DKR02.1-W200N-BE09-01-FW

The Bosch Rexroth Indramat DKR02.1-W200N-BE09-01-FW controller from the DKR Drive Controllers series by Bosch Rexroth Indramat presents a high-performance solution for demanding motion tasks. Engineered for precision and responsiveness, it integrates seamlessly into SERCOS-based networks and supports digital servo and resolver feedback for accurate position control. The compact unit’s rigid DC bus eliminates the need for external brake choppers, streamlining cabinet design and reducing system complexity. With a robust build and advanced firmware, the DKR02.1-W200N-BE09-01-FW ensures consistent performance under continuous operation.

Detailed specifications cement its role in industrial automation: it sustains a Rated Current (A) of 200 A while employing a Bleeder Configuration of "No bleeder / Without brake chopper, rigid DC bus" to simplify power management. Command signals arrive via the integrated Command Interface: a high-speed SERCOS interface that guarantees deterministic timing and low-jitter communication. Heat is expelled efficiently through an Air (built-in blower) Cooling Method, maintaining device temperature even under peak loads. Internally, the controller adheres to Design Version "1" and Line Series "02", and its firmware corresponds to Function Numeric Version "01". Bi-directional Motor Feedback — supporting both digital servo and resolver protocols — provides real-time velocity and position data, optimizing dynamic response and minimizing overshoot.

Seamless integration into existing automation architectures is achieved through the standardized DKR Product Series platform, offering plug-and-play compatibility with Rexroth drives and software tools. The robust enclosure and built-in blower cooling assure high reliability in industrial environments, reducing downtime and service costs. Ideal for packaging machines, assembly lines, and handling systems, the DKR02.1-W200N-BE09-01-FW empowers engineers with precise motion control, straightforward diagnostics, and streamlined maintenance workflows.