Product Description:

The MDD093B-N-020-N2L-110GR1 synchronous servo motor is produced by Bosch Rexroth Indramat within the MDD Synchronous Motors series. Designed for use with digital drive controllers, it converts commanded electrical power into precise rotary motion for indexing tables, gantries, and material-handling axes in industrial automation. The unit has motor size 093 and length code B. Its standard housing matches the dimensional footprint used across earlier MDD designs, so it fits machine layouts that already use this frame. Its design supports automated equipment that depends on repeatable positioning and steady torque response during frequent start-and-stop cycles. It is intended for continuous industrial service where motion accuracy and stable response are required throughout repeated production cycles.

At the load interface, the motor delivers a continuous standstill torque of 14.5 Nm, allowing controlled holding at zero speed when current remains at the rated value. During motion, it reaches a nominal operating speed of 2000 rpm, which suits moderate-inertia machines that need stable speed control and predictable acceleration behavior. Precise alignment to the driven assembly is provided by a centering diameter of 110 mm. Power and feedback lines terminate on a sealed connector on the right side of the stator, which helps keep cable routing organized in compact installations. Rotor position is returned to the drive through integrated digital servo feedback, supporting closed-loop control without a separate external encoder.

A holding brake rated at 11 Nm locks the shaft when the drive is disabled, which helps secure vertical or suspended loads until drive torque is restored. The transmission interface uses a plain shaft, making it suitable for clamping-hub couplings and other friction-based shaft connections. A fitted shaft seal helps keep contaminants away from the bearing area during operation. The rotor uses standard balancing to reduce vibration across the speed range and support smooth running in typical machine frames. This layout supports dependable mechanical coupling in packaging, transfer, and general motion systems.