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LED Plant Grow Light With Manual Controller 540W Foldable IP65 Waterproof For Indoor Plant
Feature
Enhanced Energy Efficiency: LED grow lights excel in energy
efficiency, consuming significantly less power compared to
conventional lighting systems. They offer substantial energy
savings while ensuring optimal light output for robust plant
growth.
Comprehensive Spectrum Coverage: LED grow lights provide a
comprehensive spectrum of light, encompassing the essential
wavelengths required for various stages of plant development. They
deliver a well-balanced blend of red, blue, and sometimes green or
white light, facilitating healthy growth throughout the plant's
life cycle.
Customizable Light Intensity: LED grow lights often feature
adjustable light intensity settings, empowering growers to tailor
the light output to meet the specific requirements of different
plants or growth phases. This adaptability enables optimal light
exposure, maximizing photosynthesis and enabling precise control
over plant growth.
Extended Lifespan: LED technology boasts a prolonged lifespan
compared to traditional lighting sources. LED grow lights can
operate for tens of thousands of hours, minimizing the need for
frequent replacements and providing growers with a reliable
long-term lighting solution for cultivation.
Minimal Heat Generation: LED grow lights emit significantly less
heat than conventional lighting systems, reducing the risk of heat
damage to plants and mitigating the necessity for additional
cooling equipment. This characteristic enables growers to position
the lights closer to the plants without causing harm.
Compact and Space-Efficient Design: LED grow lights are often
compact and lightweight, making them ideal for a variety of indoor
gardening setups. They can be easily mounted or suspended,
facilitating efficient utilization of space and adapting to diverse
growing environments.
Environmentally Conscious: LED grow lights contribute to environmentally friendly indoor gardening practices due to their energy efficiency and absence of hazardous materials like mercury. They promote a greener approach while minimizing the carbon footprint associated with lighting.
Specification
Electrical parameters | |
Voltage | 100-277 Vac |
Current | 1.55 / 1.35 A +/-10% Inrush current: <16A |
Input Power | 520 W-110V 540W-230V |
Frequency | 50/60Hz |
PF | 110V-0.998 230V-0.998 |
Isolation Class | Class I |
THD | 15 |
Photometric & Radiometric Parameters | |
Eff(PPF) (400~700nm):3.0 mol/J | |
Light Source | |
Emitting Color | Customized |
LED Type | O-sram SMD 2835 |
LEDs QTY | 2592pcs(432*6) |
Spectrum
Dimension
Function:
Remote control
Cluster control
Dimming system
Timing function
Packing:
Packaging Details | |
Size | 120L*16W*80H(cm) |
G.W | 16kg |
Power Cord | optional(AmericanEuropean...) |
Application
Supplemental Lighting: LED grow lights are commonly used as
supplemental lighting in various settings, including greenhouses
and outdoor cultivation. They serve to extend the photoperiod,
supplement natural light during cloudy days or winter months, and
enhance plant growth and productivity.
Tissue Culture and Micropropagation: LED grow lights find extensive
application in tissue culture labs and micropropagation facilities.
They create the optimal light conditions required for successful
growth and multiplication of plant tissue cultures, including
explants, callus, and plantlets, in sterile environments.
Medicinal Plant Cultivation: LED grow lights are particularly
valuable in the cultivation of medicinal plants, such as, herbs,
and botanicals. They provide growers with precise control over the
light spectrum, enabling optimization of desired compounds like ,
terpenes, and essential oils.
Please note that the information provided is based on general
knowledge about LED grow lights and their applications up until
September 2021. It's always recommended to consult up-to-date
sources and industry experts for the latest information on LED grow
light usage.