Text

Rev 2 to Procedure 1040-001-015, Borated Water Storage Tank
	ML20083A264
Person / Time
Site:	Davis Besse
Issue date:	11/02/1983
From:	; TOLEDO EDISON CO.
To:	;
Shared Package
ML17150A231	List: ML17150A230; ML20083A206; ML20083A216; ML20083A222; ML20083A234; ML20083A237; ML20083A244; ML20083A252; ML20083A264; ML20083A269; ML20083A278; ML20083A283; ML20083A294; ML20083A298; ML20083A315; ML20083A322; ML20083A336; ML20083A365; ML20083A376; ML20083A396; ML20083A415; ML20083A422; ML20083A439; ML20083A454; ML20083A473; ML20083A486; ML20083A500;
References
	1040-001-015, 1040-1-15, IEB-79-01B, IEB-79-1B, NUDOCS 8312200234
	Download: ML20083A264 (113)
	v • d • e

__.

CALCULATION / PROBLEM COVER SHEET Calculation / Problem No:

1040-001-015 V

Titie: Borated Water Storage Tank 2.12 Client: Toledo Edison Company Project: Davis-Besse Unit 1 Job No: 1040-001-671 I & E Bulletin 79-OlB Equipment Qualification Design input /Reforences:

Design Inputs are outlined in the Cover Report.

Assumptions; ri:

Assumptions are outlined in the Cover Report.

Method:

)

kethods are outlined in the Cover Report.

%J Remarks:

EDS Nuclear Report No. 02-1040-1076.

s REV. NO.

REVISION

' APPROVED DATE 0

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Pacility: Davis-Besse Unit 1 MASTER LIST Docket:

50-346 Index No: 212M-001 HARSH ENVIRONMENT Rev.:

2 BORATED WATER STORAGE TANK Date: 4/ /

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Prepared by:

Checked by:

Arm 22d Date: ///.J//>

l l

LOCATION l

l l

I l

l l

Inside l

Outside l

l l Worksheet i I Plant l

I Primary l

Primary l

l l

Index No.

I Rev. LID Number l Generic Name I Containment I Containment _l REMARKS I

I l

l l

l I

l l

2 IBEllA I Motor Control Center I

Rm. 209 i

See 2.21 1

I l 2 lCDEllA I Disconnect Switch Cabinet l

l Rm. 304 i

See 2.21 l

l l

l 1

1 I

l I

I I

l l

l I

I I

I l

l l

1 1

I l

i I

I I

1 I

I I

I i

l i

I i

i l

I I

i l

I i

l l

I I

i i

I I

I l

l I

l l

I i

1 l

i I

I I

I l

l l

l 1

1 I

I I

l i

I I

l i

I I

i i

l l

I I

l l

1 1

I I

l l

I I

l l

I I

l l

1 1

I l

i I

I I

i l

i I

I I

I l

i I

I I

l i

I I

I l

i I

I I

l l

I I

I l

FIcilik Davis-Bezza Unit 1 MASTE,.c4IST Ind2x ND: 2124-002 Dockst:

50-346 NON-HARSH ENVIRONMENT Rev.s 2

BORATED WATER STORAGE TANK Prepared by:

N.

L

Date: // /

)

Checked by: A=Js4J Date: ///>-//>

l l

LOCATION I

l 1

l l

Inside i

Outside 1

l l Worksheet I i Plant l

l Primary l

Primary l

l l

Index No.

I Rev. IID Number l Generic Name I Containment I Containment i REMARKS l

I I

l l

I I

l 1 0 IBF11B l Motor Control Center l

l Rm. 405 l

I l

l 0 IC5716 I Engineering Safety Feature Panel l

l Rm. 505 l

l l

l 0

lCDFilB l Disconnect Switch Cabinet l

l Rm. 405 i

I I

I O l EVDH07A I Terminal Block Box l

l Bwst. Yard l

l l

l l 0 lEVDH07B l Terminal Block Box l

l Bwst. Yard 1 I

l l 0 l MVDH07A l V.tive Motor Operator l

l Bwst. Yard i I

l 1 0 lMVDH07B l Valve Motor Operator l

l Bwst. Yard l l

i l

I I

l i

I I

I i

1 1

I I

i l

I I

i l

1 1

I I

I l

l l

l i

I I

l i

I I

l l

i l

l I

I I

I l

l l

l 1

l l

l 1

I l

l I

i l

I I

I i

i l

l I

I I

I l

l l

t i

I I

I l

l I

I i

l l

I l

l l

'l 1

I I

l I

i l

i i

1 I

i I

I I

l l

l 1

l l

l i

I l

l i

I I

l l

I I

l l

I I

i I

l l

L

]))

i l I lI I I l i I I I I I l iI i I i I l I I i I i i I l l l i I I I i i 3

0 0

M 2

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S K

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d v ne I R l l ll I I i I I I I I I l lI l I l i i I I l i l i I I l l l I I I t

I i n

ey e dr m i a n sm i ti a ur t OP n N

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C I

T ! ll I I i I I I I I I I. iI I I 1 l l I i l l I I I I i i i I I I I I AC t

O n

L ye erm d an i mi sia nrt I Pn oC i

l lI I I i I I I I I I I iI I I i I i I l I II I I I I I i Ii I I I KNAT E

G T

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R I

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P.

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T E

e S

T m

A A

a w

M W

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FecilityiNvia-Dessa Unit 1 Docket:

50-346 SYSTkN COHPONENT EVALUATION WORKSHEET Index No.: 216H-025A Prarpared by: _M ll ( !_83 Rev.:

2 Date Qucked by: ggp&g Date llf2./8J 1.

%e test subjected the valve motor operator to a transient of 250*F and 39 7 120*F in 1.5 hours5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months .

then a cooldown to 200*F and 24.7 psia which was maintained for 15 dayWe valve motor operato and 39.7 psia for 22 hours2.546296e-4 days 0.00611 hours 3.637566e-5 weeks 8.371e-6 months , at 109'F in 22 seconds.

pressure in the containment annulus return to ambient conditions in 6 7 minutesThe pressure in th s.

n e.

We temperature and I

Based on the above, that which would result from the postulated HEIA.it is felt that the test : subjected the valve motor oper Since the valve motor operator remained functional during the test can be concluded that the valve motor operator would remain functional du i which would result from the postulated HEIB.

, it (Reference C-Annulus) r ng and after exposure to the harsh environment

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IEQUIPMENT DESCRIPTION ll _

ENVIRONMENT '

l DOCUMENTATION REF.

1 s.

I I

I l

ll Parameter i Specification I Qualification l$pecificationloualificati _l Qualification i Outstanding l i

11 1

1.

~

I l

l l

l oni Nethod i

Items 1

lSyctcc: Containment llOperating i 30 Seconds !

'16 Days l-K I

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l Isolation llTime

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'l V-24C l

Test 1

I

~

i 11 1

I-1 I

Note 1 I

I iPlant ID No.

NV507!1 ll l

l l

l

_I llTemperaturel 109.0 1

250 0 1 C-Annulus l M-28 l Simultaneous l Mone l

l Component:

I

~

Valve Motor iI

(*F) l l

l 1

V-24C l

Test l

I Operator ll_

l l

I I

ll 1

I l

l 8

l l

l Manufacturer: Limitorque lBPressure l

15.32 1

39.7 i C-Annulus i M-28 I Simultaneous l None l

.I I$(PSIAI i

l l

1 V-24C 1

Test l

l lModel Number: SMB-000-5

!I 1

7 l

l 1

I l

IO/N: 370756E ll l

i I

I I

IS/N: 188844 11 Relative i

100.0 1

100,0 l

A I

M-28 l Simultaneous i None l

IFuncticn: Operates Con-ll Humidity i

I I

l V-24C l

Test i

l l

tainment Vacuum Reliefil

(%)

l l

1 1

I l

Valve Penetration ll l

i I

I l

l IAccuracy: Spec:

N/A ll l

l l

l Demon: N/A ll Chemical l

N/A I

None l

I flSpray i

I I

i l

lSarvica:

Containment 11 I

I i

1 I

I I

I vacuum Relief ll I

I l

l l

Valve ll l

l lLocaticn: Annulus llRadiation 11.7 x 100 l

l l

RADS 12.0 x 107 il RADS l CAL-44 i

M-28 ISequential Testi None I

11 I

l l

I V-24C I

I l

'lFlood Level EleV:

N/A ll 1

l l

l

.I i

l i

lAbova Flood Level: N/A Il Aging l

40 Years 40 Years l

I I

CAL-93 ISequential Testl None 1

0 11 I

I I

Analysis i

I lNeEded for:

0 ll_

l I

I I

i 0 Hot Shutdown I.X _l ll 1

l l

)

l ISubme rgencel N/A I

N/A I

N/A l

Mone l

) Cold Shutdown l l

ll 1

1 l

l l

1 I

)

lI I

I I

I

Fzctlityr

-Desse Lktit 1 SYSTEM COtPONENT EV(

0N WORKSHEET Index No 6H-026A 7

Dock t s 34G Rev.:

2 J

NOTES N

Date Il j (! b3 Prcpared by:

Oneck;d bys fy;Q_[

Date U { t l21

/

1.

De test subjected the valve motor operator to a transient of 250*F and 39.7 psim for 30 minutes, followed by a cooldown to 120*F in 1.5 hours5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months . De valve motor operator was then exposed to a second transient of 250 *F and 39.7 psia for 2.1 hours1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months , then a cooldown to 200*F and 24.7 psia which was maintained for 15 days. We temperature in the containment annulus peaks ct 109*F in 22 seconds. %e pressure in the containment annulus neaks at 15.32 psia in 5 seconds. he temperature and pressure in the containment annulus return to ambient conditions in 6.7 minutes.

l Based on the above, it.ts felt that the test subjuted the valve motor operator to an overall more severe environment than that which would result fross the postulated HEIR.

Since the valve motor operar.or remained functional during the test, it een be concluded that the valve motor operator would remain functional during and af ter exposure to the harsh environment which would result from the postulated Hela.

(Reference C-Annulus) b 9

p

/~T

(

)

V s

Ficility: \\ [vis-B2cce Unit 1 Dockst:

50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Indes No.: 216R-027 Prcpared by:

N bQn d Rev.:

2 If l!82 Date:

Checkcd by:

M h 6 L _ /_ Date: _s//>/S}

l Il l EQUIPMENT DESCRIPTION ll ENVIRONNENT I

I i l i

l I

DOCUMENTATION REF.

__ ! ) Parameter i Specification i Qualification ISpecificationlOualiticationiI Qualification l Outstanding l l

11 i

i I

I I

Method i

Items l

lSystsm: Containment Iloperating l 30 seconds l 16 Days 1

K l

M-28 l Simultaneous !

None l

l Isolation llTime l

l l

l V-24C i

Test l

l l

7 ll l

l l

l Note 1 l

l l

)

IPltnt ID No.

MV50740 ll l

l 1

l l

I I

l llTemperaturel 109.0 l

250.0 i C-Annulus !

M-28 i Simultaneous l None l

l l Component: Valve Motor ll

'( *F )

i i

l l

V-24C l

Test i

I l

Operator ll l

l l

1 l

i l

l l Il i

I I

I IMinufacturer: Limitorque llPressure i

15.32 1

39.7 l C-Annulus l

M-28 l Simultaneous l None I

i ll(PSIAl l

l l

l V-24C l

Test l

l l Modal Number: SMB-000-5 ll l

1 l

l l

IO/N: 370756E ll l

l l

i lS/H: 188845 llRelative l

100.0 l

A I

M-28 l Simultaneous I None l

IFunction: Operates Con-1IHumidity l

l l

l V-24C l

Test I

l l

thinment Vacuum Relieffi (t) l l

l l

l 1

Valve Penetration ll l

l l

l 1

l I

lAccuracy: Spec:

N/A l

I l

l 1

l Demon: N/A ll Chemical l

N/A l

N/A I

N/A l

None l

I ll Spray i

I I

l l

IServica:

Containment ll l

l l

l Vacuum helief ll l

1 I

I I

I l

l Valve il I

i i

i l

l Location: Annulus liRadiation 11.7 x 106 RADS 12.0 x 107 l

RADS l CAL-44 l

M-28 ISequential Testl None l

ll 1

.I l

I V-24C l

l l

IFlcod Level Elev:

N/A ll l

t l

l l

1Abovo Flo3d Level: N/A IIAging l

40 Years l

40 Years i

I l

CAL-93 ISequential Testi None l

l 11 l

l I

l l

Analysis l

I INerded for:

l l.

I l

I I

l l

l Hot Shutdown l_X l ll l

l l

l llSubmergencel N/A l

N/A l

None l

l Cold Shutdown l l

ll l

l l

I l

l ll 1

l I

Facility:

is-Besse Unit 1 SYSTD4 CTtPONENT EVALUATION WORKSHEET Docket:

50-346 Inder No.: 216H-027A

~

Re v. :

2 Prepared by:

thte b

Onecked by:,* M ffA g h _ [ _ Date i t / 2. / P 3 1.

The test subjected the valve motor operator to a transient of 250*F and 39.7 ps8 a for 30 minutes, followed by a cooldown to 120'F in 1.5 hours5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months .

We valve motor operator was then exposed to a second trenaient of 250*F and 39.7 psia for 22 hours2.546296e-4 days 0.00611 hours 3.637566e-5 weeks 8.371e-6 months , l

then a cooldown to 200*F and 24 7 psia which was maintained f6r 15 days. We temperature in the containment annulus peaks

.st 109'F in 22 seconds. he pressure in the containment annulus peaks at 15.32 psia in 5 seconds, he temperature and pressure in the containment annulus return to ambient conditions in 6.7 minutes.

Based on the above, it is felt that the test subjected the valve a:otor operator to an overall more severe environment than that whien would result f rom the postulated HELB.

Since the valve motor oper& tor remained functional during the test, it can be concluded that the valve motor operator would rcmain functional. during and after exposure to the harsh environment which would result from the postulated HEIB.

(Reference C-Annulus) l l

m

N

\\

rccility:.

L; sis-Becca Unit 1 Dockst:

50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Prcp3 red by:

Index No.: 216H-023 Date:

Rev.:

2 Checked by:

h fl_. /'

pate: f/////J I

il l EQUIPMENT DESCRIPTION ll l

, I ENVIRONMENT I

! I ll_ Parameter l I

DOCUMENTATION REF.

l l

Specification I Qualification ISpecificationlQualificati

_l Qualification i Outstanding i il lSysts=: Containment i

I on!

Method 1

Items I

floperating i 30 Seconds i 16 Days i

K l

M-28 t

l l

l li Isolation llTime i

l I

I I l_

i I

l Simultaneous l None I

lPIKnt ID No.

MV50750 ll l

i l

I V-24C i

Test i

I l

I Note 1

_l I

IITemperaturel 109.0 1

250.0 l C-Annulus l M-28 1

l

'IC:mponsnt: Valve Motor ll

('F) l l

1 1

I l

l I

Operator i l_

l l

l Simultaneous l None l

l l

l V-24C l

Test i

11 1

l

'lMtnufacturer: Limitorque llPressure l

l l

I l

l il 1

15.3*

I 39.7 l C-Annulus 1 M-28 1

1 l

ll(PSIA) l I

l Modal Number: SMB-000-5 ll 1_

l 1

V-24C l

Test I

I l

i Simultaneous i None I

llO/N: 370756E l

ll l

l

lS/N: 138846 t

l i

i llRelative i

100.0 l

100.0 1

A l

M-28 i Simultaneous l None i

I I

!! Function: Operates Con-IIHumidity i

1 i

l l

I 1

tainment Vacuum Relieffl_ (4)

I l

l l

V-24C l

Test l

I Valve Penetration il l

I I

1 Accuracy: Spec:

N/A ll l

l l

i l

3 Demon: N/A llChemical l

N/A l

N/A I

N/A l

None l

l l

l I

1 l

i llSpray l

l l

Snrvice:

Containment ll 1

l l

Vacuum Relief ll_

l l

Valve ll 1

1.

I t

i Location: Annulus l

llRadiation l1.7 x 106 l

I l

l RADS l2.0 x 107 l

l RADS l CAL-44 l

M-28 ll_

l l

_l Flood Level Elev:

N/A ll l

l 1

V-24C l

I ISequential Testi done i

Rbova Flood Level: N/A ll Aging l

40 Years l

I l

CAL-93 l

l l

l ll l

1 i

Netd:d for:

l ll l

l Isequential Testi None l

1 l

l Analysis I

Hot Shutdown l X l ll l

1 I

1

(

I llSubmergencel N/A l

N/A i

N/A l

N/A I

N/A l

None l

l l

1 Cold Shutdown l l

ll l

l

_l l

l l

l l_ _

l l

i I

I I

l l

I I

J'

/

d

%J Facility u lo-Desco Unit 1 SYSTD4 CUMPONENT EVALUATION WORKSHEET Dock't 50-346 Index No.s 216H-028A

~

hv. :

2 N

IIIfSJ l Prsparad by: __

Date Checked by g,-4f,

,e Date nlgfgy 1.

ha test subjected the valve motor operator to a transient of 250*F and 39.7 psia for 30 minutes, follend by a cooldown to 120'F in 1. 5 hours5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months .

then a cooldown to 200*F and 24.7 psia which was maintained for 15 days.He valve motor operator was then expo i

We pressure in the containment annulus peaks at 15.32 psia in 5 seconds.he temperature in the containment annulus et 109'F in 22 seconds.

prassure in the containment annulus return to ambient conditions in 6.7 minutes.

he temperature and kr.ed on the above, it is felt that the test subjected the valve motor operator to an overall more severe environment th that which would result from the postulated HEIA.

Since the valve motor o;wrator remained functional during the test, it an which would result from the postulated Hela.can be concluded that the valve motor operator would tenain functional during and af (Reference C-Annelus) l s'

l

I racility avis-Besse Unit 1 SYSTEM COMPONENT EVALUATION WORKSHEET Docket:

50-346 Index No.: 216H-029 Rev.:

2 Pr.epared by:

Date:

.I Checked 'uy:

O)KM Date:

II'l/f? __

l ll l

l EQUIPMENT DESCRIPTION ll ENVIRONMENT I

DOCUMENTATION REP.

l Qualification l Outstanding i 1

l l

l ll Parameter l Specification l Qualification ISpecificationlOualification!

Method i

Items l

l i

1 Il l

l l

l I

I l

I ISystem: Containment iloperating l 30 Seconds l 16 Days I

K I

M-20 l Simultaneous l None 1

I Isolation llTime l

I i

l V-24C 1

Test l

l l

ll l

1 I

I Note 1 l

l l

l Plant ID No.

MV30760 ll 1

l l

1 l

l l

1 llTemperaturel 109.0 1

250.0 l C-Annulus i M-28 l Simultaneous i None l

IComponent: Valve Motor ll

(*F) l l

l 1

V-24C l

Test l

l l

Operator ll l

l l

l 1

ll l

l I

1 1

I i

'l IManufacturer: Limitorque llPressure i

15.32 l

39.7 l C-Annulus l

M-28 l Simultaneous i None l

1 ll(PSIA) l l

l l

V-24C I

Test l

I i

IModel Number: SMD-000-5 ll l

l l

i i

l i

IO/N: 370756E ll l

l l

lS/N: 188847 ll Relative i

100.0 l

A l

M-28 l Simultaneous l None l

l fFunction: Operates Con-IIHumidity I

l l

t V-24C l

Test l

I I

tainment Vacuum Reliefll

(%)

l i

I 1

l l

Valve Penetration ll l

l l

1 l

l l

l Accuracy: Spec:

N/A ll l

l l

1 l

l l

l Demon: N/A ll Chemical l

N/A l

N/A I

N/A l

N/A I

N/A l

None l

l llSpray i

l l

l Service:

Containment il l

I I

l I

l l

l Vacuum Relief ll l

l l

l Valve ll l

1 l

l l

l Location: Annulus l1 Radiation 11.7 x 106 RADS 12.0 x 107 RADS l CAL-44 i

M-28 ISequential Testl None l

l ll l

l 1

i V-24C l

l IFlood Level Elev:

N/A ll l

l l

1 l

lAbove Flood Level: N/A llAging I

40 Years i

40 Years I

l CAL-93 lsequential Testl None i

l ll l

l l

1 l

Analysis l

l lNeeded for:

ll l

1 l

l l

l Hot Shutdown l X l ll l

l l

l l lSubme rgence l N/A I

N/A l

N/A I

N/A l

None l

l Cold shutdown l l

ll l

l l

l Il l

l l

I I

l I

N

\\)

F:cility: w vis-Becco Unit 1 SYSTDI COMPONENT kVAIEATION WORKSHEET Dockst:

50 1646 Indes No.: 2_16H-029A may.

2 MOTES Prerpered by:

Date II [ MI Checked by:

,Q,44

/ Date pfg]fy 1.

1hs test subjected the valve motor operator to a transient of 250'F and 39.7 psia for 30 minutes, followed by a cooldown to 120*F in 1 5 hours5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months .

then a cooldown to 200*r and 24.7 psia which was maintained for 15 days.The valve motor operator was then exposed The pressure in the containment annulus peaks at 15 32 psia in 5 seconds.'the temposature in the containmeset annulu at 109"F in 22 seconds.

The temperature and pressure in the containment annulus return to ambient conditions in 6 7 minutes.

Based on the above, it is felt that the test subjected the valve motor operator to an overall more severe environment tha that which would result from the postulated HEIA.

n Since the valve motor operator remained functional during the test, it can be concluded th,xt the valve motor operator would remain functional during and af ter exposure to the harsh environment l

which would result from the postulated Hela.

(Reference C-Annulus) l l

l q'

n n

O Fccility: La JS-B232s Unit 1 SYSTEM COMPONE,.4' EVALUATION WORKSHEET IndIX N6. : 216H-030 Dockst:

50-346 Rev.:

2 k

t1 Prepared by:

Date:

Chscksd by:

St%)#d Date: fI I

il i

I l

l IEQUIPMENT DESCRIPTION ll ENVIRONMENT l

DOCUMENTATION REF.

l Qualification i Outstanding i l

ll Parameter l Specification l Qualification lSpecificationlOualificationi Method l

Items l

l ll 1

I I

I l

l t

ISysten: Containment ll Operating I

30 seconds l

16 Days l

K I

M-28 i Simultaneous l None l

l Isolation llTime l

l l

l V-24C i

Test l

l l

Il I

I l

l Note 1 I

l l

lPltnt ID No.

MV50770 ll l

l l

l

!! Temperature!

109.0 l

250.0 i C-Annulus l M-28 l Simultaneous l None l

l Component: Valve Motor ll

(*F) l l

l l

V-24C l

Test l

l l

Operator ll l

l l

1 I

l l

l 1

11 l

1 1

l 1

l l

l Manufacturer: Limitorque llPressure l

15.32 l

39.7 i C-Annulus l

M-28 l Simultaneous l None I

i l

ll(PSIA) l l

l l

V-24C l

Test l

l l Modal Number: SMB-000-5 ll l

l I

I l

l 1

IO/N:

?70756E ll l

l 1

l l

lS/N: 188848 ll Relative i

100.0 l

A l

M-28 l Simultaneous l None l

l Function: Operates Con-liilumidity l

l l

l V-24C l

Test l

l l

teinment Vacuum Relief ll (t) l l

l l

l 1

l l

Valve Penetration ll l

l l

l Accuracy: Spec:

N/A ll l

l l

l Demon: N/A ll Chemical l

N/A l

None l

l llSpray l

l l

l 1

l l

lSarvice:

Containment ll l

l l

l 1

l Vacuum Relief ll l

l l

I l

l Valve ll l

l l

6 7

l Location: Annulus ll Radiation 11.7 x 10 RADS 12.0 x 10 RADS l CAL-44 l

M-28 l Sequential Testl None l

I ll I

l l

I v-24C l

l l

lFlord Level Elev:

N/A ll l

l l

l Above Flood Level: N/A ll Aging l

40 Years l

I l

CAL-93 ISequential Testl None l

l ll l

1 l

l Analysis l

l INIeded for:

ll l

1 l

l l

I l

l Hot Shutdown Ixi ll l

l l

8 llSubmergencel N/A l

N/A l

None l

f Cold Shutdown l l

ll l

l l

1 ll l

l l

l 1

j-Becse thit 1 SYSThM COMPONENT EVQ.ON WORKSHEET Index Mokw 16H-030A Pscilitys v Dockst:

50-346 mov.:

2 N l!

N Date prgpared by:

Chsclied by:M/2*ef f$_d/

Date

/If Z/81 1.

We test subjected the valve motor operator to a transient of 250*F and 39.7 psia for 30 minutes, followed by a cooldown to 120*F in 1 5 hours5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months . De valve snotor operator was then exposed to a second transient of 250*F and 39.7 psia for 22 hours2.546296e-4 days 0.00611 hours 3.637566e-5 weeks 8.371e-6 months , then a cooldown to '200*F and 24.7 psia which was maintained for 15 days. We temperature in the contaisument annulus peaks et 199'F in 22 seconds. We pressure in the containment annulus peaks at 15.32 psia in 5 seconds. Se temperature and pressure in the contaisument annulus return to ambient conditions in 6.7 minutes.

Dased on the above, it is felt that the test subjected the valve motor operator to an overall wre severe envirosument than that which would result from the postulated HEIA.

Since the valve anotor operator remained functional during the test, it ccn be concluded that the valve snotor operator would remain fur.ctional during and af ter exposure to the harsh environment which would result from the postulated HEIA.

