SGM7G-09AFC6S Original Yaskawa Medium inertia, large torque servo motor SGM7G-09AFC6S
Introducing the Yaskawa SGM7G-09AFC6S Servo Motor
The Yaskawa SGM7G-09AFC6S is a state-of-the-art medium inertia, large torque servo motor designed to meet the demanding needs of modern automation applications. Whether you’re optimizing production lines or enhancing machine tools, this servo motor delivers precision, reliability, and exceptional performance. With a robust build and advanced features, the SGM7G-09AFC6S is the solution for industries ranging from semiconductor manufacturing to food processing machinery.
Key Features and Specifications
Attribute | Details |
---|---|
Model | Yaskawa SGM7G-09AFC6S |
Rated Output | 0.85 kW |
Power Supply Voltage | AC200V |
Rated Speed | 1500 rpm |
Encoder Type | 24-bit delta |
Design Sequence | A |
Shaft Type | Straight shaft with keyway |
Protection Mode | IP67 |
Versatile Application and Outstanding Performance
The SGM7G-09AFC6S stands as a testament to Yaskawa’s commitment to innovation, providing a seamless experience with its integration capabilities. This motor operates effectively in diverse environments, including machine tools, handling machinery, and packaging equipment. With no speed reducer, it offers an excellent balance of torque and speed, essential for precise motion control tasks. Enhanced with a DeviceNet communication function, this servo motor can easily interface with upper-level controllers, improving system efficiency and monitoring capabilities.
Why Choose Yaskawa SGM7G-09AFC6S?
Incorporating advanced technology, the SGM7G-09AFC6S not only facilitates exceptional rotational consistency but also ensures minimal downtime through robust diagnostics and real-time monitoring. Its sophisticated built-in positioning functions allow for simple and complex movements, further enhancing operational flexibility. Whether executing continuous rotation or initiating return-to-origin functions, the SGM7G-09AFC6S represents the pinnacle of modern servo motor design, setting the standard for future innovations in motion control.