ML17341B447

Revised Pump & Valve Inservice Test Program

ML17341B447
Person / Time
Site:	Turkey Point
Issue date:	10/27/1982
From:	FLORIDA POWER & LIGHT CO.
To:
Shared Package
ML17341B446	List: L-82-456, Forwards Revised Pump & Valve Inservice Test Program for Unit 3,applicable for 821214 to 921214.Revised Inservice Test Program for Unit 4 Will Be Submitted by 830307 ML17341B447
References
PROC-821027, NUDOCS 8211020458
Download: ML17341B447 (181)

Text

ATTACHMENT A Turkey Point Unit No.

Section I Valve Test Program Section II Pump Test Program 8211020458 821027 PDR ADOCK 05000250

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ABSTRACT The planned inservice inspection and testing programs we~

developed employing the R.

G. l,.26, Revision 2, criteria

'or quality group classifications and standards (Quality Group A is the same as ASIDE Class l, etc.).

Sec=ion I. 'alve-Test'xocxam Outline The valve tes program shall be conducted in acco da.ce with Subsection IAV of Section ZZ of the 1980 Edition of the ASSAM Boiler and Pressure Vessel Code thru ginger 1980

Addenda, except for specific relief requested in accordanc with 10 CPR 50.55a(g)

.(5) (ii') which is identified in Subsections Z.G.

~ The pe=iod for this valve test 'program starts December 14,

1982, and. ends December 14, 1992.

~1 Section IZ.

Puma T'es Pxocx m Outline The pu~ test program shall be conducted in accordance with e

Subsection DW of Section XZ of the 1980 Edition or the ASL~K h

Boiler and Pressure Vessel Code thru ~i><<r 198o Addenda.f 0 ~

except for specific relief requested in. accordance with 10 CZR 50.55a(g) - (5). -(iii)'whi'ch is identi ied in Subsection II.A.

The period for the pump test program starts December 14, 1982, and ends December 14, 1992.

I

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.TABLE OF CONTENTS Section I.

Valve Test Program I.A List of Dravings I.B.

'List of Valve Categories I.C List of Definitions X.D.

List of Valve Table Symbols I.E.

List of Category (A-B-C ).

Valves:

Table I Tests to Code I.F.

List of Category (A) Valves:

Table Z.A. Seat Leakace Rates I G.

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

Table IZ To Code and Relief Recuest I.H.

List of Exclusions:

(ZgV-l3pp)

Table ZZI X.Z Relief Reauest Basis Attachment A-l Section XZ.

Pump Test Program II.A.

Table IV - T st'Pa arne e

s XI.B.

Test Interval IZZ.C. AtMehment A-2 Relief Request Basis

LIST OF DRAWINGS FPL NO. F-503184, REV.

7 (5610-M-420-3, REV.

8)

F?L NO. E-503185, REV.

7 (56 10-M'-470-5, REsr.

'8)

FPL NO ~

F 503187'EV 7

(5610-M-450-57, PEV.

9)

FPL NO. F-503188, REV.

7 (5610-M-450-57, REV.

9)

CHEMXCAL & VOLUME CONTROL SYSTEM SAFETY INJECTION SYSTEM AUXILIARYCOOLANT SYSTEM COMPONENT COOLXNG I

AUXILIARYCOOLANT SYSTEM COMPONENT COOLING F-503189, REV.

8 FPL NO.

(5610-M-56(0-28, REV.

6)

WASTE DXSPOSAL SYSTEM FPL NO. F-502037, (5610-M-ll,.

FPL NO. F-502038, (5610-M-12, 4

REV.

10 REV. 11)

REV.

10 REV.

9)

Architect Engineer, drawing FPL NO. F-503191, REV.

6 (5610-M-410-91, REV.

7)

FPL NO. F-503193, REV.

7 (5610-M-480-1, REV.

9)

FPL NO. F-503194, REV.

6, (5610-M-450-53, REV.

8)

FPL NO.

F 503195,g REV 4

(5610-M:-450.-54>,: aF.V'.'6)

FPL NO ~

F 502027

~

REV 1 4 (5610-M-l, REV. f4)

FPL NO. F-502028, REV.

15 (5610-M-2, REV.

18)

FPL NO. F-502030, REV.- 14 (5610-M-4, REV.

1 8)

FPL NO. F-502031, REV.

14 (5610-M-5, REV.

17.)

FPL NO. F-502033, REV.

8 (5610-M-7,

. REV. ]0)

F L NO. F-502036, REV. ]4 (5610-M-10,-.

REV.

18)

REACTOR COOLANT SYSTEM SAMPLING SYSTEM AUXILIARYCOOLANT SYSTEM RESIDUAL HEAT REMOVAL AUXILIARYCOOLANT SYSTEM SPENT FUEL PIT COOLING SYSTEM STEAM SYSTEM CONDENSATE AND FEEDWATER SYSTEMS LUBE OXL SERVICE AND XNSTRUMENT AIR CIRCULATING WATER SALT WATER AND CHLORINATION SYSTEMS DIESEL OIL PRIMARY MK~wE UP CONTAINMENT COOLING WATER AND CHEMICAL INJECTION SYSTEMS r

CONTAINMENT VENTILATION SYSTEM CONTAINMENT AND RADWASTE DRAINS AND VENTS number shown in parentheses.

C 1

I

I.B.

LIST OF VALVE CATEGORIES (DW-2200)

Category A Valves for which seat leakage is limited to a specific maximum amount in the closed position for fulfillment,of their function.

Category B Valves for which seat leakage in the closed position is inconsequential for fulfillment of their function.

Category C Valves which are self-actuating in response to some system characteristic, such as pressure (relief valves) or,flow direction (check valves).

Category D Valves which aie actuated by an energy source capable of only one operation, such as rupture disks or explosive-actuated valves.

NOTE:

Nhen more than one distinguishing category charac-teristic is applicable, all requirements of each of the individual categories are applicable, although duplication or repetition of common testing require-ments is not necessary.

I C.

LIST OF DIFINITIONS 2.

ACTIVE AND PASSIVE VALVES'IWV-2100)

,(a)

ACTIVE VALVES Valves which are required to change pose.tion

'to accomplish a specific function.

(b)

PASSIVE VALUES Valves which are not required to change position to accomplish a specific function.

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

(a)

PULL STROKE is the valve stem or disc

" movement to the position required (to open or to close) to fulfillits function.

(b)'ORidALLY OPEN VALUE verification of seating upon cessatz.on or reversal of flow.

(c)

NORMALLY CLOSED VALVE verification of opening upon cessation of pressure differential or initiation of flow or by mechanical force.

VRZvr. ~~'

KHZ:

GATE GLOBE CHECK RELIEF - BALL ACZCiPZCR:

SAFE DIAPH

'UTFY S/CHZ POWER ASS' CHECK

~ t A/0

'MO

'SO

".I S/A, SA'

~ ORSELF.

1 2 3 SAFETY DIAPHRAGM BUTTERFLY STOP CHECK POWER ASSISTED CHECK AIR OPERATOR ELECTRIC MOTOR OPERATOR SOLENOID OPERATOR SELT ACTUATED...

HO XD ZC

<<0 zc-PAZ hOF4G~~ ~

NOPE&~~

~rD ZCC~

KGZ~ CL~

- F>~

- EP~ M:5

- R3

~ PE~CD:

1 K'V~% SriZXSH 2.

COZD E~n~iT 5" - ~ (5),'L:"QR D~~M K'D~. =-u~~~c.

IKT T.

3.:CP ~~QT - 3 'H~e-a K:.-=S (C~")

r"i Qt:

L~DCQDD e V>>

~T

. ~ ~~~i~e~<

e.- ~~e

( s~~-~~c=m z.:-

a -. c.

)

PS~~~~

(+) H:-.(1)

( "T~ZS

)

I. D.

LIST OF VALVE TABLE SYMBOLS (CONT'D)

RRB NO.

VALVE COORDINATE REMARKS NUMBER RELATES TO APPROPRIATE VALVE RELXEF REQUEST BASIS LOCATION OF VALVE ON DRAWING REL'ATED TO SPECIAL ALTERNATE TESTING VALVE CATEGORY TABLE A (TABLE IWV-3700-1)

CODE CODE SPECIAL VALVE LEAK EXERCISE TEST FUNCTXON TEST TEST PROCEDURE ACTIVE IWV-3420 INV-3410 NONE PASSIVE ACTIVE C

SAFETY AND RELIEF ACTXVE XWV-3420 NONE NONE NONE IWV-3410 IWV-3510 NONE NONE NONE C-CHECK ACTIVE D

ACTIVE NONE NONE IWV-3520 NONE NONE IWT-3600 NOTE:

(1) Combination Category AC Check Valves shall be leak tested IWV-3420.

(2)

No Tests required for Category B, C, and D passive valves.

4

I.E.

LEGEND FOR TABLE I TEST PARAMETERS TO CODE CATEGORY A AND B VALVES Exercisin EF-1 Exercis'e valve (full stroke) for operability every 3 months (Code),.

Exercise valve (full.stroke) for operability during cold shutdown (Code).

EF-3 Exercise valve (full stroke) for operability during refueling shutdown (Code).

EF-4 EF-5 EF-7 Exercise valve (full stroke) for op'erability prior to return to service (Code).

Exercise valve (with Remote Position indicator and inaccessible for direct observation),

for verifi-cation of valve position during refueling but less than every 2 years (Code).

Exercise valve (with Fail-Safe Actuators) to observe failure mode every.3 months (Code).

EF-8 Exercise valve (with Fail-Safe Actuators) to observe failure mode during cold shutdown (Code).

EF-9 Exercise valve (with Fail-Safe Actuators) to observe failure mode during refueling shutdown (Code).

Measurement of Full Stroke Time'ST-1 Exercise valve power operated (full stroke) and measure time (Code)

(5 seconds Max.)

(FPL).

EST-2 Exercise valve - power'perated (full stroke) and measure time (Code)

(10 seconds - Max.)

(FPL).

EST-3 Exercise valve power operated (full stroke) and measure time (Code)

(60 seconds - Max.)

(FPL).

EST-4 Exercise valve. power operated (full stroke) and measure time (Code)

(120 seconds Max.)

(FPL).

EST-5 EST-6 Exercise valve power operated (full stroke) and measure time (Code)

(180 seconds Max. )

(FPL).

Exercise valve power operated (full stroke)'and measure time (Code)

(15 seconds - Max.)

(FPL).

LlST OF CATEGORY (A-B-C-):

L"GEND FOR TABLE I (CONT')

CATEGORY." C" VALVES

>>xercise valve (full stroke) for operability.

eve v three (3) months (Code).

EF-2 Exercise valve (full stroke) during cold shutdown (Code)

. for operability EF-3

,.Exercise'alve (full stroke) or operability during refueling snutdown (Code)

TF-1 Safety and relief valve tests (Set Point) to ASPIC Table lNV-3~10-1 (Code).

NOTES:

Cold Snutdown ESZ test scneduled 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 /> azter reaching Cold Shutdown conditions, or no later than 64 nours '" Cold.

Shutdown conditions are reached between =riday 1600 hours0.0185 days <br />0.444 hours <br />0.00265 weeks <br />6.088e-4 months <br /> and Monday 0800 hours0.00926 days <br />0.222 hours <br />0.00132 weeks <br />3.044e-4 months <br />.

ln the case oz frecuent Cold Shutdowns, valve testing will not be performed more ozten than once every three (3) months

="or Category A, B, and C valves.

Valves that are not tested during a specified Cold Shutdown, due to plant startup, will be identi"ied to assure their test'ng in the event of untimely Cold Shutdowns within the three (3) month time period.-

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

2) 3)

Corrective Action -. Nhere a valve fails to meet the reauirements of the program and/or the rezerence

Code, the condition(s) shall be reviewed by the Plant Nuclear Sazety Committee zor dispostion and determinat'on oz whether 't involves. an unreviewed safety question prior to commencing with olant startup o-cont'nu'nq wi h plant operation.

Test Period Column:

Where test period is de-noted as 1 or 2, tests may be performed during either period, dependent upon plant conditions;

Z.E.

LEGEND FOR TABLE I TEST PARAMETERS TO CODE CATEGORY A AND B VALVES (Continued)

Valve Leak Rate Tests SLT-1 Seat leakage test valve during refueling but less than every 2 years (Code).

CATEGORY C VALVES Check Valves EF-1 EF-2 EF-3 Exercise valve (full stroke) for operability every 3 months (Code).

Exercise valve (full stroke) for operability during cold shutdown (Code).

Exercise valve (full stroke) for operability during refueling shutdown (Code).

Safety and Relief Valves TF-1 Safety and relief valve tests (Set Point) to ASME Table XHV-3510-1 (Code).

Z.E.

LZST OF CAT GORY (A-B-C-):

LEGEND FOR TABLE I (CONT')

NOTES:

Cold Shutdown ZSZ test scheduled f'r 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 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 Cold Shutdown conditions are reach d between Friday l600 hours and Monday 0800 hours0.00926 days <br />0.222 hours <br />0.00132 weeks <br />3.044e-4 months <br />.

Zn the case of. frequent Cold Shutdowns, valve testing will not be per ormed more often than once every three (3) months or Category A, B, and C valves.

Valves that are not tested during a specified Cold Shutdown, due to plant startup, will be identified to assure their test'ng in the event of untimely Cold Shutdowns within the three (3) month time period.

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

2)

Corrective Action Nhere a valve fails to meet the requirements o= the program and/or the reference

Code, the condi"ion(s) shall be reviewed by the Plant Nuclear Safety Committee for dispostion and de+ermina,t'on of whe+her 't involves an unreviewed safetv cuestion prior to commencing with plant startup or continuing wi"n plant ope ation.

FLORlDA POWER 5, LIGtlT COMPANY VALVE NUMBER SIZE TYPE ACTU.

CODE CODE ACT/

CL.

CAT.

PAS NORM.

POS ~

FAIL-RHM.

URH POS.

HODH IND.

TEST

PER, ISX TESTS

~

VALVE;-

COGRD REHAEZS I

I RV-3-551A RV-3="5518 4

SAFE 4

'SAFE S/A S/A 1

C A

1 C

NC'C NO NO TF-1

~

TF-1 A-7 A-7 RV-3-551C SV-3-516 3/8 GLOBE SO A

A 4

SAFE S/A 1

C A

NC NC FC NO YES 3

.3'3 1

TF-1 EF EF-7 EST-3 SLT-1 A-6 A-.12 iTOTCJ

[l[:((['[()((+(([)[.IT~[lCS)

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[ace p-503191 p[l04IIA[4 r>vt.c VALVE TEST PROGRAM TABLE I TESTS TO CODE

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FLORIDA I'OVIER 6, LIGIIT COMI'ANY VALVE HUllBER SXZE TXPE WCTU.

CODE CODE ACT/

CL.

CAT.

PAS HOBM.

PQS.

-I.JlXL-REM.

ORE POS.

ICODE XND.

TEST PHRe

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'I XSX '.,

VALVE:.

TESTS COORD I

REHARKS NO 'jRABLE I ALVE

~

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(CVCS)

LH ll l p gp3g8$

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/Ply 1 ~ 1 rtvI.c VALVE TEST PROGRAM ThOLE X

TESTS TO CODE 0 OHt

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FLORIDA POWER 8, LIG}IT COMPANY VALVE NUMBER SIZE TYPE ACTU CODE CL.

