Text

Requests Amend of App a of Licenses DPR-31 & DPR-41 Providing for Change in Inservice Insp & Test Programs. Revised Program for Unit 3 Will Be Submitted by Aug 1979. Proposed Changes Encl
	ML17338A521
Person / Time
Site:	Turkey Point
Issue date:	03/06/1979
From:	Robert E. Uhrig; FLORIDA POWER & LIGHT CO.
To:	Stello V; Office of Nuclear Reactor Regulation
References
	L-79-52, NUDOCS 7903090267
	Download: ML17338A521 (144)
	v • d • e

v J Q +Car:.var;v F<ORiOn, PO":KR c L,IG~tT f/fF, ~

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Harch 6, 1979 L-79-52 Director of Nuclear Reactor Regulation Attention: t<r. Yictor Stello, Director Division of Operating Peactors U. S. lluclear Regulatory Commission tlashington, D.. C. 20555

Dear hr. St llo:

Re: Turkey Point Units 3 and 4 Docket Hos. 50-250 and 50-251 Proposed Amendment to Facil ity 0 gratin Lic nses DPR-31 and DPR-41 In accordance v.'ith 10 CFR 50.30, Florida Po;e'er E Light Company submits hera<ith three (3) signed originals and forty (40) copies of a request to amend Appendix A of Facility Operating Licenses DPR-31 and DPR-41.

The proposed chang"s are described belo;I and sho:m on the accompanying Technical Specification pages. bearing the date of this letter in the lover right hard corner. This proposal is submitted in accordance v>ith 10 CFR 50.55a(g)(5)(ii) and supplements our previous submittals of February 25, 1977 (L-77-58), April 10, 1978 (L-78-123), a'nd August 23, 1978 (L-78-275).

Table 4.1-2 (Sheets 1 and 2)

The valve tests sp cified in the pres nt items 6 ard 7 are deleted. They vrill be covered by revised Specification 4.2.

The remaining items are renumb red to maintain th numb ring sequence.

I Paoe 4.2-1 The current vtording of Specificat'ion 4.2 is replaced;Iith a n v> cording tha.t establishes the ne:i inser;ice inspection and testing programs.

Page 4.2-2 This page is deleted.

Table 4.2-1 (7 sheets)

This table is deleted.

oZ.& 7 7y ~go)

oirector of Nuclear Reacto~ Regulation Page Tv(o Pa e 4.5-1 Safety injection system pump and valve testing is deleted from Specification 4.5. Such testing still be covered by the revised Speci fi ca tion 4.2.

Pa e 4.5-2 This page is deleted.

Pa e 4.6-2 Containment spray system pump and valve testing is deleted, rom Specification 4.6. Such testing <vill be covered by the revised Speci fi ca tion 4.2.

Pa e 4;7-2

'ost accident containment ven't system valve testing is deleted from Specification 4.7. Suck testing will be covered by the revised Specification 4.2.

Pa e 4.9-1 Hain steam isolation valve testing is deleted from Specification 4.9.

Such testing >jill be covered by the revised Specification'.2.

Pa e 4.10-1 Auxiliary feedvtater system pump and valve testing is deleted from Specification 4.10. Such testing v(ill be covered by revised Specification 4.10.

Pa es 84.2-1 throu h 84 .2-13 Bases Section 84.2 is replaced by a single page (84.2-1) that discusses the bases for revised Specification 4.2.

Director of Nuclear React c or R egulation Page 3 The revised in serv ervice inspection pro ram f 1o d d b tt d to th NR h 10 CFR SO SS F g o ry 1979. i' or the use of a n of the ASME Boiler and Pressure V esse 1 C ode as cri nit 3 ins appears,' that the Turkey Point Unit 3 inservice in inspection progra ld be

,-. -. -"., -cision newer standard an

'.".d .d.l.

on the proposed rulee ange.

cchange This proposed amendment has been reviewed Saf ty Co 'tt d th Flo d

,d t d th t th

'h h p amen ent does not n o ve an un-The fees es f this' for amendment will bee forwarded under separate cover.

Very truly yours, Robert E. Uhrig Vice President REU:GDH:cf Enclosure cc: J. P. O'Reilly, Region II Robert Lowenstein, Esquire

STATE OF FLORIDA )

) ss COUNTY OF DADE )

Robert E. Uhrig, being first duly sworn, deposes and says:

~

That he is a Vice President of Florida Power & Light Company, the Lic nsee herein; That he has executed the foregoing document; that the state-ments made in this said document are true and correct to the best of his knowledge, information, and belief, and that he

~

is authorized to execute the document on behalf of said Licensee.

Robert E. Uhrig Subscribed and sworn to before me this Q ~day of NOTARY PUBLIC, n and for the county of Dade, State of Flori

~ <<~I tII III

~ 1 f'P ggfff I$ g LPdtGR My commission expires: 'K.F:"."-"..::.;-,:=" > ="<'.;=:a i.;=:c.

I Jcauor 9 4. L (~ eet f 3)

MXNIHUN PREQUEiVCXES, FOR EQUIPARANT AND SAMPLXNG TESTS Max. Time Check ~Pce ueec Between Tests (Days)

'1. Reactor Coolant Samples Radiochem. (Tl/2~30 Min) Mon thly 45 Cl & OZ 5/Meek 3 Tritium Activity Meekly, 10

'ross g,g Activity(pCJ./cc) 5/Meek 3'.

Boron Concentration 2/Week 5

, E Determination Semi-annually ~ 30 Wks

2. Refueling Mater Storage Boron Concentration Meeklyf 10

,Tank Mater Sample, 3 Boric Acid Tank . Boron Concentration 2/Meek 5

~ e;e

4. Boron Injection Tank . Boron .Concentration 'onthly 7 45

5. Control Rods ,Rod drop times of Por all rods at NA e

all full. length. rods least once per.

18 months and following each removal of the reactor..--vessel head .'Por specifically affected individ-ual rods fo1lowing maintenance on or modificat9.on of the control rod drive system which could affect the drop time of those specific rods. e Partial movement of Biweekly while 20 full length rods critical 6.. Containment Isolation Trip Punctioning Each refueling NA shutdown 7.. Refueling System Xnterlocks Punctioning Prior to each re-fueling

8. Accumulator . Boron Concentration At least once per 31 days and within 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> after each solution volume in-crease of > 1X of tank volume. I'

O

'( r~

~

r ~

NXNZWN FR:-QU.

