Product Description:

The DDS02.2-A200-BE16-01-FW is a drive controller produced by Bosch Rexroth Indramat for the DDS Drive Controllers series. It functions as a digital AC servo controller that modulates power to three-phase servo motors in automated machinery. By converting command setpoints from a motion controller into regulated current, the device governs motor torque and position for packaging lines, material-handling axes, and other multi-axis industrial systems. Its closed-loop operation supports stable speed control during continuous motion as well as accurate positioning during short indexing moves. It is intended for machine installations that require coordinated axis behavior under varying load conditions.

Communication with higher-level controls is handled through the SERCOS interface, allowing deterministic cyclic data exchange and parameter access over a fiber-optic ring. The unit supplies up to 200 A of continuous output current, so compatible motors can operate under high dynamic loads without derating. Thermal energy is removed by external cabinet air cooling, which draws ambient air across the heat sink to reduce heat buildup inside the enclosure. For position feedback, it accepts digital servo feedback and resolver feedback, allowing operation with both high-resolution encoders and traditional resolver transducers. Fiber-optic communication also helps reduce sensitivity to electrical noise in dense control cabinets. This combination supports flexible use with different feedback formats in the same automation platform.

The device belongs to Line 02 and is built to hardware Version 2. Motion functions are identified by Function ID Version 01, which sets the available parameter range for this controller. The hardware is classified as a Digital AC Servo Drive Controller, so it directly supplies three-phase PWM voltage to synchronous or induction servo motors while receiving setpoints over the SERCOS link. This layout fits cabinet-based drive systems where multiple axes must share a common control structure and predictable response. The controller is used where consistent electrical response and standardized module behavior are required across a DDS platform.