SGMAV-01A3A61

What type of component is this?

This is an AC servo motor from an industrial motion-control system, intended to be paired with a compatible servo amplifier/drive to provide precise speed, torque, and position control. The specific motor identifier is SGMAV-01A3A61.

What applications is it typically used for?

It is typically used for precision axis motion such as indexing, conveyor positioning, packaging machinery, film handling, pick-and-place mechanisms, and other automation tasks that require accurate, repeatable motion.

How do I confirm the electrical and mechanical specifications for my exact unit?

Check the motor nameplate and any build labels on the motor body for rated voltage class, power, rated speed, current, and serial/build information. For mechanical fit, confirm flange/frame size, shaft diameter and type (keyed/straight), mounting bolt pattern, and shaft extension length against your machine’s requirements.

What should I verify to ensure it is compatible with my servo drive?

Verify that the drive supports the motor family, matches the motor voltage class, and is compatible with the feedback device type fitted to the motor. Also confirm the drive has the correct motor data/configuration available for the motor variant and that the power and feedback connector/cable types match your installation.

What feedback device does it use?

This motor is designed to be used with a servo feedback system (typically an encoder-type feedback) that connects to the servo drive via a dedicated feedback cable. The exact feedback specification can vary by build, so confirm using the motor nameplate/build code and the existing feedback connector and cable set.

Can it be used for positioning (not just speed control)?

Yes. When paired with a compatible servo drive and correctly commissioned, it is suitable for closed-loop positioning applications requiring accurate control of motion profiles, holding position, and repeatability.

Does it include a holding brake?

Brake fitment depends on the specific build of the motor. Confirm by checking for a brake power pair/connector and by reading the nameplate/build information; if a brake is fitted, it must be powered and controlled correctly by the machine/drive system.

What cabling is required?

A complete installation normally requires a motor power cable and a separate feedback cable that match the motor/drive connector types. If a brake is fitted, a brake power connection is also required (sometimes integrated into the power harness depending on the build). Cable lengths and routing should be selected to suit the machine and minimise electrical noise issues.

Can it replace another servo motor in an existing machine?

Often, yes, but only if the replacement matches the key interface requirements: mounting/flange and shaft geometry, voltage class, power/speed/torque capabilities, and feedback compatibility with the existing drive. Even small differences in shaft or feedback type can prevent a direct swap.

What checks should be done before installation?

Confirm the shaft turns freely (with power removed), inspect connectors for damage, verify the mounting face and shaft dimensions match the application, and ensure the coupling/belt alignment is correct to avoid excess radial/axial load. Also confirm the power and feedback cabling pinout/connector type matches the drive and installation.

What common issues can occur if the motor is mismatched or incorrectly wired?

Common symptoms include drive faults at enable, unstable motion, poor positioning accuracy, overheating, abnormal noise/vibration, or encoder/feedback errors. These are often caused by incorrect voltage class pairing, incompatible feedback device, wrong cable pinout, or mechanical misalignment.

How should it be stored before use?

Store it in a dry indoor environment with the protective caps fitted to connectors, protected from condensation, dust, and vibration. Keep it in its packaging where possible and avoid stacking loads that could deform the shaft or connectors.