TALK GIVEN AT THE 30th MEETING OF

(1)

DELPHI 8§-18 ELEC-17 25th February, 1986

TALK GIVEN AT THE 30th MEETING OF

DELPHI CHANNEL STANDARDIZATION GROUP

21st January, 1986

B. Langeset, M. Pegoraro, E. Christophel

(2)

DELPHI 85-18 ELEC-17

- High voltage cables and connectors (B.Langeset) 1

- FEMC high voltage distribution system (M.Pegoraro) 21

- FASTBUS discriminator board (E.Christophel) 33

(3)

HIGH VOLTAGE — CABLES AND CONNECTORS

( B. LANGESET)

(4)

(5)

Congyat RE Cobbs

Ife S0-1-74 CRG 178) toda pial

LEC SO-2- 408 RG [24 ara rb) modded |

Koro Forsl eo 1d -eone , Sev eme colltelivil, seresued

Flat 20- esve > 2f ener | 7

TEC S0-3-4 (x RG 088) Miredifid

Speerel GON 32mm out dial

“Jenoted Pac Cebls _ |

Pred chee SO 2.0 -/ Aanclid macy 2<203mm>/ 3 > 7) Farge - parr, LO- far | 2¢-pacr fiat call

Pudnnwdiaatls sev-eeuned lersled pace 262.08 mm® / 2 p10 Mnalirt Sn Gk —pmey, 4G ~flanv andor Di pacy Cotrod ov fa &

Flat Ribbon Cobbs —_

("2 -M4-1e-20- 24-26-24 - 26-40 emduelgrs 0.09 m wir

(6)

30 kde Singh —- ene Serreecnied

Ordaed : A.O lews tedeL (e-4 COPAL pet Cl.)

6.4 len Frevburg + Ottanre (Ora uta ch. )

20 kV ele. Stef -— enc. S ereene.

Ordered: AOlew Frechurs COPAL Jes or. )

2 Alene |

Ad fever

(7)

A

WwW

SeCreenrtia

Orderect

A ~O lene He dbloers q a

A, 5S jer

.

O keer .

R CC tog (om

1 bran 1 OQ <_ e

Cantcton. an

<2 Okla bene ’

4.0 2=2

. FF

7 7S hee : Dae ; > /

-EF / ne, [2a ~ .

Le Pbt/

(8)

YX

‘

ON

Shey. Fu gb — core. FOCr2etern2d

Ordered: “Okun Hedatbers ores fot O..

MOO lene Maryland / ova. Matyar~ Cal.

O, Shee Wenz tenn /0041 Madr. Cal . aver PclPT) Sid bw Aieage / 0 C4 L. Presa—pabey—

V4 otele NRoc Can ada/c OPAL 2- OL, V2.0 feu Cahtyr. [OPAL Vartlese Cl.

A.Ok. Cray EF / DEL Psy

"7.S leu, Caford / DELP HY

fo 43.0 fesse Frevbure /opar get ot.

12.0 Leer Sa olay [OPAL To

ay foe a.”

(9)

BS - 4

Oo -— >o

AOI GH VOLTAGE CABLES FoR F2RTICLE DETEZTORS

Elance ~nelardoT, four grote, Lor toviect, Aealogen free pot

Conor meneg TW TFC 3ax (Flame propagation), ASTM E 662

CS proter density), ATS seco, 00f C Toxctetty), DIN 57 472 peat 813

CEorreseretz) totth Linuks as CERN Faftly Intrweline 2D,

Bitial cA Ccorona”)

Lert SOH2z ac

™~ TES S22 + LOpscocoutonéd CheVessk (kV rms) 1,5 (6.3) 4S (10,6) 30(21.2) 45 (31,8) -ZTEC 9o : 4 pracecrutonb(kVesak(hVrms)) 5.5 (3,9) |41 07. 8) |22015.6 | 33 (23.3) Sreck. doune atta ge Jwrtagerted sn (kVele) M25 ASO

603 short time esd on dm Sptecrmune (kVac)} 20

Cordele Crieh seauuwn (am?) CML CQO |O2o-fo 4,0

Condicter screen, tilicskd thickunlmm)| ¢.4¢ | of |oiearcl 0.20

Lmnrulatiorw soveen, brluded Here ler.ors (mm ae O-15 1O15~0,20| O20 Metathe screen, tracd utrne dia. ( mm) 0.40 QO 04s O19

Fre Lawiir natiiat El ie-$4 Gia Ss Gass or Fokagele fern

GTC | Sahota em ' Quaker Shalt Hanns Con 7) S02 $¥,& 8 - GF 40,5

Plane tof LEC 332-4 |ZEC 332-4 (LEC 332-3 |\TEC 332-3

(10)

: a 1 T I q t q 1 { t a

49 surviving samples test

| voltage

11+ | — —— - 4 20 kV

a.c.

