HDS03.2-W075N-HA14-01-FW

The Bosch Rexroth Indramat HDS03.2-W075N-HA14-01-FW drive controller from the HDS Drive Controllers series is engineered to deliver precise motion control in demanding industrial environments. This drive, manufactured by Bosch Rexroth Indramat, features a Rated Current of 75 A and a Cooling Method employing a built-in internal air blower to ensure optimal thermal management. As a member of the DIAX04 Controller Family, it provides robust performance for high-speed servo applications. The HDS03.2 series drive controller’s primary function is to regulate and power servo motors, facilitating accurate positioning and speed control in automated machinery.

Built around a modular architecture, the HDS03.2-W075N-HA14-01-FW incorporates an ANALOG Command Communication Interface and comes standard with a base unit drive controller, a command communications module, and a software module. Provision is made for up to three additional plug-in modules, allowing customization for I/O expansion or specialized feedback interfaces. The drive’s Function ID Code of 14 and the Version of Function ID 1 denote its firmware configuration and ensure compatibility with legacy DIAX04 systems. Other key specifications include its Line designation (03) and the explicit indication that there are None listed for Other Versions, emphasizing its streamlined design.

Designed for reliability and ease of integration, the HDS03.2-W075N-HA14-01-FW benefits from its internal air cooling blower, which reduces maintenance compared to liquid-cooled systems. The absence of alternate versions simplifies spare-parts management and accelerates commissioning. As part of the HDS Product Group, it adheres to stringent Bosch Rexroth quality standards, ensuring long service life under continuous operation. In industrial installations, this drive controller offers enhanced efficiency, predictable thermal behavior, and seamless interfacing with standard servo networks—making it ideal for packaging machinery, assembly lines, and precision motion systems.