Product Description:

The AM3023-0D01 is a synchronous servo motor manufactured by Beckhoff and included in the AM Synchronous Servo Motors series. Designed for industrial automation, the unit converts drive current into tightly controlled rotary motion for positioning axes, indexing tables, and light-duty conveyors. Its size places it in the lower-middle range of the family, providing moderate torque while keeping overall machine depth to a minimum. When paired with a suitable servo inverter, it supports repeatable starts, stops, and speed changes in compact machine assemblies. It is well suited for packaging stations, assembly tables, and other equipment that depends on accurate rotary motion in limited space.

The brake coil is energized at 24 VDC, so the control cabinet can use a common low-voltage supply and keep wiring simple. A 58 mm square flange matches IEC size-58 mounting patterns for direct coupling to gearheads and servo adapters. Rotor position feedback is delivered by a two-pole resolver, which supplies continuous sine and cosine signals for commutation, velocity control, and fine position loops while maintaining good noise immunity. Because the resolver uses analog feedback, it remains straightforward to integrate with compatible drive electronics. When commanded to lock, the brake resists motion with 2 Nm of holding torque, and the motor uses winding code D for the electrical values expected by a compatible drive.

The motor uses the standard version build, and overall length code 3 keeps the housing compact while still supporting the intended torque range. An integrated holding brake secures vertical or suspended loads without extra clamping hardware and helps prevent axis drift when power is removed. Power is transmitted through a smooth shaft, which simplifies alignment and allows press-fit pulleys or clamp couplings without keyways. This shaft arrangement works well in compact axes where stable stopping behavior and simple mechanical integration are important. The short housing also helps preserve clearance around nearby guards, couplings, and machine structures.