10r Zz 3119

97 418

8 | 417

7r 116

6 be

~ 15

5 * need ond 14

4+ 413

3 4 12

ot 449

1_reo 7410

O A i A A , i A a i A 4S a

(11)

SPECIFICATION FOR

CERN/EF/2231H/BL/mg

(Rev. on 23 November 1984)

FIRE TESTS FOR FLAME RETARDANT LOW-SMOKE LOW-TOXICITY CABLES |

The tests listed in the table are minimum requirements for cables for particle detectors and related electronic equipment and installations for physics experiments (see nates efter the table).

Test * Standara?? Requirements c)

QUESTIONNAIRE:

Quality offered

(d)

by the manufacturer

Flame

propagation IEC 332-3 Power cables shall pass category A (7.0 8,

Other cables shall pass category C

(1.5 2, 20 min).

40 min).

IEC 332-1 Wires and flat ribbon cables with outer diameter or thickness < 5 mm shall be:

self-—extinguishing within j

< 30 5, .gpm

length oFVEffected portion

<—"S00—mm (see note (c)).

2 SOmum

Smoke

density ASTM-E-662 Ds < 250 for flaming and non-flaming mode.

Toxicity

of fire gases

ATS 1000.001

HCN < 100/150 ppn, CO < 3000/3500 ppm,

NO + NO, < 50/100 ppn,

SO, + H2S < 50/100 ppn, HF < 50/50 ppm,

HC2 < 50/500 ppm.

Corrosivity of fire gases

DIN 57 472

part 813

Ph > Wret OS |

conductivity < 100 ys/cm, (cable shall be halogen and sulfur free,

< 0.1% by weight).

(12)

10 Notes to the table

(a)

(b)

(c)

(d)

Scope: this specification applies to electric cables, insulated wires and other insulated parts for particle detectors and related

electronic equipment and installations for physics experiments. The

specification is essentially a selective extract from CERN Safety Instructions No. 23.

Standards:

ASTM E 6627: Standard Test Methad for Specific Optical Density of

Smake generated by Solid Materials (alternative

standard: UITP-E&, 3 m cube test).

ATS 1000.001: Fire-Smoke-Toxicity (FST) Test Specification, Airbus Industrie Technical Specification (Airbus Industrie, Headquarters, B.P. No. 33, F-31700 Blagnac, France.

Telex: AITO 530526 F, Tel. (61) 93.33.33). Other recognized standards may be proposed by the

manufacturer, such as UTE C 20-454 (French), NES 713

(GB) or equivalent standards (CERN contact:

Mr. Ch. Nuttall - TIS).

IEC 332: Tests on electric cables under fire conditions:

332-1 Part 1: test on a Single vertical insulated Wire or cable;

332-3 Part 3: tests on bunched wires and cables;

332-3 Part 3: Amendment No. 1.

DIN 57 472: Prufung an Kabeln und isolierten Leitungen, Korrosivitat von Brandgasen (VDE-Bestimmung).

UITP-E4 3 m cube test for the measurement of smoke density,

flaming alcohol source.

Requirements: for the IEC 332-1 flame propagation test on wires and cables with outer diameter or thickeness < 5 mm the observed values should be reported and higher values may be considered, subject to agreement.

Toxicity limits (ppm after 1.5/4 min.) as defined in ATS 1000.001 par. 8.2.1 and sample test report.

Questionnaire: this column should be completed by the manufacturer and returned to CERN with the offer.

