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8431OriO94

SPEC IF I CATION SP-EE-146

P.A. 83"068

SPECIFICATION

FOR

MILLSTONE UHIT OHE

REPLACEHENT I25V STATIOH BATTERIES

NORTHEAST UTILITIES SERVICE C(NPANY

FOR

H"" ~ST HUCLEAR ENERGY COHPANY

0A CATEGORY I

REV. I/DATE

Rev. 0

I2/I/83

Rtv. I2/7/84

DESCR IPTIOK

ISSUE FOR BIDS

ISSUE FOR PROCUREMENT

ORIGINATED BY REVIEWED BY

l2 i P'Q

QA PROVAL APPROVED BY

-Pc ~.2 2 86

O.TABLE OF CONTENTS

a Section

1.0

2.0

3.0

4.0

5.0

6.0

7.0

Tltie

Description

Technical Requirements

Testing, Qualifir ation, s Documentation

(Deleted)

Schedule Requirements

Quality Assurance >

Packaging 6 Shipping

5 K- I

~Pa e

2

I p)

Environment Prof i le

Seismic Curves

Attachment (I)

5,6,7

8-12 I Cl).

SP-EE-I46Pg. I

This specification is for furnishing two (2) replacement stationbatteries for the millstone Unit 1 (JP-I) Nuclear Generating Station,located in Materford, Connecticut. These batteries are a basiccomponent of the plant's nuclear Class 1E power system. Accordingly,the Supplier is subject to the provisions of Part 21, Chapter I ofTitle 10 of the Code of Federal Regulations.

I (i)

2.0 Technical Re uirements

2.1 Batteries shal I be lead calcium flat plate type for 125 VDCnominal operation, manufactured by Gould National Batteries, Inc.,(GNB). Gould cell type shall be NCX-2550 with physical charac-teristics as shown on Attachment (I), manufacturer's specificationsheets.

2.2 Standard accessories shall be included per Supplier catalog.Inter-tier and inter-step connectors and cable connectors shallbe supplied to acconeadate the battery arrangement as shown onSK-I, Rev. I, attached.

3.0 Testin , uglification E Documentation

3.1 A factory acceptance test shall be performed on each battery perIEEE 450-1980 to demonstrate capacity to be 904 or greater ofrated capacity at the eight (8) hour discharge rate, correctedto 77'F.

3.2 Batteries and - " are required to be qualified per IEEE 323-1974 and IEEE ww-,1975 for the environmental and seismic condi-tions attached. The method of qualification shall be bycertification that the batteries furnished are substantiallysimilar to those tested through the Supplier's genericqualification type tests to the above standards. For rackssupplied, seismic certification shall be by calculation usingacceleration values from the attached response spectra.

3.3 The following documentation will be required to be submittedfor Purchaser's approval at least three weeks prior to shipment.

I (i)

3.3. 1 Reproducible (mylar) and two copies of assembled racksand assembly details, cell details, and completematerial and parts list.

3.3.2 Battery rack seismic calculations (2 copies).

3.3,p Rack assembly and 'nstallation ii.structions (5 copies).

3.3.4 Battery instal lation and maintenance instructions(10 cop'es).

SP-EE-146Pg. 2

3.4 The following documentation will'e required to be shippedwith the batteries.

Certification to the qualification requirements statedabove and that the equipment supplied was manufacturedunder the Supplier's QA/QC program for nuclear plantorders (2 copies).

3.4.2 Certification that each battery has successfully passedthe acceptance capacity test; including a sunmary ofthe results (2 copies).

3.4.3 Complete set of all data taken during the acceptancetest of battery capacity for each battery (2 copies).

4.0 (Deleted)

5.0 Schedule R uirements

5.1 Documentation per Section 3.3 shall be submitted for Purchaser'sapproval no later than three (3) weeks prior to scheduled shippingdate.

5.2 Shipment of batteries and racks shal I be no later than eight (8)weeks after receipt of order.

5.3 Batteries and racks shall be received by Purchaser no laterthan one (1) week after shipment from factory.

6.1 Purchaser's QA representative shall witness the factoryacceptance test of battery capacity and verify through reviewof manufacturing records that the items supplied were built inaccordance with the same requirements as those used forqualification per manufacturer's generic test reports.

