SGDV7R6A11A000000001 Original Yaskawa Full closed loop servo system SGDV7R6A11A000000001
Yaskawa SGDV7R6A11A000000001: Unleashing Precision in Motion
Welcome to the world of advanced motion control with the Yaskawa SGDV7R6A11A000000001, a full closed-loop servo system designed for those who demand unparalleled precision and performance in their applications. Combining cutting-edge technology with user-friendly features, this servo motor delivers exceptional reliability and efficiency for a variety of industrial scenarios.
Product Overview
The Yaskawa SGDV7R6A11A000000001 is engineered to provide a maximum motor capacity of 1.0 kW, operating effectively within a three-phase AC200V power supply environment. The communication interface employs the sophisticated MECHATROLINK-II protocol, ensuring seamless integration with rotary servo motors.
Specifications
| Specification | Details |
|---|---|
| Brand | Yaskawa |
| Model | SGDV7R6A11A000000001 |
| Motor Capacity | 1.0 kW |
| Power Supply | Three Phase AC200V |
| Interface | MECHATROLINK-II |
| Design Sequence | A |
| Control System | Full Closed Loop |
Enhanced Precision and Performance
This servo system employs an external encoder capable of delivering high-resolution position feedback, thus ensuring exceptional accuracy and rapid response. With an innovative design that requires no matching, the SGDV7R6A11A000000001 is ready to perform out of the box. The advanced vibration suppression function mitigates load fluctuations, resulting in smooth operation and considerable time savings in setup and operation.
Advanced Integration Features
The integration of the SigmaWin+ engineering tool allows for intuitive setup and configuration, amplifying user convenience. With a built-in automatic tuning function, users can expect shortened positioning times and smooth mechanical control, even under the most demanding conditions. The Yaskawa SGDV7R6A11A000000001 represents the pinnacle of motion control technology, offering an optimized solution for high-performance applications.
