Yes, I have been reading the "light intensity" thread under the Articles forum, but it isn't helping me make a decision. There seems to be a ton of variables in this lighting stuff.
I've been researching lighting for a 120G (48"x24"x24") non-CO2 tank. I'm fond of T5s, but they are rather strong for a non-CO2 tank, at least for the amount of area they cover. If 2 x 48" (54w) T5s covered more area (front and back), I would give that a try. I do not know much about T12s, T8s, T6s and the like -- but I am not immediately drawn to them from my research.
Anyway, I am now leaning toward 4 x 54w T5s and simply raising them up as high as necessary to reduce the light appropriately. I do the lights-hanging-from-conduit setup, so it would be very easy for me to adjust light height. I could also turn on 1 & 3 for half the day and 2 & 4 for the other half -- there are many options I could try with this. Other than wasting electricity and the extra cost, I feel that this would be a decent solution. Do you agree? If anybody has other possible ideas, I would enjoy hearing them.
I've been researching lighting for a 120G (48"x24"x24") non-CO2 tank. I'm fond of T5s, but they are rather strong for a non-CO2 tank, at least for the amount of area they cover. If 2 x 48" (54w) T5s covered more area (front and back), I would give that a try. I do not know much about T12s, T8s, T6s and the like -- but I am not immediately drawn to them from my research.
Anyway, I am now leaning toward 4 x 54w T5s and simply raising them up as high as necessary to reduce the light appropriately. I do the lights-hanging-from-conduit setup, so it would be very easy for me to adjust light height. I could also turn on 1 & 3 for half the day and 2 & 4 for the other half -- there are many options I could try with this. Other than wasting electricity and the extra cost, I feel that this would be a decent solution. Do you agree? If anybody has other possible ideas, I would enjoy hearing them.