6.2 This procurement is to be processed in accordance with yourQuality Assurance Program for nuclear work.

7.0 Packa in C Shi in

7.1 Packaging and shipping shall be in accordance with ANSI N45.22-1972, Level B.

~ ~

~ 0

~ ~

~ ~

g ~ e ~ ~

gi

~ ~

~ ~

~ I~ $

I~ ~

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1

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hfMtiow of tews used tc describe taperatu"e con"iticns show areas foDo'wc.

HKL Hor~~ runs AverageK - Mar~a Hot hcursionYJZ - rex'm ~bno~~ Excu:sio"

The IY~ is e Meighted average tenperatu."e v'tI 'n the giventc pe atu e range ~ Fo? p poses 0 aging cocponents g thecomponent sbaD8 be considered to be continuously expose"to the R~ te=~wraare fo. LO yea".a Mitb t4e B~ an'. YA:temper u'e cycles supe "~s." on t ': '."'.e.

Zo.—al:-".vizz-e-..t 3ette. r Rooc. LO vei life

Te- ere «u

Barge: 65-P5oFM, 75oF

10LoF

1OLoF

7 ~ 7Gtys 5 Cvcl s,"dies=

Rela..-.e H ™'dit.: 10-70 percent

Oni T'"e Accident =aviro~ent: II/A

Rsdistion Doses RQS - LC s 1' eius acci"e.-.t: <I X lo

)(TURBINE BUILDING

N-5 DIRECTION

34'-06" K1evatkonHezzanfne

1.60

2 Damping

3X Damping

5X Damp)ng

7 Damping

IO Damping

{ O.DO

0.40

0.000.5 1.0 2.0 5.0

FREQUENCY (Hz)

10.0 20.0

SSE CURVES VSE 3C DMI'IIIG

FI GVRE B-1

I

OSE s 2/3 SSK USE 2C DAHPIIIG

iNSTRUCTURE SSE RRSMHSE SPECTRA

MILLSTOHE AT lSYSTK'OTIC E ~ m TIm PROCVW

EDS REPORT N. 02-02i0-1004%YlSICN 2

HARCH l'QS2

,j4(pg(~p 5 or J~

TURBINE SUILDING

E-M DIRECTION

34'-06". Elevatfoh

Meziankne

1.20

2X Damp<ay

3C Dampfhy

5 Damp'p7r Damping

10'amp'y

D.90

0.60

0.30

0.000.5 1.0 2.0 5.0 10.0 20.0 c0 I

g

F ME 5-2

FaEQu9tCY (u)ssE cUavEs U5E 3t DMP(NGanae

NELL~ lÃTT 1SrSmu,TIC @GATI~ PIC~

EDS REPORT SO. 02-0240-1N4REVISION 0MARCH 29d2

OSE ~ 2/3 SSE VS E 2j DAMP l NC

gp-F e-/4QTAl')g 6 c~ /0

TN$1NK SVILDIIIG

VERTICAL,(Vt- 1)

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0.50

0.40

2X Damping

3 Damping

5 Damping

75 Damp)ng

10" Damping

. 0.308

c 0.20

0.20

0.000.5 1.0 '.0 5.0

FREQJENCY {Hi)

10.0 20.0 tO

SSE CURVES USE 34 DAPIPIIIC

I%TRUCTURE SSE RESPONSE SPE~l011$7u.; UNIT I

SYSTEHATIC EVAURTION PROGRAM

EDS REPORT N. 02-0240-IO~RKVISIM 0HARCH 1982

OSE % 2/3 SSE USE 2C bAPOINC sP-ee-sV (fA5E 7 &'Z

l"

