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[China]
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Address: Building 17 ,Area C , Liantang Industrial Town, Shangcun Community, Gongming Subdistrict, Guangming District, Shenzhen China
Contact name:
Fulton Science and Technology Lighting Co., Ltd. |
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Verified Suppliers
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The Indoor LED Grow Light is an advanced lighting system designed to provide plants with the photosynthesis and fertilizer they need to thrive indoors. This system utilizes the latest LED lighting technology to deliver a full spectrum of light that is ideal for indoor use. The light source is energy efficient LED, with an input voltage of AC120-277V/ AC277~480V, a frequency of 50/60Hz, and a PPF of 2736 μmol/J. In addition, the light color is full spectrum, allowing for optimal photosynthesis and fertilizer absorption for indoor plants. This system is perfect for those looking to cultivate plants indoors, as it provides the necessary light for photosynthesis and fertilizer absorption in a convenient and efficient manner.
| Parameters | Value |
|---|---|
| Input Voltage | AC120-277V/ AC277~480V |
| Frequency | 50/60Hz |
| Power | 1000W |
| PPE | 2.85 μmol/J |
| Light Source | LED |
| Colar | Champaign Golden |
| PPF | 2736 μmol/J |
| Light Color | Full Spectrum |
| Beam Angle | 120° |
| Weight | 28Lbs/13KG |
Growers Republic’s 10E Model Indoor LED Plant Light is the perfect choice for any indoor lighting environment. This LED emitter is certified with UL, CE, FCC, TISI, and ROSH standards, ensuring its quality and durability. With a minimum order quantity of 10 pieces, and competitive prices, Growers Republic’s 10E model is an unbeatable choice for indoor LED illumination. The 10E model comes with a packaging of 1 piece per box, and delivery time of 10-25 days. Payment terms include L/C, T/T, Western Union, and Paypal. With a supply ability of 30000 pieces per month, the 10E model is one of the most reliable indoor LED plant light sources in the market. The dimensions of this model are L1730*W1087*H56mm, with a light source of LED. It has a PPF of 2736 μmol/J, and frequency of 50/60Hz. Lastly, it comes with a light color of full spectrum.
Indoor LED Grow Light Packaging and Shipping:
The Indoor LED Grow Light will be carefully packaged in boxes with foam cushioning to ensure its safe arrival. The box will be labeled with the product name and any necessary warnings. We will use an expedited shipping service to ensure fast and secure delivery.
1. How much light do plants need?
Each plant species (and sometimes even particular cultivars within the same species) has a particular DLI (daily light integral) requirement for optimal photosynthesis and plant growth. Plants are generally grouped into low, medium, high and very-high light species, so ensuring you are delivering the right light intensity is imperative for plant health, productivity and year-round consistency.
Most plants need an average of 12-30 mols of light per day in order to produce a high-quality, high-yielding crop. For commercial growers, the use of supplemental lighting is essential, especially November through February when naturally occurring outdoor DLI values are typically between 5 to 15 mol/day.
2. Is indoor gardening really a trend?
Yes – today one in three households are growing their own food. Indoor gardening appeals to those who want fresh, healthy food year-round. Gardening indoors eliminates the challenges of unpredictable weather, poor soil conditions, pests and weeds.
Should I make the switch to LED lighting?
There are undoubtedly many benefits to growing with LEDs, including significant energy savings, spectral tunability, reduced heat, low maintenance and long lifetimes.
However, converting to LED technology is a big investment, so growers should be sure to do their homework in advance.
An incremental cost of four to five times that of HPS, means you have to look at many factors to determine if the ROI on converting to LED makes sense.
Growers should consider not only the initial capital expenditure costs of the luminaires themselves, but also the incremental costs associated with a transition to LED lighting. Growers in northern climates, for example, will have to compensate for the loss of heat from the traditional light sources in the winter—so the additional heating costs should be factored into the ROI calculation.
A good way to get a true comparison between the cost of LED versus traditional lighting is to look at the cost per µmol delivered, as the outputs can differ from one product to another.
3. What Does UV Do for My Plants:
Think of what happens to your skin when you are exposed to the sun for long periods of time. It begins to burn and sweat. Plants are no different. UV light activates a plant’s defense mechanisms. UV causes plants to produce oils, antioxidant vitamins and flavonoids to protect themselves from the damaging effects of UV. These compounds produce the vibrant colors, smells and tastes of plants.
When the correct amount of UV is present, it:
◎ increases oils and resins
◎ increases root mass
◎ causes more branching and less stretching
◎ improves taste and smell
◎ creates higher potency plants
◎ increases resistance to insects, bacteria and fungus
◎ can speed up the seed germination process
Keep in mind lighting measurements such as lumens, PPF and kelvin temperature do not measure UV (PBF includes UV). Only a UV meter or a spectral distribution chart can provide information on UV output.
4.What Is Far-Red And What Does It Do For Plants?
Far-red light is electromagnetic radiation with wavelengths between 700-800nm and it falls between the red and infrared regions of the spectrum. The inclusion of far-red energy in a grow light has been shown to provide benefits within the flowering stage of plant growth and boost photosynthesis when combined with other wavelengths of light.
Additionally, plants are extremely sensitive to the ratio of red to far-red light, which can give your crop very specific instructions on how to grow. As night starts to fall and the sun’s spectrum shows more far-red light, the plants begin to fall asleep so the night time processes can start. During that night interval, the plant develops chemical ratios that help trigger and retain the flowering stage.
What Does Far-red Do for My Plants?
When far-red is present, it:
◎ increases plant biomass
◎ encourages and triggers flowering
◎ promotes plant stretching
◎ enhances flower size and cell expansion
◎ increases the efficiency of other wavelengths
There are misconceptions about far-red light and infrared light. Some assume the two are the same. While far-red light can produce some heat, as does any light source, it produces significantly less heat than infrared light.
