Product Description:

The AKM52G-ANC2EJ00 is a synchronous servo motor produced by Kollmorgen within the AKM Synchronous Servo Motors series. Designed to convert electrical power into precise rotary motion, the unit serves as a positioning and velocity actuator in automated machinery, packaging lines, and robotics. Its compact build and permanent-magnet architecture allow closed-loop speed and torque control from a matched servo drive. This supports accurate indexing, coordinated multi-axis movement, and repeatable cycle timing in industrial automation. Because the servo motor responds quickly to command changes, it suits applications that need frequent starts, stops, and direction changes under controlled loads.

It incorporates a 24 V holding brake that engages automatically when supply power is removed, locking the shaft to prevent load drift on vertical or suspended axes. Power and feedback connections are routed through 2 SpeedTec Ready connectors, which use keyed collets for quick, toolless coupling and secure cable attachment. The front face uses an IEC flange with accuracy class N, simplifying attachment to gearheads or machine frames that share the same bolt circle. A square housing dimension of 108 mm across flats places the motor in the AKM5 frame size, balancing torque output against installation space. Electromagnetic performance is guided by the stator’s G winding designation, which sets the voltage constant and rated speed for use with typical 400 V servo inverters.

The build is identified as the standard customization level, meaning the electrical and mechanical options follow the standard configuration for this motor type. Dynamic characteristics are shaped by the rotor length index 2, which increases continuous torque without increasing the frame diameter. Mechanical coupling to the driven element is through a smooth shaft, favoring clamp or collet hubs where low backlash is important. Stator impregnation and precision balancing help maintain stable running behavior, low vibration, and consistent operation over the motor’s service life.