The CSH01.2C-PL-EN2-NNN-CCD-S1-S-NN-FW from Bosch Rexroth Indramat belongs to the CSH Advanced Controllers series and serves as a high-performance motion control unit for industrial automation. This advanced control system features a Parallel Interface master communication module, a primary encoder option of EnDat 2.1/1 Vpp/TTL, and provides 2 analog outputs for precise signal processing. Designed to integrate seamlessly with servo drives and feedback loops, it enables synchronized multi-axis coordination in complex machine installations.
Incorporating comprehensive I/O capabilities, the CSH01.2 control section includes one analog input and one RS232 serial port, along with eleven digital inputs—two of which support touch-probe signals. Firmware updates and configurations are handled via a memory card adapter. The unit tolerates a 4 A inrush current and operates with a SERCOS cycle time of 1000 microseconds for real-time communication. Its mechanical footprint measures 103 mm in width, 241 mm in height, and 49.5 mm in depth, while the standard control panel consumes just 1 W of power. Frequency modulation of the PWM output can be adjusted between 2 kHz and 16 kHz, and an optional cross-communication feature supports expanded network topologies.
Built with safety and reliability in mind, the module includes an S1 (safety technology I/O) function to meet stringent safety requirements. It must be installed below 1000 m above sea level and used with manufacturer-recommended cabling and accessories to ensure optimal performance. Current monitoring cycles occur between 62.5 and 125 microseconds, with position regulation cycles of 250 to 500 microseconds, delivering rapid response and high precision. By combining versatile interface options, flexible modulation settings, and robust safety features, the CSH01.2C-PL-EN2-NNN-CCD-S1-S-NN-FW provides enhanced efficiency, accuracy, and reliability for demanding industrial control applications.
Analog Outputs
2
Master Communication
Parallel Interface
Primary Encoder Option
EnDat 2.1/1 Vpp/TTL