Measurement acquisition modules for high voltage and CAN
At this year's expo, Enorise – formerly FEV's Test Systems division – will present the evolution of its MIO range of measurement acquisition modules.
The company’s first major development is the adaptation of its range of modules to measure physical quantities in electric vehicles, particularly voltage. The various analog and thermocouple modules in the MIO range have been gradually converted to meet the 1,000V CAT III insulation class of the IEC 61010 standard, enabling them to measure up to 1,000V continuously. They are already being used for battery and electric motor testing applications for electric vehicles.
The Enorise range previously used EtherCAT as its communication protocol because EtherCAT is particularly well suited to automated applications and real-time processes. Now, to make the range even more generic, Enorise has added the CAN communication protocol, commonly used in the automotive industry, to its range. This extends MIO's range of applications, enabling it to be connected quickly and securely to any CAN-based automation system or measuring device.
Combined with its compactness and robustness, this makes MIO particularly suitable for use in test benches and even embedded solutions.
Booth: 1122
The company’s first major development is the adaptation of its range of modules to measure physical quantities in electric vehicles, particularly voltage. The various analog and thermocouple modules in the MIO range have been gradually converted to meet the 1,000V CAT III insulation class of the IEC 61010 standard, enabling them to measure up to 1,000V continuously. They are already being used for battery and electric motor testing applications for electric vehicles.
The Enorise range previously used EtherCAT as its communication protocol because EtherCAT is particularly well suited to automated applications and real-time processes. Now, to make the range even more generic, Enorise has added the CAN communication protocol, commonly used in the automotive industry, to its range. This extends MIO's range of applications, enabling it to be connected quickly and securely to any CAN-based automation system or measuring device.
Combined with its compactness and robustness, this makes MIO particularly suitable for use in test benches and even embedded solutions.
Booth: 1122
