SGM7P-04AFE6C Original Yaskawa Medium inertia, flat servo motor SGM7P-04AFE6C
Introducing the Yaskawa SGM7P-04AFE6C Servo Motor
Unlock precision and power with the Yaskawa SGM7P-04AFE6C medium inertia flat servo motor. Renowned for its exceptional performance, this electric motor is designed for a wide range of applications, from semiconductor manufacturing to general machinery. With a robust engineering foundation and innovative technology, the SGM7P series redefines the standard in automated control systems.
Product Specifications
Parameter | Details |
---|---|
Brand | Yaskawa |
Model | SGM7P-04AFE6C |
Rated Speed | 3000 r/min |
Rated Output | 0.4 kW |
Power Supply Voltage | AC200V |
Serial Encoder | 24-bit Delta |
Design Sequence | IP67 |
Shaft End | Straight shaft with keyway, screw |
Optional Parts | With brake (DC24V) |
Innovative Features
The SGM7P-04AFE6C motor boasts a powerful yet compact design, complementing its impressive specifications. Leveraging Yaskawa’s advanced mechatronics concept, this servo motor integrates seamlessly into automated systems. The high-speed performance at 3000 r/min ensures that your operations run smoothly, while its IP67 encapsulation guarantees resilience against dust and moisture.
Flexible Connectivity and Monitoring
The SGM7P-04AFE6C also features enhanced connectivity options, allowing for integration with DeviceNet communication protocols. This not only facilitates easy monitoring of operational status and alarm information but also reduces wiring complexity, improving reliability and maintenance efficiency. Whether for simple positioning tasks or complex motion control, this servo motor adapts to the demands of your workflow.
Conclusion
In a market filled with high-performance servo motors, the Yaskawa SGM7P-04AFE6C stands out. Its sophisticated design, peak performance capabilities, and smart connectivity solutions make it an invaluable asset for any automated control system. Bring your projects to life with the unmatched reliability and precision of Yaskawa’s innovative engineering.