What is the compressor of the diaphragm?

The membrane compressor is a device designed to compress or pressure from atmospheric air for storage or immediate use by moving a flexible membrane or diaphragm. This rather technical definition simply means that the membrane compressor is an air compressor, using a rubber or silicone membrane bending to compress air rather than a piston system. Conventional air compressors use the arrangement of the piston and crankshaft very similar to those found in the car engine to compress the air. Diffrops of membranes or membrane compressors, as are also known, use the crankshaft and the rod to bend the membrane that compresses the air due to the phenomenon of the displacement.

One of the simplest ways of demonstrating these principles is to consider an example. If an empty plastic syringe is blocked with a finger and the piston slowly compress, an increase in the voltage on the piston will be felt. This is due to the compression of the air column in the syringe tube. If sheet or blanket is held in all CTYrach corners two people and flip them up and down, generating a noticeable air stream. These two phenomena are the result of movement or relocation of air by a fixed object.

In the conventional piston compressor, the air column in the piston sleeve is compressed in the same way as the air in the syringe. When the piston reaches the top of its travel, the valve opens, which allows the compressed air to travel to the pressure tank where it is stored for later use. When the piston moves back to its lowest point, it draws more air into the cylinder and the process begins again.

The

membrane compressor achieves the same result by moving a flexible membrane or membrane up and down using the crankshaft assembly and the rod in the same way as the blanket is shaken. The resulting air shift causes air compression in the chamber equipped with a valve found in a conventional piston compressor. In addition to the apparent PRThe compression cycle remains the same. The membrane moves up and compresses the air that leaves the chamber through the outlet valve. The membrane then draws the new air into the chamber when it is dragged down and the cycle is repeated.

The diaphragm compressor is used in a wide range of applications, from small 1/8 horsepower capable of producing £ 50 per square inch (dogs) or less continuous pressure on a massive 6,000 industrial gas compressors. The membrane's dust is particularly suitable for hobby applications such as Airbrush painting and compression of toxic or explosive gases, as metal metal friction is kept to a minimum.