SGM7P-08A7AHC0C Original Yaskawa Servo motor with speed reducer SGM7P-08A7AHC0C

Introducing the Yaskawa SGM7P-08A7AHC0C Servo Motor

The Yaskawa SGM7P-08A7AHC0C represents a pinnacle of technology in motion control solutions. Engineered with precision and reliability in mind, this servo motor with speed reducer seamlessly integrates into a variety of applications, all while delivering superior performance. Designed for professionals who demand excellence, the SGM7P-08A7AHC0C ensures steady operation across machine tools, transport machinery, handling systems, and food processing sectors. It is an embodiment of Yaskawa’s long-standing commitment to innovation and quality in the servo motor domain.

Technical Specifications

Performance Excellence

With a robust design that includes a precision HDS planetary reducer, the SGM7P-08A7AHC0C is tailored for high-performance applications requiring exceptional torque and speed control. The motor is equipped with a high-resolution 24-bit absolute encoder that provides unparalleled positional accuracy, enhancing operational reliability. Furthermore, the insulation and heat resistance features ensure optimal functioning even in demanding environments, making it a trusted choice for various industries.

Industry-Leading Features

As a leader in power transmission products, Yaskawa stands at the forefront of servo technology. The SGM7P-08A7AHC0C utilizes a highly responsive amplifier, significantly reducing set time and increasing operational efficiency. Designed to thrive in varying operational conditions, this servo motor exhibits a wide temperature tolerance range of 0 to 40 degrees Celsius and humidity levels of 20 to 80%, solidifying its versatility in diverse applications.

Conclusion

Choose the Yaskawa SGM7P-08A7AHC0C for reliable performance, advanced technology, and unparalleled support in the motion control landscape. Your operations will benefit from the superior assembly of features that this servo motor provides, ensuring that you remain at the cutting edge of technological advancements.