AM3022-1C01-0000 Beckhoff
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The Beckhoff AM3022-1C01-0000 is a synchronous servo motor with a 58 mm flange size and a shaft design that features a groove and feather key in accordance with DIN 6885. Part of the AM Synchronous Servo Motors series, it includes a two-pole resolver feedback and a 24 V holding brake with a holding torque of 2 Nm. The motor provides electrical connection via a rotatable angular connector or terminal box.
Internal Product Review
The AM3022-1C01-0000 is a Beckhoff synchronous servomotor equipped with resolver, two-pole feedback and a 24 V holding brake. A rotatable angular connector supports clean installation, while the shaft with groove and feather key promotes secure power transmission. The 2 Nm holding torque makes the motor a strong choice for precise axis control.
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Product Description:
The AM3022-1C01-0000 is a synchronous servo motor produced by Beckhoff for the AM Synchronous Servo Motors series. Designed for closed-loop motion control, it drives machinery axes that require accurate position, speed, and torque regulation in automated assembly cells, packaging systems, and handling units. Electrical feedback for commutation and position-loop control is provided by an integrated two-pole resolver at the stator end, allowing the connected servo drive to monitor rotor position throughout operation.
The mechanical interface uses a 58 mm square flange that aligns with IEC mounting patterns. The motor has a shaft with a keyway and feather key, and the key geometry follows the DIN 6885 profile to prevent the motor shaft from slipping against the coupled load. Static load retention is provided by a 24 V holding brake, which helps keep vertical or inertia-loaded axes in position when motor power is removed. Its electromagnetic coil operates from a matching brake supply of 24 VDC. The brake provides a static holding torque of 2 Nm when engaged. The device is built as the Standard motor series type and is delivered in the Standard version, so its mechanical dimensions, thermal class, and protection features correspond to the baseline design for this family.
Power and feedback conductors exit through a rotatable angular connector, allowing the connection angle to be adjusted for the available cable path. An optional terminal box provides another wiring arrangement when the installation requires conductors to terminate directly at the motor housing. Overall motor length is identified by code 2, which indicates the active stack height and corresponding continuous torque capability for this frame. The stator windings use code C, allowing the motor to operate with drive amplifiers that support the associated voltage constant and rated current values. Correct cable routing protects the conductors from excessive bending and reduces strain at the motor connection during installation and operation.