CODE CAT.

ACT/ NORM.

PAS POS.

').'AIL-URE 140DH REM.

POS.

IND.

TEST PER.

ISI TESTS; viz.VK,.

'OORD REMARKS 3-945E CHECK SA 2

AC NC NO SLT-1 C-9 I IOV-3-043A 4

GATE HO HC FAI YES 3

3 EF-1 EST-6 C-13 MOV-3.0438 MOV-3 867A GATE 4

GATE HO-t10

'2 8'

NC LO FAI YES YES 3.

3 EF-1 EST-6 C-13 C-9 HOV-38678 4

GATE HO P

LO

~ FAI YES C-9'OV-3-069 MOV-3-880A MOV-3-0808 3

GATE 6

GATE 6

GATE HO t<0 FAI

~ FAI FAI YES YES YES 3

3 1

3 3

1 EF-1 EST-3 EF-1 EST-6 SLT-1 fF-1 EST-6 SLT-1 0-12 8-7 8-7 S Y S 'I C I4 TIKI.C CIIAII

'IITL(

SAFETY INJECTION SYSTEM (SIS)

E-503105 PIIO4AhM VALVE TEST PROGRAM TABLE I TESTS TO CODE

10RIDA POWER 6, I.IGIIT COMPN<Y YALYE NVYiBER SXZE TYPE WCTU.

CODE CK.

CODE ACT/ NOIR<

CAT.

PAS PQS.

L"'1lT.Xi-VIll" lhOl )E

RHH, POS.'HD.

1ES'Z PER; XSX TESTS;i VALYL';.

COORD

~ ~

REHAHKS 3-741A GLOBE A

LO FAX NO 3.

EF-1

~1

~

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) I 'CLI lillOOilhtl ci.c AUX. COOL.

RES.

11EAT REM.

(RHR) i>>i-~

VALVE TEST PROGRAH p-503194 I

TABLE I TESTS TO CODE

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FLORIDA POWER 8 LIG)IT COMPANY VALVE NUMBER SIZE TYPE ACTU CODE CL.

CODE ACT/ NORMo CAT, PAS POS

~

FAIL-URE HODH REM.

POS.

IND.

TEST PER>>

IS X VALVE;i TESTS COORD 'EMAHXS NO TABLE I VALVIS g ~

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SYSTEM tire.e AUX. COOLANT SPENT FUEL

>>>>>>k>>l F-503195

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PAOOI>>AM VALVE TEST PROGRAM TABLE I TESTS TO CODE

FLORlDA POICR 5 L(G[l't'OMt'ANY VALVE NUHBER SX7iE TYPE WCTU.

CODE CODE CL.

CATo ACr/

NOHOW. l."arr,-

PAS POS ~

tJllf" lhOI)E BEMo POS

~

XNl).

-TESi Phil]

XSX TESTS VALVE;.

COORD

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REMARKS 3-702A 3-702B 3-702C MOV-3-749A 16 16 16 16 CHECK

'S/A GATE MO CHECK S/A CHECK S/A 3

C 3

C 3

'C.

3 B.

A NO A

NO A

NC FAX NO NO NO YES 3

3 EF-1 EF-1 EF<<1 EF-1 EST-5 C-11 B-ll MOV-3-749B 16 GATE MO A

NC.

FAX 3

3 EF-1 EST-5

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I.C P IIOC IIAI4 httX.

COOt. ~ C(Nt'.

COt)L (ACCC) rIvI.c Vht.YE 'TEST PtlOGtlhH

.r TABLE X TESTS TO CODE

$4 FLORlDA POWER 8, LlGllT COMPANY VALVE NUMBER SIZE TYPE ACTU CODE CL.

CODE CATo ACT/ NORM. 1AIL-PAS POS

~

URH MODE RHM.

POS

~

XND.

TEST PERl XSI VALVE:.

TESTS COORD REMARKS NO TABLE I VALVE'

~

STST Cl4 v'v"c SAMPLING (SS)

CHAn T>Ta.c F 5Q3$ 93

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rnoonass VALVE TEST PROGRAM TABLE X TESTS TO CODE

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<<<<~<<<<<<~~+44<<<<A~ laws<<<<<<<<y i<<<<<<h4o oso~<<A4 te<< ~ <<<<<<<><<a

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I li FLORIDA PO)'ll:ti f. LIGlfT COMPht)Y VALVE H UMBER SXZE TYPE WCTU.

CODE CODE ACT/

CIs.

CM.

PAS HORt'I.

POS, XSX TESTS.

I VALVL';

COORD

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REMARKS

~

'O TABLE I VAL ES

~r

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if%f4 I.IIIII: OIL SEIIVICI'. If IIISTII. hill illr

!:-!il!2fl'IO VALVE TEST lfftMifNH TABM I TESTS TO CODE

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.FLORIDA POSER 8, uG})T COMPAl(Y VALVE NUMBER RV-&1400 RV-~-1401 RV-3-1402 RV-5-1403 RV-~-1405 RV-3-1406 RV-3-1407 RV-3-1408.

RV-3-1410 RV-9-1411 RV-~-1412 RV-3-1413 0

~

RV-34 4 0 RV-3441 RV-3442 SIZE TYPE ACTU SAFE SAFE SAFE SAFE SAFE SAFE SAFE SAFE SAFE SAFE SAPE

.S/A

'/A S/A S/A S/A S/A S/A S/A S/A S/A S/A

.S/A RELIEF S/A RELIEF S/A'ELIEF S/A 2

C C-2 2

C C

2 C

2 C

2

%2 2

3 3

C.

CODE CODE CL; CAT.

ACT/

PAS

.A NOHH. PAIL-POS ~

URE MODE NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC REM.

POS

~

IN'O NO NO NO.

NO NO NO NO

'N'O.

NO NO NO NO NO TEST PERi ISI TESTS.

TF-1 TF-1 TF-1 TF-1 TF-1 TF-1 TP-1 TP-1 TF-1 TF-1 TF-1 TF-1 TF-1 TF-1 TF-1

~

VALVE; COORD C-10 C-10 C-9 B-10 B-10 B-11 B'-'10 C-11 C-11 C-11 C-10 E-12

. E-12 F-12 STiIC$4 HEhll SYSIEB vl'iLC t: I;QplYt7 PAOORAH YhlVE TFST l'I10OBIN TABLE I TESTS TO CODE

FLORIDA POSER L LIGIIT COMPANY VALVE NUMBER

.MOV-9-1403 MOV-3.-1404 MOV-3-1405

~.-10-083 I

3-10-085 3-10-087 3.-10-119 3-10-219 3.-10-319 3-10-120 3.-10-220 3.-10-320

,3 TYPE GATE GATE GATE CHECK CHECK CHECK S/CHK S/CHK S/CHk S/CHK S/CHK S/CIIK ACTIJ ~

.MO MO, S/A S/A S/A S/A S/A S/A S/A S/A S/A CODE CODE CL..

CAT.

2 B

2 B

2 B

3 C

3 3

C'

~

3 C

C.

3 G..

3 C

ACT/ NORM, PAS POS ~

NC

.A.

NC A

NC NC A

NC NC A

NC A

NC NC, A

NC NC PAIL-URE

'MODE FAI.

FAI FAI REH.

POS, XND.

YES YES

.YES NO NO NO NO

>>a

'NO NO NO NO NO TEST PER>>

3 3

3 3

3 3

.3 3

~ 3

'3'SI TESTS i EF-1 EST-3 EF-1 EST-3 EF-1 EST-3 EF-1 EF-1 EF'-1 EF-1 EF-1 EF-1 EF-1 EF-1 EF-1 VALVE;i COORD

'-12 D-12 D-12 E-12 E-12 F-"12 C-12 D-12 D. C-12 D"12 D-12 REMAINS SvsiC>>4 r no4r>>AM wc((i( ~~sir.~

C TtTL>>

( -ri0'/(Ill

.I TABLE I TESTS TO CODE

%AH

%AWO

t

FLORIDA PO'NER It LIGIIT COMPANY VALVE NUMBER SXZE TYPE ACTU CODE CT ~

CODE ACT/ NORM.

CAT PAS POS ~

PAXL-URE l40DE REM.

POS.

XND TEST

PER, XSX TESTS i VALVE;.

COORD REMARKS70-143 20-243 20-343 3-20-140 9-20-240 9-20-340 0

9-20-401 CHECK CIIECK.

CHECK CIIECK CHECK.

CIIECK CIIECK SELF SELF SELF 3

S/A 2

S/A 2

S/A S/A NC A

NC A

NC A

NC A

NC NC A

NC NO 3

NO 3

NO 3

. NO NO 3

NO NO 3'F-1 EF-1 EF-1 EF-1 EF-1 EF-1 EF-1 B-12 C<<12 D-12 B-10 B-lo C-.ll A-11 1YSTCH

><<CONDENSATE AND FEEDHATER gHAn tits.c F-502028

~ ~

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s noanAM fITl C VALVE TEST PROGRAM TABLE I TESTS TO CODE

0

FLORIDA POWER It, LIGIIT COMPANY

.. VALVE NUMBER SIKE TYPE ACTU. COBE CODE ACT/

CL

CAT, PAS NORM.

POS

~

PAXL-REM.

URE POS.

140DE

XND, TEST, PERI XSI TESTS i VALVE;. ':,

~

COORD

'-50-311 3-50-321 3-50-331 CHECK CHECK S/A S/A 3

C A

C A

CIIECK

. S/A 3

C A.

NO NO NO NO NO NO EF-1 EP-1 EF-1 F-4 F-5

~

~

SYSTC4

~

r<vc.c INTAKI'. COOL MhlLI(

~C*

iivcc I'-502I):II

",",i'"""'hLVE TEST PIIPGNuq TABLE X TESTS TO CODE

~ow teHVI

FLORIDA POYIER 8, LIGIIT COhlPAHY e

VALVE NUMBER SIZE TYPE ACTU. CODE CL,.

CODE CAT.

ACT/ NORM. 1"AIL-PAS POS.

URE MODE REM.

POS, XND.

TEST PER.

ISI VMM;.

TESTS COORD 'EMABKS 70-006A 70-006B 2

CHECK 2

CHECK S/A.

S/A C

NC NC NO NO EF-1 EF-1 B-4 SVS S'CIA DIESEL OIL

+He'll vivsc 1 -502033 r(vie VALVE TEST PROGRAM TABLE I.

TESTS TO CODE

FLORIDA POll7ER 5, LIGHT COMPANY VALVE NUMBER S XSE TXPE ACTU ~

CODE CL.

CODE ACT/ NORM.

CAT.

PAS POS ~

FAXL-URE ld00E RE M ~

P OS

~

XND.

TEST PER )

XS X TESTS VALVE;.

COO RD REMMKS

~CV-3-2 &19 CV-3-28 26 GLOBE GLOBE

~A/0 A/0 2

A A

NO A

A NO FC YES YES 3

3 3

1 3

3 3

1 EF-1 EF-7 ES T-3 SLT-1 EF-1 EF-7 EST-3 SLT-1 D-2 D-1 SV-3 29 1 1.

SV-3-29 1 2 GLOBE GLOBE SO 2

SO A.

A A

NO NO FC YES YES 3

3 3

1

.3 3

3

~ 1 EF-1 EF-7 EST-3 SLT-1 EF-1 EF-7 EST-3 SLT-1 C-8 D. 8 SV-3-29 1 3 GLOBE SO 2

B A

NO FC YES 3

3 3

EF-1 EF-7 EST-3 C-8 p

~

S Y S T C I4 slTLc CONTAINMENT VENTILM'ION fI~F-5 0 2 0 3 7 pn o a n a ta TITLC VALVETEST 'PROGRAM TABLE I TESTS TO CODE

FLORIDA POIER lt, LlG!lT COMPANY VALVE NUMBER SIZE TYPE ACTUa CODE CODE CL,

CAT, ACT/ NORM, FAIL<<

PAS POS

~

URH MODE REM.

POS

~

INDE TEST PERa XSI,.

VALVE; TESTS,.

COOM RHHABKS CV-3-2821 CV-3-2822 GLOBE

.A/0 GLOBE A/0 2

A

-A NO NO FC YES YES 3

3 3

1 3

3 t

1 EF-1 EF-7 EST-2 SLT-1 EF-1

~

EF-7 EST-2 SLT C-9 C-9

~ 4

~

s'r ~ r cH I'h04hAM IK 4 tt*l1 rrrr-c F-502038

~ 4

'I ~

R

~ ~

~. ~

~ 0 ~

VALVE TH$T QROGMM TABLE I TESTS TO CODE

FLORIDA POWER 8 LIGHT COMPAHY VALVE NUMBER SXZE TYPE ACTU CODE Cb.

CODE ACT/ NORM, CATa PAS POS

~

FAIL REM URE POS.*

MODE IND.

TEST PER)

I

ISX, VALVE;.

TESTS.

COORD 'HMABKS CP-3-2904 10 CV-~~ 3905 10 CV-3-2906 10 CV-3-2907 10 CV-3-2908 ao CV-3-2903'0 BUTFY BUTFY BUTFY BUTFY BUTFY BUTFY A/0 2

A/0 2

A/0 2

A/0 2

A/0 A/0 2

~

B A

A

=

-NO B'O NC B.

NC

~

~

B

~

A NC FO YES FO YES FO YES.

FO YES FO YES

\\

~

FO YES 3

3 3

3 3

3

..3 3

3.

3 3

3 3

33.

3'3 3

I EF-1 EF-7 EST-3 EF-1 EF-7 EST-3 EF~l EF-7 EST-3 EF-1 EF-7 EST-3 EF 1 EF<<7 EST-3 EF-1 EF-7 EST-3 B-8 B-8 A-11 B-ll C-11

~ ~

~

)YSTCLI vnoonaw PRIMARY MAKEUP AND CONT.

COOL.

VALVE TEST PROGHtP4.....

flTLc F-502036 TABLE I TESTS TO CODE

FLORIDA POWER 8, LIGIIT OMPAHY VALVE NUMBER SIZE TXPE ACTIJ o CODE CODE CLo CATo ACT/ NORM. FAXL-PAS POS ~

ORE MODE REMi POSo IN'EST

PER, XSX TESTS VAL~"

COORD 'EMARKS CV-3-2 810 6

GLOBE A/0 A

NO FC YES 3

3 3

EF-1" EP-7

.EST-3 A-ll CV-3-2812 6

GLOBE A/0 2

B NO FC YES 3

3 3

EF-1 EP-7 EST-3 B-11 CV-3-2814 6

GLOBE A/O

'A '

NO FC YES 3

3 3

EF-1 EF-7 EST-3 B-11

~\\

~

~

svsttu P Il0 4 tlh M PRIMARY MAKEUP AND CONT.

COOL "i"

VALVE TEST PROGRAM CHA I1 w(vc.c I -502036

~ TABLE I TL'STS TO CODE

~

~

FLORIDA POWER It, LIG}IT COMPANY VALVE NUMBER SIKE TYPE ACTU CODE CODE ACT/ NORM.

CL.

CAT.

