|Power(watt):||300W(288x1W LED diodes)|
|Approved:||CE & RoHs|
|Replace to:||Equal to 600-800w HPS/MH/HID,save 80% power consumption|
|Input voltage(V):||AC 85V-265V|
|Input current(A):||1.13/3.53 mA|
|Work frequency(Hz):||50/60 Hz|
|Cooling fans:||Built-in 8 cooling fans, unique heat sink|
|Feature:||Plug N Play, Lowest heat emit, Energy saving, Environment-friendly, Built-in hanging hardware.|
|Package Includes:||1x 300w LED panel light, 1x Power Cord, 1x Hanging Kit|
Full spectrum: Red: 660nm + 630nm, Blue: 475nm + 430nm, Orange: 615nm;
Recent advancements in LEDs allow production of relatively inexpensive, bright, and long-lasting grow lights that emit only the wavelengths of light corresponding to the absorption peaks of a plant's typical photochemical processes. Compared to other types of grow lights, LEDs are attractive to indoor growers since they consume much less electrical power, do not require ballasts, and produce considerably less heat. This allows LEDs to be placed closer to the plant canopy than other lights. Also, plants transpire less, as a result of the reduction in heat, and thus the time between watering cycles is longer.
There are multiple absorption peaks for chlorophyll and carotenoids, and LED grow lights may use one or more LED colors overlapping these peaks.
Recommendations for optimal LED designs vary widely. According to one source, to maximize plant growth and health using available and affordable LEDs, U.S. patent #6921182 from July 2005 claims that "the proportion of twelve red 660 nm LEDs, plus six orange 612 nm LEDs and one blue 470 nm LED was optimal", such that the ratio of blue light to red & orange light is 6-8%.
It is also often published that for vegetative growth, blue LEDs are preferred, where the light has a wavelength somewhere in the mid-400nm~470nm (nanometers). For growing fruits or flowers, a greater proportion of deep-red LEDs is considered preferable, with light very near 660 nm, the exact number this wavelength being much more critical than for the blue LED.
Early LED grow lights used hundreds of fractional-watt LEDs and were often not bright enough and/or efficient enough to be effective replacements for HID lights.Newer advanced LED grow lights may use high-brightness multiple-watt LEDs, with growing results similar to HID lights.
In hydroponics, 300W LED hydroponics light is the most recommended type of light source because it gives superior contribution to hydroponic plant growth. It does not only give favorable lighting for hydroponic plants because of the precise light energy it produces but it is also an economical and very easy to maintain. Because of the accurate light that it gives hydroponic plants, the harvests are said to be healthier and more nutritious. This type of grow light consumes less power because it does not require ballasts and produces just a fraction of the heat of high intensity discharge lamps. This is why more and more growers prefer to use it.
|This LED Grow 300w Can Work For These Countries Below|
|Country||Compatible Voltage||Country||Compatible Voltage|
|United States||110 V||Canada||110 V|
|United Kindom||220 V||France||220 V|
|Italy||220 V||Spain||220 V|
|Geman||220 V||Portugal||220 V|
|Finland||220 V||Denmark||220 V|
|Belgium||220 V||Netherlands||220 V|
|Argentina||220 V||Australia||220 V|
|Switzerland||220 V||Sweden||220 V|
|New Zealand||220 V||Russia||220 V|