The service life of Indoor led strip lights is because LED is a constant current power supply component. Therefore, the actual effect of the constant current power supply of LED strip lights produced by different manufacturers is different, and the natural service life is therefore different. Naturally, if the ductility of the copper core wire of the light strip or the flexible circuit board is not very good, it will also endanger the service life of Indoor led strip lights.

        Jadis teaches you the common problems of LED light strips during maintenance:




        1. Antistatic: Since the LED is a static induction photoresistor, if the antistatic countermeasures are not done during the maintenance of the LED strip, the LED will be burnt and cause consumption. It should be noted here that the electric soldering iron must use an anti-static electric soldering iron, and the maintenance personnel should also take good anti-static measures (such as wearing a static induction ring and anti-static gloves, etc.)

        2. High-temperature weather: The two key components of LED strips, LED and FPC, are all products that cannot be continuously heat-resistant. If the FPC is in a hot weather or exceeds its bearing temperature, it will cause the FPC's covering film to bubble, which will immediately cause the LED strip to be damaged. In addition, LEDs cannot continue to be heat-resistant, and their chips will be burned by the high temperature for a long time under high temperature. Therefore, the electric soldering iron that needs to be selected when repairing the LED light belt must be a temperature-controlled electric soldering iron, and the temperature is limited to a range, and it is strictly forbidden to change and set at will. In addition, even so, you must pay attention to the soldering iron not to stay on the LED pin for more than 10 seconds during maintenance. If it exceeds this time, it is likely to burn the LED chip.

        3. Short-circuit failure: Many indoor led strip lights are not good due to short-circuit failure at the pin, which must be checked before overhauling. Otherwise, after rashly dismantling and replacing the poor LED, it will continue to cause the LED chip to be penetrated by the short-circuit capacity again when it is plugged in again. Therefore, before dismantling and replacing the new LED, you must find the reason first, so that symptomatic treatment can get twice the result with half the effort.