YASKAWA SGMPH-08DAA61D AC Servo Motor 400V 2.6A 3000rpm 750W

Buy online your YASKAWA SGMPH-08DAA61D AC Servo Motor from our UK e-store Cnc-shopping UK, specialist in CNC machine-tools spare parts.

The YASKAWA SGMPH-08DAA61D is an AC servo motor from the SGMPH medium-inertia series, designed for precise motion control and positioning on CNC machine tools and industrial automation equipment. With a rated output of 0.75 kW, a nominal speed of 3,000 rpm and a 400 V class supply, it provides stable torque and accurate axis movement.

The motor is rated at 2.6 A and is suitable for applications such as CNC feed axes, machining centers, lathes, turret indexing, transfer systems, robotics and automated positioning equipment. It is designed to operate with compatible YASKAWA Sigma-series servo amplifiers, provided the motor reference, feedback configuration and drive capacity are correctly matched.

The SGMPH series features a compact square-flange mechanical design with a keyed shaft, making it suitable for standard couplings and mechanical transmission systems. The exact suffix should be verified to confirm the encoder, brake and connector configuration before installation.

This YASKAWA servo motor is particularly suitable as a replacement motor, spare part or CNC replacement component for maintenance and retrofit applications. Using the exact reference helps simplify mechanical installation, wiring and commissioning while reducing machine downtime.

A tested unit can be checked with a compatible YASKAWA servo amplifier on dedicated test equipment to verify motor operation, feedback signals and brake function when applicable. It is therefore a practical solution for restoring reliable axis performance on existing CNC and industrial automation systems.

Frequently asked questions about SGMPH-08DAA61D:

Which servo amplifiers are typically used with this motor?
It is paired with YASKAWA Sigma-series servo amplifiers sized for 750 W in the 400 V class. Confirm capacity, encoder format and motor code with your drive catalog or share the nameplate for verification.

How do I confirm the encoder and brake configuration?
The suffix in the model code defines feedback type and brake option. Check the full nameplate and wiring label, then match the drive parameter set accordingly to ensure correct commutation and homing behavior.

Is it a direct field replacement for an existing SGMPH 750 W axis?
If the reference matches exactly, it is commonly used as a drop-in replacement. Back up drive parameters, verify connector orientation and coupling fit, then perform a standard axis tune to finalize the changeout.

What should be checked mechanically before installation?
Verify flange pattern, pilot fit, shaft diameter and key dimensions against the machine coupling or pulley. Inspect the cable set and connectors to confirm compatibility with the existing harness and servo amplifier.