ML19309C247

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Forwards Revisions & Additions to Info Originally Submitted 791116 to Bulletins & Orders Task Force Re Process Signals
ML19309C247
Person / Time
Site: Peach Bottom  Constellation icon.png
Issue date: 04/02/1980
From: Gallagher J
PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To: Kane W
NRC - TMI-2 BULLETINS & ORDERS TASK FORCE
References
NUDOCS 8004080349
Download: ML19309C247 (13)
v • d • e


Text

{{#Wiki_filter:__ '~ = A PHILADELPHIA ELECTRIC COMPANY 2301 M ARKET STREET P.O. BOX 8699 PHILADELPHI A. PA.19101 JOSEPH W. G A LLAGH ER steevascenoou"cdo oseaums, 1215)841-5003 April 2, 1980 Docket Hos. 50-277 30-273 di r. William F. Kane bulletins and Orders Task Force US Muclear Regulatory Commission Wasnington, DC 20555

Dear Mr. Kane:

The attached pages contain revisions and additions to the information requested by the Bulletins and Orders Task Force and included in our submittal of Novemoer 16, 1979. The following changes were made to tnis data: P. 39 - delete extraneous information P. 40 - add items numbered 9 5 10 Table of Primary Containment Isolation System Data - add columns 9 & 10 and associated data Tnese errors and omissions were an oversight and were discovered during our follow-up review of tne original submittal. If you have any questions on these revisions, please call. Very truly yours, J_04 Attachment Ob S /// f SR ewo u

B. HPCI Stm. Tunne l High Temp. 2001F) C. HPCI Sta. Line Low Pressure (100 psig)* D. High Dryvell Pressure (2 psig) E. HPCI Sta. Line Isolated F. Reactor Low Water Level (-48") Reactor Low Water Level (-144") Group VI High Drywell Pressure (2 psig) Group VII LPCI Initiation: Reactor Low Water Level (-144") High Drywell Pressure (2 psig) & React or Low Pressure (450 psig) Remote Manual RM Manual (local only) M Locked Closed LC Turbine Trip

  • TT Push Button, mo me n t a ry contact opens valve RMP for test Process Signals 4.

"S" indicates standard closing time. The standard minimum closing rate for automatic isolation valves is based on a nominal line size of 12 inches. Using the standard closing rate, a 12-inch line is.solated in 60 seconds. Conversion to closing time can be made on this basis using the actual size of the line in which the valve is installed. 5. The p owe r supplies for the valves are identified as one of the following: A safeguard AC channel A (onsite emergency diesel buses) safeguard AC channel B (onsite emergency diesel B buses) safeguard AC channel C (onsite emergency diesel C buses) safeguard AC channel D (onsite emergency diesel D buses) safeguard DC channel A (onsite emergency diesel E buses) safeguard DC channel B (onsite emergency diesel F buses) N non-saf e guard.

For cable routing purposes, channels A&C - AC and A-DC are AC and B-DC are assigned to Division I and channels B&D assigned t o Division II. The f ollowing special notes apply: 1. The p ow e r for valve 10-25 A au t oma tica lly transfers between A and C depending upon availability. The as signed t o saf eguard channel A. The controls are power for va lve 10-25B automatically transfers between 5 and D depending upon availability. The controls are assigned t o saf eguard channel C. 2. Testable check valve, power and controls do not affect is ola ti on function. 3. Valve control cables are not presently assigned to a safeguard channel. Modification in p rogress to supply valves with correct designations. 4. Valves are not powered f rom onsite supplies and control cables are not assigned t o s af eguard raceways. Modification in progress to correct concern. 5. Controls for the TIP ball, shear and purge valves are not separated and are not assigned to saf eguard ch a n n e ls. 6. Valve control cables are not p re s ent ly assigned to a safeguard channel. Modification in progress to supply valve with correct designation, diverse isolation signal, and p roper reset logic. 6. Position indication for the valves is identified as follows: D. direct indication f rom position switches at the valve. I. indirect indication - usually li gh t is electrically parallel t o s olenoid. N. no indication as to valve p os i t i on. Position is indicated in the control room. 7. Isolate only if in shutdown cooling mode. 8. Modification in p rogress to cap this line. 4 Symbol e used to indicate type of leak test are as follows: C - Local Leak Rate Test performed per 10 CFR 50, App. J. N - Local Leak Rate Test is not per formed, p. - Tested during Intearated Leak Rate Test 0 - Orerability and Leak Rate Tested with vessel hydrostatic test. 10 Piping Cl.assification Group per FSAR, App. A. ~40-

