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Signal
Positions: 20 / Contact diameter-Ø: 0,70mm
Wire cross section:
22/28 AWG /0,08/0,38 mm²
Operating voltage:
For pollution degree 2: 200V
For pollution degree 3: 10V
Nominal current: 7A [1]
Max. continuous current: 11 A [2]
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 10 / Contact diameter-Ø: 0,70mm
Wire cross section:
22/28 AWG /0,08/0,38 mm²
Operating voltage:
For pollution degree 2: 320V
For pollution degree 3: 63V
Nominal current: 7A [1]
Max. continuous current: 11 A [2]
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 6 / Contact diameter-Ø: 1,30mm
Wire cross section:
18/26 AWG 0,14/1 mm²
Operating voltage:
For pollution degree 2: 500V
For pollution degree 3: 200V
Nominal current: 12,5A [1]
Max. continuous current: 19,5 A [2]
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 5 / Contact diameter-Ø: 2,00mm
Wire cross section:
14-18 AWG/1-2,5 mm²
Operating voltage:
For pollution degree 2: 672V
For pollution degree 3: 267V
Nominal current: 24A [1]
Max. continuous current: 33 A [2]
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 192 / Contact diameter-Ø: 0,70mm
Operating voltage: 0V
[1] According to IEC 61010-1:2010 (VDE 0411-1:2020-03), supply voltage from grid supply circuit (Cat.2)
[2] Determined according to IEC 60512-5-2:2002 (DIN EN 60512-5-2:2003-01) at increased temperature 45 K
Positions: 384 / Contact diameter-Ø: 0,70mm
Operating voltage: 0V
[1] According to IEC 61010-1:2010 (VDE 0411-1:2020-03), supply voltage from grid supply circuit (Cat.2)
[2] Determined according to IEC 60512-5-2:2002 (DIN EN 60512-5-2:2003-01) at increased temperature 45 K
Thermal contact
6 inserts per module
/ Contact diameter-Ø: 1,00mm
Wire cross section:
AWG 24 / 0,22 mm²
Operating voltage: 0V
Operating temperature: -40°C to +125 °C
Mating cycles: min. 5.000
Power
Positions: 3 / Contact diameter-Ø: 3,50mm
Wire cross section:
10/14 AWG/ 2,5/6 mm²
Operating voltage:
For pollution degree 2: 3260V
For pollution degree 3: 1276V
Nominal current: 39A [1]
Max. continuous current: 58 A [2]
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
High current
Positions: 1 / Contact diameter-Ø: 12,00mm
Wire cross section:
25mm² bis 50mm²
Operating voltage:
For pollution degree 2: 2700V
For pollution degree 3: 1071V
Nominal current: 155A [1]
Max. continuous current: 225 A [2]
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 2 / Contact diameter-Ø: 5,00mm
Wire cross section:
10/16 mm²
Operating voltage:
For pollution degree 2: 611V
For pollution degree 3: 485V
Nominal current: 68A [1]
Max. continuous current: 108 A [2]
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 2 / Contact diameter-Ø: 8,00mm
Wire cross section:
16/25 mm²
Operating voltage:
For pollution degree 2: 537V
For pollution degree 3: 428V
Nominal current: 105A [1]
Max. continuous current: 150 A [2]
For using in a housing, check the necessary space requirements
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Coax
Positions: 4
Connection: RG 178, RG 196, RG 174, RG 188, RG 316
Center contact crimped / Outer contact crimped
Operating voltage: 0V
Frequency range: 0 – 2,8 GHz
Mating cycles: min. 10.000
Positions: 2
Connection: RG 178, RG 196, RG 174, RG 188, RG 316,RG 58, RG 223
Center contact crimped / Outer contact crimped
Operating voltage: 0V
Frequency range: 0 – 4 GHz
Mating cycles: min. 10.000
Positions: 2
Connection: SMA Termination
Operating voltage: 0V
Frequency range: 0 – 12 GHz
