ML17207A640

Revised Pump & Valve Test Program

ML17207A640
Person / Time
Site:	Saint Lucie
Issue date:	12/07/1979
From:	FLORIDA POWER & LIGHT CO.
To:
Shared Package
ML17207A641	List: L-79-339, Forwards Revised Pump & Valve Test Program,In Response to NRC Re Test Cycling of Check Valves ML17207A640
References
PROC-791207, NUDOCS 7912130264
Download: ML17207A640 (131)

Text

ABSTRACT The planned inservice inspect'on and test'ng programs were developed employing the R.

G. 1.26, Rev'sion 2, crit ria for cuality group classifications, and s andards (Qua3.ity Group A 's the same as ASME Class 1, etc.)

Sec ion Z.

Valve Test'rocrram Outline The valve, test program shall be conducted in accordance with Subsection ZRV of Section XZ of the 1974 Edition of'he ASHES.

Boile and Pressure Vessel Code thru Summe 1975 Addenda, except or spec'ic 50.55a(g)

(5) (iii)

The period for this and ends November 1, relief eauested in accordance with 10 CFR which 's identified in Subsections Z.G..

valve test program sta s March 1, 1979.

1980.

Section ZZ.

Puma. Test Proc am Outline The pump test program shall be'conducted in accordance w'th Subsect'on r~ of Section XZ. of the 1974 Ed'tion o the ASK~

Boiler and Pressure Vessel Code th=u-Summer 1975 Addenda.

/

4 The pe 'od for the pump test p ogram sta s Ma-ch 1-,

1979'.

and ends-november 1,

1980.

.Section Z.

.TABLE OF 'CONTENTS Valve Test Program Z.A.

List of Drawings'.B.

"List of Va've Categories Z.C.

List of Definitions Z.D.

, List of Valve Table Symbols I.E.

List of Category (A-B-C-=) Valves:

Table Z - Tests to Code Z.F.

List of Category (A) Valves:

Table Z.A. - Seat Leakage Rates Z.G.

List of Categorv (A-B-C) Valves:

Table ZZ To Code and. Rel'ief.Request I.H.

List of Exclusions:

(Typal-1Zpp)

Table IZZ Z.I.

Relief Reauest Basis At achment A-1

.Section ZZ.

Pump Test Program ZI.A.

Table ZV Test Parameters

3

E-19367-210-3 10

-"-19367-210-~~

E-19 367-210-120 E-19367-210-121

~-19367-.210-~&0 E-39367-210-131 E-19367-210-140 E-39367-210-150 E-19367-210-160

~-.19367-?10-163 Rav 13 Rev 08 Bev 11 Bev 11 Rav 12 Bev 12 Rav U.

Rev M~

Rm 13.

Rev U.

.. Baac"cr Coolant Sv'.~

Baa~r. Cooiant P~

-@lena.cd. anc Volme Co~1 Svstmt Q~cpl argK Volma Cczz~l System Saf~ Injun Syrtm Safety Ingec"'~ System Pco1 System Samo~g Syrus Masm Manage~t Sys~ She t 1 Was Management Sys~ ~

4 "BASK DRAÃENCe'77~79 Rav 13 8770-6-080 Rev 3 >

8770-C082 Bev 10 877~083 Pav 10 8770~84 Rev 10 877~~85 Bev 9 877~085 Bev 4 877~086 Bav 9 877~88 Bav 9 8770~92 Bav 3 877~93 Bav 3 8770M 878 Bav 11 350~~>>

Bev 6 877~-862 Rav 10 Hain, Re ac~, Ami.liam S~

anrR Aim Evacuation Sys~

Pemat, Cond~mt

& Ai=

&racuation System, Ci~Qating arZ L~~ Cooing N t Syst: em Ccnpcnent Cooling Sys~

=i~t~, Cexaes"'c

& %ca-Up Systems Se vL& & 2$ ~lt Zd SM~s Shoal of 2 Lm~rent P~ Sys~ Sh~

2 o= 2 I.

Nate>> System Kisc~nmm Sanp~g Svs~

Misce>> ~~m Sys~

Sha t 3 HilZ -'Con~1 Diacmna W~ 1 S~~

Cm~mtor Ka~ S~

1 oz 2 PiVX Ai=~ Diag

~ B.

L:S'=

V~~V-CZ ~EGOS:ES CK~GORZ-1 CATEGQRZl A - Va ves Zc=. w'"'ch sea le 'ca.ce 's l~

a speci~ic ERZLzum ~Mount 1n the clo sec position =or "u'~il~~

n oZ thei Coction.

3 - Valves for'which. sea lea.'<age in the. clos 6 position < )

e2.r Rune Ron

~ac!c - (cz'ei~ eC) c'se= to "QQ HO~:

l-Cavu "a 'on o-ca

ccries, s"c'" as c=eeo s.-C =

cha ac ist's app'c~~'

~ mci ches,.

a~'ecui"e e"ts o= each o

the inc'vidual cater a"

apa3.icahle, although cupl'a ion o-repeti"'on o=

common t s ~~ = ~ " "em ts 's ~-

e essa=~.

I. C.

LEST OF DEFiNZTZONS:

ACTIVE VALVES are required to cnange position either by opening, closing, or opening and re-closing to either safely shut down the reactor or mitigate the consequences of an accident.

2)

PASSlVE VALVES are not required to change position to esther safely shut down the reactor or mitigate the consequences of an accident.

3)

EZERCZSXNG - Exercising is the demonstration, based on direct or indirect visual or other position indication, that the valve exhibits the required change of disk position to fulfill its function.

a)

FULL STROKE - is the valve stem or disc movement to the position required (to open or to close) to fulfillits unction.

b)

Normall o en valve verification of seaMng upon cessation or reversal of flow.

c)

Normall closed valve - verification of opening upon cessation of pressure di"ferential or initiation of flow or by mechanical force.

I.

D.

LIST OF VALVE TA LE SYMBOLS VALV" 'NUMBER SIZE:

ZDENTZ ICATZON 1NCHES TvPE e Gate Globe - Check 3-Way Plug.- Ball -Relief ACTUATOR:

Safe Diaph.

Butfv.

S/CHZ

'S/R Power ASS'T CHECK DO MO SO S/A A/Cyl.

PO

- Safety Diaphragm

- Butterfly Stop Check

- Safety/Relief Check

- Power Assisted Check Valve Diaphragm Operator Motor Operator Solenoid Operator

- Self Actuated

- Air Cylinder P'ston Operator CODE CLASS:

CODE CATEGORY:

ACTIVE/PASSIVE:

NOKGQ POSITION:

1 3 NO NC LO LC Normally Open Normally Closed Locked Open Locked Closed A -

B -

C -

E (OR COMBINATION OF)

SEE TABLE A BELOW AND SUB-SECTION Z. B.

A P

(SEE TABLE A BELOW)

FAILURE MODE:

FO FC FAZ

- Pail Open

- Fail Closed

- Fail-As-is REMOTE POSITION INDICATION:

TEST PERIOD:

Yes

No 1.

REFUELING SHUTDOWN A SCHEDUL=D SHUTDOWN (i.e.,

THE REACTOR HEAD OFF)

WITH REACTOR MAZNTAZNED IN MODE 6

FOR AT LEAST 72 HOURS.

2.

COLD SHUTDOWN - SEE NOTE(S)

FOR DEFINITION UNDER SUB-SECTION i. E.

AND Z.

G.

3 ~

OPERATION -

3 MONTHS OR LESS (CODE)

ZNSERVZCE INSPECTION:

(ISI)

TESTS

-CONT'D-SEE APPROPRIATE LIST OP CATEGORY (SUB-SECT1ON I. E.

& I. G.)

I. D.

LIST OF VALV" TABLE SYYAOLS

{CONT'D) 233 HO.

VALVE COORDZiNATE REMKiKS NUMBER RELATES TO APPBOPRZAT VALVE RELZEF BEQUEST BASIS LOCATION OF VALV ON DRAWING

.RELATED TO SPECIAL ALTERNATE TESTING CAT GORY C

(S/R)

C (CSK)

VALVE FUNCTION ACTIVE PASSIVE CODE LEAK TEST IWV-3420 APT-34 20 ACTIVE NONE PASSIVE NONE ACT VE NONE ACTIVE NONE PASS ~r.

NONE CODE EXER.

TEST IWV-3410 NONE ZWV-3410 IWV-3510 IWV-3520 NONE CODE POSIT.

VERZF.

NONE NONE NONE NONE NONE NONE IWV-37 00 NOTE:

Re~~e to Re1i.ef Recuest No. 0.

iZ. T OZ CX EGOS (A 3M-Z):

~GENER

=OR T'-DL=: - ~ST Ply~

=RS TO (COD" ),

ZZC=PT AS OT~~RN S=

NOTZZ

(= P~~).

CZ ~GORY A-B VM~VZS e c'e valve (full stroke}

or operandi ' tv eve=v 3 months (Code)',.

2

'Exercise valve=(full s"-oke)

.. or ope m'-l='tv durin cold shutdown (Code).'"

-4.'xe cise valve

( ull. s"=oke)

=.or ope abide'v du-in'peration (Code);

Exercise valve (full stroke) for operability p io-to retu~ to service (Code).

. Zxeicise valve (w'th chemo e Posi 'on

"'cato and inaccessible for d'rect observation)

=or veri i-cat'on of valve position during refuel'~g hu less than eve~

2 years (Code).

7 Exercise valve (with =ail-S'a e Zctua ors) o observe failu e mode eve~

3 months (Code)

EP-8 Zxerc'se valve (w'th.=ail-Safe Actuato='s) o ohse ve failure mode during cold shutdown (Code).

xerc'se valve powe" opera c (fully. s"=oke) a d mea.su-e ~e (Code)

(5 'seconds Max

)

(=-PL).

ZST-2.

Zzerc" se valve - powe operated (full. s roke) and measure ~e (Code)

(l0 seconds Pma.)

(rPZ ).

EST-3 Exercise valve - powe ope=a"ed

-( ull s -oke) and measure time (Coce)

(60 seconds,-

mM x.) (=Pi).

EST.-4 Zxo cise valve - power ope ate

(=u stroke) and measure t~~e- (Code)

(l20 seconds - ~~~a.)

(.=PL).

ST 5

Zxerc'e valve power operated (ful s-=oke) and measu-e time (Code)

(l80 seconds

. Ym. )

(=-PL).

- S~-a e cise valve powe ope=a ed, (ful'=ok

)

and measure ~e (Code)

(l5 seconds - Pmx.)

(:-PL).

Seat lea'c ce

>~ eve~

2

~s a) ve A~tmq years (Code) re Ue

c Oui ess Sea lea'<ace

" st va.'ve to plant procec.-e

(:-7

).

Z. E.

LZST OF CATEGORY (A B C E).

LEGEND FOR TABLE I (CONT D)

CATEGORY C

VALVES Exercise, valve (full stroke) for opera-bility every 3 months (Code).

EF-2 Exercise valve (full stroke) for opera-bility during cold shutdown (Code).,

EF-3 TF-1 Exercise valve (full stroke) for opera-bility every 9 months (Code).

Safety and relief valve tests (Set Point) to ASME Table ZTVT-3510-1 (Code).

CATEGORY "E" VALVES OC-1 Operational check of valve (verification of position) before and after operation (Code).

NOTES:

Cold Shutdown - ZSI tests scheduled for Test Period 2

(Cold Shutdown) shall commence no later than 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> after reaching MODE 5

(Cold Shutdown) conditions, or no later than 64 hours7.407407e-4 days <br />0.0178 hours <br />1.058201e-4 weeks <br />2.4352e-5 months <br /> if MODE 5

(Cold Shutdown) conditions are reached between Friday 1600 hours0.0185 days <br />0.444 hours <br />0.00265 weeks <br />6.088e-4 months <br /> and Mon-day 0800 hours0.00926 days <br />0.222 hours <br />0.00132 weeks <br />3.044e-4 months <br />.

Zn the case of frecuent Cold Shutdowns, valve testing will not be perrormed more often than once every three (3) months for Category A and B valves; once every nine (9) months for Category C and AC valves.

Valves that are not tested during a specific Cold Shutdown, due to plant startup, will be identified to assure their testing in the event of untimely Cold Shutdowns within the time periods (i.e.,

3 months or 9 months, as applicable).

However, in the event that Cold Shutdowns extend beyond these time periods, all'he valves shall be re-scheduled for testing commencing with those that were not tested during the prev'ous Cold Shutdown period.

Zn any event, plant startup shall not be delayed to complete valve testing.

LlST OF CATEGORY (A-3-C-E):

LEGFND FOR TABLE i (CONT')

2)

Corrective Action Where a valve fails

. o meet the requirements. of this program and/or the reference Code,.'the condition(s) shall be reviewed

=by'he Facility Review Group or disposition and determination of.whether -it involves an unreviewed safety'uestion prior to commencing with plant startup or continuing with plant operation.

