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compressor work on two principles 1)reduce volume of a constant amount of gas 2)adding more gas in a constant amount of volume positive displacement compressor works on first principle it reduces the volume of gas by applying force on it but gas amount is constant in every stroke or rotation thus increasing the pressure. centrifugal compressor work on second principle it adds more amount of gas in a given constant volume thus the pressure increase.
The Stirling engine was invented by Reverend Dr. Robert Stirling and patented by him in 1816.It is an engine that gets it's power from the movement of heat energy from a hot place to a cold place. It consists of two cylinders, the first one is called the displacement cylinder and the second one is the power cylinder.The displacement cylinder has two sections, a hot section and a cold section, the piston in the displacement cylinder is a loose fit so that air or gas can pass by when it is moving, the purpose of this piston is to move the air or gas from the hot section to the cold section and back to the hot section hence "displacing it".Second is the power cylinder containing a double acting piston that is connected to a crankshaft fitted with a fly wheel.When the displacing piston moves to the cold part of the cylinder, the largest volume of air or gas is in the hot part of the displacement cylinder, where it will heat up and expand to a higher volume and push the power piston outwards, when the displacement piston moves to the hot side of the cylinder the air or gas moves over to the cold side of the cylinder, where it will cool down and shrink to a smaller volume and form a vacuum that sucks the power piston in the opposite direction.
a gas compressor is a device that increases pressure and reduces its volume
A rotary compressor is like a car engine, with pistons, rods, sleeves, valves, etc. A screw compressor has two screw type rotating parts that squeeze the refrigerant as the screw threads get tighter and tighter. They have long life potential.
The volume occupied by the cylinder when the piston is at top dead centre is called clearence valume.
Displacement
iti s volume occupied by displacement of d piston cc is d volume occupied by displacement of d piston
cubic centimeter displacement (the volume that the piston displaces in the cylinder)
An air compressor which is used to compress air in a cylinder, that is reducing the volume and increasing the pressure of air is known as positive displacement air compressor. It is used for the compression process in IC engines.
Cubic displacement inches (the volume in inches displaced by the piston/s).
CC= Cubic centimeter= cube C^3= volume of refrigerant vapor displaced by compressor piston.
the head doesnt effect the output pressure of a compressor package but the size of the piston and the amount of clearence and volume between the piston and head changes your output psi
The term 'cc' means 'cubic centimeters'. When used to describe an engine, it describes the total volume of the piston displacement. Basically, the larger the total volume of piston displacement, the more air/fuel mixture you get. All of this means greater power you can get from that engine.
For engines, volume measured from top of cylinder to top of piston when at bottom of its stroke.
The term 'cc' means 'cubic centimeters'. When used to describe an engine, it describes the total volume of the piston displacement. Basically, the larger the total volume of piston displacement, the more air/fuel mixture you get. All of this means greater power you can get from that engine.
compressor work on two principles 1)reduce volume of a constant amount of gas 2)adding more gas in a constant amount of volume positive displacement compressor works on first principle it reduces the volume of gas by applying force on it but gas amount is constant in every stroke or rotation thus increasing the pressure. centrifugal compressor work on second principle it adds more amount of gas in a given constant volume thus the pressure increase.
a compressor that only performs one action to reach it's output flow ie a single piston between inlet and outlet there are multi piston single stage compressors but all the cylinders act seperately and are all the same volume a compressor that only performs one action to reach it's output flow ie a single piston between inlet and outlet there are multi piston single stage compressors but all the cylinders act seperately and are all the same volume