Swltchgaar andna'ral Induatrlal

StationaryPower Cells

CA&ACIES-400 A.H. to 2550 A.H.8 HOUR RATH TO 1.75 V.P.C. AVERAGE

Type: NAX and NCXAntfmony and Catclum

SPECIFICATIONSContainer —Styrene-Acrylonitrile PlasticCover —Butadiene Styrene

Separators —Micropourous MaterialRetainers - Fiberglass MatsPoets —See Below

'ostSech —bloating O.Ring-Seal NutVents —Gould (G NB) 'Pre-Vent" ~Level Unco - Hi and - All r F esgh Low Ja ec

Electrolyte —Height Above Plates —2.75" (70 mm)Sediment Space —t.06" (27 mm)Specific Gravity —1215 9 77 F (25'C)inter@el Connectors —Lead Plated Copper

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~ACCEEEDRIEE- INCLUDEDWITH EATTERY

1. Lead~ Ceooer fneetoN Ceneececaera, es soceaary lor 1/2beceteen calls ed&Deeda arrenycemanc.

2. beser+er er fnsenrseo Cabse Oareeecosta as neceeaary for saandardbenery meeoeep.

2. Tcnecefeaf beys aa eceaaery lor acaclerd benery maaoRtp-I, Teeeefnal Fleaaa es rceasary fot standard battery ~5, oeetfd Fre eeNtrcareet nacre cere«at cence for eecn reef.S. Calf Lffsfny Scrap, and Steeecfar

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One cd ol Scecionary ~ fnacaccecion encl Qperecf~fnecreec.

csocene eenneccson eeneeac ~ eetcre e«re orcsar bninernum ol4 cetfsh Upon ecsetaec. „

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GOULDAn Geetrfcy/I&ecfronfa Company

SP-E~-/'/~/AgE l2tk i

RSON ELECTRIC CO ORATION

i fi Table 20

C~RREHT CARRYIHG CAPACITY OF RECTAHGULAR COPPER bARS,

I'1

II II

I'"l

IIM IIIIIIII M

II II

II II

M

IIII

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'I ~ < ~ ~ ~ ~ ~

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V r 4'...........W ~ $'...........

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'h' <.. „s. „..SS' S'..........,'e'S' 4'...........".7 ~ r.......,...

447

t eOdO

tei$0

1 ~ 335

1 e 430

1 e93S

te$ 5IO

te 740

1 F 574

$ .14$

teb$ 0

LOOT

L574

4,404

1.097

t,$0$

$ .411

$ ,947

3. 5$3

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1,17$

1.770

1.$ $0 t.f$0

t.bST

3.020

3.474

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1 e0$ 0

1. 540

1 e9tS

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3. $$0

t e 540

$ .090

t. 570

l.5004,3$ 0

1.30$

1.0

$04

l.t941.944

$ ,440

t.OXS

$ .3$0

4,040

t.soe

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3.370

le9$ 0

4. $40

1. $04

1.98)

t, 4$0

$ . $40

3,$70

4,440

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1 400

f.070

~4t1.0t91,404

t.tltt.$00

L35$S,ttt

1,990

t.714l.lttL$75

i.504

$ .$64

1,307

t.$77

'3. 047

3 ~ 750

1,4$ 0

$ ,104

1,144

1.7$ $

t,xsi

1.134

1 4$4$ .490

3.73$

4. f505,171

1 ef$5

t.tl4l.C00

3.444

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1.345

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4.034

7.507

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$ .$ 17

l,btbietl~

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t.7443.774

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7,744

t,930l,tbb4,$40

5etl4b.tO!7e lbi~ e $3$

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4,400

5.504

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4.35$

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4.905

4.145

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1 e075

1,944

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3,915

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1.9fTt,tti4.fft5,307

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5e'133

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7.330

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trioiog shell bs Aces oa s ~ts "TRZCZaC ZaTR SRRXZ"

ottecheO hecate cad feemioe ~ ~ hereof,

5eceyc so asyceooly aedifieO heroic, ~Il teras sai ceaLitieao efthis Osetroct reeeie Mchesgef os'sII ~ Lse sfOI7 ts this wfyleaeat ~

(I /F3'pc.I able >IC-<a ip '3o Ag . F7

8 l 5 ti=l>7u 8

(.!RP / c x "I2g~pAe75. (P) 't')