( Anference C-Annulus) i 4

l

\\

t

\\

t J

/

\\v Facility: Tdvis-Bene Unit 1 Dockat:

50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216H-031 Rev.:

Prcp3 red by:

Date: _N [,

2 Chickad by:

_ %K 6 Date: _ l(Il/S i

11 IEQUIPMENT OCSCRIPTION 1 l ENVIkONMENT I I I l DOCUMENTATION REF. ll Parameter l Specification l Qualification ISpecificationioualificationil Qualification l Outstanding l I il i I Method l Items l ISystsm: Containment ilOperating i 30 Seconds l 16 Days l K I M-28 l Simultaneous l None l i i l i l l Isolation I(Time l l l l V-24C l Test l l l l ll I l l l Note 1 I I l j lPitnt ID No. MV50780 ll l l l l l l l l I llTemperaturel 109.0 l 250.0 i C-Annulus l M-28 i Simultaneous l None l IComp nent: Valve Motor ll (*F) l I l l V-24C I Test i I l Operator il I i i i l I i l Il I l l l I I I i lMenufacturer: Limitorque llPressure l 15.32 1 39.7 i C-Annulus l M-28 i Simultaneous i None l 1 ll(PSIA) l l l l V-24C l Test l l l Modal Number: SMB-000-5 ll l 1 l l l l 1 i IO/N: 370756E ll l l l l l l l lS/N: 188849 IIRelative 1 100.0 l 100.0 l A l M-28 l Simultaneous i None l IFunction: Operates Con-IIHumidity l l l l V-24C l Test i l I tainment Vacuum Reliefil_ (%) l I l l l l l l Valve Penetration il l l 1 l l 1 l lAccurccy: Spec: N/A ll l l l l l 1 l 1 Demon: N/A ll Chemical l N/A l N/A l N/A I N/A l N/A l None I i IISpray I l l l l l l ISarvice: Containment 11 l t 1 1 I l l 1 Vacuum Relief Il l l l l 1 l ._ l i Valve il i I l i I I i 17.ocation: Annulus l1 Radiation 11.7 x 106 RADS 12.0 x 107 I RADS I CAL-44 l M-28 l Sequential Testi None l 11 1 I __ _ l l V-24 C l 1 1 ! Flood Level Elev: N/A (( [ l l l l l l 1Above Flood Level: N/A ll Aging l 40 Years l 40 Years l I l CAL-93 ISequential Testi None l I 11 I I l l l Analysis l l lNesded for: ll l l l l l l l [ Hot Shutdown lX 1 l l1 l l l l l I ISubme rgence l N/A l N/A I N/A l N/A l N/A l None l l Cold Shutdown l_ l ll l l l l l ~ l l l l 0 I I I I i l I

D \\ F.acilitytvvia-Be300 Unit 1 J ~ Docksts 50-346 CYSTDI COMPONMrf EVALOATION WORKSHEET Index No.: 216H-031A ney.: 2 Prepared by: Date __ N / ! M Chtcked bya c4/',ECg,{ bete // / 'L/ 31 1. The test subjected the valve motor operater to a transient of 250'F and 39.7 psia for 30 l 120*F in 1.5 hours. then a cooldown to 700*F and 24 7 psia which was maintained for 15 days.T7m valve motor operator wa paia for 22 hours, ct 109*F in 22 ceconds. pressure in the containment annulus return to ambient conditions in 6.7 minutes.The pressure in t ( The temperature and I Based on the above, that which would result from t.he postulated Hela.it is ft;lt that the test subjected the valve motor operator to an overall mere sev ere environment than which would result from the postulated HEIA.can be concluded that the valve motor operator would remain it (Reference C-Annulus) e harsh environment l l l t O

n, (m) } v (. / b Fccility: LJvis-Bsc22 Unit 1 Dockst: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216H-032 Rev.: 2 Prepared by: Date: Il I Chscksd by: . 4Tfeehal Date:. k'/ 2/f7 i il IEQUIPMENT DESCRIPTION ll ENVIRONMENT l l 1 I l I DOCUMENTATIr N REP. l Qualification l Outstanding l I; Parameter I i Specification l Gualification lSpecificationlOualificationt 'l i I l l l l l Method l Items l lSystsm: Containment llOperating i 30 Seconds i 16 Days l K I M-28 l Simultaneous l None l I Isolation ll Time l l l l V-24C I Test l l l ll l l t i Note 1 l l l l Plant ID No. MV50790 I I I I I I l l llTemperaturel 109.0 1 250.0 l C-ianulus l M-28 l Simultaneous l None i l Component: Valve Motor ll ('F) l l l l V-24C I Test i I l Operator ll l l l l l 1 l l ~ Il i I I I i i i lMinufacturer: Lir.itorque llPressure I 15.32 1 35.7 l C-Annulus l M-28 l Simultaneous l Hone l I ll(PSIA) i l l i V-24C l Test l l lModD1 Nuscer: SMB-000-5 ll I I l l l 1 l lO/N: 370756E ll l l l l l l l lS/N: 188850 llRelative i 100.0 100.0 l Function: Operates Con-IlHumidity i I l A i M-28 l Simultaneous i None l l tainment Vacuum Reliefll (t) I ) l i I 1 1 l l V-24C l Test l l I Valve Penetration ll l 1 l l l l 1 lAccutacy: Spec: N/A ll l l l l l l l l Demon: N/A ilchemical l N/A 1 N/A I N/A I N/A l N/A l None l l llSpray i I I I I l i ISarvice: Containment ll l 1 l l l l l l Vacuum Relief ll l l t l l l l l Valve il l I I l l I l ILocation: Annulus llRadiation 11.7 x 106 RADS 12.0 x 107 l RADS l CAL-44 i M-28 ISequential Testl None l ll l l 1 1 V-24C i I I IFlood Level Elev: N/A ll l 1 l l l l l IAbove Flood Level: N/A IIAging l 40 Years l 40 Years l I l CAL-93 l Sequential Testi None l l Il l I i i i Analysis l l INasdad for: ll 1 __l I l l I l 1 tiot Shutdown l xi 11 I l 1 l l l l l llSubmergencel N/A l N/A I N/A l N/A I N/A l None l I Cold Shutdown l__,1 ll l l l l l l l l ll 1 1 I I I I I

Frcility s' '..e-inesse Unit 1 SYST38 COMPUHtVf E .rION WORKSHEET Ibck.t 20-346 Index as. 216N-032A Rev.:' 2 H% ul<lsi Prepa red by: Date Chscked bys A M E_ J f Date Itl2lE5 1. %e test subjected the valve motor operator to a transient of - 250*F and 39.7 psia for 30 minutes, followed by a cooldown to 120*F in 1.5 hours. he valve smotor cperator was then exposed to a second transient of 250*F and 39.7 pole for 22 hours, then a cooldown to 200*F and 24.7 pela which was maintained for 15 days. he temperature in the containment annulus peaks at 109'F in 22 seconds. he pressure in the containment annulus peaks at 15.32 psia in 5 seconds. he temperature end pressure in the containment annulus return to ambient conditions in 6.7 minutes. Based on the above, it is felt that the test subjected the valve motor operator to an overall more severe environment than that which would result from the postulated HEIA. Since the valve motor operator remained fiinctional during the test, it can be concluded that the valve motor operator would remain function;al during and after exposure to the harsh environment which would result from the postulated Hela. (Reference C-Annulus) l l l

(f%) \\v'l C]kJvic-Saara Unit 1 F1cility: Dockst: 50-J46 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216H-033 Rev.: 2 Prcpared by: Date: O Chicktd by: Q 9(et*$LAA Date: _1QL/h l ll l l EQUIPMENT DESCRIPTION l l_ ENVIRONMENT I DOCUMENTATION REP. l l l ( l ll Parameter l Specification f Qualification ISpecificationlOualificationil Qualification l Outstanding l I ll 1 Method i Items l 1 I I I i i ISystcm: Containment !! Operating i 1 Year i 1.1 Years i P l M-24 i Simultaneous l None l l Isolation llTime l l l I V-24A l Test l l_ l ll l 1 l l Note 1 I l i IPIEnt 19 No. MVMUO2A ll l l l l l 1 l lITemperature! 283.0 1 329.0 l H, X i M-24 l Simultaneous i None l l l Component: Valve Motor ll (*F) l l l 1 V-24A l Test l l l Operator ll l l 1 1 1 1 I I 11 I I I l 1 I l IMinufacturer: Limitorque ll Pressure 1 52.0 l 104.7 l G, X l M-24 l Simultaneous l None i l ll(PSIA) l l l l V-24A l Test l l l Modal NumSer: SMB-00-10 ll l l 1 I I l l lO/N: 360193A ll l l l t l I l lS/N: 150028 llRelative l 100.0 l 100.0 l A l M-24 l Simultaneous. I None l lPunction: Operates Valve llHumidity l I l l V-24A l Test l l l MUO2A f l. (t) l l 1 I l l l l 11 l t 1 i i i i IAccuracy: Spec: N/A ll l Boric Acid l Boric Acid l l M-24 I l l l Demon: N/A Il Chemical l 1800 ppm l 1800 ppm l A l V-24A l Simultaneous l None i i lISpray I pH 5.0 l pH 5.0 l l CAL-40 i

Test, I

l ISarvice: Letdown Cooler ll l t I l Note 2 l Analysis l l l No. 1 Outlet l' I l l I l 1 l 1 Valve ll 1 l l l l l l l Location: Containment llRadiation 11.7 x 107 RADS 12.0 x 108 RADS l CAL-44 l M-25 ISequential Testl None 1 ( ll l l l V-24A l l l lPlood Level Elev: 572'-2*ll i I I l l l 1 lAbovo Flood Level: Yes IlAging l 40 Years i 40 Years i I l CAL-93 ISequential Testi None l I il i 1 l l l Analysis l l lNerdad for: ll l l I l l l l l Hot Shutdown lX l l ll l l l l l 1 1 llSubmergencel 572'-2* I 578'-0* l B l M-10 l N/A I None l l Cold Shutdown fxl ll l l l 1 l l l 1 Il _l I I i 1 I i

j \\ ) i Fccility: Devia-Becse Unit 1 Dockst: 50-346 SYSTEM COMPONENT EVA1AAAYION WORKSHEET Index No.: 216H-033A Ptspared by: N% Date ___ u bin Rev.: 2 j Onccked bys',,44.%~.c f h Date il / 2./ Pf~ i 1. 1he test subjected the valve motor operator to I hour at 329'F and 104 7 psia hours at 287'F and 54 7 psia, then 19 hours at 256*F and 34 7 psia, and 250*F and 29 7, then 2 hours at 312*F and 84.7 pois, th pressure inside containment peak at 283*F and 52.0 pala in 17 and 50 seconds, respectively psia for 6 days. The temperature and 214 7'F and 32.32 psia; at 3 hours the conditions are 204*F and 29 4t> pelas at 5 h At 1 hour the conditions are j psias and at 24 hours the conditions are 143'F and 18 03 psia. ours the conditions are 193.2*F and 27 08 l She containment returns to ambient conditions in 7 days. Based on this information, more o* vere environment than that which would result from a postulated LOCA.it can be concluded tha i { operable throughout the test and functional af ter the test, it can be concluded that thSince the valve motor operator reasined i functional during and af t.er exposure to the accident environment which would result from the valve motor operator will remain-H, and X), e postulated LOCA. (Reference G, 2. CAL-40 qualifies ccmponents tested in a high pH boric acid spray to a pH value of 5 d t P i I 1 a i 2 ] i .i i [ l I i 1 i

FCcility: 'L Jis-Socc3 Unit 1 SYSTEM COMPONENT EVALUATION WORKSHEET Dockst: 50-346 Index No.: 216H-034 Rev.: 2 Prep 3 red by: N-Date: //'/ ChIcked by: h #~l # Date: ///VP) I il i I I I l EQUIPMENT DESCRI?fION ll ENVIRONMENT I DOCUMENTATION REF. l ll Parameter l Specification I Qu&lification lSpecificationloualificationil Qualification l Outstanding l I il I i 1 1 1 1 1 Method 1 Items i ISyctsm: Containment Iloperating l 15 Seconds l 17 Years i K l Note 1 l Analysis l None l l Isolation 'llTime l l l l l l l i l ll l I I I I I l l Plant ID No. SV1542 ll l l l l l l l 1 IITemperaturel 221.0 l Exempt I C-314 i Note 1 l N/A l None l lCemponent: Solenoid Valvell (*F) l l l l l l 1 I ll l I l i I I I lMtnufteturer: ASCO ll 1 1 I l l l l l llPressure i 19.76 I Exempt i C-314 i Note 1 l N/A l None l IModal Number: HT8320A108 ll(PSIA) l i l I l l l l 18 I I I I I I I lPunction: Isolates ll l l 1 l l l l 1 Containment ll Relative l 100.0 l Exempt i A 1 Nute 1 l N/A I None l i llHumidity l l 1 l l l l l Accuracy: Spec: N/A ll (%) l l 1 l l l l 1 Demon: N/A ll l l l l l l l I II l l i I l l l ISarvice: Core Flooding llChemical l N/A I N/A l N/A l N/A l N/A l None ( I Tanks to Waste llSpray l l l l l l l 1 Gas Isolation Valvell l l l l l l l l ll l l I I l l l 1 l Location: Auxiliary Bldg.Il l l l l CAL-80 l l l l Rm. 314 llRadiatidn 11.0 x 106 RADS l1.2 x 106 RADS l T 1 Note 2 l Analysis i None i I ll l l l 1 1 I I IFlood Level Elev: N/A II I I I I I I l 1Above Flood Level: N/A IIAging l 40 Years l 17 Years l I l CAL-80 1 Analysis l None l I ll l l Note 3 l l Note 2 l l l lNerdad fort ll l l l I f I l I Hot Shutdown l X l ll l l l 1 l 1 l I llSubmergencel N/A I N/A l N/A l N/A l N/A l None l l Cold Shutdown l l ll l l l l 1 ( l I ll l 1 I I I l I

N h (q) () Fccility: 'w Jis-Besse Unit i SYSTEM COMPONENT EVALUATION WORKSHEET Dockat: 50-346 Index No.: 216H-034A Rev.: _. 2 Prep red by: _ u., Date: // f3 ChickId by: M Date: (//A/D t i 1. This solenoid valve controls the air supply to CF1542 (the air-operated core flooding tanks waste gas isolation valve) cnly safety-related function performed by this valve is the leolation of containment during a loss of coolant accident. The The solenoid valve is exempt from qualification because it does not perform an essential safety-related function in the hersh steam environment due to a high energy line break. Failure of the solenoid would cause CF1542 to move to (or more likely remain in) its fail-safe closed position. Closure of this valve will not degrade other safety-related functions because it merely isolates the core flooding tank vent lines from the waste gas system. This isolation is a normal operating condition because CF1542 is only opened when venting the tanks. Tha air-operated valve's position indicating lights.are powered by a 120 v.a.c. assential instrument bus. These lights are op rated by the valve's position indicating (limit) switchec. centrol circuit, its failure cannot affect the operation of these devices.Since the solenoid valve is part of a separate 125 v.d.c. l because valve position indication will be unaffected. Solenoid failure will not mislead the operator l l 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. 3. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments. w

I Facility: % 3vis-Besca Unit 1 COMPONENT MATERIALS EVALUATION SHEET pocket: 50-346 Index No.: 216H-0348 Rev.: 2 Prtpared by: Date: 3 Checked by: M# Date: ///A/#) l Plant I.D. No.: SV1542 l Component: Solenoid Valve l l Manufacturer: ASCO Nodel No.: HT8320A108 I I l l l l THIN 4AL AGING l RADIATION l i Parts List l Materials List l Qualification l Keference ! Qualification l Reference l i i i I l l 1 I Body & End Cap l Brass l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Spring, Disc' l Stainless Steel l Not Sensitive l CAL-80 i Not Affected l CAL-80 l l Spring, Core i Stainless Steel l Not Sensitive ! CAL-80 i Not Affected l CAL-80 l l Sol. Base Sub-Assembly l Metallic l Not Sensitive l CAL-80 l Not Affected l CAL-80 l j i Core Tube i Stainless Steel i Not Sensitive l CAL-80 I Not Affected l CAL-80 l l Ccre &'Plugnut l Stainless Steel I Not Sensitive ! CAL-80 i Not Affected l CAL-80 l l Shading coil I Copper l Not Sensitive l CAL-80 i Not Affected i CAL-80 l l l Gasket, Body l BUNA-N l 40 Years e 104*F l CAL-80 1 1.5 x 107 RADS l CAL-80 l 1 Ditte l BUNA-N I 40 Years 0 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l l l Disc Holder i Acetal 1 17 Years 9 104'F l CAL-80 1 1.2 x 106 RADS l CAL-80 l l Core Guide l Acetal l 17 Years 9 104*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l I c1c.ss H Coll:

l l

40 Years 9 140'F 1 CAL-80 1 2.0 x 107 RADS I CAL-80 l l Outerwrap i Fiberglass I i l l l l Varnish l Silicone i l l 1 l l Lead Wire Insulation i Silicone Rubber, Glass l l l l l l l Braid I i l l l l Magnet Wire Insulation! Enamel l 1 1 l l l Insulation l Nomex l l l l l l Insulation l Iso-Mica l I i l l l l Epoxy l l l l l l Insulation ! Silicone Resin i I l l l l l Mica l l 1 l l l I I l l l l l 1 I l 1 l 1 1 I I I I I I M&terial & Parts List

Reference:

V-3A, 7-3B, V-3F, CAT-3A, ROC-3A

Coil is scheduled for replacement in accordance with manufacturer's recommendations.

i Ftcility: Y dis-Besaa Unit 1 %_/ SYSTEN CONPONENT EVALUATION WORKSHEET Dockst: 50-346 Index No.: 216H-035 hev.: 2 Prgptred by: (A4M Late: 3 Chicksd by: l! ate: t//)//) & L f2 - y I ll 1 lEQUIPNENT DESCRIPTION ll ENVIRONMENT l DOCUMENTATION REF. 1 I I ) l ll Parameter i Specification I Qualification lSpecificationlQualification! Method i Items l l Qualification l Outstanding I I 11 l l I I I I I ISystim: ContainmerJ. ll Operating l 15 Seconds l 17 Years l K l Note 2 l Analysis l None i I Isclation ll Time l l l l l l 1 I I ll_ l l I l l l l l lPIKnt ID No. SV1544 ll l l 1 l l l l l l l Tempe ratu rel 218.0 l Exempt 1 C-303 i Note 1 1 N/A I None l 1 Component: Solenoid Valvell ('F) l l l l l l l l Il I l l l I l l INinufacturer: ASCO ll l l l l 1 1 I I llPressure l 17.16 I Exempt l C-303 l Note i l N/A l None l INod21 Number: HT8320A108 ll(PSIA) l l l l l l l 1 ll l l i I I I I l Function: Isolates ll 1 1 I l l l l 1 Containment ilRelative i 100.0 I Exempt I A I Note 1 i N/A l Mone i l llHumidity I l l I l I l IAccuracy: Spec: N/A ll (%) I l i I I I l i Demon: N/A ll l 1 l l l l l I il i I I I I l i I lSarvice: Core Flooding i! Chemical l N/A l N/A l N/A l N/A l N/A l None I i Tank 1 Fill Line llSpray l l 1 1 l l l l Isolation Valve ll l l I l l l 1 l ll l l I I I l l ILocation: Auxiliary Bldg.il l I l l CAL-80 l l l ) Rm. 303 ll Radiation 11 16><106 RADS 11 2 x 106 RADS l T I Note 2 1 Analysis i None l ,l ll_ l l 1 1 l l i ' IFlood Level Elev: N/A ll l l l l l l l lAbova Flood Level: N/A ll Aging l 40 Years l 17 Years l I I CAL-80 l Analysis i None I i i l ( Note 3 l l Note 2 I l l lNitdtd for: ll l l l l l l l l Hot Shutdown l_X_ l ll l 1 l l l l l l llSubmergencel N/A l N/A l N/A I N/A l N/A l None l ! Cold Shutdown i l ll l l l l l l l l _ li l l l i I I l

} Fccility: 'L.41s-OGcco Unit 1 SYSTEM COMPONENT EVALUATION WORKSHEET Dockst: 50-346 Inder No.: 216H-035A Rev.: 2 Prepared by: Date: h # 3 Chicksd by: Msn [ Date: _///J//3 1. This solenoid valve controls the air supply to CF1544 (the air-operated core flooding tank A Tha only safety-related function performed by this valve is the isolation of containment during a loss of coola tfill line isolation valve). n accident. Tha solenoid valve is exempt from qualification because it does not perform an essential safety related f harsh steam environment due to a high energy line break. unction in the likely remain in) its fail-N fe closed position. Failure of the solenoid would cause CF1544 to move to (or more because it merely isolates the core flooding tank fill line from the high pressure injection pumps and/or theC aupply. This isolation is a normal operating condition because CF1544 is only opened when filling the tank nitrogen l I The air-operated valve's position indicating lights are powered by a 120 v.a.c. essential instrument bus operated by the valve's position indicating (limit) switches. These lights are control circuit, its failure cannot affect the operation of these-devices.Since the solenoid valve is part of a separate 125 v.d.c. because valve position indication will be unaffected. Solenoid failure will not mislead the operator 2. Materials evaluation conducttid. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. 3. Materials snd/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedul s t assure that associated component will maintain functional operability ist harsh environments. e o

Freilitys' vic-BeCa UAlt 1 COMPONENT MATERii_J EVALUATION SHEET Index L as 216H-0357 Docket: 50-346 F.e v. : 2 Prepared by: Date: [I !83 Ch cked by: Date: /@/O I Plant I.D. No.: SV1544 Component: Solenoid valve l l Manufacturer: ASCO Model No.: HT8320A108 l l 3 l l l THERMAL AGING l RADIATION l l Parts List i Materials List l Qualification i Reference ! Qualification l Reference l I I I l l l l l Body & End Cap i Brass l Not Sensitive l CAL-80 i Not Affected l CAL-80 l l Spring, Disc l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Spring, Core l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Sol. Base Sub-Assembly l Metallic l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Core Tube l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Core 6 Plugnut i Stainless Steel l Not Sensitive l CAL-80 l .Not Affected l CAL-80 l l l Shading coil l Copper l Not Sensitive l CAL-80 l Not Affected l CAL-80 l 7 l l Gasket, Body i BUNA-N l 40 Years 9 104*F i CAL-80 l 1.5 x 10 RADS l CAL-80 l l Disc l BUNA-N l 40 Years 9 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l I Dixc Holder l Acetal l 17 Years 9 104'F l CAL-80 l 1.2 x 106 EADS l CAL-80 l l 6 RADS l CAL-80 l l l Core Guide j Acetal l 17 Years 9 104*F i CAL-80 l 1.2 x 10 l Class 14 Coll:

l l

40 Years 9 140*F l CAL-80 l 2.0 x 107 RADS l CAL-80 l l l l Outerwrap l Fiberglass l l l l l l Varnish l Silicone l l l l l l Lead Wire Insulation i Silicone Rubber, Glass l l l l l l l l Braid l l l l l l l Magnet Wire Insulation l Enamel l l l l l l Insulation l Nomex l l l l l l Insulation l Ico-Mica I l l l l l l Epoxy l l l l l 1 Insulation i Silicone Resin l l l l l l l Mica l l l l l 1 l l l 1 l i I l l l 1 i l l l l l l 1 l Material & Parts List

Reference:

V-3A, V-3B, V-3F, CAT-3A, ROC-3A

Coil is scheduled for replacement in accordance with manufacturer's recommendations.

(LJic-Be2se Unit 1 C c') v Ftcility: SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216N-036 Dockat: 50-346 Rev.: 2 Ptsp:: red by: Date: O 33 ChickId by: MA ? Date: s//A//2 l ll l l l l l EQUIPMENT DESCRIPTION ll ENVIRONMENT l DOCUMENTATION REF. l Qualification i Outstanding l l ll Parameter i Specification l Qualification ispecificationloualificationi Method l Items l 1 ll l I I I I I I ISy::tta: Containment Iloperating l 15 Seconds l 17 Years i K l Note 2 i Analysis l None l l Isolation ll Time l l l l 1 l l l ll I I i 1 I l l IPlant ID No. SV1545 ll 1 1 I i 1 l l l lITemperaturel 221.0 i Exempt C-314 l Note 1 i N/A I None l l lCcmponent: Solenoid Valvell (*F) l I I 1 l l l { l Il l I l l I I l lMtnufteturer: ASCO ll l l l l l l l l IIPressure l 19.76 l Exempt I c-314 l Note 1 1 N/A I None l lModel Number: HT8320A108 ll(PSIA) l l l l l l l l 11 1 I I I I I I l Function: Isolates ll l l l l l l l l Containment ll Relative i 100.0 l FJempt l A I Note 1 l N/A I None l l llHumidity l l l l l l l l Accuracy: Spec: N/A l( (1) I L l Demon: N/A ll l 1 l I I l l l l l l l !l ll l I I I I I i l lS2rvice: Core Flooding ll Chemical i N/A l N/A l N/A I N/A l N/A l None l i Tanks Sample ll Spray l l l l l l l l Isolation Valve ll l l l l l l l l ll l l I I I I l

lLocstion: Auxiliary Bldg.ll l

l 1 l CAL-80 l l l l Rm. 314 ll Radiation 11.0 x 10 RADS (1.2 x 106 6 RADS l T l Note 2 l Analysis i None l l ll l 'l I I I l l IPlood Level Elev: N/A ll l l 1 l l l l lAbova Flood Level: N/A ll Aging l 40 Years l 17 Years l I l CAL-80 l Analysis l None I l ll l l Note 3 l l Note 2 l l l lNicdsd for: ll I l l 1 l l l l Hot Shutdown IX l ll l l l 1 I l l l llSubmergencel N/A l N/A l N/A 1 N/A I N/A I None l 1 Cold Shutdown l l ll l l l l l I l l ll l l l l 1 I I

N fh e) -) (") 1 F cility: vic-8200'd Unit 1 Dock t: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216H-036A Rev.: 2 Pr p: red by: Date: b f 3 Checked by: M-A - J Date: f//A//7 1. This solenoid valve controls the air supply to CF1545 (the air-operated cor only safety-related function performed by cF1545 is the isolation of containment during a losse flooding tanks sample The of coolant accident. The solenoid valve is exempt f rom qualification because it does not perform an h:rsh steam environment due to a high energy line break. essential safety-related function in the likely remain in) its fail-safe closed position. Failure of the solenoid would cause CP1545 to move to (or more This isolation is a normal operating condition because CP1545 is only openedit a ng tank and/or the sampling system. when draining or sampling the tanks. l Tha air-operated valve's position indicating lights are powered by a 120 v a c l op3 rated by the valve's position indicating (limit) switches. ... essential iristrument bus. These lights are because valve position indication will be unaffected.its failure cannot affect the operation of these device csntrol circuit, Solenoid failure will not mislead the operator 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. 3. Materials and/or components sensitive to thermal aging will be replaced as per maint casure that associated component will maintain functional operability in harsh environments enance and replacement schedules to s

e~w k O U U i Frcility:Evis-Becca Unit 1 COMPONENT MATERIALS EVALUATION SHEET Docket: 50-346 Index No.: 216H-0368 Rev.: 2 Prcpared by: (M Date:

N Ch:cked by:

M'L2 Date: //)5//$ t Plant I.D. No.: SV1545 Component: Solenoid Valve l l Manufacturer: ASCO Model No.: HT8320A108 l l l l l l THERMAL AGING l RADIATION l l Parts List i Matyrials List l Qualification 1 Reference ! Qualification l Reference I i l i I I l l l Body a, End Cap l Brass l Not Sensitive CAL-80 l Not Affected l CAL-80 l l Spring, Disc l Stoinless Steel l Not Sensitive l CAL-80 l Not Affected i CAL-80 l l Spring, Core i Stainless Steel l Not Sensitive l CAL-80 ) Not Affected l CAL-80 l l Sol. Base Sub-Assembly i Metallic l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Core Tube l Stainless Steel l Not Sensitive i CAL-80 l Not Affected l CAL-80' l l Core & Plugnut 1 Stainless Steel l Not Sensitioe l CAL-80 i Not Affected l CAL-80 l l Shading Coil l Copper l Not Sensitive I CAL-80 1 Not Affected l CAL-80 l l Gmaket, Body l BUNA-N l 40 Years 9 104*F l CAL-80 l 1.5 x 107 i Dice l BUNA-N 1 40 Years 9 104*F l CAL-80 l 1.5.e 107 RADS l CAL-80 t l Disc Holder i Acetal I 17 Years 9 104*F l CAL-80 l 1.2 x 106 RADS I CAL-80 l l Care Guide l Acetal i 17 Years 9 104'F l CAL-80 1 1.2 x 106 RADS I CAL-80 l l Class H Coll: RADS l CAL-80 l l l 40 Years 9 140*F i CAL-80 l 2.0 x 107 l Outerwrap l Fiberglass l 1 l l l RADS l CAL-80 l l Varnish l Silicone l i 1 1 1 Lcad Wire Ins.slation i Silicone Rubber, Glass l l l l l l t Braid l l l l l l Mtgnet wire Insulation! Enamel l l l l l l Insulation l Nomex l l l l l l Insulation l Iso-Mica l i l l l l l Epoxy l l 1 l l l Insulation l Silicone Resin l l l l l l l Mica l i I I i i l i l i I l l 1 i l l l 1 j l l l i I l l Material & Parts List

Reference:

V-3A, V-3B, V-3F, CAT-3A, ROC-3A

Coil is scheduled for replacement in accordance with manuf acturer's recor.mendations.

