ML20209A031

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Rev. OL-24 to Final Safety Analysis Report, Chapter 5, Figures
ML20209A031
Person / Time
Site: Callaway Ameren icon.png
Issue date: 11/13/2019
From:
Ameren Missouri, Union Electric Co
To:
Office of Nuclear Reactor Regulation
Shared Package
ML20209A098 List: ... further results
References
ULNRC-06547
Download: ML20209A031 (39)
v • d • e


Text

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(FROM/TO

@]~ ~~ FROM/TO ~--I 87028 FROM ~o17 / HV-8804B I M-22EJ01, A-4) HV-8811B IM-22EJ01,D-7) HV-8812B I M-22BN01, D-2) FROM PB-403A ___ / ,------- -~ I M-228804, 8-3) ('-- I 0 u m m u B ~----~--e I 00-+- PV l_--/~-e V252 oo 87028 RESIDUAL u HEAT REMOVAL m PUMP SUCTION / I 70-BCA-12 11 s 69-BCA-1 4 II I PRESSURIZER SURGE LINE M-22BB02 IA-5) ( I FROM PB403B ..(_, FROM PV-8702A I F -4 ) I M-228B04 l I B-3) V409 TO TY-413J IH-1) C,...--~ TO RVLIS C,..----j TO CORE SUB-C,...-- --j COOLING MONITOR I MAIN STEAM SYSTEM < M-22AB01 IF -4 l ~ ~B-O!.::_DBB-28~ I STEAM GENERATOR I EBB01 A I I I I MAIN FEEDWATER LOOP NO. NUCLEAR SAMPLING SYSTEM V007 18-BCB-3, 4" : ) ~~:::~OZ >- ~E EBB::1_6" M-22SJ04 f-cf*:h 1 1 F-4) OJ ~~ I G-8) TE 118 021 TO I T"fTR-413 413A ID-3) L ___ ----1-* TUBING BCB NOTE 1 06-BCA-29" I. D. ~ 118 60-BCA-29 I.D. _J.. __ 1----........ -J 3,,.. ( v) ~--- -------'"--- -~- ~ R/E [ij TE I I ,-------,-----+-'--'-\\-"'--441A3 I 1 441A3 '-._./ I I 1 I ~ \\ \\ ~021 ~R/E- ~ TE 401 r------1 ~--e ~~IS 8032 021 I I I I IIl %m~ TE TE YTE\\ '-'f TE 410A1 410A2 410A3 411A1 '-._./'-._./'-._./y SPARE SPARE SPARE IIl TE 411 A2 y [i] TE 411A3 y AR/E AR/E AR/E FROM PB-403A ('-- ('_T_Y_\\ ('_T_Y_\\ [TY_\\ NOTE 13 FT 416 I <t u m I N ~ I I v-y I ~E [4] TE ~ (i'Y\\~Y R/E I t---~- 44iT -~--1 --- 441A2 --441A2 ~---v-4418 --l I I ~ '-._./ - ~ L - nh I_- _I -_I --- 4]{;'}~/E_ [I] 4 4T1E A 1L_---,-------\\ 0 u I m u m 8 ~ (M-228804,8-3) -l 411A1 411A2 41lA3 1 ~--1--1-------- _rY_ ---~ t- -- -------l 411U ~ FROM HV-8804A I L __ L __ t:::==__,--l IM-22EJ01.H-41 1 c-?To z-87ozc I 1 I -@-Y 8 HV-8811A 2-- I c (H-5) I ~ -- ---TD/411G IM-22EJ01,F-7) "" I I 1,;'1 ,--!TO HV-8804A I I 411 w FROM TE441B ~~ I r 1 I ~ '-._./ I 6 022 --------E3 L------------s FT 415 NOTE 1 ~ 5 _Q2.£..----E3 I ~----@}---', I ~ I 414 I _g_22~ I I~ I L ~ I I-~--"> I 01 _j FT 4 1 4 V020 N ro I [1]1 _j NOTE 2 TO LO FLOW REACTOR TRIP FROM TE-413A 1 IG-4) c---l ~----/ I I FROM TE -423A )..._ I I ) (8-4) ,--11 11--' I I I I ~r-:-1 < r:-11 1 I i--~ 1 FROM TE-4338 I D-7 ) FROM TE-443B I D-7) ~ ~ ---< FROM PT-405 ~ I IM-228804.8-7) s 8CB BCD I I ~ TO TAL-413J IA-6) OPEN PORV I M-22BB02(Q) ;L-LOC. E-8 V312 L. C. t-~ 020 FROM PB-403D IA-5) REV. DATE DRAWN 20 111596 RLW CHKD. SUPV. APPD. DL8c AMR N/A INCORP. RFR-1D1618. REV. DATE DRAWN 21 22898 RBF CHKD. SUPV. APPD. DJ8 AMR N/A INC'D DEC-1501 REV. DATE DRAWN 22 40198 RLW CHKD. SUPV. APPD. DJB JHK N/A INC' D RFR-18663A. REV. DATE DRAWN 23 12229 RLW CHKD. SUPV. APPD. DJB JHC N/A INCORP. RFR-20059A. REV. DATE DRAWN 24 041401 MAL CHKD. SUPV. APPD. RLW DTW N/A INCORP. MP 00-1005 FCN-02. REV. DATE DRAWN 25 041801 RLW CHKD. SUPV. APPD. MAL DLB N/A INCORP. MP 97-1010 FCN-06 REV. 26 DATE 11 04 02 DRAWN CHKD. SUPV. MAL RLW DLB INCORP. MP 01-1 019A. REV. 27 DATE 100704 DRAWN CHKD. SUPV. RL W MAL TWS INCORPORATE MINOR CHANGE CAR 200405780 REV. 28 DATE 041905 DRAWN CHKD. SUPV. MAL RLW TWS INCORP. RFR 22941A REV. 29 DATE 071105 DRAWN CHKD. SUPV. T JC MAL TWS f-VlW U--" u 2 ~ ~21 --"FROM PS-494 FROM OIL ?a I" M-228803 I I I 1- ~ )_T_!IVG J II I II 1 --8 44TlA3'L_ ___ _ \\ \\ 3/{ TELL TALE & HV-8812A ~ Li.J~ I ( M-22EJ01. H-4) I IM-228N01.B-2) ~ I & HV-B811A I L_ -@-y ---8 I 8702A IM-22EJ01,F-7) 411Z TD/411H I TO L T-53A I '-._./017 I I 'f'621 L.C. INCORPORATE MINOR CHANGE CARS-200503887. ~BG-183-BCA-2" I I L ~6~T~~~p 'I I I M-228803 ~t-I TO REACTOR CONTROL AND PROTECTION SYSTEM c '-._./SPARE NOTE 5 I I ~ [4] ,....,.,.v4,...,7,-0r---1-i M-226802) e-----1 [1] ~-~ lc'sTc ~-- 1 1\\ ( D -7) ¢ 7z;,\\ 7z;,\\ I FROM OIL 1 r LIFT PUMP -1~ FROM PS-491 II M-226803 V008 20-BCA-2" NOTE REV. DATE 30 102805 co 0 > 0. 74-BCA-2" 2---"T-"

~---8 I

I RCP BUS r UNDER-(--' ~ TO G ~ £ ~~~* V ~* B702A B702AA 8702AB ~ CONTROLS ',- [___ I M-22BB03 I TO C, TE 0L_ ____ ___c 440A2 '-._./SPARE RCP BUS UNDER-FREQUENCY 0 u m s DRAWN CHKD. SUPV. RLW EWM MWH INCORPORATE MP 03-1 011 74-BCA-2" FREQUENCY I SSPS~A I...L_I_ 4o -NOTE 02-8 L___ o-4 u m TO TY441 B Ui"L ____ ~ ~ ~ TE 4 4 OA 1------' '-._./SPARE \\ \\ ~ 3, "x -NOTE 1 ~ 1 F s 1 1 r...._, ;;,.._ i:' /-:~*--~L!oJ.17:.:-.§.BC!2A).;-;1,1~2::." ---~~~TZ~~-~~ ~- - T- -~-- -1 ~ 8949A -NOTE 25 EJ-01-BCA-12,( "" REE;J&~A~~:~UE:PT ~!-@ @ ~/E 0 ro 0 > §SSPS I QIJ_I_.l.._l e-022 _ _j ,-L 1 0. - ro I u REV. 31 DATE 070710 DRAWN CHKD. SUPV. T JC MAL TWS IN CORP. V067

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REACTOR 3'4' o COOLANT I ~ PUMP TE 4408 SPARE TE 4416 IPBB01 ol NOTE 6../ r--L--'---, 56-BCA-27 1 ~'[ I. D. 1-------------'"r--...------:-:---::-::--..;;._-.----...._ 57-BCA-3" T---T ~~- 3"/ ( v ) N > m u m 58-BCA-1 0 "-~-L I B -2 ) 8948D SIS BORON INJECT I ON ~- LT 53BB NOTE 1 TO LT-53B M-22BB02 V467 V473 ( C-7) ~a~Dl L.C. REACTOR VESSEL I RBB01 I I _j REACTOR COOLANT SAFETY 09 BCA 1 0" INJECTION /EP-ACCUMULATOR 8948C > M-22EP01 >-- PUMP ( C-2 ) / I PBB01 c I 39-BCA-10" NOTE 6

