D0 CRYO CC HEATER INSTALLATION -...

D0 CRYO CC HEATER

INSTALLATION

D0 ENGINEERING NOTE 3740S10middotENmiddot301

JOHN URBIN 16 MAR 91

DATE ~lfC r

CC HEATER INSTALLATION DocuMENTATION

Nine pairs of heaters are installed in the bottom of the CC pressure vesselThe physical layout is shown in the CC internal development drawing D0 dwg 3740510-ME-255523 Electrically the heater system is a delta configuration Electrical details are found on D0 dwg 3740515shyEC-273761 The feedthrough connectors for power to the heaters are located in the instrumentation box Connector positions are found on D0 dwg3740515-EC-273760 Original sketches for the above named drawings are included in this document

The heaters and wiring were cleaned various times prior to and after installation with ethyl a1chohol At various stages in the installation hi-pot and continuity tests were successfully accomplished to verify the integrity of the system The fmal hi-pot numbers are included in the documentation

The heaters and wiring are kept separated from thermometry and purity cell wiring by SS sheetmetal barriers

The fabrication testing and installation was completed by M Hentges and his crew from ADCryo

--CC CRYOSTAT HEATERS

FROM INSTRUMENT BOX

I I I -shy9a 9b ge

1- 6 AWG TEFLON COATED WIRE

2middot bull AWG TEFLON COATED WIRE

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Sfgt S(J1r1Jpound

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Tc LA TST Cpoundu (Q

T _1 - 17-1it2vtoMpoundrtt Y (Rrcgts)

tt 70-132 NATIONAL ELECTRICAL CODE t ARTICLE 310-CONDUCTORS FOR GENERAL WIRING 70-133

~

t ~

Table 31017 Allowable ~aCIU of Insulated Conductora Rated 02000 ots eomiddot to tomiddotC

SinBle conducton in free air based ()D ambient temperature of )OmiddotC (86middotP) T RIIIIIIt CoIMfuator T~ 11 l1fn Ill 110

i(1n IOC

InM I~ IPn middotcun wc11n mrs mv 0

I mrs PO mrs mrs

IUW T VIII IUWT 1M IHW VIII ~IUAWl TW aft TW IUamp THiI AWl IUiilJ XH~

1$ MeM MeM

XHHWiw toiiH tXHHWmiddot

tXHHWl ALUMINUM OR

COPPER COPPER-cuD ALUMINUM

18 i 25 tt 16 20 io 27 14 30 30 io 20 30 30 ii12 25 2S 40 40lj ~ ~ ~~ 55 30 30 4S 45 10

70 45 -55 55 55 8

~~1~ 1~~ 100 Ilf tamp 1M 80 1amp~ 13S 1M

120 145 155 95 U5 120 120 1 2 140 170 180 180 ItO 135 140 140 2 1 165 195 210 210 130 IS5 165 165 I 0 195 230 245 245 ISO 180 190 190 0

00 225 265 285 28S 175 210 220 220 00 000 260 310 330 330 200 240 255 25S 000

0000 300 360 385 385 230 280 300 300 0000 250 340 405 425 425 265 31S 330 330 250 300 375 445 480 middot218 290 350 375 375 300 350 420 505 530 330 395 415 415 no 400 455 45 575 575 U5 425 450 450 400 500 SIS 620 660 660 405 485 515 SIS 500 600 S7S 690 740 740 -455 545 585 sa5 600 700 630 5 815 815 500 595 645 645 700 750 655 785 845 845 515 620 670 670 750 800 680 815 880 880 middot535 645 695 695 800 900 730 810 940 940 580 700 750 750 900

1000 780 935 lm 1CIl 625 1~ 800 800 1000 1250 890 1065 1130 710 85S 905 905 1250 1500 980 1175 1260 1260 795 950 1020 1020 1500 1750 1070 1280 1370 1370 875 1050 1125 1125 1750 2000 1155 1385 1470 1470 960 1150 1220 1220 2000

CORCTtON ACTOR

1III1I1llt or IIbn t_pr _ middotC IIIUIUM lit _putll110_

AmbllItMO b lite IPpr _elIOII clar 0 111 III mllll-T middotC 111_ ltowlb toed _HL TIIIPmiddot

31-40 12 88 90 91 12 88 90 91 86-104 41middot50 51 75 80 12 58 75 80 12 105middot122 51-60 58 67 71 58 67 71 123middot141 6MO 35 52 51 3~ 52 58 142-158 71-10 30 41 30 41 159-176

tThe lojId current raling and tbe overcunenl proleCUon for tbese eonductoft shaU not exceed 20 ampclU fOl 14 AWO 25 amcrres for 12 AWO and 40 amperes

Table 31018 ADoable ~ Conducto Rated 02000 Y Ita 80middot to IOmiddotC

Not More Thau Three Conduaon m Keway or Cable or Eartb (Directly Buried) Based on Ambient Tcmperamro of 30middotC (86middotP)

AmbientTmpbullbull

31-40 82 -88 90 91 82 88 90 91

liz

AWl

MeM

18 16 14 12 10

II

(6-lt

3 2 1 o

00 000

0000 250 300 350 400 500 600 700 750 800 900

1000 1250 1500 1750 2000

is 20 30

55 70 80 95

110 125 145 165 195 215 lAO 260 280 320 m 385 400 410 435 455 495 520 545 560

T I11III11 of COIIcIuator T I1

COPPER

i 20 ~q

585 100 115 130 150 17S 200 230 255 285 310 335 380 420 460 475 490 520 545 590 625 650 665

ii 25 30 40 en

70 90

105 120 140 ISS lIS 210 235 270 300 325 360 405 455 490 500 515 555 585 645 700 735 775

21 22 25 30 40 ~

~ 105 120 140 IS 185 210 23S 270 300 325 360 405 455 490 500 SIS 555 585

COPPERcuD ALUMINUM

645 700

405

735 775

4S5

ALUMINUM OR

Is 25 30 40 55 65 7S 85

100 11S 130 t5S 170 190 210 225 260 285 310 320 330 355 375

435

470

is 25 40 50 65 7S 90

100 120 135 t5S 180 205 230 250 270 310 340 375 31S 395 425 445 485 520 545 560

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 530 580 61S 650

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 510 580 615 650

CORRECTION ACTOR For -111l1li 1IPIIatut 011 middotC IIIUUIp III _pII_

ambIent III 1ICIP1IIPt corrKlIOll elOf to _111 1M _Ishy

AWl

MeM

ii 10 8 6 4 3 2 1 o

00 000

0000 250 300 ]50400 500 600 700 750 800 900

1000 1250 1500 1750 2000

TllllpmiddotC _ 11ow Iod evlfllllL

86-104 105middot12241middot50 58 75 80 82 58 75 80 82

51middot60 58 6771 58 67 71 123middot141 61middot70 3552 58 35 51 S8 142middot158

159-116

t The load current ratin and the overcurrent protectioo for these conductonl shall not 8xceed IS IUllperes for 14 AWO 20 amperes for 12 AWO and 30 amperes for 10 AWO copper Of IS IUllperes for 12 AWO and 25 amperes for 10 AWO alushyminum and copper-dad aluminum for 10 AWO copper or 20 IDptlU for 12 AW and 30 amppres for 10 AWO alushy

11-10 30 41 lO 41

bull For dl) locatiou only See ImiddotC column for wellocatiooa minum and eop~-dad alummum bull For dry IoQtiou only See 7SC column for wet locations

ltlmiddotIIMtC - ~ middot~9yeni( -7~ ww~r ~ ~

Table 310-13 (Continued)

Mineral Insulation MI 85middotC Dry and wet locations Magnesium 16-10 bullbullbullbullbullbullbullbull 36(Metal Sheathed) lSSF CopperOxide 9-4 bullbullbullbullbullbullbullbullbull 50