TP~L= ~2

~~~R (Sheet 2 EQ~JT~~'i~

of 3)

A?iD SA~M~H~ STS 9 ~ Reactor CooL nt System Evaluate Daily Leakage.

\

10. Dieseel ruel Supply Fuel invento~ Weekly

11. Spent Fuel Pit Boron Concentration Prior to re"ueling

.12. Secondary Coolant 7.-131 Concentrat on . Veekly

T 3.0

13. Vent Gas 5 Particulates I-'131 4 Pa tic la e Veek3,y

Activity

14. rire Prot cion Pu~ Operable PoMer Supply Monthly'unthly

15. Turbine Stop a..d Control Closure A**, 4S Valves, Rehea er Stop nnd Xntcrc pt VaLves

16. LP Turbine ~wtor Vsm, PT Every 5 Tears Inspection

{vj'o roto- disassembly)

(

17- Spent Fuel PunctI.o~~- %the'. 7 dcys 7 days Cask Crane of using crane vh n to lift spent Xnterlocks .c ana ~<

fuel cask 'eing used to zmnem~

np n" fuel eaak'

- J.A. dur-'ng cold or r fueling shutdovns. The speci ied tests, hovevei, shall be perfor"ed prior to heatup aboye 200 r.

10:.'f specification, frequency shall be chang d to da~>> y.

%hen activity exceeds

4. 2 IAS" RVICZ ~LSD:-CTIOif AID T Appl~ cability: A~~o 1 i es to i nse~g" c s Qc z surve. llance of ASi4Z Coce Class 1, Class 2, and Class 3 components.

Ob3 ective To ensu-e ae ccn -'"ued in ejrity o= AS7H Coca Class 1, Class '2, an" Class 3 compo-nents (and their suppor s) ~d bounda=ies.

Imple .entat'n: Implementation of th's spe ificz ion will becin .r'-.f'~i<~,'~n approval.

Specif'cation: 1.'m~xvi~e inspection o>> AS~~= Code Class lf Class 2, and Class 3 components (and their supports) shall be perform d in accordance with the Inservice Inspection (ISI) Programs for Turkey. Point Units 3,and, 4.'he ISI programs are developed and updated in 'accordance with

'ection XI of the ASi~K Boiler and Pressure Vessel Code and applicable Addenda 'as required by 10 CFR 50.55a(g), except whe e specifi5 ~

~

written relief has been'ranted'by'tne HRC pursuant to 10 CFR 50.55a(g) (6) (i) .

2. Inset ce testing o AS:"'= Ccce Class 1, Class 2, an CLzss 3 pumps- and valves shaL1 be performed 'n accorda..c wi~ t"ePoint Pump and Valve Test Programs..for Turkey Units 3 and 4.. The programs are developed and updated, in accordance wiM Section.XI of..

~

the ZS:V Boiler ard P=essu=e Vessel Coc arsR applicable Ad"e..da as ecu =e bv 10 CFR 50.55a(c), except whe e speci=ic

~

. written "el'e= has been granted hv "~e FiRC pu suznt to 0 C:-3. ~0.5~a(g) (6) (x) .

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3. In cases where, during the process of inspect'on and testing) ce sa n recuir ments are found to be impractical due to unforeseen circus ances, r lie" mav be recues ~ at that t'-e.and satisfaction of these requirements may be deferred pending HRC action upon that request.

4. 2-1

4.5 SAFETY ENJECTZON Applies to testing of the Safety Injection System.

~Ob 'ective: To verify that the subject systems wi11 respond promptly and perform their design functions.

S eciffcations: 1. SYSTB< TESTS

a. System tests shall be performed, at each

=: .:,:..'.;,;;",shutdown. The test shall be perfor 6 in accordance with the follow-ing procedure:

Qith the Reactor'oolant System pressure equal

~

to or less than 350 psig and temperature equal to or less than 350P, a test safety injection signal will be applied to initiate operation of the system. The breakers for the residual heat removal pump motors will be tested either in the test position or by actual residual heat removal pump motor operation resulting from the test safety injection signal.

b. The test will be considered satisfactory if con-,

trol panel indication and visual observations indicate that all components have received the safety injection signal in the proper sequence and timing, appropriate breakers shall open and close, and all automatic valves shall complete their travel.

4.5-1

5'ha, chir9i+9 yuan eotors 'are++@ b vj the spoor. The cont:sin meaL @pray, peiy )sectors are~;~ v 7the floor The boric ecBk t.rensfex pump motors ari> - Zbove U~e floor.

Feei Nuclear Operitors (NOs) are assigns% to eaux operating sbift-i Thej'ieinteio log book aL eaih corridor (lg'Xevat.ion) ground i level. i">>tation in'the RhB Tke NOs rove throughout the Rh8 e

suixoun4iag ~ieis iat the 3.8'nC ).ower elevations, an8 kL is at:andariR practice tbaL aL,'3.east one of then remai.n insMe the RhS aC ikey t.fmes.

~~

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The x'each'rotechiori equiparant roosts,anC the battery rookies h.ve n~r arains- The araikls Sn these rooms are part of the sCDxw ctÃ8in sjistera. A3.%haugh the contxol roos:c Goes hot have couXQ'lot it Qoox'rainS ~ .is continuously pity:G&Q oeadehec.'hGQ" " - '-"

nannnC nn8 oven minor floo8in'9 SOgo-88-H003 l3l gI~ 01 W 9 Wj'( 6L6I HOISSIIIH00 'O'A AHOlVlA93U 8" 313AH

2~ CO'.POVi=:<T T:"STS Fans The Emergency. Containment Cooling fans shall be started at intervals not greater than one (1) month.tt Acceptable levels of performance shall be that the fair motors reach their nominal operating current for the containment'tmosphere during the test, and operate

&. ', . ':.en minutes.

~ ~

ti' H.A, during cold or xefueling shutdowns. The specified tests, however, sha3.1 be pexfox"ed within one surveillance interval.pxior to he*cup above 200 c.

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J' 4-6-2

+r 3~ LABORATORY TESTS Quarte'rly, a charcoal surveillance specimen which had been 'located, in a representative part of the containment will be withdrawn and laboratory tested I

for iodine removal capability. The charcoal shall-

. demonstrate a removal efficiency o'f 99.9Z for elemental iodine. Failing this, the charcoal within the containment filter system shall be replaced by charcoal which meets or evceeds origina1 specifications.

'4? 2 POST-ACCIDENT COÃZAI'.i.EHT VMi'T SYSTE'A OPERATING TESTS A system test shaU. be performed during .each .

.scheduled refue1ing period, which shal1 consist of

.. usual inspectz".on.

Visual inspection sha'1 include search for any foreign

~terial, gasket deterioration in HZPA filters, and

"~cessive dust cake on demister.

PERP ORuh;.CE TESTS ring each refueling operation, "in-place" DOP and

~ freon tests shall be conducted at design flow on

.0he filters. 99.5X DOP and 99.0% freon removal shall constitute acceptable performance. The hydrogen concentration measuring instrument shall

-be calibrated with proper consideration to humidity

,-.during each refueling period.

4.9 HAIaJ STZ41 ISOL'RIO'f VALVES Applm to ~.ivuic testing of the main steam isolation valves.

~ob eceive: To verify the aha.ity of the main steam isolation ~alves to c1ose upon signal.

steam isolation valves shall be tested in accordance 1'ain Mith Specification 4.2.2.

~ ~

4 ~

>>~ C

PP liow to perLodic testiq reqMr -ene of the a~~ary fee6~ater system.

'Zo verify the operabi" ty of the a zQ'ar7 feedvater

'system and its aors.sty to respond properly when requ~-ed The auxiliary feedwater system shall be tested in accordance with 'Specification 4.2.2.

~ ~

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V

B4.2 BASES FOR INSERVICE INSPECTION AND TESTING Specification 4.2 ensures that inservice testing of ASlK Code Class 1, 2, and 3 pumps and valves and inservice inspection of ASIDE Code Class 1, 2, and 3 Components will be performed in accordadce with a periodically updated version of Section XI of the ASIDE Boiler and Pressure Vessel Code and Addenda as required by 10 CFR 50.55a. Relief from any of the above requirements has been provided in writing by the Commission and is not a part of these technical specifications. r B4.2-1

ATTACH5KNT B Turkey Point Unit No. 3 Valve Test Program Section II. Pump Test Program

ABSTRACT The planned inservice inspection and testing programs were developed employing the R.. G. 1.26, Revision 2, criteria for quality group classifications and standards (Quality Group A is the same as ASME Class 1, etc.).

Section I. Valve Test'ro ram Outline The valve test program shall be conducted in accordance with Subsection IWV of Section XI of the 1974 Edition of the ASME Boiler and Pressure Vessel Code thru Summer 1975 Addenda, except for specific relief requested in accordance with 10 CFR 50.55a(g) (5) (iii) which is identified in Subsections I.G.

The period for this valve test program starts August 14, 1979,

. and ends April 14, 1981.

Section II. Pum Test Pro ram Outline The pump test program shall be conducted in accordance with Subsection IWP of Section XI of the 1974 Edition of the ASME Boiler and Pressure Vessel Code thru Summer 1975 Addenda.

The period for the pump test program starts August 14, 1979, and ends April 14, 1981.

STABLE OF CONTENTS Section Z. Valve Test Program Z.A. List of Drawings I.B. 'List of Valve Categories I.C. List of Definitions I.D. List of Valve Table Symbols I.E. List of Category (A-B-C-E) Valves:

Table I Tests to Code I.F. List of Category (A) Valves:

Table I.A. Seat Leaka e Rates Z.G. List of Category (A-B-C) Valves:

Table ZZ To Code and Relief Re uest I.H. List of Exclusions: (ZNV-l3pp)

Table IZI I.I. Relief Request Basis Attachment B-1 Section II. Pump Test Program ZZ.A. Table ZV - Test Parameters

Z.A. LZST QP DBAN~IGS

. PPL HO. F-503184, REV. 7 CZr'C7C%< 6 VOL%i& CONTROL SYSTZ~

rPL HO. E-503185, R~. 7 SAFETY ZNZ-CTZQN SYST>'~

PPL HO. P-503187 I REV. AUZZLZARY COOLAHT SYSTEM COMPQ¹HT COOLZHG PPL HO. E-503188 I AUXZL>MY COOLANT SYSTEM>

CORDON~~ T COOLZHG FPL HO. P-503189 I REV. 8 WASTE D SPQSAL SYST="L PPL HO. P-50319li REV. 6" CTQR CQOLMlT SYSTEM

- PPL HO. F-503193, REV. 7 'Ai~&~LZHiG SYSTE:4 FPL HO. F-503194, REV. 6 AUXZLZ&&YCOOLANT SYSTEM RES ZDUAL EWART ~~~fOVAL

~PL HO. F-503 195 B- V. AUZZLZMRY CQOW~VZ SYST iif p

SPENT PUr I oZT CQOLZwtG SYSTr FPL HO. r-502027, R V. 14 -

ST~>iM SYSTEi~

-FPL HO. r-502028'I RV. 15 CONDENSAT A%3:"EDM,T- R SYST~i&

'FPL NQ ~ F-502030> REV. 14 LOBE QZL S"3~JZC" &283 ZNST9.li~i~iiT AZB,

. PPL HQ. "-502031, REV. 14 CZRCULA ZNG M~TER SALT HATER Ai~ 0 Cc"LQR:NATZQN $ ~S::~~+

SYSTEM~

'PPL HO. F-502033, REV. 8 DZESPL OZL

-"PL NQ. F-50203 6, RV. 14 PRES> RY >3ZZ-UP COiHTAZhi~=iT COOLZNG 'V~K ~~K C~fZCAL r CTZQN SYST AS NO. r -502037, REV. 10 CQHT >:~Hi~" ZT .~i=NTZ~ZTZON FPL NO. "-502038, RZV. 10 CQHTA:Vi~~lT DBMSES AHD V .ITS

Z.B LZST OF ~rVZ CATZGQBZ="S CATZGQRY A Valves for which sea leakage 's limit d to a speciz' nmcimun amount ir. th closed position for fulfillmen of heiz function.

CATEGORY B Valves for'Which. seat. leakage in the. closed ",-

position is inconsecgxentia3. ="or fulfil~~ ent of their function.

CAT~GORY C Valves which are seTf-ac-uati ia response to some system cha ac eristic, g such as pressuz'e (rel'ez valves) or flow direct'on (check valves) .

D Valves which are actuat~ by an energy sourc capable elf only one opera 'or, such as rupture disks or explosive actuated valves.

CAT=GQRY E Valves wnich are normality lockec. (or sealed) open or locked (or sealed) closed to ful thei function.

'l FOOTNOT Combination of cat gories, such as c gori s ~C to be used when more than one distinguishing category characteristic 's appl'cable. En suci cases, oz each oz the ira'viPu applicable, although duplication l categories a=e or repetit'on al'ecpxirements o

common testing eauirements is ."zt necessary.

P Q~q C e'~~~ cv ct=~~".q, Wu ~vv ~cr c~"e ar" clos=>>.g, w~ mm~vv~ <<~~4 ~

"~

4 8L) o SKuZV Si Li CC~~ i ~~ rM~

cc K 'cnt t.cxc A az c c K~~S:JZ vBZVM ~~3;~cc L~~~ N c ~~cB -csL'~c i CQ 8~ ~~~ ScLZBli ~~M co~a CZSMIK~&S oL azz ac tm ~"= or w<<'~ate "2SK CIl ~~C>> Or 1 ~~~~ V~i u+ZK ~~cn VELUM