  • 54-BCA-BG-01-BCA-3" 3" -

eves LETDOWN M-22BG01 VJ V0481 REACTOR 0 I I COOLANT ~ I DRAIN TANK I < M-22HB01 f ~' o (8-81 HB-38-BCD-2" I <t u 'l'l n "'I ....--3"x1 1 ~'z" RED. TE 430B SPARE TE 431B TO CORE '-- ( SUBCQQLI NG MONITOR SIS BORON INJECTION I ) EM-86-BCA-1 !z ~/E M~-:~2E~02 V040 40-BCA-1 1;{ <f y ~---~_I__AVG _____ 2 8-----@--_L-------------~ ~--l NOTE 4 TO REACTOR CONTROL AND PROTECTION SYSTEM TD/431 _sc_s....,.... sf-c_D _ I ---@----"T _____ c' ---1~-t-11 3*{ I D ) \\ V290 NOTE 1 --- 55-BCA-2" MAIN STEAM SYSTEM ~ ~;~~;~B-28~ I GENERATOR M-22AB01 I C-7) I EBB01 c I I I MAIN FEEDWATER SYSTEM LOOP NO. >- AE-21-EBB-16" _ M-22AE02 ----- 1 C-7) NOTE 1 3 /'"- NUCLEAR SAMPLING SYSTEM < M-22SJ04 I H-8) NOTE 1 3 ~_LTY'l__ ~~ I I I I I I I I I 8---- 1 ~II I I I I M-22EM01 I I IE -2) EM-13-BCA-6" I I ~-----l 42-BCA-6 II ~ £TY'l_ I '----~ ~-~-1 I I I I ~--l I I [2] SPARE V046 f---CIS~ TUBIN~~.,.SCB ~EE 431A3 431A2 ~E TE L~-\\ 430A2 431AI '-._./ I I 1 0 SPARE I I I 1 w0C1J0[1]0 III 431A3 431A2 431A1 -__,.-~...___NOT-E 1-~ y~== 41-BCA-29" r.o. I r I I NOTE 1 ~----~----(TO RVLIS ' I V057 V05B FT 435 IT] ' I FT 436 TE 433A I~ I TO CORE I TR ~----( SUBCOOLING -~- 4 3 3 MON I TOR I 1 022 I I I I I 0 > i ?022 I I I ---c' FROM ~-J - : ---;:ROM--;:E-443;-(--~ ~I I --2 FROM ~ IG-71 n_l<l21 TE-413B TE -423B I ~-----~

~

L----------~ 1 yo22 ~--~

@ L-------@----------2 I

413 F~M ~TI3BJ --l TE-433B I D-7 I TY TO I ' N m u m ~ IE -3) I D-3 l 1 ~022 ~--~ LD FLOW REACTOR TRIP i-1 l@)

2 TO PAH-405D I G-1 )

FROM 020 I OPEN PORV L-------@-----------~ TB-413M I G-2) ~--- ----2 M-22BB02 I 0) LOC. F-8 8 7 6 \\ 5 HIGH MODERATE SUCTION y 7 y ? 6.. x2" REO. ENERGY ENERGY 1 I s [iJ CONTROL AND co I PROTECT I ON ) NOTE_ L--- "T_) REACTOR

..I COOLANT 71

<t PUMP u m I NOTE 1 8 0 31 TO REACTOR {2---~!-'/G_, 1 TD/411E 4iTB 1 1 " (D) SYSTEM c-f---_j j HIGH 01-BCA-27 1 ~'{ J.D. IPBB01AI " NOTE 6 '\\' ENERGY 31 ~ co N r::;-]2 I o ~ ~ INJEcV[JNTYPuMPs sAFAEZcYuJuNLJg~RioN 894sA l..=.i 4nB I PREss:;-!-;;:;-- ~ M-22EM01 < SPRAY --1 I -/ BG > M-22EP01 >-z-03-BCA-4" EM-17-BCA-2 "'-----" I D 2 l / BCB-3" '---'---'---7__'M~-~2~2.:'8_:'B_I:J_0~2./ 3, = NOTE 17 ( G-2) EP-03-BCA-1 0" ( ~) II -V288 I 02-BCA-1 0" CVCS NORMAL 8~D BCB 83788 CHARGING s / -< M-22BG01 < 04-8CA-3' BCA I BCB IF-B) IA-3) "'~ N NOTE 1 V001 o"'" f-I I PRESSURIZER o:m I-@ I 413B 1 021 ~ _TO ---(TY 413K 118 I IA-6) l_lle ~M~2s~;B~RB~Ao~y2GE-_22;_;3~B;;,c!A:4:_:':_' t ~ ~ ~ ~ ~ I I TO CORE -- ( SUBCOOL I NG \\ \\ \\ \\ 31 zz DO o:- Of-oou w Vl> SIS BORON INJECT I ON 26-BCA-6" 89498 N I w "' ~ "' I 2 w ~ ~1s 021 I (8-3) 4~~B r----r---1 BCD SAFETY INJECTION ACCUMULATOR 22-BCA-1 0" I I 1 I I 8948B > M-22EPOI >-z- ~ IE-2 ) EP-06-BCA-10' TO~ I TY-413K ~ I IA-6) TO CORE MON !TOR FROM -c'TE-413A I G-4 ) REACTOR COOLANT PUMP PBB01B - L_ ____

,SU::.:,BCOOL I NG MONITOR I

HIGH ENERGY SAFETY INJECTION AND RESIDUAL HEAT REMOVAL PUMPS ~ M-22EM01 < ( F -2 I EM-10-BCA-5" ~-- 3"x1 1;{ RED. TE 4218 SPARE TO REACTOR CONTROL AND PROTECTION SYSTEM D/421E s-----"T_---------1 ~~E NOTE 3 --Y ~ ___ __[__ (TY\\_ ~ I ~ ~ S---I__AVG ___ 1 --@----~ ~--------- ~ I I I -------8 MAIN STEAM SYSTEM I I I FROM PS-492 M-22BB03 (HIS\\ I QD,~ I FROM OIL 021-+ RCP BUS LIFT PUMP<,---- 1 --( UNDER-CONTROLS FREQUENCY M-226603 I L (OA\\ s~~s'> ~~ 1 ----- ~ I 022 r-L_---G NOTE 6 ~ ( NOTE 17 ) 37-BCA-2 " V028 I <t u 0 u m s NOTES: CAR 201001930 ACTION 7.

1. DRILLED RESTRICTION 31a" IN DIAMETER. POINT AT WHICH QUALITY GROUP CLASSIFICATION IS CHANGED FROM A TO B.
2. SEE WESTINGHOUSE DRAWING 8756D37 SHT. 7.
3. SEE WESTINGHOUSE DRAWING 8756D37 SHT. 8.
4. SEE WESTINGHOUSE DRAWING 8756D37 SHT. 9.
5. SEE WESTINGHOUSE DRAWING 8756D37 SHT. 10.
6. DETAILS OF REACTOR COOLANT PUMP MOTOR COOLING, SEAL WATER INJECTION, AND INSTRUMENTATION AND CONTROLS ARE SHOWN ON M-22BB03.
7. RTD STRAPPED TO LINE.
8. TYGON HOSE TO BE INSTALLED AT THESE CONNECTIONS TO VENT PRESSURIZER DURING DRAINING AND FILLING.
9. DELETED.
10. REFERENCE WESTINGHOUSE DRAWINGS 1145E01 SHT. I, 1145EOI SHT. 2, AND 1145E01 SHT. 3.

11. DELETED. III(TY\\ ~ I~-~-~-~ I AB-02-DBB-~'-t I I I I I I I I M-22AB01 > f-z "'~ --"z ~HB-37-8CD-2"

12. FOR P & ID LEGEND AND SYMBOLS SEE DRAWINGS M-220101 THRU M-220104.

\\ \\ I I I I I LA_~ Ill~~ ~-----~ I I MAIN FEEDWATER SYSTEM SPARE [2] TE 420A1 '-._./ I I I I ~---~ I I I I > M-22AE02 r-22-EBB-J_[;I' I I ~--~ 42TlAz[2] @jE ~E @E '-._./ 421A1 421A2 421A3 SPARE,-;;-]I I I TE L_Lj I I I ~ _l[I]_l[2J_l[i] ( TE '\\ ( TE '\\ I TE \\ 421A1 421A2 421A3 I C-4 I I I I L NOTE 13 STEAM GENERATOR I EBB01B I LOOP NO. I C-4 ) 2 0 n .i:l ~I I CD

===r=- r_ _ ---;--25_-_B_CA~9.: _I_. D_. ____ _, NOTE 1 ~ yoz1 I [2] TE-423B '- TE FROM

R I c-423A

( D-3) 423 022 I T TO CORE I L'---( SUBCOOLING ~ I MONITOR ~I I 4 TO '--( TY-413J I H-1 ) TO LO FLOW REACTOR TRIP NOTE 1 V036 V037 I II 2 [1] FT 425 I ~ 022 ~-----~ I 7-@----------j ~I : 425 I ~ 022 FT 424 NOTE 1 I ~----j s--------@-------J ~ ~ To22l ~----j s-----------~-------J 3 n 00 o<t of-o u 00 ro I I N 00 N I 2 2 I 3. 1 4. DETAILS OF STEAM GENERATOR SECONDARY SIDE PIPING AND CONTROLS ARE PROVIDED ON M-22AB01, M-22AE02, AND M-22BMOI. A DIRECT READING DIGITAL PRESSURE INDICATOR IS CONNECTED TO THIS LINE AT THE NUCLEAR SAMPLE STATION, DOWN STREAM OF THE SAMPLE COOLER, FOR PURPOSES OF CALIBRATING THE PRESSURIZER PRESSURE INSTRUMENT CHANNELS. 1 5. DELETED. 1 5. PRESSURIZER SAFETY & RELIEF VALVE DISCHARGE LINE IS ANALYZED SO AS TO ASSURE THE INTEGRITY OF THE PRESSURIZER RELIEF TANK DURING & FOLLOWING AN SSE.

17. SG-AR-7: PEAK RECORDING ACCELEROMETER. TO BE MOUNTED ON SURFACE OF HORIZONTAL PIPE SECTION.

1 8. 1 9. SEE WESTINGHOUSE DWG. 7250D64 SHT. 6, ANNUNCIATOR IPAH-4551 IS PROVIDED FOR HI PRESSURE PORV OPEN. MCB PZR ASTS IAUXILIARY SHUTDOWN TRANSFER SIGNAL) IS INITIATED AT RPII8B BY RP-HIS-3 WHICH TRANSFERS CONTROL TO THE AUXILIARY SHUTDOWN PANEL WHILE ISOLATING THE MAIN CONTROL BOARD CONTROLS AND INDICATION.

20. PRT IS A SEISMICALLY QUALIFIED ASME SECTION VIII COMPONENT.
21.

THE INTERNALS OF THIS VALVE HAVE BEEN REMOVED AND REPLACED WITH A STAINLESS STEEL PLUG. THE VALVE HAS BEEN TRANSFORMED TO A go* ELBOW.

