Product Description:

The DDS02.2-W200-BE24-01-FW is a digital AC servo drive controller manufactured by Bosch Rexroth Indramat for the DDS Drive Controllers series. It functions as a closed-loop power stage that regulates torque, velocity, and position of synchronous or induction servo motors connected to automated machinery. By matching commanded motion profiles with real-time motor feedback, the unit integrates motion axes into packaging lines, printing presses, and material-handling cells. Because current, speed, and position loops are coordinated inside the drive, the connected motor can follow frequent start-stop cycles with consistent motion quality.

Communication with the controller is routed through the SERCOS interface, allowing deterministic fiber-optic networking with other drives and the master PLC. The power stage supplies up to 200 A of continuous output current, and heat removal is handled by internal air cooling that draws cabinet air across the heat sink. An IP20 housing permits safe installation inside an electrical enclosure while limiting direct contact with live parts. The drive maintains full performance within an ambient range of 0 to 45 °C, which suits typical control-cabinet conditions. Its cabinet-mounted format is intended for enclosed installation where the surrounding panel design directs cooling air through the drive stack. The unit is part of Line 02 and Version 2, and it uses Function ID Version 01.

For long-term storage or transport, the unit tolerates temperatures from -30 to 85 °C, which helps protect internal components when spare drives are kept off the machine. Installation heights can reach 1000 m above sea level without derating, supporting use in mid-altitude facilities. Motion control can be closed through digital servo feedback for high-resolution position data or through resolver feedback when a rugged analog signal path is preferred. Both feedback options support reliable axis operation in machines that prioritize either higher resolution feedback processing or robust signal behavior in electrically noisy areas.