PAS POS ~

).'AIL ItEM>>

ORE POS>>

MODE IND.

TEST PER>>

ISX VALVE TESTS,.

COORD

~

REMABKS PCV-3-1014 GLOBE A/0 2

A A

'NC FC NO 3

3 1

EF-1 EP-7 SLT-1 D-6 CV-3-4 658A 3/4 DIAPH A/0 B

A NO FC gES 3

3 3

EF-1 EF-7 EST-2 C-7 CV-3-4658B 3/4 DIAPH A/0

.2 A

A:

NO FC YES 3

3 3

1 EP-1 EF-7 EST-2 SLT>>1 C-6 CV-3-4659A 3/4 'IAPH A/0 2

B A

NO FC YES 3

3 EP-1 EF-7 EST-2 C-:7 CV-3-4659B 3/4 DIAPH A/0 A

. A NO FC

-YES 3

33.

1 EF-1 EP-7 EST-2 SLT-1 C-6

.CV-3-4668A DIAPH A/0 2

B A

0 NO FC YES 3

3 3

EF-1 EP-7 EST-2 B-7 CV-3"4668B DIAPH A/0 2

NO FC YES 3

.. 3 3

1 EF-1 EF-7 EST-2 SLT-1 B-6 svv vcII INS'lE l)ISI'OShl.-l lql)ll) g>>>>*>>l v>>vi.>>:

I -'il)3 I fl>>)

VALVL TI:ST I II00>>IIAH

~ ~

~

~

TABLL' TESTS TO CODE

L:ST OP'~':-GORY P.>~M'~:-RS TO.'PL 3:-QU 3="=i TS.

S:-~T

~~=> ~KG:-

R> 'S 3ASZD OH A"'3, TZS S

50 PS:

ACC:D:-N:-:-SSUR:-

Turkey Point Unit No.

O.

I'LORIOA POYIER d. LIGIIT COhIPAIIY PBHB.

HO.

VAIsVB NUMOBR fiBAKAGB CC/MXH PBNB.

HO.

VAIiVB HUIIOBR I BAI<AGB CC/MIN PBNB.

HQ.

VhlrVB HUMOBR I.I;ARAGB CC/MIH

'5 I

7 10 10 15 1 r5 15 16

$10Y-'$751 10,000 CK-3-51 9 CV 3-519h CV-3-956h CV-3-9560 CV 3 46500 I'CV-3-1014 CV-3-2Onh CV-3-2000 CV-3-20OC CV-3-204 1lcv-3-121 3-333 CK-. 3-312C IIY-3-2 2,500 2,000 1,000 1,000 50D 2,000 3,000

,3,0DO 3,000

~

1,000 2,000

',000 4,000',noo SY Q5r16.,

1,000 19h 190 20 23 23 25 24h 24C 31 32 HOV~".-00nh l)OY-3-0000 CV-$ -95GC CY-3 -2021 CV-3 -2022 MOV 3-381A CK-'3-290A 5,00D 5,onn 1,000 2,000 2,000 2,000

',000 CK-3-2900 2,000 CK-3 290C HOV-3 -301 CV-B-2003 2,000 2,000 2,000 CK-3-40-336 4,000 CY-3-46590 500 CK-3-11-003 2,000 33 35 36

.42 r54h 55 63 63 SV-3-29ll 3-no-2on g 205 2,000 2,0nn 2,000 l'OV-3-2600 15,000 POY-3-2601 15,000 POV-g-2602 15,000 I'OV-3-2603

-15,000 llv-3-4 l,ooo cv4 -46Glk0 2,000 51nv-3-oc) lh 7,000 11nv-3-06 l 0 7,000 CV-3,-9560 Cvg'-'2019 CV-.3-2026 1,000 2,000 2,000 cv-3)-055 cK~ 567 4,000 17 16 32 3

OorGV PAHM-3-002A PAHM-3-001A 500

. 3,000

',000 32 53 32 SV-3-2912 PAHM-3-002B PAHM-3-001B 2 000

. 3,000 3j000 CH*A1 VhlllnUS VhlllnllS P ll0 C 0 hli TITLL VALVI TFST P0000~4 TAOI,I I. h VAI~VI'e Isl'AI(AGI'AI I;~r

0

X.

G LIST OF CATEGORY (A-B-C): ~ LE~xi D FOR TABLE XX TESTING TO CODE RZQUXRE ANTS DETERMINED TO BE IMPRACTICAL AND RELIZF R QUESTED...PARAGRAPH

50. 55a (g) 5 (iii).

LEGEND - The LEGEND in Sub-Section X. E. applies to this Table.

NOTES:.

2)

Notes 1, 2 and 3 of Sub-Section I. E. apply to this Table.

Each valve in Table XX is either a)

Partially tested to code or, b)

R'elief requested and supported by Relief Request Basis including Alternate Tests.

I'LOIttDA POt'ICIt tt. LIGIIT COI tlIhttY Vht.VI?

IIUHOEA SI'l8 TYPE hCTU. Cont'OI)I" CL.

ChT. hct/

PhS MORI't.

FATf; tlat'I.

POS.

0 tla I'OS.

Nont".

rNn.

'I'I?ST vatt.

T."r tits% IIQIIQ Vhl.VI".

Clat tt)

Itt'Hhttts~i CV-3-519A 3

DIAPH A/O 2

A NO FC, YES 2

2 2

EF<<2 EF-8 EST-4 SLT-1 A-12 3-51 9 3/4 CHECK S/A 2

1 EF-. 2 SLT-1 A-ll IWfItlI REACTOR COOLANT (RCS)

CIiXn I F-503193.

nlllllIIAII Yhl.Yl'. ll'. I l I'ltt)t'IINlh rAI~LE rZ rO COda nND MELXBl REQUEST

I'LOftlf)AI'OTIC(t b. L.IGIIT COIIVAIIY Vhf.vf,"

tfUHI)I'ft S.r ZE

'J'YPE ACTU.

CORI'.

CI..

COl)E hC'I'/ NOltl'I.

Ch'I'.

Phs POS.

I"hTf.-

UItE MOI)E ltI?H.

Po.,

IHI).

~IIPS Ifl I'I ll ISE

~IIfP QTg ItlIII VhfoVI?

tX).

IXX)ltf)

CV-3-200A GLOBEI h/0 1

A HC FC YES L'F-2 I'.I -0 EST-2 Sl. T-1 1

I)-19 CV-3-200ll GLOBE h/0 1

h HC

~

YES 2

2 2

1 Er-2 EI'-0 EST-2 SL f-1 1

0-10 CV-3-200C GLOBE h/0 h

H0 YES 2

2 2

EI'-2 Er-0 EST-2 SLT-1 1

0-10 CV-3-20$

GLOBE h/0 2

h Ho rc YES L'F-2 El'-0 ES f-2 Sl. T-1 2

0-17 IIOV-3-301 Ghl'E I<0 2

h H0 FAI YES I:I'-2 EST-3 SI.T-1 3

II-1G MOV-3-38lA GATE MO 2

A NO FAI YES 2

EF-2 2

EST-3 1

'LT-1 3

B-1'6 sec c

CIH Q.

Vol.

COHf.

((:VCS) gseresi I'-003100

/Ill.g VALVE:. TFST I ltoclNH

rtotttax t nntitt a. I.tctlr cot tt xIIY Vht.VI'.

flutilll"II s Izr.

'L'YPE hCTU.

C.O')I Cli.

COI)1..

Ch'I'c r/ HOIIH.

IihS I'OS.

I'hIl."

ullr; IIODI; III".ll.

I'Os.

INI).

~I>>P c>> II>>

vrII.

fsf rl'.s rs IIIVI Vhl>>VI~~

IIO. a X)ItI)

IllHhlll"I IICY-3.121 GLOBE h(O h

HO FO HO 22' F.F-2 cr-e SLT-}

5 C-17 3-333 CV-3-310A GI.OIIE NH-

'GLOBE h(0 0

P HC n

HO FAI FO HO YES 2

2 SI.T-l EF-2 cr-e EST-3 C-17 6

C-}9 CV- -310tl 3

GLOBE A/0 A

HC ro 2

2 2

r:r-2 F.F-A FST-3 6

C-}9 CCV-3>>115C GATE MO A

HO Fhl Yl'.S 2

2 i

Ef'-2 EST-3 7

C-}4 ii~L<<CIII.H. Vol.. COHT.

(CVCS) crit'iiT

~ ace.c I'-5031tt I eiia.<<VAI.VE TEST I'IIOGIIAII TPD~ME 4D BELIEF 1IEQVEST

I'I.OJIIDh POYJL'lt E. I.IGIIT COJJJ'AJIY vnr.vr; lit JHI II;Jt S J F.C

'I'YPJ ACTU.

CODJ; CODE AC'I'/

Cf.

Ch'I'; PAS IJOJtH. I'hlJ,-

Jt I'.0l.

POS

~

Util' VOS.

HODI'.

IttD.

I I. S'JI Pl lt.

JPi I

'l't'.S'I'.'I VAI,VJ";

0XNttt I.CV-3-115II P

IlUTFY h/0 2

II h

HC FC YES EF-2 EF-O EST-3 n-le N)V-3-350 GATE.

HO HC Fhl YES EF-2 EST-3 h-12 3312h 3

CIJECK Sh I

C "h

HC EF-2 10 C-19.

33120 CllECK SA C

A NC NO EF-2 10 C-19 3-357 2

CIILCK SA CflECK Sh 2

C A

2 C

A HC NO HO EF-2 EF-2

~

12-A-12 h-13 Clif:H. VOI.. CONT.

(CVCS) 1 I

sis's I:-60lllll

~'IIOdllAI4 VALVE TEST VftOGfthH

FLl)AIDAPO'NLIl 8, LIGIIT COIAPAIIY Vhl.VE tlUHI)Ell TYPIC hCTU.

COOl; ConE hce/

CL.

ChT.

PAS

~

NOAH.

POG.

FhXl; ill H.

VllE

POS, HOOl; IHO.

ll SJ PI'.ll.

l~ Ifl'J lt!Ul Vh!.Vl~

NO.

(XENIX)

IU'Mftl4i 3 -290A CIII CK Sh 1

hc tlo II0 EF-3 SI.T-I 13 A-20 3.-29llll CIIECK Sh 1

PC A

Ilo tl0 CF-.3 SLT-1 13 A-19 3 -290C CIIECK SA 1

AC A

tl0 KF-.3 SLT-)

)3 A-)0 3-3) 2C 3

CIIECK Sh 1

AC A

tin tlo LF-3 SI.T-1

)4 C-)7 STSttH

,~rttrtj VI)~otlr. (CVCS)

F 503) flI I'IIII~ IIA4 YAI.YE TEST PIIOGIIAII TABLE II TO CODE AND RELIEF REQUEST

FLORIDA VOYAGER L LIGIIT COhlPAtlY Vhl.VE NUHOER SIZE TYPE ACTU.

CODE CODE hCT/

CL.

CAT.

PhS NORI'I.

POS.

FAIl." ALII.

unE r OS.

HODl IND.

TEST PER.

ISI TESTS PRO VhLVE

'BIO.

COOING IuWueo HOV-3-060A l4 GATE tlC FAl YES 2

2 EF-2 EST-4 A-9 llpV-3-060D l4 GATE MO HC FAl YES EF-2 EST-4 l

A-9 t<OV-3-06lA l4 GATE ne FAI YES

.2 2

EF-2 EST-4 SLT-l 2

A-8 hlOV-3-8610 l4 GATE HO 2

A A

HC FAl YES EF-2 EST-4 SLT-1 2

A-8 mv-3-863A HOV-3-863B MOV-3-872 CV-3-855 8

GATE 8

GATE 8

GATH 1

GLOBE NO MO A/0 B

B A

LC LC NC NC FAI YES FAI YES FAI YES FC YES 2

2 2

2 2

2 2

1 EF-2 EST 3

EF-2 EST-3 EF-2

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

B-8 5

C-9 SAFETY 1HJECTlPH SYSTEM {SIS) g IlAI~ 1 v>va.c f 503l f)5 rnnon*u VALVE TEST PROGRAH

~PSST'40 gELIEF BEQUEST

Fl.nllll)A POWVN a UCIIT COlA) Al!Y VhI,Vl; HVHI3Ell SIl.l; Veal'.

hCTU. cnnl'. Conl'. hcl/ Nonll, CIo.

Ch'l'.

PhS I'OS.

l hII,-

UNI; HOnl'.

BL";H.

pnsm INI3.

'3'LST Vr;ll.

IS)

!rsvs Olll3 VhlVl; N3.

CXX3tal lu moira

~095V 3/4 GI.OllE IIAN 2

A P

LC rhl NO SLT-1 ll-12 HOV-3-066A 6LOllE 1

ll h

LC.

FAI YES L'F-2 6

0-15 EST-3

'OV-3-066ll GI.OllE HO

'0 h

LC FAI YES rr-z EST-3 6

0-15 3-II76A ClifCK SA 1

C h

NC Ilo CF-2 7

0-15 3-0760 CIIECK C

A IIC IIO EF-2 3-07GC CIIECK SA I

C A

NC ll0 F.F-2 7

A-11 3-07GI]

Clll:CK 1

C A

HC NO rrz 0

n13 3-07Gr.

CIIL'CK 1

C h

NC NO KF-2 II A-11 i>sICIC<IA14 1 ~ ~ Sf

~

Snl'ETY ill,lLCTIOtl SYSTCII (SIS)

' ""'hLVE TEST I'AOGBNI csslnt E-503 Ill5 TFct'Ds*kwo HEI Xl'P REQUHST

I

FI.OIIIDA I'OYIL'It II. t.lGIIT COI,II'AIIY vnt,vl:

~

tlutIDI'It SINAI'rYPI; hCTU.

COl'll'.

CI COI)L; ncr/ wottH.

Ch'I'.

PhS

POS, I'Alt.-

utti; tIOOI; It) tt.

vos.

Ittt).

'I'I'.O'II'.It, rSI.

'I'I'.S'I'S Iuut Vnl,vl:

tK).

QX)ltl)

IlltNltgI 079A 3

CIIECK SA A

HC HO F.l'-1 19 I)-7 0790 3

CIILCK SA h

HC IIO EF-1 19 C-7 079C CIIL'CK 'A tlC HO L'F-1 19 C-7 079I) 3 CIIECK SA A

HC IIO EF-1 19 C-7 3-075A 10 Clfl:CK SA C

IIO EI'-2 9

A-IG 3-0750

) 0

.CIIECK SA h

HC HD EF-'2 9

h-17 3 075C f<OV-3065A 10 CIIECK Sh 10 GhfE 'O A

HC I'

0 Fhl HO YES El'-2 9

A-17 II-15 IIOV-3 -065ll

'.10 GATE P

LO FAl YES 0-13 I10V-3 flGGC 10 GATE IIO V

LO Fhl YES SAI'E fY III,IECTIOII SYSTEH (SIS) c ~iln s 5031IIG VAI.VE TEST PIIOGIINI TPcQDHRHD RLLXBP REQUEST

PLOIIII)A POYII!II II. I.IGIIf COI IPAIIY Vhl.Vf" WunnEn STZI'.

'I'YPE ACTU. CO!II; Cl..

