Product Description:

In industrial machines that demand consistent cycle accuracy, the AM3033-0E40-0000 from Beckhoff serves as the electromechanical output stage of the AM Synchronous Servo Motors series. The device is a permanent-magnet synchronous servo motor that converts precisely modulated current from a Beckhoff AX drive into angular motion. Within an automation cell, it positions grippers, spindles, or conveyor segments with repeatable accuracy, making it a core element wherever closed-loop speed and position control are required. Its mechanical dimensions and electrical interface follow the unified AM platform so axis torque can be scaled without changing the control architecture.

Mechanical interfacing uses a 72 mm square flange that aligns with IEC mounting patterns and helps limit radial runout. Inside the stator, winding code E indicates the copper fill factor and resistance that the paired drive must match for rated torque production. Power and feedback conductors enter through a rotatable angular connector or terminal box, allowing the cable exit to be oriented after installation and reducing strain in cramped cabinets. Position data is supplied by a Hiperface multi-turn 128 SinCos encoder from the F6 family, and its absolute resolution supports multi-axis coordination without homing moves. Output torque reaches the load through a smooth shaft, a design suited to clamp collars or shrink discs where keyed backlash is undesirable.

The motor fits installations where fail-safe stopping is handled externally because it ships without a holding brake. It follows the Standard motor series type, using the baseline lamination stack and air-cooled housing used across the family. The axial package corresponds to length code 3, giving a medium rotor mass that balances dynamic response with continuous power capability. Dimensional, thermal, and electromagnetic tolerances conform to the standard version, supporting consistent alignment, cable routing, and parameter scaling in typical installations.