AP RMETR IPPED SH. ! ,J*4 511 .1.s-z 2H\1
- P603 2H I 1 *P603 ( 1
- 09l
( 1 -03 ) SCRAM CHANNEL8 1 I RMO/APRMBTRJPPEO
~
SCRll.MC HANNELBI TIJR81NES TOPV ALVE "A"<'}01 0 PEN I RMF/APRMF TR I PPED SCRAMC HANNELB2 I RM O/A?R M O TRIPPED FOR NOTES , SEE owe . H- 2 47288H-247 29. SCRAMCHAN NEL 82 IRM H/APRMF TR l PPED SUPERSEDING lH ! S OR .l. \llmi W.1.S DEV EL OPE D FROM G. E. REAC TOR NEUTRON MONITORING SYSTEM TR I P OR.l. ll!N G NO. 76 1ESJJ, SH .1 , REV. 6: SHT.2, REV.E.:SHT.J, REV.6:SCS I SCRA M CHANNEL 82 TURB I NE STOP VALVE "6. <90 1 OPEN .l. CCESS ! ONN O. S*2S105 , 5*25106.1.NO
$H . 1, S*l 5*2!) 107RES PECTCVELY .
FSA.Fl F l GlJ RE N0 . 1 .2 -1 (SHEET J OF* > SCRAM CHANNE L Al REAC TOR AUT O SCRO! CROUPS 1 B ~ SCRAMCMANNELB I REACTORAUTOSCRAM CROUF'S2B3 MPLNo2C71-1030 ~ H2 ..730 I SCR.l. M CHANNEL Al RE.l.CTOR ~UTO SCRA M CROUPS2SJ PLMH PROC ES S scR ... M CH.1.NN EL 62 RE.l.C TOR .l.UTO SCR AM CROUPS 1 84 2Hl 1 - P603 (\ - 18) SOUTHERN COMPANY A SCRAMCH .1.NNE LA2 RE.l.CTOR .1. UI O SCRO! GROUPS 1 84 REAC TOR.l.U TOSCRA M GRO UPS283 EOWlN !. HATCH NUCLEA R PLA NT UNIT No.2 REACTOR.l.U TOSCR.1.M GROUPS2 83 R EAC TOtorii~oi~fJ~~~SSYST E M SHEET3o f 4 C.l.DD/LE B 10-502 H-24730
'I 10
WlQi SCRAM HANJIE .I.I Ofyf! OpMfNTS SH.1,[ *) SCR AM CHlNll(LA2 ,
~O!SCHA.RGE VOLUM(HlGHlEYEL T l'llPBYPASS RMS !ACCUMULATOR TEST-iX - U l Tlf"IUL Of IH IUNl HJH tA Cll ROOl SCR AM HANH Bl SCRA~SCR* HDJSCHJ&RGEYOLU~KLCHLEVELTRLPBY PASS SH.l.[ *J SEE NOTE 6 LOCAT I OH 12H21 *f>012 !TYP Of '81 FOR SETS 182 LOCAT I ON12H21*P003 (TYPOF691FORSETS 3 8 4 PUSH eurroN, lolOM ENTARf CONTAC TS SCRAM AHN£LB2 SH.1.H RMS <RPI svsrn-i A OPERUION) l 0CH I ON:2Hll *P609 M,\J NLAJNCONT.l.CIS l([YREM0YA8LE I N111~Al ' ot<<..Y 2Cl1
- SYF040COl l A fROMHUCTOR MAHUAL SCRAM
- !ET-2C11 - SY F009 COil J&
RMS <f.11'1 SYSTEM B Of>(RATlONl SH .1, [-1 :::~TO:; ~c:;!o61'1ou~A~ REF. 11.Sll.l . H LOCJ&TION: 2H 11 -P611 MAINTA.I N CONT.I.CT~ l\EY REMO VJ&BL[ Ill -.. OR M>-~
- ONL Y FROM REACT OR MANOALSCRAlol
~~:~TOR ~c~ . . ~0 6Rou:"~: ,n-2C11*SYF040CO I L 8 SH.1.l *f RErUEL ST AR T/
SHUTOOWN " ' f ! 1 r 1 1 o r SUNllRY 0-'"" 2Cl l*SY F00':1COJL8 A 2HT 1*P603 R(CIRC .PUHP 28 CIRCUIT BRE AKER lB -L OSS Of PO WER (1-3)) SCRAM DISCHARGE VOLUME VENT a DR AI N P I LOT VALVE RMS CREJ&CTOR SYSll H HODE i LOCATION *2Hll*P603 MJ& INTAINEOCONTA CI S 11.E YRE HOYABLl Ill ANY POSIT I ON RPT $..!_STEM A OUT OF SERVICE OR LOS S OF CONTROL POWE.R I RMS I ACCUMULATOR T(ST XX-XX )-TEST
- 2fi2 - PO l 2 <S(( NOTE 61 l 2(:11
- 0001 -12'3 4XX*XXl AC CU MUL ATOR LE VEL H lCH
!:::: i'Sfi NOTE61 REC1RC .PUMP2J&ClRCU!TBREA KER4A *L OSSOf'PO WER ~:2K\IP603 1
- ------ ---- ----- - --- - - __ )
2C11 -0001 -130 <XX *XXl ACCUMULATOR PRESSUR( LOW REC l RC PUMP TRIP SYSTE M II LOSS or CONiROL POW£R
~ 2H11-~Q]
FOR NOTES. SEE owe. H-2H28 8 H -2412'3 - fORRff ER ENCES. SfEO WG. H-2 4~ REC!RC.PUMP28CJRCU ITBREAK[R4B*LOS?0F' POWER _
' ' SUPERSEDING R"'S ! RPT SYSTE'°' B OPEIU,TIONl-RPT SYS.B INQP. ' R ' 2H11 - P611
L --- - --- -- - ---- - - ---- - - --- -- - - - - - -- - - - - - __ __ __ 1' RECIRCPUMPCIRCUIT SCRAM ACC UMUL ATOR L OW PRESS. /HIGH L EVEL ALA RM SET N0. 1 I TYP I CAL l HIS DRAWING 11 .1.S DEYELOPEO FRO M G.[. BREJ..~ERS 4.l 8 48 , ,, OF 34 l OR.l. WlH G NO. 761ES33. SH.T . REY.6 : SIH.2. OIEV.6; SHI.), REV 6, SCSI
~-"-----Q!;j-"--{!)R 2H11 *P611 TYP I CAL FOR:SE T N0.2 IT YP. OF 34 l -2H21-P021 ACCESSIQNNO . S.?SIOS, S*25106 AN0 S*2S107'1ESPECTIVfL Y.
SET ND. 3 I TYP.QF 35 1*2H2 t *PDD3 SET NQ . 4 <TYP.OF 34l-2H2\ ~ PQ03 BECHTEL JOB65 11 GAI THER S8U l'IG. R14S lRE.l.CfOA SYSTE M MOOEJ
- SHUTOOWM SOUTll[RN scnv tCES I NC.
FOR RM!'. !RE.lCTOR SYSTE "' MOOE !*REFUEL 2Hl1*P60] RMSC REJ&CTORS YSTE "4M00El*STARTIMOT STA N08Y 10-5 02 H- 24731
~--------~ERF SWITCH NOTES
[1051] f-------1 OPEN 1 ALL EQUIPMENT ANO INSTRUMENTS ARE DE-ENERGIZE DEVE i OPMFNTS PRECEDED BY MPL N0.2E11 UNLESS ISOL VALVE LOGIC SYS 1 [2) SV (F065A) 2E11 - AOV F065A OTHER'MSE NOTED FOR 2831-MOV F031A,8 SH.6,F- 6 2. FOR LOCATION AND IDENTIFICATION OF START RESET INSTRUMENTS.SEE INSTRUMENT INDEX OR EQUIPMENT LOCATION INDEX (ELI) 0 3. FOR LOGIC DIAGRAMS-LEGEND ANO GENERAL NOTES.SEE REFERENCE 1
- 4. FOR INFORMATION ON ALARMS.VALVE f-------1 INDICATING LIGHT REQUIREMENTS & PROCESS
~~I ~~~~l~I F065A -CLOSE CLOSE 2E1 1-C002A,O 8,C] RMS ENERGIZE 2E11-AOV INSTRUMENTATION REQUIREMENTS WHICH SV (F065A) F065A ARE NOT SHOWN ON THE LOGIC DIAGRAMS.
LOCA~ON: 2H11-P601 PUSH BUTTON SEE REFERENCES 2 & 3
- 5. THE RHR SYSTEM LOGIC DIAGRAMS HAVE BEEN MOMENTARY CONTACTS Dl\t"IOEO INTO TWO (2) SUBSYSTEMS AS 2E11-C001A,C 8,0) FOLLOWS 510,H - 6 SUPPRESSION POOL ISOLATION VALVE 2E11-AOV F065A TYPICAL FOR* TI1l.L MPL NO DWG.NO H-24732-33 2El 1- AOV F065B,C,D H- 24735 - 38 2E11-MOV F017A (B] B. RHR SER\t"ICE H- 24734 WATER SYS H-24738 SH.2,H-2 2E11-MOV F006A VALVE FULLY CLOSED ' R
/
2X75- P101 6. THE CONTROL SYSTEM AS DRAWN SHOWS SYSTEM 1. THE OPERA TING SEQUENCE AFTER REF.11,SH.t,D-3 RPV WATER LEVEL 1 LOW OR HIGH DRYWELL RMS (F004A)-OPEN PRESSURE SIGNAL IS AS FOLLOWS CONDITION A PLAN T ON NORMAL AUX.POWER PUMP - C002A STARTS NO DELAY PUMP - C002B STARTS NO DELAY Rff.\1,SH.1,E-3 STOP ~~~ ~888~~1 RMS C002C PUMP - PUMP - C002C C0020 STARTS STARTS NO DELAY NO DELAY ALARM 2E11-MOV RMS C002D 2H11-P601 3-08) 2E11-MOV F048A [8] F004A LOCA ON: 2H 11-P601 VA LVES SH.7.C-7 2H11-P601 MOMENTARY CON TACTS SH.5,B-1 ~OPENS AFTER REAC LOW PRESS.PERM
~P;l~1oi::EtNRN "START" F015A OPENS AFTER REAC LOW PRESS.PERM TO "AUTO" CONT.COOLING-CLOSE IF OPEN 2E11 - MOV F053A(B] MAIN TAINED CLOSED SH.S,D- 5&E- S FD16A 2E11-PIS N694A ORYWELL PRESS F021A RMS (F004A)-CLOSE F028A 2H11-P927 F024A
~61~AMO~ F~J~~A[n] CLOSE 2E11-MOV F027A SH.4,B-l & D-2 F004A HEAT EXCH .VALVE F068A-CLOSES ( IF OPEN)
SER\t"ICE WATER PUMPS C001A,8,C,D STOP IF RUNNING 2831-MOV F031A CONDITION 8 PLANT ON STANDBY DIESEL POWER REF.1 0,StU
&i~EE:ft*~OTE RHR PUMP SUCTION GATE VALVE 2Ell-MOV F004A TYPICAL FOR* ~~~ !rn~g~l RMS F065C SET TIME DELAY 6) 2831-MOV F0318 2El 1-MOV F0048 ,C,D RMS F0650 DE\t"ICE REF10,SR3 LOCA ION:2H11-P601 MAINTAINED CONTACTS PUMP - COD2A 2E 10 SECONDS 2821 - PIS N690A KEY REMOVABLE IN "OPEN" ONLY PUMP - C002C 2F O.SSECONDSORLESS PUMP - C0028 2G 10 SECONDS R£f.11,SH .\,E-J 2E11-MOV F017A B PUMP - C0020 2F 10 SECONDS 2E11-PIS N694C DRYWELL PRESS SH.2,G-3 &: H-2 2E11-MOV F028A B F021A [B) 2821-PIS N6908 VALVES - SEQUENCE SAME AS CONDITION A 2H11-P925 SR4J- 1 & J-2 REf.11,SH.l,f-J SER\t"ICE PUMPS - SAME AS CONDITION A ALARM 2H11-P601 3-02) ALARM 2H11 - P601 (3 - 14)
SK7.B-7 SH.7,H-~
- 7. SYS.1 CKTS.& EQUIPMENT ARE SHOWN 2621-PIS N690C SYS.2 CKTS.& EQUIPMENT ARE IDEN TI CAL EXCEPT CORRESPONDING EQU IP.NO ..
