Product Description:

The DDS02.2-W015-BE30-01-FW is a digital AC servo drive controller produced by Bosch Rexroth Indramat within the DDS Drive Controllers series. It is designed to regulate current, velocity, and position for synchronous or induction servo motors used in machining centers, handling axes, and other automated equipment. By processing velocity loops internally and exchanging real-time setpoints with higher-level motion hardware, the unit serves as the central regulating element between the power stage and the mechanical load. This arrangement helps the connected motor respond quickly to command changes during coordinated machine movement.

The drive communicates with PLCs through a SERCOS interface, allowing synchronized telegrams and deterministic cycle times across multi-axis networks. A continuous output capacity of 15 A supports medium-power motors without external amplifiers. Thermal energy is removed by air from inside the control cabinet, so cabinet airflow must be maintained to avoid derating. Electrical touch-safe design is expressed by the IP20 housing, meaning the controller is protected against solid objects larger than 12 mm but requires enclosure mounting for dust or liquid exposure. Electronic components remain operational between 0 – 45 °C, matching typical factory ambient limits, and sustained use outside this range can affect stable operation.

Feedback wiring accepts digital servo feedback and resolver feedback, enabling the same controller to run motors fitted with high-resolution encoders or rugged resolvers without additional interface cards. Installation altitude is limited to 1000 m, because thinner air at higher elevations reduces cooling effectiveness and can require current reduction. When stored or shipped, components withstand temperatures from -30 – 85 °C, which helps protect the unit during transport through unconditioned areas. The unit carries Function ID Version 01, indicating the designated function version for this controller type. This combination of communication, cooling, and feedback support makes the controller suitable for integration in compact multi-axis automation systems.