How does a scroll air compressor works ?
A scroll air compressor is a type of compressor that works by using two interlocking spiral-shaped scrolls or plates to compress air or gas. The compressor has one stationary scroll and one orbiting scroll that rotates around the stationary scroll. The two scrolls have complementary shapes that allow them to interlock and create pockets of air or gas that become increasingly smaller as the scrolls rotate.
When the compressor is in operation, the orbiting scroll moves in a circular motion around the stationary scroll. As it moves, it creates pockets of air or gas between the two scrolls. The pockets of air are forced to move towards the center of the spiral, where the space between the two scrolls is the smallest.
As the pockets of air or gas move towards the center of the spiral, the pressure increases. This compression process continues until the pockets of air or gas are forced out of the compressor as compressed air or gas. The compressed air or gas is then stored in a tank or used immediately for a variety of applications.
One of the advantages of a scroll air compressor is its ability to operate at high speeds with minimal vibration or noise. The design of the compressor eliminates the need for pistons, which can create vibrations and noise. The scroll compressor also has fewer moving parts than other types of compressors, which reduces the risk of mechanical failure.
Another advantage of the scroll air compressor is its high energy efficiency. The compressor's design allows it to compress air or gas with very little energy loss, which means it uses less energy to produce compressed air or gas than other types of compressors.
In conclusion, a scroll air compressor works by using two interlocking spiral-shaped scrolls to compress air or gas. The compressor operates at high speeds with minimal vibration or noise and has high energy efficiency due to its design. These features make the scroll air compressor an excellent choice for a wide range of applications, including manufacturing, construction, and automotive industries. The below gif show how the scroll internal device works.