Product Description:

The MDD093D-N-030-N2L-130PA0 synchronous servo motor is produced by Bosch Rexroth Indramat within the MDD Synchronous Motors series. It is intended for use with digital drive controllers, where it delivers controlled torque and speed to automated axes in assembly lines, packaging equipment, and material-handling systems. By converting commanded electrical input into rotary motion, the motor supports closed-loop positioning tasks that require repeatable response during acceleration, indexing, and steady-state operation. This role makes it suitable for machinery that depends on coordinated axis movement and stable servo regulation under changing loads.

At stall, the motor develops a continuous torque of 24.0 Nm, giving it the capacity to support holding and indexing duties at low speed. When energized at its rated operating point, the rotor reaches 3000 rpm, which supports fast cycle times on servo-controlled machinery. Mechanical alignment is assisted by a 130 mm centering diameter that seats accurately in the mating flange and helps maintain shaft concentricity during installation. Position and velocity signals are returned through digital servo feedback (DSF), allowing the drive to monitor rotor motion and correct deviations in the control loop. Power and feedback connectors are arranged on side A, which helps keep cable routing direct and the connection area accessible in compact machine layouts.

The motor is supplied without a blocking brake, so any holding force at standstill must come from the drive or an external device. An integrated shaft seal helps limit the entry of dust or coolant at the rotating interface and protects the bearing area during routine operation. Torque is transmitted through a keyway shaft, which fits common coupling and hub arrangements used on industrial axes. The housing uses length code D, which indicates the axial motor length used on this version. Heat is dissipated through the standard housing surface, so the motor body serves as the main path for transferring internal losses to the surrounding air.