Detailed structure of column LED full color screen

What parts are included in the column LED full-color screen? The column LED full-color screen is usually used outdoors. The most common ones are commercial plazas, parks, airport parking lots, railway station squares, gymnasium entrances, etc. The column LED full-color screen structure consists of three parts. , That is, the foundation, columns, structures, etc., and the LED full-color screen part is the screen body, control system, power distribution system, control system, etc. Column LED full-color screens are basically installed in squares. These places have a common characteristic of wide vision, large flow of people, and good advertising benefits. When many of our customers choose LED full-color screens, they don't know much about various places. We need a very comprehensive explanation to let customers understand some basic knowledge. Here we will do a comprehensive one for the column outdoor full-color LED display. explanation.

The column LED full-color screen structure is divided into three parts. The depth of the foundation should be determined according to the size of the LED screen. If the calculation is based on a 50-square-meter double-column LED full-color screen, the foundation needs to be dug 2 meters long x 2 meters wide x 3 meters high For deep pits, make mesh iron cages and tie rods and fill them with concrete. It usually takes 2 days for the concrete to dry completely before proceeding to the next procedure. The screws are locked to prevent the large LED full-color screen from being blown by the typhoon. After the column is erected, you can fix the fabricated steel structure of the LED full-color screen with the farad plate on the top of the column, and lock the screws in the same way as the following method. The follow-up LED full-color screen is the same as the wall-mounted one, so we won’t go into details.

It is worth mentioning that the outdoor column LED full-color screen is far away from the building, and there may be a large distance in the wiring. When wiring, it is necessary to calculate the power loss and the reliability of network signal transmission. .