@@EngineOn Are these just for Educational Purposes, or do you intend to Build Physical Models, as well? If yes (You are going to Build Working Models), are the Design Files Available for replication via a 3D Printing or Machine Shop?
i dont mean to be so offtopic but does someone know of a trick to get back into an Instagram account?? I stupidly forgot my account password. I appreciate any help you can offer me
Fantastic Im a mechanical student, and in this semester i learn on pneumatic and hydraulic. This video really help me to understand the mechanism of the cylinder movement. Much appreciated, thank you
I just imagined having to calculate a couple of those in parallel with a phase shift applied to them in the hydraulic exams at my UAS, luckily this was not done but the preasure spikes and phase shift would make that task into a nice bonus points head scratcher, especially under a time limit and exam stress. Not to mention all the technical questions one could ask around that setup.
@@AnkleBiter3854 I work in a factory where we make large double acting piston pumps with two cylinders. Pressure is up to 120 meters and flow 300+ cubic meters or hour. They are made with a crankshaft mounted through a large gear wheel, with a piston on each side of the gear wheel. If the two pistons work completely opposite of each other ( one going up and the other going down simultaneously), the shift in pressure when the pistons change direction, will make a lot of noise and shake the tubes violently. So the crankshaft is made so the pistons has a 90 degree difference instead of 180 degrees. I guess that is what he is trying to be technically about.
@@youghurt2k how is this different compared to any other engine? Does this make it more efficient in fuel? Is it better in the way that it is much faster than a regular engine with the same amount of pistons? Also, that's really freaking cool, my dad used to work in a foundry that made parts for V8 engines
The AC power a SOURCE that supplies a continuous reversing polarity current. The bridge rectifier "redirects" each direction of the polarity to the same output of either positive or negative. The bridge rectifier redirects and does not move the current The pump is working with a static pool of liquid. There is no flowing of the liquid and therefore no direction change to rectify anything. The cranking mechanism, however, changes the rotating motion to a reciprocal linear motion of the piston. The liquid was moved by being sucked into the cylinder by the linear motion of the piston-like plate. The double-action makes the pumping more efficient. The comparison to the bridge rectifier with this double action pump is NOT similar.
Very nice good job. Honestly, i have been thinking a few days that air can be used in this way. Please send me a practical video related to this. Thank you very much.
Yes you are right... It's is just concept animation... You can use advance valve or spring valve... Advance designed check valve work accurately... Thank you
If you mean a sprung piston-ball-disc check what you gain in backflow and water hammer prevention plus omni positional installs you lose in pressure drop thus flow rate vs a swing check for two equally line sized valves. I've seen swing checks with and without return springs. Don't play the video upside down with the current checks. Spring loaded swings might still work though ..
The only problem with this design would be sealing and lubrication. Like if you were to use a mechanical seal or packing on the reciprocating shaft, it would have to be replaced constantly, and would leak pretty easily. Also, oil from the crank would drip onto the piston shaft and likely make its way past the seal, contaminating the water being pumped. or water seeping past the seals would contaminate the oil. Also what's protecting the cylinder and the seals from hydraulic lock? If the outlet check valve fails on the down stroke, or some water gets trapped under the piston. Water being a non compressible fluid will either try and find it's way out by any means (often explosively), or provide so much resistance that it destroys the driver turning the crank.
@@EngineOn I also know blender! I am expert in it but I left it because of time it takes to render animation..... It took me around 5 days to render a 10 min. Animation❤️❤️❤️
If I use this to pull up the water from a tube well, will it require less force compared to a conventional Hand Pump (two one wat valve system)? Is it better than that in any form?
This 3D explanation makes the double-acting cylinder so much easier to understand. Thank you!
Thank you
Love your animations! Very clean and easy to understand! Keep up the fantastic work :)
Thank you so much.. 👍
@@EngineOn Are these just for Educational Purposes, or do you intend to Build Physical Models, as well?
If yes (You are going to Build Working Models), are the Design Files Available for replication via a 3D Printing or Machine Shop?
@Robert sir this is only concept based design, educational purposes but you can build physical models using concept.
Thanks.
i dont mean to be so offtopic but does someone know of a trick to get back into an Instagram account??
I stupidly forgot my account password. I appreciate any help you can offer me
@Cason Lionel instablaster :)
i never though i would appreciate myself for the subscription a year ago, in love with the information presented
The best animition ever , hoping this can be moved to be explained in classes
Thank you sir..
Fantastic
Im a mechanical student, and in this semester i learn on pneumatic and hydraulic.
This video really help me to understand the mechanism of the cylinder movement.
