AM8041-0E10-0000 Beckhoff
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The Beckhoff AM8041-0E10-0000 is a standard synchronous servo motor from the AM Synchronous Servo Motors series. It features a smooth shaft, 87 mm flange size, and an OCT single-turn feedback type. The motor connects using a rotatable angular connector or terminal box and is provided without a holding brake.
Internal Product Review
The AM8041-0E10-0000 is a Beckhoff synchronous servomotor with a standard configuration and smooth shaft design. OCT single-turn feedback and a rotatable angular connector support accurate servo control and efficient machine integration. Without a holding brake, this unit is an excellent choice for servo axes focused on responsive motion and clean installation.
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Product Description:
The AM8041-0E10-0000 servo motor is built by Beckhoff and belongs to the AM Synchronous Servo Motors series. It is a rotary actuator intended to deliver tightly controlled torque and position within CNC stages, packaging machinery, and material-handling lines. By pairing with Beckhoff AX drive platforms, the motor converts electrical energy into synchronized motion that follows high-resolution command profiles generated by the control system. The device fits installations that need compact frame sizes and standardized mounting interfaces in dense machine layouts.
It attaches to machinery through an 87 mm square flange, a dimension that aligns with IEC size 100 gearheads and couplings. Power and feedback leads exit via a rotatable angular connector, or through an alternative terminal box, so the connection direction can be adjusted toward the cable tray and cable strain can be reduced. Rotor position is resolved by a single-turn OCT feedback system. This optical encoder communicates over One Cable Technology to reduce wiring. The output end uses a smooth shaft, so torque is transmitted through clamp hubs rather than keyed elements. The build is classified as Standard, indicating that the motor uses the baseline insulation, bearing, and lubrication features of this version.
For holding functions, the axis relies on servo torque because the unit ships without a holding brake; machines that need mechanical retention during power loss must use an external brake module. Compactness is supported by length identifier 1, which keeps the stack short enough for closely spaced axes on gantry slides. Electrical constants are linked to winding code E, which allows drive matching through the current and voltage table associated with that letter. The short housing and adjustable connection layout help the motor fit installations where space around the axis is limited.