ST-HL-AE-1425, Forwards Response to Draft SER & FSAR Items D 3.10-6, D 3.10-7 & D 3.10-8 Re Table 3.9-1.2 Concerning Check Valves.Info Will Be Incorporated in Future FSAR Amend

Forwards Response to Draft SER & FSAR Items D 3.10-6, D 3.10-7 & D 3.10-8 Re Table 3.9-1.2 Concerning Check Valves.Info Will Be Incorporated in Future FSAR Amend

ML20133M962
Person / Time
Site:	South Texas
Issue date:	10/22/1985
From:	Wisenburg M HOUSTON LIGHTING & POWER CO.
To:	Knighton G Office of Nuclear Reactor Regulation
References
CON-#485-923 OL, ST-HL-AE-1425, NUDOCS 8510280333
Download: ML20133M962 (17)

Text

'

The Light (OE M llouston 1.ighting & Power I!O. Box 1700 llomion. Texas 77001 (713) 228-9211

_ __ _ _ ~ _ _ _ - _ . ~ ~ - - - - - - - ~

October 22, 1985 ST-HL-AE-1425 File No.. C9.17 Mr. George W. Knighton, Chief Licensing Branch No. 3 Division of Licensing U. S. Nuclear Regulatory Commission Washington, DC 20555 South Texas Project Units 1 and 2 Docket Nos. STN 50-498, STN 50-499 Responses to DFER/FSAR Items Renarding Table 3.9-1,2

Dear Mr. Knighton:

The attachment enclosed provides STP's response to Draft Safety Evalua-tion Report (DSER) or Final Safety Analysis Report (FSAR) items.

The item numbers listed below correspond to those assigned on STP's internal list of items for completion which includes open'and confirmatory DSER items, STP FSAR open items and open NRC questions. This list was given to your Mr. N. Prasad Kadambi on October 8, 1985 by our Mr. M. E. Powell.

The attachment includes mark-ups of FSAR pages which will he incorporated in a future FSAR amendment unless otherwise noted below.

The items which are attached to this letter are:

Attachment Item No.* Subject 1 D 3.10-6 Table 3.9-1.2 addition of check P 3.10-7 valves, deletion of others and D 3.10-8 reformat of table.

r

• Legend D - DSER Open Item C - DSER Confirmatory Item F - FSAR Open Item Q - FSAR Question Response Item ' l i

Ll/DSER/ah 8510280333 98 PDR ADOCK % O PDR E

_ _ ~

A, liouston Lighting & Power Company ,

ST-HL-AE-1425 l File No.. G9.17

Page 2 ,

i -

I

If you should have any questions concerning this matter, please contact

Mr. Powell at (713) 993-1328.

Very truly yours,

~

p, .

M. R. Wim nburg Manager, Nuclear Lic nsing CAA/b1 Attachments: See above I

1 5

I 4

i j

J l

L1/DSER/ah 1

k v

l ST-HL-AE-1412 File No.: C9.17 i Page 3 l cc: i Hugh L. Thompson, Jr., Director Brian 2. Berwick, Esquire Division of Licensing Assistant Attorney General for Office of Nuclear Reactor Regulation the State of Texas U.S. Nuclear Regulatory Commission P.O. Box 12548, Capitol Station Washington, DC 20555 Austin, TX 78711 Robert D. Martin Lanny A. Sinkin Regional Administrator, Pagion IV 3022 Porter Street, N.W. #304 Nuclear Regulatory Commission Washington, DC 20008 611 Ryan Plaza Drive, Suite 1000 Arlington, TX 76011 Oreste R. Pirfo, Esquire Hearing Attorney N. Prasad Kadambi, Project Manager Office of the Executive Legal Director U.S. Nuclear Regulatory Commission U.S. Nuclear Regulatory Commission 7920 Norfolk Avenue Washington, DC 20555 Bethesda, MD 20814 Charles Bechhoefer, Esquire Claude E. Johnson Chairman, Atomic Safety &

