230 volts en3645 and en2997 derived connectorsthe use of higher voltage to reduce cable weight has...

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The use of higher voltage to reduce cable weight has lead to the development of double voltage connectors. 230 Volts EN3645 and EN2997 Derived Connectors 8D Series & 8533 Series 230V Connector Robust design and materials In high altitude un-pressurized areas, higher voltages increase electrical partial discharges and the risk of contact short circuits. Our 230V connector avoids this risk! No possible mismatch Specific T and V clocking to avoid mating with a non 230V qualified counterpart. Flexible offering Available in standard watertight and hermetic connectors with the same performance. Available in composite and stainless steel shells. 230V 230V x Standard connector: Partial discharge leading to possible short circuit 230V connector: No short circuit!

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Page 1: 230 Volts EN3645 and EN2997 Derived ConnectorsThe use of higher voltage to reduce cable weight has lead to the development of double voltage connectors. 230 Volts EN3645 and EN2997

The use of higher voltage to reduce cable weight has lead to the development of double voltage connectors.

230 Volts EN3645 and EN2997 Derived Connectors

8D Series & 8533 Series230V Connector

Robust design and materials In high altitude un-pressurized areas, higher voltages increase electrical partial discharges and the risk of contact short circuits.Our 230V connector avoids this risk!

No possible mismatch Specific T and V clocking to avoid mating with anon 230V qualified counterpart.

Flexible offering Available in standard watertight and hermetic connectors with the same performance.Available in composite and stainless steel shells.

230V 230Vx Standard connector:Partial discharge leadingto possible short circuit

230V connector: No short circuit!

Page 2: 230 Volts EN3645 and EN2997 Derived ConnectorsThe use of higher voltage to reduce cable weight has lead to the development of double voltage connectors. 230 Volts EN3645 and EN2997

2

17 / E 19 / F 21 / G13 / C

8D Series | 230V Connector

Ordering informationStandard 8D Series/EN3645 derived connectors

Hermetic 8D Series derived connectors

Contact layouts

04

4#16Service I

11

11#16Service II

11#12Service I

11 48

4#8 PowerService I

06

6#12Service I

08*

8#16Service II

* Composite version only.

Basic Series 8D 0 13 K 04 P T 600L

Shell style: 0: Square flange receptacle 5: Plug with RFI shielding 7: Jam nut receptacle (stainless steel only - plating K)

Shell size: 13, 17, 19, 21

Plating: K: Passivated, stainless steel shell M: Nickel, composite shell

Contact layout: See tables below

Contact type: P: Pin (500 mating/unmating) S: Socket (500 mating/unmating)

Orientation: T, V (See page 4)

Specification: 600: 230V qualified connector, delivered with contacts 600L: 230V qualified connector, delivered without contacts

Basic Series F38999 21 Y C 04 P T 600

Shell style: 21: Box mounting flange receptacle 23: Jam nut receptacle 25: Solder mounting receptacleClass: Y: Passivated stainless steel shellShell size: 13=C, 17=E, 19=F, 21=G

Contact layout: See tables below

Contact type: P: Male solder cup

Orientation: T, V (See page 4)

Specification: 600: 230V qualified connector, delivered with contacts

Page 3: 230 Volts EN3645 and EN2997 Derived ConnectorsThe use of higher voltage to reduce cable weight has lead to the development of double voltage connectors. 230 Volts EN3645 and EN2997

3

1412 20

8533 Series | 230V Connector

Ordering informationStandard 8533 Series/EN2997 derived connectors

Hermetic 8533 Series/EN2997 derived connectors

Contact layouts

03

3#16

04

4#12

07

7#16

04

4#6

Basic Series 8533 0 ES 12 03 P T 600L

Shell type: 0: Square flange receptacle 3: Plug with RFI screening ring 7: Jam nut receptacleClass: ES: 260°C stainless steel with 360° teeth

Shell size: 12, 14, 20

Contact layout: See tables below

Contact type: P: Pin S: Socket

Orientation: T, V (See page 4)

Specification: 600: 230V qualified connector, delivered with contacts (layouts 12-03, 14-04 & 14-07) 600L: 230V qualified connector, delivered without contacts 281: 230V qualified connector, delivered with contacts #6 for cable DR8 + boots ABS0992 + standard backshell ABS1452 (layout 20-04)

Basic series 8533 1 Y 12 03 P T 600

Shell type: 1: Solder mount receptacle 2: Square flange receptacle 7: Jam nut receptacle

Class:Y: 200°CYE: 260°C

Shell size: 12, 14, 20

Contact layout: See tables below

Contact type:P: Pin

Orientation: T, V (See page 4)

Specification: 600: 230V qualified connector, delivered with contacts (layouts 12-03, 14-04, 14-07 & 20-04)

Page 4: 230 Volts EN3645 and EN2997 Derived ConnectorsThe use of higher voltage to reduce cable weight has lead to the development of double voltage connectors. 230 Volts EN3645 and EN2997

4

Orientation

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8D Series & 8533 Series | 230V Connector

Viewed from front face of receptacle Viewed from front face of plug

Series Shell sizes OrientationAngles

A° B° C° D°

8533

12 & 14T 55 145 228 280

V 50 156 218 290

20T 45 160 210 300

V 60 165 235 285

8D

13T 70 136 218 261

V 75 138 224 268

17, 19 & 21T 58 162 188 316

V 85 150 191 307

For further information contact us at [email protected] (Europe - Asia - Africa)[email protected] (North America)

or visit our web site www.souriau.com