Product Description:

The Bosch Rexroth Indramat HDS05.2-W300N-HS25-01-FW is a multi-axis drive controller in the HDS Drive Controllers series. This unit acts as the power and regulation module for servo and spindle drives on automated production lines. By converting commands from a central control network into precise motor currents, the controller coordinates velocity, torque, and positioning tasks across machining cells, material handling systems, packaging machines, transfer lines, filling equipment, and automated storage systems. In multi-axis installations, that control role supports synchronized motion where accurate current regulation affects transfer timing, axis response, and repeatable machine movement. It is used where several coordinated axes must respond quickly to network commands while maintaining stable torque and speed control through the drive cabinet.

Command data reach the controller through the SERCOS fiber-optic interface, allowing deterministic cyclic exchange of setpoints and feedback with a central PLC. A continuous output capability of 300 A lets the module energize high-power motors without external boosters. Thermal stability is maintained by a built-in air blower, so cabinet airflow can remain consistent while the drive dissipates switching losses. The unit belongs to the DIAX04 platform, and the product is part of Line 05 within that platform. This combination suits demanding motion sections that require high current, fixed communication timing, and stable thermal behavior during extended machine operation.

The controller is built in Version 2 and is intended for centralized motion systems that place major power electronics inside a cabinet-based drive rack. That layout keeps power conversion, network communication, and axis regulation together in one location rather than at the motor, which is useful on machines that group several axes around one control structure. It also supports orderly placement of companion modules in the rack and keeps access to the main drive hardware at the cabinet. The design is suited to machines that separate the drive cabinet from the working area so the electronic hardware stays away from moving mechanical sections and process exposure.