Cables

High temperature extension cables

Climate chamber ready extension cables.

From -40°C up to 150 °C, available in 1.3 m or 2.5 m long.

Description

The extension cables are intended to be connected between the instrument’s cell cable and the cell.

Available in two different sizes, 1.3 m and 2.5 m long and with a maximum temperature of 150 °C, these cables are compatible with all cables of :

  • SP-50e, SP-150e, VSP, VSP-3e, VMP-3e and boosters for Essential range instruments (20 A maximum)
  • SP-200, SP-240, SP-300, VSP-300, VMP-300, and boosters for Premium range instruments (20 A maximum)
  • BCS-805, BCS-810 and BCS-815

 

 

This compatibility has been made possible because of their multiple input and output connectors:

  • 8 input receptacles
    • 2x “2 mm receptacles” for the power (P+ and P-)
    • 2x “4 mm receptacles” for the power (P+ and P-)
    • 3x “2 mm receptacles” for the sense (S+, S- and Ref)
    • 1x “4 mm GND receptacles”
  • 8 output banana plugs
    • 2x “2 mm banana plugs” for the power (P+ and P-)
    • 2x “4 mm banana plugs” for the power (P+ and P-)
    • 3x “2 mm banana plugs” for the sense (S+, S- and Ref)
    • 1x “4 mm GND banana plugs”

 

 

More information inside the “Specifications” tab.

 

Specifications and ordering information

 

1,3 m2,5 m
Temperature /°C*
-40 °C to 150 °C
Max current by using 2 mm input/output /A
2
Max current by using 4 mm input/output /A
20
Cable diameter /mm
12.7
2 mmResistance /mOhm**< 95< 180
Open circuit capacity /pF< 155< 340
Short circuit inductance /nH< 20< 30
4 mmResistance /mOhm**< 25< 40
Open circuit capacity /pF< 155< 340
Short circuit inductance /nH< 195< 455
Part number092-25/1092-25/2

*Only for the cables and output banana plugs. Input receptacles can only be used up to 80°C maximum.

**These resistances will not be measured in a 4-point configuration. The compensation analysis tool can also be used if 2-point measurements are performed. The compensation analysis tool can also be used to compensate the open circuit capacity as well as the short circuit inductance.

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