Rff.11,SH.l,f-J SUFFIXES ARE AS FOLLOWS 2[11 - MOV F015A 8 SYS.1 - A & C 2821-PIS N6900 SH2.B- 2 & C-4 SYS.2 - B & D 2H11 - P926 REf.11,SH .l ,f-J ALARM 2H11-P601 3-02) ~FOO<Al RMS F004B
- 8. AUXILIARY RELAYS & OE\t"ICES ARE NOT SHOWN ON THE LOGIC DIAGRAM EXCEPT WHERE RMS F004C NEEDED TO CLARIFY THE FUNCTIONAL SK7.B- 7 RMS F0040 REQUIREMENTS LOCA ON: 2H 11- P601 RPV PRESS.LOGIC SYSTEM I TYP ICAL FOR: [SYSTEM 2] SEE NOTE 7 MAINTAINED CONTACTS 9. MOTIVE PWR FOR PUMP SHALL BE SUPPLIED KEY REMOVABLE IN "OPEN" ONLY FROM SUSSES AS SHOWN IN NOTE 6 DRYWELL PRESS./RPV WTR LEVEL I LOGIC SYSTEM I TYPICA L FOR: [SYSTEM 2] SEE NOTE 7 11 THE RESIDUAL HEAT REMOVAL SYSTEM SHALL BE DESIGNED IN ACCORDANCE 'MTH REF.14 (SEE REF.1, ' /
G 2X75 - P101 12.TIME DELAY IS 10 SEC. FOR 2E11-C002A.B GEN NOTE 6)
& 0 . 0.5 SECONDS OR LESS FOR
/
2E11-C002C. SEE REF. 1 NOTE 6 2H21-P230,1 [2,1) ' / G LOCAL TOOE 2E11-MOV F007 A B (SEE (NOTE 9) NOTE 12) SH.5,A-5 NOTES CONT'D ON H-24734 FOR REFERENCES, SEE DWG. H- 24 733 2T41-8003A.8 8002A.B) Rff.8,A-10(A-7] RMS (BUS 2E2,2F2 SYS 1) BUS 2G2.2F2 SYS 2 -TEST 2H21 - P230,1 (2,1) SUPERSED ING 2H11-P617 [8) THIS DRA'MNG WAS DEVUOPED FROM G.E DRAWING N0.729E630BA, SHT.1 , REV.6; SHT.2. REV.4: ANO SHT.3.REV.6 SCSI ACCESSION NO. S-26096, S-26095, AND NORMAL BUS 2A START PUMP SX - 24255 RESPECTIVELY 28 AUX PWR AVAILABLE 2E11 - C002A MPL NO. 2E11-1030 ACA007 A (NOTE 6) RMS BUS 2A) (BUS 26) -TEST ' / R LOCAL 2H11-P617 (8]
/ ' SOUTHERN COMPANY
' R
/
2H11-P601
/ '
REV. PER ABN-H03592, VER. 1.0 RESIDUAL HEAT REMOVAL SYSTEM LOGIC DIAGRAMS SHEET 1 OF 7 RHR PUMP 2E11-C002A TYPICAL FOR:2E l l-C002D CA.OD/MB [ 2E11 - C002B,C] 10-502 H-24732 7.0
' 'II /
2H l 1.P617f9 1
~ REFEREN CES 2E11
- MOY F015 AIBI
-DEVEi Op MF NTS H ').----------IX\-~..j RHR IN TEST STATUS SYSTEM 1121 ALAflW 2Hl1 *P60112 *04 1 T Tl TL E
'\ . SYSTEM 1121
~~*
TEST I. LOGIC OIACRAMS* 2A21-1030 H -2 47 00 DRY \IELL PRE SS. HIGH/RPV 'llTR-LEVEL 1 LOW LEGENDSCENERAL 2Hll -P6!1191
' /
NOTES C 2H11-P6 17l81 2- RHRSTSP81D 2E11 -1010 H-26014
- d* l. RHRS(R YI CE
'llATERSYSP8 !0
'"' H-26015 H*210J 'l ~ -
r 28 31 *MDV F031.L ~ 11£F.10,SH.l.G-61H '61 ~. REAC RECIRC H-26003 SYSP 8 10 SH2 H-2600"4 H-26005 12 Ell -~~FOlSB I SYSTEM 2 ! S ot.AT!~ SICNAL S. CORE. SPRAY 2E2! 10 10 H- 26018 283\ *NOV FOJ1 SYS P8! 0 IU.1 0,SH.J.G-tilH-61
- 6. RC IC SYS 2[51 -1010 H* 2602J P&IO H-26024 RHR!NTESTSTATU S LOGIC SY STEM 1 121 RHR IN TES T STATUS LOGIC SY STEM 1 TYPICAL FOR * !SYSTEM 21
" REAC aLOC*PL T SH 1 S[RYIC[ WA TERS H 2 SYSP 81 0 H - 26050 H-26051
- 8. SAF[CUARDCOU!P.
CMERCENCY COOL[NC SYSffM P810 9 . NUCLE.AR BOI LER SYS H - 2"4701 LOGIC OIACR'-MS OPEN
'I SHEETS 1*1 2 THRU H-24712 2[11 -MOY 10.REACfORRfCI RC H - 24 71)
F0 15A SYS LOG IC OIAG THRU SHEETS 1 *S H- 24716 8 H-2H60 1 ! . CORE SPRAY SYS. H-2473'3 LOGIC OIACRAMS THRU SHEETS t *l H- 2414 1 12, HPCI SYSTEM H - 24H2 LOGIC DIAGRAMS THRU SHEETS l -8 H-2"47 4'3 0 t 1J.RClCSYSlEM 2E51*1 030 H- 2"4750
-f LO CIC DIAGRAMS SHEETS1 *8 THRU H- 2"47 57 .:~~ ~ ~ 14.CE22A298'l ELECTRICAL EOUIP.
S-25J7J .,:,,~ f1:~ 2E11 -MOV F015A SEPARATlONFOfl SAFE GUARD SYSTEMS {~ ;~'f ~ 15.NUCLE:.AR BOILER SYS.PBID,SH.1 2821 -1010 H-2Et000 SH . 2 H-260\)t
- ~~M ;,~~ NS4 I SOl YAl..VE \Et,HPCI SYS.
SH.) H-26\8'3
;, LOG I C O I Y.11 2 1 P81D.SH.1 1[ 4 1 - 1010 H* 26020
~ SH.2 i L~ ll(f.9,SH. 4.0-41"._.I SEE UBLE 2131 CLOSE ~,--;-~ H- 26021 2E11 *MOY SYSTEM 1.E.O.
*~*,~~ E F015A 18.ANNUNC]ATOR SJCNALS H-2 6159 TOTSC LE .D.
r_-~
~-
$:, 19 . 0lCITAL INPUT 2X75 - 1010 H -2 6164
*~ 11-ttllV FOO!I VALV FULL Y OSEO SIGNALS TO THE ERF H-2 6 165 COMPUTER SYS TEM
~- l;~ 1.Lo. SHTS2 , J,4,130F 15 H-26166 H-26189
~IOSE
-.;)-,:
- ~**
2 B)l -PI S HU'lA 2HT l -P601 20. ERF CLASS 1[ TO H*24552 I
*'-'*Ir i-3..M*
Rf> Y PR£SSORE LOW NON CLASS IE DIGITAL ISOLATION SYSTEM SHTS 2 , J , 4 ,8 SOF6 H-24553 H-245 5 ~ H-245 55
\"*'
.: ;f 2831-PIS N61'0
'~~~
~~~c
*c
,_,.,,,Ei)
~,
2E11-MOY F015A VALVE FU LY CL OSED 2E 11-NCJY FO i U YALVE CLOS INC FOR
- OTES. SEE°*
SYSTEM 1 121 RPY PRES SU RE LO'll OPEN SUPERSEDING SH.LE *! 2E1 1-MOY F017A LOPEOFROMC. E. PRESS.HICHIRPY ltlTR LYL. 1 LO'll Slil. I . ll:EY.61
.J, R[Y .6 5CSl S*2 60'l 5 . '-ND SYSTEM 1121 RPY PRESSURE LOii SH. 1.H CA I Tll[RS BURG, MARYLAND H SOUTHERN SERVICES INC.
2£11 -WOV F017A FOR CLOSE I " - -- - - - < 2E1 1*MOV F017A RHR LPCI I NJE CT I ON OUTBOARD IS OL ATION ANGLE GLOBE VALVE FOR: 12E 11 - MOV F 0 17B I I NOTE 6 l H- 2 47' 3
-~
10 11 12 13 tCQNT.F"RC"' ~- J4n2 J 1 '\ . EHF COMPUTER INPU lS OOCU ABO 006 1 AR[ FOl'l 2E I 1 * ,,\,01/ FOf>SA ONl~ . Tli [ oniER INPlJTS.l.R[t 2lt' - J\. 0Vf065fl 0052 J\.N0 00 53 2(1 1 .1. 0 11 f (l65C 0062 Ii.NO 006} 2[\ 1 *AOV f 06'i0 0?5 ~ ,!.NQ 0255 2[ 11 ..0V F004ol VALVE rULLY CLOSED \5. ERF COMPUTER INPUT$ mm~ All O 0005 ARE FOR 2(1 I *AOll rOOJA CN~t . Tt! E OT!iEP I NP UTS J\.R[1 RMS IFl19Al - OPEN 2[ 11 *MOV roo~s 021}4 JI.N O 0205 t r006AI OPEN 2 £1 1 *MOV cr;,H11
- P601 2£11 -MO V r119A
~~ :rn8Ml RMS j FQ06C>
2[11 -MOV roo~ r. 2E 11 *MOV fOO<L1 000!;. O~*~G ANO 0007 J\.Nrl 0207 F006ol. RWS 1~ 0060 > 2H1 1 -f>601 L0Cill0N,2H11 *P601 Efif COWPU T[R INPU TS I ~ 20 .t.AO 1 421 .lR[ 2£11-MOV F1191. VALV E CLOS!NC MA lNT.L I NED CONHCTS FOR 2(11 *COOU ONL Y- - HE OTHER ! NPur s ARE: ZE1 I -MOii FOO&A VALVE CLOS INC 10260 1 2r::1 c:.crn 1J;: ;: ;.:;,:; 1 ~2 3 2£1 t -C0 02C 1 1 2~ um 142!.' H~i-Mov 2El I -C0020 1 ~26 ANO 1 ~2 7 2£11 *MOY FOOf>A TORQUE PROTECTI ON
=~~=~=~==~~*-<
I """ 2£11
- WOY NO TE 17 2E11-111ov F 119A roRouE PRO TECTJON,_ __ _ ._ 11 F'119ill I
- 17. ERF' COMPUTER INPU TS 0 ')1 0 ABO 001 1 .lRE F006* F'OR 2£1 ! -MO'I F'00611 QN l V. Tl-IE OT'1ER I NPlJT S .t.RE.:
2E I 1 -AOV FD068 0210 H~O 0 2 1 I 2EI 1-AOll FOOGC 0012 ANO 001}
~ !rnH~l 2Et1 - AQIJ f0060 '.l21l AND 0213 RMS !F015A J
-"'°v R~ !FOT58l 18. ERF COlol"UTER INPU TS 0032 .lSD OOH ARE LOCAT\ON:Z'111 *PE01 FOR 2E1 1 ronA ON LL T~E OTHER MA!NTA!NEO CONTACTS lNFIJTS A.RE:
ll(Y REMOVAB LE 2E 11*lolOV rone 0250 ANO 02 51 I"' ~LOSE"ONLY 2E11 -~v r o15A OOS6 J\.l'O 0051 2(11 - MOV F 0758 0256 At-0 0 257 RMS *F006.U - CLOSE CLOSE EP.F CCM.....:T~!! r rn~'JTS HHl AE!O 14 11 .. RE 2(11
- MOV FOR 2E1 I *C001 A J r4L Y. "HE c r ,,~R :NPUTS F006* APE*
2£1 1 -COOtB 1 A1 2 ANO 14 1 l 2£1 1 -COOi C 111 ~ ~"l l) 1 4 \ <; 2£11 *COOi D l ~1 b J.NL . ~* l ZE.11 - MCIV F006A VALVE OP( NJM(;
~~ !E88l~:&l LOCATI ON *2H1 l -P601 ERF COMPUTER lNPUT 5 0040 .t.NO 0041 ARE MAI NTAINED CONTl.t:: TS FOR 2E\!-MO'I FQ16A 0Nl1. Ttl E OTliER l(E'I' FIE ~OVABLE IN "it, lJTO " INPUTS ARE::
2£ 11 -MOii ro1&e 021 4 ANO 0215 2E l 1 *MOV F020 0026 AN O 0027 2El1 *WOW' F 024B 0232 ANO 02 33 SHUTDOWN COOLING GATE VALVE 2E11-MOV F006A TYPICAL FOR: 2El1-MOV F006B,C.D 2r11 -wc11 rona oo~o .1.r-. 0 0031 CLOSE NORMAL QPEN 2£11 -MOV r o:ne 0234 AN D 02:55 2\ . i:RF CO lotf'UTER INPUTS 004~ ANO 0(14 5 ARE FOR 2Et1*MOV FOlBA ONLL THE OTHEP
!NFUTS AR[:
2e: 1 1 -wov ro2ae 0220 AND 02 2 1 2£1 1 *MDI/ F02U 002~ .lND 0025
' , Lfll RMS !F119A f R"IS.IF11 9Bl 2E 11 *MOV ro21 B 0230 AN O 02}1 LOC.1.TICN:21i1 l -P&O!
