I am a student of industrial automation and i liked of this materials from youtube to my search vacuum tecnology,
@bolinliblueman6 ай бұрын
good !
@frederickrare17187 ай бұрын
Just imagine the balloon is water (separating the gas inside the chamber from outside air(the atmosphere)), is it still working like that?
@solank76207 ай бұрын
This video at 6:53 to 7:03: kzbin.info/www/bejne/h2ncgZaKetlla9Esi=29CuTGVEi9RVpQyZ Says that siphons work because of gravity, and the liquid’s cohesive force. And that atmospheric pressure is a proven false theory. So what is going on here then? Is that video wrong, and atmospheric pressure does play a role?
@laurasofiaguerra427 ай бұрын
What about this formula t=-(V/S)*(P2-P1)? i used the one you said for higher pressures but the result its crazy and no way posible. instead for a range of 1*e-3 Torr- 7.6e-6 Torr its more accurate
@anaramirez92369 ай бұрын
Very well explained in simple terms and without jargon or fluff. Thank you.
@atlascopcoindia9 ай бұрын
Thank you for the positive feedback, Ana 😊
@AtlasCopcoVacuumSolutions9 ай бұрын
Thank you for your kind words, Ana. 😊
@TangodownNZ11 ай бұрын
See this is the problem. When you say “Lets start with the most basic question of all, what is vacuum?”, “The first thing that comes to mind is outer space” But the first thing that comes to my mind is a vacuum cleaner
@goldendragon776 Жыл бұрын
Thank you for your video. But, how is your neck?
@PinguExpert4 ай бұрын
🤣
@generationalstewardship Жыл бұрын
I don't think "vacuum" means "less pressure than atmospheric pressure". Let me look it up. Hmm, "A space empty of matter". And, it seems like there is a lot of that out there in your model.
@AtlasCopcoVacuumSolutions Жыл бұрын
To read more about our Vacuum Solutions' Models in detail, you can check out the following link: www.atlascopco.com/en-us/vacuum-solutions?v19
@erdoganhanci7349 Жыл бұрын
Bu fabrikada çalışmayı gerçekten çok isterdim.basarili projeler,
@AtlasCopcoVacuumSolutions Жыл бұрын
Bizimle çalışmak istediğinizi bilmek bizi çok mutlu etti Erdoğan Hancı! Mevcut işleri kontrol etmek için lütfen bağlantıyı takip edin: www.atlascopcogroup.com/en/careers/job-overview
@deepb154 Жыл бұрын
We can also have two pipe and three pipe equilization system, used to achieve deeper vacuum such as food packaging. This is again a quick process increasing packaging cycle, hence production
@DDDelgado Жыл бұрын
Nice explanation about liquid ring pumps.
@AtlasCopcoVacuumSolutions Жыл бұрын
Thank you for your kind feedback, Dario.
@kagishotsoka3770 Жыл бұрын
Gravity holding the air down against the infinite vacuum of space?
@Mikejr043 Жыл бұрын
I doubt it🤣
@lucasbarbeau954 Жыл бұрын
And so a siphon of a less dense liquid, say oil, will have a higher maximum siphon height than that of water?
@kjellg6532 Жыл бұрын
Yes, can pass a higher wall, obstacle, but still the output must be lower than the source level at the input.
@bipinshahi9830 Жыл бұрын
That's why it's squeeze-squeeze
@fikileveronaalice64372 жыл бұрын
The first thing that comes to mind is vacuum cleaner.😅🤣🤣
@blackpanthermcu11222 жыл бұрын
One example of a vacuum: space another example of a vacuum: My brain ( Literally nothing in there)
@rajeswari40912 жыл бұрын
Best explaination
@AtlasCopcoVacuumSolutions2 жыл бұрын
We are happy that you found it to be appealing.
@rajeswari40912 жыл бұрын
@@AtlasCopcoVacuumSolutions The way it was explained is worthy , I understood better this topics nd it's amazingly correlated .
@timdunk72782 жыл бұрын
Does said disappear, and flow resume once the water level rises above the 10.32meter level?
@AtlasCopcoVacuumSolutions2 жыл бұрын
Hi Tim, To help you more effectively, we respectfully ask that you further expand on your inquiry.
@timdunk72782 жыл бұрын
When the water stalls, and the gap is formed, does the flow restart when the water level rises past the 10M level? The reason is, whenever my syphone stalls, it’s necessary to open the venting valve which is positioned at the apex and then fill the void to restart the flow. Also another question: does a syphon create bubbles? My siphoned is 300m long by 4” diam. I’ve pressure tested every mm with 30psi of air, but still have a tiny stream bubbles at the discharge, I can also hear bubbles streaming through the apex with a stethoscope. Can you spell the gauge type you referred to? I can’t quite hear the term clearly. Thank you very much.
