Product Description:

The AM3022-1C30-0000 is a rotary servo motor engineered by Beckhoff for the AM Synchronous Servo Motors series and intended for closed-loop motion axes in automated machinery. As a synchronous servomotor, it converts electrical drive power into precisely metered torque, enabling coordinated positioning and velocity control in packaging lines, handling systems, and CNC peripherals. Its rotary format suits equipment that needs repeatable starts, stops, and direction changes without using a larger motor package. The motor is delivered in the standard version, so special coatings, feedback hybrids, and optional sealing features are not included.

Electrical connection flexibility is provided through a rotatable angular connector that can also be exchanged for a terminal box, simplifying cable routing in tight cabinets. This arrangement helps maintain a clean cable path when surrounding machine parts limit bend space near the motor body. Position feedback relies on a Hiperface single-turn 128 SinCos encoder from the F6 family, giving absolute rotor information for high-resolution commutation and stable speed control after startup. The mounting interface uses a flange diameter of 58 mm and matches compact gearheads or direct couplings. The motor is supplied without a holding brake, so any standstill torque must be provided by the drive or an external brake module. Mechanical power is transferred through a shaft with groove and feather key, a positive-drive arrangement that transmits torque without slip and supports secure coupling to driven components.

Dimensional and mechanical attributes align with DIN 6885, ensuring that the keyed shaft mates with standardized couplings and hubs. The housing uses length code 2, which balances continuous torque capability with installation depth when several axes must fit in the same enclosure. The stator uses winding code C, which sets the electrical resistance, inductance, and thermal behavior expected by a compatible drive. This winding arrangement helps the drive apply current predictably across the motor’s operating range.