Senior Resident Inspector /STP Licensing Board c/o U.S. Nuclear Regulatory U.S. Nuclear Regulatory Commission Commission Washington, DC 20555 P.O. Box 910 Bay City, TX 77414 Dr. James C. Lamb, III 313 Woodhaven Road M.D. Schwarz, Jr., Esquire Chapel Hill, NC 27514 Baker & Botts One Shell Plaza Judge Frederick J. Shon Houston, TX 77002 Atomic Safety and Licensing Board U.S. Nuclear Regulatory Commission J.R. Newman, Esquire Washington, DC 20555 Newman & Holtzinger, P.C.

1615 L Street, N.W. Mr. Ray Goldstein, Esquire Washington, DC 20036 1001 Vaughn Building 807 Brazos Director, Office of Inspection Austin, TX 78701 and Enforcement U.S. Nuclear Regulatory Commission Citizens for Equitable Utilities, Inc.

Washington, DC 20555 c/o Ms. Peggy Buchorn Route 1, Box 1684 E.R. Brooks /R.L. Range Brazoria, TX 77422 Central Power & Light Company P.O. Box 2121 Docketing & Service Section Corpus Christi, TX 78403 Office of the Secretary U.S. Nuclear Regulatory Commission H.L. Peterson/G. Pokorny Washington, DC 20555 City of Austin (3 Copies)

P.O. Box 1088 ,

Austin, TX 78767 Advisory Committee on Reactor Safeguards U.S. Nuclear Regulatory Commission J.B. Poston/A. vonRosenberg 1717 H Street City Public Service Board Washington, DC 20555 P.O. Box 1771 San Antonio, TX 78296 Revised 9/25/85 i

l 1

}?<(cN +> 7. 9 -/.40 TABLE 3.9-1.2 ,

ACTIVE VALVES (80P SYSTEMS)

Size S ty Active N Valve (

Function g (Inch) Type Actuated By Class Status System Nunber 3

Component CC0013 K H R- RX 5"FF lY 16 Check Process flow Process flow

'2.'. di J

" " 16 Check f

, Co3 ling CC0123 i, Process flow ,e v

'- 16 Check gyg CC0183 -

Motor 3 O

CC0392 RCbks9 ply 4 Gate Y 3 i CC0058 fC FC. Supply; 14 Check Process flow Process flow pa I

[i '

~~

14 Check CC0138 sr 14 Check Process flow 3r sj CC0198 Exec 5s lef-Jmo 4x sur/ 'y 6 Butterfly Motor 3 85 CC0393 />5 CC0297 61. cess le hhum Ifr j Rcbr supply 6 Butterfly Motor 3 6 Butterfly Motor J */

CC0768 g a$;y ? )

6 Butterfly Motor CC0770

's 6 Butterfly Motor CC0771 Motor CC0772 dek"" 6 6

Butterfly Butterfly Motor CC0774 CC0775 6 Butterfly Motor ,, p

,f g CWill ude,- to RcFC. s*eel y isolat'h 8 Butterfly Motor t 2,1

- CC0137 g '~

f ch8'n Motor

' ' 4 8 Butterfly 1 CC0149 i I

SwPP '/ 9 8 Butterfly Motor

CC0199

• M *'9 " 8 Butterfly Motor l CC0209 5"PF'1 " 8 Butterfly Motor {

CC0059 CC0070 f th S u 8 Butterfly Motor q #

j 3(

Process flow 3 Y ;$ _

CC0051 '

c - .n bby re b<'n

~~ "

24 24 Check Check Process flow r

~~

t gg CC0131 oiH i

o 24 Check Process flow [

l CC0191 suppl 24 Check Process flow "d

! CC0315

• f 'N3

' a 24 Check Process flow CC0313 n 24 Check Process flow /

CC0311 y N-i 6306N:0255N/l

(.

