Product Description:

The AKM2G-64M-ANDNCA00 is a servo motor produced by Kollmorgen within the AKM2G Magnetic Motors series. Designed for closed-loop speed and position control, this unit converts drive commands into precise rotary motion for packaging machines, pick-and-place axes, and other industrial automation tasks. By combining permanent-magnet torque density with the series’ modular connector concept, the motor provides a compact actuator that simplifies machine wiring while maintaining responsiveness. That layout helps the motor fit into densely packed machine sections where cable access is limited.

During operation, the motor tolerates an ambient temperature range of 5-40 °C, permitting installation inside standard control cabinets without active cooling. Its output connector has an ingress rating of IP65, so dust and sprayed water do not compromise signal integrity. The rotor uses the SFD3 Smart Feedback Device Gen. 3, providing single-cable digital commutation data to the drive and reducing the need for separate feedback components. Internal thermal monitoring relies on a PT-1000 + PTC sensor pair that lets the controller react before windings overheat. The feedback and temperature sensors allow the connected drive to monitor motor condition during speed changes and load variation. The frame diameter measures 142 mm, and it uses rotor length code 4 to reach the target torque without increasing footprint. An IEC flange with accuracy class N streamlines mounting, and the motor is supplied in the standard customization variant.

Power and feedback are routed through a 1 htec M23 connector, which supports quick exchange in tight enclosures and helps keep cable routing compact around the motor housing. Continuous service is supported at up to 95% relative humidity, enabling use in damp zones when the housing is sealed to the machine frame. Because the unit is supplied without a brake, static holding must be provided by drive torque or an external lock. The output uses a smooth shaft that mates with clamp couplings and limits fretting during repeated motion. This shaft style suits applications that use a simple coupling interface instead of a keyed shaft.