To choose a high-quality LED display, in addition to considering the quality of the display itself and reliable service, choosing the right LED display product according to different environments and uses is another guarantee. Below we will combine the seaside and riverside environment to discuss the choice of LED display. The most notable features of the seaside and riverside environments are high humidity, strong wind, strong ultraviolet rays, and easy water ingress.
1 humidity
In the later process, if the humidity is too high, the PCB board, power supply, power cord and other components of the LED display screen are more likely to be oxidized and corroded and cause failure. Therefore, when we make LED displays, the PCB board should be treated with anti-corrosion, such as three yellow paint on the surface, and high-quality accessories should be used for the power supply and power cord. The welding place is the most vulnerable place to be corroded. Pay attention to the protection work, especially the frame, which is easy to rust, it is best to do a good rust prevention treatment.
Two wind
Excessive wind, the most direct impact on the installation of the LED display, so before installing the display, when we are required to do a force analysis, we should fully consider the wind factor.
Three UV
Stronger ultraviolet rays are more likely to cause the aging of the surface of the LED display screen, thereby reducing its lifespan. The selection of excellent materials when making the mask is beneficial to resist the damage caused by ultraviolet rays.
Four water
The usual waterproofing mainly considers rainwater, and the waterproofing of special environments such as seaside and riverside should be considered more comprehensive, and waterproof measures should be taken from all directions.
Four perspectives
This is a factor that is easily overlooked. In this environment, the viewing angle is usually relatively wide and the audience is relatively wide. When choosing a product, it is necessary to fully consider its main audience to determine the requirements for the viewing angle of the display.
