LED phytopanel (Grow Light GP UFO) 140W

LED phytopanel (Grow Light GP UFO) 140W - This is a specialized LED-lamp for plants, with a wide angle of illumination.

LED lighting provides high energy efficiency and eliminates high temperature issues.

The use of new generation LEDs allows you to increase productivity and speed up the process of photosynthesis.

LED panel (LED lamp) for lighting plants is great for both the vegetative period and the flowering period, even for exotic plants.

The LED panel can save up to 40 percent on electricity costs , because they use heavy-duty LEDs that have a wide spectrum and give enough light to plants from vegetative to flowering.

The plant LED panel uses LEDs with special spectral characteristics for the best absorption of light by plants.

The 660nm wavelength is the one that the plant absorbs the most and most easily.

660nm is the peak absorption of chlorophyll A, the most available energy source for the plant.

The plant also needs to develop the root system, for which 430nm (Chlorophyll B) is responsible, which is also given to the plant in the form of 630nm.

The plant also sees the blue color as a point of growth. It is to the blue part that the plant in the lamps stretches.

Resistance to lower temperatures (the opposite effect of IR), as well as the production of resins, due to the perception of UV as an irritant and stimulator of hormonal plant growth. Up to a certain wave, this spectrum enhances the metabolism in the plant.

Light Source: LED Panel Light

Item Type: Grow Lights

LED light source: 3W high quality LEDs + 700mA = performance

Illumination Angle: LED panel with 90° wide beam coverage, more light delivery and more lighting coverage.

Input voltage (V): 220V

Lamp power (W): 140

Luminous flux (lm): 6550

CRI(Ra>): 85

Color temperature (CCT): cool white, natural white, pure white, warm white

Working temperature : -20°C-+40°C

Working environment: 45%-95%RH, -20°C-+40°C

Work Service life (hour): 50,000

Lamp material: Aluminum.

The durability of aluminum cases is known to all. In addition to low weight and high strength, aluminum has other advantages, for example, aluminum is much more impact resistant than steel, plastic or fiberglass.

Aluminum is a "ductile" material, when stretched or struck, aluminum will stretch up to 12% before breaking. The elasticity of aluminum is three times that of steel. As a body material, aluminum will last forever!

And aluminum alloys are not affected by atmospheric humidity. Often, the oxide film that appears on the surface of aluminum serves as a reliable protection, and painting the body is not necessary, but rather has an aesthetic value rather than a functional one. Even if the aluminum body is painted, it is not to protect it from corrosion.

IP Rating: IP65

Certification: CE,CQC,PSE,RoHS,SASO

Color highlight: red, blue, white, orange, green, UV, IR.

The ratio of height and illumination

reference Information

Currently, most greenhouse lighting systems use high-pressure sodium lamps adapted for crop production - the so-called agricultural sodium lamps. However, with these lamps, only a third of the energy expended is converted into radiation that is efficient for photosynthesis, which means that a lot of excess heat is also generated.

According to studies, in order to obtain an optimal illumination rate in a greenhouse for growing seedlings of 40 W/m2, it is necessary to use a sodium lamp with a power of at least 120 W, and to obtain an illumination rate in a greenhouse for growing products equal to 100 W/m2, a lamp with a power of at least 300 watts.

With a photoperiod of growing seedlings of 14 hours and growing for products of 16 hours, the consumption of electricity per 1 m2 per day will be several kW / h. In terms of the entire productive area of the greenhouse, the amount of electricity consumption by the lamps results in a huge value, which significantly affects the increase in the cost of production.

The use of LED lamps can reduce this value by at least 3 times. In addition to a significantly lower power consumption, LEDs are able to provide a better correspondence between the emission spectrum of an agricultural lamp and the photosynthesis efficiency spectrum, which makes it possible to reduce the required radiation power per unit area of the greenhouse, and, consequently, the lamp power, resulting in an additional reduction in electricity consumption and, as a result, , cost reduction.

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