s P1 ANT Peach Botton UNIT (S) II & III FHIMARY CONTAINMENT ISOLATION SYSTEM LATA Page I NJe of O b b O h O O Ac t ua tion Valve Position E 7 I c U 3 E gc E-5 g d c l' t. d O 3 .3 Er E t 0 ^ a. .0 1 "8 s 3 .3 3 %2 I C .t 29

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~ 2: n Se e gs

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a: c .g :- 3 t -= s sa e c c

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ma ze = z< a r N-7A 26" Main Steam No 1 Steam A0-2-80 I(A.B.C.D Inside CB Inst. Gas Spring 3 to IC A or E D 0 C C C C I to D A to D & E) AO-2-86 I(A,B C.D Outside CB Inst.Atr 3 to 1C B or F 0 0 C C C C A to D & E) N-8 3" m in Steam No 1 Steam W 74 I(A,B.C.D Inside CT AC Motor N nual 15 A D C 0 C as is C I Water & E) to-2-77 1(A,B,C.D Outside GT AC Motor b nual 15 F D C 0 C as is C & E) N-9A 24" Feedwater - - fee.fwater Yes 2 Water 2-28A Inside G flow 0 C 0 C I - f ee dwa te r No 2-96A Outside CK flow 0 C C C - startup rec. No M0-2-38A II(A.B F) CT AC Motor Manual 50 D D C C C as is C - HFCI yes MO-23-19 R*1 CT DC Motor 20 F D C C 0 as is C N-98 24" Feedwater 1 - feedwater No 2 Water 2-28B Inside CK flow 0 C 0 C I - feedwater No 2-968 Outside CK flow 0 C C C - RCIC No to-13-21 RH CT DC Motor Manus 1 15 E D C 0 0 as is C - RWCU No MD-12-68 II(A.C,D, GB AC Motor 5 B D 0 0 C as is C & G) - startur rec. No M)-2 -38 B II(A.,B, F) GT AC Motor 50 B C C C C as is e N -10 3" Steam to RCIC Turbine No 3 Steam Ho-13-15 IV(A.B.C. ' Inside GT AC Motor 15 B D 0 C 0 as is e g n)-13-16 IV(A,B,C) Outside CT DC mtor 15 E D 0 C 0 as is e N-ll 10" Steam to lilCI Turbine Yes 3 Steam to-23-15 V(A B.C) Inside GT AC Motor 15 A D 0 C 0 as is C I Mo-23-16 V(A,B.C) Out side CT DC Motor 15 F D 0 C D as is c N-12 20" RHR Shutdown Cooling Sucton No 4 Water MO-10-17 II(A,B,E) Inside GT AC Motor 32 F D C 0 C as is C g Mo-10-18 II(A.B.E) Out sidt Cf DC Motor 32 A D C 0 C as is c N -13. A,li.24" MIR St.utdown Cooline Return Yes 5 Water MO-10-2 5Al B II( A, B Outside GT AC Motor 34 1 D C 0 C as is C I (tFCIInjection Yes AO 46 A,B Inside CK. Flow 2 D C 0 C ra No AO-10-163 RM P S ring 5 3 D C C C C DCV Inst Gaa t H A,B 4

l T I I I I I g S

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s s ss s s i s i ii i i n g. i o s e C se CC CC - C s e C CCCC a e s as a s i t a o:".e< i C O 0 C CC CC CC CC CC C C C CCCC so z: C P ev c3 s= 00 C C C OO CC CC CC 00 0 0 O COOO lav

