Product Description:

The MDD093D-N-060-N2M-110PR1 is a synchronous servo motor manufactured by Bosch Rexroth Indramat for the MDD Synchronous Motors series. Designed for pairing with digital drive controllers, this unit translates controlled current into precise rotary motion in packaging lines, printing machinery, and material-handling stations. It follows the 093 frame size with length code D, uses a standard housing, and is balanced to ISO requirements so vibration transmitted to adjacent machine elements remains low. Its synchronous design supports accurate speed regulation and smooth response during starts, stops, and direction changes. That behavior is useful on coordinated machine axes where repeatable motion is required throughout regular production cycles.

The motor supplies a continuous stall torque of 24.0 Nm, giving the axis enough holding force to support moderately heavy loads without thermal overload. Under rated excitation, it can reach a nominal speed of 6000 rpm, so couplings and driven components must be suitable for high rotational speed. To keep the load stationary after shutdown, an internally mounted blocking brake delivers 11 Nm of static torque. Rotor position is reported by the integrated multiturn absolute encoder, which sends multi-turn position data directly to the drive and supports immediate position awareness after startup. Precise concentric alignment with the machine frame is achieved through a 110 mm centering diameter, while power, brake, and feedback lines terminate on a single circular connector. The combined connector arrangement keeps the wiring interface compact at the motor housing.

A shaft seal sits behind the output flange to help prevent lubricant loss and protect the front bearing from splash and debris. Cables exit on the right side, which can simplify parallel routing when several motors are installed close together in a shared cabinet or along the same machine section. The feedback signal uses digital servo feedback (DSF), allowing the controller to close velocity and position loops with high resolution and stable signal transmission. Torque is transferred through a keyway shaft end that mates with standard keyed hubs, and the opposite side remains closed to protect the encoder components from external forces. This layout keeps the rear of the motor free of exposed rotating parts during normal machine operation.