Mating cycles: min. 10.000
Positions: 2
Connection: RG 178, RG 196, RG 59
Center contact crimped / Outer contact crimped
Operating voltage: 0V
Frequency range: 0 – 2,7 GHz
Mating cycles: min. 10.000
Pneumatic and fluid module
Positions: 2 / Contact diameter-Ø: 12,00mm
Connection: Module for fluid coupling, shut-off on both sides, low leakage version
Suitable for the delivery of air, water and other fluids
Operating voltage: 0V
Max. Pressure: 10 bar
Mating cycles: min. 10.000
Positions: 2 / Contact diameter-Ø: 12,00mm
Connection: Inner-Ø of tube max. 4mm, Push-in Ø max. 6mm
Operating voltage: 0V
Max. Pressure: 10 bar
Mating cycles: min. 10.000
Positions: 1
Connection: Inner-Ø of tube max. 16mm
Operating voltage: 0V
Max. Pressure: -0,8 bar
Mating cycles: min. 10.000
Positions: 2
Connection: Inner-Ø of tube max. 4mm, Push-in Ø max. 6mm
Operating voltage: 0V
Max. Pressure: 12 bar
Mating cycles: min. 10.000
Fiber optic contacts
Positions: 4
Operating voltage: 0V
GOF Modul Expanded Beam
This module is supplied assembled with individual cable lengths, please contact us.
Positions: 4
Operating voltage: 0V
GOF PC/APC
This module is supplied assembled with individual cable lengths, please contact us.
Positions: 5
Operating voltage: 0V
Fibre cable contacts for plastic fibre (POF)
Mating cycles: min. 40.000
Shielded implementation
Wire cross section:
20-28 AWG
Operating voltage: 0V
Application size 1 In application with a housing please check the cable space requirement.
Mating cycles: min. 10.000
max. cable diameter: 7,7 mm
Ethernet 1
USB® 2.0 1
USB 3.1 Gen 1 1
FireWire und CAT 5
SPE 1000BASE-T1
2
Further on request
1 These ODU specific connectors can transmit common data transmission protocols such as USB® 2.0, USB® 3.1 Gen 1 and Ethernet and FireWire and CAT 5 SPE 1000BASE-T1 but they are not USB®- and Ethernet-standard connectors.
[2] Single-Pair-Ethernet according to IEC 63171-6:2020 [IEEE 802.3bp]
Wire cross section:
20-28 AWG
Operating voltage: 0V
Application size 1 In application with a housing please check the cable space requirement.
Mating cycles: min. 10.000
max. cable diameter: 7,7 mm
Ethernet 1
USB® 2.0 1
USB 3.1 Gen 1 1
FireWire und CAT 5
SPE 1000BASE-T1
2
Further on request
1 These ODU specific connectors can transmit common data transmission protocols such as USB® 2.0, USB® 3.2 Gen 1x1 and Ethernet and FireWire und CAT 5 SPE 1000BASE-T1 but they are not USB®- and Ethernet-standard connectors.
2 Single Pair Ethernet according to IEC 63171-6(IEEE 802 3bp)
[2] Single-Pair-Ethernet according to IEC 63171-6:2020 [IEEE 802.3bp]
Operating voltage: 0V
Inserts Size 2, max. cable diameter: 9,9 mm, For using in a housing, check the necessary space requirements.
Mating cycles: min. 10.000
Ethernet 1
HDMI 1
USB® 3.2 1x2, 1
DisplayPort 2.0
1 These ODU specific connectors can transmit common data transmission protocols such as HDMI® and Ethernet, but they are not HDMI®- und Ethernet -standard connectors.
Combination module
Wire cross section:
20-28 AWG
Operating voltage: 0V
Application size 1
In application with a housing please check the cable space requirement.
Mating cycles: min. 10.000
max. cable diameter: 7,7 mm
Ethernet 1
USB® 2.0 1
USB® 3.2 Gen 1x1 1
CAT 5 und FireWire
SPE 1000BASE-T1 2
Further on request
1 These ODU specific connectors can transmit common data transmission protocols such as USB® 2.0, USB® 3.2 Gen 1x1 and Ethernet and FireWire and CAT 5 but they are not USB®- and Ethernet-standard connectors.
