Product Description:

The AM3024-0D30-0001 is a rotary servo motor produced by Beckhoff as part of the AM Synchronous Servo Motors series. Classified within the manufacturer's synchronous servomotor range, the unit is built for direct integration with modular drive controllers to provide position and velocity control in automated machinery across repeated duty cycles. It converts electrical energy into regulated torque so actuators, gantry axes, or packaging stations can move precisely on command and hold repeatable motion during continuous cycles. The motor belongs to the standard build subgroup denoted by its type code and uses permanent-magnet technology to support regular cyclic duty in high-speed production lines. This operating concept suits machinery that depends on compact servo axes for synchronized starts, stops, and speed changes in tightly packed automation equipment.

The feedback channel uses Hiperface single-turn 128 SinCos from F6, allowing the drive to read absolute rotor position within one mechanical revolution for commutation and fine velocity loops. A flange diameter of 58 mm matches compact gearheads and keeps the stator frame slim for tight machine spaces. The motor is supplied without a holding brake, so any static load retention must be managed by external mechanics or drive torque. Its mechanical build is Standard, indicating a conventional housing profile used across the family without special mechanical options. An overall length code of 4 places this model among the medium-body options, balancing torque density against axial length. The compact flange and medium body length help the motor fit shallow machine sections where installation depth is limited.

Mechanical connection is through a smooth shaft, which avoids keyway stress concentrations when clamp couplings are used. Because the shaft is plain, torque is transferred through the clamping force of the mating hub rather than through a keyed interface. Electromagnetic behavior is linked to winding code D, which sets the resistance and inductance expected by compatible drives. That winding selection influences current demand and the motor response produced by the matched servo amplifier during acceleration and steady running. The model is part of the AM Synchronous Servo Motors line, so cabling, connectors, and mounting patterns remain consistent with neighboring frame sizes.