3)

Test Period Column:

Where test frequency is denoted as l or 2, tests may be performed during either pe iod dependent upon plant conditions.

l'LORIOA POl'IER S. LlGllT COIPPAl(Y VALVE NUllBER SIZE TYPE ACTU'ODE CODE CL.

CAT ACr/

PAS NOM.

POS, FAIL-RLM.

URH POS.

MQDB XND ~

TEST PHB<

ISI TESTS RHHARKS V-1200 V-1201 V-1202 6

Safe Safe 6

Safe S/A S/A S/A.

1 C

1 C

1,C NC NC No No No TF-1 TF-1 TF-1 STiltal Reactor Coolant System ress<<l H-19367 21-110 Rev.

13 Inoanau VALVE TEST PROGRAM TABLE I TESTS TO CODE

GLOR!nA t oyiLR L LtCiir COMt WV VALVE NUMBER SXZH TYPE ACTU; CODE Clg.

CODE CAT ACT/ NORM; PAXL-PAS POS

~

URH MODH REM.

POS.

XHD.

TEST XSI PER~

TESTS REMARKS No Table I Valv S svsvcu Reactor Coolant Pump 4 IIAll E-].9367-210-1ll Rev.

8 Vh04hhl4 VALVH TEST PROGRAM TAQLH X TESTS TO CODE

FLORIDA PO)'ll:

Glf7 CQlhP ANY VALVE NUtlBER SIZH TXPH ACTU; COM CODE CL.

CAT.

ACT/ NOBM, PhS l'OSa FAIL-RL'hf.

URH PQS i MDDB XHD ~

TEST PER~

XSX'ESTS REtkhRKS V-2521 Globe DO A

NO FC Yes 3

3 EF-7 EST-3 i vtlCu Chemical Volume and Control E-19 367-210-120 Rev.

11 vnoanhu TITLc PPZ,VH TEST PROGRM1 TADTE I TESTS

-TO CODE

FLORlDA VOi'IER lY C013PANY VALVE NUMBER SXSE TYPE ACTU; CODE CODE CL ~

CAT.

ACT/ nOrW.

r"AZX,-

PAS POS ~

VBH MODE INM.

POS.

XND.

TEST PEB-..

xsx TESTS.

V-2525 Gate MO 2

B NC FAX Yes 3

3 EF-1 EST-3 V-2511 Globe DO 2

A NO FC Yes 3

3 EF-7 EST-1 V-2508 V-2509 Gate Ghte MO 2

MO 2

B A

NC FAX A

NC FAX Yes Yes 3

3 3

3 EF-1 EST-2 EF-1 EST-2 V-2510 V-2444 V-2443 Globe Check Check DO 2,

B S/A 2

C S/A 2

C NO FC' NC A

NC Yes No No 3

3 EF-7

~

EST-1 EF 1 EF-1 gygytal Chemical Volume E-19367-210-121 and Control Pev.

11 vnoon*u VALVE TEST PROGRAM TMLE I TESTS TO CODE

FLORIDA I'Dl'tER 8. LIGIIT COMPANY VALVE NUMBER SIZH TYPH ACTU; CODE CODE ACT/

CL.

CAT.

PAS NORM o POS

~

PAIL-REM.

UBH POS.

lIODH

'XND.

TEST PERi XSX TESTS.

V-3662 Gate MO NG FAI Yes 3

i 3 EF-1 EST-*

< 20 sec.

V-3663 Gate MO 2

B NC FAX Yes 3

3 EF.-1 EST-*.

~*

< 20 sec.

sreiru Safety Injection System IIA II0 E-19367-210-130 Rev.

12 I~<lOOnhl4 VALVE TEST PROGRAM TABLE I TESTS TO CODE

FLORIDA POI'lER 6 LIGIIT COlhPAHY VALVE NUMBER SIKH TYPE ACTIj; CODE CL.

CODE

CAT, ACT/ NOBH. PAIL-PAS POS.

UBE MODE RHM.

POS, IND.

TEST PER>

ISI TESTS.

REI4ARKS IICV-3615 6

Globe 'O A

NC Yes 3

3 EF>>1 EST

• 15 sec.

IICV-3625 6

Globe MO 8

A NC FAI Yes 3

3 EF-1 EST-*

< 15 sec.

IICV-3635 6

Globe

. MO A

NC FAI Yes 3

3 HF-1 EST-*

< 15 sec.

IICV-3645 6

Globe A

NC PAI Yes 3

3 EF-1 EST-*

< 15 sec.

IICV-3616 2

Globe A

NC PAI Yes 3

EF-1 3

HST-2 IICV-3626 2

Globe MO A

NC FAI Yes 3

3 EF-1 HST-2 IICV-3636 2

Globe MO A

NC PAI Yes 3

3 HF-1 EST-2 IICV-36 4 6 2

Globe A

NC FAI Yes.

3 3

EP-1 EST-2 IICV-3617 IICV-3627 2

Globe 2

Globe MO MO 8

8 NC FAI Yes Yes 3

3 3

3 EF-1 HST-2 EF-1 HST-2 S Y I 1 K I4 Safety Injection System E-19367-210-131 Rev.

12 PllOQAILH VALVE TEST PROGRAM TABLE I TESTS,TO CODE

FLORlOA PO)'lER L LlGIIT COlhI'AHY VALVE NUMBER SIKH TYPE ACTU; CODE CODE ACT/

CL.

CAT. PhS NORM.

POS ~

PAIL-REM.

VRE POS.

BODB XND.

TEST PER~

XSI TESTS.

IICV-3637 2

Globe Mo 1

B A

NC FAI 'es 3

3 EF-1 EST-2 IICV-3647 2

Globe NC FAI Yes 3

3 EF-1 EST-2 SYlltl4 Safety Injection System C

I,Ilk' E-19367-210-131 Rev.

12 Pll04hh4 VALVE TEST PROGRAM TABLE I TESTS TO CODE

I'LORlDA f'Ol'lE GIIT COMPA'HY VALVE NUllBER SIKH TYPE ACTU; CODE CGA CODE CAT ACT/ NORM. FAXr.- RHW.

PAS POS ~

URH POSo MODH XHDo VEST XSX PER l TESTS.

MV-07-lA 24 BUTFY MO A

NO FAI Yes 3

3 HF-1 EST-*

90 sec.

MV-07-18 24 BUTFY MO NO FAI Yes 3

3 EF-1 EST- ".

90 sec.

V-07141 V-07133 FCV-07-lA 2

12 Check Check Globe S/A S/A DO 2

A NC A

NC NC 'O No No Yes 3

3 EF-1 HF

.]

EF-7

'EST FCV-07-18 12 Globe DO A

NC FO Yes 3

3 EF-7 EST-3 MOV-07-2A BUTFY MO

.A NC FAI Yes 3

3 EF-1 EST-3 MOV-07-28 24 BUTFY MO A

NC FAI Yes 3

3 EF-. 1 EST-3 sess s~ Containment Spray System l,lib II E 8770 -G-088 Rey 9

s naisnhs4 VALVE TEST PROGRAM TABLE I TESTS TO CODE

FLORIDA VOyil:R S. LIGliT C01hPANY VALVE NUHDBR SIKH TYPE ACTU; CODE CL.

CODE ACT/ NOBMe CAT.

PAS POS

~

r-AIX,-

UBH tlODH REM.

POS

~

XND.

TEST XSX PERi'ESTS.

V-4206 V-4207 Check S/A 3

Check S/A 3

C A

NO C

A NO No No EF-1 0 T I 'I KN

~itic Euel Pool SysLem E-19367-210-140 Bev ll I'

0 4 IlAl4 VALVE TEST PROGRM TABLE I TESTS TO CODE

FLORIDA PO)IER 8, LIGII7 COIhP ANY VALVE NUI1BER SIZE TYPE ACTU';

CODE CL ~

CODE CAT.

ACr/ Nore.

FAXI,-

PAS POS.

UM MODE BEN POS'o XHDa

.TEST PER>

XSX TESTS.

MV-14-1 24 Butfy MO 3

B A

NO FAI Yes

.3 HF-1 EST-4 MV-14-2 MV-14-3 24 Butfy 24 Butfy MO

'O A

No A

NO FAI FAI Yes Yes 3

EF-1 HST-4 EF-1.

EST-4 MV-14-4 24 Butfy MO A

NO FAI Yes EF-1 EST-4 HCV-14-8A HCV-14-8B 16 Butfy 16 Butfy PO PO A

NO FC FC Yes Yes 3

~ 3 EST-4 EF-.7 EST-4 EF-7 HCV-14-9 HCV-14-10 RCV-14-1 V-14143 V-14147 V-14151 16 Butfy 16 Butfy 2

3-Way 24 Check 24 Check 24 Check PO PO 3

DO S/A 3

S/A S/A 3

B C

C A

No FC A

NO No A

No A

NO FC Yes Yes Yes No No No 3

3 3

.3 3

3'ST-4 EF-7 EST-4 EF-7 EF-1 EST-4 EF-1 EF-1 EF-1 I 'r I Tl 44

""'omponent Coolin System 8770-G-083 Rev.

10 snoanan VALVE TEST PROGRAM TABLE I TESTS TO CODE

e FLORIOA PO>'lER 6, LIGIIT COIII'ANY VALVE NUHBHR SIKH TXPH ACTUi COOH CODE an/

CL ~

CAT, PAS NON]i POSE VAIr,ru.'II.

UBH POS.

MODH IHD.

TEST ISI PER~

TESTS.

NO TABLE I VALVES rrsrcu roric Sample System

~gysSts f ilats.a E-19367-210-150 Ilev.

11 r noonaM roric VALVE TEST PROGHAM TABLE I TESTS TO CODE

FLORlDA POP(ER L LIGll7 CO)hPAHY VALVE HUHBER SIZE TYPE ACTU; CODE CL.

CODE CAT.

ACT/ NORH. FAIL-PAS l.'OS ~

UM MODH RHH.

TEST XSI PQS.

PHRi TESTS.

XND.

SR-0201 SR-0202 SR-8203 SR-0204 SR-0209 SR-0210 SR-8211 SR-8212 SR-8205 SR-0206 SR-0207 SR-0200 SR-0213 SR-8214 SR-0215 SR-8216 Safe Safe 6

Safe Safe Safe 6

Safe Safe Safe Safe Safe Safe Safe Safe 6

Safe Safe Safe

- S/A S/A S/A

S/A S/A S/A S/A S/A S/A S/A S/A S/A S/A S/A S/A S/A 2

C C

C C

A NC A

NC A

NC A

NC A

NC A

NC.

A NC A

NC A

NC A

NC A

NC A

NC A

NC NC NC No No 1

No No 1

No-1 No

. No No 1

No No 1

No No No TF-1 TF-1 TF-1 TF-1 TF-1

'TF-1 TF-1 TF-1 TF-1 TF TF-1 TF-1 TF-1 TF-1 TF-1 TF-1 S Ylltu

>><<t Hain,Ext.,Aux.stm C I ~ 4 11

" " 0770-G-079 Rev 13 r noanhu Air Hvac.sy.tJt<<

VALVE TEST PROGRAH TABLE I TESTS TO CODP

FLORIDA I'0)'lLR 6, LIGIIT COlhPAHY VALVE NUIIBER SIZE TYPH ACTU; CODE CODE CL.

CAT.

ACT/

PAS NORM.

POS.

FAIL-REM URH POS.

HODH IND.

TEST PERi ISI TESTS.

MV-08-14 Gate MO NC FAI,Yes 3

3 HF-1 EST-4 MV-00-13

,Gate MO NC FAI Yes 3

3 EF-1 HST-4 MV-08-3 I

I v-8477 V-0130 V-0163 V-8448 6.

Gate MO Check S/A 2

C Check S/A Check S/A 2

C Check S/A 2

C NC NC NC NC FAI No No No No No 3

3 EF-1.

EST-4 EF-1 EF-1 EF-1 EF-1 S IlltN s noanaM

>>tet Main,Ext.,Aux.Stm a Air Evac.Sy: 9~<<VALVE TEST PROGRAM min C

""'770-G-079 Rev 13 TABLE I TESTS TO CODE

FLORIDA POl'll!R 4, LIGI17 C01hl'ANY VALVE HUllBER SXZH TYM hCTU; CODE Cfr.

CODE CAT.

ACT/

PAS NORM> PAIL-REH.

l'OS.

URH POS

~

HODH XHD.

TEST ISX PERi.

TESTS.

HV-09-09 HV-09-10 Gate Gate HO MO r

NC PAI Yes FAX Yes 3

3 3-3

'P-1 EST-4 EF-1 EST-4 HV-09-j.1 llV-09-12 Gate Gate MO MO B

NC PAI Yes NC FAI Yes 3

3 3

3 EF-1

~

EST-4 EF-1 EST-4 HV-09-13 Gate MO NC FAI Yes

'3 3

EF-1 EST-4 HV-09-14 Gate MO NC FAX Yes 3

3 EP 1

EST-4 STlllN

~itic Feedwa ter, unoanhM Cond.

a Air Evac.Sy i~~<<

VALVE TEST PROGRAM TABLE I TESTS TO CODE ci<anf llll'E 8770 G

QOQ

Rev,

FLORIDA P01'lEB E LIGIIY COMPANY VALVE NUIlBER SIKH TYPH

. ACTU; CODE CODE CL ~

CAT.

ncT/

PAS NORH.

