High-Voltage Safe Measurement Systems
High-Voltage Safe Measurement Systems
Specifically designed to be operated in high-voltage environments, these measurement modules, equipped with 4 analog inputs, provide safety for analog voltage measurements, optional with galvanically isolated sensor excitation.
HV AD4 ECAT Modules convince with their compact design and are ideally suited for use in the field of e-mobility, e. g. in engine compartments. In the test bench version, the modules can be easily embedded in existing configurations thanks to the 19-inch plug-in module. With a measurement data rate of 1 MHz per channel, even very fast analog signals can be recorded very precisely.
Quick and easy module configuration is done via CSM’s free configuration tool CSMconfig. The modules are either operated at a CSM XCP-Gateway (measurement data acquisition via XCP-on-Ethernet) or can be connected directly to a standard EtherCAT® master (max. 10 kHz/channel).
Safe acquisition of analog signals on high-voltage components: CSM’s HV AD measurement modules offer all-round measurement technology for sensors with analog voltage outputs or measurements of analog voltages up to ±90 V 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.
Numerous measurement variables in vehicle development and testing can be recorded with sensors that reproduce their respective measured variable as an analog voltage. For example, distance, pressure, flow rates, moisture, vibration and noise can be easily measured.
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.