Product Description:

The MDD065D-N-060-N2L-095GA0 is a synchronous servo motor produced by Bosch Rexroth Indramat as part of the MDD Synchronous Motors series. This motor for digital drive controllers is intended to generate precise rotational motion in coordinated industrial axes, allowing drive amplifiers to modulate speed and torque accurately during assembly, packaging, or material-handling sequences. It is suited to servo-controlled applications that require repeatable positioning, smooth acceleration, and stable response during frequent start-stop cycles. Its compact frame size also suits machine modules where installation space is limited.

Its centering flange measures 95 mm, allowing repeatable alignment inside metric mounting patterns. Power and feedback conductors exit on the A-side, and the fixed connector interface simplifies cabinet wiring because it eliminates loose pigtails. At standstill, the motor can deliver 2.7 Nm of continuous torque, giving small pick-and-place heads adequate holding force without overheating. During operation, it reaches a nominal rotor velocity of 6000 rpm, which suits fast-cycle drives that require high mechanical bandwidth. Rotor position is reported through digital servo feedback, enabling the controller to close velocity and position loops with high resolution and minimal latency. The D length code indicates an extended stator stack that increases the active magnetic length within the 065 frame size.

Standard dynamic balancing minimizes residual vibration, and the standard housing helps the unit fit existing 065-frame brackets. The output end uses a plain shaft without a keyway, which suits clamp couplings, and the B-side remains unused because torque is transmitted only from the drive end. For contamination control, the motor is built with a shaft seal, which helps limit ingress when it is paired with IP-rated gearboxes. Mechanical holding force must be provided externally because the motor is supplied without a blocking brake. This layout keeps cable routing concentrated at one end of the motor, and the sealing arrangement helps protect the bearing area from dust and light splash in enclosed equipment.