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g-AF C 2 3 AF AB AB - A 4 4 B BABB 7:: E5.N:c 55 2 5 55 55 55 5 2 2 5 5555 1 1 1 sm g l g g l 3 e l n e n n e n = c3"!s a i u i i u i n r" - r n r u r a" v n g.7sa p p a p a" n p S M S S M S o e ri M ) ot a rr r s rr rr rr r r r t c u oo o a oo it t i i o o A A. A. A. A. A. t t C. d t t t t t t A o o oo mA c3:3u Mm M w t MM t t t t wt M M t c o o T I A o s ss ss os s I L D3t CC C l n Ce nn nn l n C C n I M AD A F I AD II II FI A A I ET T S I Y u.e V VV VV V S TT T K C TT CC CC BB KC T T s GG C' C D CC DD DD GC CD G C B BBBB ) N S O ( I T T e I A ed e e e e ee e e N dt d e d d ed dd d d l t 1 o, i s i d i i di ii i i s 8 :s se s i s s is ss s s I nu t s " t t" st t t t t m 2a IO u n u u nu uu u u o I m O I O O IO OO O O t N )) t E pB o M P G D. D. E, E. )) N I 05me )) )) ) h A p as C C. n B, B. B, B. B, B, B, c T cP a N AA g AA AA AA A I II II O C -( M M I II II c3 C. L (( (( (( (( C 1 I R R I II II I 1 M II II II I1 R II II II I Y T R vA G N A 58 2 3 5 23 23 45 A AB M 11 1 1 1 33 88 99 9 3 4 5 9011 t3m 6 7 7 0 1222 L I P 2a 22 4 B, 4 B, 4 B,0 0 00 00 9 3 3 5 5555 P R 11 1 A1 A1A11 22 22 2 2 2 2 2222 bo o b D ao OO 0O O O 0 O OOOO M H A HM AA 1 A A M 1 A AAA a t r r r r r r e e e r e e e t t t e t r r t t ,,c a a a t a i i a a r W W W a W A A W W i J A i* o r _ 6 5 7 8 8 9 0 1 1 2 1 1 1 1 s s oE :C: d e e O o o o o o O o o f Y Y N N N N N N N N N e c y r e y ph. l e i g a r p r c D. ic p t e r r us r u c R d e a p yh S 1 h. qi i S e ng cAE::a tn a c Fc ED A Rs ms ar mo rs d s s p op u ui pi a l i l r e a om rm l P as Pt SD ie l D l e c y c t u f u l y e eu il P P esl c l Uu et up w P. vp t W W wa p k ym y rp s C C ynp CS r m i DP DD SS I R R DTS f ou ru rr eu n B B rou i CP 14 4 e O '" s s "6 2" 6" 1" 4" 4" 8" 0" 3 3 1 1 12 W 2s= B B, 7 8 9 1 2 3 4 55 5 U e- /* 6 1 1 A 1 1 1 t 2 2 2 20 - 2 N N N N N N N N N N6

FIANrf F-+ch Bottos _ UNIT (S) II & TII ( PRIMARY CONTAINMENT ISOIATION SYSTEM DATA f Page 3 I I tbde of h h h b b Actuation Valve Position g E I N c o 3 2 N U 5:5 .2 c c c 2. t 6 aO E a b3 e so 3" ^ E 3 t: r ~: u e = - :q o 2 8 a: a-8 3 8

