Pump Impeller Basics
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- Опубликовано: 1 дек 2022
- In this video, we're going to discuss the basics of pump impellers. You'll learn what they are, what they do, and how they work.
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legit every video you make is absolute CONCEPTUAL GOLD!
How wonderful it is to now understand how impellers work! Thank you so much!
I work on alot of Bell & Gossett pumps and these videos always help.
Half the pressure is created in the impeller by accelerating the fluid . The other half of pressure is created when the accelerated fluid flows into expanding passage in the volute. Pressure is not created when the fluid hits wall of the volute.
This channel is the best
Great video Thank you
Thank you for sharing
Hey Paul, do you think you could do a video on potentiometers? It was briefly mentioned in my text book, but they never covered it. Now I am curious about them.
Thanks for putting so much effort into these videos! Makes studying a lot easier!
Seen our new Potentiometer Explained video? ➡️ ruclips.net/video/Xb-MZMoUtcQ/видео.html
Haha, this is what I did my research project back in university!
Btw, don't forget needle wheel impellers
very good
TURBOCAM makes the best turbomachinery products on the planet!
The vanes absolutely do impart a force onto the fluid ...
Good
im very curious how did you achive all you video. that need lots of time learning, understanding those all. are you living in library?
But which makes more velocity? More fins, less fins, flat face, ducted / curved face.. smaller middle intake hole?
Make a video on quantum generator patent..
So how do so called "twin impeller" pumps work?
Also I notice some impellers are made of iron. What prevents them from rusting?
Wow❤️❤️❤️
Don't forget the geometry of the blades😊
i am a qualified brinkmann and grundfos service technician
forgot to mention the thickness decreases at the border to accelerate water even more
We work with closed impeller and magnetic types. You have to be very careful to replace the impeller as the magnet will squash your fingers as it draws it in lol oooops.
hi
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