AM3022-0E00-0000 by Beckhoff

The AM3022-0E00-0000 synchronous servo motor is produced by Beckhoff as part of the AM Synchronous Servo Motors series. The unit serves as a compact rotary actuator for closed-loop speed and position control in automated assembly cells, feeder systems, and light machining centers. By converting drive current into precisely regulated torque, it supports tasks that demand repeatable motion profiles, quick acceleration, and accurate positioning across short travel distances. Its compact format also suits axes that need responsive starts, short settling times, and stable motion over repeated cycles.

It mounts to machinery with a 58 mm flange size, allowing direct attachment to standardized gearbox or bracket patterns. Electrical power and feedback are brought in through a rotatable angular connector or a terminal box, so the cabling can be turned to match panel layouts or moving harness restraints. Rotor angle information comes from a two-pole resolver, which supplies sinusoidal signals for analog commutation and position recovery after startup. The motor ships without a holding brake, so external clamping devices or drive torque must hold the load when power is removed. Output rotation is transferred through a smooth shaft, enabling clamp or shrink couplings to be selected without the stress concentrations that a keyed interface can introduce. The connector arrangement is useful when the motor is installed in tight spaces where cable exit direction must be adjusted to nearby panels or moving cable carriers.

Configuration codes indicate the electrical rating and physical length of the motor. The stator is wound according to winding code E, which assigns a voltage constant that matches Beckhoff drive amplifiers of the same designation. Housing stack height is fixed by overall length code 2, balancing continuous torque against envelope constraints in compact machines. This model is identified as a standard version, meaning no special coatings, cooling jackets, or enhanced sealing are added. The standard configuration keeps the motor in the baseline form used for regular industrial installations.