SGM7P-08A7AHB2C Original Yaskawa Servo motor with speed reducer SGM7P-08A7AHB2C

Introducing the Yaskawa SGM7P-08A7AHB2C Servo Motor

The Yaskawa SGM7P-08A7AHB2C represents the pinnacle of precision engineering in the realm of servo motors. As a flagship offering from Yaskawa Electric, a recognized leader in motion control technology, this servo motor encompasses a unique blend of innovation and reliability, tailored for various advanced applications. Its robust performance ensures that it can meet the demands of even the most sophisticated setups across multiple industries.

Product Overview

This high-performance servo motor features a rated speed of 3000 r/min and is equipped with a speed reducer, ensuring optimal operational efficiency. The SGM7P-08A7AHB2C is designed to operate seamlessly under a wide range of conditions, which is a testament to Yaskawa’s commitment to excellence.

Key Features and Advantages

Optimized Performance

The precision HDS planetary reducer, coupled with high-resolution 24-bit absolute encoders, guarantees exceptional speed regulation and torque control, making this motor ideal for applications ranging from semiconductor manufacturing to robotics.

Robust Construction

Designed with a straight shaft and no keyway, the SGM7P-08A7AHB2C’s compact construction allows for direct connection and enhances ease of installation and maintenance. The unit operates efficiently under a temperature range of 0°C to 40°C and a humidity level of 20% to 80%, ensuring versatility across multiple environments.

Applications

whether utilized for automated machinery, electronic part packaging, or process and inspection equipment, the SGM7P-08A7AHB2C serves as a cornerstone in modern manufacturing and automation systems.

Conclusion

As Yaskawa continues to set industry standards with its innovative solutions, the SGM7P-08A7AHB2C servo motor exemplifies the fusion of quality, technology, and dependable performance. With extensive applications across numerous sectors, this servo motor is indeed a vital addition to any advanced automation strategy.