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la a a z< ~~ z na u t c s c ~ A0-2523 III outside DCV Inst.Ali Spring 5 A D C C C C C CK(2 Flow C C C A0-2502A IM C B Inst, Air Spring 5 3 D C C C 0 C 9-26A VB Flow C C C C CB Manual 0 0 0 A N-26 18" Drywell Purge Erhaust -CAD Yes 13 Air A0-2509 III out side DCV Inst. Air Spring 5 A D 0 0 0 C C I -CAD Yes A0-2510 III DCV 5 B D C C 0 C C -purge No A0-2506 III B 5 A D C 0 C C C II purge No A0-2507 III B 5 B D C 0 C C C -inst. gas No A0-4235 III DCV 5 B D 0 0 C C C -CACS sampt t No SV-2671C III SV AC Coil A I O O C C C -CACS sampi r No SV-2978G III SV DC Coil B I O O C C c -CAD sample Yes SV-4960B RM SV AC Coil D N C C 0 C C -CAD sample Yes SV-4961B IH SV AC coil D N C C 0 C C -Rad. gas samp.eNo SV-4966B RM SV AC coil 3 N C C 0 C C -Inst.(press) CB N-27E F 1" Inst. Lines-Cor t Plate Pressure 16 Water Inside RD 25,17 Outside XF-O' A,o I A,o N-28A,0 1" Inst. Lines 16 Water Inside RD C.E.F RPV I4 vel & /eteam 17A,19A, Outside XFCV g,o g Pressure 11 g,o 13A,15A N-28D 1" Inst.Line - 16 St ea s-. Inside RO %,0 I RPV Head 23 Outside XF C' Pressure 4,0 N-29A 1" Inst. Lines - 16 Water ' - Inside RO A,o I D.E.F RPV Level & steam 17B,19B, outside XFCW 4,0 Pre s sure 13B,15B N-30A, I" Inst. Lines-16 Steam Inside RO %O I B,C,D, Main Stm. '3A.C.E.G Out si de XFCV LO Pressure h-30E,F 1" Inst. Lines - 16 Water Inside RO .b u I Rectre Loor 64 C D Out side XFdf B Flov A,0 6

~ ~6,.rk-h_-[Q-vew 9.e g h-~..m sp y r--p..v1As N Chep M**a- ~ e*** PIANT Peach tortom_ IMIT(S) IT & III PRIMAkY CONTAINMENT ISOIATION SYSTEM DATA Page 4 O mde of Act ua tion Valve Position S c a g 3 S h N c o c e e d I = $e c 5 DS c3 U "O G A E O O 3 D 40 EJ s; B 4 I a u 2* . 3 f* ain Et I. 23 53 !a 1"8 ~ E "3 l 2 it 'O z! s s- = 3 3 1 se: 28 a-2 3x I: i i a: 4 ad o W A A >z wow >J m< m< u mm j g n z a m m N-31 A 1" Inst. Linas - 17 Water 7A,B Outside XFCy A,0 I to O Rectre Puup 8A,B Out si de XFC V Seal Fressure A,0 N-32A, I" Inst lines - 16 Water Inside RO A,0 1 B Rectre loop A 634,B Out si de XFC V A,0 Flow N-32C,I 3/4" ILRT Connectior a No. 18 Air Outside CB(2) C C C c III N-32E,t 1" Inat Lines - C.S.Inj. Press. 16 Water Inside RO A,0 I 30 A,B Out side XFCV A,0 N-33A, 1" Inst. Lines - B.C.D. Rectre Pump AP 16 Water Inside RO A,0 1 62A,B.C.D Outside XFCV A,0 N-33F I" Inst.Line - Dryvell Press. 19 Air Outside CB A I N-34A 1" Inst. Lines 16 Steam Inside RO to D Hain sta. Press. A 1 73.B,0,F, 4 Out side XFC V A N-34E,F 1" Inst Lines - H1'CI Se m Press. 16 Steam Inside RO 37A,B Outside XFCV A,0 1 A,0 N-35 A 3/8" Tir Drives No 20 Air II(A,5) Outside BL AC Coil S ring 5 D 0 C C C A III t to E RM Outside XV DC Squib 5 I O O C C A N-35F 1" Tip lbrge No I?, Air Outside CK Flow O C C A 111 7-113 IIIA.B.) Outside Sv AC Coil 5 I C C C C A N-36 4" CRD Return @ No 21 Jarer 3-113 ' Inside CK Flov C C C C 1 3-110 Outside CK Flow C C C C N-37 A I" CND Insert Yes 22 Water Inside Ck Flow C C C C H I to D Outside HClj AC Coils,' -/ N I C C C C N Int. Air Spring a y

