Product Description:

The HDS05.2-W300N-HA11-01-FW is a modular drive controller produced by Bosch Rexroth Indramat and supplied within the HDS Drive Controllers series. As an axis module in DIAX04 multiaxis systems, it converts command signals into regulated power for servo motors used on production lines, material-handling equipment, and automated assembly cells. This arrangement lets the controller serve as the power stage between the central motion system and the motor, so current delivery follows the requested operating state of the axis. In automated lines, that role supports repeatable motion on feed axes, transfer mechanisms, and positioning stations that depend on stable servo response.

This unit works with an analog command interface, so velocity or torque references are sent as proportional voltage signals that the control electronics translate into motor current. Because the command channel is analog, reference changes can be passed directly from higher-level control hardware without a separate digital motion bus on the command side. The maximum continuous output is 300 A, allowing the drive to support large torque motors during sustained load conditions without immediate current reduction. Thermal management relies on a built-in air blower that moves cabinet air through the heat sink path and helps keep power semiconductors within their allowed operating temperature range at high load. The product is part of Line 05, which identifies this design line within the series.

The unit is classified as an HDS Drive Controller and is Version 2, so it uses the parameter structure and diagnostic code set assigned to that revision. The enclosure and control electronics follow the dimensional and mounting rules of the HDS Drive Controllers series, allowing the module to be installed beside matching supply units without additional brackets. Its mounting format matches the mechanical arrangement used across the platform, which helps keep cabinet spacing consistent when multiple axes are installed side by side. Front access to the module remains clear for wiring and service when it is placed in a standard rack layout.