Product Description:

Bosch Rexroth Indramat manufactures the DDS02.2-W015-BE33-01-FW within the DDS Drive Controllers series. As a digital AC servo drive controller, it supplies regulated current and voltage to synchronous or induction servomotors, translating numerical commands from a motion program into controlled motor movement. The unit acts as the link between PLC logic and mechanical actuation in conveyor sections, pick-and-place arms, and other production cells. This type of controller is used where coordinated acceleration, speed control, and stopping must be maintained across repeated machine cycles.

The controller exchanges real-time process data over a SERCOS interface, allowing deterministic communication with multi-axis masters. Continuous output is limited to 15 A under rated conditions. Heat produced at this load is removed by internal cabinet air cooling, so unobstructed airflow inside the enclosure is required. The housing has an IP20 rating, which provides finger-safe protection but no sealing against moisture. The drive operates in ambient temperatures from 0 to 45 °C, which suits typical control-cabinet environments. Because the cooling method depends on cabinet airflow, blocked vents or tightly packed modules can reduce thermal margin during continuous operation. Axis position is handled through Digital servo feedback and Resolver feedback, allowing compatibility with high-resolution serial encoders and traditional resolver transducers. That flexibility helps the controller fit older installations as well as systems that use newer digital motor feedback.

Installation altitude is limited to 1000 m, and operation above that height may require derating. During transport or long-term storage, the unit tolerates temperatures from -30 to 85 °C without damage to internal components. The storage range supports warehousing and shipment before installation in a climate-controlled panel. It carries Function ID version 01, while the hardware is part of line 02 and uses design version 2. These identifiers distinguish the control configuration from other members of the series and support use with the appropriate application setup.