1 -P60;1 I J R GRAPHIC' lolOWENlARY CONTACTS 22. ERF COW'UTER INPU T:> 0042 A.NO 004} A.RE
/ '\. OISPLol.Y tN'tL OS[*."OPEM ' FOR 2(11 -"'°\I F02 64 ONll* TM[ OTl-lER RIIS I ro13A I
- oP EN SPRING R[ I URN TO °NORMAi.
- I NPUTS ARE:
2El ! *MOV F016B 0216 AND 0217 2E: t *MOV f'01 I A 0022 ANO 002} OPEN 2(11 -wov 2E l t -MO V F011 B 0026 AN O 0027 F07J'- 2l. ERF' COMPUTE.R INPUTS 0011 ANO 001'5 A-R E. F Oii 2E.11 - MOV F04TA ONlY . 7Hf_ OTHER INPUTS .i,RE: 2E ll *MOV f073>. ¥ALI/£ CLOSING 2( 1 I *MOV ro47B 0222 *NO 022} 2EI t -MOii F'0034 0002 Ar-. 0 0003 2E 1 1 -MDV FOOlS 0202 ~N O 0203 ZE I I -WOY F07'A TOflOUE PROTEC TION I STOP 2£11 *MOY F 073 .io I NOTE 18 RMS IC001A) o>-,,~"'~,~~0"1------------;*~ ZE11 -C001* I SU.RT PU MP
! ER~ CO~UTER Z [l l *~ *t F0\ 01 LNPIJTS N I A FOR 24 . ~~~ ~ri~~~o JS~T6N~~~4,:~oo~~t~ .\RE INPIJTS ARE:
2[1 I ~MO~ F009 0020 A.NO 0021 2El I -*::>v F022 00!>~ AND 0055 RMS IC001 Al -STOP RMS CFOrl A I - CLOSE
' , L"" -P60J
/
0 GRAPHIC DISPLAY 25 . ERF COMPUTER INPUTS 0 4~6 ANO 04H ARE FOR 2!:11 *MOV "02 l ONLT* THE OTHER lt1PUTSAR[1 2E11 *MDV F040 ()107 2£11 *MOV f04':1 054(, 21111-1'601 CLOSE (NOTES CDNTUA£0 OH DWG- H*2itn') ) 2(11 -MOV FOT)A tC0018.0I I-MANUAL OVEARl OE
~=~ lE88l~l r OR ."t ErUlE~ C'ES. ~ ([ O*'G. H- Z H33
~ICOOIA.Cll RMS IC001 C l SUPERSEDING 2H11*P601 RMS (COO \ D f LQCAHON:21i11-P601 2EI 1
- l<<>V F01lA \14LVE oPE Nl lrilG WOMENTA.RY CONTl.CTS IN -STOP" ANO -ST.I.R T" l HJSDR.tllllNCWA SOEVELOPEOFR~ C .E.
SYSTE M 1 121 SPRJNC RETuRr. TO ".luTO- QRA ... (NG N0.72'tE6308A, Sk i.1
- RE '<< 6:
) SH. l , B-4 )DAYL PRESS MIGtURPV lljTR LVL I LOW NOTE19 s 1n.2. REv. "4; ANO s1n . l.R0.6 SCSJ NOTE18 .CCESSlON NQ, 5-*2E>0%* 5-26095. A'IO SX -l~2S'5. RE:. i'lCT i vE ~ 1.
SERVICE WATER CROSSTIE GATE VALVE 2E1 1 -MOY F073A TYPICAL FOR* RHR SERV I CE WATER PUMP 2EI 1-eoo1 A TYPICAL FOR* 2EI 1-COOl c 2E1 I -MOY F073B 12E11 - C001B,O I 12E1 1 -MDV F075A,B I ~OPEN2E11 * [ RNStronAl*DPEN ENERGIZE 1--------i SVf204A MPL NO. 2E11-1030 H2473"4 l __J cLOSE
?till..Pf.01 EJrtERGIZE 1-------i SV F07( A m1-1 ENERCIZE ~Of'EN2E11-1 1-------i SVI ~ 07 4.t, l RMSIF 015A 1 *0PEN 2 fll1 *P601 SV! f204C I SV F 204C SOUTHERN . \ .
2H ll*Pf. 01 COMPANY "11>> ""'"""'"" oooto;"' ~lof)o, =>f***!i:il .*..J/0< lr<1d* ot<ntfrolomd;.o,, ork .. bsKr......,<>!So;lO*"* ~*"'°"°'d""rt: ... liOnt..>doo lo< DC* E N£R0 1 2E~CLOSE2E11*1 ,,.. .,;y ~ ""'P'O)- ti,., "t~orllOd **** - o r, ~ ~* ;or\**"' L_ ___j -1 SVCF200. l 1-------i SV 1'200
~-~~-~c--4 Vtr3Jan: 6.0 Date: 8-9-07 S."101"'~* Unoot11o<....,po_..,., *,.,olot01>111:00,oop7'1g,
"'cJ-. d .., , "'1m h <<<f i. p~O:tod. '
1-------i
<11 . ..... 'notlon.
OE-ENERG I ZE OPEN 2[ 11 SV!fOHA I SV F OIA A REVISEOPER EDWIN I. HATCH t.'UClIAR PLAN T UNll No. 2 Allt.'- HOOS57,Vt:R.1.0 RESIDUAL HEAT REMOVAL SYSTEM OE -EHERGIZE~CLOSE2E1t* 1 SlJ(f20'4C) 1----------i SV F204C LOCIC DIAGRAMS SHEET :S OF 7 SERVICE WATER CROSSTIE DRAIN VALVE 2[11-SV F074A TYPICAL FORo 2E11-SV F07*B RHR SERVICE WATER PUMP C001A 1 C TYPICAL FORo 2E11-SV F2048,0 1 I 10 12 13
SYSTEM A PERMISSIVE STATUS rn.Ktl OEyE t QP~ENT$ 2H11 *P601 STS:.~.~-~ll OR11L PRESS MIGM,,_PY WlR LVL 1 LOV 2E11 - MOV F026l 2£11 *l<<IV F026.l VALVE Q.OSING
-"'"""'-"'"""'-'-""""'-'"'"'"'"'"'"'"""'""'""'=--"'------ - - ----i*I 2En~"'°v F02U RMS !F"OO)A I IF 003 81 RMSIF0*7A J I F0*78 1 L0CA Tl 0N*2H 1\*P60\
IUINTAINEOCONT.t.CTS KEYREJllOY.l8LE JN 'OP(N" ONLY RMS IFCUAl*CLOSE: CLOSE 2£11-MOV F026A lMI P601 CSEE fOTES 7*26> 2E11
- MOV F02'A VALVE OPENING 2[11 *MOY F01U. YlLY[ CLOSIM(l RHR HEAT EXCHANGER B001A IBJ DRAIN TO RCIC-2H11 - f'601 CATE VALVE 2E11-MOV F026A IBJ TYPICAL FQR1
- ~:_~Y F016!....l_~Lf!'O TECTIOM _ AHR HEAT E)(CHANCER 9001.\ 191 DRAIN TO SUPPRESSION POOL CATE VALVE 2E11-MOV F011A JBJ RMS!F10lAl-OP£N CLOSE 2H11-P601 RMS tF016ll-Q.05[ 2£11 -MOY F016l 2E~:Ov L','D{ 2H11 *P601 2E11 MOV FIOlA VALVE CLOSING FlOl.1. ~' MOMENTAtl~ CONT~CTS 11: 'OPEN*, ~ LOSE " ORWL PRESS H!Gt1MY llTR LY\. 1 lOll SPR IHG RETURN TO .,_OAMAL" CONTAINMENT SPRAY OUTBOARD GLOBE VALVE 2E11-MOV F016A TYPICAL FOR 1 INOTE 61 12E11-MOV F016B1. 2E11-MOV ro2 ...... !Bl. 2E11-MOV F021A tBI
'"" H@'
2E11*111QV fl03A "- 2H11-P601 RHR HEAT [XCHANCER BOOIAIBI VENT RMSIF010 1 GLOBE VALVE 2E11-MOV F103A TYPICAL FOR1 LOC .l.TION12H1 1
- P601 MA!NT.l!NEOCONTACTS 12E11-MOV F10381,2E11-MOV F104A IBJ KET REMOVABLE I N"l:LOSE.OHLY
~IF04TAH)P[N 2H11-P601 2HIJ -P601 I
2El1 *llO\I F047A YlLYE CLOSING
~OCONt~ltl'tTtlfl 26.. APPl.1C5 TO 2CJH10t'-n)IO A.&8 CNLV.
2E11-MO'f f04l'A TOAOUE PROTECTION mP NOTE23 21 APPUES TO ZEH-l'()Y*FQ28.lit9 CtollY.
-""="-'-='-'-"='-"""""-='-----------~1 2E1 1 -tifOY FOH.I.
RMS IFG4TAl -CLOSE FOR NOTES. SEE owe. H-2H32 8 H-24134
"-OSE FOR R(FERENCES. SEE owe. H-24731 ZMU NOl <SEE torES 7&l7> 2Hll*P601 2£11 *NOY RN~ lf02UHlPEN 2H1\ *P601 2E11-llOY F021l 2E1'*MOV FQ.4TA YAt.YE OPENING F04TA SUPERSEDING 2[1 1 -MOY Fotll VAi.VE CLOSINO RHR HEAT EXCHANGER BOOU 181 SHELL SIDE INLET GATE VALVE 2E11-MOV FOHA 181
-"'"""'-"'"""'-'-"""'"'"'""'"'"""-'""°"""""'"""'"'------------------1 ~~28'f'f
- 2 M'\.NO.ZEl!-1010 2£11-lilOV BECHTEL F021l GA !TH(RSB URC.MlRY L ANO SOUTHER~ SERVICES JNC.
