Not sure what 'ranveer" is. We have done five in an 18ft reflection pool, however it required two pumps. One could handle three and the other handled the last two.
Very nice job Doug. If you can't find it. Make it. Very nice video. Hopefully they like how it works out. Get good enjoy ment out of it. Can't wait to see more videos soon. Keep up the great craftsmanship and hard work Doug. Fab on. Weld on. Keep making. God bless.
@@ArtfullyRogue thanks so much. I have been really busy lately forging. Just got one project completed now I have been working on a fire pit fire porker. Off on a weekend camping trip Out of town in Harrison Michigan. Almost two hours away from where I live in Comstock park Michagan. Back to work next week.
Thanks! It's coming along slowly at the moment as we are hitting our summer temps. I should be able to get back to the interiror build out in a few months when it cools down, thanks for asking
Seems like using a smaller pump with less output would’ve also solved your problem? That is a very small basin and probably doesn’t need a very powerful pump.
@@ArtfullyRogue Pumps (and propellers/impellers) can cause cavitation if the fluid accelerates or the pressure drops below the vapor pressure of the fluid (water) at the current air temperature. This is why some pipes will water hammer until the pipe warms up. If the water in your system is cavitating, the "bubbling" may act erratically as the temperature changes. A more reliable way to accomplish what you want is to introduce air using a venturi tube. If you want it all to be underwater then you have to run the air tube to a concealed location...
Might try some screen/wire cut to fit... or actually, the screens used for household faucets would probably push in there quite nicely. Might have to use a couple screws above it to keep it from being pushed out over time.
I see what happened there. I'm sure there's a name for it, but I don't know what it is off the top of my head. You have a pump, putting a line at a pressure with a constant flow rate. The diameter of the line expands, so pressure drops, but with the same steady flow rate, you get less fluid movement. (Evidenced by the barely-a-trickle out of the wider coupler.) It's tempting to think you should get all the original pressure back when you capped it with the same size PVC, but you'd be discounting A) losses in the system, and B) the fact that the top of the cap is open, so no pressure can't really build there, and you're just left with the flow. It's the same principle as a car muffler or a firearm silencer or something. But for water.
Love this!!!! Thank you!!! 😊😊😊
Cool thanks🤩
Hi doug very impressive are you able to connect or make 5 with the same pump and how is it done regards ranveer
Not sure what 'ranveer" is. We have done five in an 18ft reflection pool, however it required two pumps. One could handle three and the other handled the last two.
Great Job Doug, 👍 I Really like the Bubbler
Talk Soon Barry & Marlene
Thanks Barry
Problem solving 101. Well done. You look a little rested.
Feeling much better for sure, thanks Allen
Very nice job Doug. If you can't find it. Make it. Very nice video. Hopefully they like how it works out. Get good enjoy ment out of it. Can't wait to see more videos soon. Keep up the great craftsmanship and hard work Doug. Fab on. Weld on. Keep making. God bless.
Thanks Jared and keep up the progress on your forge
@@ArtfullyRogue thanks so much. I have been really busy lately forging. Just got one project completed now I have been working on a fire pit fire porker. Off on a weekend camping trip Out of town in Harrison Michigan. Almost two hours away from where I live in Comstock park Michagan. Back to work next week.
Great video! I'm making my own water feature today, so I'm very happy to see this 😊
Cool, hope this helps out
What kind of pump would you recommend for a rectangle planter that I want to install six bubblers?
Great job. Hey how's the chopped bus coming alone?
Thanks! It's coming along slowly at the moment as we are hitting our summer temps. I should be able to get back to the interiror build out in a few months when it cools down, thanks for asking
Nice 👍
That’s really cool, have you tried solar pumps that aren’t $$$?
Seems like using a smaller pump with less output would’ve also solved your problem? That is a very small basin and probably doesn’t need a very powerful pump.
The pressure change causes cavitation. Cavitation creates the effect you are looking for...
I knew someone would have a word for it. I can imagine walking into a store.. Yes may I have a pump creates cavitation 😉
@@ArtfullyRogue Pumps (and propellers/impellers) can cause cavitation if the fluid accelerates or the pressure drops below the vapor pressure of the fluid (water) at the current air temperature. This is why some pipes will water hammer until the pipe warms up. If the water in your system is cavitating, the "bubbling" may act erratically as the temperature changes. A more reliable way to accomplish what you want is to introduce air using a venturi tube. If you want it all to be underwater then you have to run the air tube to a concealed location...
Might try some screen/wire cut to fit... or actually, the screens used for household faucets would probably push in there quite nicely. Might have to use a couple screws above it to keep it from being pushed out over time.
the faucet diffuser...I tried that actually and the pressure from the pump blew right through it
I see what happened there. I'm sure there's a name for it, but I don't know what it is off the top of my head. You have a pump, putting a line at a pressure with a constant flow rate. The diameter of the line expands, so pressure drops, but with the same steady flow rate, you get less fluid movement. (Evidenced by the barely-a-trickle out of the wider coupler.)
It's tempting to think you should get all the original pressure back when you capped it with the same size PVC, but you'd be discounting A) losses in the system, and B) the fact that the top of the cap is open, so no pressure can't really build there, and you're just left with the flow.
It's the same principle as a car muffler or a firearm silencer or something. But for water.