POS

~

FAIr,-

VRH MODB RHN.

POS

~

INDE TEST XSX PERi-TESTS.

V-21252 V-21162 V-21205 V-21208 V-21303 3

Butfy 30 Check 30 Check 30 Check 3

Butfy Man.

S/A S/A S/A 3

C 3

C 3

B NC FAI NO NO NO NC FAI No No No No No EF-1 EF-1 EF-1 EF-1 I IIL'E 8770 G 082 Rev lp L Y l T Cii

><<<<Circ.

& Intake Clg.Wtr System

i. i~i s noonAM VALVE TEST PROGRAM TABLE I TESTS TO. CODE

rl.ORlOA r One Gl{7 COlhP ANY VhLVB HUHDER SIKH TOPI'CTU; COOH COOH ACT/

CGA

CAT.

PAS HOBH>> PAIL-RHM.

POS ~

UllH POB>>

Moon INo.

.TEST

'PERi

~

~

XSX'ESTS V-17204 V-17214 1-1/2 1-1/2 Check Check S/A S/A 3

C

. A 3

C A

NCNC'O NO EF-1 EF-1 i Y I 'i C 4I

'<<<< Miscellaneous Systems (Diesel Y

~ ~ P 0770-6-006 Hev.

9 VAOOhhk Oi g>""

VALVE TEST PRQQIU&t P

~ 0~ Plat%

eOHe

~4 TABLE I TESTS TO CODE

rLORto~ VOnr:

117 C01/P ANY VALVE NUlIER SIKH TYPH ACTUo CODH CODH ACT/

CL.

CAT, I?AS nOaH.

1."AII,-

L'OS ~

UllH HODH REM.

POSE INDE

. TEST PHRi

~

~

ISI'HST8 REHKRKS X-V-27101 X-V-2 710 2 3/8

Check S/A 3/8 Check S/A 2

2 AC NC.

NC No No 3

1 3

1 EF=l SLT-1 EF-1 SLT-1 I 'f I 7 l44 11ydrogen Sample Syst: em L ~ ~ J II 8770 -

G 092 Hev.

3 vnoonau VALVE TEST PROGRAM

~

~I

~

TABLE X TESTS TO CODE

FLORIDA POl'lI!R E, LIGIIY COMPhH$

VALVE HUHBHR SIKH TYPE ACTUS CODE CODE CL.

CAT; ACT/

PAS NOllHe PAIL-POS ~

UM

>fODB xu;H.

POS

~

INDe

.THST ISI'HRi TESTS REINBMS NO TABLE I VALVES STITC~

>>va.c Naste Management System l H-19367-210-160 Rev.

11 unoanau VALVE TEST PROGRM4 TABLE X THSTS TO CODE

FLORIDA PO>'IFR L LIGIIT CO)hPAHY ViLLVH NUIIBER SIZE TYPE hCTUo CODH CODE CL ~

CAT. acr/

Ph8 NonH. r"AII,-

POS UBH BODB RHN.

TEST POS

~

PHRi IQDs XSI'HSTB.

V-6779 1

Check S/A NC No HF-1 5'Y I I C<

>>va.c Waste Management System LIIJ I~ t H-19367-210 163 Ilev.

I' 0 0 flh4 VALVH TEST PROGRAM TABLE THSTS TO CODH

FLORIDA F01'II!R 6 LIGII7 COllPAHY VALVE NURSER TYPE ACTU; CODE CIi ~

CODE CAT.

nCT/

NORM. rArr,-

PAS POSE UBH MODB Mtg.

POS, XHDo

.TEST PERi XSX'ESTS.

No Table I Valves kYlltW vnoonau

'~i~SEINICE

& INSTRUMENT AIR SYSTEH

<>~""

VALVE TEST PROGKg4 c ~rani 8770-G-085 Rev.

9 TABLE I TESTS TO CODE

rl Onln~ PO)'E'ER 6, LlGllY COMPANY VALVE HUlmER SIKH TYPj'CTUS CODL'ODE ACT/

CL

CAT, PAS

HOM4, POS ~

FAIL-REM.

URH

POS, HODB XND.

TEST XSI PERi TESTS.

RElNRKS No Table I Valves 0770-Q-093 Rev.

3

) TITLE ILRT Instrument 6 Test PllOOllhl4 VALVE TEST PROGRM4 TABLE I TESTS

.TO CODE

FLORIDA I'OP(l!ft 6, LIGIN COMPANY VALVE NUllDER SXEH TYPE

,ACTUi CODE CODE nCV/

CG..

CATe PAS HORNi PAXL-POS ~

ORB tlOM RP"HI posi XNOi XSX' TESTS REt.fhRKS NO TABLE I I VALVES Sill CW Firewater,

Domestic, 0770 -G- 004 Bev.

10 I'hOOllAM Hakeup S

Ub~

VALVE TEST PROGMH

<<<<<<0~g&~~<<~

TABLE X Tl~STS TO CODH

t:L0RIOA Po>'lollT COut ANY VALV8 HUllDER SIKH TYPH

.hCTU; CODH CG.,

CODH CAT] an/

PhS Honh r"hrr,-

POS o

UBH MODH RHH,.

POS

~

rno.

.VHSV ZSZ PER~

TESTS

~

~

RHHABNS No Table I Valves sv)vcu iivic HVAC (Air Flow)

~

P L

8770 G 062 Rev.

10 vnoanAu VALVE TEST PROGRM TAOM Z Tt STS TO CODD

~ ~

LZS OP CA EGORY (A) VALVES:

Table Z.A. seat leakage test parameters to FPL reaui ements.

Seat leakage rates based on reauired gas test 6 pres-sure of 39.6 psi

(+2.4 psi -0 psi).

Leakage rates

. shown in Table E.A. are maximum allowable values.

I

~

~

~

0 I

~

~

I ISI et I I I I I II I

I I I I I I I I I

I I I

I I I I

I I

II I I I I I II I I I I I I I I I

~ I I I I

~

I I I I I III I

I I I I I I Iill I II I

I I

I I I

LIST OF CAMGORY 'A-B-C):

LEGEND FOR TABLE ZI TESTING TO CODE REQU'ZBZPENTS DETERMINED TO BE ZMPRACTZCAL AND RELIEF. REQUESTED... PARAGRAPE 50.55a (g) 5

. (iii).

'EGEND - The LEGEND in Sub-Section Z. =. applies to this Table.

NOTES:

2)

Notes l, 2 and 3 of Sub-Section Z. E.

- apply to this Table.

Each valve in Table ZZ is eithe a)

Partially tested to code or, b)

Relief equested and supported by Relic Request Basis including Alternate Tests.

FLOItlDA POP(I:R 8. LIGllT COMPAl)Y VALVE

. NUMBER SIKH TYPH ACTU>>

CODE CODE CL.

CAT.

Acrj L'AS NORII.

L70S ~

PAIL-URH MODB RHM.

POS

~

INO ~

TEST PHR)

XSX RRB TESTS 'O.

REMARKS V-1405 Gate HO NO Yes EF-2 EST-3 2

2 V-l402 2->g Plug SO NC FC Yes EF-8 EST-3 V-1403

. V-1404 2-4 Gate tS Plug SO NO FPI NC FC Yes Yes E F-'2 EST-3 EF-8 EST-3 2

2 l>>>>fCA REACTOR COOLANT SYSTEM I

~1*Ii E-].9367-210-110 REV.

13 s noolc "il VALVE TEST PROGRAM TABLE II TO CODE AND RELIEF Rl QUEST

~

rLORIDA 1O>lCA L LlollT C01kl A>(Y VALVE SXKH

'UtlB1'R

AGTU, CODB CODL" hCT/

CG+

CAT, Ph8 HORN s POS.'hXL'MH.

URB POSE HODH XNDo

. THHT PER('SX RRB THST8 HO.

REHARl(S NO TABLE II VAJ VHS IrliC~

riche Reactor Coolant Pump

'i'i~ E-1 9 167-7.1 0-1 1 1 Bev.

A li0 00 IlAII

vlviv,

~

VhL>g TEST PQOGRAH TPcFDE AND RELZE~ REQUEST

I LORlDA l E, LIGllT COMPAHY VALVE SXKH TYPH HOHDER ACTUo CODH CL.

CODE C)Vl',

ACT/ NOAH.

PAS POS.

PhlL-UBH

- HOI)L't4, POS.

ZNI)o TBS~l'HIL(

XSX TESTS RRB NO.

R BIER I<S SE-02-01 SE-02-02 V-2515

.2 Gate Gate Globe SO SO DO NO A 'G A

NO FO FO FC Yes Yes Yes 1

1 1

EF-8'ST-3 EF-8 EST-3 EF-8 EST-1 SLT-1 3

3 3

3 4

4 V-2516 V-2430 V-2434 V-2345 2

Globe Check

'ate Relief DO S/A Man.

S/A 2

A NO A

NO P.

LO NC FC Yes No No No 1

EF-8 1'

EST-1 1

SLT-1.

OC-1 4

4 12 0

10 V-2354 3

. Relief S/A NC No srjTCu Chemical Volume and Control

~ ~ ~ A II E;19367-210-120 Rev.

11 f'AOOILAII-vlvuu

~

VALVE TEST PRQGRAH TABLE XX TO CODE AND HELXEP REQUEST

rl.OttlnA t C. l ICllT COMt AHY VALVE HUlSHR Ter; WCTU. COM CLo CODE CAl ACT/ nOrW,

&AS DOS.

PAIL-MH.

Ull8

'POS, llODH

XN0, TEST PER)

ISX THSTPi REICARl~"u. 'ALVE TEST PROGRAM TABLE II TO CODE AND RELIEF REQUEST

FLotrlDA I'0)'lER E. LlcllT c01hl AilY VALVH NUHDHR SXKH TYPH ACTU.

CODH CL.

CODE.

CAT, ACT/ nOrW.

PAS POS.

FAIr,-

UllH HODH RHH.

POS.

INDo TEG

- PHRi ~

rSX THSTS RRB NO-RE14ARI<S V-3106 V-3107 V-3401 V-3410 V-07000 V-07001 V-3659 V-3660 10 Check 10 Check 6

Check 6

Check 14 Check 14 Check 3

Gate 3

Gate S/A S/A S/A S/A S/A S/A MO-MO C

C C

BE BE NC NC A

NC A

NC A

NC A

LO LO FAX No No No No Xes Yes 2

EF-1 EF.-l EF-1 EF-1 EF 1

EF-1 EF-2 EST-*

EF-2 EST-*

8

• < 90 sec.

• ~ 90 sec.

V-3656 V-3654 V-3653 V-3655 I-V07009 V-3463 6

Gate 6

Gate 4

Gate 4

Gate 2

Gate 2

Gate MO MO MO MO Man.

Man.

E P

LO LO LO P

LC P

LC FAI FAI FAI FAI FAI Yes 1

Xes 1

Yes Yes 1

No OC-1 OC-1 OC-1 OC-1 OC-1 SLT-1 OC-1 SLT-1 0

0/1 0/1

)TSICH Safety Injection System lg g ~All r.;-19367-210-130 Rev.

12 f'I100ILhl.l VALVE TEST PROGRAM TABLE II TO CODE AND RELIEF REQOEST

FLORIDA I'0)'IEA 4 LIGIIT CO)hl'AIRY VhLVE HUHDBR SIKE 'YPH, AC'j.'U, CODE CODE Ch.

CAT, hCT/

PAS NORH. E'hIL-RBH.

PQS.

VllB POSe MODE XND.

TBSil'L'Rt'SX

TESTS, RRB NO.

AEI4ARl<S V-'3470 V-3402 V"3411 V-3432 V-3444 V-3206 V-3207 V-3658 I-V07008 FCV-3306 lICV-3657 V-3456 V-3457 V-3452 V-3453 6

Gate Han.

Gate' Gate 1)an.

Man.

14 Gate Han.

14 Gate 10

. Gate 10 Gate Man.

Man.

Han; Gate Han.

10 Globe Man.

12 lobe DO 10 ate Man.

10 ate.

10

~ate

Man, Han.

10 ate Han.

10 lobe PO Ei Ei 2

E 2 '

Ei 2

E 2

E 2

E P

P LO FAI No LO FAI No LO FAI No LO FAI No LO FAI

. No LO FAI No LO FAI No LO FO Yes LC FC Yes LC FAX No LC

FAI No LC FAI 0

LC FAX No LO FAX No LO FAX No OC-1 Oc-1 OC-1 OC-1 Oc-1

~

Oc-1 OC-1 OC-1 OC-1 Oc-1 OC-1 Oc-l.

OC-1 OC-1 OC-1 0

0 0

0 0

0 0

0 0

0 0

0 0'

0 Safety Injection System E-19367-210-130 Rey.

12 I'

0 0 II4 I I f/VL'C

~

VALVE TEST PBOGRAM TMLE 1I TO CODE AND RELIEF REQUEST

FLORIDA t'OQI!fI 5 LIGllT COMI'Al(Y VALVE NUhlDHR ACTU.