> Cr ZCM~'

~ cnv t

~91.i'v vs cn change oz disk aosi"'cn "ilk iw ~ciicn.

~

~~ Cc3

'RZZ SHKK - w cr Mc a) cavan- z '" ccsi"'cn ta clean) ta ~~ "m =-~'c valve w"= (t- caen ac O) FCu=ah~y O-ea ~+~ye - m~=~v-~~ Of Se~~~

4>>cl cHsRCLQl or ~vB~~K1. GP Vamzllr claccv) vni.w vc ticn a= ccc '-p c) urn cmaucn a

'r iai~~on cf mr or ~

crt -~ "'~ c== = "' cc

=cz"a

I. D. LIST CF VALVE TABZZ SLACKS VALVE hiiiiBER: IDENTIFICAT M SI2Z: CHES TYPE: CAR GLCBE -C "W LXKE - 3~nRY- - PXZG SAFE SZ~ WD RE3~Z HEL NOZL NOZZL~

NEDL BUTFY ~

BUTZ~LY DIAPE DIAPHEQ&%

AIR OPEKhXOR ACIt:JATOR: AO NQ SO ELECZHIC F~

SIGMOID OPEHATOR OPERATOR SA OR SEIZ CODE CATS: 1-2-3 CODE CATEC<HY: A - B - C E (OR CCNBu~ATZCRT CF)- Sc" TABLE A BELCN arri SUB-SK."ZIM Z.. B.

ZDZXVE/PBS~x A. P - (~ TABZZ A 2ZZVil)

NORMAL, PCSITZCi'l-.' NO NOR&LIZ CPM NC NOBMAIIZ CLOSc33-LO ICC~ CPUT IC ZCC~ CLOSED FAIEGHE '.4ICDE: FO - FAIL CL~-T FC CLCSZ3 FAI -F~DS IS HE4f~ KS~~M M3ICATZM: YES - iiO TEST PERIOD l.. HElKZLZK SKiTDCNiiT COED SK'TD"~iv>iT ~ '.

DEE~ITZGS HID~ ~~-SECTZG%

'iiiE(S) 1 FOR I. E. &

3. ~STD 3 ~XMPD OR >~~ (C~E)

S~ A~ROPHZ>~ LIST M~WHY'=~K)

(ISI) ~

WSPVIM &SPECTZVil:

S ( SUB-SrCTZCiiT I.E. &

Ce Z. G. )

PBTERZSi( (~). C2~ (1) IilSP~TZON INTERNE ( ~~ ~~PS )

I. D. LIST OF VALVE TABLE SYMBOLS (CONT'D)

RRB NO. NUMBER RELATES TO APPROPRIATE VALVE RELIEF REQUEST BAS IS VALVE COORDINATE LOCATION OF VALVE ON D RAWING REMARKS RELATED TO SPECIAL ALTERNATE TESTING TABLE A VALVE CODE CODE CODE CATEGORY FUNCTION LEAK TEST EXE R. TES T POS IT. VERIF .

ACTIVE IWV-3420 IWV-3410 NONE PASSIVE IWV-3420 NONE NONE ACTIVE NONE IWV-34 10 HONE PAS S IVE NONE NONE NONE C (S/R) ACTIVE NONE ZWV-3510 NONE C (CHK) ACTIVE NONE IWV-352 0 HONE .

,PASS IVE NONE NONE IWV-3700

NOTE: Refer to Relief Request. No. 0.

0 (A-B-C-Z):

Ll:ST OF CATEGORY T ZGZiVD FOR TABLE PARAHZTERS TO (CODE) I EXCEPT AS OTHZRNZSE OTZD (F?L) ~

Nl, I TEST CATEGORY A-B VALVES EF-1 Exercise valve (full stroke) for one ability every 3 months (Code).

EF-2 Exercise valve ( full stroke) for operability during cold shutdown (Coae).

I ZF-3 Exercise valve ( ull stroke) or operabili y auring operation (Code).

EF-"4.-" Exercise valve ' full stroke) for. operability prior to return to. service (Code) .

I EF-5 Exercise valve (with Remote Position 'Zndicator and

.inaccessible for direct observation) for veri i-cation of valve position during refueling hut less than every 2 years (Code) .

ZF-7 Exercise valve (with Fail-Safe Ac uators) to observe failure mode every 3 months (Code)

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

EST-1 Exercise valve, power operated (full st~oke)

Naz.)

and measure time (Code) (5 seconds (FPL) .

EST-2. Exercise valve power operatea (full, s roke) and, measure time (Code) (10 seconds 2Cax.) (FPL).

EST-3 Exercise valve power operated (full s roke) and measure time (Code) (60 seconds Max.) (FPL).

EST-4 Exercise valve - nower operated (full s roke) and measure time (Code) (120 seconas - i~~~z.) (FPL) .

EST-5 Exercise valve - power operated (full st oke) anc, measure time (Code) '(180 seconds Max. ) (FPL) .

EST-6 Exe cise valve powe operated (full strok ) and measure time (Code) (15 seconds Pax.) (FPL).

Seat leakage tes valve during refueling bu-'ess than every 2 years (Code) .

SLT-3 Seat-leakage test va,'ve to plan nrocedu= (=?L).

eve~ 3 mn~ (~) ~~)

ve '(~e cz c 6 Exercise valve (QxLl ~~ke) 'cr ccevabili>y Cumin cols sholem,. (Cede) .

mama valve (fu3~ s~ake) far cm~ "~y eve~ 9'man~~ (C~) ~ ~

~~'~v Y&l.e ViV-3510-L (Ccce) .

val.>w ~~ (Get ~w~t)

WZEC~ "K" WLVl~-

Ccenzicna~ c."~c oz valve (tie~-

~~+t~) <<~vore ~~ pw~av ~~t' ~t'm (Ceca}

cz

~'~ =cr ~~~ ~~~ 2 Co&~

(Cold Ba~~~n

~~t"ma) s"~>>

ISZ ~~~ s~

c~w a~ r~~~~ '=p '=Cold Sh~+n arm+~~,. cr "..o>>-~~.

."u ~ t ~ 4S:"~"

54 ixazs Caid Sin~~e he+..~ .= ~y 1500 'mu ~d.Y~p 0800 ixu=s

'-:'ens t<<c e ar 8 ~.i='old'r'a~~ii~L, valve "'~m~

Lot M Kcr 'r~~~e ~M c -cs et~~i ~~.(4) qzz ~

+e Q~~

=or Cz""

C~~~<<e

~1 4 ~vw 3 t~t~s 8z't<<M -'i~~iese ~72~ ies

~ct ~~~~

s~u, Ql'j a 7 C s &~"c COL HlL~ccvv wi3~ he icanti"'M to asm~ ibm= t~a~~e"- =-'~

4"~ eadem oz. mM~>j'o>c M~~~ns vi" z t'.-.e t"-~

(ice l 3 !MhZ M c 9 i~iv Ml Rs ~~~ ~~'~)

R'rvP& l ~ eVGQZ aPQ ~~ ~~'<<Tg t<<e j tean 4y ~ ~ <<~ <<<<<<~et ~

o rpp'ws ww~ 6 ~~~T. -ev" ~ '

. ~~i ~li~~~p C

4 t~tt~ >>. ~ .pcA <<c

<<<<~i~ <<av as~<<cr <<~t

~p~weee<<e or~~ sr~ j<< 'oI

<<e,awar ~ ~@~

w>l

~ep <<~ + C1 +ps 41 ~ N<<r4 asf Qv<<ee <<lg<<e a<<

I.E. LIST OF CATEGORY (A-B-C-D): LEGEND FOR TABLE I (CONT'D) whether it involves an unreviewed safety question

~

prior to commencing with plant startup or continuing with .plant operation.

3) Test Period Column: Nhere test. period is denoted as 1 or 2, tests may be performed during either period< dependent upon plant conditions.

I ~ o I

~ ~IS'2 QZ'AT:-GORY A: .ML= -c='Z - ~~>Gr '2- a T PABMT~RS TO *= oK B=QU73~'~ifYS .

SZK~ <~PDGZ. MA 3ASFQ. Oil BZR TESTS gP oS'Z ply p~ op

X. G. LIST OF CATEGORY (A-B-C): LEGEND FOR TABLE II TESTING TO CODE REQUIREMENTS DETERMINED TO BE IMPRACTICAL -AND, RELIEF REQUESTED... PARAGRAPH 50.55a (g) 5 (iii).

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

NOTES:

Notes l, 2 and 3 of Sub-Section X. E. apply to this Table.

2) Each valve in Table XI is either a) Partially tested to code or, b) Relief requested'nd supported by Relief Request Basis including Alternate Tests.

~ ~ :ST,QF'ZC US70~ctS': >~L Z - EXQLUSIGHS; d CCOE (:n4-'00) ~

~T~t. Taives 0-a' Valves Znsdvznen~ Va> ves Tes Valves

'iia 'K~ance 'I ~~ l~s Non-~fuc ear Sa= e+v <Ta3.ves

~

'itis "mt e o VRJ.ves is. nQ < egcz~ w>ev aze 'e.'1c'ec, a=1M L ciuce& 1 0" <,le Q I ~4m wecQwgs ~

REL'IEF REQUEST BASIS - ATTACHMENT B-1 CODE REQUIREMENTS DETERMINED TO 'BE IMPRACTICAL.....PARAGRAPH 50.55a (g) 5 (iii)- AND RELIEF REQUESTED.

Chemical and Volume Control System Pg. 1 to 8 Safety. Injection System Pg 1 to 10 Auxiliary Coolant System Pg 1 to 3 Component Cooling Reactor Coolant System Pg. 1 to'1 Sampling System I Pg. 1 to 1 Auxiliary Coolant System Pg. 1 to 1 Residual. Heat Removal Steam System Pg. 1 to 1 Condensate and Feedwater Systems Pg. 1 to 2 Lube Oil Service and Pg. 1 to 3 Instrument Air Primary Make-up Containment Pg. 1 to 1 Cooling Water and Chemical Injection Systems Containment Ventilation System Pg. 1 to 2 Diesel Oil System Pg. 1 to 1 Various ('."Passive Valves" ) Pg --1 to

Vail(! 1 Of 43 FLOIIII)h PDY/L'll 8. LICIIT COLIPhlIY VhI.VI"i kl VHDI'R S UZI;. VrPI". WCTu.

Ch l'c'i/

conc VnS NO!lN. PAII,>> III".H.

POS. Vnl; pos.

'I'I'S'l'I" Il lSI

'l I STS IIIIII EIO.

Vhl.vl".

IXX)lll)

Ill1'lhltl~l HOI)I'. DII).

CV-3-200R PI.UG A/0 A NC FC 2. '

EF-2 0-19 2 r.r-8 EST-2 1 SLT-1 CV-3-2000 PLUG A/0 A NC -FC YES 2 EF-2 0-18 2 EF-8 2 EST-2 1 SLT-1 CV-3-200C PLUG R/0 A NO rc YES -EF-2 EF-8 EST-2

'-18 SLT-1 CV-3-204 PLUG A/0 R NO .FC YES 2 EF-2 0-17 2 Er.-8 2 EST-2 1 SLT-1 IIOV-3-381 GATE HO NO FR> YES 2 EF-2 0-1G 2 EST-3 1 SLT-1 CIIEII. VOI.. CONT. (CVCS) VRLVE TEST PIIOGINN 'I'hllI.I"e I

C ~ I As ) II I I 10 (.OI)I I'- <in' (I4

Pa( e 2 of: 43 FLOIIIDA PO'tlLII d. LI(ilIT COI.II'AtIY Vnr.vt; SIZE TYPE ACTU ~ CDDI'ODI'" hCT/ 0 III'I. I'hI I.- III'.tl TI"S'I' f.i I.

tlUtlll8f( Cr, . Ch'I' Vns Id POSE VIII'0 ~i

~

~ f"II. O'I'8

'l'I IllPNI ll(I; HOOr; X Wli.

I ICY-3 -1 21 PLUG h/0 2 h A HO FO tl0 EF-2 5 C-17 2 Er-o 1 SLT-1 3~333 GLOBE I IAH 2 h HC Fhr HO SI.T-l C-17 0

CV-3-310A PLUG n/0 1 n A HO FO DIES YES EF-2 G C-19 Er-o EST-3 CY-3-3 t OII PLUG A/0 1 8 h HC ro YES r:F-2 6 C-19 2 Er-o 2 EST-3 LCY"3-1 1 5C GATE l<0 HO FA1 EF-2 C-14 7

EST-3 ClifI l. VOI.. COtl T . (CVCS )

lgigkll (

F- J03100

I'ue 301: d3 rt.OIIIOA I OVILlt a LICttr COul Altv-Vhl.VI" s l 7i l'. 'l'YPI" ACTU. COD)"'ODI'.. hC'i'/ NOIN. t'h Tr " Bl".II. I I ~

I I g Itl I:pi f. YhI,YI", illJ IN\I"I rtVHOI:n C f.. CM'. Phs POS. Vnr: I OS. Pl'It. I'rS rs. C(SI(l)

I IODI~ xrID LCV- 3-1158 IIUTFY A/0 2 0 n HC YES 2 EF-2 2 EF-9

.2 EST-'3 HOV-3-350 GATE. IIO YES 2 EF-2 9 A-12 2 EST-3 3-312A CIIECK . 1 C A HC HO EF-2 10 C-19 3-3128 . CIIECK 1 C A HC HO EF-2 C-19 3-351 CIIECK C A HC EF-2 A-12 C

3-357 CIIECK 2 'C . A HO EF-2 12 A-13 I ~ 'L n I 0 0 n h tl s iii CIIEH. V01., COHT. (CVCS)

VALVE TEST,I nOGWu<

C, I I @ II I 1 I I L4 F P) (I 'I 1 rrq

I'a9e 4 of 43 rl OklkOA POllER a LIGIIT COWP AIIV SIZH TYPH ACTu. CODE ConH ACV/ NORl. FAIL- Ilk."H. Tk".ST IS! Vhl.vl". l<Pkhl tlUi VALVl'lUHDHll CL. CA'l'. PAS POS ~ UBE ~

POS. PHll.. rHSrS- (XX)IU)

HODH IHD.

3-290n CIIECK 'SA 1 AC lIO IIO EF-2 13 SLT-]

3-290ll 2 CIIECK SA AC A IIO )IO EF-2 13 SLT-1 3-290C 2 CIIECK SA nc NO IIO EF-2 13 SLT-1 3-312C 3 CIIECK SA Ac n IIO IIO EF-2 SLT-1 I ' I I ) li I I A t.l TABLE II VALISE TEST PIIOGIIAII TO CODE AND rklEI~. Vn~oklr (rVCS.)

F-5031lk I RELIEF REQUEST

'Paqe 5 of 43 FLORIDA POlt(CR L LlGllT COMPANY VnLVE SI7iE TXPE aCTu. COur. CODE ~CT/ NOM1. FAIL- BEN. TEST ISI VMVC BH1AAKS NUHBER CL. CAT. PAS POS. ORE .

POS. PER. TESTS COOBD HODB IND.

110Y-3-860A 14 GATE HO 2 D A tlC FAI YES 2 EF-2 A-9 2 EST-4 t10V-3-8608 14 GATE t!0 FAI YES EF-2

.EST-4 HOY-3-861A 14 GATE HO ttc FAI YES EF-2 A-8 EST-4 SLT-1 t!OY-3-8618 14 GATE l10 2 A A HC, FAI YES EF-2 R-8 EST-4 SLT-1 HOY-3-880A 6 GATE HO 2 A tIC FAI YES EF-1 EST-6 SLT-1 tlOV-3-880D 6 GATE t<0 ttc FAI YES EF-1 D-j EST-6

. SLT-1 t!OV-3-863A 8 GATE t10 2 D/E A FAI YES 2 EF-2 EST-3 l

2 CC -1 Pl 1 0 Q Il A t4 SAFETY IHJECTIOtl SYSTEH (SIS) VALYE TEST I'ROGRAt1 TA13LE I Q II% II I TESTS TD COl)E F.-603186

Pae6of 43 FLORIDA POYll..R 6, LlGllT COtAPAllY VhLVE SIZE TYPE ACTU. CODE CODE hCT/ NORH. PAXL- REt l. TEST :f SI VhI.Vl. RB lhi UZi HUHDER CI . CAT. PAS POS. URB POS. PER. TESTS CO31Q MODE ZHD.

HOV-3-0630 8 GATE HO 2 0/C YES 2 EF-2 3 8-8 2 EST-2 a OQ-l HOV-3-072 GATE HO HC FAI YES Ef-2 A-7 EST-3 HOV-3-069 3 GATE HO NC FAI YES EF-1 0-12 EST-3 HOV-3-067A 4 . GATE HO Ilc FAI YES 3 EF-1 C-9

-3 EST-6 HOV-3-0678 4 GATE -HO HC FAI- YES EF-1 C-9 EST-6 CV-3-055 1 GI OBE A/0 2 A HC FC YES EF-2 C-9 EF-0 EST-2 SLT-1 CV- 3-841A 1 GLOBE A/0 lip YES 3 EF-1 D-9 3 EF-7 3 EST-2 V-3-0410 1 GLOBE A/0 VO FC YES 3: EF-1 0-9 3 Ef-7 3 EST-2 l 0 C I 1 A I.I J

SAI'ETY ItQECTIOtl SYSTEH (SIS)

S'

.VALVE TEST PROGRAH Thl)LH I II<>l I TESTS 'l'0 CODF' C

i'-503105

Prig@ 7 ol: 43 FLalllnA VOIEIli LIGIIT COMI'AIIY vnr.vr. S I Kl'l'YP8 nero. coul.; cone ncl/ ~ollll, l"nxr.- llew. 'l'I:S ISl IIIII) vnl.vl". Ill')Inlllh'I Howl)rn cr.. cn'l'. pns, pos. UBI.'POS. I'rl<.

lrb JS FIO. QX)lll)

Hoor; rHI).

3-095V 3/4 GLODE . HAH 2 A/E P LC tlo SLT-1 O. 0-12 OC-1 t10V 3-066R GLOBE HO 0/E A LC FAl YES EF-2 0-15 EST-3 OC-1 I

HOV-3-0660 2 GI.ODE HO 0/E .

A LC FAl YES EF-2 0-15 EST-3 Oc-1 HOV- 3-043A GATE tl0 A tlC FAl . YES 3 EF-1 C-13 3 ESl-6 tlOV- 3-04313 GATE . 'HO A tlc FAr YES 3 EF-1 C-13 I 3 EST-6 3-076A 0 'ulECK 'A A tlC IIO 2 F.F-2 D-15 3-076ll 0 CIIECK A IIC llo EI -2 A-13 3-0'/GC . 0 'IIECK SA 1 C A HC IIO I'.F-2 A-11 3-0760 CIIECK A tIC A-13 3-0/Gl'. 0 . CIIECK 1 C A tIC tl0 EF-2

]~

I ~ I I 0 4 II il1I SAI'I'.TV iII,IECTIOII SVSTEH (SiS j i! <i~ VALVE TEST PlIOG1IAIl 'Inlllr; I C I I A I1 I II' IO < Ol)l' grid c E 503]0

Pace 0 of 43 FLOIIIOA I'OYIER L LIGllT COIII'AIIV vnrvl;- SIKH TYPH hcTU ~ co!)I'. col)H ncT/ No<<w. r:nor. <<HII. 'l'I'".ST I'> I <<I'XIIIVI NUllfIHA Cl>. ChT. PhQ POS. U<<H POS. PH I\. I[IPlSTS

~ VN,VI'X)III)

HOOH INI).

