NEW
Cast Aluminum Enclosure(not
pictured above) See
picture below instead. This fixture has been
recently upgraded with new cast heat sink
with cooling fins.
Prewired 120 volt Power Cord.
Cord length is
approximately 6’.
This can be rewired for 208, 240, or 277
volt. The ballast cord is approximately 10'.
Quality
Workmanship.
There are no sharp edges to
cut your self on. The edges are neatly
folded over. The reflector does come with a
protective quick release film. Stiff
structural aluminum is used to support the
hangers and socket. Two chain bails are
provided to hang the reflector by. The
ballast is not Chinese.
We didn't just slap a
light bulb under a sheet of corrugated
aluminum. With pencil and paper, we figured
out how light actually bounces to construct
the best reflector for you. Sure, it's more
work and takes craftsmanship to build. But
the result is an unusually strong,
lightweight optics that does not trap light
like a shoebox light, or waste it like a
batwing.
Compare this to the
“batwing” or “shoebox” lights that some
people hawk and you will see that this
reflector gives you usually 50% or more
light for the money:
Batwings are
for Bats!, not
Plants
Look at the grow
"lights" that are being cobbled together
and sold here. Most of them have open ends.
Light flies out the ends of these “batwings”
and hits your walls. What a waste! Do you
want to light up your room or do you need to
feed your plants with light?
The geometric fact is that
half of the light from a bulb comes off the
end, and half comes off the sides. That’s
why our reflector has additional wings to
redirect horizontal light down.
On the other hand, light
ricochets off of a batwing reflector and out
the open ends and onto your walls. What a
waste!
Shoeboxs
are for Shoes!
Other common grow lights have a hood, but
not a large complete multi-sided reflector
like ours has. You can’t throw a light bulb
in a little box and hope that much light
will get out. If you put a reflector with
open ends in a the box, light gets trapped
in internal reflections, bouncing back and
forth between the ends of the box or the
ends and the reflector or the reflector with
it's self. The optical efficiency of these
"shoe box" lights is so poor that hardly
anyone in the lighting industry publishes
the numbers. Typically only 40 to 60% of the
light generated by the arc gets out of the
fixture. You are simply not getting the
light you are paying for.