N WiM*M% tcMW7NKN>W"e - - * * = - ~ ~ - PtANrr Peach Bot tom _ INIT(S) II & III PRIMARY CONTAlt.HENT ISOLATION SYSTEM MTA Page 5 h Mode of h h h b Actuation Valve Position 9 S E F c o Y E 2 N o e e pc c c 3 .3 50 2 ^ c Ou 7 6 3 O o k% 1" t ut 07, d .3 uf "2 e -8g ~ .t o z-2: as e!

e gg 2

s

e g:

t en a 2: m o 2 zg a r n sa a r c s se sa sc ex c -= m N-38 A 1" CRb tifthdrawal Yes 22 Water to D Outside HC U AC Colls) -/ N I C C C/O C/O N I Inst.Atr Spring N-l'A,B 14" RHR Containment Stray 1HR Yes 23 Water ' MD-10-31;..B VII Out side GT AC Motor Manual 11 C,D D C C 0 is is C I air -RHR Yes te)-l O-7 64..B VII Outside GT AC Hotor Manual 11 C,D D C C 0 as is C -CAD Yes S'.'-494 8A RM Outside SV AC Coil C,D N C C 0 C C I B -CAD Yes SV-4949A, RM Out side SV AC Cott C,D N C C O C C B -CAD Yes Outside CK Flow C C O N N-40 A 1" lustLines - 14 Water Inside RO A,0 g to D Jet 1%zga Outside XFCV AO N-41 1/4" Recirc laor No 24 Water AO-2-39 I(A.B.C.D, Inside DCV Inst Cas Spring 5 A D C C C C C 1 Sample E) AO-2-40 I(A,B.C.D, Out si de DCV Inst Air Spring 5 B D C C C C C E) N-42 l\\" Standby Liquid No 25 Sodiuu 11-16 Outside CK Flow C C C C I Control 17 Inside CK Flow C C C N N-45A,b 1" Inst Lines-Unit Yes 19 Air 10- 53A, C Outside GB A 1 3,Drywell Press. IO-60A.C Outside CB A N-498,C 1" Inst Lines-Unit Yes 19 Air 10-538,D Outside CB A I 3.Drywell Press. 10-60B,D Out side CB A N-40,F 1" Inst Lines-Unit Yes 19 Air IO-53A.C Outside CB A 1 E 2 Drywell Press. lo-60A.C. Outside CB A N-SilA 1" Inst Lines -Recire - 16 Water Inside RO A,0 I Suction Press. 305A Outside XFCV A,0 I N-50n,C 1" nst Lines -RCIL 16 Stea." 5 4 A,3 Inside RO A*O I gg$ Nf, Press 125A.B Outside XFCV A*O U N--50 D, E I" pu, b Weter 66/ 8 %de, hy A' N-51A,B 1" CACS Samp le I.in.< s No 26 Air SV-2671E, III OutsNe gh S AC Coil gg D AA I O O C C e gg SV-2978E. III Outside SV DC Coil B.B I O O C C C D

w' PtANT Pe ch Bottom tJNIT(S) II & III PkIMARY CONTAINMENT IsotATION SYSTEM IATA Page 6 h Made of h h h Actuation Valve Position 7 c U U E [ c U I c c = 8 2 $,3 .a 8: 1 L e r.l 3 u u t 2 2 2 t c va s: E:: u

