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The industry-leading approach of decentralising the receiver card close to the measuring object enables faster, safer and more precise measuring than ever. It can be used from simple electric components testing to automotive vehicle management testing and full aerospace copper bird tests. Learn how remote probe-based power analyzers excel in various application areas.

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Prevent EMC issues for uncompromised EPT analysis: Remote Probe

With a new family of fibre-optically isolated probes available in 4, 8 and 12 power channel packages and a sample rate of 2 MS/s, these probes are engineered for unrivalled accuracy.

The separation of the receiver card and mainframe allows the card closer proximity to the measurement point, which ensures any EMC is minimised. Glass fiber cables enable fast, EMC-free data transfer to the main frame.

Our new remote probes change the approach to power measurements in a simple way:

  • Decentralised receiver card requires less cabling
  • Glass fiber cables for fast, EMC-free data transfer up to 50 metres
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Power analyzer family - GEN4tb, Remote Probes,-CT-T40 - group

All of the above are also available with our Genesis solution to ensure:

  • Uncompromised safety: no need for galvanic connection between DUT and power analyzer
  • EMC-Immunity thanks to fiber-optic connections, instead of traditional copper cables
  • Real-time feedback and calculations, such as efficiency maps

Remote Probes Key Features

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Illustration of an electric power integrated solution testing in isometric perspective

Benefit from the remote probe power analyzer’s multiple functions, including:

  • Combined electrical and mechanical testing
  • Dynamic power measurements
  • Raw data storage
  • Traceable results
  • Real-time data transfer
Illustration of an electric power integrated solution testing on automotive test bench in isometric perspective

Take control of your vehicle testing capabilities:

  • Scalable from component testing to vehicle energy management
  • Software API, CAN FD, EtherCAT, XCP for setup and control
  • Various formats of raw data storage, including MATLAB and MDF4.1
  • Transfer results to automation system in real time
Illustration of an electric power integrated solution testing of eVTOL's in isometric perspective

Ensure your testing tasks are carried out to the highest levels:

  • Meet latest aerospace power quality standards
  • Scalable performance
  • Data streaming to multiple RAID arrays
  • Powerful recording modes
  • Combined electrical and mechanical test

Main Components of the Remote Probe Power Analyzer

S100I - remote-probe voltage satellite - left

Voltage Probe P101I-4

  • Four voltage inputs
  • Five ranges up to ±2000 V
  • 2 MS/s sample rate
  • 5 MΩ input impedance
  • Accuracy 0.01% of reading, 0.01% of range 
  • 2000 V RMS channel-channel isolation
  • 1500 V DC CAT IV and 1000 V CAT IV
P112I-4 - remote-probe current satellite - left

Current Probes P111I-4/P112I-4

  • Four current inputs
  • Six ranges up to ±2 A
  • 2 MS/s sample rate
  • Internal burden resistors 0.33 Ω / 0.1 Ω
  • Accuracy 0.05% of reading, 0.005% of range
  • Standard 9-pin SubD connector for CTs
  • Additional voltage input for clamps
  • Optional CT power supply
daq GN800B 01

Power Analyzer Card GN800B

  • Power accuracy 0.015% of reading, 0.02% of range
  • Power analysis features:
  • - P, Q, S, Efficiency η, Cosφ
  • - Harmonics, α-,β-space vectors, dq0 transformation, torque ripple and much more
  • Four timer/counter inputs for two torque/speed transducers
  • Pre-programmed formulas for power analysis and user formulas
  • Versatile and powerful data recording modes
  • Real-time result transfer to Automation System