Rui Guan

PLC industrial control screens and industrial computers have significant differences in design and application.

A PLC industrial control screen is a digital electronic device specifically designed for industrial automation control, primarily functioning to achieve logic control and data acquisition.

It employs programmable logic controller (PLC) technology, featuring high reliability and stability, capable of operating in harsh industrial environments.

The PLC industrial control screen adopts an integrated sealed template modular structure with rigorous treatment of printed circuit boards, connectors, and frames. It also incorporates a series of anti-interference measures to ensure reliability. 

Additionally, the operating system of a PLC industrial control screen is designed for tasks related to execution and control, typically not requiring antivirus programs or registry cleaning tools, thus increasing processing throughput during operation.

An industrial computer screen, on the other hand, is a general-purpose computer system capable of performing various tasks, including data processing, control algorithms, and communication. Industrial computers generally use standard x86 architecture, can run various general-purpose operating systems (such as Windows, Linux, etc.), and support a wide range of common application software. Industrial computer screens typically have multiple communication interfaces, enabling connections to various peripheral devices and sensors, and provide strong graphic processing capabilities. They are suitable for industrial automation systems requiring high customization and complex calculations.

In summary, PLC industrial control screens and industrial computers differ significantly in design and application. 

PLC industrial control screens are more focused on achieving logic control and data acquisition, with higher reliability and stability, suitable for harsh industrial environments. In contrast, industrial computer screens offer greater generality and flexibility, capable of performing various tasks, making them suitable for industrial automation systems requiring high customization and complex calculations.