CSH02.1B-CC-EC-ET-S5-DA-NN-FW

The CSH02.1B-CC-EC-ET-S5-DA-NN-FW controller from Bosch Rexroth Indramat is part of the CSH Advanced Controllers series, designed as an advanced control section within high-performance IndraDrive systems. Featuring 2 analog outputs, a SERCOS III Master communication interface, and a Multi-encoder primary interface option, this controller excels in precision motion control applications such as packaging, printing, and machine tool automation. Its modular architecture allows integration into complex drive environments, ensuring reliable management of multiple axes and sensors for demanding industrial processes.

This control section offers detailed technical capabilities to meet rigorous automation requirements. The Multi-encoder interface supports a variety of encoder types, enabling accurate feedback for synchronous and asynchronous drive setups. With the SERCOS III Master configuration, the controller provides deterministic, real-time communication across the drive network, minimizing latency and ensuring synchronized operation of all connected devices. The 2 analog outputs allow direct control of external actuators or feedback loops, facilitating smooth regulation of speed and torque. These specifications combine to deliver a highly flexible and scalable solution that adapts to evolving production demands.

Beyond its core specifications, the CSH02.1B-CC-EC-ET-S5-DA-NN-FW emphasizes compatibility and efficiency. The analog outputs enable precise analog signal transmission, while the SERCOS III Master interface ensures seamless interoperability with upstream PLCs and other automation components. The multi-encoder option supports future expansions and upgrades, reducing downtime for system modifications. This controller's robust design and advanced communication protocols contribute to improved system uptime, energy efficiency, and overall process reliability. In industrial applications, these benefits translate into enhanced throughput, reduced maintenance costs, and consistent high-quality output.