A
Anonymous
Guest
I have four 400W multi-tap ballasts that I got from work for free.
I really wanted to light my 300 with 250W DE's, but with these free ballasts, I think I'll just go with 400's, at least for now.
Here is my plan. Since it is a multi-tap ballast, I will connect then to 240 volts, since this will save on power consumption.
I also have a N-3R Hoffman enclosure that I also got for free at work.
I was thinking that I would mount the ballasts in this enclosure and mount the enclosure in the attic above the tank. I would mount an outlet in the ceiling above the tank at each location where the bulbs would be mounted (1 for every 2' of tank). From the enclosure to each outlet, I would run romex. I would put a twist lock receptacle in each outlet. Then I would use a twist lock plug from the light fixture to the outlet.
My thinking for mounting the ballast in the attic is two-fold. 1. Keep the heat out of the room. 2. Just to get them out of the way.
Poke holes in this plan please.
Louey
I really wanted to light my 300 with 250W DE's, but with these free ballasts, I think I'll just go with 400's, at least for now.
Here is my plan. Since it is a multi-tap ballast, I will connect then to 240 volts, since this will save on power consumption.
I also have a N-3R Hoffman enclosure that I also got for free at work.
I was thinking that I would mount the ballasts in this enclosure and mount the enclosure in the attic above the tank. I would mount an outlet in the ceiling above the tank at each location where the bulbs would be mounted (1 for every 2' of tank). From the enclosure to each outlet, I would run romex. I would put a twist lock receptacle in each outlet. Then I would use a twist lock plug from the light fixture to the outlet.
My thinking for mounting the ballast in the attic is two-fold. 1. Keep the heat out of the room. 2. Just to get them out of the way.
Poke holes in this plan please.
Louey