HDS03.2-W075N-HA26-01-FW

The Bosch Rexroth Indramat HDS03.2-W075N-HA26-01-FW is a high-performance component within the HDS Drive Controllers series, belonging to the HDS product group. As a HDS Drive Controller in the Controller Family DIAX04, this unit delivers a rated current of 75 A, ensuring robust power delivery for demanding automation tasks. It features an ANALOG Command Communication Interface that enables responsive and precise control of servo motors. The primary application of this controller is to manage and regulate drive performance in complex motion control systems, providing reliable operation in industrial environments.

This drive controller implements the Controller Family DIAX04, Version 2, offering enhanced processing capabilities for sophisticated control algorithms. The unit is designated under Function ID Code 26 and Line 03, defining its unique configuration within the Indramat portfolio. The built-in internal air blower Cooling Method guarantees consistent thermal management without external cooling infrastructure, simplifying integration and maintenance. There are no other hardware versions available, emphasizing a standardized platform that reduces configuration complexity. The device’s architecture allows seamless integration into existing automation networks via its ANALOG interface, maintaining compatibility with legacy equipment.

Designed for long-term reliability, the HDS03.2-W075N-HA26-01-FW employs robust internal components and an efficient internal air blower to maintain optimal operating temperatures under continuous load. Although no additional versions exist, this simplifies procurement and lifecycle management. The precise 75 A output current rating ensures the controller can handle high-demand applications with minimal risk of overload. Its adherence to the established DIAX04 family standards underscores its compliance with stringent industrial performance criteria. Using this drive controller in industrial automation workflows delivers enhanced durability, improved thermal efficiency, and consistent motion control precision, ultimately contributing to reduced downtime and increased productivity.