Much appreciated, thank you
Glad it helped!
Nice presentation
Great video!! i would like to thank you for the efforts you have made and hoping the same best work from in the future as well.
Thank you
Excellent presentation 👍
Wahh kya bat hai.vey simplified presentation great 👌🏼👍🏽
Thanks bro
Great wrk shrikant rao..keep it up👌🏻👌🏻👍🏻
Very nice. Good old technology.
I just imagined having to calculate a couple of those in parallel with a phase shift applied to them in the hydraulic exams at my UAS, luckily this was not done but the preasure spikes and phase shift would make that task into a nice bonus points head scratcher, especially under a time limit and exam stress. Not to mention all the technical questions one could ask around that setup.
With all those terms, i thought you were talking ham radio stuff, don't know why
@@AnkleBiter3854 hes trying to sound smarter than he is. another half wit terrible engineer with no hands on experience at anything.
Oh, well thank you for helping me with understanding, or we're both wrong and he's being just being funny, who knows
@@AnkleBiter3854 I work in a factory where we make large double acting piston pumps with two cylinders. Pressure is up to 120 meters and flow 300+ cubic meters or hour. They are made with a crankshaft mounted through a large gear wheel, with a piston on each side of the gear wheel. If the two pistons work completely opposite of each other ( one going up and the other going down simultaneously), the shift in pressure when the pistons change direction, will make a lot of noise and shake the tubes violently. So the crankshaft is made so the pistons has a 90 degree difference instead of 180 degrees. I guess that is what he is trying to be technically about.
@@youghurt2k how is this different compared to any other engine? Does this make it more efficient in fuel? Is it better in the way that it is much faster than a regular engine with the same amount of pistons? Also, that's really freaking cool, my dad used to work in a foundry that made parts for V8 engines
Espectacular..... solo faltaría el modelo impreso en 3d ... felicidades , asombroso
Thank you
Great work 👍
Very effective super amizing good job because of your vlog tutorial I got some knowledge from you about that your vlog
The animation is so good
Thank you 🙂
ঞ
@@shahnazshopna7700 how you made this symbol
Animation is amazing. Thank you so much!
Glad you like it!
Great work 🙌👍
bhut hi saral or sunder animation
Mast Ch Dada...👍👍👌👌👌
Well... the English translations need a lot of help, but the visuals and graphics are amazing! Very well done!
Thank you sir. 👍🏻
Excellent work and detailing, keep it up.
nice pump
it's really amazing video... useful 👍
Thank you sagar... Can you give me some ideas for new animations.
Nice work sir..
О да, рекомендации точно знают, что мне надо!
В точку
Beautiful animations and simplified illustrations, keep up the good work.
Thank you so much.. 🙂
Great animation
I love your animation video❤
Nice work 👍✨
Fun fact, in electronics terms, this is called a bridge rectifier.
The AC power a SOURCE that supplies a continuous reversing polarity current. The bridge rectifier "redirects" each direction of the polarity to the same output of either positive or negative. The bridge rectifier redirects and does not move the current The pump is working with a static pool of liquid. There is no flowing of the liquid and therefore no direction change to rectify anything. The cranking mechanism, however, changes the rotating motion to a reciprocal linear motion of the piston. The liquid was moved by being sucked into the cylinder by the linear motion of the piston-like plate. The double-action makes the pumping more efficient. The comparison to the bridge rectifier with this double action pump is NOT similar.
@@gooddealonly - It's in the same ballpark. Maybe just reverse concept.
Diode = Check Valve, I think this is an accurate analogy
*rectum-fryer
Was thinking the exact same thing
very good idea...
👍
Nice 👌
The idea is great, cool animation btw. Thx
I will write it down my inventor notebook.
Thank you for stars.
Thanks for your hard working i hope you reach 100k subs
This is how your heart works. Same principal.
Your heart is not using a sliding piston, and the pumping movements are synchronised differently. Different principle (sp!).
I guess the valve thing checks out
Yeah, fair enough
@@ccreutzig Don't be so plain.
@@pixelmace1423 I just checked the valve on mine, and I didn't see any sign of a hinge or pin
Welcome to 100N Sub! ❤✋👍
Great work dude
Subscribed your channel
Thanks for the sub!
@@EngineOn 😊
Very nice good job. Honestly, i have been thinking a few days that air can be used in this way. Please send me a practical video related to this. Thank you very much.
Excellent 👌👌👌
Thanks a lot
Great video... would work great with a ram pump.
Excellent!
Very good
Very very very good idea 🚂🚂🚂
Many many thanks
I think a spring type check valve would be a better option to use here.
