dirty larry
Active Member
No, it doesn't.It does.
So you see, those pumps and coolers you called "overkill" in all those RDWC systems you deemed "fails" actually serve a purpose you simply didn't understand.
Glad I could clear that up for you.
No, it doesn't.It does.
You are a moron. Bye.No, it doesn't.
So you see, those pumps and coolers you called "overkill" in all those RDWC systems you deemed "fails" actually serve a purpose you simply didn't understand.
Glad I could clear that up for you.
It does, with said use of the air water lift system. the same way the drip lines work. I will take back me saying you're a moron, but you're really just not paying attention.Uhhh, right.... You're telling us water flows uphill from the "last" bucket to the controller res, and I'M the moron.
they are connected to each other, I guess overflow was a bad term. If the last bucket is being emptied into the controller and the first bucket is being filled by the controller, then the water has to travel all the way through the system.<sigh>
How does each bucket "overflow" into the next one?
The controller reservoir is pulling the water through a water air lift out of the last bucket, so gravity and air power the whole system theoretically. I hope this clears things up.<sigh>
How does each bucket "overflow" into the next one?
Slow flow no?The controller reservoir is pulling the water through a water air lift out of the last bucket, so gravity and air power the whole system theoretically. I hope this clears things up.
Not fast, but I wouldn't say slow. If you were to pull the water air lift in the controller tank and made it drain to the ground it would take about 30 minutes for almost 30 gallons to drain from system. That is a fairly large volume of water for no pumps. I would say it works with the same theory and different mechanics as a traditional RDWC, that is why I call it one. Technically it is like comparing apples to apples.Slow flow no?