How to pay attention to the waterproof of industrial displays?

Be careful not to let the touch display with moisture enter the industrial display. Don't panic when this happens. Before turning on the computer, you will find that the surface of the screen is foggy. Wipe gently with a soft cloth. If moisture enters the monitor, place it in a warm place to allow the moisture inside to evaporate. Excessive water vapor may damage the components of the liquid crystal display, and the liquid crystal electrodes may corrode, causing permanent damage. In addition, do not use industrial touch monitors in humid environments.
High-tech Industrial Monitors are not waterproof, so please be careful not to let wet touch screens enter the industrial touch monitors. If this happens, don't panic. Before turning on the computer, you can see that the screen surface is foggy. Wipe gently with a soft cloth. If moisture enters the display, please place the industrial touch display in a warm place to evaporate the moisture inside.
When the screen is severely immersed in water, water vapor and humidity will seriously damage the components of the PAC controller, and the LCD electrodes will corrode and cause permanent damage. Please contact us. In addition, when using an industrial touch monitor in a humid environment, unless it is a special waterproof PAC controller, please avoid using it every day.
The commonly used dish of the controller is a low-temperature heating method, but in the Yakyu process, this heating method is sometimes difficult to flow out and reduce the liquid crystal. In addition, one of the research focuses is heating. In short, there are two methods of sequential heating and full heating. The total power consumption of the industrial touch display is 4-6 times. For example, as a heating method, the power consumption of a 15-inch industrial touch display at normal temperature (22°C) is 20ww, and the power consumption at low temperature (-40°C) is 90-120w.
There is also a way to achieve a wider temperature by increasing the brightness of the LCD touch display. Increase the backlight, developed under special high-voltage conditions (can generate 2000v-3000v starting voltage), light up the backlight in a low temperature environment (-40 ℃), the huge heat generated by the backlight causes the LCD touch screen to warm up in two ways , A solution to the problem of LCD touch screens running at low temperatures. In the sun, this method is referred to as the highlight method for short.