HDS03.1-W100N-HA07-01-FW
The HDS03.1-W100N-HA07-01-FW is produced by Bosch Rexroth Indramat and belongs to the HDS Drive Controllers series. It is intended for use in rack-based motion systems where several axes share a supply section and coordinated control is required. The module converts reference commands into regulated motor current and velocity response for servo applications in machining centers, material-handling gantries, and automated packaging equipment. By using a shared rack format and common DC-bus distribution, the controller helps keep cabinet wiring compact while supporting synchronized axis behavior. This arrangement allows one cabinet section to serve multiple driven axes without assigning a separate standalone controller to each motor.
The command path uses an analog interface, so speed or torque references are applied as ±10 V signals that are sampled in real time. That input style suits systems that generate continuous command values from external motion electronics. The controller is assigned to Line 03, and its continuous output rating of 100 A supports larger synchronous or induction motors under nominal ambient conditions. Heat is removed by a built-in internal air blower, which moves cabinet air across the heat sink to control internal temperature during sustained operation. Its control structure follows DIAX04 conventions, so compatible rack modules use the same general diagnostic and parameter approach.
The unit is a multi-axis drive controller and is identified as Version 1. Its mechanical dimensions, terminal arrangement, and diagnostic LED placement follow the standard layout used across this product platform, allowing it to fit established cabinet positions without special hardware changes. The rack-mounted form factor also supports straightforward module spacing and clear access to status indicators on the front panel. The module is designed to operate with a shared supply section in the rack, and its front format remains consistent with adjacent drive positions so cable routing and spacing stay predictable inside the cabinet.
