DKR02.1-W300Z-BE02-00

The Bosch Rexroth Indramat DKR02.1-W300Z-BE02-00 drive controller is part of the distinguished DKR Drive Controllers series, designed for robust industrial motion control. Featuring a high Current Rating of 300 A and a reliable SERCOS interface as its primary command interface, this controller offers a versatile solution for complex servo applications. Its built-in blower provides efficient air cooling, ensuring stable operation under continuous load and reducing the risk of thermal overload. The controller’s primary function is to manage and regulate power delivery to servo motors, enabling precise speed and torque control across automated production systems.

In terms of technical specifications, the DKR02.1-W300Z-BE02-00 employs a digital command interface via SERCOS interface, ensuring deterministic, real-time communication with higher-level controllers. It supports both digital servo and resolver feedback for accurate motor position and speed monitoring, enhancing control loop performance. The design version is noted as 1, and the line series is designated 02, reflecting its place within the DKR product family. With a nominal current of approximately 300 A and a function numeric code of 02, this controller delivers substantial power handling capacity while maintaining precise functional integration.

Durability and compatibility are key advantages of this drive controller. The integrated blower cooling system provides consistent thermal management in demanding environments, reducing maintenance intervals and maximizing uptime. Its support for a wide range of feedback options ensures seamless integration with various servo motor types and system architectures. Although the bleeder function is currently undefined, the controller’s adherence to the DKR series design standards guarantees compatibility with existing Bosch Rexroth Indramat infrastructure. In industrial applications, the DKR02.1-W300Z-BE02-00 drive controller delivers efficient power conversion, precise motion control, and enhanced operational reliability, driving productivity in automated manufacturing processes.