Product Description:

The MDD065C-N-060-N2L-095PA0 is a synchronous servo motor built by Bosch Rexroth Indramat within the MDD Synchronous Motors series. As a motor for digital drive controllers, it converts commanded current into rotary motion that supports precise position and velocity loops in automated machinery. Its synchronous design allows the connected drive to regulate rotor angle accurately during acceleration, short dwell periods, and reversal. The motor supplies feedback to the drive and couples directly to gearboxes or load shafts, making it suitable for packaging lines, pick-and-place axes, and similar applications that demand repeatable motion at high speed.

The rotor is produced with standard balancing, so vibration remains within ISO limits when matched to light or medium couplings. A centering flange of 95 mm aids concentric mounting and keeps the stator air gap uniform. Power and feedback conductors exit on Side A, which keeps both cable groups accessible from one end of the housing. At standstill the unit can maintain 2.1 Nm of continuous torque, allowing stable holding force for small indexing tables. During normal operation it reaches 6000 rpm, giving ample speed range for rapid traverse moves. Position data is returned through Digital servo feedback (DSF), so the controller can monitor rotor position continuously during motion. The unit is supplied without a blocking brake, so static holding must be provided by the drive or by mechanical locks.

The mechanical envelope follows the series pattern with frame 065 and length code C, keeping the housing compact while still supporting the motor's intended output range. A factory-installed shaft seal blocks coolant or oil ingress at the output journal, and the ground shaft uses a keyway to transmit torque to pulleys or couplings. Electrical hookup is accomplished through a sealed connector, which keeps the standard aluminum housing free of tapped lead exits. The single-ended shaft arrangement leaves side B without an output extension, which can simplify installation where rear clearance is limited. This layout supports clean motor integration in compact machine frames where nearby components restrict cable and coupling space.