Product Description:

The AKM44E-ANCNDA00 is a synchronous servo motor built by Kollmorgen and included in the AKM Synchronous Servo Motors series. Designed for closed-loop industrial automation, the unit delivers commanded motion to conveyor sections, gantry axes, and secondary packaging tools where repeatable velocity and position are critical. It forms the electromechanical link between a Kollmorgen drive and the load, translating current into angular displacement with minimal latency. This arrangement supports accurate motion control in applications that require fast response and consistent cycle timing. It is well suited for axes that must start, stop, and reverse direction without large settling delays.

The housing uses an 84 mm frame size and carries a rotor length index of 4, giving a moderate axial stack for balanced torque density. An IEC flange with accuracy N centers the motor precisely against gearboxes or adapter plates, while a smooth shaft simplifies coupling to clamp or friction hubs. Field wiring is simplified through two SpeedTec Ready connectors, which keep power and feedback terminations keyed and compact. This connector layout also helps separate motor and signal connections during installation. The motor is supplied without a brake, so external holding must be provided when power is removed. The winding designation e matches the electromagnetic circuit to standard AKD drives and helps maintain thermal limits under rated continuous current.

Position fidelity comes from the sensor package. An EnDAT 2.1 encoder mounted in the stator provides bidirectional serial data exchange with the drive for automatic parameter pickup and diagnostic functions. The optical disk yields 512/2048 lines/rev of code, delivering fine incremental data that supports high-gain control loops. Because the device offers single-turn optical feedback, absolute position is retained through one mechanical revolution without batteries. The signal format is classified as ECN1113/1313, allowing compatible cabling and drive settings to be selected from standard product data. This feedback arrangement supports stable speed regulation, precise indexing, and repeatable positioning across the motor’s operating range.