ML20100R380

Applicant Exhibit A-58,consisting of Sensor Products Qualification Test Summary Rept

ML20100R380
Person / Time
Site:	Farley
Issue date:	02/20/1992
From:	GENERAL ELECTRIC CO.
To:
References
CIVP-A-058, CIVP-A-58, NUDOCS 9204080135
Download: ML20100R380 (16)

Text

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"3 w. 14 nast mac pos 100 stfttts tt.tCTtte PEMETMTIONS '

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, 1.0 PTm0Dutil0It This duument sweseHaas the desip veHfication of the 100 Series tiectric Peutration. The 100 Series electric penetrattens are 4Wa11. . -

fled for installation and senice in nuclear containment butidings .

where the emironrental and electrical loading conditions do not escoed these Itsits estabitsbed by analysis and/or testing, as sweer.

taed bemin. 9 - -

Only sedules 0 w Volease) eensteveted wiqh n5126 6 H5237 evstowe .

Upony and ill sich Vo' tone and ventum Volusce penetratioM are aua' i- , , , , ,

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Millstone f mndules. consteveted with W"tf custome eoery em evalified ta_m an_tmarntia ti necili ttirtm a ra . L 4. 5' ) ,

o 2.0 Refervaces F

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• The subject penetmtions are in compliance with the following docments:

o 1.1 Design Rwiew neport 243 Alt 43 ,-

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3.1 Itt! std 317 1972. Standard for Electric Penetrattens .-.. ,

t.3 ASE Beller & Pressure Yessel Code. Section !!!. Subsection NE in 1.4 Itt! 5td 344-1971 Standard for leismic Qualification f4 3.0 Qualified toe.finuration

• 3.1 General The 100 seHes electHe penetrattons'evalifted by this d6ement o _ are def1ned peurically by the fallow 1ng drew 1ngs: .

I,aw Voltage 15531747.Pt.20$:200 flediusVoltage 133t4408. PL 3461193 '

+ Righ Voltage 17439302.PL,3tsx397 Other drawings, tallend to soecifte moutsittent'may asist, but wire

'AeSe udstions wfwirdt2cs, andmust be Itsited general to length, accessories. noule Noule sizesizeIations var u'st be aulysed in the approprieta Plant 5 tress Analysis Report.

+ Pontis 702

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t , .3.2 Identification of Test Hardwart -

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The following taentifies the qualification hardware: .' . g

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.t W reedthru rTICTt 157CAS690001

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W reaam 64 m 88 m 0-r 3.1.2 LV 0;a14ficatim Mules 163C1055G001 i m 4 m = 0i .

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100 sm!!s t!.tcTRIC PtutTRAT10Rs' '

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j 3.3 Othee Qualifiestitm Data i Cables quelfffed for use in electric penetrations an as follows: "

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St W1kane 5!S 175A7293,109A4108

+ Raychen Flantrol 174B9404 Roychen Coutal 215A4706 Asychen N1ticonductor 157C4853 Terwinal blocks evalified for use on s'1ectric penetrations.

except for fault current loads, am as follows: .

N - -,

g g, g, et SE CA 151 - 8558624, 8568208 .'

1 .

3 States type R.T. 22$A4707 N1tipin connectors wre not tasted for electrical operation . ,

, during a LOCA event. --

signal (coaxial) troe connectors wre not tasted for slactrical -

A operation during a LOCA event. .

o 4.0 haltfieation swmarv _

D 4.1 General D This section of the doeurent sumartres the operating limit for

~

whicn the proouct has been tasted er analytsd.

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, Mardwam identified by part. 3.2.2 has been subjected to the following sequential tasting: M --

1 Thornst cycle -

2 Games exposun 3 Less of coolant accident, transtant, _ _ ,.

st =1taneous with 1

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,.Hadrs^ identified by pare. 3'.t.3'has M subjected to the  :

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34 Operating currut .

44 M 3b Operating voltage .

4 post LOCA envirorunental conditions 't e -

r W and W cualificatten units identified by para. 3.2.1 have J,'e '

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g been subjected to the following sequential testing {.i.:;

1 Corona testing (W only)  % 'f, ,_

4 . . . . .. , _ , . . ,

t Sawat exposure 3 Loss of coolant accident sirvitaneous with =

tn 3a short circuit ,.

