GroLight Full Spectrum Growth Acceleration
High-Yield | UV Enhanced | Energy Efficient
GroLight
FS120 Panel Series
GroLight
is a proprietary lighting technology designed to accelerate plant
growth while minimizing energy costs. The light fixtures are patented high
efficiency LED technology. The SSD High CRI-UV enhanced fixtures are
designed specifically for growing cannabis type plants. Custom fixtures
different output powers are available. SCS solid state fixtures save
and
75%
in energy vs Metal Halide and Sodium HID lamps. One GroLight
FS120
will harvest approximately 20-22 sq.ft.
MAJOR
IMPROVEMENTS OVER TRADITIONAL LIGHTING
Growers
today attempt to simulate seasonal light through the use a
combination
of Sodium Vapor lights and Metal Halide bulbs to produce the
red
and blue light. Traditional lighting fixtures are sufficient for indoor
growth,
however they are highly inefficient and costly. The 3 major issues
with
traditional lights for indoor growing are:
1) Traditional lights are highly inefficient for energy costs and;
2) Traditional lights degrade in their output very quickly;
Item
Specification
FS120
Output
Lumens
13,200 Lumens
Efficacy
111 lm / watt
Power Factor
0.995
Total Harmonic Dist.
Less than 5%
CRI
88
Color Temp (CCT)
UV Enhanced 3,000K
ELECTRICAL — Long-life LEDs, coupled with high-efficiency drivers,
provide extended service life. The SSD Flood Light Series is rated to
deliver L70 performance at 75,000 hours. Ballast disconnect is provided
where required to comply with U.S. and Canadian codes.
LED Channels
Broad Spectrum
Lumen Maintenance
75,000 hours L70 @ 55°C
Light Source
High Power LED
INSTALLATION — Drivers and internal components are accessible from
floor. LED boards include plug-in connectors for easy replacement or
servicing. Suitable for direct insulation contact. Suitable for damp location.
The SSD fixtures are CSA certified to U.S. and Canadian standards. Meets
DLC and Department of Energy standards for energy efficient lighting.
Chip Medium
InGaN
Input Voltage
AC 100 – 305V 50/60 HZ
AC 305 – 477V 50/60 HZ
Power Consumption
119 Watts
Dimensions
1800 x 160 x 52 mm
Housing
Rigid Plastic and Aluminum
Lens
Clear Polycarbonate
Temperature Ranges
-30°C – 50°C
Humidity
0 – 95% non-condensing
3) Traditional lights are ineffective a delivering useable light to
plants.
GroLight provides UP TO 400% MORE useable light than traditional
lighting using focused wavelength technology and high efficient LEDs.
The net impact to our customers is a better quality crop and lower energy
costs.
CONSTRUCTION — Smooth hemmed sides and smooth inward formed
housing for safe handling. Lighter-weight fixture allows for safe, easy
installation. The optical construction includes a highly transmissive lens
which diffuses light source without compromising output.
WARRANTY — 5-year limited warranty. Complete warranty terms located
at www.grolight.com/product-warranty Specifications subject to change
without notice.
Electrical
Physical
**Lumen measurements comply with IES LM-79-08 testing procedures
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GroLight Growth Acceleration Series Lighting
High-Yield | Accelerated Growth | Energy Efficient
The Problem with Sodium Vapor Fixtures
Sodium vapor fixtures are intended to resemble late summer and harvest light for
indoor plants. The issue with sodium vapor fixtures the primary lumen output is very
low and inefficient around the 642-670 nanometer wavelength range. The chart below
demonstrates the average distribution of relative energy by wavelength.
As evidenced by the figure below the effective output of a Sodium Vapor fixture within
the 660NM wavelength is less than 10%.
GroLight is 400% More Efficient
GroLights are engineered to target specific
wavelengths in a highly efficient manner. Our 45W
panel lights provide 4,000 to 5,000 lumens of directly
useable light to plants. The net effect is that groLight
products provide over 400% more useable light than
its traditional lighting competitors at a fraction of the
energy cost.
Model #
Useable
Lumens
Wattage
Efficacy
FS120
13,200
120W
111 L/W
Effective Growth Ranges for Plants
Light alone is not sufficient for plant growth. Plants
rely on specific wavelengths of light to simulate
outside seasonal conditions. The table below shows
what sciences has shown to be the most effective
wavelengths of light to stimulate plant growth:
If the average power consumption of a sodium vapor light is approximately 400 watts.
We can assume the average lumen output of the fixture is approximately 18,000
lumens or a 45lm/w efficacy after 60 days of usage. Of those 18,000 lumens, based on
the chart above, only 7-10% of those lumens are useable to plants. This means a 400
watt sodium vapor fixture only puts out 1,260 useable lumens for an efficiency rating of
3.15 lumens per watt.
Season
Wavelength
Summer/Fall
642 – 670 NM
Winter/Spring
439 – 469 NM
The Problem with Metal Halide Fixtures
Similar to sodium vapor, Metal Halide fixtures are highly inefficient in delivery useable
light. The net result is an increase energy cost and slower, less consistent plant
growth. Metal Halide fixtures are an attempt to provide similar lighting conditions to the
winter and spring seasons which focus on the 439 – 469 nanometer wavelengths
If the average power consumption of a metal halide fixture is approximately 400 watts.
We can assume the average lumen output of the fixture is approximately 20,000
lumens or a 50lm/w efficacy after 60 days of usage. Of those 20,000 lumens, based on
the chart above, only 15-20% of those lumens are useable to plants. This means a 400
watt metal halide fixture only puts out 3,000 useable lumens for an efficiency rating of
15 lumens per watt.
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