150C For special application 3-150 bullbullbullbullbullbull 55 482middotF

Underground 60middotCUP See Article 339 14-10 bullbullbullbullbull 60 IntegralMoisture-Feeder amp 140F 8-2 bullbullbullbullbullbullbullbullbull 80Resistant with Branch-cinuit 1-40 bullbullbullbullbullbullbullbullbullbull 95 insulation Cable-Single Conductor (For Type UP cable employing more 75C Moisture-than one conshy 167F audlleatshyductorsee Resistant Article 339)

Underground 75C See Article 338 12-10 bullbullbullbullbullbullbullbullbullbull 45USB Moisture-Service-Enshy

Heat-and 167F 8-2 60 resistant

traDce Cable-Sin-Moistureshy

1-40 80Rcsistant nonmiddot gle Conductor 213-500 bullbullbullbullbullbullbullbull 95 metaUic (For Type USB cove bull501-1000 bullbullbullbullbullbull 110 cable employing [See~11001middot2000 bullbullbullbull bull 115

(2)) conductor see Article 338)

more than OlIO

Indudes inampqral jaekct bullbull Foe ampacity limitatioa see 339-I(a) The nonmetallic eovcriq over individual rubber-covered conductors of aJumiaumtbed cable and of JeadMatbed oe muJlicon-

Iductor cable sball not be required to be ampme retardant For Type Me cable see Section 334-20 FOl nOllJllietallic1heatbed cable see Section 336-2 For Type UF cable see Section 339-1

For insulated aluminum and copper-clad aluminum conductoR the minimum me shall be No 12 See Tables 310-16 throush 310-19

J Table 310-13 (Continued)

I AWa ThlcIcn_Mu AppRcdonType OuterTrade Ol of MIIldonOPeNting Provtllon CcmtrIng ~ bull Name Letter MCM InulatlonTemp

4 N CD

Silicone- Dry locationsSA 9OC Asbestos 194F

115C For special application Silicone 157P Rubber~

14-10 bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull 45 8-2 bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull 60 1-40 bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull 80 Asbestos 213-S00 bullbullbullbullbullbullbullbullbullbullbullbullbullbull 9 or glass 501-1000 bullbullbullbullbullbullbullbullbullbullbullbullbullbull 110 1001middot2000 bullbullbullbullbullbullbullbullbullbullbullbull bull115

Fluorinated Ethylene Propylene Dr~PEP 94P

or OOC PEPB 92P

Dry locations

Dry locations -plications

special ap-

Fluorinated thylale

Fluorinated

14-10 rf40D0~2 (30

14-8 bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull n Ol_braid

-Ethylale PropyIaIe 6-2 14 Asbestos

braid Modified FIPW 7SC Wet locations Modified 14-10 bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull 20

Fluorinated 9OC Dry locations FluoriDated None Ethylene Ethylene 8-2 30 Propylene Propy1eae

Modified Z 9OC Dry locatioDL Modified 14-12 bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull 15 Ethylene 194P Ethylene 10 20

Tetraftuoroshyethylene

lSOC 302P


special apo Tetraftaexoshyethylale

8-4 15 None 3-1 bull bull bullbull bull bull bull bull bull bull bull bull bull bull bull bull bull bullbull 3S 10-410 bullbullbullbullbullbullbullbullbullbullbullbullbullbull 45

ZW Wet locationsModified 7SC Modified 14-10 30 Ethylene 167F Ethylene None

Tetraftuoroshy8middot2 bullbull bull bull bull bull bull bull bull bull bull bull bull bull bull bull bull bullbull 4S

Tetraftaexo-Dry locations9OC ethyleneethyieoe 194middotP

fIISOC Dry locations - special apshy N CD

302P plications

j

70-140 NATIONAL ELECTRICAL CODE

Tabl310-38 TIlle 01 Vamllhed-Cambr1c Inulallon lor lIulllcomruCtor Cable In MIla

ConducIorllle AWGotMCM

For VoltIIgH Nat bceedlng

14 12 10

8middot2 1middot40

213middot500 501middot 1000

1001middot2000

--~ The1bickneu siven in columns beaded e arc for tb

conducton Those siven in the columns beaded 8 arc for beb of insulation

Table 310-37

95 45 95 45 95 45 9S 60

itO 60

Thlclme 01 Aa~ and Vamlhed-Cambrlc lnaulallon for Slnglconduclor Cable

TJPH AVA Ava and AVa In MIl

AIbeetoImiddot

Conductor 1~~WIi c= ~ -

AWGor MCM

14-2 1middot40

213middot500 501-1000

1001-2000

IJshyIS 45 20 45 25 JO 30

1000 C I

9S 60 9S 60

lID 60 lID 60 lID ~

AabeetoelIndwn

1QOO5000

25 30 40 40 SO

310-38 AmpacIlJ The maximum continuous ampacities for copper and aluminum solid dieledric insulated conductors rated 2001 to 35000 volts

Ishall be as given in Tables 310-39 throup 310-54 and accompanying notes while for conductors rated 601 to 201)0 volts the maximum continshyuous ampacitiesshall be as given in Tables 310-16 through 310-19 and their accompanying notes

f

) ARTICLE 310-CONDUCTORS FOR GENERALWiii )

1 ~ i41

_----- Table 310-39

Allowable Ampaclde for lnaulated Single Copper Conductor Iolated In Air

Baud on Conductor Temperalu 01 8OmiddotC and Amblenl Air Temperalura 01 40middotC

Conductor lin 20014000 Volts 100111000 Yoltl 15001-31000 Yolta AmpacltyAWQMCM Ampaclty AmpICItJ

R U -shy P -( 6 iln -

-4 145 --shy -2 190 195 -1 225 225 225

10 260 260 260 210 300 300 300 30 345 345 345 40 400 400 395

250 445 445 440 3SO 550 5SO 545 500 695 685 680 7SO 900 885 870

1000 1075 1060 1040 1250 1230 1210 1185 1500 1365 1345 1315 mo 1495 1470 1430 2000 1605 1S75 1535

Table 310-40 Allowable AmpaclUe lor lnaulaled Single Aluminum Conductor

Iolaled In Air Baaed on Conductor Temperature of OmiddotC and Ambient

Air Temperalure of 40middotC

ConducIor SIze AWCWlCM

20015000 Volta 5001-15000 Yonl I15001-aSOOO Yo Ampaclty AmpacllJ Ampaclty

8 6 4 2 1

10 203040 250 JSO 500 750

1000 12SO

~ 2000

-shy

175 200 230 270 JIO 345 430 530 685 825 950

1060 1165 1265

-t


~310-41 Allowabl AmpllCll ~11Ied 1brH Conductor Coppergt

Ie Itolilld In AIr os ud on Conductor T of IOmiddotC and AmbIent

AlrT of middotC

Conductorlin AWQMCM

2001-1000 Volt AmPICIJ

1001-11000 VOlta Ampllctty

8 C~

i I

10 203040 250 350 500 750

1000

_59 79

~ 160 185 215 250 285 320 395 485 615 705

-93 gt

185 215 245 28S 325 360 435 53S 670 770

Table 318-42 Allowable AmpllC 01 an Intulated Three Conductor

AlumInum Cable lallIed In Air 8aud on ConductOr Tmperatur of 10degC and AmbIent

Air Temperature of

COllductor~lz AWG-MCM

15001-11000 Vo Ampaclty

I 6 4 2 I

72 95

12S 145

10 210 3040

170 190 220 255

250 350

280 345

425S40 635

~

ARTICLE 310-CONDUCTORS FOR GENERAL WIRING 70-143

Tabl 31M3 Allowabl AmpacIUbullbull of an Inulalad Trlplexed or Three SingI

Conductor Copper Cabl In loIated Conduit In Air Baud on Conductor Tmperatur of aomiddotc and Ambient

Air Temperature of 40middotC

5001-35000 Vo 2001-15000 VOConductor SIll Ampaclty AmpacltAWG-MCM

is

ltt 75 83 )

isoI~~2 155 170I 180 195

21010

225 30

205 240 260 280 295

250 40

330 350

315 385 395

500 480 750

475 600 515

1000 675690

Table 310-44 Allowabl AmpacJle of Inulalad Trlplexed or Three Single

Conductor Aluminum Cabl bullbull In Iorated Conduit In Air 8aed on Conductor Temperature of 10degC and Ambient