079n CIIECK 2 C NC tlo EI'-1 lg CIIECK SA 2 C' NC IIO EF-1 C-7 3.9 079C CIIECK 2- C A tIC tIO EF-1 i9- C-7 079I) CIIECK 2 C NC tIO EF'-1 ig C-7 3-075A 10 .OIECK .

SA 1 C A IIO EI'-2 9 h-16 3 -0750 10 ~

CIIECK SA C tIO EF-2 A-17 1 9 3 -075C 10 CIIECK C El'-2 A-17 1 NC NO 9 fl(JV- 3-065R 10 GA I'E Fhl YES OC-1 0-15 0

tIOV-3<650 )0 GATE tl0 2 E LO FAI YES OC-1 "

0 D-13 l<OV- 3-865C 10 GATE lIO LO Fhl YES OC-1 0. D-l )

3-2915 GATE tIAtt 2 E LO Fhl tIO OC-1 0 0-10

"".:" SAFETV IN,IECTION SVSTeI (Sts)

I ~ I \ 0 0 II 4 14 I I I I.C VALVE TEST PIIOGIIAI< 'I'hllI.I' g lg 4 Il g TI "I'" TO COI)I' I:-503105

'4 I'1(JQ 9 Qf 13 rLonioA vowcn rt, l.tcitT cour AiiY vnLvr; SILL TYPE ncTU. c'ODL conr. ncaa/ HOnN. mr L ni'.M. IllP Q It1 j'~ r Vhl IVI'. nl Hhl)I ~~i HUMDCR cL. CnT. pns POS. Unl; pos. Pelt. '1'ES'1'S n x)iu)

MQDr'HD.

3-2916 GATE E LO FAI HO OC-1 0, 0-9 2'lAH 3-2917 'GATE HAH LO FAl tta OC-.1 0 8-9 3 00r 10 GATE tiAtt '2

~ ~

LO FAl 'l0 OC-1 O'-11 I

3<07 GljTFY HAll 2 E P LO rAl 'to OC-1 0 '0-6 006-R GATE HAH I.O rAl= tlo OC-1 0 . 0-6 GATE HAH 2 LO FAl tl0 OC-1 0 C-6

'2 006-C GATE t'lAH LO rAr Ho OC-1 0 C6) l3l36-D GATE wut 2 r; LO FRl HO 1 OC-1 0 C-6 GATE HAH 2 LO FAl tlO

' OC-1 0.')-7

.GATE HAH 2 E LO FAl tlo OC-1 0 C-7

- ~

1$ H VnnnVS~V~

s~ng~gpgZgg~g~is~s~ ","'olVT VS.S.v .$ $ Oaoe

~ 'I'h I i l il'.

'l'IO'I'S 'I'() C<)i)l'i

$$$$ c '

603106 g)'

I'a(le 10 of: 43 FLOIIIDA I OYICI3 4 l.lGIIT COhIPAIIY vhr.vt; SIXI,'l'YPr" hCTO. CQDI" COI)I.; hCr/ NOnN. I; hI I.- I IllPi S II r.s'r VAI,VI'. III 21hlllQI Nuwnr.'ll CL. Ch'I'. Pho PQS. Util' IODI'II;"I'I.

POS. Prill. IlIrl Q gg S OIQIll)

XND.

ooo-c GATE t tnt l P LO FAI HO oc-1 0 C-7

\

000-3) GATE .Ntt P LO FAI tlo Ac-1 0. C-7 048-R GATE . t tntt Fnl t!0 OC-1 '0-'-7 04r l3 GATE t tntt. P LO FRI HO Oc-1 C-7 845-C GATE t tntt LO FAI tlo OC-1 0 C-7 048-0 GATL 'P LO FAI HO OC-1 0 C-7 3 -844-n GnTE t~ntt P LO FAI HO OC-1 0

'lo 3 -044-ll GATE ttAN P LO Fnl 1 Oc-1 0 3 -091-A GATE tMtt P LO Fnt tlo OC-1 -

0 3 -091-13 GATE tlntt P LO HO OC-1 0 QIIIlg I I I L f.

g snt:r1Y ttt,3Lcrttltt svsrEtt

t. S03lor (sts) . vnLvE TEsT tnoGttntt I I

' '()

'I'AI l I'I'. I

( l)l)l

rt.oltlnA Ponrlt II.t.lcttT courhtlY vhr,vr; S IZI '1'YPH ACTU co.)r; coot'. HOON, t"AIL" ltt: fl.

HUHDI'R C Ie ~

CA'l'CV/ PAS POS. Uitr; POS.

Tl'.S'l'r tl.

Noor; PHD.

3 -860R GLOBE. HRH LO IIO 1 3 -0600 GLOBE ASH E P . LO HO 1 3- 060C GLOBE HRH P LO NO svSVEth I ~ llllOhlAIJ

,"'~MEQX ItlJLTTJQl~SS'~lt SISL ",'"" VRLVE TEST PIIOOIIRH CII+<IT E-503105

Paqeel2 n. g PLOIIIDA POYlL'll L l.!GIIT COlIPAIIY VALVI'IVklDER SIZE TYPJ'CTU. CO!)I". COD!: ACT CL. CAT. PAS f NORH.

POS.

FAIL- ALH. T P T VllH g'i Pr;a.

ISI eyp~ris~

BIO) Vhl.Vl'. lull.:

POS, tlo. uxiiui zone ron.

EF-2 HOV-87QA tlo FAI YES 10 C-7 EST-3 HOV-87QD tto FAI YES EF-2 10 C-7 EST-g

l tiOV- 3-QGAA 16 GATE t10 D/E A Lo FAI YES 1 EF-2 1 EST-4 1 OC-1 tIOV-3-QGOD 16 GATE t10 8/E A . . LO FAI YES 1 EF-2 0-2

1. EST-4 1 OC-1 t10V-3-QG2A GATE Ho 2 D/E A Lo I'AI YES 1 EF-2 12 A-5 1 EST-5 .

1 OC-I tIOV-3-QG28 8/E A Lo Fhl YES 1 EF-2 12 A-5 1 EST-5 1 OC-1 SV.- 3-2905 GATE So A tlC FAI ttO EF-2 13 C-10 SV-3-2906 GATE So '-

h tlC FAI flo EF-2 13 C-10 SU-3-2907 'SO ~

h tlC FAI f10 EF-2 C-9 I ~ IIOAll*l4 lg)LC VALVE TEST WOGItmt TABLE XI SAFETY ltlJECTIOl'l SYSTEtl fSIS) TO CODE AND C II4 II I F-503I85 REIl:EF BEQUEST

j'age 13 of 43 FI.OIIIOA I'OklEIj b. LIGllT COMPAIIY V@I'.Vj; 8 I ZL'jrYPE ACTU. (.Or) I CO I) I'f Ch'l'. PAS hC r/ HORN. j'hTL nVti. TEST ISjf BIO l VhliVI'. j)l PlhnltÃi HUHOL't( . POS. URE POS. PEll ~

~

llfi+ jlg%

5)O. (:(X)IU)

IIODE IND.

SV- 3-2900 GATE SO A 'lc FAl tl0 EF-2 13 C-9 SV-3-2909 GATE SO IIC FA1 tl0 EI.-2 13 C-9 SV-3-2910 GATE . SO A HC 'AI rl0 EF-2 13 C-9 3-2910 CIIECK SA 2 C rlc HO ll 0-10 'See Alternnte in Bequest

'esting fot Belief Oasis 3-2919 CtlECK SA 2 C HC HO in O-9 3-2920 CIIECK, SA tlc IIO 14 II-9 3-2921 CIIECK SA 2 C tlo 10 I3-10 3-2922, CIIECK SA -. 2 C tlc . rlo 10 ll-9 P

3-2923 CIIECK SA 2 C Hc rlo 10 II-9 3-070A 2, CIIECll SA 1 C A tl0 EF-2 15 I)-17 3-074II CIIECK SA 1 C .A HC tl0 EF-2 16 0-17 STSlfl ~

ll ~ LC .SAFErV IIWI'.Cl lotl SVSTEII-(SIS) v>sr)r.n*W VAI.VE TEST I'BOGIrAII TABLE II TO CODE AND C ~ I All I lllLC I;-9031f> P g+

Tg I'IO. CYX)ltl)

NODE I HI).

3-073A CIIECK 'SA HO 1 EF-2 16 C-15 3-0730 CIIECK SA C A NC ' HO EF-2 16 C-15 3-073C CIIECK SA A HC HO EF-2 -16 C-10 3-0750 10 CIIECK SA A tlC II0 1 EF-2 17 0-15 3 075E 10 CIIECK . SA A IIC HO EF-2 17 0-13 3-075F 10 CIIECI'A A IIC IIO EF-2 17 0-11 3-090A CIIFCK . SA A NC NO 10 0-0 'ee Al terna Le Testing in lteElnesL for Itelief Basis 3-0993 CIIECK SA HO 1 0-0 Sv ~ i CM iiiiaiTWaie TABLE Il:

C i<4 lilT VEITT IIIJECIIOILSESIEILCSTQ NLVE TEST PIIOOOIN TO CODE AND TTria E-50310 RELIEF REQUEST
I'ac e .15 0C 4 FLOIIIOA POlt(ER II. LIGIIT COI(PAtlY Vhr.VH SXZH TYPE ACTU. CODE COI)H hCV/ Norm. Fhlh- BHtl. I/IH Q> i/I .I:Sl. IIIII3 Vhl.VI'. Itl+Ihlll(fi tIUHIIHR Cls Ch'3 PM POS. UBH POS. PHII. ~
PP~r)IS NIO. AX)III)
HODH IND.
I 10V- 3-7 49A 16 GATE t10 Fnl YES 3 EF-1 n-5 3 ESI-5 HOV- 3-7490 16 GATE Fnl YES EF-1 EST-5 CV- 3-739 3 GLOBE n/0 2 8 A NC 2 E.F-2'F-0 1 ll-13 2
2 EST-2 3-730 3 CIIF.CK SELF 2 C A Nc tlo F.F-2 2 A-17 HOV-'3-716A GATE t40 A NO Fnt YES 2 El'-2 3 0-10 2 EST-6 t10V-3-7160 6 GATE FAI El'-2 4 0-t7 EST-6 l10V-3-730 6 GATE HO n No Fnt YES 2 EF-2 5 C-13 2 EST-6 I'CV- 3-62fi 3 0ATL'10 Fni YES L'I'-2 6 II-13 ESI-6 IIOTE:
t10 1'RIII.E I 1 VAI.VI'.S
%V ~ I I.M
<<nux coat cotll cooL (nccc) VALVE 1'FSlROGINN 'I'h I I I.I"; )
g IIAIII
'I'I"S'I'S 'I'0 COI)l',
F-503)07
~l'aced 16 of 43 FLOi<lnn I Owen a LICIIT COIII Aln Vhl.VE SIZE TYPE hCTV. CODE CODE hC)/ NORM. FhIIi- Rl M. >/II >f L'>)lr llllll Vhl>VI'> IIII'IMIIZi HVMDER CI>. ChT. PhG POS. VRE POS. PEJt. ~
I>P ~ >I> ~ I'IO. (YX)III)
MODl'. IHI).
3-702A 1G CIIECK SELF 3 C tlO HO 3 Er-1 C-ll 3-702It 1G CIIECK SELF HO EF-1 3-702C 1G CIIECK SELF 3 C NO HO 3 3-710A CATE t IAH 3 E FAt HO OC-1 0'-10 3-71011 GATE tIAN LO FAI tIO OC-1 C-10 0
3-77OA GATE HAN LO FAI HO OC-1 0 C-7 3-770II GATE HAN LO rAI Ho OC-1 0 A-9 3-770C 2 GATE IIAH LO rAl NO OC-1 0 C-7 3-7701) GATE tIAN LO FAl NQ OC-I 3-707 A, GATF. tIAH tlo FA1 NO :C-10
""." AIIX. COOI>> COIII'. COOL {ACCC) VALVE TEST PROGRAI1 C>>A>>
r) va.a E-503100
I"are 17 of 43 I:I.ORIDA I OWER i l.IGIIT Calli AIIY vnr.vE SIKH TYPE ACTU. CODI" COI)E ACT/ IIOitN. Phzr,- Itl".H. TES'1'EIt, ISX Vht,VI; ltl:HAItl<.'I HUI Ii)ER cr.. cnr. PAS POS. UBE POS. ~
IIEQTS (XX)Itl)
HOI)E XHD.
>-787C HAH NO Fni NO C-12 3-707E 16 GATE HO FAI NO 0 C-15 3-707F 16 IIO Fnt IIO 0. C-15 NOTE:
HO TRIlLE tI VALVES I~ I I 04 IlA M AuX. COOI.. COIIV. COOI.. (ACCC) VALVE TEST VnOGIVe C II > II I ~ ~ A\ ~ All l
Pane 30 of 43 FLOIIIDA POYJEIJ d. L.IGIIT CO)hl'AIIY VALVH SIKH 'i'YPH AC'ZU. CODH CODJ'L.
Ac'r/ NOlU'1. 'PATTE- ltt'VI. 'J'I ISI JNI3 VAIsVI" III+IAIII<fi NUIIIJHR CA'J'. PAS- POS. UAH POS.
S'J'HJI.
rHSrS M. QX)N>
MODH ItlD.
PCY-3-1014 GLOBE A/0 NC FC NO EF-1 0-6 EF-7 SLT-1 CY-3-465nh 3/4 Olhpll h/0 BIO YES EF-1 C-7 EF-7 EST-2 CV-3-4658 3/4 nlhpll A/0 2 h HO FC YES 3 EF-1 C-6 3 EF-7 3 FST-2 1 SLT-1
.CV-3-4659h 3/4 ninrll h/0 FC YES 3 EF-> C-7 3 EF-7 3 EST-2 CV> '-46598 3/4 nrhVil R/0 2 h HO FC Yl=S EF-1 C-6 FF-7 LST-2 SLT-1 CY- 3.4660R 0 lhPll h/0 g0 FC YES EF-.1 I3-7 EF-7 EST-2 IIIIClCIIAll llhsTE nl spOsRL-L l(QUID VRLVE TEST PROGBRll
'll ,OI)i' U)I)I
'I'All
Pa(ge 19 of 43
'LOAIDA POWCR 8, L.IGIIT COMPAIIY VAIiVP. SXZI'rYPH ACTU. COOI" COOI," ACr/ NOIIH. 1'AXL- III';I'I. III f~< ~ III XHI Vhl Vl". lu'Mllltlz HUI lllI;A Cf . CA'r. PAS POS. Vill; POS. Pl;"ll. rRSTS QX)III)
>>OOI'. X WO.
CV-3-nGGOD D I AP I I A/0 HO YES 3 EF-1 3 EF-7 3 EST-2 I SLT-I ROTC; NO TAIILE II VALVES IillllCAhll I v S I g II g llk ll I
~~ r~ r IlRSTL' I SPOSRL- L I IIU I D l'- ~i()llAO
'l'I O
'l'hill I',
t.OI)I'
Page. 20 of 43 FLOAIOA I'OYIER a L.IGIIT COIAPAIIY VAIIVI S I7il'iYPB ecru. CO')l" CODL'l acr/ NonH. r'Arr.- IIVII. 'I'I'8'l'I" ISI IIIIII VAliVI" Ill'7IAllIQi NUHI3L'R CAI PAS POS.. UllH POS. ll. lgl flQ IJ1 ~ BIO. CXX)IU)
HODI; IND.
CV-3-519A 3 'lh VII A/0 2 A tIO FC YES 2 EF-2 h-12 2 EI'-0 2 EST-4 SLT-1 3-510 3/41 CIIECK SELF 2 RC IIC IIO EF-2 SLT-1 2 '-ll CV-3-516 3/0 GLOBE h/0 2 h tIC FC YES 3 EF-1 'A-12 3 EF-7 3 EST-2 1 SLT-1 BV-3-551R SRFE 1 C tlC IIO A-7 RV-3 "6610 SArE SA tlC tl0 A-7, RV-3-551C 1 C tIC tlo l!OTE:
I'l0 TAIILE Il VALVFS
~ v i1Kli nnnonsw I IILC 'I'AII I,I' IIEACKJ<SQOLSDD h igni iver ~rrw nnnr nose ~s ~ i>(~'iI~ ~ ~ nlrb I~AliiP
Pa e 2l of 43 FLORIDh POI'IER d. LIGIIT COMPh! IY vnLYH SIZI 'J'YPH ACTU, co!)I; conH ncv/ @ORAL>, r:nor; lll".rl. I Jl
['h
$ IJI I' Rllll Vnl Vl'. III'Hhlll<.i rluHnr;a C!r. cn'l'. pAs pos. unH POS. PHIL. THSTS rlo. OX)ill)
>1OI)l'. IND.
CV-3-956R GLODE A/0 2 R R rIC 'FC 2 EF-2 2 EF-8 2 EST-2 I SLT-I I
CV-3-9568 3/8 GLODE A/0 2 R R IIC FC YES 2 EF-2 2 EF-8 2 EST-2 1 SLT-1 h
CV-3-956C 3/8 GLODE A/0 2 R A rIC FC YES 2 EF G-ll 2 EF-8 2 EST-2 SLT-1 CV-3-956() 3/0 GLODE R/0 2 2 EF-2 EF-8 2 EST-2 1 SLT-1 NOTE:
tIO TRDLE II VALVES rr r ~ rhtr rrri'i""'RL'YE TES1'IIOGIUN SN<ILtrg (SS) 'I'AllI al" I c>i*nr 'I'I;"!i'I'$ 'lhO C()l)I'.
rsrr r I. r.nOr nhi
I r
l'ge 30 og 43 rl.onlow voncR a t.lcUT cour hen VALVE SI'I.H TYPE ACTU. COOl'L.
COOn ACV/ Voru>. t'AIL- nHW. TH g+IJI IS l BBI3 VhliVI; ill'.1'lhlll<!3,
'UHDHR CAT. PAS POS ~ 'UAH POS. pm, vrsrs 1'1O. (XGIIl)
MODH IND.
HOV-3 1417 10 GATE HO h no FR1. YES EF-2 EST-4 110V- 3-1418 10 GATE HO h NO FRI YES EF-2 C-10 EST-4 CV-3-2903 10 DUTFY h/0 2 h HO FO YES EF-1 R-0 EF-7 EST-3 CV-3-2904 10 DUTFY h/0 2 R NO FO YES PF-1 EF-7 EST-3 CV-3-2905 10 DUTFY R/0 2 h HO FO YES 3 EF-1 3 EF-7 3 EST-3 CV-3-2906 10 DUTFY R/0 2 R t)C FO YES EF-1 R-11 EF-7 EST-3 CV-3-2907 10 DUTFV A/0 2 h VC FO YES El'-1 EF-7 EST-3
'rsvp"I-I:
Vllll1RllY HRKEUI'HO CONT. COOL. VALVE TEST PPOGR/4
I'ni>e 39 of 43 FLORIOA VOYAGER L LIGIIT CO)APANY var,vr S I 7. li JYPH wctu; coDr; cool. nc z/ I NOAH. Fh Ti- Bl'.l'I ~ IJIP q IJI XS I ROD Vhl evl", Rl HhllNPj HUtlDER CL ~ CM' PhS POS. 0 BE POS ~ Pl:ll. lgr'+ IJ1S halo. Oui q i l'lODE I ND ~
CV- 3-2900 DUTFY A/0 2 0 A NC FO YES 3 EF-l C-'I l 3 EF-7 3 CST-3 CV-3-20 1 0 PLUG A/0 2 D NO FC YES 3 EF-I n->>
3 PF-7 3 EST-3 CV-4-2012 PLUG . A/0 2 D NO FC YES 3 CF-1 3 EF-7 3 EST-3, CV-3-201 4 PLUG A/0 NO FC YES 3 EF-l D-l l 3 EF-S 3 EST- 3 3 -IO-5G7 CIIECK SELF 2 AC P NO SLT-1 0 .
I t<OTE:
NO TRBI.E II VALVES' R IHRAY HRKEUP RHD CONT. COOL.
"" ~ VALVE TEST MOGARN QIIAI11 litt.f. I'-507036
Pnqc 40 of 43 FLOIIIDA roncn a LIGII'r COIAI'A)IY vnLvH . SIKH TYPH ACTU. COJH CODl RCT/ NOAH- r'RIL- TI? ST I S5I Bl63 Vnl.Vl? lllfNlll<S}
NU1 Il)Hfdf CL. CRT. PRS POS. HODI'lLl'l.
unH POS. PHI( ~ 'I'I";STS tlO. (XX)lll)
XND.
IIV-3-1 2 0 I API I Hhfl 2 E LC FAI IIO EF-2 1 F-10 OC-1 IIV-3-2 2 DIAPII IIAtl 2 AE LC FAI IIO EF-2 2 F-10 OC-1 SLT-1 IIV-3-3 2 OI APII HAtl 2 E LC FAI Ilo EF-2 1 F-10 OC-1 IIV-3-n 2 0l APII NH 2 AE LC FAI EF-2 2 F-10 OC-1 SLT-1 I'OV- 3-2GOO 40 DUTFY 0 2 A IIC FC YES sLT-1 l3-2
. . 0 POV-3-2GOl ID DUTFY 0 tlc FC YES SLT-1 O'-3 L
I'OV-3-2G02 5'I DUTFY 0 2 A IIC I'C YES SLT-1 0 0-2 rov-3-2Go3 DUTFY iO 2 A IIC FC SLT-1 0 0-3 5Y5 I
~ P}}if}4}}AM 'I'hill.l'.
OIITAIIIUEIITMEN3lhIM VALVE TESl PROGrINI
'I'I 'l'I() I Al)l
( F- }OPOl7
I r
l'ge 4l of 43 FLOIIIDA I'OWER 8. LIGIIT COMP AIlY VALVf SISB TYPE ACTU. CODE CODI'A'l'. ACr/ WOIW. rhrL- nl".II. 'I'ES'l'I;B. ISI Vhl.VI', Itl+Ihlll<~i HUHOBR CL. PAS POS. UII8 POS. VI'.STS QXjIU) NODE IND. CV-3-2tll 9 2 PLUG AO A HO FC YES 3 EF-1 0-2 3 EF-7 3 EST-3 1 SLT-1 CV-3-2026 2 PLUG AO A HO FC YES EF-1 0-1 EF-7 EST-3 SLT-1 SV-3-2911 1 PLUG SO A HO FC YES EF-1 C-0 EF-7 EST-3 SLT-1 SV- 3-2912 1 PLUG SO A NO FC YES EF-1 0-8 EF-7 EST-3 SLT-'} SV-3"2913 1 . PLUG SO 2 A HO FC YES 3' EF-1 EF-7 3 EST-3'Y4 I III ~ >>IOIZ>>Ale I I I I.C 'I'AllI >P [
