Product Description:

The MDD093C-N-030-N2M-110GA0 synchronous motor is produced by Bosch Rexroth Indramat for the MDD Synchronous Motors series. It is intended for use with digital drive controllers and converts commanded servo current into precise rotary motion for machining centers, pick-and-place modules, and material-handling axes. In these applications, the motor supports accurate speed and position control during repeated starts, stops, and direction changes. This unit uses motor size 093 and a standard housing, giving it a familiar mounting envelope for automated equipment that relies on compact servo axes.

The mechanical interface uses a centering diameter of 110 mm, allowing repeatable alignment with gearbox flanges and machine frames. Rated speed reaches 3000 rpm, so the motor can support rapid indexing and steady closed-loop operation across a broad speed range. Power and feedback conductors exit on Side A, which helps keep cable routing consistent when several axes are installed in the same panel. The feedback channel uses digital servo feedback, enabling high-resolution commutation and accurate position reporting to the connected controller. A connector-style termination keeps the interface compact, and a plain shaft transfers torque through frictional clamping hubs while the non-drive end remains closed to protect internal components.

Dynamic behavior is supported by standard balancing, which keeps rotor vibration within normal limits for industrial servo service. The motor has length code C, giving it a longer stator stack that increases continuous torque compared with shorter versions in the same frame size. It is supplied without a blocking brake, so any holding function during power loss must be provided by the drive or by external mechanical means. A front shaft seal helps keep coolant and dust away from the bearing area, and the integrated multi-turn absolute encoder retains position over multiple revolutions for restart without a homing cycle. This arrangement is useful on automated axes that must return to operation with minimal interruption after power is restored.