TABLE 3.9-1.2 ACTIVE VALVES (80P SYSTEMS)

Valve Size S ty Activ )

System Nunber( Function (Inch) Type Actuated By Class Status Rc P swept y 12 Butterfly Motor 7- 2 Component CC0291 '

Cooling CC0318 s' 12 Butterfly Motor CC0404 " " du e n 12 Butterfly Motor (Cont'd)

CC0403 $CP reb e n 12 Butterfly Motor CC0542 12 Butterfly Motor l y V I* i CC0764 #0n- n5 M U U"" ## '

18 Check Process flow 3 5

CC0765 18 Check Process flow 3 7- E CC0068 Rc FC- rdu r n 14 Butterfly Motor CC0147 dc F C #d3"en 14 Butterfly Motor 2-CC0208 Rc F C rebr a 14 Butterfly Motor 2. f I CC0148 9Gc cchen 14 Butterfly Motor ' 2., &%

! CC0197 AcF c 54FP'Y 14 Butterfly Motor l CC0210 RC F C- C# d'^ r 9 14 Butterfly Motor i l CC0057 R. C F C- .s w e p 'y 14 Butterfly Motor l CC0069 R. c p c retue6 14 Butterfly Motor CC0136 R c F r_. Sarp'y 14 Butterfly Motor s/

E CC0319 RCP 5"PP IY 12 Check Process flow Z.

CC0012 RHR RX 5'P9 1Y 16 Butterfly Motor n  ?

CC0049 a '. rdu m le Butterfly Motor

" " 16 Butterfly Motor f CC0050 "

CC0122

5" 90 "/ 16 Butterfly Motor CC0129 " " Pch""9 16 Butterfly Motor

" " " Butterfly Motor m u2 CC0130 16 CC0182 o

5 " PPIY 16 Butterfly Motor din >

CC0189

" " rei"e n 16 Butterfly Motor mh CC0190

" " f ei"r ^ 16 Butterfly Motor - ,r P'R5

, C C u) 4% 16 Butterfly Motor 3 3,9 A CC0642 CC0644 BypasSg 16 Butterfly Motor l ,

gI$

CC0646 &

1 16 Butterfly Motor

( $ g-4 6306N:0255N/2

TABLE 3.9-1.2 ACTIVE VALVES (80P SYSTEMS),

Valve Size S ety Active Nunber( Function (Inch) M Actuated By Class Status System Component CC0540 ftc bT lls ccAurn 4 Check Process flow 3 [5 Cooling W.t" CC0541 4 4 Check Process flow 3 /5 (Cont'd)

CC0032 SFP Hx sweF'y 18 Butterfiy Motor 3

fy N '

- CC0236 tien nse nM.t hul, e sw pp17 18 Butterfly Motor 3 CC0235 ., -

. 18 Butterfly Motor 3 Jg CC0447 sFP A supF '; I 18 Butterfly Motor 3 -3/ f 5 CC0402 Exces.s lehfewo # < rebn 6 Check Process flow 3 #5 CC0763 u - -

6 Check Process flow 3 .&S CC0052 (Com mon 6cade3 R<iuro "

24 Butterfly Motor 3 4 Y; E j CC0132 24 Butterfly Motor

'l 24 Butterfly Motor CC0192 I 24 Butterfly Motor CC0312 5*PP Y {

CC0314

" 24 Butterfly Motor

" Motor CC0316 CC0643 c Y

ccW 4X dis ch * '16J 24 24 Butterfly

, Butterfly Motor d ./

1 24 Butterfly Motor CC0645 CC0647 v 24 Butterfly Motor y y CC0346 RCP Theruf 6arrice 5"PP'Y) 2 Check Process flow 3 i CC0758 1 2 Check Process flow CC0327 2 Check Process flow CC0759 2 Check Process flow j Process flow f CC0321 2 Check ]

CC0756 2 Check Process flow J CC0363 2 Check Process flow $~

CC0757 V 2 Check Process flow y y mhI Butterfly Air 3 [5 g>3 FV4657 t h ey'n3 h ps return g j y 6 6 Butterfly Air y gg 0

]g2i FV4656 1 ,,

3,ppf ,,

L at ~

6306N:0255N/3

TABLE 3.9-1.2 4

ACTIVE VALVES (80P SYSTEMS)

Valve (

Size Actuated By S

Class ty Active Status

)

j System Nunber Function (Inch) M ,

t MP Cd" 0 " 12 Butterfly Air L d.