'!ZAIIII1EHT VEHZM74Qt VALVE TEST, PROGRN1 Tl'.S l>S .'l'0 COI)l'.
Pa<ye 42 oC 43 vLonmA vomca a Licit'ouve<x vnLvE SIZE TXPH hCTU. Conr; CODE ncr/ NofN. Ph IL- BEN. lrfpgtlt Iw vnl.vi". l<IRhlll<S tlofmER cr.. cnT. PPS POS ~ UBr POS. PER. 'rr'GTS HQ. (XX)i0) HOnE IHD. 3-11-003 2 CIIEGK S/R 2 R/C BIO NO EF-2 3 0-7 SLT-1 5Y5 I 5:tt Ptl00IlRtt TABLE ctlltt t COIITRlllll~CNT VEtl IQQ+~SYS~ VRlVE TEST PROGliRH TO CODE AND F-502031 } RELIEF REQUEST
I r f
Page 43 of 43 FLORIDA VOYICR 8 LIGIIT CO]APAtIY VALVI; SIZE 'l'YPE ACXu. COOV CODV. nCV/ NORII. I"aIL- BL"H. TEST ISI RBI3 Vhl VP. Ill'Hhlll(S
'UHI38n CL. CAT. PAS pos. unr; POS. pHn. TESTS RIO. CXX)lll)
HODE IND. h CV- 3-2021 PLUG A/0 2 A A HO YES 3 EF-1 3 EF-7 3 EST-2 SLT-1 CV-3.-2022 PLUG A/0 2 . A NO FC 3' EF-1 C-9 EF-7 3 EST-2 1 SLT-1 NOTE: NO TABLE ll VALVES ll rnaanAW 5V0 1 K CONT. 5 IINNASTE OnAIHS i VENTS VALVE TEST PI10GANI
'WIII.E I 'I'I S'I'S 'l'0 (:Ol)l~i
FLORIDA POWER a LlGHT COhIPhNY PHNE. VALVE LEAKAGE PENH. VALVE LEAI<AGH PHNE. VALVE LEAKAGE NO. NUl/DER CC/MIN NO. NUHDER CC/MXN NO. .NUNDER CC/HXN HOV-3-751 1o,ooO NOV-3-800A 5,aoo 33 SV-3-2911 2,000-CV-3-516 500 tiOV-3-8000 3-40-204 2,000 CK-3-510 2,500 20 CV-3-956C 1,000 3-40-205 2,000 CV-3;-519A 2,000 23 CY-3-2821 2,000 pov-3-2600 15,oaa. CV-3-956A 1,000 CV-3-2022 2,000 POY-3-2601 15,000 CV-3-9560 1,000 3-297A 1,000 36 POV-3.2602 15,rrnn 10 CV-3-46500 500 24A CK-'3-290A 2,000 36 POV- 3-2603 15,000 10 pcv-3-1014 240 '3-297II 1,aoo CY 3 055 500 2,000',000 cv-3-200A 240 CK-3-2988 2,000 cK-3-10-567 4,000 CV-3-2000 3,000 znc 3-297C 1,000 IIV-3-4 1,000 CV-3-ZOOC 3,009 ~ 24C CK-3 =290C 2,000 52 cv-3-46600 z,nno CV-3-204 1,ooo 25 lhOY-3-3II1 2,000 54A 510V-3-06lh 7 enon IICV-3-121 2,000 CY-3 -2803 2,000 IIOV-3-0610 7,aon 15 3-333 20000 29 CK-3-40"336 4,000 55 cv-3-9560 1,noo 15 CK-3-312C 4ooao 31 CY-3-46590 500 63 CV-3-2019 2,000 16 IIV-3-2 1,000 32 cK-3-11-003 2,000 63 CV-3-2026 2,000 17 3-095V 500 32 SY-3-2912 2 000 5Y5Tgk< I'l0 C llhi@
'ARIoUs VALYE TEST PRPgRyI C HAll g l 'I'ADIL A VARIOUS vALvH LrAI<Acr;. nAL'Hs
PUMP TEST PROGRAM II.A. Table XV Test Parameters This subsection outlines the pumps which are provided with an emergency power source.
Turkey Point Unit No, 3 Page 1 Of 2
~~
IILOIIII)hJI07lLIII JI I.lGllT COJAPAIIY PIJJIP PIJI.IP ll0. TJ'O'P PABhNI"I'I" ALIIS
>>()~ccrc, Xti&L "VlTi~'nLloo Ila<<r1<<g Proaaoro, Praaauro, llnLa, i hIIIJI 1 L'ii<1o, '3 <<IIIIIa rn L'o ra ~
Pi hP 0 V 'l'I, (1) h<<xi 1 1 nry I.'eI!I1 P2A Yes Yea ~ o Yea Yah3) Yoa Yaa YeV) Yaa P2C Yoa Yea YaV) Yaa Yaa Iol;nka Cooling 3-P9A tlo Yea Yaa v=f3) Yaa Il<< I:er. 3 "P9I3 tto Yaa Yea YcL3) IIO 3 "P9C tlo I3) Yea Yo.i Yaa IIO I'IaslII<<nl Ilont 3-P210A tlo I Yaa llo (2) llo Item)nvnl (2) 3-P2100 tin Yea Yea llo ~ I tu CooqIooeol: Cooling 3 -P211A 'ln Yea Yoa ~ Yaa 3-P21lo Xua YOII Yaa 3"P211C tJn Yoa I (2) Co<<Lniiwnaot Gprny 3-P21)h tto Yea Yoo tin Yea Yoa (2) 3 "P2 ill) llo tlo lilI IIC II AI I IIILC I'IIIII 'I'I'IPIIIO(alIAH 'I'AllI.I 1V
P I I
Turkey Point Unit No, 3 Page 2 og 2 I:I OHIDA I'OIL'llL LIGIIT COIEPAIIY Pill 1P PUHP tlo. 't'l3GT PhlthHl".l'Rlllt OPoaLl, P ou VTbr.nL an DQ'll:Ill(J Praaanva, ProaJnrc, lln La, hmpl 1 l:nE1o 0 To<IYtlero Lnro,
. ill hP 0 t)s 4 (1) lli@is lloaEl t0215h tin ~ . YoEj Yon Yoa QnfoLy ZnjccLlan tla"')o(2)
P215it tlo Yoo Yoo Yea P215C .Hp Yes lie(2 Yes P216Q Ho Yes Yes He(2
~IIOTE: 0 ARlHG TEHPEMTI ~RE, T,, 1S t1EASUAEI OIILY OH TIIE AHl UAL TE T. ~IIOTE Q2: 2 XEQ IIYQ, IIESIS AHCE SYS El) ~IIOTE 3; Yl RIOOLE IITO. IIE 1STAIICE iYSTEf1 ~ 'IIQCTiLIE s)EL@
OtllLJTl02&!ILIIIIOII 'l'hQf.l". 1V
C r
Pace 22 oC 43 FLOnIDA I'Onrn 8, LIGIIT COMIihIIY Vhr,VE tlUHDHR SIZE TXPH ACTU. CODE CODE
.CL. Ch I'CV/ NOIIN.
PAS POS. I"hZL- III".tl. TEST UILH POS. PHll. ZSX TESTS Itin) Vhl iVH N). C(X)lll) lu't Ihlu4~i HODH IND. 3-753A 10 CIIECK SA A* NC NO EF-1 F-7 3 7538 10 CIIECK SA A NC NO EF-1 11-7 IICV-3-750 12 IIUTFY A/0 P LO FO NO OC-1 0 G-11 3-7il1 A GLOBE HAH 2 0/E A LO NO EF-1 OC-1 IIOV-3-740A 10 GATE IIO A NC FAl YES E f'-2. 1 O-12 EST-3 l10V-3-744II 10 GATE t10 2 NC Fnl 2 EF-2 0-12 2 EST-3 rsiir. AUX. COOI . BES. IIERT BEI1. (BIIB) VALVE 1EST PBOGBAI1 'I'hill.l'. I CSOatl I 'I'HUi'I'S Tt) C()l)l" F-503196
Page 23 oC 43 FLOIIIDA VOI'ICtt 5. LIGII'f COMI'AIIY vhr.vr; SIKH TYPH ACTIJ. Co JrH CODH hcr/ wore. I"hzr.- I t. mrs'p ISZ rtltl) Vhl.VI'. Ill Hhl(IVI HU>1I3HR CL. ChT. PAS POS. UIIH HODI'II POS. r rtt. 'Irszs tD. (XQIQ IND. 3-752A 14 GATE p Lo mt HO OC-1 '0 '-5 4 3-752lt 14 GATE tlArt P LO FAi 'o OC-1 ,0 G-5 3-754A 10 GATE 'IAH P I.O rAt 'HO OC-1 o. r tt 3 -750II 10 GATE P LO FAl HO OC-1 ..0. It-.0 3-757R 10 GATE tlhtl p Lo mt tIO OC-1 0. r.-9
'0 3 -757D GATE NH P Lo FAI Ho OC-1 ll-9 3 -759A 10 GATE lett FAt tlo OC-1 0 F-10 ,0 ~
3 -7598 10 GATE ,.HAH P LO Fnt HO OC-1 .0 II-10 At)X. COOL. IIES.'IERT IIEH.. (Bltlt) VALVE TEST I'IIOGRAH +II%III I'-503199
t I FLORIDA POYlER L LIGIIT COIhRAIIY Vht VH SIZE TYPE llCTU. CODH CODE hCT/ HO/VI, l"h Xl'r- RHnl. TI'ST TSJ Vhl,Vl", 111'PlhRI< i I'IUIIDHR CI.. ChT. PAS POS. unH POS. PHR. 'I'I"ST9 (3X)Ill) MODE IN I). t10V-3-751 . 1$ GATE LC FAI YfS 1 SLT-1 C-5 0. t OC-$ 0 IIOY-3-750 GATf t10 p t(C FAl 0 SYS III ~ QHIL IIES llfl!IJ1 r noanau
.- VAt.VC TfST VttOOttntt TABLE II 's TO CODE AND vs.c I'-50319 1 RELIEF REQUEST
r IQ( 8 25 0 f g3 rLORIOA VOWER a LIOIIT COuVNIV VAI.VI' SEKH 'l'YPH ACTU ~ CODING CODING AC'P/ NORbl. FAIIi- llLEI. Ijt fi V IP ZSI Bill) Vhl I tl'HhlII<Pi l)UNDER Cli. Ch'P. P AS POS. 0 BE l'OS Pul. 'I'PSTS VI.'IO. CN)III) IIODI" XND. HO TMLE I OR TMLE II VALVES gallOCIIAH NJX. COOLANT SPENIUEL VALVE TEST PltOGRN<
I Imari Pa e 26 ol:.43 FLORIOA VOY(ER 5, LIGIIT COMPANY VALVE s 'L'YPr hCTU. COOl" CODr; hCT/ NOR'l. r'hII. BL".tl. rysp~gp ISI Vhl sVP. lll1'1hllN1 HUHDHB CL. Ch'l'. PhS POS. unr; POS. prR. 'I'HSTS (X30IU) HODr; XND. POV- 3-260n 26 POMER A/CYL 2 C IIO rc YES EF-2 ASST'0 EF-0 CIIECK EST-1 POY-3-2605 POWER A/CYL 2 C t{0 FC 2 EF-2 0-10 ASST'0 2 EF-8 CIIECK 2 EST-1 POV-3-2606 POIIER ASST'0 A/CYL 2 C A tIO FC YES 2'F-2 2 2 EF-0 CIIECK EST-1 IIOV-3-ln03 GATg tIO IIC 3'F-1 3 EST-3 C-12 b'av-3-inn< GATE NO R HC FRl YES EF-l 0-12 EST-3 tIOY3-ln05 GATE HO tIC FA1 YES EF-'1 0-12 EST-3 RV4-lnoo RELiEF SELF 2 C tlc bio C-10 RY-3-lnol RELlEF SELF 2 G R llo TF-1 C-9 STSICM >>noonau fllLC 'I'hill l~ STEAII SYSTI:II Vhl VI: TI.ST PAAGPAW
Pace 27 oC 43 FLORIDA POWER 8, LIGIIT COIhPAIIY VALVI', SZ7il'YPI llCTU. CQDI'. CQI)1'. ItCV/ NQltH. I.'ATI.- VI";ST 1SI Itltl) VRI,VI'. Itl Hhl tits NUHDER CE. CM'. PAS PQS. rIQDI'tl;"H. Uttl PQS. PHII. TESTS )IQ. LUtlltl) XND. RV-3-1402 6 RELIEF SELF n ttc tto TF-1 C-10 RV-3-1 403 6 RELIEF SELF A rlc rl0 TF-1 C-9 RV-3-1405 RELIEF SELF n rL t10 TF-1 0-10 RV-3-1<Ore 6 RELIEF SELF n Hc HO TF-1 0-10 RV-3-1407 6 RELIEF SELF A HC TF-1 RV-3 -1400 6 RELIEF SELF tl0 TF-1 D-10 RV-3 -1410 6 RELIEF SELF HC tto 1 TF-1 C-11 RV-3-1411 6 RELIEF SELf' rtc tl0 TF-1 C-11 RU-3-1412 6 RELIEF SELF n Hc HO 1 TF-1 C-1 1 RV 'I 413 6 REI.IEF SELF n ttc rl0 1 TF-1 C-10 RV-3440 4 RELIEF SELF .tto 1 TF-1 E-12 ST ~ I Cfl I'llflOllhV fllLC rssa/I TEIL SY5IE VALVC TEST PR0GRN~
Pca(l(. 2II ol.'I3 I'I.OBIDA'POYIEB L LIGIIT Coal'AtlY VAr,VJ; SI7ti 'J'YPJ'CTU. (.0')I'd. conr; Ac'r/ motte. I"Arr,- BL".NI. IJIJ, i IJ1 'r "~1 Bltll Vht iv);: ttt'I'Wtt<S tlUtIDHB CA'J'. PAS POS. UBI" POS. PBlt. I I [P + IJl ( ~ J tto. OX)IU.) tIOnt'. attn. RV-3441 RFLI EF . SELF A HC ~ IIO TF-1 E-12 RV-3002 RELIEF SELF A HC TF-1 3-10-003 CIIECK SELF h tlC tlO E-12 3-') 0-005 CIIECK SELF A tIC tlO 3 E-12i 3-10-007 CIIECK SELF tlC tlD CF-1 , F-12 3-10-02A GLOOE tQtt P LO FAI tIO OC-1 0 E-ll 3-10-02O GLooE Hhrt P LO FAI HO OC-1 0 E-11 3-10-OAR GLOOE t Ntl P LO FAI tlo OC-1 0 ~ E-11 3-10-Ol I3 GLOOE IIAII I'O FAI HO OC-1 0 E-ll 3 OGR GI.OOE Hhtl E P LO FAI HO OC-1 0 3 10-06O GLOOE. tWI P LO FRI rio OC-.1 0 F-11 v $ I C 14 I i I 0 llII < i4 ill
~
LC Ciiin i VALVE TEST PROGRRN
'ii"a F-")0207)
Page 29 of 43 FLORIDA I'O'HER d. LIGIIT COMPANY VALVE SI'KE TXPF- ACTU. CODE CODE ACT/ nonH. FAIL- REH. TEST ISI BBQ VhLVP. Bl'l'llllNS NUl IQER CL. CAT. PAS POS. . URE POS ~ PER. TESTS flO. GNBD HODH IHD. 3-10-119 3 S/CIIK MASSA E/C ro/N: tIQ 1 OC-1 C-12 3 EF-1 3 219 3 . S/CIIK MAN/SA E/C A Zb/ha tIO OC-1 CiF ] 3-10-319 3 S/CHK AH/SA E/C A ro/NC IIO 1 OC-1 0-12 3 CiF 3 120 S/CIIK tIAtt/SA E/C A IO/NC tIO 1 OC-1 C-12 3 EiFi 3-10-220 4, S/CIIK MAH/SA
'/C tIO OC-1 EF 1 0;12 3 320 S/CIIK Ntt/Sh c/C tIO 1 OC-1 0-12 3 EFi .'EMOTE:
tlO TACLE lI VALVES iY ~ 1 CM PIIOC It AI4
+~SS I:tI 'fl1 LC . Thor.E I VALVE .TEST PROGBAH
Pace 30 of 43 FLORII)A POYIFR 4 I IGIIT COhIPAIIY VhlrVH SIKH TYPH 'ero; CODH CODH hcr/ HORN. I"hII.- RHH. TI";ST I!II llnll Vhl M" I tl+Wll<fI IIuHDHI< CIi. CAT. PAS POS. UBH POS. PHII. THSTS BIO. Onlui HODH I ND. Hov-3 -1425 GATE Wo n vo Fnl vFs EF-2 EST-3 HOV-3 -14 26 GATE I'10 A .50 Fhl YES EF-2 EST-3 HOV- 3-1427 GATE I<0 nO rnl Vrs EF-2 EST-3 Hov-3-1410 GLOBE Ho h tlo Fnl YES 2 EF-2 2 EST-3 HOV-3-1411. GLOIIE 'IO II h IIO rnl yEs EI'-2 C-10 F-ST-3 HOV-3-1412 GLOBE '0 2 0 h IIO Fhl YES EF-2 EST-3 C-11 CV.3-2900 CIIECK /0 2 C R IIO Fnl Ho EF-2 3 0-7 CV-3-2901 CIIECK /0 2 c n no rnl no EF-2 n-0 CV-3-2902 CIIECK /0 2 C h HO Fhl Ilo EF-2 3 I)-9 STi'ICII <~ isoaniv
'I'h I I I.)"; I Q II 4 II I t:Sl l)LllSll'LEJLHlLEEElltlllIER vnLvE TEST pnoGw>> Tl";. 'I",'l'n Cnol'.
1 l
Pa(lo 31 of 43 PLOIIIOA POICII 5. I,.IGIIT COIAPAIIY Vh LVI)> HUtIDI"8 BLAH TYPE'CTU. CO J'Ii CL. CODI.'AT.
~cr/ enny. I"nrl;-
PAS POS .. 510DI'II';Iil. UI3H
~
I> I'% pns. Pl"'ll.
>l> > I ~
I> p g >r g% Illll3 VAI IIn. >Vl'X)III) III Hhlll(II IHD. CV-3-2016 PLUG Ao NC FC Ho 3 EF-1 3 EF-7 CV-3 -2017 PLUG no IIO LF-1 0-11 EF-7 Cv-3-2010 PLUG Ao HC FC Ho EI'-1 EF-7 CV-3-2031 n PLUG Ao tlC . I C jito 3 EF-1 0-10
3. EF-7
. CV-3-2032 PLUG Ao 0 tlC FC tlo 3 EF-1 3 EF-7 CY-3-2033 PLUG AO HC FC "IO ~ 3 El.-l C-11 3 EF-7 20-ln3 6 CIIECK SELF IIC No EF-1 l3-12
>I%>l 20-2n3 6 CIIECK SELF IIO EF C-12 20 3n3 CIIECK SEL'F HC tlo EF-1 0-12 SYSISR ~ p>IORllAN 'I'III I I.I",
C
~CIEtl5KI:E I
DfIILEI'.EDUC VALVE TEST PROGRAII ~ I'I",O'I'S 'I'0 ( ()I)l I'-.")02020
l'<ii e 32 oC 43 FI.OIIII)A VO'1NER L LIGIIT COIIPAIN VhLVI". S IXI'YPH ACTU. CODI.'OOl'. hC ri Holy. PhIL- III I'l. 'I'I".ST ISJ I IM3 VhIJVI; III'HAIII<fs NUHIIER CL. CM'. PAS POS. vnr; pos. Vl a, 'I'I'STS PIO. (XX)N) HODB IHD. 3-20-140 CtlECK S/A 2 C tlo 8-10 3-20-240 CIIECK S/h 2 C HC EF-1 O-l 0 3-20-340 CIIECK S/A 2 C Ho EF-1 C-11 3-20-401 CIIECK S/A 3 C HC. Ho EF-1 A-11 3-20-139 G LODE t thtf E P LQ FAI HO OC-1 0 C-10 3-20-239 GLoDE tlAH LO Fhl tlo OC-1 0 C-10 3-20-339 GLOOE HAH Lo .. Fhf tlo OC-1 .0'-10 I 3-20-141 GLOBE flAH Lo Fht IIO OC-1 0 D-l 1 3 241 GLODE ttAH =3 E Lo Fhf HO OC-1 0 O-12 3-20-341 GLOBE tlhff 3 E Lo Fht HO OC-1 0 C-12 3-20-142 G GLOOE fIAH 3 Lo Fnl tlO OC-1 0 D-12 SvS ISIS P II II0 A h SS Cottt)EIISATE Rtto FEEOIIATER SSSLli VALVE TEST PROGRNI 'I'hl)l,l: I gllkllI 'I'I'.SJ I:; I'I) C()l)I'. F-.'i02020
0 1
P')Ue 33 of 43 FLOIIIDA POYIER 8, LIGIIT COIIPAIIY Vn IVIVI.". SZZr; TOPI." RCTU. CO.')I; COnr; ncr/ HolIII. Pn'rl III",H. 'I'I>ST r..".r. Billl Vnl >VI', III'Hhlll~1 tIUt1IIEIl Cf . CR'1'. pns POS. UPI; POS. I'I'll. 'I'r";s rs 5Q. C~)1)l)
'Hone ran.