. ~ @45 r ~ >f'ii.T~ I [

600 VOLTS

Single Conductor (Cop poc or Aluminum), High TemperatureKerlte (HTK) fnsutatfon, Flame Retardant (FR) Jacket

V

1210

600 VOLTSCh&p Net WhleACM ~ NL . WildPL

40 ~ SO 027 45 3740 ~ Sa 4240 w 50 73 50SS w 50 L$7 107 72

'145 8055 ~ 50 045 203 11 ~

2 58 ~ 50 LSI 292 1401 aS e 50 QST 355 18S1'5 e 50 LSI 441 214

20 85 e 50 CI85 537 2513iro 85 e 50 020 '58 '95

85 SO a 78 Iti 349250 OS 7 420350 80 ~ 50 ~0 '1292 541500 8O ~ SO tm 1788 715750 95 . 80 't 3S 2738 1124

95 80 150 3559 14121 250 110 95 151 4t84 1478

'110

1750 110 1 to 75IO 8194 24342000 110 125 2.'I 0 7088 27872250 125 125 227 8027 31862500 125 125 '38 8884 34M

'I 25 245 9709 37443000 125 I2S 254 I0530 4025

I:o temfinsfinr. snd sohcin9 instructions re!o rc o ms fy/QT 2Ns and 5 2Ns ccnstltfsctory ror tnts sirifSOfe fOr nvCteV sOOriCShdns

'Sor utitity genMtrn9 sfsf.~. ecc'Cstions «e rtMmmend thst" t rscrief wstt tnicriness inthese sites oe increessK to 6 chft Cibte dismefers witt inc.eesr . y G 03 incnesttie diemefeissild wei9ftfs snoNrn ve soororrimst ~ vfdve strotecf tQ Anhsf rnvrtrlechrnn9hffwrenCeS

3480

I4H +~~> l2

H~ivCCSSrp'we&

ter sg x<czx~ w xzwwowx< s <e<wwyC A~d AEeV dH~M<C 5 (4+ Ceaz) /CzoXfjp PrA- r4 re'A/g c'z<< re<~ 6'g +/S

Idler

Aa C8L CS ~g p~ gg Jp~~~~~Zcfi~g ~a 4 &

J„44 VHQ <~5 V'u'4W dQSc ia 5 /boon P&ajrs zpro~w~~~g+P/~~+ M P~» C'N~y&>~l8 >< ~ <<HSr + 7+/Cg,7~ Cd@ c S JWou'u) cfg s~~c ~~

~7 HA'~~EP &6 W ~ <4 b6~ ~cO ~@/Ac C. ~w d'6~~c~~g A~ WC4.

~c,g oO c wcg y was S~~ekp y 5'c Q c'n v'6'4 A+

5~ gag ~Ct~ ggf ~VPHOA'

WP E+.

~ appllcalots aytb~h(3

sensile, Nexural and compfeaahFe strength {uaea where machininy orhwnltwty ctwacled ties ae not important)

Nyh humidity teslatanca; good dimensional stably, excellent resistanceio spkNny

Eiectficsf Insulation In appficstiona requiring low tSelecttfc ksaaea in severehuntly conditiot w

Low IOdycfe power tactor-Low cold flow and dielectric constantEconctmicsl plate with tetr etectncaf strength

Cold shearing Snd cokf punching under normal conditions; low ksss at Nghhumidity. Excellent electncsf pfoPefties.

~xttngutshtng: punchsble. good dimensional stability

Excellent cold punching and cold shearing chsraclsftsdcs undernormal conditions; punchsble up through 3I32 thickness only.

