1. High tech application, which can be completed according to the environment and place where the materials are used. The built-in waterproof sealing ring is set and operated by digital programming. The color of the projected lights is very bright, the monochromatic is good, the light source is very soft, the power consumption is low, the energy saving is environmental, and the service life is relatively long. Under normal conditions, the lighting time can be as long as 50000 hours. The LED line lamp is more delicate and convenient to use. It can be used in a hidden way, which is not easy to detect and ensures the overall aesthetic feeling.

2. It has high safety. When it is used, it will only light but not heat. In this way, it can also play a protective effect on the illuminated objects, and its application scope is very common. This kind of lamp is almost attached with a scale plate, which can facilitate the user to adjust the lighting angle according to the demand. For example, if you have a baby at home, it's still better to use this kind of light. It's not dazzling, and it's impossible to have a fever. It doesn't stop the baby's health.

3. The technology is very mature, using glue pouring technology, waterproof design, intelligent I circuit scheme. IC operation chip selection, high-power integrated full tile lamp beads, can ensure that the light is brighter, useful to change the scale of its service life.

In the application of LED line lamp, there is a problem that the lighting engineering is configured according to the "power" target of the lamp. However, the control of the overall lamp efficiency and utilization rate of LED lamps and sodium lamps is forbidden, which is easy to cause poor luminous flux or over lighting on the ground, as shown in Figure 7. This is because what we need is the brightness on the ground. According to the characteristics of the materials on the ground, we can get the illumination on the ground. According to the lighting range, we can get the required luminous flux. According to the utilization rate and maintenance coefficient, and the placement of lamps, we can deduce the luminous flux of lamps. After the luminous flux is determined, we can customize the line lamp and calculate the power according to the efficiency of lamps, such as selecting the power directly, The above uncertainties will affect the selection of power.

Article source: Jiangmen yingfeituo Lighting Technology Co., Ltdhttp://www.infeit.com