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A 3 cylinder engine : Compact in size, cheaper to built, light in weight, Less fuel consumption. 4 cylinder engine: bigger in size, smoother sounding than 3 Cylinder engine.
for thin cylinder the thickness to diameter ratio should be less than 0.07
It is a sphere, a cylinder and a cone that have less than 3 vertices!
By the use of a tank and a regulator. The compressor discharges into the tank, where the pressure can vary but is always higher than the desired pressure. The tank feeds the regulator which delivers the desired pressure. Alternately, you might be able to size or modify the compressor to meet the load exactly with a 100% duty cycle, but that is less practical.
They have less mass; and depending on how you define their "size", they also have less size.
You would do better looking on the compressor name tag than relying on an answer you`d get here.
These are compressors with more than one cylinder, usually of different sizes. The first cylinder takes in air at normal pressure and compresses it some. Then it releases the slightly compressed air to the second cylinder which takes it in and compresses it more. This repeats with each following cylinder. You can get much higher pressures this way than is practical with just one cylinder.
A tubeAnother answer:Piston Chamber is another phrase for Cylinder, although less likely than tube.
You cannot return the compressor unless it is the reason your system is not working. No need to reuse the compressor as you will have a brand new unit anyway.
If the ratio of thicness to dia of cylinder is 0.1 and less, it is thin. And if this ratio is more than 0.1 it is thick cylinder
An empty gas container actually weighs less than a full container.
The mean difference between Thick and Thin cylinders is : The ratio diameter/Thickness For Thin Cylinder, it is more than 20 For Thick Cylinder; it is less than 20