22. DELETED.
23. DELETED.
24. DELETED.
25. THE INTERNALS OF VALVE BB8949A HAVE BEEN REMOVED:

6" CHECK VALVE BODY REMAINS IN SYSTEM. AS-BUILT CLASS 1 DRAWN (DATE I N/A '"'"' PIPING AND INSTRUMENTATION DIAGRAM NIA REACTOR COOLANT SYSTEM SUPV. (DATEJ N/ A FSAR FIGURE 5. 1-1 SHEET APPO. (DATEJ LOCATION N/A UNION ELECTRIC COMPANY ST. LOUIS. MD CALLAWAY PLANT M-228801(0) 1 CLASS REV. 31 H G F E D c B A

H G F E D c B A 8 7 (0) 2:0882:2:-v-l 87-ECD-12" TO TAH 464 VIA )--- INTERLOCK NOTE 7 0 -~--, 0 ~ 021 R/E MODERATE HIGH co ENERGY ENERGY I 0 u w I S g; OJ zs ECD BCA 801 OA ---~---@ I 021 I I I 8010A , FROM ZS-801 DB ---o I LOC. G-6 I I 

'" "J FROM ZS-801 DC 018 ILOC.G-51

' co I 0 u cJ I co 00 NOTE 0 m 0 > R/E FC I I I I I I 84-BCA-3., I s I s rn u 0 u [i] A --e w 0 > m m N > L _____ -2 FROM HS-80008 ~E_CD~~B_CA ILOC.E-11 MODERATE HIGH ENERGY ENERGY CONDENSATE POT 1 1/{ TEE ~ TO 6T PROTECTION G L_1_j TO CONTROL VI A PS/455F 21 I I I I PT ~----------' --~ I 455 i ~~~ FROM WI I I 002 I 1118 I ~'f) PT-456 I ,- 1-,---,----~---~--_j PT-457(-'/ I I I I I CONDENSATE POT V462 L. C. u s 82-BCA-6" V100 V101 PT-458~!~~ ~ .--~M.. ~M*-J,,,.I vI I I I TO .{, I I I I SAFETY I V103 V104 112-BC8-1" NOTE 21 I I I INJECTION_! I I I v I I DISABLE DISABLE MANUAL BLOCK OF SAFETY INJECTION 1 1 t::--,. 1 2 I ITO LOW PRESSURE MANUAL V421 I )REACTOR TRIP BLOCK OF I I SAFETY PT ~I ~ P8 P8 456 456 PD/ 456 456B 4560 -,TO SAFETY I .{, INJECTION I TO HIGH PRESSURE 002 INJECTION TO L':.T PROTECT I ON TO PR-455 VIA c __ l REACTOR TRIP TO HI PRESSURIZER PRESSURE PORV LOGIC I NOTE 18 I PS/455G, TO T CONTROL VIA PS/455F TO HI PRESSURIZER PRESSURE PORV )---- LOGIC (NOTE 18) --~--C~I -~~-' --~~ TO CORE I PB py PB SUBCOOL I NG 456-456F 456C MONITOR 1 V' ~----~----~ TO HIGH PRESSURE TO LOW PRESSURE REACTOR TRIP REACTOR TRIP TO CONTROLS ~ 2 & ALARMS VIA u LS/4590; TO LT LR459 VIA 460 113-BCB LS/459E V460 V105 @-B o 1 roA~~~~~ 0 bfA <'-----l-----T----,--- 460A (~~Am~ LEVEL TRIP PZR LEVEL I LS/4590;TO LR/459 @ ~ I 002 FR6~T~~~~i 2B l VIA LS/459E 4~~8 CY ~----l 1 \\ L T 002 11 8 11 4-BCB-4' I I I \\ 459~------------~~-------------{~}-~~--------~' I FROM 1 1 \\ VI 06 L ~~~~0 s-~\\-S"A-s L~~~~9 I ~S/ I I i ' --@T -8, - ~~ I NORMAL I y y (NORMAL II 459E I I I L I L I L0/459 LB_ I I I 002 ---~---" 459 459B 459A I I I I 002 118 FROM I I I L ____________________ l L T-461 ~L, ~~A~fg~ ~mL 1l I I L _________ T ___ sETPoiNT--l I ks FRoM LT-459 PREssuRizER 1 1 I L-----,------,----i-~L5C9 LEV) !I L_ y -',FROM LT-460 HE:::~ROL IIi I FROM GROUP-C )---*Ill _L_§ LB_ L8_ 1 ~ / 0021 PRESSURIZER 1 459E 459C I / I LR HEATER BACKUP )---~I I I I LC:>'_ 459 CONTROLS GROUP-A I I I 1 1 \\I t I 459 002 LOC. A2 & A3 BACKUP )----j ___ j I I I 1 ALL HEATERS OFF I FCV-121 GROUP-B C I I I 1 & LE TO OWN I I.( CONTROL SETPO I NT 018 I I I 1 ISOLATION I Ll" _____ ~------", TO BG-FC-121 I I I ~---------1 ~ M-22BG03.I C-4 I I (CAL\\ J I TO BG-FC-124 NUCLEAR SAMPLING I ~ 1 M-22BG03, 1 F -2 1 SYSTEM I NOTE 14 I £__ I o18 1 ( M-2zsJo4 Z_r- ~. -----i i----l I G-8 I 01 s I HEATERS OFF 8. I @ LETDOWN ISOLATION 1 LAH PZR CNTL HI LEVEL J> 459E DEVIATION & HTRS ON HEATERS ON 018 H v 11 2 TUBING 8CB 8 7 6 5 4 3 2 1 REV. DATE DRAWN 21 041401 RLW CHKD. SUPV. APPD. MAL OTW N/A INCORP. MP 00-1005 FCN-02 REV. DATE DRAWN 22 081501 RLW CHKD. SUPV. APPD. ~/81 JHK JAM N/A H INCORP. RFR-21330A HIGH MODERATE ENERGY ENERGY s BCA ECD NOTE 7 HIGH MODERATE ENERGY ENERGY TO TAH-464 VIA INLOCK -2 s BCA ECD NOTE 7 FROM TB-466.465 }- R>x(TAH\\ ,---~-'V-~ A o1s N 1 _ f---..--.;;.96.;;.-..;H..;C.;;D_-.;.4 _" ---r--1 ~ E J -8 7 0 8 A r RHR SUCTION co m N > I EJ-29-ECB-3" HCD ECB -------------------- M-22EJ01 --~~- IG-71 LOJ l 1"(0) s ~~--,----~9.;;.7-.;.H.;;C~D..;-..;4_" ____ _,r---1~ REV. DATE DRAWN 23 oa3ooz RLW CHKD. SUPV. APPD. EWM TWS N/A INCORP. RFR-22105A REV. 24 DATE 082003 DRAWN CHKD. SUPV. RL W MAL TWS INCORPORATE MINOR CHANGE CAR 200305155 80108 80100 ~ 021 I 0 u w I,_ 3"4" IV I r RHR SUCTION 7 l.l ~ I EJ-51-ECB-3" REV. 25 DATE 051304 w w 0 > PRESSURIZER I T8803 I NOTE 1 NOTE 1 NOTE 1 u u 0 u s TO ZA-8010 I LOC. G-7 I 0 ~ 021 m w 0 > u rn u 0 u 8037 s TO ZA-8010 ,--( ILOC.G-7 I I __ L __ @ 021 021~ w i3 01 ~ M-22EJ01 T ~ H_c_,o1::E'::c=s~ ( c 7 J Q 1,~DJ 4"x3" RED. l 94-HCD-4" 1---i" BG-8121 m N > HCD S REACTOR COOLANT r' PUMP SEAL LEAKOFFS M-22BG01 I BG-191-HCB-2" < C~:.,~_l_~_~-"::;,-.;.H.;;,C;;,:D...;-.;.4..;" ___ 1_'~-~-D-1---------j_J-""i~"~ -BG-8~~----~~G~~) IE 3 I r f: \\ 125 eves r ,_/ LETDOWN 4"x3" RED.-~- ~- 3/{xl/{ RED. & FEMALE QUICK CONNECT SAMPLE CONNECTIONS I BG-263-ECB-2" M-22BG01 HCD ECB I H-2 I s m N > PIPE TUNNEL GASEOUS RADWASTE SYSTEM 3 " '4 1 02-HCD-1" M-22HA03 ~ IF-21 ~KH-011-HBD-3,4' NITROGEN SUPPL:J V413 '3------------< M-22KH01 < I 0 u I I N 0 V091 1 05-HCD-1 m m 0 > PCV 8034 '~ ri I 0 u I I co 0 V094 IE-SI HY 8045 AS HV 8045 REACTOR MAKE-UP WATER M-228L01 V397 LOJ 1"101 HS/ ~-- 10030 241-HCD-1" [i] (Hc\\ ,---~ I 001 ~(HCI\\ y-~ I 001 DRAWN CHKD. SUPV. RL W MAL RWW INCORPORATE MP 89-1 035A I PARTIAL I REV. 26 DATE 11 09 04 DRAWN CHKD. SUPV. T JC MAL TWS INCORPORATE RFR-22941A. REV. 27 DATE 080205 DRAWN CHKD. SUPV. RL W MAL TWS INCORPORATE MINOR CHANGE CAR 200503892 REV. 28 DATE 11 1 1 05 DRAWN CHKD. SUPV. RLW EWM SKC INCORPORATE MP 89-1035A REV. 29 DATE 102508 DRAWN CHKD. SUPV. RLW EWM LMR INCORPORATE MP 07-0007 REV. 30 DATE 091009 DRAWN CHKO. SUPV. RLW TJC LMR INCORPORATE AC 09-000063: RFR 200801863 REV. 31 DATE 050910 DRAWN CHKD. SUPV. EWM RLW LMP INCORPORATE CAR 201000409 REV. 32 DATE 070710 ,---~ I A -2 I 8L-29-HCD-3" I 11 5 I I I tzD_ y --l DRAWN CHKD. SUPV. T JC MAL TWS D-3 'C I u u I I w 'C N 249-HCC-4" 0~1S 8037 021~ ~--~ CTMT NORMAL SUMP M-22LF09 I D-5 I .....,_NOTE 1 6 I @ v 6 248-HCC-4" _ 80-BCA-4 II 0 TE 45 R/E Yc -~----j~oz ______ ~ ~ V109 v 11 0 TO 6T PROTECTION TO PR-455 VIA PS/455G TO PC-455A VIA PS/455F y (TAH\\ 0 018 I NOTE 21 115-BCB 1"x3// I L::J 1 115-BCB-1 "-~ I 1 2 c--,---~-~ -~ I I I I I rLJo I I rL Gz z I I u ~~ o ,-l II aH-1- wo U U W rv N_l _jl.J..J w 0:: <I.:~ J

