As battery systems in electric vehicles advance beyond 800V to achieve shorter charging times, test and measurement engineers in automotive R&D, battery system development, and test institutes require robust, future-proof solutions. The imc CANSASflex HISO-T-8-2L (fig. 2) empowers engineers to face today’s and tomorrow’s testing challenges of EV batteries, offering industry-leading safety isolation of up to 1400V, superior precision, and seamless integration into modern testing environments.
Key Highlights:
- 8 thermocouple channels via industry-standard LEMO.2P Redel connectors
- Four Type K thermocouples per Redel connector
- High safety isolation: of up to 1400 Vdc with even 8 kV peak and 4.4 kV rms test voltages
- Exceptional accuracy for monitoring critical battery temperatures
- Cable-free “click-in” design as part of the proven CANSASflex (CANFX) data acquisition system series (see fig. 3)
- Rack-ready: Integrates smoothly into 19” test stand systems
The new new HISO-T-8-2L replaces its predecessor in the CANSASflex series and the sets a new benchmark in safety, accuracy, and convenience. By futureproofing isolation levels, the new HISO-T-8-2L is the ideal data acquisition (DAQ) solution in high-voltage environments, like tests on DC power links, HV batteries, or complete electric drive systems.
As part of the imc CANSASflex series, it provides an innovative imc click-mechanism and can be connected to other CANSASflex modules electrically and mechanically, without the need for tools or cabling. Furthermore, all CANSASflex modules can be installed in both a spatially-distributed arrangement or as a central unit. On test stands, in factories or plants, wherever multiple modules are permanently installed as one central unit, the use of a 19'' rack is often recommended. This allows modules to be conveniently inserted with automatic supply and connection to the CAN bus.
For further information on the product, please visit info.imc-tm.com/new-cansas-module-for-1400v
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