COI)E Ch'J'.

hCV/ Wonv. I'nff; PhS POS.

UAE HOI)E ltEfl.

POS.

IHI).

<JIP <+ ~I<

PEII.

I'If

~ IoI o < sT<I ftttII Vhl<VI'e Nl.

(XX)ltl)

Itl%Nit!~I HOV-070A IIOV-07OO GATE GATE HO HO 2

2 0'l HO ljo FAI Fhl YES YES 1l.

1 1

EF-3 EST-3 EF-3 EST-3 10 C-7 10 C-.7 HOV-3-OGCA GATE I'IO I.O FAI I:F<<. 3 EST-0 11 0-2 HOV-3-0640 16 GATE IIO h

LO FAI YES EF 3

EST-4 11 0-2 IIOV-3-Oli2A GATE HO 0..

A LO FAI YLS fF~3 EST-5 12 h-5 HOV-3-0620 GATE HO LO.

FAI EF-3 EST-5 12 hr SV-32005 SV-3-290G SO Ghl E-SO A

IIC FAr h

IIC FAI IIO IIO EF>> 3 EF-. 3 13 C-10 13 C-10 SV-3-2907 SO A

IIC FAI IIO EF-~ 3 13 C-9 SAF E 1 Y III,ILCTION SY ST I:II (S I S) cPsfn

~<<sa E 503lllr VALVE TEST PIIOGIIAII TAI3LE IX TO CODE AND BELIEF REQUEST

I:LOR)DA POViC0 a 1.ICIIT COUPA)lY vnLvH HUHOEtl SIzL'Yl'l; hCTU COOl CODl'.

CL.

Ch'l'. nc'r/

PhS NOllM. FhI L-Ill;tl.

I OS.

Unf; POS.

HODI'.

IHD.

Tfsr PEll.

lSI lf 'lb Vnl VI'.

OXXC>

illHhnN?

SV-3 -2900 GATE 50 2

0 A 'lc FAl tlo EF-3

'13 C-9 SV-3-2909 GATE 50 IIC FAI tto t.l'- 3 13 C-9 SV-3-2910 50 IIC FA1 IIO EF-'3 13 C-9 32910 3-2919 CIIECK CIIECK SA SA 2

C 2

C tlc ttc ttO IIO 0-10

'see Alternate Testing ln tteflnest for tteltef Oasis 0-9 3-2920 CIIL'CK SA 2

C IIC IIO 0-9 3-2921 CIICCK SA 2

C tto 0-10 3-2922 CIIECK 2

C tlC IIO 0-9 3-2923 CIIECK

'SA 2

C ttc IIO 0-9 3-074A CIIL'CK SA 1

C IIC tto EF-3 I)-17 3-0700 CIICCK SA 1

C IIC d

IIO Cl'-3 10 I)-17

\\ ~ I ~ <<H

~ I ~ <<C

<<nlni lolI C Iednncnsu SAFETY ltt.)I'.CTIOII SYSTEH (SI5)

L. )it)3)tlr, VAI.VC TFST I'IIOGI)ht4 TABLE XX TO CODE AND RELIEF REQUEST

l'I.Oltlf)AI'OY)Lft8, LIGIlT CO) tPA)tY Vht,VE HU)l0L'll S

ITIVE TYPl" AC1'U.

CO')

I'L.

CODE ncr/

Ch'I'.

PAG HOAkl.

I'OS.

t'hl L-Ult8 MODE ltt.ll.

POS.

IND.

Tf'.ST Pl lt.

illt II'I'l Vhl.VI'.

t.tX))I))

t))werc 3-073h CIIECK Sh HO EF-,3 C-15 3 -073ll CIIECK Sh HC HO EF-3 16 C-15 3-073C CIIECK Sh HC IIO 1

EF-3 16 C-14 3 -0750 10 CltECK Sh HC IIO 1

EF-3 17 II-15 3 -075E CIIECK Sh IIC IIO 1

CF-3 17 0-13 3.-tl75F 10 CttECK Sh HC tl0 EF-;3 17 0-11 3 -IIIJOA 3 -GEJOI CIIECK

. Sh OIECK Sh HC HC HO tl-0 'ee hl ten)at,e Testt))IJ lo tteiiI)est for Itet tef Oasis At ~ ~ C<4

""'~SSJ1 IIIJEfIII]ADTSIEIITSIZ)

VALVE TEST PROGAAN vitric P-503I II5 TABLE II TO CODE AND RELIEF REQUEST

FI.Olttt)A I'OYll:ItIt, t.lGIIT COIIPAIIY VAI.VI'I IIHIII'.ft 8IZP~

TY PI'CTU.

COiJL Cfi.

COnt'.

CA'I'.

ACT/ HO!lH. I-AIf.-

L'AS POS.

Utt!'Onl ill"Pl.

POS.

IHI).

I Si 'I I I;SIS IllttI VAI.VI'.

IQ.

QY)ttl)

IIIPVUlttfi CV<<3-739 GLOTIE A/0 n

oc Fc YES 2

2 2

F.F-2'F-II EST-2 1

ll-13 3-/3fl CIIECN SELF n

f{c O0 EF-2 2

n-17 HOV-3-716n GnTE HO n

oo

.Fnr YES 2

2 F.l'-2 EST-6 3

0-10 HOV-3.7160 GA1 E n

oo Fnr

-2 2

rr-2 EST-6 4

0-17 HOV-3-730 GATE n

oo mr YES 2

2 f'.I'-2 EST-6 5

C-13 I'CV-3 626 HO n

ffo mr I f'-2 rs T-6 6

II-13 AUx. cooL. coMI'. cooL. (nccc)

I'-!it)3 1 ll7 i ~ i"c VAI.VI: 1EST fift04!NH TVCMH fMD Ttf'T XfO'rQUEST

PLOltlOA POYtCll 8. LICllT COMPANY Vhl<VH NUHDHR SIZE SYPH hCTU.

CODI'.

CI..

COnC hcl/

ChT PhS NOIQ1.

l'OS.

l"hIZ.-

VllH Mol)H ill?H.

POS.

INI).

<fPf%tl<

PHR.

ISf

'l'l';S'l'S Illlll Vhl,Vl",

HO.

CQ)lll)

RIWhlll(S BOY-3.751 GATE HO LC EAI YES SLT 1 C-5 HOV-3 750 llCV-3-758 12 MOV-3-744A 10 GATE BUTFY GATE A/0 2

MO 2

B.

P.

HC LO NC Fni FAI YES YES 2

2-EF-2 EST-3 G-ll 1

B-12 MOV-3-744B 10 GATE MO

.2 B

NC FAI YES 2

EF-2 EST-3 1

B<<12 3-753 3-753 10 10 GATE GATE S/A 2

S/A

-2 C

A C

NC NC NO NO EF-2 EF-2 F-7 2

H-7 4'<<<<< ~

l KMOUL&lLS.IIQlT&EH.

< i e<.c

~ I'-503 l 9 I

<I<iui<n*<<

VALVE TEST NOCiMI1 TABLE II TO CODE AND RELIEF REQUEST

FLOIIIOA I ortt:tt L t.tCIIY COut'AIIY vnr.vt; HotIIII'.ll S1 Xl',

'I'YPI'.

nCTU.

COI)I'. COI)t'.

Cli.

Cn'I'. nct/

pns Hotted.

F'hY I.-

III.".H.

POS

~ ' Ultl POS.'OI)IIIII).

'I'EST Pl lt.

I.'iX

'I'8"iTB IttttI Vhl.VI'.

I).

DX)ta) lttHhttt<!i cv-3-95Gn 3/0 GiLOIIE n/o 2

n ttc FC YES 2

2 2

l EF-2 EF-0 ES1-2 SLT-1 I

lt-11 CV-3-95Gll 3/0 GLOIIE n/o ttc FC YES 2

2 2

1 LF-2 CF-0 CST-2 SI.T-1 l

lt-1 1 CV-3-95GC 3/0 GI.OIIE A/0 2

n FC YES 2

2 2

1 F.F-2 EF-0 EST-2 Sl.T-l 1

G-ll CV-3-95GO 3/0 CLOtlE A/0 2,

ttC FC YES EF-2

'F-0 CST-2 SLT-1 1

F-11

~i ~ ~ i.l~

~i<<i Snt<I'L tHG (SS) ciIIn iiiLa F-503193 VhLVC TCST PIIOGIIAH TVc038'$ND Ttt;-r.Xar Itt:OOI::ST

I'LOIIII)APOYICII II. LICIIT CO)'ll'AllY VhLVI'.

tlUIIIIEll SIKG TYPE ACTU ~

CODI CL.

COOI: nCV/ WOIW.

CA'l'.

PhS POS.

PhI L-unr; HOnl'.

III?fl, I'OS IEID.

'I'I'.0'l' 8I I>>;II.

I I'.S IS VhlVI'.

QX)IO) lllHhllYdl POV-3 2604 26 POWER ASST'D CllECK A/CYL 2

C A

NO FC 2

EF-2 2

EP-S 2

EST-1 POV-3-2605 POV-3-2606 26 26 POWER ASST'D CIIECK POWER ASST'D CllECK A/CYL 2

A/CYL 2

C A

NO C

A NO FC YES YES 2

2 2

2 2

2 EP-2 EF-8 EST-1 EP-2 EP-a EST-1 B-10 B-ll Irsllu

,""'~Topist eIac.a I:-fj(I)II/7 t

I> IIfI0 Il4 I~

YhLYI: Tf

'1'

)IUIillhH vPcohs9wn BELIEF RHOVHST

FI-OIIII)A POl'ICII d. LIGIIT O)I.II'AIIV Vhl.VI'.

NUHIIElt

'l'YPPi ACTIj.

CODING> COI)l:

CE.

CA'P.

hC'I'/

PAS HOIw. rhzL III'.o.

pos.

vllr; pos.

HOnl'.

BIO.

Trs1 Ir;."~Ts Vhl VI'.

OX)IO) l11 HhltK.'I NO TABLE I VAL ES ir ~ ~ ass lfASTl l)ISPDSRl.-l.ll UlD

+ilkII ~

F-6031ll9 r

eiilltlitlAI

~

VRI.VI:. lESl )'III)lillRH l

mnLr; zx TO CODI'hHD MLXHP HHQVHST

1 FLOltlDA PO)l I.ft L LIGIIT COItl'AIIY

~

~

Vhl Vl'u HUPIIICIt SZEB

'l'Xl'E ACTU. coul; cane hcr/

CL.

CAT.

PAS

HolW, POS, FAZL-Itl."H.

0 IlI-I'OS.

Honr; XNp.

IIIU1 VhtVI'.

IIO.

QXl15)

III:Hhl1tt.'I NO-TABLE II VALVI lP P 1

~

I

~ 'I

~ ~

I

,I a,l

"~1C ~

JI'

~

II ~

~

~

~

~

~

~

l IIIIlIllIIAIl I Illll SYST CONT.

g IthPWASg g PIIAZNS, ~,

VALYE Yl;.'.T I IIUl IN!'I g ll4 II 1SVa.C

[:-502038

~

I

~

~

~

~

~

T5 CODD MD

'AJH ZX IlHLXHP JlHQUI:ST

I.H. LIST OF VALVES EXEMPT FOR TESTING (IITV-1200)

TABLE III (a) Valves used only for operator convenience including:

o Vent Valves o

Drain Valves o

Instrument Valves o

Test Valves o

Valves used only for maintenance o

Valves used for system control (such as pressure regulating valves)

(b) External control and protection systems responsible for sensing plant conditions and providing signals for valve operation.

(c) Non-nuclear Safety Valves NOTE:

,Valves listed in Table III are. not i'ncluded in

'this ressort.

They are identified and included in plant records.

PU~. TBST P.ROGBAM II.A.

Table ZV Test Paramenters This subsection outlines the pumps which are provided an emergency power source.

II.B.

Test Interval IWP 3400 IIZ.C.

Attachment A-2 Relief Reques Basis

~

~

Tu Point Unit No.

3 PLOIIIIIh I OnLiff II. I.)OffY COI Il WIY PI))IP Pf)IIP NO.

Sf)cc

'I'L'6'1'hflhH(".I'I'IIS VIIirnHo>>

haip1lL>>ilc,

'V 1"low

IIIIto, 0

Proua>>ru,

Prouuuro, Pl hP IloIir>>-I TiIlafle!. a L'ttL 0 g

'I') (l)

No.

huxiliary I."ceil P2h P2ll P2C Yca Yca Yea Yea Ycs Yca Ye)"

YeV)

YcV)

Ycu Yca Yi!II Yca X>>Lake Cooll>><g

)later 3"P9h 3-I'9D 3-P9C tlo tlo tlo Yca Ycu Ycu Yea Yca Y

. f.3)

"Yef.')

(2)

Yos Yca Yca IIO NO IIO (les iclual float IIeiiIova1 3-V21Oh 3-P210))

lfo!

tlo Yes (2) tfo No (2)

Ycs 1lo 1&3 l(3 Cola f)0>>oil L Coo 1 i>>9 3-P 2 1lb 3-P211D 3-I'211C fin llo Ycu Ycu Yea Ycu (2)

Ycu Yca (2)

Yo J!

You (3)

Yea Ycn Co>>LniIIaic>>L Spray 3-P214h 3-P214)I llo Yca-Ye!I (2)

No (2) tlo Ycn Ycn Yi!a Yes

!'I!0 CIIAI~

I'IIIII'I'I'O'IIIAOIIhf I

'I'hllI.l'..IV

Turk Point Unit No.

3 FLOttlDA VONCtt 8, LtCttl C01 tt'AttY VUtlP Pt)HP HO 0])coE Xn. ot

Pronvuro, P

D 'vontia1

Prooourc, AP t'inw t'tal o, 0

V1.lirat:. on h TanlLll(lo, V

~

~

Tt?5T Phllhttt'.Tt?tl t Dos rIng

't'omticra t:neo, Ita

{1 )

b lligt> llcaEI Safety X>s)ccLlon P215h P2150 P215C P215D Ilo tlo Hp lip Yca Ycc Yes

~.

Yca Yca Yes Yes tlo'"

No"'o<2 Ho~2 Yon Yoa Yes Yes Ycs Yop-

~IIOTE I:

III ARIHG TEHPERAlt ~IIE, T, IS llEASURE{ OflLY OH TllE AH( UAL TE

((OT~EQ:

E XED IIYD.- RESIS AHCE SYS 'EH

~llQTE Q3 Vl RI Alt{.E IIYD. RE. ISThtlCE SYSTEM

~' I0 C Is J I E

~ TILC

'l'not.l? lv

ATTACHMENT A>>l TURKEY POINT UNIT NO.

3 BELIEF BEQUEST BASIS

Pg. 1to 8

Pg.'

to ]2 Safety Injec"ion System Auxiliary Coolant System Contnonent Cooling Pg.

1 to 3

RELIEF REQUc.ST BASIS - ATTACHMENT A-1 CODE RKQUT~~TS DETERS>NED TO BE PRACTICAL.....PARAGRAPH 50.55a (g) 5 (iii) AND RZLXE= REQUESTED.

