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UL Stanard IP54 Rating Greenhouse LED Grow Lights For Plants

Product Details:
Place of Origin: China
Brand Name: Fulton
Certification: UL,CE,FCC
Model Number: FLT-GL08E212G
Payment & Shipping Terms:
Minimum Order Quantity: To be negotiated
Price: To be negotiated
Packaging Details: 1pcs/box
Delivery Time: 15-30days
Payment Terms: L/C, T/T, Western Union, MoneyGram
Supply Ability: 30000pcs per month

Detail Information

Average Lifespan Ta25℃: Q90:>50,000 Hours Beam Angle: 130° * 110°
Max. Ambient Temperature: 95°F / 35°C Life Span Hrs: 50,000 Hours
Driver Model: FULTON's IP67 Driver Temp Cooling: Passive
High Light:

UL Greenhouse LED Grow Lights


IP65 Greenhouse LED Grow Lights


IP65 greenhouse lights for plants

Product Description

Best Sale Greenhouse LED Grow Light Full Spectrum UV IR Boost Cannabis 800W


Product Advantages


Effective Passive cooling system,no noise.

1:1 HPS replacement

Easy to install.

Controller supported, daisy chain controlling supported.



Tech Specs


Model FLT-GL08E212G
Spectrum SP1/SP2/SP8/SP9(Add IR)
Input Power 800W  
Max. Ambient Temperature 95°F / 35°C
IP Rating IP54
Mounting Height 8”– 18”(20cm~60cm) Above Canopy



Theory of Future Growings



Plant growth is limited by the rate of photosynthesis, so if we want to help plants grow better, we need to increase the rate of photosynthesis. As we can see from the equation above, the rate of photosynthesis will be limited by the supply of the carbon dioxide and water as well as the energy input in the form of light, but it turns out that light is usually the limiting factor affecting plant growth assuming basic levels of moisture and soil fertility are met.


Most plants can handle quite a lot of light to drive photosynthesis, but every plant will have a light saturation point where the photosynthetic process slows because of another factor such as a shortage of carbon dioxide. At this point, there is no reason to add additional light in an attempt to accelerate plant growth. The graph below shows this relationship visually. As light intensity increases on the horizontal axis, the line on the graph increases very quickly at first, showing a corresponding increase in the rate of photosynthesis. However, notice how the rate of photosynthesis increases dramatically ONLY with the early increases in light intensity. After those initial gains, there is little improvement to be had by adding even more light. Because there are significant gains in growth from these early increases in light, we want to make sure that we are supplying enough light to at least get to the bump in the curve.



What intensity of light do plants need?

There's no point in measuring light if we don't know how much our plants need so here's another important question. To understand this one, we need to start with a look at photosynthesis. Plants use light to drive the process of photosynthesis which converts carbon dioxide and water into usable forms of energy for the plant.



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