DKR02.1-W200N-BE06-01-FW

DKR02.1-W200N-BE06-01-FW, Bosch Rexroth Indramat, DKR Drive Controllers is a high-performance digital drive controller designed for precision motor control. It features a modular architecture with dedicated slots for firmware, communication, and I/O expansion, ensuring swift configuration and maintenance. Built on the proven DKR series platform, the controller supports demanding applications including main spindle, frameless spindle, and linear motor control. Its robust design version ensures consistent performance in industrial environments.

Equipped with a Rated Current (A) of 200, the DKR02.1-W200N-BE06-01-FW delivers reliable output when operating within Rexroth’s recommended ambient conditions. The integrated Cooling Method: Air (built-in blower) maintains optimal thermal management under continuous load. Communication is handled via the Command Interface: SERCOS interface, providing deterministic, high-speed data exchange for closed-loop control. Redundant feedback is supported through Motor Feedback: Digital servo and resolver feedback, ensuring high-resolution position and velocity sensing. The drive’s Bleeder Configuration: No bleeder/Without brake chopper, rigid DC bus simplifies the power stage and minimizes external component requirements. The Function Numeric Version: 01 and Design Version: 1 identify the specific firmware and hardware revisions within the DKR series. Slot-based Line Series: 02 architecture allows easy integration of optional modules without altering the main frame.

Built for rapid deployment and ease of service, the DKR02.1-W200N-BE06-01-FW supports firmware transfer between units via a removable module, reducing downtime during maintenance or upgrades. Its IP20 enclosure and industrial-grade components offer dependable operation in protected cabinets, while the SERCOS bus connectivity streamlines integration into multi-axis systems. The combination of modularity, high current rating, and advanced feedback capabilities makes this drive controller an ideal choice for rigorous industrial automation tasks.