Product Description:

The AM3022-0C00-0000 synchronous servo motor is manufactured by Beckhoff and belongs to the AM Synchronous Servo Motors series. In modular automation cells, this unit delivers controlled rotational motion on feed axes, index tables, and light robotic wrists, translating drive commands into torque with high repeatability. Its role is to act as the electromechanical interface between the motion controller and the mechanical load, supporting precise positioning and speed regulation in continuous production duty. The motor is intended for compact servo axes where accurate response and stable feedback are required during repeated start-and-stop motion.

For mechanical integration, the motor carries a 58 mm square flange that aligns with IEC mounting patterns, and power plus feedback are routed through a rotatable angular connector or terminal box that can be swiveled to a convenient cable exit direction. Rotor feedback is provided by a two-pole resolver, giving analog sine-cosine signals for position tracking even in high-temperature zones. The output shaft is a smooth shaft, so couplings or pulleys must clamp to the surface instead of relying on keys. The unit is supplied without a holding brake, so static load retention must be managed by the drive or an external mechanical lock. This arrangement suits axes that rely on controlled deceleration and external holding methods when power is removed.

The overall build uses length class 2, yielding a short housing that reduces inertia while still accommodating the stated winding. Electrical behavior follows the C winding, which suits medium bus voltages and moderate RMS currents. The motor is supplied in the Standard version, so it does not include optional sealing, special bearings, or high-dynamic rotor packages. The short housing also helps where available installation depth is limited. This configuration supports general motion applications that need a compact package and straightforward integration with matching servo drives in production equipment.