: 3 z a u

a a: 2h m 2 m .u u as n p

es n p 3

38 0 C C t s ""2 sh sk k% a% G

e. &

2' E & 2*

e. ' f C

-C I" CACS hamrle Lien -CACS %) 27 Air SV-2071C 111 Outside SV AC Coil A I O O C C C II -CACS SV-?C78L III Outside SV DC Cogg B I O O C C C - t'A16 7as SV-49,rC RM Outside SV AC Coil C N C C O C C a -CAD Yes SV-4961C RM Outside SV AC Coil -Ra d Ca s No SV-4966C ItM Outside SV AC Coil 3 N C C C C C C N C C 0 C C D I" CACS Sample No 28 Air Outside CK Plow Return 0 0 C C II SV-2980 III Outside SV DC C gg B I O O C C C o 1" Inst Line - 16 Water Inside 80 kectre Suction 3058 Outside XFCV A,0 I rressure A,0 i I" Inst :Line - 16 Water Inside RO Core Plate 33 Out side XFCV A,0 I Pressure A,0 f 1" Inst Ga s No 10 Air Outside CK Plow Surrly AO-2969B II(A.B) Outside SCV InstAir

Sprin, 5

B D 0 0 C C C 0 0 C C III 8" Chilled W t r. f:'om HO 29 Water MD-22018 RM Outside GT AC Motor Manual 42 3 D 0 0 C as la N III Drywell cooleri. loop A 8" Chilled water NO 29 Water Ho-22OO8 RM Gutside CT AC Motor Manual 42 3 D 0 0 C as is u III from drywell coolers,toorB 8" Chilled vtr. from No 29 Water Ho-2200,6 foi Outside CT AC Motor Manual 42 3 D 0 0 C as la N III drywell coolers Loor B 8" Chilled wtr to No 29 Water tb-2201 A RM Outside GT AC Moto Manual 42 3 D 0 0 C as la M III brywell cooler, loop A 3/4" Main st a.line No 24 Steam A0-2316 1(A B,C,li,E)Inside DCV Inst Gs S rins 5 A D C C C C a F "D" sas,ple AO 317 1(A., C.D E) Outs f( e DCV InstAir Sprin. 5 B D C C C C 0 C I D P ff' D CDW] & g 'Me d& L

s. v. ...,-e .=.a. a +.- s m-FTANT Peach Bot ton IMIT(S) TI & TII Pk1 MARY CONTAINMENT ISOLATION SYSTEM TATA Page IO h K)de of b h k ,b-Ac t ua t.t on Valve Position 9 E 7 E h c 5 E ( 3 D U gc c c u e 8: 2 2 .3 um

  • e e

S O 8 ^ = %2 t C Wa2 k: 7% $2 un 0 .3 u3 4 U ~ s z$ m u .u u az gt

s i

s

p t

a es a a: -= s sa = = a.2

se as sc as c

3 2

N-1334 1"