Air Temperatur of oC

5001-35000 Vo AmpacItJ

65 84

lIS 130 150 175 200 230 25S 310 385 415 S65

G= ~ nBABBOBN

UL LISTED HIGH TEMPERATURE TEFLDNmiddot WIRE

rating voltage ratilll senice flexibility resisshy This section lists only the most commonty used tance to abnormal temperature oil resistance conctuctorsln many InstIaca the Uldenriters water resistance and ClSoli resistance wIIere Laboratories allow the use of other natIIiIIs_iClble All of the followiftt Underwiters Consult factory for further detailsstyles r retardant and will satisfy the FRmiddotl clesilnltioa of Ul bull 0ufIIat 1M

tmiddot (

UL STYLES 1164 amp 1180

UL STYLES 1226 AND 1227 COffIIucntlt Till plated CGIIIIIII COMIItkIM wttll Mr lIted ccwer or Dlated IIlp ItIeIIItII III11t cIIbullbulle CIIIIIIII toy - -~L INSULA btnidtd bull nPbullbullOCII a (~) WIlL --~TIHI IlL 122f1OC IlL 1227-105C _ un In ollict 1IIIIlIIICft to t IIIIl ___ IOOC 105C or 011 at tltlllMllltllnl lilt fIOC IIId IIOt -iICtId to IIIHIUe mlCllallkll TIl _ IdeIItItIcIttoI of tile wi lilt for theM tyIIL

UL STYLES 1330 AND 1331 C8III1ICRI 1111na IatrIIded 1 nPbull G2OI IIIIL (ampvIfafe1 1 11111 210 AW8 JJJIII (aftnft) will N awe IUATUIE IAIIIIIt ill 133MIIOC IIIIJ lie witi till CIIIIIIII toni __ a-tIr II 015 (21 UL STYLES 1212 AND 1213 UL 1331middot1S1JOC U~ _ UIIlI for

COltDtCTOIb SI plated COIIIIIf 0 order IIIcQI lIted CIIIII or wlrinl wile to atIIIl -- zoo-c for 1330 si ed I11III trtnctllilip coUI COIIIIOI caadots _ ( IiIIIfte IIIIItIIIC IIOIC for UlL SIIItIMI fir III aDIbullbull IIIIIIUTI EItniIIIIt 1ft waiL 1IIIPIIA- Cl __

11IU T1II8a UL 1212 ill 121J105C IIIIl in 1nl1IIIi1e __ III ute a 11111 S III III o1IIca ___ IOC IItIIIc fir ua F11_ II or 105C or to oil at lilt IOC lid IIOt 1I11cIttd 1If uaMII __ jIctad to IIIIdIIe 011 Till I till lOt 1m I lie I bull _ 20 An lilt nuquired tytn toaIIIIIt u II I IL tl 1111111middot