Chemical and Volume Cont=ol System Reac. or Coolan System Sampling System Aux';liary Coolant System Residual Heat, Removal Steam System Condensate and Feedwater Systems Lube Oil Service and Xns.~jument Air Primary Nake-up Conta'nment Cooling Rater and Chem'cal Injection Sys ems Containment Ventilation System Diesel Oil System Pg.ltol Pg.

1 to 1 Pg.

1 to 1 Pg.

1 to 1 Pg.

1 to 2

.Pg.

1 to 3

Pg.

1 tol Pg 1 to 2

Pg.

1 to 1

~ II

~

TI~~.'<ev 03 lt p~ant Yo-3 Pace 1 of 1

¹W R:-JEST BMIS SYS~:

Reac mr Coolant 1.

Valve:

CV-3-519A Cat~cry:

A Class:

2 Fur.c"'n:

Provides a pr'~w wat r lcw path to ei"".a~ ">a press-iz relief awk or t2.e Reactor Coolant pimps'~cp'pes.

Test R~~~emant:

I(iVi'-3410 Bas's for Ro>>

Failure of ~s valve in t¹ o~a position, hy tes~g cu ~>g plant cpe"ation, ~~>>c cause a less of con~~nent

~~t~t~Z'.

Alterum.t Test:

L"'s valve will he test% cw~"wg cold. s'".ut"cwra.

2. Valve 3-519 Cat~~vg:

AC Class:

2 Bzction: Preven~ reve"se flew frcm i~e Presszizer Rel'e Tr'c to the Hi~en system.

Test P~emnt:

IriV-3520 Basis for Ro~'~~:

Failure of tMs va've in "'".e cpe. positicn, bv

~~".c cUrirg lant cpe at'cn, rulc cause a less of m~ze~t xatecritv.

Alio~ags mes~~ c. ~'s >Mve will ~m tes ~ cu"'".c co c s'": t=~ns.

Tur'<ey Point Plant Fo.

3 Pace 1 oz 8

&L~ REQUEST BASlS SYSTEM:

Chemical and Volma Cont"ol

1. Valve:

CV-.3-200A, CV-3-2003, and CV-3-20CC Categozy:

A Class:

1 Funct'cn:

Provides parallel 1 tdcwn flow pa~ "~gh the le+~

orifices to 'control Chemical and Volurv Contml System letdota flow rate.

Test, Re~~events:

IhV-3410 Basis or P 1'ef:

Testing these valves du~kg plant ccemticn would cause an unbalanced flew ccnciticn in t."m C?.an-'cal

'and Volume Contml Syst~.

This could int~~~

flew to the Reactor Ccolant P~ Ccntmll: Le mme Seal System, which could reset in damage to the Reactor Ccolant pm'>s; ther~, placing the plant in an unsafe nice of opemti~

Alt.zt Testing:

Zzse valves will be t ~

du=ing c"ld sh'". ces.

2; Valve:

CaMgory:

Class CV-3-204 A

2 rate.c"'n:

Prov'des the le""ev; lcw'path c'-ing pl>>t opera"'n.

Tes~ R~~~ement:

vV-341 0 Basis cr R ef:

Tes"'-.g this valve dur'-r plant c=eraticn auld cause an u.~~arced flew c=nc'"'cn in "Ne l.~~c 1

and Volme C nt"ol Sys" v.. ~'s ~muld inta flew'~ tne Re ctor Ccola.".z P'~ Cent ile Le~mce Seal System. This could resul in damace to tNe Reactor Ccolant pcs; tNe ay, placing the plant in an unsaze mcde oz operaticn.

The loss or<< tNe let"c.e flew paiN will =esult in "Ne loss oz ~'".e re e~era

--e Reac""r Coolant Sys-'~nL pipi".c +a.tNeM sLcc!< d' cool~z charging retu~ f"cw = cm tNe CH' Volme C<<nt""1 Sys-~v.

2.1 <<av s~s

~ies<<~ <<c ~

Tu"key Point Plm-No.. 3 Pace 2 of 8 KLI"- Kgi&<T B>SZS SYSTEM:

Chemical and Volute, Cont"ol 3.

Valve:

Category:

Class-i4KV->-381 AND MOV-3-381A A

2 runction:

divides the Reactor Coolant ~~ s~~'njection retu~

flow path to the Chemical and Volurre Control System

,Volume Control Tank.

En addition, provides the exc ss letdown flow path frcm the R~-ctor Ccolant System to the CherLcal wd Votre Cont"ol Sys~~~ Volma Control Ta.Jc.

ZivV-34l0

~asis for Belief:

Tes"'~g tMs valve dv"in'lant operat'on m>uld int~~~ flow to the Reactor Coolant ~am Con-tmL~ed Leakage Seal System, ~wch could result in darer.ge to the %actor Coolant p~~<<s; the<<~y, placing the plant in an uns~

~<<e of cpe at'on.

Al~~~~~ate Tes~~~g:

Th's valve w"'ll he test~.dv i.-.g cold shut"chas.

Turkey Point Plant Vo. 3 Page 3 oz 8

REL~ REQJEST E&SZS SYSTB4:

Chepiml arB Volte Con~1 5.

Valve:

HCV-3-121 Category:

A Class:

2 Function:

Provides t~~ cha~ing flew path to the Reactor Ccola.t Syaten.

This valve is used to proportion flow beW~~

the seal injection supply to the Reactor Ccolant, Pm@

Controlled Leakage Seal.Syst~

and the c>~ging flew to the Reactor Coolant Sys~..

Tes ~ ~~ui e~

Basis for Relief:

Z>V-3410 Testing tMs valve dung plant ope aticn auld cause and unbalanc flow cond'tion in t'm Chemic~~

and Volurre Contml System.

This could in"~~~

flow to the Reactor Ccolant Pm@ Controlled Le=-Mge Seal Syst~,

which could resvQ.t in Garage to ""a Reactor Coolant yarns; ther~Ay, placing t~a plant in an unsafe ~ie of operation.

M.~~. a~ Tesmg:

valve w&1 be test~ du"mg cold sh:t"a-.~.

6.

Valve: 'V-3-310A a:a CV-3.-310B Cat~~ry:

B Class:

1 Plzlc on Qv'des rc un't CMQL.g z cw pa B to t.A Re-c Coolan= Sys"m.

Test Be m=ve.-:

iV-3410 Basis for Relief:

Tes~ag t~ase waLves dur'g plant coe ='='cr auld cause an uxi~~anced flow conciticn in t."~ Weal and Volurre Control Sysm.

This could intemM flow to t.".e Reactor Coolant P~i C'mtmlled Le~Wee Seal System, wh'ch ~d result, a ~age to "'-w Reactor Coolant pops; the o'"v, plac'-.c t'."e =1=-=

in an un.'wo nice of cpe aticn.

d'P>h2tj +es+'

hQ ~

..e e va'ves w'3'e test" cm'".g co d ='=~-=c;.

. ~.

Turkey Poin" Plant No.

3 page 4 of 8

(

REL~ EKING~ BASIS SY~:

Comical and Volund Control

7. Valve:

ICV-3-115C Category:

B Class:

2 Func"'on:

Provides t".e Q.cw path frcm "M Vole-e Cmtml Ta.3c to -'"~

ch-~ing pump suction hea~.

Test Remxire~at.-.

Basis for Rel'ef:

Alternate Test:

XNV-3410 Tes~g tMs valve during plan alteration'would cause an unbalanced flow condition in the Chemic~>

.d Vol@re Control System.

T."s would into'low to the Reactor Coolant Pun Controlled Le~age Se&

Systeni, which could resu3.t in damage to t'm Reactor purvps; thereby, placing the plant in an unsafe mcc.e of operation.

Further, the failure of this valve in the closed position, by testing during plant ooe ation, would isolate nodal cha ging pung make-up.

This valve will be test& during cold shu~nms.

Turkey Point'lant~a'ace 5 of 8 SY~:

Qm~cal and V<Hume Control

8. Valve:

LCV->115B Categozy:

B Class:

2 Function:

Prov'des a flow path frcm t~w refueling wat storace " "k to ttJ Reactor Ccclant Sys en.

Test Requirmnt:,

XhV-3410 Basis for Reliez:

Testing this valve during plant ope ation ~td result in the addition oz Boron to t~a Reac-or Ccolant System. ~ could place the plant '

an unsafe lIccB oz operation.

Alternate Te~~g:

valve will be tes~~ during cold shitdccm.

9. Valve:

KP-3.-350 Category:

B Class:

2 Functicn:

Provides a f1~ path frcm the Boric Acid Storage Tardes to the Reactor Ccolant Sys"~.

Tes" Re~a..ant:

Basis for Relief:

Al~~~wte Tes~~".g:

ZhV-3410

~ ~

Teswg tMs valve during plant operas'cn mule result in the accit'cn oz Boron to the ~c""r Ccolant Svs

~m.

This ccu'd place t".z, la"."

unsa=e ~ oz cperaticn.

t valve ~wl be s-~ du '".c cold s Ajg

I II

Tm&~y Point Plant No.

3 Page 6 of 8 KZZ"" BREST BSIS SYSZEN:

Chemical and Vol~i Contml l0. Valve:

3-312A and 3-3~~

Categorv-C Cls:

1 Fact'on:

P eve".ts r verse flew frcm the Reactor Ccolant Sys"~w to the Cecal and Volund Contml Sys"an charging flow path.

Test Re~ements:

Basis =or Relief:

le-3520 Test.g these valves during plant operation auld c use an un?+lanced lee condition iz the Chm~'c

'nd Volurra Contml System.

This cauld int~~~

fl~ to tM Re c~r Coolant Perp Controlled Le Mge Seal Sys"~m, which could result in damage to t? ~

Reactor Coolant pubs; thereby, placing the plant '.

an unsa e rex'e of ope ation.

Alta nate TesMg:

These valves will be tes"M dumog cold shut=mes.

3~. Valve:

3,-351.

Category:

C Class:

2 "uc"'cn:

Prevents rex se f'm f=cm t?~ cw~~i.g pep a ~'cn ".s~~o~,

to ~.e >mrcn Adc'tion Sys~~.

Tes" Pa~ va..m:,

ZNV-3520 w>-is =cr Bee~'ef:

Tes"'g tms valve curi.g pla.'cpe ='~ wcc c.

esul in the addi -'on of 5crcn "" "'"e Reac="r Coolant System.

This could place "he pl ".t 'a.~.

unsafe mce of operaticn.

Alt ~te Test:

This valve will be test~ during cold ~~No.~ra.

Turkey Point Plant No.

Page 7 oz 8

KZZEZ ~GEST BASIS SY~:

Chanical and Volte Control 12.

Valve:

3-357, Categoxv:

t-Class:

'.2 Fmcticn:

Exevents reverse flowf~ tM charging perp sucmcn header to the Refueling Na~~

Storage Tank system.

Test Becuiremnt:

I'rÃ-3520 Basis or Belief:

Tes~ag this valve during plant operation would result in.the add=tion oz Boron to t~w Be cd Coolant Sys-en.

This could plac t~a plant in an unsafe mme of cpe at'cn.

Alte.zt Tes"~g:

This valve willbe tes~ c "ing cold shut~ms.

13 Valve:

3-298A, 3-298B, arZ 3>>298C Category:

AC s:

1

~ Function:

Prevents reverse flew =rem the Beach Coolant Pep Seal Injec~cn'vs ~v to the Q.emical and Volte Contml Sys"~.

Tes a

B~J~~ Kp VIV-3520 Basis "cr Bel'ef:

Tes~eg t."use valves cu '".g pla.t cremticn wcu'"

xnte~~et flew to the Beac=cr Coolant, 2~ Con+-oI '

Le~age Seal Svs ~v, ~h'ch could reset ia'cause

-o the Beac.or Ccolant p=.s; t..e<<=HI plac='-.g ""o pL~"

in an unsa" wee oz cpe" t'm.

sursum, t".a t sag oz t~ese valves duri..g cold shutdcwns is. irrpract'cal since it auld rhyme draining t".~ Beactor Ccolant Pm Seal ~~je~'cn System to c."mk

".e posi""'on.of these valves.

~'s would inc"ease the xssxil'~r oz causing czv~ce o "'",~

Beach Ccolant ~,D seal s c'~i to t.N ace~ <<e

'~~cv oz vent=.g the sys-=m "r'or to plant cp ~"'n.

Qta~zte Teg~i<<c.

.ese wcL~ ves w >"

e st~

Gu<<~.g <<e<<~e' c

5a '~ ntso

Turkey Point Plant No.

Page 8 oz 8

REL~ sKCQEST PUBIS SY~:

Chemical and Volma Ccntrol 14.

Valve:

3-312 C Category:

1 Foncticn:

Prevents reve"se flow Ecm the Reactor Ccolant Sys"sn charging f3.mr path to the Chomical and Volme Con~ml Syst~w.

Test i~rent:

'hV-3520 Basis for Relief:

Testing tYis valve du=ing plant operation auld cause an unbalanced flew corditicn in t".e Chem~eel a."8 Vole@

Control System.

Th's could int~~pt flew to ~>e Reactor Ccolant ~ Con&ulled ~ace Se 'ystem, which could result in d-mage to t".a Reactor Ccolant purps; t~eby, placing the plant in, an unsa=e rate of operation.

Te~wag tMs wive du=ing co'd shutdctx a 'mr c"'cal because i auld x~u'~e drmmg the c."w-".ing sysm to check Sa position oz the valve. Ms auld c use a loss of the c1aging zlcw path "~at is re~'elv used to [re t the Tech Spec r~emats to have a Boron inject='on flmr path to &a Re cur Ccolant Svs m.du ing cold shutdclz.

K.s valve will be tested du=i".g re=wl'".c sh.~xs.

Tu.cey Point Plan" Yo.

3 Page 1 of 12 RELEP REQJEST BASIS SYSTEM:

Safetv Injection 1.

Valve:

M3V-~-860A and M3V3-860B Category:

B Class:

2 Function.

Pan.des

&o flow path fry t=m "A" and t~~a "B"

'ontainrrent recirculation smz to the suction of tNe Residual Heat Re~val p~ "A" arB "B" respectively, during the recirculation phase following a DX'A.

Test Recuirerant:

Z~V-3410 Basis for Rex~'ef:

In t>a event t,at ma'~te.zzce is r~M upon t!m fWure of either of these valves, by tes 'sg curing plant operation, it mac cause a loss of contairment int~ity.

Alt~t Tes" ".g:

These valves wiM~

be tes"~ curing cold s".x"~mrs.

2. Valve:

LMVV-3-865A arZ 83V-3-861B Categozy:

A Class:

2 Provices the Slew path ~~ tr~ "A" and t"ain "B" contact recirculation sus to "~e suc 'on of Nw Residual Heat Rival p~s "A" and "B" res~'vely, during the re ir w~aticn place oDcw'".g a ZCCK.

Te5 Re-u'"~l ZrvV-3410 s=s d'or Rel'e

~e fa'~ure oz ei-'".er oz "'".ese ~elves in ~".e =w.

posi"'on, bv tes"-'".g "uring plant ope"aticn,

'~au c.

c use a loss oz cont

~ rant Alt~te Test:

Pme valves will be tos e during cold shu~ra.