Component FV4493

) Cooling O fer 3 3, k gA,--gIlj< cd(cf , Butterfly Air -

FV4531 16 j (Cont'd) 16 Butterfly Air

- FV4565 FV4548 $ 16 Butterfly Air g y I

PSV4503  % T hk safeff 4x6 Relief High pressure 3 FV-4540 f4SS h Pph 1-1/2 Globe Solenoid 3 [J~

l FV-4541 '- '. 1-1/2 Globe Solenoid 3 g3 -

I FV-4620 R CP Theemd Game'e re hrnj 3 Globe Process fluid 3 [

FV-4621 t 3 Globe Process fluid

]

FV-4626 3 Globe Process fluid j 3 Globe Process fluid j FV-4627 FV-4632  ;

3 Globe Process fluid f l

FV-4633 3 Globe Process fluid i

FV-4638 3 Globe Process fluid

< FV-4639 '/ 3 Globe Process fluid y V

'Z-- 2.

Liquid Waste FV4920* RCbT V< d - 1 Globe Solenoid 1 Processing .

3 Globe Air d

FV4913* [LCDT disc h c$ o RC DT Diheb^r36 3 Gate Motor l WL)12*

FV4919 fCDT WE 1 Globe Air y y' @$3 c)

Fire Protection FP0756 kC 6 Mr 6 Gate Motor ,

7. 7_ ]d er 1

FP0943 6 Check Process flow 7.- Qg 2

l 6306N:0255N/4 i

N' TABLE 3.9-1.2 l

A%

rm .9.i.o 3 l ACTIVE VALVES (BOP SYSTEMS)

Valve Size S ty Active b)

System Nunber( Function (Inch) g Actuated By Class Status

)

CS0018A 2 Check Process flow l l(CoEninment 2 Check Process flow

'j Spray CS00188 2 Check Processflowj,

!( CS0018C 2-I Globe Solenoid 2.

'j Post Accident Sampling FV2454 FV2453 (belc is. ta h. 9 1 Globe Solenoid I

FV2455 1 Globe Solenoid FV2456 1 Globe Solenoid i FV2458 i Globe Solenoid FV2457 1 Globe Solenoid i

i Globe Solenoid ,r y p l

FV2455A y Globe Solenoid 2. 2; Hydrogen FV4100 @nmple. Pamt s el"i" S 1 1 Globe Solenoid i Monitoring FV4124 4

FV4125 1 Globe Solenoid Solenoid 9 FV4126 v 1 Globe Globe Solenoid 2. , V S

) Fi4101 JcB ts o l o.fi n g 1 ,

FV4127 1 Globe Solenoid- [

1 Globe Solenoid '

v FV4128 r FV4103 ts-pI4 Febt selectto o ,

1 Globe Solenoid ' .4#5 FV4129 1 Globe Solenoid FV4130 1 Globe Solenoid O 1 Globe Solenoid V FV4131 LSohdh b I Globe Solenoid z 5J FV4104 8CB 1 Globe Solenoid E ,!

i FV4133 <

! FV4134 1 Globe Solenoid FV4135 { 1 Globe Solenoid -7 h>

FV4136 4 1 Globe Solenoid yr  :

.l mh b y) t>t i 9 Essential Cool- EWO121 A*f dischQ '-

30 30 Butterfly Butterfly Motor Motor

'5 i a[5 ing Water EW0137 1

EWO151 w " 30 Butterfly Motor 4 q 33

_c e-6306N:0255N/5

l TABLE 3,9-1.2 1

l ACTIVE VALVES (BOP SYSTEMS)

Valve Size Actuated By S ety Active Class Status

)