@AtlasCopcoVacuumSolutions2 жыл бұрын
We would appreciate it if you could provide us with your country of origin so that we can refer you to the appropriate team.
@timdunk72782 жыл бұрын
@@AtlasCopcoVacuumSolutions canada
@ReazonSama2 жыл бұрын
id prefer to see more graphic visualisations to support the presentation not just a plain sight on dude talking.
@AtlasCopcoVacuumSolutions2 жыл бұрын
Thank you for your valuable feedback. :)
@silvabarca2 жыл бұрын
My kids in the school says, vacuum cleaner is the first thing that comes to their mind, not the space!
@bpinkhof3 жыл бұрын
No, a vacuum is filled with waves of consciousness that are responsible of making particles, because in a vacuum particles are being created. Our universe is fillend with consciousness waves but we need instruments to visualize them like we have instruments to show us the gravitation waves. There is a lot in our universe we cannot see with our eyes but it doesn't mean other things are there somewhere. We have to search. It is to easy to say there is nothing if you cannot find anything for the moment. That is laziness. Why don't you all to a real search in stead of reading and reading. See te relations between everything and you are able to discover. I discovered this and claim this on my name. Bruno Pinkhof is my name. It comes out of my head and creative thinking and seeing the relations. And research, I worked for it. Traspiration. Give me a pint of beer when it is fully proven. A lot of traces are in the direction of my theory but there is more work to do. Consciousness are not particles, it can be only an element of them. Our Milky way has a consciousness, we have to show those kind of waves on a screen that it will be clearer. I am not writing this because I read it somewhere but because I worked for it, did research, saw all kind of relations myself and I am so proud of it. hahahaha I am from Belgium where the big bang theory has been invented. Drink a trappist from the 11 th century brewed by Belgian monks and you will be able to see more. So easy to say there is nothing when you are not able to see it with the eye.
@AtlasCopcoVacuumSolutions3 жыл бұрын
Thanks for sharing your insights Bruno
@michaelohair10623 жыл бұрын
A Siphon Pump Having a Metering Chamber can dispense water 25 feet above the source. The weight of the water within the sufficiently sized long leg is acted on by gravity when the system is closed back airtight and the flow is allowed by opening a control valve after a small portion is withdrawn from an inline metering chamber and a vacuum is created that is enough to draw water from the source to refill the chamber and flush any air from the system at the long leg outlet end making the system ready for another withdrawal.
@AtlasCopcoVacuumSolutions3 жыл бұрын
Thanks or sharing your insights.
@michaelohair10623 жыл бұрын
@@AtlasCopcoVacuumSolutions US Patent 5,358,000 has defined a Siphon Pump.
@kjellg6532 Жыл бұрын
@@michaelohair1062 From what I see, that patent can not work.No energy input to elevate any water.
@michaelohair8443 Жыл бұрын
@@kjellg6532 The siphon pump having a metering chamber does work. The basic concept is pictured in figure #1. The siphon is initially primed and the water is allowed to flow through the short leg and the canister and the outlet long leg. The crest of the siphon conduit can be raised 25 feet above the source and gravity acting on the properly sized long leg that is positioned far enough below the inlet elevation will cause a flow. The flow control valve #28 at the crest works in conjunction with an anti backflow valve # 26 at the lower end of the long leg to leave it full when the flow is stopped by closing the shutoff valve. The canister can then be emptied and put back airtight and the foot valve #12 prevents any water from falling back to the source. The control valve can then be opened and the weight of the water within the long leg will draw water from the source replenishing the canister and the small amount of trapped air will be expelled out the end of the long leg and the system will be ready for another withdrawal at the crown. This is a cycle. No outside source of energy is required because gravity is the only power source.
@kjellg6532 Жыл бұрын
@@michaelohair8443 I understand that this is how the patent describes it, but I disagree. At startup all tubes and vessel 16 is filled with air. There is no energy stored in the system. By filling the tubes and 16 with water you add energy to the system as static height energy. By letting out water from 16, you expelled energy from the system. After a few cycles, no energy is left in the system. This „siphon" can not work as there is a leakage at the apex of the system. Flow at the output side will not refill 16 and 16 will be filled with air. That is, if the whole system do not stop before that.
