SGD7S-200A20A Original Yaskawa Single axis servo driver SGD7S-200A20A
Introducing the Yaskawa SGD7S-200A20A Servo Driver
The Yaskawa SGD7S-200A20A Single Axis Servo Driver represents the pinnacle of precision and reliability in motion control technology. Crafted to meet rigorous industrial demands, this servo driver excels across various applications, from machine tooling to transport machinery. What truly sets this unit apart is its integration of advanced features that streamline operations, enhance productivity, and ensure a seamless user experience.
Key Product Specifications
Specification | Detail |
---|---|
Brand | Yaskawa |
Product Name | Single Axis Servo Driver |
Model | SGD7S-200A20A |
Max Motor Capacity | 3.0kW |
Voltage | Three Phase AC200V |
Communication Interface | MECHATROLINK-III |
Design Sequence | A |
Protection Mode | Fully Enclosed, Self-Cooling Type IP67 |
Innovative Features
The SGD7S-200A20A allows for pre-set parameters to be established at the factory, significantly reducing assembly time and enhancing efficiency during deployment. This means operators can initiate their systems promptly, ensuring maximum productivity right from the start. Additionally, product traceability and maintenance can be effortlessly managed through the QR code scanning feature, optimizing diagnostic capabilities.
Robust Performance Capabilities
With a rated output of 7.0kW, the Sigma -V series servo motor integrated into the SGD7S-200A20A offers superior power and agility. Its high-resolution 20-bit serial encoder ensures precise control, making it suitable for delicate tasks such as feeding devices and PCB punching machines. The extensive operational envelope—featuring an ambient temperature range of 0 to 40 degrees Celsius—complements its versatile application potential.
Designed for Longevity
This servo driver not only emphasizes performance but also prioritizes longevity with advanced features that predict service life. The embedded monitoring system allows maintenance to be conducted proactively, preventing unexpected downtimes and enhancing overall operational continuity.