U 3b Short time overload . I _

e Sc Rated current 4'~ --

o 4 Post LOCA envirorrental conditions k

O W and W feedthru identified by cara. 3.2.1 has been subjected to the following sequential testing: , ,5 y

1. Thereal cyc1e 5. - , t

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+ , t Gasma exposure --

3 Impulse test --

W feedthru identified by para. 3.2.1 has been subjected to the T following sequential testing:

1 Thermal cycle t Impulse testing .

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I .,7 . 14 lrwermes,w'100 statts EttcTRtc ptntTRAT!tms i

+ - mensona i 4.8 Theres1 Cycle -

- the following exposure stuulates plant startup and shutdown:

Tempereturs 30 to 150'F to #F ,

Cycle frequency 4 cycles per day Relative humidtty 405 0 50'F. 965* 91MF '

+ ihm6er of cycles  : , 120 ,

4.3 lasma hposure .

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8 The electric penetrations are qualtfled for the following contain-  ;

sent level gasuna exposumst

~

7 loo m 1 service Enytrennent 1 10 AAD 8 Total Integrated Dose (nornst and LOCA)

. 1 10 AAD

• Rate kring nom 1 servica 3.5 x 10'r/hr ,

PS .

4.4 Less of teeient Accident (LOCA) ~

C -

The electdc penetrations are qualifted for the following contain.

• sent envirtmeent with respect to pressure integrity. twents 1 thru -

5 are defined as transient conditions.

tn 13), 1 1 3 4 5 M Temperature 340'F 325'T I'60'F 150*F tts'F >

e pressure 103 psig 81 psig 13 psig 15 psts to psig e Anlative hurridity 1005 1005 1005 '100s 100s e Containment pH 4.4 8.0 7.5 7.5 -

Duration 4 kn 3 hrs 18 hrs 158 hrt 61 year Outstes taperature 150'T 150'T 1MF Idf 80'F

. 5 4.5 Itat' de Cvetent eed tated vettane Dartne LOCA t

i Electric eteatrations have been tasted on selected generic cable stres. such as 4/0. #10Avt. Using the rules of the National Electrical Code, ratings were calculated for other wire sizes in the same generte design categoriet (Iow voltage oower. Iow voltage ,

control).

• 100s let is practically not attainable in test changers.

+

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====== = = 14 nave mer,,e 11W stRtts Ettttit!C'Ptzt7m4Tiews C 5 ,

4 ecswoms Current Voltage  ;

M n/(AWG) Cable line(MPS)

. . . . .-. . . . . . . ~ . .

. -(VAC) 5 . a n r : e m t r. :' i . . . . . -

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• 95 g 30 ,.'.!' . c n . g 460

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14 3" 460 ";.~. l.

In le 1 125

<f 5 o . 13 . 1 133 .

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M *i. tatted to six months post LOCA for PWR (events 1 4) .

,Y a for environments not to exceed the foll Ming: ,z N j ,s ; . g 3 .g r. 3... '4 g, .-g}.

] ;,

Temperature.'F 189 260 220 160 160 tn Pnssume psis M 40 to 5 5 g

Heidity. 5 M 100 100 100 100 100 p Duration 15 min 45 min 13 hrs 6 ses 6 ses J. .

• ~

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/ 8.4 8.4 7.5 (neutrt1)(neutml)

• o ettwited to 30 4eys for SWR (envirvunent per 4.4) -

e 4.6 Rated turnnt & itated _Voltano Durins Nemal service .

. N eltetric penetrations are rated for the following levels

+

Airing normal service envirorments not to ancoed 136 F. -

h rules of the Maticat1 Electrical Code are to be used to deterutna the curnnt capacity of the electric penetration.

m maxisus applied voltage is in accordance with the insu-lation rating less 205. ,

Total penetration heat dissipation frtm conductors are tivali.

fled for 56 Watts /ft of penetration nor.21e length.

+ Mnwis to; 7.G.LURiA.Feb. 28.1975 .,, ..IP4 "L" 994-75-011

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'For the above lindts, the penettetten assem6ly, es installed, '

. v111 not snata a conditty where the containment concreta

. tempeettw o will reach 100 F. ,

A1:e refer to Fig.1 for current . time reting. l 4.7 Fault turfent (single fatture criterion) ,

i

+ ' thert Time Overleed For both normal the electric penetration service is quote'iedand less for the offollowing coolantcurrent accident conditions) ..i, ;

time reittionships. (Also refer to Fig.1 for currentaties

' reting). .

