Product Description:

The HDS05.2-W300N-HT23-01-FW is a modular drive controller from Bosch Rexroth Indramat in the HDS Drive Controllers series. It is used for axis control in automated machinery, where it regulates motor current for coordinated speed and position control. The unit uses a regulated DC bus and pulse-width-modulated output stages to drive matched servo motors with repeatable response. A higher-level motion system issues movement commands while the drive manages the electrical output needed to follow those commands. Typical applications include assembly lines, palletizers, and printing presses that require multiple axes to follow synchronized motion commands.

Communication with the controller is handled through the SERCOS fiber-optic ring, which transfers real-time setpoints and diagnostic data with consistent timing. The fiber-optic link supports deterministic data exchange for coordinated positioning and status monitoring. The power electronics can deliver up to 300 A of phase current, allowing high-torque servo motors to accelerate under demanding load conditions. Heat from the switching elements is removed by an internal air blower, so the cabinet does not need external cooling ductwork for this function. As part of the DIAX04 platform, the unit uses communication structures that fit coordinated multi-axis operation on a shared ring. The product is Version 2, which indicates its revision level within this drive type.

The product is part of Line 05. This build combines a 22 kW supply section with the matching inverter section for the controller layout used in the series. The unit is classified as an HDS Drive Controller, and that designation places it within the standard grounding and safety interlock arrangement used for these modules. It is intended for cabinet systems where power components and motion controllers are installed as separate modules in a common drive assembly. That layout keeps the controller within the same mechanical and electrical scheme used by related modules in the platform.