AM3062-0M30-0000 Beckhoff
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The Beckhoff AM3062-0M30-0000 is part of the AM Synchronous Servo Motors series and features a rotatable angular connector or terminal box for connection. This standard version servo motor has a flange size of 142 mm, a smooth shaft design, and uses Hiperface single-turn 128 SinCos feedback from F6.
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Product Description:
The AM3062-0M30-0000 is a synchronous servo motor developed for industrial motion tasks by Beckhoff and placed in the AM Synchronous Servo Motors series. As a rotary actuator, the unit converts drive current into tightly regulated torque and speed so that packaging lines, pick-and-place axes, or material-handling gantries can maintain deterministic positioning. Its design follows the manufacturer’s standard type code, indicating a balanced compromise between power density and frame size that suits compact automation cells requiring dynamic yet space-constrained servo axes.
Mechanical interfaces start with the 142 mm flange, a square mounting face that matches common installation patterns and fixes the motor concentrically to gearboxes or machine plates. Electrical entry is through a rotatable angular connector, or alternately a terminal box, allowing cable exit to be oriented after installation and simplifying cabinet layout. Position data are delivered by the Hiperface single-turn 128 SinCos encoder from F6, providing analog sine and cosine tracks for fine interpolation inside the drive controller. The overall length is indicated by code 2, signifying the shorter of the two available stack heights in this frame and helping designers predict depth inside the machine column. Control, power, and feedback all integrate via the standard drive architecture promoted by Beckhoff, supporting consistent wiring practice within the manufacturer’s automation platform.
For axial load transmission the motor employs a smooth shaft, eliminating keyways so that clamp or friction couplings can be used without backlash. Because it is supplied without a holding brake, static load retention must be handled by the servo drive’s torque or external locking devices during power-off states. Thermal behavior and torque constant depend on the internal copper layout referenced by winding code M; this letter identifies resistance and inductance values curated for medium-current applications. Finally, membership in the AM Synchronous Servo Motors series assures identical dimensional envelopes and accessory sets across adjacent frame sizes, allowing machine builders to scale force levels while keeping the same mounting pattern.