Yes you are right... It's is just concept animation... You can use advance valve or spring valve... Advance designed check valve work accurately... Thank you
If you mean a sprung piston-ball-disc check what you gain in backflow and water hammer prevention plus omni positional installs you lose in pressure drop thus flow rate vs a swing check for two equally line sized valves. I've seen swing checks with and without return springs. Don't play the video upside down with the current checks. Spring loaded swings might still work though ..
I suggest springs make it worse, reduce the flow, and another part to corrode or fail over time. Back pressure alone does the job
👍Parabéns pelo projeto/animação.
Great tutorial i ever see!!
Great explanation 😍
Very simple but Great
Thank you
Good job ,
Thanks
Im glad that i found this and im gonna giv a sub
Great idea!
Thank you.
Nice 🔥👌👍
Great job👍
How high can this pump suck water??
Can it suck from 30 ft above??
Sangat bagus di mixing dengan kincir angin
The only problem with this design would be sealing and lubrication. Like if you were to use a mechanical seal or packing on the reciprocating shaft, it would have to be replaced constantly, and would leak pretty easily. Also, oil from the crank would drip onto the piston shaft and likely make its way past the seal, contaminating the water being pumped. or water seeping past the seals would contaminate the oil. Also what's protecting the cylinder and the seals from hydraulic lock? If the outlet check valve fails on the down stroke, or some water gets trapped under the piston. Water being a non compressible fluid will either try and find it's way out by any means (often explosively), or provide so much resistance that it destroys the driver turning the crank.
Very educational video..nice
Glad you liked it, you are the 1st one .
@@EngineOn I am always waiting for your videos
Good idea
Great vidéo !! thank you very much !
Thank you
It is very very good idea...
Good idea , thanks you
You are welcome
Gostei muito da bomba. Parabéns!!!
obrigado
@@EngineOn cuál sería la máxima profundidad que succionaria el agua y a qué altura la podría subir?
Nice video
Thank you vardhaman..
Can this work for 50ft well? Nice video!!!
Flowrate constant ?
Love you sir
What application you used to make this video illustration?. Thanks
Does this pump need priming to start working ?
Nice
Bro fantastic hai kis application se banate ho bhi batawo n bhi
TB Mai Apne dosto SE bhi subscribe Karwa dunga pakka
So educated👌
Thank you
When this is used for pumping water unlike other water pumps hand pumps, this would have a better constant flow of water.
absolute sine wave for pump
Hmm so is this double one more efficient than a single one?
In part of speed - yes. In part of energy consumption per liter - no.
But is two 'one' faster than one 'two'?(?)
What's the difference between double and single?
From how many depth it can take out the water?
250 feet
This system should be under water or surface of the ground?
How do you Lubrictae the moving parts during work?
Mast👌
Thanks bro
Thanks
what is the software using for animation ?
it's very cool
3dsmax and blender
youtube: hey wanna see a water pump
me: ok
Yup, same here. TH-cam algorithm strikes again.
Which softwar uaed fo 3d animation
वेरी वेरी वेरी वेरी वेरी नाइस
Thank you Rahul sir to encourage me.
Es muy práctica
Saludos 🇲🇽
Which software are used for create this animation video?
Which software are you using to make such beautifull videos..
awesome work. superb animations
do you by any chance have a solid works module for this
Very good animation this new one I like it every one seen this I also wanted to learn from you can you teach me Shreya.
Yes, definitely I will tech you animation, now just focus on your study..... Best luck..
Thank you..
Is there a specific name for that kind of cylinder used?
Saludos de JOACIN MONTOYA inventor de escritura global y codigos Montoya.... .. ...
this is also how a blast furnace worked in medieval Europe
Your animations are wonderful!!!!!!
I am shocked , I understood everything.
❤️Which software you use to make these videos 😁👍
3dsmax and blender
@@EngineOn I also know blender!
I am expert in it but I left it because of time it takes to render animation.....
It took me around 5 days to render a 10 min. Animation❤️❤️❤️
@@psd4942 rendering depends on your hardware...
What are your specs?
@@samusam5853 bro what do you mean by specs...
Also do you also know blender
@@psd4942 Your pc's specifications...
Which software using? Software name
Superb animation sir.... Which software do you use to create this animation?
3ds max and blender
@@EngineOn Ok thank you... Keep making nice videos
Good
If I use this to pull up the water from a tube well, will it require less force compared to a conventional Hand Pump (two one wat valve system)? Is it better than that in any form?
working forever without eclectricity on highland hills 🎉🎉🎉🎉
genius machine
its a mechanical heart
good jop idea