Purpose and installation instructions of flood light

The LED flood light is controlled by a built-in microchip. There are two types of products. One uses a combination of power chips, and the other uses a single high-power chip. The former has relatively stable performance. The single high-power product has a large structure and is suitable for small The latter can achieve high power and can perform long-distance large-area light projection. Using high-brightness imported chips, high brightness, low energy consumption, low heat, long life up to 50000H, can be divided into two types: monochrome and colorful. The shell is made of high-pressure cast aluminum and tempered safety glass. Features: There are two light distribution options: symmetrical and asymmetrical, with good glare control. Lighting and electrical integration, light and beautiful appearance, simple installation. Mainly used for building exterior walls, buildings, corridors, square lighting, gardens, trees, roads and other occasions.

Floodlights can be installed and used individually, or multiple lights can be combined and installed on a pole of more than 20m to form a high-pole lighting device. In addition to the beautiful appearance, centralized maintenance, and reduction of light poles and floor space, the biggest advantage of this device is its strong lighting function. When the light is projected from a high place, the spatial brightness of the environment is high, and the light coverage is large, giving people a feeling similar to daytime, so it has higher lighting quality and visual effects.

In order to meet the minimum safety performance requirements for outdoor use, the enclosure protection level of the floodlight should be IP3 (open type). In order to improve the durability of lamps and reduce maintenance workload, people pay more and more attention to the development of closed-type floodlights with high one-time investment costs, and the enclosure protection level is IP55.

In order to further improve the light output ratio of lamps, the reflectors tend to use block surface reflectors that are conducive to reducing the light blocking of light sources and multi-focus reflectors that meet special lighting requirements; the surface treatment of the reflective surface tends to use new materials and new processes. to obtain a reflectance of over 96 percent .

In order to reduce the weight of lamps and reduce the consumption of metal materials, lamp housings will be developed in the direction of plastic housings with high temperature resistance, high mechanical strength and anti-aging.