FOR GEORGIA Po.ER CO., ATLANTA, CA . CONTAINMENT SPRAY OUTBOARD VALVE 2E11-MOV F028A TYPICAL FOR* GEICll.l.L ENGU&UIMf OEPUTlNT
!NOTE 61 12E11-MOV F028BJ, 2E11-MOV F021A 161 SYSTEM A PERMISSIVE STATUS TYP. FOR SYSTEM I BI
10 1?: 2E1 1- MOV F048A VALVE CLOSING ' / 2X 75 - P101 2E1 1-DPCS N682A PUr.tP 2E11-C002A/C FLOW SWITCH 2H11 - P925[6] DEVEi OPMENTS OPEN ~' RMS {F048A)-OPEN 2E11-MOV F048A I /"-', R 2H 11-P 60 1 SH.1.G- 6 2E 11-C 002A PU MP RUNNING L - - - < § ERF (SE E REF.1, [0224J 2E11-C002C PUMP RU NNING Sltl,G- 6 ewLP<ESS"1G"/PN GrnEPALPO>E6) ~ {F053A) 1 E OPrn 2E 11-MOV
~/ R 2H1 1-P601 LOCATION : 2H11~~~~~)
3 MI N F00 7A / , MAI NTAINEDCot..'TACTS STOP 2E11-MQV I F048A , / 2E1 1-MOV F0 48A IC,2X75-P 10 1 9- 3 )---------"71~-I 2E~~o_s~ov F048A
~ /
/ 2H1 1-P601
----------~ *_,
I 2[ STOP 11 -MOV F007A I RMS(F122A)[F1228] RMS(F04 8A)-CLOSE LOCATION: 2H11 - P601 r.tA!NTAlNEDCONTACTS 0047 ERF KEY REMOVAB LE IN "CLOSE " ONLY [0225) RHR HEAT EXC HANGER SHELL SIDE BYPASS GLOBE VALVE 2E 11 - MOV F048A [BJ RMS (F007A)-CLCSE CCOSEl!rOPrn
--1 2E11- DPTS N682A PUM P 2E11-C00 2A/C FLOW CCOSE 2E11 -MOV
~, G 2H11 -P601 2H 11- P925(6)
F007A / '. RMS(F007A)[F0078] RMS(F048A)(F0488] LOCATION: 2H11 - P601 RHR PUMP MINIMUM FLOW BYPASS GATE VALVE 2E1 1-MOV F007A [BJ MO MENTARY CONTACTS IN "CLOSE", "O?E N" SPRINGRETURNTO"AUTO" RMS(F 122A) - OPEN L,,,'"" -" t H !,';;~" GPEP~/ NS4 ISOL VALVE LOGIC orv I 21 DRYWELL PRESS HIGH/ ,ii"f:,ci~, RMS (F053A)-OP EN f-------1 RPV WTR LVL 3 LOW 2E11 -AOV F053A Rff.9,Sll.4,D-4.(H- 4] ENERG!ZE OPERATED FROM SEETA8LE2 3 ~ ERF SV F053A 2E 11-LJC R604A 8 [0306]
~'.2H 1 1-P601
' /
DE-ENERGI ZEH 2E1CLOSE 1 -Aov~2H1 I /\-.':)'. 1 -rso1
"- /
'?:oJ (F122A) F122A I DE-ENER~tzE 1---------i SV FOS -A
[ _I 2g1°_5!ovl FOS3A
~'.2H 1 1-P601
' /
RHR ISOLATION CHECK VALVE BYPASS 2E11 -AOV F 122A [BJ COND ENSATE DISCHARGE TO TORUS OR RCIC VALVE 2 E 1 1-AOV F053A[B] MAN UAL RHR INJECTI ON VALVE 2E 1 1- F060A [BJ PRESSU REHIGH PUMP '. / 2E11-C001A/C RUN NING i ? : ' - 2X75 - P10 1 PRESSUREHIGHPUMP l r.tODULATE~ _cc_ _c_'-'-----CCE1~ l -~00~0~ 1'~
/C~P~C~'"~
°~-r )--.-i>---~ -~ oiiN R / 2H11 - P501 RMS (F068A) OVERRIDE µ I 2E 11-MOV F058A
~ ' FOR NOTES, S!:E DWG. H- 24 732 & H- 24734 FCR REFEREN CES. SEE DWG H-24733 0016 ERF
[0245] SUPERSED IN G STOP 2E1 1-MOV I F068A PRESSURE HIGH PU MP ' ' m s- PJ 01 2C 11-C001A/C RUNNING MPLNo. 2E1 1-1030 ~ PRE SSUR E HIGH PUMP 2E 11-C001A/CRUNNTNG 2H11 - P60 1 SOUTHERN COMPANY A RMS (F068A) NORMAL me ,1>:1 <10<<JOl<<ltconto;n,_,;r.,ry , ~o<le<.t!ol.on<l/ortr o de...:r<t;nforrf>O<io* ot tn. oub!O<I"'""°" of So.tn.tti Cotc.pooy"' 01 lhi<d po.-'.;... tt ;,, r"'
~t<ondod
[ 0247) ~~~=~~c-1 ~~ ~;'.~......~=-..w-*-='.-::."~;~;.:.':.~'=::.' d"~""'""'""""'d;lclooo.., o d°""potl"' n ""'to!~prMl>aod.* REYlSEOPER EDWIN J. HATCH NUCLEAR PLANT UNIT No. 2 A9N99-0023-003. RESlDUAlo~~~T o~l"~~:~k SYSTEM SHEET 5 OF 7 RHR HEAT EXCHANGER B001A[B] SERVICE WATER DISC HARGE DRAG VALVE 2E11-MOV F068A[ B] DIFFER ENTIAL PRESSURE CONTROL 7 I 10
LE'LtC:*H 10 E"RGIZE~ 5V !F2 1*1
~'
/
CLOSE 2M 11 -P6 57 RMS!F008l-OPEN 2E11-AOV F041A ENE RGI ZE SEE TABLE2 OP EN RPVWTR LVL 3LOWIRPV PRESS HI GH 2E 11- MOV SVIF213) G-8 FOO S RMS l F04Ul 2H l1- P657 RMSC F07 9A)2H21 - P018 RMS CF 04 1Bl 2H 11 -P654 RMS CF060Al 2H21-P0 16 I _I FO*U / RMS ! F04 1Cl2H11
- P657 RMS ! F079Bl2HZ 1 - POZ1
-~~"~"~
~ "~*~-'~"~*-~----< DE-ENERGIZE 2H11-P657 SV1Fl1~) I I ~Ef~ - AOV
~' 2H1 1-P6 57 2 11- M V CF0081VA L VECLOSING RMS!F0*1 0 ) ZH1 1-P654 MA1NTA[N EOCON TACTS
~NS ! F 080B) 2H21 - P02 1 MAUHAINEO CON TACTS rSEER EF.I GENERA L NOTE 6 l 2E 11-MOV CF0081 TORQUE PRO TE CT I ON STOP 2E 11 - MOV FOOS
' - - - -_,_,"-<_,, oE-ENERG!ZE I SV(F213)
TOOO SSEC . SENSING LINE IS OLATION VALVE 2E11-AOV F041 A TYP ICAL FOR* SEE TAB LE 1 2H11 -P601 RMS(f00812 111 1 -P 601 AMS ! F009J 2Hl 1 -PS02 SEE TAB LE2 AOS LOGIC.UC RMS ! F022J2Hl 1 -P602 M CL OSE RMS<F023 I 2H11 -P60 1 2E 11 -P ISN655A 2E11-C002AOIS(H.PRESS W.9,SH.8.C*2lM 2E 11 -MDV FOOS RMS ! F0 40 l2Hl 1-Pl=.02 2H 11 -P92 7 RMS!F04912 H11 -P601 2E I l MDV IF008) VA LVE OPENING G GRA PHICOISPLAY MOMENTAR Y CO NHCTS 2H11 P601 I N "CLOSE ' AN0 1lPEN" 2E 11-Pl SN656A 2E 11 -C002AOISCH- PRESS ADS LOGIC .1,SC Hll -92 REr.9 .SH.8.C-2&M 2E11-P!S N6550 ZE11-C002D OISCf!,PRESS REF.9 . $11.S,C-2&C-6 RHR SUCTION COOL ING OUTBOARD ISOLAT ION GATE VALVE 2E11-MOV FOOS TYPICAL FOR* 2Hl1 - P928 SEE TABLE 2 2E 11-PISN656 0 21 1-coo2001scH.PRESS 2H 11 -P92 8 2B21-P I SNE.90E 2H11- P9 27 2E11 - PlSN6558 2E 11 - CD0280JSCH . PRES S 2H 11
- P92S 2E1 1 - P lSN6 56B ZE 1 1 -CD02BO I SCH.PRESS AOSLOGICBaD 2Hl1-P928 REF.g,SH.8 , H*l 8 H-6 VALVECLOS I NC 2E1 1 - MOVF023
.t.O SLOG IC 880 m.9,SH.S,M-2& M- 6 2E11 - P!S N65SC 2E 1 l-C 002CO l SC H. PRESS 2E 11 - M0V cF023l TOROlJE PRO TECT ION STOP I 2H1 1 -P92 2E1 1- MOV F023 sP 2E11-P!SN656C 2E 11-C002CO!SCH . PRESS 2H11 - P92T 04147 ERF O~llL PRESS. HI CHIRPV llTR LV L I LOii RMS 1F0:23 J- CLOSE NO TE 25 RHR PUMP DI SCH , PRESS DEPRESSUR IZ AT I ON SYSTEM ( ADS J SEE TA9L E 3 I SOLATION VALVE LOGIC SYSTEM 1 FOR 2831-F031A,B TYPICAL FOR: !SYSTEM 21 V.t.LVEOP EN!NG I!fil.Ll H
OPEN 2£ 11 - SV 2£1 1- SV 2E 11 -S V NS4 ISOL VA LVE LOGICO I V.112 1 DRYWEL L PRESS F079A F213 RHR RX HEAD SPRAY OUTBOARD I SOL AT I ON GLOBE VAL VE REf.g ,sH .*,O -* ! M** l HI GH/RPV F21S F2 16 2E 11 -M DV F023 TYPICAL FOR* SEE TABLE 3 H WTR LV L 3L011 SEETA8LE2 l 3 l FD* IC F217 CLOSE OE - ENERGI ZE 2E 11 -SV SVCF079Al F' 07 gA F04 10 F219
/ ' FOR NOTES. SEE O'o/G. H- 24B2 8 H - 203~
FOR REFERENCES. SEE owe. H- 2H33
' G/
/ '
2~~lP~~~ 1 DISPLAY OESCRIPT10N RHRSUCTIONCOOLlNG RMS LOCATION PANEL INDIC AT ION SH. COORO . F'CJSV.t.LVECAOUP SUPERSEDING TH T<; LOP£0 FROM G,E. RH R HX 8001A D ISCH. ISOLATION VALVE 2E11-SV FQ7gA TYPICAL FOR; l2E11*SV FOB OAJ GV TCOP.llG !'0~.t.TIOr>i SHT . 1 . R(V . e.:
~~~~ I J----.--:-,:
GATE VA L VE .3,A(V.6SCSI RHRSUCTIONCOOLlNG ACC E u '. S-26095, ANO SX - 2 EAF (oo,,,,2:2 2H21 - P02 1 INBOARD ISOLAT ION 2H 11 - F' 602 2H 11-P6 02 (0 3 101 GATE VALVE RHRRXHEAOSPRAV INBOARD ISOLAT!ON GATE VA L VE H MPL#2E11-1030 I OPEN ~ H247l7 NS~ I SOL VA L VE ENERGIZE 2E1 1- SV LDC!COJV, 1( 2 l ORY WE LLPRESS SV<FOBB ) ~ 0796 H]GHIRFV WTR LVL 3 LOW SOUTHERN..\. COMPANY
/
/
C 2Hl1 -P 601
/ ' g~~~ti~ NS4 ISOL VA LVELOC 1C OJV .2DFl YWELLPRESS RHR HX B001B DISCH, fSOLATfON VALVE 2E11-SV F0798 TY PICA L FOR: 12E11 -SV F0808 1 R.t.OllASTEISOL.t.TlON HIGH IRPV WTR " VL ~ LOW G~iE V~L VE 10-502 H-24737 10 11 12 13 FSAR FIGURE NO. 7 3-5 (SHEET 6 OF 7)
10 11 12 13 ORWLPRESSHIGH 2C..<t l -TR RS05 RHll \ollt 8001 *.B lt<ILET TE.MP 2H1 1 *P601 2E \ 1-DPISN0-'15AFILTER0002A6~ 2H 11 -P6 1-'I C2 -1 61 OR'ill PRESS HI GH
~2HJ1-P650 2E ~1 *TR ll60 5 RHR H~ 8001A, 9 CLG WTR OOT r£),,.p)t /("-.. ZH l l-P60l 2H1 1 -PGO I 2H1 1*P6 1 ~ RHP HX8001A l UBE~l 2 *l Q) 13-02) 2E11 - DPIS ~0-'158 F ILTER 0003<16~ v- ! R03S ) 2Et 1 -0PIS NOOJA ro SHELL OIH PRES S LO 2H2!-P01e 2H1! -P601 0- 13 ) ORll\...PRESSHlGH
~ [ 11 *MO\/ F068A VAL YE FULLY CLOSEO 2 E1 I *PS N022A RHR H)l 800 1A RP" WTR LVL 1 LOW DI SCH HEADER PRESS H ICH 2H2!-P018 RP\llllTRLVL 1 LO W
-' --' _-P_S_,0_*_8 _S<_UT_O_
,._, _su_c_Tl_.._ PR_ES_S_H_IC_H_ { }--{*AH 4
~~~j ~60 \ 2101 *P601 C3 -08J 2 E1 I -PS N022B RHR MX B00 1B 0 /SCH HEAOE:R PRESS HIGH 2H21 -P021 Rl-IR SERV WTR PU~P AH R 1-1~ 8001 B TU BE COOlA. 6, G OR D BEARING fE~P 2H11 - P GS O 2El I *DPI S N00 36 TO SHELL O!FF PRESS LO 2X75 *P101 2H21-P02t 2£1 1 - COQV, AUTO ST ART t AA5 2l lR0<'2J 2Hl1 - P601 (2*151 2E1t - MOYF 066BVALYE FUL L Y CLOSED 2H 1 1*P601 2 [ 1 1 *COO;>O AUTO SU.R T t2-05 l 2E 11 -MOY F01 0 Y..t,L VE ~LILLY Cl_ OS(O RHR SERVICE WATER ANNUNCIATION 2 H11*P601 C2131 2[1 1
- C0026 AUfO START
~MS l F OlOJ-OPEh' 2£ 11
- MOV FOOl A !Bl El [C T I rf01 2H1 ! -P60!
2Ell *MOY f02*. A \81 ELECl PRO\ 2El t -L S N0*1 RHR LOOP A JOCKEY PlJW' SlS wrn~ 2H11 -P601
- - - - - . . . . y 1 3 *261 2ET1-MOY F026A I BI ELEC T PROT 2E1 1 -LS N040 RHR LOOP B JOCKEY PUMP SYS ill'TR LYL LOii ~ 2Hl l -P60 1 L ! 2 - 191 2£11 *F060 A RELA.Y LOGIC POll'E R FAILURE 2M!1*P601 12 - 11 1 0A I-P601 2El 1-HOV F027A 181 ELECT PROT
- '-""_._u_*P_ ,_,_,,_-c_oo_z_* _rn_1_PP_ED_ _ __ _ _ _ _ 21-! 1 RHR R[ L M LOG I C A PllR F"A! LIJR(
f2-06l 2 Hl 1 *P6\7
"'- '-"-"'-'- '-"_-c_oo_z_s_rn_*_ee_rn_ _ _ _ _ _ __ 0A <.> 1i11 -P60 1 2E1 1 *MOY F028.4 !B l [ L(CT PROT
-'- AHR RE LAJ LOGI C S PWR FA ILUf\[
\2 *02) 21111 *Pb18
" '-'-"_HP_ 2_E_,,_-c_oo_2_c_rR_1_oe_rn_ _ _ _ _ _ _ _0A 2E11 MOY fQHA I B l ELEC T PROT ~2H1 1- P601
-' - 2 H11 -P601 2E11 *F0688 REL AY LOC. I C PO~ ER HlLURE v c 2-0 7)
! 2 -03 1 2El I -MOY f"ll48A IS I ELECT PRO!
