![]() Mix enough different colored bulbs and you have white light.Īnother way to make white light is to coat the bulb lens with a phosphor compound. Since a typical fixture contains many bulbs, it can be customized to produce different amounts of each color. More advanced units will include yellow and green bulbs. One solution for providing white light is to combine different colored bulbs into one fixture. LED with phosphor coating producing white light very similar to sunlight, image by Yuji LED This can get very complicated and is really only important for commercial growers where they want to maximize results.Īs a general rule, plants do best with light of all wavelengths, but they don’t need equal amounts of each. The best color spectrum also depends on the type of plant you are trying to grow. Another benefit of far red light is that plants exposed to this wavelength tend to produce larger leaves than those not exposed to light in this spectrum.īest Color Spectrum Depends on Your GoalsĪs plants mature and go through their growth cycle from seedling, to adult, and then flowering and fruiting they use different color spectrums so the ideal LED light is different for each stage of growth. In addition, exposure to IR light reduces the time a plant needs to flower. Far Red Light (720 – 740 nm) also passes through dense upper canopies to support the growth of leaves located lower on the plants.Green Light (500 – 600 nm) penetrates through thick top canopies to support the leaves in the lower canopy. ![]() Light in the blue range also affects the chlorophyll content present in the plant as well as leaf thickness. Blue Light (400 -520 nm) needs to be carefully mixed with light in other spectra since overexposure to light in this wavelength may stunt the growth of certain plant species.This wavelength also regulates flowering, dormancy periods, and seed germination. Red Light (630 -660 nm) is essential for the growth of stems, as well as the expansion of leaves.NASA has done extensive work on the light used by plants and they have determined the following. Model Number: Lettering on the bulb like Model: 9290012575B, usually ten digital numbers, some might end with an alphabet for sub model.It is true that blue and red are important and represent most of the light used by plants, but other colors, including green and yellow are also used for photosynthesis. ![]() ![]() LCT016 is the Model ID for Hue E26 color 3.1 generation. Model ID: The ID showing in your Hue App, to identify the different bulb or lamp. Light Facts: include the maximum light output(Brightness), lifespan, Light color(Appearance), energy Used. 1 st and 2 nd Generation does not have such label, so you can quickly distinguish 3 rd generation product from its box.Įnergy Star: Almost all Philips Hue bulbs have certified by Energy Star, you can find it on the box. Rich Color: It represents the 3rd Generation bulb, which improves color lighting deviation. And if you find any incorrect info or you can provide the info we are missed, please leave your comment, we are very happy to learn. Notice: There are too many Hue models and different version, this article still collecting and correcting the info, you can use it as a reference for Hue model.
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