DDS02.2-A100-BE43-01

The Bosch Rexroth Indramat DDS02.2-A100-BE43-01 drive controller is a high-performance module within the DDS Drive Controllers series. It features External Cooling for efficient thermal management, a Rated Current of 100 A to drive demanding servo applications, and supports both Digital Servo and Resolver Feedback for precise motion control. Designed as a compact, modular solution, it enables flexible integration of AC servo and main drives to form a unified drive package using a single supply unit. This versatility makes it ideal for applications in textile machines, printing and packaging lines, robotic cells, and handling equipment.

The DDS02.2-A100-BE43-01 leverages a robust command interface via SERCOS over fiber optic cables, providing deterministic communication and immunity to electromagnetic interference. It offers dedicated inputs for reference switches, travel limit switches, and additional sensor signals, while its firmware-defined functions can be ordered as separate items to ensure consistent versioning across installations. The modular concept allows rapid response systems when paired with AC motors such as MDD, MKD, LAR, LAF, LSF, 2AD, ADF, and 1MB, simplifying system design and reducing cabinet space. The controller operates from any Indramat supply unit delivering regulated DC 24 V, ensuring seamless compatibility with existing power infrastructures.

Engineered for installation in closed housings or cabinets, the DDS02.2-A100-BE43-01 employs cold technology cooling to conduct most heat directly outside the enclosure, eliminating the need for bulky heat exchangers. Its IP20 protection rating safeguards against contact with fingers or objects larger than 12 mm, though it is not rated for liquid ingress. The unit is designed for ambient temperatures up to 40° C, relative humidity up to 95%, and elevations up to 1000 m above sea level. This efficient, compact design delivers reliable, maintenance-free performance, offering industrial users enhanced durability, space savings, and improved energy efficiency in demanding motion control environments.