Several suitable pressure of air compressor

The pressure setting of the air compressor depends on its specific application requirements and working environment. The following are some common air compressor pressure settings and their applicable scenarios:

low pressure air compressor:

the working pressure is usually between 0.7 and 1.6 MPa (megapascals), which corresponds to 7 to 16 bar.

This type of air compressor is usually used in light applications, such as small equipment such as inflatable toys and inflators in the home and office, as well as equipment in the printing and packaging industry, such as inkjet printers, folding machines and staplers.

Medium pressure air compressor:

the working pressure is usually between 1.6 and 4.0 MPa (megapascals), I .e. 16 to 40 bar.

This type of air compressor is suitable for some applications requiring medium pressure, such as spray dryers, mixers and filling equipment in pharmaceutical and food processing processes, as well as pneumatic tools and painting equipment in automobile repair and painting shops.

high pressure air compressor:

the working pressure usually exceeds 3.0 MPa (megapascals), I .e. more than 30 bar.

These compressors are used in industrial applications that require very high pressures, such as certain manufacturing processes or laboratory environments.

When choosing the pressure of the air compressor, the following factors need to be considered:

use environment and application requirements: Different industrial fields and application scenarios may require different working pressures.

Equipment types and specifications: Air compressors of different types and specifications may have different working pressure ranges.

Process requirements: Some processes may have strict requirements on the working pressure, which need to be set according to these requirements.

In short, the pressure setting of the air compressor should be determined according to specific needs and operated within the scope recommended by the manufacturer to ensure the normal operation and safe use of the equipment. If the pressure is set improperly, it may cause tools and equipment to fail to work properly, affect production efficiency, and even damage components, increase energy consumption, and reduce equipment life.