ML23129A469

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1 to Updated Safety Analysis Report, Drawing 791E257, General Electric, Sheet 4
ML23129A469
Person / Time
Site: Cooper Entergy icon.png
Issue date: 04/20/2023
From:
Nebraska Public Power District (NPPD)
To:
Office of Nuclear Reactor Regulation
Shared Package
ML23129A261 List: ... further results
References
NLS2023022
Download: ML23129A469 (1)
v • d • e


Text

{{#Wiki_filter:L REACTOR LEVEL "A" REACTOR LEVEL "B" 6-52A DIFF PRESS XMTR 6-53A PRESS XMTR -;;_~3B s PRES XMT R 6-52-;-11 DIFF PRESS XMTR I I I I (-) (+) (-) (+) I (+) (-) (+) (-) I ') ,1--------....,

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I CC-83,\\' CC-84 I I I I ______ J r-DIGITAL TS3 ---p ( PP-15 PP-11

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DIGITAL I s.~~\\;,LiLl SEE DWG. CNS-RFC-12 SH.9 (-) RFC-LA-121A I I I I 22 (+) 44, I I I I L~- o--t_J SEE DWG. CNS-RFC-12 SH.9 r----- __ _J r--C ::)----- _...J DIGITAL CONTROLLER ,--------1 SEE DWG. CNS-RFC-12 SH.7 I I I 09 I Ii-:--~~ ~LI I ,... ______ ___ _J f------- ( f-------, c~J7 9(-) ISOLATOR ) 1------- )~ 1-------

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=* 25-6 ---~~ s---7 r----- 1------- >TB6-524, TB6-523 I I I-------~--_J 1------- 1------- ) 1--,----- I I I I I I I 6-50A1 DIFF PRESS I XMTR I 6-50A DIFF PRESS XMTR FEEDWATER FLOW "A" I I 6-54A ,------:;;:;:;:;;:;:;::;:;;;;;:----=6=;=-5~4A WL...,- -7 TEMPERATURE XMTR 54A 2 0-H---f--+--c-----, RTD I 1000 I I 3 PLAT 6-50B1 DIFF PRESS XMTR (+) (-) (+) (-) (+) (-) 4 o-1-1--1-j+;f--_ _J - J I GBO- ) TB1-2 RTD CAB

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  • 9 II TB6-52 I JG

( +) (-) I I ~ 3-2U ~L -~.f.::!:£=3 9 TB6-530 SEE DWG. CNS-RFC-12 SH.15 RFC-LA-121 B (+) (=) 5 ,6 y HIGH

! I TBB-5319 :

______ J I _____ :_j (+) (-) IR-1 D LOCAL E515 SH.144 MUX CAB 9-86 ~

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7 IO 24____ 24i I JG ( +) (-) I l:__~Z~6t=~ SEE DWG. CNS-RFC-12 SH.15 FEEDWATER FLOW 9-40-24 3257 SH.90D (-) PQ12 4 "A" PMIS B015 (+) 5 INPUT (+) 5 r-- 1 "B" PMIS B016 (-) STICK 011 4 PQ13 6-50B DIFF PRESS XMTR (+) (-)

7 FEEDWATER FLOW "B" TEMPERATURE XMTR 54B L-l-----+_J I

TB1-SH9 IR-1D (+) (-) TB1 -31 TB1 -3 _____ _J 6-54B 6-54B : : --7 rr-6=-52C 2 O--+t-+--t--c----, DIFF PRESS 111 ~!l I XMTR 3 - 4 REACTOR LEVEL "C" 6-53C--17 PRESS XMTR I (-) (+) I IR-1 D LOCAL GB o-- LOCAL ._D_D_-_3 __, _ ~--4-+----'I;;;;... _______ -~ DD-_5-+-----*_D-s 2~j (======= L_ 1----- - - ----- - - -+----- - - ----- - - ----*

