MDD025A-N-100-N2G-040GR1

It encodes motor size (025), length code (A), nominal speed (100), feedback/variant “N2G”, centering diameter (040), etc., which directly limit maximum torque, inertia, and mounting dimensions. Engineers must use this code to match with gearboxes, motor mounts, connectors, and drive settings (e.g. voltage, cable type) to avoid overloading or mis-fit.

Standard balancing implies factory balancing sufficient for general use; at high speeds like 10,000 rpm, residual imbalance can still cause vibration and acoustic noise. For precision or low-noise applications (e.g. lab automation), upgraded balancing grades may be required.

Robotics joints, pick-and-place machines, semiconductor handling, and precision scanning systems benefit from high speed, position feedback, and compact size for fast acceleration and small form-factor integration. Also useful where frequent start-stop cycles demand holding torque and positional stability.

The controller should support resolver feedback (including excitation and signal processing), have sufficient current capacity for continuous and peak torque, and safe handling of brake control (powering and releasing). The drive must also support the high speed (10,000 min⁻¹) while maintaining torque and thermal protection.

A plain shaft offers simplicity and lower cost, and the shaft seal helps protect against dust or lubricant ingress; but it provides less torque transmission capability for coupling unless friction fits or shrink fits are used. Also, torque capacity and mechanical stiffness under load may be lower than keyed options.