CSH01.2C-PL-ENS-EN1-CCD-NN-S-NN-FW

The Bosch Rexroth Indramat CSH01.2C-PL-ENS-EN1-CCD-NN-S-NN-FW is part of the CSH Advanced Controllers series, designed as an advanced control system for single-axis drive controllers in demanding industrial environments. This unit features a Parallel Interface Master Communication configuration and supports a primary encoder option of Indradyn/Hiperface/1 Vpp/TTL. With 2 Analog Outputs, it delivers precise motion control signals. The CSH01.2C-PL-ENS-EN1-CCD-NN-S-NN-FW is engineered to manage high-speed feedback loops and synchronized multi-axis operations, making it ideal for printing, packaging, and food processing machinery.

The controller’s technical specifications emphasize seamless integration and real-time performance. The Parallel Interface master communication port ensures low-latency data exchange between the controller and drive modules. The Indradyn/Hiperface/1 Vpp/TTL encoder input provides high-resolution position feedback with robust noise immunity, while the dual Analog Outputs offer ±10 V or ±5 V signal levels for external servo amplifiers or measurement devices. These outputs can drive current and velocity controllers with minimal signal distortion, ensuring stable setpoint tracking. The combination of parallel communication and versatile encoder compatibility allows this controller to outperform conventional serial interfaces in cycle times and throughput.

Beyond raw performance, this control section excels in compatibility and efficiency. The parallel interface supports a broad range of Bosch Rexroth Indramat drives, allowing straightforward retrofit and system upgrades. The dual analog outputs minimize wiring complexity by delivering multiple control signals over a single module, reducing installation time and potential points of failure. Primary encoder support for Indradyn, Hiperface, 1 Vpp, and TTL formats ensures flexibility when integrating new or legacy feedback devices. In industrial applications, the CSH01.2C-PL-ENS-EN1-CCD-NN-S-NN-FW delivers robust control, improved cycle precision, and enhanced reliability, contributing to reduced downtime and optimized production throughput.