Product Description:

The AKM2G-63M-ANCNAB10 is a permanent-magnet servo motor manufactured by Kollmorgen for the AKM2G Magnetic Motors series. In automated machinery it acts as the electromechanical element that turns command currents from a drive into precise shaft movement, supporting coordinated motion on pick-and-place gantries, packaging lines, and indexing tables. Built with high-energy magnets and precision windings, it targets medium-frame servo drive applications where compact size and repeatable torque production are critical.

During continuous operation the motor can generate a stall torque of 21.4 N-m while drawing a phase current of 15.2 Arms; these paired ratings define the mechanical work it can supply indefinitely without exceeding thermal limits. A torque constant of 1.41 N-m/Arms links commanded current directly to output torque, simplifying controller tuning. The electromagnetic design produces a back-EMF of 95.5 Vrms/krpm, which the drive uses to estimate speed and regulate voltage. Line-to-line winding inductance of 8.2 mH filters current ripple, protecting inverter switches and reducing acoustic noise.

The peak region is much higher; the shaft can reach 54.5 N-m for brief acceleration events before the current limit of 45.5 Arms intervenes. Rapid changes in speed are aided by the low rotor inertia of 0.0013 kg-m², allowing the ten-pole magnetic stack to reverse direction with minimal lag. Thermal behavior is characterized by a time constant of 50 min, so heat absorbed during short overloads dissipates slowly and does not immediately force a shutdown. Static friction, viscous damping, and a 32 mm shaft diameter further shape how the motor couples to gearboxes and loads.

Orders for this model can be placed with Wake Industrial, where same-day shipping is available. Each unit is covered by a 1-year warranty commencing on the shipment date. For clarification of fault codes or type codes, customers may use the free chat tool before purchasing.