SGM7A-08AFA61 Original Yaskawa Low inertia, high speed servo motor SGM7A-08AFA61

Brand: Yaskawa
Name: Low inertia, high speed servo motor
Model: SGM7A-08AFA61

Description

Introducing the Yaskawa SGM7A-08AFA61 Servo Motor

The Yaskawa SGM7A-08AFA61 is a pinnacle of servo motor technology, uniquely designed for applications demanding precision, speed, and reliability. With its low inertia profile, this high-speed servo motor excels in rapid response and optimal performance, making it ideal for modern automation and advanced motion control systems. Whether you are enhancing production efficiency or fine-tuning the accuracy of your industrial processes, the SGM7A-08AFA61 provides a robust foundation for sophisticated control applications.

Key Features

This servo motor boasts a rated speed of 3000 r/min, offering an impressive output of 0.75 kW at an operational voltage of AC200V. Enhanced by a 24-bit delta encoder, the SGM7A-08AFA61 ensures exceptional resolution with over 16 million pulses per revolution, facilitating incredibly precise positioning capabilities for demanding tasks.

Technical Specifications
ParameterValue
BrandYaskawa
ModelSGM7A-08AFA61
Rated Output0.75 kW
Rated Speed3000 r/min
Power Supply VoltageAC 200V
Max Torque350%
Encoder Resolution24 bit
Design SequenceA

Enhanced Performance and Communication

Designed to maximize the efficiency of your operations, the SGM7A-08AFA61 includes DeviceNet communication capabilities that simplify integration within your existing network framework. By utilizing a single-phase AC100V power supply, this servo motor allows for seamless interaction with upper-level controllers, enabling real-time oversight of the drive’s operating status and enabling swift maintenance interventions.

Advanced Positioning Functions

The SGM7A-08AFA61 enhances its functionality through built-in positioning features. Users can command a range of actions, from continuous rotation to precise point-to-point movements, effectively addressing various demands in modern industrial applications. The combination of advanced control algorithms and real-time communication facilitates superior synchronization and phase control, thus elevating the performance of complex mechanical systems.

Conclusion

Overall, the Yaskawa SGM7A-08AFA61 is engineered for those who seek a reliable servo motor solution that combines high speed, low inertia characteristics, and state-of-the-art communication technology. It empowers users to optimize production cycles and achieve unprecedented precision in motion control, setting a new standard in servo motor applications.