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Octopus Series LED Grow Light

  • Product Detail

Full Spectrum Grow Lights of Octopus Series: 

 

ParametersGL-OCT1000W-AGL-OCT800W-AGL-OCT600W-AGL-OCT480W-A
Functioncontrol panel/knob dimming+RJ14
Input Power1000W800W600W480W
Light sourceSamsun LM301B+Osram 660nM RED LED
Light spectrumFull spectrum
PPFd2790um0l/m2.s2232um0l/m2.s1675um0l/m2.s1340um0l/m2.s
Luminous efficacy2.79umol/J2.79umol/J2.79umol/J2.89umol/J
CRI80Ra
Lamp luminous flux190000lm152000lm114000lm55000lm
Input VoltageAC100-277V
Input frequency50/60HZ
PF0.95
Lamp size1100*1500*100mm1100*1100*100mm1100*1100*100mm1100*1100*100mm
MaterialAluminumAluminumAluminumAluminum
Power brandInventronicsInventronicsInventronicsInventronics
Diver certificationETL,CE,RoHS, ULETL,CE,RoHS, ULETL,CE,RoHS, ULETL,CE,RoHS, UL
Dimming10v-sink10v-sink10v-sink10v-sink
Light beaming120°120°120°120°
Working temperaturebelow zero-20° to 40°below zero-20° to 40°below zero-20° to 40°below zero-20° to 40°
Working time50000H50000H50000H50000H
IP ratingIP65IP65IP65IP65
Weight13.511.89.88.9
Warranty3 years3 years3 years3 years

 

Full Spectrum Grow Lights Main application: plant lighting and sensing solutions

Throughout the year, people want fresh and nutritious vegetables, beautiful flower arrangements and aromatic and pleasant herbs. Under the latest e-commerce trends, they even want to achieve it with just the click of a button. Fortunately, with the development of digital and intelligent technologies for vertical farms, hydroponic greenhouses, and small-scale gardening systems, the art and technology of plant cultivation are also constantly evolving. Therefore, crop growth and farms can be optimized even in large cities and even at home.

Constantly evolving lighting research, sensor technology and cloud computing enable gardening professionals to meet the growing needs of today’s consumers and provide a full range of services from LED plant growth lights to complete solutions.

Full Spectrum Grow Lights Plant light requirements
The specific needs of plants determine which kind of lighting is most suitable for the best growth, and artificial light must imitate the natural light most suitable for plants. If a plant does not get enough light, it will not grow, regardless of other conditions. For example, vegetables grow best in full sunlight and thrive indoors. They need the same high light level, while leaf plants (such as philodendron) grow in the shade and can grow normally with lower light levels.

The way the plant light is used depends on the growth stage of the plant. In general, it is recommended that the plants receive 16 hours of irradiation during the seedling/growth stage, with an 8-hour rest time; during the vegetative stage, receive irradiation for 18 hours with a 6-hour rest period; in the flowering stage, they receive a 12-hour and 12-hour rest period.

Grow lights vary according to usage. It is known from the study of photomorphogenesis that green, red, far-red, and blue light spectra have an impact on root formation, plant growth and flowering, but there are not enough scientific studies or field tests to test the specific color ratios recommended by LED grow lights. It has been shown that many plants will grow normally if given red and blue light. However, many studies have shown that red and blue light only provide the most cost-effective growth method, and that plants grow better under light supplementing green.

The white grow light provides a full spectrum and is designed to imitate natural light and provide plants with a balanced spectrum of red, blue and green. The spectrum used varies, but the white LED grow lights are designed to emit similar amounts of red and blue light, and the added green light will appear white. White LED lights are usually used for supplementary lighting in homes and office spaces.

A large number of plant species have been evaluated in greenhouse trials to ensure that the plants have a higher quality in biomass and biochemical composition, even comparable to field conditions. The plant performance of mint, basil, lentils, lettuce, cabbage, parsley, and carrots is measured by evaluating the health and vitality of plants and their success in promoting growth. Promote a large number of flowering of selected ornamental plants.

In the growth light test conducted by Philips Lighting, in order to find the best light formula for growing various vegetables in the greenhouse, they found that the following aspects of light affect plant growth photosynthesis and plant development morphology. The total light varies with time. Change which time of day, (spectrum), light direction and light distribution on the plant. However, it is worth noting that in the tests between tomatoes, mini cucumbers and sweet peppers, the best formulas for all plants are different, depending on the crop and region, so currently they must optimize the LEDs in the greenhouse based on the experiment. Lighting and errors. They have shown that LED light affects disease resistance, taste and nutritional levels, but by 2014, they have not found a practical way to use this information.

The diode design used for the initial LED light emitting diode is usually 1/3 watt to 1 watt. However, now LED growth lamps usually use higher power diodes, such as 3 watt and 5 watt diodes. For highly compact areas, COB chips between 10 watts and 100 watts can be used. Due to heat dissipation, these chips are generally less efficient.

The LED grow light should keep the plant at least 12 inches (30 cm) away from the plant to prevent leaf burns.

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