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PT-455 A FROM I 0 INORMALI(--y --( PT-457 I ---r-~--- 1 ~~ p~~~~8 2--A--2 FROM PT-456 7-BCB-4' f-:,;~ I I (Pi<\\ y I NORMAL I 1-~~--q:;..: '---n.~? I ~02 4~~A ~B FROM PCY455C I PCY NOTE 1 ~ I 456F ILOC.B-31 1"x3,4'REO. ~ ~ 1 TYP. 21 @t 455A I PAH 456F 018 I ~ I 018 ~2' JL.,__ I I m ~,"' ~& ___ @~, 4~ --~{----,;:c.::, TE 451 ~R/E 10-41 '- 0 '- 0 0/1 I ~ ~~~~~ ~~ _ _j L----,-----,~---@---~ I I I I I 018 L _ _& L ____ -1 f-----~ I I ~ I .P .{, ~ I 018 TO HI PRESSURIZER PRESSURE PORV LOGIC I NOTE 18 I LT 462 0028 1 TO SPRAY VALVE 1 TO SPRAY TO PZR ~ .J----~~~~~------cj~ PCV455B ILOC.B-41 VALVE 2 VARIABLE BACK-UP V082 1 "x'"*"RED~D/451 ,1;-----510S l__, lrg~/:~~~~ toENATTREORL HEATERS ON 11 TE 453 LT 461 (iAH\\ ~-L-~8 '.-----~--+-~,-f-~ ~ 1 461 A 018 I I I rL rL NOTE 1 8-- FROM PCY455B ILOC.B-31 1 1/P 240-8CA-4 u co I <0,_ / ~-- FROM BACKUP GROUPS A&B CONTROLS ITYP.21 c FROM 002 _k/, TO PRESSURIZER HEATER PY455C,---- y, --, CONTROL GROUP-C LOC B-6 I (Qi;\\ ASTS FROM 2--- ~ --( SEE NOTE 19 LB459C ~ I 018 i NOTE 1 PRESSURIZER 03-BCA-4 AS HV 8157A I I I [2J I I ZT 8157A

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8 7 6 5 4 3 2 (0l£088ZZ-V'l 8 7 6 5 4 3 2 1 NOTES:

1. DELETED.

REV. DATE DRAWN 9 osoes2 RL W CHKD. SUPV. APPD. GDC T JM N/A INCORP. RFR-10375A 8. RFR-10333A. REDRAWN FOR CLARITY. REV. DATE DRAWN 1 0 010494 MAL CHKD. SUPV. APPD. RLW T JM N/A INCORP. RFR-14399A & EMP-93-3022. REV. DATE DRAWN 11 111596 RLW CHKD. SUPV. APPD. OLBr AMR N/ A INCORP. RFR 101618 REV. DATE DRAWN 12 012397 RLW CHKD. SUPV. APPD. OLBr AMR N/A INCORP. RFR-17575A REV. DATE DRAWN 1 3 022898 RBF CHKD. SUPV. APPD. DJB AMR N/A INC'D DEC-1501 REV. DATE 14 041905 DRAWN CHKD. SUPV. MAL RL W TWS INCORP. RFR 22941A

2. SINGLE ALARM POINT FOR ALL FOUR 141 PUMPS.
3. RESTRICTION ORIFICE 3/8" DIAMETER. POINT AT WHICH QUALITY GROUP CLASSIFICATION IS CHANGED FROM "A" TO "B".
4. DELETED
5. REFERENCE WESTINGHOUSE DRAWING; 1145E02 SOOI.
6. DELETED.
7. DELETED.
8. THERMAL BARRIER COOLING COIL HAS INTERNAL PRESSURE DESIGN RATING OF 150 PSIA.
9. DELETED.

I 0. DELETED. I I. DELETED. 1 2. DELETED. I 3. DELETED. I 4. LIGHT INDICATING ADEQUATE OIL PRESSURE IS AN INTEGRAL PART OF HIS. I 5. DELETED. I 6. ALTERNATE PRESSURE SWITCH BBPS0491A. I 7. ALTERNATE PRESSURE SWITCH BBPS0492A. I 8. ALTERNATE PRESSURE SWITCH BBPS0493A. I 9. ALTERNATE PRESSURE SWITCH BBPS0494A. A SEPERATE RCP DRAWING EXISTS FOR EACH LOOP-SEE THE FOLLOWING DRAWING FOR THE APPLICABLE LOOP: LOOP DRAWING A M-22BB03A(Ql B M-22BB03B(Ql c M-22BB03C(Ql D M-22BB03D(Ql AS-BUILT DRAWN WATE I CLASS 1 NIA PIPING AND INSTRUMENTATION DIAGRAM CHKD. WATEJ N/A R~TOR COOLANT SY~EM A (FSAR FIGURE 5.1-1 SHEET 31 SUPV. WA TE J N/A APPO. (OATEJ LOCATION N/A UNION ELECTRIC COMPANY ST. LOUIS. MD CLASS CALLAWAY PLANT M-22BB03(Q) REV. 14 1 H G F E D c B A

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LS496B, LS496C,
LS4960, M 2288038 M-22BB03C M-2288030 MOTOR AIR COOLER MOTOR AIR COOLER UPPER BRG COOLER LOWER BRG COOLER I SEAL 3 I I SEAL 2 I I SEAL 1 I LABYRINTH SEAL I H 4 I I H-4 I I H-4 I 3

IH-41 TE r-------~4838 -----~ TO FAHL-25 I G-2 I fLSHL 33 053 FT 33 2 COMPONENT COOLING WATER 11 9 HBC 4 "V113 I L ~ ) M 22EG03 > I 0-3 I V114 ~L~~~J~JL~12~1~-~HB~C~-4~'-'------iNK~~ 'CU' Ill ,---'J FROM I ~;---------<? 022 FSHL-26, M-2288038 FSHL-27. M-22BB03C FSHL-28, M-2288030 FSHL-29 I F-2 I FSHL-30, M-2288038 FSHL-31, M-22BB03C FSHL-32, M-2288030 FSHL-33 I H-2 I FSHL-34, M-22BB03B FSHL-35. M-22BB03C FSHL-36, M-2288030 ~ ~~ ~ COOLING ( G-3 I I G-3 I ( G-3 I ( F -2 I IF -2 I ( F -2 I I H-2 I I H -2 I I H-2 I o ~~ ~7 " SEE NOTE 2 COMPONENT c' > WATER ~ - V235 EG-120-HBC-4" ~ f-r------J>I

    • J-----------------1 M-22EG03 123-H8C-4" Ill 10-31 0

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LF-894-HC0-1" YE-471 0 YE-471 E _,5 09 > -,r-cr-u ~~----------------------------------- z M~~2~~ ~ AS fHY\\ 8141A s --~ 8141A L00_1__~ zs 8141A SEAL WATER '-----;;G-167 -BC8-4' FILTER _j l__1--c_ ~~~~1~3~4:B;;;C:,!6;,:-::'~' 4_'...J'T'"-------[::1vK}--_ ;::; _-;::; -

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133 CBC-3" 1/{(0) 1 1 ~~~~[~~~~------~~~ i I 1 NOTE 8 I COOLING v B WATER V474 )- EG-352-HBC-1 1/{ > M-22EG03 \\__ I r' V122 1 ;_; 1 3 ;;;: ~@E '7 :;" ....l. > 138-CBC-3" f:'l<'r >I

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8 7 6 (0l:J£088ZZ-~ 8 7 6 TO HIS-39 M-228801 5 SEE NOTE 18 PS 493 y 021 I SEE NOTE 14 I ~ I I I I I I I I TO LAHL-4758 VIA INTERLOCK M-22B803A I H-4 I f LS 4778 4 TO LA-496 VIA INTERLOCK M-22BB03A I H-4 I f G0 3 ~ ~ ~ ~ I E3> I ~r@ I I I V@/ 021 I I I LSHL I I I 495 I I I 053 ~TO I I I YT-473Ec'--- 1 --~ I 1 TO LAHL-4758 TO FAHL-25 VIA INTERLOCK M-228803A I G-2 I f-SHL 35 053 2 ~----------- y ---------- I L ------ TE 4 8 SA f-------- I I I I VIA INTERLOCK TO YT-4730(--\\ \\ 1 M-228B03A IH-4 I \\ I \\ I TE 4858 -----~ FT 35 f-z ~ w I 0 z COMPONENT COOLING '=~W~ATIE~R~~>----~-~1~6~5~HB~C~4~"-----~~ "L fL2:

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r;T'y 312 M-228B03A IE-21

~--__/ ~--'C3J@ / f-----------------------------~ I YT ,t 73E FROM FROM CTMT. SUMP 3'f: ~ n. LF-811-HCD-1" YE-4730 YE-473E ~ I r-c_r-ij ~ ~------------------------------------ 7 M-22LF09 I D-7 I AS fHY\\ 81 41 c s --~ REACTOR COOLANT DRAIN TANK M-2 2 H BO 1 ~---..!:!~.!:.02 ~~~;_ /... 1-____ _, I f------~-7_6_-_H c_o_-_I_"_.....J L......l..------il ~ ~I I " 81 41 c

001 ~

j----~ ~~' FO p IG-81 Vl77 .). TO FAH-194 VIA INTERLOCK M-22BB03A I D-5 l I"TC&IVI 0 @ ~021 ~---~ BG-171-BCB-Z"l ~V CHARGING 351C PUMP ...J > M-22BGOI )- ~ :: 177-BCB-2 IA41 m r.., ~ iii a ~ ~ 1,.P --3 9--.1 /S\\ jL>--" ~ c ~ X 1" RED. ~ a ~ """vs -+-1l a ; m L. 0. 178-BCB-2" 'v1 78 3 " '4 lTC & VI 0 ~ u 0 u rn N w f-179-BCA-2 "1 c ~ ~ 1 II ( D ) I SEAL 2 I I SEAL 1 I zs 81 41 c 0C SEAL WATER __j l__I'--c_ nu I B 1-BCB-3/4" BG-172-BCB-3/4" FILTER ---, ~ 'l f+.:....;=....;;;....:......L-------~ V~'-"1------------------> M-22BG01 > 1 1/ { FO ( A-4 l ~021 I I I I /E I PT --------@-oY L,-@-s _1 TO PAL-153 151 151 \\ 151 VIA INTERLOCK \\ M-22BB03A ID-21 \\c __ ~ ____0?\\_~ ~ NOTE 6 M TO HS-9 AND TI-9 [1]6P ~ 'X::JSl VIA INTERLOCK HIS 19 v ~' M-228B03A I C-3 I 022 V196. 15 ~ J L-i' 021 I~- ~ BCB~ I... BCA 1 r:;- I I L__ij F s 1V180 ~1 8 :;-' IN-I '*2' SEE M ~ G,.~ NOTE 3 LABSYERAtNTH I -- ~ 0 (~\\ c3>--j ~ PI 3 EG-297 -CBC-3" iii ~"' 3*{ lVI ~ 0~ HV I v C~~62~~~T ~~" TC&IDI w ~ V478 TUBING' ~ r <J; TUBING l~ -r:;; z** J ~ 15 ~ @ ~ ~> WATER V479 u ~ V182 1/z" (DlL.:__j II';: 1/z" (0) L.:__j rrl ~ )- EG-354-HBC-1 1*," 1 C....,--n-=,...-:!=...,..,------~,: "'- n,2" J"l ____j 185-CBC-3" ~, M 22E G03 r " :::_ 1 1 '11H---. r---M r ~ r--"c-J"H--:___,f---JL-----L-~"'-'~-"----{[:'o<} 11

