Product Description:

The DDS02.1-W200-DS58-01-FW is a digital AC servo drive controller produced by Bosch Rexroth Indramat for the DDS Drive Controllers series. It controls torque and speed for synchronous and induction motors in automated machinery, giving packaging, printing, and assembly equipment the closed-loop regulation needed for coordinated axis motion. The unit is suited for multi-axis systems in which speed changes, position correction, and load variation must be handled without losing control stability. It converts DC-bus power into regulated motor output and supports the fast response needed for precise movement during repetitive machine cycles. It is designed to coordinate axis behavior with the surrounding automation system instead of operating as a standalone motor controller.

Communication with the higher-level control is handled through a SERCOS interface, while rotor position information is returned by digital servo feedback from the motor. The controller can supply up to 200 A of continuous output current, so the connected wiring and protection devices must match that load. Cooling uses air from inside the control cabinet, which means the enclosure must provide sufficient forced ventilation to remove heat from the drive during sustained operation. The housing has an IP20 rating and is intended for installation inside a clean electrical cabinet rather than in exposed machine areas. This arrangement supports control-cabinet integration where airflow, spacing, and contamination protection are managed at the system level.

The permissible operating temperature range is 0 to 45 °C, and the storage range is -30 to 85 °C when condensation is prevented. Installation is allowed up to 1000 m above sea level, and higher elevations require output derating. The unit belongs to Line 02 and carries Function ID 01, which identify its place within the DDS platform. These identifiers are useful when matching the controller with compatible DDS system modules and the correct parameter set. The operating and storage limits should be observed so electrical and thermal performance remain consistent over time.