1

Frcility: Luso-Becse Unit 1 SYSTEN COMPONENT k,..;LUATION WORKSHEET Index CUn 216H-037 Dock;ts 50-346 Rev.: 2 Date: ^ I3 Prepar d by: Chicksd by: M} A_ 4 Date: ///i/f$ l Il l l l l lECUIPMENT DESCRIPTION ll ENVIRONNENT I DOCUMENTATION REF. l Qualification l Outstanding I I ll Parameter l Specification f Qualification l Specification l Qualification! Method i Items l I il I l 1 1 I I I ISystso: Containment floperating i 15 Seconds i 30 Days l K l J-18 l Simultaneous l Hone l I Isolation ll Time l l l l l Test l l 1 ll I I I I I t I l Plant ID No. SV1719A ll l l l l l l l l ll Temperature! 283.0 1 346.0 l H, X l J-18 l Simultaneous A None i l Component: Solenoid Valt, tl l ('F) l l l l l Test t l l ll I I I I I I l lNtnufccturer: ASCO ll l l l l 1 l l l ll Pressure 1 52.0 l 124.7 i G, X l J-18 l Simultaneous l None l l Nodal Number: NP8320A185 Ell (PSIA) I I l l Test l l l ll l l l l l I l l Function: Isolates ll l l l l l l l l l Containment ll Relative l 100.0 l 100.0 l A I J-18 i Simultaneous l None l l l llHumidity l l l l l Test l l l Accuracy: Spec: N/A ll (t) J l l l l l 1l l Demon: N/A ll l l l l l l l ll l Boric Acid l Boric Acid l l J-18 l l l lStevice: Containment Vent ll Chemical i 1800 ppm 1 1800 ppm I A l CAL-40 l Simultaneous l None 1 i l Header IsolationllSpray l pH 5.0 l pH 5.0 'l l Note 1 l Test l l l Valve ll l l l l l l l l 11 l I I I I l 1 ILocation: Containment il l I l l J-18 l l l i l Rm. 220 llRadiation l1.7 x 10 RADS l2.0 x 107 RADS l CAL-44 1 J-41 l Sequential Testl None l l 7 l ll l l 1 I I i l j IFlood Level blev: 572'-2*ll l l l l l l l l lAiv.sve Flood Level: Yes llAging i 40 Years l 22 Years l I l J-18 ISequential Teatl None l l ll l l Note 2 I I J-41 l l l lNesdsd for: ll l l l l l l l l Hot Shutdown l X l ll l l l l l l l l l llSubmergencol 572' - 2" l 578* - 6' l B l J-12 1 N/A l None. l l Cold Shutdown l l ll l 1 l l l l l l ll l l l l 1 I l

Facility: '-4s-Besse Unit 1 SYSTEM COMPOHENTN( LOATION WORKSHEET It.dex Nbr.. 216H-037A Dceket: 50-346 Rev.: 2 Prepared by: Date. // / J3 / Date: ///M/] _ Checked by: h A_A 1. CAL-40 qualifies components tested in a high pH boric acid spray to a pH value,of 5. I 2. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to l assure that associated component will maintain functional operability in harsh environments. l l l s 1, l

Facility: avis-Besse Unit 1 SYSTEM ODMPONENT EVALUATION WORKSHEET Index ho.: 216H-038 Docket: 50-346 Rev.: 2 Frepared by: k*. / 3 Date: Checked by: h W Date: t//J /@ l 11 1 i l EQUIPMENT DESCRIPTION ll ENVIRONMENT I DOCUMENTATION REF. l Qualification l Outstanding i l 11 Parameter i Specification I Qualification ISpecificationloualificationi Methed i Items I ll l 1 I i l l 1 ISystem: Containment liOperating l 15 Seconds l 17 Years i K l Note 2 l Analysis l None 1 l l Isolation llTime I i l i 1 I l l l ll l I I I I i l Plant ID No. SV1719B ll l l l l l 1 l I llTemperaturel 198.0 i Exempt l C-236 l Note 1 l N/A j None l l lCompanent: Solenoid Valvell (*F) l l l l l l l I Il l I I I I I I i IManufacturer: ASCO ll 1 l l l l l l l llPressure l 15.51 l Exempt l C-236 l Note 1 l N/A I None l l lModel Number: HT8320A106 ll(PSIA) l i i I I l l l ll I I l 8 I l l l l Function: Isolates ll l l l l l l l 1 Containment llRelative i 100.0 i Exempt l A I Note 1 l N/A l None i l llHumidity l l l l l l l l Accuracy: Spec: N/A ll (%) l l l l l l l l Demon: N/A ll l 8 i l l l l l Il l l 1 l 1 l l l Service: Containment Ilchemical I N/A l N/A l N/A l N/A l N/A 1 None l l Vent Header ll Spray l l l l l l l l Isolation Valve ll l l l l I l 3 l ll 3 I I I I l ILocation: Auxiliary Bldg.ll l l l l CAL-80 l l l l Rm. 236 llRadiation l 7.1 x 105 RADS l1.2 x 106 RAPS I T l Note 2,4 l Analysis l None I ll I l l i I I l IFlood Level Elev: N/A ll l l l l l l l lAbove Flood Level: N/A IIAging l 40 Years i 17 Years l I l CAL-80 l Analysis None l l ll l l Note 3 l l Note 2 l l l INeeded for: ll I l l l l l l l Hot Shutdcwn IX l ll l l l l l l l l llSubmergencel N/A l N/A l N/A l N/A l N/A l None l l Cold Shutdown l l il l l l l l l l l ll l l l l l l I

m-- 1 p ~. ) )' \\ Ficility: T. jig-CSCO3 Unit 1 SYSTEM COMPONENT EVALUATION tiORKSHEET Dockst: 50-346 Index No.: 216H-038A Rev.: 2 Prspired by: Date: N O Chickcd by: MX mf Date: t//4/p) 1. This solenoid valve controls the air supply to RC1719B (the air-operated containment vent header isolation valve). The only cifety-related function performed by this valve is the isolation of containment during a loss'of coolant accident. The solenoid valve is exempt from qualification because it does not perform an essen;ial safety-related function in the harsh steam environment due to a high energy line break. Failure of the solenoid would catise RC1719B to move to (or more likely remain in) its fail-safe cloaed position. Closure of this valve will not degrade othet safety-related functions because it merely isolatas the containment vent header from the gaseous radwaste system. The air-operated valve's position indicating lights are powered by a 120 v.a.c. essential instrument bus. These lights are operated by the valve's position indicating (limit) switches. Since the solenoid valve is part of a separate 125 v.d.c. control circuit, its failure cannot affect the operation of these devices. Solenoid failure will not mislead the operator bscause valve position indication will be unaffected. 2. Materials evaluation conducted. Materials sensitive to radiation and/ot thermal aging summarised on attached eraluation. 3. Materials and/or components sensitive to therr.a1 aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments. 4. Radiation value is 40 day background dose plus the one day iccident dose. This valve is required to function to isolate containment in 15 seconds following a 1,0CA. Subsequent failure will not degrade other safety-related functions or nislead the operator. l 1

N f )k ) Facilityb~javie-Bseso Unit 1 COMPONENT MATERIALS EVALUATION SHEET Docket: 50-346 Index No.: glGH-0388 Rev.: 2 [/ !/ [$ 3 Prgpared by: Date: Chicked by: MM Date: N/A-/#7 l Plant I.D. No.: SV1719B Component: Solenoid Valve l l Manufacturer: ASCO Model No.: I HT8320A108 l i i l I l THERMAL AGING l RADIATION l l Parts List l Materials List l Qualification l Reference l OJalificatior l Reference l i l i I i i I l B3dy & End Cap l Brass l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l l Spring, Disc l Stainless Steel i Not Sensitive I CAL-80 1 Not Affected l CAL-80 l ) i Spring, Core l Stainless Steel l Not Sensitive i CAL-80 i Not Affected i CAL-80 I i SDI. Base Sub-Assembly l Metallic l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Core Tube l Stainless Steel l Not Sensitive l CAL-80 i Hot Affected l CAL-80 l l Core & Plugnut i Stainless Steel l Not Sensitive l CAL-80 i Not Affected l CAL-80 l l Shsding coil l Copper l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Gasket, Body i BUNA-N l 40 Years e 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l l Disc I BUNA-N 1 40 Years e 10$'F l CAL-80 l 1.5 x 107 I Disc Holder l Acetal l 17 Years e 104*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l l Core Guide l Acetal i 17 Years e 104*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l l Class il Coil: RADS l CAL-80 l l 1 40 Years e 140*F l CAL-80 l 2.0 x 107 t outerwrap i Fiberglass l l l l l RADS l CAL-80 l l Varnish l Silicone I i l ) l l Lead Wire Insulation i Silicono Rubber, Glass l l l l l l l Braid l l l l l l Magnet Wire Insulationi Enamel l l l l l l Insulation l Nomex l l l l l l Insulation l Iso-Mica l l l l l l l Epoxy l l l l l l Insulation i Silicone Resin l l l l l l l Mica l l l l l l l I I I l l l l l 1 1 I I l I l l 1 l l Msterial & Parts List

Reference:

V-3A, V-3B, V-3F, CAT-3A, ROC-3A

Coil is scheduled for replacement in accordance with manufacturer's recommendations.

i

p ~d FIcility: i s-Basse Unit 1 SYSTEN CONPONENT EVALUATION WORKSHEET Dockst: 50-346 Index No.: 2168-039_ Red. : 2 -Ptsp3 red by: h Date: k f, .3 Ch:cksd by: hAJ Date: st/yjg l ll l l l l lEQUIPNENT DESCRIPTION ll ENVIRONNENT l (X)CUNENTATION REF. I Qualification i Outstanding I l ll Parameter i Specification ) Qualification TSpecificationlOualificationi Nethod l Items-l l ll l 1 1 I I l l System: Containment iIOperating l 15 Seconds l 24 Hours l K l' V-3H l Engineering i None I i Isolation -ll Time i I l 1-l Experience I l l ll l l l 1 1 l l IPlant ID No. SV1773A ll l l l l 1 1 l l llTemperaturel 283.0 1 346.0 l H, X l V-3H l Engineering i None l l Comp:nent: Solenoid ll (*F) -l l l l l Experience l l l Valve ll l l l l l l l I ll 1 l l 1 l I i lNInufacturer: ASCO lIPressure l 52.0 l 54.7 l G, X l V-3H l Engineering l Kate 1 l l ll(PSIA) l l Notes 2 & 3 l l l Experience l l _iNsdal Number: HTX8316C45vil l l I 1 I I l l ll l 1 l l I l I l ll Relative i 100.0 1 100.0 l A l V-3H l Engineering l None I ! l Function: Isolates ll Humidity l l l l l Experience i I l Containment fl (t) l I I l l l 1 l l 11 I l i I I i l l l Accuracy: Spec: N/A ll l Boric Acid l I l l I l i l Demn: N/A ll Chemical i 1800 ppm l Notes 2 & 3 i A l tt/A l N/A l Note 1 l l llSpray i pH 5.0 l l I i l l lSarvice: Reactor Coolant il l i l i l i l i Drain Tank Header!! l l l l l l l l Isolation Valve ll l l l l cal-80 l l 1 ILocation: Containment ll Radiation 11.7 x 197 RADS 11.2 x 106 i RADS l CAL-44 l Note 5 l Analysic l None l Rm. 220 Il I l Notes 2 a 3 l l l l l lPlood Level Elev: 572'-2"l1 l l l l l l l lAbova Flood Level: No ll Aging l 40 Years l 9 Tears I CAL-80 l Analysis l None l l l 11 l l Note 6 I I Note 5 I I l lNasdad tor: ll l l l l l l l l Hot Shutdown IX l ll l l l 1 l l l l ll Submergence l 572'- 2" l 566'-3* 1 B l J-13 l N/A l None ~l l Cold Shutdown l l ll l JNotes 2, 3& 4l l l l l 1_ lI l I l l i I l

9s-DesseUnit1 9ATION WORKSHEET Facility; SYSTEM COMPONENT EVA Index No.: 216H-03?A_ Docket: 50-346 Rev.: 2 Date // / Prepared by: Checka4 by: had Date ///.s/O 1. This component is scheduled for replacement during the first refueling outage subsequent to component on-site availability. 2. This solenoid valve controls the air supp'y to RC1773A (an air-operated reactor coolant drain tank header isolation vslve). The only safety-related function performed oy this valve is the isolation of containmant during a loss of coolant accident. 3. During a loss of coolant accident, an SPAS signal de-energi:es the solenoide causing closure of RC1773A within 15 seconds of the initiation of SPAS incident level 2. The solenoid wculd become submerged no sooner than 10.9 minut?9 post-LOCA (see CAL-49). This is a worst-case value based on a postulated DBA LOCA. For smaller LOCAs, component submergence will occur further into the accident, if it occurs at all. This time margin is adequate because the SFAS initiation that causes the closure of RC177?A also starts the high pressure injection, contalwent spray, and low pressure injection / decay heat pumps. l It is through the operation of these cumps that the containment flood elevation is reached as they discharge the borated water storage tank supply into the reactor coolant system and containment. Since this flooding must be preceeded by the closure of RC1773A by a constant time margin, this margin is sufficient. 4. Failure of the solenoid tdue to submergence, radiation, or the harsh steam environment) would cause RC1773A to move to its fail-safe closed position. This action will not be detrimental to plant safety because it performa the desired function of isolating the reactor coolant drain tank header from the reaccor coolant drain tank to maintain conteinment isolation. I EC1773B, located outside containment and downctream from RC1773A, also isolates the reactor coolant drain tank header during I a LOCA. The air-operated valve's position indicating lights are powered oy a 120 v.a.c. essential instrument bus. These lights are operated by the valve's position indicating (limit) switches. Since the solenoid valve is part of a separate 125 v.d.c. control circuit, its f ailure cannot af fect the operation of these devices. Solenoid failure will not mislead the operator because valve position indication will be unaffected. 5. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached esaluation. 6. Materials and/or components sensitive to thermal aging will be replaced as per maintenance snd replacement schedules to assure that associated component will maintain functional operability in harsh environments.

m s Fccility avis-81329 Unit 1 COMPONENT MATERIhi.S EVALUATION SHEET Ind2x N3.: 216H-0398 Docket: 50-346 Rev.: 2 Ptspared by: f Date: [# / ChIcked b}* h Date: 446/JPh 4 i Plant I.D. No.: SV1773A Component: Solenoid Valve l 4 l Manufacturer: ASCO i4odel Fo. : HTX8316C45V l 1 l l 1 1 THERMAL AGING l RADIATION l l Parts List t Materials List l Qualification l Ppference l Qualificatior. l Reference l l I l l l l l l Core Tube i Stainless Steel i Not Sensitive l l Not Affected l l i l Core & Piccnut l Stainless Steel l Not Sensitive l l Not Affected l I j 1 Screws l Steel I Not Sensitive l l Not Affectisd l l ] l Pilot, Body l Brass l Not Sensitive l l Not Affected ( l 1 Body & Bonnet l Brass i Not Sensitive l l Not Affected l l l Disc, Spring l Stainless Steel l Not Sensitive l Not Affected I l l Disc Holder l Metallic I Not Sensitive l l Not Affected } l l Core Spring l Stainless Steel l Not Sensitive l l Not Affected I l i 1 Sol. Base Sub-Assembly i Metallic l Not censitive l l Not Affected l l j l Shtding coil l Copper l Not sensitive l l Not Affected i l l l Gaskets

1. Viton l

40 Years 6 265'F l CAL-80 l 3.0 x 107 RADS l CAL-80 l l Diec l Viton j 40 Yeries e 265'F l CAL-GO l 3.0 x 107 RADS l CAL-80 l j l Diahragm Assemblies l Viton, Brass l 40 Years 9 265'F ! CAL-80 l 3.0 x 107 RADS l CAL-93 l l Bottom Plug l Acetal (Delrin) l 9 Years 9 120*F l OL-80 l 1.2 x 106 RADS l CAL-80 l l Pilot Seat Cartridge l Acetal l 9 Years 9 120*F ! CAL-80 l 1.2 x 106 RADS l CAL-80 l I Class H Coil:

l l

40 Years 9 140*F l CAL-80 l 2.0 x 107 RADS l CAL-89 1 l Outerwrap l Fiberglass l l l l ,1 l Varnish l Silicone l l l l l i l Lead Wire Insulation l Silicone Rubber, Glass i l l I i 1 l l Braid l l l l l l l Magnet Wire Insulation i Enamel l l l l l l l Insulation l Nomex l l l l l j l Insulation l Iso-Mica l l l l l I l Epoxy l l l l l Innulation l Silicone Resin l l l { l l l Mica l l l l l l MEterials & Parts List Refer':nce: V-3A, V-3F, CAT-3A, ROC-3A

Coil is schedaled for replacement in accordance with manufacturer's recommendations.

n..

] l f<acility: is-Besse Unit 1 SYSTEM COMPONtM EVALUATION WORKSHEET Index Nr.: 216H-039 Docket: 50-346 Rev.: _ 2 Prepared by: Date: ((// J l Checked by: MAfd Date: ll/1/f1 l ll l l l l l EQUIPMENT DESCRIPTION ll ENVIRONMENT l DOCUMENTATION REF. l Qualification l Outstanding l I ll Parameter i specification l Qualification l Specification lQualificationi Method l Items l l l ll l l l l l l l l l System: Containment lloperating l 15 Seconds l 1.1 Years l K l J-18 l Simultaneous l None l l l Isolation ll Time l l l l Note 3 l Test l l l 1 11 I I I I l l l l Plant ID No. SV1773A ll l l l l l l l l llTemperaturel 283.0 l 346.0 l H, X l J-18 l Simultr.neous l None l l l Component: Solenoid iI ('F) l l l l l Test l l l j Valve ll l l l l l l l l ll l l l l l l 1 l l Manufacturer: ASCO ll Pressure l 52.0 l 124.7 l G, X l J-18 l Simultaneous l None l l l ll(PSIA) l l l l l Test l l lModel Number: NP8320A185 Ell l l l l l I l l Note 1 ll l l i l l l l l ll Relative l 100.0 l 100.0 l A 4 J-18 i Simultattrous l None l IFunction: Isolates llHumidity i l l l l Test l l l l Containment ll (%) l l l l l l 4 I ll 1 l l l 1 i l l Accuracy: Spec: N/A ll l Boric Acid l Boric Acid l l J-18 l Simultaneous l l l Demon: N/A ll Chemical l 1800 ppm i 1800 ppm l A l CAL-40 l

Test, l

None l l llSpray l pH 5.0 l pH 5.0 l l Note 2 i Analysis l l l Service: Reactor Coolant ll l l l l l l l j l Drain Tank Header ll l l l l l l l l IsolaticN Valve ll l l l l J-18 l l l 7 7 l Location: Containment llRadiation l1.7 x 10 RADS l2.0 x 10 RADS l CAL-44 l J-41 l Sequential Testl None l I Rm. 220 ll l l l l l l l IFlood Level Elev: 572'-2"ll l l l l l l l lAbove Flood I-evel: No ll Aging l 40 Years l 22 Years l 7 l J-41 l Sequential Testl None l l ll l l Note 4 l l l l l lEieeded f or: ll l l l l l l ,1 l Hot Shutdown Ixl ll l l l l l l l l llSubmergencel 572'-2" l 566'-3" l B l J-13 l N/A l None l l Cold Shutdown l l ll l l Note 5 l l l l l 1 ll l l l l l. I l

\\.Faci 2ity: es-BesseUnit1 eTIONWORKSHEET e SYSTEM COMPONENT EV.e.J Index No.: 216H-039A Docket: 50-346 Rev.: 2 ~ NOTEC ff /!PJ Prepared by: ""'S Date Checked by: h h Date g/A//3 1. ThJs component replaces HTX8316C45V in accordance with FCR 79-311. l 2. CAL-40 qualifies components tested in a high pH boric acid spray to a pH value of 5. 3. The solenoid valve test consisted of the following: Exposure to steam at 346*F and 124.7 psia for 3 hours, followed by a l cooldown to 140*F. A second transient followed with 3 hours at 346*F and 124.7 psia, followed by a cooldown to 320*F and j 89.7 psia which lasted for 3 hours, followed by 3-1/2 days exporure to 250*P and 29.7 psia, followed by exposure to 200*F and 14.7 psia for the duration of the test (26 days). (Reference J-18) The temperature in Containment peaks at 283*F in 17.0 seconds. The pressure in containment peaks at 52 psia in 50 seconds. The conditions in Containment return to ambient in 7 days. Based on this information, it can be concluded that the laboratory test subjected the solenoid valve to an overall more severe environment than that which would result from the postulated LOCA. Since the solenoid valve remained operable throughout the test and functional after the test, it can be concluded that the soleroid valve will remain functional during and af ter exposure to the accident environment which would re sult from the postulated LOCA. (Reference J-18, C-602) 4. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments. 5. During a loss of coolant accident, an SFAS signal de-energizes the solenoid, causing closure of RC1773A within 15 seconds cf the initiation of SFAS incident level 2. The solenoid would become submerged no sooner than 10.9 minutes post-LOCA (see CAL-49). This is a worst-case value based on a postulated DBA LOCA. For cmaller LOCAs, component submergence will occur further into the accident, if it occurs at all. This time margin is adequate because the SFAS initiation that c tuses the closure of RC1773A also starts the high pressure injection, containment spray, and low pressure injection / decay heat pumps. It is through the operation of these pumps that the containment flood elevation is reached as they discharge the borated water storage tank supply into the reactor coolant system and containment. Since this flooding must be preceeded by the closure of RC1773A by a constant time margin, this margin is sufficient.

0% (-) 'biv)is-Brasa Unit 1 F cility: Dockst: 50-346 SYSTFM COMPONENT EVALUATION FORKSHEET Inder No.: _216H-040 Rev.: 2 Prspared by: Date: // 73 Checked by: _ M r; 9 _AP Date: a//A//1 I ll l IEQUIPMENT DESCRIPTION Il ENVIRONMENT I DOCUMENTATION REF. l l i I ll Parameter i Specification _l Qualification lSpecificatienIQualificationil Qualificaticn i Outstanding I l 11 1 I I I I I I Method I Items l ISystem: Containment l IOperati:19 1 15 Seconds l 17 Years i K l Note 2 l Analysis i None ( I I Isolation llTime i l l l l l l I I ll 1 l l l 1 i l I l Plant ID No. SV2010 I( l I l l l l l l I llTemperaturel 221.0 i Exempt l C-314 l Note 1 l N/A l None 'l i l Component: Solenoid Valvel1 ('F) l l l l l l l l ll 1 1 I l l i I IMinufacturer: ASCO ll l l l 1 l l l l l llPressure i ,19.76 l Exempt l C-314 l Note 1 l N/A l None i IModal Number: HT8320A108 ll(PSIA) l l I l I I l l 11 I ) i I l i I IFunction: Isolates ll l l l l l l l l Containment llRelative i 100.0 1 Exempt l A I Note 1 l N/A l None i l iIHumidity l l 1 I l i I lAccuracy: Spec: N/A ll (1) I l 1 I l l i I Demon: N/A ll l l l I l l l I il i I I I l l 1 ISarvice: Containment lichemical l N/A l N/A l N/A l N/A I N/A I None 1 ( Service Air llSpray I l l l l l 1 I Isolation Valve !! l l 1 l l 1 l l Il i I _I I 4 I I l Location: Auxiliary Bldg.ll l l l l CAL-80 l l l l Rm. 314 !l Radiation (1.0 x 106 RADS l1.2 x 106 RADS l T l Note 2 i Analysis l None i I ll l l 1 l i I l IPlood Level Elev: N/A ll l l l l l l l lAbova Flood Level: N/A IIAging l 40 Years i 17 Years l I I CAL-80 l Analysis None l I ll l i Note 3 l l Note 2 l l l IHasdad for: ll l l I l l l l i Hot Shutdown i X l 11 l l i l l l 1 1 llSubmergencel N/A I N/A I N/A l N/A I N/A l Hone l l Cold Shutdown l l ll l l 1 l l l l 1 ll l l l l I l l

I\\ \\ FKcility: %.v/ is-Bess @ Unit 1 SYSTEM COMPONENT EVALUATION WORKSHEET Docket: 50-346 Index No.: 216H-040A Rev.: 2 PtspEred by:, Date: // / S Chscked by: J#h Date: (//J./p1 l ~ I 1. This solenoid valve controls the air supply to SA2010 (the air-operated containment service air isolation valve). safety-related function performed by this valve is the isolation of containment during a loss of coolant accident. The only l The solenoid valve is exempt f rom qualification because it does not perform an essential safety-related function in the harsh steam environment due to a high energy line break. Failure of the solenoid would cause SA2010 to move to (or moro likely remain in) its fail-safe closed position. l it merely isolates service air from containment. Closure of SA2010 will not degrade other safety-related functions because i equipment located inside contanment. Service air is not needed for the operation of any safety-related The air-operated valve's position indicating lights are powered by a 120 v.a.c. essential instrument bus. These lights are operated by the valve's position indicating (limit) switches. control circuit, its failure cannot affect the operation of these devices.Since the solenoid valve is part of a separate 125 v.d.c. because valve position indication will be unaffected. Solenoid failure will not mislead the operator 2. Materials evalaation conducted. Materials sensitive to radiation and/or thermal aging suramarized on attached evaluation. 3. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments.

p).s O (O 'x \\'- \\ / Ficilityi'~Bivis-Ossoa Unit 1 COMPONENT MATERIALS EVALUATION SHEET Docket: 50-J46 Index No.: 216H-040B Rev.: 2 Prepared by: Date: // / = Chicked by: h ad Date: ///g/) l l l Plant I.D. No.: SV2010 Component: Solenoid Valve l Manufacturer: ASCO l Model No.: HT8320A108 l l 1 l l l THERMAL AGING l RADIATION I I Parts List l E:sterials List l Qualification l Reference l Odalification l Reference l l l l l l l l l Body & End Cap 1 Brass 1 Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Spring, Disc l Stainless Steel l Not Sensitive 1 CAL-80 l Not Affected l CAL-00 l 1 Spring, Core i Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Sol. Base Sub-Assembly i Metallic l Not Sensitive ! CAL-80 i Not Affected l CAL-80 l l Core Tube l Stainless Steel i Not Sensitive l CAL-Se i No: Affected l CAL-80 l l Core & Plugnut i Stainless Steel l Not Sensitive l CAL-80 i Nct Affected l CAL-80 l l Shxding coil l Copper i Not Sensitive l CAL-80 i Not Affected i CAL-80 l l Gasket, Body l BUNA-N I 40 Years 9 104*F l CAL-80 l 1.5 x 107 i Disc l BUNA-N l 40 Years 9 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 t l Disc Holder l Acetal l 17 Years 9 104*F l CAL-80 1 1.2 x 106 RADS I CAL-80 l 1 Cote Guide l Acetal i 17 Years 9 104*F l CAL-80 1 1.2 x 106 RADS l CAL-80 l l Clacs H Coil: l l 40 Years 9 140*F i CAL-80 l 2.0 x 107 RADS l CAL-80 l l Outerwrap l Fiberglass l l l l l RADS l CAL-80 l l Varnish l Silicone l l l l l l Lead Wire Insulation l Silicone Rubber, Glass l l l 1 l 1 l Braid l l l l l l Magnet Wire Insulation! Enamel l l l l l l Insulation l Nomex 1 I I I I I Insulation l Iso-Mica i I l l l l l Epoxy -l l l l l 1 Insulation i Silicone Resin l l 1 l l l l Mica l 1 l l l 1 l l 1 l I l l l I I l I l l l l l 1 l l Naterial & Parts List

Reference:

V-3 A, V-38, V-3F, CAT-3A, ROC-3A

Coil is r.cheduled for replacement in accordance with manufacturer's recommendations

r \\ (n hv)i3-B232aUnit1 (j \\") Fccility: Dockst: 50-346 SYSTEM C)MPONENT EVALUATION WORKSHEET Index No.: 216H-041 ([3 3 Rev.: 2 Pr;ptred by: s Date: /' Ch2ckid by: M dAJL s/ Date: ///J//) l Il l EQUIPMENT DESCRIPTION Il i I ENVIRC$ MENT 1 1 I I DOCUMENTATION REF. fl. Parameter ! { l Specification l Qualification l Spec {ficationlOt.alificati_on tl Qualification 1 Outstanding l ll l 1 ISystem: Containment IlOpersting l 15 Seconds i 17 Years l K l Note 2 i Analysis l Mone l l Me t h-:,0 l Items I I I l I l i l Isolation iITime I I I l l l l Il l I l I IPlant ID No. SV2011 ll 1 l l l __ l I l i ! l llTemperaturel 221.0 l Exempt I C-314 l Note 1 l N/A l None l l l ) l tCcapcnent: Solenoid ValvelI ('F) l l l l l l l l l ll l I I I l l l lMinufteturer: ASCO Il l l l l l l l l llPressurat i 19.76 I Exempt l C-314 l Note 1 i N/A l None l l ' IModel Number: HT8320A108 ll(PSIA) l I l l l 1 l l l ll I l l l I l lPunction: Isolates ll 1 l l l l l l l Containment llRelative i 100.0 l Exempt l A l Note 1 l N/A l None 1 l l litumidity l l l l l l l l Accuracy: Spec: N/A Il_. (t) l l l l 1 I l l Demon: N/A ll l l l l l l l 1 ll t 1 I I I I I ISarvice: Containment Ilchemical i N/A l N/A l N/A l N/A l N/A l None l l Instrument Air llSpray l l l l l l l l Isolation Valve il l l l l l I l 1 ll I i i l I I I lLocaticn: Auxiliary Bldg.il i l l l CAL-80 l i l 1 Rm. 314 ll Radiation 11.0 x 106 RADS II.e x 106 l RADS 1 T I Note 2-1 Analysis l None l Il i I l I l i l lPlood Level Elev: N/A ll l 1 l l l l l IAbove Flood Level: N/A ll Aging i 40 Years l 17 Years i I l CAL-80 l Analysis l None i I ll l l Note 3 f lNesdtd for: ll. I I I I l I i l Note 2 l l l l Hot Shutdown ill ll l l l l l l l 0 lISubmergencel N/A l N/A l N/A l N/A I N/A l None 1 0 Cold Shutdown l __l il i l l l l l l O_ ll_ 1 I I 2 .I I l

j \\ ) ) G FIcility: Lovis-Basso Unit 1 SYSTEM COMPONENY'udALUATION WORKSHEET Ind2x ND.: 216H-041A Doc':s t : 50-346 kav.: 2 Prepared by: Date: N/ 13 Chicksd by:,,4$PpfgeId h d Date: ////-//') i 1. This solenoid valve controls the air supply to IA2011 (the air-operated containment instrument air isolation valve). The only safety-related function performed by IA2011 is the isolation of containment during a loss of coolant accident. The solenoid valve is exempt from qualification because it do's not perform an easential safety-related function in the e harsh steam environment due to a high energy line break. Failure of this solenoid would cause IA2011 to move to (or remain in) its feil-safe closed position. Closure of IA2011 will isolate instrument air from the following safety-related solenoid valves causing them to move to their fail-safe positions: a. SV1719A. This solenoid valve controls the air supply to RC1719A (an air-operated containment vent header isolation valve). Upon loss of air, RC1719A will move to its fail-safe closed position. Closure of this valve will not degrade other safety-related functions because it merely isolates the cocainment vent header from the gaseous radwaste system. l b. SV1733A. This solenoid valve controlm the air supply to RC1773A (an air-operated coolant drain tank header isolation l l valve). Upon loss of air, RC1773A will move to its fail-safe closed position. Closure of this valve will not degrade l other safety-related functions because it merely isolates the reactor coolant drain tank header from the reactor coolant l drain tank. c. SV22SB. This solenoid valve controls the air supply to RC229B (an air-operated pressurizer quenck tank outlet isolation valve). Upon loss of air, RC299B will move to its fail-sefe closed position. Closure of this valve will not degrade other safety-related functions because it merely isolates the pressurizer quench tank from the quench tank circulation pump. d. SV235B. This solenoid valve controls the air supply to ES2353 (an air-operated pressurizer quenck tark sample isolation valve). Upon loss of air, SS235B will move ta (or remain in) its fail-safe closed position. Closure of this valve will not degrade other safety-related functions because SS235B is only opened when sampling primary coolant from the quench tank. e. SV5006. This solenoid valve controls the air supply to CV5006 (an air-operated containment purge inlet isolation valve). Upon loss of air, CV5006 will move to (or remain in) its fail-safe closed position. Closure of this valve will not degrade other rafety-related functions because it mately isolates the containment purge inlet line from containment. This isolation is a normal operating condition becaean SV5005 is only opened when purging the containment atmosphere. The containment purge system is not needed to mitigate high energy line break accidents.

