Product Description:

The AM8053-0K01-1001 is a synchronous AC servo motor supplied by Beckhoff within the AM Synchronous Servo Motors series. Designed for closed-loop motion in packaging lines, pick-and-place units, and material-handling gantries, the unit converts drive current into precise rotary movement while providing position feedback to the controller. It is intended for repeatable torque and speed control so that linear stages, rotary tables, and belt drives can reach commanded setpoints with stable motion. This operating profile makes the motor suitable for automated equipment that depends on accurate acceleration, controlled deceleration, and consistent positioning over repeated cycles.

The motor’s electromagnetic holding system operates at 24 VDC, allowing direct connection to common control power supplies used in industrial control cabinets. A two-pole resolver is mounted on the rotor to return position feedback to the drive across the operating speed range, helping the controller maintain stable commutation and motion control. The mounting interface follows a 104 mm square flange pattern, which helps the motor fit comparably sized machine interfaces. An integrated 24 V holding brake clamps the shaft during power-off conditions, and the brake provides static torque of 9 Nm to 20 Nm depending on stator length. The brake is intended to hold the axis at standstill, while normal rotary motion occurs when the brake is released.

As part of the Standard build, the motor uses winding code K for general-purpose applications and compatibility with moderate current drives. Overall length code 3 gives the motor a rotor stack sized for a balance of dynamic response and thermal capacity, which supports steady operation under recurring load changes. A smooth shaft supports coupling with low-backlash clamping hubs and avoids keyway-related stress concentrations at the output. This shaft arrangement is suited to coupling assemblies that transfer torque through clamping force rather than a keyed connection. The unit is delivered as a special version, indicating a configured build without changing the core electromechanical function of the motor.