@michaelohair10623 жыл бұрын
Pioneer US patent 8,763,625 is available for a. sales agreement. This is the only
@aktmoradabad19853 жыл бұрын
Kindly share the contact details
@AtlasCopcoVacuumSolutions3 жыл бұрын
Hi Anil, thank you for reaching out! Please tell us the country you live in so that we can direct you to the right team.
@udayramakrishna2 жыл бұрын
@@AtlasCopcoVacuumSolutions okp 21 times
@viralchavda89523 жыл бұрын
Perfect throw of ice into bowl 😀
@godzilko3 жыл бұрын
He explained it so good I felt the air above me. If someone does that for gravity would be amazing.
@nvigneswaran36993 жыл бұрын
Indeed true revolution adds a lot of value to the customer
@celalettinaslanoz57683 жыл бұрын
This is the best technology ever. Connecting the pump to the local network and remote control with smart devices…
@christophangenendt51173 жыл бұрын
So many options for connecting a vacuum pump to the local area network and once there, the customer can basically interact with the pump however they choose. Via mobile device, local laptop, remote PC, or using the HMI on the pump: the decision is in customers hand.
@christophangenendt51173 жыл бұрын
Much more than a single controller. It is a whole control platform - more like a whole control room...
@snwd9923 жыл бұрын
The important thing here is that people call it "suction" which is misleading because vaccum has no pulling force. Its actually the atmosphere on the other side "pushing". Just like in a see - saw , the heavier body pushes more and hence the lighter body rises... Here the atmosphere pushes and water rises.
@michaelohair10622 жыл бұрын
Gravity acting on the contents within the long leg of the airtight conduit creates a suction at the short leg which draws liquid from the source over the crest and to the outlet that is positioned sufficiently below the source.
@Rick-the-Swift Жыл бұрын
It's both pressure, gravity, suction, and molecular bonding at play. If you take away any of these components the siphon simply will not work. You need atmospheric (or some other) pressure to push down on the basin of water, suction to pull (or continue pulling) the liquid up the tube, gravity to continue pulling (sucking) the molecularly bonded chain of water molecules over and down the tube spout exit.
@kjellg6532 Жыл бұрын
@@michaelohair1062 Now what happens if you make the suction pipe 1 m in diameter and the exit side as short as possible with a 1 inch pipe? The siphon still sends water from the higher source to the lower exit, despite much more water at the suction side, ref: en.wikipedia.org/wiki/Siphonen.wikipedia.org/wiki/Siphon
@serialkillergaming1833 жыл бұрын
Bro I like your explanation👍👍👍
@viralchavda89523 жыл бұрын
Nice !
@laughismedicine93193 жыл бұрын
We have also a river about 300mtrs from our house but the problem is I need a 20mtrs suction to lift the water from down. My question is, can I use siphon system if my suction height is 20m and the outlet going to our house is 300meters?
@Rick-the-Swift Жыл бұрын
Hi. Did you try it? What did you learn?
@kjellg6532 Жыл бұрын
Sorry, but no siphon can lift any water. Water level of source must be higher than point of exit from the siphon.
@Rick-the-Swift Жыл бұрын
@@kjellg6532 Pardon, but yes, siphons can and do "lift" water all the time. I've seen hundreds, maybe thousands and have yet to see one that doesn't, or at least one that doesn't cause water to "rise' ;)
@michaelohair1062 Жыл бұрын
A siphon can indeed lift water above the source level. US Patent 5,358,000 was the first to teach how an inline metering chamber can cyclically be emptied and refilled with a siphon conduit.
@kjellg6532 Жыл бұрын
@@michaelohair1062 I do not think so. To lift water to a higher elevation you need to add energy to it, ref laws of thermodynamics. How does this patent add energy to the water? I have briefly looked at the patent. From input 12 via a small closed canister 16 to the lower output at 24 this is a copy of the drum-„pump“. It works fine as a siphon as the system is air tight and the output is lower than the source. Then comes the tricky part. At some point in time the valve 42 is opened and water from the high canister 16 are let out at a high elevation at outlet 42. You primed the system, added energy to the system by manually lifting water into canister 16. Now this energy is lost by expelling the water via output 42. To reenergise the system you now have to manually lift another body of water up into canister 16. I can not see that this system can lift any water, no source of energy input but for your arms. There are some discussion about automatic valves, opening and letting air in to the system etc, but this does not explain any energy source. As I see it, this patent does not work.
@alekya55413 жыл бұрын
Explanation is awesome sir thank u I understood that what is a vacuum...🔛
@rolesison91793 жыл бұрын
Science guy: the first thing that come to mind when we think about vacuum is outer space. Me: A vacuum cleaner.
