SGMSH-20ACA3D محرك ياسكاوا الأصلي عالي القدرة SGMSH-20ACA3D

Introduction to Yaskawa SGMSH-20ACA3D

Step into the world of precision, power, and performance with the Yaskawa SGMSH-20ACA3D servo motor. Engineered to excel in demanding industrial environments, this super high power motor stands out for its advanced technology and robust design. Whether you’re in semiconductor manufacturing or machine tool applications, this servo motor is designed to deliver exceptional responsiveness and unparalleled efficiency. Discover how this innovative unit can revolutionize your automation processes.

معلومات المنتج

الميزات المتقدمة

The SGMSH series is designed with ultra-high power response capabilities, requiring minimal inertia while providing high torque output. It features online automatic adjustment, ensuring precise measurement of mechanical properties and optimal servo gain settings. This motor can achieve the best settings swiftly, even from an initial contact state.

Automatic Identification & Enhanced Performance

Integrating advanced technology, the SGMSH-20ACA3D performs automatic identification of both the servo motor and the servo drive. This feature ensures the automatic setting of motor parameters, enhancing usability and performance. The standard regenerative resistance connection terminals alongside external regenerative resistor connections offer added convenience for users.

تطبيقات أوسع

Ideal for a range of industrial applications, including semiconductor and LCD manufacturing, the Yaskawa SGMSH-20ACA3D is a testament to Yaskawa’s dedication to innovation. As a pioneer in mechatronics, Yaskawa continues to provide solutions that marry mechanical and electronic systems for superior performance.

خاتمة

Experience the cutting-edge technology embedded in the Yaskawa SGMSH-20ACA3D servo motor. With superior build quality, adaptability, and smart performance features, this motor is the ultimate choice for those looking to enhance their automation systems. Partner with Yaskawa and elevate your operational efficiency.