- -~----------

CSA APPRDVED HIGYTEMPEAATUAamp TEFLON APPLIANCE WIRE

~~~

CUI Itbullbull--n bull010 Ol6ClWJ

JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~

THIN WALL INSULAnoN STANDARD WALL INSULAnoN RATED AT 150 VOLTS AND 150middotC RATED At 300 VOLTS AND 2OO~C CONIIUCTOl SI II co= CoMUuca COIIIIICIIIr Silwr COIIIIIf1 COMtnIatI_ IIwltII nleUl plated COllI or n COiIIIIIIIItor eM nickel plated COIIt or nickel conduct eM liebe IUllllIled C-n factory for lllfillUn SlllllllIied c-It factory fir cletlllI MIlIA_IEItfvdtd Tefloa TfE 01 ~ poundxlnIded 1 TR (0- willWIlli tIIIcIInaa SIIrf_ print for IIIOIIIIct IdeRUshy ~szt~ for IIIWdIIct Iu ~ifi ot procna control c eqa ot ~~--1

~~It b Inell1II111

ficatlOll IIImiddot 24 Awe uu For

STGCI C01OUt nllZD tl __ 24 _ Ir - ftOod IIIIdL 1 IIlIS 21 11IIIOIU 12 - elllctrfC

bull For alllbillty ot otIIItr color ad ItrIM OIIIIIIIIIIIIshy ftIICI( AWl SIllS 1224_ tlOM consult factoY WlIIZIS 21 21-

THIN WALL 3TANDARD WALL iEAVY WALL

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27

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REOUESTED 8V

fo11Kl ~4JTcES SUGGES EO VENDOR N

3 L - 4S1 4000

tEAeBoa fJ w t~ ~ LIVER T liN lU NAME BUILDING N I

250 W6ST (AepeAl+GtL Nt ICC HfpoundAJTtD ampS BUS OFC Ij f tipoundI1-1 b rL TTN SCgtTT BDosflpounde EAsr ~ 7T _

OIR OFC

OUANTITY ITEM DESCRIPTION ESTIMATED DO NOT USE UNIT PRICE

306 I

10 AwG -Z-133Au L- 0 l)j ~ 1330 -1331 J L EP - 133l~ JtATIO~ 7 fooll eMS ATCpound) I 2b8 VA amp281 ~o JPO I

05tgt Nfltl r4ltNf~ f b amp68 10

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1J11amp3 sshyPERCENTAGE DOLLAR AMOUNT ILEAIIE BLANKl

DIVISION APPROVAL STAMP

t~~~ J

DC hiS )57

VENDOR CODE BUYERmiddot DATE PACED FOB TERMS

SHIP VIA REPORTING CODE REOUISITION NO PO NO

- _ - ~ ----- ------- -fL-2 REV 1120188

V

1 =--= DGI ~ - 117 1 r~~~- bullbullbull

A UNIVERSITIES RESEARCH ASSOCIATION INC PUICHSE OIDEII FERMI IAnOIAL ACCELERATOR LABORATORY ft

Po BOX 1500 8ATAVIAILLINOIS80510 NO 141 AluCode 312 3000 -------___ -- bull IUI 0 AIamp WOtCIIII Noshync COtIIIIIoMC AND

UTeIO ALL co TA

MCMASDIt-cutJt P O BOX 4355 ~~~~========~ SHIP FELA8

RECEIVING DEnCHICAcao n 60680 TO MTAVIAILL _10

FEflMlLASBILL ATTN ACCT DEn Po 80X 500TO BATAVIA ILL _10

TE REQUIRED AT DUTtNATION FDoL

07318 au ELOW 2 - 10 81 10 VDmOIt CIIOlCB CIUAN11TY

20 DEICRIIDN

II_D STRIP BlAD8 8OC1t 35131 30 12 LCaG 2800 waM8 240 laLft lYPE 304 ftAI1ILB8S IftZL _Aft

DELIVERY 20 DUB 090487

C~t~ T

fd- (bJ)( 3 = I~ ~ I N 31 )~t ~A- ~ Pq cffu

( Be zltoco w) - s-d l ~ W

50 fifl) w- (15 TL VLt TL -=shy ~ f C) J

1l3( V)

COtIIIItMBD TO CUOL IBVZIt 73087 weCIIB _0 WO 45051

UNIT MICE TOTAL $7046 1409

READ IMMEDIATELY

IF THIS ORDER DOES NOT AGREE WITH YOUR REQUIREMENTS

NOTIFY PURCHASING AT ONCE

REFER TO PO NUMBER AND VENDOR NAME

-------

41 ~ Fermil ) )

1te~~

PURe lsI laTION +t-tLL ~ ISEE INSTRUCTIONS ON REVERSE SIDEI VU f c bull

BUS OFC

OIR OFC

QUANTITY ITEM DESCRIPTION ESTIMATEDUNIT PRICE

N~ ~ r 08

aOL ~C z~ ~ _ i~ fASt~ Pr 3004shy S So S IfM11f

e~~~~ II ~()

c ~ I OATE bullOII(~ J

DO NOT USE

cf PROJECT lVlJt~~~fPfUPVtAlTAMP

PERWORK $-j7f~~

V8CICIIIl COOl 8UYERmiddot DATE PLACED TERMS

VIA REPORtiNG CODi REQUISITION NO PO NO

_ r-

( r r rJ T~U---- J---shy

l~-_middotr rj (jnr-tll~--~---

J I

Exterior Heters It Mixers 953

Mica Band Heaters )m ulnSulaled sUllaces Healers ar~ UHO toroperalionaln1OlWlno lIno of eyllftdl1cal c- of obtUIIng liP to 100middot F h bull 304 slaIess Sleel shealh loj surl- sucn on pl~llc xlruden InJeeshy Haa with 10 UP 10 2 ra aupptled witll 10 lono r Ih swageo conSlruClIon ano an al 110ft and blO molding machnebullbull holding lankbullbull Iad Ires Unila _ 2 10 h t_lOCr tennlnalbullbull D 15000 F clfUmbullbull food _ conlalnent _Ing mllChl Allabla in a wode rnge of 10 and widlh lor I COIIOII serYlce will 0 leaos a tocla_ and blow moIdno equIpment YOII or 240 volt opertlon ~ Ih or _t8Obullbullbull Specify N 10 Wldtll 1Volta 240 Volta t In In Wla No NET EACH No NET EACH 10 Width 240 Volta

L 1 bull 100bullbullbull 31141(11 11 K21 SIU In In WII No NET EACH 1 fA 1 yenIe 125KI2 1 35MK22 lUI 2 62lI 38IMK3I UIUII

01bull 51 (622) 010 I Yl L 150 31141(11 1 31S1MK2I lUI Yl 2 Yl bull 1000 3IIMK3I 22111bull NETEACH Watts No NET EACIf 1 Yl 1 Yl bull 200 31141(1 1701 35MK2 17oe 4 4 bull 1250 35I4K37 2LII2IIK210 S151O 00 361K110 S17 1 Yl 2 2iO ___ __ III4It25 1758 5 1 Yl 700 3IIMK3I 2OtllIIK220 1015 OO 36taKI2O 111J IYl 3 3iO ___ __ III4It25 2025 6 1 Yl bull bull bull 850 3II1I4laquo3I 2117IIK211 lU18 ISO 3111I1Klll 122) Zbullbull 1 Yl 300bullbullbull 31141(15 bullbull 17311 35MK27 1738 6 2 bull 1200 35MK1 2433IK240 1180 175 36t1lK112 1311 Zlo 1 Yl 300bullbullbull 35MK11 35MK2I 11 7 1 Yl 1100 3SI4K42 23MIK2iO 11 19() 3811Kll1 14~ zyenol 17 300KI7 2011 35l14laquo2li 20JIl 8 2 1500 31S1MK43 a11IK2IO 1411 200 3611K114 14 3 1 Yl 400 ___ __ 35MK31 1715 t 1 Yl 1800 31S1MK44 217IK270 2500 240 3611K115 115 3Yl 1Yl 500 ___ __ K32 11 10 1 Yz bull bull bull 1500 31S1MK45 2131 IK212 1185 250 361K116 11n 3Yl 2 6iO ___ __ K33 1111 12 2 bull bull bull bull 23OO I5IMIWI 31511 IK2IO 2720 285 3SIIKI17 17- 4 I 825 ___bull __ 35MK34 1140 14 I k 1900 31S1MK47 43t2 IIK2IO 1108 300 361Kl1 lUI

DIa SlI 1622) Dla NETEACH Walts Ho NET EltCIgt One Piece Band Heaters IKln S154s IIKI12 1545 ThelIa 10 IMtaII hebull ChdY IIKltl 1135 250 3111KI13 slii Finned Strip Heaters =c=n=1K11 1173 275 361IK14 1ll5t _ fl I hl I-~ d and a Iruda bllrt 0 I oaIKlll 1845 500 361IK5 113 U or mounl no aero AIr a ream w n ucla or II r bull U bull KII 2025 bull 10 na1 by coftWlClicln n appIlCallOn sucll duct hetlng spac he1ed kelt till bella aM K17 2070 211il dryino _ food Watmenl AIr lIno curlno and tor hebullbull tretlll9 pipe Th IInllbullbullled500 3111Ke17 zitf ItnllMrallnQ lhe ir on Ir COndIllonino sySl_ section beI_ III healed 11_IK 2190 750 361IKl

24 RI type 31M ahHtIl capable at 00- functlona bullbullbull hinoa and carmilbullbull K1I 2311 7SO 3611K111 2510 1l1ninO - to fIOO Slainteel __ trmlnls rapeled opaning and cloe ng nd1K121 2505 800 3111KIZI KI22 2513 l0a0 36 tlKI22 251Smiddot re pObullbullII conct to Ih windings 0 prod maximum mOYInQ from 0 jOb 10 anotllef

amperage cno capacty A pllng loaded nlCllal plled SIHI Clamping bolt pullS ha ~III 1Volta 240 VOII hHlat cOM 10 IIIe wortc common plla lml 1Ie need for bull

n WIIS No NET EACH No NET EACH saparala clamplno band EIICII IIled section j ratItd 240 yenOIlbullbull 10 Yl bull 500bull 35751(11 12710 3575K21 12710 parmIIllnQ pat connectIOn in ~ tor amplID WIlla SIin 12 900 3575Kt2 2IL7I 3SlIK22 2IL71 sMI aIIUtII Width 1 SIIutft to 1- F 14 l100 3575Kls 3417 35751(23 3411 ~loflOOF

120VAC 240 VltC 154 1250 3575Kl 3171 3575K2 3178 ID~ NET No HETEACH No NET EACII 17 ~ 15O 3575K15 4111 3575K25 t In wn No EACH

3SUKSI SI1IMlt 1912 1700 3575Kt 4373 35751(21 4373 5 770 3IAIC11 14L703iilK24 13408 3S11K5 3401 21 19OO 3575Kt7 lt1531 357SK27 lt1531 5Yl lOOO 3lUKt2 5051 3S11K25 3876 3S11KII 3In 23 Vo 2200 ___ __ 35751(21lt12 8 750 31A1C13 5210 35IIK2I 405 3S11KZ 41115 25 Yl 2400 __ __ 3571K21 51 6 bull 1000 3IAICl SUO

3S11K3 61nt 2Ii Vo 2500 __ __ 3575K30 bull 5253 7 1000 3IAIC1S SUI 35ieK21 bull 3535 3S11KII4 3535 30 Yl 2800=~_______-131~SlI~K3~_BQIL I 1200 3IAICll bull

3511KU 5465 3S1Kls 54115 33 Yl 3150___ __ 357S1t32 iIII- 8 Yl bull bull 1100 31A1C17 127 3S11K2I 5252 3S11K66 5252 35 ~ w5O___ __ 357SK33 1753 9 1500 31A1Ct M04 3S11K31 6225 3S11K17 1225 J8 Yl 3700___ __ 357SK34 71311 10 Yl 1200 3IAICll1 bull 74 35IIK32 55 3S11KU 5511 -2 12 150 ___ __ 3575K35 771 12 Yl 1500 3II3K21 7 3S11K33 6667 3S11K6I 61171 35IIK34 7652 3S11K11 71521

3581K72 77IIU 3S11K73 10

35uKl5middot 54-amp5 3581K74 54bullbullt 3S11K75 70

3511K36 7763 3S11K7 771111 35IIK31 3581K77 1 35IIK36 7103 35IIK71 3511K3bull 5117 3S11K7 5111

3S11Kl 7101 3iiiiK41 bull 1771 3S11K12 17n 35IIKC2 7226 35IIK3 72JI 35IIK43 9508 3S11K114 I5I1II