(13)

f

: ¢

wwf wy

11

, . “tt

- 4

LISTE DE CABLES CEI POUR FREQUENCES RADIORLECTRIOUES

: LIST OF IRC RADIO-FREQUENCY CABLES

j Indication

Diaasétre Comdve teur intérieur Matériau du | 3 de type

arer conductor ~~

3 yp sur conducteur iType de

4 Ze Diélectrinque diélectrique | Diamétre Diamétre extérieur {| gaine | Toléraace

3 Di t . maximal Matéri

8 Type oven approx atériau Material

: indication dielectric | APPFOx- Maximus Material | Cf Outer = |Type of | Tolerance

4 Dielectric diameter diameter conductor sheath

3 ^: 96 IEC 2 mm =a mm =| inch 1 ; 2 +9 -

Polytétrafluoréthylane

f aepeca ca

i- . . . . ;

$Q-1-1 50 Polytetrafluarethylene 0.87 7 x 0.11 [0.365 fo o144 | eeet ace IV 3.5 50-1-2 50 |' do. do. 0.87 7 =u @.tt 10.365 |o.ores| 2PC* sccst ce sec v 3.5

$0-1-3 50 | do. do. 0.87 7 x 0.11 [0.365 lo.o14a] *PC® _eccst ca _scc vI 3.5

Polyéthyléne massif ca cn

$0-3-1 $0 Solid polyethylene 1.5 7 x 0.17 10.564 10.0222 pe pe It! 2

Polytétrafluoréthyléne

apca ca

3$0-2-2 $0 Polytetrafluorethylene 1.5 7 x 0.18 10.598 0.0235 eccst sec Iv 3.5

50-2-3 $0 | do. do. 1.5 7 x 0.18 |0.598 |o.0235| *P°8 sccst ca sce v 3.5 50-2-4 50 Ido. do. 1.5 7 x 0.18 [0.598 lo.o23s| 8Pc# scest ca scc VI 3.5

Polyethyléne massif ca

$0-2-5 30 Solid polyethylene 1.5 0.16 -- -<- cst pe Ir! 2

50-2-6 50 Ido. do. 1.5 0.16 -- -- cst 3 Ir! 2

Polyéthvléne massif cn ca

; §0-3-1 50 Solid polyethylene 2.95 7 x 0.32 11.06 0.0417 pe pc Il! 2

3 ^ie 50-3-3 50 | do. do. 2.95 0.90 -- -- _peca ca I 2

pe

50-3-4 50 | do. do. 2.95 0.90 -- -- pe pe III 2

i 50-3-5 50 Ido. do. 2.95 0.90 -- -- cA cn cA I 2

i pc pc pc

; 50-3-6 50 Polytetrafluorethylene Polytétrafluorethyléne t . 2 95 0.99 _. _. apca ca IV 25

sccst scc

50-3-7 50 | ao. do. 2.95 0.99 -- -- apca sccst ce acc , vI ; 2.5

50-5-1 50 Polyéthyléne massif Solid polyethylene 4.8 1.4 _. _. cn pc ca pec aT 2

50- 5-2 50 | do. do. 4.8 1.4 -- -- cn _pe cy 8 _pe _pc I 2

Juillet jor July

(14)

boat ho

Conducteur intérieur .

Indication _{de type} Dianmétre Inner conductor jp Materiau du

sur , conduc teur Type de

Ze Dielectrique diélectrique | Diamétre Diameter approx. Diamétre maximal Matériau Matertal exterteur / | gaine | Toléraace Type

over Approx Maxinun of outer T f | Tol

Lelect . ype o Clereace

indication Dielectric Gtelectric diameter diameter Material conductor sheath

96 IEC 2 am = an inch 1 2 *9

Polyéthyléne massif ca ch

50-7~- A SO | selid polyethylene 7.25 7 x 0.75 7.49 }0 . pe pc i 3

} cz ca

50-7-2 S@ | do. ; da. 7.28 ? x Q.73 [2.49 @.agao Iz 2

; pe pe

Its 2 ^{727 ah} 50-7-3 50 | do. do. 7.25 7 20.75 [2.49 |o.oceso| “" _pc c" _pe ca _pe 1 2

~ t: ao

“ae § ets

ca cn

je ^yO ^. 30-7-4 50 | do. do. 7.25 7 x 0.75 [2.49 0.0980 pe pe 1 1

hue

e ~ps

ws wee Polyéthyléene massif ca ca cn

o4 -

. . 2. .

