Product Description:

The MDD065C-N-040-N2L-095PR0 is a synchronous servo motor in the MDD Synchronous Motors series. It is intended for use with digital drive controllers, where closed-loop control lets the motor produce precise rotary motion in packaging lines, pick-and-place gantries, and material-handling systems. The compact 065 frame helps the motor fit into space-limited machine layouts without requiring unusual mounting hardware. This motor style is commonly used where repeatable acceleration and stable position control are required over frequent production cycles. Its standard housing also keeps the external form straightforward for general industrial installation.

Under rated conditions, the rotor reaches a nominal speed of 4000 rpm, allowing fast motion on axes that need high shaft velocity. At standstill, it can supply a continuous torque of 2.1 Nm, which supports positioning tasks without excessive thermal load. Accurate alignment is aided by a centering diameter of 95 mm, which matches common flange recesses for coaxial mounting. The output shaft is machined with a keyway, so couplings or pulleys can be secured against slip during repeated starts and stops. The combination of speed capability and continuous torque suits compact servo axes that need quick response without moving to a larger frame size. The motor uses the standard housing style and does not include special cooling openings.

Motion feedback is provided through integrated digital servo feedback, allowing the drive to monitor position continuously during operation. The factory-installed connector exits on the right side of the stator casing, which can simplify cable routing in some machine layouts. The motor has length code C, giving it a longer active section than shorter versions in the same frame size. It is supplied without a blocking brake, so the axis must rely on drive torque or an external holding device when power is removed. A shaft seal is fitted, and that arrangement helps protect internal bearing areas from contaminants near the coupling point.