336X-ECO+ Extreme LED Grow Light

 

The 336X-ECO+ is the most powerful low-power, commercial LED Grow Light in existence for 36"x36" areas, with PAR output expected to be exceed a 250W HPS! Our advanced spectrum provides lightning-fast growth from seed through flower, creating abundant yields, dense flowers, and amazing fruit quality For those who won't settle for anything less than the best, the 336X-ECO+ is your LED Grow Light. Prepare to be amazed at what only 170W can do!

 

The 336X-ECO+ is designed for use in a 36"x36" area, and is ideal for grow racks, grow trays, or any commercial or greenhouse growing operation for low light-requirement plants. The 336X-ECO+ is best suited for fruiting varieties such as small peppers, micro-tomatoes or strawberries, and is perfect for lettuce, basil, spinach, or any other leafy green. The 336X-ECO+ also makes a great vegetative light for light-thirsty plants like roma tomatoes, and is perfect for clones and seedlings.

 

Exclusive to our ECO+ lights is our adjustment dial system, allowing you to raise or lower intensity of the light with the twist of a switch. This is incredibly important for commercial croppers where there are height restrictions at play, so they do not over-saturate their plants with light.



Why buy a Penetrator LED Grow Light?

Superior Technology - Independent Testing

Penetrator LED Grow Lights have evolved over 4 years of research, independent testing, and hardcore development to become the absolute Best LED Grow Lights in the world. In fact Penetrator LED Grow Lights are undefeated in independent, side-by-side grow tests, often times yielding 2-4x more than our competitors! This is achieved via a combination of the perfect blend of light and intensity, which other LED Grow Light companies have been unable to duplicate.

 

Unlike other LED Grow Light companies, we don't just make claims of being the best, we prove it! For example our 126W Penetrator produced 3.7x more yield per watt compared to the 186W PPF-800 from Haight Solid State. Likewise our 119W Beta light produced 2.7x more tomato yield compared to the 120W LED Grow Light from HTG Supply (see grow photos). Our 50W prototype light produced 2x more ripe tomatoes compared to the 45W Glow Panel from Sunshine Systems, and our 63W Penetrator produced 2x more yield per watt compared to a 90W UFO from eBay (see grow photos)! Best yet, our LED Grow Lights always produce at least 2x more yield per watt compared to HID! You won't get results or proof like this anywhere else!

 

Buy a 126XX-ECO+ LED Grow Light to experience what Independent Testers and Universities have already proven: that nothing compares to the power and technology of Penetrator LED Grow Lights, with Zero Stress, Zero Bulb Replacements, and AMAZING results!


Extreme LED Grow Light Advantages

Unmatched Quality & Functionality

Penetrator Extreme LED Grow Lights are the "Rolls Royce" of LED Grow Lights. Not a single LED Grow Light in the world can compare to the output, performance, or quality of our new Extreme LED Grow lights. We're so confident we've got everyone else beat by miles, that we're now offering a Risk-Free Trial via a 90-Day Money-Back Guarantee on all of our Extreme models for US customers only. There has never been a better time to try a Penetrator LED Grow Light!


The 336X-ECO+ Extreme LED Grow Light was designed to give commercial veggie growers a cost-effective option, and includes many new features our old Penetrator series lacked. The most important of these features is our Patent-Pending Extreme (X) Lens Technology, which provides larger coverage areas at 2-3x higher output levels, without any additional power consumption! The next exciting feature is our exclusive new Power-Link system, which allows you to connect up to (10) 336X-ECO+ lights together in series per circuit, eliminating the need for power strips.

 

Aside from these new features, the 336X-ECO+ has custom-designed, copper-core heatsinks, improved wiring, and a completely modular LED design that can be upgraded at any time in the future! The power supplies and mounting system have also been re-designed to reduce failures and make replacements even easier! Never worry about down-time with your LED Grow Light again!


