Product Description:

The MDD093C-N-040-N2L-110GA0 is a synchronous servo motor manufactured by Bosch Rexroth Indramat and supplied as part of the MDD Synchronous Motors series. It is intended for connection to compatible digital drive controllers, where it transforms controlled current into accurately timed rotation for tasks such as material handling, packaging axes, or coordinated gantry movement. The motor’s electromagnetic design supports repeatable speed tracking and consistent torque delivery so automated stations can maintain stable motion through changing load conditions. This operating behavior helps the axis follow commanded profiles with minimal lag during acceleration and steady running.

At its nominal operating point, the rotor reaches 4000 rpm, a speed that supports rapid positioning while staying within the thermal limits of the stator. Mechanical alignment during assembly is aided by a centering shoulder of 110 mm, which helps maintain accurate alignment between the motor shaft and the driven element. Position and velocity data return to the controller through digital servo feedback, permitting high-resolution closed-loop control. The unit is delivered without a blocking brake, so installations that require static holding must use an external brake or keep the drive energized. All power and encoder conductors exit on Side A of the housing, which can simplify cable routing in compact machine enclosures. A standard housing assists natural convection, and this cooling method avoids the need for a separate blower on the motor body.

Electrical terminations use a keyed connector for quick disconnection during maintenance. Contaminant ingress at the output journal is limited because the rotor is fitted with a shaft seal, which helps protect adjacent mechanical components. The active core corresponds to length code C, providing a taller stator stack that increases continuous torque compared with shorter variants. Frame designation 093 matches the flange pattern used across the series, which supports consistent mounting on standardized machine plates. Standard dynamic balancing reduces residual vibration, and the plain shaft couples directly to driveline elements. No second shaft end is present, leaving side B available for other hardware.