7 BB-73 BB-76 BB-77,*BB-75

.,,,.,,, I 1 I / I I r-- l I I i : 11 38 3fi'54l I I JG ( +) (-) I I 1 19 12,...____J Li 1 At:::::z;__:_-:_;;c-J 21 I I I I 41 I I I 142 I ~-1-----i----+---+-tc:t-t---<:::I f--TS*3-0( +) 21 I I I I BB-74 I L--o JG I lmQ!J&.f.QJ::!IBQh.l,,~RJ SEE DWG. CNS-RFC-12 SH.4 DIGIT~l.!.Q!:!LflPLLER r SEE DWG.---, I CNS-RFC-12 SH.8 I I 24 I I JG (-) TS2-32' [__ ~--47' I L___

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ISOLATOR CU121C (+) (-) 1 2 > 1------- r--< r------- 1 I I I I I I I I TS~ BB-94 ('\\ '( I I i I I I I I ,J I I I I I I I RFC-LA-121C I I (+).... 5

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RFC-ES-121C HIGH WATER LEVEL TRIP SEE DWG. 791E257 SH.1 I 1 .---.j--;l~+-,1 +-<> - ( - ) I I I WATER, ----r-. TRIP ' ----~ ,-----t--t-f-t--:t---O.::.CC-97 I I CC-1 Oj1 :>--A----j---+--__J ("'\\ CJ--- -i I I I I I I 2 SEE DW. 791E25 SH.1 ZONED -8 150 +/-0.1% I I I I I CC-98 I I .,,-------...J / CC-102 150 I I +/-0.1% I i I I ~-----< BB-95 - (+) I I I I I I I DIGITAL CONTROLLER "-v-1 I CU121B I RFC-ES-121 B 'v BB-105 I I I I I L-~-------+------, r-sEITw""c;".'~ I CNS-RFC-12 SH.10 I i I I I ( ~====== }-7 I __ J >------- r--- I I I I I 15 0 ~% I I I I I I I I I J I / I I ISOLATOR CU121A ('i)7 9(;;)

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) ) IG I I (-) TS1-32 I I 08 I L DIGITAL _J _£~21~-- SEE DWG. CNS-RFC-12 SH.6 I I I I (t )1 2 (-) C ----- J )-- ----- f------- I I I I I I I I I I I I i l \\ \\ 1 - (-) 2 ( +) (1 I I ' ' T I \\ I \\ I \\ I 15.00 \\ I,-----..

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1 I I I BB-83 r -OCC-105 I I/ CC-104 (,_ _____ _ ', I CC-103,JCC-78 I CC-76 < CC-75 ?CC-112 L ____ _ CC-110 CC-11 ........ ~/ 1

  • CC-92 CC-86 CC-B7 CC-88

'tj> CC-89 CC-90 CC-91

'3cCC-99 BB-97 B-99

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< GG-89 9 GG-88

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7 GG-92 9

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) (-) ( +)) V PMIS INPUT LIST (N011)

7 GG-102 GG-101

<?GG-100 ______ _J I 8A(+)o _:; I (4 (4 o>----+(-+1-----+(-+1----r-+<~:)7 M~l<_8C0AB I I I I I I CC-24 I I I I I I I I I I I I I I I I BE(-) (-) UQ!J&.f.QJ::!IBQh.l,,~R 7 CC-25 SEE DWG. L.J:!~~11._j CNS-RFC-13 SH.3 TS4 RF-CU-13 PANEL P500 ,-----;:;--- 18 I 2A I I I I I I I I I I <-) 17 I 2E I I 7ol---A--Ac-C_C-o--7_2-A--A-T_B-<6-,_1_3_---'--I } REACTOR POWER 1111 1111 LEVEL I I I I CC-73 I I I I TB6-14 (FEEDWATER FLOW) 8 ot-"c-:i+t---o--t--:t--t-t--<>----+ TO owe I I I I 2 (-) (~) s~ PMIS INPUT LIST (N012) MUX CAB 9-82 E515 SH.245 ________________...J