-'-"'-*-"-"'-'- '-"_-c_oo_z_o_JR_l_PP_Eo_____ _ ~2H11 -P60 1 P-0
~(3-01 1 0
2E 11 *HOV F~SA IB J ELEC T PROT 2 H1 1-P601
! 2-24l AHR PUMP 2E I I -C002A O'f'L OILOCK OUT RELAY HHPP~ O 2H 11 -P601 117-20 ) 1 A 12 - !2 1 A 2X75 -P10l Ri!R PUMP 2E 1 1 -C002B O'/LOfLOCKOU T RELAY TR I Pr' i.1) _ / - ;' .j?H11 -Pf.01 IAA06 1 2£1 1 -MOY rono !Bl £L [C1 PROl l -V 12 - 08 1 /0- 2xr5:P101 RliR PUW" 2[ 1 1-COO?f OVLOILOCll.OU T R( L AY 1 RlP~2H 1 l *PG01 '-.J"'ll<A2L I 2ll 1 *MO\I FOO~.l I BI ELECT PROl ~~/':--...2X15-P 10l R"!RPUMP2 E ! 1 -COO:>D DYLOILOCKOIJTRE LA YTR/P PE0 A ~ \ U!8 f 2E1 I -MOY F00 4C 101 ELECT PROl <:S-O=-<>J 2Xi5*P\Ol
~
A1AA54 1 RHR S[RV WT R PUMP 2[11-COO l A H\IPPEO t;Ol 2H l l-P&01 1 (3 *20 l 2E1 1 -MOV f00 6C r o I HECT PROI --~2X75*P I OJ RHR $ER V WT R PUMP 2[11-COO I B TR IPPED A ~~ ~if.~~l..t,.l.OS I 2 ~75 - P ! 01 CU 0 1 1 2£11-MOV f01 0 U EC T PROT F!HR SER~ WlA PU MP 2El1 *C001C TRIPPED 2[11-MQY F011.I. 161 ELECT PROl RHR SER Y 'WT R PUMP 2E1 1 -C00 1 0 TRIPPED 2[11 *MOY FOOH 181 ELEC T PROl FORNOTf.5, SEEO WGS. H- 247J2 lt H -24B* AHR SERV WTR PUMP 2£1 I -C001A OV ER LO AD FOR ~[ F £H f >J([5 , <:; ff ('.;'l!G. H ?1733 2£1 1-MO V f01GA !S l ELECT PROl RHR SERv WTR PUMP 2E , 1-COO l8 OV (RL OAD ~2H1 ! *PG01 SUPERS ED I NG 2H 11*P60!
- , v ( 2-32l rn; s OR AW IO..: G WAS OfV ELD?rD nmM c.~ .
A ( ,5 - 1 '31 ORAlfl'itl G IW* U 'lE&30B~. SHL I , R( V. 6 :
-------v (
RllR SER V llTR PUMP 2E\ I -C()OI C OV ERLO AD SH T. 2, REY - 4 : ~NO SHL 1.Rf ll .6 SCSI 2£1! *MOY F02! A ! B J ELECT PROT 112-211 1 - - ~2Hl1 *P60 1 RMSIBUS 2A I-TEST AC CESSION NO. S- 260%. s-2 1>m 5 , AND
~ -31 ) S~
- 24 2 ~5 RE S"':C ' 1 Y[l ~ .
Ri'1R SER V WTR PUMP 2E. l 1 *C00!0 OVERLOAD RMS( BUS 2E 1 I-TES T 2[ 1 ! -MOV F0 15-' I 81 ELECT PR OT i P--0 2rl1\ P£1 l 2H11 -P601
!2*18) R,.sreus 2E21- TES T 2El! -MOV ro11 1o 181 ELECT PROT I l 2 - 14 . )
i RPY PRE'iSlJR( LO ii AHR [NTE ST ST..t,TUS MPLNQ . 2E11-103Q CADOV HZ-4738 2El l -C!S ROO \B RHR H~ BOOIB ouru:: T COf'I DUCTI YJTY ~p /['..._ 2H11 -P601 2Hll*P601 SOUTHERN ..\. 21'12 1 -1'021 ~12 -2 21 R"'5tOVERRlOE SYS I )- ,~A fllU..t,L OVERR!OE RMS \BUS ZBl*TES T ( 2 - 0~ ! COMPANY 2H1 1-Pt:i0\ CfMT SPR AY MOil £ Tu* ~""'"'""' ~*l<ll)", oad'o..,\;,i, -/<><trod* _,.... *olorrnat;.,n 2E t 1 -[IS ROOIJ. RHR HX BOO IA OUTL£ l CON DL' t:: f! Yl r r SP RMS!OYERR !OE SYS 2 1-MANU AL OVERRIDE or h .. bs<f.,.Ooto!So""" "~'"'"'llW0Port: ... l ..
.,.. 0 ~ )"7'"'1' !0 ) - 0l,,,, ..1** ,; . . . . . ,,~,,,. t .. ...,..,.. ** "'
~f.,
2 H11-P601
~
A
<1<.i.;r...o..,,,<*pr"J.
2 H21*P01 8 H 12-2!) RIIS ~ BllS 2C1 l - TEST ~~-~~~c--J Version: 4.0 Date : 5 07 So.t"'"'~* U**"1~.,~ c1-......tlot>, .. <hclooure <J ' "' po-tlan ~"'""! ;, p<<>tl0:1<<1." ClMT SPRAY MOOE 2U11 - P618 RE\llSrDPER £0W IN I. HATCH NUCLE..t,R PLANT UNIT No. 2 RMSIC001~ . C!*MANUAL OY[RRl0£ JJlN 205049!>001J025,VH. Ul RESIDUAL HEAT RE IAOVAL SYSTEIA AUS t SUS 2C2l - TE.ST LOGIC DIAGRAMS 2H11-P60 1 SHE ET 7 OF 7 RMS(CQOIB,01*.MANUAL OV[RR \OE SYS TEM 2 RHR !N TEST SlaTUS CAOD/ ,EB 2Ht 1 *P601 10-502 H-24738 4.0 1 I 10 12 13
6£LVG-H CORE SPRAY IN TEST MOOE TEST 2H11*P626 I P62 T I !RMS f~YS 2 TES1~ I 1. ALL EQUIPMENT ANO INSTRUMENTS ARE PRECEOE.O B Y MPL NO. 2l21 UNLESS OTHE. R'lllSE. NOTEO. FOR LOCATION AND I DENTIFICATION or INSTRUloENTS.SE.E INSTRUMENT INO(X OR EQU ! PMl:N T LOCATION INDEX !Ell) ,
) . FOR LOGIC DlAGRAMS*LEGEND AN D GENERAL NOTES . SEE RE:FERENCE 1.
4 . FOR , VALVE !NOl-CATI S ANO PROCESS lNST ENTSWHICHARE NO' iAGRAMS, LOSS OF OffSITE POWER SEE Al.ARM 2H 11 -P601 RAY PUMP CAN BE ST:>PPEO 2E11-PIS N694C ORYWEL L PRESS .
~ lTH CORE SPRAY AUTOHATIC INITIATI NG CONOJTJONS PRESENT COVERRICE J ,
- 6. THE INBOARD ISD LATI~ V,t,LVE CAN BE CLOSED WITH CORE SPRAY AUTOMAT I C INITIAllNG CONDITIONS PRESENT fOVERRIDE),
7, TH[ CORE SPRA Y SYST[M HAS BEEN DI VIDED INTO TlfO l<' J SUBSYSTEMS AS FOLL0"51 lllL.E l!fL1'0. """'--""' A. CORE SPRAY SYS H*247l9 H-2 .. ; .. o B. JOCKEY PUMP SYS H -2414\
- 8. Tiil C()fl,1 ROL SYS1EM AS DRAWN SHOliS SYSTEM 1, OPERA T ING SEQUENCE AFTER RPV WATER LEV(L 1 L Oii OR HIGH DRYW[LL PRESSURE SIGNAL IS AS FOLLO'llS1 T YPICAL FOR
- 12E21-C001BI AOS LOGIC A fCJ g11!ri~Bll 8M11'6*ti '"' *0" '
ACTIVE PUMPS: N6S2A DISCH PRESS ltE f .:4.StU.O-ZI D-f> I COOtA SYSTEM 1 STARTS NO DELAY 2E21-PIS (N655AI CS PUMP ,t, COOI B SYSTEM 2 STARTS-NO DELAY V~ L VES : FOOh SYSTEM 1 OPENS AFTER RE.A CTOR 2821-LIS N691B RPV ll'ATER LEVE L 1 LO ii PRESS. PERM. SYSTEM 2 OPENS AFTER REACTOR 2Hlt-P'J26 LOii PRESS . PERM. SYSTEM 1 OPENS AFTER REACTOR LOW PRtSS. PERM. SYSTEM 2 OPENS AFTER REA CTOR LOW PRfSS . PFRM. SYSH.M 1 CLOSES IF OPEN-NO 2E21 -Pl S N652A, 9 TYPICAL FOR: ~~~~~M 2 CLOSES IF OPEN -NO DELAY 12E21 -PIS N655A,BI I SYSTEM 1 CLOSES AFTER FLOW 1
~n~~~ ?1~Post:s
~'"
ArTER FLOW SP ' II
/
2H 11-P601 EST A8L I SHEO
- 9. SYSTEM 2 CIRCUiT IOENTJCAL TO CIRCUIT FOR ORYWELL PRESS/RPV WATER LOGIC SYSTEM 1 TYPICAL FOR : [SYSTEM 21 ~/ SYSTEM 1 EXCEPT COMPONENT PAR TS A.RE : DENTl ~ JED AS fOllO'llS 1 2E2t-M0V fOOSA VALVE CLOSING
~EVNF~E~IA-1 ~,2H11*Pii01
~ ~/2XTS-P101 REf.:r; ,SH.l,E*l PUMP C001 A C001 B Ml t. FLO'll BYPASS VALVES f0]1A f0l 1B 2E21-MOV FOOS A TOFIOUE PROTECTION I STOP 2E21- ! / ' OUTBOARD ISOLATION VALVES JNSOARO JSOLATION VA.LVES F004A FOOSA f004B F"005B RHR SYSTEM LOG I C IMCIVfOOS'- ~ ~ CHECiC. VALVES F"006A F006B I I ~~JERr PUMP SUCl" I ON VAL v~s TEST BYP ASS VALVE F001 A F015A F001 B F01SB I j , / 1aiv11 SUPPRES SION POOi VA LVE F019A F0 19B
- 10. M(l"!"JVE POWER FOR SYSTEM 1 PUMPS SHALL c~~EF~M! * ~, 2 ~11-~ 6 01 OR I CllNA ~ l FROlot A O!HERENT [Mf.RClENCY AC BUS THAN POWER FM SYSTEM 2 PUMPS.
~2X7Sf't 0 l PO ORI A~ VES I ROM THE 2821 -PIS N690C RPV PRESS. CORE SPRAY INBOARD ISOLATION GATE VALVE 2E2 1- MOV F005A TYP . FOR: [2 E2l -MOV FOOSBI ~ ~~~~~
2HT1-P927 DIF - SYS LOGIC SYSTEM 1
~DRYWEL LPR~ SSHJGHIRPV llTR:L[V( L1L ~li 2XT5-P!01 LOGIC SYSTEM , RPV PRESS LO.. I SP i~~~~l ~--*----~~ 12. TH( CORE SPRA.~ SYSTEM SHALL BE RPV PRES S. LOG IC SYSTEM 1 TYPICAL FOR: !SYSTEM 21 DESJGNEO IN ACCORDANCE 'll lTH REF" .19.
RMS CSYS I Pll'R A TESTJ*TEST 2E21-C001A !Bl CORE SPRAY PUMP A lBI OVERLOAD/LOCKOUT RELAY TRIPPED
~~---
RMS !SYS I Pini: 8 TEST I-TEST RMS CSYS 1 TESTl-TRIP F"OR RE r ERtNCE S.SEE 0WG.H *2*1710 a H- 2 4141
*** SUPERS ED I NG *
/0. ~~~:o~r.Ol l HIS ORA ll JNG 'ijA S OlVE L OPEO ~RO M G.l.
CORE SPRAY SYST(M 1 121 LOGIC PO'llCR FAILURE 2£21 *MOV F"OO<IA VALVE CLOSING OFIA'ij!NG NO. 729E613BA. SHT. 1 , REV.]
