China atlas copco air compressor hose Manufacturer, Supplier, Factory

Atlas Copco 2901205100,Air filter materials and classification: The materials for coarse filters include stainless steel wire mesh and synthetic fibers. Their application scope is generally in industrial environments, such as in mechanical manufacturing, textile printing and dyeing, for removing large particles of impurities. The materials for medium-efficiency filters include synthetic fibers and glass fibers. Their application scope is for areas with high requirements for air quality, such as some food processing, pharmaceuticals, and clean workshops. The materials for high-efficiency filters include ultra-fine glass fibers and stainless steel wire mesh. Their application scope is for precise environments, such as electronics, bioengineering, and clean operating rooms, to ensure air cleanliness. Oil filter materials and classification: Paper-based oil filters are used in conventional industrial environments to filter large particles of impurities in lubricating oil. Synthetic fiber oil filters are used in metallurgy, textiles, and electronics, suitable for medium-sized particle filtration requirements. Glass fiber oil filters are used for high-precision filtration requirements, such as in the lubrication systems of thermal power and nuclear power equipment. They are mainly used in mechanical manufacturing to ensure the normal operation of pneumatic tools and equipment.

Atlas Copco 1614950900,Prevent leakage of compressed air or liquid media, maintain stable system pressure, and ensure the normal operation of the air compressor. Prevent external dust, water and other impurities from entering the internal part of the air compressor, and protect the precision components from wear. Can withstand high temperature, high pressure and corrosive media, ensuring long-term stable operation under complex working conditions. Through low-friction design, extend the equipment lifespan. Some sealing rings have self-lubricating properties and achieve oil-free lubricated sealing. The design is simple and easy to install, convenient for maintenance, and some sealing rings (such as spring tension type) can automatically compensate for wear, improving reliability.

The Atlas Copco CUBICLE FILTER cabinet-type filter achieves refined purification, which not only ensures the normal operation of downstream equipment but also reduces product quality issues caused by compressed air pollution. It is a key device for improving the quality of compressed air in the air compressor system.

Atlas Copco Air Compressor Oil Pipe Maintenance and Replacement Regular Inspection: It is necessary to regularly check whether the oil pipes have hardened, cracked, bulged, loose joints or leakage. Especially during the equipment maintenance period, key inspections should be conducted. Timely Replacement: If the oil pipes are found to be aging or damaged, they should be replaced immediately with oil pipes that meet the original factory specifications to avoid oil leakage causing the equipment to run without sufficient lubrication, resulting in severe faults such as excessive wear of the main unit and overheating.

Atlas Copco WD80 Operating Instructions Regularly check the levels of engine oil, fuel, and coolant to prevent equipment damage due to insufficient oil or water. Clean or replace the air filter and oil filter to prevent dust from entering the engine or compression system. Before starting, confirm that the exhaust pressure setting is correct and matches the requirements of the downstream equipment. Before long-term storage, empty the fuel and coolant (especially in low-temperature environments) to prevent cracking or corrosion due to freezing.

First separation: The oil-gas mixture containing various-sized oil droplets, which comes out from the exhaust port of the air compressor main unit, enters the oil-gas tank. Most of the oil in the oil-gas mixture falls to the bottom of the tank under the action of centrifugal force and gravity. Second separation: The compressed air containing oil mist (particles with a diameter of 1 micron or less) passes through the micrometer and fiberglass filter material layers of the oil-gas separation filter element for secondary separation. The oil particles undergo mechanisms such as diffusion, direct interception, and inertial collision aggregation, causing the suspended oil particles in the compressed air to quickly coalesce into large oil droplets. Under the action of gravity, the oil gathers at the bottom of the oil separation element and returns to the main lubricating oil system through the bottom concave area of the secondary return oil pipe inlet, thereby enabling the air compressor to discharge more pure and oil-free compressed air.