  • I ::J-COMPONENT COOLING WATER 7 M-22EG03 >

I G-3 I 1~-31

~~c~l... c: \\__ 257-CBC,-1 1,,

180 C8C 3" i NOTE 8 i V~~~ THERMAL ~ BARRIER 7 258-CBC-1 1,~ 2" 5 COOLING ~ COIL 053-BCA-31"1IDI I N N L LF -893-HCD-1".J""" M-22LF09 s:------------y V184 IE 61 038-BCA-27 1----. HCD CBC \\-----. ------' 4 REACTOR COOLANT PUMP C I PBB01 c I 3 2 1 REV. DATE DRAWN 0 01239 RLW CHKD. SUPV. APPD. DLBr AMR N/A INITIAL ISSUE PER RFR-17575A REV. DATE DRAWN 1 03319 DLBr CHKD. SUPV. APPD. RLW AMR N/A IN CORP DEC-1402 REV. DATE DRAWN 2 040898 MAL CHKD. SUPV. APPD. EWM JHK N/A IN CORP DEC-1501. REV. DATE DRAWN 3 062598 RAM CHKD. SUPV. APPD. JHK AMR N/A INCORPORATES RFR-18922A REV. DATE DRAWN 4 020199 DJB CHKD. SUPV. APPD. RAM AMR N/A INCORPORATES RFR-19267A REV. DATE DRAWN 5 100899 RLW CHKD. SUPV. APPD. DJB AMR N/A INCORPORATES MP 97-1008A. REV. DATE 6 120503 DRAWN CHKD. SUPV. RL W MAL TWS INCORPORATE MINOR CHANGE CAR 200307724 REV. DATE 7 110904 DRAWN CHKD. SUPV. MAL RL W TWS INCORP. RFR-22941A SEE M-228803 FOR NOTES. DO NOT ADD NOTES TO THIS DRAWING. AS-BUILT CLASS 1 DRAWN WATE I N/A CHKD. WATEJ N/A SUPV. WA TE J N/A PIPING AND INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM fi\\ { FSAR FIGURE 5.1 I SHEET 3C) APPO. (OATEJ LOCATION N/A UNION ELECTRIC COMPANY ST. LOUIS. MD CLASS CALLAWAY PLANT REV. 7 M-22BB03C(Q) 1 H G F E D c B A

8 7 6 (0l0£088ZZ-~ 8 7 6 TO HIS-40 M-228801 ~~~~~~~~~~~- !z \\ w z I <t I f-CL LD zz Ol en o :::J 0 m UV) LL I --' w N ~ N I 5 NOTE 19 PS 494 --/r>-R Y Gz1 I SEE NOTE 14 I I ~ I I I I I I I I TE 485A f----~- ~ "I CDUI ~o~ ~--' ~cr<t IW~ --'f--0 IZCD <t-m N <tN o-1 f-->:0 1' I LS 4788 ~ "I UI o~ CDO'<t mw~ .,-c-o lzm <t-m N <tN o-1 f-->:0 1' I LS 495D 4 ~ ~ IG>Y I I I I I I I I I I I I TO YT-474Ec'---l -, I I TO YT-474D(--\\ I ~ I I \\ I \\ I I MOTOR AIR COOLER ~ ~ 3 TO LAHL-4758 VIA INTERLOCK M-228803A I H-4 I R ~ ~---0----1~4~~8}------~ 31'{ ~) ~ '-..___.../

z

-~h\\-SS~ I TO F AHL -25 VIA INTERLOCK M-228803A I G-2 I FSHL 36 053 j~ r-2 s;

r:

V ~....l 36 L N COOLING [;'Jl.J,' 187-HBC-4"V203 >~WATER > I' ' lJl f-1'---LFr-:-=....;:.~-:~~ *L ::lr------c:~_n-:-1 4-:-3:-:-H~s-::-c ~6,..,,,.,, II M 2 2 E G a3 I B-3 I 1 REV. DATE DRAWN 0 012397 RLW CHKD. SUPV. APPD. DLBr AMR N/A INITIAL ISSUE PER RFR-17575A REV. DATE DRAWN 1 02069 J HK CHKD. SUPV. APPD. RAM AMR N/A INCORP. DEC-1403. REV. DATE DRAWN 2 03319 DLBr CHKD. SUPV. APPD. RLW AMR N/A INCORP. DEC-1402. REV. DATE DRAWN 3 040898 MAL CHKD. SUPV. APPD. EWM JHK N/A INCORP. DEC-1501. REV. DATE DRAWN 4 062598 RAM CHKD. SUPV. APPD. JHK AMR N/A INCORPORATES RFR-18922A REV. DATE DRAWN RCP "D II STANDPIPE COMPONENT COOLING D m I ~ 1"(0) ~ 1"(DJo m I SEE DRAWING M-228803 FOR NOTES. DO NOT ADD NOTES TO THIS DRAWING. 5 020199 DJB CHKD. SUPV. APPD. RAM AMR N/ A INCORPORATES RFR-19267A ~ I D u I I.,. m I SBB01 D I 3,.{ ( v) 178 022 WATER ~f---~~----o-r~3rr-" 186 HBC 4" ~ ) M 22EG03 IB-31 COMPONENT COOLING WATER ~ 0 1"(0) co I ~~~~~~------1~9~0lrH~B~C::4:" ________ l_ ______ _,~L nu ) M 22EG03 -(..f-1 ru ~ f-1 B-3 I ~22 COMPONENT COOLING WATER 0 m I I I R M 22EG03 ~7~~ IA-31 021 192 HBC 1" Z-178 f----, L__ __ ---1cg s 1/~ >o C r ~ AS REACTOR MAKE -UP zS\\ I is) !i' > V206 V205 WATER ~-~----i~/ !--~~Kr~1~96~-~H~C~D-~3~/~4-"--------~~~~--------~~M~22~B~L~0~1~ < F. C. I B-2 I L--------------------------------1...;9;_4_-...;H.;.C.;.D_-3;_/_4_'_' --------,r-------------------------~ 1 rJlr=H 1 1 *z" 3,.{ ( v ) REACTOR COOLANT DRAIN TANK FE 1 91 197-HCD-1 II M-22HB01 !---!!~~-:.:~.£.~: L.......:w L..............-1 ~ f\\1 I " r-------llf----------------~ IG-81 0 ~ ~021 ~---~ CHARGING 351D V207 ..l ~ N > TO F AH-194 VIA INTERLOCK M-22BB03A I 0-5 I I" TC&IVI . C r u w _j li-~~ ~ ( BG-173-BCB-Z"l ~V PUMP ...J )- 198-BCB-2 11 M-22BG01 -,r=::----cc:-1 ~~~P-4ol 1 199-BCB-2" V20B I A-3 I 3 " '4 I TC & VI m N > L. 0. V209 PI 4 TUBING lrz"( V) -~~ c ~ ~-~+-.,...., vs" N w f-200-BCA-2" ~ BCB I BCA I c ~ ~ 1" (DJ ~----~~ 0 u m TUBING 11t ( v) 0 0 260-CBC-1 1-'z" MOTOR AIR COOLER UPPER BRG COOLER LOWER BRG COOLER I SEAL 3 I I SEAL 2 I I SEAL 1 I TO FAHL-25 ---~ VI A INTERLOCK 3 M-228B03A IG-21 3"{(Vl 0 ~,+-.~ ~ \\S I u "': E 7 E ~ COMPONENT 0 m I V ~ ~ ~ 28 S::i COOLING 3" ~,' >V241 WATER U~" ~ EG-162-HBC-4" I' HH-*c:.J-".,-----111

    • J-----------------7 M-22EG03 191-HBC-4

(Ll (8-3) D m I TO FAHL-25 VI A INTERLOCK r:---t-'c'FS_HL M-22BB03A IG-21 32 FT 32 053 H'~ rLr--......, ri913,~HXBC3~'~," roN~' ~ SEG-163-HB~~~;ONENT ~ I \\ \\ ~ COOLING ~ V420 V242 WATER L----i--f""J-1-l.:}---(~f-----li, ~I~- ---7 M-2 2EG03 > ~ *Ill ~ L.O. 18-31 ~E------- (YT\\~ I-------E3>---==----.../ // 4748 ;------~~ ---~ / YE @T YTIS / 474C 474C -- -...;>TO YAH-471 AND YAHH-471 / 474 VIA INTERLOCK M-228B03A ~ / YT 312 IE-21 ~--_/ ~-- 4740@ ~------------~--------------~ I YT 1--------------_j,.{_, c["-- 74E 3 " FROM FROM CTMT. SUMP U n LF-812-HC0-1" YE-4740 YE-474E

o_

II rcr-u ~ ~------------------------------------7 M-22LF09 I D-3 I ~s fHY\\ 81410 7, F~ r" w B u~~ m ~ 81 41 0 H.~

~~------~ PT 150 TO PAL-153 VIA INTERLOCK M-22BB03A I 0-2 I LABYRINTH SEAL TO HS-9 AND TI-9 VIA INTERLOCK M-228B03A IC-31

't I I I TT I PI I B I TE I 2 L LF-891-HC0-1" __ ].... M-22LF09 "\\----------v V214 IE -4 I HCO CBC 56-BCA-21 l,..z" ( ID l ~ ---\\ EG-300-CBC-3" COMPONENT COOLING WATER 7 M-22EG03 > I C 3 I 72-8CA-31"1IDI I 5 1------ _...J 4 REACTOR COOLANT PUMP I PBB01 D I "D II 3 2 DRAWN WATE I N/A CHKD. WATEJ N/A SUPV. WATE J N/A AS-BUILT REV. DATE DRAWN 6 100899 RLW CHKD. SUPV. APPD. OJB AMR N/A INCORPORATES MP 97-1008A. REV. DATE 7 041905 DRAWN CHKD. SUPV. MAL RL W TWS INCORP. RFR 22941A REV. DATE 8 100710 DRAWN CHKD. SUPV. T JC MAL TWS INCORP. CAR 201006760. CLASS 1 PIPING AND INSTRUMENTATION DIAGRAM REACTOR COOLANT SYSTEM FSAR FIGURE 5.1-1 SHEET 30 APPD. (OATEJ LOCATION CLASS N/A UNION ELECTRIC COMPANY ST. LOUIS. MD CALLAWAY PLANT M-22BB03D(Q) 1 REV. 8 H G F E D c B A

