الوصف
Introducing the Yaskawa SGMGH-20A2C2S Servo Motor
Designed for precision and reliability, the Yaskawa SGMGH-20A2C2S servo motor seamlessly integrates advanced technology and robust performance. Ideal for high-precision machine tools, this motor exemplifies innovation in motion control. With its impressive specifications and versatile features, it sets a benchmark in the industry, providing engineers the tools they need for optimized functionality and performance.
المواصفات الفنية الرئيسية
المعلمة | تفاصيل |
---|---|
ماركة | ياسكاوا |
اسم | محرك لأداة آلية عالية الدقة |
نموذج | SGMGH-20A2C2S |
السرعة المقدرة | 1500 دورة/دقيقة |
قوة | 1.8 كيلو واط |
جهد مصدر الطاقة | ثلاث مراحل تيار متردد 200 فولت |
مُشفِّر تسلسلي | القيمة المطلقة 17 بت |
تسلسل التصميم | آلة أداة عالية الدقة |
نهاية العمود | عمود مستقيم بدون مفتاح |
أجزاء اختيارية | مع ختم الزيت |
ميزات مبتكرة
The SGMGH-20A2C2S boasts a set of features designed for superior performance. Its complete separation of the main circuit from the control circuit allows for easy maintenance. The parameter setting device enables direct input through the servo drive’s body, which simplifies the configuration process. Notably, the use of a serial encoder reduces wiring complexity by half, enhancing reliability and efficiency. The motor supports multi-control functionalities, allowing users to switch seamlessly between torque, position, and speed control.
Flexible User System and Compliance
This product aligns with international standards, ensuring reliability in global applications. Its flexibility supports various configurations including single and three-phase setups, accommodating diverse operational needs. With built-in rich positioning functions and a variety of motion control capabilities, the SGMGH-20A2C2S provides a smooth operational experience with significantly minimized speed fluctuations.
Simplified Communication and Maintenance
Equipped with DeviceNet communication functionality, the Yaskawa SGMGH-20A2C2S significantly enhances the ease of integration into existing systems. The capability to manage servo information remotely improves maintenance efficiencies, streamlining debugging processes and reducing operational downtime. This servo motor not only meets but exceeds expectations in both performance and adaptability.