3-20-242 GLODE 3 E LO Fhl HO OC-1 0. C-12 3-20-342 6 GLOBE Hhtl E LO Fhl HO OC-1 0 0-12 3 144 6 GLODE 3 E Lo Fhl Ho OC-1 0 D-13 3 244 GLODE LO FAI HO OC-1 0 C-'I 3: 3-20-344 6 GLODE tkAH 3 E LO Fhl 'tlo OC-1 0 D-13 3 400 10 GLODE tNN LO Fhl. HO OC-1 0 A-'12 IIOTE: Ilo TnDI.E II vnLvEs 1 '0 S I C 14 lillOfillAM VI(LC 'I'nilI..I'. I C I<AllI MCNKOMZEJNILEFEINZE YALVE TEST PROGRIN
'I'I'S'I'S TO CI) I) I'. '-502020
Pa e 34 ol'. 43 I'LOIIIDA POl(II:A Il. LIGIIT COIIPAIIY Vh LVH SIZH 'j'YPH hCTU ~ CODH COI)H hC'l'/ NOIbif. PhT L- BHI'I. 'J'I"'S'l'HIl, I' IUU) VnI.VH III'l%IU'S NUHIIHR CL. Ch'l'. PhS PDS. unH PQS. 'I'HS'J'8 kD. CXX)IU) NODE IND. 3-40-20iI 2 GATE 2 RE 'A LC FAI IIO 2 EF-2 A-10 1 OC-1 1 SLT-1 3-40-205 CIIECK , SELF tIC tl0 2 EF-2 1 SI.T-1 3-40-203 2 GATE PIAtt 2 DE A LC Fnr tto .2 EF-2, A 10 1 OC-1 CV-3-2803 2 PLUG A/0 LO FO tIO OC-1 0 C-0 SLT-1 i ilnailsi4 ""'rtlr 5'0 i CAI ou,muvr.rmwzm aI8 i VALVE TEST PROGINN
'I'hllu". r 'I'I"'I'~i 'I'0 (:OI)I'.
F-50?030
Page 35 oC 43 I'LOIIIDA POWER 8 LIGIIT COMPAIIY Vhl.VE SIZE TrPE ACT0 (.ODI CODE hCT/ NORM. I'AIL- Rl'.M. THS'I.'ER. ISI Illlll III'PINIllS NUMBER CL. Cm'. PAS POS. URH POS. LI SLS VhliVI.'O. COOlll) MODE rHD. 3-40-336 CIIECK fIO EI'-2 4 C-0 SLT-1 1 VS 1 va r<.c CLI YALYE TEST PROGISI'I TABLE XI LIII)E OIL SERY ICE Es I IISTR. Al R + I I% II l TO CODE AND I -507030 RELIEF REQUEST
r Pa~ e 3G of 43 FLORIDA POYtCR 8, LIGIIT COIIPAHY VALVE SIZE TYPE ACTO. CODL" CODE hCT/ HOBli. PhXL- ItEH. TP QIP XSI M3 VAIAO'. ill'l%lllVl t)UHDER CL. CAT. PAS POS. ORB POS. Pan. TESTS 50. CZNW> NODE IND. 3-50-311 24 CIIECK,SA 3 C ND EF-1 3-50-321 24 CllECK SA 3 C NO EF-1 3-50-331 24 CIIECK SA 3 C A NO NO EF-1 F-5 NOTE: NO TRIILE tl VALVES
"*,"." INTAKE COOL WATER VALVE TEST PROGRAM Vni~Li'. I
'I'EllTS 'I'O (:Ol)l'.
Page 37 of 43 FLORIDA POStER L l.lGIIT C01 IPAtIY VALVE SIKH 'rYPH ACru. CODI'ODE ACr/ Norm. PAIL- RL'H. harp S er XSI ABII Vhl,VI". lt1 j'Ihltt<R tIVHDBll CL. CM'. PAS POS. VllH POS. Prn. trg goyrS M. CSOltl) l IODH IVD. 70-006h 2 CIIECK SELF 3 C h HC. 70-0060 2 CIIECK SELF 3 C HO EF-1 CV-2046h 2. PLUG h/0 R HC NO .C-3 CY-20tl60 2 PLUG A/0 R HC 3 'F1 C-5 SV-3522h 1 1/2 GLOIIE SO R HC EF-1 SV-352213 1 1/2 GLOBE SO A HC EF-1 D-5 NOTE:
~
HO TRI>>.E Ii VALVES SYS l)H 'NLYE TEST PBOGIIAI) nlESEL OIL 'Phil I I',
~~ AII I
I ATTACHMENT B-1 TURKEY POINT UNIT NO. 3 RELIEF REQUEST BASIS
Turkey Point Unit No. 3 Page 1 of 1 RELIEF REQUEST BASIS SYSTEM 1: Chemical Volume Control System Safety Injection System Auxiliary Coolant, Component Cooling Water System Auxiliary Coolant-, Residual Heat Removal System Steam System Condensate and Feedwater System Lube Oil, Service and Instrument Air System Containment and Radwaste Drains and Vents Containment Ventilation Reactor Coolant System Sampling Waste Disposal Liquid Diesel Oil Primary Makeup and Containment Cooling Intake Cooling Water System
0. Valve: Passive Valves Passive listed in Table I and Table II Category:
Class: 1, 2, or 3 Test Requirement: IWV 3410 Basis for Relief: "Passive Valves" are not required to change position to either safely shut down the reactor or mitigate the consequences of an accident.
I \
Turkey Point Unit iVo. 3 0 Page 1 of 1 RELIEF REQUEST BAS IS'YSTEM: Diesel Oil
1. Valve: SV-3522A and SV-3522B Category: B Class: 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 Relic f: These self-contained, completely enclosed solenoid valves have no external valve position indicators. Therefore, stroke-time measurements and valve position verification .is impractical. Alternate Testing: 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 Emergency Diesel-generator Diesel Oil Transfer Pump Discharge Header to the Diesel Oil Day Tanks.
Test Requirement: IWV-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.
Pace i oz 8 ZZ~'="QQ~ SZ5TM:. Q~ ~ ~~w Volm~ CcntmL
1. Valve: CV-3-200A, l J-3-200', al" Cl-3-2QCC Cat~re: A Class: 1 Pm' m~
ozif~ms to con~1 Q~ca3. L '~n Zr~ m""~ -'-~. aIlc. VOL~ Ccn"'mL
-" la~=>>-..
Sys~ L~'bn H.cw XRs~~
'~V-3410 BRM -QX TM~c~ce velves ~e an LT~~ CCIlML Svs~~ ~cU ~c QE~~~ ~
c e~i cKc'+'c? '~ .t O'n.c c Ni~~~~~ 1 ~ivcU~~ 211c VOLG~s Q.cz to ~.e B~mr Svs~ 4T'~ch cQQ~~ Cco~~a P ~ Cm~$ '"Le~~~e l~~ z~~t, I ~ce"'-~M t
~at y~. ~"m~, pLact-.c ~
P~m
~'I an ~p Cco3 ala.-'
e Fcce OC cpe~t:.
~l'onte wa~~4wp>> e val~&s 'Ai~11 & t~~~ c'~ c Lc ~~z~w7ls;
2. Va> ve: CJ-3-204 Ca~rr: A, s: 2 M~M~'l L~&~~ ~
>~a ~~ovid i r<<iv Mba'~y ~ .r ~ >~ r ~~ r r ~l ~~~ ~~m~4 me~aa Mme ~ <<~waee TW~ ~~~1K Z~V-3410 ~01 t 4, ~e ~2 Rl o
I ~~.c 2Ã c '41 . CLc
+c'rl N t ~ Peac~ CAD'"~ M C 2 ~'~ ~~'c~~
RQ S+Wo B~~&r CmLant p=s; ""~ an ~~-e rica
~M~
ox C QLC i~&ilL eye~~ ~a
', ~'T CKZ.ce tC ~~T'.g ""~ @1~ " '-
1css c= -'"~ Let"- cN catn ~~ ~sG3. PM~~~~ CALani
+To Svaw Q~L~ M K M Loss c ~ ~
tc ~i t~ ~ ~
~~~p 'aic c"~ ~ ~~~~~~i~'OS P~a Vc>>-a ~-'~L <vs-~ $1 ~ ~~~t 4 o~s~o <)g~ >>g ~ 'R "Iw ~ %g ~ Iv~ me ~4 ~~~ ~~~I ~ t I l 'WC@ ~ o ~1>>
wow>> >> N m~
~ ~~ vl& e~ o
Tux!cay Point Unit No- Pap 2 o= 8 RAZZ= BEQUEST K~SIS ~TH%: Ch~sca1 aruX Volma Con~1
3. Valve: F~-3-381 Cattery:
Class=, 2 Function: Resides Da Beactmr Ccolant Pen seal ejection retuia,
~ Q.cw path to the Chemical and Volun Con~1 Volura Contxol Tank. Xn addition, pxov~s t'.le evc sa Sy~
lehham Q.cv path fran & Baa&wr Callant Sys~ to Chenical and Volura Con"ml Sys~ Vol~ Cmtro2. Ta.Jc Tes" Becuix-m~t: ZivV-3410 Basis far ~a: Tes'~g in~~ t.lhs va1ve Q.cv to tM~ dL i'lant c-ection '~~+
~~=mr C~~~t Pum Con- ~11M ~~czqe Seal Sy~, >M.cn cmzl8 r st.t 'a Al~t~ Testy:
dana~ to plRCing tM Peactor tan& p3.a lt ~~ Coolant PZL Gn;M+~ ~ p~; tI'o<<<~y, OZ CCes MOZl vs.ve sLU, K tesM cxu~ -g cole salQ~ 4.. (De&ted)
I Turk~ Poirt Unit No Page 3 of 8, REX'ECENT BRAZE SYS~: Chemim1 arB Vol~ C~tml
5. Valve: KV<-121 Category: A Class: 2 Function: Provide'M chang flew path to "M Re c~ Ccolant Systan. This valve is used to proportion flow bete~~
the seal injection supply to the Reactor Ccolant: Pump Controls Leafage Seal Systan and the cia@ging flew m t m ~~tor Ccolant: Sys~~. Test R t2 cKRNi. ZhU-3410 Basis for RB3'ef: T~ag t~~ valve during pl~>t: operation auld cause and unl alar~ flew cord'ticn in t."~ Chanel and Volme Canal Sys~ ~~ cculd intmzmt= flew to Cw Re~~r Ccolant Palp ~M~lled ~Mg Seal Sys~, whic% could result in cadge to "> Rearer Ccolant pzgs; 9m"y, placing tra plan in an unsafe rrcde of cpe~ticn. Altm~t Tes~g- valve will he ~~~ dw~mg cold shut.mr~.
6. Valve: CV-3-310K arm CV~-310K Cattery: 3 Class:
~cn-1 P~~ ~~
Cco~ Svs'~. c.~~a.".g Q.cw ~t".~ M tr Rmc~r Test >~m~ ZPtT-3410 crasis or Re>> ef: Tes~g t.~~e Q~~ves cJ~"lg plant cgera~ %vcU1G cause an uru.alan'lcw condi'~ in t".~ Q~ca1 and Volume Cczztzol Sys~. T~ ~t~~~ ~mtMc cold. int flew to t'.= Rmc~ Ccolani P~ Le Sys~, which col" reset in cage to Rem~r Cmhnr. pxps; ~"o~~~r, ~lac'aq ~e aL~a= an. 't2~e zcce or c e~~ Al" ~w~ T~"'=g: valves 'pp~>~ ~ test ~ c'J~ ~g cole ~~l~~iva~+ e
Tux!cay Faint Unit 3 Page 4 of 8 HEX~ ~GEST WSM> SYS~: Clinical and Vol~iGm"~l
7. Valve: LCV-3->> 'C Category: B Class: 2 Bzxacn: 'rrovides ~~a Qcv path ~
cimrrping pump suction he~~
"'a Valve Ccrc& Tank to ~>
Test Repxuxmnt.-. ZuV-3410 Basis for Relief: Tes~.g "m~ valve Rzwg slat ape~or muI8 cause an ur~an~- Q.mr cor~ticn in the Qw~~ and Volura Contml Sys"~ ~'auld in'~~~ to the Reactor Coolant KAwp Cont~lied Ze~~ S~~ flm-Sys~, ~M.ch ~d result in ~~ge to Nw Beach pets; trashy, placing tEa plant in an. unsafe yacc.e of operation. Fuz~, ~M failure oz this valve in the closed position, hy ~dng crump plant ~~tion auld isolat normal em~ging pm makeup Alte~te Test~g-. This valve ~~ he " s"~ du~kg cold shu~ns
~~y -oint Urd.t No. 3 HEZ~ REQUZZZ HSlS SY~: C2~~~ arQ Volma Control 8.. Valve: LCV-8-U5B Carry: Class B
~ ~ 2 @unction: Provides a rlcw patn tbo ~~ al i~g T~~W~ ~~ge M~'c to the P~~ Ccolant Sys~.
Test Recuixerrent: ZrvV-3410 BasLs for M~~ er Testing this va1ve chzrmg a~t ocera~ ~puli result- in t'.a addition or Boxcn to t~ R~w~ unsafe ~ Ccolant Sys~~. %is c"Q": @la= "~e @la< of operation. 21~at Test: ve w~l + ~es~~ cur~1g colci si~J~ %vials 9 .. Valve: iW-3 -350 Cat~~ry: B Class: 2 Funct='cn: ~ces a lc~ paM ~~an the Boric D~d. Storage Tardes M the Rea~r Ccolant Sys~~. Tes B~x~ m't: r V-3410 Basis or Relief: Test intM valve duz ".q aslant opemi cn Ccolant LTAare Sys~. iaaf'i cpea~
~ cad.
t".~ acci"'cn of Borcn 8 "ce LcM
@lac t".~ o~~.~ ~mule'esult 'a an A ~
t~wM T~~~~".g: valve ~~ ce tes~ c~~~ "a co~8, a~~ :
Tur'.ca+ oint Unit No. 3 REiI - " PEGbcS2 BASIS SYSXZC: Chemic>> arZ Votre Cm~l
10. Valve: 3 .3l2A and 3-3123 CaM~zg:
&ass l C
Function: Prevents reve~ Q.mr ~~ "~ Re~~r Coolant Sy~< m
, &J Chemical arA Volume CcnM~I. Sys"~ cbuying Q.mr nay.
Test Req~arents: INV-3520 Basis for Relio+: Testing &me valves during alant ocean~ ~~mLd an unbalan~ and Vol.utr CcnMml flew to t~w Rea~r Q.mr Sy~ Cco~~
~ ~d ~dition in Pm@ Conc~ ~ '~~Chemi~
LeaMge S~~ Sys"~, which could reset in dmage to 2 Rea~r Coolant pumps; t1mrehy, placi~ t.a plan an unsafe m& of op mticn., Alt ~t Tes~sg: 'hese valves w~ be t s'~ ~ag cold shu~ns. Valve: 3-35l Cattery. C Ms:
~
2 Pic c!1' Bvstlts 2vp 58 1cw to &~ Bozcn ~ticn Sys~~.
<12-y '- M K+
Test R~uraea~ts: O'Ui '-3520
+Mis fcr R lM: TesMg esul" t %zan valve Qu~~~g la~ cc~ K~ -v x"" >eW~~r4 MLc.
xn t~~ abc~ ~on or. Eorcn Ccolant Sys~. W~~ eazkd -l~ cl~" ia ~ lElsafe Gcce oz cgea~~~ Al~~nat Test: This valve w~ be tes~~ dur'ag cold she~
~ Tu~cey Point Unit 3. Papa P 7 or 8 SYPQ~I: Wmticaj. anc Volt~ Con~1 l2. Valve: 3,-357 Cat~re". C Class:
~
2 Flic~ Pz h vents ada'o r use flew ~~ ci~y~1g tim Re&mlir.g Wa~~ Storage Tank sys ~.
~~ sue~
Test Ra~enent: DV-3520 Basis for Palief: Tes~g ~~ valve cu mg p~~ c~m~n auld. unsafe t Ccolant Syst~. ~ za tm add~t-cn oz ~wren to t';z E~m~ rica of cceraM~n. couId. plac t." plant '> an
+Ma ate T s valve will he i s~,c"~~g cold C~cwns; l3.'alve: 3-298K, 3-2988, arZ 3-298C Category: ZZ Class: . l 'rrzcticn: -Prevents verse flew ==cm ~o Bahur ~aslant Pzm Se ~
Znje mcn Sy~ to t"-e Q~'cal arm Volura Con~i Sys~~. Test B ~~a ZivV-3520 fox'~'~ Tesmg int ~at:
~e K>~se ~
valves cu~wg plaw oge~t cn c~~ flew "" "w Be~~ ~lant Sys'~, ~Rich could. reset in ca c
~ C~t"o '=
Le in Pa~car Ccom~- new; "+o &r, an Qlsa~e PLLe or cge~tiQl "l~ g "'" ol ".-' Furrow, tr " sa".g of " ow valves curi.g cole shut8cwns is impractical sire it cauld reive d~'".g t.'" 9~or Cmla..t &~i Se>> Znj~'cn Sys"~ to c."~ "".e msit- .. of ~~~m valves P~ar CaoLzt ~~ wDlQd M~~~e t~~ zcssLD?3 ~1 oz ~~Vs ~g ~ce
~
a e '" - " or >mat'".g ""w s~=m pr~ ~m pl=-'nt c~~: '~. cr
) ~&~ate 'v&s<<1 <<Q o ese ~i~ves w~ e ties' cu g ~ ~' S'IL
TU~!<ey Point Unit N Page 8 or g.
~~CbaSZ HSiS S'L~: Q~Lcal arZ Volte CcnMml
14. Valve: 3.-312C Category' Class:
~
1 inc n: Prevents reve~ flow Cia Reamer Coolant Sys~n and Votura ~~~3. Sys~. charging flaw path to the C2maical Test Beguiremxt: ZhV-'3520 Testa M valve dm~g plant cpemticn maid cause Basis -"or Rolief: an unhalar~d Contml Sysm. Reactor Cco~>- t This Pmm couM in'~~~ flow cd~""'cn in t."w l " CcnM~lled, Le~~a ~~~ to and. Volm t> Sys~, which could rmxlt in damage to t'" Fmc~ Coolant pumos t~~ of cpemtion. olacmg ">w plant in an unsa e nod Test tMs valve 6u~~g cold shut"~r; ~ ~~racmc ~
"because to check itt".~ re=u"'~eof dr~~a auld position &~ c"~~~g sys"~
t.'a va'tve. ~~ mM causa used to ne the T~x See r Boron injection flew pat!z to Z Po
~~~c~isMRow'at a loss of the charging Q.cw path- that t ~ately, have a Sys~ during cold snutc~n Q~onate Tas~t,g ~s valve ~~ be ~ cu~.g ~ '"m shutcc~~
~
SYSTE4L Safetv Znje mon
