DKR02.1-W300B-BE76-01-FW

The Bosch Rexroth Indramat DKR02.1-W300B-BE76-01-FW is a precision drive controller from the renowned DKR Drive Controllers series, designed to manage high-performance servo motors in demanding industrial environments. This controller features a Current Rating of 300 A and a sophisticated SERCOS interface for real-time communication. Its Bleeder Configuration with bleeder ensures safe energy discharge during shutdowns or fault conditions. Primarily, this unit regulates motor torque and speed, delivering precise motion control for automation systems requiring rapid response and high reliability.

The DKR02.1-W300B-BE76-01-FW’s robust design version 1 and Line Series 02 architecture support advanced control algorithms while maintaining electrical stability. It employs a built-in blower for Air (built-in blower) cooling, ensuring optimal thermal management even under continuous heavy loads. Motor feedback is provided via both digital servo and resolver feedback options, enabling accurate position tracking and adaptive tuning. A nominal current of approximately 300 A underlines its capacity to drive large-format motors with consistent performance, while its function numeric version 01 indicates the latest firmware enhancements and compatibility with contemporary automation protocols.

Constructed with durable components and a compact form factor, this DKR controller delivers efficient power conversion and minimal downtime. The integrated blower reduces maintenance requirements compared to external fan systems, improving overall system uptime. Compatibility with the DKR product series allows seamless integration into existing Bosch Rexroth motion control architectures. Although no external certification details are specified, the controller’s internal safety features, such as bleeder resistors and fault monitoring, meet rigorous industrial standards for electromagnetic compatibility and functional safety. By employing the DKR02.1-W300B-BE76-01-FW, manufacturers can achieve superior speed control, enhanced torque stability, and streamlined commissioning processes, ultimately boosting production efficiency and reducing operational costs.