Product Description:

The AM8052-0J10-0000 synchronous servo motor is manufactured by Beckhoff and belongs to the AM Synchronous Servo Motors series. In an automation cell, the unit couples to a drive controller to deliver closed-loop torque and speed so that pick-and-place arms, rotary tables, or conveyor axes reach commanded positions with very short response times. Its electromechanical design fits applications that call for continuous cyclic duty and precise interpolation in packaging, printing, and semiconductor equipment. Because the motor is intended for servo operation, it can support repeatable starts, stops, and speed changes during indexing and synchronized motion tasks. This makes it suitable for coordinated axes that must keep motion smooth across repeated cycles.

Power enters through a rotatable angular connector or an optional terminal box, so the cable exit can face the required direction. Rotor position is reported by an OCT single-turn sensor, which provides absolute data after every power-on without a homing move. The mounting interface follows a 104 mm flange that fits IEC size B5 gearheads and supports accurate alignment at the machine interface. The unit is supplied without a holding brake, so static load locking must be provided by an external brake or by drive torque. A smooth shaft eliminates keyways and helps reduce imbalance at high speeds. That shaft style is suited to clamping couplings and other connections that do not require a keyed mechanical interface. Electromagnetic behavior is set by winding code J, which sets resistance, inductance, and nominal current values matched to Beckhoff AX drives.

The motor uses overall length code 2, which indicates the second shortest housing available for this frame and helps minimize depth behind the mounting plate. It also uses the standard motor series type, keeping the configuration within the regular AM product range instead of a specialized build. Its construction follows the standard version, so the housing, bearings, and insulation follow the baseline design rather than high-inertia or enhanced-cooling variants. The shorter housing can help preserve clearance for adjacent components in shallow machine frames and enclosed axis modules.