PAR Output:
PAR Output

(output graphs created with a Li-Cor 250A Quantum Light meter)

 


Specifications:
336 x 0.5W High Intensity
LED's from Bridgelux,
Epistar, & SemiLED

6 Band Spectrum:

440nm, 470nm,
525nm, 640nm,
660nm, 740nm

0 Cooling Fans
(Silent Operation)
0-170W Actual Power
Consumption
Product Dimensions:
25" x 25" x 3"
Coverage Area:
36" x 36" @ 12" high
25lbs Product Weight
ECO-Friendly: No Mercury,
No Bulb Replacements,
100% Recyclable
Features:
Upgradeable Design
allows you to buy parts
over time to keep up with
technology
NEW Extreme (X) Lens Technology for over 4X
the output!
Copper Core Heatsinks
reduce operating temp-
eratures below 115 F
FREE Industrial Strength Ratchet Hanging System
6 Foot Power Cord
Available in 110V, 220V,
and International Plugs
Power-Link System
connects multiple lights
together in series.
Consumer-Serviceable:
Clip-In, Modular Part
Design = Zero Downtime
1 On/Off
Power Switch

Extreme (X) Lenstm technology changing the face of led grow lights for an entire industry.

the foundation of any led grow light is the led. more important than the led
however, is the optic used to direct light from it. standard led grow lights
use a led attached to a pcb (printed circuit board), with a small lens covering
each individual chip. this design proved capable, yet despite the availability
of 60 degree, 90 degree, and 120 degree lenses to focus output, a fair
majority of the light emitted from the lens fell outside it's primary
"viewing angle". Observing this, hydro grow sought out a way to re-
focus this light and direct it back towards the plants where it can be used.

 

led's have been used in many products during the past 20 years, including flashlights, street
lights, and Stage Lights. One thing
all of these products shared is that
they utilized a second, and much larger
lens over the led to re-focus light. it was found during testing that this lens not only altered the projection properties
of light, but also amplified output. observing this, hydro grow began testing on over 20 different types of secondary lenses to pick the one with the best output characteristics for led grow lights.

intensify our patent- pending 21-led light engine confi-
guration. PAR testing co-
mparing our 126W PRO
to our 126X-PRO, showed that the x-lens
produced nearly double
the coverage at over
twice the intensity, equating to 4x the output!
our patent-pending X-lens is the
culmination of 4 years of ongoing
development at hydro grow,
designed to increase intensity
and coverage area simultane
-ously. The X-lens is a single
piece of optics grade pmma
acrylic, the same type used in
corrective eyeglasses. each
x-lens is constructed of 21 uniquely
engineered amplification optics to
while 4x the output was a tremendous achieve- ment for led grow lights, our secon- dary goal was to ensure even spread of light intensity throughout the area covered. to an ensure an even spread, the led's had to be spaced further apart compared to previous models, with light engines spread further from each other on the panel. the x-lens was also given a convex design opposed to a concave or flat design, as it gives the led more surface area and allows for a more even dispersion of light.

The final goal for the x-lens was to ensure the highest penetration possible, using the 400W, 600W, and 1000W HPS as our benchmark to beat. careful detail was put into the precise shaping of our x-lens to ensure maximum light projection. as a result our 336X-PRO emits the same amount of par light at 36", as a 1000W HPS at 48"! this means more light is delivered to the lower parts of your plants, providing deeper penetration for bigger fruits and heavier yields.

Copper Core Heatsinks. Improving Thermal Management for increased lifespan and output.

 

Junction Temperature vs. Relative Luminous Flux graph.

Much like computers, LED's are a chip-based technology and their operating temperature not only affects performance, but lifespan as well. one factor that determines temperature is how much current is passing through the led. The max current a 1W LED can handle is 350mA, and for 3W LED's it is 700mA. The higher the current passing through the led, the hotter it will become. It is therefore very important that 3W LED's have increased thermal manage-ment compared to 1W led's.


