DDS02.1-W100-DS13-01-FW

The DDS02.1-W100-DS13-01-FW from Bosch Rexroth Indramat in the DDS Drive Controllers series is a high-performance modular servo drive controller engineered for demanding industrial motion applications. It delivers a rated current of 100 A with precision Digital Servo Feedback and maintains thermal stability through integrated Internal Cooling. The controller operates on a DC bus voltage of 300 V ±15% and supports rapid-response motor control when paired with inductance motors or synchronous MKD and MDD series drives. Designed for flexible integration, it combines compact dimensions with robust electrical interfaces to streamline system design and installation.

As a Version 1 device in the DDS02 lineup, the DDS02.1-W100-DS13-01-FW enables simplified drive packages by sharing a single supply unit for both AC servo and main drives. It is compatible with powerful MKD and MDD synchronous motors, as well as LAR and LAF linear inductance motors, ensuring versatile deployment in packaging, printing, robotics, and textile machinery. Firmware-defined functionality can be tailored via optional firmware subitems, offering custom feature sets and enabling on-site upgrades without hardware changes. Modular mounting and standardized connectors reduce commissioning time and eliminate misconnections, while built-in parameter memory preserves critical settings across maintenance cycles.

Engineered for reliability in industrial environments, this controller operates reliably at ambient temperatures between 0 °C and 40 °C and up to 95 % relative humidity without condensation. It is rated IP10 per EN 60529, preventing ingress of solids larger than 50 mm, and supports installation at altitudes up to 1000 m above sea level. The compact, rack-mountable design and front-accessible terminals simplify cabinet layouts and service access. Together, these features make the DDS02.1-W100-DS13-01-FW an ideal choice for automated production lines requiring precise, high-current motion control under variable environmental conditions.