CODE CODE hCT/

CLe

CIST, PAS NORH. PAIL-RHH.

POB.

UllH POS<

HOI)B INl)s THSI'BRi'SX RRB TESTS NO.

RHI4ARI(S V-3405 3

S/CIIK S/A 2

CE A

NC No EF-2 OC-1 V-34 14 V-3427 3

S/CIIK 3

. S/CIIK S/A 2

CE S/A 2.

CE A

NC NC No No EF-2 OC-1 EF-2 OC-'1 lP 4 I C&

~isis Safety Injection System gy ~ All E-19367-210-130 Rev.

12 fiA40llhl4 VALVE TEST PROGRAM TAI)LH II TO CdDE AND RELIEF RHQUI'ST

rkon)ng r01iul a uollr Coul't,)n VALVE HUHBER GIRTH YYPH ACTUr CODH CODL Cbi

CRT, RCZ/

PRS NONI, PhIL-RHH.

1.'OS.

URB POS r BODB IND~

THG'L'ER<

ISI V.ESTD RRB

.NO-REl4ARI)Y VALVE HUlmER GXKH TYPH ACIj'.U. CODH CODE cr..

cwr.,

hCT/ NOlu'l.

PAS L'QS.

r:AZX,-'RH lfOl)H RED.

POS.

XNn.

TEST PER('svp RRD THSTG WO.

REfQ,RI>~~" Containment Spray System g I ~ All 8770 -G-000 Rev.

9 PA44IIAII VALVE TEST PROGRAM

" TABLE II TO CODE AND.

RELIEF REQUEST

FLORIOA I'07(

LICIIT COI/PhHY VALVE HUIIDBR SIKH TXPH ACTU.

CODE CODE CIA CAT.

ACT/

PAS NORH. PAIL-BHII.

POSE UBB POSE tlODH INDo TEST PERi.

xsx TESTS RRB NO.

REMARI<S V-07119 V-07120 24 Check Check S/A S/A C.

2 C

NC

~ NC No

,No El. -2 El. -2 S 'f I T C l4

~ivie Containment Spray System g ~ I*ll II770 G - 008 Rev.

9 f'AO4flhl.4 T I 'C L'C VALVE TEST PROGRAM TAOLE ZX TO CODE AND RELIEF REQUEST

FLOBll)A VOl'lp.fl 8, LIGIIT COMt'hl(Y VALVE

- NOHDER SIKE

'j.'YPE ACTU.

CODE CODE ACT/

CL.

CAT, PAS NORH.

POS FAIL-REH.

URE POS.

110DE INDE TEST PER<

XSX TESTS BRB NO.

REMARl(S LCV-07-llA 3

Gate DO NC FC Yes 2

2 1

EF-3 EST-2 SLT-1 2

2 LCU-07-118 V-07161 V-07162 V-07164 V-07165 V-07103 V-07206 Gate 12 Gate 12 Gite 12 Gate 12 Cate Gate 3

Gate DO Han.

Man.

Man.

Man.

Han.

Man.

2 E

P

.E E

P 2

~

E P

2 E

P A/H P

PC LO LO LO LO LC LC FC Yes FAX No FAI No FAI FAI No FAI No FAX No 2

1 EF-8 EST-2 SLT:-1 OC-1 OC-1 OC-1 Oc=l OC-1 OC-1 SLT-1 2

2 0

0 0

0 4/0 V-07189 U-07170 3;

Gate 3

Gate Han.

Han.

2 A/E A/E P

LC FAI No FAX No OC-1 SLT-1 OC-1 SLT-1 4/0 4/0 V-07188 3

Gate Man.

2 A/E P

LC "FAX No OC-1 SLT-1 4/0 V-07220 Gate

~

Han.

LO FAI No OC-1 0

lYtfLM Containment Spray System 8770 G 088 Rev.

9 I'AOOflhll VALVE TEST PROGRAM TABLE XX TO CODE AND HHLXHF REQUEST

FLORIDA t'0)'(ER E LlGll'f CO)ht'N(Y VALVE NUHDER SXKH ACTU.

CODB CXI o CODE ACT/

CAT, PAS H01N.

POSe PAlL-URB 1'fODH

RHH, POSE T.HD.

TEST PERE HRB NO.

REICH.Rl

isx TESTS.

RRB NO.

REI4ARI><< Component Cooling System Q ~ ~ 4 ~ I

~I I ~ t.'t n

~. sn ~ i~

n no

>'I

~ ~

1 A I AO4II+II VALVE TEST PROGRAhI TABLE XI TO CODE hND RELIEF RHQVEST

I'LORIPA t'IGIIl'.OIEPAliY VALVB NUISHR AC'I'Uo COM CODE ACT/

CIro

CAT, PAH HOlN. PML-RED.

POS,.

URH POSe HODH IND.

TEST.'Hlt(

rsx vasrs RRB NO-REbQ,RI(S MV-14-5 10 I

Butfy MO 3

NO FAX Yes 2

2 EF-'2 EST-4 4

4 MV-14-6 10 Butfy MO 3

NO FAX Yes 2

"2 EF-2 EST-4 4

MV-14-7 10 Butfy MO NO FAX Yes 2

2 EF-2 EST-4 MV-14-8 10 Butfy MO 3

B A

NO FAX ~:Yes 2

.2 EF-2 EST-'4 LCV-14-1 Globe DO B

NC FC No rvrreu Component Cooling System 8770-G-083 Rev.

10 t'AOOllhl.l C

~

r)vr.u

~

VALVE.TEST PROGRAM TABLE XX TO CODE AND REI XHF REQUEST

FLORIDA POPlL'R t. LIGllT CO)hPhlfY VALVE HOHDBR SXKH TYPE hCTUe COM CGe CODL"

CAT, ACT/ NOIN.

PAB POSe rhrr.-

UAB HODB net<.

POSe XNDe THGT

-PBRi'sz TESTS BRB NO.

REl4ABl'S V-5200 3/8 I

Globe'O NC FC Yes 2.2' EF-8 EST-1

.SLT-1 V-5203 V-5201 3/8 Globe 3/8 Globe.

DO NC NC FC FC Yes Yes

\\

2 2

1 2.

2 1;

EF.-8 EST-1 SLT-1 EF-8.

EST-1 SLT-1 2

2 V-5204 V-5202 3/8 Globe 3/8 lobe DO DO NC NC FC FC Yes 2

2 1

es

~ 2 2

1 EF-8 EST-1 SLT-1 EF-8 EST-1 SLT-1 2

2 3

3 V-5205

. 3/8

. lobe DO NC FC es 2

2 1

EF-8 EST-1 SLT-X 3

3 leilCu Sample System Yl~ > ~ 1 e>si e

t.'--10 \\C:7,>1A 1 f:A n

lillO0 IlAII tl't4<.

~

VALVE TEST PBOGRAH aVOLE Xr TO CODE AND HELXEP REQUEST

I'I.ORtDA t'ONCR t. LlGltT COMPAI(Y VALVE HUIIDER SIKH TYPH ACTU.

CODE COO1:

CL."'AT, hCT/

PAS

NONI, POS.

PhIL-REt4.

URE

POS, IIODH INO.

TEST PER)

ISI TI'St18 MB NO ~

i REHAIII(S IICV-08-lA 34

~ Power ASST' CIIHCK A/CYL 2

BC NO FC es 2

2 EF-8 EST-~

6 sec.

IICV-0&-1B 34 Power ASST' CIIHCK A/CYL 2

BC NO FC es 2

2 EF-8 EST-*

6 sec.

V-8148 V-8117 34 Check 34 Check S/A S/A 2'

2 C

NO 0

2 2

ivsvcu ~ain

/team S stem I

~ I 6 II

&770 -G- 079 Rev.

13 l>llOOILAll vivL.u

~ -

VALVE TEST PROGRAM TABLE II To conE ANn QELIEF RHQU]~ST

Fl.ORIANA t'Ol'/ER 0 L(GllT COMl'AliY VALVE NuMBER SIZE TYPE ACTU>>

CODE CODE ACT/

CL>>

CAT.,

PAS HORN.

POS

~

PAIL-REH.

URB POS>>

llODE END>>

TEST PCRt'SI vrsrs RRB NO-REl lARl>>> 1 1: i4

>>itic Peedwater, Cond.

&. Air Evac.

l'hOOllhll s

flvLl!

VALVE TEST PROGRAM TABLE IX TQ CODE AND RELIEF REQUEST

J

l'LORIDA PO LlGllT C013PAl(Y VALVE

- NUMBER SIKH TYPE ACTUS CODE CODE Cr;

Car, ACT/

PAS NORM. PAIL-RHM.

l.aS.

uRE ros.

BODE IND.

TEST PER).

ISI TESTS RRB NO.

REMARKS V-9157 V-9139 V-9123 V-9107 v-9119 V-9151 V-9135 MV-09-7 6

20 Check Check.

.S/A S/A

-C 3

C Check S/A Chick S/A 3

C Check S/A Check S/A 2

C Gate MO 2

Check S/A 2

C

- NC No NC No NC No NC NC No No NC No NC No NO FAI Yes 2

2 3

3 HP-2 EP-2 EF-2 1

EF-2 EF-2 EF-1 EST-.4 2

2 HF-2 EF-2 1

MV-09-0 V-9252 V-9294 V-12487 LCV-12-9 20 18 Gate Gate Man.

Globe DO Check S/A Check S/A 2

8 2

C 2

C 8

8 P

NO NO NO NO NC No No PAI No FC No.

FAX Yes 3

3 EF-l.

'ST.-4 2

2

'3 4/0

%YOICKS

>>><<Peedwater,Cond

~

Q> ~ An

'"""0770-G-086 Rev.

~

~

nnoon~u Air Hvac.Sys.

11

.I VALVE TEST PROGRAM TABLE II TO CODE AND RELIHP REQUEST

FLORtPA l'0'1'(ER t. LtGllT COl/I'AllY VALVE Nut lDHR SXKE TYPE ACTUy CODE CL.

CODE CAT ACT/ nOrW. Vhrr; PAS POS URH llOt)H lKH.

POS, XNI)o TEgyl PHR1 XBX-

'l',HSTB RRB NO.

RE14ARl(S

, V~21165 V-21211 V-21190 V-21237 HV-21-3 36 3.6 30 30 24 Butfy Butfy Butfy Butfy Butfy Han.

Man.

Man..

Man.

HO Ei P

LC PAI P

LC.

PAI NO PAI P

LO P

LC

. FAI No No No No Yes 2

-2 OC-1 OC-,1 OC-1 0

0 0

OC-3.

0 EF-2 EST-4 MV-21-2 MU-21-4 24 Butfy Butfy HO MO NO FAI.

FAX Yes Yes 2

2

'EF-2 EST-4 EF-2 EST-4 2

V-21327 TCV-14-4A TCV-14'-4B 30 30 Check Butfy Butfy S/A 3

PO PO C

A NC NO No PO FO No No No EF-2 gyy$ gM yields Cj.rc.

6 Intake Clg.Ntr g le i tl na7n-G-nAP Rc'.v.

10 IiAdOllwll System VALVE TEST PROGRAM TABLE IX TO CODE hND RELIEF REQUEST

FLORIDA t'O1'iCa C. ualir COur AWV VALVE HUMDER SIZE TYPH AC'XUo CODL'ODE CLo

CAT, ACT/ Worut. FAIZ-PAS POS.

UBH 11QDH BEN.

POS~

IND TL'8~I'ER<

ZSX THSTH BRB NO.

REMARI<S V-18794 Globe Han.

2 AE P

LG 'AI No OC-1.

SLT-1 3/O V-18796 Globe Han.

P LC FAI No OC-1 SLT-1 3/O V-18797 V-18798 Sall.

Ball Man.

Han.

P LC FAI

.FAI-No No OC-1 SLT-1 OC-1 SLT.-1 3/0 3/0 MV-18-1 I-V-18195 Globe MO, Check S/A 2

AC A

NC FAI Yes No 2

2.

1 2

1 EF-8 EST-*

SLT-1 EF.-2 SLT-3.

• < 28 sec.

lrllC~

I'll00II+II sixie Service

& Instrument Air System r A770 G 005, Bev.,9 VALVE TEST PBOGRAM

'1'ABLE II TO CODE AND BELIEF REQUEST-

FLonlnA r Llcl(r coMrNIY VALVE HUHDBR GXKH TYPH ACTU.

CODH CODE CG,

CAT, ACT/ NOruI.

PAB POS.

I:AXL-UBH 1IODB RHtC.

POS i XND.

THGfl PHRf'sr TESTS RRI3 NO.

REHARI(S V-17164 V-17165 V-17166 V-17167 V-17201 V-17202 V-17207 V-17208 V-17209 V-17210 V-17212 V-17217 V-17219 V-17220 2

Globe Man.

