MDD093D-N-030-N2M-130PL2

The motor must dissipate heat through its housing, and if ambient or mounting conditions limit cooling, continuous torque may need derating to avoid thermal overload. Ensure good thermal coupling (e.g. flange cooling, airflow) to maintain torque at high RPMs.

The blocking brake can reliably hold the rotor against applied loads up to 22 Nm when unpowered; for vertical axes or high-holding loads, you must ensure mechanical design does not exceed this. Always include safety margins or external locking if system torque requirements exceed 22 Nm during fault conditions.

The absolute encoder retains full rotor position information even after power loss, eliminating the need for homing at startup. This lowers startup delay and reduces device complexity by not requiring a separate axis-level encoder.

The 130 mm centering diameter determines the flange and mounting interface to your machine frame, enforcing concentricity tolerances and stiffness. A mismatch here may lead to misalignment, vibrations, or mechanical stresses.

The encoder must be correctly aligned to the rotor, and commutation offsets must be programmed into the drive/controller. Misalignment can degrade performance or cause positioning errors — use the manufacturer’s commissioning software for precise encoder setup.