Product Description:

The AM247L-0001 is a synchronous servo motor engineered by Beckhoff and placed within the AM Synchronous Servo Motors series. Intended for closed-loop motion tasks in industrial automation, the unit transforms three-phase electrical energy into controlled torque and speed for conveyors, gantry axes, and pick-and-place heads. In operation, the motor works with a compatible servo drive so commanded motion is converted into repeatable shaft movement, stable speed regulation, and accurate response to changing load conditions.

A flange size of 194 mm establishes the mounting interface and provides room for the magnetic components that generate torque. Output torque reaches 70 Nm, which gives the axis useful reserve for acceleration and changing process loads without requiring an oversized motor frame. Position and velocity data come from a two-pole resolver, so the controller receives analog feedback for commutation and motion control. The brake circuit expects 24 VDC, which matches common control power supplies used in servo systems. The motor uses a smooth shaft for clamp-style couplings that avoid keyway backlash and help maintain concentric power transmission during frequent starts and stops.

An integrated 24 V holding brake keeps the rotor from drifting when the axis is stopped or when drive power is removed. It is part of the Synchronous Servomotors product line, so its brake and feedback functions follow the control conventions used for that motor group. This arrangement supports applications that need controlled stopping, accurate restart behavior, and dependable position retention on vertical or suspended loads. The housing and shaft arrangement are suited to installations that use direct couplings and require consistent servo response across repetitive motion cycles.