Product Description:

The MDD093C-N-030-N2L-110PL0 is a synchronous servo unit from the MDD Synchronous Motors series manufactured by Bosch Rexroth Indramat. It is categorized as a motor for digital drive controllers, so it couples directly to Rexroth drives to deliver closed-loop motion in automated tooling, pick-and-place gantries, and similar industrial equipment. By integrating rotor magnets, stator windings, and encoder feedback in a single frame, the motor supplies the rapid velocity and position changes demanded in industrial automation. This layout supports precise acceleration, steady running, and repeatable stopping behavior on axes that must follow changing command values without drift.

The rotor is rated for a nominal speed of 3000 rpm, enabling constant surface velocities required in continuous-duty production lines. Precise commutation is maintained by the internal encoder that supplies digital servo feedback to the drive, and this signal lets the controller correct torque within one electrical cycle. Accurate centering during flange mounting is supported by a 110 mm locating diameter, which aligns the stator with machine bearings and helps keep shaft positioning stable during operation. All power and feedback leads exit on the left side, which can simplify cable routing when several axes are installed in parallel rows. The motor is delivered without a blocking brake, so applications that need load holding at power-off must rely on an external brake or a mechanical lock.

Mechanical output is transferred through a shaft machined with a keyway profile that prevents slippage under cyclic torque. System wiring is performed through a circular connector that seals to the housing and allows fast connection during installation or replacement. A standard housing with integral cooling ribs dissipates stator losses while keeping the overall mass suitable for gantry or linear-slide mounting. The frame follows the series size code 093, giving the motor a mid-range torque envelope suited to medium-inertia loads without oversizing the drive amplifier. This combination of mounting geometry, cable exit arrangement, and shaft form supports use in machinery that requires accurate motion and compact motor integration.