2 Globe Man.

2 Globe Man.

3 Gate Man.

Gate Man.

Gate Man.

3 Gate 3

Gate 3

Gate 3

- Gate Man.

Man.

Man.

Man.

Gate Man.

3 Gate 3

Gate Man.

Man.

2 Globe Man.

Hi Hi 3

3 Hi Hi E

3 3

Hi P

LC P

LC P

LO P

LC P

LC P

LC P

LO.

P LO P.

LO P

LO P

LO P

LC

=P LC P

LC FAI FAI FAI FAI FAI FAI FAI FAI FAI FAI iAI No No No No No No No No No No No No No No 1:

1 OC-'1 OC-1 OC-1 OC-1 OC-.l

OC-1

. OC-1 OC-1 OC-1 OC-1

.OC-1 OC-3:

OC-1 OC-1 0

0 0

0 0

0 0

0 0

0 0

~

P 0.

0 0

f T I I C~

f ff40flAff Miscellaneous Systems (Diesel O y)"".. 'ALVH TEST PRO 8770-G-086 Rev.

9 Tk CODDUlND RHLIHF RHQUHST

FLORIDA I'0

8. LIGIIT COIhPAI(Y VALVE

. NUI40ER TYPE ZCTu.

CODE CODE FACT/

CLa CAT.

PAS

HOlU1, PQS.

FML-REH.

UBH POS

~

11QDB INDi TEST PHRi ISI TESTS RRB

.NO.

REMARKS I-SH-17-1A I-SH-17-18 2

2 Globe SO Globe SO NC NC FC FC No EF-7 EF-7 1Y$ 'ICE Misc. Systems (Diesel Oil)

YlI A II 8770 G 086 Re@.

9 S'

0 0 h JLII VIVLlf VALVE TEST PROGRAM TPcoDE9iND RELIEF REQUEST

FLORIDA l'0)'ltiR 8, LlG)lT COMPAl(Y VALVE NOtlDER SIKE ACTU.

CODE CODE ACT/

~

CL.

CAT, PAS NOBtl.

POS

'PAIL-RBH.

UBH

POS, BODB XND.

TEsr PERI'sa

TESTS, RRB NO.

REMARKS MV-15-1 Gate'O 2

NG FAI Yes 2

2 1

EF;2 EST-*

SLT-1

• < 19 sec.

I-V-15328 Chec S/A 2

NC

'No 2

1 EF-2 SLT-1' I

ivelCN fiIl0 0 IIALl Firewater, Domestic

& Makeup Sys."~~". '; VALVE TEST PBOGRAh1 Q ~ I4 II 0770-G-084 Hev.

10 T2I cVDH AND RELIEF REQUEST

I'LORIPA l' LIGll7 C013PAl)Y VALVE HUt1DHR ACTU.

CODE Cfj.

CODE ACT/

CA'I'.AS NOMle PAIL-POS.

UBH HODH RHH.

POS INDa TEST ISX RRD PER('HST8., NO.

REt4ARI

CODI:

CAT, ACL/

PAS Li08 ~

BHH.

POSg mo.

VLSV ZSX PERI'I:ST8 HBQ NO.

J MI4ARI<8 FSE-27-1 FSH-27-2 I

3/8 Gate 3/8 Gate SO SO 2

A.

NC A 'NC FC FC Yes Yes 3

1 3

1 EF-3.

SLT-1 EF-l.

SLT-1 FSE-27-3 3/8 Gate SO A

NC FC Yes EF-1

'LT-1 FSE-27-4 3/8 Gate SO A

A NC FC Yes

'3 1-EF-I SLT-1 FSE-27-5 FSE-27-6 FSE-27-7 FSE-27-8 FSE-27-9 FSE-27-1O 3/8 Gate 3/8 Gate 3/8 Gate 3/8 Gate 3/8 Gate 3/8 Gate SO SO

. SO SO SO'O 2

2'A NC A

NC FC.

FC Fc FC

'FC FC Yes. =.

Yes Yes Yes Yes Yes 3-l.

3

~

1

-3 1

3 1

3" 1

3 1

BF-1'.

SLT-1, EF-1 SLT-3.

EF-1 -.

SLT-1 EF-1 SLT-$

EF-1 SLT-1,.

EF-1 SLT-1 FSE-27-11 3/8 Ga'te

'O 2

FC Yes 3

EF-1 SLT-1 lTjlCu f4/ 4'g Ilydrogen Sampling System YI~ > II IllL%

8770 G

p92 pe~

3 Pl 1 0 0 Ilhll v(viy

~

yALVE TEST PROGRAM TABLE XX TO CODE MD RELXHF HHQVHST

PLORlnA 1 o)tr0 L Llcln col/ph~(Y VALVE HOP)DER Srso TYPL ACtj,'U.

CODH CGi CODE

CAT, aCr/ HORll; PAG POS ~,

PhlL'MH UBB

POB, ldODL XND.

TEB PBll]

lSX THSTB RRB ND.

REl&RI<S V-6741 I

Glcibe DO FC Yes

~ 2 2

~ 1 EF-8 EST-1.

. SLT-1 I

2 2

V-6554 Diaph.

DO NO FC Yes 2

2.

EF-8 EST-1 SLT-l, 3

V-6555 1

Diaph.

DO A

NO FC Yes 2

~

2' EF-8 EST-1 SLT-1 3

3 trt tlat ttvt.~ Haste Management System

~ ~ ~ ~ewi lA Il I 91(11(

l tie

~

t 't

/

titlOOtlhtt

't Itt-v.

~

VALVE TEST PROGRAM TABLE XX TO l'ODB AND HELXEP BEQUEST

FLORIDA VOl'(ER E. LIGllT COMPAl)Y VALVE GXKB TYPH NUtlDHR ACTU e CODE CLe CODE Col'CT/ HOlul. VAXL-PAS POSE UM 140DH RHH.

POSe XHDe THS9.'ER<

XSX HM THSTS NO.

BHHAR1(S V-6301 3

Diaph.

DO A

NO FC Yes 2

2 1

EF-8 EST=1 SLT-1 V-6302 3

Diaph.

DO A

NO FC Yes 2

2 1

EF-8 EST-1 SLT-1 IeeIC'H Haste Management System anew I'IIOO IlailI

~I><V.

~

VALVE TEST PBOGBAH TAaLE Xr TO CODE AND HHLIHF REQUEST

t-iOIIIO~ VO ucllr COMVnuV VALVE HUHBEIL SXZH TYPE MTUo COM CODE ACT/

CLi CAT.

L~AS NORIf.

POS.

PAIL-REH.

URH POS

~

HODH IND.

TEST PER).

XSX TESTS RRB NO.

REMARKS V-25-20 24.

Check S/5 2

A/C A

No 2

1 EP-2 SLT-1 V-25-21 24 Check S/A 2

A/C A

NC No 1

EF-2 SLT-1 FCV-25-7'CV-25-8 24 BUTFY DO 24 BUTFY DO NC.

NC PC Yes PC Yes 22' 2

2

.1 EP-8; EST-*

SLT-1 EF-8:

EST-*

SLT-1 8 sec.

8 sec.

SYSTLN IIVAC Air Flow Dia rams g I ~ 4 n 8770 G 862 r noon~@

YITLLf VALVE TEST PROGRAM TABLE:II TO CODE AND RELIEF REQUEST

t:1 01llnA rO1!ra e Uoitr Co)~1'A1(Y VALVE NUhlOER TYPE hCXU.

COOH CODE hCT/

CL.

Ch'r l'hs HOM1.

1'OS.

FAXL-REW.

TEST URH POS.

PER(

11ODL'ND o XSX VHSTB RRB NO.

RHMARl'S FCV-25-2 FCV-25-3 FCV-25-4 48 48 Butfy PO Butfy PO Butfy PO 2

A P

P NC; Nc NC FC Fc FC Yes Yes Yes 2

2

.1 2

1 1

2 2

1 EF-2 EST-1 SLT-.1 EF-2 HST-1 SLT-1 EF-2 EST-1 SLT-1 2/0' 2/0 2/0 2/0 2/0 2/0 FCV-25-5 Butfy PO FC Yes' 2

1 HP-2 EST-1 SLT-1 2/0 2/0 V-25-11 Gate h1an.

Nc FAX.

No OC-.l

'LT-1 3/0 V-25-12 V-25-13 v-25-14 3

Gate Gate Gate Man.

Man.

Man.

AH-P AH Nc Nc Nc FAX No FAX No FAX No OC-1 SLT-1 OC-1 SLT-1 Oc-1 SLT-1 3/0 3/0-3/0 V-25-3:5 V-25-16 Gate Gate Man.

Man.

AH P

AH Nc FAX No'AX No.

Oc-1 SLT-1 Oc-1 SLT-1 3/0 3/0-g'fICCu 11VAC CPNTRPL DXAGBAMS Yeaics f 0770-C-878 pc.v.

I'l00 II<1 I

>I><<.

VALVE TEST PROGRAM rAOLH XX TO CODE AND RHI XHF REQUEST

LIST OF EXCLUSIONS,:

TABLE III EXCLUSIONS TO CODE (IWT-1300)

~ Vent Valves Drain Valves

~ Instrument Valves

~ Test Valves Maintenance Valves

~ Non-Nuclear Safety Valves This table of valves is not included in this reaort.

They are identified and included in plant records.

I.I ~

RELZEF REQUEST BASIS - ATTACHMENT A-1 CODE REQUIREMENTS

~

~

DETERMINED TO BE IMPRACTICAL.....PARAGRAPH 50. 55a (g) 5 (iii) AND RELIEF REQUESTED:

Reactor Coolant System Chemical Volume and Control Safety Injection System Containment Spray System Component Cooling Water System Sampling System Waste Management System Main Steam System Feedwater and.Condensate System S"earn Generator Blowdown System Service and Instrument Air System Intake Cooling Water System Hydrogen Sampling System ILRT Instrument and Tes System Primary Niter System HVAC (Air Flow) System Misc. Systems (Diesel Oil)

Various Systems

("Passive Valves" )

Pg 1 to 2

Pg.

1 to 6

Pg.

1 to 6

Pg.

1 to 3 Pg.

1 to 3

Pg.

1 to 2

Pg.

1 to2 Pg.

1 to 1

Pg. lto 3

Pg.

1 to 1

Pg.

1 to 1

Pg.

1 to 2

Pg.

1 to 1

Pg.

1 to f Pg.

1 to 1

Pg.

1 to 3

Pg.

1 to 1

Pg.

1 to 1

St. Lucie Unit No.

1 Page 1 of 1 SYST~~M-Reacto Coolant System Reactor Coolant Pump Chemical and Volume Control System Safety Injection Svstem I

Containment. Spray and Refueling Water System Component Cooling. Nater. Sys'em Sampling System Waste Management System Fuel Pool System Main, Extraction,'nd Auxiliary Steam System Feedwater and Condensate System Service and Instrument Air System Intake Cooling Water System M3.scellaneous Sampling Systems (Hydrogen Sampling System)

Miscellaneous Systems (Diesel Oil System)

Firewater,

Domestic, and Makeup Systems (Primary Water)

HVAC (Air Flow) Systems Steam Generator Blowdown System ILRT Instrument and Test System 0.

Valve:

Pass've Valves listed in Table I and Table ZI Category:

Passive Class:

1, 2, or 3

Test Reguirement:

APT 3410 Basis or Relief:

"Passive Valves" a-e not recruired.

to change position to either sa ely shut down the reactor or mitigate the 'consequences of an accident.

St. Lucie Unit No.

1 Pace 1 of 2

RELiEF REQUEST BASIS SYSTEM:

Reactor Coolant Valve:

Category:

Class V-1402 and V-1404 B

1 Function:

Provides low-temperature overpressure protection function during cold shutdown to protect against exceeding pressure-temperature limits.

No credit is taken in the Safety Analysis for any pressure reducing devices, except the pressurizer safety valves (V-1200, V-1201, and V-1202) and the main steam safety valves (V-S201 through V-8216).

Test Requirement:

ZNV-3410 Basis for Relief:

The 'failure of either of'hese valves in the open position, by testing during during plant operat'on, would require a unit outage to perform maintenance on the failed valve.

The ailure of either of these valves in the open position, by testing during cold shutdown, would result in a loss of system "unction.

Both valves are reauired to ensure low-temperature overpressure

'.protection during cold shutdown.

Alternate Testing:

These valves wi3.1 be tested during refuel'ng shutdowns.

VOTE:

These valves are included in he St. Lucie Unit No.

'Valve Test Program in accordance-with a previous commitment to NRC Staff.

St.

Luc e Unit No.

1 Page 2 of 2

RELIEF BEQUEST BASIS SYSTEM:

Reactor Coolant

- 2.

Valve:

V-1403 and V-1405 Category:

B Class 1

Function:

Provides.the flow path from *the pressurizer-to the associated solenoid operated valve used as the low-temperature overpressure protection system during cold shutdown.

This provides protection against exceeding pressure-temperature limits.

Test Recuirement:

IWT-3410 Basis or Relief:

The failure of either of these valves in the closed position, by testing during plant operation, would reauire a unit shutdown to perform maintenance on the failed valve.