8 I ( 0) 17088ZZ-~ I RV CORE SUBCOOLING MONITOR TIC JUNCT. BOX NO. TRAIN SEP. GRP. A B 4 38 30 20 BB04A 39 31 27 37 9 24 23 8B048 40 15 (NOTE 11 l (NOTE 11 l 26 2 RV CORE SUBCOOLING MONITOR (NOTE 8) THERMOCOUPLE/CORE COOLING MONITOR DISPLAY INSTRUMENTS FOR CONTROL BOARD SECTION AND/OR OTHER CABINETS INSTRUMENT TAG NO. LOCATION UU-1390A RP081A UU-13908 RP0818 TR-1390A RP081A TR-13908 RP0818 TI-1390A RL022 TI-13908 RL022 TAL-1390A RK020 TALL-13908 RK020 8 I 7 TIC NUMBER 33 5 4LI 47 15 35 32 17 19 14 8 29 (NOTE 151 12 (NOTE 1<1 J 50 34 28 [1] ~22 I I 1 3 4 36 25 I 0 3 41 (NOTE 10 l 43 46 II 22 21 6 {NOTE 1 3 l SPR SPR 7 SPR SPR 1 8 SPR SPR PENE TRATION NO. 75 76 77 78 75 76 77 78 6 NOTE 2 't I 8--j __ _ VENTIF ILL ~ TUBING.,I,. 8CB .. I,.TU8ING 3-a" r ~ 1 3/8 11 -.....~ V41 4 NOTE 2 't 1[1] St-L-TE 1 31 4 IP-9~ I '*---*--->f---'>E-,*-*-*-*CJI <-\\ L I s 1-*--*~ I I 1312 [1] PT 405 I NOTE 3 I I +-J I I I I 020 [1] ,_l_ _________ _ E.fl_ tll_ 405 405 I 1[1] L ~(e[\\ I~ I 118 I I !-c' TO CORE SUB-I I COOLING MONITOR I I I 1-,J TO PB405C II I M-22BB01 I I H-1 I I I L ___ --( TO Z-8701 C ( M-22EJ01 l ( H-8 l I TE 1313'-" TRAIN A TIC JUNCT BOX NOTE 2 5 SEE TABLE ( H-8 l ~-------------------------,----------- 1 I ~---------------------,----.----------- 1 I I I r------------------T-----~----~----------- 1 I I I I I ~------------------------------------- I TRAIN B TIC JUNCT BOX 't ~ i-----E33 TE 1323 214-BCB-1" 4 I I [1] ~~IS ~ ~--8DD1 I 021 I I I I zs 8001A I s HV 8001A [1] ~~ HV 80D2A Yoz1 I I I s 3 zs B002A SLOPE 2 1 NOTES

1. REFER TO NOTE 1 ON M-22BB01(Q).
2. SEE WESTINGHOUSE PROCESS BLOCK DIAGRAMS-~ DWG. NO. 2326090 (4 SHEETS), AND WESTINGHOUSE INSTALLATION SCHEMATIC.
3. LIS-1311, 1312, 1321, AND 1322 ARE HYDRAULIC ISOLATORS WJTH A MALFUNCTION INDICATION.
4. DELETED.
5. HYDRAULIC SENSORS.
6. LEVEL TRANSMITTER ELEVATION ABOVE HYDRAULIC ISOLATOR AND NEAR CONTAINMENT PENETRATION.
7. DELETED.
8. FOR THERMOCOUPLE/CORE COOLING MONITOR SEE WESTINGHOUSE DRAWING 2332078. (5 SHEETSJ.
9. ONLY 53 OF THE 54 STUDS ARE REQUIRED TO BE TENSIONED TO ENSURE D-RING SEATING AND COMPLIANCE WITH THE ASME CODE STRESS CONCENTRATION FACTORS.
10. 88TC0041 HAS BEEN ABANDONED IN PLACE.

11. THERMOCOUPLES TC 1 6 AND TC40 HAVE BEEN REMOVED FROM SERV 1 CE AND CAPPED WITH A 1/8" SWAGELDK TUBING CAP (REF. CMP 92-1028l.

12. DELETED.
13. THERMOCOUPLE TC6 HAS BEEN REMOVED FROM SERVICE AND CAPPED WITH A 1/e SWAGELOK TUBING CAP.

{REF. SOS 96-16641

14. THERMOCOUPLE TC12 IS REMOVED FROM SERVICE AND CAPPED WITH A 1/ 8" SWAGELOK TUBING CAP.

{REF. SOS 96-1664 AND RFR-17473BJ

15. THERMOCOUPLE TC29 IS NOT CONNECTED AT THE TRANSITION CABLE (18BS33AX -

P4. N4. AND SH4l ASSEMBLY TWIN PIN CONNECTOR. REF.: SOS 99-2143 AND RFR-17473C. 16

16. QUALITY GROUP CLASSIFICATION IS CHANGED FROM "A" TO "B" AT THE 3/ 8" ADAPTOR FROM 1" PIPE TO

~~8" TUBING. 250-BCB-1 -:=::::J ~~~~~--------~----------------~MM~--------~~~----IVJ TRAIN A TRAIN 8 ---? M-22BB04 { E 3 J TUBING BCA I I ~-~,. SEE NOTE 16~ I" I i ~~~ \\ I n ~* ~01~

    • 7 v.LJ,...J.L7'---l 252-BCA-1 "

/ SLOPE ~, V233 FC 0 ~~IS ~~--BOD1 I 021 251-BCB-1 I I I I zs 80016 I s FC FC 0...J~ HV 80016 HV 8D026 TRAIN B FROM TOP OF RV ~ vZI I I I s FC I' V416 ) M 228804 ~[:~,~~~*--1[]~)1c}----~'*!f ___________ ~_F_5 FLUX THIMBLE ~ . ~ INSERTION POINT 11 X 3 " I' 8 /4 RED. ~J-~3~~---~l~~j---~'*~f--, SEE NOTE 9 5.. "8 8016A L I" 1.. NOTE 5 NOTE

  • oll

,*..., o'ci F I L L -lv><~:J--+-'f F I L L v ~ zs 80028 SLOPE ~ ~lVI [4] ~21 I ~---1 ~ SEE NOTE 2 0 ~21 I ~---8 ~ SEE NOTE 2 TRAIN A FROM SEAL TABLE TRAIN A M 228B04 't ~--l 't r----8 M 22BB04 < ( D 4 J I RBB01 I )-----,---~--{~ lu\\)'--rr-.-r-r"f T0/1327 ~~ ~ ~ ~-~ _l TRAIN B 1'< NOTE 2 { D 61 TE I 32 gl----t----1 I I L -11 J-7 I I SEAL 4}6 -E6 TABLE I ~---~ ~P-591 NOTE 3 z ,--'L,\\,'\\ )-l<-s~ ..,~,*-* *-r-~x*-~><-c-~-*---+~ NOTE 2 TD/1328)---~ ~ ~ 01 T3E28' ----1~ ;' [2] TE ' ----,----),~-, [1] TE 1317 TRAIN A K/1317 ~ NOTE 2 I 1318 r TD/1318 TRAIN B TRAIN A I ~ NOTE 2 I I NOTE 3 3/, 6* '---*--+--1 Ll s 1---,---l<- 1 1322 I I I [Il rxAHl\\ --J

aT3 qo

~ PT405 2-- I (B-7l 403 022 I FROM ~R ~ TO PB403C I I ( M-22BB01 12-----1 1 I PT 406 0 ~---@ I 002 I ---j I I 0 L---@ 118 ( A-5) , __ l ___ _j __ T_T ______ I I I I 11'6] 1 I 8 PB ~B I TO CORE _j@ I 1_1_ __..1._ _______ 1 __ PD/403 4038 ~ 03- __ _j SU8COOLING2-py I I I MONITOR 4~3Y 0 1 ~ I TO RVLIS2---_j ~ ~ 1 022 I I I TO PV8702A ~-( ( M-22B801 l I ( F - 4 l A 002 I I I I TO PV8702B L--2 ( M-228801) REV. DATE DRAWN 4 212u91 RL W CHKD. SUPV. APPD. DLBr T JM N/A REDRAWN FOR CLAR JTY REV. DATE DRAWN 5 o5o692 MAL CHKD. SUPV. APPD. RLW T JM N/A REDRAWN FOR CLARITY. INCORP. CMP 91-1016. REV. DATE DRAWN 6 10993 S8R CHKD. SUPV. APPD. RLW DME N/A INCORP. CMP 92-1028 FCN 03. REV. DATE DRAWN 7 101596 OJ8 CHKD. SUPV. APPD. RLW AMR N/A INCORP. CMP 95-1012 REV. DATE DRAWN 8 103096 RLW CHKO. SUPV. APPD. DJB AMR N/A I NCORP. RFR-10372C. REV. DATE DRAWN 9 01~197 RLW CHKD. SUPV. APPD. DLBr AMR N/ A INCORP. RFR-17473A. REV. DATE DRAWN 10 040198 RLW CHKD. SUPV. APPD. DJB JHK N/A INCORP. RFR-18663A. REV. DATE DRAWN 11 040898 RL W CHKO. SUPV. APPD. MAL JHK N/A INCORP. RFR-174T3B. REV. DATE DRAWN 12 o1oso RLW CHKD. SUPV. APPO. OJB AMR N/A INCORP. RFR-17473C. REV. DATE 13 022204 DRAWN CHKO. SUPV. RLW MAL SKC INCORPORATE MINOR CHANGE CAR 200309298 REV. DATE 14 100704 DRAWN CHKD. SUPV. RLW MAL TWS INCORPORATE MINOR CHANGE CAR 200406193 REV. DATE 15 110904 DRAWN CHKD. SUPV. MAL RLW TWS INCORP. RFR 22941A. REV. DATE 16 102814 DRAWN CHKD. SUPV. RLW MAL DME INCORPORATE MP 10-0001 FCN-01 I L __ s I l ________ TO HV8701 A f-( TO RVLIS (M-22EJ01 l

