CSH01.1C-NN-EN1-EN2-MEM-S2-S-NN-FW

The Bosch Rexroth Indramat CSH01.1C-NN-EN1-EN2-MEM-S2-S-NN-FW controller belongs to the CSH Advanced Controllers series and represents a high-performance solution for single-axis motion control applications. This Advanced Control System is equipped with a Primary Encoder Option: HSF/RSF and features 2 Analog Outputs to provide precise signal conditioning and feedback. Although the controller is Not Equipped with a master communication interface, it excels in its primary function of delivering reliable motor control and monitoring in demanding automation environments, where accurate encoder feedback and analog signal management are critical.

Featuring detailed technical specifications, the CSH01.1C-NN-EN1-EN2-MEM-S2-S-NN-FW integrates two encoder interfaces—EN1 for compatibility with MHD and MSK motors and EN2 supporting EnDat 2.1, 1 Vpp, and 5 V TTL signals—to ensure versatile encoder connectivity. The encoder emulation (MEM) function reproduces absolute and cumulative encoder signals for enhanced diagnostic capabilities. With its permanently integrated digital and analog I/O, this control section delivers flexible configuration options for user-specific tasks. The controller’s configurable single-axis design allows seamless commissioning via the standard plug-in operating panel, enabling quick setup of drive addresses, error memory checks, and position data references.

In terms of additional features, the CSH01.1C-NN-EN1-EN2-MEM-S2-S-NN-FW offers robust compatibility with a wide range of Bosch Rexroth Indramat motors and higher-level control systems, leveraging its analog outputs for smooth integration into existing automation networks. The absence of a master communication module simplifies system architecture and reduces potential points of failure, enhancing overall operational efficiency. Although no formal certifications are specified, the device’s proven safety technology—including Safe Motion functions such as emergency stop, safe maximum speed, and safe direction—attests to its reliability in industrial settings. Utilizing this advanced control section in manufacturing or processing applications delivers improved process accuracy, reduced downtime, and long-term operational stability in critical motion control tasks.