Special Design for Grow Light For Greenhouse - LED 1000 Pro grow lights for indoor plants – Topline Optoelectronic

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> 1000nm – is close to the wavelength of laser light and has been converted into heat. Led Grow Light E17 Bulb , 1000W Grow Light Kit , Plant Light Led Grow Panel Lamp , In terms of illumination, LED lighting can guide the space, create a pleasing lighting environment, convey the value information of the space, and render the space with light. In terms of color temperature, the cooling and warm feeling of the lighting effect formed by the light source of different color temperature of the LED complements the difference in climatic conditions, and the designer makes the indoor space full and enjoyable through the grasp of the color temperature of the light. In terms of light efficiency, LED lighting can reduce energy consumption (high light efficiency). In addition, LED lighting also does not produce infrared radiation and ultraviolet rays, low temperature, long life, energy saving and other advantages, since this is the case, then why LED lighting is not the darling of indoor lighting? What are its disadvantages?

Special Design for Grow Light For Greenhouse - LED 1000 Pro grow lights for indoor plants – Topline Optoelectronic Detail:

Why should LED plant lights undergo aging tests

LED grow light belongs to the electronic and electrical products, its aging test and plastic material aging focus is different, LED grow light usage process is mainly to enable it to be efficient and normal use, and the factors affecting its normal use are mainly dead lamp rate, heat dissipation, luminous efficient stability and so on. The main test method is done by increasing the voltage and current.

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A (3)

LED grow light’s dead light rate test, in general, after the LED grow light is produced into a finished product. There is no problem in the studio under the rated voltage and current, but the use of the process will inevitably appear a short period of high voltage, or a sudden power off lamp situation, to ensure that this common situation occurs after the lamp can still work normally, you need to do a good test before delivery. In order to detect whether the power supply configuration is qualified, the welding position is firm, and the assembly wire withstand capacity reaches a certain standard.

LED grow light heat dissipation test, LED grow light heat dissipation performance is directly related to its service life and lamp bead luminous efficiency, aging test method is to make the LED grow light in its great withstand temperature within a certain period of time, its internal structure will not be destroyed, and within a certain period of time, the temperature of each part of the LED grow light will not increase with the lengthening of high-intensity working time.

A (2)

LED grow light luminous high efficiency stability, LED grow light luminescence is efficient and stable, its main influencing factor is the rectifier voltage division capacity of the internal power supply, as long as the power supply quality is too hard, in general, within its rated service life led plant lamp can ensure efficient normal luminescence, and the general power supply will be equipped with an over voltage automatic power off device, will not have a serious impact on the lamp beads, but also does not rule out, LED grow light chip in the packaging process of the possibility of leakage, Therefore, it is also necessary to carry out flashing light tests to ensure stable and normal and efficient work.

Model name	SKY1000PRO
LED quantity/brand	3136pcs 301B+3535LED
PPF(umol/s)	3205
PPE(umol/s/W)	3.018
lm	206404
Housing material	All aluminum
Max output power	980-1050W
Operating current	10-20A
LED beam angle	120
Life span(hour)	50000h
Power supply	SOSEN/JOSON
AC input voltage	50-60HZ
Dimension	1125116050mm
Net weight	9KG
Gross weight	12.5KG
Power bin size	62017063mm
Weight after packaging	9KG
Certification	UL/CE/ETL/DLC

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The effect of different wavelengths of light on plant photosynthesis is different, and the light required for plant photosynthesis has a wavelength of about 400-700nm. Light at 400-500nm (blue) and 610-720nm (red) contribute the most to photosynthesis. Blue light helps plant photosynthesis which can promote green leaf growth, protein synthesis, and fruit formation; Red light can promote the growth of plant roots, help flowering and fruiting and prolong the flowering period, and play a role in increasing yield! Special Design for Grow Light For Greenhouse - LED 1000 Pro grow lights for indoor plants – Topline Optoelectronic , The product will supply to all over the world, such as: Manchester, Honduras, Buenos Aires, At present, the sales market of LED grow lights is also concentrated in Japan, South Korea, Central America, Europe and other countries and regions with fewer agricultural personnel.

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