7 IG

--=====) ~---__r-- ,----_c,------- .l. 6-90A ) .l. .1 ...cr----- I JG o-J I lm2!J&£2!::!IBQh.k~itJ II I I CC-74 I I L_--o--_ _J L 9 I I I I I CH1A CH1B (+) 2500 (-) 0.1% CHANNEL 1 REACTOR PRESS 0-1200 PSIG ALARM " 01 '" " c bNc < NO l 6-94A 0-60 IN + (-l LEVEL 6-97 RECORDER J - ) CH2A CH2B (+) 2500 (-) 0.1% CHANNEL 2 REACTOR LEVEL 0-60 IN CONTACTS II Q2 " " 03 ~- bNc C !Ne 1 NO NO J y ANNUNCIATOR INPUT SH 2 ~ I 1 I LE" -- RFC-SW-S2 I. I L ~ 3 - I 4 I "1 ELEMENi "AUTO" I +'lo 0-1200 (- PSIG I FF-57 I r---o---, I I I I FF--=..58,..1, ). 1 1 1 1

: FF--=..59 I I

-* I I I FF-78 FF-79 I FF_:-76 FF~77 9-5 +) (- 6-90B 0-1200 PSIG 6-94B p 0-60 IN -\\ ) LEVEL ,+ 1-------

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>FF-85

  • FF-84

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,-------- ------- 7 I 1------- I r-----, I------- I I I I I i 6-89A ,o "I 0-10x1 -) ( ,I FEEDWA 06 LB/HR TER FLOW ,+ - (-) REACTOR PRESSURE PMIS INPUT LIST _ (+) B025 MUX CAB 9-87 E515 SH.9 9-5 I I I I SEE DWG. CNS-RFC-13 SH.3 r------ r----

~---~ I

( I 1 I t~:~~- - - --+--- - - -----....;i=,:-;.;-;;-=.- 1 I L _________ _J 1 I 6-89B FF-98 99 +) (- 0-10x1a6 LB/H FEEDWATER FLOW BB-78 TS4 ,-----o---- 7 .----- (+J o---1--+<1 o.+----ic..c: 1--B_B-<-,_7_9_--fic..ci I-Tl _ _.} PART

  • F I

6-96 (REF) I 10A I I I I I RECORDER 1 I I I I I BB-80 FEEDWATER FLOW I (-) SEE SH.3 10E I 9 I I I I IG 0-J I LiiQ!J&.f.QJ::!IBQh.l,,~R_J SEE DWG. CNS-RFC-13 SH.2 r+-oCH2B-CHANNEL 2 ~-----OGG-87

  • GG-86 9GG-85 9GG-82 GG-83

' ) "+ (- I I }------...l L ___ _ I-------, \\ _______ J 6-94C 0-60 IN LEVEL , f I + (- " )' 6-90C 0-1200 PSIG I I

0-12x106 LB/HR

___ _:::_J ~13 ?CC-106 BB-1D5? ' >CC-109, 14 CC-107 CC-108 RFC-IVfR-INVB ALARM RFC-IVTR-INYA ALARM TS4 DIGITAL CONTROLLER

~

I SEE DWG. CC-45 14 (+) CNS-RFC-13 SH.1 1

i i : :

14A I i i ~CC-=:46 i ! ! I I I '-r I I 13 I I (-) I 14E I I I I I I CC-47 I L_~ ________ _J '-- --o--.....J I DIGITAL CONTROLLER - ( I 2

~

SEE DWG. +) CNS-RFC-14 SH.1 6 I I - ( 2 I ~~-------J DIGITAL CONTROLLER - ( I 0

~

SEE DWG. +) CNS-RFC-14 SH.1 9 I I I - ( 0 I

~ _______ _J I

I I I 15 0 JG I +/-0.1" I I L--------------{ -------

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r----- LI I I~ ---(~~==- (~) I 16E 16A I I I INV FAULT SYS "B" ~----<:>-+----------------------+----o (+) N O 18 (+)o---+----------------+---o-~ 03 N70 ~---o--+-------------------+----O (-) (-) C,--+----------------+-----<O~~ COM I 18 03 I COM DC-IN SYS FAULT RFCr-ALA_1vr_l_M~ 0 1_N_v>-B------------------------<i--o_ (+) (+Jo-

.i-------------------+R-FC-<~:>-/4-~-R~MINVA f

N70 i 19 04 i N70 f "B" INV FAULT SYS "A" DC-IN FAULT SYS "A" I I NOTE: LOOP ISOLATION SWITCHES NOT SHOWN. RELAY LE.

