Product Description:

The AKM84T-ANTNR-00 is produced by Kollmorgen within the AKM Synchronous Servo Motors series. As a rotary actuator, it provides precise closed-loop motion for packaging, pick-and-place, and converting equipment. It comes in a standard customization level and is intended for use with common servo drive platforms. The motor supports repeatable positioning, controlled acceleration, and steady speed regulation in automated axes that must respond quickly to changing commands. This arrangement gives multi-axis systems a compact motor option for tightly coordinated motion.

Because the motor is delivered without a brake, external holding force is required when static load retention is needed. The output uses a smooth shaft, which supports clamp-style couplings and avoids keyway stress concentrations. Power and feedback conductors terminate in one terminal box and one SpeedTec Ready Feedback connection, which keeps wiring compact and helps protect the interface from airborne debris. Rotor position is measured by a resolver, and electrical commutation operates with 2 poles. That feedback method remains dependable through temperature changes and electrical noise that can affect more delicate sensing methods. The feedback device is a single-turn inductive system, so position reference is available again after each power cycle without batteries.

Integration with surrounding mechanics is supported by an IEC flange with accuracy N, which maintains concentricity and standard bolt-circle compatibility for gearheads and mounting surfaces. The motor uses a 260 mm frame size, giving the stator a large magnetic cross-section for higher continuous torque at moderate temperatures. This size supports higher continuous torque without requiring a much larger housing. It also has rotor length index 4, which places it in a mid-range core length for balanced acceleration and load stability. The winding code T matches the motor's electrical characteristics to 400 V class servo drives while keeping peak current within typical inverter limits. The winding selection also helps the drive maintain responsive current control during rapid position changes.