Product Description:

The DDS02.1-W100-DL01-00 drive controller is produced by Bosch Rexroth Indramat and belongs to the DDS Drive Controllers series. As a digital AC servo drive controller, it supplies closed-loop power to a single rotary or linear servo axis in automated machinery. Within a motion system, it receives position commands from the higher-level control and regulates motor current so that commanded profiles are followed precisely. Because current regulation is handled inside the controller, the connected motor can respond quickly to load changes during acceleration, deceleration, and holding tasks. This makes the unit suitable for packaging stations, gantries, and material handling cells where repeatable axis response is required.

For motion coordination, the built-in communication layer supports single-axis position control, allowing the unit to accept incremental or absolute setpoints from the central PLC without relying on multi-axis synchronization inside the drive. Thermal management is handled by internal air cooling, so air is drawn from inside the control cabinet and cabinet airflow must be maintained. The power section can deliver up to 100 A of continuous output current, providing enough capacity for medium-torque synchronous motors. Its IP20 housing is intended for protected cabinet installation rather than direct exposure on the shop floor. Rotor position is closed using digital servo feedback, and safe operation is permitted throughout an ambient range of 0–45 °C. This feedback method supports stable speed control and accurate position correction during dynamic moves.

Reliable operation is permitted up to 1000 m above sea level, so the drive can be used in most standard plant elevations without derating. When the machine is idle, the electronics can be stored from -30 to 85 °C without damage to capacitors or connectors. This storage range supports indoor warehousing and transport when the equipment is not energized. The controller belongs to Line 02. It uses Function ID 01 and is version 1. These identifiers distinguish the control variant used for this model and align it with the matching supply and feedback connections used in the DDS system.