r#~w O \\o V iteility: 'we/vis-Bazoo Unit 1 Docket: 30-346 SYSTEM COMPONENT EVSLUATION WORKSHEET Index No.: _216H-0418 Paiptred by: Rev.: 2 Date: // d3 i Checked by:

3J. #

Date: ///p//$ f. SV5007. This solenoid valve controls the air supply to CV5007 (an air-operated co t i valve). Upon loss of air, CV5007 will move to (or remain in) n a nment purge inlet isolation not degrade other safety-related functionn because it merely isolates the containmits fail-safe closed position. Closure of this valve will containment. This isolation ic a normal operating condition because SV5007 is only op ent purge inlet line from atmosphere. The containment purge system is not needed to mitigate high energy line brened when purging the containment eak accidents. g. SV6831A. isolation valve).This solenoid valve controls the air supply to DF6831A (an air-operat d d 1 isolate the demineralized water supply line from the reactor coolant puUpon loss of air, DW6831 e Closure of this valve will coolant pump seal injection. mp standpipe. coolant pumps are not needed to mitigate accidents. Loss of water or the seals will not degrade safety-related functions beca se tire reactor The air-operated valve's position indicating lights are powered by a 120 v cparated by the valve's position indicating (limit) switches. .a.c. essential instrument bus. These 113 hts are control circuit, its failure cannot affect the operation of these devices.Since the solenoid valve is part of a separate 125 v.d.c. b3cause valve position indication will be unaffected. Solenoid failure will not mislead the oterator 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attach d / 3. e evaluation. Materials and/or components sensitive to thermal aging will he replaced as assure that associated component will maintain functional operability in harsh environmentsper maintenance and replacem I

[" { ) %J Freility: avis-32csa Unit 1 COMPONENT MATERIALS EVALUATION SHEET Docket: 50-346 ?ndex No.: 216H-041C Rev.: 2 u .o Date: // / 33 Prcpared by: Ch;cked by: M rd s/A g Date: t//s-//$ l Plant I.D. No.: SV20ll Component: _ Solenoid Valve l l Manufacturer: ASCO Model No.: HT8320A108 i I i l l l l THERMAL AGING l RADIATION I l l Parts List i Materials List l Qualification __ l Reference l Qualification l Reference l l l l l l 1 l l Body E End Cap i Brass l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Spring, Disc I Stainleso Steel l Not Sensitive l CAL-80 1 Not Affected l CAL-80 l l Spring, Core l Stainless Steel l Not Sensitive 1 CAL-80 l Not Affected l CAL-80 i Sol. Base Sub-Assembly i Metallic Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Core Tube l Stainless Steel l Not Se Mitive l CAL-80 l Not Affected l CAL-80 l l Core & Plugnat l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-60 l l Shiding coil l Copper l Not Sensitive I CAL-80 l Not Affected l CAL-80 l l Gesket, Body l BUNA-N I 4D Years e 104*F l CAL-80 l 1.5 x 107 l Disc l BUNA-N l 40 Years e 104*? l CAL-80 l 1.5 x 107 RADS l CAL-80 l l Dice Holder l Acetal l 17 Years e 104*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l l Core Guide l Acetal l 17 Y. ears e 104*F l CAL-80 l 1.2 x.106 RADS I CAL-80 l l Clc.ss H Coll: RADS l CAL-80 l 1 1 40 Years e 140*F l CAL-80 1 2.0 x 107 l Outerwrap I Fiberglass l l 1 l l RADS l CAL-8G l l Varnish l Silicono I l l l l l Lead Wire Insulation i Silicone Rubber, Glass l l l l 1 l Braid l l l l l l Magnet Wire Insulationi Enamel l l l l l l Insulation l Nomex l l l l l 1 Inmilation l Iso-Mica l l l 6 l l l Epoxy ,l l l l l l Insulation l Silicone Resin I ( l l l l l Mica l 1 l I l l l l ) l l l l l ? l l 1 I I I I I I _l Material & Parts List

Reference:

V-3A, V-3B, V-3F, CAT-3A, ROC-3A

Coil is scheduled for replac? ment in accordance wiU manufacturer's recommendations.

{"'N Ficitity: 'Mvis-Barre Unit 1 SYSTEM COMPONENT EVALUATION WORKSilEET Dockit:- 50-346 Index No.: 216H-042 Rev.: 2 PrGpared by:. Date: // 3 ChIcked by: _ M _ fl / Date: // 4 4% I ll l l l l l EQUIPMENT DESCRIPTION ll ENVIRONMENT l DOCUMENTATION REF. l Qualification l Outstanding i l ll Parameter l Specification 1 Qualification ISpecificationloualificationi Method l Items l l 11 l l l l I l l System: Containment iIOperating i 15 Seconds i 30 Days l K l J-18 i Simultaneous l None l l Isolation llTime i I l l l Test l l l 11 1 8 I I I I .I l IPlant IC No. SV2298 ll l l l l l l l l llTemperature! 283.0 l 346.0 l H, X l J-18 l Simultaneous l None l lCrmponent: Solenoid Valvell (*F) l l l l l Test l l l 1 ll 1 -l i I I i l l Manufacturer: ASCO ll l l 1 l l l l l ll Pressure i 52.0 l 124.7 i G, X l J-18 l Simultaneous l None I j lM:dal Number: NP8316A75E ll(PSIA) l l l l l Test i l i ll l l 1 I l_ l l ) i l F':nction : Isolates ll l l l l 4 l l l Containment i1 Relative l 100.0 l 100.0 l A l J-88 l Simultaneous l Nona l l l ll Humidity l l l 1 i Test l l l l Accuracy: Spec: N/A 11 (1) l i l 1 1 l l l Demon: N/A ll l 1 l 1 l l l l ll l Boric Acid l Boric Acid l l J-18 l l l lSarvice: Pressurizer ll Chemical l 1800 ppm i 1800 ppm I A l CAL-40 l Simultaneous l None l l Quench Tank Outlet ll Spray I pH 5.0 l pH 5.0 l l Note 1 l

Test, I

l l Isolation Valve ll l l l 1 l Analyals l l l l ll 1 I I I I I I l Location: Containment ll l l l l J-18 l l l l Rm. 220 ll Radiation 11.7 x 10 RADS 12.0 x 107 7 RADS l CAL-44 l J-41 15equential Testl None l l ll l 1 1 I I l i IFlood Level Elev: 572'-2'll l l l I i l l lAbove Flood Level: No l! Aging l 40 Years l 22 Years l I I J-18 l Analysis l None i l ll l l Note 3 l l J-41 l l l lNeedad for: ll ? I I 1 I l l l Het Shutdown IX l ll l l l 1 l l l 8 llSubmergencel 572' - 2* I 566' - 3" i B l J-13 i N/A l None l l Cold Shutdown I i ll l l Note 2 l l l l l 1 ll_,__ l l l l l l I

Facility: ' b is-Basso Unit 1 SYSTEM COMPONE h VALUATION WORKSHEET Inda2 N3.: 216H-042A Dockst: 50-346 Rev.: 2 O Date: // / 3 Prspared by: Date: t//J.//2 Chzcksd by: _M-A. M 1. CAL-40 qualifies components tested in a high pft boric acid spray to a pH value of 5. 2. This solenoid valve controls the air supply to RC2298 (an air-operated pressurizer quench tank outlet isolation valve). The only safety-related function performed by this valve is the isolation of containment during a loss of coolant accident. i 3. During this accident, an SFAS signal de-energizes the solenoid, causing closure of RC229B within 15 secondo of the j initiation of *?AS incident level 2. The solenoid would become submerged no sooner than 10.9 minutes post-LOCA (see j CAL-49). This is a worst-case value based on a postulated DBA LOCA. For smaller LOCAs, component submergence will occur I further into the accident, if it occurs at all. This time raargin is adequate because the SFAS initiation that causes the closure of RC299B also starts the high presuure injection, containment spray, and low pressure injection / decay heat pumps. It is through the operation of these pamps that the contafnment flood elevation is reached as they discharge the borated water storage tank supply into the reactor coolant system and containment. Since this flooding must be preceeded by the closure of RC2298 by a constant time margin, this margin is sufficient. l 4. Failure of the solenoid (due to submergence) would cause RC2298 to move to (or remain in) its fail-safe closed position. This action will not be detrimental to plant safety because it performa the desired function of isolating the pressurizer l quench tank f rom the quench tank circulation pump. RC229A, located outside containment and downstream from RC2298, also isolates the pressurizer quench tank during a LOCA. i The air-operated valve's position indicating lic,iits are powered by a 120 v.a.c. essential instrument bus. These lights are operated by the valve's position indicating (limit) switches. Since the solenoid valve is p&rt of a separate 125 v.d.c. control circuit, its failure cannot affect the operation of these devices. Solenoid failure will not mislead the operator because valve position indication will be unaffected. 3. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments.

m {% \\ s racility: b /is-u ssa Unit 1 SYSTEM COMPONENT'a.4ALUATION WORKSHEET Indsx id.: 216H-043 Dockst: 50-346 Rev.: 2 Prepared by: Date: // h3 Chtcked by: M IL-- Date: t//A/#3 l ll l l l l i lEQUIPMENT DESCRIPTION ll ENVIPONMENT l DOCUMENTATION REF. l Qualification l Outstanding l I ll Parameter l Specification l Qualification ISpecificatioalQualificationl Method l Items l l ll l l 1 l l l 1 lSystsm: Containment ll Operating l 15 Seconds l 17 Years l K l Note 2 l Analysis l None l l Isolation ll Time l l l l 1 l l l ll 1 l l l l l l l Plant ID No. SV232 ll l l l l l l l l llTemperatural 198.0 l Exempt I C-236 l Note 1 l N/A l None I i lComptnent: Solenoid Valve ll (*F) I l l l l l l I ll t i I l l l l 3 lMenufacturer: ASCO ll l l l l l l l l ll Pressure i 15.51 l Exempt l C-236 i Note 1 i N/A I None l lModel Number: HT8320A108 ll(PSIA) l l l l l l l l ll l I I l l I l i l Function: Isolates ll l l l l l l l l Containment ll Relative i 100.0 l Exempt l A l Note 1 i N/A l None l l ll Humidity l l l l l l l j IAccuracy: Spec: N/A ll (%) l l l l l l l l Demon: N/A ll l l l l l l l l ll l l l l l l l ISarvice: Pressurizer ll Chemical l N/A l N/A l N/A l N/A l N/A l None I f l Quench Tank Inlet ll Spray l l l l l l l l Isolation Valve ll l l l l l l l I ll l 1 I i l 1 l l Location: Auxiliary. Bldg.ll l l l l CAL-60 l l l 5 6 l Rm. 236 ll Radiation l7.1 x 10 RADS l1.2 x 10 RADS l T l Note 2,4 l Analysis l None l I Il l l l l l l I lPlood Level Elev: N/A ll l l l l l l l lAbove Flood Level: N/A ll Aging l 40 Years l 17 Years l I l CAL-80 l Analysis l None l l ll l l Note 3 l l Note 2 l l l lNaedad for: ll l l l l l l l l Hot Shutdown IX l ll l l l 1 l l l ] l llSubmergencel N/A l N/A ) N/A l N/A l N/A l None l l Cold Shutdown l l ll t l l l l l l l ll l l l l l l l 4 e-

,m Pccility: 3 21e-12r:2 Unit 1 SYSTEM COMPONE ALUATION WORKSHEET Ind;x 'L-(j 216H-043A Dockst: 50-346 Rev.: 2 ,/J3 Prcp3 red byr Date: // Ch;ckrd by: _ M Q [ Date: ///4[f3 1. This solenoid valve controls the air supply to RC232 (the air-operated pressurizer quench teak inlet isolation valve). The only safety-related function performed by this valve is the isolation of conti. ment during a loss of coolant accident. The solenoid valve is exempt from qualification because it does not perform an essential safety-related function in the harsh steam environment due to a high enargy line break. Failure of the solenoid would cause RC232 to move to (or more likely remain in) its fail-safe closed pocition. Closure of RC232 will not degrade other safety-related functions because l it will merelf isolate the quer.ch tank from the quench tank cooler. l The air-operated valve's position indicating lights are powered by a 120 v.a.c. essential instrument bus. These lights are operated by the valse's position indicating (limit) switches. Since the solenoid valve is part of a separate 125 v.d.c. i control circuit, its failure cannot affect the operation of these devices. Solenoid failure will not mislead the operator I because valve position indication will be unaffected. 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. 3. MEterials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component wili maintain functional operability in harsh environments. 4. Radiation value is 40 day background dose plus the one day accident dose. This valve is required to function to isolate containment in 15 seconds following a LOCA. Subsequent failure will not degrade other safety-related functions or aislead the operatcr.

~ m h N 'N Pccilit V Davis-Bates Unit 1 Docket: 50-346 COMPONENT MATERIALS EVALUATION SHEET Index No.: 216H-043B Rev.: 2 Prgpared by: I* Date: b / I3 Checked by: M Lfh_-F Date: /'/A//f / l Plant I.D. No.: SV20ll Componert: Sole:Mid Valve l Manufacturer: ASCO l Model N..: HT8320A108 l l l l 1 l THERMAL AG'ING l MDIATION l l Parts 7,ist 1 Materials List I Qualification l Reference ! Qualification l Reference l l 1 l l Body & End Cap l Brass 1 I l Not Sensitive l CAL-80 1 Not Affected l CAL-80 l I I l Spring, Disc ) Stainless Steel i Not Sensitf're l CAL-80 1 Not Affected l CAL-86 I I Spring, Core l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Sol. Base Sub-Ascembly i Metallic l Not Sensitive l CAL-80 i Not Affected l CAL-80 1 ( Core Tube i Stainless Steel l Not Se.'sttive i CAL-80 l Not Affected l CAL-80 l l Core & Plugnut l Stainless Steel I Not Sensitive l CAL-80 1 Not Affected l CAL-80 l I Shading coil I Copper i Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Gasket, Body l BUNA-N l l Disc l 40 Years e 104'F l CAL-80 l 1.5 x 107 I BUNA-N RADS l CAL-80 l 1 40 Years e 104*F l CAL-80 1 1.5 x 107 l l Disc Holder i Acetal RADS l CAT.-84 l 1 17 Years e 104*F CAL-60 1.2 x 106 l Core Guide l Acetal RADS l CAL-80 l l 17 Years 6 104*F l CAL-80 l 1.2 x 106 l Class H Coll: l RADS I CAL-80 l l 40 Years e 140*F I CAL-80 1 2.0 x 107 l Outerwrap i Fiberglass l RADS l CAL-80 l l Varnish l Silicone l l 1 I i 1 Lead Wire Insulation l Silicone nubber, Glass l 1 l l l l l Braid l l l l l l Magnet Wire Insul*tioni Enamel l l l l l l Insulation l Nomex l l l l l I Insulation I iso-Mica l l l l 1 1 l l l Epoxy l l l l Insulation l Silicone Resin l l l l l l l l l Mica l 1 l l l l 1 l l 1 I i l l I 1 l 1 I l l I l 1 I I I i Material & Parts List

Reference:

V-3A, V-3B, V-3F, CAT-3A, ROC-3A Coil is scheduled for replacement in accordance with manufacturer's recommendations

O O O Facility: Daw s-Basse Unit 1 SYSTEM COMPONENT Lee.LUhTION WORKSHEET Indix N'b.:,216H-044 Dockr,t : 50-346 Rei. 2 Prepcrsd by:

r Dater //

73 Checksd by: M:Rf Dater ///5/f3 l ll l 1 l l l EQUIPMENT DESCRIPTION ll ENVIRCNMENT 'I DOCUMENTATION REF. l Qualification l Outstanding l l l l Parameter I Specification , Qua?ification Specif icationl Qualification! Method l Items l l ll 1 l l l 1 l l lSysts=: Containment l l Operating l 35 Seconds l 17 Years l K l Note 2 l Analysis l Nono l .l Isolation ll Time l l l l l l l l ll l l l l l Plant ID No. SV235A ll l l l 4 l l l lTenperature l 221.0 l Exempt l C-314 l Note 1 l N/A l None l l Couponent : Solenoid Valvell ("F) l 1 l l l l l l ll l l l l l l lMLnuf teturer: ASCO ll l 1 l l 1 l l l l l Pressure l 19.76 l Exempt l C-314 l Note 1 l N/A l None l ltiodel Number: HT8320A108 ll(PSIA.) l l l l l l l l ll l l l l l l l Function: Isolates ll l l l l l l l Containment l l Relative l 100.0 l Exempt l A l Note 1 l N/A l None l l ll Humidity l l l l l l l l Accuracy: Spect N/A ll (% ) l l l l l l Demon: N/A ll l l l l l l l ll l l l l l l l lSarvice: Pressurizer ll Chemical l N/A l '4/ A l N/A l N/A E N/A l None l ll Quench Tank Sanplellspray l l l l l l l l Isolation Valve ll l l l l l l l i l ll l l l l l l l Location: Auxiliary Bldg.ll l l l l CAL-80 l l l Rm. 314 ll Radiation l1.0 x 106 RADS l1.2 x 106 RADS l T l Note 2 l Analysia l None l ,! l ll l i l 1 l l ^ l Flood Level Elev: N/A ll l l l l l l l l Above Flood Level: N/A ll Aging l 40 Years l 17 Years l I l Note 2 l Analysis l None l . l ll l l Note 3 l l l l l lHasded for ll l l l l I l l l l l

l Hot Shutdown lX l ll l

l l l l l Subme rgence l N/A l N/A l N/A l N/A l N/A l

None, l

l Cold Shutdown l l ll l l l l l l l l ll l l l l l l l

[ \\ ( ( IndIxNo).: 216H-044A Fccility: D N s-B2329 Unit i SYSTEM CG4PONENTMALUATION WORKSHEET Re v. : 2 Dochst 50-346 Prepared by: Dates N/ 3 Chec%5d by: h3_1 J Date: (//A//J l 1. This solenoid valve controls the air styply to SS235A (the air-operated pressurizer quench tank sample isolation valve). The orCy safety-related functf on performed by SS235A is the isolation of containment during a loss of coolant accident. The solenoid valve in exempt f rom qualification because it does not perfor.a an essential saf ety-related f rnction in the harsh steam environment due to a high ene rgy line break. Failure of this solenoid would cause SS235A to move to (or more likely remain in) its f ail-saf e closed position. Closure of SS235A will not degrade other saf ety-r61ated f unctions because it will inerely isolate the quench tank f rom the sanpling system. This isolation is a normal operating condition because j SS235A is only opened when sanpling primary coolant f rom the quench tank. l The air-operated valve's position indicating lights are powered by a 120 v.a.c. essential instrument bus. These lights are operated by the valve's position indicating (limit) switches. Since the solenoid valve is part of a separate 125 v.d.c. control circuit, its f ailure can not affect the operation of these devices. Soler.oid-f ailure will not r islead the operator l because valve position indication will be unaff ected. l l 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. 3. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedulea to essure that associated component will maintain f cctional cperability in harsh environments. i l

N s ( ) Fteility: Davis-Besse Unit 1 COMPChENT MATERIALS EVALUATION SHEET Docket: 50-346 Indev No.: _216H-044B Rev.: 2 Date O Prepared by: / [3 Checked by: M_ fb__d Dater ff/hs l Plant I.D. No.: SV235A Component : Solenoid Valve l Manuf acturer: ASCO Model No.: HT8320A108 l l l l l l THERMAL AGING l RAD.IATICH l l Parts List l Materials List j Qualification l Ref erence l Cualification l Reference l l l 1 I l i l l Body & End Cap l Brass l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Sp ring, Disc l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Sp ring, Core l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l I l Sol. Base Sub-Assembly l Metallic l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Core Tube I Stainless Steel j Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Core & Plugnut l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Shading Coil l Copper l Not Sensitive l CAL-90 l Not Affec'ted l CAL-80 l l G2ket, Body l BUNA-N l 40 Years @ 104*F l CAL-80 1.5 x 10# l Disc l BUNA-N l 40 Years @ 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l l Disc Holder l Acetal l 17 Years @ 104*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l l Core Guide l Acetal l 17 Years @ 104*F { CAL-80 l 1.2 x 106 RADS l CAL-80 l l Cltss H Coll:

RADS l CAL-80 l

l l 40 Yeare @ 140*F l CAL-80 l 2.0 x 107 l Outerwrap l Fiberglass l l l l l RADS l CAL-80 l l Varnish l Filicone l l l l l l Lead Wire Insulation l Silicone Rubber, Glass l l l l ) l l Braid l l l l l l Mrgnet Nim Insulationi Enamel l l l l l l Insulation l Nomex l l l l l l Insulation l Iso-Mica l j l l l l l E mxy l l l l l I l Insulation l Silicone Resin l l l l l l l Mica l l l l l l l l l l l l l l l l l I I l l l l l l l Material & Parts List Reference V-3A, V-3B, V-3F, CAT-3A, ROC-3A

Coil is scheduled f or replacement in accordance with manuf acturer's recommendations.

\\ Facility : Davis-Bessa Unit 1 SYSTEM COMPONENT EVALUATION WORKSHEET Index hb.* 21fH-045 Rev.: 2 Dockst: 50-346 Dater // ,[ 3 Prepared by: Checksd bys h ~ I M Dater ///s.//2 l ll l l 1 l l EQUIPMENT DESCRIPTION ll ENVIRCNMEfff l DOCUMENTATICH REF. l Qualification l Outstanding l l ll Parameter l Specification I Qualification Sp,ecif ication Qualification Method items l i l ll l n i lSystsm: Containment l l Operating l 35 Seconds l 24 Hours l K l V-3H l Enginee ring l None l l Isolation ll Time l l l l l Expe rience l l l ll l l l l l l l Plant ID No. SV235B ll l l l l l l l l lTeg erature l 283.0 l 300.0 l H, X l V-3H l Enginee ring l None l l Cog onent: Solenoid ll (*F) l l l l l Expe rience l l l Valve ll l l l l l ll 1 l l l l lMtnuf acturer: ASCO ll Pressure l 52.0 l 54.7 l G, X l V-3H l Engiree ring l Note 1 l l ll(PSIA) l l Note 2 l l l Experience l l l Modal Number: HTX8316C45Vll l l l l l ll l l l l l l l Relative l 100.0 l 100.0 l A l V-3H l Enginee ring l None l l Function: Isolates ll Humidity l l l l l Expe rience l l l Containment ll (%) l l l l l 1 ll 1 l l 1 l I l Accuracy : Spect N/A ll l Boric Acid l l l l l l l Demon: N/A ll Chemical l 1800 ppm l Note 2 l A l N/A l N/A l Note 1 l l l l Sp ray l pH 5.0 l l l l l l lSarvice: Pressurizer ll l l l l l l l l j l Quench Tank Saglel l 1 l l l l l Isolation Valve ll l l l l CAL-80 l l 7 RADS l1.2 x 106 RADS l CAL-44 l Note *3 l Analysis l None l l Location: Containment ll Radiation l1.7 x 10 l Rm. 315 ll Note 2 l l l l l Flood Level Elev: 572'-2"ll l l l 1 l Above Flood Level Yes ll Aging l 40 Years l 9 Years l I l CAL-80 l Analysis l Nona l l ll l l l l Note 3 l l l f lNasdad fors ll l I l l l l Hot Shutdown lX l ll l l l l l l l l Subme rgence l 572'- 2" l 578' l B l J-15 l W/A l None l l Cold Shutdown l l ll l l l l l l l l ll l l l l l l l

~ s Facility: D3vic-BeI32 Unit 1 SYSTEM CQ4PONENT EVALUATICH WORKSHEW Dockst: 50-346 Index No.: 216H-045A-Re v. 2 Prepared by: Date // /f3 Checks bys Ms -% / Date ///A-) }$ l. This co@onent is scheduled for replacement during the first ref ueling outage subsequent to c omponent on-site availability. 2 This solenoid valve controls the air supply to SS235B (an air gerated pressurizer quench tank sa only safety-related f unction performed by this valve is the isolation of containment during a loss of c nple isolation valve). The oolant accident. Failure of the solenoid would cause SS235 to move to (or more likely to remain it) pressurizer quench tank f rom the wampling system. action will not degrade other safety-related components be its f all-safe closed position. This e isolation valve located outside containment and downstream of SS235B.SS235B is closed during normal plant geration, as is SS235A, a secon SS235B will also isolate containment during a LOCA. The air-cperated valve's position indicating lights are powered by a 120 v.a.c. essential instrum operated by the valve's position indicating (limit) awitches. ent bus. These lights are its f ailure cannot affect the operation of these devicesSince the solenoid valve is part of a separate 125 v.d.c. control circuit, because valve position indication will be unaffected. Solenoid failure will not mislead the gerator i 3. Msterials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation l I 1 l p

o O O u Facility: Davis-Besse Unit 1 Docket 50-346 COMPONENT MATERIALS EVALUATION SHEET Index No.: _216H-04,58 Rev.: 2 Prepared by: Date: /' 3 Chsched bya hA m g Dater ///en//3 l Plant I.D. No. : SV235B Component : Solenoid valve l Manufacturer ASCO l l Model No. : HTX8316C45V l l l l l TEERMAL AGING l RADIATICH l 1 l Parts List l Materials List l Qualification l Reference l Qualification ' Reference l I l l l l l l l l l Core Tube l Stainless Steel l Not Sensitive l l Not Affected l l l Core & Plugnut l Stainless Steel l Not Sensitive l l Not Affected l l l Screws l Steel l Not Sensitive l l Not Affected l l l Pilot, Body l Brass l Not Sensitive l l Not Affected l l l Body & Bonnet l Brass l Not Sensitive l l Not Affected l l l Disc, Sp ring l Stainless Steel l Not Sensitive l l Not Affected l l l Disc Holder l Metallic l Not Sensitive l l Not Affected l l l Cora Spring l Stainless Steel l Not Sensitive l l Not Affected l l l Sol. Base Sub-Assembly l Metallic l Not Sensitive l l Not Affected l l l l Shtding coil l Ccpper l Not Sensitive l l Not Affected l l l Gaskets l Viton l l 40 Years @ 265'F l CAL-80 l 3.0 x 107 l Disc l Viton RADS l CAL-80 l l 40 Years 9 265'F l CAL-80 l 3.0 x 107 ! l Dighragm Assemblies l Viton, Brass l 40 Years @ 265"F l CAL-80 l 3.0 x 107 RADS l CAL-80 l l Eottom Plug l Acetal (Delrin) l 9 Years 9 120*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l I Pilot Seat Cartridge l Acetal l 9 Years 9 120*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l l Class H Coll: l l 40 Years 9140*F l CAL-80 l 2.0 x 107 RADS l CAL-e0 l l Oute r.srap j Fiberglass l l l l l RADS l CAL-80 l l Varnish l Silicone l I l l l l Lead Wire Insulation l Silicone Rubber,. Glass l l l l l l l Braid l l l l l l Magnet Wire Insulation l Enamel l l l l l l Insulation l Nomex l l l l I l Insulation l Iso-Mic a l l l l l l l Epoxy l l l l l l Insulation l Silicone Resin l l l 1 l l l Mica l l l l \\ Materials & Parts List Reference V-3A, V-3 F, CAT-3A, ROC-3A

Coil is scheduled for replacement in accordance with manuf acturer's recommendationn.

