DKR02.1-W300B-BE09-01-FW

DKR02.1-W300B-BE09-01-FW, manufactured by Bosch Rexroth Indramat, is part of the agile DKR Drive Controllers series, engineered for precision motion control in demanding industrial settings. This controller delivers a robust Current Rating of 300 A and a Nominal Current of Approx 300A, enabling seamless power delivery for high-inertia loads. Its compact footprint belies a resilient architecture built on Design Version 1 hardware, while the Product Series designation of DKR underscores its heritage of reliability. Optimized for integration, the DKR02.1-W300B-BE09-01-FW supports advanced feedback and networking interfaces to synchronize multi-axis drives with minimal latency.

In the realm of detailed specifications, the controller features a Bleeder Configuration of to manage DC-link discharge safely and reliably during stops or power interruptions. Its native Command Interface is the deterministic SERCOS interface, offering real-time communication and jitter-free synchronization across up to 16 axes. Thermal management is handled via an Air (built-in blower) Cooling Method, maintaining stable operating temperatures in continuous-duty applications. The Motor Feedback system accommodates both Digital servo and resolver feedback for high-resolution position control, while the Line Series designation of 02 ensures compatibility with corresponding drive modules. The embedded Function Numeric Version 01 firmware supports advanced diagnostics, fault logging, and parameter cloning to expedite commissioning and maintenance.

Designed for seamless integration into complex automation architectures, the DKR02.1-W300B-BE09-01-FW leverages its built-in blower and integrated bleeder resistor to achieve long-term reliability even under heavy switching cycles. Its SERCOS interface simplifies network configuration and reduces commissioning time, while modular firmware updates enable feature expansion without hardware changes. Ideal for machine tools, packaging lines, and robotics, this controller maximizes uptime and performance in mission-critical installations.