Product Description:

The AM8051-0G10-0000 synchronous servo motor is produced by Beckhoff within the AM Synchronous Servo Motors series. As a compact rotary drive, it converts electrical input from a matching servo amplifier into precise rotor movement for positioning, feed, or spindle axes in industrial automation equipment. Its electromagnetic design supports cyclic duty where rapid acceleration and exact repeatability help maintain consistent motion. This makes the motor suitable for automated equipment that requires stable speed control, accurate positioning, and repeatable axis response during frequent start-and-stop operation.

Electrical and mechanical interfaces use standardized dimensions and codes. The power and feedback leads are brought out through a rotatable angular connector or terminal box, allowing cable exit to be aligned with available machine space. Rotor position is reported by an OCT single-turn encoder, so the drive acquires absolute position after every power-up without a battery. Mounting is based on a 104 mm square flange that references the machine frame with a precisely fitted pilot. The stainless-steel output uses a smooth shaft, which simplifies coupling to clamp hubs while helping maintain low runout. For applications that use dynamic braking on the inverter side, the motor is supplied without a holding brake, which reduces inertia and overall mass.

Thermal and winding data are referenced by the code G, which indicates the resistance, inductance, and continuous current values expected by the associated drive controller. The overall length code 1 identifies the shortest stack in this frame, which helps reduce installation depth when space behind the mounting plane is limited. Within Beckhoff’s Synchronous Servomotors product line, the AM8051 uses a Standard build level for the motor series type and design version. This version is intended for general industrial service rather than for special coatings or reinforced bearing options. The combination of absolute feedback, compact length, and flexible cable exit supports use in gantries, pick-and-place units, and indexing tables where clean integration and predictable motion are important.