Product Description:

The HDS02.2-W040N-HT17-01-FW is an HDS drive controller produced by Bosch Rexroth Indramat for the HDS Drive Controllers series in the DIAX04 family. As a drive controller, it supplies regulated power to servo axes and exchanges motion commands with higher-level PLCs so that industrial machinery can position, accelerate, or hold loads with repeatable precision. This role makes the unit a central component in automated production lines, where closed-loop control keeps motor response aligned with commanded motion. It is suited to multi-axis systems that require stable torque delivery and coordinated movement between connected actuators.

The controller links to a host control system through the optical SERCOS interface, which supports time-deterministic command and feedback traffic between the drive and the master. Thermal management is achieved by a built-in internal air blower; this self-contained fan moves cabinet air across heat-dissipating surfaces so the controller can operate without external cooling accessories. A continuous line current capacity of 40 A is the highest sustained motor current the unit can deliver during rated operation. Housing protection is limited to IP 10, which helps protect against accidental contact with live parts but does not seal against dust or fluids, so the unit must be installed inside a clean electrical enclosure. Reliable operation is permitted within an ambient range of +5 ... +45° C, allowing the power electronics and control circuitry to remain within normal thermal limits.

Above the standard operating window, the controller can run at reduced output up to +55° C, which helps maintain operation during short periods of elevated cabinet temperature. Windings and internal insulation conform to class C per DIN VDE 0110, giving the power section a high thermal endurance level. Installation is approved up to 1000 m above sea level, which fits most industrial locations without altitude-related derating. During transport or long-term storage, temperatures from -30 ... +85° C are permitted, helping preserve the condition of internal materials before the controller is placed into service.