SGD7S-3R8A30A001 Original Yaskawa Single axis servo driver SGD7S-3R8A30A001

Introducing the Yaskawa SGD7S-3R8A30A001

The Yaskawa SGD7S-3R8A30A001 is a robust single axis servo driver that embodies precision and reliability. Engineered for advanced performance in various applications, this servo driver is designed to meet the demanding needs of modern machinery. With an emphasis on ease of use and enhanced functionality, the SGD7S series is a testament to Yaskawa’s commitment to technology and innovation in servo solutions.

Product Overview

Advanced Features

The Yaskawa SGD7S-3R8A30A001 is built to propel your systems to new heights of performance. Its remarkable speed frequency response of 3.1kHz ensures dynamic performance, while the vibration suppression function effectively minimizes load fluctuations. This technology not only smooths drive performance but also maximizes the servo unit’s capabilities, making it ideal for applications requiring ultra-high speed and precision control.

Enhanced Usability

Yaskawa has incorporated a new non-adjustment function, eliminating the need for tedious calibrations. The SigmaWin+ engineering tool further simplifies setup, offering guided functions and distribution confirmation in a user-friendly interface. With automatic tuning capabilities, the SGD7S-3R8A30A001 ensures rapid responsiveness exceeding 1kHz, thus allowing for efficient operation across various profiles.

Applications

This exceptional servo driver is perfect for an array of applications including placement machines, punch printed circuit boards, and machine tool feeding devices. Its remarkable specifications and consistent performance make it an invaluable asset in any operational context.

Specifications Summary

In summary, the Yaskawa SGD7S-3R8A30A001 is a cutting-edge single axis servo driver that encompasses a wide spectrum of features suitable for both industrial and advanced manufacturing environments. Elevate your machinery with the reliability and precision of Yaskawa technology, and witness the transformation in performance and efficiency.