DKR03.1-W100B-BA01-01-FW

The Bosch Rexroth Indramat DKR03.1-W100B-BA01-01-FW drive controller is a precision-engineered component within the DKR Drive Controllers series, designed to deliver robust performance in demanding industrial automation environments. Equipped with a Rated Current (A): 100 rating, this controller provides ample power handling for medium to high-demand servo applications. It features an Analog interface command interface for seamless integration with existing control systems and supports advanced digital servo and resolver feedback for accurate position and speed regulation. The unit’s primary function is to manage and regulate motor operation, ensuring consistent torque delivery and velocity control across diverse machine tasks.

Built on a proven architecture, the DKR03.1-W100B-BA01-01-FW incorporates a With bleeder configuration that ensures safe discharge of stored energy when the drive is powered down, improving maintenance safety. The controller uses an efficient Air (built-in blower) cooling method, maintaining optimal operating temperatures under continuous heavy loads. It is identified by Design Version: 1 and belongs to Line Series: 03, with a core Product Series: DKR label. Control functions are defined by a Function Numeric Code: 01 and Function Numeric Version: 01, enabling standardized mapping of drive capabilities within the DKR family.

In addition to core functionality, this drive controller offers exceptional compatibility with digital servo motors and resolvers, delivering dependable feedback for high-precision motion sequences. Its integrated bleeder circuit enhances operational safety by rapidly dissipating residual voltage, while the blower-assisted cooling system promotes long-term reliability even in heat-intensive applications. The controller’s modular design and adherence to Bosch Rexroth Indramat’s internal quality benchmarks ensure straightforward maintenance and system scalability. By deploying the DKR03.1-W100B-BA01-01-FW, engineers benefit from enhanced control accuracy, improved energy efficiency, and reduced downtime in complex automation installations.