Switchboard panels; relay and switch baa

PaneOoerda

, Punched parts fof electronic equipment

Tapcttangef boards-TransformersPanefboerda

Radio and TV terminal boards

CofwTlefelaf computer lsfttllnsl boardsIntricate puf)chad parts fagldring little or nopreheating

Good warm shearin and warm punChing under normal Conditions:punchabie up through 3/32 thmneas only. laminate shoukf bepfahtseted between 100'-II'. Intricate pUnctted parts fagulrlng Iftffe or no

pfehead fig

Same as above grade St Pss pkss ftsrrw retardance. 94-Vo when tested perLLLTnethod 04. Good ~lectncal insulation under humid conditions.Peportia simba to HEM'0L

Switchboard panels, control panels,appliance panels, fafsy and switch bases, pane~gSame as above Qyado S1 p54)

Low mofsture absorption; toughness; tetr dimensional stability

Good mechanical properties with esofs >'gh impact strength

Low moisture absofpoon; good dimensional stability: pood resistance toactdS Snd Stkaka

~fsge. Iow-frequency eteetnesf performance: mechantcsiperfofmanc

'rnoderatety hund conebons

Paper miffdoctor bfsda; pump valves:marine bearings; piston snd pecking nngs

Fine toottt gears; radio parts; isfmtnsl boards

GesFL ptnions; spacers

Gears; plnksns

Vahes and plating tanks

Marine swiichboard panels; small gears sndns; radio parts

Lowcoeffctent of fnctioft. sett.tubfgstihg fgraotttte fitted)

Good mecttsnicst hest resistance snd low bfasioFnt

High mecttsntcsf strengm snd hsrtatess. high arc snd heat resistance:excetteftt stectnest pfopeftteS under dry conditions; setf~utxhtngRetenbon ot high mechsntesf Strength st temperatures UP lo 150'C:~xttngwshxvg: tetsnfdn Of 50% of tntttsf flexural Strength at 1S0 C

Gooci machining qustittes; htoh flexural. impact snd bond strength sf Toomtemperatures good etectncs jpopeFties Undef dry snd humid condthonss ou"J not he Used Under Fr<ctshAdst load sl elevated ssmpetetwa

High mechsniCST Strer,JT. htgrt srC Shd fwst Featstsnee'f Cettent ~ leetnealpreps oa UF:csf dry sr:d humd conditions. scH~xttng Jx ng

Selfwxtiftgutsftmg. good msctttntftg snd punching tfustttta. htgft flexural.tmpsct sfttf bo tc sffwlgm sl room temper xtu s, sfioutd nof be Used Undermecttsncst iosit St elevated tempeFSTW .S

Excstlsftt hest snd sre resistance. good stecfncst properties Under humid«Ofdiftonx: good mechsniest propeftieS. Wtfwxttngutxtting

Excellent hest Fesistsfics-setfwxttrtguisning Excetteftf mechsfttcst s dmscrtittittg properties —stsote st Fiigtt tsmperstwe

Good heal fssistsrics Excsttsftt mscttsttcst snd mscttifting properties

Textile mill bearings: pistons. Packing nrtgx

8esrtngs: skst wedges snd gears. A reptsotment for asbestos in many ~~Swnchboard panels: are bsfffefa; Ckeutf-breaker parts; structural eiectncat parts

Rotof-slot Ineufsdon. structural FTieittbefs st~coveted temporeElectricst-mechsnicsf applications—