System Nunber( Function (Inch) M Globe Air 3 '# f

! Essential Cool- FV6914 Q rcem wk geesfer Pw.p bhd.y'e 33 Globe Air I

ing Water FV6924 v

FV6934 3 Globe Air <r (Cont'd) ,f Globe Air 3 If 1 FV6935 .E c. P Blowto% 4 FV6936 4 Globe Air J

FV6937 4 Globe Air , , .r j 9

! PV6904 C.% B e c (, cot'3 ujA 8 Butterfly Electrohydraulic 3

PV6905 ' J 8 Butterfly Electrohydraulic Electrohydraulic PV6906 8 Butterfly i

i, .

PV6854 6 Butterfly Electrohydraulic I

PV6864 6 Butterfly Electrohydraulic PV6874 q 6 Butterfly Electrohydraulic g j

EW0006 EW0042 PW b 30 30 Check Check Process flow Process flow EW0079 i- ',', 30 Check Process flow h I EWO262 CA'dle<- s y ply Qj c r 14 Check Process flow 45 EWO263 14 Check Process flow f i EWO264 14 Check Process flow f a

EWO370A Fwmp ol m v4.st 3 Check Procas flow "

42 5 l EWO3708 ., o - 3 Check Process flow EWO370C ., .. 3 Check Process flow v mw>

{ ,,

j EWO253 gccee, m ,q ggp ry> 3 Check Process flow $p m,_ g EWO254 3 Check Process flow i

j EWO255 u 3 Check Process flow .

3/ y g o-m Radioactive ED0064 Con h t.s m a w e i t.t. M m 3 Gate Motor 7 t mgg y Equipment lui i Floor Drain FV7800 u is is 3 Globe Air 7_.

2.

i i

63%N

0255N/6 I

TABLE 3.9-1.2 ,

ACTIVE VALVES (BOP SYSTEMS)

Oy ANS P l Valve Size Safety Activgth) l System Nunber(f} Function (Inch) g Actuated By Class Status Auxiliary Fcedwater FV7523 FV7524 Qow Coateg 4 4

Globe Globe Motor Motor 3 t 3, b FV7525 4 Globe Motor FV7526 3, 4 Globe Motor q- q FV7515 C ms3-co n n echp 4 Globe Air 3 88 FV7516 4 Globe Air .

FV7517 4 Globe Air FV7518 4 Globe Air ir ,/ ir I

AF0019 AF0048 I. s o).h io n 4 4

Stop Check Motor Stop Check Motor 1 ',2 3, h t

j AF0065 4 Stop Check Motor AF0085 4 Stop Check Motor y Stop Check Motor L E MS0143 Lc W e. M e. . Lle+ 4 , ,,, g' 33 SVon43 *. '- s. 8npos i Geeks Solen es) ~

] AF00ll (f b e 0,3 4 4 Au Process flow 3 Nl Check j AF0036 4 Auto Process flow i Recirc.

Check 1

! AF0058 4 Auto Process flow f i Recirc. I

! Check f j Auto Process flow i

AF0091 3 / 4 Recirc. y y w>

gN

Check mhg I 4 1 (2, 4 4 g>g Process flow AF0119 AF0120 \ 54 QY 8 8

Check Check Process flow 2.

t i m32

AF0121 8 Check Process flow [ K AF0122 y 8 Check Process flow y V i

I i 6306N:0255N/7 I

j

TABLE 3.9-1,2 -

l ACTIVE VALVES (80P SYSTEMS) g}

ANS [

Valve Size Safety Active System Number ([ Function (Inch) Type Actuated By Class Status Main Steam FSV7414* MSN 30 Y-Pattern Air 2- [2 i FSV7424* r 30 Y-Pattern Air i FSV7434* 30 Y-Pattern Air i FSV7444* q 30 Y-Pattern Air y FV7412 g M SIV bypa s.53 4 Globe Air 2.

