SGD7S-3R8A20A Original Yaskawa Single axis servo driver SGD7S-3R8A20A

Introducing the Yaskawa SGD7S-3R8A20A: Precision and Reliability in Motion Control

The Yaskawa SGD7S-3R8A20A single-axis servo driver exemplifies the pinnacle of modern motion control technology, seamlessly integrating advanced features and unmatched versatility. Designed to elevate your automation systems, this unit is engineered to deliver optimal performance for a broad range of applications. With its robust specifications and user-friendly design, the SGD7S-3R8A20A is the ideal choice for both novice engineers and seasoned professionals.

Product Specifications

Intelligent Diagnostics and Maintenance

Equipped with cutting-edge functionality, the SGD7S-3R8A20A enhances operational efficiency through intelligent diagnostics. Simply scan the QR code with your smartphone to access comprehensive traceability information, streamlining product management and maintenance tasks. Early fault detection and predictive maintenance features proactively monitor the system, significantly reducing downtime and ensuring that your equipment remains operational.

Customized Solutions Tailored for Your Needs

This versatile servo driver accommodates various configurations, supporting a range of power supply options including single-phase AC200V, single-phase AC100V, and three-phase AC200V. With multiple encoder options and additional components like brakes and speed reducers, the SGD7S-3R8A20A is designed to adapt to your unique operational requirements while complying with international safety standards. Its consistent performance capabilities ensure that speed fluctuations are minimized, enhancing overall system reliability.

Enhanced Safety Features

Incorporating a security module compliant with international standards, the SGD7S-3R8A20A prioritizes safety in all applications. The servo driver supports multiple safety functions such as Torque Off Safe (STO) and Stop Safe 1 (SS1), providing added layers of protection for your machinery. These features not only simplify system design but also make it possible for engineers to build compact and efficient mechanical systems without compromising safety.