DDS02.2-W100-BA03-01-FW, Bosch Rexroth Indramat, DDS Drive Controllers opens a new chapter in precision motion control with the DDS02.2-W100-BA03-01-FW servo drive offering. Manufactured by Bosch Rexroth Indramat, this unit belongs to the advanced DDS Drive Controllers family engineered for high-performance industrial automation. It translates low-power command signals into precisely regulated high-power outputs, ensuring smooth torque, speed, and position regulation of synchronous and induction motor systems. Compact yet robust, it integrates seamlessly into existing control architectures with minimal footprint and cabling effort.
This drive controller features Internal Cooling to maintain optimal thermal conditions even under continuous operation and supports Digital Servo and Resolver Feedback for high-resolution position detection. The unit delivers a continuous Rated Current of 100 A, guaranteeing ample drive capacity for demanding loads. Encased to IP20 protection class, it withstands typical industrial environments, with recommended installation into an enclosure meeting IP54 protection class for enhanced dust and splash resistance. Weighing just 7.5 kg, the module mounts easily onto DIN-rail or panel backplates and connects via dedicated power cable and motor feedback cable interfaces. A user-friendly one-line display unit provides real-time status, diagnostics, and error codes to streamline commissioning and troubleshooting.
Engineers will appreciate the controller’s straightforward integration into DC-24 V auxiliary power systems, avoiding unregulated supplies like TVM 1.2 units. The robust design and clear diagnostic feedback enhance reliability, reducing unplanned stoppages and maintenance cycles. Ideal for precise servo positioning, indexing tables, and high-dynamics gantry systems, the DDS02.2-W100-BA03-01-FW drive excels in applications where accuracy, uptime, and seamless network integration are paramount.
Cooling
Internal Cooling
Motor Feedback
Digital Servo and Resolver Feedback
Rated Current
100 A