+pariodeusex Too bad there was nothing about advantages and disadvantages on the piston pumps. Would have helped a lot if you in the future are goin to use of these such pumps for a project involving hydrostatic usage on a new level.
Because the disadvantages I feel where like "yeah these works well but break easily with wear and tear, cavitation and liquid hammer". I hated and started skipping the video when the narrator stoped saying pros and cons. I think this is the result of shoddy script writing.
because the only disadvantage in the last few is cost. they are all vastly supperior to the other types, in that they do not have the problems that they do.
yes, I think there are also pumps that work using a impeller. however, these might not classfiy as "hydraulic" pumps. I don't know if there is a difference between "pump" and "hydraulic pump" tbh
@@Cheezymuffin. A Hydraulic pump needs to be a positive Displacement Pump, meaning that it deliveres a fixed amound of fluid per revolution. Think of it as a fixed flow pump, as opposed to a non-positive displacement pump, which moves the fluid with a constant pressure.
At 2:54. At vain type. The rotor should be none concentric with outer casing and its the one sealing the flowing back of fluid. The Vain should be concentric with rotating rotor. The clearance between rotating and stationary shaft should not be the same. Thank you for your effort but you need to correct this.
The rotary vane pump do not look like that and the offset is 90 degree from that they show in the animation. This hydraulic pump animation is made bye someone that never have worked just read about pumps because I do find more things about others pumps that not are directly wrong but it's not directly right ether.
What's the point of the springs on the Swash Plate Piston Pump? The pistons have no choice but to follow the swash plate - after all - they are mounted to it.
The red and blue in the pistons is misleading. 4:40 Presumably red indicates pumping pressure. The pistons should be red throughout the portion of revolution where cylinder volume is reduced. The curved arrows are correct. But the gradual change from blue to red indicates that pressure gradually builds. Then on the expansion stroke only gradually releases.
Hello, I am a mechanical engineer, and when I showed this video to my colleagues who said they haven't seen a swashplate like this. Is there a real spring or is it just a representation of the flexural component? Please answer this is important issue :)
if I have a hydraulic cylinder its operating pressure is 70 bar , my question if I have to choose pump its operating pressure the same operating pressure of cylinder?
I love stuff about engineering, but there is one thing that is incorrect here. During the part about hand pumps, he states that all hand pumps are of the piston variety. Not true, as when I was working at a shop, we extracted 10W30 from large barrels via a hand-cranked rotary vane pump. Still, good video.
best hydraulic pump video on youtube very clear animation and naration
+pariodeusex Too bad there was nothing about advantages and disadvantages on the piston pumps. Would have helped a lot if you in the future are goin to use of these such pumps for a project involving hydrostatic usage on a new level.
pariodeusex
L.
I dont think the narration was clear at all. Only the animations. What does it mean for something to "create an expanding volume"? see 0:34
From a technical standpoint this video is ass.
ruclips.net/video/JD-sKuiSYjQ/видео.html
Why did nobody notice that they dropped the pros and cons of the types towards the end and that the left out a lot of types??
Because the disadvantages I feel where like "yeah these works well but break easily with wear and tear, cavitation and liquid hammer". I hated and started skipping the video when the narrator stoped saying pros and cons. I think this is the result of shoddy script writing.
Super
Leonhsrd wolf
Leonhard Wolf is erratic w and the best part of my life t to me
Wfttfv
because the only disadvantage in the last few is cost. they are all vastly supperior to the other types, in that they do not have the problems that they do.
Why was this in my recommendations. And why did I watch it till the end?
And most important: Why don't I regret it?
Cause it s interesting
Schlubbo
I don't know why I even watched this, but this is interesting.
Was thinking the same thing. I now know a lot about pumps.
Yeah it's like 4am
Its not in my syllabus....even though interesting!
this is not for you this is for engineers
@@dsvsfvdvsvfvsv7479 Me at 4 AM: I DONT NEED SLEEP, I NEED ANSWERS
Yet another video to watch at 2am instead of sleeping
thankk you soo much...was studying hydraulics and this cleared a lot of things... :)
ruclips.net/video/JD-sKuiSYjQ/видео.html
@2:57
"The tension in the vanes
is maintained
by either sprangs
like the rain
in spain
falls mainly on the plain"
Amen.
Isn’t there a worm screw pump that operates slowly but can handle incredible amounts of pressure
yes, I think there are also pumps that work using a impeller.
however, these might not classfiy as "hydraulic" pumps.
I don't know if there is a difference between "pump" and "hydraulic pump" tbh
@@Cheezymuffin. A Hydraulic pump needs to be a positive Displacement Pump, meaning that it deliveres a fixed amound of fluid per revolution. Think of it as a fixed flow pump, as opposed to a non-positive displacement pump, which moves the fluid with a constant pressure.
best video on youtube for pumps!
Very interesting in general. Thank you, legendarily clear both in animation and narration.
Main advantage of swash plate is that one can adjust pump rate by changing the angle of plate.
4:00 that is what your climat compressor in your car looks like
Thanks for the upload.. Could you please make a similar video for working of Centrifugal and Reciprocating compressors? It will be really helpful..
At 2:54. At vain type. The rotor should be none concentric with outer casing and its the one sealing the flowing back of fluid. The Vain should be concentric with rotating rotor. The clearance between rotating and stationary shaft should not be the same.
