SGDV-1R6F25B000EX001 Original Yaskawa High performance servo driver SGDV-1R6F25B000EX001
Introducing the Yaskawa SGDV-1R6F25B000EX001
The Yaskawa SGDV-1R6F25B000EX001 is engineered to redefine the standards of performance within the realm of servo technology. Combining cutting-edge design with robust functionality, this high-performance servo driver excels in a variety of industrial applications. Its high-speed communication capabilities and optimal responsiveness make it an indispensable component for enhancing precision and efficiency in your operations.
Product Information and Technical Parameters
| Feature | Description |
|---|---|
| Brand | Yaskawa |
| Name | High Performance Servo Driver |
| Model | SGDV-1R6F25B000EX001 |
| Motor Capacity | 0.2 kW |
| Power Supply Voltage | Single Phase AC 100V |
| Design Sequence | B |
| Hardware Spec | Base Mounting Type |
| Interface | MECHATROLINK-III |
| Communication Cycle | 125 µs |
Performance Features
This servo driver boasts high performance attributes, being part of the Sigma-shaped -V-EX series. It facilitates high-speed communication at a minimum cycle of just 125 µs, enhancing command responsiveness, trajectory accuracy, and processing capacity. Available in two model variants, the EX001 supports high-speed M-III communication while the EX002 further elevates tracking performance, ensuring superior control and precision.
Direct Drive Type Servo Motor
Accompanied by the SGMCV type direct drive servo motor, the SGDV-1R6F25B000EX001 features a rated torque of 4.0 N·m and a compact design diameter of 135 mm. It integrates a 22-bit multi-ring absolute encoder which empowers the system to execute high-precision tasks effortlessly. With its innovative hollow structure, the design allows for simplified wiring and piping.
Applications
This advanced servo system finds its domain in diverse sectors including semiconductor manufacturing, LCD circuit board production, inspection equipment, electronic component packaging, and various automated machinery configurations. Its capacity for stable operation under varying loads, alongside its ability to transition seamlessly between low and high speeds, underscores its utility across a spectrum of demanding applications.