2 Single Pair Ethernet according to IEC 63171-6(IEEE 802 3bp)
Wire cross section:
20-28 AWG
Operating voltage: 0V
Application size 1
In application with a housing please check the cable space requirement.
Mating cycles: min. 10.000
max. cable diameter: 7,7 mm
Ethernet 1
USB® 2.0 1
USB® 3.2 Gen 1x1 1
FireWire and CAT 5
SPE 1000BASE-T1 2
Further on request
1 These ODU specific connectors can transmit common data transmission protocols such as USB® 2.0, USB® 3.2 Gen 1x1 and Ethernet and FireWire and CAT 5 but they are not USB®- and Ethernet-standard connectors.
2 Single Pair Ethernet according to IEC 63171-6(IEEE 802 3bp)
Wire cross section:
20-28 AWG
Operating voltage: 0V
Application size 1
In application with a housing please check the cable space requirement.
Mating cycles: min. 10.000
max. cable diameter: 7,7 mm
Ethernet 1
USB® 2.0 1
USB® 3.2 Gen 1x1 1
CAT 5 und FireWire
SPE 1000BASE-T1 2
Further on request
1 These ODU specific connectors can transmit common data transmission protocols such as USB® 2.0, USB® 3.2 Gen 1x1 and Ethernet and FireWire and CAT 5 but they are not USB®- and Ethernet-standard connectors.
2 Single Pair Ethernet according to IEC 63171-6(IEEE 802 3bp)
Industrial ethernet RJ45
Inserts: Idustrial ethernet module (CAT6A)
Positions: 8-way RJ45 field plug
Operating voltage: 0V
Mating cycles: min. 5.000
Ethernet1
CAT6A1
[1] The contact arrangement of an ODU data transmission connector differs from a standard data transmission connector due to the robust ODU specific design. However, the ODU design meets the electrical specifications of the respective standard data transmission protocol.
PCB termination
Positions: 10 / Contact diameter-Ø: 0,70mm
Connection: Print contacts
Operating voltage: 250V
Nominal current: 4,5A [1]
Max. continuous current: 7 A [2]
Module incl. contacts
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 20 / Contact diameter-Ø: 0,70mm
Connection: Print
Operating voltage: 250V
Nominal current: 4,5A [1]
Max. continuous current: 7 A [2]
Module incl. contacts
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 6 / Contact diameter-Ø: 1,30mm
Connection: Print contacts
Operating voltage: 400V
Nominal current: 8A [1]
Max. continuous current: 13 A [2]
Module incl. contacts
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Positions: 5 / Contact diameter-Ø: 2,00mm
Connection: Print contacts
Operating voltage: 630V
Nominal current: 16A [1]
Max. continuous current: 25 A [2]
Module incl. contacts
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Determined acc. to IEC 61010-1:2010 [VDE 0411-1:2020-03]
Blank modules
PE Modul
Positions: 1 / Contact diameter-Ø: 8,00mm
Wire cross section:
10mm² bis 25mm²
Operating voltage: 0V
Nominal current: 125A [1]
ODU LAMTAC® (contact with lamella technology)
Mating cycles: min. 10.000
[1] Nominal current
Determined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
High voltage contacs
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[1] Nominal currentDetermined acc. to IEC 60512-5-1:2002 (DIN EN 60512-5-1:2003) at a temperature increase of 45 K.
[2] Maximum continuous currentThe metrologically determined current intensity at room temperature (approx. 20° C) that leads to an increase in the contact temperature to the limit temperature. The values specified in this catalogue are valid for single contacts.
[3] High Current/PE and High Current modules only prematurely
Pin and socket will be selected in pairs.
Grounding and pilot-contacts on request.
Mating cycles may vary depending on the version used!
Please refer to our catalogue for technical details..