v O J O Frcility: L <la-Basce Unit 1 S! STEN CONPONENT EVALUATION WORKSHEET Dockst: 50-346 Index No.: 216H-04'i Rev.: 2 Prepared by: 1 r ^ Date: // -Chicksd by: fINov [}uld Date: sh /kT I il 1 l l l lEQUIP;1ENT DESCRIPTION Il ENVIRONNENT l DOCUNENTATION REF. l Qualification i Outstanding l 7 ll Parameter i Specification l Qualification l Specification lQualificationi Nethod l Items l l Il l l 1 l 1 I I ISystes:: Containment IlOperating l 35 Seconds l 1.1 Years l K l J-18 l Simultaneous l None I l Isolation llTime l l l l Note 3 l Test l l I l Plant ID No. SV2358 . ll l I I I I I I ) ll l l l 1 l l l l. IlTemperaturel 283.0 l 346.0 i H, X l J-18 l Simultaneous l None l lCempanent: Solenoid ll (*F) l I l l l Test l l l Valve ll l l l l l l l l ll 1 I I I i 1 I INanufacturer: ASCO IiPressure 1 52.0 l 124.7 l G, X l J-18 i Simultaneous l None I I ll(PSIA) I l i I I Test l l l Nodal Number: NP8316A75E il l l i I I I I l Note 1 ll l l 1 l l l l l lIRelative l 100.0 1 100.0 l A l J-18 ' Simultaneous l Nore l l Function': Isolates llHumidity l l l l l Test l l l Containment il (8) i I I I I I I I ll l 1 i i I l l l Accuracy: Spec: N/A ll l Boric Acid l Boric Acid l l J-18 l Simultaneous l l l Demon: N/A Il Chemical l 1800 ppa l 1800 ppm l A i CAL-40 1

Test, l

None l l ll Spray I pH 5.0 l pH 5.0 l l Note 2 l Analysia l l lSarvice: Pressurizer ll l l l l l l l ,l Quench Tank Samplell l l I I l l l l Isolation Valve ll l l l l J-18 l l 1 ,ILocation: Containment iIRadiation 11.7 x 107 RADS 12.0 x 107 RADS I CAL-44 l J-41 l Sequential Testl None i ll Rm. 315 ll l l 1 I I I l ll Flood Level Elev: 572'-2*ll 1 i l l 1 l l lAbov'e Flood Level: Yes ll Aging l 40 Years l 22 Years l I l J-18 l Analysis l None l I ll l l Note 4 l l J-41 l l l 1 INetdtd for.: ll l l l l l l l l Hot Shutdown iX l ll l l l l l l l l l lSubme rgence l 572' - 2" 1 587' - 0" l 8 l .t-15 l N/A l None I l Cold Shutdown i l ll l l l 1 1 I I I il I l l I I l l

m ii iii---- s#N> & 4/,7if>k/ I ((g% g$Q IMAGE EVALUATION ? f / TEST TARGET (MT-3) M9 '44 1'0 FM M a cu y= "m j,l {! llOE I.8 1.25 1.4 1.6 4 150mm 4 6" / 4% +?'v>N $ # 4>Wh 1 u <+4*+ o 1 w

9.4rtkk IMAGE EVALUATION p$ ///'dgjYg #gg, \\\\\\g7[pfg(.3h TEST TARGET (MT-3) 4 p4, Y lI / 1.0 EEn En S L22 m m ll!!!N D l,l l 1.8 1.25 1.4 g 4-150mm 4 6" t +% ++ s' 4 #., e)+zz>z +),<g3 (f oh f ff s

Fccility: bJio-Bacea Unit 1 SYSTDI COMPONENT EVMATION WORKSHEET IndIx No.: 21"H-045A Dockst 50-346 Rev.: 2 Prrpared by: Date Nl Ch;cksd by:, Af_m__d / Date p////J 1. This component replaces HTX8316C45V in accordance with FCR 79-311. I 2 CAL-40 qualifies components tested in a high pH boric acid spray to a pH value of 5. 3. The solenoid valve test consisted of the following: Exposure to steam at 346*F and 124.7 psia for 3 hours, followed by a cooldown to 140*F. A second transient followed with 3 hours at 346*F and 124.7 psia, followed by a cooldown to 320*F and 89.7 psia which lasted for 3 hours, followed by 3-1/2 days exposure to 250*F and 29.7 psia, followed by exposure to 200*F and 14.7 psia for the duration of the test (26 days). (Reference J-18) The temperature in Containment peaks at 283*F in 17.0 seconds. The pressure in containment peaks at 52 psia in 50 seconds. The conditions in Containment return to ambient in 7 days. Based on this information, it can be concluded that the laboratory test subjected the solenoid valve to an overall more covere environment than that which would result from the postulated LOCA. Since the solenoid valve remained operable throughout the test and functional after the test, it can be concluded that the solenoid valve will remain functional during and af ter exposure to the accident environment which would result from the postulated LOCA. (Reference J-18, C-602) 4 Msterials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to a:sure that t.ssociated component will maintain functional operability in harsh environments. I 1 s l

_ - - - - - - - - - ~ - - ' Ftcility: Davis-Besse Unit 1 Dock?.t: 50-346 SYSTEM CCMPONENT EVALUATION NCRKSHEET Index No. _216H-046 Prepared by: Rev. : 2 Date: J/1/ 33 Checksd by: _ M f]~ d ? Dater s//enf /3 l lI l EQUIPMENT DESCRIPTION ll_ ENVIRCNMENT l l l l ll Parameter l Specification l DOCUMENTATION REF. l l lI_ l Qualification lS ecification! Qualification lI Qualification l Outstanding l l Systems Containment l l I Method l Items ] i 10perating l 15 Seconds l 17 Years l K l Note 2 l Analysis l None l l Isolation l l l l llTime l l l l l l \\ ll l l l 1 l l Plant ID No. SV236 ll l l l l l l l l lTenperature l 198.0 l Exempt l C-236 l Note 1 l N/A l None l t lConponent: Solenoid Valve ll (*F) l l l l l l l l l l ll l l l l l lManuf acturer: ASCO ll l l l l l l \\ l Modal Number l l Pressure l 15.51 l Exempt l C-236 l Note 1 I N/A l None l 1 l HT8320A108 ll(PSIA) l l l l l l l l l ll l l l l 1 I l l Function: Isolates ll 1 l l l l l l l Containment ll Relative l 100.0 l Exempt l A l Note 1 l N/A l None l \\ ll Humidity l IAccuracy: Spec t N/A ll l l l l l l Demon N/A ll _ (% ) l l l l l l l ~ 1 l l l l l l ll l l l l l l l l l lServics: Containment ll Chemical l N/A l N/A l N/A l N/A l N/A l None l l N2 Header l l Spray l l l l l l l l Isolation Valve ll l l l l l l l 1 ll 1 l Location: J Auxiliary Bldg.ll l l l l l l Rm. 236 L l ll Radiation l7.1 x 105 RADS l1.2 x 106 l CAL-80 l l l l l-l l RADS l T l Note 2,4 l Analysis l None l l Flood Level Elev: N/A ll l l l 1 l l l Abova Flood Level N/A ll Aging l 40 Years l 17 Yea rs I I l CAL-80 l Analysis l None ] l l l l l s ll l l Note 3

l l

Note 2 l l l 'INaedad for: ll 9 Hot Shutdown lX l ll I l l 1 l l Subme rgencel l l l l N/A l N/A l N/A l N/A l N/A l None l Cold Shutdown l-l ll l l l l l l l ll l 1 l l l l 1

_,- _ _ _ _ _ -__ _ = ( k FEcility: Davis-Besse Unit 1 Docket: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Prepared by: Index No.: _216H-046Al [ Date: _i 3 Re v. : Checked by: AA /2. M__ Dates jg /4L / # 3 2 l i 1. This solenoid valve controls the air styply to NN236 ( function perfor.ned by NN236 is the isolation of co t icontafnment nitrogen header isolation valve) The solenoid valve is exengt f rom qualification b n a nment during a loss -of coolant accident. The only safety-related i likely remain in) harsh steam environment due to a high energy line breakecause it does not perform a j its f ail-safe closed position. Closure of NN236 will not degrade other safetyFailure e unction in the it will merely isolate the nitrogen styply f rom the 1 e to (or more i pressurizer querch tank. -related couponents because { The air gerated valve's position indicating light control circuit,cperated by the valve's position indicating (limit) switchs are powered by a 120 v.a.c. essential ins because valve position indication will be unaffectedits f ailure can not affect tha operati es. on of these devices.Since the solenoid valve ir part of a separate 125Thes I Solenoid f ailure will not mislead the operator v.d.c. i i r 2. Materials evaluation conducted. i Materials sensitive to radiation and/or thermal agi i 3. Msterials and/or components siensitive to thermal a i ng sununarized on attached evaluation. assure that associated 7 opponent will maintain f unctional opg ng will be replaced as per mainter.ance erability in harsh environments. !4 u es to Radiation valve is 40 day background dose plus j containment in 15 seconds following a LOCA. one oay accident dose. the Subsequent failure will not degrade other safety-related fThis valve is r mislead the operator. unctions or t i 4 i i i 6

- g p n-a Fccility: Davis-Bacao Unit 1 t Docket: 50-346 COMPONENT MATERIALS EVALUATION SHEET Index No.: 216H-0468 Rev.: 2 Prepared by: 4 Cates // 3 i Chicked by: M 4 _ _F Dater ///A//1 I l Plant I.D. No.: 4 SV236 i l Manuf acture r Solenoid Valve Component: l ASCO l Model No.: HT8320A108 l l l l l l l Parts List l THERMAL AGING l 4 RADIATICN l l Materials List l Qualification Reference Qualification l Reference l l l Body & End Cap l Brass l l Not Scnsitive l CAL-80 l Not Affected l CAL-80 l l Sp ring, Disc l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l C %-80 l 1 l l Spring, Core l Stainless Steel l Not Sensitive l CAL-80 l Not Affected i CAL-80 l l Sol. Base Sub-Assembly l Metallic j l Core Tube l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Not Sensitive l CAL-80 l Not affected l CAL-80 l l Ccre & Plugnut l Stainless Steel l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Shading coil l Copper l Not Sensitive l CAL-80 l Not Affected l CAL-80 l l Gasket, Body l BUNA-N i l Disc l 40 Years 9 104*F l CAL-80 l 1.5 x 107 l BUNA-N l Disc Holder l Acetal l 40 Yea rs 9 104 *F l CAT,-80 l 1.5 r 107 RADS l CAL-8C l ] 17 Years @ 104*F l CAL-90 l 1.2 x 106 l Core Guide l Acetal RADS l CAL-M l

l Class H Coll:

l 17 Yea rs 9 104 *F l CAL-80 l 1.2 x 106 RADS l CAL-80 l l + ! l Outerwrcp l Fiberglass l l 40 Years @ 140*F l CAL-80 l 2.0 x 107 RADS l CAL-80 l i l Varnish l Silicone l l RADS l CAL-80 l i l Load Wire Insulation l Silicone Rubber, Glass l l l l l l ] l l l l Braid l l l Magnet Wire Insulation l Enamel l l l l l l Insulation l Nomex l l l l l l Insulation l Iso-Mica l l l l l l l l l l l l l Epoxy l 1 l Insulation l Silicone Resin l l l l l l l l l Mica l l l l l l l l l 'l l l l ) l l l l l l l l l l l l l l l Material & Parts List References l l V-3A, V-3B, V-3F, CAT-3A, ROC-3A

Coil is scheduled f or replacement in accordance with manuf acturer' i

s recommendations.

n M)viG-On00 Unit 1 ('J t Frcility: Dockst: 50-346 SYSTEM CCMPONENT EVALUATION WORKSHEET Index No.: _216H-047 Pr6 pared by:

4. /

Date: _/l//[d? kev. : 2 Chicked by: A))u%x4M tt _ Date: j//r / $ f_, i 11 lEQUIPNENT DESCRIPTION l l_ I l_ _11_ Parameter I Specification i Qualification ISpecificationl0ualificationi] Qualificat ENVIRONMENT I l DOCUMENTATION REP. I l l ll l l l System: Containment l l Method i Iters l lloperating i 15 Seconds l 1 Day i K I Note 3 l Analysis l None i I Isolation llTime l l l l l l I l_ I Note 2 l l l lPltnt ID No. SV5005 l I ll I I I l l l i I llTemperaturel 282.0 i Exempt l C-601 1 Note 1 l N/A i

None, I

i l l l I l Component: Solenoid Valvell ('F) { l I l l l l_ l l l l l Manufacturer: ASCO ll l I _ l l l l l l l l ll Pressure i 17.0 i Exempt l C-601 i Note 1 l N/A l None l l IModal Number: HT8316C44MOll(PSIA) l l l l l l l l l_ l l l l l Function: Isolates l i l il l I I I l l Containment i1 Relative l 100.0 i Exempt A l Note 1 I N/A I None l l l l l I I l llHumidity l l l l Accuracy: Spec: N/A ll_ (l) l l l l l l Demon: N/A ll l l l I l I l I l 11 l l l 3 i I l Service: Containment llChemical i N/A l N/A l N/A l N/A l N/A l None l l l l I I I Purge Inlet I I ll Spray I I l l Isolation valve ll l l l l I l ll_ l l l l Location: Auxiliary Bldg.ll i l l l l I i 1 1 l l ) Rm. 601 ll Radiation l1. 86 x 10 R ADS 11.2 x 106 l CAL-80 l I l I l RADS l T l J-41 l Analysis l None l l l ll l Note 2 l lPlcod Level Elev: N/A ll l l l l IAbove Flood Level: N/A ll Aging i 40 Years i 17 Years l I I Note 3 l Analysis l None l l l i CAL-80 l l l l 11 I l _l INerdad for: I Note 4 l l l_ l l l J-41 I i Hot Shutdown l11 Il l ( ) { l l I l llSubmergencel N/A l N/A I N/A I N/A l N/A l None l I l l l il Cold Shutdown l II l ll l l l l lI l l l l l I l I l l l l )

C') t Facility: h vis-Bassa Unit 1 Dockst: 50-346 SYSTEM COMPONENT BVALUATION WORKSHEET Index No.: _216H-047A i Prgpared by: __ Date: _ff[!MI Re v. 2 Checked by: 6 9 h)v M f Dates y/)/n i 1. This solenoid valve controls the air supply to CV5005 (the air I cafety-related function performed by this valve is the isolation of containm-operated containment purge inlet isolatio The solenoid valve is exempt from qualification because it does ent during a loss of coolant accident. The only q harsh steam environment due to a high energy line break not perform an essential safety-related function in the likely remain in) its fail-safe closed position. Closure of CV5005 will not degrade other safety-relate it merely isolates tha containment purge inlet line from containm ore mitigate high energy line break accidents.because CV5005 is only opened when purging the cont ent. This isolation is a normal operating condition ons ber;ause The containment purge system is not needed to ere. t The air-operated valve's position indicating lights are powered b operated by the valve's position indicating (limit) switches y a 120 v.a.c. essential instrument bus. control circuit, because valve position indication will be unaffected.its failure can not affect the operation of these devic These lights are Solenoid failure will not mislead the operator t 2 Radiation value specified is the total integrated dose prese t n at one day post-LOCA.

3 Materials evaluation conducted.

Materials sensitive to radiation and/or thermal aging sumanari s i 4. Materials and/or components sensitive to thermal aging will b zed on attached evaluation. { assure that associated component will maintain functional operability in harshe replaced as per maintenance and rep environments. l ) i. i i l i I + s

O \\ V '~' Ftcility3cavis-B2033 Unit 1 Docket: 50-346 COMPONENT MATERIALS EVALUATION SHEET Index No.: 216H-047B A Rev.: 2# Prepared by: .// &cs ./ Date: // Chicked by: j)](w (J-ms fA Date: // h H 2 i Plant I.D. No.: SV5005 Component: Solenoid Valve { l Manufacturer: ASCO I Model No.: I HT8316C44MO I 1 l l i l THERMAL AGING l RADIATION l 1 Parts List l Materials List l Qualification i Reference l Qualification i Reference l 1 I I I Manual Operator Assemblyl Brass I l _l l l Screws I Not Sensitive l l Not Affected 1 I l Steel i Not Sensitive l l Not Affected l l ) Pilot, Body l Brass l Not Sensitive l l Not Affected l l Eody & Bonnet l Brass i Not Sensitive l l Not Affected l _l l Disc Spring l Stainless Steel l Not Sensitive I Not Affected l l 4 l i Disc Holder l Metallic l Not Sersitive l l Not Affected l l i l l Core Spring i Stainless Steel l Not Sensitive l l Not Affected l l ) l Sol. Base Sub-Assembly l Metallic l Not Sensitive l l Not Affected l l i Shading Coil 1 Copper l Not Sensitive l l Not Affected l 1 l Caskets l BUNA-N 1 Dice l 40 Years 9 104*F l CAL-60 l 1.5 x 107 4 l BUNA-N RADS l CAL-80 l I 40 Years 9 104*F l CAL-80 1 1.5 x 107 l Diaphragm Assemblies l BUNA-N, Brass 1 40 Years 9 104*F l CAL-80 1 1.5 x 107 RADS l CAL-80 l l Bottom Plug l Acetal RADS l CAL-60 l l 17 Years 9 104'F l CAL-80 1 1.2 x 106 l Pilot Seat Cartridge l Acetal l 17 Years 9 104'F l CAL-80 l 1.2 x 106 RADS l CAL-80 l I Class H Coil: l RADS l CAL-80 l l 40 Years 9 140'F l CAL-80 1 2.0 x 108 l Outerwrap l Fiberglass l l l l l RADS l CAL-80 l l Vctnish l Silicone l l l l L2ad Wire Insulation i Silicone Rubber, Glass l l l l I Braid l l l l i i Msgnet Wire Insulation i Enamel l l l l l l l l l l I Insulation l Nomex l l 1 l l 1 Insulation l Iso-Mica l l l l l I I Epoxy l l l l Insulation l Silicone Resin I l ) l l l l I l l Mica 1 l l l l l I l l l l l l l l l l l l Material & Parts List

Reference:

V-3A, V-3F, CAT-3A, ROC-3A, ROC-3E, ROC-3G i

Coil is scheduled for replacement in accordance with manufacturer's recommendations

~ ' ' - - - - ~ ~ ~ ~ ~ "N "N i \\d)ia-3222aUnit1 t O Ftcility: Dockst: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: _216H-048 Rev.: 2 Prepared by: Date: __ /Mb Chicksd by: d /A/ M tk Date: h h/i 3 l ll l l EQUIPMENT DESCRIPTION ll ENVIRONMENT I DOCUMENTATION REF. l l 1 l ll Parameter i Specification l Qualification lSpecificationlQualificationi] Qualification i Outstanding i I ll l t i 1 I I I Method l Items l ISyctem: Containment floperating l 15 Seconds i 30 Days l K l J-I F l Simultaneous l None 1 I Isolation llTime l l l 1 1 Test l l 4 1 ll I l I I l l l l Plant ID No. SV5006 ll l l 1 l l l l l llYemperaturel 283.0 l 346.0 l H, X l J-18 l Simultaneous l None l IC mponent: Solenoid Valvell ('F) l l l l l Test l l 1 ll I I I I I I l l Manufacturer: ASCO ll l 1 l l l l 1 l ll Pressure 1 52.0 l 124.7 l G, X l J-18 l Simultaneous l None l 4 lModel Number: NP8316A75E ll(PSIA) l l l 1 l Test l l 1 ll l l 1 1 I I I i 11 l l I l l l l IFunction: Isolates llRelative l 100.0 1 100.0 l A I J-18 J Simultaneous l None i I Containment ll Humidity l l l l l Test i i 1 ll (t) i I I I I I ___l IAccuracy: Spec: N/A ll l l 1 l l l l 1 Demon: N/A ll l Boric Acid i Boric Acid l l l l l l llchemical l 1800 ppm l 1800 ppm l A l J-18 l Simultaneous l Hone l lStrvice: Containment ilSpray I pH 5.0 l pH 5.0 l l CAL-40 l

Test, I

l t l Purge Inlet ll l l l l Note 1 l Analysis I l l Isolation Valve Il l l l 1 l l I l ll l 1 l l J-18 l l 1 ILocation: Containment ll Radiation 11.7 x 107 RADS 12.0 x 107 RADS l CAL-44 1 J-41 l Sequential Test l None l i Rm. 407 ]l l l 1 l l l l 1 IFlcod Level Elev: 572'-2"ll t i I l l l 1 IAbove Flood Level: Yes ll Aging I 40 Years l-22 Years l I l J-41 l Sequential Testi None I i il l l Note 2 ) l l l t i i lNatdsd for: ll l 1 1 1 l l l l Hot Shutdown IX l ll l l l l l l 1 l llSubmergencel 572'-2* l 603'-0* l B l J-16 l N/A l None I i Cold Shutdown l I ll l l l l l l l iI ll 1 I I I I I l 2 s

1 \\ Fccility: b Wie-BDesa Unit 1 SYSTEM COMPONENT EVALUATION WORKSHEET Docket: 50-346 Index No.: 216H-048A Rev.: 2 _ _ /t ///2 Prcpared by: .j ,A Date: Ch2cked by: \\ Ilt4r// d 6 .Date: ff[7 /J 4 m 4 I 1. CAL-40 qualifies components tested in a high pH boric acid spray to a pH value of 5. I 2. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to ) assure that associated component will maintain functional operability in harsh environments. k i i J 1 1 ? s L i 4 i i j I

n n s V F:cility b d vio-Basca Unit 1 Docket: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Prtpared by: Index No.: 216H-049 Date: 8 Chrcked by: M )tJ // w b C 2 Rev.: Date: _ // /7 h3 I ll IEQUIPMENT DESCRIPTION I (_ l_ _ _ ENVIRONMENT l _ll Parameter l Specification i Oualification ISpecificationf oualificati i 1 I l ll DOCUMENTATION REF. l ~l ISystem: Containment l 1 ilOperating i 15 Seconds I Method i Items I 1 Isolation l 30 Days l K l J-18 1 ~ l l ll Time l l I IPlant ID No. SV5007 I l_. I 1 11 I ( l Simultaneous l None l 1 I l l I l Test l l Component: llTemperaturel l 1 l l l l Solenoid Valvell (*F) l 283.0 1 346.0 l H, X l J-18 I 1 I 1 __ I Il l IManufacturer: l l i l 11 I l l Simultaneous i None l ASCO l I l Test l 4 l l IModal Number: llPressure 1 52.0 1 124.7 i G, X l J-18 l I l l NP8316A75E ll(PSIA) l I l 1 __1 l l i i I l_ l l 11 I l l Simultaneous l None l ' IFunction: Isolates l l l Test i l l l llRelative I 100.0 1 100.0 l A I J-18 I Containment I I i I l l llHumidity l I __l l ll_ (t) I l i Simultaneous i None l I Accuracy: Spec: N/V ll I l i l ) I l Test l Demon: N/A II l I

I l

l I I Boric Acid i Boric Adid l l _I l l ISarvice: llChemical l 1800 ppm l 1800 ppm I A l J-18 l l {l Containment flSpray 1 pH 5.0 l pH 5.0 l l Simultaneous l None l l l l l Purge Outlet ll l l l Isolation Valve ll_ l l l l CAL-40 1

Test, i

l $(Location: ll l 1 Note 1 l Analysis l l l I jl Containment llRadiation 11.7 x 107 l I l 1 l Rm. 410 1 lPlood Level Elev: l l_ RADS l2.0 x 107 l J-18 i _I l RADS l CAL-44 l J-41 l 572'-2*ll 1 l Abova Flood Level: I I i l l Sequential Testl I Yes ll Aging 1 40 Years l 22 Years l I I J-41 l __l l l None I 'l l l

lNesdtd for

Il l l ll l Note 2 l l Hot Shutdown l l 111 ll l 1 l Sequential Testl l l I l None l llsubmergencel l i l l Cold Shutdown l_l 11 l l l 572'-2* I 606'-0* l B l J-16 i N/A l Hone l l l 1 1 l _l l l _I l_ l l l I l l l l l I l I l W t

b 1 I 4 d Ficility: 'cevis-Basse Unit 1 Docket: 50-346 SYSTEM COMPONENT EVALUATION WCRKSHEET Index No.: 216H-049A_ Ptspared by: Rev.: 2 s ) )/lo/Jwsftl. _ [ / $7 I Chacked by: _ _e Date: i " ate: a _ /f /7 /y 2 k 4 1. CAL-40 qualifies components tested in a high pH boric acid spr ay to a pH value of 5. 2. Materials and/or components sensitive to thermal aging will b assure that associated component will maintain functional operability in he replaced as per maintenance and repla arsh environments. i 1 l J I i i i i l i i

A (9 U \\ FCcility: h Jio-22223 Unit 1 Dockst: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216H-050 Rev.: 2 Prgpared by: Date: / Chicksd by:,/_) }}(#{,hGk/ Date: IN) th 5 I II IEQUIPMENT DESCRIPTION ll I l_ ENVIRONMENT I I I I DOCUMENTATION REF. ll Parameter l Specification i Qualification lSpecificationloualificationil Qualification i Outetanding i I ll I Method I Items l ISystsm: Containment floperating i 15 Seconds l 40 Years i K l J-18 i Sequential l None l I I I I I l I Isolation llTime l l l l l

Test, l

l l 11 1 I l l 1 Analysis l l j IPlant ID No. SV5008 ll l l l 1 I / l __l i iITemperaturel N/A l N/A l Note 1 l N/A l N/A I None l (Colponent: Solenoid Valvell ('F) I i i l l l l 1 ll l l I I I I IMtnufacturer: ASCO ll l l l l l l __l l llPressure i N/A I N/A l Note 1 l N/A I N/A l None l l Modal Number: NPS316A75E ll(PSIA) l I I l l I I l l ll I I l i I I _I IFunction: Isolates ll l l l l l l l l Containment llRelative l N/A l N/A I Note 1 i N/A I N/A I None i l llHumidity l l l l l 1 1 IAccuracy: Spec: N/A ll (t) l l 1 l l l l l Demon: N/A ll l l t i l I l 1 II I I I i 1 l i ISarvice: Containment llChemical I N/A l N/A l Note 1 l N/A l N/A l None l l Purge Outlet flSpray I t I I l l l 1 Isolation Valve ll l l l l l l l l 11 1 I I I I I l Location: Auxiliary Bldg.ll l l l I J-18 l l l I Rm. 427 ll Radiation 13.12 x 105 EADSl2.0 x 107 ,1 RADS l T l J-41 lSequen',ial Testi None l II I I l l I I .I IFlood Level Elev: N/A ll l l 1 l l l 'l IAbova Flood Level: N/A llAging l 40 Years l 40 Years l I I J-41 ISequential Testl None i I l ll 1 I I I I I I lNerdad for: ll l l l l l l l

l Hot Shutdown lX l ll 1

1 1 l l l 1 il llSubmergencel N/A l N/A I N/A I N/A l N/A l None l !! Cold Shutdown I i ll l 1 l l l l l i 1. II l i I I I I i I

i i Facility: % #is-Basse Unit i SYSTEM COMPONENT EVALUATION WORKSHEET i Dockst: 50-346 Inder No.: 2_169-050A a Rev.: 2 /I!/!N Prepared by: 1 Date: l Chscked by: , L lA (V(b fM Date* // /L /r- ? j t i i 1. i The only harsh environment seen is increased radiation due to recirculated fluids, i 1 i i s v i 4 I I 1 1 i 1 e ~ I l i a

O O O F&cility: Divls-Besse Unit 1 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216M-051_ Dockat: 50-346 Rev.: 2 Dater / Preparsd by: Checkad by: J uc/Ana/A Date: 4// /4 % 1 ll I i 1 l 4 l l EQUIPMENT DESCRIPTION ll ENVIRCNMENT l DOCUMENTATION REF. l Qualification l Outstanding l j l l l Parameter Specification Qualification Ibecification Qualification Method l Items l, t j l ll l 1 l

l Systect: Containment l l Operating l 15 Seconds l

30 Days l K l J-18 l Simultaneous l None l ! l Isolation ll Time l l l l l Test l l ll ll l 1 l l ^ l Plant ID No. SV6831A ll l l l l l l j l l lTepperature l 283.0' l 346.0 l H, X l J-18 l Simultaneous l None l l l Component : Solenoid Valvell (*F) l l l l l _ Test l l l ll l l l l l l l lManuf acturer: ASCO ll l l l l l l l l l Pressure l 52.0 l 124.7 l G, X l J-18 l Simultaneous l None l i l Modal Number: NP8316A75E l l (PSIA) l l l l l Test l ) l ll l l l l l l ll Function: Isolates ll l l l 1 1 Contai'nment ll Relative l 100.0 l 100.0 l A l J-18 l Simultaneous l None l l ll Humidity l l l l l Test l l r l Accuracy: Spect N/A ll (%) l l l l l Demon N/A ll l l l l l l l ll l Boric Acid l Boric Acid l l l l l I Lemineralizer ll Chemical l 1800 ppm l 1800 ppm ,l A J-18 l Simultaneous l None l flSarvice: l Water to Ctat. l l Sp ray l pH 5.0 l pH 5.0 l l CAL-40 l