7 | 50-7-6 50 Solid polyethylene 7.23 %x 0.75 49 0.0980 pe sec pe I i wr

a: Polytétrafluorethyiene ca ca

_~ 4 -~- ~7

. ° .72 . 71

ae 30-7 0 Polytetrafluorethylene 7.25 7 x 0.82 )2 0.10 sce scc IV 2

a ³ 50-7-8 50 | do. do. 7.25 7? x 0.82 {2.72 |0.1071| “ _scc <e _scc VI

oy _a_*

wet TF $0~12-1 so | Polyéthyléne massif 11.5 7 x 1.15 ]3.82 |0.1504) ‘°* ca I

gt Solid polyethylene

pc pe oe. Polytétrafluorethyléne

ca ca

ol? -12- . . -- -- Vv 2

we 50-12-2 50 Polytetrafluorethylene 11.5 3.7 sce sce I

ca ca

ed - . - e ~~ o- Vv 2

30-12-3 50 | do. do 11.5 3.7 sce ace I

Polyéthyléne massif ca cn

- . .0 -- -- I 2

30-17-14 50 Solid polyethylene 17.3 5 pe pe

ca cn

7-2 50 | do. do. 17.3 3.0 -- -- Ill 2 50-1

pe pe

L<

3 50-17-3 50 | 4 do 17.3 5.0 - - 8 I 2

. =F - oO. . . . pe pe pe

4

"es

ons ey _{Gaine IV}Gaine V Gaine VI Gaine I Gaine II Gaine ITI : : polytétrafluoréthyléne enroulement d'étanchéité de polytétrafluoréthyléne avec une tresse ea fibre de verre siliconée -40°C, faiblement migatrice -25°C, ordinaire ~40 C, ordinaire fluoréthvléne propyléne Sheath IV Sheath V Sheath VI Sheath Sheath II Sheath III seal with 8 silicone varaishned polytetrafluorethylene polytetrafluorethylene moisture -25. °C, ordinary -40 C, ordinary fluorinated ethylene propy iene -40°C, non contaminating |

glass fibre braid ca indique - cuivre nu pe denotes ~ plain copper

ca indique - cuivre argenté ace denotes - silver covered copper ape indique - acier plaqué cuivre est denotes - copper coveres steel apes indique - scier plaqué cuivre argenté sccst denotes ~- silver cover copper

. covered steel

duly

(15)

tie his nak

A be

Bsisd aid hd ada dae aden,

Coaducteur intérieur

Indicatioa de type . Ze Diélectrique diélectrique Dianétre Diameter sur |/Diamétre approx. Inner conductor maxinal Diamétre Matériau Matériau du coaducteur Material extérieur Type de gaine Tolérance

ype A pprox. Maximus of outer Type of Toleraace indication Dielectric dielectric diameter diameter Material conductor sheath

96 IEC Q an an = iach 1 2 + 9

Polytéetrafluoréthylése bo | &pee ea

73-2-1 ts Polytet rt rhe 1.5 Fx @.LL .@.3éS o.cied . t Iv §

| 2 . . | :

73~2-2 7 | do. _: én LS We G.tt |o.3¢s |o.eres SPE™ | cB | _i _; _secet _{| see |} v 5 _. 75-253 75 | do. éo 1.5 7 x 0.11 [0.365 fo.o144{ *PC® _sccst ca _sce vI 5

Polyéthyléne massif . co cn .

718-4-1 75 Solid polyethylene 3.70 7 x 0.21 10.698 10.0275; pe pe It! 3

75-4-2 75 | do. do. 3.70 7 x 0.2: |o.698 0.0275 ce _pc cn _pc cn _pc I 1.5

75-4-3 75 | do. do. 3.70 0.59 -- -- ca _pc ce _pc I 3

78-4-4 75 | do. do. 3.70 0.59 ~- -- en _pe cn _pe I 3

15-4-5 75 Polyéthyléne cellulaire Cellular polyethylene 3.70 0.8 _. _. ccst ape cn pe VII 5

Polytétrafluoréthyléne apca ca

75-4-6 75 Polytetrafluorethylene 3.70 0.65 sccst scc IV 3

75-4-7 75 | do. do. 3.70 0.65 -- -- apes _sccst ce _scc vI 3

Polyéthyléne cellulaire cn ca

75-S-1 75 Cellular polyethylene 4.80 11 pe pe It 5

Polyéthyléne massif ca ca

-5- . . -- -- II

13-5-2 7s Solid polyethylene 4.80 0.75 pe pe I 3

75-5-3 75 i do do. 4.80 0.735 -- -- ca cn cn I 3 pe pe pc

Polyéthyléne massif cn ca

7$-7-1 7$ Solid polyethylene 7.28 7 x 0.40 41.33 0.0524 pc pe I 3

cn cA

735-7-2 735 i do. do. 7.25 7 x 0.40 11.33 0.0524 pe pe Ilr 3 .

