SGDV1R6AE1B002000101 Original Yaskawa Full closed loop servo system SGDV1R6AE1B002000101
Introducing the Yaskawa SGDV1R6AE1B002000101 Full Closed Loop Servo System
Elevate your automation capabilities with the Yaskawa SGDV1R6AE1B002000101 Full Closed Loop Servo System. This advanced solution is engineered for precision and performance in demanding applications. Ideal for industries that require meticulous movement control, the SGDV1R6AE1B002000101 marries sophisticated technology with user-friendly features, delivering impressive efficiency and reliability.
Product Specifications
| Parameter | Details |
|---|---|
| Brand | Yaskawa |
| Model | SGDV1R6AE1B002000101 |
| Maximum Motor Capacity | 0.2 kW |
| Power Supply Voltage | Three Phase AC 200V |
| Control Interface | Rotary Type Servo Motor |
| Design Sequence | B |
| Matching Software | Standard |
| Optional Modules | Full Closed Loop + INDEXER Module |
Advanced Features
The SGDV1R6AE1B002000101 utilizes a full closed loop control system that enhances the operational accuracy of your rotating servo motor. By integrating an external encoder, such as a linear grating ruler, it achieves exceptional precision and responsiveness. The design accommodates a maximum motor capacity of 1.0 kW, adhering to a power supply requirement of three-phase AC 200V.
Seamless Integration
Experience seamless setup and control through programming capabilities and integration with Windows-based support tools like SigmaWin+. The system features extensive I/O connectivity, with 19 input points and 16 output points, enabling easy interaction with auxiliary controllers. Its rich functionality includes up to 256 programmable positioning points, JOG speed table operations, and versatile signaling options, ensuring that you’re equipped for various applications.
High-Speed Precision
With exceptional velocity and precision, the SGDV1R6AE1B002000101 can be combined seamlessly with the high-performance V series servo motors. A notable feature is its ability to deliver motion control without dedicated controllers. The SGMAH servo type boasts a speed of 3000 RPM and incorporates a serial encoder with 13-bit resolution, further enhancing operational efficiency.
Optimized Control Performance
In pursuit of elevated manufacturing excellence, the SGDMAH type promises finely-tuned mechanical performance. Compared to predecessors, its CPU computation time is reduced by 50%, allowing for quicker response times that are a third of prior models. Moreover, the ease of parameter setting and maintenance is a significant perk, facilitated by automatic adjustment functions that address the servo system’s mechanical characteristics.
