imc Test & Measurement announces a new highly insulated CAN measurement module which meets the demand of the EV and battery testing markets
imc Test & Measurement, a leading provider of innovative solutions for test and measurement in the research, development, service and production industries, has announced their new imc CANSASfit HISO-HV-4 measurement module, which can be used to perform measurements in high-voltage environments with up to 1500 V.
The new imc CANSASfit HISO-HV-4 measuring module covers a need in the markets for electric vehicles (EVs) and battery testing, which are experiencing an increase in demand. The new CAN measuring module broadens the range of testing options for test engineers and research and development (R&D) specialists by enabling measurements to be made in high-voltage environments with up to 1500 V.
The new module adds to the lineup of imc CANSASfit measuring modules, which already includes a wide offer of extremely compact and robust modules for CAN-based test applications. These modules allow direct connection of all common signals, including voltage, current, temperature, rotational speed, displacement, and velocity, and are used for data acquisition (DAQ) during mobile tests or trials. The highly insulated measurement fit-modules are also appropriate for direct measurements in high-voltage settings like mobile applications or test stands for e-mobility or battery testing.
The new HISO-HV-4 measuring module features 1000 V CAT II and reinforced insulation and has been designed to measure differential voltages up to 1500 V. A maximum data rate of one kilohertz per channel is available on four CAN Bus channels, each equipped with banana laboratory terminals.
The incredibly compact CANSASfit clickable housing enables mechanical and electrical docking directly to other fit-modules, particularly to the complementary HISO module types HISO-T-8 and HISO-UT-6, which are made for measurements of temperature sensors (TC, RTD), low voltages, and MEMS accelerometers, all riding on high voltage (HV) potentials. The new module completes the portfolio of imc CANSASfit modules which meets the ever challenging requirements of e-mobility applications.
