The compressed air equipment in an installation determines the requisite working pressure. The correct working pressure does not just depend on the compressor, but also on the design of the compressed air system and its piping, valves, compressed air dryers, filters, etc. Different types of equipment can demand different pressures within the same system.
How do we calculate the working pressure for compressed air equipment?
Normally, the highest pressure determines the requisite installation pressure and other equipment will be fitted with pressure reducing valves at the point of consumption. In more extreme cases, the method can be uneconomical and a separate compressor for special needs can be a solution. It should also be kept in mind that the pressure drop quickly increases as flow increases. If a change in consumption can be expected, it makes economic sense to adapt the installation to these conditions.
Filters and special dust filters, have a low initial pressure drop, but become clogged over time and are replaced at the recommended pressure drop. This factor will enter into the calculation. The compressor's flow regulation also causes pressure variations and therefore must also be included in the assessment.
It may be appropriate to perform calculations using the following example: It is the primarily the end consumer application along with the pressure drop between the compressor and the consumer that determines the pressure the compressor will need to produce. The working pressure can be determined by adding the pressure drop to the system, as shown in the example above.
Read more on the different aspects of dimensioning compressor installations below.
Het installeren van een compressorsysteem is eenvoudiger dan vroeger. Er moet echter nog wel met enkele zaken rekening worden gehouden en dan met name met de locatie van de compressor en hoe de ruimte rond de compressor moet worden georganiseerd. Meer informatie vindt u hier.