Product Description:

The AKM32C-ANCNR-00 servo motor is manufactured by Kollmorgen as part of the AKM Synchronous Servo Motors series. As a rotary actuator used in closed-loop motion systems, it converts commanded current into precise torque for positioning tasks on packaging lines, semiconductor tools, and material-handling axes. Its compact housing and high-resolution feedback support repeatable velocity control and rapid indexing in automated equipment. The motor is suited to applications that require stable torque response and consistent positioning through frequent starts, stops, and speed changes during industrial duty cycles.

The motor is supplied without a brake, so stopping energy must be handled by the drive or by an external holding device. Power and feedback are routed through 2 SpeedTec Ready connectors, which provide a keyed interface for quick connection and secure locking under vibration. Motion data comes from a Resolver, an analog feedback device that tolerates heat and shock better than many optical encoders, and its internal rotor and stator provide two electrical poles per revolution. The motor uses a square 70 mm frame, and the front face follows IEC with accuracy N tolerances for consistent alignment on standardized machinery. This connection and mounting arrangement supports reliable installation where compact spacing and repeated motion are common.

Position reference is provided in a single-turn inductive format, which suits axes that remain within one mechanical revolution and avoids the need for multi-turn counting. The output end uses a smooth shaft, allowing couplings or pulleys to be fitted without keyway stress concentrations, and the stainless finish helps with seal installation. The electromagnetic design uses winding C for moderate bus voltages and continuous torque density, while the mechanical stack corresponds to rotor length index 2 to balance inertia and acceleration in mid-power gantry and pick-and-place applications. This combination supports controlled motion where fast response and steady feedback are both important.