Product Description:

The AM3022-0C21-0000 is a synchronous servo motor produced by Beckhoff as part of the AM Synchronous Servo Motors series. Designed for closed-loop motion in industrial automation, this standard-version unit converts drive current into rotary movement for indexing tables, gantry axes, and packaging mandrels. By combining a permanent-magnet rotor with precise electronic commutation, it provides repeatable position control while maintaining a compact profile suited to multi-axis machines. Its layout is well suited to applications where several axes must operate in close proximity without sacrificing motion accuracy.

The brake coil operates at 24 VDC, permitting direct connection to common control voltages without an auxiliary converter. Field wiring passes through a rotatable angular connector or terminal box, allowing cable routing that avoids sharp bends inside tight enclosures and crowded machine frames. A 58 mm square flange matches IEC size 58 gearheads and mounting plates, which helps the motor fit standard mechanical interfaces. The output uses a smooth shaft, favoring clamp couplings on light-duty assemblies and avoiding the runout associated with keyed connections. The motor uses winding code C, which matches its electrical characteristics to compatible Beckhoff drives for stable current delivery and predictable thermal behavior. It is supplied in the standard version, so the configuration does not rely on special coatings or added cooling hardware.

The integrated OCT multi-turn encoder provides absolute position feedback over several revolutions, so the axis can retain position information after power loss and resume with minimal recovery steps. A holding brake is included for standstill retention, and its rated torque of 2 Nm helps keep the load in place during machine downtime. The housing follows overall length code 2, which keeps the motor shorter than longer members of the same family and helps conserve axial space in compact installations. This shorter body can be useful where the motor must fit beside neighboring axes, inside guards, or near other tightly packed machine components.