Product Description:

The Bosch Rexroth Indramat MDD093D-N-040-N2M-110PL0 is a synchronous servo motor for digital drive controllers in the MDD Synchronous Motors series. It converts regulated current into precise rotary motion for positioning axes, feed systems, and other closed-loop machine functions. With motor size 093 and length code D, the unit occupies a mid-range frame suitable for compact automation cells. Its standard housing and rotor balancing support general-purpose mounting, while the centering pilot matches 110 mm frames. The shaft end is supplied without a side B extension, and the model comes without a blocking brake, so holding torque must be supplied by the drive when the axis is stopped. A connector interface on the left side routes power and feedback cables to the cabinet.

During continuous stall conditions, the motor delivers 24.0 Nm of torque, allowing closed-loop holding force without thermal overload. Under rated excitation, it reaches a speed of 4000 rpm, providing a wide operating range for applications that need fast axis movement. Precise mechanical alignment is aided by the 110 mm centering diameter that mates with standard flange recesses. All power, brake, and sensor leads exit on the Left side through a sealed connector, which can simplify cable routing when the cabinet is placed to one side of the machine. Position data are generated by an integrated multi-turn absolute encoder, so the drive retains position over power cycles and can resume motion without a homing sequence.

The rotor is standard balanced, which helps maintain smooth running at high speed during general automation duty. Feedback signals are provided as digital servo feedback, ensuring loss-free transmission of high-resolution position data into the controller. A molded shaft seal protects the bearing set from coolant splash, and torque is passed to the load through a splined keyway shaft for secure coupling. This arrangement suits installations where reliable torque transfer and protected shaft-area operation are required during repeated motion cycles.