l. 'alve: ~ i4GV"3-860A ana KV"3-860B Category: B Class: 2 Function: prov ces t~~o flew caKo fxcR t Rzl 4 aux ~mcUI? B contai~at mire&ation ~i"A" to t~a sucti.cn of the Res~le. Heat Herraval pumps arZ "B" respectively, dueing &e recircula~ phase'ollcwmg a ZCCA.
R~raraat:
~
Tee= Z~V-3410 Basis r for M~'ef: Zn ""x event &z.t ma'~~ o.c is.~~~ M failure of eittloer of ~~~so. valves~ hy test'~g curing plan opemticn, i>> '~m'c. cause. a, w~ss of ccntairmeM int~ity. zto Test: Noese valves wiU. he tes"~ curing, cole. shuts'ns.
2. Valve: YK-3'-861K aIZ i<ST-3-8613 Catenary:
Class: 2 "unc~~~ povi~ ' cw cat,l ~ ~~l A aL containrra< xecm&tion sums to the su~n of >~
~l. 8 Resicual h*ot R oval aeons "X'na "B" res~'vely, durWg ~4o ~~~u>>KCn pnme rO11CW-~g a. 1~
T~ P~XiMRM ~V-3410
~mis for ~1'o:: ~o'~>ure of ei s of ~ ose ~vZzs ~a - o rm POSI.tion ~V ~o~~g g Q~~t C~~ ~ vCl' c use a m~ss of ~t~
Allstate Test~.q: ~w~ valves wiLL he ~o~ cur'ag cola s u~
i Ti~cey Point Unit Ho. Page 2 of IO KZ~ HEQJESZ m>3H SY~I:,. Safety injection
3. Valve: i'.%V-3-Si3K axd 63%-3 .i638 Category: B Class. 2 Fm~mon: Provices ~
Rmc~r Coolant System. frcm th ~ Pressure Safety Tnjecm~ flew pat'n to t".~ alt ~mt h~~~~ to ""~. Sys~ Also p providBs th. fIQw path to th FLlgh Pressure
'afety Znjec'~n Sys~ during'he recirculation veda Test R~~~nt: EwW'-3410'r Rel ca~ failu~ of ei~~Ma~ of t4ese valves in ~~"~ c~~
position, hy result in test dl.ve~i~~g du~mg flew plant opem~n, m~>>= frcm 4+& w~~ core event of a sa ety inje ~n siarM. Al~~' Tes~.g: Ase valves rip~ 'kR ~~ curing coP'a31'~iv~
4. Valse: KV-3."872 Category: B C1ass: 2 Punc ~ on ProTp~+ f
~~/ al~~<~i,ate Im~ patiq cm gee ~ ~f Pres/~>>
m3ecmon Sys~~ to &w R~~ctor. ~lant Syst~. Tes' Paaxi~.t: I'iW'-3410
>mis =or ~o>>~w: far of M va'~ie in H ~Q ~~lg during plant ope~zx~i 'rid& i~s~~ %sic~~ ci~(e~
y ing ~+cw clE3zg '~ ~ .-'ch ~&z& Al" .wt Test: ~ valve ~11 he s 1 ~.g colic si~
~~cay Point Unlit 3 Page 3 of 10 RELZ~. RECGFZZ WATS SZSZHC: Sa "Bty Inde m~n
5. Valve: CV-3-855 Cattery: A s: 2 Rulc"'cn: Provides t.'"z. Hit gen mply M rain in prasu in Safety >mjection Bwcunulators.
Tesi E&tXL~cW1t ZaV-3410 Basis ror ~ef: '32m fa'~ur of tes~.g tlis valve in "~ cia~ cmmticn, msi 'on, by c.urag plant mxld causa a, loss or Hitrogen GP3c~ to tiM ac main~ t>w aressure aoove Te '1 st liz'm. Al~zte Teswg: This valve wi~' t s M ~ ~g cold shu~
6. Valve: i>~r-3-866K and YZÃ-3-8663 Carry:
Class: BE Function: Provtd s K.gh Pressure Safety tnje ~'r~unaa.".t lcw na. m to K ~ Be ctor Coolant Sys"~ Eot L=~s. T~~i B 11I ~~If i~PrT-3410 2aM zcr +BE'er T.".Bse valves are r~>>-~ by Te '1 Seem to be closed are ~~'M-out at t".a bre ke cu~wg pM cpemticn. C~ t smg o= ""ow -elves cur-:>>.g =~ c~l~ w't' z fa'>w~ of Va'ww 3-87> operation, or 3-874B, mac swje t= Sa==~i L~je tO Qr&ZJres ii1 KCCBSS OP itS
~
CBSLCil QrasaMB Sys Alt ~t Testi".g: Bise valves will be MMcl ~wg cold. sh ~~z>.
Tray Point Unit .. 3 Page 4 oz 10 0 BEZ~~ KQGZST ~~SIS SYSZB1 Sa aty Inj~on 7'. Valve: 3 -876K, 3-876B, and 3-876C Category: C Class. - 1 FUnc ~on P vents raver"-e flow frcm the .-"a~mxlator Safety mjec"~cn System and. the High Prassu-a Sa"oty wjec~ System tn ti Low Pressure Safety Injun Sist~. T~~ Renuir~ent: ZiV-3520 Basis for Rel'e": Nasa valves- cahoot be because t'.z Pram"e
~M m<
curwg cation "etv In-ac~~ om>s M es~~h m~ do not cevelcp su=f'cion~ a'sc>~>a a Qcw oath to t'ea m Cco~>>t Sysm.
'rw~~
Z.t~iiRte T sa Nasa valves wi>> be ~~ cog cole shawm
8. Valve: 3.-876D ard 3-876',
Category: C Class: 1 kate= rune~~on: Prevents rewvma flew frcm ~".e &abator Safety Lzjec~on Systaa ard tM High assure Safety Injec"'on Svs -e to the Low P assure Safety >mjec~n Sys~~n alt ~wt flc~ path. Test BKl'J'
~ cur'g VM~ II'vV-3520 or Pal T.".esa valves ~mt he t pl-at coed~~~ ~+2ty Llg6 i~c ~is co . ~
A~t ~te Tes~.g: Mausa t.A Low Q.cw cath to ""o ~r Pres&~a not GeveM~Q su:z~c~~Mt c2.sc ~~a a~~~+ to as'~ Coom~.t S~&m
~.wa ~wives wiLL ~w ~~s"~ ciur ".g col": shi~~ww
Tur.car Point Unit . 3 Page 5 of I0 SYSTVi: Safety Injun
9. Valve: '-875K, 3-875B, 3'-875C Category: C 1
~~ t!le R ~cmr coolant Injun Systmt, ~ Pressur Sa ety Fur~On: Prevents reverse flew sys"~ to the Accmaxlatar Safety Injection Systmn, an% Eigh Pressur Safety Injection Sys"~.,
Test B~~ IhV-3520 Basis for Be>'Z: ~se valves ~~ct ce'est dung p~~ cue Rticn tm High Pr smra Sa ~ty Tnje 'm or I~ bemuse Pressur Safety Injection ~s do rot develco sufficient discharge h~~ to es~~h a, flew cath to the Ehactor Ccolant Svs~ Alto~t Tas"'~g: These valves wi11 ha test~ during cold, s."~~~mls. IO. Valves: YGV-878K arA KV-87SB Cat~cry: B Class: 2 Bmc" cm. a Q.cw wt!1 for any canhi~~ oz tm cf fax." High Pressure Sa ety tentL~je~'zz ~~s to "M 3 m Ccolan Sys~ of e'~I mi . Xi'-3410 Bus zor P~I'o~:. 1 + Le event Mt'z lt~ ~~ce is ~~L~ tv~ failur of ei"'=o~ oz Mse valves, ~ ~~~'-c dI'~mg clad OI=emc-. of beth mi~, i" m d,
'eccarc~me t aber a of ~~w High Presmm Safety Injecwcn pzaus to ~ur a ROCHE; hereby, placing t"m Uru.w xn an unsafe. nod of c~m' cn.
Ll A BRt Pdzc-KC D I- O'" ECD Ure of eiKzx oz t~~se valvesg hv tes~~+g cu ~ c cold. shu&~wn oz eire~ I=-" ~ -'t ~d j~~~~ze ~- of t~~ Hi@i . Bssi'~e Sa=atv 21jK&cn M s placLlg ~~St Uolte- in an IM~afe ~~~ oz ~MRL cn M."o~zte ~~s"-=c- e-e valves 'w ~ ~~ ~ ~ ~1' sM ~~a s
l' t'age b o JU Turkey Point Unit 3 Safety Inj~mcn
11. Valve: i~GT-3-86@, arZ i'd%'-3-8643 Category: BE Class: 2 Flz.'c&cn Uvres t+A Q.cw paCil to t~B H'gn P~AK~ Sp ev+ Lljec ~cn, law Pressure Sa ety Injec~, and Ccntai~t Spr y ~mmes.
Test R~xirment:, . IhV-3410 Basis or PM ": These valves are recui-~ by T~m Spem M M c=en arB lcc&-cut at t".z bre M~~ 8u~~g pm< cp mt='-n.
'12m fazZure of ei~~~~ or t'.".ese valves az t~~ c'os~
position, by testing cu mg pla~- cpe~~cn, mule Xav Pressure Safety Inje ~ S~~ cause a tM~loss or t.~ Ccntaivwt Spray a.8 t";~ ar, fur '"~~, jecpan~e t~m High Pressme Safety ejection Sys~~; t~mAy, pl~~".g M @LE- ~ an unsaf zc& or operation. The failur or eid~ or ~=se valves in the clos~ gasiticn, by tMmg cu~=g cole shut+=~n, null. jecpa~o the H'gn Pr sm'e Safety L~je 'cn Sys"~ au~ cause a loss of an ~agency lc~ aa+h ta ".'" Boraticn Sy~s; & unsafe G~
~,
or c~~aticn
~
placing t".~ pl~~ ~~ a s.n~~ a val~~s vM Le tes" c. ".g r ~~'-s
Tummy Point Unit 3 RELWF MQUcZZ EPSOM SYSZBL: Sazety injun
12. Valww: ' ."IGV-3-862K and'~QV-3-8623 Carry: BE Class: 2 Func"-cn: Prov'des a flaw path to the Zu Presm Saf ~r wjec"'m,
~ . System.
Tes" R~~enent: 2're-3410
,Basis fox'B~ ef v 'Ipse valw~ are ard r~~
lccM-cut at ~" br'ungS~~s M c~ bv Te h p~~~ be ope."
'cn . positice, bv t s~g cur~ g,plant cput'cn, ~
The zailure of ei ~er of t."ose valves in the clcsaz cause a t~~ less of tK~ Lcw P~wsura Sa=."ecz injec-tion Syst~. in tQ event t'Iat a~tom.ce is r~~ ~n failure oz Valve 862K, by ~~~vg cu '~g cold. sht'"= t'. o ccwilp it %Quid. cause a loss oz N KvSZ'nd, JR~pa di2e tom ability oz D~ High Pr ssure Safetv ~je 'cn Pumps to azmr" a. LCQ, on t"a cperatvag u. '". i.".. xo event that a~Uzzxa is recuw~ upcn "' = 'lur o= Valve 8623, by ~~g dung cold shu~~, '" ~mule. cause a loss oz t".a abmtv to m)1 "~ c= usia the residual'. heat removal systen.
~Z~~~Mte Tese v~g. Th e valves wiL~ 'se assm au='~ aM'e ='-a"= .z I3 Valve SV-3-2905, SV-3-2906, SV-3-2907, Su-3-2908, SV-3-2909, 5 v=3-2910 Cattery: a Class 2 FUtica 'n. Provides the f3.ca path he~ ~~(s) to ~x Rte~~u ~ n&mt Fille (~~cant C
t~x cpemtvvlg Conta'~~t SO~~@ pa:~)
. Ms P~Z Z'.~V-3410 Basis =or K'o:: Te".eee ValVeS a~ ~l~~miz'~~ (P~~~,aC arx reaum cress~~ in m 1'-.e to ~w m~"= . ~t" )
Func"var~ ~~'a ~r . La- -.g ~v sy~ in c=e =~
'icQ'd xHLLi zn coL's~~c L ~ zr ~ ~~~~ azz Mi ~$ &~t Tesmg oz t.".ese valves bv an.. ' a. e:w wet~~ scurl axle ale c~ ""~ '~~. ~eS verge W~se moves s"~ be ~~~ c=-' -~ ~~'-c ss -=~1 s
II I TMy Point Page 8 of 10 HEL~ BECUrZZ 2>ZZS SYS'K": Safety Znjec~cn 14 Valve 3-2918, 3 -29&1 , 3-2920, 3-2921, 3-2922, and 3 -2923 Cate gozy: C" Class. Function:
~
2 pnavanns "sva kiev header, a flaw ~em ane C ns'~ann spray ~ m "'= Test H~xiren~t: 'h&-3520
>mis for R 1'ez: Test of t'.~e valves, in operation or hy conne hy plac"~g ~~ag an ~
m"~~1 ~w~ sc~ sys ~ auld result in dousing the con~~-Ilent and ~4e Bm~~Cy C"nMvsmt F~ ~~vS'hpmal 1 M.~at Test: T."iese valves wi11 w Msass~l&, cn an aZ." ~t'~g S CUZil g re~vol' Shu~&S OVB>> the ~aX VKZ Tnservic Zn~ec"'on TnMz~ to iles ~~ tw ali to physically ver~@ D~ valves'f valves'n~~als nation to the caen arZ closed posi~~cns Bzxy Groan)1EKs foul:d durLQg t.TLs IIls~~ozl 'ivcl'~d'e for insge~~g t4~~ re.iai~~g valves.
15. Valve: 3-87Q ard 3-8743 Catapx~: C CIass: 1

ulxacn P ver to the zevevse flew E='gh Pzessu" Saf
~ '
t.";.e 3 actor ccola.+ sv~~;.ot=. L~~~mcn Sys~.
~s VhV-3520 is for Bel'o=: T11ese valves wxot he ~iM cL~~Jg plMt cM~t cn because the c&gi1 Pressure azety JJ1s~~cn ~~s CQ not develcp su=ficmnt dischaI~ head to es~~lish a flew ~t".I to ~~a BeeWwr Ccola"..t Sys~~
izaak'c teS v 1 g OZ t.WSB ValVBS si.c '" c~l
~ g suhje '"
CQJ.K P
~ i&
COOlant SVS~~ tO l'C" scnS ~~~~~C + ~~~i'~'era e
~1~~~~t n ~~~e valves N~ he ~ ~si ~ c~v~
II l
Tuz!cay Poult Unit Mo. 3 Pace 9 oz 10 1 RZMZ SEQGEST 2PBZS
16. Valve: 3-873K( 3-873B( and 3>>873C Cattery: C Class: 1 Puncticn: Prevents rave ~e Q.cw frcm dw B~uanzlator Safety Enje System> ana t'a Lcw Pressure Safety Tnject'on Sys"an to
~ ~
High Pressure Safety Znjection Syst~ Tes~ RBQLKKRLt laV-3520 Basis f~ peal ~ef ~ W se valves
~e ~bw ~~res~~~ curing plan,t ccemticn High ce Sp em/ lgG ~on ~s co h>>
e not 6 velaa sufmci~M dive.~~~e to es~lish, a Qcv cath to= ~ ~ PB-~or Qcolax t, Sys PzM>> testzzg oz these valves curing co~~ sm"- cchTls is Bum Coolant IIGpxRc~~cal s~ it c Sys~~ to cor~~ons o~~ag Pressu: Tm~rature li~ts. Xi~ate T~~.g. T. se val~~ wi>> he ~~ cur~.g ~~zg sha~~m
17. Valve: 3-875D, 3 -875r., arA 3'-875@
Cat~ C s.
~cmcn: P~m~ts revere Sy~ ~ t";~ Lcw <~m~
Q.cv ~ ~~~ Eigh ~msu~ SazeNr Zajec"'m Sa=ecr Svs~
~:e ~n >a~azj.a~mr Sa=ety. Lnje ~>i Svs'~.
Je 7Vi-3520
~ ~
Basis for Ra1ief: T1~e valves canr~ he t cu~~g plant cation be~e Dm ~~nulator pressure is insuzficient to prov dB 5+%':~~cz~ ~RKe ~U ~~ to est~~~~ a Zcv pRhl tQ t~~ 3~~~~ Qxlla Lt Sy~
~zg oz ~>~e i~>~as c"~ c c lc. ~~w~~ .<<vz 'wrac"" cal sine '-'. c~~~ su~':ge ~~ Pe~m Ccolant Sysm M c"rr'"-'~ ~c~-'".'"- s-~~=;e A1,a ~~X~~ T~M~~c, ~~e valses cw>> ~ ~~~ cx g ~ ~> ~ .e ~< ~~s
~
~
Tuz".cay Point Qnit No. 3 Page 10 oz '0 HE3~ BEQUEST M~IS Sv~: Sa "ety Injec~ Valve: . 3-890A ati 3-890B Category: C Class: 2 Functicn: Prevents reverse flew hm a non<peraMg Ccntmxa~t Spr y Heade to &m Containment Spray gmp suction P~~der. Test Require@ant: It&-3520 Basis for Relief: Test oz Rase valves, by placing tm sys~ in cpention, wcuM r suit w ccusing the Cont~'want. Altemt Tes~.g: valves will be dissass~l~ cn an al~~~M~~g Inset Inscec~ and Lot ~ basis, duing refueling shu~ns over 2a Kc year to insp~ t."m to physically verify the valves'f valves'n~vis moticn to t".w cpen arB closed pcsi"'crw. B~y arabians fomd during ~s in'mcn zor inspec~g t."~ ot "~ valves.
~d ce c use 19 ~ Ualve 879Ag 879B g 879C g and 879D Category: C Class: 2 Function: Prevents reverse flow from the High Pressure Safety System Supply Header to a non-operating High, Pres-sure Safety Injection Pump.
Test, Requirement: IWV-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 subject the Reactor Coolant System to con-it could ditions exceeding Pressure- Temperature limits . Alternate Testing: These check valves will be exercised during refueling shutdown. Additional Testing: These check valves will be exercised
