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Posts posted by Tommy Vercetti
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What is your water change schedule like?
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If your water is as hard as indicated, I doubt you need to add calcium at all. Gh is mostly calcium and magnesium.
I would remove the Wonder shell. But my tap water is hard water.
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Looking at the specs for 3/4" pvc pipe and for 3/4" pvc conduit the outer diameter should be the same at 1.050". But that is most definitely not what I find in real life. There is about .007" difference between the two pipes. Maybe in the future I will split the difference and give that a print to see how they fit.
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Okay I am heading to Lowes to get the electrical conduit type of pipe. Then I will share the .stl files for that as well.
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On 4/20/2023 at 7:33 AM, Cory said:
My advice is to make these air collars fit 1/2 inch electrical pvc conduit. They have the long sweeps you need to maximize the flow. They make this in a 1/2 inch. https://www.homedepot.com/p/3-4-in-90-Degree-Bell-End-Elbow-R5233824/202043345
I know this because I am actively working on upgrades to our sponge filter 😉
Ha! Thanks Cory. But you are late 🤪, we cover this exact solution a few post up in this thread.
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3/4 inch PVC Pipe .stl model is done.
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Do you have the tools to do the following?:
1. Drill 1/32" (that is 0.8mm) holes in PVC pipe. For reference this is the smallest bit that I own and requires using a drill with a 3/8" chuck (1/2 chuck will not close small enough to grab the tiny drill bit).
2. Cut PVC pipe (a nice square cut will improve performance).
These things will dictate exactly how much I need to do before I ship them to you. For example, if it turns out that you can't easily drill the holes, then I could cut a short piece of PVC and drill the holes for you. But this would mean you lose the ability to tune the amount of holes to your air volume.
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the 3/4 inch version is printing now. If it fits the pipe correctly, I will upload and share the .stl file.
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On 4/19/2023 at 6:22 PM, Maximus said:
@Tommy Vercetti that looks like a scorpion tail! Neat.
I'm currently twiddling my thumbs until my Prusa MK4 gets delivered (might be July, at this point), trying to come up with a decent version 1 for the tip.I am currently working on a jet lift for 3/4" PVC
it is printing right now, should be done in about 45 minutes.
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On 4/18/2023 at 1:34 AM, rockfisher said:
@A3M0Nthere is more flow.you create more pressure. You drill small holes in the inner pipe. This may explain it better than I can in my state
It has more of the science behind it. Both work. I’m breeding some special plecos and one of the breeders o trust suggested a set up like his with the higher flow. He said the doesn’t have any problems get the “jetlifter” there and for not as much as I have found them here online.
That video was helpful. Here is the 1/2" that I made based on that design. It works incredibly well:
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Have noticed that those sweep 90 degree elbows are only available (easily) in PVC electrical conduit? Maybe it would be best to make the lift fit that type of tube.
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Today I will try to make sometime to make the lift that fits 3/4" PVC. If that's what you want, then that's what we will make.
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Here is a link to the .stl file for 1/2 inch PVC pipe:
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On 4/17/2023 at 3:42 PM, A3M0N said:
I'm just curious here, what makes a Jetlifter different than a normal lift tube? Sorry, I don't have any input for 3D printing, other than it's really neat.
I have no idea. I have never even heard of one before this thread.
I did print it though:
The little hose barb is probably a bit fragile but the fit on 1/2" PVC pipe is excellent.
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I made an .stl file for 1/2 pvc. This is the kind that requires you to drill the tiny holes in the PVC. it is printing right now.
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On 4/17/2023 at 1:44 PM, gardenman said:
The easy way is to just use heat to bend some PVC pipe into the curved shape you want then simply drill a hole in it near the bottom and slide some airline in and attach an airstone, or just use the bubbles with no airstone. They're just gently moving water, so they don't need to be overly fancy.
That's no fun! we want custom, overly complex parts here. 🙉
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I made this file. it would fit 3/4" PVC exactly:
I guess 1/2" PVC pipe would be a more appropriate size
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Whoa, look what I found on the interwebs:
this 3d printed model is better, in my opinion, for the following reasons:
1. Simple design (I can make an .STL on under 15 minutes)
2. you can drill the holes in a size / quantity to match your air pump.
3. stronger because the PVC is bearing the load (not the 3d printed part)
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here is a Cut-Away view of the Turbo v15
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Here is the model called Turbo v15, see the square holes inside are fewer than the model above:
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Cories seem to be gradually wasting away
in Diseases
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What was the schedule before all of this happened? I like the 25% water change weekly for now, until you see how that goes.