Test, l

l }l Isolation valve ll l l l l Note 1 l Analysis l l 4 l ll l l 1 l l fl Location: Containment ll l l l CAL-80 l l l l Rm. 316 ll Radiation l1.7 x 107 RADS l2.0 x 107 RADS l CAL-44 l J-41 l Sequential Test l None l il ll l l l l l ! l Flood Level Elev: 572'-2"ll l l l l l I lAbove Floed Level Yes ll Aging l 40 Years l 2 2 Years l I l CAL-80 l Analysis l None l I l ll l l Note 3 l l J-41 l l l lNaaded fors ll l l l l l l l Hot Shutdown lX l ll l l l l l l l ll llSubmergencel 572'-2" l 585' l B l Note 2 l N/A l None l j l Cold shutdown l l ll l l l l l l l )l ll l l l l l l I i 4 i

Fccility: Divis-Bassa Unit 1 SYSTEM CCMPCNENT EV%%:ATION WORKSHEET Ind2x ko.: 21CH-051A e N Dockst: 50-346 Rev. : 2 /4// J - - - -.j Date Prepared by: Checksd by: )J))frv(he{ Date /f/,' /t 7 s y 1. CAL-40 qualifies conponents tested in a high pH boric acid spray to a pH value of 5. 2. Room 316 is located on level 585', which is above the flood lovel. 3. Materials and/or conponents sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain f unctional operability in harsh environments.

r\\ s { l '% ) %/ Fccility: % Jis-Basse Unit 1 Docket: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: _216H-052 Prepared by: Date: /8 !8) Rev. : 2 Chicked by: hi)/lzv;%syLfA Date: a I2 /VJ l il l EQUIPMENT DESCRIPTION ll l l_ ENVIRONMENT l l ~l I DOCUMENTATION REF. s ll_. Parameter l Specification f Qualification lSpecificationlOualification!l Qualification l Outstanding I l ll l Method l Items l ISystem: Containment iIOperating l 15 Seconds 17 Years i K l Note 2 i Analysis l None I l I l I I I i l Isolation llTime l l l l 1 l l I ll l I l l 1 I l lPIsnt ID No. SV6831B ll l l l 1 l l l 'l llTemperaturel 192.0 l Exempt I C-208 l Note 1 l N/A l None 1 l Component: Solenoid Valvell (*F) l l l l 1 l l l ll l I l l 1 l l 4 lMinufacturer: ASCO ll l l l l l l l l llPressure i 16.25 l Exempt l C-208 i Note 1 l N/A l None 1 lludal Number: HTX8316C45Vil(PSIA) l l l 1 l l l i i il i I I I l i I l Function: Isolates ll 1 l l l l l l i Containment llRelative i 100.0 i Exempt i A l Note 1 i N/A l None I l ll Humidity l l l l l l l IAccuracy: Spec: N/A l l_ (t) I l l I l 1 Demon: N/A ll l l l 1 i l l l 11 I l l l l 1 l l l lSarvice: Demineralized lichemical i N/A l N/A l N/A l N/A l N/A I None I i l Water to ContainmentilSpray l l l l l l l l Isolation Valve ll l l l l l l l 1 Il I l Location: Auxiliary Bldg.ll 1 I I I I I i i l l Rm. 208 llRadiation i 7.1 x 105 RADS l1.2 x 106 i i l I I RADS l T l CAL-80 l Analysis l None ll l l l l Note 2,4 l l l IFlood Level Elev: N/A ll l 1 l l l l l l lAbova Plood Level: N/A lIAging l 40 Years l 17 Years l I l CAL-80 l Analysis l None I il ll l Note 3 l l Note 2.4 l l l lNasdtd for: ll l 1 l l I l l l Hot Shutdown l_X l ll l l l l l l l 7 i l lSubmergencel N/A l N/A l N/A l N/A I N/A l None l l Cold Shutdown l l ll l l l l l l l l ll l l l l l l 1 J

/n fy t / \\ (L ~a)c-Berco Unit 1 ( SYSTEM COMPONEN ATION WORKSHEET Index L-w/ 21fH-052A FCcility: Dockst 50-346 Rev.: 2 PrIpared by: N Date: M2 Ch;ck:d by:.pdff c h ] Date: y/J//) 1. This solenoid valve controls the air supply to DW6831B (the air-operated demineralized water to containment isolation valve). The only safety-related function performed by DW6831B is the isolation of containment during a loss of coolant cccident. The solenoid valve is exempt from qualification because it does not perform an essential safety-related function in the harsh steam environment due to a high energy line break. Failure of this solenoid would cause DW6831B to move to (or remain in) its fail-safe closed position. Closure of DW6831B merely isolates the demineralized water supply line f rom the reactor coolant pump standpipe. This water is utilized for the reactor coolant pump seal injection. Loss of the water or the seals will not degrade other aafety-related functions because the reactor coolant pumps are not needed to mitigate accidents. The air-operated valve's position indicating lights are powered by a 120 v.a.c. essential instrument bus. These lights are operated by the valve's position indicating (limit) switches. Since the solenoid valve is part of a separate 125 v.d.c. control circuit, its failure can not affect the operation of these devices. Solenoid failure will not mislead the operator because valve position indication will be unaffected. 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. 3. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments. 4. Radiation valve is 40 day background dose plus the one day accident dose. This valve is required to function to isolate containment in 15 seconds following a LOCA. Subsequent failure will not degrade other safety-related functions or misicad the operator.

Fccility w avis-82ssa Unit 1 COMPONENT MATEa._,J EVALUATION SHEET Ind2x b 3 216H-0528 Dockat: 50-346 R*v.: 2 /#$7 Prepared by: 1 J' s Date: Ch;cked by: 9 //( dv&-u fA Date: &M43 } 7 l Plant I.D. No.: SV6831B Component: Solenoid valve l l Manufacturer: ASCO Model No.: HTX8316C45V l l l l l 1 THERMAL AGING l RADIATION l l Parts List i Materials List Qualification l Reference ! Qualification l Reference l l l l l l l l l Core Tube l Stainless Steel l Not Sensitive l l Not Affected l l l Core & Plugnut l Stainless Steel l Not Sensitive l l Not Affected l l l Screws l Steel l Not Sensitive l l Not Affected l l l Pilot, Body l Brass 1 Not Sensitive l l Not Affected l l l Eody & Bonnet l Bras? I Not Sensitive l l Not Affected l l l Disc, Spring I Stainless Steel l Not Sensitive l l Not Affected l l l Disc Holder l Metallic l Not Sensitive l l Not Affected l l l Core Spring l Stainless Steel l Not Sensitive l l Not Affected l l l Sol. Base Sub-Assembly l Metallic l Not Sensitive l i Not Affected l l l Shading Coil l Copper l 'Not Sensitive l l Not Affected l l 6 l Gaskets l Viton l 40 Years 9 265'F

l. CAL-80 l

8.0 x 10 RADS l CAL-80 l l Disc l Viton l 40 Years 9 265'F l CAL-80 l 8.0 x 106 RADS l CAL-80 l l Diahraga Assemblies l Viton, Brass l 40 Years 9 265'F l CAL-80 l 8.0 x 106 RADS l CAL-80 l l Bottom Plug l Acetal (Delrin) l 17 Years 9 104*F l CAL-80 l 1.2 x 106 RADS l CAL-80 1 l Pilot Seat Cartridge l Acetal l 17 Years 9 104*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l l Class H Coll:

l l

40 Years G 140*F l l 2.0 x 107 RADS l CAL-80 l I outerwrap l Fiberglass l l l l l l Varnish l Silicone l l l l l l Lead Wire Insulation l Silicone Rubber, Glass l l l l l l l Braid l l l l l l Magnet Wire Insulation l Enamel l l l l l l Insulation l Nomex l l l l l Insulation l Iso-Mica l l l l l l l Epoxy l l l l l l Insulation l Silicone Resin l l l l l l l Mica l l l l l Materials & Parts List

Reference:

V-3A, V-3F, CAT-3A, ROC-3A

Coil is scheduled for replacement in accordance with manufacturer's recommendations.

z, g '\\N)vis-B23*aUnit1 <J FIcility: Docket: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Ptspared by: Inder No.: _216H-053 Date: _ ll Rev.: 2 Chscked by: lO/rvlhM/// Date: /2 [\\3 _ff l Il l EQUIPMENT DESCRIPTION ll i i l_ ll_ Parameter i Specification I DOCUMENTATION REF. i ~l ENVIRONMENT l I 11 l Qualification ISpecificationloualificationll Qualification l Outstanding i ISystem: Containment I I lloperating l 30 Seconds l 17 Years i K 1 Note 2 l Analysis l None l I Method i Items l I Isolation I I 1 llTime l I i I I I. I l l IP3 ant ID No. SVMUO3 I Il i I l l I l 1 l I l llTemperaturel 192.0 1 Exempt l C-208 l Note 1 l N/A l None l l l l Component: Solenoid Valve!I ("F) l l _I 1 1 1 Il l l INanufacturer: ASCO I l l ll l I l l I l l l I ll Pressure l 16.25 i Exempt i C-238 ) Note 1 l N/A l None l l Modal Number: FT8344-A5 ll(PSIA) { l I l l l l l l Il 1 l l l IFunction: Isolates ll 1 l I I Containment l l l l l I l l ilRelative i 100.0 l Exempt i A l Note 1 1 N/A l None i l 1 l l ll Humidity l l l l Accuracy: Spec: N/A il__ (t) l l 1 l I l Demon: N/A ll 1 l l 1 l l 1 ll l l l l ISarvice: Reactor Coolant ll Chemical l N/A l N/A l N/A l N/A l N/A l None l l 1 l l l l l Letdown l l l l I llSpray l l l Isolation valve ll l 1 1 I I I - l Location: 11 l i l l Auxiliary Bldg.ll l l l l l i 1 Rm. 208 l I l I ll Radiation 17.1 x 105 l I l RADSil.2 x 106 l I ) l l ll_ l RADS l T l CAL-80 l Analysis l None l IFlood Level Elev: l l N/A ll l 1Above Flood Level: l 1 l i No t e +'*. 4 l N/A (IAging i 40 Years l 17 Years I l CAL-80 l Analysis l None l l 'l l 1 l l ,lNacdad for: ll l l l l Note 3 l l l_ l i l Hot Shutdown l l Note 2 l ji 111 ll l l l l l l l l lSubmergencel 1 l ,I Cold shutdown l_l ll l N/A l N/A 1 N/A l N/A I N/A I None l l l _l il_ ll l l l l 1 1 l l l I l l l I l

(J)0-D20&2 Unit 1 N Facility: SYSTEM COMPONENFuYALUATION WORKSHEET Dockst: 50-246 IndEx No.: 210H-053A Rev.: 2 Prepared by: N Chacked by:, A ff d g, Date (( / ) Dater g/J//) 7 l. This solenoid valve controls the air supply to MUO3 (the air-operated reactor coolant. letdown isolation valve). The only safety-related function performed by MUO3 is the isolation of containment during a loss of coolant accident. This solenoid valve is exempt from qualification because it does not perform an essential safety-related function in the h2rsh steam environment due to a high energy line break. Failure of this solenoid would cause MUO3 to move to (or remain in) its fail-safe closed position. Closure of MUO3 will not degrade other safety-related functions because it merely isolates the letdown coolers from the make-up and purification system. If it is necessary to reraove coolant from the primary system, the pressurizer sample and vent lines can be used. The air-operated valve's position indicating lights are pc,wered by a 120 v.a.c. essential instrument bus. These lights are operated by the valve's position indicating (limit) switches. Since the solenoid valve is part of a separate 125 v.d.c. control circuit, its failure can not affect the operation of these devices. Solenoid failure will not mislead the operator becauce valve position indication will be unaffected. 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. 3. Materials and/or componenta sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments. 4. Radiation valve is 40 day background dose plus the one day accident dose. This valve is required to function to isolate containment in 15 seconds following a LOCA. Subsequent failure will not degrade other safety-related functions or misicad the operator.

l b \\ ) ~' Ftcilityi'-Javis-Bacte Unit 1 Docket: 50-346 COMPONENT MATERI ALS EVALUATION SHEET Index Ho.: 216H-053B Rev.: 2 Prcpared by: Date: [ k m Chicked by: .Jh US-ut/h( Date: /f // /A -7 i l Plant I.D. No.: SVMUO3 Component: Solenoid Valve l Manufacturer: ASCO l Model No.: FT6344-A5 l l j l l I l THERMAL AGING I RADIATION l l Parts List l Materials List Qualification l Reference l Qualification I Reference l l l l l 1 1 I l GEsket, Shaft l Lead Copper l Not Sensitive 1 l Not Affected l l l U-cups l BUNA-N l 40 Years e 104*F l CAL-80 l 1.5 x 107 l G2skets l BUNA-N l 40 Years e 104*F l CAL-80 1 1.5 x 107 RADS l CAL-80 l l Discs l BUNA-4 1 40 Years e 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l l Shaft, Main l Brass RADS I CAL-80 I 't Not Sensitive 1 I Not Affected l l 1 Insert l Brass l Not Sensitive l l Not Affected l l 1 Spring, Core l Stainless Steel l Not Sensitive l l Not Affected l l l Spring, Disc l Stainless Steel l Not Sensitive l l Not Affected l l l Piston l Brass l Not Sensitive I i Not Affected i l l Screw I Steel l Not Sensitive I i Not Affected l l l Body l Brass l Not Sensitive I Not Affected l l l Ssst i Brass l Nut l Not Sensitive l l Not Affected I l l Brass Not Sensitive l l Not Affected l l l Core Tube l Stainless Steel l Not Sensitive 1 l Hot Affected l l l Core & Plugnut l Stainless Steel l Not Sensitive 1 l Not Affected l~ l Shading coil l Copper l Not Sensitive l l Not Affected l l l Intert l Plastic (Acetal) i 17 Years e(0-4 *F l CAL-80 l 1.2 x 106 I Pilot Seat Cartridge l Acetal l 17 Years e 104 'F l CAL-80 l 1.2 x 106 RADS l CAL-80 1 I Class F Coil: l l 1 l 2.0 x 107 RADS l CAL-80 t l Bobbin l Polysulfone i 40 Yearse 220*F $ CAL-80 l l l RADS l CAL-80 I I Encapsulant i Epoxy I 40 Years e 147*F l CAL-80 l l l l Magnet Wire Insulation l Enamel l Greater than

CAL-80 l

l l l l l 40 Years e 122*F l l l l l Inner Layer Insulation l Nomex 1 Greater than l CAL-80 l 1 1 l l l 40 Years e 122*F l l l l l Lead Wire Insulation l Cross-Linked Polyethylene 1 40 Years e 122*F J, CAL-80 l l l 1 l l i i l i Material & Parts List

Reference:

V-3A, V-3F, V-3G, CAT-3A, ROC-3A, ROC-38, ROC-3F

Coil is scheduled for replacement in accordance with manufacturer's recommanda&inne

O C,m ('3 kJ Facility: b liG-Batta Unit 1 Dockst: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: _216H-054 Rev.: 2 Prcpared by: b Date: N Checksd by: g/h6k,l2isg Date: n////3 I ll l i lEQUIPMENT DESCRIPTION Il ENVIRONMENT I DOCUMENTATION REF. l l 1 l ll Parameter i Specification l Qualification ISpecificationlocalificationi Method l Items i l Qualification l Outstending l I il i I I I l i 1 ISystsm: Containment Iloperating i 45 Seconds l Note 3 l K l N/A l N/A l Note 1 l 1 Isolation llTime l l l l l l l l ll l I I I I I l Plant ID No. SVMU38 ll l l i l llTemperaturel 192.0 1 Note 3 i C-208, l l l _l 1 lCcmponent: Solenoid Valvell (*F) l i I l I l l l N/A l N/A l Note 1 l 1 Il l l 1 I l I l lMinufacturer: ASCO ll l l l l l l l l llPressure l 16.25 l Note 3 l C-208 i N/A l N/A l Note 1 l l Modal Number: HTX831655 ll(PSIA) l l l l 1 l l 1 Il I I 1 l l l l IFunction: Isolates ll l l t 1 I l l 1 Containment .llRelative l 100.0 l Note 3 l A l N/A l N/A l Note 1 1 I ll Humidity l l l l l l l l Accuracy: Spec: N/A ll (%) l l l I l l l l Demon: N/A ll l l l l l l 1 1 l ll l l 1 I I I l ISarvice: Reactor Coolant llChemical l N/A l N/A l N/A I N/A l N/A i None l l Pump Seal Return ll Spray l l l l l l l 1 Isolation Valve ll l l l l l l l l ll l l l l l l l l Location : Auxiliary Bldg.ll l l l l CAL-80 l l l 1 Rm. 208 ll Radiation 17,1 x 10 R ADS l1.2 x 106 5 RADS I T l Note 4 l Analysis l None l I il i I I I l l I l Flood Level Elev: N/A ll l l l 1 l l l lAbove Flood Level: N/A ll Aging i 40 Years l 17 Years I I CAL-80 l Analysis l None I ( l 11 l l Note 5 l l Note 4 l l l s lNetdsd for: ll l I l l l l l ! l Hot Shutdown Ixl ll l l l l l l 1 l llSubmergencel N/A l N/A l N/A l N/A l N/A l None l l Cold Shutdown l l ll l l l l l l l ! I ll l l l l I l l

C) N e m j Pccility: L <te-0asso Unit 1 V Dockst: 50-346 SYSTEM COMPONENT EVAWATION WORKSHEET Index Ho.: _216H-054A Ptsptred by: N Rev.: 2 i Date: I chseksd by: #Ak(a d Date: N// /A i 4 1. This component is scheduled for replacement during the first refueling outage sub 4 Tha radiation cpecification value is a sequent to component on-site availability. 2. 40 year operating dose plus the accident dose present at one day i 3. post-LOCA. This solenoid valve controls the air supply to MU38 (the air-operated reactor cool valve). nove to its fail-safe closed position. Failure of the solenoid in the harsh steam conditions resulting from a high eant pump Adequate time is allotted for room cooldown so that MU38 can be operated mannerg required. I ually if 4 Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. 5. Materials and/or components sensitive to thermal aging will be replaced as per assure that associated component will maintain functional operability in harsh environmentsmaintenance and replacement sch i i i s n ) I i = i I

Facility: w sis-Basca Unit 1 CONPONENT NATERI V EVALUATION SHEET Ind3x !QC165-054B D:ckat: 50-346 Rav.: 2 NM Id( h.3 Date: Prepared by: l Chicked by: M7fubj Date: n/>//f } l Plant I.D. No.: SVMU38 Component: Solenoid Valve l 1 Nanufacturer: ASCO Nodel No.: HTXB31655 l I I i l l l THERMAL AGING l RADIATION l fl Parts List l Materials List l Qualification l Reference ! Qualification l Reference'l I l 1 l l l' I l Gaskets l BUNA-N I 40 Years 9 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l l Body l Brass i Not Sensitive l i Not Affected l I j l Bonnet l Brass l Not Sensitive l l Not Affected l l j i Adapter l Brass l Not Sensitive l l Not Affected l l j l Rataining Rings l Brass l Not Sensitive l l Not Affected l l l Screw l Brass i Not Sensitive l l Not Affected l l t i Spring, Disc l Stainless Steel i Not Sensitive l l Not Affected l l l l Spring, Core l Netallic l Not Sensitive l l .Not Affected l l l Sol. Base Sub-Assembly i Metallic l Not Sensitive l l Not Affected l l 4 l Insert ! Acetal (Deltin) l 17 Years 9 104*F l CAL-80 l 1.2 x 10 RADS l CAL-80 l 6 ) l Pilot Seat Cartridge l Acetal l 17 Years 9 104*F l CAL-80 l 1.2 x 106 RADS l CAL-80 l 7 l Disc l BUNA-N l 40 Years 9 104'F l CAL-80 l 1.5 x 10 RADS l CAL-80 l l Diaphragm Assemblies l BUNA-N, Brass l 40 Years 9 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l l l Core Tube l Stainless Steel l Not Sensitive l l Not Affected l l l Core & Plugnut l Stainless Steel l, Not Sensitive l l Not Affected l l l Shading Coil I Copper l Not Sensitive l l Not Affected l l l l 40 Years 9 140*F l CAL-80 l 2.0 x 107 4 l Class H Coil:

RADS l CAL-80 l

l Outerwrap l Fiberglass l l l l l l Varnish l Silicone l l l l l ) l Lead Wire Insulation l Silicone Rubber, Glass l l l l l j l l Braid l l l l l l l Nagnet Wire Insulation! Enamel l l l l 8 j i Insulation l Nomex l l l l l I Insulation l Iso-Mica l l l l l l l Epoxy l l l l l l l Insulation l Silicone Resin l l l l l l l Mica l l l l l Material & Parts List

Reference:

V-3A, V-3B, V-3F, CAT-3A, ROC-3A

Coil is scheduled for replacement in accordance with manufacturer's recommendations.

4 .. - ~

f3 f^ h Fccility:(6svis-BacssUnit1 Y ) Dockst: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Prepared by: Index No.: _216H-054 Chicked by: y \\/iu/h, M(. Date: jf J Rev.: 2 Date: _ 4 // /-{3 Il l EQUIPMENT DESCRIPTION l l_ l_ ENVIRONMENT i l _ll_ Parameter l Specification l 1 I DOCUMENTATION REF. 1 ~l Qualification ISpecificationl0ualificationi_l Qualification l Outstanding l 11 ISystsm: Containment l 1 I ilOperating i 45 Seconds l 1.1 Years l K l J-18 i 1 Method i Items l Isolation I l llTime 1 i ll l i iPlant ID No. SvMU38 1 1 l Simultaneous I None i I i Note 2 l Test i 1 ll l I l I l I I ll Temperature l 192.0 1 346.0 i C-208 I J-18 l lCmponeit: Solenoid Valvell (*F) l l I l I l l l l l_ l l i Simultaneous i None l l Manufacturer: ASCO i l l I1 l I l Test i l I l l i l Modal Number: ll Pressure l 16.25 l 124.1 i C-208 l J-18 NP8316_ E ll(PSIA) l I I l l 1 l l Note 1 ll l l l Simultaneous l None l l l 11 1 l (Function: Isolates l l l Test l l 1 l l (IRelative i 100.0 l 100.0 l A l J-18 1 l Containment i l l l l ll Humidity l l l I 11 (t) i l l Simultaneous l None 1 lAccurKcy: Spec: N/A ll l l l Test l I l I l i Demon: N/A ll l l i l l l t 1 l i I ll Chemical I N/A 1 N/A l N/A l N/A l N/A ) None l ISarvice: Reactor Coolant flSpray l l l l l l l Pump Seal Returnll l l 1 l 1 l l Isolation valve 1l I l l ILocation: Auxiliary Bldg.ll I l l Rm. 208 l I l l l l I l l ll Radiation 11.97 x 106 l I l I RADSl2.0 x 107 l J-18 l I l l_ l RADS i T l J-41 l lPlood Level Elev: N/A ll I lAbova Flood Level: l l (Sequential Testl l l l None l N/A flAging l 40 Years l 40 Years l I l J-18 l l l l l l l ll l l lNasdsd for: l l l l_ l l ISequential Testl I Hot Shutdown l_ x__ l ll l 1 J-41 l None l 1 I l l l l l lSubme rgence l l I 1 3 Cold Shutdown l_l 1l l l l N/A l N/A I N/A I N/A I N/A l None l 1 _I ) l l l Il_ l l i l I 1 I l I l I _I

[ t\\ \\ Fccility: we'is-Becca Unit 1 \\ SYSTEM COMPONENT' EVALUATION WORKSHEET Dockst 50-346 Index No.: 216H-054A Rev.: 2 Check d by: Mh_ Date: _ [f!/ f 23 Prcp. red by: N Date: ///d/f3 i 1. This component replaces HTX831655 in accordance with FCR 82-125. I i 2. The solenoid valve test consisted of the following: Exposure to steam at 346*F and 124.7 psia for 3 hours, followed by a cooldown to 140*F. A second transient followed with 3 hours at 346*F and 124.7 piia, followed by a cooldown to 320*F and i 89.7 psia which lasted for 3 hours, followed by 3-1/2 days exposure to 250*F and 29.7 psia, followed by exposure to 200*F cnd 14.7 psia for the duration of the test (25 days). (Reference J-18) The temperature in Room 208 peaks at 192*F in 7 seconds. The pressure in Room 208 peaks at 16.3 psia in 1.5 seconds. The conditions in Room 208 return to ambient in 20 minutes. Eased on this information, it can be concluded that the laboratory test subjected the solenoid valve to an overall more severe environment than that which would result from the postulated LOCA. throughout the test and functional af ter the test, Since the solenoid valve remained operable and af ter exposure to the accident environment which would result from the postulated LOCA.it can be concluded that the (Reference J-18, C-208) 4 e e i e i I i t i l

O u FCcility: savis-Bac29 Unit 1 Docket: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 2168-055 Prepared by: 71 '; _ Date: _ /f#83 2 Rev.: Ch2cked by: _ 8-hb.[hfM [_ Da te : ?,'/>/J3 i I il IEQUIPMENT DESCRIPTION ll_ i i ENVIRONMENT I I I l DOCUMENTATION REF. l _ll _ Parameter I Specification I Qualification ISpecificationlQualification!l Qualification l Outstanding i Il i 1 l l l l _l ISystem: Containment floperating l 17 Seconds i 17 Years l K l Note 2 l Analysis l None I Method i Items l l Isolation ll Time l l l l 1 l l l Il I l l l l l l l l Plant ID No. SVMU66A ll l l l l l l l 1 llTemperaturel 192.0 l Exempt i C-208 i Note 1 l N/A I None l lCcmponent: Solenoid ValvelI (*F) l I l l 1 l l I II I I I I i 1 l lMinufacturer: ASCO ll l l l l l l l t llPressure i 16.25 l Exempt l C-208 l Note 1 l N/A l None i IModal Number: FT8344-A5 ll(PSIA) l l l l l l l 1 ll I I l i I I IFunction: Isolates ll l l l l l l l l Containment llRelative l 100.0 l Exempt l A I Note 1 1 N/A l None l _I I linumidity l l 1 l l l l lAccuracy: Spec: N/A f l. (t) l I I i i I l Demon: N/A ll l 1 l l l 1 l l ll l 1 1 I I I I ISarvice: Reactor Coolant lichemical l N/A l N/A l N/A l N/A l N/A l None l [ IPu2p (2-1) Seal InjectionflSpray l l l l 1 l l lleolation Valve ll l l l l l l l } l 11 I I l Location: Auxiliary Bldg.ll I I .I I l I _I l Rm. 208 l1 Radiation l 7.1 x 105 l l CAL-80 l I i RADSil.2 x 106 l RADS l T l Note 2,4 l Analysis i None l 11 1 I l l I I l IFlord Level Elev: N/A ll l l l l CAL-80 I l I lAbove Flood Level: N/A ll Aging I 40 Years l 17 Years 1 I l Note 2 l Analysis l None I 4 i ll l l Note 3 l l J-41 l l l lNatdtd for: ll. I l l I I I I l Hot Shutdown l X l ll l t i I I I I I llSubmergencel N/A l N/A l N/A l N/A I N/A l None l l Cold Shutdown l l ll l l l l 1 l l l ll l I l l l I l

i k Fccility: /lo-:: case Unit 1 ~ Dockst 50-346 SYSTDI COMPONENT EVALUATION WORKSHEET Index No.: 216H-055A Prcpared by: N f_k Rev.: 2 Date: _ / 3 Chicked by: AA /l d Dater ///J//) i 1. This solenoid valve controls the air supply to an air-operated reactor only safety-related function performed by the isolation valve is the isolationcoolant pump seal injection isolation valve. j accident. The of containment during a loss of coolant The solenoid valve is exempt from qualification because it does htrsh steam environment due to a high energy line break. not perform an essential safety-related function in the to (or remain in) its fail-safe closed position. This closure results in the isolation of the seal injection reactor coolant pump seals. This action will not degrade other safety-related functions becaus are not needed to mitigate accidents. rom the In addition, the solenoid valves can be manually operated after roe the reactor coolant pump occurred (20 minutes). om cooldown has The air-operated valve's position indicating lights are powered b i operated by the valve's position indicating (limit) y a 120 v.a.c. essential instrument bus. I control circuit, switches. These lights are because valve position indication will be unaffected.its failure can not affect the operation of these dev Solenoid failure will not mislead the operator I l 4 1 2. Materials evaluation conducted. 1 1 Materials sensitive to radiation and/or thermal aging summarized on 3. Materials and/or components sensitive to thermal aging will be r attached evaluation. i assure that associated component will maintain functional operability in harsheplaced as per maintenance and replacement sche i4. environments. Radiation valve is 40 day background dose plus the one day accident dose containment in 15 seconds following a LOCA. Subsequent failure will not degrade other safety-related functions orT mislead the operator. 1 i 1 J

