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Home > Lights & Lighting > LED Professional Lighting > LED Grow Light > Induction Grow Lights UV and IR Spectrums With Added Red Phosphor Blend

Induction Grow Lights UV and IR Spectrums With Added Red Phosphor Blend

US$ 50 - 200 MOQ: 2 Pieces

Key Specifications

Get Latest Price

Light Source:

Induction Lamps

Input Voltage(V):

120/220/277

Lamp Power(W):

300

Contact Supplier Request Quote Chat Now

Tongxiang Shineknot Lighting Co., Ltd.

Payment & Shipping

Payment Methods:

Port of Shipment:

shanghai

Delivery Detail:

Delivery time depends on order quantity.

Product Details
Company Profile
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Light Source Induction Lamps

Input Voltage(V) 120/220/277

Lamp Power(W) 300

Lamp Luminous Flux(lm) 24000

Lamp Luminous Efficiency(lm/w) 80

Color Temperature(CCT) Pure White

Working Temperature(℃) -25, 50

Working Lifetime(Hour) 100000

IP Rating IP33

Certification CE, EMC, FCC

Brand Name SNT

Emitting Color Other, Red-Blue

Place of Origin Zhejiang, China

Model Number SK-LF-300RT-P

Specifications

Wide Spectrum Lamp Provides Clones through Flowering Light Spectrum
Low Temperature Light Weight
90% Lumen After 70,000Hrs

Chlorophyll Absorbtion Chart s
200 - 280	UVC ultraviolet range; extremely toxic to plants.
280 - 315	UVB ultraviolet light; causes plants colors to fade.
315 - 380	UVA ultraviolet light; is neither harmful nor beneficial to plant growth.
380 - 400	Start of visible light spectrum. Chlorophyll Absorption begins. UV protected plastics ideally block out any light below this range.
400 - 520	This range includes violet, blue, and green bands. Peak chlorophyll absorption influences photosynthesis. Most significant in promoting vegetative growth.
520 - 610	This range includes the green, yellow, and orange bands and has little absorption by receptors.
610 - 720	This is the Red band where large instances of chlorophyll absorption occur which promote flowering and budding.
720 - 1000	There is little chlorophyll absorption in this range. Flowering and germination are influenced at the high Far-Red end as infrared heat.
1000+	Totally infrared range. All energy absorbed at this point is converted to heat.

Significant reduction of electrical energy consumption;
More light output when corrected for Visually Effective Lumens/Pupil Lumens;
Significant reduction in CO2 emissions from electrical power generation due to reduced energy consumption;
Secondary energy consumption reduction through reduced thermal loads thereby saving HVAC costs and energy, and the ability to use on-demand technologies such as occupancy sensors due to the instant on feature of induction lamps;
Extended lifespan which reduces the materials needed for replacement lamps compared to MH, HPS and SOX lighting technology; 1.5-2 times the lifespan of LED
Low mercury consumption over the induction lamp lifespan compared to competing lighting technologies;
Induction lamps use a solid mercury amalgam which produces significantly little environmental impact compared to other technologies, if accidentally broken. The solid mercury amalgam is also easy to recover and recycle at the end of lamp life; and
End of life de-construction for recycling and materials recovery requires less energy.

Since light plays such a critical role in a plants successful growth it's important to have the proper quality and quantity of light available to the plant as it needs it. Insufficient light levels will reduce a plants overall weight and develop symptoms of stress, decreased nodule density and smaller leaves. While too much light can damage the plant from excessive IR heat radiation or extreme UV radiation.

As it relates to proper light selection we'll introduce you to the importance of two biological reactions that occur within a plant; Photosynthesis and Photomorphogenesis

Plants absorb light by a green pigment within the plant known as chlorophyll. When chlorophyll absorbs light and turns it into energy it is through a chemical process within the plant called Photosynthesis.

As Photosynthesis occurs, the wavelength spectrum that is most beneficial to plant growth is found within certain areas between the 380-720 nanometer range of the spectrum. The light that is within this region is referred to as Photosynthetically Active Radiation (PAR).