the church man
Well-Known Member
Hello Roll It Up,
This my little project that I've been working on. It is a trash can that is lined with a linear fluorescent every sixty degrees. I cannot take credit for the original idea, the link is at http://www.icmag.com/ic/showthread.php?t=92259 I chose this design because it is fairly compact, easy to manage, and efficient.
The can sits on a resevoir with a pump inside that drips the solution onto the hydroton above. I mounted the air pump onto the exterior of the resevoir.
I have 3 inches of hydroton in the bottom of the can which has a diameter of 20 inches. The bottom of the can has two holes. One acts as a drain and the other currently has a hose through it for my drip system.
These two drains can easily be converted to a flood and drain system which is what i plan on doing once the plant ages a little bit.
The lights are 2 foot, 4100 K, 55 watt linear fluoros that put out 4800 lumens each. All six lights are the same and I think I'll stay with them even for flowering.
Each light is inside of a clear plastic tube that is fitted to a 90 degree PVC elbow. The PVC elbows are fitted into holes drilled in the can. This way, each individual light is cooled by fresh air being pulled over it.
As you can see there is adequate space between the bulb and the tube that it is in.
The bulbs are wired with these fixtures. These little things were cheap and made my wiring job an absolute breeze.
The cooling of this operation is done by a 50 CFM bathroom fan with a fan controller wired in. The fan has been mounted onto a hole cut into the lid of the trash can.
Attached to the lid of the can is a "false top". Basically it is a circular piece of foamboard that is mounted about an inch away from the lid. The diameter of this "false lid" is about two inches smaller than the top of the can.
The purpose of this "false top" is re-direct the path of air into the fan up top. The air only gets pulled along the walls of the can which means that more air gets pulled through the cool-tubes for the lights.
I've been building this thing slowly since around August. Last month I got the resevoir, hydroton, and temp and humidity sensor. So for the last month I've been running the hydro system to stop the pH fluctuations and doing temp runs in different locations to find the ideal place to put this thing. pH is steady at 5.5 - 6 and temps from 68 - 75, depending on ambient room temperature. The humidity seems to stay anywhere from 35 - 50 percent.
Earlier today I put a plant into its new home. It seemed a little shocked by the omni-directional lighting and proceeded to droop a little. I'm sure it'll pop back in a couple days.
I'll have more updates as things move along. I'm so glad to have this thing functioning and have a plant in it. I'm also eager to get some input from you guys. So let me know what you think. New ideas and criticism are welcome!
This my little project that I've been working on. It is a trash can that is lined with a linear fluorescent every sixty degrees. I cannot take credit for the original idea, the link is at http://www.icmag.com/ic/showthread.php?t=92259 I chose this design because it is fairly compact, easy to manage, and efficient.
The can sits on a resevoir with a pump inside that drips the solution onto the hydroton above. I mounted the air pump onto the exterior of the resevoir.
I have 3 inches of hydroton in the bottom of the can which has a diameter of 20 inches. The bottom of the can has two holes. One acts as a drain and the other currently has a hose through it for my drip system.
These two drains can easily be converted to a flood and drain system which is what i plan on doing once the plant ages a little bit.
The lights are 2 foot, 4100 K, 55 watt linear fluoros that put out 4800 lumens each. All six lights are the same and I think I'll stay with them even for flowering.
Each light is inside of a clear plastic tube that is fitted to a 90 degree PVC elbow. The PVC elbows are fitted into holes drilled in the can. This way, each individual light is cooled by fresh air being pulled over it.
As you can see there is adequate space between the bulb and the tube that it is in.
The bulbs are wired with these fixtures. These little things were cheap and made my wiring job an absolute breeze.
The cooling of this operation is done by a 50 CFM bathroom fan with a fan controller wired in. The fan has been mounted onto a hole cut into the lid of the trash can.
Attached to the lid of the can is a "false top". Basically it is a circular piece of foamboard that is mounted about an inch away from the lid. The diameter of this "false lid" is about two inches smaller than the top of the can.
The purpose of this "false top" is re-direct the path of air into the fan up top. The air only gets pulled along the walls of the can which means that more air gets pulled through the cool-tubes for the lights.
I've been building this thing slowly since around August. Last month I got the resevoir, hydroton, and temp and humidity sensor. So for the last month I've been running the hydro system to stop the pH fluctuations and doing temp runs in different locations to find the ideal place to put this thing. pH is steady at 5.5 - 6 and temps from 68 - 75, depending on ambient room temperature. The humidity seems to stay anywhere from 35 - 50 percent.
Earlier today I put a plant into its new home. It seemed a little shocked by the omni-directional lighting and proceeded to droop a little. I'm sure it'll pop back in a couple days.
I'll have more updates as things move along. I'm so glad to have this thing functioning and have a plant in it. I'm also eager to get some input from you guys. So let me know what you think. New ideas and criticism are welcome!