AM3023-0C41-0000 Beckhoff
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The Beckhoff AM3023-0C41-0000 is a standard model in the AM Synchronous Servo Motors series. It has a flange size of 58 mm and features a smooth shaft design. The servo motor includes a 24 VDC holding brake with a holding torque of 2 Nm, and uses a Hiperface multi-turn 128 SinCos feedback type.
Internal Product Review
The AM3023-0C41-0000 is a Beckhoff synchronous servomotor in a standard version with a smooth shaft. Hiperface multi-turn 128 SinCos feedback and a rotatable angular connector support precise control and straightforward machine integration. A 24 V holding brake with 2 Nm holding torque adds dependable axis retention, making this servomotor an excellent choice for controlled motion applications.
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Product Description:
The AM3023-0C41-0000 is a synchronous servo motor manufactured by Beckhoff within the AM Synchronous Servo Motors series. The unit is intended for closed-loop automation where fast position and speed updates are required. By coupling its rotor directly to a load, the motor delivers accurate angular movement that can be coordinated by Beckhoff drive controllers and PLCs across assembly lines, pick-and-place axes, and packaging equipment. Electronic commutation allows the connected drive to regulate torque throughout each commanded motion cycle.
Its flange has a diameter of 58 mm, a measurement that matches standard IEC servo interfaces and simplifies gearbox or bracket alignment. A built-in 24 V holding brake engages whenever the drive disables torque, securing vertical loads without external clamps. The brake sustains up to 2 Nm of static torque. Position data are returned through a Hiperface multi-turn 128 SinCos encoder from the F6 family, providing absolute position information over multiple revolutions for startup without a homing cycle. Power and signal conductors exit through a rotatable angular connector or terminal box, allowing the cable outlet to be turned during installation so wiring can follow the available cabinet or machine channels. This adjustable connection orientation helps prevent excessive cable bends near the motor housing.
Auxiliary circuits operate at 24 VDC, allowing the motor to share the same low-voltage bus used by I/O modules and safety relays. A smooth shaft eliminates keyways, reducing backlash when clamp hubs are used for power transmission. The mechanical stack follows overall length code 3, giving the housing a balance between torque capacity and installation depth. Electrical behavior is associated with winding code C, which identifies the conductor fill and stator pitch selected for this frame size. The winding arrangement influences the resistance and inductance values used by the drive for current regulation. Proper drive parameters allow the controller to regulate current while using encoder feedback to correct position and speed errors during operation.
