Major Blazer
Well-Known Member
Yeah I agree, I'm running a cocomat this run to see if it makes any difference - hoping to promote that.
Duelling flood tables
- Thread starter Gquebed
- Start date
TheHarvester
Active Member
Your second table would have to be an NFT variation.
I don't see any way to flood it to a certain to a height and drain it with gravity feed water.
Like someone mentioned earlier. There is and inlet (lower level) and a drain pipe (tallest) in an EBB and flow.
The pressure from the pump fills the table up to the over flow tube, then once the pump turns off, all the water flows via gravity back down the inlet. Then the cycle repeats on a timer.
The tables would have to be pretty even in height to use one pump.
unless you rigged up a solenoid valve to open and close the inlet to each table at different times when the pumps on/.
I don't see any way to flood it to a certain to a height and drain it with gravity feed water.
Like someone mentioned earlier. There is and inlet (lower level) and a drain pipe (tallest) in an EBB and flow.
The pressure from the pump fills the table up to the over flow tube, then once the pump turns off, all the water flows via gravity back down the inlet. Then the cycle repeats on a timer.
The tables would have to be pretty even in height to use one pump.
unless you rigged up a solenoid valve to open and close the inlet to each table at different times when the pumps on/.
TheHarvester
Active Member
Flooding and draining both at the same time would be ideal. one res, one pump, 4 pipes, 2 grow beds. Pretty simple.
Put valves on the inlets since they are at different heights that way you can control the flow. The lower table will get more flow so you close off it's valve a bit until it flows evenly to the top as well.
They might not fill at the exact same rate but it shouldn't matter and you should be able to get it close enough adjusting the valves.
Then when it turns off all the water flows back down the inlet into the single res.
Put valves on the inlets since they are at different heights that way you can control the flow. The lower table will get more flow so you close off it's valve a bit until it flows evenly to the top as well.
They might not fill at the exact same rate but it shouldn't matter and you should be able to get it close enough adjusting the valves.
Then when it turns off all the water flows back down the inlet into the single res.
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Keesje
Well-Known Member
Did you already notice a difference?
Major Blazer
Well-Known Member
When the grow is over I'll be able to answer better, but I can assuredly say that there's at least enough growth that my pots are stuck to the mat bc of the roots (meaning try to lift a pot and the mat comes up with it).
Keesje
Well-Known Member
I am curious if it will make any difference in yield.
So far I can't think of any reason why it would be better or worse.
What I do think however, that it will be easier to clean your tray or whatever you use after harvesting.
Roots always try to find something to hold on to. (so it seams)
And instead of the tray and the microscopic holes in it, it has the cocomat or polyester batting where it can grow into.
Major Blazer
Well-Known Member
I won’t know - it’s my first go with this strain/mom so no basis of comparison.
ANC
Well-Known Member
Your outlet is of the most concern
I feed my water on one side of the table, it slowly percolates through the roots and batting until it reaches the other end of the tray, where it leaves via a 2" hole.
That hole gets constricted really fast if I don't stay on top of cutting it clean.
With small sog plants, there aren't many roots, but when you run a few larger ladies
....
I feed my water on one side of the table, it slowly percolates through the roots and batting until it reaches the other end of the tray, where it leaves via a 2" hole.
That hole gets constricted really fast if I don't stay on top of cutting it clean.
With small sog plants, there aren't many roots, but when you run a few larger ladies
....
