High-Voltage Safe Measurement Systems 
High-Voltage Safe Measurement Systems
The HV IEPE3 FL1000 has been specifically designed for measuring analog voltages with IEPE sensors, e.g. triaxial accelerometers, in high-voltage environments.
As a 19-inch slide-in unit, this measurement module is ideal for use in test benches. Combined with the optional mounting frame, the HV IEPE3 FL1000 is a good choice for mobile use in vehicles, e.g. allowing it to be mounted in a car boot.
The HV IEPE3 FL1000 is equipped with three analog inputs and provides a modified sensor excitation for the connection of IEPE sensors. If combined with special sensor cables, standard IEPE sensors, which are typically used in the field of low-voltage applications, can be safely operated even in high-voltage environments.
HV AD4 XW1000 measurement modules provide four analog inputs and are specifically designed for the measurement of high voltages in high-voltage environments.
Electric mobility is the future of transportation. The development of modern electric and hybrid vehicles poses new challenges for measurement technology. Not only must the measurement technology for eMobility match the traditional attributes of being accurate, mobile, and easy to use, it must also be safe for the users and the system. CSM high-voltage measurement technology ensures the safety of all measurement applications by means of a HV safe measurement chain from the sensor to the data acquisition.
The EtherCAT® measurement technology from CSM offers the highest measurement performance: e.g. for multi-channel applications with more than 1,000 strain gauges - / acceleration transducers and applications with measurement data rates of up to 1 MHz per channel. Manufacturers of measurement devices have to cope with continually increasing requirements. Thus, measurement devices have to acquire and process increasingly large amounts of data. The proven CAN measurement technology is hereby often pushed to its limits. This is why the EtherCAT® field bus is setting new standards regarding bandwidth, maximum number of channels and synchronicity of measurement signals.
Read more: Fast and synchronous measurement with EtherCAT® »
