Product Description:

The AKM2G-33E-ACDNAFD0 is a brushless servo motor manufactured by Kollmorgen as part of the AKM2G Magnetic Motors series. This model serves as a compact rotary actuator that converts commanded current from a matched drive into precisely regulated torque and speed for positioning tasks in industrial automation cells, pick-and-place gantries, and light material-handling axes. Its electromagnetic core uses rare-earth magnets to increase torque density, allowing a shorter overall machine length while maintaining a responsive motion profile. The motor supports controlled acceleration, steady rotation, and accurate deceleration when paired with a compatible servo drive.

The specified ambient operating range of 5–40 °C keeps the stator windings within thermal limits when the motor is mounted in typical factory environments. A circular connector sealed to IP65 blocks dust and low-pressure water jets from reaching the power and feedback contacts during routine washdown. Electrical termination uses a 1 htec M23 plug, a multipin format that accommodates premolded cables and provides a compact connection point. The housing has a 72 mm frame, aligning with standard IEC mounting patterns in this power class. The motor is supplied without a brake, so static holding torque must be furnished by the drive or an external clamp on vertical-load axes. This arrangement keeps the motor suitable for applications where a separate holding mechanism is already incorporated into the machine.

Operational moisture tolerance reaches 95% relative humidity, allowing the unit to function in damp production zones such as beverage or pharmaceutical filling lines. The front face uses an IEC flange with accuracy N, providing predictable concentricity for gearhead or pulley attachment without shimming. Torque is transmitted through a shaft with a keyway, which prevents slippage under reversing loads and provides positive engagement with a compatible coupling. The magnetic stack has a rotor length of 3, a midrange selection that balances continuous torque output with moderate inertia. This balance supports responsive acceleration and deceleration without requiring the lowest possible rotor inertia. The flange, shaft, and frame arrangement also allows the motor to fit compact rotary axes where alignment and secure torque transfer are important.