HDS04.2-W200N-HA19-01-FW

The Bosch Rexroth Indramat HDS04.2-W200N-HA19-01-FW from the HDS Drive Controllers series sets a new benchmark for precision motion control with its robust architecture and streamlined functionality. This Product Type HDS Drive Controller is built on the proven Controller Family DIAX04 platform and engineered for the Line 04 range to suit demanding industrial applications. It interfaces via an Command Communication Interface ANALOG link and delivers a continuous Rated Current of 200 A, ensuring stable power delivery to high-torque servo motors. Industrial-grade thermal management is provided by a Cooling Method built-in internal air blower, while the unique Function ID Code 19 categorizes its specific capabilities within complex automation networks.

From a configuration standpoint, the controller carries Version 2 hardware alongside Version of Function ID 1 firmware, enabling clear revision control and traceability across system updates. As a member of the Product Group HDS family, the unit aligns mechanically and electrically with other HDS04 components, promoting modular expansion and simplified spare part logistics. The specification of Other Versions None confirms a standardized build that minimizes variant confusion and accelerates commissioning workflows. Built-in diagnostics leverage the DIAX04 core to monitor current, voltage, and blower status, implementing protective shutdowns to guard against overcurrent, undervoltage, and thermal excursions.

Designed for integration into panel-mount enclosures, the HDS04.2-W200N-HA19-01-FW maintains a compact footprint and features consistent mounting patterns adopted throughout Bosch Rexroth Indramat’s controller offerings. Its analog control topology, coupled with 200 A drive capability, delivers responsive servo regulation and high torque fidelity even under rapid dynamic load changes. By combining advanced internal cooling, clear version management, and native analog communication, this controller delivers reliable, maintainable performance for high-demand automation environments.