IS2020DRLYH1AA
IS2020DRLYH1AA
IS2020DRLYH1AA
foreign markets, collaborative robots are still in their infancy in China, but the development speed is very fast. According to Wang Guangneng’s observation, miniaturized, lightweight, cooperative robots with its flexible and efficient production mode, user-friendly operation interface and ideal investment recovery cycle, reduce the threshold of enterprise automation transformation, so that more and more manufacturing enterprises are more willing to achieve cost reduction and efficiency through cooperative robots. With more than 10 years of experience in motor, servo drive and motion control, centering on intelligent robot business, we have developed robot motor, servo driver, robot controller, machine vision and other robot core functional components, which have excellent performance in system cooperation and security. Effin and other types of cooperative robots follow the high-tech achievements of linear motor and torque motor of large motor, and use Ethercat bus to execute position and current commands in real time.
“Machines and humans cooperate, complement and promote each other, so that the automation potential of robots can be better harnessed.” Wang Guangneng made a judgment on the development direction of automation to intelligent upgrading process: “Foreign research on traditional robots for many years, on the basis of no technological improvement, it is difficult for China to catch up. Effin and other types of collaborative robots are the future.”
This paper introduces the concept and internal architecture of WinAC RTX, and introduces the installation and configuration process of WinAC RTX 2008 software.
WinAC RTX is a soft PLC that can realize the function of S7 controller (S7-300/400), which is an application software running on Windows with RTX real-time extension. It can be programmed through Step 7, and the code is fully compatible with S7-300/400. It can also be programmed through the interface provided by WinAC ODK in Win
