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140W Full Spectrum LED Grow Light (Replaces 400W)


140W Full Spectrum LED Grow Light (Replaces 400W)

10.00 LBS
Calculated at checkout

Product Description

Start saving on your power bill today with The 140W LED Grow Light, designed to work for both veg and bloom.

-140 Watt Patent Pending Full Spectrum LED Grow Light. Replaces 400Watt HPS and 315CMH setups.
-Made for smaller grow spaces and shorter plants.
-Can be used for BOTH vegetative growth and flowering.
-Nationwide compliant
-Designed specifically for small grow and tent applications.
-This 140 LED Grow Light is all you need to grow from seed to harvest.
-With rugged IP65 rated water resistant housing this 140W Closet LED Grow Light is perfect for wet and humid environments.
-It has 90-degree reflectors specially designed to spread light evenly.
Comes with Warranty: This 140w LED Grow Light is guaranteed to maintain 90% or better light output for 3 YEARS with regular use.

  • Replace your old T5 banks, CFLs and 400 Watt HPS bulbs with these high efficiency LED grow lights designed for closets, tents and smaller grows
  • No need to swap out lights in the middle of your grow. Get the job done from seed to harvest with just a single 140-Watt light!
  • Rugged IP65 Rated water resistant housing is perfect wet and humid environments.
  • Extra efficient heat sink minimizes radiant heat
  • Specially designed 90-degree reflectors spread light evenly to your plants
  • Each light ships with a six-foot power cord, hanging clips and bracket for easy installation
  • Safe for outdoor use


  • Light Source – LED
  • Input Voltage – 110V or 220V AC
  • Frequency Range – 50~60Hz
  • Power Consumption – 140W
  • Amperage Draw – @ 110V – 0.83 A @240V – 0.45 A
  • Ideal Replacement – 2-4 Bulb T5 Units or 400W HPS Fixture
  • Lumens – 9,000-10,000
  • CCT – 4,000K
  • Lifespan – >50,000 Hrs
  • Light Beam Angle – 90 Degree
  • Body Lens – Glass
  • Body Case Material – Die Cast Aluminum
  • Actual Product Size – 11-1/2″W x 11-1/2H” x 9.5″ D
  • Net Weight – 2.3 kg (5 lbs)
  • Suitable Distance Over Canopy 90° Reflector – Veg: 18″-24″ Flower: 10″-18″
  • Coverage Area Veg – Up to 4′ x 4′
  • Coverage Area Flower – Up to 2.5’ x 2.5’

IP65 Rated:

Our LED Grow Lights are recognized by the international standard that designates products fit for use in wet and humid conditions. Few companies that make grow lights are granted this certification and we designed our lights with this in mind as most indoor gardens and commercial greenhouses have wet and humid environments creating challenges for gardeners. Our IP65 housings make clean up easy and you can foliar spray your canopies without worrying about damage to the lights internal components.

Peace of Mind:

Light plays one of the most important roles in growing great plants, but too many growers take it for granted, leading to underwhelming yields and unspectacular results. Our LEDs gives you the lighting you need, whether you’re growing in your closet or a small tent.

It is guaranteed to maintain 90% or better light output for 3 YEARS with regular use because we want to ensure your satisfaction with great plants and a healthy harvest.

Install Guide:

How To Hang our LED Grow Lights
Correctly hanging grow lights ensures proper coverage and safety. Fortunately, we make it simple to do. Your standard rope ratchet rated at 40 lbs. will easily hold your lights, which weigh 7 to 26 lbs. depending upon the model and options chosen.

Please note that most rope ratchets have carabiners that are too small to fit our lights, which is why we recommend using the attached “S” hook as it makes it so much easier to hang the light. You can use the additional bracket to hang the light at an angle of your choice from a fixed position or take it off and use the center ring to hang the light.

Placement of Lights
Lighting fixtures work best when shared. By placing lights in close proximity to each other, plants that would otherwise be on the periphery receive more light from both lamps, thereby increasing their productivity in what is known as cross illumination. Please review the footprint that works best for your application of light.

One widely used method to determine a lamp’s intensity over time is the Inverse Square Law. As a general rule of thumb these results can be found in most lighting scenarios and is only being used here as a guideline. Using different reflectors that focus light into a narrow region such as our 90* reflector will change the outcome of these values greatly as will our 120* reflector.

Once your lamp is properly secured to the ceiling, you must determine the appropriate hanging height above your plant canopy. Light intensity diminishes at an exponential rate; therefore, the closer you hang your light, the greater its effect will be. With LEDs plants can touch the lamp without suffering heat damage to the plant. However, the light is too intense for most plants to be any closer than 24” of our light source

Coverage Areas
Raising the light higher above your plants increases the light coverage, but also decreases the light intensity. Therefore, it is important that you find the appropriate balance between intensity and coverage. Each LED grow light has a been rated to cover a determined area.

90° reflector: 3’ x 3’ at 12” distance from the plant canopy during flower for normal plants or 18” for a larger coverage area and more light sensitive plants during flower. For vegetative plants, the light can cover a 4’ x 4’ area 18″ above the canopy.

Why Full Spectrum LED Grow Lights?:

Why Your Plants Need Full Spectrum LED Light?
The key benefit of our LED grow light is its remarkable ability to mimic natural sunlight by emitting a full spectrum of light. Red and blue light wavelengths activate photosynthesis, but are not the only wavelengths plants need. Over-saturating your plants with only red and blue wavelengths actually causes them to go dormant, leading to under produced plants.

By using LED Light with full spectrum, which appears as white light, it induces your plants to undergo natural photorespiration. While that will force them to work harder, it also leads more efficient nutrient intake. You end up with sturdier plants, healthier growth, and increased yields.

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