\

4.7.1 Fev1t Current Single Phase W5 Post for a 4 l

4 Three Mate Cittvit _

3

• Duration '

Cable line 015.RZS 12",! LED. 1t$$d1 29 .-_3851

' 80.000 63,000 .013t o -

1000 m t

.0131 4/0 44,000 St.000 --

19.850 .0131 t/0 36.000 1 13.000 10,000 .0132 g 8,100 6.100 .0131 4

M 4,000 0132 8 5.200 4 8 3.3t0 2.440 .0132 i

900 .0131 .

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r 10 1.000 4.7.1 t. sert Time Overlml

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Cable Sims - current Duration mas suonet.

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+ 4300 45 1000 mi 1050 45 4/0 t/0 7tl 45 I

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h .. . 4.8 . Cor9ea Extimetton .

e ,. .-+ w c*w vem e

! #.*H i..sm . - w.. . . , .

.? The h1 voltap penetrati . onw.,hibits ex the follwing corona extint. N, tien 1 elt

,,' e

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. " 5 pico coul e # 11.F i Mt i . o ,% e.re .t m Mir me !cr.)

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". .S.r.IA 1e501a'e"t.eief(til.) wm M The higiand mediwa voltage pene.raths are capable of the follow-

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ing crest voltagv:- - - -

g w ra ~ -

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Mgh ,11m ' , : s(Waveshape-1.5x40 microseconds) d.

';.. Medius 75KY .

1 4.10 Seisarie Vibration Test '

9%

~ . - The medium voltage and low voltap penetrations were seissically -.

r%

4 tasted. The hich voltage 'Annetration is verified thrv analysis only, since structurally, this configuration has a higher stiff. s ness than those of radium and low voltage penetrations. Testing .

is in complis,nce with IEEE Std 344 1371.

+

Z p All panstrations have a strvetural natural frequency greater .

- than 50 HZ.

~

During the low voltage vibration test, conducter continuity - -

M was maintained. m. m g h

" The low electric penetrations are cualified for installations k 21 4 where building accaleration levels, at the point of attach. g sent,4) not exceed 1.69 (horizontal) and 2.59 (vertical). REMIRie O

The sodium v-15 penetration is qualified for dal axis ,

o -

input of 1 f5 OM tontal) and 1.2g (vertical). , ,

- 4.11 F1eid Weld $4scho igfj,, ,

~

'+ '

Sased on the worst case 1m voltatt benetration, dere conductors t art in the closest proziany to the field weld. joint, all pene.

__y l

. trations ars cualifted for field welding in accordance witn the .

instruction annul.

Soecifically, the pvMtrations sey be welded to schedule 80 (nam) pipe. The recorded pargeum tarporaturs at the steel body of the setule was 161 F. Directly below the weld arta, the redule surface maxinsa tesecrature was 2030F, The maxims gitowable tamperature is established by the cables,

, , which is 135 f continuous.

. Pemrts to T.E, tuRia. Feb. 78. 1975

~

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J.a K vm QUALIFICATION SumART * "" " ' ** U "". I4 A N

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y 4 .. 11 .. 14 restamnim 300 SERIES ELECTA!C'PENETAAT!DMS  %

o nevoose 4.12 hermocovete Calibesten .

• a f ~

L - 1- ' he electric penetration thervocouple rodules are qualifteg for a systen error (theruccouple and extansion leads) with a 4 F.

Q -__

for contaigment tesoeratures (applied to the penetration) not to exceed 290 f. The system error reduces as the containrent temperature is lowered.

4.13 Flacabfif ty of men Meta 111e Mat 4Hsis All non metallic materials..axcept for IPR in high and medium  !

voltage used in the construction of the penetration seal, are M-g-

self exting *shing per ASTWD635 except that all test samplas passed the flame test.

4.14 Jeetion tox pressun Test ' .

%fhe junction box defined by drawing (11506588 or equivalent is

• U. , e ' qualified for an overpressure of 62 psig in 10 seconds without

~ any damage.

to C s The junction box defined try drsving #115D6631 or equivalent when subject to 62 psig in 10 seconds will:

-A "'l e) collaese when completely sealed, but maintain electri-

, _ AaB t cal circuit integrity g  ! b) sustain without damage rlth a vent hole 11/4 inch in dianeter.

ms. - F r=r -

' 4.15 Area F1r:a Test .

