Embedded high-brightness industrial control display screens are now widely used in the industrial Internet of Things, especially for smart transportation or rail transit in urban infrastructure, etc. The display resolution (screen resolution) of embedded high-brightness industrial control display screens is the screen image. The accuracy refers to the number of pixels that can be displayed by the embedded high-brightness industrial control display.
Since the dots, lines, and screens on the screen are all composed of pixels, the more pixels can be displayed on the embedded high-brightness industrial control display, the finer the screen, and the more information can be displayed in the same screen area, so resolution is a very important performance indicator.
The whole image is considered as a large board, and the resolution performance is the number of intersections of all warps and horizontal lines. Under the condition of a certain display resolution, the smaller the embedded high-brightness industrial control display, the clearer the image. On the contrary, in the display size under certain circumstances, the higher the display resolution, the clearer the image, and the size and resolution also contribute to the overall readability of the industrial touch display.
The improvement of liquid crystal materials also makes it possible to expand the temperature range of LCD. Now a lot of LCD temperature ranges are realized at -10~70°C. When choosing usability and using touch displays in manufacturing environments, other relatively hidden characteristics.
For example, it is important to minimize downtime. In order to achieve the utilization rate, try to choose a high-quality touch screen display. In order to carry out repairs on site, it is important to carry out repairs with spare parts instead of external parts. Industrial touch displays also require long product life. Period, if the manufacturer is no longer making models, the touchscreen should be compatible with existing airtight containers, without needing to redesign the entire system.
Usually a touch panel display is embedded in a closed container and is part of a larger device. In these cases, the temperature will be affected by the heat generated by the closed container and peripheral equipment, so it is very important to remember the actual memory and operating temperature requirements when touching the display. In aspect mode, a longer information waveform and more data can be seen on one display.
These industrial touch monitors are designed to incorporate the functionality of touch keys on the surface of the display, allowing users to view data on vertical and horizontal displays, or switch between standard aspect ratio displays that incorporate touch panel functionality. This new advanced feature very Helping simplifies the user interface. LCDs are more resistant to temperature changes, bumps, and vibrations than CRTs.
Storage temperature for operation is also the main variable for selecting industrial touch monitors, such as taking measures to dissipate the generated heat such as using fans in airtight containers, but choosing the touch monitor that is most suitable for these environments is the most effective way to meet storage and operating temperature requirements methods.