If you are someone who works in the field of heavy equipment manufacturing and construction, you definitely have a need for a compressor. Therefore, you should have basic knowledge about the types, purposes and benefits of compressors. Choosing the right compressor will be very helpful in your work.
For example, the gas application process relies on a complete evaluation obtained from many variables. Operations and design are separate but interdependent.
In many cases, more than one type of compressor should be considered. There are several specific steps that should be sequenced. This refers to the end result that shows when, where, how, and why an oil-free screw compressor is recommended.
Here are the Flow Rate and Pressure Range Parameters of the Screw Compressor:
The diagram above shows that the use of compressors will be based on the thermodynamic principles of the compression process. The compression process is a dynamic and positive displacement and is categorized into types of compressors that use each principle.
It also describes tabulations on the typical flow ranges and pressure capabilities of each compressor type. To facilitate review and evaluation in use, it can be shown on a diagram that shows the range of applications for various types of compressors. Because, compressors have many types that are widely recommended by adjusting the type of work.
You can also reorganize it into a performance map composites so that it is easy to apply to work. Screw Compressor has the extra advantage of transferring positive energy (similar to rotary compressors) with rotary motion (like centrifugal compressors). So it is able to provide various reliability in the operation process.
The use of screw compressors continues to grow very rapidly. This was influenced when the compressor was first exhibited in 1975 from "API Standard 619, in General Refinery Service." Therefore, this type of compressor is in great demand by most industries, especially manufacturing.
