Compressed Air Standard for Machining Centers

The standard of compressed air processing center mainly includes the following aspects:

pressure stability: The compressed air used in the machining center needs to maintain a stable pressure output. Generally speaking, the pressure should be between 6-8bar, and there are also requirements for pressure in 0.7-1.0 MPa (MPa). Ensuring a stable pressure output is essential for the normal operation of the machining center.

High purity: compressed air must not contain dust, moisture and other impurities. These impurities may affect the normal operation and accuracy of the equipment. Therefore, it is necessary to use a filtered and deoiled air source to meet the purity requirements of the machining center.

High dryness: The processing center needs to use dry compressed air to avoid damage to the equipment by water vapor. This is usually achieved by using a dryer to ensure that the air entering the processing center has sufficient dryness.

Low oil content: In order to avoid pollution to equipment and processes, the oil content in compressed air also needs to be controlled at a low level. The oil content is usually required to be below 5 mg/m3 to ensure that the air quality meets the requirements of the processing center.

In summary, the compressed air standard of the processing center involves stable pressure, high purity, high dryness and low oil content. Together, these standards ensure the normal operation of the machining center and extend the service life of the equipment. Please note that the specific standards may vary depending on the equipment manufacturer and the specific application, so the technical specifications and operating manuals of the relevant equipment should be referred to in practical applications.