Product Description:

The AM8053-1G10-0000 is a synchronous servo motor manufactured by Beckhoff and assigned to the AM Synchronous Servo Motors series. Designed for industrial automation, the unit converts electrical drive output into controlled rotary motion for positioning tasks on packaging lines, assembly gantries, and processing cells. Electronic commutation paired with precise rotor magnetics allows the motor to execute repeatable speed and torque profiles within Beckhoff’s motion platform. It is suited to rotary axes where smooth response and consistent feedback are required through frequent start-stop cycles. This operating style also fits coordinated motion in multi-axis equipment.

The motor uses a 104 mm square flange that aligns with common machine frames. The square flange supports direct face mounting to machine plates and gearheads that use the same bolt pattern. Power and feedback can be routed through a rotatable angular connector or through a terminal box, and the swivel feature helps route cables in crowded cabinets. Rotor position is reported by an OCT single-turn encoder, allowing the drive to close the control loop with one-cycle absolute resolution. Absolute position data is available immediately after startup on suitable systems. Torque is transmitted through a shaft with groove and feather key, which provides positive coupling engagement while allowing standard mechanical integration. The keyed shaft also supports couplings, pulleys, and similar driven parts that require positive torque transfer. The keyway follows DIN 6885, so standard machine keys can be used without modification.

The active section uses Overall Length Code 3, which indicates a medium housing length that balances continuous output with compact installation depth. Electrical behavior corresponds to Winding Code G, so the motor is intended for use with drives that match this coil design. The motor is supplied without a holding brake, so load holding during power loss must be provided by external mechanics or by drive-applied torque when suitable. Applications that need holding force at standstill must rely on system-level braking or another retention method. The version is Standard, which means the unit is supplied without special sealing, coating, or cooling changes.