Turkey Point Plant No. >

Page 2 or >2 EKE'~ RKgEST BPSIS SYSTP1:

Safety Injection

3. Valve:

KV-3-863K ar8 b3X-3-3638 Category:

B Class:

2 Func ~~on Provides t~~ flew path to the alternate hW~e to t".z Beactor Ccolant Sys" m frcm the ~ Pressure Safety Injection System.

Also, provides the flow path to the High Pressure Safety Injection System during the recirculat'on nede. Test BB

~e~1t'as~~.

for'B IIV-3410 The failu~ or either'of t>use valves in tie coen position, hy test during plant operation, wv~c.

result in diver~kg flow frcm the reactor core in event of a sa ety injection sigr~~.

Alt~.ate Test'-.g:

These valves w'll be tested dur"'".g cold shut"mew.

4. Valve:

KV-3-872 Category:

B Class:

2 Pu:c"'on:

Provides the al~~m~te flew path f"cm the Lcw PressUÃ2 Safety w>jecd.on Sys~~m to the Reactor Ccolant System.

Tes BB-~Kt'e t'rvV-34l0 Basis or He~'he fa'ltz'a of tEs valve in the cpen pcsi-:'cn, "y tes~zg cu"ing aslant operation mule res'~t in "'ve~=

3 ac lcw G~asg u i>un r spaz cc~v~aa cn ance

~

Tes ~~

2v's valve will be tested curing cold shet~ra.

v Point Plant No.

3 Page 3 oz K'i~~ RKCGr.ST BSiS SYSTE".4:

Sazety Ggec"'on

5. Valve:

CV-3-855 Category:

A Class:

2 Function:

Provides the Nitrogen supply to maiauin pressure in the Safety Injection Pwcunulators.

Test Recuire~nt:

ZW'-3410 Basis for Relief:

The failure of tMs valve in'<~~ closed position, by test during plant oceraticn, would cause a

loss oz 'Hitrcgen make-up to the ac=~lators to maintain ti.e pressure a'cove Tech Spec 1'~m Alt<~ate Tes" ing:

This valve will be test< dwing 'cold shu""cIzs.

6. Valve:

i~-3-8.66K a.Z YGV-3-866B Category:

8 Class:

1 Furcmon:

Provides F'gh Pressure Safety ejection re undant lcw papaw to the Reactor Coolant System Hot Legs.,

Tes~ RM~QXKKlt ZhV-3410 Mrs for Ro~~e~:

These valves are r~ed by Tech Specs to be closed and locked-out at "".e brewer during pl n" cperat'cn.