@magicvalleycandelariaquezo81373 жыл бұрын
Very impormative,thanks for d creator of this video..can we discuss further?there is a limit of this application with respect to the head of the water source or supply..anybody who have d data of the limitations.lets say I want to use this application to a water source 50m below the ground,will this system work by creating an elevation on top of the ground for a siphon system..just an exaggerated scenario..will d water 50m below the ground still be pumped up by siphon system to flow on d ground?
@AtlasCopcoVacuumSolutions3 жыл бұрын
Hi Wilbert and thanks for your interest in our videos! You’ve rightly grasped the important takeaway here that it is the strength of Atmospheric Pressure, not Vacuum, that provides the energy to drive water up the tube - every 0.1bar of pressure is enough to push water 1m high, so If you have 1bar of atmospheric pressure at the bottom, you can push water up 10meters of vertical height by creating a vacuum (removing the atmospheric pressure) at the other end. The peak of Mt Everest is at an altitude of 8Km, at this height there is much lower atmospheric pressure- only about 30% compared to sea level. If you set up a barometer on top of Everest, you would find that atmospheric pressure is only strong enough to push water 3.3meters up the column. The reverse is also true of course - if you could dig an empty canyon 8000m deep, the air pressure at the bottom would probably be around 1.7bar - this higher pressure would allow you to make a siphon or barometer with a 17meter column of water. Does that help to explain?
@magicvalleycandelariaquezo81373 жыл бұрын
@@AtlasCopcoVacuumSolutions thanks for the info,with that,kindly confirm my thought that it is possible to use SIPHON in extracting water from d river to a 50m ground to have a continuous water flow since the river has a continuous water flow.Is that right?
@magicvalleycandelariaquezo81373 жыл бұрын
@@AtlasCopcoVacuumSolutions very helpful,thanks a lot,hope u can guide me further to set up a free flowing water to a level ground extracted from a 50m below river using a 5 stages SIPHON as u said 1bar atmospheric pressure can push water 10m above without using external energy.
@kjellg6532 Жыл бұрын
@@magicvalleycandelariaquezo8137 No siphon can lift any water to a higher elevation. Thus using 5 stages is equal to 5*0=0
@footballvids99983 жыл бұрын
Very helpfull👍🏻
@InclinedTherapy3 жыл бұрын
Disproved in 24 metres tube experiments 1994 check height limit of a siphon corrigendum
@magicvalleycandelariaquezo81373 жыл бұрын
Hi Andrew,thanks for your comment.whst do u mean by 24 meters tube,is that d difference in height of the tube from d top level of d siphon tank water source and d outlet point?
@InclinedTherapy3 жыл бұрын
@@magicvalleycandelariaquezo8137 I used a single 48 metre nylon tube 6mm internal diameter, type used in beer cellers. The tube was raised by it's centre, with both open ends submerged at bottom of two vessels, all was filled with boiled water to remove any gas.
@magicvalleycandelariaquezo81373 жыл бұрын
@@InclinedTherapy thanks Andrew,I saw videos siphoning water from a lower elevation to a higher elevation,is that really possible?the principle of siphon is the outlet should be lower than the inlet..this system will be very useful if it has capability to transfer water from lower elevation to a higher elevation..if that is possible,do u have idea about the elevation difference that this system will work..you said at 24m this will not work but the video said at 10m it will reach the vacuum.i'm thinking to use this system extracting water from a river and transfer it to a 50m above ground using siphon..do u think it's possible?
@magicvalleycandelariaquezo81373 жыл бұрын
The idea is to set up siphon system in between the river and the 50m elevated ground.i think I need multi stages siphon to do that.is this problem can be solved using Bernoulli's principle only or I need other engineering principles for d calculations?
@AtlasCopcoVacuumSolutions3 жыл бұрын
Hi Andrew and thanks for taking an interest in our videos! As Vacuum Specialists, our aim with this video is to describe one of the principles of Vacuum Technology: that vacuum cannot pull, it is simply the absence of a pushing force. This concept helps us to see how atmospheric pressure influences the liquid level in a column and to understand how barometers work. While we wouldn’t dispute that surface tension, momentum and other dynamic liquid flow phenomena might enable an operating syphon to extend above 10 meters - we’re quite certain that you could not prime any such siphon in the traditional manner using vacuum at the exit of the tube - instead either the tube should be filled first as in your experiment, or liquid would have to be pumped up the tube from the water source with positive pressure. Would you agree?