3S11KIS I3357 3S11K 10M 3S11K11 10015

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STER-CARR

Lab Mixers A EXPIOSIONPROOf AIR POWeRED mAo SIinls I shaft and propeller provide

RER-comact allnw Ie maximum r_nc 10 chemlC1 Itoell and lor atIrItng all tJpeot of -- petnta are eaSily ciNMd snail is 12 lono and pr0shyand 0Iher low ~ eoIuIIoIIa TIle lpeec pel is 2 12 diameter Unit will In 11 can be artad from 200 0 10000 APM by poeitIoftII and call1lOt out --- mera tumino IIIe air supply Ya An oil and ir IiIlar (11Ol fumialled) should be

Ouiel smootll runnmo air motor lNQducaa inl1ed on air supply II InclUde 4 of 1111 HP 80 IIIL ~ fIaquiraI air upply aIho at onlY 35 10 100 ilia No lilllTt 4 bullbull NET EACH S1G51

BRfIll-CLAllP ELICTIIIC LA MIXshy Ian Iain ahaft and propellerERS-For conlln_ dUty oper TIl totly encIOIIad a~ motor _I on

tion 10 mi dlllllOl or lUapend lIshy I11V 80 Hz AC Has 00011 Cll for sinol speedquidbull Thoroughly mibullbullbull up 10 25 _atton Saty cord and plUO inCluded galbull ofll1ln liquids or _II tlalCIIH of lleayief Ilquode nd urrles -- Speec NET

Havy duty clamp _bly per La 010 HP APM No EACH mil mlxat to be clamped on he rim 12 2 120 15O lltIIITt SI_ 0 conalfMIfS any anoia Conoeoon 20 3 1115 1700 t48eT15 1111

CVARIAU SPEED LA MX vlacoua liquids Ha rIIeoatal apaed conlrOl and bull t 15 ERS-Conunuou dulybullbullheded _5CIIIO tQ inola phasa 15 wet motor bull

POIaIIIIIIkIRIof motor IIaa IIkIminum IdOIUM DUlY MODEL No 1411T13-MI to housing nd corroion rlsInl 5 gallon of IIOh liquid and a maller olume of sln staal all and 1IIOPe11at _pen_a H 80Iid atbullbullbullbullpeed conlrOl HIcIIaI plated Chuck TIIrM 00fd and a 115 voll iOI8O HZ sinola pIIampae 55 11 motor and plUG For finO Iand -Il10 Shaft Prop Molor Speec NET

IIGHT DUTY MODEl 1411T1 1 IAnOtII OIL HP APM No EACH -Mill to 2 III olllUIll Ilquicla r l w 11200 1~1100 bullbullbull 1411T11 or a amllar olum of more 12 bull 2 w 175 bullbull 200-2200 bullbullbull 111T1S bullbull alii

--

--

From FNAL HENTGES 1-DEC-19aa 1024 To URSIN Subj HI POTTING OF HEATER CONNECTORS

~

AN AtJiI POT WAS DONE ON THE THREE HEATER CONNECTORS IN A CASEOUS ARGON - ENVIIRMENT AT APPROX -150 DEGREES C bull

PHASE A [BLACK] ll00VAC AT 13 MICRO AMPS PHASE B [WHITC1 1180VAC AT 15 MICRO AMPS

PHASE C [BLUE] 1090VAC AT 14 MICRO AMPS ANY QUESTIONS PLEASE CALL ME

- -

-

FrOID FNAL HENTQES 11-MAY-1990 11125761 To tUHOLlAND lRBINHENTQES CC Subj CC HEATERS

QEORQE THE HEATERS CHECKED OUT OK

PHASE TO PHASE RESISTANCE A-B 904 OHMS B-C 900 OHMS A-C 904 OHMS

PHASE TO GROlfI) RESISTANCE shyA) 10 MEQ B)10 MEQ C)10 MEQ

AC HIPOTT PHASE TO GROUND A580VAC B575VAC C575VAC

DC HIPOTT PHASE TO GROUND Al200WC B1200VDC C1200VDC

QEORQE JOHN I THERE ALL YOURS NOW QOOD LUCK HENTQES

-

CC HEATER INSTALLATION DocuMENTATION

Nine pairs of heaters are installed in the bottom of the CC pressure vesselThe physical layout is shown in the CC internal development drawing D0 dwg 3740510-ME-255523 Electrically the heater system is a delta configuration Electrical details are found on D0 dwg 3740515shyEC-273761 The feedthrough connectors for power to the heaters are located in the instrumentation box Connector positions are found on D0 dwg3740515-EC-273760 Original sketches for the above named drawings are included in this document

The heaters and wiring were cleaned various times prior to and after installation with ethyl a1chohol At various stages in the installation hi-pot and continuity tests were successfully accomplished to verify the integrity of the system The fmal hi-pot numbers are included in the documentation

The heaters and wiring are kept separated from thermometry and purity cell wiring by SS sheetmetal barriers

The fabrication testing and installation was completed by M Hentges and his crew from ADCryo


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0

shy

bull

~

I

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f 1



LfGJffJ~

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L =- Uv6fL PtltoBE

H ~ HIfATpoundR




~

t ~



i(1n IOC


I mrs PO mrs mrs


1$ MeM MeM


tXHHWl ALUMINUM OR


18 i 25 tt 16 20 io 27 14 30 30 io 20 30 30 ii12 25 2S 40 40lj ~ ~ ~~ 55 30 30 4S 45 10

70 45 -55 55 55 8

~~1~ 1~~ 100 Ilf tamp 1M 80 1amp~ 13S 1M

120 145 155 95 U5 120 120 1 2 140 170 180 180 ItO 135 140 140 2 1 165 195 210 210 130 IS5 165 165 I 0 195 230 245 245 ISO 180 190 190 0

00 225 265 285 28S 175 210 220 220 00 000 260 310 330 330 200 240 255 25S 000


1000 780 935 lm 1CIl 625 1~ 800 800 1000 1250 890 1065 1130 710 85S 905 905 1250 1500 980 1175 1260 1260 795 950 1020 1020 1500 1750 1070 1280 1370 1370 875 1050 1125 1125 1750 2000 1155 1385 1470 1470 960 1150 1220 1220 2000

CORCTtON ACTOR







AmbientTmpbullbull

31-40 82 -88 90 91 82 88 90 91

liz

AWl

MeM

18 16 14 12 10

II

(6-lt

3 2 1 o

00 000

0000 250 300 350 400 500 600 700 750 800 900

1000 1250 1500 1750 2000

is 20 30

55 70 80 95

110 125 145 165 195 215 lAO 260 280 320 m 385 400 410 435 455 495 520 545 560


COPPER

i 20 ~q

585 100 115 130 150 17S 200 230 255 285 310 335 380 420 460 475 490 520 545 590 625 650 665

ii 25 30 40 en

70 90

105 120 140 ISS lIS 210 235 270 300 325 360 405 455 490 500 515 555 585 645 700 735 775

21 22 25 30 40 ~

~ 105 120 140 IS 185 210 23S 270 300 325 360 405 455 490 500 SIS 555 585

COPPERcuD ALUMINUM

645 700

405

735 775

4S5

ALUMINUM OR

Is 25 30 40 55 65 7S 85

100 11S 130 t5S 170 190 210 225 260 285 310 320 330 355 375

435

470

is 25 40 50 65 7S 90

100 120 135 t5S 180 205 230 250 270 310 340 375 31S 395 425 445 485 520 545 560

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 530 580 61S 650

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 510 580 615 650



AWl

MeM

ii 10 8 6 4 3 2 1 o

00 000

0000 250 300 ]50400 500 600 700 750 800 900

1000 1250 1500 1750 2000


86-104 105middot12241middot50 58 75 80 82 58 75 80 82


159-116


11-10 30 41 lO 41












more than OlIO






4 N CD





or OOC PEPB 92P

Dry locations


special ap-

Fluorinated thylale

Fluorinated

14-10 rf40D0~2 (30







lSOC 302P








302P plications

j





14 12 10

8middot2 1middot40


1001middot2000



Table 310-37

95 45 95 45 95 45 9S 60

itO 60



AIbeetoImiddot


AWGor MCM

14-2 1middot40

213middot500 501-1000

1001-2000

IJshyIS 45 20 45 25 JO 30

1000 C I

9S 60 9S 60

lID 60 lID 60 lID ~

AabeetoelIndwn

1QOO5000

25 30 40 40 SO



f


1 ~ i41

_----- Table 310-39





-4 145 --shy -2 190 195 -1 225 225 225

10 260 260 260 210 300 300 300 30 345 345 345 40 400 400 395

250 445 445 440 3SO 550 5SO 545 500 695 685 680 7SO 900 885 870

1000 1075 1060 1040 1250 1230 1210 1185 1500 1365 1345 1315 mo 1495 1470 1430 2000 1605 1S75 1535






8 6 4 2 1

10 203040 250 JSO 500 750

1000 12SO

~ 2000

-shy

175 200 230 270 JIO 345 430 530 685 825 950

1060 1165 1265

-t




AlrT of middotC

Conductorlin AWQMCM



8 C~

i I

10 203040 250 350 500 750

1000

_59 79

~ 160 185 215 250 285 320 395 485 615 705

-93 gt

185 215 245 28S 325 360 435 53S 670 770



Air Temperature of



I 6 4 2 I

72 95

12S 145

10 210 3040

170 190 220 255

250 350

280 345

425S40 635

~






is

ltt 75 83 )

isoI~~2 155 170I 180 195

21010

225 30

205 240 260 280 295

250 40

330 350

315 385 395

500 480 750

475 600 515

1000 675690





65 84

lIS 130 150 175 200 230 25S 310 385 415 S65

G= ~ nBABBOBN



tmiddot (






- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


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3 L - 4S1 4000



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306 I




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20 DEICRIIDN



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1te~~


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1$ MeM MeM


tXHHWl ALUMINUM OR


18 i 25 tt 16 20 io 27 14 30 30 io 20 30 30 ii12 25 2S 40 40lj ~ ~ ~~ 55 30 30 4S 45 10

70 45 -55 55 55 8