.J RR-REL-K49B DIGITAL CONTROLLER I

(-) (-) 0---+, ---------------+--o---' COM I 19 D4 I COM 45% ~ --'sEE-*'iiG.'"-- CNS-RFC-13 SH.1 ( SINGL E CONTROL THREE AR < AR FCV11 B OPEN FCV11 FLT A_ ELE INDICATION ELE FCV11A_OPEN FCV11 B_FLT TB6 IB6 DD ~~ 7 ~~ ~: __ QIGITA~Efo;;~~LLEJ!J_~~L-:l-- ~~ -l ~~ -~~ -- ----~ 6J-- ~~ J_!!i-- ~~ J __ !:L (P+) (L+) CNS-RFC-15 (P+) (L+) (P+) (L+) (P+) (L+) (L+) (P+) (P+) (L+) (P+) (L+) I 18 18 SH.1, 4 & 5 16 16 06 D6 01 01 02 02 05 05 17 17 '1 07 07 08 OB 09 09 19 19 14 14 15 15 1 (P+) (L+) (P+) (L+) (P+) (L+) (P+) (L+) (L+) (L-) (L+) (L-) 1

D---::- :::10~~~-r=1~---=:--- =1_6 ___ =:--~-=--------- --- --- ----

AR TB5 7 AR TB5 13 RELAY RR-REL-K49A 45% ST PT ST DOWN RELAY RRMG-REL-K35A CNS-RFC-15, SH.1 22% ~ RELAY RRMG-REL-K35B CNS-RFC-15, SH.1 22% M 108 7 1 M 109 I I I I J L 16 17 I (+) (-) I L I REL RELAY REL i BD "A" TB-REL-MTT1 CR 18 19 I (+) (-) I L I REL RELAY RE=.JL I BO "A" TB-REL-MTT2 CR l..mQ!JAL C.QJ::!TROLb~R_j SEE DWG. CNS-RFC-14 SH.2 ,-----(+) 06 (-) 06 (+) 24 (-) 24 I I I I I I I I I I I I (+) 21 (-) 21 ~R_J lm2!J&.f.QJ::!IBQh.1 SEE DWG. CNS-RFC-14 SH.3 RFC TS THRMSW1 3~ 5 RFC-TS-THRMSW2 ~ 3~ 5 BAY 1 HIGH TEMP BAY 2 HIGH TEMP TB1 9 C 8 7 6 I I G-- --;i RFC-ES-FPS1(1) OUTPUT OVERTEMP STATUS STATUS STATUS I ri\\J,1J, I I "' ' ' J:j CON1 CON2 I I OVERTEMP OUTPUT F~ STATUS STATUS STATUS RFC-ES-FPS1 (2) LOOP PWR TROUBLE I I I I AS BUILT 454006806 STATUS: Release 9-18 STATUS DATE: 04/08/2014 DS APPROVED: RWKRAUS VER: AC REV: 31 SIZE: E FOR PREVIOUS REVISIONS, SEE SUPERSEDED CARDS. VERSIONS/REVISIONS BY N.P.P.D. NO. DESCRIPTION OFT DATE ENG AB 30 DR-2014-0008 DJB 1 DCWHEAT AC 31 DR-2014-0008 DJB OB 1 DCWHEAT SJGNIRCANT NUMBER GROUP FEEDWATER CONTROL SYS ELEMENTARY DIAGRAM COOPER NUCLEAR STATION DRAWN MTE RGA 3/18/03 CHECKED 0,0,TE GENERAL ELECTRIC 791E257 SH 4}}

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