If you would have given explanation for the vessel near suction pipe then the concept was all done.... As we are not pushing the water in suction pipe's air vessel but it will deliver water while suction because of low pressure but how it recharge itself that is little confusing.... By the way thanks for the great explanation
After the suction stroke, a vacuum that has been created inside the air vessel will pull in water from the suction pipe till it reaches atmospheric pressure.
Just like the delivery end, what I think based on understanding the concept is, just as air vessel at delivery end expels or is forcing some of the liquid out from the delivery valve (During Backward stroke from left to right). Similarly, for suction stroke I think, during the intake of liquid through suction stroke, the liquid fills up the cylinder and some of that also enters the air vessel located near the suction pipe. As the piston again moves from right to left, the liquid is forced out from cylinder. The air is compressed at high pressure; which due to this in forward stroke, as the liquid level is getting emptied from cylinder, the pressurised air vessel forces out water level from it which also adds up to some more delivery of liquid through discharge pipe. So I mostly think, the function of air vessel is the same as that located at delivery pipe
Bro i really appreciate your Explaination. Thats the mind-blowing explaination. Bro i need your help. Please explain us about economizer used in chiller and please explain about the oilless chiller, means magnetic bearing are used in that chiller or air bearing used. Plz explain us about that also. Hat's off for your work
Haaaa looked again... And I think I figured out.... As the suction starts the pressure drops inside cylinder so water is sucked in from air vessel but as it is sucked in the air above it expands and lowers its pressure and creates partial vacuum and as the suction ends the air pressure acting on water at the water source it pushes the water into air vessel so that to build atm. Pressure in air vessel again. And process keeps on going
I think he is wrong...... May be or not...... But the air vessels are uesd to maintain the velocity of the liquid constant....not to have continuous flow.....basically it is a single acting reciprocating pump...it is like that.....🤷♂️
The same I am saying in terms of flow rate, the flow rate and velocity of flow are analogous to each other. In pumps the significant term is flow rate....
There is no explanation for the suction stroke.!! I was looking for that one. I'm confused now. In the suction stroke during the first half do the air vessel supply water to the cylinder or is it the other way - water get stored in air vessel? Which one is correct?
Is the volume of air vessel is equal to the volume of delivery pipe?? What is the amount of discharge air vessel supply at the time of suction stroke as compared to Normal delivery Stroke?
Air vessel is used to avoid interruption in the flow.
If you would have given explanation for the vessel near suction pipe then the concept was all done.... As we are not pushing the water in suction pipe's air vessel but it will deliver water while suction because of low pressure but how it recharge itself that is little confusing.... By the way thanks for the great explanation
After the suction stroke, a vacuum that has been created inside the air vessel will pull in water from the suction pipe till it reaches atmospheric pressure.
too much sincerity with explanation..... Nice sir
What is use if air vessel in suction side???? You not explain!!
Just like the delivery end, what I think based on understanding the concept is, just as air vessel at delivery end expels or is forcing some of the liquid out from the delivery valve (During Backward stroke from left to right). Similarly, for suction stroke I think, during the intake of liquid through suction stroke, the liquid fills up the cylinder and some of that also enters the air vessel located near the suction pipe. As the piston again moves from right to left, the liquid is forced out from cylinder. The air is compressed at high pressure; which due to this in forward stroke, as the liquid level is getting emptied from cylinder, the pressurised air vessel forces out water level from it which also adds up to some more delivery of liquid through discharge pipe. So I mostly think, the function of air vessel is the same as that located at delivery pipe
Fantastic video.i knew whole knowledge about AV
Thanks for explaining
thank you sir for an nice explanation.
Nice explain
nice explanation
Thank u Very much😮🙌
Superb explanation 👍🏻 thank you so much sir🙏🏻😊
Simple and neat sir!
Very clear explanation Sir
Thanks for very good explanation
Thanks sir
Thanks such easy explanation ☺️
Bro i really appreciate your Explaination. Thats the mind-blowing explaination. Bro i need your help. Please explain us about economizer used in chiller and please explain about the oilless chiller, means magnetic bearing are used in that chiller or air bearing used. Plz explain us about that also. Hat's off for your work
well explained thanka
Very good explanation , Thank you sir.
nice explanation.. Nice animation...
👌
It acts as an accumulator filling up the time gap when suction happens...and vice versa
Aala,Thanks bhai
Haaaa looked again... And I think I figured out.... As the suction starts the pressure drops inside cylinder so water is sucked in from air vessel but as it is sucked in the air above it expands and lowers its pressure and creates partial vacuum and as the suction ends the air pressure acting on water at the water source it pushes the water into air vessel so that to build atm. Pressure in air vessel again. And process keeps on going
Thank you sir 👌👌👌👌👌
Very useful....
Excellent sir
Thank you sir
Thank u sir
Good sir
I think he is wrong......
May be or not......
But the air vessels are uesd to maintain the velocity of the liquid constant....not to have continuous flow.....basically it is a single acting reciprocating pump...it is like that.....🤷♂️
The same I am saying in terms of flow rate, the flow rate and velocity of flow are analogous to each other. In pumps the significant term is flow rate....
Or why these Air vessel are not fully filled.. Why partially and from where air come inside air vessels it is surrounded with water only...????
Air never leaves nor enters the vessel. There would only be cases of vacuum or compression of the air.
Thank you for your explanation, I am going to use it in my teaching.
Best wishes from South Africa.
I think you should also explain the function of air vessel near the suction valve on suction pipe
Lower is for continued water suction by same method
Boss explanation
tnx
what is the significance of air vessel on the suction side?
There is no explanation for the suction stroke.!! I was looking for that one. I'm confused now. In the suction stroke during the first half do the air vessel supply water to the cylinder or is it the other way - water get stored in air vessel? Which one is correct?
It enhances the fLow of water while suction same as while diacharge....
Then what is the use of air vessel on suction side?
continues pull of water.
👌👍
Is the volume of air vessel is equal to the volume of delivery pipe??
What is the amount of discharge air vessel supply at the time of suction stroke as compared to Normal delivery Stroke?
Almost. By the time it ends, the piston would already be on its way for the delivery stroke.
Please reduce the use of the word "OK"
Your Speaking English need to improve.... and have Fluency in your speaking with Confidence...
Someone has already built such a device and it works, or is it just pure theory?
Google it, you will find a real one...
Thanks sir
Thank you sir