~~1~ 1~~ 100 Ilf tamp 1M 80 1amp~ 13S 1M

120 145 155 95 U5 120 120 1 2 140 170 180 180 ItO 135 140 140 2 1 165 195 210 210 130 IS5 165 165 I 0 195 230 245 245 ISO 180 190 190 0

00 225 265 285 28S 175 210 220 220 00 000 260 310 330 330 200 240 255 25S 000


1000 780 935 lm 1CIl 625 1~ 800 800 1000 1250 890 1065 1130 710 85S 905 905 1250 1500 980 1175 1260 1260 795 950 1020 1020 1500 1750 1070 1280 1370 1370 875 1050 1125 1125 1750 2000 1155 1385 1470 1470 960 1150 1220 1220 2000

CORCTtON ACTOR







AmbientTmpbullbull

31-40 82 -88 90 91 82 88 90 91

liz

AWl

MeM

18 16 14 12 10

II

(6-lt

3 2 1 o

00 000

0000 250 300 350 400 500 600 700 750 800 900

1000 1250 1500 1750 2000

is 20 30

55 70 80 95

110 125 145 165 195 215 lAO 260 280 320 m 385 400 410 435 455 495 520 545 560


COPPER

i 20 ~q

585 100 115 130 150 17S 200 230 255 285 310 335 380 420 460 475 490 520 545 590 625 650 665

ii 25 30 40 en

70 90

105 120 140 ISS lIS 210 235 270 300 325 360 405 455 490 500 515 555 585 645 700 735 775

21 22 25 30 40 ~

~ 105 120 140 IS 185 210 23S 270 300 325 360 405 455 490 500 SIS 555 585

COPPERcuD ALUMINUM

645 700

405

735 775

4S5

ALUMINUM OR

Is 25 30 40 55 65 7S 85

100 11S 130 t5S 170 190 210 225 260 285 310 320 330 355 375

435

470

is 25 40 50 65 7S 90

100 120 135 t5S 180 205 230 250 270 310 340 375 31S 395 425 445 485 520 545 560

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 530 580 61S 650

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 510 580 615 650



AWl

MeM

ii 10 8 6 4 3 2 1 o

00 000

0000 250 300 ]50400 500 600 700 750 800 900

1000 1250 1500 1750 2000


86-104 105middot12241middot50 58 75 80 82 58 75 80 82


159-116


11-10 30 41 lO 41












more than OlIO






4 N CD





or OOC PEPB 92P

Dry locations


special ap-

Fluorinated thylale

Fluorinated

14-10 rf40D0~2 (30







lSOC 302P








302P plications

j





14 12 10

8middot2 1middot40


1001middot2000



Table 310-37

95 45 95 45 95 45 9S 60

itO 60



AIbeetoImiddot


AWGor MCM

14-2 1middot40

213middot500 501-1000

1001-2000

IJshyIS 45 20 45 25 JO 30

1000 C I

9S 60 9S 60

lID 60 lID 60 lID ~

AabeetoelIndwn

1QOO5000

25 30 40 40 SO



f


1 ~ i41

_----- Table 310-39





-4 145 --shy -2 190 195 -1 225 225 225

10 260 260 260 210 300 300 300 30 345 345 345 40 400 400 395

250 445 445 440 3SO 550 5SO 545 500 695 685 680 7SO 900 885 870

1000 1075 1060 1040 1250 1230 1210 1185 1500 1365 1345 1315 mo 1495 1470 1430 2000 1605 1S75 1535






8 6 4 2 1

10 203040 250 JSO 500 750

1000 12SO

~ 2000

-shy

175 200 230 270 JIO 345 430 530 685 825 950

1060 1165 1265

-t




AlrT of middotC

Conductorlin AWQMCM



8 C~

i I

10 203040 250 350 500 750

1000

_59 79

~ 160 185 215 250 285 320 395 485 615 705

-93 gt

185 215 245 28S 325 360 435 53S 670 770



Air Temperature of



I 6 4 2 I

72 95

12S 145

10 210 3040

170 190 220 255

250 350

280 345

425S40 635

~






is

ltt 75 83 )

isoI~~2 155 170I 180 195

21010

225 30

205 240 260 280 295

250 40

330 350

315 385 395

500 480 750

475 600 515

1000 675690





65 84

lIS 130 150 175 200 230 25S 310 385 415 S65

G= ~ nBABBOBN



tmiddot (






- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


REOUESTED 8V


3 L - 4S1 4000



OIR OFC


306 I




2oAG ~ ~ lOS $lIO I

I


tV5 AlSI(shy~

7ICA NIt~J



t~~~ J

DC hiS )57



- _ - ~ ----- ------- -fL-2 REV 1120188

V




UTeIO ALL co TA






20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-



LfGJffJ~

Sfgt S(J1r1Jpound

L =- Uv6fL PtltoBE

H ~ HIfATpoundR




~

t ~



i(1n IOC


I mrs PO mrs mrs


1$ MeM MeM


tXHHWl ALUMINUM OR


18 i 25 tt 16 20 io 27 14 30 30 io 20 30 30 ii12 25 2S 40 40lj ~ ~ ~~ 55 30 30 4S 45 10

70 45 -55 55 55 8

~~1~ 1~~ 100 Ilf tamp 1M 80 1amp~ 13S 1M

120 145 155 95 U5 120 120 1 2 140 170 180 180 ItO 135 140 140 2 1 165 195 210 210 130 IS5 165 165 I 0 195 230 245 245 ISO 180 190 190 0

00 225 265 285 28S 175 210 220 220 00 000 260 310 330 330 200 240 255 25S 000


1000 780 935 lm 1CIl 625 1~ 800 800 1000 1250 890 1065 1130 710 85S 905 905 1250 1500 980 1175 1260 1260 795 950 1020 1020 1500 1750 1070 1280 1370 1370 875 1050 1125 1125 1750 2000 1155 1385 1470 1470 960 1150 1220 1220 2000

CORCTtON ACTOR







AmbientTmpbullbull

31-40 82 -88 90 91 82 88 90 91

liz

AWl

MeM

18 16 14 12 10

II

(6-lt

3 2 1 o

00 000

0000 250 300 350 400 500 600 700 750 800 900

1000 1250 1500 1750 2000

is 20 30

55 70 80 95

110 125 145 165 195 215 lAO 260 280 320 m 385 400 410 435 455 495 520 545 560


COPPER

i 20 ~q

585 100 115 130 150 17S 200 230 255 285 310 335 380 420 460 475 490 520 545 590 625 650 665

ii 25 30 40 en

70 90

105 120 140 ISS lIS 210 235 270 300 325 360 405 455 490 500 515 555 585 645 700 735 775

21 22 25 30 40 ~

~ 105 120 140 IS 185 210 23S 270 300 325 360 405 455 490 500 SIS 555 585

COPPERcuD ALUMINUM

645 700

405

735 775

4S5

ALUMINUM OR

Is 25 30 40 55 65 7S 85

100 11S 130 t5S 170 190 210 225 260 285 310 320 330 355 375

435

470

is 25 40 50 65 7S 90

100 120 135 t5S 180 205 230 250 270 310 340 375 31S 395 425 445 485 520 545 560

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 530 580 61S 650

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 510 580 615 650



AWl

MeM

ii 10 8 6 4 3 2 1 o

00 000

0000 250 300 ]50400 500 600 700 750 800 900

1000 1250 1500 1750 2000


86-104 105middot12241middot50 58 75 80 82 58 75 80 82


159-116


11-10 30 41 lO 41












more than OlIO






4 N CD





or OOC PEPB 92P

Dry locations


special ap-

Fluorinated thylale

Fluorinated

14-10 rf40D0~2 (30







lSOC 302P








302P plications

j





14 12 10

8middot2 1middot40


1001middot2000



Table 310-37

95 45 95 45 95 45 9S 60

itO 60



AIbeetoImiddot


AWGor MCM

14-2 1middot40

213middot500 501-1000

1001-2000

IJshyIS 45 20 45 25 JO 30

1000 C I

9S 60 9S 60

lID 60 lID 60 lID ~

AabeetoelIndwn

1QOO5000

25 30 40 40 SO



f


1 ~ i41

_----- Table 310-39





-4 145 --shy -2 190 195 -1 225 225 225

10 260 260 260 210 300 300 300 30 345 345 345 40 400 400 395

250 445 445 440 3SO 550 5SO 545 500 695 685 680 7SO 900 885 870

1000 1075 1060 1040 1250 1230 1210 1185 1500 1365 1345 1315 mo 1495 1470 1430 2000 1605 1S75 1535






8 6 4 2 1

10 203040 250 JSO 500 750

1000 12SO

~ 2000

-shy

175 200 230 270 JIO 345 430 530 685 825 950

1060 1165 1265

-t




AlrT of middotC

Conductorlin AWQMCM



8 C~

i I

10 203040 250 350 500 750

1000

_59 79

~ 160 185 215 250 285 320 395 485 615 705

-93 gt

185 215 245 28S 325 360 435 53S 670 770



Air Temperature of



I 6 4 2 I

72 95

12S 145

10 210 3040

170 190 220 255

250 350

280 345

425S40 635

~






is

ltt 75 83 )

isoI~~2 155 170I 180 195

21010

225 30

205 240 260 280 295

250 40

330 350

315 385 395

500 480 750

475 600 515

1000 675690





65 84

lIS 130 150 175 200 230 25S 310 385 415 S65

G= ~ nBABBOBN



tmiddot (






- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


REOUESTED 8V


3 L - 4S1 4000



OIR OFC


306 I




2oAG ~ ~ lOS $lIO I

I


tV5 AlSI(shy~

7ICA NIt~J



t~~~ J

DC hiS )57



- _ - ~ ----- ------- -fL-2 REV 1120188

V




UTeIO ALL co TA






20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-


~

t ~



i(1n IOC


I mrs PO mrs mrs


1$ MeM MeM


tXHHWl ALUMINUM OR


18 i 25 tt 16 20 io 27 14 30 30 io 20 30 30 ii12 25 2S 40 40lj ~ ~ ~~ 55 30 30 4S 45 10

70 45 -55 55 55 8

~~1~ 1~~ 100 Ilf tamp 1M 80 1amp~ 13S 1M

120 145 155 95 U5 120 120 1 2 140 170 180 180 ItO 135 140 140 2 1 165 195 210 210 130 IS5 165 165 I 0 195 230 245 245 ISO 180 190 190 0

00 225 265 285 28S 175 210 220 220 00 000 260 310 330 330 200 240 255 25S 000


1000 780 935 lm 1CIl 625 1~ 800 800 1000 1250 890 1065 1130 710 85S 905 905 1250 1500 980 1175 1260 1260 795 950 1020 1020 1500 1750 1070 1280 1370 1370 875 1050 1125 1125 1750 2000 1155 1385 1470 1470 960 1150 1220 1220 2000

CORCTtON ACTOR







AmbientTmpbullbull

