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Yaskawa Sigma II SGMAH01AAA4C

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SGMAH01AAA4C

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The Yaskawa SGMAH01AAA4C servo motor, part of the Sigma II series, operates at a rated voltage of 200 V AC and is designed for three-phase applications. Its capabilities include a rated speed of 3000 RPM, with a power output of 100 W and a rated torque of 0.318 Nm.

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Technical specifications for SGMAH01AAA4C

ManufacturerYaskawa
Product TypeServo Motor
Product LineSigma II
Part NumberSGMAH01AAA4C
Rated Voltage200 V AC
Number Of Phases3-Phase
Rated Speed3000 RPM
Rated Power100 W
Rated Torque0.318 Nm
Rated Current0.91 A
Encoder TypeIncremental Encoder With 13-bit
Protection CategoryIP55
Insulation ClassClass B
Mounting DesignFlange Type
Minimum Temperature Range0°C
Maximum Temperature Range40°C
Maximum Humidity80% (non-condensing)
Maximum Altitude1000 m above sea level

The SGMAH01AAA4C from Yaskawa is a servo motor that belongs to the Sigma II series, designed for high-performance applications. It operates with a rated voltage of 200 V AC across three phases, providing reliable power for various tasks. With a maximum rotational speed of 3000 RPM, this motor achieves 100 W of output power while producing a rated torque of 0.318 Nm, making it suitable for a range of industrial uses.

The current draw for this motor is rated at 0.91 A, ensuring efficient operation. Integral to its functionality is an incremental encoder with a resolution of 13 bits, allowing for precise motion control. The SGMAH01AAA4C motor’s protection category meets IP55, offering a degree of safeguarding against both dust ingress and water exposure, which is vital for use in varied environments.

From a design perspective, this component utilizes a flange type mounting for easy installation. It is constructed to operate in temperatures starting from 0°C up to a maximum of 40°C, which allows for versatile usage in controlled environments. Additionally, the motor can function in humidity levels of up to 80% in non-condensing conditions and is rated for operation at altitudes up to 1000 meters above sea level, making it adaptable to different operational scenarios.