Secondary optical optimization design, this downlight cleverly lets glare go without a trace||

How to make an LED downlight effective anti-glare? Some use the material and technology of the mask to alleviate the glare problem, and some adjust the shading angle of the downlight to avoid glare. What this article will introduce is how an LED downlight is cleverly anti-glare through the 'secondary optical optimization designIt can be said that this LED downlight uses the principle of secondary optical optimization as the main anti-glare method, and at the same time, the combined effect of the shading angle and the anti-glare aperture realizes a more mature anti-glare system. The photoelectric LED downlight IF-IDL series is here to talk about its anti-glare 'unique' secondary anti-glare optical design, first of all, optimize the shading angle deep cavity anti-glare design IF-IDL series of LED downlights anti-glare method is A comprehensive system, the steps are divided into 'two steps'. One is to use the deep cavity anti-glare design to adjust the light distribution angle of the reflector to ensure that the shading angle is greater than °, and the light source will not be directly exposed in the human eye's line of sight. . This is an anti-glare method for the light distribution link. , The secondary optics optimization design uses the hood ingeniously and again, the second step of the anti-glare system is the use of the anti-glare reflector (combined with the previous step, a total of two reflectors are used for secondary light distribution). The use of the black hood ring to further 'collect light' is more conducive to absorbing stray light, re-focusing the stray light to the center of the spot, ensuring uniform and soft light output, reducing light loss, ensuring the quality of light effects, and maintaining the standard of ground illumination. Furthermore, because the IF-IDL series of LED downlights use imported PMMA diffusers, the light transmission rate is as high as %, and the luminous efficiency is ≥lmw. The luminous flux of all models can be as low as lm (W) through laboratory calculations. In addition, the built-in high-quality LED chip delays the phenomenon of light decay, and also makes a strong guarantee for the light efficiency of this LED downlight. IF-IDL series photoelectric LED downlights The anti-glare properties of this type of downlights make IF-IDL series LED downlights very suitable for use in airport terminals, office spaces, hotel conference rooms, hotel rooms and other areas. While creating an ideal anti-glare effect for the environment, it can also ensure sufficient illumination, which is very suitable for large-scale use of indoor lighting projects. Photoelectric case of InterContinental Hotel Shanghai Expo. In summary, the IF-ICS series of LED downlights mainly use the scientific principle of secondary optical optimization, together with the combined effects of shading angle and anti-glare ring (a total of two This LED downlight can provide comfortable and reasonable light and efficiently improve the light level of lighting projects. For owners, buyers or designers who are in the selection stage, it is not too late to read this article. Introduction Optoelectronics focuses on lighting design, production and construction, providing overall solutions for LED lighting projects such as airports, hotels, commerce, and offices, and is the designated lighting supplier for major domestic airports. ---Fax Address