31-40 82 -88 90 91 82 88 90 91

liz

AWl

MeM

18 16 14 12 10

II

(6-lt

3 2 1 o

00 000

0000 250 300 350 400 500 600 700 750 800 900

1000 1250 1500 1750 2000

is 20 30

55 70 80 95

110 125 145 165 195 215 lAO 260 280 320 m 385 400 410 435 455 495 520 545 560


COPPER

i 20 ~q

585 100 115 130 150 17S 200 230 255 285 310 335 380 420 460 475 490 520 545 590 625 650 665

ii 25 30 40 en

70 90

105 120 140 ISS lIS 210 235 270 300 325 360 405 455 490 500 515 555 585 645 700 735 775

21 22 25 30 40 ~

~ 105 120 140 IS 185 210 23S 270 300 325 360 405 455 490 500 SIS 555 585

COPPERcuD ALUMINUM

645 700

405

735 775

4S5

ALUMINUM OR

Is 25 30 40 55 65 7S 85

100 11S 130 t5S 170 190 210 225 260 285 310 320 330 355 375

435

470

is 25 40 50 65 7S 90

100 120 135 t5S 180 205 230 250 270 310 340 375 31S 395 425 445 485 520 545 560

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 530 580 61S 650

is 30 40 55 70 80 95

110 125 145 165 185 215 240 260 290 330 370 395 405 415 455 480 510 580 615 650



AWl

MeM

ii 10 8 6 4 3 2 1 o

00 000

0000 250 300 ]50400 500 600 700 750 800 900

1000 1250 1500 1750 2000


86-104 105middot12241middot50 58 75 80 82 58 75 80 82


159-116


11-10 30 41 lO 41












more than OlIO






4 N CD





or OOC PEPB 92P

Dry locations


special ap-

Fluorinated thylale

Fluorinated

14-10 rf40D0~2 (30







lSOC 302P








302P plications

j





14 12 10

8middot2 1middot40


1001middot2000



Table 310-37

95 45 95 45 95 45 9S 60

itO 60



AIbeetoImiddot


AWGor MCM

14-2 1middot40

213middot500 501-1000

1001-2000

IJshyIS 45 20 45 25 JO 30

1000 C I

9S 60 9S 60

lID 60 lID 60 lID ~

AabeetoelIndwn

1QOO5000

25 30 40 40 SO



f


1 ~ i41

_----- Table 310-39





-4 145 --shy -2 190 195 -1 225 225 225

10 260 260 260 210 300 300 300 30 345 345 345 40 400 400 395

250 445 445 440 3SO 550 5SO 545 500 695 685 680 7SO 900 885 870

1000 1075 1060 1040 1250 1230 1210 1185 1500 1365 1345 1315 mo 1495 1470 1430 2000 1605 1S75 1535






8 6 4 2 1

10 203040 250 JSO 500 750

1000 12SO

~ 2000

-shy

175 200 230 270 JIO 345 430 530 685 825 950

1060 1165 1265

-t




AlrT of middotC

Conductorlin AWQMCM



8 C~

i I

10 203040 250 350 500 750

1000

_59 79

~ 160 185 215 250 285 320 395 485 615 705

-93 gt

185 215 245 28S 325 360 435 53S 670 770



Air Temperature of



I 6 4 2 I

72 95

12S 145

10 210 3040

170 190 220 255

250 350

280 345

425S40 635

~






is

ltt 75 83 )

isoI~~2 155 170I 180 195

21010

225 30

205 240 260 280 295

250 40

330 350

315 385 395

500 480 750

475 600 515

1000 675690





65 84

lIS 130 150 175 200 230 25S 310 385 415 S65

G= ~ nBABBOBN



tmiddot (






- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


REOUESTED 8V


3 L - 4S1 4000



OIR OFC


306 I




2oAG ~ ~ lOS $lIO I

I


tV5 AlSI(shy~

7ICA NIt~J



t~~~ J

DC hiS )57



- _ - ~ ----- ------- -fL-2 REV 1120188

V




UTeIO ALL co TA






20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-










more than OlIO






4 N CD





or OOC PEPB 92P

Dry locations


special ap-

Fluorinated thylale

Fluorinated

14-10 rf40D0~2 (30







lSOC 302P








302P plications

j





14 12 10

8middot2 1middot40


1001middot2000



Table 310-37

95 45 95 45 95 45 9S 60

itO 60



AIbeetoImiddot


AWGor MCM

14-2 1middot40

213middot500 501-1000

1001-2000

IJshyIS 45 20 45 25 JO 30

1000 C I

9S 60 9S 60

lID 60 lID 60 lID ~

AabeetoelIndwn

1QOO5000

25 30 40 40 SO



f


1 ~ i41

_----- Table 310-39





-4 145 --shy -2 190 195 -1 225 225 225

10 260 260 260 210 300 300 300 30 345 345 345 40 400 400 395

250 445 445 440 3SO 550 5SO 545 500 695 685 680 7SO 900 885 870

1000 1075 1060 1040 1250 1230 1210 1185 1500 1365 1345 1315 mo 1495 1470 1430 2000 1605 1S75 1535






8 6 4 2 1

10 203040 250 JSO 500 750

1000 12SO

~ 2000

-shy

175 200 230 270 JIO 345 430 530 685 825 950

1060 1165 1265

-t




AlrT of middotC

Conductorlin AWQMCM



8 C~

i I

10 203040 250 350 500 750

1000

_59 79

~ 160 185 215 250 285 320 395 485 615 705

-93 gt

185 215 245 28S 325 360 435 53S 670 770



Air Temperature of



I 6 4 2 I

72 95

12S 145

10 210 3040

170 190 220 255

250 350

280 345

425S40 635

~






is

ltt 75 83 )

isoI~~2 155 170I 180 195

21010

225 30

205 240 260 280 295

250 40

330 350

315 385 395

500 480 750

475 600 515

1000 675690





65 84

lIS 130 150 175 200 230 25S 310 385 415 S65

G= ~ nBABBOBN



tmiddot (






- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


REOUESTED 8V


3 L - 4S1 4000



OIR OFC


306 I




2oAG ~ ~ lOS $lIO I

I


tV5 AlSI(shy~

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3iO 35112KI1 St01a 365 35112K12 10315


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--

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- -

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-

j





14 12 10

8middot2 1middot40


1001middot2000



Table 310-37

95 45 95 45 95 45 9S 60

itO 60



AIbeetoImiddot


AWGor MCM

14-2 1middot40

213middot500 501-1000

1001-2000

IJshyIS 45 20 45 25 JO 30

1000 C I

9S 60 9S 60

lID 60 lID 60 lID ~

AabeetoelIndwn

1QOO5000

25 30 40 40 SO



f


1 ~ i41

_----- Table 310-39





-4 145 --shy -2 190 195 -1 225 225 225

10 260 260 260 210 300 300 300 30 345 345 345 40 400 400 395

250 445 445 440 3SO 550 5SO 545 500 695 685 680 7SO 900 885 870

1000 1075 1060 1040 1250 1230 1210 1185 1500 1365 1345 1315 mo 1495 1470 1430 2000 1605 1S75 1535






8 6 4 2 1

10 203040 250 JSO 500 750

1000 12SO

~ 2000

-shy

175 200 230 270 JIO 345 430 530 685 825 950

1060 1165 1265

-t




AlrT of middotC

Conductorlin AWQMCM



8 C~

i I

10 203040 250 350 500 750

1000

_59 79

~ 160 185 215 250 285 320 395 485 615 705

-93 gt

185 215 245 28S 325 360 435 53S 670 770



Air Temperature of



I 6 4 2 I

72 95

12S 145

10 210 3040

170 190 220 255

250 350

280 345

425S40 635

~






is

ltt 75 83 )

isoI~~2 155 170I 180 195

21010

225 30

205 240 260 280 295

250 40

330 350

315 385 395

500 480 750

475 600 515

1000 675690





65 84

lIS 130 150 175 200 230 25S 310 385 415 S65

G= ~ nBABBOBN



tmiddot (






- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


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3 L - 4S1 4000



OIR OFC


306 I




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20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


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PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-

-t




AlrT of middotC

Conductorlin AWQMCM



8 C~

i I

10 203040 250 350 500 750

1000

_59 79

~ 160 185 215 250 285 320 395 485 615 705

-93 gt

185 215 245 28S 325 360 435 53S 670 770



Air Temperature of



I 6 4 2 I

72 95

12S 145

10 210 3040

170 190 220 255

250 350

280 345

425S40 635

~






is

ltt 75 83 )

isoI~~2 155 170I 180 195

21010

225 30

205 240 260 280 295

250 40

330 350

315 385 395

500 480 750

475 600 515

1000 675690





65 84

lIS 130 150 175 200 230 25S 310 385 415 S65

G= ~ nBABBOBN



tmiddot (






- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


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3 L - 4S1 4000



OIR OFC


306 I




2oAG ~ ~ lOS $lIO I

I


tV5 AlSI(shy~

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t~~~ J

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- _ - ~ ----- ------- -fL-2 REV 1120188

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UTeIO ALL co TA






20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-

G= ~ nBABBOBN



tmiddot (






- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


REOUESTED 8V


3 L - 4S1 4000



OIR OFC


306 I




2oAG ~ ~ lOS $lIO I

I


tV5 AlSI(shy~

7ICA NIt~J



t~~~ J

DC hiS )57



- _ - ~ ----- ------- -fL-2 REV 1120188

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UTeIO ALL co TA






20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-





- -~----------