8. HV8701B l H-6 l 7

I (G-8, C-81 I L...(' TO PR403 (C-31 I 6 I 5 If 4 I L TO Z-8702C

( { M-22BB01 l

( G-5 l 3 I 2 AS-BUILT CLASS 1 DRAWN (DATEI N/A ~'~"'""---~'""'"~" PIPING & INSTRUMENTATION DIAGRAM '""* NIA '"'"' A REACTOR COOLANT SYSTEM N/A /16\\ FSAR FIGURE 5.1 1 SHEET 4 I 1 REV. 1 6 H G F E D c B A

CALLAWAY - SP Rev. OL-14 12/04 NOTES TO FIGURE 5.1-2 Mode A Steady State Full Power Operation Pressure Temperature Flow Location Fluid (psig) (°F) gpm (1) lb/hr (2) Volume 1 Reactor coolant 2,235.0 618.8 108,781 36.2040 2 Reactor coolant 2,233.7 618.8 108,781 36.2040 3 Reactor coolant 2,189.7 557.7 97,452 36.2040 4 Reactor coolant 2,186.1 557.7 97,453 36.2040 5 Reactor coolant 2,282.3 558.0 97,368 36.2065 6 Reactor coolant 2,281.0 558.0 97,361 36.2040 10-15 Reactor coolant See Loop #1 Specifications 19-24 Reactor coolant See Loop #1 Specifications 28-33 Reactor coolant See Loop #1 Specifications 37 Reactor coolant 2,282.3 558.0 1.0 0.00037 38 Reactor coolant 2,282.3 558.0 1.0 0.00037 39 Reactor coolant 2,282.3 558.0 2.0 0.00074

CALLAWAY - SP NOTES TO FIGURE 5.1-2 (Sheet 2) Rev. OL-14 12/04 (1) At the conditions specified. (2) X 10. Pressure Temperature Flow Location Fluid (psig) (°F) gpm (1) lb/hr (2) Volume 40 Steam 2,235.0 652.7 720 41 Reactor coolant 2,235.0 652.7 1,080 42 Reactor coolant 2,235.0 652.7 2.5 0.0007 43 Reactor coolant 2,235.0 652.7 2.5 0.0007 44 Steam 2,235.0 652.7 0 0 45 Reactor coolant 2,235.0 300 0 0 Minimize 46 N2 3.0 120 0 0 47 Reactor coolant 2,235.0 300 0 0 Minimize 48 N2 3.0 120 0 0 49 N2 3.0 120 0 0 50 N2 3.0 120 450 51 Pressurizer relief tank water 3.0 120 1,350 52 Steam/H2 2,235.0 559 0 0 53 Reactor coolant 3.0 120 0 0 54 Reactor coolant 50 170 0 0 6

NOTES: 7 eves EMERGENCY LETDOWN RMWSRMW WPS (L) RCDT HX WPS(L) RCDT PUMP CONTAINMENT SUMP STEAM GENERATOR LOOP 2 PUMP LOOP 1 THIS DIAGRAM IS A SIMPLIFICATION OF THE SYSTEM INTENDED TO FACILIATE THE UNDERSTANDING OF THE PROCESS. FOR DETAILS OF THE PIPING, VALVES, INSTRUMENTATION, ETC. REFER TO THE ENGINEERING eves CHARGING FLOW DIAGRAM. REFER TO PROCESS FLOW DIAGRAM TABLES FOR THE CONDITIONS AT EACH NUMBERED POINT. SIS Sl AND RHR PMPS SIS Sl PUMPS RHRS PUMP 1 SIS Sl AND RHR PMPS SIS Bl SIS Sl PUMPS RHflS PUMP 2 STEAM GENERATOR STEAM GENERATOR LOOP 3 eves LETDOWN REACTOR COOLANT PUMP 31 LOOP4 (SEE NOTES ON THE FOLLOWING PAGES) CALLAWAY PLANT FIGURE 5.1-2 REACTOR COOLANT SYSTEM PROCESS FLOW DIAGRAM 000223-1 REVOL-8 11/95

0..... 8" - 300# W/NECK R. F. FLANGE 6" - 900# LG/NECK R.F. FLANGE 22" DIA. 21 1/8" 21 1/8"

r:

! I ! I -16" VENTSTACK 0 N + 8 3/4" 6" EXTRUDED OUTLET -28" (28.38 O.D.) Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 5.2*1 INSTALLATION DETAIL FOR THE MAIN STEAM PRESSURE RELIEF DEVICES

5 2 10 1 MIN 2 MIN 3 I I ', I NOTE: THESE CURVES ARE BASED UPON A CONTINUOUS CONTAINMENT PURGE RATE OF 4000 CFM. . 10 -* 8 ... 4 COOLER CONDENSATE-SSW lOO"F, OUTSIDE AIR 97"f 10'~ RH

~r-~~~~~~~~~~~~~~--------~2 (35% EVAPORATION)

COOLER CONDENSA TE-ESW lOO"F, OUTSIDE AIR 97~F 45% RH (35% EVAPORATION) - 0.3

  • - 0.2

....... 0.1 .08 .06 .05 i

  • -.03 w

~ z i - U) z ~ 4 5 6 8 10 15 20 30 2HR 3HR 4HR 6HR 8HR 12HR 16HR3 MINIMUM TIME TO DETECT LEAKAGE CALLAWAY PLANT FIGURE 5.2 - 2 PRIMARY COOLANT LEAK DETECTION RESPONSE TIME REV OL-14 12/04

--=- J FIGURE 5.3-l REACTOR VESSEL

BOLTS OR STUDS AND NUTS REV. OL-9 5/97 CALLAWAY PLANT FIGURE 5.4-1 REACTOR COOLANT CONTROLLED LEAKAGE PUMP

600 500 Q) Ql 400 Ll..

r tl) c.. z

"'C 300 s:: ra "'C ra Q)

r rc - 200 0

1-100 0 14113-5 Required Net Positive Suction Head 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 Flow (Thousands of GPM) CALLAWAY PLANT FIGURE 5.4-2 Rev. OL-0 6/86 REACTOR COOLANT PUMP ESTIMATED PERFORMANCE CHARACTERISTIC

Pressure Tap Sampling Tap Primary Coolant Inlet Nozzle~ Steam Outlet Nozzle / Secondary Manway Level Tap Feedwater Nozzle

LeveiTap

/ Inspection Port (typ.) 6 Handholes Primary Manway REV. OL-15 5/06 CALLAWAY PLANT FIGURE 5.4-3 Areva Model 73/19T Steam Generator

CALLAWAY - SP Figure 5.4-4 Deleted REV. OL-~15 5/06

CALLAWAY - SP Figure 5.4-5 Deleted REV. OL-15 5/06

CALLAWAY - SP Figure 5.4-6 Deleted REV. OL-15 5/06

IIICSIGTL.ai LOIP l r <lllt~T 1 UG r <liltS HOT L£G Ull'. IICQ.IIIT- ~ t _.,_TUP I 1 t 9 ll.JNT.\\INIIO(f~ L- -- _ ___J 'IICI'""' £ I I /'CSs~* <<';I';()<<;F'I.JIPS

  • '-~......l-4...

o<JTE ~SHOTL£C~ ~* D 1 TI-llS OlofiQIMIII IS A SUI'ltflt.t.TUJII f7 M ,S'Tal,,,._, 'm f.fiCILITATI flo.,._,....,.!>>' lMl "'-EEl .III'TAIU OF T11[ l"tl"lllli. WLWS. I~ATI ... £TC.et l1) M Dll1.0.1115 FUJI 01~ -- l'D,._.,.,. 01-r-.rs F1:Jt H. t'OGITICIIlT UD4 ~ (SEE NOTES ON THE FOLLOWING PAGES) CALLAWAY PLANT FIGURE 5.4-8 RESIDUAL PROCESS HEAT REMOVAL SYSTEM FLOW DIAGRAM Rev. OL-0, 6/86

CALLAWAY - SP Rev. OL-14 12/04 NOTES TO FIGURE 5.4-8 MODES OF OPERATION MODE A - INITIATION OF RHR OPERATION When the reactor coolant temperature and pressure are reduced below approximately 350°F and 400 psig, approximately 4 hours after reactor shutdown, the second phase of plant cooldown starts with the RHRS being placed in operation. Before starting the pumps, the inlet isolation valves are opened, the heat exchanger flow control valves are set at minimum flow, and the outlet valves are verified open. The automatic miniflow valves are open and remain so until the pump flow exceeds approximately 1,650 gpm (at 300°F) at which time they close. Should the pump flow drop below approximately 816 gpm (at 300°F), the miniflow valves open automatically. Startup of the RHRS includes a warmup period during which time reactor coolant flow through the heat exchangers is limited to minimize thermal shock on the RCS. The rate of heat removal from the reactor coolant is controlled manually by regulating the reactor coolant flow through the residual heat exchangers. The total flow is regulated automatically by control valves in the heat exchanger bypass line to maintain a constant total flow. The cooldown rate is limited to 100°F/hr, based on equipment stress limits and a 120°F maximum component cooling water temperature at the RHR heat exchanger inlet. MODE B - END CONDITIONS OF A NORMAL COOLDOWN This situation characterizes most of the RHRS operation. As the reactor coolant temperature decreases, the flow through the residual heat exchanger is increased until all of the flow is directed through the heat exchanger to obtain maximum cooling. Note: For the safeguards functions performed by the RHRS, refer to Section 6.3, ECCS.

