SGDV260D11A003000010 Original Yaskawa Secure module servo unit SGDV260D11A003000010
Overview of the Yaskawa SGDV260D11A003000010 Secure Module Servo Unit
The Yaskawa SGDV260D11A003000010 represents an innovative leap in servo motor technology, ideal for modern industrial applications requiring high safety standards and robustness. Developed with meticulous engineering, this secure module servo unit showcases Yaskawa’s commitment to performance and reliability. Designed to streamline mechanical system safety, it adheres to stringent European safety regulations, ensuring a serene operational environment.
Product Specifications and Technical Parameters
| Brand | Yaskawa |
|---|---|
| Name | Secure Module Servo Unit |
| Model | SGDV260D11A003000010 |
| Maximum Motor Capacity | 7.5 kW |
| Power Supply Voltage | Three phase AC 400V |
| Interface | MECHATROLINK-II communication command type (for rotary servo motor) |
| Design Sequence | A |
| Hardware Specifications | Shelf installation type + Paint |
| Security Module Options | Yes |
| Safety Standards | ISO13849-1 EN, IEC 61800-5-2 |
Advanced Safety Features
The Yaskawa SGDV260D11A003000010 is equipped with industry-leading safety features as per IEC61800-5-2 standards, making it a cornerstone for secure operational control. This unit integrates multiple safety functionalities, such as Torque Off Safe (STO), Stop Safe 1 (SS1), Stop Safe 2 (SS2), and Limited Speed Safe (SLS). Additionally, it allows for tailored security functions and adjustable monitoring times to suit specific operational requirements.
Enhanced Performance and Efficiency
Incorporating the high-speed SGMAH servo motor type, capable of achieving speeds of up to 3000 r/min with a power rating of 0.1 kW, the SGDV260D11A003000010 is designed for maximum efficiency. It operates on a single-phase AC 200V power supply and features a 13-bit relative value serial encoder. The ergonomically designed shaft end simplifies installation and enhances mechanical performance, while a DC24V brake option further augments efficiency.
By utilizing a new control algorithm that reduces CPU computing time to half, positioning time is significantly shortened, resulting in swift and precise responses. The intuitive design minimizes parameter setting and maintenance efforts, encouraging faster deployment of advanced systems. With this product, Yaskawa delivers not just technical specifications, but a promise of quality and reliability central to successful industrial automation.
