CSH01.1C-CO-EN2-EN2-MEM-S2-S-NN-FW

The Bosch Rexroth Indramat CSH01.1C-CO-EN2-EN2-MEM-S2-S-NN-FW is a high-performance controller from the CSH Advanced Controllers series, engineered for precise motion and drive automation. This advanced control system features MASTER COMMUNICATION via CANopen/DeviceNet, a primary encoder interface using EnDat 2.1/1 Vpp/TTL, and 2 analog outputs for seamless integration with peripheral devices. Designed for industrial servo and drive environments, its primary function is to coordinate real-time feedback and control loops between motors, encoders, and higher-level automation networks.

In terms of technical specifications, the CSH01.1C-CO-EN2-EN2-MEM-S2-S-NN-FW supports dual-mode fieldbus communication, providing robust and deterministic data exchange on both CANopen and DeviceNet networks. The primary encoder option, EnDat 2.1/1 Vpp/TTL, delivers high resolution and bidirectional data transfer for exact position and speed measurements, reducing position error and jitter. With 2 analog outputs, the controller can drive auxiliary actuators or feedback modules directly, ensuring tight loop control and minimizing the need for external signal conditioners. These features enable precise interpolation, synchronous motion, and advanced compensation routines to meet demanding application requirements.

Beyond its core specs, the controller offers broad compatibility and efficient integration in modern automated systems. Its support for two industry-standard fieldbus protocols guarantees interoperability with a wide range of drives, PLCs, and sensors, simplifying system architecture. The dual analog outputs streamline signal routing for temperature monitoring or brake control, enhancing operational efficiency and reducing installation footprint. Leveraging the high-accuracy EnDat interface, the unit ensures consistent, noise-resistant feedback under harsh conditions. By consolidating communication and feedback channels within a single compact module, the CSH01.1C-CO-EN2-EN2-MEM-S2-S-NN-FW increases system reliability, shortens commissioning time, and boosts uptime in industrial applications.