Product Description:

The AKM43G-ANC2S-02 is a Kollmorgen servo motor in the AKM Synchronous Servo Motors series. Designed for industrial automation, it converts drive current into controlled rotary motion for indexing tables, packaging stations, and similar precision axes. Compact construction and permanent-magnet excitation let the motor deliver rapid torque changes while maintaining tight position accuracy within closed-loop control systems. This combination supports smooth acceleration, steady low-speed operation, and repeatable positioning during frequent start-and-stop cycles.

Its integrated 24 V holding brake secures the load when power is removed, which helps prevent unintended back-driving on vertical or high-inertia loads. Electrical and feedback leads terminate through two SpeedTec Ready connectors, which use a quarter-turn locking sleeve for quick attachment and reliable shielding. The housing width follows an 84 mm frame standard, allowing the motor to fit machine layouts built around that envelope. Kollmorgen assigns rotor length index 3, indicating an intermediate active stack within the 4-frame family. Motion is transferred through a smooth shaft, which is suited to compression couplings and helps avoid the keyway stress that can introduce torsional play. The connector arrangement also helps keep cable routing compact around tightly spaced axes.

Control performance is enhanced by a special feedback arrangement that supplies high-resolution position data to the drive for precise commutation and stable servo response. The mounting face uses IEC mounting with accuracy N, supporting concentric alignment and bolt-circle tolerances that match standard gearboxes and actuators. Electromagnetic behavior is set by winding code G, which matches the motor to a specific voltage constant and nominal speed for 230 V class drives. It belongs to the broader AKM synchronous servo motor family and is intended for coordinated motion systems where accurate feedback, secure braking, and compact packaging are important. This layout is well suited to transfer units, feeders, and other axes that must reverse direction frequently without losing positional consistency.