The 6AV7245-6DA00-1DU0 SIEMENS IPC 477E 19″ FHD OEM, Core i5-6442EQ is a high-performance industrial panel PC designed for demanding automation and control applications. Featuring a 19-inch Full HD display, this model provides exceptional clarity and resolution, ensuring operators can view detailed system information and perform tasks with precision. Powered by the Intel Core i5-6442EQ processor, this system delivers robust processing power, enabling smooth operation even in complex industrial environments that require high computational capacity.
With its 19-inch Full HD display, the SIEMENS IPC 477E offers a larger viewing area, which is ideal for monitoring multiple parameters and controlling intricate automation processes. The high-definition display ensures sharp images, improved readability, and better operator interaction, making it an excellent choice for factory floors, control rooms, and process monitoring applications. The advanced touch technology allows for intuitive operation, further enhancing user experience and productivity.
Equipped with the Intel Core i5-6442EQ processor, the 6AV7245-6DA00-1DU0 offers excellent performance, supporting demanding software applications and real-time control processes. This processor ensures efficient multitasking capabilities, reducing system lags and improving overall system responsiveness. The SIMATIC IPC 477E series is known for its reliability, and this model is no exception, offering consistent, high-performance operation in environments where downtime is costly.
This industrial panel PC is built for long-lasting performance and can operate in harsh industrial environments. The 6AV7245-6DA00-1DU0 combines powerful computing with a high-definition touchscreen interface, making it an ideal solution for various industrial applications, including automation control, process visualization, and monitoring. With its combination of Intel Core i5-6442EQ, 19-inch Full HD screen, and robust design, the SIEMENS IPC 477E ensures efficiency, productivity, and seamless integration into automation systems.