Product Description:

The AKM54K-ANCNDB00 is a synchronous servo motor produced by Kollmorgen for the AKM Synchronous Servo Motors series. As a compact rotary actuator, it converts drive current into precisely controlled torque and speed for positioning tables, pick-and-place modules, and other motion axes in industrial automation. Its frame integrates directly with IEC-pattern gearheads and machinery, allowing the motor to serve as a mechanical reference point while encoder feedback closes the loop with the drive controller. This arrangement supports closed-loop operation in applications that require steady speed regulation and accurate point-to-point movement.

The motor body has a 108 mm square frame that simplifies mounting into equipment designed for medium-power actuators, and the flange follows the IEC pattern with accuracy class N for predictable concentricity. Electrical and feedback lines are routed through two SpeedTec Ready connectors, which support rapid bayonet locking during installation. A smooth shaft allows direct coupling to gear sets or pulleys without keyways, which can help reduce vibration in precision axes. Because the unit is delivered without a brake, stopping torque must be generated by the drive or an external mechanism. Position data are streamed through an EnDAT 2.1 encoder, enabling bidirectional communication of diagnostics and parameter sets. Winding designation K is paired with rotor length index 4 to meet torque and speed targets within the standard thermal envelope.

To complement the encoder interface, the resolution reaches 512/2048 lines per revolution, allowing the drive to interpolate fine position steps for smooth velocity profiling. Because the sensing element is multi-turn optical, the motor reports absolute position over multiple revolutions, eliminating the need for homing after power loss. The code pattern EQN1125/1325 identifies the internal scale and LED structure used by the feedback head, making it compatible with Kollmorgen drives that expect this protocol. Units built in the standard configuration use these measurement features for repeatable, high-resolution motion.