~,=,,,.,.,~
_,.=,~,~,,=.,=,~,-~-----------~v {(1 -0111 SCS I ACC ESSlON DRA'ijJNG NO.S -26097 2H11-P601 RMS I SYS 2 TEST l *NORMAL 11-]11 2E21-MOV FOOO TOROUE PROTECTION
~ --- - ---- -:-::-:-- -~:-:-
;~-
- -:- , 1_BJ_ C_OR_E_SP_R_.v_ ,_E>_D£_.R_*_l_B1_F_* _1e_"'-'- - --< ,AH r1;~~~~~1 STOP 2E21 -
MOV fOO ~ A I RMS CSYS 2 TES T l*TRlP 2E21-MOV FOOl A CB J ELECT PROT MPL NO. 2E21-1030 ow200 2E21 *MOV FOO~A ( 8 I ELECT PROT SOUTHERN COMPANY A 2E21-MOV fOOSA I BI ELECT PROT ..-.CORE SPRAY SYS 1 121 VALVES OVERLOAO 2H11-Pr.O A f3-1 f>I I (l - l l l l RMS IFOOU!-CLOSE 2f21-MOVF01SA IAIELE.C TPR Ol 0--- - - - - - *- . - * ** - - j ::::~::o~o~;~l~~ j cs HIGH VA LUE A 1a1 UISCH PRESS AH fi;~~J::1 2H11-P60t _2_E2_1-_MO_ V_F_00_4'_ V_<c_vE_OP_"-'"-'--<IZf-i 2EZ1*LS N010A 181 CS A !Bl JOCKEY PUMP SYS 'llTR LEVEL LO'll~ 2H11-P601 2E21*MOV F0]1A IB J ELECT PROT
- - -- --** - . '0-" ~~i~~i,l CORE SPRAY SYSTEM 1 ANNUNCIATION TYPICAL FOR: !SYSTEM 21 CORE SPRAY OUTBOARD ISOLAT ION GATE VALVE 2E21 - MOV F004A TYP.FOR :
1 I
10 13 REFERENCES SWITCH ON H-2417-411 DEVEi OPMENIS
- 1. LOGJC 01 AGRAMS-L EGEND l.1.21-1030 AND GENERAL NOH.S RMS IF015Al
- OPEN 2* CORE SPRAV SVSTEM PB l D 2E21-10\0 2H11-P601 I '---'~---' OPEN 2E21 -
MOV F031 A If---
! ' /
/ '
2H11 -P601 RMS ! F006A 8 F'037A l
- 3. JOCK['!' PUMP SVSTEM P& JO ANO PROC ESS FLO W OlAGRAM FOR THE RHR ANO COR [ S~RAV SVSTEMS 2E21*1050 2E2T -MOV-F031A VALVE CLOSI NG RMS tF006e a F037Bl LOCATION1 2H11 *P601 4. NUCLE AR BOILER SYSTEM 2621 -10 10 PUSH BUTTON P8!0 SHEET 1 LOGIC SYS .1 MOMENT.I.RV CO NT ACTS ORWL PRESS.HIGHIRPV WATER LE VEL 1 LOW NUCLEAR BOI L ER SVSTEM 2621-10 \0 P81D SHEET 2 STA.RT RESET NUCLEAR BOILER SVSTEM 2621-1010 P810 SHEET l 2E21*MO~ FOISA TORQUE PROTECTION STOP 2E21-I MOV FOtS.I.
2£21 -MOV F031 A TOll:OU E PROTECT ION STOP 2E21-M0V F03 1A 0 5. RHR S'!'SH.M P8l0 SH EET 1 2E11 -1010 RHR SYSTEM P& !O 2Et 1
- 10\0 H-26015 RMS !COOTA J SHEET 2 RMS tCOOTBl LOCATION:2H11-P601 6. TURBINE BUILD I NG 2N2 1
- 10\ 0 PU SH SUTTON CONDENSATE 8 F . W.
MOMENTARY CONTACTS PB !D SHEET I TURBlNF. BUILD I NG 2N21 -1010 H-2 1038 RMS IF015.l. l*CL05£ CONDENSATE a F,'11. BY- PASS 2H11-P 601 8: DRA I NS SYSTEM PS I D LOGIC SYS.1 STOP ~AUT.O START SHEET 2 J---,.____---...icLosE2E21-~/ 2 H 11 .p 60 , Sll.l,ll*S ORWL PRESS.HIGHIRPV WATER LEVEL 1 LOl!f CLOSE NOV F012E21-SA ~11-P601 1 MOY F03 1 A I - ,,.'-::./, "'
-t
- 1. TURBINE BU ILDING CHI L LED WA TER SVSTEM P8 10 SHEET 1 2[21
- MOV-FOT S A VAlVE OPENING
--""ll.o>lll:L1-"'!A.-'tA"---"""-""---Ni---i TURBINE B UI LD I NG CH ILL ED WATER SYSTE M ERF PS. JO SHEET 2 103131 RMS I C001 A ) 8. SAFEGU ARD EOUIPMEIH H-260T1 RMS !C001B) EME f:G ENCV COOLING CORE SPRAY TEST BYPASS GLOBE VAL VE 2E21 - MOV F 01 SA TYP . FOR: I 2E21 -MOY F 01 58 J CORE SPRAY PUMP MINIMUM FL OW BYPASS GATE VA LVE ?.E21-MOV F031A TYP.FOR: L OCAT!ON:ZH1 J *P601 S YSTE M PSJD MOlofNTARV CC NTACTS IN ~Top*
L OGIC SYSTEM 2 2E21 -MOV F031 B AND "START* 9. PR!MARV CON TA JNME t; T 2T47-1010 H *2607~ 2H1 1 -P92B SPRI NG REf u;iN TO *.a..ur o* ~ O~~NG SV S!E M PEllO rl ENERGIZE \ _ _ _ _ _]. OPEN 2£21 - ! -'r.::._/ 2H! 1 - P601 SV CF031.f,) r - - - I A O V F037A
'LeERF
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N rlR ~A I_ c;T _
.._T10NS£RV!CE
... 16.0V SUPPLY ELE MENT ARY D l AGtl AM SVSTEM 2R20S S'<E[fS ,.7 2R208*1040 H-2 36 2 4 TH RU H-2 3629 H*23605 ELEMENTARY O!AGRAM* 2R43A- 1040 H-2 38 01 1031 1) 2 R43A OJESEL GENERAlOR TH RU 2 A Slo!EETS \-1 H-23801 Rl6 <F001Al-OP[N EL[M( NTARV DIAGR AM* 2R43B
- 1040 H- 237T3 RMS \FQ04A l '<MS tF004B I 2R43S OltSEt. GENERAlOR T HRU
' - - - "- - OPEN 2E2 1
- RMS (FOO')A l l{MS <FOO')B I 2A !;Hfl':TS \- 1 H-23 7T 9 MOV F001 A RMS CF0l5A l RMS (f"015BJ RMS CF031AJ RMS tF031Bl ELEME NTARY DIA.GR AM* ZR43C*10~0 H-23811 2f21 -MOV-f001A VALVE CLOSING L OCATJ ON:ZM, 1 -Pf.01 2 R4JC DI ESEL GENERATOR THR U f
MOMENTAilV CONTACTS 2 C SHE£ TS \-7 H-23817 IN "tLOSE" ANO 'OPEN
- SPRING RETUR" TO *..1.uTO "
"* NLJ CLE A.R BO! L tR SYSlEM LOOIC DIA.GRAM$
SHEET S \ - 12 282 1 -1D30 H-241 01 TH RU H-247 i 2 CLOSE OPEN 15- CON TROL ROD ORJVE 2c11-tOJO H-2 *:7 17 HVORA.U~ JC SVSTE!o' LOGIC THRU 2£21~/2H 17, 1 1-f>601 D I AGRA MS SHE!:: TS '* 9 H-2 4720
-1 ::+.~i~
L1Dt:*ENERGIZE!_ -- 2E21-MOV F001A TORQUE PROTECTION STOP 2E21 H- 24787 r---1 MOV FOOlA _JCLOSE RHS CF001 A. l Rf.SIDU AL H[AT RE MOVAL 2 E11
- 1030 H- 24732 SV CF"037Al AOV F"037A RMS tf"OO\Bl SYS'lE M LO GJC Cl.I.GRAMS THRU RMS (f019Al S HEETS \-1 H-24738 RMS !F01 9 6l LOCA TION 12H11 *P601 H!GH PRESSU RE COOLANT 2 E4 1
- 1030 H*247.42 KEV R E MOVA B~E IN -OPE N* ONLV HIRt,J
]NJ[Cl!ON SV STEM LOGIC MAlNH!NED CO NTAC TS DIAGR AMS SHE ET S \ *8 H*2A7~9 ORMAL TRIP REAC TOR CORE ISOLATI ON 2 (5\
- 1030 H-2 ~ 750 COOLING SYSrEM LOGIC THRU CLOSE 2E21
- 01 .I.GRAMS SHEFT~ I -8 H-247 57 I L ---"----'MOV f"001A
_,2"'""-'"'-'"'°'"'"-'""-0lc_F"'U"'LL"-Y-'C"'L,,_Os,,E,,_o_ _/ R (H11 *P601 '" GE 22A2989 EL ECTRICAL [ OUIPMEN,. Sf.PARA":° JON FDR SAr(GUAFQ SYSTE MS 2A61 *4050 2E21-MOV -F 001A VALVE OPENING RMS 1 SVS . t TEST I 2H1 1 - P62b RMS !SYS. Z TEST> 2H l1*P62i' N UC L E.t..~ 801 L ER S"SlE M 82 1 - 1030 H-19901 KEY REMOVABLE IN "N ORMAL" ONLY LOG:C 01 1,Gq.1.!>!S THR U SHEETS 1 *12 H-199 12 MA:N TAINEC COl\TACTS
-'2"'E2"-\2-F"'00"'1'-'H"-OT'-""
FU'°'LL"-Y-'OP_:_
"' EH"--- - ' © /2Hl l .p 601
/ ' ORM.AL TEST rom1 MANU AL INJECTION VALVE 2E2 1-F007A TYPICAL FOR :2E21 - F007B CORE SPRAY SUCTION GATE VALVE 2E21 -MDV F00 1 A TYP. FOR : I 2E21 -MOV F001 BI SUPERSEDING TH IS DRAW ING '11.\ S DEVELOPED FROM G. E.
' R
/
2X75*P101 ALARM 2Hl1 *P601 (1- 31 1 RMS ISVS.1 Plrl"l A TEST J 2H1 1 *P626 RMS ISVS . I PwR e iEST) 2H 11 *P620 RM S IS YS , 7 P\fil J; A TFS T) DR AWIN G N0. 729E&13BA. SHT.\ , R[V.3 SCS.I A CC~SSION D RAW~~ G NO.S*26097
/ ' 2E21 *MOV FOO*O !Bl RMS CS YS.2 P lfll ~ D TEST)
K EV REMOV AB LE 1N "N OR MAL
- ONL Y MA I NT A1NE0 CONTAC TS ERF RMS CSYS .1 12 1 PllR A TF.STl*TFST SH.1,G *7 2H 11 *P626 IP627 J ro :n4 1 NO . 2E2i *i030
'""'~~~'-=e~o.< 0£ -ENERGlZEHOPEN MPL '6>c.a..oovY! H2 47 40 I A
2e:21- ALARM 2HI 1-P60\ sv I F019Al AOV F019A / ' (3 - 0 ... )[ ( 1 - 01 )J PUMP MTR BUS POWER LOSS SM.1. C- ~ SOUTHERN 1rnM~., H~~esiom'- 1 ~~::::::~:: 2E2 1 - MOV FOO~A [81
-~ COMPANY r-i?E),., 102751 RMS ISYS. 1 121 PWR B TEST J*TEST
?H11 *P626 IP627 l SYSTEM 1 12 1
~VL1lOW
~
ORV'llELL PRE SS HIGH/ ALARM 2H11 *P601 11*31 I HATCH NUCLEAR PLANT UNIT No.2 CORE SPRAY SYSTE M LOGIC DIAGRAMS SHEET 2 OF 3 SH. 1,(H IJ *1J _c_o_R_E_SP__R_A_Y_su_P_P_R_E_;_SS'-I=--0=-N_P_O:_:O;:_L_V_:.cA-=L=--V-=E'-=2.::E.::2;_1-_;_A_:o_v_-;_F_;_0:._ 1 9'-A-'-T-"YP_;I:..:C;_;A;::L_:_F-=O:.:..:R: I 2E2 1 -AOV-F01 9B I SYSTEM 1 PUMP BUS POWER TES T TYPICAL FOR: ! SYSTEM 2 1 7 I 10 13
~>L*Z-H I *
- ill!Qj I REFER!:NCES
/
/
DEVEi OpMENTS ICOllT. FROll M-2~HOI
- 21. [IJ WLTI Pl[l UI 5TS11W l.LO.