}

FV7422 4 Globe Air l

i FV7432 4 Globe- Air FV7442 v 4 Globe Air q Y-Pattern Solenoid 2 i FV7900A sSteam LMdenN 2 2 Y-Pattern Solenoid 3 FV7901A FV7902A 2 Y-Pattern Solenoid i

$ p 2 Y-Pattern Solenoid y v FV7903A q j

j Main Steam PSV7410 Jhm $b , %{Jy V&, 6x10 b High pressure 7_. ft '

PSV7410A 6x10 Relief High pressure ,

Safety,>:,"c! tf

]

! Valves PSV7410B h 6x10 Relief High pressure j -

PSV7410C 6x10 Relief High pressure PSV74100 6x10 Relief High pressure i

High pressure 6x10 j PSV7420 Relieff 1 PSV7420A 6x10 Relief High pressure i PSV74208 6x10 Relief High pressure

PSV7420C 6x10 Relief High pressure .

l PSV74200 6x10 Relief High pressure I j PSV7430 6x10 Relief High pressure PSV7430A 6x10 I R elief High pressure j

) PSV74308 6x10 Relief High pressure MD PSV7430C 6x10 Relief High pressure i-PSV74300 6x10 l Relief High pressure .

i PSV7440 6x10 Relief High pressure @F2:: .

J j PSV7440A 6x10 Relief High pressure , Q29 N -*

i PSV74408 6x10 Relief High pressure

! PSV7440C 6x10 Relief High pressure PSV74400 g 6x10 Reliefj High pressure Y 3(

j.

{.

~

i 6306N:0255N/8 N7 I

I - - - - - - _ _ _ _ _ _ _ - - - _ __ _ _ __

TABLE 3.9-1.2 ACTIVE VALVES (80P SYSTEMS) ,

Valve Size S ety Active )

System Nunber( Function (Inch) g Actuated By Class Status 8x10 Drag Electrohydraulic 2. 's S> Y Main Steam --.- p PV7411 Q+<n m 6eomb PoRVj Sardi T Relie6 PV7421 8x10 Drag Electrohydraulic l 8x10 Drag Electrohydraulic

( QValve (Cont'd) PV7431 PV7441 8x10 Drag Electrohydraulic ,7 y 37 Reactor Makeup . FV7663 Non-E55cah'c4 3 hsJ o ,. 4 Globe Air 3 Water FV7659 4 Globe Air 3 78 RM0003 kmp N6cMep 4 Check Process flow 3 N8 RM0010  % s. 4 Check Process flow 3 285 RM0013 Q Recy,f,, 3,,g y 9 5 9,,,g, r g t 2 Check Process flow 3 f6 Feedwater FV7141 Feed ,d o Isold,'S 18 Gate Hydraulic Z 2 System 7V7142 18 Gate Hydraulic i FV7143 18 Gate Hydraulic FV7144 18 Gate Hydraulic g ,g 9

E FV7151* t FeeAs & c ByPa 55 Can ted lj 4 Globe Air d d$

FV7152

• 4 Globe Air [

FV 7153* 4 Globe Air FV7154

• q 4 Globe Air FCV0551* CMS ro \; 16 G1obe Air FCV0552* 'F edader 1 16 16 Globe Globe Air.

Air FCV0553*

FCV0554* y 16 Globe Air 3/

93 FWOO62 Feed v& c chm 18 Check Process flow 7 m,9 FWOO66 18 Check Process flow -

18 Check Process flow O g:

FWOO67 FWO249 18 Check Process flow q q Q~@

,a -4 Zut-6306N:0255N/9

TABLE 3.9-1.2 ACTIVE VALVES (80P SYSTEMS)

ANS ValveT Size Safety Activ 2 (C System Nunber( ) Function (Inch) Ty Actuated By Class Status Fre/ wf ce Isolafde Byens3 2-Feedwater FV-7145A 2 Globe Air System (Cont'd) FV-7146A "2 Globe Air I FV-7147A 2 Globe Air i FV-7148A q 2 Globe Air y V FV-7189 SG hel Prehmfre ByPa r.j s 3 Globe Air 2- 2 FV-7190

