Product Description:

The DDS02.1-W150-DS32-00 belongs to the DDS Drive Controllers series manufactured by Bosch Rexroth Indramat. It is a digital AC servo drive controller intended for cabinet-mounted motion systems where it regulates torque, velocity, and position of compatible motors through closed-loop control. In automated equipment, the unit converts power from the shared drive system into controlled motor current so axes can respond accurately to changing commands and load conditions. This type of controller is commonly paired with servo motors in handling, packaging, and transfer systems where repeatable motion is required. Within the series, the unit is part of Line 02 and fits modular installations that use separate power supply and control sections.

The controller exchanges real-time commands and diagnostic data over a SERCOS interface, and heat is removed by air drawn from inside the control cabinet. The drive has a continuous current rating of 150 A, so it can supply substantial motor phase load without thermal derating during normal operation. The enclosure meets IP20, which keeps terminals touch-safe while leaving the housing open to cabinet air rather than sealing it against fine dust or moisture. During operation, the drive is intended for ambient temperatures from 0 – 45 °C, which suits typical enclosed control cabinets used for servo systems. Because cooling uses cabinet air, the surrounding enclosure needs steady internal airflow across the power section.

Installation conditions allow elevations up to 1000 m above sea level, and storage is permitted from -30 – 85 °C when the controller is not energized or mounted in service. Encoder channels accept digital servo feedback, allowing rotor position and speed signals to be processed directly inside the drive for closed-loop motion control. The product is identified as version 1, which places it within the first revision level of this configuration. This arrangement supports compact cabinet layouts because the control loop stays inside the drive rather than depending on a separate external processor.