- =,m ,

99""4 e Low vb1 tace. cower and control sedules containing GE Yulkene B g" E

e wire and Raychem Fla-trol Wire Leads, and a low voltage sig9a1 sedule with Raychem 10483 Coaxial Leads were subjected to an area flame of 21,000 BiWnr from a 10 inch ribbon burner on one end of the sedules for 10 minutes. In no case did the flame propcgata to the oppcsita redundant seal, or were any of the wire and cables damated at the ocposite end. All flames exti9

+ , puished within 5 mitivtes after the ribbon burner was turned off.

4.16 Terminal 21ock test .

Autoclare ualifkabon tests sieu1 sting LOCA defined in para. 4.4 events 1 thru 4 were conducted on General Electric CR 151 and States Co. typ N.T. and recorded a minisum insu. -

1ation resistance 2 x 10 ohns 9 500 VDC. This is the general J value of saturated steam.

J M .+

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ymg KCLtlR!A,Feb. 28,1975 _ _31, _ _ e=g pg.75,ojj ,

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S A11 penetrattens are certified to be Tn,. .. .accordance with.the .. .

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retreirments of the ASNE Boiler & Pressure Yessel Code.

Inction !!! Class MC on a per requisition basis. . The taalysis -

includes jet. force calculattens seisric calculations in addi-

.d i tion to the ncrmal structural analyses recuired in Yesse) .

?' -Design, . Asfer to reference 2.1 for specific information.

i.5 +

. Generally, the penetraHons are analyzed for the folloring .

- leadingst .. . - , .. . 4,

, .._ .. a) . Temperature . 340'T . ~ . . . - ,- - -

J b) Pressure 30 psig l

'c) Cycles -

120 i 0

CP' d) Steam Line Brett where Temperature 400 F l

. .o -

... Pressure 1250 psig -

n Distance frte 3.5 ft l penetration '

s O ,e) Accelerstion where Vertical J1.0g

,  ;; Hortaontal 1.5g '

4.18 Missile fecact toep, tihere missile objects are specified to originata within the n cont 41 ment building, the per.etration mst be installed on -

e the outside wall cf the. building. This installation 1ccation _ . _ . _ _ .

precludes a.9y misstie fates frte affecting the integrity of -

O the penetration.

O An m1ysis for aisstle er jet force loads on the penetration is provided as part of Stress Report 24tA9004 TA for low voltage, f 24&A9005 TL for high voltape, and #299A1424 TA for medive voltage. However, no tasting has been perfonned to verify the calculations.

4 4.19 Pressure Transient .

Law voltese penetrations are cualified for a transient pressure of 80 psig in 10 sewds without violation of the pressure integrity.

4.20 Triasial (W111 1moedemee Missetch Test The 511 type trian cable assedly (defined by mo&1e drawing

+ no.174891020005) can perform with a waveform distortion less g

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== = een 13 = = 14 Innst met ros 100 SER!ts ELECTRIC PtNYTRATIONS 4 ,

stytteens

. than that caused by a 65 the tersdnetton en a 75 the cable down to e pulse rise time of 1.0 nanosecond.

4.11 Insta11at h .

TN electric penetrations were tuted in a menner wMch sisu.

lates outside containment installation. This is the worst

+ the penet n tions are ggalified case for inside arrangement or outside and, therefeni mounting in the containment horizonta ,

building.

5.0 Acceptanca CHteria

'f ,

Electric metrations and modules, after. completion of the speciNed .

tasting, lave met the following acceptance criteria o at less than N 1) Heliunjesk 1 a 10 cc/sec tight at thrv entire 1 atn asse'61y(all hartbears) of pressure i

~" 2) Insulation resistance greater than 1 x 10 ohms 9 500 YDC 8

at aetent taperature. (Hartbeare identified in part. 3.2. '

3.1.3) _

3) Hipet withstand voltage at 2 times rated voltege of table insulation plus 1000 volts for one minute. (Marchvere identified by pare. 32.1,3.2.3)

Ig to 4

4) No loss cf continuity as a result of the qualification test. (For har6 tare id.entified by para. 3.2.1 and 3.2.3) t O

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.BWR.5

. - .n 994 75 011 W JOSE m , 14 .. 14  :

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