~

3 Globe Air Globe Air FV-7191 3 FV-7192 y 3 Globe Air p ir l

RM, su f l

• 1 Globe Air Z 2 Sample System FV4461 Globe Air l

FV4456 A.c 5 Atr Let Sa 'd' vapec Sa a,*l o 1

1 Globe Air 1

FV4452 pre ss .c.f e FV4466 n nu.w, t do r s w e l <-. 1 Globe Air FV44518 Pc,5sme,3,, u na s_pic. 1 Globe Air FV4450 Pr<5$ - J'- v+# 5* ^ r 1 G1obe 5olenoid FV4451 '- P'd 1 Globe Solenoid FV4454 It c 5 4t L e 1 S ~ r'* 1 Globe Solenoid " Y 1 Globe Solenoid FV4455 FV4458 gnq 5~ ~ p f c 1 Globe Solenoid #5 1 Globe Solenoid M.'

FV4459

I' Solenoid FV4460 a . 1 Globe Ar** 5^-f 1 Globe Solenoid 'z-l FV4450A Perss e see FV4451A " LN "

1 Globe Solenoid l Solenoid FV4454A RC S ht t e, s "a -t' c 1 Globe FV4455A " " '

1 Globe Solenoid FV4823 A n 't. 5.a

• PI6 1 Globe Solenoid Mg FV4824 s T. Ae \abc Saapc- 1 Globe Solenoid v y R%.>o r

Instrument Air FV8565 Cowhad 1sta l,k 2 Ball Air N ~2.

3 >ng::

r.

l l 16 o3m , .. 2. C h<c,( fceces5 ffow 2. z.  %% us .-

l 6306N:0255N/10 ,

TABLE 3.9-1.2 ACTIVE VALVES (80P SYSTEMS) ,

ANS Size Safety Activ (6)

System Valve f (c7' Nunt>er ) Function (Inch) Tg Actuated By Class Status FV4150 Slowlewn line isolatiom 4 Globe Air t 2. [

Steam Generator Globe Air FV4151 4 .

Blowdown FV4152 4 Globe Air FV4153 9 4 Globe Air isolabe,o, Y-Pattern Solenoid Sample line 1 FV4186 '

FV4187 1 Y-Pattern Solenoid FV4188 1 Y-Pattern Solenoid FJ4189 1 Y-Pattern Solenoid 1 Y-Pattern Solenoid

@uxiliaryStea@ FV4186 A '

I Y-Pattern Solenoid j FV4187A

/

FV4188A 1 Y-Pattern Solenoid f

FV4189A q l Y-Pattern Solenoid v y Steam t ro c_ isola. ben 6 Globe Air 3 [

FV8838A M4 6 Globe Air 3 b FV8838B .. i- -

Butterfly Motor 2 2 Containment H I Spp le me nb ry pe3c Isotah'o^; 18

' 18 Butterfly Motor Purge- HCp03 Butterfly Motor Hq005 18

'/

18 Butterfly Motor HCp Hcctol H oc ut purse. Eso(Otony 4% ElGah Mk Y0 48 ButterfTy Motor HC0008 48 Butterfly Motor HC0009 HC00010 if 48 Butterfly Motor y i

Z 3"!D Radiation RA O

k ACB isold'ib "

1 Ball Ball Motor Motor 2.

Monitoring RA'QOl p03 1

1 Ball Motor .

39 rap 04 q m 1 Ball Motor y Ry06 y 2A 2 01 -

6306N:0255N/ll Il

I

- ~~-

TABLE 3.9-1.2 ACTIVE VALVES (BOP SYSTEMS) e ANS Valve Size Safety Activ (O System Nud>er( Function (Inch) Type Actuated By Class Status Essential TV9476A C.,d r.1 R a m %M cNseb g e, 4 Butterfl[ Air 3 Chilled Water TV9486A 4 Butterfly Air TV9496A q 4 Butterfly Air TV9476B Con %I bm AH4 by rs 4 Butterfly Air TV9486B ' -