Facility: wvis-Becce Unit 1 COMPONENT MATERIlhi EVALUATION SHEET Ind:x DA ( 2165-0551 Dockst: 50-346 Rev.: 2 Prep red.by: Date: / l Ch cked by: y Ab /du pf Date: //2 /S} I Plant I.D. No.: SVMU66A Component: Solenoid Valve l l l Manufacturer: ASCO Model No.: FT8344-A5 i fI l l l l THERMAL AGJNG l RADIATION l l l Parts List i Materials List i OJalification l Reference l Qualification l Reference l l l l 1 l l l i Gisket, Shaft l Lead Copper l Not Sensf.tive l l Not Affected l l l U-cups l BUNA-N l 40 Years e 104*F l CAL-80 l 1.5 x 107 RADS l CAL-8G l l l Caskets l BUNA-N l 40 Years 9 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l j l Discs l BUNA-N l 40 Years 9 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l I Shaft, Main l Brass l Not Sensitive l l Not Affected l l l Intert l Brass l Not Sensitive l l Not Affected l l l Spring, Core l Stainless Steel l Not Sensitive l l Not Affected l l 4 l Spring, Disc l Stainless Steel l Not Sensitive l l Not Affected l I l Piston l Brass l Not Sensitive l i Not Aff ected I i t l Screw l Steel l Not Sensitive-l l Not Affected l l i l Body l Brass I Not Sensitive l l Not Affected l l l l Stat l Brass l Not Sensitive l l Not Affected l 1 l Nut l Brass l Not Sensitive l l Not Affected l l l l Core Tube l Stainless Steel l Not Sensitive l l Not Rffected l l l Core & Plugnut l Stainless Steel l Not Sensitive l l Not Affected l l l Shading coil l Copper l Not Sensitive l i Not Affected I l 6 l l Intert l Plastic (Acetal) l 17 Years e 104 *F i CAL-80 l 1.2 x 10 RADS l CAL-80 l 6 l l Pilot Seat Cartridge l Acetal l 17 Years e 104*F l CAL-80 l 1.2 x 10 RADS l CAL-80 1 l Class F Coil: l l l l 2.0 x 107 I RADS l CAL-80 I l l Bobbin l Polysulfone 1 40 Yearse 220*F l CAL-80 l l l j l Encapsulant l Epoxy l 40 Years e 147*F l CAL-80 l l l J l Magnet Wire Insulation l Enamel l Greater than l CAL-80 l l l ) l I l 40 Years e 122*F l l l l 1 l Inner Layer Insulationi Nomex l Greater than l CAL-80 l l l j l l l 40 Years e 122*F l l l l ) l Lead Wire Insulation l Cross-Linked Polyethylene 1 40 Years e 122*F l CAL-80 l l l 1 l l l l l l l Material & Parts List

Reference:

V-3A, V-3F, V-3G, CAT-3A, ROC-3A, ROC-3B, ROC-3F 3

Coil is scheduled for replacement in accordance with manufacturer's recommendations.

l

J"W r t \\ Frcility: i iG-Be:C2 Unit 1 SYSTEM COMPONENT EVALUA'110N WORKSHEET IndexNY.: 216H-056 Dockst: 50-346 Rev.: 2 Prepared by: [ Date: /r 8) CheckId by: -d2(c/ % a #d Date: / 'h /b i l ll l 1 l l l EQUIPMENT DESCRIPTION ll ENVIRONMENT I DOCUMENTATION REF. i Qualification l Outstanding l l Il Parameter i specification l Qualification ISpecificationlQualificationi Method l Items I l ll l l t i I I l lSy;tsm: Containment ll Operating l 17 Seconds l 17 Years I K l Note 2 l Analysis l Hone l l Isolation llTime l l l l l l l 1 Il I l l I l l l l Plint ID No. SVMU66B ll l l l l l llTemperaturel 192.0 i Exempt I C-208 i I l 1 Note 1 1 N/A l None l lCcmp:nent: Solenoid Valvell (*F) l l l l l l l 1 11 l l l l I I I lMinufacturer: ASCO ll l l l l l l l l ll Pressure l 16.25 i Exempt l C-208 l Note 1 i N/A l None l l Mod 1 Humber: FT8344-A5 ll(PSIA) l l l l l l l 1 ll l l l l l l l l Function: Isolates ll l l l l l l l l Containment llRelative l 100.0 1 Exempt l A l Note 1 l N/A I None l l ll Humidity 1 l l l l l l l Accuracy: Spec: N/A ll (t) l I I I l 1 l l Demon: N/A ll l l l l l l l l ll l l l t i I I IS;rvice: Reactor Coolant llChemical l N/A l N/A l N/A l N/A l N/A I None l lPurp (2-2) Seal InjectioniISpray l l l l l l l lIcolction Valve ll l l l l l l 1 l Il 1 l l l l l 1 ILoc: tion: Au'tilla ry Bldg. l l l l l l CAL-80 l l l 5 6 I Rm. 208 ll Radiation 17.1 x 10 RADSil.2 x 10 RADS l T l Note 2.4 l Analysis l None l l ll_ l l l l I i 1 l Flood Level Elev: N/A ll l l l l CAL-80 l l l 1Abova Flood Level: N/A ll Aging l 40 Years l 17 Years l I l Note 2 l Analysis l None l l ll l l Note 3 l l J-41 l l l lNe;d:d for: ll l 1 l l 1 l l l Hot Shutdown l X l ll l l l l l l l 1 ll Submergence l N/A I N/A l N/A l N/A l N/A l None l l Cold Shutdown i l ll l l l l l l l l ll l l l l l l I

f% Fccility: U sic-02cs2 Unit 1 SYSTDI COMPONENT EVALUATION WORKSIGET Docksts 50-346 Index No.: 216H-056A Rev.: 2 Prepared by: b Checkrd by: Mwh_ _ Dates Dater v/J//J l. This solenoid valve controls the air supply to an air-operated reactor coolant pump seal injection isolation v l only safety-related function performed by the isolation valve is the isolation of containment during a loss of coolant a ve. The accident. The solenoid valve is exempt from qualification because it does not perform an essential safety-related function in th harsh steam environmertt due to a high energy line break. e to (or remain in) its fail-safe closed position. Failure of this solenoid would cause the isolation valve to move rcactor coolant pump seals. This closure results in the isolation of the seal injection line from the are not needed to mitigate accidents.This action will not degrade other safety-related functions because the reactor coolant pusps occurred (20 minutes). In addition, the solenoid valves can be manually operated af ter room cooldown has The air-operated valve's position indicating lights are powered by a 120 v.a.c. essential instrument bus operated by the valve's position indicating (limit) switche:s. These lights are control circuit, its failure can not affect the operation of these devices.Since the solenoid valve is part of a separate 125 v.d.c. because valve position indication will be unaffected. Solenoid failure will not mislead the operator l 1 2 MEterials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation.

l. Materials and/or corponents sensitive to thermal aging will be replaced as per maintenance and replacement schedul azzure that associated component will maintain functional operability in harsh environments.

4. Radiation valve is 40 day background dose plus the one day accident dose. This valve is required to function to isolate ) containment in 15 seconds following a LOCA. Subsequent failure will not degrade other safety-related functions or mislead the operator.

g \\ (s) J \\ Fccility'Y'D*;vic-B2sca Unit 1 3 l Docket: 50-346 COMPONENT MATPJtIALS EVALUATION SHEET Index No.: 216H-0568 Rev.: 2 4 Prepared by: / 7-T Date: _ 83 i Checked by: _ })1/ M / u M d Date: f,// M T l Plant I.D. No.: SVMU668 Component: Solenoid Valve l Manufacturer: ASCO l Model No.: FT8344-A5 l l l l l l THERMAL AGING l RA?.,I ATION l l Parts List l Materials List Qualification i Reference ! Qualification l Reference l I I I l l 1 l l G:sket, Shaft Lead Copper l Not Sensitive l l Not Affected l l l U-cups l BUNA-N l 40 Years 9 104*F I CAL-80 l 1.5 x 107 l Gaskets l BUNA-N RADS l CAL-80 l l Discs l 40 Years 9 104*F i CAL-80 1 1.5 x 107 l BUNA-N RADS I CAL-80 l 40 Years 9 104*F l CAL-80 l 1.5 x 107 l Shaft, Main i Brass RADS ! CAL-80 l l Not Sensitive l l Not Affected l l l Insert l Brass l Not Lensitive l l Not Affected l l l Spring, Core i Stainless Steel i Hot Sensitive l l Not Aff ected l l l Spring, Disc l Stainless Steel l Hot Sensitive l l Not Affected l l l Piston l Brass i Not Sensitive l l Not Affected l l j l Screw l Steel i Hot Sensitive l l Not Affected l l l Cody l Brass l Not Sensitive l l Not Affected l l l Ssat i Brass 1 l Nut l Not Sensitive l l+ Not Affected I l l Brass i Not Sensitive l l Not Affected l l l Core Tube l Stainless Steel l Not Sensitive l l Net Affected l l l Core & Plugnut l Stainless Steel l Not Sensitive l l Not Affected l l 1 Sh: ding coil l Copper l Not Sensitive l l Not Affected l l l Intert l Plastic (Acetal) l 17 Years 9104 *F l CAL-80 l 1.2 x 106 RADS l CAL-80 l l Pilot Seat Cartridge l Acetal l 17 Years 9 104 *F l CAL-80 1 1.2 x 106 1 Class F Coll: l RADS l CAL-80 l l 1 l 2.0 x 107 l Bobbin i Polysulfone 1 40 Years 9 220*F l CAL-80 l 1 l RADS l CAL-80 I l Encapsulant l Epoxy l 40 Years 9 147'F l CAL-80 l 1 l i-l Magnet Wire Insulation l Enamel l Greater than l CAL-80 l l l l l l l 40 Years 9 122*F l l l l l Inner Layer Insulationi Not:ex l Greater than i CAL-80 l l l l l 1 40 Years 9 122*F l l l l l Lead Wire Insulation l Cross-Linked Polyethylene 1 40 Years 9 122*F l CAL-80 l l l l i I I I l I Material & Parts List

Reference:

V-3A, V-3P, V-3G, CAT-3A, ROC-3A, ROC-38, ROC-3F i

Coil is scheduled for replacement in accordance with manufacturer's 1

r am==a ad * * ~ - t e

n m ) \\ ws Facility: w via.-B:ss2 Unit 1 Docket: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: _216H-057 Prepared by: ( Z v f Date:. /8[/ Rev.: Checked by: k )/h@ WeIf{ Date: 2 g /> (N3 I ll lEQUIPMENT DESCRIPTION 3 ll I l_ ENVIRONM2NT l L DOCUMENTATION REF. I l ll_ Parameter l Specification I Qualification (Specificat iontoualificati l Qualification 1 Outstanding I, l il I ISystem: Containment l oni Method i Items I Iloperating l 17 Seconds i 17 Yeurs i K l Note 2 l Analysis l None l l l l I Isolation llTime l 1 I 1 l Note 2 l I l 11_ IPlint ID No. SVM066C 1 I ll l I l I l i 1 l IITemperaturel 192.0 l Exempt I C-208 i Note 1 i N/A l None 1 I I l I I i IComponent: Solenoid ValvelI (*F) l I l I l l f l._ l l l I i IMinufacturer: ASCO ll l I I l l i l 1 I ll Pressure i 16.25 l Exempt I C-208 i Note 1 i N/A l Hoae l I I l I I IModal Number: FT8344-A5 ll(PSIA) l l l I l ll_ I l l l (Function: Isolates ll 1 I I l I t 1 1 Containment IIRelative i 100.0 l Exempt i A l Note 1 i N/A I None { I l l l _I l l llHumidity l l l IAccuracy: Spec: N/A ll __ (t) l l l l l ) { Demon: N/A ll l I i 1 1 I l i l 11 I l l 1 I 1

ISsrvice: Reactor Coolant Il Chemical i

N/A I N/A l N/A l N/A I N/A l None l I i i i i l IPurp (1-1) Seal InjectionllSpray i i I i IItolation Valve l il l l l l l l 4 ll l l l l Location: Auxiliary Bldg.ll l l l l 1 I l l l l I l I Rm. 208 ll Radiation 17.1 x 10 RADSil.2 x 106 l CAL-80 l l 5 I I l 1 ll I RADS l T l Note 2,4 ( Analysis l None l > IFlood Level Elev: I N/A ll l I I I j IAbova Flood Level: N/A iIAging l 40 Years i 17 Years I I Note 2 i Analysis I None 1 l l I [l l CAL-80 l I ll 1 l l INstd:d for: i Note 3 l l J-41 l 11. I il Hot Shut.down IX l ll l l I I l I l l 1 ll Submergence! N/A I N/A l N/A l N/A { N/A l None l l l I I l Cold Shutdown l l I l ll l I i 1 _lI_ l l l 1 i I l l l l I l i

A Fccility: 2 2-Be222 Unit 1 SYSTEM COMPONEli's b ALUATION WORKSHEET Dockst: 50-346 Ind x No.s 21"H-057A Re v. : 2 Prepared by: N Dates l[ b ' Ch cksd by:,Mcfh Dates j//A//J 1. This solenoid valve controls the air supply to an air-operated reactor coolant pump seal injection isolation valve. The I only safety-related function performed by the isolation valve is the isolation of contairument during a loss of coolant accident. The solenoid valve is exempt from qualification because it does not perform an essential safety-related function in the harsh steam environment due to a high energy line break. Failure of this solenoid would cause the isolation valve to move to (or remain in) its fail-safe closed position. This clostare results in the isolation of the seal injection line f rom the reactor coolant pump seals. This action will not degrade other safety-related functions because the reactor coolant pumps are not needed to mitigate accidents. In addition, the solenoid valves can be manually operated after room cooldown has occurred (20 minutes). Tha air-operated valve's position indicating lights are powered by a 120 v.a.c. essential instrument bus. These lights are operated by the valve's position indicating (limit) switche:s. Since the solenoid valve is part of a separate 125 v.d.c. control circuit, its failure can not affect the operation of these devices. Solenoid failure will not mislead the operator because valve position indication will be unaffected. i 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. I 3. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments. 4. Radiation valve is 40 day background dose plus the one day accident dose. This valve is required to function to isolate containment in 15 seconds follewing a LOCA. Subsequent failure will not degrade other safety-related functions or ] mislead the operator. i B i 1 4 wa

O O^\\ \\ Ftcility h tvis-Besas Unit 1 COMPONENT MATERIALS EVALUATION SHEET Docket: 50-346 Index No.: 216H-0578 Rev.: 2 Prepared by: 7 Date: /d 8J Ch cked by: ?)A42 % d K-Date: /,/? /E2 I l Plant I.D. No.: SVMU66C Component: Solenoid Valve l l l Manufacturer: ASCO Model No.: FT8344-A5 I [ 4 I I I I THERMAL AGING l RADIATION l 1 Parts List l Materials List 1 Qualification i Reference ! Qualification l Reference l l l l 1 1 I l l Gtsket, Shaft i Lead Copper l Not Sensitive l l Not Affected l l l U-cups l BUNA-N l 40' Years 9 104*F 1 CAL-80 l 1.5 x 107 I l Gsskets l BUNA-N l 40 Years 9 104*F i CAL-80 1 1.5 x 107 RADS l CAL-80 l l Discs l BUNA-N l 4 0 Years 9 104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l l Shaft, Main l Brass I bot Sensitive l l Not Affected l l RADS l CAL-80 I i l Insert l Brass i Fot Sensitive l i Not Affected l l l Spring, Core l Stainless Steel l Not Sensitive l l Not Affected l l l Spring, Disc l Stainless Steel I Not Sensitive l l Not Affected l l l Piston 1 3rass l Not Sensitive 1 l Not Affected l l ) l Screw I Steel l Not Sensitive 1 l Not Affected l l l Body l Brass l Not Sensitive l l Not Affected l l l Stat l Brass l Not Sensitive l l Not Affected i l l Nut i Brass l Not Sensitive l l Not Affected i I l Core Tube i Stainless Steel I Not Sensitive I Not Affected l l I Core & Plugnut l Stainless Steel l Not Sensitive 1 l Not Affected I l l Shtding coil l Copper l Not Sensitive l I Not Affected l l l Intert i Plastic (Acetal) l 17 Years 9 104 'F l CAL-E0 l 1.2 x 106 l Pilot Seat Cartridge l Acetal l 17 Years 9 Hn.*F l CAL-80 1 1.2 x 106 RADS l CAL-80 l l Class F Coil: I I l l 2.0 x 107 RADS l CAL-80 l I Bobbin i Polysulfone l 40 Yearst 220*F i CAL-80 t i I RADS l CAL-80 l l Encapsulant l Epoxy l 40 Years 9 147'F l CAL-80 l l l Magnet Wire Insulation! Enamel l Greater than l CAL-80 l l 8 j l l l 40 Years 9 122*F l l l l I Inner Layer Insulation l Nomex l Greater than l CAL-80 l i I 4 l 1 1 40 Years 9 122*F l l l l l Lead Wire Insulation l Cross-Linked Polyethylene l 43 Years 9 122*F l CAL-80 l l l i l l l l 1 I l j Material & Parts List

Reference:

V-3A, V-3F, V-3G, CAT-3A, ROC-3A, ROC-3B, ROC-3F 4

Coil is scheduled for replacement in accordance with manufacturer's recommendations, i

A Facility: N J io-Bsate Unit 1 Dockst: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216H-058 Rev.: 2 Prepared by: s -~AJ Date: _//[/kJ Chicked by: q 7 V)( u / h 4 EIT Date: ///> f5 M l ll i l EQUIPMENT DESCRIPTION ll ENVIRONMENT I DOCUMENTATION REF. 2 l l l l ll Parameter l Specification I Qualification lSpecificationlOualification!l Qualification l Outstanding i l ll l i I l l l l Method i Items ] l System: Containment ll Operating i 17 Seconds i 17 Years I K l Note 2 l Analysis l None l I Isolation ll Time i I Note 2 l l l l l I il I I I l I I l l Plant ID No. SVMU66D ll l l l 1 l l l l llTemperaturel 192.0 l Exempt I C-208 i Note 1 1 N/A l None l IComponent: Solenoid Valvell (*P) l l l l l l l l Il l l 1 I l i I l Manufacturer: ASCO ll l l l 1 l l l 1 IIPressure i 16.25 l Exempt I C-208 i Note 1 l N/A l None 1 lModel Number: PT8344-A5 ll(PSIA) l l l 1 l I l l 11 I l l I l l l IFunction: Isolates ll l l l l l l l 1 Containment llRelative i 100.0 l Exempt 1 A I Note 1 l N/A l None l 1 I llHumidity l l l l l l l 1 Accuracy: Spec: N/A ll (t) l i i l l l l l Demon: N/A ll l l l 1 l l l l iI I I I l l l l l lSarvice: Reactor Coolant iIChemical l N/A l N/A I N/A l N/A l N/A l None l lPurp (1-2) Seal InjectionllSpray l l l 1 I l l lIt'olation Valve ll l l l l l l l l ll 1 1 I I l i I ILocation: Auxiliary Bldg.il l l l l CAL-80 l l l l Rm. 208 ll Radiation i 7.11105 RADS l1.2 x 106 RADS l T l Note 2.4 l Analysis l None l I I I I l l l l IFlcod Level Elev: N/A ll l l 1 l CAL-80 l l l $ IAbova Flood Level: N/A llAging l 40 Years 1 17 Years l I l Note 2 i Analysis l None I ll l l Note 3 ) l J-41 l l 1 INosdad for: ll l 1 1 I l l l l Hot Shutdown l X l ll l l 1 l l l l I llSubmergencel N/A I N/A l N/A l N/A l N/A l None l l Cold Shutdown I l ll l l l l 1 l l l ll I l l l l l l 4

l n O -058A s Fccility: L uc-Besse Unit 1 SYSTEM COdPONENi*.,dLUATION WORKSHEET Ind;x 6.n 21fH

Dockst

50-346 Re v. : 2 Prsparad by: N Dates j Checked bya h /J. / Date _ g /A //f t t l. This solenoid valve controls the air supply to an air-operated reactor coolant pump seal injection -isolation valve. The enly safety-related function performed by the isolation valve is the isolation of containment during a loss of coolant j sccident. I Tha solenoid valve is exempt from qualification because it does not perform an essential safety-related function in the harsh steam environment due to a high energy line break. Failure of this solenoid would cause the isolation valve to move to (or remain in) its fail-safe closed position. This closure results in the isolation of the seal injection line from the reactor coolant pump seals. This action will not degrade other safety-related functions because the reactor coolant pumps are not needed to mitigate accidents. In addition, the solenoid valves can be manually operated after room cooldown has occurred (20 minutes). i Tha air-operated valve's position indicating liahts are powered by a 120 v.a.c. essential instrument bus. These lights are { operated by the valve's position indicating (limit) switches. Since the solenoid valve is part of a separate 12F v.d.c. control circuit, its failure can not affect the operation of these devices. Solenoid failure will not mislead the operator i because valve position indication will be unaffected. i 1 l l 2. Materials evaluation conducted. Materials sensitive to radiation and/or thermal aging summarized on attached evaluation. j 3. Materials and/or components sensitive to thermal aging will be replaced as per maintenance and replacement schedules to assure that associated component will maintain functional operability in harsh environments. I 4. Radiation valve is 40 day background dose plus the one day accident dose. This valve is required to function to isolate containment in 15 seconds following a LOCA. Subsequent failure will not degrade other safety-related functions or L mislead the operator. i I i

h Ptcility: Dtvic-Bezoa Unit 1 Docket: 50-346 COMPONENT MATE. RIALS EVALUATION SHEET Index No.: 216H-0588 Rev.: 2 Prepared by: Dater // ) Chsched by: Al ApfLN(ftA Date: /r [p / E 3 l Plant I.D. No.: SVMU66D Component : Solenoid valve l Manuf acturer ASCO l Model No. FT8344-A5 l l l l l THERMAL AGING l RADIATIGt l l 3 l Parts List l Materials List l Qualification l Reference l Qualification l Reference l 1 l l l l l l l l Gasket, Shaft l Lead Copper l Not Sensitive l l Not Affected l l l U-ctp s l BUNA-N l 40 Years 9104 *F l CAL-80 l 1.5 x 107 I l Geskets l BUNA-N l 40 Years 0 104'F l CAL-80 l 1.5 x 107 RADS l CAL-80 l l Discs l BUNA-N l 40 Years 9104*F l CAL-80 l 1.5 x 107 RADS l CAL-80 l ) l Shif t, Main l Brass l Not Sensitive l l Not Affected l l RADS l CAL-80 l I l Inie rt l Brass l Not Sensitive l l Not Affected l l l Sp ring, Core l Stainless Steel l Not Sensitive l l Not Affected l l l Sp ring, Disc l Stainless Steel l Not Sensitive l l Not Affected l l l Piston l Brass l Not Sensitive l l Not Affected l l l Screw l Steel l Not Sensitive l l Not Affected l l l Eody ! Brass l Not Sensitive l l Not Affected l l l Saat l Brass l Not Sensitive l l Not Affected l l l Nut l Brass l Nct Sensitive l l Not Affected l l l Core Tube l Stainless Steel l Not Sensitive l l Not Affected l l 1 l Core & Plugnut l Stainless Steel l Not Sensitive l l Not Affected l l [l Shtding coil l Ccpper l Hot Sensitive l l Not Affected l l 1 l Insert l Plastic (Acetal) l 17 Years 9104 *F l CAL-80 l 1.2 x 106 !l Pilot Seat Cartridge l Acetal l 17 Years 0104 'F l CAL-80 l 1.2 x 100 RADS l CAL-80 l !l Class F Coll: l l l l 2.0 x 107 RADS l CAL-80 l 5l Bobbin l Polysulfone l 40 Years 9 220*F l CAL-80 l l l RADS l CAL-80 l !l Encapsulant l I!poxy l 40 Years @ 147'F l CAL-90 l l l l Magnet Wire Insulation l Enamel l Greater than l CAL-80 l l l il l l 40 Years 9 122*F l l l l ll Inner Layer Insulation l Nomex l Greater than l CAL-80 l l l il l l 40 Years @ 122*F l l l l

l Lead Wire Insulation l Cross-Linked Polyethylene l 40 Years 0 122*F l

CAL-80 l l l l l l l I I l Material & Parts List Ref erence: V-3A, V-3F, V-3G, CAT-3A, ROC-3 A, ROC-3B, ROC-3F

Coil is scheduled for replacement in accordanca wi*h - - *, - * - ' - - - - -

(m) b%) ( ) f% Ftcility: L AO-Bessa Unit 1 SYSTEM COMPONid' EVALUATION WORKSHEET IndBx id.i 216H-059 Dockst: 50-346 Rev.: 2 Il /!83 Prepared by: Date: Ch:cksd by: 549pt h 4d d Date: u/3/n l ll l l l 1 l EQUIPMENT DESCRIPTION ll ENVIRONMENT l DOCUMENTATION REF. l Qualification l Outstanding l l ll Parameter l Specification l Qualification lSpecificationlOualificationi Method i Itear I l ll l l l l l l l lSy2tsm: Containment ll Operating l 1 Year l 1 1 Years l F l M-28, V-24C l Simultaneous l None l 1 i l Isolation ll Time l l l l Note 1 l Test l l l ll I l l I l l l lPltnt ID No. MV06110 ll l l l l l l l l llTemperaturel 192.0 l 250.0 l C-208 l M-28, V-24C l Simultaneous l None l l Component: Valve Motor iI (*F) l l l l l Test l l l Operator ll l l l l l l l l ll l 1 l l l l l l Manufacturer: LimitorquellPressure i 16.25 l 39.7 l C-208 l M-28, V-24C 1 Simultaneous i None l l ll(PSIA) l l l l l Test l l lM:dal Number: SMB-000 ll l l 1 l l l l lO/N: 370174A ll l l l l l l l lS/N: 168785 ll Relative l 100.0 l 100.0 l A l M-28, V-24C l Simultaneous l None l l Function: Steam Generator llHumidity l l l l l Test l l l Drain Valve ll (%) l l l l l l _l l lI l l l l I I l I l Accuracy: Spec: N/A ll l l l l l l l l Demon: N/A llchemical i N/A l N/A l N/A I N/A l N/A l None l l ll Spray l l l l l l l lSarvice: Steam Generatorl! l l l l l l l Drain Valve ll l l l l l ) l i l ll l l l 1 l l l 6 7 lLochtion: Aux. Bldg. ll Radiation l1.97 x 10 RADSl2.0 x 10 RADS l T I M-28, V-24C l Sequential Testi None l l Rm. 208 ll 1 l l l l l l IFlood Level Elev: N/A ll l l l l l l l lAbove Flood Level: N/A ll Aging l 40 Years I 40 Years l I l CAL-93 l Sequential Testl None l l ll l l l l l Analysis l l lNiedsd for: ll l l l l l l l l Hot Shutdown l X l II l l l l l l l l llSubmergencel N/A l N/A l N/A l N/A l N/A l None l l Cold Shutdown l X l ll l l l l l l l l_ ll l l 1 l l l l

s \\ Facility: b # c-Berse Unit 1 SYSTEM COMPONENT EVh'ATION WORKSHEET Inder No.: 210H-059A Dockat: 50-346 Rev.: 2 Prepared by: N Date I l!83 . Ch:cksd by: Ag,gg ,Date,g A I t 1. The test subjected the valve motor operator to a transient of 250*F and 39.7 psia for 30 minutes, followed by a cooldown to 120 *F in 1.5 hours. The ' valve motor operator was then exposed to a second transient of 250*F and 39.7 pois for 22 hours, then a cooldown to 200*F and 24.7 psia which was maintained for 15 days. The temperature in Room 208 peaks at 192*F in 7.1 i seconds. The pressure in Roosi 208 peaks at 16.25 psia in 1.55 seconds. The temperature and pressure in Room 208 return to I ambient conditions in 20 minutes. Based on the above, it is felt that the test subjected the valve motor operator to an overall more severe environment than that which would result from the postulated HEIA. Since the valve motor operator remained functional during the test, it een be concluded that the valve motor operator would remain functienal during and after exposure to the harsh environment which would result fromi the postulated HEIA. ( Reference C-208) P 1 4 ] I l 1 i e 3

