MDD021A-N-100-N2K-032MB0

Since the power/feedback connector is on side B, cabling must accommodate that orientation—ensuring slack and strain relief are correct. Switching to side A or alternate connector output is often only possible at order-time, so retrofitting is difficult.

The resolver gives high-reliability angle feedback (robust against noise/disturbance), while the absolute encoder ensures known rotor position at startup—reducing homing requirement. This combination allows tighter loop control, especially in applications requiring repeatability and zero-position accuracy.

Low torque at standstill still produces heat in the windings; the motor’s thermal time constant (~15 minutes in similar variants) means that long periods at stall risk overheating without cooling or derating. Allow adequate ventilation or intermittent duty if stall times are long.

Standard balancing is generally acceptable for moderate speeds but may allow more vibration at very high rpm; reduced balance classes minimize rotor imbalance, which is critical in high-speed or high-precision machines. If your application involves 10,000 min⁻¹ or above under light load, vibration from balancing may impact bearing life or downstream components.

The presence of a keyway per that standard allows rigid coupling methods (such as keyed hubs, pinions, or pulleys) and provides assured torque transmission without slippage. One must ensure correct key size, lubrication (if required), and that backlash or looseness is minimized to avoid wear or torque loss.