MDD025A-N-100-N2G-040FE0

A 40 mm centering diameter helps ensure precise alignment with gearboxes or machine interfaces, reducing eccentric loads and vibration. Poor alignment could increase bearing wear or reduce motion accuracy in CNC or robotics setups.

Resolver feedback gives robust absolute position feedback even at 10,000 min⁻¹, enabling control systems to maintain synchronization and minimize positional drift. However, the resolution is lower than some high-precision encoders, so for ultra-fine positioning, additional feedback might be needed.

Without a holding brake, the motor depends on external mechanisms or the drive electronics to prevent unwanted motion during power loss or manual intervention. In applications like vertical axes or load holding this may require safety features or mechanical locking to meet safety/regulatory requirements.

The 0.33 Nm of standstill torque allows the motor to hold modest static loads without movement but isn’t enough for heavy load lifting or resisting large external disturbances. For heavy inertia or external loads, a gearbox or external gear reduction may be needed to achieve sufficient torque.

High speed increases internal losses—especially in windings, bearings, and air friction—so efficient cooling (airflow or mounting on a heatsink) is important to avoid overheating. Continuous operation at full speed may require monitoring motor temperature or derating torque to maintain safe operating limits.