The tes~g of "".ese

~~~ves cu"'".g =lan opera~won, ccupled w'"4 "".e failure oz Ua've 4-8 I1~

or 4-8I4B could s~"'e the Safety L".je~'cn Svs-=v.

to pressu=es in ~xcess oz its design press~~-e.

A~teznato Te~g:

These valves w~~1 be tested.during cold shutcc~v~.

Tu~3cav Point Plant No.

3 pace 4 cr".12 EKI~ ~G~ HUIS SYSTEM%:

Safety Inj~:n

7. Valve:

3.-876A, 3 -876B, and 3 -876C Category:

C Class:

1 Fur~on:

Prevents reverse flow fran the &gator Sa ty Lsjec 'cn Systan and &w High Pressure Sa ety Injection System to t."w Low Pressure Safety Injection Sys"en.

Test Racu~ ~KfBGt:

IhV-3520 Basis for Relief:

These valves c not be t st~ during ope ation because the Zow Pressure Sa=atv Injec"'cn p=.~s do rut develop su ficien disc."~ge hem>

to aspish a Mcw path to the Be c~r Coolant System.

Alta~ate Test'~g:

K:esa valves willbe test~ cu"ing cold si"a'~s.

8. Valve:

&8760 ard 3.-8767, Category:

C Class:

1

~cmon:

Prevents reverse flow frcm the AccmQator Safety Injection System and t",a Pugh Pressure Sa=aty Xnje~'on System to t.".e Zu Pressure Safetv Lsjec"ion Syst~ alta<ate flew pat%.

Test PM'~

%Tant~

IlvV-3520

~

~

is =or Belief:

Base valves cmot be tested d.""'".g plant ccera"'cn be"ause t'.-.e Zcw P" ss. "a Safety Laje ~cn "=s co not cave'cp sufficient c='sc."z e h w~

to es"='"lis.". a lcw.path to +.e Beac-"r Cool ". Syst~.

Al~ta Tas" ".g:

~~asa va'ves will be testm curing cold shu""~~rs.

i

~~Ray Point P~>t Ho.

3 Page 5 of SY~:

Safety Xnjec"'cn

9. Valve:

3-875K, 3.-875B, 3 "875C Category:

C Class.

1 Furcticn:

Prevents reverse flew frcm the Beactor Ccolant System to the AccunaQator Safety Injection System, ~ Pressure Safety Injection System, arri High Pressure Safety Injection System.

Tes Be~event:

Basis for Belief:

INV-3520

~se valves cannot be test 8~='.g plan operation be ause the High P essure Saety L~je

'cn or Zcw Pressure Safetv Xnjecticn ~~s do not devel"p sufficient discharge head to es~lish a flew path to the Beac or Ccolant Sys" m.

Alt mate Testing:

These valves ~ be test du~kg cold s"..i~~

10. Valves:

YQV-878A and KV-87SB Category:

3 Class:

2 PUDc~~cn Provides a flew path for any cavbmaticn of tm c= ~e fcur High Presmre Safety injection p,~s to "Le Beac""r Ccolar." System o eit"a un'".

Jast BFVU~ i%~+

XNV-3410 Ll the everest t.Rt Pa81 2 ce t'"o fa'lu"e o" ei". " of =".ese m~*-es, ~

cu"ing plant cperaticn of both L '~, '~d jeopar~e the ability of ~m Hign Pr ss""e Safety Injection puris to su'por'a LOCK; the eby, placing the unim in an unsafe na& of c=eration.

La the event "mt vaintenance is r~~ ~mn t.".e failure of ei e'er cf t..ese valvesI bv tesU.g c" cold shutdown of ei~-.e \\='t, t auld "e ~"

e

~-.

~+g of the High Pressu=e Sa=ety Lv'ec-'cn p,s to sumrt a LCCA cn "'"o cm~t'".g mt;

~=e ~~,

plac'g t.LRa. Up& Ll an 1zlsa:e Hcc& of cperaz

's~~c 'ese moves wi>> M tes-'~ c "=~= re=. e".g s';:==~t'.s-

Tu"'mv Point Plant M<

Pace 6 of 12 R~

R:"CUrST BMIS SYS~~:

Safety Injec"'cn'l.

Valve:

Category:

Class:

i~-3-8642 arm i~'CV-3.-864B B

2 Func"'cn:

Provides the flew path to ~~~ FL~gh Press e Sa"ety

~~a cn, Lou Press:e Sa=ety Injec"'on, and Con~>>~rent Scray p~~s.

Test Requiravant:

Basis for Rem~'ef:

IhV-3410 These valves are resized by Tech Scecs to be o"en and lock<nut at the br~~her dming aslant cceraticn.

Tto fMure of e'"~o~ of t"..ese valves in "'".e close'osition, by testing cu=ing plan" operation, would cause a total loss oz the Con~~'~z~at Spr y and the E'er Pzessu"e Safety Injecticn Systems ard, 5~&-.er, jeo"ardize tho High Presmre Safety Laj~cn System; thereby, placing t'w plant in an 'nsafe +de oz ope"ation.

A The failure oz either oz these va'ves in the closed position, by test dw'g cold shut"cwn, auld

~j~~aize the High Pressure Safety Inje

'cn Svstw arB cause a loss of an e.

<<agency 1m'ath to "".e Borat~cn Sys Dms; tiereby, placing "".e plant in an unsafe axle of operation.

Ai~~wate Tes"'sg:

These valves v"<1 be tested du='".g re='e'ing shutc~a.s.

~~'~'cev Q~lt Pla"lt No.

3 Page 7 cf 12 B:"Cb~ ~MAIS SY~:

Safetv E."l)e~i~on

12. Valve:

HGV-3-862K and i~GV-3-8623 Category:

B Class:

2 D'action:

Provides a flow path to the Lcw Press

Sa y Lsje

'on

~

System.

Test Repair vent:

ZA'-3410 Bas s ox'81 ~e T¹se valves are r~"~~ bv Tech Spe s ~ be ope".

and lech~-out at t¹ br==he during plant ope a."'cn.

Yne fa'luye of eithe" oz "".ese valves in the clcsed

position, by testing ca>>ing plant operation, wcu>>

cause a total loss of the Lcw + ~ss' Safe'y ~~je--

tion System.

Al" ~~te Test:

Xn t'.z event hat rico".anc is r~> cmn "'.o za'lure oz Valve 862K, by testing cu ing cold shut-dcwn, it auld cause

a. loss oz 3:

B':iST and jec~-

dize the ability oz tne H.gh Press~e S--ety Lajec 'cn Pans to support a ICE on 5".e owating wit.

La event t~wt ~tenance is re~& upon

~~e failure of Valve 8623, by tes~~~g du-ing cold shuts~, i" auld cause a loss of t.".e ability to col t?x core.

T.".ese valves will ce test=-d ct~ ='".g e~ el-:~g s1:i'=~rs.

~

~

I

~t Turkey Point Unit No.

3 Page 8 of.12 RELIEF. REQUEST BASIS SYSTEM:

Safety Injection 13..

Valve:

SV-3-2905:and SV-3-2906 SV-3-2907 and SV-3-2908 SV-3-2909 and SV-3-2910 Category:

B Class:

2 Function: Provides for redundant flow paths f om the operating Containment Spray Headers to the associated Emergency Containment Filter.

0 Test Requirement:

Basis for Relief:

XNV-3410 These redundant valves are solenoid operated (pilot actuated) and require pressure in the line to move the main disk to the open position after the solenoid operator moves the pilot valve off its seat.

Functional testing of these redundant valves by placing the containment spray system in operation would result in dousing the filters and other components located inside the containment building.

Testing these valves by connecting an external'water source to the containment spray header would also result in dousing the filters and other components located inside the containment building.

Alternate Testing:

These redundant valves can be tested by connecting an external air supply with sufficient air pressure to ensure the main disk moves to the open position.

These valves will be tested during refueling shutdowns.

~

~

~ 1

~I Turkey Point Unit No.

Page 9 of RELIEF REQUEST BASIS SYSTEM:

Safety Injection 14.

Valve:

3.-2918.and 3-2919 and 3-2920 and 3-890A and 3-2921 3-2922 3-2923 3-8908 Category:

C Class:

2 Function:

Prevents reverse flow fron an 'operating Containment Spray header to the other Containment Spray Header.

Test Requirement:

IWV-3520 Basis for Relief:

Functional testing of these redundant valves by placing.the containment spray system in operation would result. in dousing the components located inside the containment building.

Testing these redundant valves by connecting an external water source to the containment spray system would also result in dousing the components located inside the containment building.

Alternate Testing:

Each of these redundant check valves will be disassembled, to inspect the valves',internals and to physically verify the valves'reedom of motion to the open and closed position,.

at least once each 120 month Znservice Inspection Interval.

This inspection will be performed.during refueling shutdowns.

Any problems found'during this inspection would be cause for inspecting the other valves.

This provides for an inspection of one of these redundant check valves during refueling shutdowns over the 120 month Znservice Inspection Xnterval.

~

~

Turke~ Point Unit No Page 10 of 12 5p~g o Sa= ty Lsje

15. Valve:

3-8742 arm 3-87-'.3 Category:

C C~~~ s.

1 B~c 'cn p events eve se =les ~ t"..e Beac"or Ccola"..t Svs"w =.ot ~s to tQ~

'pc ch Q~ss~v'A cp

. ow Ttl5 ec cn Svst TQ

+est <<wzz ~e--t

,vV-3520 opsis =or B >'ef:

Thes-'alves c~~".ot be tested cu='".c slant c"e"=-=on because the.=igh Pressu e Safety ins-ec 'on =Lms co not develop su ficient discharge head to es~~ lish a flew pats to the Be ctor Cxlant Sys-~m.

B =~o, tes"'-.g oz "".ese w~~ves d '='-".g c" s;x==~.w is i r~'c

~

s-'

i" cculd sub-:e the "-.e=-ctcr Ccolant Sysi~m x crc'tiers oa~'=c ~=sr -=-.-"e"~-

Wivg ~J est c':

2.ese ~- ves w'ss be tes~

c"='"g re= ='-'".-" s;:-==..

..s.

I>

Tu&ey Poi.i" Plant No.

3 Pace ll of 12 KK'EQUEST BPBIS SYPH Safety Xnjecmcn 16.

Valve:

Category Class:

3-873',

3-873B) and 3 -873C C

Fun Wagon:

Prevents reverse flaw frcm the Pwc~ator Safety mje 'cn System a:>d the Lear Pressure Sa ety Injection Systen to the High Pressure Safety Injection Syst~.

Test Recu'arnot:

Basis fcr Re~ e.:

EhV-3520 These valves cannot be t stM dur'g aslant oper t'cn because t".

F'gh Pressure Sa=ety Inj~cn p~s co not develop suzficient discharge hM~

to esM~lish a flow path to the Reactor Coolant Sysm.

Fm~~, testing of these valves during cold s."ut-dcwns is imprac ical since it could subjec" t".e Reactor Coolant Sys om to ccrmtions em~'".g Pr sr-e-Te~ature li~ts.

Alt mate Testing:

These valves will be teste cv -'".g re. eel'~g s'".c"=cps.

17.

Valve:

3-875D, 3.-875K, aMa 3-875F Cat~cry:

C Class:

1 zip.c"'n:

Prevents reverse f'cw rcm t'.".e High Pressu"e Sa"ety Svs m and t~w Lcw Press~e Sa=ety Lsj~'cn Sys-~

Pzc Ma r ~~a ety Lsje~'on Sys-~~.

Test B~J

'K)ident

~nV-3520 Basis for Relief:

These valves cannot be tested during plant cpe aticn because t?a accumulator presa's ina~~ficient to provide the differs".tial pressure r~~ to es~~-".

a flew path to t'"a Beecher Coopt Sys"~.

Fur""ar tes"'".g cz "".e e va'ves cu=ing c"1d

'-u~<<-.a is lÃorac ical since i could subject t ~ Rea~~r Ccolant Sys"m to ccncit'err ezc~.c P" s=- "~; e"=--

'T?use va ves wi" be t sted c'".g "e-'e '-c ='"x"=.vvs-

Turkey Point Un'o.

3 Page 12 of 12 I ~g4~+ P'+

19.

Valve:

879A, 879B,

879C, and 879D Cate gory:

C Class:

2 Function:

Prevents reverse flow from the High. Pressure Safe"y System Supply Header to a non-operating High Pres-

. sure Safety Injection Pump.

Test Requirement:

IWT-3520 Basis for Relief:

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 of these valves during cold shutdowns is impractical since it could subject the Reactor Coolant System to con-ditions exceeding pressure-temperature limits.

Alternate Testing:

These check valves will be exercised during refueling shutdown.

Additional Testing:

These= check valves will be exercised quarterly during the performance of associated pump tests.

t ~

Turkey Point Unit No.

3 RFLXEF REQUEST BASIS

1. Valve:

MOV-3-744A and MOV-3-744B Category:

B Class:

2 Function:

Provides a flow path from the Low Pressure Safety Xnjection System to the Reactor Coolant System.

a Test Requirement:

IWV-3410 The testing of these valves during plant operation, coupled with the failure of Valves 3-876A, 3-876B, or 3-876C, could subject the Low Pressure Safety Injection System to pressures in excess of its de-sign pressure.

Alternate Testing:

These check valves will be tested during cold shutdown.

2. Valve:

Category:

Class:

3-753A and 3-753B B

2 Function:

Prevents reverse flow from the Low Pressure Safety Injection (Residual Heat Removal)

System supply header to a non-operating Low Pressure Safety Injection (Residual Heat Removal) pump.

Test Requirement:

Basis for Relief:

IlfV-3520 These valves cannot be tested during plant operation because the Low Pres-sure Safety Injection (Residual Heat Removal) pumps do not develop sufficient discharge head to establish a flow path.

to the Reactof Coolant System.

Alternate Testing:

These check valves will be exercised during cold shutdown.

Additional Testing:

These check valves will be exercised auarterly during the performance of associated pump tests.

fF Tu"3cey Point Plant No.

3 Page 1 of 3 EELY" RK;UEST BASIS SYSZE1: 'uxiliary Coolant, Carconent Cooling Hat r 1.

Valve:

CV-3-739 Category:

B Class:

2.

Function:

divides t."

ccmenert coolirg eat " return flex path for the excess leam heat exchanger.

Test Requirenmt:

Basis for Raw~'ef:

le-3410 Tk:e M.ure of this valve in the close position, by ¹smg during plart oparaticr., meed cause a loss of ea Excess Letdcwn Eeet Exckzzger Sys m, ~~a".c 'cn.

Alternate Tes m~.g:

Th's valve ~~

be tes ~ cuing cold sh tdcwns.

2.

Valve:

3.-738 Category:

C Class:

2 Funcwcn:

P events reve"se flex frcm'"z excess le+~can heat exch@".ger, shell side, to t"a ccnmrent cooling eat

~ supply heade Test R~~ezent:

Basis for Rem~'ef:

EhV-3520 The failure of tt pcs'eat exchange"s.

This ac"'on could result in damage to the Reactor Ccolant ~~s; ti~eby, placing the plant in an unsa=e nac.e of ope tion.

M.ternate Testing:

This valve'will be tested during cold shutdcwns.

4. Valve:

Category:

Class KN-~-716B B

2 Emiction:

Provides the cadent cuing warn zroly Q.cw pat% =or "".e heat emhangers locat< in ~z Reactor Coolant p~s (mat"rs ard the~

ba i~ s).

Test P~~~event '%'-3410 Basis for Pa~'ef:

Tes '"g ~~ valv cu=ing =1=-." c~ +-'m oned ca

~e pcs'eat exchange s.

T.- 's ac"'on cou res '" '".

Barrage to "Ne Paacmr Coolant cmobs'"~eby, oleic'".g the plant. in an unsa e rrcde of operation.

Alt~~ate TesMlc:

T."ws valve will be test cu"='~g cola s."x"~cwas.

I

Tur.'cey Point Plant M. 3 Pace 3 or 3 R QbcST BASiS SYS1&1:

Auxiliary Cool nt, Cw)ccnent CooLrg Rat I

5-Valve:

MN-3-730 Cat cory:

B Class.

2 Function:

Provides the cadent ccoling water return flew pa~a for the Reactor Coolant pumps'otor heat exchange"s.

Test Recuirnnt:

Zh&-3410 Bas's for Re3'ef:

Tes"~~g tQs valve durinc plant event cn would cause inception of cooling wato

• to the Reactor.

Coolant pumps'otor he t exchangers.

T) 's ac"'cn could result in damage to "K Reactor. Coolant pxps; thereby, placing &a plant in an unsafe recce o operation.

Alterza.te Tes" ~zg:

This valve w'~l be tes"~ during cold sh~

6-Valve:

PCV-3-626 Category:

B Class:

2 Beet'cn:

Provides the ccmanent cooing re~~

flats path for the Reactor Coolant Pimps'cntrol~e" Le~Mage Seal Syst a) tidal ba i~ s.

~ ~

est Re~~~M'wit'~V-3410 Basis for Rem~'ef:

Tes~ g His va've Q)~

ag plant ope az'n: auld c=-use int~wct=on o cool

.c water to t.'".e Re=-c=or Coolant Pums'rt=olled Le~age. Seal Sys-~m 1~i excm.ge s.

Kxs acwcn could reset in damage to the Reactor Coolant pros; thereby, placing the plant in an unsaf mode of os"a 'on.

n ~te T. 's valve wing~ be test~~ cu>> ~c cole sa.l't~

Turkey Point Plant M.

3 Page 1 oz 1 RELY RED@.ST BFSIS SY Ski S2EGD13Jlg Valve CV 3,956Ag CV 3 956B CV '

956CI and CV 3 956D Category:

A Class:

2 Fun>~on:

Provides Za flew path ~ t.'

pres~mo~ s~m swee, the pressurizer liquid s~ce, the Beactor Ccolant Sys"em, and the acnznQators respectively, to the Sanple System.

Test B~xirarant:

XNV-3410 Bp.sos oz'Bllez'ie failure oz any one oz t'use valves in open position, by test during plant optation,

-would cause a loss of.conta~.@erat int~ity.

Al" ~te Testing:

T.use valves will"e tes"ei during cold shutZmv.s.

Turkey Point Unit No.

3 Page 1 of 1

RELIEF REQUEST BASIS SYSTEM:

Diesel Oil =

1.'alve:

Category:

Class:

SV-3522A and SV-3522B B

2

~ Function:

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

Test Requirement:

IWV-3410 Basis for Relief:

Alternate Testing:

These self-contained, completely enclosed solenoid valves have no external. valve position indicators.'herefore, stroke-time measurements and valve position verification is impractical.

An increase in level in the Skid-mounted Diesel Oil Tank while exercising these valves quarterly will demonstrate that the moving parts of the valve function satis-factorily.

2.

Valve:

CV-2046A and CV-2046B Category:

B Class:

. 3 Function:

Provides the flow path from the Emeigency Diesel-generator Diesel Oil Transfer Pump Discharge Header to the Diesel Oil Day Tanks.

Test Requirement:

INV-3410 Basis for,Relief:

Valve 'stroke-time is not essential for the valve to fulfillits safety related function.

Alternate Testing: Exercising these valves quarterly will demonstrate that the moving parts of the valve function satis-factorily.

0

Turkey Point Plan" No.

3 Page 1 of l RELZEP HEQOEST EASES SYSTEM:

Main Steam

1. Valve:

PGV-3-2604, POV-3 "2605, POV-3 -2606 Category:

C Class:

2 Punct'on:

divides tb~ fleur path ~ the associate st~~

generator to the main steam line heace".