CALLAWAY - SP NOTES TO FIGURE 5.4-8 (Sheet 2) Rev. OL-14 12/04 VALVE ALIGNMENT CHART O = Open C = Closed P = Partially Open Valve No. Operational Mode A B 2 C C 3 C C 10 O O 11 O O 12 C C 13 C C 14 C C 15 C C 16 P C 17 P C 18 P O 19 P O 20 C C 21 C C 22 O O 23 O O 24 O O 26 O O

CALLAWAY - SP NOTES TO FIGURE 5.4-8 (Sheet 3) Rev. OL-14 12/04 MODE A - INITIATION OF RHR OPERATION (a) At reference conditions 350°F and 400 psig Pressure Temperature Flow Location Fluid (psig) (F) (gpm) (a) (lb/hr) 24 Reactor coolant 400 350 3,800 1.60 x 106 25 407 350 3,800 1.60 x 106 26 542 350 3,800 1.60 x 106 27 541 350 1,259 0.56 x 106 31 539 140 1,259 0.56 x 106 29 496 350 2,541 1.13 x 106 32 496 280 3,800 1.69 x 106 28 480 280 3,690 1.64 x 106 19 Loop 4 404 280 1,992 0.885 x 106 19 Loop 3 419 280 1,698 0.755 x 106 34 400 350 3,800 1.69 x 106 35 407 350 3,800 1.69 x 106 36 542 350 3,800 1.69 x 106 37 541 350 1,259 0.56 x 106 41 539 140 1,259 0.56 x 106 39 496 350 2,541 1.13 x 106 42 496 280 3,800 1.69 x 106 38 479 280 3,910 1.74 x 106 20 Loop 1 404 280 1,955 0.87 x 106 20 Loop 2 404 280 1,955 0.87 x 106

CALLAWAY - SP NOTES TO FIGURE 5.4-8 (Sheet 4) Rev. OL-14 12/04 MODE B - END CONDITIONS OF A NORMAL COOLDOWN (a) At reference conditions 140°F and 0 psig. Pressure Temperature Flow Location Fluid (psig) (F) (gpm) (a) (lb/hr) 24 Reactor coolant 0 140 3,800 1.87 x 106 25 7 140 3,800 1.87 x 106 26 156 140 3,800 1.87 x 106 27 149 140 3,800 1.87 x 106 31 129 120 3,800 1.87 x 106 29 93 120 0 0 32 93 120 3,800 1.87 x 106 28 75 120 3,800 1.87 x 106 19 2 120 1,900 0.935 x 106 34 0 140 3,800 1.87 x 106 35 7 140 3,800 1.87 x 106 36 156 140 3,800 1.87 x 106 37 149 140 3,800 1.87 x 106 41 129 120 3,800 1.87 x 106 39 93 120 0 0 42 93 120 3,800 1.87 x 106 38 75 120 3,800 1.87 x 106 20 2 120 1,900 0.935 x 106

350 LL. 0 - Ql 300

s IV

~ 250 Q. E ~ 200 c: ~ 150 0 u 0 100 ~ IV Ql a: \\ \\ 4 8 12 16 Time After Reactor Shutdown (Hours) I 20 CALLAWAY PLANT FIGURE SA-O NORMAL RESIDUAL HE'R' REMOVAL COOLDOWN REV. 1e 8114

350 0 - ~ 300 ~ Ill ~ 250

a.

E ~ 200 .... c Ill -8 150 u ~ 100 I Ill Ql 4 a:: 8 \\ \\ I I I I 12 16 20 24 Time After Reactor Shutdown (Hours) I I 28 32 CALLAWAY PLANT FIGURE 5.4-10 SINGLE RESIDUAL HEAT REMOVAL TRAIN COOLDOWN REV.16 9/14

HEATER SUPPORT PLATE SPRAY NOZZLE SAFETY NOZZLE UPPER HEAD INSTRUMENTATION NOZZLE LIFTING TRUNNION SHELL LOWER HEAD INSTRUMENTATION NOZZLE ELECTRICAL HEATER SUPPORT SKIRT SURGE NOZZLE Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 5.4-ll PRESSURIZER

PRESSURIZER RELIEF VALVE DISCHARGE LINE CONNECTION RHR SUCTION RELIEF VALVE DISCHARGE LINE CONNECTION VESSEL SUPPORT SPRAY WATER INLET VENT CONNECTION SAFETY HEADS SPARGER PIPE

.,r-

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1 * \\ _../. ~ DRAIN CONNECTION VESSEL SUPPORT CALLAWAY PLANT FIGURE 5.4-12 PRESSURIZER RELIEF TANK REV. 1 3/09

l DET PLAN VIEW G_ REACTOR DETAIL oD REACTOR VESSEL SECTION RI=.ACTOR VI:SSEL SUPPORT (~ RFQ'D) 1299~1 SECTION B @ CALLAWAY PLANT FIGURE 5.4-13 Rev. OL-0 6/86 REACTOR VESSEL SUPPORTS

LIMIT STOP 13,557-34 UPPER LATERAL SUPPORT LOWER LATERAL SUPPORT WIDE FLANGE COLUMNS DIRECTION OF THERMAL EXPANSION

  • CALLAWAY PLANT FIGURE 5.4-14 REV. OL-15 5/06 STEAM GENERATOR SUPPORTS

CRO:S-OVER LEG rCOLD LEG I TIE RODS WIDE FLANGE COLUMNS 12999 CALLAWAY PLANT FIGURE 5.4-15 Rev. OL-0 6/86 REACTOR COOLANT PUMP SUPPORT~

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PLAN

SUPPORT SKIRT SUPPORT CONCRETE SLAB

~ ANCHOR BOLTS l. .J AT SUPPORT SKIRT FRAMING SUPPORT FRAMING 1,. I r /~ ( \\1.---- PRESSURIZER ~ T l 1 SECTION@ SHIELD WALL BOLT ( TYP.) CALLAWAY PLANT FIGURE 5.4-16 Rev. OL-0 6/86 REACTOR BUILDING INTERNALS PRESSURIZER SUPPORTS

PRESSURIZER SKIRT BEARING PLATE GROUT CALLAWAY PLANT FIGURE 5.4-17 38lf2-5 Rev. OL-0 6/86 PRESSURIZER SUPPORTS

tl R.C. PUMP CROSSOVER PIPE tl S.G. VERT. RUN PIPE ~--SUPPORT DEACTIVATED BY REMOVAL OF SHIM PLATES ( CMP 03-1 011 ) CALLAWAY PLANT FIGURE 5.4-18 CROSSOVER LEG RES1RAINT REV. OL-15 5/06

CALLAWAY - SP Figure 5.4-19 Deleted REV. OL-15 5/06

SADDLE AND SHIMS REMOVED _____ ___J CALLAWAY PLANT FIGURE 5.4-20 HOT LEG RESTRAINT REV. OL-15 5/06

(0) £<;;88£0-::> T I I t tri.. "x5"x2'-4"(SHIM) M.A'tH AS REQ'D IN FIELD-.... -----~ TY 8 t REACTOR 111'-o: --+ 1 i-o* PLAN AT EL 2014'-6' ~ TYPCB \\' /~***3LG SHEAR I ' STUDS AT 300 (TYP) 0 SEC: CHART FOR 0 q_: COLD GAPS OF SHIMS 1.0 J......l..: IU' I 1'-431132" R (REF) ~~~~~~1-o,.l~~~~t~l§ J----*--H~~tlt-+--. INSULATION (SEE OWG M-05002) TYPICAL COLD PIPE SECTION A SCALI 1"*,.-0" I. 1.... '*-2x 1~ xO *2 STOP Sli.R AT END 7 ~{'J CJ)

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-,0 .J.i:{.IQ.£... ~~A-~TQtL ~**x 3 LG SHEAR STUDS AT 30° (T'rP) 3'-3~' TO WP ~B"x2" COMPRESSIBLE MATERIAL (ROOOFOAM IT BY GRACE & CO, OR I EQUAL) (BY OWNER) ;.j [ f_,:}o"x3"x1'-8"l~OT PIPE) l, (SHIM) MACH AS tfi8 *;*3"x2'-4"(C0LD IPE)j REQ'D IN FIELD 5 4 r 5/8~ ~ ~~~:: GAP(COLD POSITION) I HOf PIPE ONLY £1}4.< ~'x1'-10"1HOT PIPE) It 1l-.4'x 4'x 2-6(COLD PIPE)

~~~to 25oe'!H01 PIPES) 23132'CCOLD PIPES) 3 t Rf:ACTOR BLDG

~---------N-O T_E_S----------~G TYP DETAIL 6 SSALE1"~1'-C1' 1 ALL DIMENSIONS GIVEN ARE IN COLD POSITION UN 0 2 MATERIAL FOR HU 1"' THICK COLLAR RING SHALL 8E ASTM A!>lfl J THE 1" THICK COLLAR RING AND BUILT UP FILLER MEMBERS SHALL BEPOSTWELDHEATTAEATED 4 SURFACES WHICH RECEIVE SHIMS ANDIOA BEARING SHALL BE MACHINED TO THE DESIGN CONTOUR 5 SHIM AREA AS INDICATED ON THE DRAWING SHALL BE ~ROVIDED WITH NOT LESS THAN 50'110 OF THE BEARING AREA 6 SHIM PlATES SHALL BE SHOP TACK WELDED TO THE ~UIL T UP FILLfA MEMBER AFTER PAOPfAL Y ALIGNED 7 THE RADIAL LOCATION tO A INSIDE RADIUS AT ANY POINT Of THE 1 THICK COLLAR RING SHALL NOT VARY FADM THE DESIGN RADIUS BY MORE THAN 1/B 8 RESTRAINT ASSEMBUH SHALL BE SHOP PRE ASSEMBLED TO INSURE PROPER ALIGNMENT AND DELIVER TO SITE AS ONE UNIT FOR EACH 9 THE MAXIMUM ALLOWABLE GM AT THE SHIM OR BEARING SURFACES SHALL B~ 1/1~" SHIMS MAY 8E ADDED BETWEEN THE OUTSIDE FACE Of THE INNER RING AND THE INSIDE FACE OF THE SPOKE TO MH_T THIS REQUIREMENT 10 THE FIELD MACHINED SHIMS SHJ.LL ACCOUNT FOR THE AS BUILT DIMENSIONS OF THE RESTRAINT RING THE INSIDE FACE OF THE INNER RING AND THE OUTSIDE DIAMETER OF TH( HOT AND COLD PIPES AT EACH LOCATION 12 THE OVTfR ~lNG SHALL 8E PAE5SEO AGAIN!.T THE COMPRESSII!oLE MATERIAL AS MUCH AS POSSIBLE TO PRE~ENl LEAKAGE OF u THE AS*8UILT C0\\.0 GAP AT SHIM.J MUST 8[. AI 5MALI ER THAN lOR EOUAl TO) THE AS*BUIL T COLO GAP AT SNIM *2 B) SMALLER THAN (OR [QUAL TO) THE AS*8VIlf COlD GAP AT SHIM... PLUS )J\\6". REFERENCE DRAWINGS C-OL2930 REACTOR BUILDING LINER PLATE REACTOR CAVITY WALL MATERIAL RESPONSIBILITY 1 STEEL TO BE FURNISHED UNDER SPEC 10466-C202 Rev. OL-0 6/86 CALLAWAY PLANT FIGURE 5.4-21 HOT AND COLD LEG LATERAL RESTRAINTS (C-038853(01-41 2 1 e'ov 1~ t;** SIZE F E D c B ~-' A}}

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