for high humidity sfsas.~nninsl boards

Manna SWifehbOSFd Oaneix Srd StruCTWSlParts

Tefmtftsl bnafds

Class H insutshon: heehng applianceinsulation

High lem persture mechanical s pot test Forts

Cvsskets. seats: s replacement for asbestos tnmslly Spplteafloflx

GrNdt Selection Guide's>carta

Tree~t3$ 73offto%

W 513aPSQ

LP51'an

Tan

Tan

LP 513a-PBEPPhoncgi

FR-3

Chocotate

Blaca

Ta~. Bt

Tan

M~15035-F BE F>ne weave tat>r>c

Tan

Red4o nyo-gue.Gray-8

Tan

M ainu

Phenolic

'3

'leH 25000

H-25135

H-247315'!F33

H-3$907

ASS-2

H.1~7+

H 14010

H 17a35

H.353tg

S1G15

G-11

G-10

FRw

M>t-P-tying,

M>t-P-15035-FB t

M>W'5035-FBM~-tx035-FBM

M>t-P-15035.FBGM~ 1 5035-F BGMit-P-1503~BG

M>IW-5431

MM-15177< EB

M>t&-1 81 77~ Ef

M>I.P-15037@ME

M>t& tb177%EE

M>I~713-GSG

Fine weave tabnc

Fine weave tabnc

Med>um weave taor>c

Medium weave tat)nc

Synthet>C t>per

Glass cloth

Gtass

cloth'lass

cto>h

Glass cloth

Glass cloth

Glass c'0th

Glass Cloth

Nahuatl

Tan

NaturalNaturalNaturalNatural

NaturalNaturalNaturalBtact>

Black

Gray

Gray

G reer>

White

White

Natural

PhenCg>C

PhenohcPhenol>c

t>c

Epoxy

Epoxy

L44am

Epoxy

S>leone

S>l+Qtle

l>c

3aWWbonding ttangttt t

&1I105 A A AD44/23T-23/50

S2 115

0$ ~ 100

0.4 ~ 1'10

41ANO 26ANO

'l4At00 30.000 17AXN

15,000 . 3SAXtO 20,000

11AXXt 30.000 17,000

H-1g720

H4NO

H 1CE21H-18322H 14333

33 1'15

33 105

0.4 100

03 10S

27.000 42,000 30.000

14ANO 30.000 20.000

24AXN

12,000 22At00

1.100

H 1Ã2$H-1$242H-19243

3b'4.00051877 .Oig 5.0

110 10.000

11At00 40.000 19,CCO

H-25CNS~291 .049

51F35H-24721

2N, 404 .049

1.7

110

12AXN 36 tXXt 20,000

10,000 36AXXt 16.000

13AKO 37AXtO 1g.000

13,000

45.000 21.000

H-23542 .070

HH-22033,067H 12420 .074

H-17t25 .064

H-25210,064

0.4

OAtS

020.02

115

115

'f 15

60.000 75.0001

Condition A-Condihpned tor 24 hours anCt teSted in laburafory atmosphere t2. C, ~ R>, fhrS iS repreSentativedata tatien lrom prtxtuction maferIat properties may ~ry slightly, but in all cases are guarantees to meet theapplicable NCMA stanttaros onlyvalues based on!/16" laminate

lnpect Stonnylh Pew

fHbALfncrtctt)

ElecNca1 PropeNesQoalpxtton Qelec3tk98CIOr ~ COnetantlOI cyelea/aec) {1OIggde8/

) ~8C)

tlNOOhAICClI hl8QOtlfI

mao 'es=4'45/3540 C48I3MO AT~ T~I

OOl5 5.4

7AXO 800 p- 0.037 52

0040 49O.ON e 60 cy

4x10'x10'x10'X10I

H.17900

H-18720

550 0.035 4.1

550 OAXH 428.0 x 10i 2x 10i

S.O x 10' x 10'00H.18331H 18332H 18333

51088

H-19242H-19243

5.1 7x10'x10'21. 431

~ 7 ~

1 1 gOO

14

1,4

2,0

l00

100

13

0'1ANO10,000 200

15 000

0.019

0.017

Ox 10'x lit 180

Sx 10'

x10'-25129

51F80

51F33H.2472!

286, 496

'l0 0

130

85l90

0.018

0 032

5.0

4.2

44

8 x 10' x 10i 100

1.5 x 10'5 x 10'80H 22033

H 12429

H.1782 5

H-25219

cfairia 50er ot corrc'!ro/I A tleaurat strerigth at E.l/150" c, 7 tsrr c 'These"ati/ea are lor 1/t4 inch thickheaa.

