Product Description:

The AKM24F-ANC21-00 is a synchronous servo motor produced by Kollmorgen within the AKM Synchronous Servo Motors series. Designed for closed-loop motion tasks, it delivers precise torque and position control to conveyor axes, gantries, and other industrial mechanisms that rely on high-bandwidth feedback. This model follows the standard customization level of the family, uses winding designation F, and is built with rotor length index 4, giving it a compact mechanical envelope without sacrificing continuous torque density. Its size also helps it fit machinery layouts where mounting space is limited and accurate servo response is still required.

The motor is supplied with a 24 V holding brake, allowing the axis to retain its position when power is removed, which is especially useful for vertical loads and controlled stops. Power and feedback are routed through two SpeedTec Ready connectors, and this keyed interface shortens installation time while helping maintain correct polarity. Position data is generated by an encoder that provides 1024 lines/rev, and the integrated Comcoder interface combines incremental and commutation signals in one device to simplify cabling. A smooth shaft is used, so torque is transmitted through clamp or compression couplings rather than keyed interfaces, which helps reduce stress concentrations during high-speed reversals.

Additional feedback characteristics include a single-turn optical measurement method, meaning absolute position is captured within one mechanical revolution by an optical code disk for low interpolation error. The sensing element follows the EPC 15T format, allowing direct compatibility with Kollmorgen AKD and S300 drives without conversion boards. Mechanical fit-up is set by a frame dimension of 58 mm across the mounting pilot, and the flange follows an IEC with accuracy N pattern so the unit mates with standard gearboxes and machinery plates. That arrangement supports accurate alignment on compact axes that depend on stable feedback and repeatable positioning.