The ailure of either 'o these valves in the closed position, by testing, during cold shutdown, would result in a loss of system function.

Both valves are reauired to ensure low-temperatu e

overpressure protection du ing colD shutdown.

Alte'mate Testing:

These valves will be tested during refueling shutdowns.

NOTE:

No credit is taken in -the Safety Analysis or any pressure reducing devices, except the pressurizer safety valves (V-1200, V-1201; and V-1202) and the main steam sa ety valves (V-8201 through V-8216).

These valves are included in the St. Lucie Uni" No.

1 Valve Test Program in accordance with a previous commit'tment to NRC Staff.

St. Lucie Uni" No.

1 Page 1 of 6

RELiEF REQUEST BASIS SYSTEM:

Chemical Volume and Control

.1. -" Valve:

FCV-2161 Category:

B Class:

2 Function:

- Provides flow control for Boric Acid Makeup Pumps Test Requirement:

IWV-3410 Basis for Relief:

Alternate Testing:

Failure of this valve in the open position, by testing during plant operation, could result in the injection of concentrated boric acid solution into the Reactor Coolant System.

This could place the plant in an unsafe mode of operation.

This valve will be tested during cold shutdowns.

2.

Valve:

SE-01-01 and V-2505 Category.:

A Class:

2 Function:

Provides 'controlled leakoff flow path for the reactor coolant pump seal syst: em.

Test Requirement:

Basis for Relief:

ZWV-3410 Testing these valves during plant operation will interupt flow of the controlled leakoff from the reactor coolant pump seals,'hich could result-in damage to the reactor coolant pumps.

This could place the plant in an unsafe mode of operation.

Alternate Testing:

These valves will be tested during cold shutdowns.

St. Luc'e Unit No.

Page 2 of 6 RELiEF REQUEST, BASiS SYSTEM:

Chem'cal Volume and Control 3.

Valve:,

SE-02-. 01. and SE-02-02 Ca egory:

B

-,Class:,

1 Function:,

Provides charging flow. path to the Reactor, Coolant System.

Test Requirement:

Basis for Relief:

Alternate Testing:

iWV-3410 Testing these valves during plant operation would isolate chars'.ng flow, thus causing an unbalanced flow condition in the Chemical Volume and Control System when charging and letdown flow is required, Modes 1 thru.5.

These valves will be tested during refueling shutdowns.

4.

Valve:

V-2515 and V.-.2516 Category:.

A Class:

1 Function:

Provides the letdown flow path from the Reactor Coolant System to the Chemical Volume and Control System.

Test Requirement:

Basis or Relief:

iWV-34 10 Testing either of these valves during

.plant operation would isolate letdown flow, thus causing an unbalanced flow condit'on in t¹ Chemical Volume and Cont ol System when charging and letdown flow is required, Modes 1 thru 5.

Further, 'testing either of these valves during cold shutdown could result in exceeding pressure-temperature limits.

'lternate Testing:

These valves will be tested during refueling shutdowns.

St. Lucie Unit No.

1 Page 3 of 6 RELIEF REQUEST BASZS SYSTEM:

Chemical'Volume and Control 5..

~ Valve::

Category:

Class:

V-2501 B

2 Function:

Provides flow path from Volume Control Tank to

. the charging pump suction-header.

P Test Requirement:

ZWV-3410 Basis for Relief:

Failure of this valve. in the closed

position, by testing during plant operation, would isolate the charging pump suction header from the volume control tank. This could result in damage to the pumps and place the plant in an unsafe mode of, operation.

Further, testing this valve during cold shutdowns would isolate one of the boration flow paths to.the reactor coolant system.

This could esult in placing the plant in an unsafe mode of'peration.

Alternate Testing:

This valve will be tested during refueling shutdown's.

6.

Valve:

V-2514 and V-2174 Category:

B Class:

2 Function:

Provides flow path from normal boric acid makeup flow path to the emergency boration flow path.

Test Requirement:

ZWT-3410 Basis for Relief:

Testing these valves during normal plant operation could result 'n the injection of concentrated boric acid solution into the Reactor Coolant System.

This could place the plant in an unsafe mode of operation.

Alternate Testing:

Failure of either of these valves in the closed position, by testing dur'g cold shutdowns, would result-in the loss of one of the erne gency borat'on flow paths required during cold shutdowns.

These valves will be tested during refueling shutdowns.

St. Lucie Un't No.

1 Page 1 of 6

RELZEF REQUEST BASIS SYSTEM:

Safety Injection'.

Valve:

Category:

Class:

V3405, V3414, and V3427 CE 2

Function:

Prevents reverse flow from the High Pressure Safety Injection System Supply Header to a non-operating High Pressure Safety Injection Pump.

Test Requirement:

Basis for Relief:

IWV-3520

'These valves cannot be tested during plant operation because the High Pressure Safety Injection System Pumps do not develop sufficient discharge head to establish a flow path to the Reactor Coolant System.

Further, testing these valves during cold shutdowns is impractical since it could subject the Reactor Coolant System to conditions exceeding pressure-temperature limits.

Alternate Testing:

These check valves will be exercised during refueling shutdowns.

2. Valve:

V3106 and V3107 Category:

C Class:

2 Function:

Preven s reverse flow from the Low Pressure Safety Injection System Supply Header to a

non-operating Low Pressure Safety Injection Pump.

Test Requirement:

Basis for Relief:

Alternate Test ng:

ZWV-3520 These valves cannot be tested during plant operation because the Low Pressure Safety Injection System Pumps do not develop sufficient discharge head to establish a

flow path to the Reactor Coolant System.

These check v'alve will be exercised during cold shutdowns.

St. Lucie Unit No., 1 Page 2 of 6 TB f

RELEEF REQUEST BASES SYSTEM' Safetv Enjection 3.

Valve:

V3401 and V3410 Category:

C Class:

2 Function:

Prevents reverse flow from a non-ope ating High Pressure Safety Enjection. Pump to the Refueling Water Tank Supply Header.

Test Requirement:

EWV-3520 Basis for Relief:

~

These valves cannot be tested during plant operation because the High Pressure Safety Enjection System Pumps do not de-velop sufficient discharge head to establish a flow path to the Reactor Coolant System.

Further, testing these valves during cold shutdowns is impractical since it could subject the Reactor Coolant System to conditions exceeding pressure-temper-ature limits.

Alternate Testing:

These check valves will be exercised

~

during refueling shutdowns.

Additional Testing:

These cneck valves will be exercised quarterly dur'ng the performance of associated pump tests.

Valve:

I-V07000 and E-V07001 Category:

C Class:

2 Function:

Prevents reverse flow from a.non-operating Low P essure Safety Enjection Pump to the Refueling Water Tank Supply Header.

Test Requirement:

IWV-3520 Basis for Relief:

Alternate Testing:

These valves cannot be tested during plant operation because the Low Pressure Safety Enjection Pumps do not develop sufficient discharge head to establish a

flow path to the Reactor Coolant System.

These check valves will be exercised during cold shutdowns.

Additional Testing:

These check valves will be exerc'sed quarterly dur'ng the performance of associated pump tests.

St. Luc' Unit Ao.

1 Page 3 of 6

RELIEF REQUEST BAS IS SYSTEM:

Safety Injection 5.

Valve:

V3113, V3123, V3133, and V3143 Category:

C Class:

2 Function:

P events reverse flow from the Low Pressure Safety Injection System and the Safety Injection Tank System to the High Pressure Sa ety Injection System.

Test Recruirements:

IWV-3520 Basis for Relief:

These valves cannot be tested during plant operation because the High Pressu e

Safety Injection Pumps do not develop sufficient discharge head to establish a flow path to the Reactor Coolant System.

Further, testing these valves auring cold shutdowns is impractical since it could subject the Reactor Coolant System to conditons exceeaing pressure-temper-

'ture limits.

Alternate Testing:

These check valves will be exercised auring refueling shutdowns.

6.

Valve:

- V3114, V3124, V3134, and V3144 Category:

C Class:

2 Function:

Prevents reverse flow from the High Pressure Safety Injection System to the Low Pressure Safety Injection, System.

Test Requirements:

Basis for Relief:

Alternate Te'sting:

IWV-3520 These check valves cannot be tested during plant operation because the Low Pressure Safety Injection Pumps do not develop sufficient d'ischarge head to establish a flow path to the Reactor Coolant System.

These check valves will be exercised during cold shutdowns.

St. Lucie Unit No.

1 Page 4 of 6

RELIEF REQUEST BASIS SYSTEM:

Safety Injection 7.

Valve:

. 'V-3217, V-3227,',V-3237; and V-3247 Category:

C Class:

2 Function:

Prevents reverse flow from the Reactor Coolant System to the High Pressure Safety Injection System, the Safety Injection Tank System, or the Low Pressure Safety Injection System.

Test Requirement:

IWV-3520 Basis for Relief:,

Alternate Testing:

These check valves cannot be tested during plant operation because neither the High Pressure Safety Injection Pumps, the Safety Injection Tanks, nor the Low Pressure Saf ety Injection Pumps develop suff'ient discharge head to establish a flow path to the Reactor Coolant System.

These check valves will be exercised during cold. shutdowns.

8.

Valve:

V-.36-59 and V-3660 Category:

BE Class:

2 Function:

Provides a minimum-flow (recirculation-flow) path from the High Pressure Safety Injection Pumps, the Low Pressure Safety Inject'on Pumps, and the Containment Spray Pumps to the Refueling Water Tank.

Test Requirement:

IWV-3410 Basis for Relief:

These valves cannot be tested cu ing plant operation because the Technical Specifications require these valves to be positioned open with the power supply to the valve operator removed during operation in Modes 1, 2, and 3 (with pressurizer pressure g cate than 1750 psia).

Alternate Testing:

Further, the failure of e'ther of these valves in the closed position by testing during plant operation, could result 'n in pump damage, any of the pumps started and operated without sufficient flow through the operating pump.

These valves will be tested during cold shutdowns.

St.

Luc e Uni" No.

1 Page 5 oz 6

'ELIEF REQUEST BAS ZS SYSTEM:

Sazety Injection 9.

Valve:

.V-3215, V-3225, V-3235, and V-3245 Category:

C Class:

2 Function:

Prevents reverse flow from the Figh Pressure Safety Injection System and Low Pressure Safety In'jection System into the Safety Injection Tanks.

Test Requirement:

ZHV-3520 Basis for Relief:

These valves cannot be tested during plant operation because the Safetv Injection Tank pressure is insufficient to establish a flow path to the Reactor Coolant System.

These valves cannot be tested during cold shutdowns because one of the shutdown cooling system flow paths to the reactor would be isolated during the performance of the test.

Alternate Testing:

These check valves will be exercised during refueling shutdowns.

10. Valve:

V-3463 and I-V07009 Category:

AE Class:

2 Function:

These valves provide a flow path to ne Refueling Hater Tank from the Safety Injection Tanks, when the associated drain valve is opened.

Test Requirement:

ZHV-34410 Basis for Relief:

These valves are positioned closed and locked closed during plant. operation.-

These "Passive Valves" are not required to change position to either safely shut down the reactor or mitigate the consequences o

an accident.

Therefore, exercising these valves is not required.

St.

Luc' Unit Ho.

1 Page 6 of 6

RELIEF REQUEST BASIS SYSTEM Safety Injection

11. Valve:

HCV-3618, HCV-3628, HCV-3638, and HCV-3648 Category:

B Class:

Function:

Provides flow path from Safety Injection System header to the Waste hfanagement System.

Test Requirement:

IWT-3410 Basis for Relief:

Alternate Testing:

These drain valves are normally closed during plant ooeration.

Failure of any of'hese valves in the open position, by testing during plant operation, would

'esult in draining the Sa ety Injection Tank associated with the valve.

This would place the plant in an unsafe mode of operation.

These valves will be tested 'during cold shutdowns.

12. Valve:

Category:

Class:'

3480 g

V 3481 f V 3651

~

and V 3652 BE 1

Function:

Provides flow path from the Reactor Coolant System to the Shutdown Cooling System.

Basis or Relief:

The ailure of either of these valves, in the open position, by testing dur'ng

.plant operation,

'would equire a unit, shutdown to pe form maintenance on the failed valve.

Alternate Testing:

These valves will be tested during cold shutdowns.

St. Lucie Unit No.

1 Page 1 of 3

RELIEF REQUEST BASIS SYSTEM:

Component Cooling Water 1.

.Valve:

Category:

Class:

HCV-14-1, HCV-14-7, HCV-14-2, and HCV-14-6 A

2

.Function:,

Provides supply and return flow path for component coolant water to th'e reactor coolant pump seal coolers.

Test Requirement:

IWV-3410.

Basis for Relief:

These valves cannot be tested during plant operation because closing any of these valves would result in the loss of cooling capability to the reactor coolant pump seal coolers.

This would result in damage to the reactor coolant pumps which could place the plant in an unsafe mode of operation.

Alternate Testing:

These valves will be tested during, cold shutdowns.

