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Yaskawa SGM Sigma-7 Series SGM-04V312

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SGM-04V312

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The Yaskawa SGM-04V312 is an AC servo motor with a robust output of 400 watts. Operating at a power supply voltage of 200 volts AC, this motor is engineered for efficiency.

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Technical specifications for SGM-04V312

ManufacturerYaskawa
Product TypeAC Servo Motor
Product LineSGM Sigma-7 Series
Part NumberSGM-04V312
Weight3.75 lbs (1.70 kg)
Rated Output400 Watts
Power Supply Voltage200 Volts AC
Shaft TypeStraight shaft without key
Horsepower Rating0.53 horsepower
Insulation ClassClass B
Speed Rating3,000 revolutions per minute (RPM)
Mounting MethodFlange mount
Drive MethodDirect drive
Rated Torque1.27 Newton-meter
Maximum Torque3.82 Newton-meter
Rated Current2.6 Amperes
Maximum Current8 Amperes
Encoder TypeIncremental encoder
Encoder Resolution2,048 pulses per revolution

The Yaskawa SGM-04V312 servo motor belongs to the SGM Sigma-7 series. This AC motor provides a rated output of 400 watts and operates on a power supply voltage of 200 volts AC. It achieves a horsepower rating of 0.53, suitable for various applications. The motor's straight shaft design, which lacks a key, facilitates straightforward integration into systems.

With a maximum rotational speed of 3,000 revolutions per minute (RPM), the SGM-04V312 offers adequate performance for numerous tasks. It develops a rated torque of 1.27 Newton-meters and can achieve a peak torque of 3.82 Newton-meters, catering to diverse operational demands. The rated current is specified at 2.6 amperes, while the motor can handle a maximum current of 8 amperes under peak load conditions.

An incremental encoder enhances this motor's functionality, providing a resolution of 2,048 pulses for each revolution. This feature allows for precise control over motion, essential in various automated processes. The motor adopts a direct drive method, ensuring efficient power transmission, while its flange mount design allows for versatile installation options. Compliant with Class B insulation standards, this unit maintains its reliability across a range of temperatures.