In.t.Line -Unt Yes 14 Air 538,D Outside CB A I 2 Drywell Press 60B D Outside CB A !-20s 1" CAC; 6 CAD Sampi a Line - CACS No 27 Air SV-2671B III Out s ide SV AC Coil Spring A I O O C C C II -CACS No SV-2978B 111 Outs 1Je SV DC Coil B I O O C C C - CAD Yes SV-4960D RH Outside SV AC Coil D N C C O C C - Rad Gas No SV-496cD RM Outside SV AC Coil 3 N C C C C C - Inst Yes Outside CB - CAO res 5V-s9630 NM outside SV AC Coil Spring 0 N C C 0 C C W-205A 20" Torus V Yes 30 Air AO-25C2B RM Outside B Inst. Ali Spring 5 3 D C C C 0 C 11 acuum Breuer 9-265 Outside VB Flow C C C C Out side GB 3-206A,t 2" Inst Lines - Yes 15 Air / Outside CB A I Torus invel water N-210A, 18" RitR Test & Fool Yes 31 Water 70-10-34 VII Out side CB AC Hotor P nual 24 CD D C C C as is C II B cooling return A,B 10-19A B, 2, Outside CK Flow C 0 0 N D C3-211 A, 6" R11R Torus S ray t B -lot R Yes 31 Water HO-10-38 VII Outside CB AC Motor Manual 30 CD D C C C se la C II A,B -RitR to.lO-39 VII Outside GT AC Notor Manuel 112 C.D D C C C as la C A,B -RttR 30-10-34 VII Outside CB AC Hotor Manual 24 C,D D C C C as la C A,8 -CAD Sy-4950 lei Outside SV AC Coil C,D N C C 0 C C I A,B -CAQ Sy-4951 R4 Outside SV AC Coil C,D N C C O C C A,B -CAD Out side CK Flow C C O N - t:- 212, 12" HICI & ICIC E14 Turbine Exhaust 2178 -HCIC No 33 Steam 13-9 Out side SCK Flow 0 0 0 n II -hCIC No 13-50 Outside CK Flow 0 0 0 C -LCIC NO Bo-4240 TT Outside DCV Inst Air Spring 5 6 D 0 0 0 C C -RCIC No AO-4241 TT Out side DCV Inst Air S ring 5 6 D 0 0 0 C C t 24" -IllCl Yes steam 23-12 Outside .SCK Flow 0 0 -ftPCI Yes 23-65 Outside CK Flow 0 0 g rg c -IIPCI Yes AO-4247 TT Out side DCV Inst air Spring 5 6 D 0 0 0 C C )

M w- =>'wm-.w n r W %w. crs m ee w w w., -~- w a Z'F _=- F1 ANT F.ach Bottom 11 NIT (S) IT A III PklMARY CONTAD.?tLNT ISO 1ATION SYSTLM DATA Page 0 h b Made of h k b Actuation Valve Position I o c o U O E 5 y gc iu t i 3 8 3 .2 .~ 8;o c c I g =! l' .t %.2 1% W: un 0 .3 w2 U %2 t t ~ c s 29 m 2: at as sa gg I s n p- ,3 se a a: s. as s sa u c c -se as sc ex as c z -HPCI Yes An-4248 TT Out side DCV Inst Aid Spring 5 6 D 0 0 0 C C 2" -Vac rella f No Air MD-4244 IV(C,D.E) Out side CT DC mtor m nual 15 E D 0 0 C se is C -Vac relief Yes NO-4244A IV(C.D.E) Outside GT DC Motor Manual 15 F D 0 0 C se is C N-213A 1" Torus Drain (wtth level inst ) - 15 Water Outside CB A I N-215 1" Inst 1.ine -Unt 15 Air Outslde CB A I 2 Torus level N-216 4" HPCI Min. Flow Yes 32 Water 23-62 Outside CK Flow C C C N II N-21M 1" Inst. Cas Supply No 10 Air Out side CK Flow 0 0 C C III AO-2468 II(A,B) Out side DCV Inst Air Spring 5 B D 0 0 C C C N-21eB 1" CACS Sample No 26 Air SV-2671A III Outside SV AC Coil A 1 O O C C C II Line SV-2978A III Outside SV DC Coil B I O O C C C N-218C 3/4" ILRT Connectior No 18 Air II Outside CBC Manual C C C C Igg N-219 18" Torus Purae Exhaus t -CACS No 34 Air AO-2511 III Outside B Int Air Spring 5 A D C 0 C C C II _CACS No AO-2512 III Outside B Int Air Spring 5 B D C 0 C C C Ar Spring 5 A D C C 0 C C -CAD Yes AO-2513 III Outside DCV Int i -CAD Yes AO-2514 III Outside DCV Int Air Spring 5 B D C C O C C -CACS anal No SV-2671F III Outside SV AC Coil A I O O C C C -CACS ANAL No SV-2978F III Out side SV DC Coil B I O O C C C -CAD anal Yes SV-4960A RM Outside SV AC Coil C N C C 0 C C -CAD anal Yes SV-4961A RM Outside SV AC Coil C N C C O C C -Rad Gas No SV-4966A RM Outside SV AC Coil 3 N C C C C C N-221 2" RCIC Vacuum No 35 Air 13-10 Out side SCK Flow 0 0 0 N 11 Pump Disch 13-38 Outside CK Flow C C O C N-271 2" HPCI Turbine Yes 35 Water 23-13 Outside SCK Flow 0 0 0 N Il Drain 23-56 Outside CK Flow C C 0 C Core S ray test Yes 36 Water MO-14-26,, VI Outside CE AC mtoi Manual 1 C kC C C C as is N II N-224 10" t Line-Unit 2

