HDS04.1-W200N-HA40-01-FW

HDS04.1-W200N-HA40-01-FW, manufactured by Bosch Rexroth Indramat, is a precision drive controller within the HDS Drive Controllers series that delivers high-performance current regulation for demanding industrial motion applications. It integrates into the robust Controller Family DIAX04 platform, reflecting the legacy of Rexroth’s reliable drive architecture. This Product Type HDS Drive Controller carries the designation Product Group HDS and embodies version Version 1 design refinements, providing a standardized yet adaptable solution for OEM machine builders. Configured under Other Versions None, the controller represents the baseline, full-featured unit in its line.

Designed to handle a continuous Rated Current of 200 A, the unit uses a built-in internal air blower for Cooling Method to maintain thermal stability under full load, ensuring sustained performance over extended duty cycles. Communication with the master controller is achieved through an Command Communication Interface ANALOG channel, offering deterministic command response in synchronized multi-axis systems. The controller’s hardware conforms to the Line 04 specification, and it is identified uniquely by its Function ID Code 40, making it immediately recognizable in configuration spreadsheets and network inventories. The modular housing and standardized DIAX04 backplane interface simplify retrofit and expansion, while the absence of alternate versions guarantees consistent field support and spare-parts management.

Integration into existing Indramat or Rexroth networks is seamless, with plug-in compatibility across DIAX04 racks and straightforward commissioning via Rexroth’s parameterization tools. The HDS04.1-W200N-HA40-01-FW drive controller’s robust design and proven blower-based thermal control enhance reliability in environments subject to dust or temperature variation. Its precise current control and modular footprint make it ideal for applications in packaging, material handling, and automated assembly lines where repeatability and uptime are mission-critical.