2.

Valve:

I-SB-14167 and I-SB-14178 Category:

B Class:

3 Function:

Provides component cooling wate low path from heat exchange outlet to associated supply header.

~

Test Requirement:

IWV-3410 Basis for Relief:

These valves cannot be tested during plant operation because closing either of these valves would result in loss of cooling capability to the equipment supplied with component cooling water.

This could'cause overheating o

equipment which could place the plant in an unsafe mode of operation.

Alternate Testing:

These valves will be tested during cold shutdowns.

St. Lucie -Unit No.

1 Page 2 of 3

RELIEF REQUEST BASIS SYSTEM:...

Component Cooling Water 3.'alve:

~ HCV-14-3A and HCV-14-3B Category:

B

, Class:

3 Function:

Provides flow path from component cooling water system to shutdown cooling system heat exchangers.

Test Requirements:

IWV-3410 Basis for Relief:

Testing these valves during plant operation would cause.

an unbalanced flow condition in the Component Cooling Water System resulting in decreased flow to essential equipment.

This

'ould. cause overheating of equipment which could place the plant in an unsafe mode of operation.

Alternate Testing:

These. valves will be tested during cold shutdowns.

4.

Valve:

MV-14-5, MV-14-6, i~DT-14-7, and MV-14-8 Catego~:

B Class:

3 Function:

Provides supply and return flow path for component cooling water to the containemnt cooling units.

Test Requirement:

IWV-3410 Basis for Relief:

These valves cannot be tested during plant operation because closing any of these valves would result in a loss of coolin capability to the associated conta'nment'ooling units.

This could cause overheating of equipment which could place the plant in an unsafe mode of operation.

Alternate Testing:

These valves will be tested during cold shutdowns.

St. Lucie Unit No.

1 Page 3 of 3

RELIEF REQUEST BASIS SYSTEM:

Component Cooling Mater 5.

Valve:

LCV-14-1

'ategory:

B Class:

3 Function:

Provides flow path from deminer'alized water system to compoaent cooling-water surge tank.

Test Requirement:

IWV-341G Basis for Relief-This valve is in service and dperates during plant operation and during shutdowns.

Any malfunction or abnormal operation of this valve would be detected at this time'.

Alternate Testing:

This valve is eze cised automatically during plant operation and during shutdowns.

St. Luc'e Unit No.

1 Page 1 of 2

RELIEF BEQUEST BASlS SYSTEM:

Sampling 1.

Valve:

V-5200 and V-5203 Category:

A Class:

2

- Function:

Provides flow path from reactor coolant system to sample system.

Test Requirement:

lWV-3410 Basis for Relief:

The failure of either of these valves in the open position, by testing during plant operation, could result in a loss of containment integ'rity.

Alternate Testing:

These valves will be tested, during cold shutdowns.

Additional Testing:

These valves are exercised during plant operation.

Any malfunctions or abnormal operation of these valves would be detected at this time.

2.

Valve:

V-5201 and V-5204 Category:

A Class:.

2 Function:

Provides flow path from the pressurizer surge line to the sample system.

Test Requirement:

ENV-3410 Basis for Relier:

The failure of either of these valves in the open position, by testing during plant operation, could result in a loss of containment integrity.

Alternate Testing:

These valves will be tested during cold shutdowns.

Additional Testing:

These valves are exercised during plant operation.

Any malfunctions or abnormal operation of these valves would be detected at this time.

St. Lucie Unit No.

1 Page 1 of 3

RELI F REQUEST BASIS System:

Containment Spray 1.

Valve:

V-07192, V-07193, V-07129, and'-07143 Category:

C Class:

2-Function:

Prevents reverse flow in the Containment Spray System, if a containment'spray pump is not operating.

Test Requirement:

Basis for Relief:

INV-3520 Testing these valves, by placing the containment sprav system in operation or connecting an external water source, would result in.spraying the structures and components located inside the containment building.

Alternate Testing:

. These valves will be disassembled, on an alternating basis (staggered test basis),

during refueling shutdowns over the ten year Inservice Inspection Interval to inspect the valves'reedom of motion to open and closed positions.

Any problems found'uring this inspection would be cause for inspection of the other valves.

2.

Valve:

LCV-07-llA and LCV-07-11B Category:

A Class:

2 Function:

Provides flow path from the reactor cavity and containment sump to the equipment drain tank.

Test Requirement:

IWT-3410 Basis for Relief:

Failure of either of these valves in the closed position, by testing during

,plant operation, would result in a loss of one of the systems required fo" leak detection inside containment.

Alternate Testing:

These valves will be tested dur'ng cold shutdowns.

~,

Ulled J C UL1J C

'YV ~

J.

rage 8 oz 3

EF REQUEST BASlS SYSTEM:

Containmen"

=pray 3.

Valve:

V-07120 and V-07119 Category:

C Class:

2 Function Prevents reverse'low to the Refueling Water Tank.

Test, Requirement:

. lWV-3520 Basis for Relief:

,These valves cannot be tested during plant operation because neither the Refueling Water Tank, the High Pressure Safety Injection Pumps, nor the Low.

Pressure Safety injection Pumps develop sufficient discharge head'to establish a flow path to':.the reactor coolant system.'lternate Testing:

These check valves will be exercised.:

during cold shutdowns.

Additional Testing:

These check valves w'll be exercised quarterly during the performance oz Safety Injection System pump tests.

4.

Valve:,

V-07206, V-07189, V-07170, and, V-07188 Category:

, AE Class:

2 Function:

Provides supply and return flow path from the refueling cavity to the uel pool system ion exchangers.

Test Requirement:

ZWV-3410 Basis for Relief:

These "Passive Valves" are not required to change position to either safely shut down the reactor or mitigate the consequences of an accident.

Therefore, exercising these valves is not required.

Alternate Testing:

None

St. Lucie Unit No.

1 Page 3 of 3

RELIEF REQUEST BASIS SYSTEM:

ontainment Spray

'(Containment Recirculation) 5..

Valve:

Category:

Class:

V-07174 and V-07172 C'

Function:.

,Prevents reverse'flow from the Refueling Water Tank to the containment recirculation sumpo Test Requirement:

Basis for Relief:

ZWV-3520 There are no provisions for testing this check valve to Code, requirements.

Alternate Testing:

These valves will be disassembled, on an alternating basis (staggered.test basis),

during refueling shutdowns over the ten year Xnservice Inspection Interval the inspect the valves' reedom of motion. to open and closed positions.

Any problems found during this inspection would be cause for inspection of the other valve.

St. Lucie Uni No.

1 Page 2 of 2

RELI"F REQUEST BASIS SYSTEM:

Sampling 3.

Valve:

Category:

Class:

V-5202 and V-5205 A

2 Function:

Provides a flow path from the pressurizer.

ste'am space to the sample system.

Test Requirement:

Basis for Relief:

Alternate Testing:

IWT-3410 The failure of either of these valves in the open position, by testing during plant operation, could result in a loss of containment integ'rity.

These valves will be tested during cold shutdowns.

Additional Testing:

These valves'are exe cised during plant operation..

Any malfunctions or abnormal operation" of these valves would be detected at this time.

St.

Luc' Unit Ho, 1

Page 1 of 2

RELIEF REQUEST BASIS" SYSTEM:

Waste Nanagement Valve:

V-6301 and V-6302 Category:

A Class:

2 Function:

Provides flow path from the reactor drain tank to the suction header of the reactor drain pumps Test Requirement:

Basis for Relief:

XWV-3410 The failure of either of these valves in the closed position, by tes ing during plant operation, would result in 'a loss of. system 'nction.

Alternate Testing:

These valves will be tested durihg cold shutdowns.

2.

Valve:

V-6741 Category:

A Class:

Function:

Provides flow path for nitrogen. supply to components located ins'de containment.

Test Requirement:

The failure o this valve in the open

position, b~~ test'ng dur'ng plant operation, ould result in a loss of containment integrity.

Alternate Testing:

This valve will'be tested during cold shutdowns.

St. Lucie Uni No. l Page 2 of 2

.REL'IEF REQUEST BASES

-S'ZSTE<-

Waste Management 3.'alve:

.V-6554-and V-6555 Catego~:

A

'lass:

2 Function:

Provides flow path from components located inside containment to the gas surge tank (containment vent header) located outside containment.

Test Requirement:

IWV-3410 Basis for Relief:

The failure of either of these valves in the closed position, by testing during plant operation, would cause a loss of system function.

Alternate Testing:

These valves will be tested during cold shutdowns.

St. Lucie Unit Ho.

1 Page 1 of 1

RELIEF REQUEST BASIS SYSTEM:

Main Steam 1.

Valve:

HCV-08-1A and HCV-08-1B Category:

BC Class:

2 Function:

Provides flow path from steam generator to

'the main'steam header system.

Test Requirement:

IWV-3410 Basis for Relief:

These valves cannot be tested during plant operation because closing these valves would cause a unit trip.

Alternate Testing-:

These valves will be exe cised dur'ing cold shutdowns.

2.

Valve:

V-8117-and V-8148 Category:

C

.Class:

2 Function:

Prevents reverse flow from the main steam header system to.the steam generator, if the associated main steam isolation valve is open.

Test Requirement:

Basis or Relief:

D'lV-3520 These valves will be disassembled, on an alternating basis (staggered test basis),

during refueling shutdowns'ver the ten year Inservice Inspection Interval to inspect the valves'reedom of motion to open and closed positons.

Any problems found during this inspection would be cause for inspection o

the other valve.

St. Luc'e Unit No.

1 Page 1 of 3

RELIEF REQUEST BAS1S SYSTEM:

Feedwater and Condensate 1.

Valve:

Category:

Class V-9107, V-9119, V-9123, V-9135, V-9139, V-9151, and V-9157 C

2 Function:

Prevents reverse flow from the Main Feedwater System into the Auxiliary Feedwater System..

Test Requirements:

INV-3520 Basis for Relief:

These check valves cannot be tested during plant operation because establishing a flow path to the steam generators with auxiliary feedwater at ambient condit'ons would result in thermal shock to the Main Feedwater System piping.

'Alternate Testing:

These check valves will be exercised during cold shutdowns.

2.

Valve:

Category:

Class:

MV-09-7 and MV-09-8 B

2 Function:

Provides flow path from the Main Feedwater Svstem to the associated steam generator.

Test Requirement:

Basis for Relief:

IWV-3410 These valves cannot be tested during plant operation because closing either of these valves would result in a loss of feedwater flow to the associated steam generator and cause a unit trip.

Alternate Testing:

These valves will be tested during cold shutdowns.

St. Luc' Unit No.

1 Page 2 of 3

RELIEF REQUEST BASIS SYSTEM:

2'eedwater and Condensate 3.

Valve:

V-9252 and V-9294 Category:

C Class:

2 Function:

Prevents reverse flow from the associated steam generator into the feedwater system.

Test Requirement:

IWT-3520 Basis'for Relief:

These-valves will be disassembled, on an alternating basis (staggered test basis),

during refueling'shutdowns over the ten year Inservice Inspection Interval to inspect the valves'reedom.

of motion to open and closed positions.

Any prob'lems. found during this inspection would be cause for inspection of the ther check valve.

4.

Valve:

V-12487 Cate go~:

B Class:

3 Function,:

Provides the flow path fr'om'the condensate storage tank to the condensate transfer pump suction and to the main steam condenser makeup sys em -(secondary plant,).

Test Requirement:

IriPT 3410 Basis for Relief:

This manual valve is a normally open, passive valve.,', Zt is only'closed to isolate the main'ondenser makeup system for maintenance or othe similar purposes.

"Passive Valves" are not required to change position to either safely shut down the reactor or mitigate the consequences of an accident.

Therefore, exercisina this pass've valve is not required..

Alternate Testing:

None

St. Lucie Unit No 1

Page 3 of 3

RELIC REQUEST BAS ZS SYSTEM:

Feedwater and Condensate 5.

Valve:

LCV-12-9 Category:

B Class:

3 Function:

Provides flow path from the demineralized water system to the condensate, storage tank.

Test Requirement:

Bas's for Relief:

IWV-3410 This valve is in service and operates during plant operation and during hot shutdowns.

Any malfunction or abnormal operation of this valve would be detected at this time.

Alternate Testing:

This valve is exercised automatically during plant operation and during shutdowns.

St. Lucie Unit No.

1 Page 1 of 1 RELIEF REQUEST BASIS SYSTEM:

Steam Generator Blowdown l.

Valve FCV-23-3, FCV-23-4, and FCV=23-5, and FCV-23-6 Category:

B Class:

2 Function:

Provides. flow path from the associated steam generator to the closed.blowdown system.

Test Requirements:

IWV-3410 Basis for Relief:

Testing these valves during plant operation could result in an unbalanced floe condition.

This could cause a loss of chemistry control.

Alternate Testing:

These valves will be tested during cold shutdowns.

St. Lucie Unit Ho.