Thank you for your effort but you need to correct this.
Good educational video. The best part of RUclips are informative and downright educational videos like this.
I'm really tired and yet I am awake and watching this
Thanks to upload this video
From india❤️
A great educational video how gear, vane and piston pumps work. Thank you.
The rotary vane pump do not look like that and the offset is 90 degree from that they show in the animation.
This hydraulic pump animation is made bye someone that never have worked just read about pumps because I do find more things about others pumps that not are directly wrong but it's not directly right ether.
perfect simulation video, i have seen.
Nice use of still images and animations. Why did the disadvantages stop towards the end though?
Thank you it helped me a lot for my rxams
ruclips.net/video/JD-sKuiSYjQ/видео.html
Thank you Engineering Technology Simulation Learning Videos, very cool.
I work in the Chemical industrie producing Silicones, Silicium and PVC and the only one we may use is the External Gear Pump
Thanks, well-explained and interesting!
What's the point of the springs on the Swash Plate Piston Pump? The pistons have no choice but to follow the swash plate - after all - they are mounted to it.
Excellent video.
the animation is very clear
I totally agree! This video should have a lot more love!
NICE VIDEO SIR
Perfect 3AM youtube. Fine work RUclips machine spirit!
Its 3am, and im watching a video about pumps....time well spent
Awesome describe and animation view to better understand Thanks a lot
Which hydraulic pump is commonly used for excavators?
Awesome 👏
this videos will be shown in 50 years like those 50s engeneering videos
Wow, much pressure!
Incredible video! Congrats for the awesome work
i am chinese ,and this really helped me a lot ,made me easy to get knowledge ,thank you
Why am I here? Anyway, interesting.
I like your name
You ever wonder why we're here?
ruclips.net/video/JD-sKuiSYjQ/видео.html
best and simple video thanks a lot
Very useful for understanding!
Excellent work
The red and blue in the pistons is misleading. 4:40 Presumably red indicates pumping pressure. The pistons should be red throughout the portion of revolution where cylinder volume is reduced. The curved arrows are correct. But the gradual change from blue to red indicates that pressure gradually builds. Then on the expansion stroke only gradually releases.
Superb animation
thank you so much great video excellent explanation.
Thank you for this info!
Tesla pump/turbine is worth mentioning here as well. They use it to pump semi solids like mud and tar sands
How about the centrifugal pump?
Missing (at least) peristaltic pump, but good video
Thank you for the video,,,great educational value
Hello, I am a mechanical engineer, and when I showed this video to my colleagues who said they haven't seen a swashplate like this. Is there a real spring or is it just a representation of the flexural component?
Please answer this is important issue :)
Some use charge pressure to fill the cylinder. Some do use a spring to extend the piston.
Protales Video! Very nice!
Which is the powerfull in low rpm
best video ever
the last one is used in Hubwagen
Really great video thank you!
you guys are amazing. love this page
Try to use "Lorenze power" - electomagnet and two plates(conductor), and use only alternating current.
wonderful video
very cleAr presentation. Thanks
Saw a Milwaukee hydraulic pump on the Home Depot site for $4999 and had to find out more
thanks
This image 3:24 explains why these things make so much noise.
You should elaborate on how the pressure compensation portion works of a piston pump. Pretty popular style of pump nowadays
😍😍 soo simple and clear thanks 👍💐
Nice video!
Are positive displacement pumps better at avoiding cavitation an aerated oil?
So which type is the most reliable
Anyone notice how the handle lever magickly changes length?
Thank you very much.. You are the best 👍
What does it mean "positive displacement" pump ?
I see thanks
Great vid. Thank you
Very helpful!!! Thanks!!!
if I have a hydraulic cylinder its operating pressure is 70 bar , my question if I have to choose pump its operating pressure the same operating pressure of cylinder?
It's very useful videos as preEngineer. Thx very much :) !!!
I love stuff about engineering, but there is one thing that is incorrect here. During the part about hand pumps, he states that all hand pumps are of the piston variety. Not true, as when I was working at a shop, we extracted 10W30 from large barrels via a hand-cranked rotary vane pump. Still, good video.
Learnt a lot ☺
didn't you mention Centrifugal pump? it's the most major important for hydraulic pump.
So which is the best for high torque?
thank you
Thanks
Great video :D
My job paid a college to send me here. For college credit. You guys watching this for fun are either very smart or the other way.
very nice
thnx so much,it,s very helpful video
awesome video.......
chasis phase
I don't get how a rotary vane pump can be a pump and not only a compressor, I mean, there is a compression, you couldn't use it with a liquid
I think there are too many chambers in this animation. On Wikipedia, it shows only two chambers being used.
Funny that i have to watch a video about hydropumps in english because its easier to understand than the german one.
As a native german xD
useful
thanks for your clip
I got here from Satisfactory update 3
ruclips.net/video/JD-sKuiSYjQ/видео.html
Interesting video, but I would like more upscale 3d graphics 🙂
CGStandard - 3D Rendering Studio. I thought you were serious till I saw your username. Lol
External gear pumps are not quiet
Missing a lot of pumps... what about a centrifugal pump??
those suck.
not all hand pumps are piston type, there are some rotary type hand pumps out there
which takes place as one of the other pumps already listed above....
Centrifugal pump?!
Brothers, I see that the youtube recommendation algorithm has brought us together again.
Superb