Product Description

Bosch Rexroth offers a wide range of advanced technology solutions to empower any application. The product portfolio includes low-voltage control sections, linear motors, high-end servo amplifiers, and drive controllers – providing motorized solutions with precise performance levels for every need.

The CSH02.1B-CC-EC-CN-S4-EC-NN-FW model is a highly versatile and industrially built component that is fitted with a range of sophisticated features and functions. The model incorporates a single reliable relay contact that is capable of switching frequencies between 2 Hz and 16 Hz, providing precise control over the switching process. To accommodate a range of applications, the X4 slot of the CSH02.1 control section is designed to house a multi-encoder interface, enabling the use of a diverse range of encoder models. This enables the control section to be utilized in a wide range of motion control applications. For maximum connectivity, the control section is equipped with a CANopen interface that is housed in the X10 slot. This interface facilitates communication with a range of other components and accessories. With five digital outputs and two analog outputs, the model allows for maximum flexibility and customization of output options. Each of these outputs can be modified to suit the specific needs of the application, allowing for precise control over the motion control system. To ensure safety in operation, the control section is equipped with an S4 (safe motion) safety option. 

The model CSH02.1B-CC-EC-CN-S4-EC-NN-FW is designed with a cycle time function that allows for control of velocity, current, and position at microsecond intervals, providing highly precise control over motion. In terms of connectivity, the model features a SERCOS 3 interface connection module, providing a reliable and versatile connectivity option. The model (CSH02.1B-CC-EC-CN-S4-EC-NN-FW) is subjected to rigorous testing before shipment, ensuring that it can be relied upon to deliver safe, secure, and precise control over motion.