Screw air compressor oil and gas separator filter 91111-008 for SA-185W compressor accessories

The working principle of air compressor oil and gas separator

The oil and gas separator element is the key component that determines the quality of the compressed air of the air compressor. The compressed air from the compressor head entrains large and small oil droplets. Large oil droplets are easy to separate when passing through the oil and gas separation tank, while small oil droplets (suspended oil particles below 1um in diameter) must be filtered through the micron and glass fiber filter material layers of the oil and gas separation filter element. Through the diffusion of the filter material, the oil particles are directly intercepted by the filter material and the mechanisms such as inertial collision agglomeration make the suspended oil particles in the compressed air quickly agglomerate into large oil droplets. The inlet of the oil return pipe in the recess returns to the lubricating oil system of the machine head, so that the compressor can push out purer and oil-free compressed air. When the solid particles in the compressed air pass through the oil separation core, they are left in the filter layer, which leads to the continuous increase of the pressure difference (resistance) of the oil separation core. With the increase in the use time of the oil separator, when the pressure difference of the oil separator reaches 0.08 to 0.1Mpa, the filter element must be replaced. Otherwise, the operating cost of the compressor will increase (consumption
Electricity). Based on the use of the world’s second-class filter materials, Santa Feima company tests the oil content of the oil separation core and the pressure difference, and is willing to provide you with oil separation cores with low residual oil content, low pressure difference, and longevity gold.

Hazards of overtime use of high-efficiency filter elements:

(1) The filtration efficiency is poor, and the air quality of the compressor cannot meet the requirements of use, resulting in the failure of the gas equipment to work normally or the greatly reduced product qualification rate:
(2) After blockage, the piezoresistance increases, resulting in an increase in the actual exhaust pressure of the unit, an increase in the energy consumption of the unit, and an increase in production costs.