1 Page 1 of 2

'RELIEF REQUEST BASIS 5YSTEM:

intake Cooling Water Valve:

IDT-21-2 and HV-21-3 Category:

B Class:

3 Function:

Provides flow path from the Intake Cooling Water System to the Turbine Cooling Water System.

Test Requirement:

Basis for Relief:

INV-3410 These valves cannot be tested during plant operation because closing either of these valves would result in loss of cooling capability to the associated Turbine Cooling Water System heat exchanger.

This would cause overheating of secondary plant equipment which could place the plant in an unsafe mode of operation.

Alternate Testing:

These valves will be tested during cold shutdowns.

2.

Valve:

MV-21-4 Category:

B Class:

3 Function:

Provides flow path rom the Intake Cooling Water System to the Circulating Water Pump shaft bearings.

Test Requirement:

Basis for Relief:

Alternate Testing:

IWV-3410 This valve cannot be tested during plant operation because closing this valve would result in loss of cooling water to the Circulating Water Pump shaft bearings.

This could cause damage to these pumps.

This valve will be tested during cold shutdowns.

St. Luc'e Unit -No.

1 Page 2 of 2

RELIEF REQUEST BASiS SYSTEM:

Intake Cooling Water 3

Valve:

V-21327 Category:

C Class:

3 Function:

Prevents reverse flow from the Intake. Cooling Water System to the Domestic Water Supply System.

Test Requirement,:

IÃV-3S20 Basis for Relief:

This check valve cannot be tested during plant operation because the Domestic Water (City Water Storage Tanks)

System does not develop sufficient discharge head to overcome the discharge head of the Intake Cooling Water Pumps.

Alternate Testing: This check valve will be exercised during cold shutdowns.

4.

Valve:

TCV-14-4A and TCV-14-4B Category:

B Class:

3 Function:

Temperature control valves o

associated Intake Cooling Water-Svstem heat exchanger.

Test Requirement:

IWV-3410 Basis or Relief:

These valves are in continuous service during plant opera ion and during shutdowns.

These modulating valves are for temperature control of Component Cooling Water System.

Any malfunctions would be noted by. abnormal operating conditions.

Alternate Testing:

None

St. Lucie Unit No.

1 Page 1 of 1

. "'L,CEF REQUEST BASlS SYSTEM:

Hydrogen Sampling 1.

Valve:

FSE-27-1, 2,

3, 4, 5, 6,

7, 8, 9, 10, and ll Category:

A Class:

Gate Function:

Provides flow path for each of 7 separate sample point locations inside contaiment (FSE-27-1 thru 7) to hydrogen sample analyzer outside containment and return flow path to containment (FSE-27-8 thru 11).

Test Requirement:

Basis for Relief:

Alternate Testing:

ZWV-3410 These self-contained, completely enclosed solenoid valves have no external valve position indications.

Therefore, stroke-time measurements and valve position verification is impractical.

Establishing a flow path as shown by the Hydrogen Analyzer Flow Indicator will demonstrate that the moving parts of Nese valves function satis factorily.

St.

Luc e Unit No.

1 Page 1 of 2

RELIEF REQUEST BASIS SYSTEM:

Service and Inst~ent Air 1.

Valve:

, MV-18-1 Category:

A Class:

2 Function:

Provides 'flow path for instrument air supply

to components located inside containment.

Test Requirement:

IWV-3410 Basis for Relief:

Failure of this valve in the open

position, by testing during plant operation, would result 'n a loss containment integrity.

Alternate Testing: This valve will be tested during

'cold shutdowns.

,2.

Valve:

I-V-18195.

Category:

AC Cl'ass:

2 Function:

Prevents reverse flow from the.instrument air system inside containment to the instrument

'ir supply system located ou'tside containemnt.

Test Requirement:

ZÃV-3520 Basis for Relief:

Failure of this valve in the open

position, by testing during plant operation, would result in.a loss:

of containment 'ntegrity.

Alternate Testing:

This check valve will be exercised during cold shutdowns..

St. Lucie Unit No.

1 Page 1 o 2

RELIEF REQUEST BASIS SYSTEM:

=

- ILRT Ins rument and Test Valve:

I-V-00139 and I-V.-00144 Category:

A Class:

2 Function:

Provides pressure sensing-flow path for containment Integrated Leak Rate Test.

Test Requirement:

IWV-3410 Basis for Relief:

These "Passive Valves" are not required to change, position to

'ither safely shut down the reactor or mitigate the consequences of an accident.

Therefore, exercising these valves is not required.

Alternate Testing:

These normally closed valves are required to.be opened during the performance of the containment Integrated Leak Rate Test.

2.

Valve:

I-V-00140 and I-V-00143 Category:

A Class:

2 Function:

Provides controlled leakage rate function for the containment Integrated Leak Rate Test.

Test Requirement:

Basis for Relief:

ITPT-341 0 These "Passive Valves" are not required to change position to either safely shut down the reacto" or mitigate the consequences of an accident

Th'ere fore, exercising these valves is not required.

Alternate Testing:

These normally closed valves a

e required to be opened during the performance of the containment Integrated Leak Rate Test.

St. Lucie Un' No.

1 Page 2 of 2

PXLIEF REQUEST BASIS SYSTEM:

ILRT Instrument and

. Test 3.

Valve:

, V-00101 Category:

A Class:

2 Function:

Provides pressurization flow path for the containment Integrated Leak Rate Test.

Note:

This valve was installed 'in accordance with a previous commitment to NRC Staff.

Test Requirement:

Bas's for Relief:

Alternate Testing:

IFil-3410 This "Passive Valve" is not required to change position to either safely shutdown the reactor or mitigate the consequences of an accident.

Therefore, exercising of this valve is not required.

None

St. Lucie Unit No.

1 page 1 of 1

RELIEF REQUES T BASIS SYSTEN:

primary Water 1.

Valve:

NU-15-1 Category:

A

~ Class:

2 Function:

Provides a primary water flow path to the Quench Tank.

Test Requirement:

ZWV-3410 Basis for Relief:

Failure of this valve in the open

position, by testing during plant operation, would cause a loss of containment integrity.

Alternate Testing: This valve will be tested during cold shutdowns.

2.

Valve:

I-V-15328 Category:

AC Class:

2 Function:

Prevents reverse flow from the Quench Tank to the Primary Water System..

Test, Requirement:

IWV-3520 Basis or Relief:

Failure of this valve 'n the open

position, by testing curing plant operation, would cause a loss of containment integrity.

Alternate Testing:

This valve will be tes ed during cold shutdowns.

St. 'Lucie Unit No.

1 Page 1 o 1

RELIEF REQUEST BASIS SYSTEM:

Misc. Systems (Diesel Oil) 1.

Valve:

I-SE-17-lA and I-SE-17-1B Category:

B

- Class:

3 Function:

Provides flow path from the Emergency Diesel-generator Diesel 'Oil'Storage Tank to the Skid-mounted Diesel Oil Day Tank.

Test Requirement:

Basis for Relief:

Alternate Testing:

IWV-3410 These self-contained, completely enclosed solenoid valves have no external valve position indicators.

Therefore, stroke-time measurements and valve position verification is impractical.,

An increase in level in the Skid mounted Diesel Oil Day.ank, while exe'rcising these valves auarterly, will demonstrate that the moving parts of these valves function satisfactorily.

St. Lucie Unit No.

1 Page 1 of 3

RELiEF REQUEST BASiS SYSTEM:,

HVAC (Air Flow) 1.. Valve:

Category:

Class:

. V-25-.20 and V 25-21 A/C 2

Function:

These check valves and the associated air operated butterfly 5ralves provide the vacuum relief function to protect the containment vessel against, excess external pressure.

These valves prevent the differential pressure between the containment and the shield building atmosphere from exceeding limits.- These check valves prevent reverse flow in the containment relief system.

est Requirement:

Basis for Relief:

iWV-3520 These valves are located inside the containment building at approximately elevation 80.0.

Testing these valves requires containment entry.

Personnel performing the tests would be exposed to radiation of approximately 5,000 millirems per'our (predominately neutron)

We estimate one man-hour will be required for testing these valves.

Therefore, testing these valves during normal plan" operation would result in a commitment of 5,000 millirems each test or a total of 20,000 millirems annually (20 man-rems exposure each year).

Alternate Testing:

These check valves will be exercised during cold shutdowns.

St. Lucie Unit No.

1 Page 2 of 3 RELIEF REQUEST BASIS SYSTEM:

HVAC 2.

Valve:

FCV-25-2,'FCV-25-3, FCV-25-4,- and FCV-25-5 Category:

A Class:

2 Function:

Provides supply and exhaust flow path for outside air supply to the reactor containment and reactor containment building exhaust to the plant vent system.

Test Requirement:

IWV-3410 Basis for Relief:

These "Passive Valves" are not required to change position to either safely shut down the reactor or mitigate the consequences of an accident.

Therefore, exercising these.valves:is not: required.

Alternate Testing:

These normally closed valves will be exercised during the performance of the local leak rate tests during refueling shutdowns:

3.

Valve:

Category:

Class:

V-25 lip V 25 12' 25 13 V 25 14' 25 15/

and V-25-16 A

2 Function:

Provides outside air supply and reactor containment building exhaust flow pa"h for the containment hydrogen purge system.

Test Requirement:

INV-3410 Basis for Relic These valves are positioned closed and locked closed during plant operation'and during shutdowns.

These valves are under administrative control.

Alternate Testing:

These valves will be exercised during the performance of the local leak rate tests during. refuel'ing shutdowns.

St. Lucie Unit No.

1 Page 3 of 3

RELIEF REQUEST BASIS SYSTEM:

HVAC (Air Flow) 4.

Valve:

FCV-25-.7 and FCV-25-8 Category:

A Class:

2 Function:

These air operated butterfly valves and the associated check valves provide the vacuum.

relief function to protect the containment vessel against excessive esternal pressure.

These valves prev'ent the differential pressu're between the containment and the shield building atmosphere from exceeding limits.

These butterfly valves provide a flow path from outside containment into'-tRe-containinent 'vessel.

Test Requirement:

IWV-3410 Basis for Relief:

Alternate Testing:

These valves are located in the annular space between the containment vessel steel shell and the concrete shield building at approximately elevation 80.0.

Testing these valves requires containment entry.

Personnel performing the tests would be exposed to radiation of approximately 5,000 millirems (predominately neutron)

Ne estimate approximately one man-hour will be required for testing these valves.

Therefore, testing these valves during normal plant operation would result in a commitment of 5,000 millirems each test or a total of 20,000 millirems annually (20 man-rems exposure each year).

These valves will be tested during cold shutdowns.

PUMP TEST PROGRAM ZI.A.

Table ZV Test Parameters This subsect'ion outlines the pumps which are, provided with zn emergency oower source.

ZZ.B.

Test Interval Zn accordance with sub-section ZHP 3400, the monthly test interval as defined in this pump test'rogram is only inclusive of operational Modes 1, 2, 3 or 4

(as appropriate) in Table 1.1 of the St. Lucie Technical Specifications.

St.

Luc1e U

No.

1 HunmA me a uolrr COIP Page 1 of 2 ZP PBESSUBE.

Iti.

DIETEBEH1'XAL PBESSIK AP SPEED BBATI(g V..

rm MISJNAIi I}orle.Acid Hakeup Pangs lA YES no N3MI'III.Y tAll'III.Y Ccaqmnent Cooling lA YES YES YES IY>ma.Y tIUMI'III.Y

}'ong lC HAttlllI<Y Con ta irma:nt I&VI'III.Y Spray Pong l4>MlLY Diesel Oi.l,

'rransfer Hag 1) l)

YES>>

lM'I'ILY NNI'ill.Y Qarglng Wng lA lc YI>

YES YES lGHCIII.Y IAfr}II.Y IQMI'III'.Y Intake Cooling Water Bang 1C YES YES YES YES YES YES YES" YESO YESO tQMI'IIIiY tQtfI'III.Y

&@HI'III.Y PIOGIUQl

'l'i.'l'IIi PIIIP "I'CSL'lA1%hl

'}MIX1V

'iMQIBIL;IIS

e 1%

FIOnlm men a I.ZGIrr COHPAHY r

Page 2 of 2

mttZr VnESSIjIIH vl

.MnznnlrrAI, SPHHD PBHSSURH hP H

HXXN BATH Q

blmTIO'I V

BM 'Ijq TQ~

msr IHI'HN/AIa Rucilfary Veedwa ter 1C Yl>

YHS YES

'Lurbine I)riven I} hIO "m

YHS>>

hAVI'llfaY HAMI'Ill.Y lf3tfl1II.Y Lac Pressure Safety'n]ection Pang YHS hfX4I1II'.Y

'gtgl1 IIiY lllgh Pressure

. 'Safety In]ection 1C YN YHS YES l}

NO

') hm YHS HO/I'l le IIOIfl'Ill.Y IOtil1II.Y OTE:

l) Fixed hydraulic system-test perfl recixculation.

esistance rmed on

• Bearing Temperat re,- Tb,- is; measured qnly on the annual test.

C v

I TABTZ IV

'I'HS'I'ARhMI"I'EIG

P k

+PS I

h t