High Voltage Measurement Module MULTI-HV UIT
The ultimate solution for current, voltage, and temperature measurement under high voltage, with galvanic isolation for all measurement channels up to 1,500V, high precision, and wide range measurement.
The high voltage measurement module "MULTI-HV UIT" is a measurement module specialized for current, voltage, and temperature measurement in harsh environments. ● One measurement module supports current, voltage, and temperature measurement. ● All measurement channels are galvanically isolated up to 1,500V, allowing safe access to high voltage terminals. ● The auto-range function switches the measurement range according to the measured values, enabling wide-range measurement while maintaining precision. ● The automatic probe recognition function sets up the sensor probes automatically. ● The dynamic sampling function reduces the amount of measurement data. ● It automatically calculates and outputs AC and DC components such as work, power, frequency, RMS values, and power factor. ● Measurement data output can be selected from CAN 2.0 or Ethernet. ● By using Klaric's current, voltage, and temperature sensor probes, access to measurement signals can be performed safely and easily. *For more details, please refer to the PDF document or feel free to contact us.*
basic information
【Specifications】 ■ Number of measurement channels: 8ch (supports current, voltage, and temperature measurement) ■ Measurement accuracy: ±0.1% Reading ±3bit measurement range ■ A/D resolution: 16 bit (including 1 bit parity) ■ Measurement range: 5-stage automatic switching (range gain 1:100) ■ Sampling rate: 0.25Hz to 8kHz (dynamic switching possible) ■ Measurement value output: CAN 2.0 or Ethernet (XCP on Ethernet) ■ Power consumption: Rated 1W ■ Operating temperature range: -40℃ to 85℃
Price range
Delivery Time
Model number/Brand name
Klaric MULTI-HV UIT
Applications/Examples of results
■ Measurement of automotive electrical components ■ Measurement of automotive quiescent current ■ Battery testing for EV/HEV *For more details, please refer to the PDF document or feel free to contact us.
