The main structural feature of LED circular flying saucer high bay light is compactness. Compared with the traditional mining shed, it is not only very small in size, easy to transport and install, but also light in weight and less prone to safety accidents. LED circular flying saucer high bay light is mainly composed of the following parts:
1. LED chip
The structure design of the LED circular flying saucer high bay light is to make the LED chip dissipate heat quickly and effectively during the working process. The performance of the LED chip will affect the light efficiency, light decay and lifespan of the entire lighting fixture. The circular light-emitting surface can maximize the illumination range, and the ground illumination is relatively uniform.
2. Heat sink
The LED chip will heat up when it is working, and overheating will affect the life of the LED chip. Therefore, the design of the heat sink of the LED circular flying saucer high bay light is to allow the LED chip to dissipate heat in time and maintain efficient and long-lasting lighting. The material of the heat sink is generally aluminum alloy. Aluminum alloys have good thermal conductivity. Magnesium-aluminum alloy is a new type of heat-dissipating material that has appeared in recent years. Magnesium-aluminum alloy is characterized by light weight and good heat dissipation performance.
3. Light distribution
Optical design is a very important part of lighting. Different installation heights and ground illumination requirements require different optical designs. Under the same luminous efficiency, the power and light distribution of the LED circular flying saucer high bay light will affect the ground illuminance, and greater power means more power consumption, so the light distribution can play a better role in this case . The common light distribution of LED circular flying saucer high bay light is 120°, and the narrower light distribution is 90° and 60°. If your installation height is higher than 5m or the ground illumination is required to be greater than 200lux, it is better to choose narrow light distribution to meet the lighting needs.
