SGMAH-A5B1A4S Original Yaskawa servo motor SGMAH-A5B1A4S
Introducing the Yaskawa SGMAH-A5B1A4S Servo Motor
The Yaskawa SGMAH-A5B1A4S servo motor epitomizes cutting-edge technology designed to elevate your automation processes. Tailored for high efficiency, this robust servo motor integrates seamlessly into various applications, making it an invaluable asset for industries seeking precision and reliability. With a streamlined construction and advanced features, the SGMAH-A5B1A4S enhances the performance of your machinery while simplifying maintenance and setup.
Product Specifications
Parameter | Details |
---|---|
Brand | Yaskawa |
Model | SGMAH-A5B1A4S |
Type | Servo Motor |
Speed | 3000 r/min |
Power | 50W |
Voltage | Single Phase AC 100V |
Encoder | 16-bit Absolute Value |
Shaft Design | Straight Shaft with Key |
Optional Parts | With Oil Seal |
Enhanced Performance Features
The Yaskawa SGMAH-A5B1A4S model features remarkable enhancements over previous iterations. It offers a CPU computing time that is halved, and the new control algorithms optimize the positioning time to one-third of former products, ensuring swift responsiveness. As a result, the parameter setup and maintenance duration are also significantly reduced, allowing for a quick establishment of sophisticated systems.
Versatile Operation and Adaptability
This servo motor is designed for flexible and efficient use. It includes the automatic adjustment functionalities and boasts an updated serial encoder that halves the wiring needed compared to earlier models. Additionally, the SGMAH-A5B1A4S can easily handle multiple operation modes such as torque, position, and speed control, making it an exemplary choice for varied applications.
Conclusion
The Yaskawa SGMAH-A5B1A4S servo motor is a perfect blend of power, efficiency, and intelligent technology designed to optimize your operational capabilities. With its high-speed performance, advanced features, and ease of integration, this motor is an excellent choice for those looking to enhance productivity and precision in their systems.