15-7-3 75 | do. do. 7.25 7 0.40 11.33 |o.0524, _pe“" _pcca cn _pc I 1.5

ca ca

73-7-4 73 I do. do. 7.25 1.15 -- -- 1 1.3 pe pe

duly

(16)

‘1 dl 38 ab dle ail’s fl edt mtltucons Bervoiancn uid btn abl néethed nck ubailerala sce

f oe eR lla he as» 60 ait a te ey ty eat yf hy base te. oO ee

Indication

Diamétre see eee rasaterteur Matériau du de type

sur conducteur Type de

Zz, Diélectrique dié¢leetrique |i Diametre Diameter aK. Diametre tral t | extérieur gaine Toléraace type

ot apore: eaxtaa | Matériau Material

Approx. Max imum of outer Type of Toleraace

indicatica

dteleetri

Dtelectrie telectric dianeter diameter Material conductor sheath

$6 IKC ro aa = men iach 1 2 +Q

E

Polyéthyléne massif

ca ca

75-7-8 73 Solid polyethylene 7.25 1.15 -- -— pe pe Irr 3

Polyéthyléne cellulaire

ca ca

75-7-9 7S Cellular Polyethylene 7.25 1.6 ~~ ~~ pe pc Ul &

Polytétrafluoréthy lane

apca ca

- 7

. . . .

73-7-10 3 Polytetrafluorethylene 7.25 7 x 0.45 [1.49 0.0587 sccst sce Iv 3

75-7-11 75 | do. do. 7.25 7 x 0.45 [1.49 Jo.osg7] &Pc8 ^sccst ce ^scc vI 3

Polyéthyléne massif

cn cn

7$-12-1 73 Solid polyethylene 11.5 7 x 0.63 ~- ~~ pe pe II! 3

Polyéthylése massif

cn ca

73$-17-1 73 Solita pol wethylene 17.3 2.7 pe pe I 3

. :

75-17-2 75 ido. do. 17.3 27 | -- cn pe ce pe III . 3 ,

75-17-3 75 | do. do. 17.3 2.7 -- -- ce pc ca pe cn pe 11 3

Polyéthyl. semi aéreée

ape ca

100-4-1 100 Semi air spaced poly. 3.70 0-51 cest pe I ‘

: wt 300 Solid polyethylene Polyéthvyléne massif Cable bifilaire souple Flexible twin cable

30

300 300

Cable bifilaire souple 2 do do

Flexible twin cable

30

Gaine I! -40°C, faiblement migatrice

Sheath I -40°C, BOR contaminating

Gaine I! -25°C, ordinaire

Sheath II -25°C, ordinary Gaine III -40°C, ordinaire

Sheath III -40 C, ordinary

Gaine IV fluoréthyléne propyléne

Sheath IV fluorinated ethylene propylene Gaine V polytetrafluoréthyléne

Sheath V polytetrafluorethylene

Gaine VI enroulement d'étanchéité de polytétrafluoréthyléne avec une tresse en fibre de verre siliconée Sheath VI polytetrafluorethylene moisture seal with a silicone varnished Gaine VII polyéthyléne

Class fibre braid Sheath VII polyethylene ca : indique - cuivre nu

pc denotes - plain copper ca indique - cuivre argenteé

scc denotes - silver covered copper

ape indique - acier Plaqué cuivre ccst denotes - copper covered steel

apcea indique - acier Plaqué cuivre argenté sccst denotes - silver covered copper covered steel

_ duillet July 1976

(17)

43°15

TIS-RP/FT 785-12 P.Beynel, M.Tavlet,

26.09.1985 ".Schonbacher

FIRE TEST REPORT

On the materials listed below, flame propagation, oxygen index and/or

corrosivity tests have been carried out for internal application at CERN.

The results are communicated to the interested persons within the

Organization, and on request to the firm who supplied the test samples. The

data have to be treated as PRIVATE COMMUNICATION and have to be discussed with

one of the authors before any further use or publication.

1. INDENTIFICATION OF COMPONENT

Category of component : 5 kV DC cable, 7 X 0.17, winding 8 am

Nature of material : Polyolefine

Reference number : 85723 Name of supplier : WM.E.K.

Contact person at CERN : B.Langeset

Type of application : ?