~ 'uarterly associated during the performance of pump tests.
TMzay Point Unit No Page 1 oz 3 BEZW ERNEST B~SES SYSEBC AuMaxy Ccolmt, Camx~o~t Cco3 ~
.g FTato
l. Valve: CV-3-739 Cattery: B CLass: 2 Pzxticn: Proves t'.a cc'ipcrmt ailing wet~ rt~ flmr pa h =or E
the ebs letdown heat e~~ger. Test Retirement: Zv-3410 Basis =or M'e=: Na ~~'re of this valsw m ~a clos& position, by test dur~g plant c~mticn, ~~meld mme a loss of <m Exc ss Letx:mn ~ t Roc'."~.~ Sy~. func"'cn. Alienate Testirg: valve wiU be ~s~~ cu='ng cold sh~+~exs.
2. Valve: 3-738 Cattery. C Class- 2
'cn: 2&vents r vere flew hem t".~ egress le~~~m heat Punct shell side, to t'w cmiponent ccoling swt supply j~ ~. ~co=hanger, Test B~mzraat: GvV-3520 Bases zor Mez: The failur or. ~~ting during t~ valve in "'"~ cLos~ position, by p~t opem~, m~~ c use a loss oZ Rrcess Le~m F t Evc.'"ar ge Sys ~ -"m~'cn.
Alt ~zt Tes" "g: valsw x~~ be ~~ ~-'-.c col". s;=--
ei 0 F I
Tracey =oint Unit SY~: Au~ary Ccolant, Ccnxenent Ccoli;.g FTater
3. Valve: . YGV-3-716A Category: B CIass: 3 Bzc~: Provides as ezaxnent cooling erato~ amply Caw paw fcr the heat ex@hangers Icca~ in the Re (nators and ther aal barxiers) .
~, CcoIant @maps Test BKlXIZKR1t ZivV-3410 Basis for HeI'=: Tes~g '~valve during plant ever ticn m~~
cause int n~cn of c"oling uter." to & Coolant gurgs'~t exchange~. This ac~ could. Be et=- r suit in damage to ""a incur Cco3.ant pzps; tie~a' placing t".o plant in an unsafe aces or operation AltomM~ Test: ~ valve w~~ be tes~~ ~~~g cold shu~ivTM
4. Valve: KK-3-716B Category: B Class: 2 Fur&'cn: Prides h azimne< cooling water sagnly Qcw pate ro= "e heat and embers lcc the,aI,'ar s) .
a ~>o P~ar Ccolant yurt=a (actors Test PRE~ ~~ent ZvV-3410 BasIB or ~~'~ Tes~.g ~M vs.~> w~g ply c~~cn mme
~
cz maned int~~~~cn of c"o~ ~".g ~~~~~~ to t~e P~~= yarns'eat e~~gers. a 'cn c"uld resm~" ' Garage M the Pazcm Ccolant pangs; t".m~~y, p~>>i~g hx plant in an tmafe axda of operation. Al" ~te Tes~g: move v~~ be ~ du=kg cold sir ~m~w.
C 1
Tux.'cd Point Unit No.. 3 oz 3 B~~ HECG~ KMlS .SYSTHl: AuxQiaxv Ccotwt, Cmccrent CcoLrg Wa+o
5. Valve: i&-3"730 Cat~re". 3 Class 2 Function: Provides. the ccxngarent cool'".g water for &w Reac~ Ccolant pcs'bator heat e~han~m xe~ flew barn Test R~u ~mant: rhv-3410 2asis for Pal'ef: T~".g this valve du~ac plaqt cpe~~ticn c~~>
cause in~~on oz ~l '".g wats to ">a Reactor CcoLmt pngs'otor io t. m~z~gen. Km ac"'cn could, result in danage to "" R car Cco~~ therehy, placing ~~ plat in an unsa=e wR of ope~tion. Al~~te Tes~~Lg valve w~~ he ~~ curing cd.c. sM~~r~. 6- Valve: FCV- 3-626 ' Categorv. Class: 2 PmcticIl: Pedes the cataxumt ccoling ream zlcz path for ~4~ Re t~~~ c~ Coolant Pums'cn~llai Le Mge Se ~ System harxiem. Test ~~maM VAV-3<10 Ls fQL O8D1'~ ~ Tes '.g ~~ valve ~~g pl.mi= o~a~m ~~c cause int~~t cn of c"o> ~ac waM~ to "'"< Zeacar Ccolant M~Ls'~11M ~~cage. S Svs-'~ ho~i-
~cI M~ ~ge 'l cHvage to exc in s 'Q1Ls BMctor Ccolant an unsafe IKdG acMoII gUGgs; of cbe ation ~es&~t ther')v, placwg ~ blKlt +~~a~ +a %~~kg e Ms val>z vil'e ~~ ~ .c cow~ shi~~rx.
~ca~Z Point Unit No.~
~
3 Pac 1 of 1 RELZE "'EQJEST ~WSlS Rmcwr Ccolant Valve: CV-3-519K Categ~: A Class: 2 Fudicn:
~
Provides a relief array or t1m wztm flew ca~". to ~~ ~ aress~ao Reactor Coolant @eras'tancnipes. Test Requirarant: INV-3410 Basis or Reli f'223.ure of tnis valve I ~le, c~l p35i~~lxp
~
tosmg during plant cpemt'm, auld. ca~a a. Loss of cond~'nent i~4~+~g. Alt~te Test: ~~'s, va1ve ~ he ~~ ci~~'~g cold, sMtdcwns.
2. Valve 3 51S Cat~re: M Class: 2 pLDction, P K~e eve ts Gverse blitrogen sys~~.
flew ~ 1~ Pressuz z p 1 P TRIBE Test R~ane .t: ZriV'-3520 Basis or R ~': Failur of tM valve 'n N~e cm. '~i 'cn,
~d. cause hy ~tang aun .g plant cce~+~on, a loss of ~~iERQt ~its~ 0)'
, HELWF BEQUEST 2MZS SY~i: Auxilm~~ Ccolant, Rasichal Ee t Rival 1 Valve Cat~~zy:
iVV" 3-744K ~ i~33V-3-744B
~s. B 2
Hmcm~: i>mac'~s a Qcw paN fraa M Zcw Pzessu~ Sazetv Znje wc-. Sysm tu M Reactor Coolant Sys~. Test IhV-3410 Basis for K.w: '12m ~~g ozM&mse valves cu~ag pl~~~ oge~Mcn, failu~ oz Valves 3-879., 3-876B, or couplet ~~ith 3.-876C, Sy~ cml6 subjec" t~ M aressurss ia
~ of its oats P ssu Sa e~ Znjec~
design giwz~;
@~o~o 'e~ The e va1ves m.l1 ce h 'I s"~ du~~c.- cole sm~~ns.
l. ~I 1 << ~
+~~~+Qv POL.t Unit No BEE~F Z QJZST WATS i<~> Ste~~ l. a Ualve: 'CV-3-2604, ~1=3-2605, GV-3-2606 CaM~~ozy: C Class: 2 Pun~a: P"ovides t."~ Q.cw pa~a ~~ the ass~wiat~ s~~=m generator to the main s'~~'ine hea~mr. Test R~axent: IhU-3520
~is for Be+iar ~
Test' any cne of "~~e valves cue ~g ~lant germtar r~ ogem~n ~mM isolate ~4 asscc~ ~tK s~~ M& w'n @ e r'a '<<T'c'. xauL6 result '~ a "eac~ ~p. Q~o~te es ~g geese valves vM~ he " sM cu~ p co~" a~a" <<~s.
TurKv Point Unit N 3 KZ~ REDIGEST WATS P'SKI: Ccr&~~zate and F~~tov
1. Valve: Y~- 3-1425, i4KV-3 -1426, a~A ~%V-3-> 427 Cattery: 3' s-
"Unct cn Prmrid s t>~ flow path ~~ ~w secondary sice to t."w Sarrpling ass~~.
Sy~.
~~ ge~~~ia Teat Reauirerant: ZRV-3410 for Re~1 T1z failure of any one of t".<<e valves in ~M closed position, by testing ~~'g pl~at operation,'u>>ld ~t in a loss of abilit'l to scxUple ~~ ass~aM~
s~m generator; t".os, aZ~w~g ~M abide'ty to verify proper c." zadioac~vitv.
~~ ccnMml. anc. to c ~
Alt~ .~t Tes~g: T?~e valves w'>> be ~"~ cu mg cold shu~~~ I
2. Valve: YET-3-1410, i~aT-3-140~ , and YG'-3-1412
'Category: B Class i 2 Fu".ction: Provices the flow path fran t e asmiat~ steam cera~tor s~n~ side to t"J 31~<<~ sys~~.
Test B~r'nt: ElvV-3410
~mis =or PM~~: lu e of anv cne o MM~e valves M'~ clo~
position, bv tes~~.g cu ~~g plant o~~~i-cn result in a loss of ab~'-:~ to hi.mxwx t"~ assccia"~ ce~~~tor ~~VI a~~g ~M ab ZL lVB~'1ta~l Qrc~~ c ~~~< ~~01 j ' Altmate Tesmg- These valves will be t st~ curing cold shu~wns.
l 4, Tv-coy Point Unit No.. a~ 2of 2 EKED~ RKCGESZ L~S~M SYSW: Condensate ard F~at <
3. Valve: CV-3-2900, V1-3-2901, awe. CV- 3-2902 Cattery: C Class: 2 Prevents Ewe se flew the Fe~~ cHL the assccia~~ s~
Sy~.'asis for Re3'U= Test cce~tion, m~~ axly cne of K?Bse cause an valvesg curing plzzlt int ~pticm of f~~t Q.cw to the assccia+m stun ge. orator; "mba, p~~g "t~o plant K an unsafe Kcce cf ogG leyte Test ~~a valves rdill tDB tesMcL c"~~~K cold sM~bTIs
4. Valve:, CV 3I 2816'V X 2817I CV 3'818'V 3 283'lg CV-3-2832, and CV-3-2833 Category: B Class: 2.-
Function: Provides a flow path from the Auxiliary Feedwater;Pump Discharge Header to Steam Generator Nos 3A, 3B, or'G. Test Requirement: INV-3410 Basis for Relief: These valves are manually 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.
f Tu~c y Point Unit No. ~- age 1 o= 1 5EL~ BKQGEST M>'SiS
~ ~
SY~I: Primary i'Kka-up and Cmtainrn ~t CcoUzc Wa+m 1.. Valve: M3V-3-1417 and ~- 3-1418 Catacpzy: B Class -2 Function: Breed.cps the corqxment ccoling wa~ supply (YDV-3-142.7) and ratuzn (&XV-3-1418) Q.ov paths for the Irma'ontai-; nant ccolers, tM consol zcd dz've na the prmazy ~~~Ed ~~g co~~
~~ ecol ~ anc.
Thst R~mmt. DW-3410 Basis for Mo': Tes~g these va~w~ cL~ag plan ope~ticn ~uuTd. cause int~mruption o ccntainumt cool c"o~g
~,'he consol ~~~ d'~a mc."a~n to "'m mz-al coolers, and the act on could pr'~~ shield ~~g ~~~t in carage to the ccn~ol z"d co~~
Mve miniate and asscciatw a~nant; t." ~wy, pm'he plant in an msa= naca o cps~
~> hamate Tes~g: >ese. valves ~ri.3 > he w<> duzing cold ~~auM~ns.
TUME Powt .Unit 3 c~c ~ (Luhe Q~ ~~ce ~~ ~~ p )
]. Va3.ve: 3'-40-204 Category: AE . Class Fextxon. 2'ravides the the containment.
fl~ eat!1 zrcm the Se~mce Air Sys~ to Tes R~~ FivV-343.0 Basis for Be3'ef: ailu~ of t4~ valww 'n "" cpen oosi 'cn, Md'able
~'.
RP( testing cUXLLlg Qlant coera&onq a loss of contain~-'~ tB Tes~g: valve ~I he ~~st~ ca ~~g co&. shut~a.s.
p. Valve: 3-40-205 Category: PZ Class 2 Bzicticn Prevents rave~me flQw CxcQL &~ ~t~~Lx~i~t P~sck~~e the Ge~ce Air Sy~ lcc tM outsi& c n~mo~t.
LvV-3520
~m -or Re2 e". U~ oz t IM JBlvB M~ t ~ c'~e'2 Msz,t cng hy ~w.g cjoy.'ag alaz c~m~~r., ~mc c use a.
loss of cziwp~i int~ ~f Al enate Tes~.g: This va3.ve w~ he t s~~ ca '-.~ cola s'-~w'~w.
3z.'cey Point Unit No. a~ 2' R~~ .ZQ~ S'~~"- Hence M= (L~e Oil, ~~ca and, ivw~~ct 8'-)
3. Valve: 3-40-203 Ca~oxy: BE Class:
~
2 Fur.ction: Provides t?w lee AM t~~ He~ca Ai= Svst~ to Test'~zire.~t: 2're-34l0
>mis for M~'e: TDI.s valve 3.s cUL2~ to ce test~~ oIllv to mande and tx nasa~ Qmr cata to vale 3-40-204 wxll c8 t~Mtd M3zN CQH si&~ivA (Gee 3-40-204 RRB 'Za. l) .
te Tes~".a: ~ val>w >r~ he ~~~~ d~g cold s".ut"c~ns.
ur~y P02~t ULD.t No Pap& 3 of 3 HELM HEQJZST P3ZS SYSZL4i: Znst~at A'~ (Lute Oil, Se~ce a.~'~ ~~ 3'-)
4. VaLve: 3-40-336 Cattery:
Class. 2
&Inc~ Prevents revere flew -"~ t'"m Ens ~at inside containnant, to &~ Lament Air Systen, M Sys-~,.
locate outside containment. Test R~u ~at: ZhV-3520 82'r B8~ '~ Test ~~ valve du~a plan cate~ 'ox'mM~~ izr'-~~t tM ir~~~t ai ~ly to t.'" car; ponents Loca insMe c"zztai~m"..t t~zt Lzv&'.lt Rxz. ror proper o~tz.cn; t".~~~, >~a'est placing t".a,plant in an ursa zcc of coat='on. Tes'~zg t~ intmxupt tte ~~mant air ~ly ~6 valve duriz~ cold s.".utch to t". ponents lccat& irwide contair~ teat air to main~~ ~a plant in a sa: r~z'ns~uzu~xt shutdown corz3i.tion; thereby, placirg the plar. an msafe ace~ of operation. Alt ~t T s~zg: %Ms valve shuts."~.
~~ he tos~ cu '~g r
Tur.'<ey Poi"t '.Unit No. Pace 1 oz 2 HELZE" BEQUEST BASES SYSTEM: Ccntai~nt Venation
1. Valve: HV-3-1 and K'-3 -3 Catecozy: E Class: 2 Fur+Cion Prove~ recurrent flew paths or Pos Eass of Coolant Pwcident purge.
Test R@U ZW-3410 Basis ~or Re>>ef- Tn t~e event tmt rvain" femur oz eit'ner ance is oz these valves) hv
~ui~ wcn xe tet'zg cz'"q plant operation, 't me~ c use a loss of cont~~~M integrity.
Al~&te Tes~ These valves wiU. be ~ ~ dung cold, sharc~~
2. Valve: PT-3-2 a A EV-3-4 Carry: AE Class: 2 Function= Provides
&~dent ~m~t flaw patm g~. for Post Loss of Cco~~
Test Rwziremt: I~V-3410 Basis or P~ef: ail~ of~tine eit"..er oz t."use valves in xe o~ position, by durirp plan cperat'cn, ~old cause a less oz antairmm M>~~~ate Tes ~~c: ~~~ase pelves wil 1 be ~~~ cJ ~~+'ole ~+L~47B
Turkey PoiM Utu.t No Pap& 2 o f Con~~>>mat Venation
'I
3. Valve:: 3"11-003 K 'arry:
Class: 2 Function: Prevents reve~ flow +~ Me containmnt a~s-i. ~ to the Con~nmt Cm and. Particular Badioac-v'"y Det~~ Syst~. Test Bemxirarant: ~bV-3520 BKSis for BB3 'ef ~~ T~a Specs recui~ tm monitor re~Mm ccolant ir~~e~cdofs~~~ 1~&~cace; wb'ch pcs to he sens3.d ve to radar.oac&v1 <v ~ Tes~i~cf tint'- Ls valve during plant. opera~ ~mule. muse are rainwhich of t" Rector is sensit've Coolant La ~c Get~'on to nd mdiv"y.
.System Siuularly, t s~g t~ valve colr. shu~n would, r~t in inte~mticn an dm~ .g Sy~ which is sevaitive to ra=c~wv'"y.
o= t". Bet~'cn Alt~te Tes'~~+ This, valve dcwns e will he ~M cur' ml'~q shut-
Turkey Point Unit Page 1 of 1 l EKQiEST B&SZS ST~I: SKGp~g Valve: CV-3-956A, Cl-3-956i3, CV-3-956C, azure CV-3-956D
'ategory' Class- 2 Function: Provisos t".s flaw path hz "z,pr sx~io s~ s~,
the pressuri.zer liaui6 space, the reactor Ccolant Sys~, anD the f accunaxlators respectively, to the Sample Syst m
~,
Test Recuirarent: 3>V>>3410 Basis or B~ >+ failur of any one oz t.'"use valves 'z ~"a open positiong oy tesMlg ~~ g plant cpera~~czlg auld cause a loss o-" ccnMv~~at a~-'~~ Te~g +ose valves 4~le ~s~ G~gg ~ 5hz'P
0
~ I "> r ~
pip \ IW ll)Q ( $~/}}

ML17338A521

Text

Dear hr. St llo:

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