Product Description:

The AM8041-0H10-0000 is a synchronous servo motor produced by Beckhoff within the AM Synchronous Servo Motors series. It is intended for closed-loop motion axes in packaging, assembly, and handling equipment where precise positioning, repeatable velocity, and fast acceleration are required. By converting three-phase electrical power into controlled torque, the unit serves as a core drive component that links a digital servo amplifier with mechanical loads. This arrangement helps the axis respond quickly to changing load conditions while maintaining stable motion during indexing and positioning tasks.

The motor is equipped with a rotatable angular connector that can be turned before final tightening, so cable routing can follow the machine layout without imposing excessive bend radii. The mounting interface uses a flange width of 87 mm, which supports accurate seating against gear stages or end plates. Rotor position is monitored by an OCT single-turn feedback encoder, enabling drive controllers to close the position loop with single-turn absolute resolution. Torque is transmitted through a smooth shaft, whose round, keyless profile favors clamp couplings and helps reduce fretting during frequent reversals. The unit is supplied without a holding brake, so static load securing must rely on drive torque or external locking mechanisms during power loss or an emergency stop.

The winding code H identifies the stator configuration used for this motor and matches the electrical characteristics expected by AX-series drives. Compactness is indicated by overall length code 1, which gives the shortest stack available for this frame and helps the motor fit in restricted spaces. The motor is delivered in the standard version, so the housing, balance grade, and sealing follow the default configuration without special options. Integration with TwinCAT or other compatible controllers is straightforward because the AM family uses consistent pinouts and encoder protocols. That consistency supports predictable communication between the motor feedback system and the connected control platform.