The ID module permits particularly machine-level components to be identified with little effort and integrated into a production network. The revision status of a drive and its parameters are just some information that can be stored and which ensure reliable identification. The CAN ID module is suitable for industrial applications and supports the standardised DS301 communication profile of CAN in Automation. This profile governs how devices exchange data. In addition to features such as status and diagnostic LED as well as automatic baud rate identification, the customer will find both extensive object directory and sufficient space for the storage of data. HARTING’s strategy towards smarter connectors goes even further: an ID module for Industrial Ethernet-based networks is planned. Other solutions emerging for the future include integrated sensors and media converters in modular connectors.
Modular connector for CAN networks
ID module permits particularly machine-level components to be identified with little effort
The ID module permits particularly machine-level components to be identified with little effort and integrated into a production network. The revision status of a drive and its parameters are just some information that can be stored and which ensure reliable identification. The CAN ID module is suitable for industrial applications and supports the standardised DS301 communication profile of CAN in Automation. This profile governs how devices exchange data. In addition to features such as status and diagnostic LED as well as automatic baud rate identification, the customer will find both extensive object directory and sufficient space for the storage of data. HARTING’s strategy towards smarter connectors goes even further: an ID module for Industrial Ethernet-based networks is planned. Other solutions emerging for the future include integrated sensors and media converters in modular connectors.