~~~


JJ31U

CU--=-=== 150 150 32middot18 300 200 28-12 fIOO 200 28-12 ~


~~It b Inell1II111





I

27


REOUESTED 8V


3 L - 4S1 4000



OIR OFC


306 I




2oAG ~ ~ lOS $lIO I

I


tV5 AlSI(shy~

7ICA NIt~J



t~~~ J

DC hiS )57



- _ - ~ ----- ------- -fL-2 REV 1120188

V




UTeIO ALL co TA






20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-


REOUESTED 8V


3 L - 4S1 4000



OIR OFC


306 I




2oAG ~ ~ lOS $lIO I

I


tV5 AlSI(shy~

7ICA NIt~J



t~~~ J

DC hiS )57



- _ - ~ ----- ------- -fL-2 REV 1120188

V




UTeIO ALL co TA






20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-

V




UTeIO ALL co TA






20 DEICRIIDN



C~t~ T




1l3( V)



READ IMMEDIATELY




-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-

-------

41 ~ Fermil ) )

1te~~


BUS OFC

OIR OFC


N~ ~ r 08


e~~~~ II ~()


DO NOT USE


PERWORK $-j7f~~



_ r-



J I













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-













3581K72 77IIU 3S11K73 10




3S11KIS I3357 3S11K 10M 3S11K11 10015


3iO 35112KI1 St01a 365 35112K12 10315


STER-CARR










--

--


~




- -

-








-

--

--


~




- -

-








-








-

D0 CRYO CC HEATER INSTALLATION -...

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