Product Description:

The AM8113-0F10-0000 is a synchronous servo motor produced by Beckhoff and supplied within the AM Synchronous Servo Motors series. Designed as a compact torque source for closed-loop drive systems, it provides accurate rotary positioning and stable velocity regulation in conveyor modules, small robotic joints, and other industrial automation tasks that depend on fast electrical-to-mechanical response. This type of motor is commonly paired with a servo amplifier that monitors feedback continuously and adjusts current to maintain the commanded position. Its compact frame helps keep machine envelopes minimal where installation space is limited.

The electrical interface is provided through a rotatable angular connector, and an alternate terminal box arrangement can be used when cable routing requires a different connection style. Position feedback relies on an OCT single-turn encoder, which provides immediate absolute position reporting after power-up. The motor uses a 40 mm flange, which gives it a compact square mounting face for small machine assemblies and miniature gearboxes. Power is transmitted through a smooth shaft, so torque is coupled through frictional hubs or clamp collars rather than keyed interfaces. The motor is supplied without a holding brake, so any load that must remain fixed at standstill needs an external locking method or drive-applied holding torque.

The motor uses length code 3, placing it in a mid-range housing length for this frame size. It is built in the standard version, which is intended for general-purpose machinery rather than a special sealing or custom mechanical arrangement. Winding code F identifies the electrical winding matched to compatible Beckhoff drives and the expected operating characteristics of that motor-drive combination. The selected housing length supports a balance between compact installation depth and the active magnetic stack inside the motor. The motor belongs to the Synchronous Servomotors class, so it is intended for servo applications that rely on controlled commutation and continuous feedback.