(o fD 1 FEcility: Ns-B2sas Unit 1 O Dockst: 50-346 SYSTEM COMPOl(ENT EVALUATION WORKSHEET Index No.: 216H-060 Rev.: 2 Prepared by: _fl l Date: Chicked by: M >rd,w,64 _ [ Date: ///A//> l ll l EQUIPMENT DESCTtIPTION ll I l ENVIRONMENT I I l ll l DOCUMENTATION REF. I Parameter i Specification ) Qualification lSpecificationlQualificatiorall Qualification l Outstanding i il i I Method l Items i ISystem: Containment ll Operating i 1 Year i 1.1 Years l P I I I l 1 i Isolation llTime l l l l Note 1 1 Test l l l M-28, V-24C l Simultaneous l None l l 11 1 I l I I IPlKnt ID No. MV0611A 11 1 I l 6 l l l l I llTemperaturel 192.0 1 250.0 i C-208 l Component: Valve Motor ll ( *F) l l l l l Test l l i M-28, V-24C l Simultaneous l None l l Operator ll l l 1 1 I i l 1 ll l l l l t 1 I iMtnufacturer: LimitorquellPressure i 16.25 1 39.7 l C-208 l ll(PSIA) l l l l 1 Test i I l M-28, V-24C l Simultaneous l None l IModal Number: SMB-000 ll 1 1 I I l l l IO/N: 392414A ll l l l l l 1 i IS/N: 230160 ll Relative I 100.0 1 100.0 l A I M-28, V-24C l Simultaneous l None l l Function: Steam Generator ll Humidity l l l l l Test l l Drain Valve ll (1) I 1 I l l l l 1 ll l I I l l I I IAccuracy: Spec: N/A ll l 1 l l l l l l Demon: N/A Itchamical 1 N/A l N/A l N/A l N/A I N/A l None i I llSpray l l l l l 1 l ISarvice: Steam ceneratoril l i I l i I I I Drain Valve lI l l l i I 1 ll 1 l _l l (Location: Aux. Bldg. llRadiation 11.97 x 106 1 1 I I _l 4 RADSl2.0 x 10 3 l Rm. 208 ll 1 l l l l 1 l RADS 1 T I M-28, V-24C l Sequential Testl lPlood Level Elev: N/A ll l 1 l l l l l None l lAbove Flood Level: N/A ll Aging i 40 Years l 40 Years l I l CAL-93 Isequential test] None l l ll 1 l l l l Analysis l l lNasdtd for: ll 1 l l l l l l ' l Hot Shutdown l_X l ll l l l l l l l l l lSubme rgence l N/A l N/A l N/A l N/A l N/A l None I I Cold Shutdown l X l Il l l l l l I l . I 1 (! I i 1 1 I I I

.n n ) l ' EL~>G9cco Unit 1 SYSTEM CDMIONENT EVMuiON WORKSHEET Indes No # 216H-060A i ccility: ockat: 50-346 p.,,, 2 I b 'repersd by:_ Date 'hecksd by:, &, % Q f ~ Date ///c2/E3 1 .I, Tha test subjected the valve motor operator to a transient of 250*F and 39.7 psia for 30 air.utes, followed by a cooldown to 120'r in 1.5 hours. The valve motor operator was then exposed to a second transient of 250*F and 39.7 psia for 22 hours, thin a cooldown to 200'r and 24.7 psia which was maintaf.ned for 15 days. The temperature in Room 208 peaks at 192*F in 7.1 sectnds. The pressure in Roomi 208 peaks at 16.25 psia in 1.55 seconds. The temperature and pressure in Room 208 return to ambient conditions in 20 minutes. Based on the above, it is felt that the test subjected the valve motor operator to an overall more severe environment than that which would result from the postulated HEIA. Since the valve motor operator remained functional during the test, it con be concluded that the valve motor operator would remain functional during and after exposur's to the harsh environment which would result from the postulated HEIa. ( Reference C-208) i l l i e 'l i l 4 t l l ) l l

q (~'s O V acility:\\d12-3o202 Unit 1 >ocks t : 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET i Index No.: 216H-061 Rev.: Date: I( 2 Prepared by: Chgeked by: 54ff82 M M f_ Date: _ /6W/> I il lEQUIPMENT DESCRIPTION ll ENVIRONMENT I DOCUMENTATION REF. i I I I l ll Parameter l Specification I Qualification lSpecificationlQualification!I Qualification l Outstanding i I il i I I I I I I Method l Items 1 ISystem: Containment iloperating ! l Year 1 1.1 Years l P l M-28, V-24C l Simultaneous l Ncne l l Isolation llTime l I l l Note 1 l Test l l I ll l l I l l I l Plant ID No. MV06030 ll l l l l l l l 1 llTemperaturel 198.0 1 250.0 1 C-236 i M-28, V-24C I simultaneous i None l l Component: Valve Motor ll ('F) I l I l l Test i i { l Operator ll l l l l 1 l l 1 ll 1 l l l l l 1 l Manufacturer: LimitorquellPressure l 15.51 l 39.7 I C-236 i M-28, V-24C l Simultaneous l None l l ll(PSIA) l l l l l Test l l lModel Number: SMB-000 ll l 1 I I I I I IO/N: 370174A 11 1 I I l l l 1 IS/N: 168784 ll Relative i 100.0 l 100.0 l A I M-28, V-24C l Simultaneous ! None l l Function: Steam GeneratorllHumidity l l 1 l l Test l l i Drain Valve ll I . (t) l l l 1 l l 1 il I l l 1 1 I I j IAccuracy: Spec: N/A ll l l 1 l l l l 1 Demon: N/A ll Chemical l N/A l N/A l N/A 1 N/A l N/A I None l I flSpray l l 1 l l l l ISarvice: Steam ceneratorli i i i l l l I I Drain Valve ll l l l 1 1 l l 1 Il l I I I I ( l l Location: Aux. Bldg. lIRadiation 11.97 x 106 RADSl2.0 x 107 RADS l T I Rm. 236 ll l l l l l l l I M-28, V-24C l Sequential Test l None l l Flood Level Elev: N/A ll l 1 l l l l l lAbove Flood Level: N/A llAging l 40 Years l 40 Years l I l CAL-93 Isequential Testl None t

I ll l

l 1 1 I Analysis l I INatdtd for: ll l 1 l l l l l l Hot Shutdown IX l ll l l l l l l l ! l llSubmergencel N/A I N/A I N/A l N/A I N/A I None i I l Cold Shutdown l X l l! l l 1 l l l l i l ll l l l l l 1 4 1 2

f' 9 ( )) \\w.,) v .111ty: Dav e-2 0 m Unit 1 SYSTD4 COMPONENT EVAI/JATION WORKSHEET Index No.: 216ft-061A ek;t: 50-346 p,,,,, q Il(!8.$ cp; red by* N ,Date ccked by: MrflM ', Date pp/fr, L The test subjected the valve motor operator to a transient of 250*F and 39.7 psia for 30 minutes, followed by a cooldown to 120'F in 1.5 hours. The valve motor operator was then exposed to a second transient of 250*F and 39.7 psia for 22 hours, thin a cooldown to 200*F and 24.7 psia which was maintained for 15 days. The temperature in Room 236 peaks at 198'r in 19.0 cec:nds. The pressure in Ibom 236 peaks at 15.51 psia in 1.60 seconds. The temperature and pressure.in Room 236 return to ambient conditions in 6.7 minutes. Based on the above, it la felt that the test subjected the valve motor operator to an overal) more severe environment than th:t which would result from the postulated HELB. Since the valve motor operator remained functional during the test, it can be concluded that the valve motor operator would remain functional during and af ter exposure to the harsh environment which would result from the postulated HELB. (Beference C-236)

FCcility: L,do-BscEs Unit 1 Dockst: 50-346 SYSTEM COMPONENT EVALUATION NORKSHEET Index No.: 216H-062 Rev.: 2 Preptred by: Date: Nf Chick 1d by: _M422. -d Date: g/J//) l a ll IEQUIPMENT DESCRIPTION ll 1 i ENVIRONMENT I l l l DOCUMENTATION REF. ll Parameter l Specification i Qualification ISpecificationlOualification]l Qualification l Outstanding I I t ll l Method l Items l l I Systs53: Containment lIOperating l 1 Year l 1.1 Years l F l 1 l l 1 l Isolation llTime l l l l Note 1 1 Test i i l M-28, V-24C l Simultaneous i None l l 11 I I J l i I I iPltnt ID No. MV0603A ll l l t l l l l l llTemperaturel 198.0 l 250.0 l C-23G lCorponent: Valve Motor lI ('F) l l l l l Test l l I M-28, V-24C 1 Simultaneous l None l i l Operator ll l l l l l l l I 11 l l l I I I i

IMitnufacturer: LimitorquelIPressure i

15.51 1 39.7 i C-236 i M-28, V-24C I Simultaneous l Mone i II ll(PSIA) l l l l l Test l l . IModal Number: SMB-000 lI I I l l I I I ! lO/N: 392414A ll l l l l l l l lS/N: 230161 ll Relative i 100.0 l 100.0 l A IFunction: Steam GeneratorilHumidity l l l l l Test l I l M-28, V-24C l Simultaneous l None l i Drain Valve ll (t) I 1 l l l l l 4 1 11 1 I I I I I I ,lAccuracy: Spec: N/A ll l 1 l l l l l l Demon: N/A ll Chemical l N/A l N/A l N/A l N/A l N/A I None 1 - l llSpray i I l l l 1 l lSsrvice: Steam Generatoril i 1 I I l l 1 i

l Drain Valve ll l

l l l l l 1 1 ll l 1 I l l l l l Location: Aux. Bldg. IIRadiation 11.97 x 106 RADSl2.0 x 107 1 Rm. 236 ll 1 l l l l 1 1 RADS I T I M-28, V-24C ISequential Testl

lFlood Level Elev

N/A ll [ l I l i l I None i 'IAbova Flood Level: N/A ll Aging i 40 Years i 40 Years l I I CAL-93 ISequential Testl None I 'I il I l l l I Analysis i I lNiedrd for: ll l 1 l l l l l l Hot Shutdown i X l ll l l 1 l l l l 9 llSubmergencel N/A l N/A l N/A I N/A l N/A l None 1 0 Cold shutdown I. X l ll l l l l l l l D 11 I I I I I I I )

n \\ ? )

llity: Day b-w;CcG Unit 1 SYSTEM COMPONENT EVALUA~J WORKSHEET Index No.3 5 6N-062A

kat:

50-346 Rev.: 2 NM 11/t l O tpar:gd by. Date tcked by: A.gfL f qDete g/)//) . The tsat subjected the valve motor operator to a transient of 250*r and 39.7 psia for 30 minutes, followed by a cooldown to 120'r in 1.5 hours.' The valve motor operator was then exposed to a second transient of 250*r and 39.7 psia for 22 hours, thin o cooldown to 200*r and 24.7 psia which was maintained for 15 days. The temperature in Room 236 peaks at 198'r in 19.0 cecends. The pressure in Room 236 peaks at 15.51 psia in 1.60 seconds. The temperature and pressure in Room 236 return to ambicnt conditions in 6.7 minutes. Baccd on the above, it is felt that the test subjected the valve motor operator to an overall more severe environment than thtt which would result from the postulated HEIa. Since the valve motor operator rer.nined functional during the test, it 1 c:n be concluded that the valve motor operator would remain functional during and after exposure to the harsh environment i which would result f rom the postulated HEIa. ( Reference C-236) i, t 1 I e i a o i n,

/ N g b FCcility; 'L vis-82aza Unit i Dockst: 50-346 SY3 TEM COMPONSNT EVALUATION WORKSHEET Index No.: _216H-063 PrGpared by: Date: MI Rev.: _ 2 Ch;ck::d by: M/W W d/ Date: //h//7 1_ 4 Il l EQUIPMENT DESCRIPTION ll l I ENVIRONMENT I I ll_ Parameter l Specification ] 1 DOCUMENTATION REF. I I Qualification (SpecificationlQualificationii Qualification l Outstanding i 11 1 ISystsm: Containment 1 I lloperating i 1 Year l 1.1 Years l P Method 1 Items 1 I I 1 Isolation 1 i l lTJ ms l I l l M-24, V-24A I Simultaneous I 11. I l 1 None l iPlant ID No. MVCF02A i l Note 1 l Test i ll l 1 l l I I l l i remperature! 283.0 1 329.0 i H, X l I lCcmponent: Valve Motor it ('F) l l 1 _I l I l l M-24, V-24A l Simultaneous l Operator 11. I l l l Test l None l i 1 11 1 1 l Manufacturer: LimitorquellPressure i 52.0 1 104.7 I G, X I 1 l I I I I i I l ll(PSIA) l I l Modal Number: SMB-000 11 I 1 M-24, V-24A I Simultaneous I IO/N: 364187A I l l l Test l l l None i I 11 lS/N: 158233 I I l I l llRelative i 100.0 l 100.0 l A I 1 IFunction: l l 1 Core Flooding flHumidity I l l I M-24, V-24A l Simultaneous l l Tank Sample Linell_ (t) l l l 1 Test i l l None i I l 11 1 1 l ,IAccur&cy: Spec: N/A ll l Boric Acid l Boric Acid l I I I I I _1 i I Demon: N/A llChemical i 1800 ppm i 1800 ppm 1 A l CAL-40 1

Test, 1

None i I ll 1 M-24, V-24A I Simultaneous I llSpray I pH 5.0 l pH 5.0 l l I lService: Core Flooding 11 l ,1 Tank Sample Line l i Note 2 l Analysis l I l l_ l [ l i l 1 11 l l l Location: Containment 1 l l l l 'l ilRadiation 11.7 x 107 1 I I 1 l RADS 12.0 x 108 ll I IADS I CAL-44 I I lFlocd Level Elev: 572'-2"l1 I l M-25, V-24A ISequential Testl lAbova Flood Level: l I Hone l I l l Yes llAging l 40 Years l 40 Years l I l CAL-93 l l l I l l il I l l ]NEsded for: Il I I ISequential Testi None i I ) Hot Shutdown l_X l ll l l 1 l l i 1 Analysis I l l llSubmergencel 572' - 2' l 578' - 1 1/2" l B l M-3 i N/A l None 1 l l l l l Cold Shutdown l_ X l ll l l l l 11 I l I l I I I l l I I

g U D r cility: Davas-Becoe Unit 1 eckst: 50-346 SYSTEM COMPOffENT EVALUATION WORKSHEET Index No.: 216H-063A eparad by: M Il f !8.$ 2 Rev.: Date I 'ecked by: gyr,,ggy Date p/,f/3 l.Tha test subjected the valve siotor operator to I hour at 329'r and 104 7 psi houro at 287'r and 54.7 psia, then 19 hours at 256 *r and 34 7 psia a, then 2 hours at 312*r and 84.7 psia, then 2 218'r and 32.7 psias at 3 hours the conditions are 213 *r and 31 7 psiaprec:ure inside c , and 250 *r and 29.7 psia for 6 days. The tesiperature and i , respectively. At I hour the conditions are end at 24 hours the conditions are 143*r and 17 psia. The containment returns to ambient conditions in 7 dayss at Bassd on this information, it can be concluded that the laboratory test s bj core severe environment than that which would result frosi a postulated Incaected the valve motor operator tc an overall u optreble throughout the test and functional af ter the test, Since the valve aiotor operator rerained functional during and af ter exposure to the accident environment which wo ldit can be concluded that the valve sootor ope H, Cnd X) result from the postulated IDCs. u (Reference C, 2 CAL-40 qualifies components tested in a high pH boric acid spray to a* pH val a ue of 5. i 4 4 il i t 1 i

' Fccility: Levis-Broze Unit 1 Dockot 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216H-064 Rev.: 2 Prtparcd by: N tAke Date: l l 3 Ch cksd by: J4WhM_ Date: ///A/n I il l EQUIPMENT DESCRIPTION ll ENVIRONMENT I I I i i I DOCUMENTATION REF. ll Parameter l Specification l Qualification ISpecificationlQualificationil Qualification l Outstanding l l 11 1 Method I trer, I I I I I I I ISystc3: Containment flOperating i 1 Year l 1.1 Yea:s i F I M-24, V-24A I Simultaneous l None i I Isolation llTime i l l l Note 1 I Test l I l 11 1 I I l l l I lPltnt ID No. MVCF02B 11 l l I I l l l l IlTemperaturel 283.0 l 329.0 l H, X l M-24, V-24A l Simultaneous l None i ICompon:nt: Valve Motor ll (*F) l l l l l Test I l i Ope rator il l l i l i l i I il i I I I I I I IM:nufacturer: LimitorquellPressure 1 52.0 1 104.7 i C, X l M-24, V-24A l Simultaneous l None l I ll(PSIA) l l l l l Test l I l Modal Number: SMB-000 ll l 1 1 I I I l IO/N: 364187A ll l l l l l l l lS/N: 158234 llRelative i 100.0 l 100.0 1 A l M-24, V-24A l Simultaneous l Hone i IFunction: Core Flooding IIHumidity l l l l l Test l l l Tank Sample Linell (1) l l l 1 l I l .I il i I I I i I i IAccuracy: Spec: N/A ll 1 Boric Acid i Boric Acid I l M-24, V-24A l Simultaneous l I l Demon: N/A llchemical i 1800 ppm i 1800 ppm i A I CAL-40 l

Test, i

None l l llSpray I pH 5.0 l pH 5.0 I l Note 2 l Analysis l l lStrvica: Core Flooding ll l l l l l l l l Tank Sample Linell l I l 1 I I l 1 ll l l l l l l l ILocation: Containment llRadiation 11.7 x 107 RADS 12.0 x 108 i RADS l CAL-44 1 M-25, V-24A ISequential Testl None I 11 I I I l l 1 1 lFlcod Level Elev: 572'-2*ll i 1 l l l l 2 IAbova Flood Level: Yes llAging i 40 Years i 40 Years l I l CAL-93 ISequential Testl None I il 11 l l l l l Analysis l l ]Netdsd for: ll l l 1 I I I I Hot Shutdown l X_ l ll l l l l l 1 l llSubmergencel 572' - 2' l 578' - S' 1 B l M-4 l N/A l None l Cold Shutdown l X l ll l l l 1 l 1 I ll l l l l l l l

(~) J \\ racility: D b ss-Beneo Unit 1 SYSTEM COMPONENT EVALUATION WORKSHEET Docke t 50-346 In%x No.: 216H-064A Rev.: 2 i Prepersd by: Dete iI f[83

hecked by:

A,,p, g g Date gj;A ,1 The test subjected the valve motor operator to I hour at 329'r and 104.7 psia, then 2 hours at 312'r and 84.7 paia, then 2 hours at 287'r and 54.7 psia, then 19 hours at 256*r and 34.7 psia, and 250*r and 29.7 psia f or 6 days. The temperature and preissure inside containment peak at 283*r and 52.0 psia in 17 and 50 seconds, respectively. At I hour t.he conditions are 218'r and 32.7 pslag at 3 hours the conditions are 213 *r and 31.7 psla; at 5 hours the conditions are 195'r and 27.7 psia; i cnd at 24 hours the conditions are 143*r and 17 psia. The containment returns to ambient conditions in 7 days. i Bared on this information, it can be concluded that the laboratory test subjected the valve motor operator to an overall more severe environment than that which would result from a postulated IOCA. Since the valve motor operator remained operable throughout the test and functional af ter the test, it can be concluded that the valve motor operator will remain functional during and after exposure to the accident environment which would result from the postulated IDCA. (Reference G, H, and I) 2 CAL-40 qualifies components tested in a high pH boric acid spray to a pH value of 5. i l i 4 h

['^ / ) ( t YCcility: LdC-Bma Unit 1 SYSTEM COMPONE EVALUATION WORKSHEET Index No.: 216H-065 v Dockst: 50-346 Rev.: 2 Prcp rcd by: N Date: l M3 Check;d by:,MrW/ Date: t/ /.8//7 l 1l l l 1 I l EQUIPMENT DESCRIPTION ll ENVIRONMENT I DOCUMENTATION REF. l Qualification l Outstanding I l ll Parameter i Specification i Qualification (Specification l Qualification! Method i Items l I 11 l l l l l 1 l lSyttcJ: Containment ll Operating l 1 Year l 1.1 Years l F l M-24, V-24A l Sicultaneous l None l l Isolation llTime l l l l Note 1 1 Test l l l ll l l l l l l l lPltnt ID No. MVCF05A ll l l l l l l l l ll Temperature! 283.0 l 329.0 l H, X l M-24, V-24A l Simultaneous l None l l Component: Valve Motor ll (*F) l l l l l Test l l 1 Operator ll l l l l l l l l ll l l l 1 I I I lM;.nufacturer: LimitorquellPressure 1 52.0 l 104.7 l G, X l M-24, V-24A l Simultaneous l None i l ll(PSIA) l l l l l Test l l l Modal Number: SMB-000 ll l l l l l l l lO/N: 364187A ll l l l l l l l lS/N: 158235 ll Relative l 100.0 l 100.0 l A l M-24, V-24A l Simultaneous 1 None l IFunction: Vent Piping llHumidity l l l l l Test l l l froa Core Flooding Tank ll (t) l l l l l l l l 11 l l 1 l l 1 l l Accuracy: Spec: N/A ll l Boric Acid l Botic Acid l l M-24, V-24A l Simultaneous l l l Demon: N/A IIChemical l 1800 ppm i 1800 ppm l A l CAL-40 l

Test, l

None l l ll Spray l pH 5.0 I pH 5.0 l l Note 2 l Analysis l l lS2rvice: Vent Piping ll l l l l l 1 l 1 from Core Flooding Tank ll l l l l l l l l ll l l l l l i l l Location: Containment llRadiation ll.7 x 107 RADS l2.0 x 108 R ADS l CAL-44 l M-25, V-24A l Sequential Testl None l l ll 1 l l I l l I lFlcod Level Elev: 572'-2*ll l l l l l l l lAbova Flood Level: Yes ll Aging l 40 Years l 40 Years l I l CAL-93 Isequential Testl None l 1 ll l l 1 l l Analysis l l lN;rdId for: ll l l l l l l l l Hot Shutdown i X i ll l l l l l l l l l lSubme rgencel 572' - 2* l 598' - 10* l B i M-15 i N/A I None l l Cold Shutdown IX l ll l l l l l l l l ll l l 1 l l l I

A .. p ' ceility: A( s Beacs Unit 1 ( SYSTEM COMPONENT EVA$Ls/. ION WORKSHEET ockat: 50-343 Index No 216H-065A Rev.: 2 ' reparcd by: N N !(!d f NOTES Date heckcd bys gjk[J Date M/s/)] Tha test subjected the valve motor operator to I hour at 329'r and 104.7 psia, then 2 hours at 312*F and 84.7 psia, ' hen 2 hours at 287'r and 54.7 psia, then 19 hours at 256 *F and 34.7 psie, and 250 *r and 29.7 psia for 6 days. t The temperature and praesure inside containment peak at 283*F and 52.0 psia in 17 and 50 seconds, respectively. At I hour the conditions are 218'F and 32.7 psias at 3 hours the conditions cre 213 *F an'd 31.7 psia; at 5 hours the conditions are 195*F and 27.7 psias cnd at 24 hours the conditions are 143*F and 17 psia. The containment returns to ambient conditions in 7 days. Basad on this information, it can be concluded that the laboratory test subjected the valve motor operator to an overall cacre severe environment than that which would result from a postulated IDCA. Since the valve motcr operator remained .i opsrable throughout the test and functional after the test, it "can be concluded that the valve motor operator will remain i f unctional during and after exposure to the accident er.vironment which would result from the postulated IDCA. (Reference G, { H, cnd X) ). CAI,-40 qualifies components tested in a high pH boric acid spray to a pH value of 5. l i .l i i 1,

m 'N (' f %) \\ Pccility: hus/is-BiasG Unit 1 s-- Dockst: 50-346 SYSTEM COMPONENT EVALUATION WORKSHEET Index No.: 216H-066 Preptred by: NM Jr/r/PJ Rev.: 2 Date: Ch;cktd by: ,546fu,fM Date: J//J-/d I ll l lEQUIPMENT DESCRIPTIOh ll l 1. ENVIRONMENT l l l I DOCUMENTATION REF. ll_ Patameter i Specification 1 Qualification ISpecificationlQualification)l Qualification i Outstanding i I 11 I I I I I I l Method i Items l lSyztcm: Containment llOperating i 1 Year l 1.1 Years l P l Isolation llTime l l l 1 Note 1 l Test l l M-24, V-24A I Simultaneous i None l I II. I l I l i 1 l l Plant ID No. MVCF05B ll l t l l l l l 1 llTemperature! 283.0 l 323.0 l H, X l M-24, V-24A l Simultaneous l None l IComponent: Valve Motor ll (*F) l l l l 1 Test i l l Operator 11 I i l l l l l l Il I l i I I I i l l Manufacturer: Limitorquell Pressure 1 52.0 l 104.7 i G, X l M-24, V-24A l Simultaneous l None { l ll(PSIA) l l l l i Test l lModel Number: SMB-000 il 1 l l 1 l lO/N: 364187A 11 i l l I I i l lS/N: 158236 l l l ll Relative I 100.0 l 130.0 l A IFunction: Vent Piping flHumidity l l l l l Test l l l M-24, V-24A 1 Simultaneous l Nonc j 1 from Core Flooding Tank ll (t) l l l l l l 1 I ll l l 1 I i l l l Accuracy: Spec: N/A il 1 Boric Acid l Boric Acid l l M-24, V-24A l Simultaneous l l l Demon: N/A lichemical l 1800 ppm i 1800 ppm l A l CAL-40 l

Test, 1

None l l llSpray I pH 5.0 l pH 5.0 l l Note 2 l Analysis 1 I 'IStrvice: Vent Piping ll l l l from Core Flooding Tank ll l l l l l l 1 l l I I l l l ll 1 l l I I I l l Location: Containment flRadiation l1.7 x 107 RADS l2.0 x 108 1 RADS l CAL-44 l M-25, V-24A ISequential Testl 11 l l l l I l l !l Flood Level Elev: 572'-2"ll l l l l l l l None i !lAbova Flood Level: Yes ll Aging i 40 Years l 40 Years l I l CAL-93 ISequential Test l None l ll Il i I l l I Analysis l l lNrsdtd for: ll t I l l l l l l H0t Shutdown (_ X l ll l l l l l l l

l llSubmergencel 572' - 2" l

598' - 11" l B l H-33 i N/A l None 1 -1 Cold Shutdown lj(,1 ll l l l l l l l ll l l l 1 1 I l

- - - - ~ - ~ ~ ~ - - - ~ ~ 4D 3 h tcility s-C;c00 Unit 1 ockst 50-346 SYSTEM COMPCNENT EVALUATION WORKSHEET Index No.: 216H-066A Rev.s 7 reparGd by h, c5 Date _ // / 3 ' heck;d byt ,gpfj Date y/gp//s Th2 test subjected the valve motor operator to I hour at 329'F and 104.7 peia, then 2 hours at 312*F and 84 7 hours at 287'F and 54.7 psia, then 19 hours at 256*F and 34.7 psia, and 250 *F and 29.7 psia for 6 days psia, then 2 prcasure inside containment peak at 203*F and 52.0 psia in 17 and 50 seconds, resper-tively. The temperature and 218'F and 32.7 psia; at 3 hours the conditions are 213*F and 31.7 palar at 5 hours the conditions are 195' At I hour the conditions are cnd at 24 hours the conditions are 143*F and 17 pala. F and 27.7 psias The containment returns to ambient conditions in 7 days. cdre severe environment than that which would result from a postulated IDCA. Bared on this infor or to an overall op rabia throughout the test and functional after the test, Since the valve motor operator remained functional during and af ter exposure to the accident environment which would result from the postulated IOC H, and X) (Reference G, CAL-40 qualifies components tested in a high pH boric acid spray to a pH value of 5 i -}}

ML20083A264

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Rev 2 to Procedure 1040-001-015, Borated Water Storage Tank
Person / Time
ML20083A264
Site:	Davis Besse
Issue date:	11/02/1983
From:	TOLEDO EDISON CO.
To:
Shared Package
ML17150A231	List: ML17150A230 ML20083A206 ML20083A216 ML20083A222 ML20083A234 ML20083A237 ML20083A244 ML20083A252 ML20083A264 ML20083A269 ML20083A278 ML20083A283 ML20083A294 ML20083A298 ML20083A315 ML20083A322 ML20083A336 ML20083A365 ML20083A376 ML20083A396 ML20083A415 ML20083A422 ML20083A439 ML20083A454 ML20083A473 ML20083A486 ML20083A500
References
1040-001-015, 1040-1-15, IEB-79-01B, IEB-79-1B, NUDOCS 8312200234
Download: ML20083A264 (113)
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ML20083A264

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