1. 4 Butterfly Air l

TV94%B 4 Butterfly Air y y

.p!T[

i TV9477A TV9487A ge e6g An Aischqc, --

6 6

Butterfly Butterfly Air Air 3

t TV9497A 4 6 Butterfly Air TV94778 _

M.:n MB R144. b f pa s.s _

6 Butterfly Air TV94878  !- 6 Butterfly Air TV94978 u 6 Butterfly Air y 7 Jeufar Cavity co.hh s w f f*'Y Motor 7. 2 ffh m f,e CH0254 '

4 4

Butterfly Butterfly Motor CH0268 i CH0269 '/ 4 Butterfly Motor

cwe255 R e-d.c ca dfy co, fin 3 w er'y M c 4 ,c k t'r.ce s s flou r Diesel Generator D00056 Fwe t oil pbeg 1 Check Process flow 3 Fuel Oil D00062 " 1 Check Process flow D00068 1 Check Process flow D00126 1 Check Process flow 000127 j 1 Check Process flow l Check Process flow s/ s/

D00128 9 -

7 RCS Pressurizer XRC0046 ~ 3 Check Process flow @ {

Relief Tank y

' \- '

3M Chemical and CV0034A 2 Check Process flow ( g# @p olume Control CV00348 2 Check Process flow ,

.)p g i t'>g CV0034C 2 Check Process flow '

T E:

CV0034D 2 Check Process flow C Q-9 CV0036A 2 Check Process flow rs

• _r m -

~

6306N:0255N/12 I

TABLE 3.9-1.2 ,

ACTIVE VALVES (B0P SYSTEMS)

ANS Size Safety Active (2)

Valve ( Actuated By Class Status System Nunber Function (Inch) M r- 2 Check Process flow 1

Chemical and CV0036B I 2 Check Process flow ,

Volume Control CV0036C 2 Check Process flow 4 4 (Cont'd) CV0036D .l 2 Check Process flow g, ,

CV0037A Process flow CV00378 2 Check Check Process flow ie CV0037C 2

2 Check Process flow h' CV00370 1 Check Process flow i Lj l Safety S10058 F _c Qnjection _ _ _ _ .._ .___ _

Q-Process flowN e ._- _

2 Check _

I A0541 hrumentAir ---

_ _ _ ~ -- -

l 5 *!S Y /Y M3 cy Ive nunbers followed by an asterisk are supplied by Westinghouse. The remainder of the valves in this table ar ad$

(c) supplied by Bechtel. , -- m Q2) To be supplied by Bechtel Mechanical] It? -

6306N:0255N/13 l

~

t3 ~

doTG5 To T46LE 3.'l - I. 2.

(4)fbbeevfakaas ( b) A c4lq e_. McAus Ms w - Mca, 3+cc.m Isot<h'on v<lrc. (t) Pcessyce b , dry infege;+ y fo R V - fe w e e of ten $ed rel& F valve.

(Q Co n%ln m enh t solakia n s'n e I selas s4c.m I;,r 4

RCT)T - Reacfoe coel e + Dec Jo Tawk I s ol =4 J. n an> F< c/w.f e_ e /s./af / n

~

f $* " h C** C MOVA { } ( g(

H x - w t c > e k. -y c-RcF c - #%c6 co s. c,~,e g, c I,<- (d Cold S h dhww RCP ' R ench e coo la n+ Pw-p puit;a cy i%c ess  % f f*"+ ? ^ ** '

l W .s - % Aie ,- s CSD sda7 PASS - Pod Accide k % p,a sysics, SG ~ SW Gena 3.c CWu - ke %ndts, % f--

Rc8- Reaehr enfunm u t sdt u m RC5 - % cbc Lo*I4 Sys fe^

(Oh m$s In me

m- ,

+ c.nik sn nt as t.nin , ,, 'ndes 5$6

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