LukeHighWalker
Well-Known Member
Yeah I remember the old box with relays and mosfet modules. It looked like a small high pressure diaphragm pump. Maybe he means that they the nutrient solution get atomized wit air at the nozzle in Aero? Or was that pump used with the system you're building?
I had the smallest possible air pump in Aero in a 32 gallon reservoir. Very silent. Designing system with waterfalls is optimal since you don't need any airstones. I had mine in the return at the reservoir falling and spraying down in the water, also very quiet.
32L / 8.5 gallon single buckets.
Old system.
HID and DWC a couple of years ago. Two plants with single 8.5 gallon buckets. A hell a lot of manual labour!
Amazing root ball we've got here! My former project was about 4x 10L buckets when I first went for HPA. The roots formed similar like the one I the picture. In my opinion, the bucket was to small for the height of my plant because the roots covered the nozzles, turning it impossible to atomize the nutes and spread it inside the root chamber. It's quite incredible what happens beneath the surface and how huge the roots can get. Either soil or hydro.Yeah I remember the old box with relays and mosfet modules. It looked like a small high pressure diaphragm pump. Maybe he means that they the nutrient solution get atomized wit air at the nozzle in Aero? Or was that pump used with the system you're building?
I had the smallest possible air pump in Aero in a 32 gallon reservoir. Very silent. Designing system with waterfalls is optimal since you don't need any airstones. I had mine in the return at the reservoir falling and spraying down in the water, also very quiet.
32L / 8.5 gallon single buckets.
Old system.
HID and DWC a couple of years ago. Two plants with single 8.5 gallon buckets. A hell a lot of manual labour!