HDS03.2-W075N-HA32-01-FW

The Bosch Rexroth Indramat HDS03.2-W075N-HA32-01-FW is a high-performance member of the HDS Drive Controllers series, engineered for precise motion control in industrial automation. As a HDS Drive Controller within the DIAX04 controller family, it features an ANALOG command communication interface to ensure reliable signal transmission. With a rated current capacity of 75 A, this controller is optimized to manage medium-to-high power servo drives, providing consistent torque delivery and accurate positioning. Its primary application lies in CNC machines, robotics, and automated production lines where exact speed and torque control are essential.

Designed with robust technical specifications, the HDS03.2-W075N-HA32-01-FW carries the Function ID Code 32, aligning it with specific firmware and configuration profiles. It belongs to Line 03 of the DIAX04 series and is identified as Version 2, indicating the second iteration of performance and reliability improvements. The built-in internal air blower cooling method guarantees efficient thermal management, maintaining optimal operating temperature even under continuous high-load conditions. The controller’s integration into the Product Group HDS ensures compatibility with complementary modules and power sections, facilitating seamless system assembly. Notably, there are No Other Versions of this exact model, which simplifies inventory and maintenance planning.

Beyond its core capabilities, the HDS03.2-W075N-HA32-01-FW is designed for enhanced durability and service life, courtesy of its internal blower that prevents overheating and reduces component stress. Its analog interface supports straightforward connectivity with legacy and modern drive systems, offering broad compatibility across various machine tool generations. Although no external certifications are specified, the controller meets industry expectations for industrial-grade electronics. By utilizing this controller, engineering teams benefit from streamlined commissioning, consistent performance, and reduced downtime, ultimately improving throughput and efficiency in demanding production environments.