i w -.v --p. FIANT P*'ch Bottoe INIT(S) 11 & IIT PRIMARY CONTAINMENT ISotATKN SYSTLM IATA Page 9 G G ma,. of @l Actuation Valve Position E c o I e 1 I 8:5 5 t 2 ; 8 gc s c w .2 .~ . :5 c o c e u

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r! x2 e = .e 28-2: n az 8 g I s n 1 se r a: 29, e s ~g:~ 3 a se es et ex at a ~a a: a e e< ~= 3 3a e t c ~ Na sate r Outside CKC Flow C C C N C C C Yes 14-66A.C Outside CKC Flow N N-225 6" IqCIC & Torus No 37' Water m-13-41 RM Outside GT DC Motor Manual 33 E D C C O as la C II Water Clearup No m-14-70 II(#,B) Outside GT AC Motor Manual 20 E D C C C as la C Suct. No N 71 II(A.B) Out side GT D C Motor Nnual 20 A D C C C as l' C N-226A 24" IGIR Pumr Sucti(>a Yes 38 Water Hb10-13 Ici Out side GT AC Motor Manual 30 A.B.C.D. D 0 0 O de is y gg to D A to D RV-10-72 Outside RV Flow C C C y A to D N-227 16" liiCI Purr Suctian Yes 39 Water H0-23-58 IV(A.B.C l Outside GT DC Motor W nual 5 F D C C O as is C II N-228 16" Core 5: pray Yes 40 Water Mo-14-7 IN Out side GT AC Motor N nual 80 A.B.C.D. D 0 0 0 as is N II A to D Pump suction A to D N-229 4" Core array rumi-Yes 41 Water 14-668,0 Outside CK Flow 0 0 0 N gg Hin flow - Outside CK Flow C C C N Unit 2 r;ou Outside CK Flow C C C Water 13-29 N 11 N-230 2" RCIC Pump Mfn No 42 L N-233 4" litCI Test Line-Yes 43 Water MO-23-31 V(D.F) Outside GT IC Motor W nua 15 F D C C C as is C II Unit 2 N-234 10" Core stray rest Line -Unit 2 Yes 44 Water HO-14-20H VI Outside CB AC Ntor m nual 14 D D C C C se is N II Outside CK Flow C C C H N-234A 10" Core Spray tes1 Yes 44 Water NO-14-264 VI Outside CD AC Motor Manual 14 D D C C C as is N II CB " AC $ tor Mah al 17 C D' [ b b a s~ 1 s N C 6 VI NNe N-234B 10" 'Co"re S r"a y [e s t t Yes 44 Water Mo-14-26, gg Line - Unit 3 Outside CK(2) Flow C C C g N-235 4" HICI Test Line Unit 3 Yes 41 Wates H&23-31 V(DF) Outside GT DC Motor Manual 15 F D C C C as is C II I Core S ray Pump Yes 43' Water 14-66B D Out side CK Flow 0 0 0 N II N-236A 4" p Min. F av. l Unit 1 S ray Pumy Yes 41 Water 14-66-A,C Outside CK Flow 0 0 0 N II N-2368 4" Core t Hin Flow - No = CK FICM C C C N Unit 3 I 1

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