Product Description:

The DDS02.2-W200-BE30-01-FW is manufactured by Bosch Rexroth Indramat and supplied in the DDS Drive Controllers series. Mounted inside a control cabinet, the unit receives motion commands from a master controller and modulates three-phase power to servo motors, keeping axes synchronized in packaging, printing, and material-handling machines. It bridges the facility’s DC bus to individual motor windings while monitoring feedback signals so each axis holds the requested position, speed, and torque. Its compact format also allows multiple drives to share a common supply module across the rack. In multi-axis installations, this layout helps centralize power distribution while each motor channel remains independently regulated.

Communication uses the SERCOS interface, transferring cyclic setpoints and diagnostics over a fiber-optic ring. Fiber-optic communication also helps maintain stable signal transmission in cabinets that contain switching devices and motor power wiring. The power stage supplies up to 200 A of continuous output current, so the controller is suited for axes with high sustained current demand. Thermal losses are expelled through internal air cooling, with airflow drawn from inside the cabinet to reduce exposure to external contamination. Position control accepts digital servo feedback and resolver feedback, allowing the same drive to operate with either high-resolution encoders or resolver-based motor feedback. This flexibility supports use across different servo motor configurations without changing the basic drive platform.

The unit is Version 2 and belongs to Line 02 within the DDS hardware platform. It uses Function ID Version 01, which identifies the control function set used by this model. The product is classified as a Digital AC Servo Drive Controller, meaning it generates sinusoidal three-phase output from a common DC bus for closed-loop servo operation. This arrangement supports coordinated axis control in multi-drive systems where consistent current regulation and motion response are required.