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- May 28, 2017
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Well I have decided that I want to turn my fuge area into a frag grow out area. The fuge is lit by a kessil h380 so I needed something powerfull for a reactor. I found a Bubble Magus BP-130 bio pellet reactor at a frag swap for $40 because the pump was bad. It's 5 inch's wide and plenty tall enough for my 175gallon display.
Perfect reactor except it is an in sump reactor. So I tried some cutting and settled on 1/2 not on the bottom and 3/4 not on the top. The threads needed to be sanded down a little to fit. Once they were dry fitted, they were coated in epoxy and put into place. I used PVC with fpt so I can change the plumbing if needed.
There. Now I can use it externally and plumb it into my manifold. Now I need lights and a light containment system.
I settled on these lights from Amazon:
LEDMY UL Listed DC24V IP68 Waterproof Flexible LED Strip Light SMD5050,String Light, 300LEDs Warm white 3000K, Adhesive Led Tape Light for Fountain, Outdoor, Aquarium, Swimming Pool Using 5M/16.4F Amazon product
And
Plant Grow Light 5050 SMD LED Plant Strip Lights Indoor Growing Lamp 16.4ft Waterproof Flexible Soft Rope Light with 12V Adapter for Greenhouse Hydroponics Flower Seeds(Red Blue 4:1) Amazon product
I didn't want the light to spill all over and have the wrapped led look of a diy algae reactor. I decided to try a flexible cutting board. I then coated it with a vinyl mirror on one side.
Then I cut the lights into strips and stuck them on and soldered them up.
All looked good and then I plugged in the juice.
I then used some white Velcro strips to hold the light to the reactor. The back of the vinyl mirror is white which was perfect because the cutting board was fairly transparent. While there is some light bleed, it's not bad at all. Now just have to let everything cure and dry and plumb it in tomorrow.
Well that's it. What are your thoughts?
Perfect reactor except it is an in sump reactor. So I tried some cutting and settled on 1/2 not on the bottom and 3/4 not on the top. The threads needed to be sanded down a little to fit. Once they were dry fitted, they were coated in epoxy and put into place. I used PVC with fpt so I can change the plumbing if needed.
There. Now I can use it externally and plumb it into my manifold. Now I need lights and a light containment system.
I settled on these lights from Amazon:
LEDMY UL Listed DC24V IP68 Waterproof Flexible LED Strip Light SMD5050,String Light, 300LEDs Warm white 3000K, Adhesive Led Tape Light for Fountain, Outdoor, Aquarium, Swimming Pool Using 5M/16.4F Amazon product
And
Plant Grow Light 5050 SMD LED Plant Strip Lights Indoor Growing Lamp 16.4ft Waterproof Flexible Soft Rope Light with 12V Adapter for Greenhouse Hydroponics Flower Seeds(Red Blue 4:1) Amazon product
I didn't want the light to spill all over and have the wrapped led look of a diy algae reactor. I decided to try a flexible cutting board. I then coated it with a vinyl mirror on one side.
Then I cut the lights into strips and stuck them on and soldered them up.
All looked good and then I plugged in the juice.
I then used some white Velcro strips to hold the light to the reactor. The back of the vinyl mirror is white which was perfect because the cutting board was fairly transparent. While there is some light bleed, it's not bad at all. Now just have to let everything cure and dry and plumb it in tomorrow.
Well that's it. What are your thoughts?