'Uo to 1/8 iwh tt»gaheaa ortty

." 'Tolersnces.o+Molded Plate

Tlrtcfrheaa toterenc» grabs)

21$21$254~22

$1 F77$1 PNH421$ 3H447$ 5H4$95

H4454H-17900H 19321H-15222H'15222H-1912$ ~H-10242H-1924$H42555

221 282

jlf50 = H4$000

22$291205495$1FQH44721H4$12$

H44907 250-2 H-1501 0H.1242$ H-17I25H42tO2 H4$$42

H-25219

1I15

7/15

1/2

+AO35

+AO45

'AtOS

+Atm

+ AN5

rlA69

+Atlg

+A7t1

+Att2

+Att45

+ At17

+Attg

+ At21

+ At24

+At27

+mS +mS 'AXeS +AN55 +At055

+AtOSS aANM +AN75 ~ +AO75 +Att5 +AO75

elt05 + AO5 AtmS -AN75 e A)15 +ANTS

+AXt7 ~ +Atm +AXe +AXO -At1 5 +At00

+At05 +At05 +A710 +A710 'AN +At12

+AXO +A00 e Atll +Atll +At24 +015

+Atla +AtlO +Att25 el7125 'At24 +Atlg

fAtt 1 + Atl1 + Atli +Atli ~ +At25 +At21

+At24 +At12 +AXN eA715 +At22

+At20 +A7145 +AOS +A7175 . +AO4 +At25

+At34 +e7 + At40 'AN +At35 +mO

+~ + At1 0 4 At44 + At22 +Atzt'2 " fAt21 + At45 +At24 +At45 +At25r+At45 + At24 + At53 e At27 rl Ato +At40

+ Atsi + At27 tA55 + At20 + At55 +At43

+AXtO +At50 +AOO +At3t 4 At75

+ At35

+CP

+Atss +AXt3 + Atss + CO + At55 + 092At73 ~Axt7 +At73 f N7 +.105 + l65

+ Anil +Abel +

Admit

e At51 + 941 +.124 + A%1

+ At45 ~AI9 +uS + At50 +Atis +.144 +At57

+ Di9 +A67 +'At40 e At07 + A140 +.1eO +Atn

NOTE: Tolerance ot length and width of tnmmed plate is plus orminus 1 from sandard see. To minimize warpage matenatshould be stored ttat. not on edge.

~'

8431027097 Res. 2i Date 9/83

Page 5/4-4

ATTACjHENT lALARA DESIGN REVIEM CHECKLIST.

PA No.

PDCR Xo. /-W4-I<Title 5 I 5477''4' < AC &M

pixel

Vill this project assigaaent or design changerequire sore than one person-res to install orcoeplete2 T~ENO

Vill this design change create a nev radiationsource or nev radiation area onsite or cause anincr~sac in dose rates froe an existing source2 ~yes O

Vill this design change creite or increase routineaaintenance, operation. service, or surveillancerequireaents in a R ation area2 YES0)

If any ansver is "7ES" - coeplete the applicable sections.

Applicable Sections (Circle) l 2- 3 4 5 6 7 8

If all three ansvers are W' no further actionis required.

ALARA Design Reviev Coapleted byProject ngineer

Date W /2

Date

Cb.

Reed debeye

RCP R&B erUefr ALA:RA yreeeee'b/ y /d y'y

aIIIQI See. iQNee.t OeoL m Oph

55ei*L H .NAII55. IHITIAL5

FILE IIO. SUNECTt

NORTHEAST LI I ITIES SERVICE ONFANT

TEL.EPHOHE HE«ORAHDON

tROJECT

INSTRUCTIOHS: Svsvsotfa ~ yow'teIephose Jiacvt ~ los, sotisI potticlpost ~ eM 4eto~4 tis ~ of co)l, is&cot~ Boisei rovtfsp ~ I HIht 4II teportw «eatisattt Fii~ Hvsbei, Soiioi Hvabe~'on4 Svbject j~ ) is opocea ~ Loco.Fil~ Ctwb teL ~ ~ cot ~ of chroselopicol Fil~ copy.

CALL PA E TI«E A«~>wCO«IHC Q OVYCOINC

LETrEEH

HA«E

KVtm VI"CQtcpAHY IIA«E

JU05co

CC: Cae ~ oloaicol fsly

CALI. REPORTERSItA«E i DATE zC

5VW4ARYt

ATTACHMENT No. 3ENCLOSURE No. 6

Millstone Unit 1

Original 125vdc System

Design Specifications

And

Sizing Calculations

i

0