محرك Yaskawa الأصلي SGMGH-09ACC3S لأداة الآلة عالية الدقة SGMGH-09ACC3S

الوصف

Introducing the Yaskawa SGMGH-09ACC3S Servo Motor

Discover the pinnacle of engineering excellence with the Yaskawa SGMGH-09ACC3S, a servo motor meticulously designed for high-precision machine tools. This advanced motor integrates cutting-edge technology with user-friendly features, ensuring seamless operation across a variety of applications. With a focus on efficiency and precision, the SGMGH-09ACC3S is engineered to meet the demands of modern manufacturing environments, providing a perfect balance of performance and reliability.

معلومات المنتج والمواصفات

ميزات متقدمة لتحسين الكفاءة

The SGMGH-09ACC3S eliminates the complexities of traditional systems through the complete separation of the main circuit and control circuitry. This design allows maintenance to focus solely on power supply operations, enhancing user convenience. The parameter setting device ensures that adjustments can be made directly via the servo drive body, significantly simplifying installation and reducing wiring complexity by over 50% with the integration of a serial encoder.

إمكانيات التحكم متعددة الوظائف

Equipped with versatile functionality, the SGMGH-09ACC3S allows for torque, position, and speed control, all accessible via intuitive parameter switches. This motor is optimized for high-performance applications, supporting various models tailored to meet specialized tasks such as vibration suppression and pressure feedback control. By leveraging Yaskawa’s Sigma-V series technology, each unit delivers precise synchronization and operational efficiency, ensuring premium adaptability in every industrial setting.

أداء وموثوقية لا مثيل لها

With a maximum applicable motor capacity of 0.2 kW to 1.5 kW and a robust communication interface using MECHATROLINK-II, the SGMGH-09ACC3S consistently achieves real-time control of up to 30 stations, dramatically reducing wiring costs and effort. This servo motor represents an innovative blend of power, efficiency, and precision, making it an essential component for any advanced manufacturing system.