dsmoke1
Active Member
That can definitely be done. I just like the splashing effect. I top off by hand so I have the luxury of being able to implement a waterfall within my reservoir/return. You also do not need to put a submersible in your res/return. Watch that first youtube video I posted (blue tubs) until the end. See how they work their chiller. Just connect your chiller intake to the "spout" in your res/return and run the output right back in. You can do this for as long as you need. Ideally, you could just run it through your chiller before it hits the res/return in the first place.I love it. I'm totally making one.
The only thing I need to do a little differently is I need a larger container to serve as my return junction. In addition to a larger body of water, I think I would also direct the outlet tubes downward with an elbow so that they're shooting the water back below the surface? Can that be done? I need to minimize surface agitation there so my float switch can work. That return junction tub is also where I need to plant a submersible to run my chiller through.
All in all, I very handy piece of work. I just have to make mine a little bigger with six containers as it will occupy the whole of a 5' x 5'. I'm totally gonna watch how that works for you. Good luck, but I'm pretty sure it's gonna work great.
Also, I bet with a smaller system (as opposed to a giant gro-op) the water has shorter distance to travel and the undercurrent effect is more pronounced.
Yeah, the undercurrent is nice. The plants will no. I'm thinking of switching this to a 25% undercurrent to get the grasp of things. By that I mean, run the pump on a timer for 6 hours a day, for one hour durations. Will definitely keep things moving around at an effective rate without overdoing it. This is a powerful little system and I want to ease my way in to it. All in all, it's a gnarly deep water setup. I've got some FAT airstones that will make everyone happy. Cannot wait to see what you come up with! Keep brainstorming.