SGM7A-A5AFA6C Original Yaskawa Low inertia, high speed servo motor SGM7A-A5AFA6C
Introducing the Yaskawa SGM7A-A5AFA6C Servo Motor
The Yaskawa SGM7A-A5AFA6C is a sophisticated low inertia, high-speed servo motor designed to meet the demands of precision applications. As technology continues to evolve, so too does the need for cutting-edge motion control solutions. This servo motor combines a seamless integration of speed and accuracy, ensuring optimal performance in various industrial settings.
Key Features and Specifications
Feature | Specification |
---|---|
Brand | Yaskawa |
Model | SGM7A-A5AFA6C |
Rated Output | 50W |
Rated Speed | 3000 r/min |
Power Supply Voltage | AC200V |
Encoder Type | 24 Bit Delta |
Design Sequence | A |
Shaft Type | Straight shaft with keyway and screw |
Optional Components | Hold brake (DC24V) |
Performance Beyond Expectations
This motor is engineered for enhanced performance, featuring an impressive maximum torque of 350% of rated output. Its innovative design facilitates rapid cycle times, significantly improving overall operational efficiency. With a high-resolution 24-bit encoder capable of delivering over 16 million pulses per revolution, the SGM7A-A5AFA6C provides unmatched positioning accuracy and responsiveness, making it ideal for applications requiring precision and speed.
Robust Adaptability
Designed for versatility, this servo motor supports a wide variety of optional components to cater to specific operational needs. Whether you are looking for enhanced braking capabilities or reduced operational vibration, the SGM7A-A5AFA6C’s architecture effectively accommodates these demands. Its compatibility with international standards ensures reliability in any operational environment, giving you peace of mind and consistency in performance.
In conclusion, the Yaskawa SGM7A-A5AFA6C represents a harmonious blend of speed, precision, and flexibility. By incorporating this servo motor into your production process, you are investing in a remarkable solution that will not only meet but exceed your operational expectations.