Product Description:

The MDD065A-N-060-N2G-095GB1 belongs to the MDD Synchronous Motors series produced by Bosch Rexroth Indramat. As a motor for digital drive controllers, it converts drive output into rotational motion for axes that demand fast positioning and repeatable speed tracking in automated equipment. The A-length frame and 065 size place it in the compact range of the series, while standard housing and rotor balancing support direct installation in tooling stations, pick-and-place heads, and small conveyor sections. This layout is well suited to machines that need precise motion without requiring a large motor envelope.

The motor sustains a continuous standstill torque of 0.8 Nm, allowing low-load holding without overheating, and it reaches a nominal speed of 6000 rpm for rapid duty cycles. Electrical and feedback connections exit on side B, and a keyed circular connector provides a secure connection point for the attached cables. The centering collar is sized at 95 mm, providing a reference surface for concentric alignment with gearheads or flanges. Standard rotor balancing reduces vibration transmitted to adjacent bearings, and the housing uses a common form factor for machines with the same mounting pitch and shaft height. This arrangement also helps keep cable routing clear of the drive end in compact installations.

To secure loads during power loss, the integrated blocking brake generates 3.0 Nm of holding torque and engages automatically through spring force. Position feedback is supplied by resolver feedback, enabling closed-loop control even in electrically noisy environments. The drive shaft is a plain shaft with no secondary output on the opposite end, matching the standard design without a side B shaft end. A factory-installed shaft seal helps prevent lubricant escape and blocks fine particulates from entering the front bearing cavity when the motor is mounted inside enclosure panels or near coolant spray. These features support stable operation in equipment that runs frequent start-and-stop motion cycles.