The 6AV7264-3TS45-0AA0 SIEMENS SIMATIC IPC477E is a high-performance industrial panel PC featuring a 22" display and powered by the Intel Celeron G3902E processor. Engineered to meet the needs of demanding industrial environments, this panel PC provides an efficient and reliable solution for control, monitoring, and data visualization tasks across various industries, including manufacturing, process automation, and machine control.
With its 22" display, the 6AV7264-3TS45-0AA0 offers a large and clear interface, enabling operators to easily interact with industrial systems and view real-time data. The touchscreen functionality ensures smooth navigation, allowing for intuitive control and monitoring of automation processes. The high-resolution display ensures that vital information is presented in a clear, easy-to-read format, enhancing overall user experience and productivity.
The Celeron G3902E processor powers the 6AV7264-3TS45-0AA0, delivering reliable and efficient performance for industrial applications. While optimized for low power consumption, the Celeron processor ensures smooth operation for tasks such as system monitoring, control, and data visualization. This makes it a cost-effective solution for applications where energy efficiency is important without compromising on functionality.
Designed for durability and reliable performance in tough environments, the 6AV7264-3TS45-0AA0 features a rugged construction built to withstand industrial conditions, including temperature variations, vibrations, and dust. The fanless architecture reduces maintenance requirements and ensures the longevity of the system by preventing dust buildup. This makes it an ideal solution for continuous operation in harsh industrial settings.
The 6AV7264-3TS45-0AA0 SIEMENS SIMATIC IPC477E, with its 22" touchscreen, Celeron G3902E processor, and robust industrial design, provides a dependable and efficient interface for industrial applications. Whether for system control, monitoring, or data management, this panel PC offers the right balance of performance, reliability, and cost-efficiency for modern automation environments.