![]() |
|
#1
|
|||||
|
|||||
![]() The reviews of this light fixture says that the light is really focused, so you won't get much spread. Unless you suspend it 2 feet above the water. This results in a really spotty effect if you only have 2 lights over a 48" tank. Not a lot of people will want to mount it 24" above their tank. This is cause the reflector for each led uses a 60 degree lens, making it
Really focused, resulting in the high par values. |
#2
|
|||||
|
|||||
![]() what about swapping the reflectors out for 120's instead of 60 or go to a 70
__________________
180 starfire front, LPS, millipora Doesn't matter how much you have been reading until you take the plunge. You don't know as much as you think. |
#3
|
||||
|
||||
![]() What is the cost on these?
Quote:
So 4 60's = 250w mh. And their power savings are based off $0.25/kWh, A little more then 2.5 times what the rate in Edmonton is. I bet replacing with 120 degree lens would not give you anywhere near the par values, they are only 1w LED's. Not to mention finding a 120 degree lens for that led might be very hard or impossible. |
#4
|
|||||
|
|||||
![]() Quote:
We are actually talking to the manufacturer in changing the collimator angles for a more home user effect, the pars will be slightly reduced, but you will get better coverage. As we will be the authorize warranty depot for the Led's in Canada, we will be able to help modify them better for non-commercial use. Then again, for a suggested retail of $349.99 for the 60d, it's nothing to sneeze at. Ken - BWA |
#5
|
|||||
|
|||||
![]() From experience with my led array.
i think for the the price this is a decent lighting module. As for the lens at 60 degree is a bit narrow will have to be at least 18" high from the surface,if you remove the lens or replace it with a wider angle you will loose quite a bit of PAR. At 1W each totals 112w What is the amperage drive max or what are they driven at as most companies drive the Led at only 70% of the full capability. |