DDS02.1-A100-DA02-01
The DDS02.1-A100-DA02-01 belongs to the DDS Drive Controllers series manufactured by Bosch Rexroth Indramat. This module coordinates torque and position of compatible servo motors within automated machinery such as packaging stations, material-handling gantries, and machine tools. By processing motion commands from a higher-level PLC and modulating the connected power stage, it serves as the interface between control logic and the electromechanical axis. That arrangement allows the controller to support closed-loop motion where steady response is required during acceleration and positioning. In automated equipment, this role is important when the machine must coordinate rapid starts, controlled stops, and repeatable path changes without losing axis stability.
The controller provides a continuous output of 100 A, allowing it to supply high-inertia motors without current foldback during sustained motion. Command data reach the unit through an analog interface, so velocity or torque references are sent as proportional voltage or current signals instead of network telegrams. Thermal management relies on external air cooling, meaning cabinet airflow passes across the heatsink rather than recirculating warm internal air. Rotor angle and speed are returned to the control loop through digital servo feedback, which supports accurate position regulation and stable speed control. Configuration parameters are grouped under Line 02 for this family revision.
Identification within the product range is further narrowed by Function ID Version 01, which keeps the available function set tied to this release. The unit is Version 1, so its mounting dimensions and connector placement follow the original layout. The designation Digital AC Servo Drive Controller classifies the device for three-phase permanent-magnet or induction servo systems that require sinusoidal current regulation. The assigned codes also keep option groupings organized, so the supported control behavior remains aligned with the intended release of the DDS platform.
