MDD093A-N-020-N2M-130PL0

The Bosch Rexroth Indramat MDD093A-N-020-N2M-130PL0 is a precision-driven member of the MDD Synchronous Motors series, engineered for advanced automation applications. As a motor for digital drive controllers, it delivers reliable performance with a Continuous Torque at Standstill of 9.2 Nm and a Nominal Speed of 2000 min⁻¹. Integrated within a compact footprint, the motor features an Integrated multiturn absolute encoder to ensure consistent position tracking and high dynamic response.

Designed to exacting technical standards, this motor boasts a Motor Size of 093 and a Centering Diameter of 130 mm, complemented by a Motor Length Code A that optimizes installation flexibility. Its Digital servo feedback (DSF) system pairs with the absolute encoder to provide precise closed-loop control. The rotor and stator assembly are housed in a Standard casing with Standard balancing for reduced vibration and noise. A shaft seal protects internal components from contaminants, while the keyway shaft type and Standard (without side B shaft end) configuration facilitate secure mechanical coupling. Electrical connections are made via a left-oriented Connector, ensuring straightforward wiring and rapid commissioning. Holding brake functionality is omitted, as indicated by the specification Holding Brake: Without blocking brake, streamlining the design for applications where external braking solutions are used.

Built for demanding industrial environments, the MDD093A-N-020-N2M-130PL0 motor offers enhanced durability and service life. The integrated shaft seal and robust housing protect against dust and moisture ingress, maintaining performance in harsh conditions. Compatibility with digital drive controllers and standardized connection interfaces reduces integration time and supports modular system architectures. Advanced feedback capabilities using DSF and a multiturn encoder translate into superior motion accuracy, enabling tight position tolerance and repeatable cycle times. These combined features yield increased operational efficiency, minimized maintenance requirements, and greater throughput—making this motor an ideal choice for precision-driven manufacturing, material handling, and robotic systems.