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AM3072-0Q41-0000 Beckhoff

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Internal Product Review

The AM3072-0Q41-0000 is a Beckhoff synchronous servomotor that stands out for precise feedback through Hiperface multi-turn 128 SinCos and a smooth shaft design. A 24 V holding brake with 70 Nm holding torque gives the motor strong positional security during stops and vertical load conditions. Connection by rotatable angular connector or terminal box also supports cleaner machine integration, making the motor a strong choice for demanding motion applications.

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Product Description:

The AM3072-0Q41-0000 is a synchronous servo motor produced by Beckhoff within the AM Synchronous Servo Motors series. It is intended to supply closed-loop rotary motion in automated machinery such as packaging stations, gantries, and material-handling axes. By combining a permanent-magnet rotor with digital feedback, the motor can be paired with a compatible Beckhoff drive amplifier to deliver precise position, speed, and torque regulation. Electronic commutation allows the drive to regulate the rotor without the mechanical wear associated with brushes. This operating principle supports controlled acceleration, deceleration, and positioning during repetitive machine cycles.

The brake circuit is rated at 24 VDC, so the internal electromagnetic clamp uses a low-voltage supply commonly found in control cabinets. A flange diameter of 194 mm establishes the mounting face and matches compatible machine frames, helping align the motor with planetary gearboxes or direct-drive load plates. The unit can resist back-driving forces up to 70 Nm through its static torque rating, providing holding force for vertical or indexing loads. Position information is returned through a Hiperface multi-turn encoder with 128 SinCos periods from F6, allowing the controller to track multiple revolutions without battery backup. Power, brake, and signal leads exit through a rotatable angular connector or terminal box, so the cable outlet can be oriented to accommodate available installation space while maintaining suitable bend radii.

A factory-installed holding brake engages automatically when the drive disables torque, preventing shaft movement during maintenance or a power loss. The transmission interface uses a smooth shaft, which simplifies coupling to shrink-fit hubs or clamping collars where backlash must be minimized. Stator conductors follow winding code Q, providing electrical characteristics matched to Beckhoff’s F6 amplifier family. The motor has an overall length code of 2, which provides a compact axial profile for restricted machine layouts. The unit is supplied in the Standard version, without special coatings, seals, or high-speed options. This configuration is suitable for general-purpose servo applications in assembly, inspection, packaging, and light machining equipment.

Brake Voltage
24 VDC
Connection
Rotatable angular connector or terminal box
Feedback Type
Hiperface multi-turn 128 SinCos from F6
Flange Size
194 mm
Holding Brake
24 V holding brake
Holding Torque
70 Nm
Motor Series Type
Standard
Overall Length Code
2
Product Series
Synchronous Servomotors
Shaft Design
Smooth shaft
Version
Standard
Winding Code
Q

Frequently Asked Questions about AM3072-0Q41-0000:

Q: What type of feedback system is integrated into the AM3072-0Q41-0000 servo motor?

A: The AM3072-0Q41-0000 servo motor uses a Hiperface multi-turn 128 SinCos feedback system from F6.

Q: What type of holding brake does the AM3072-0Q41-0000 feature?

A: This model includes a 24 V holding brake, which is powered at 24 VDC.

Q: What holding torque does the AM3072-0Q41-0000 servo motor provide?

A: The holding torque for the AM3072-0Q41-0000 is 70 Nm, suitable for stable load holding operations.

Q: What connection options are available for the AM3072-0Q41-0000 servo motor?

A: Electrical connections on this motor can be made via a rotatable angular connector or a terminal box.

Q: What type of shaft design does the AM3072-0Q41-0000 servo motor utilize?

A: This motor has a smooth shaft design, allowing coupling without keyways or external machining.

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