Choosing the right compressor is just the first step for building the compressor station. An equally important step is the right choice of compressed air distributors, which should be designed so that the pressure and volume drop is as low as possible.
Pressure drop is usually defines as the pressure drop in the distribution grid between the compressor and the appliance. The main factor that affects the amount of pressure drop is the gage of the pipe. The smaller the pipe gage, the greater the friction is and the greater the pressure drop is. The size of the pressure drop should be taken into consideration when designing a pipeline dimension. It is important to find balance between piping gage so that pressure drop is minimal.
Volume drop or loss of leakage in the distribution grid are often a cause of higher costs on the production of compressed air. The main source of this loss could be badly made welded or pressed joints, selection of poor quality fittings with poor quality gaskets. The amount of volume drop should be within a maximum of 10% of the compressor station performance. In case of higher loss, it is necessary to find its source and try to get rid of it as quickly as possible.
Reducing pressure and volume drop can bring financial savings to your compressed air system. Considering the fact that the air leakage of 1 mm diameter in three-shift operation means CZK 7 200 / year and a 3mm diameter stands for CZK 70 000 / year higher electricity costs, it is necessary to be careful when considering the choice of not only the pipeline dimension but also of the material and overall design of the distribution grid.
There are a lot of things to think about when buying a compressor. What size do I need? What type of compressor is best for my application? What operating pressure is best for my needs? Find out more here!