Date received for test 3 18.06.1985

2. FLAME PROPAGATION TEST ( IEC 332 part 1)

Date of test : 18.06 | R760 7 15 a 230

Tested lenght = 300 am | LL c 2 destroyed lenght (aa) Tested weight = ? g b = time of combustion (s) C = inflamable cable

, a = inflamation time (s) R = flame retardant cable = 60 + weight(g)725

3. OXYGEN INDEX ( ASTM BD 2863 )

Date of test : / | or 27

4. CORROSIVITY TEST ( DIN 57 472 part 813 ) Date of test : 20.06.85

[ «| test passed pl minimum © 4.7

[| net pessed cond. maxi = 13 gS/ca

(18)

7% 16

TIS-RP/FT/85-11 P.Beynel, M.Taviet,

26.09.1985 H.Schonbacher

FIRE TEST REPORT

On the materials listed below, flame propagation, oxygen index and/or corrosivity tests have been carried out for internal application at CERN.

The results are communicated to the interested persons within the Organization, and on request to the firm who supplied the test Samples. The data have to be treated as PRIVATE COMMUNICATION and have to be discussed with one of the authors before any further use or publication.

1. INDENTIFICATION OF COMPONENT

Category of component : 5 kV DC cable, 7 X 0.17, winding 10 mm

Nature of material (s) Polyolefine

Reference number(s) 85722 Name of supplier N.E.K.

Contact person at CERN B.Langeset Type of application ?

Date received for test : 18.06.1985

e ee ee oe oe

2. FLAME PROPAGATION TEST (€ IEC 332 part 1 3}

Date of test : 18.06 Rs 60 7 13 sf 170 '

Tested lenght = 300 mm a c = destroyed lenght (mm) Tested weight = ? g ———— b = time of combustion (s) C = inflamable cable a = inflamation time (s) R = flame retardant cable = 60 + weight(g)725

3. OXYGEN INDEX € ASTM D 2863 )

Date of test : / | or ss

4. CORROSIVITY TEST (€ DIN 57 472 part 813 3}

Date of test : 20.05.85

x test passed pH minimum 4.9

not passed. cond. maxi = 21 uS/cem

(19)

4517

f=.

TIS-RP/SFT785- 35

19.11.1985 P.Beynel, M.Tavliet,

H.Schonbacher

FIRE TEST REPORT

On the materiais listed below, flame propagation, oxygen index and/or corrosivity tests have been carried out for internal application at CERN.

The results are communicated to the interested persons within the Organization, and on request to the firm who supplied the test samples. The data have to be treated as PRIVATE COMMUNICATION and have to be discussed with one of the authors before any further use or publication.

1. INOENTIFICATION OF COMPONENT

Category of component Nature of material(s)

Reference number

Name of supplier

Contact person at CERN Type of application CERN enquiry

Date received for test

e ee ee st e¢ oe ee

2. FLAME PROPAGATION TEST

Date of test 15.11

Tested lenght Tested weight

C = inflamable cable R = flame retardant cable

= 600

= 9

cable 96 IEC 50-2-1 Mod (red) 85-11

PE/Polyolefin ?

&5/S1 NEK (€N) B8.Langeset

LEP detectors and experiments L/1-9745/7EP

19.11.1985

C IEC 332 part 1 }

R760 7 19 7 360 : L

3. OXYGEN INDEX (€ ASTM D 2863 )

Date of test : /

4. CORROSIVITY TEST ( OIN

sSeeeeneewraewae@ @ wa we aw

Date of test : 15.11.85

X test passed

not passed

c = non-destroyed lenght (mm)

—————- b§ = time of combustion (s) a= inflamation time (s)

= 60 + weight(g)7/25

| OL=ys

57 472 pert 313 )

4.15

pH minimum

cond. maxi = 2.39 uS/cm

(20)

op perry

- ASTM E662 (Smoke density } 4g 1 ~ ATS 000.001 (Toxicity) » | > BINS 2672 part 813(Corrosivity)

_~ Limits as $123

4

Cables HT. 2kV screened | 16 core é 56 core 3 |. 61 core

8 Tcore ox ldcere | IEC 332-3 | 2h core | | IEC 3323

we coef ce Pd |

seme tame wee ee 1 “ - cere

tcore (unscreened)

— Cables HT. 10kV screened | |

‘I core 6720/1120 |1120 | | —-T 66 [IEC 332-7 |

Gf-8928/FF

+20%, TS) 11180. 7core IEC 332-3 .

a

a 4 4 q - 4 - @.-. 4 4 . % “4

Cables H.T.20kV screened ) 4 Bl 1 core 960 95 {IEC 332-3 G/I-892Q/EF +0% (1728 11675.