The graph above comes from Cree and shows how operating temperatures affect light output from led's. The optimal temperature for led's is between 77-90°F, where output remains between 98-100%. As temperature increases, efficiency decreases to where at only 150°F output has fallen 10%! this reduction in output efficiency also causes faster decay to the led. hydro grow has tested many led grow lights from competitors using 3W led's, and found that the majority of these lights operate between 145-170°F! LED's decay approximately 30% over 50,000 hours of use when operated between 77-122°F, but when temperatures rise above 122°F the rate of decay can increase dramatically. It is therefore very important that a led grow light operate below 122°F to ensure full lifespan.

 

copper heatsinkmaintaining led's at their optimal operating temperature requires heavy-duty heatsinking. our previous penetrator and penetrator pro lights were engineered by china, and produced with flat-plate, aluminum heatsinks like most other led grow lights from china. using this design our 345W PRO reached operating temperatures as high as 127°F, while our 345W reached 105°F. while these temperatures are tolerable, hydro grow is obsessed with having the highest efficiency possible, so we engineered our own cooling system.


three qualities of a heatsink that affect its ability to cool are the materials it is made of, the thickness of those materials, and the overall surface area of the heatsink. Thick aluminum was chosen as the primary metal for our heatsink due to its lightweight properties. We paired this aluminum with a 3mm copper insert, since copper has approximately 2x the conductivity of aluminum and helps reduce semidconductor temperatures. Copper also provides for a more even heat transfer from one surface to the next, reducing "hot spots". the heatsink was then finished with ultra-thin fins to increase surface area and dissipate heat faster.


because operating currents affect the need for cooling, hydro grow chose 3 different thickness heatsinks for our product lines. an 8mm heatsink was created for our eco and eco+ (0.5W) models, a 15 mm heatsink was created for our penetrator-x (1W) models, and a 20mm heatsink was created for our penetrator x-prO (3W) models. We then tested our 336X-PRO in a room where the ambient temperature was 78°F, and after 6 hours of use it reached operating temperatures of only 82°F! compared to the chinese engineering on our 345W PRO, our new 336X-PRO now operates a full 45°F (35%) cooler! This means 100% lifespan and 100% light output from all of our 1W and 3W models!

intelligence in modularity. Smarter Manufacturing meets consumer servicablity.
1. an approach that subdivides a system into smaller parts (modules) that can be created independently for use in multiple products.
2. composed of standardized units or sections for easy construction or flexible arrangement
3. composed of hardware modules that can be altered or replaced without affecting the remainder of the system.
 

Exclusive to hydro grow's extreme led grow lights is our patent-pending, modular manufacturing process. Rather than building a light where all led's are contained on a single pcb (printed circuit board), each of our 21-LED light engines has its own pcb to operate independent of the others. to build a module, each pcb is "sandwiched" between a heatsink and X-lens via phillips head screws. Once assembled and connected to a power supply, each module is essentially its own led grow light. our intelligent design is then finished off with clip-in electrical connectors, making assembly and dissasembly a snap.

 

The hydro grow modular design holds many advantages over competng led grow lights. For example, if a single pcb fails the rest of the light continues to operate as usual. There is no need to discontinue use of the light, and to diagnose the problem usually takes less than 15 minutes. Once diagnosed a new part is sent to you for clip-in or screw-in installation, which takes another 15-20 minutes. if dealing with the competition you may wait weeks to receive a functioning light after sending it in for repair, but thanks to our modular design there is no "down-time" in the event of a warranty issue.

 

 

The ability to upgrade parts is Another unique advantage to the hydro grow modular design. each component is made in such a way that if a new one is developed in the future (ie: a higher performance lens), you can simply purchase the upgraded part rather than buying a whole new light. each part is easily interchanged, requiring only a phillips head screwdriver for assembly.

 

it 's a fact that LED's double in efficiency every 3 years, yet have a rated lifespan of 50,000-100,000 hours. this means new led's will be available with twice the output of the ones you purchase today, long before they expire. Thanks to our Intelligent design you will be able to purchase new pcb's loaded with led's to upgrade your light. in this way our design can end up saving you thousands over the lifespan of our units compared to competing led grow lights.

 

Learn about our Copper-Core Heatsinks
 
Item #:
Price:
HGL336XE+
$1,249.00
Reg. Price: $1,399.00
 
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