SGMGV-20ADC6E Original Yaskawa Rotary servo motor SGMGV-20ADC6E
Introducing the Yaskawa SGMGV-20ADC6E Servo Motor
The Yaskawa SGMGV-20ADC6E rotary servo motor represents an exquisite blend of precision, performance, and reliability, tailored for a variety of industrial applications. As part of the illustrious Sigma-V series, this motor boasts a rated output of 1.8 kW, operating seamlessly with a power supply voltage of AC200V. Its high-resolution 20-bit Delta serial encoder ensures accurate positioning, making it ideal for machine tools, transport machinery, and food processing applications.
Key Features
| Specification | Details |
|---|---|
| Rated Output | 1.8 kW |
| Voltage | AC200V |
| Encoder Type | 20-bit Delta (standard) |
| Protection Class | IP67 |
| Installation Type | Flange mount |
| Ambient Temperature | 0 ~ 40°C |
| Communication Interface | MECHATROLINK-III |
Performance Parameters
This servo motor is designed for continuous operation with a maximum vibration level of V15 and a robust insulation resistance of DC500V, 10M or above. With features such as an optional oil seal and brake (DC24V), the SGMGV-20ADC6E stands out for its utility and performance versatility.
Advanced Communication Capabilities
Equipped with the superior SGDV Servo Unit, the SGMGV-20ADC6E can manage up to 62 stations with impressive real-time communication speeds of 100 Mbps. This capability contributes significantly to cost savings by minimizing wiring needs while maximizing functionality. Its seamless switching between modes facilitates high-precision motion control, encompassing torque, position, and speed management, enhancing synchronization for complex mechanical actions.
Why Choose Yaskawa?
Yaskawa Electric stands as a vanguard in motion control technology and is Japan’s pioneering manufacturer of servo motors. With a legacy of reliability and performance, Yaskawa continues to dominate the servo motor market, particularly in China, where it holds the largest market share. The SGMGV-20ADC6E sets a benchmark for efficiency, drastically reducing set times and enhancing overall operational throughput.