1 core (non flame retardant

)* - 240 | } | rT 6m TEC 332-3 .

‘aesememtiettion + en alee meneame

Cables HT. 30kV screened

21 tcore [28807960 [— Pt De. 1 {EC 332-3 Gil- 8928/EF 10% ' 1929] 1870-_

a 22 | Tcore(non flame retardant )* 720 | 240 | ; p 718 TEC 332-3 ; 1449. 124 |

oo 23] ) —

we § } we mee he , i

| .

4 Not conforming CERN Safety Instruction n°23 Onis 7. ‘ pith - Cable with reduced sheath thickness and di PC ANDE SE

but not coplying with IEC 332 for use Wiside gas pressure tanck only he

*. a 4%

RA

ae

CABLES HT. (in meter}

|

—— _. Fo pagel

|

as

+ a _ o A “ wage coe nee te nee ee ne ere eee eae . a ER ae Cote Er f 1B Jd VHD Oe £ OOFIOA ATION ” ~ ~—— bereak Byki gah te ilk gh * Ak UR ae . rd ‘ | en ues eee oe 1 Bese EAE. “hee thee Cio Be cies hen gecetar gcc ageny anny sen Pm ke to . ve + . ts

(21)

t

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URW TE ClemEre SOTPEREE withoNt writen sythenseien wen

Quantity high voltage 15kV comnectors — tpn tot f. " 15 pin fo 650; | of ee po tof 4469-13350

“ Mo |. fee pee peepee te fb P80

Ty

ds 12170

126.201 550 | 9.65

ONIUT S FU ing]

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PN y=

wy t

Price Fr fr

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—F tage tb pope pee of ef oo fone BB 4020 L " Or me oot on pow

ff

$923. 15.15

Quantity hgh voltage 6.3kV | comectos 1 pn {say tea felod tf oT ToT TT —_ eae _[... JGQT-8974 /EFN9.20 [920] eeu 8607 |

7

B foe. TF pnMinarey) | A A fp fo [| (G/T-8974/EFB025 | 3025] 19_] 19_ | 9 | « 1hpn - = _ - ; | tt. _ _— (OT) 8974 /EF B81. 30f 2723/3084] 201] |

10 | « __ 21 pin a fof fe fo | Gl-8974/EF 196.25 | 2363 B97 AR 18.75] i

1 | (hermetic) 21 pn epee poof oo pop op i ~— AGT BTG/EF| 771. | 071/557 6.5] fo 2 | « _ 26pn 20 | 30 | 26 - ~T { | “Hal | (GT-8974/EF 605.40) 25.22 F465.) 23.58 | 13. |» (hermetc) 24 pn PA ee ee | : | —f t+0%6- 37 1-89 7L/EF 611.10 125 461571 Ld 23 80

Quanhty high voltage 10kV

14 | connectors 7 pin 2h tt. ft yd ee +0% PQTLIEF [43.60] 43.60] 33 90] 33 90] 15 | « 7 pins 48/8 | 4 | |+ 0% G1-B974/E F B23.80| 46 251226501 38.07 16_| + Thermefic) 7 pin. “Bo | 4 ft

+0%] 32 | lor eswer bez

srsarsyoon}

|

Quartity hgh voltage 20k V | 17] conectors "pn 7 | fl -BITLIEF IZA 20IZN20 1h SOG SO 18 | (hermetic) 1 pin 72 {[ f - _ 0%] 24 QT-B97UEF [29450129450 106. .| 106.

te —p--

Quantity high voltage 30KV/ 19 | comectors pin 18974 EF(IO314 [193% fISSA2T55 42

Of thermefc) tpn [ae P72 conf PP + 10% | 96 GIB 974 [EF (6h, 4854.84 19335 [193 35 |

CONTACT A BEER B LANGE SET

| NOTA All matenals non magneti - fr insulation Co ue ee eee mee fo [ _. _ i . Current mex: TmA G halogen : [3 . DESCRIPTION POs MATIERE COTES BRUTES | (QUAN SSE ONS TE C 130-1 standard rating oy }] ENSEMBLE S ENSEMBLE NOM DATE ~~ | SORES | OBSSINE Mm CHEMINEALL 13.12 84 Bes fe ~ HIGH VOLTAGE CONNECTORS ee A BER F ie Py SHIELDED FOR OPAL PREMPLACE PAR