Test Reauire~~t Base or Re3 o".

Alte~te Test:

XXV-3520 Testing any one of'these valves during paint operation would isolate t."a asscciated s~

generator ~~~ the ~ steam line heM~~ w<ch would result ia a reactor tr'p.

These valves wi>> he tested dur'~g cold s"xQcwns.

Turkey Point Plant No.

3 Page 1 of 2

(

SYSTEM:

" Condensate and Feedwat~w 1.

Valve:

MP- >1425, KV-3-1426, and i~QV-3-1427 Category:

B Class:

2 Function:

Provides the flow path ~~~i we associa~~

s era genera""r secondary side to the Samoling System.

Test Requirevant:

Basis for Relief:

VHT-3410 The failure of any one of tuse valves in t'.".e closed position, by test during plant operat'on, auld result in a loss oz ability to sw le tM assmated ste~.generator-the eby, a"=~-:.g the ab~ty to verify proper chew~'s"~ ccntml and to det~

radioactivity.

Alte~zte Testing:

T?use valves will be test< dzing cold s}z""~a Valve:

-CV-3-6275A, CV-3-6275B, and CV-3-6275C Category:

B Class:

2 Bz.ction:

Provides the flow pa~% frcm the associated s~zn gene ator secondary side to the Blcwdcwn sys-'m.

Test Beauirezant:

'3~V-3410 Basis or Belief:

The fMure oz any one of ""~se valves in t4e close" position, by 'tes"'".g cur='~cr slant cperaticn, meed result in a loss o abili"v to blowca~ the associated ne'stain "r~~ c;.e~~~ ccn+ml Altmate Tes mug:

These valves will be tested.auring cold shutdaxs.

-ey =oint Plant No.

Page 2 o= 2 EELY" REQUEST MAIS SPED:

Ccrd~mate a~A Fainter

3. Val>w:

CV-900, CV-

2901, arm CV- -2902 Ca ~o~:

C Class:

2 Prevents reverse flc~ ~"an the assoc'."~ stew ge"er tor "=

the Eever Sys~~.

Test Ehvm~emt:

'hV-3520 for Rel w ef Al"owe.te Tes"'ng:

Te~~g any one of t>~se valves, c~~ing plart operation, ~auld cause an ia~~~a wcn of =~~a" flow to ~~9 assccia. ed steam gen~ ator' ez~~v placing tm~ plant xn a".. msa+e

@ace o= operation.

Those valves wi3> ba tes"~ du~".g cold shu">em.

4.

Valve:

Category:

Class o

CV

. 2816 I CV

~ 2817t CV

. 2818/

CV '831@

CV- %2832, and CV~.-2833 B

2 Function:

Provides a flow path from the Auxiliary Feedwater Pump Discharge Header to Steam Generator Nos.

>A, 0B, or'~C.

Test Requirement:

IrTV-3410 Basis for Relief:

These valves are flow controlled modulating valves.

Therefore, valve stroke-time is not essential to fulfilltheir safety related function.

Alternate testing: Exercising these valves quarterly will demonstrate that the moving parts of the valve function satisfactorily.

~< "key Poi'.t Plant Ho. 3 Page 1 of 3 R~F EKQb~ WQlS SY~.

Service Air(Lube Oil, Service are irs mi.ent lm)

]. Valve:i 3-40-'204 Category:

A; Class:

2 Puncaon:

Provides

~>e low path frcm the Service Ai Sysav to the con~~at.

Tes" R~ ient:

Basis for Rel'ef DW'-3410 The failure of tMs valve in the cpen positicn, by test during plant operation, woulc ca.~e

a. loss of conhzz.oa" 'togri+g.

Alt 'Mt TeSiL~g This valve will be teste dur'g cold sh'==was.

2, VaLve:

3-40-205 Cat ~cry:

PZ.

Class:

2 Function:

Prevents reve"se flow frcm the ccntaizrant a~sphere to the Service M System lccat& outside con~vant.

Test RBQ31 <KB Z)vV-3520 T.".e a'lure oz "ws valve in ""~ open =csi"='cn, tes

~ ig Ql'lg plant CM~at~c~

woul c:-use a loss oz con '~a.t i~"

Alte~te Tes~.g<<.

This valve will be tested cur'".g cold s.'".t'-"~~s.

Tur'cev Point Plant Mi' Pa~2of 3

RELI~ HEQb~<T ~>SIS S'ZSTZ" Service Air (Lube Oil, Senric a~ ir~~~~i~t l'-)

3. Valve:

Cat~os:

Class:

3-40-203 E

2

"" Function:

Provides

<>a flex ca~% frm t+~ Se~ce M" %std "o the containment (valve in series with 3-40-204).

'est BMM~

V~V-3410 Basis for Belie":

Tais ~~>ve is rem" M to be tes ~ univ to

-rovide t."m necessa~

flew pats to valve 3-40-204 and ~ be, test~ cur~~c cola slJQ~MBls (See 3,-40-204 ~ Yio. 1) ~

Al"o~zte Tes"'".c: aliis valve w'll be test~ cc"in@ coM shu =vms.

y Po~~ plant ~o page 3 of 3 REL~ BEQUEST BASIS SYSZEH:

Lmt~nt A'~,)Lube Oil, Service and Lm" ament Air)

4. Valve:

3'-40-336 Category:

AC Class:

2 Function:

Prevents reverse flew fran the Inst~ ent P~ Sys~v, inside containment, to tom Instrument Air Systen, located outside contaiuurant.

Test Be~canmt:

ZhV-3520 Basis =or Belie:

Test this valve du=ing plant opea~on ~auld inte~~ the ins~~ent ai supply to tM~ can-pcnents located ins'de ccn~~mat tbzt r~e instmnent air for proper operation; ther',

placing the plant in an naafe rrcce of cperat'cn.

Testing t~ valve during cold shura auld int~~t the ira~~nt ai" supply to t:"x caa-ponents lccat~ 'inside ccn~~'ant that r~~~e insistent air to maintain t".e plant in a sa=

shutdcm condit'on; thereby, placi".g the plant in an unsafe nice of operation.

Alt~mate Test:

This valve wiD~

be ¹sted cu-ing re= e~ 'g sku~ns.

TurMv Point Plant ho.

3 Page 1 of 1 RELZiZ REQLZST BASIS SYSTEM:

Prm~ fhke-up 'and Ccnta-'~t Cooliac Na~

1.. Val~~:

i4GV-> -1417 and KV- >1418 Catecoxy:

B Class 2

Paction: Provides the caqxment ccoling water supply (NR-3-1417) and return {MZ-3-1418) ~ flee paths for the now@1 contain-nant ccolers, the cont ol rod drive nachanixn ccolers, and

, the priory shield cooli".g coi3w.

Test R~i m".t;.

IhV-3410.

Basis for Relief:

Testing tuse valves curing plant operaticn wovQ.d cause inten~tion of cooling water to the rn~

content coole~, the control rod drive coacher~

coolers, and the pri~ s"iield cooling coils.

action could result in Bandage to the control rod drive nachanisrrs and associat d eauiprrent; &~y,

'lacing the plant, in an msafe ma8a oz ~mtion.

.te>>nate Tes ~g:

Nese valves willbe test d dur~ cold shut owns.

Turkey Point Plant M~

Pace 1 of 2 Bii1=- EKQbrST WADIS SYS~:

Ccntai~t Vent'ation

1. Valve:

hV-3-1 and HV-3>>3 Catacory:

~ B Class:

2 Function: Provides rec~~ant flow paths for Post Loss of Ccolant

.Accident purge.

Test R~g~e'.IMt o Basis for Belief:

IHV-3410 In the event that riaztenance is r~~'~M mn the failure of e'ther of these w~>ves, hv " s~c c~~~=".-

pl-nt operation, it auld causa a loss of c"n~>>-~at

-intecr'y.

Altarrwta Tes ~c:

'Zhese valves will he tes~d du='~g cole shu""aw

2. Valve:

HV-3-2 anc 9V-3-4; PAHM-3-001A and PAHM-3-001B Cat~o~: g Class: 2,

&~action: Provides Accident radiant flow paths for Post Loss of Ccolant purge.

Test R~vo~nt:

Basis for Pe3'ef:

IhV-3410 T.".e AU.w~e of eid.er of these valves in the o~".

pcs I ~on( Qy I sl

.c durinc pla lt cpe al on 4aU c causa a, less of c'n~~'~nt in"~'.at T s -".c:

esa valves wi>>

e tested du='".g c'ld she;-"~-..s.

Turkey Point plant No.

3 page 2 o>> 2 iZC4rST BUM SYSTH4:

Con~atent Ventilat'on

3. Valve:

~-ll-003 Category:

Class:

2 Function:

Prevents reve"se flow ~~ the c"n~m~t ass=i.o~e to the Contair~nt Gas and Pa~mculate Pa9ioac-'.ty Det~

cn'ystem.

Test Recuirev~at:

DH-3520 Basis for Bolief:

The Tech Specs rara

~co is~eve,&z" syst s to monitor reactor coolant leakage; cne of w'nich has to be se.>itive,m,radioacmv'v.

Test".g tm~s valve during plant operation would cause an int rUption of the Beac or Coolant ~ak Det~'on System which is sensi+'ve to ra 'cactivity.

Simila lv, test -'Ms valve curing cole s".z" ~~

would result in an intention of ~".~ Detw"'cn System which is sensitive to racioac-'v-'ty.

Alternate Testing:,

This valve will be tested dur'~g refueling shut-downs

4. Valve:.."..". PAHM-3-002A and PAHM-3-002B Category:

A Class:

2 Function:

Prevents reverse flow from the containment atmosphere to the Containment Gas and Particulate Radioactivity Detection System.

Test Requirement:

ZWV-3520 Basis for Relief:

Alternate Testing:

The Tech Specs require two independent systems to monitor reactor coolant leakage; one of which"has to be sensitive to radioactivity.

Testing this valve during plant operation would cause an inter-ruption of the Reactor Coolant Leak Detection System which is sensitive to radioactivity.

Similarly, testing this valve during cold shutdown would result in an interruption of the Detection System which is sensitive to radioactivity.

This valve will.be tested during refueling shut-downs'~

PUMP TEST P.ROGRM".

II.A Table IV - Test Paramenters This subsection outlines the pumps which axe provided an emergency power source.

ZI.B.

Test Interval In accordance with Relief Request to sub-section XWP-3400, the quarterly test interval as defined in this pump test program is only inclusive of operational modes Power Operation, Hot Standby, or. Hot Shutdown (as appropriate) as defined in the Turkey Point Unit No.

4 Technical Specifications.

III.C.

Attachment A-2 Relicf Request Bas is

Turke int Unit No.

3 4

0 FLOII)DA )'Ol'ILIIIS.l.)GI)T CO)AI'A)IY 0

~

. I I

Vlf'(P PIJHP HO.

Spec

~

Tl'0't'h(Ihf!E'I'BIIS T'low

IlaLo, 0

VT~rn.inn hInp11 Lu(lO, V

Proaauro, Pro>>auro, P(

hP IIll (Ii II'1 Tolll)IOLaL'il.oI "I ())

No.

huxillary I'ceI1 P2h P2C Yea Yos Yes Yua

~ ~

Ycs Yoa Yea Yek" Y V)

YoV)

Yca Yea Yof1 Yos l

l IOLako.Cool llig Stater 3-P9h 3-P9)t 3-P9C tlo tlo tlo Yea

'Yca Yoa Yca Yea'oa Y=fP)

YeV)

(2)

Yos Yoa IIO la2 i)2

))os b)unl lionL IIcniova 1 3~P210lL 3-P2100 tlo o

)lo Yos Yoa

~

Yes tlo(2) tto (2)

. Yos tlo

')o la3 la3 Colll)Iollen4 Coo 1 (n9 3-I'2 1lh 3-P211)I 3-P211C tlo flo Yca Yoa Yoa Y.I,')

)1)

Y I')

Yoa Yoa Yos CunLn(ianonL Spray 3-P214h 3-P214))

tlo Yca'oa Yea (2)

Wo (2) tto Yos Yna

Turkey t Unit No.

3 0

I'LOIIIDAI'ONEII It LICIIT COLIVAIIY IIIPIP NO.

OI)oo Ill OL

Proasuro, Pi 9

aran al

Prooaurc, hP I"i~w

llaLa, 0

'VllivnL on hmp11 L>ido, V

'I'PG'I' hllhIII".I'I'.ILI ounrlng TanIIiara I:nra,

'I'b (1)

RRB No.

IIIlls Iloail 8 ifoLy In)ccLlon P215h I32150 P215C P215D llu tlo llo Yoa Yes

~

~

Yoa Yes Ilol" Ilo Iln(2 Vn(2 Yon Yos Yos Yoa

~NO>E I:

III AAIHG TEHPEIIATI~llf, T, 1S HEASUllfl LIILY OH TIIE AIIIUAL TE IIOT~EQ:

I: XED llYD. AESlS AIICE SYS 'Cl<

~IIOTE 3

VI RlhOLE llYD. lIE ISTAIICE iYSTEH

~

~

~

vllOCIllll

~ l3LC

'I'hill.l? tV

0 0,

ATTACHMENT A-2 TURKEY POINT UNIT NO.

RELIEF REQUEST BASIS

0 0

Turkey Point Unit No.

3 Page 1 of 2

RELTEF REQUEST BA'SIS 1)

PUMPS:

Residual Heat Removal Pump No.

3A Residual Heat Removal Pump No.

3B Containment Spray Pump No.

3A Containment Spray Pump No.

3B (3-P210A)

( 3-P 2 10B)

(3-P214A)

(3-P214B)

High Head Safety Injection High Head Safety Injection High Head Safety Injection High Head Safety Injection Pump No. A Pump No.

B Pump No.

C Pump No.

D

{P215A)

(P215B)

(P215C)

(P215D)

Test Requirements:

" IWP-4600 Flow Measurement Basis for Relief:

Alternate Testing:

Section XI, ASME Boiler

& Pressure Vessel

Code, requires measurement of flow rate using a rate or quantity meter installed in the pump test circuit.

These pumps use a fixed hydraulic resistance system with an orfice installed in the pump recirculation line (IWP-1400).

Measure differential pressure (IMP-4240) across the pump.during the quarterly pump test.

Measured differential pressure across the pump shall then be compared to the established reference value.

This provides for an indirect measure of flow rate and verifies the opera-tional readiness of the pump (DTP-1500).

Turkey Point Unit No.

Page 2 of' RELIEF REQUEST BASIS 2).

PUMPS:

Intake Cooling Water Pump No.

Intake Cooling Water Pump No.

3.3 Intake Cooling Hater Pump No.

ZC (0-P9A)

(3-P9B)

(3-P9C)

Test Requirement:

ZNP - 4310 (Searing Temperature Measurement)

Basis for Relief:

The 'pump bearings for these vertical centrifugal pumps are located inside the pump housing which is submerged.

The bearings are water lubricated-with no provisions foz temperature measuxement.

Alternate Testing:

Measurement of vibration amplitude and the o'ther requred parameters during each pump test will provide for the detection of changes in the mechanical characteristics of the pump.

3)

PUMPS:

Residual Heat Removal Pump No. 3.A Residual Heat Removal Pump No. 3 B (3 -P210A)

(3-P 210B)

Test Requirement:

Basis for Relief:

IHP 4310 (Bearing Temperatuze Measuxement)

The pump beizings for these vertical centrifugal pumps are located inside the housing of the electric motor.

There are no provisons for measuring hearing temperature.

Alternate Testing:

Measurement of vibration amplitude and the other required parameters during each pump test will provide foz the detection of changes in the mechanical characteristics of the pump.

P l

1P I

t-t.Otttt)A tsOYIEA JJ. J.JGJJT COMPPIJJY vnr.vr-:

ttUtlllP.ft szxt'.

vrt a ncvu.

coot," cont.'.

Cto.

Ch'I'. nct/

Phs NOAH.

POS.

l'h TL-tlJ ft.

UAl0's HODJ'.

INO.

~[0t

~ ~Its P J~I J lSJ

'J'ES J'S-AlttI vhtM',

N).

crx)ttt)

IllHhlJL J CV-3-2016 4

GLOBE A/0 HC FC HO 3

EF-1 3

. -El'-7 4

lt-10 CV-3-2lt17 GLOBE A/0 FC HO EF-1 EF-7 CY-3-2lt10 4

GLOBE A/0 HC FC HO CF-1 EF-7 4

C-1 1 CV-3-2031 GLOBE A/0 HC FC HO EF-1 CF-7 4

0-10 CV-3-2032 GLOBE '/0 FC HO EF-1 EF-7 CV>-2033 GLOBE A/0 HC FC HO EF-1 EF-7 C-1 l sv ~ sass

'L'OIIL>L'IISK[LIIIIILI'.L'LIIIIIILEII t'-.)JJ20? lt Innonaw VALVE TEST PltOGlthtt TPMIIE HAND Rt"LXEP MQUEST

FLOIIIOR IiOVIriltIt. I.ICIIT COur WIY vhr.vr; HUHIIErt SIZE

'SYPH hCTU. Col)i'OI)E hC'r/

cri.

ch'I'.

phs NOIN VOS.

r'hIL-ItI".fl.

Uttr; I OS.

HOI)li INI).

TPST PEft.

lPi1 Irsrs IttUI tQ.

Vhl>VI~<

CrXIIU>

III'HllIUtS 3 204 GATE trntr LC Fnr tto EF-2 SLT-1 n-ro 3 205 CIIECK S/A 2

AC n

rlc tto 2

1 EF-2 SLT-1 A-11 3-40-203 GATE rIAlr 2

. 0 LC Fnr tlo EF-2 3

n-10 CY-3-2003 GLOBE A/0 2

n r

r.o FO tlo OC-1 SLT-1 c-,tr 3-40-336 CrlECK S/A 2

AC A

EF-3 SLT-1 C-8 iTi ~ ~ li

'tn<<nn<<au t3IIIEJlrr,&Err@I:E AUrrsTR DlIL I

C~NL<<"'" F-<02030 VALVE TEST PIIOGIIN w5 r:ool: run REr xr,"F REOUEsT

rLOIIIOArO)iCI) a. LIGI)T COI)I'h))Y Vh).Vl'.

H))tlOCI)

SI'LB

'JsYPE hC'J'U.

COD)'.

CJ.

COI)

I'hJ'C r/

PAS NO)81.

)'OS.

)"hI1.-

U)ll'.

S)On)~

l)L"fl.

I'OS.

II'ID, s)s p s

sJs VEI).

ISs I

~)\\)< gasJsSs

))t)l)

VhlsV)s.'K).

QXl)0)

.NO TABLE I VAL ES

~

~

essa ssT rsss.c F-!iA?)sJ Jl

~

~

I sssssscslAss sss'"

VhUtE 'If~~j'1(U)sllhH

Ft.OIIIDA POYILIt 8. I.IGIIT COIIPAIIY VhLVFi Wuntlr;It 8 IZI.. fVPI'.

hCrV.

CODI".

CL.

COI)t'.

Ch'I'.

hC'f/ HOIIN. t h IL-PhS POS.

VIII; MOOI.

Itl Pl.

POS.

IHD.

t)st, ~of PBII.

ISI

~IIQPgolfS INll VAIVl'Q.

CXQIlll IllHhllK,'I CV-204GA 2

GLOBE A/0 h

HC HO 2

C-3 CV-204lill

.GLOBE A/0 EF-1 2

C5 SV-3522A 1 1/2 GLOIIE SO A

HC HO 3

I)-4 SV-3522ll I

1/2 OLOI)E SO

~

~

0 A

HC EF 0-5

~ yS ~ CM DlESEI 0 1l

~ -

r-502n33

~ ~ ILK VAI VE TEST I'ltOGltml I

TIPcoDEUiNO mar,zar acoucsT

FLOIIIDA I'OSIER 8. I.IGIIT 011'll'A1IY Vnl.vIl t~urlnCII SIKH TYPE hCTO. CODI'Of)I?

Cl" Ch'I'.

ACr/

I'AS HOIIM. Phil; III'.fl.

VOS.

uIII'.

I OS.

IIIODI; Il'lD.

~IIP i'iT I'I II.

ISiI

'I'I'.8'I'S VAI.VP.

ONION) ill'MIII~I MOV-3 -.14 17 ao MO 2

~

NO FAX YES 2

2 EF-2 EST-4 MOV< -1418 10 GATE MO 2

8 NO FAX YES 2

2 EF-2 EST-4 C-10 3-10-567 C IIECK S/A 2

AC NC NO SLT-a D-6

~

~

I'RIIINIY H/IKEIII) IIHO CPHY.

CPPL r-SOn>lp I<>l I> H IIAI~

1 VALV[:..'tl:!s( ('lu)litNlk TAllIo8, XX TO CODE AND l<BDIEF REQUEST

FLOIIII)APO)'ifl!It d. I.ICIIT CO) II2AIIY VnliVG Nulli)BII SIZE TYPE ncTu.

ct)DE cooE ncT/

ct,.

cnT.- ms HOIIM.

POS.

I'AII.- Itl?H.

uIIE

@os.

MODE IHD.

'I'I'.ST Pl'.It.

ISI I F$ I8 Vhf.VI'.

CXXNtt)

IttJNlttt.'I IIV-31 0 lhPII Hhtt B

LC Fhl tl0 2

EF-2 F-10 IIV-3-2 nihl ii lett 2

h Fhl ll0 EF-2 sLT-1 F-10 IIV-3-3 0 lhPII HNI 2

B Fhl HO EF-2 F-10 iS-3-4 0 ihpli ION LC Fhl NO 2

EF-2 SLT-1 F-10 I'OY->2600 POV-3-2601 nn IIUTFY A/0 2

h l!UTFY A/0 2

h IIC tlc FC YES 1

FC YFS 1

SLT-1 St.7-1 0-2 0-3 I'OV-%2602 IIUTFY.

A/0 2

h P

ttc FC YES 1

Sl.T-1 0-2 I2(lV-3>>2603 6n IlUTFY A/0 2

h P

tlc FC YES 1

SLT-1 I)-3 am 2 e a ~ ~

. ~COIITltlINEIITDEIIT1LT30t F-602032 2 nnanass VhLVE TEST PIIOWhit TIPCMB FND MI2XBF RHQOCST

FI.Olttt)A I'OYICtt tt. LIGIIT COMPAIIY Vhr.VE NUMllLll SI Kl TYPE ACTU.

COD!. COt)E hCT/

CE( ~

C.'hT PhS ttottM.

POS.

FAIL-ltLM.

UltE POS.

MOI)L'NI).

'l'IS'l'EIt.

1QE

~(IF(0ill/%

tttttl NO.

Vht.vt; QX)ttt)

IIIWhtttQI 3-ll-One 2

CIIECK S/A 2

h/C A

flO IIO EF-3 SLT-1 D-7 PAHM-3-001A.

1 BALL MAN 2

A NC FAX NO 2

1 EF-2 SLT-1 D"8 PAHM-3-001B 1

BALL MAN 2

A NC FAX NO EF-2 SLT-1 D-8 PAHM-3-002A 3/4 BALL MAN 2 '

A, FAX NO 2

1 EF-2 SLT-1 F-10 PAHM-3-002B 3/4 BALL tIAN A

NC FAX NO 2

1 EF-2 SLT-1 F-10 ST((EN CO)II))lilt(III'IVL'll'fl(l)gg~]I'I]

I -6()2())'I (i(l() C))AN VALVE TEST I'(IOGlthH TAI3LB XE TO CODI'ND HHLIEP TlHQUI."T