Football field flood lights is a type of point light source that provides uniform illumination in all directions. Its range of light can be adjusted as needed, and it is represented by a regular octahedron icon in the scene. Floodlights are the most commonly used light source in rendering production, typically used to light up the entire scene. Multiple floodlights can be incorporated into a scene. To achieve better lighting effects, shooting bulbs are often placed in large reflective umbrellas to serve as high-brightness diffuse light sources.
Ceramiclite football field flood lights - advantages
1. High performance ceramic LED light source(FTC+3D ultra-low thermal resistance packaging).
2. High quality driver supply, warranty 5. 8. 10 years.
3. Professional light distribution, multi-beam angle optional.
4. Scientific heat dissipation, small size, wind resistance 17 levels.
5. High thermal conductivity and heat dissipation aluminum, more eco-friendly.
6. Tempered glass on the glossy surface can effectively reduce light attenuation and improve the stability of light parameters.
7. IK08
8. IP66
9. The separation design of the power bin and the LED module reduces the load-bearing requirement of the lamp pole and the heat dissipation requirements of the light.
Ceramiclite football field flood lights - key technique
ultra-low thermal resistance packaging advantages:
(1)The thermal resistance is 50 times lower compared to traditional phosphorsilica gellight source, the lowest data can reach 0.018k/w, the area of the 1000w-cob-led light source is only 75mm in diameter, the thermal resistance is 0.0375k/w, and the average surface temperature of the light source is only 89℃ when reaching the stable thermal state.
(2)The service life of high power density and high power led light source is as high as 10 years, and the depreciation is below 5%;
(3)The light source has no color temperature difference;
(4)Strong corrosion resistance against acid and alkali, excellent anti-vulcanization.
Ceramiclite football field flood lights - excellent iuminescence thermal stability
The internal quantum efficiency(IQE) of fluorescent transparent ceramic at 150℃, 200℃ and 250℃ is1%, 7% and 15% of that at room temperature, respectively. while, the IQE for the phosphor powder is 22%, 35% and 45% in sequence.