Product Description:

The HDS04.2-W200N-HA24-01-FW is a drive controller module produced by Bosch Rexroth Indramat for the HDS Drive Controllers series. It serves as the command and power interface between a central motion controller and connected motor axes in packaging cells, transfer lines, and handling systems. By regulating current in response to control input, the unit supports coordinated multi-axis motion with controlled speed and torque behavior. The module is intended for industrial automation systems that require precise axis synchronization and stable operation during changing load conditions. This makes it suitable for coordinated indexing, transfer, and positioning tasks where multiple axes must respond to the same control sequence.

The controller supplies a continuous output of 200 A, allowing large induction or synchronous servomotors to accelerate without current foldback. Command signals enter through the ANALOG interface, so velocity or torque references can be provided by PLCs with standard ±10 V outputs. Thermal stability is managed by a built-in air blower that moves cabinet air across the heat sink during sustained high-load operation. As part of the DIAX04 platform, the unit follows the electrical layout used by related modules, and hardware release 2 is the installed revision. The analog control format also supports integration with legacy control systems that do not use digital motion networks.

The designation includes Line 04, which identifies the performance class used for this controller. It is matched for use with 24 kW power supplies and compatible motor feedback cards within the same system architecture. On-board diagnostics send status information through the analog reference connector, making following error, temperature, and current utilization available without extra fieldbus hardware. This arrangement lets the controller report operating status through existing control wiring instead of requiring a separate communication card. The backplane connection also allows the controller to integrate into shared system assemblies used for multi-axis expansion.