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pn ee vee ee en cnet . $. } a “ALA, ¥: _ a ‘ wif’ ‘7 ae Mp _ _ do | ‘ 1 et ak tie: ay a 4 ia : é ; ORBAN EA NON EUROPREMNE POUR LA MECHERCHE NUCLEAIRE Meas —— —- 1 er ne ee —+* | yy e af MENT ziti: bem EUROPEAN ORRAMIZATIUN FOR NUCLEAR REBEARCH wpm ef a ef i FO ayes 8 : ee . Ne ley - : Ta " ~ -()37- 2 «. MEO GATE | WOM ZONE MODIFKATION mu } jo GP Wak os, ty VE CERN-DIV: EF om mee Behe al : / . * $6 ceed meets urn Dee re en Sty e a Meg, Mao PS peewee aap OG ME Boy Boer eibsmticmmingty ng TT ee f 1D bret ORR aE AD AGENT agp ca DINSMORE a SME EE cen tune a. ee NO Mareen emt MM Ree tent cate ew a Meee 8 ee ca .

(22)

20

(23)

21 FEMC HIGH VOLTAGE DISTRIBUTION SYSTEM

PADOVA, TORINO, TRIESTRE, SANTANDER, VALENCIA

(M. PEGORARO)

(24)

22

(25)

23 FEMC HV REQUIREMENTS

~-1000 V

v (5 WA

FACH DETECTOR CHANNEL

4300 CHANNELS/ END CAP

- }

‘ ‘ i = my o

> = 4 . i % i s 2 ‘ , . 4 ON

fe HAA, ft 4 en i A Ae

Mintnum RiepepreE & NOISE

UNIFORMITY OF GAIN x SENSITIVITY

Orv {0 Z

(26)

24 LEP CENTRE

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YOLIALA wad

(27)

1200 CO uuterd sector

grouped in blocks of 4

block = HV channel

1200 HV channels/ end cap

25

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5 . i ann dap as.e-t.

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U_P_S.

SUPPLY HV

MAINS

a

=

RAMP GENERATOR

Hv |

DISTRIB

(4x )

4 _Y

LOCAL CONTROL

REMOTE CONTROL

3 64

(28)

26 NiISTRIBUTOR HV

a“ a“

mma ~

Neapran wanes eetemees ae mee ey we ne ee Se -

^aren^et ® ©

AI@1@O|O|O]oOlolL

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(29)

HV DISTRIBUTOR

HV IN > DETECTION SHORT

| TO Vv

_ CONVERTER _{CH 1} 7 OUT

Oo O—P

I

| TO V

CONVERTER _CH? q _: rT

O ~ OUT

| |

| TO V |

CONVERTER _{CH 320} 7 OUT

oO 320

ANALOG ,

MUX

Pal TO

S LOCAL

^a

CONTROL

REF= - 1000 VY REF= 0 V

(30)

28 RAMP GENERATOR

TO HV PLS.

U/D COUNTER

HM |

“7 MAX

“— SET

^I

SPEED START STOP CONTRAVES

|

3% DIGIT DAC

1 YOLTs LSB Vout=0- 1999 V

SPEED= 100 - 200 bit/ sec

(31)

29 PREAMPLIFIER ELECTRICAL DIAGRAM

fig. 3

(32)

30

LOCAL CONTROL

AUTOMATIC OR MANHVAL SCAHNING OF ALL CHANNELS : FAULT SEARCHING withH

sTOP OH FAULT.LOM HAHVAL SCANNING DISPLAY OF THE CVURREWT OF EACH CHANNEL.

FAULTS DETECTION BY MEANS oF WLM bow DISCRIMINATOR OM THE CURRENT DRAWH:

| ?

VOWER AND OPPER THRESHOLD ADJUSTABLE

PISPLAN OF THE TOTAL NUMBER oF FRULTS

PARTIAL CoUHTER To DCSPLAY THE HUMBER

OF FAILURES SIMCE LASY SCATKHING

Norn VOLATILE MEMORY For STORING THE

STATUS OF EACH CHUAHNEL

ALARM

All THESE FUHCTIONS \MPLEMENTED on Gok,

WITH OPTION “REMOTE conTRoL”

(33)