- 22. OlGl141.11f"UI
\\
SJGNAlS TO
£ftlOOMPUl £R STS IE ~ 1.£.D.
wu ~or 15 or 5.llltl ~ ,~ WEI l)OF I~ AMS <C002 Al
- Rufi RMS 1C002.l) U * .l.INM:I AT ORSlCNAl.S RMS IC0026J IO l>Cl.[. D.
R~ S ! C00 3..tJ RMS IC003Bl L L OC ATION* 2H1 1*P601 MA JNTA IN£ 0 COtlTACTS I ST ART PUllP 2E21 - C002A ~-----</@, 2111 1 - PbOl C Zf? t -rS ft011 A JOCllELl'l/lif' ST S. A OLS r
.
- l:H._.HCS'-"CO-. .
[_ STOP PUMP 2E21 -COOU. I f-- _ -----</©,2111t-P b01 ST OP PUMP 2E21 -C003 A
~-----</©\2 H 1 1 - P6.01 I
lllMS CCOO)Al - AUTO I START PUMP 2E21
- COOJA f-- - - --,,,2H1 1 -P601 I
El
- .JOCKEY pu MpS 2F? ! - C0 02A 8 2E21 -C003A TYpI CAI fOR: 2E21 -C002B 8 £'E 21 -C003B SI;;:~ TABLE I J J
2E21 -~ N012A JOCKEY PUlf' SYS. l llJ SOI, PRES~2Hll-P601
~ t] -3]1 2E2 1 -~$ N0 1 2 8 JOCKEY PUMP SYS. 8 DISCH, PRE SS. LOW AL
ZVL VZ-H SW! TCH DEVELOPMENTS I . ALL (OIJIP"4f_NT ANO I NSTRU "4 f NTS ARf. PRECEDED BY ~L NO. 2E~l UNLESS OTHERlll JSE NOTED. CLOSE SHlP OPEN
- 2. FOR LOCATION ANO IDENTIFICAT I ON Of INSTRUMENTS, SEE 11\lSTRUM(NT IND( ~ OR EQUIPMENT L OCA TI ON INDEX CEL I J .
J . FOR L OGIC O!AGRAMS-LEGENO i\NO GENERl\L NOTES, SEE REF ERENCE 1. RMSCF002l RMS< F00 3 1 LOCA T [ON: 2H11 -P61)1 MAINTAINED CONTACTS 2E*1-DPS N6£0A HPCJ STEAM L NE OF'I - I ~~y ~~my~~t~
~I TORU S ROOM AREA AlelENT l[lif>. RtiCS l lNBOARO ISOLATION SIGNAL RESETl RMStO\ITBOARO ISOLATION SIGNAL RES ET J LOCA T ION I 2H1 1 -P60\ 1. !SOL SIGNAL SlllJTCH[S SHALL BE OF MA!NTAINEO CONTAC TS THE THAT CLOSE CONTACTS FOR THE SPEC ISOL AT ION [VEN T. WMERE AUX .
2E411-PJS N65BC HPCJ STE AM LINE PRESSURE l~[ ~~J~fLV!'~~y ~f L A USEC IN TH[ ISOL A'! lON
' .12H11-P601 SHALL BE POW[A£D FROM THE 2H11-!'92S G GRAPHIC N BA TT ER I ES.
' V
/
2H1 ~ - PE.01
/ '\ OJSPLAY
--eERf 2E41-TIS Jil671A HPCl P IPE. ROON A"81ENT T[MP.
2H11-P'927 2(41-TJ S N670A HPCJ £001P. ROOM AREA TEJ4'>. RMSt H~C~ 1~~K B~~lss ~vs TE M 2H11-P9 27 RMSCHPCI LEAK DE T. ;.vsr:w B TIME'.R BYPA~S I LOCAVu~~Bu~~,ti..- P61 ~
' G
/
2X75 - P101 MQJl4f_NTAR Y CONTA CT$
-'-"-' -_MOV_F_~_:*_11:_::_v_o:_:_'-OP_EN_
' "_'_ ,h_____ L__
2E" -MOV F002 TORQUE PROTECTION ~' 2E<ll*MOV f002
' ) 2Hl1-P6 01 RMS !HPCI LEAKDET.
LOGIC A TESl l
----- ~ /
R
'\
GRAPHIC OJSPLAY RMS(HPCI LEAKDET. LOGIC B TES T I 2
~~~~i~Eo ~b~T~~~!
l!;[ Y REMOVABLE 2ESTOP 4 1-MOV I IN 'NORMAL *ONL" F002 I
' /
2£ 4 1-MOV f002 TORQUE PROTECTION / R ' 2X75-P101 A SUPPLY LINE INBOARD ISOLAT!ON GATE VALVE IPCI S V ALVE GROUP 31 2E4 1-MOV F 002 ORY'l'EL L P RESSURE HI GH OPEN SUPERSEDING SEE TABLE 2 ' "--~ 2E<l1-MOV THJSORAlllJNG OPED FROM (;.(. FOOT ORAllllN G NO.T s 1n.1
- RE V.8, SHT.2. REV.B 3 , RE v.B SCSI ACCES S ! NO.S - 26 10*.
SPECTI VE L Y . S-2610$, ANO CLOSE /
, r-~~ 2E~1 -MOV G 2H11- PE.01 roo1
'.I R'\/ 2X75-Pt01 RPV lllA TER LEVEL 2 L OW SEE TABLE 1 0"'5 ERF MPL No. 2E41-1030 CAOO
/ G '2XTS-P 10 1 SOUTHERN COMPANY A
R[V]SEDPER E:DWIN l. HATCH NUCLCAR PLAN T UNIT No. 2 ABH20B2C69901 J002,VER.1.0 HIGH PRESSURE COOL.A NT INJEC TI ON SYSTEM L~~~iT o:*~~*~s HPCI PUMP DISCHARGE ISOLATION GATE VALVE 2E41 -MOV F007 P.,_>:,~,_;i;:,~,,".',J'i!!!if.ij,~[iii~iji*"f~°-j::Ci-"~'°-=/s;:"=1==:"lq 10-502 H-24742 4.0 1 I
10 SWI T CH REF ERENCES OE VEi:O"PMEN T S 2E411 *DPIS N65TB HPC I STE-'M LINE PRESS. C* > 2 H1 1 - P926 .!!ill. ~ ~ 1 . LOGIC O!AGt<AMS* 2A21*1030 H-2-4700 2E41
- PS N6606 HP I STEAM JNE l'tl[S$ . (-l LEGEND A.ND GEN ERA L NOTES 2, HPCI SYSl[M P8JD 2E4 \ -1010 SHEETl H-26020 SHEET Z H-26021
- 3. NUCLEAR SD!LE:R RMS!HPCI INlTJAl !CN RESETl SYSTEMPBJO LOC ATION: 2 Hl l -P601 SHEET 1 H- 26000 1E51-TIS N666D HPC I TORUS ROOM AREA ANSlENT TEMP. PUSH BU lTO.~ SHEETZ H-2 6001 2H11 *P92B fllOM[N l ARY CONTACTS SHEETJ H-26189 RMS1F003 J*CLOSE ' /2Hl 1 -PE.01 4. RHR SYSTEM PSID 2E51-DTJS N66SO HPC I TORUS ROOM AREA O!FF. 2£41 -P !S N658B HPCl STEAM L I NE PR1:SSURE SHEET1 H-26014 C GRAPHIC 2H11-P928 2H11-P92G / 'DISPLAY SHEET 2 H- 26015
~ 5. RCIC SYSTEM P8J O SllEET 1 2E51*1010
\Q!
H - ZliUZ.S 2H11-P92£. Sl-I EET 2 li -2602* 6 . SAFEGUARD EQUIP. 21 '11-1010 li-26071 DET. SYS . B TIMER BYPASS l*ISOLATE EMERG ENCY COOL lNC 14
~'!~ 1 LEAK CLOSE RMS(liPCI MAHU4L ISOLA T!ONJ S Y5T E~ P81D 2["11 *MOV LOCATION: 2 Hl l*P601 F003 PUSli EIUT lCN 1 . CORE SPRAY SYSTEM 2E21-1030 2E<ill1 *TIS N6706 HPCI EOUJ P . ROOM AREA TUP. llOME.N1ARY CONlllCTS LOGIC DIAGRAMS 2H11-P928 SWEET I H-2 4739 SH EE T2 H-2 47'10 SliEET J H-24741 2E<illl-TIS N6718 HPCI PIPE ROOM Altl!ENT ITMP.
- 8. GE22A2989 EL ECTRI CAL 2A61*<1050 S-25373
' G
/
2X75 -Pl01 [QU!Plo\CN"! SEPARA T I ON FOR SAFEGUARD SYSTEMS RMSIHPC I LEAK DET. LOGIC 8 TESTJ *MORMAL / ' 9, HPCI ELEMENTARY OIAGR*M 2[ <11A-1CMO H-27670 2H \ 1
- PG1<ill HPC! TURBINE EXHAUST 2~{~:PJS N655B OlAPHRAGM PRESSURE 10 . ANNUNCIATOR SIGNALS H-26 159 TO T~C J.E. D HPC! lURBINE EXHAUST 11. DIGIUL INPUT 2E41-PJS N6~50 O IAP!IRAGM PRESS UR£ SIGN ALS TO ERF COJ.!PUTfR SYSTE M SHEETS OF 15 H*26167 SHEET130F 1 5 H-26289
£RF KJL TIPLEX E R SYS7[M[,[ .0 ,
' / 2H11 -P601 !.S. HHH SYS/~'-! UJGIC R GRAPHIC DIACRAMSSH[ ET 7
/ ' DISPLAY RMSIH!'e! MANUAL ISOLATJONi-ISOLATION 41 -MDV f003 VALVE LOSING 0"45 6 ERf RMSCOOTBOARD I SOLA T ION SIGNAL RESE T >*RESE:T
' R / 2X75-P101 21it1 *P601 HP CI STEAM SUPPLY LI NE OUTBOARD ISOLATION GATE VALV E (PC I S VALVE GROUP 3l 2E41 - MOV F 003 FOR NOTES S(( owe. H*2H'12, 2E41 -MOY FOl 1 VALV[ CLOSING 2E<1 1 *MOY F0~ 1 VALVE FULLY OPEN CLOS[ ' C / 2H11-P601 SUPERS ED I NG 2E4 \*MOV r o11 RMSCf'01 \ l-OPEN OPEN 2E41*MOV
' R
/
2H11 -P601 TH lSORAW!NG W DRAW ING N0. 729 2E41-MOV FO<l2 VAL VE FULLY OPEN 2H11 *P601 F011 SHT.2.RE V.8 . 0~1\ ERF SCS I ACC£SSION S-2 6105. ANO S-OHO ERF RPV WATER LEVEL 2 LOW
' /
G 2X7S
- P 101
'/@,2X75
/
- P101 DRY'llELL PRESSURE HIGH MPL No. 2E41-1030 ovv2000 H24743 RMSIF011 )*CLOSE
*"~'~'-~wo,_,_v__,F~O~"-'~"~"'~'~'~*o~T~EC~Tl~ON~~- 2 E~i~:Ov I SOUTHERN COMPANY A
FOll REVISED PER ABN EDWIN I. HATCH NUCLEAR PLANT UNIT Ho. 2 2082069901.!003, VER. 1.0 HIGH PRESSURE COOLAN T INJECTION SYSTEM LOGIC DIAGRAMS REDUNDAN T ISOLATION GATE VALVE 2E41-MOV F011 FDR TEST BYPASS VALVE TO CONDE N SATE STORAGE TANK SHEET 2 OF 8 10-502 H-24743 40 10
2E41 *MOV F1I1 VALllE Of'E NI NG SW ! TCH 282 1*LSJl(;*HBRPll WATER LE VEL 8 AMS l r111 l- CLOSC DE VELOPMENT S 2H11 *P601 CLOSE
,r-~~ 2E ;\; ';'°11 2£ '4 1 -PIS N6SIB llPC I STEAM L INE PRE SSU RE ZH1 1 *P126 CLOSE .&UTO ' OP EN 2E '41
- PIS N658~ MPC I STEA M LIN£ PAESSllAE ZE l'OV FOOi RPVWA T[RLE ll EL2L Oll 2 11 -P I SH.U *4 Rlol SCfl0 4 J
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LOC.&Tl0N:2*i1 1 -P601 lol~NU!I YCONT AC TS IN ,;:LOSE " J.~0 "OPEN " I SPRING RETURN TO "AUTO "
~~ ~~~~:N E
-2r*1-1*ov r 111 TOAOUE PROTECT I ON
-- - - - - - --.; STOP 2E:~; i;io11 TRIP l - TRIP
StRPllWAT[RlEllEL 8RESE T l 2[41 - PIS Nf>53 HPC[ PUMP SU CT ION PRESSURE LOC AT ION1iHl1 - P60 1 PIJSH BUTTON MOMENTAR Y CON TAC TS 2rn*PISNG568HPCtTUR B INEXHA UST PR~ _,
OE - ENERC TZEHPCl l TURBINE EXHAUS T VACUU M BREAKER OU TBOARD (2, 2Ml \
- P926 TURBI N[ TR !P SOLt NO I OCSi1 l 2[41*Sll Fl24
(<~c_: _s VAL~E GR~~p~ J~ _GA*~ - ~A_L-~~..-~~~-~~MOV: 1 ~~ ,~-------*- 11.!!..:.!.!ll£>560 HP(! TUA81 Nf. [U1 AUS T PRESSURE 2H l l
- P926 I'
HPCI TURB INE TRI P SOL ENOID 2E~ l -S V F1 2 .4 CSV1 I RMS! TURBINE TRIP )
- cc:..:_c..::_=.:-=-'C=_:_=c..c:.~-=-cc_-'-C_~==---...:'~11 / 2 X75 - P1 01 LOC .& T!ON : ~1 1 - P l'. 0 1 PUSH BUTTON MOMENT.I.RY CONT.&f'T'<
u--,.--, 2gl~~ll r1 0*
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"2Mll- P602 01 1t EAi' 2 ~ "'11 :PIS M6S8C HP CI STUM LINE PRESSURE E11- PISN69*C Rff .T.SH.l,H r - - -- _,,,, ' 2X7 5 - P101
/
RMSCPOllER TEST I
~ERF LOCAT ION; 2N11
- P601 l<IJ.INU I NEO CON TA CTS TURBINE STOP VAL i/[ FULlY CL OSED ~-:,2Hll *P601
""~'
2E*l*MOll no* / R 2Hl1
- P6 02 5'0'~AUTO START
+
0111 (RF" TUR BINE STOP VALV E 2E41 *H.O . F3053 INDIC AT I ON or r *PuLL TO LOC K TURBINE EXHAUST VACUUM BREAKER INBOA~ RMS !C002*2J RMS ( C002
- 3 )
LOCATION: 2H11 - P601 MQll:NURY CONTACTS IN ~ TOP"
@c'.s_v~ v~ GR~UP ~) G~~E VAL ~- 2E~~:~_ov:'.o* __,- * -
SPR ING RE TURN TO "AU TO " PULL TO L OCK IN "OFI' " l' OANOTESS EE OwG.H-247 42. l'OA !1£FERENCES SH OWC.H *2*1 *3 2M1 1-P6QI llA. J ~*TUATION_!:~N~O~ ~;J~ * [N 2Ht*lol()ll F00 3 HPCl INl! U tlON S I CN.ll SUPERSEDING THI S OR .&W ING U S Q[ ll(LO!"EO l' RC M C.[ . QR All l NC N0.7/ 9Ef>278A. '>llT. 1
- R[l/.B.
