HDS03.2-W100N-HT14-01-FW
The HDS03.2-W100N-HT14-01-FW is a drive control module manufactured by Bosch Rexroth Indramat for the HDS Drive Controllers series. Installed in a multi-axis drive rack, it converts command data into controlled output that powers servo axes in industrial automation lines. It provides the regulated current and signal interface needed for synchronized motion, so connected axes can follow coordinated speed and torque commands within a common drive system. This operating role suits machinery that relies on repeatable axis response during positioning, indexing, and continuous material handling. Because the control and power interface are combined in one rack module, the axis channel can be integrated into larger motion systems without a separate standalone controller at the motor location.
This controller communicates over the SERCOS fiber-optic bus, allowing real-time parameter exchange with the motion control system. Its continuous output path is designed for up to 100 A of motor current, which supports high-torque servo motors without an external booster stage. Thermal management relies on a built-in air blower, so airflow can be directed through the cabinet instead of requiring liquid cooling. The unit is Version 2, which matches the electrical layout and diagnostic behavior used with current power components in the platform. The optical link supports fast cyclic updates, and the cooling arrangement helps the module remain suitable for enclosed cabinet installations.
The module belongs to Line 03 and works within the DIAX04 controller family. It is paired with HM and HS power supplies of the same line code, helping maintain the intended slot arrangement and connector alignment inside the drive rack. This layout supports organized multi-axis assemblies where several drive modules share a common power structure and control backbone. The matching family structure also helps preserve the physical relationship between power modules and control modules, which supports orderly cabinet layout and predictable cable routing. The rack-based format keeps the controller integrated with adjacent system modules, which is useful when a machine requires centralized axis control in a compact cabinet footprint.
