LCD splicing screens contain a large number of precision glass components and electronic components, so LCD splicing screens are very expensive and have poor impact resistance. If the force is large, the LCD splicing screen and other related parts may be damaged. In addition, do not put pressure on the surface of the LCD splicing screen, such as pointing your finger to a certain part of the screen.
Keep the environment dry.
LCD splicing screen
This is an important condition for the normal operation of the LCD splicing screen. The internal design of the LCD screen is exquisite. When the environment is wet, it is easy to oxidize and corrode, causing short-circuit and other phenomena, bringing huge economic losses. Therefore, it is necessary to keep the LCD splicing screen as dry as possible.
LCD splicing screen
If you find that the surface of the screen is wet, wipe it gently with a soft cloth to make the power supply work normally. Or the humid air has entered the inside of the LCD splicing screen, so put the LCD splicing screen in a well-ventilated or warm place to let it evaporate. If the situation is more serious, you can ask an expert to help solve it. Do not allow the LCD splicing screen to be energized when it does not absorb moisture, otherwise it will cause the LCD electrodes to be corroded and cause permanent damage.
The LCD splicing screen is properly cleaned.
LCD splicing screen
The correct cleaning method: Use soft, non-fiber absorbent cotton, lens paper or soft cloth to moisten a small amount of glass cleaner, and gently wipe the dust or dirt on the screen. It is forbidden to use organic solvents such as alcohol, nor use coarse cloth or paper products, because these substances are prone to scratches and affect the display effect. At the same time, be careful not to spray detergent directly on the surface of the display, so that the detergent can easily flow into the display and cause a short circuit in the display.
Take care to avoid long working hours.
Long-term overload of LCD splicing screens can easily cause some pixels to overheat, and if they exceed the limit, they will cause damage. The fifth splicing screen is composed of LCD screens. When continuously working at full load for more than 95 hours, it will speed up the aging process of the splicing screen and burn out more seriously.
Therefore, when using LCD splicing screens, you must pay attention to the time and avoid working for a long time. This not only prolongs the service life of the LCD screen, delays the aging process, but also avoids hardware damage.
