CP 9610 - DC - 1 MHz Galvanically Isolated Current Sensor

  • Galvanically Isolated Current Sensor
  • It can be used to measure currents in case a shunt is not allowed (Ford EMC-CS- 2009), including 1m RG223/U BNC-BNC
  • DC – 1 MHz
  • 210 VPK / VDC
  • -40 A - +40 A

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TEST STANDARDS:

Data Sheet

SPECIFICATIONS

 

CP 9610 - DC - 1 MHz Galvanically Isolated Current Sensor

The current sensor CP 9610 can measure up to 40 A in a frequency range from DC – 1 MHz. It is galvanically isolated and can withstand a maximum voltage of 210 VPK / VDC. The internal resistance of the conductive path is less than 3 mOhm, providing low power loss. The hall transducer is temperature compensated and allows high accuracy over temperature.  To adjust the output voltage to zero, ensure that the probe is disconnected from current-carrying conductors. The offset can be adjusted with the potentiometer “ZERO ADJUST” by using a suitable screwdriver. The nominal conversion factor is 50 mV / A. The range of measurement is ± 40 A. The output voltage is proportional to the current and is up to ± 2 V. 

 Current probe to monitor the current through radiating loop or Helmholtz coils. It can be used to measure currents in case a shunt is not allowed (Ford EMC-CS- 2009), including 1m RG223/U BNC-BNC.

 Specifications:     

  Frequency Range:  DC - 1 MHz
  Output Connector:  BNC (1 MΩ)
  Current Sensing Range:  -40 A - +40 A
  Nominal conversion factor:  50 mV/A
  Internal Conductor Resistance:  < 3 mΩ
  Typical Output Error:  ±3 %
  Dimension:  105 x 44 x 115 mm
  Typical Operation Time:  24 h
  EuT Connector:  Wing terminals
  Power Supply:  3.7 V, 2.6 Ah Lithium Ion
  Weight:  430 g

 

  Delivery accessories 

  • Coax-Cable BNC-jack / BNC-jack 1 m RG223
  • USB-Cable
  • Brass bracket

  

 

 

  

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