SHT. 1. REii.i, J.~0 SHf . J, R[ll.8 SCS I tC CES SIOt.iORA W1NGN0 - S
- Z 6 104 .
s - 2r.1os. ANDS
- 2f>I06 R£SP FCT Tll(LY .
BECHTEL
/
R 2H11*P601 2E '4 1*El'S11602
~ A T T llEF .2.SH.2 .C*2 RMS(C002-3 J-SToP
" 2 H11- P,01 SOUTHERN SERVICES INC.
FOR
* ~~~:~~~; 3 l*OH ---1 2m~c~~f.3 ~: l-"h--'--+'+'T+ -cc GE"'o"*c" 'i"'*-,P
" 70" Zfll l -PeO! =. ""
c 7 7 "*'-. -u o.-.-c,-,,L,-A""NH.,...-G G[Pt[RU ENC l trE CR l NCO[ PAR HE NT HPC! AU XILI AR Y OI L PUMP 2E41
- C002*3
llillil 2821 *LS N6~o\ RPV W.T£A LEVEL 2 DEVELOPMENTS 2t01*1'925
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2921 -i.S Jl69lC RPY WATER LEVEL 2
'l'HT'f=l'95 Cll lK:lC S YSTU1$1 llFOFUl!olHCE r - - - - - - - - - l .01<1ntlf',1NG STS1DI
!TIATION l+/-J 2821-i.S Jl6tt0 Af>\I V.1.TER LE'IEL 2 llf . T,51\. 1,A-l Hf'Cl/RC IC SYS.I
,--------j~:i=~~
5Y5TDI TJl.IP c I l>RTWELt PM: SSURE Hl GH llMSIF0011*a..OSE c 2E11-PIS H6~ l!Ef , J , 91 . 1,C;! DRYVEL PRES5UHE HJGH TABL E. 1 HPC: I TURBINE STEAM SUPPLY GATE VAL YE 2E41 -MOY FOOl HPCI TURBINE RESET PE~ OPEN VALVE
,., 2(41-tilN f006 2£11-NOY FOOT OPEN V"1..vE tE41-MOY Fooa 2E41-tilN f059 OPEN Vo\l..YE OPEN PERM 2t: 41-til>'t' f003 CLOS£ PERM 2E41-t()¥ FOOT 2E11-MOY F009 C*7 2£41*..:lY F003 CLOSE PERM 2E41 -..::rvro11 tt-2 OPEN PERM H
- 2115-M OPEN /
2E11-MOV 2H11~1 fD'11 ' FOft NOTES SEE DllC . H - 24742. E>~ FDA Af"F"FAFll!:F~ ~E DVC . H - ~*TO SUPERSEDING THIS [)RAVING WAS DEYELOPED FROM G.E. ORAWJNG N0. 729E6278A. SHT.1 , R(Y,8. SKT . 2. AEV.I, ~ SHf,] , REV . I SCSI ACCESSION DIUWIMG NO .. S - 261CM, S- 2 6105, ANO S-26106 RESPECTIYE:U . lll"L. NI), 2'[4!
- 1030 ! <I(> ! HJ'7*5 I 2£41 *lllV F059 TORQUE MOTECTI ON BECHTEL
' /
r---{<Ol) 2175-1"101 GUTK ( RSBURG , IWIYUND SOUTHERN SERVICES INC. zc~,~~v H~--<o) FOR
"" GEORGIA POWER CO., ATLANTA. GA.
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!GH PRE SSURE COOL ANT INJECTION SYSTE N0.2 LOG IC DU.GRAMS SHEET -4 OF 8 HPCI TURBINE LUBE OIL COOLING WATER SUPPLY GLOBE VALVE 2E4 1-MOV F059 PUMP SUCTION FROM TORUS ISOLATION GATE VALVE 2E4\ -MOV F041 1 0 - 502 H-24145
9>0Z-H 2[<1 1 - llOV ro12 VAL VE ClOSll(, "'" 2£4 1*140V 2E*1 -P IS N6 5 0 HPC t PUtil' DISCHARGE PllESSUAE: 2H1 1-P926
?E '1*DPIS N6!'il ln'Ct PUii' OI SCMA.RGE FLOV HSP 2M11 -P926 RMS CF01 2 HlPEN 2 H 11 -l'i01 2E "1 *KIV FOOi VAL.VE OPENI NG
*1 2£41 - NOV EQ4! YAJ.VE Full! OPEN CLOSE 2E 41
- NO V 2£41 *MOY f 001 2E"1 *NOY FOl2 TORQUE PROTt:CTI ON *'*O..'>"'
2-.."~'.C*'C!; RP:_:VC-"W*'.!!ID'-C"'EYEO!C'-'2'-'C"'O::_W_, ~~i:.~5£~T(1 II L >---~.. SE E TMIU I 2E41 *llOY F01 2 YAL W: OPEN IMC SEE TA91.E2 r!:: :~~! N6 I HPCI PUMP DISCH ARGE FLOW H " C\.OSE~ 2E<l1*MOV C 21!11*1'601 RM Stf00$ 1Cl. OSE 2 H11
- P601
' 4 \ t : (r008)CLOSE E41 *NOV F 1 VA F Y Cl.OSED 1'"012 .;' ' ~-2 ~W-P052
£111 TEST BYPASS TO CONDENSATE STORAGE TANK GLOBE VALVE 2E41 *MDV FOOB 050 HPC I TUR!l lNE STOP V.. LVE FULLY CLOSEO 111~1~01! ~-CLOSE 2£41
- MOV FOOfi VAL VE 0.llS! NC 111'¥ lllTER LEVEL 2 LOii MIN I MUM FLOW BYPASS TO TORUS ISOLATION GLOBE VALVE 2E~1-MOV F012 D!'lllFLL PRE SSUR£ HIGH 2£4 1* MOV FOO i Y.11. 'tE FULL Y Q.OSEO MPCI TURBINE Sl\'P VALVE FUUT CLOSEO 2\111*1'$01 tt" *IClv ro oe TOllOUC Pn0Tc e110N
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CC OSE 2E<1 1
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2Hll - P691 BMOIETIUC CCHJENSER VPC TN<< t: 2£41-LS N1&8 COi<<>. VEL
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' -.JC DJ SP\..AY 2H ll *P6a l UJCATI OH* 2H I I *"681 RMSI FIUS I RMS I F828 l LOCATI Oth 2H t 1
- P612 14AIMTAU£0 CONTACTS
'0' 2Hll *P61i CONIJENSATE DRAIN POT DRAIN TRAP BYPASS VALVE 2E41-AOV F054 ' '
CONDENSATE PUMP DISCHARGE TO CRW ISOLATION VALVE 2E41*AOV F026 2E41*JIC'I Fl93 IM.:M*4 t: llGlc.2 AAO 2Hll-PSll l ENEROIZE SVIF828 l H l 'EN 2E.:bAOV
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- ENEROIZE SVtF828 1 H 2E.41 - PIJV CLOSE F828 /
0 DISPLAY
""""IC 2Hlt*P601 BAROMETRIC CONDENSER VACUUM PUMP 2E41
- C002-2
' G' 2Hll - PS82 STEAM LINE DRAIN TO HAIN CONDENSER ISOLATION VALVE 2E41-AOV F028 TYPICAL FOR*
2E41 -ADV F02q 2Hl 1 - P601
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2H lt -P681
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- SVIFl!S ll 2£41 -lllN FOR NOTES SEE DVG. H-247 42, l'01'1"1:.t1: m.f'Lt;l> X?: 11'10 . ... * .i:* T*;J t:
' ' SUPERSEDING THIS FROH O.E.
DRAVI , REV . B, SHT . v.e OE-EPERGIZE SVfF1251 H 2£41 -llJV CLOSE F82'!1 / 0 DISPLAY DIW'HI 2H C ll*P611 f:~1 Tr'~~:
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- P682
.DI S!ill TORUS ISOLATION VALVE 2E41 *AOV F051 CONDENSATE PUMP DISCt-WlOE TO CRW ISOLATION VALVE ZE"41-AOV SOJTl£RN SERVICES UC.
F0Z~ Fill 111Hle2 H*2474
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2E 41-MOV F04\VALVE Flit.LY QPEN QEYfl OPMENIS 2[41- MOV FQ.42 ViLVE FULLT OPEN o*n E RF
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?Hll*P601 SEETiBL E I
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2X75-PIOI 2E41- l.IOVF042V.t.L VECLOSINC RMS<C002 -o L0C ilfO N:2HU-P60I ORYWELLP!!ES. HICH MOMENTA RY CONTACTS IN 'STOP' ANO 'SUIH' SPRWC RETURN TO 'iUTO' OPEN 2E41*MOV 2E 41-MOV F004 TOROUE PRO TECTION ZE~i!~w FOO< CLOSE CLOSE 2E 4HIOV 2E4H.IOV F004 F042
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2K75 *PIOI PUMP SUCTION FROM CONDENSATE ST OR AGE TANK ISOL ATION GATE VAL VE 2E4 1-MOV F004 PUMP SUCTION FROM TORUS ISOLATION
<PCIS VAL VE GROUP 3> GATE VALVE 2E41-MOV F042 2ttn-P6 CI 2E41 - LSNOHBCONOENSATEORAINPOTLEVELllCH lil ... PO ... Hl'!IC CO'>IOl<NS 'P V"C TA ..:
CONO.LEVEL*llGH H OPE< 2E41-SV BAROMETRIC CONDENSER UC U~ RMSffOSJ l -OPEN FOS 3 COND.LEVEl*HICH*HICH H CLOS E: 2E4 1* SV fOSJ FORNOTESSEEO WG. H- 24742, tORREFERENCESSEEDWC.H*24l43 SUPERSEDING TURBINE EXHAUST DRAIN POT DRAIN VALVE 2E41-SV F053 D FROM G.E *
- REV.8.
BAROMETRIC CONDENSER VACUUM TANK CONDENSATE PUMP 2E41-C002-I
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TIV(LY . GAITHEAS 8UAC, MARYL *NO SOUTHERN SERVICES INC. FOR GEORGIA POWER CO., ATLANTA. GA. CUE.RAL ENCN:ERINC DEPAR TWENT 2[41*MOVFI04VALV[Fl.UT0PEN 10-502 H-24148}}