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Yaskawa SG Series SGMGH09ACA6S

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SGMGH09ACA6S

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The Yaskawa SGMGH09ACA6S is part of the Sigma-II series and functions as an AC servo motor with a rated output of 0.85 kW. It operates efficiently at 200 V AC and can deliver a rated current of 7.1 A, allowing for high-performance applications.

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Technical specifications for SGMGH09ACA6S

ManufacturerYaskawa
Product TypeAC Servo Motor (Sigma‑II series)
Product LineSG Series
Part NumberSGMGH09ACA6S
Weight16.00 lbs (7.26 kg)
Rated Power0.85 kW (850 W, 1.14 HP)
Operating Voltage200 V AC
Rated Current7.1 A
Rated Speed1,500 RPM
Encoder Resolution17-bit incremental
Shaft ConfigurationStraight, keyed, tapped
Sealing FeatureOil seal included
Mounting StyleStandard
Cooling ApproachPassive cooling
Rotor InertiaMedium-inertia
Frequency Compatibility50/60 Hz

The Yaskawa SGMGH09ACA6S is engineered as an AC servo motor within the Sigma-II series, designed for high performance. With rated power set at 0.85 kW (850 W or approximately 1.14 HP), this motor is capable of undertaking various tasks efficiently. It operates on a voltage level of 200 V AC and draws a rated current of 7.1 A. The motor can reach a maximum speed of 1,500 RPM, making it suitable for applications that require swift action.

This motor incorporates a 17-bit incremental encoder, ensuring high-resolution feedback for precise control. The shaft is designed in a straight configuration, with keyed and tapped features for versatile connections. Additionally, it includes an oil seal to protect against contaminants, extending the lifespan and reliability of the motor. Its mounting style is standard, allowing for easy installation in different settings.

Cooling is facilitated through passive methods, minimizing the need for active cooling systems. The rotor inertia is classified as medium, providing a balance between speed and control benefits. Furthermore, the SGMGH09ACA6S is compatible with both 50 and 60 Hz frequencies, allowing it to adapt to a variety of operational environments. Overall, this servo motor exemplifies robust design and advanced technology, catering to a range of applications in automation and control.