China Atlas Copco Air Dryer Manufacturer, Supplier, Factory

Maintenance precautions for Atlas Copco non-return valve assemblies Regularly inspect the wear condition of the seals. Replace them immediately if there is leakage. Clean the valve core and valve seat to prevent impurities from jamming and causing the valve core to fail to close properly. For spring-type non-return valves, check the elasticity of the spring to see if it has weakened. Replace it if necessary to ensure the sealing performance. When selecting non-return valve assemblies, match them according to the exhaust pressure, flow rate, medium characteristics, and pipe diameter of the air compressor to ensure that their pressure resistance level, flow capacity, and system requirements are consistent.

Atlas Copco Common Problems and Risks Oil emulsification: This often occurs due to the failure to promptly drain condensate (such as when the drain valve of the oil separator is blocked). Regular drainage is necessary. After emulsification, the oil must be replaced immediately and the drainage system checked. Oil carbonization: Due to poor oxidation stability of the oil or excessive exhaust temperature (failure of the cooling system), carbon deposits will clog the core of the oil separator and the oil filter, resulting in increased pressure loss and increased energy consumption. In severe cases, it can cause the main unit to freeze. Abnormal oil level: Low oil level will lead to insufficient lubrication and cooling; high oil level will cause excessive oil content in the exhaust (the oil separator does not separate thoroughly), and oil needs to be added or drained according to the scale on the oil level gauge.

New jet screw, oil-free screw, centrifugal compressor, ROTZ, screw, centrifugal blower; After treatment dryer, cooling dryer, filter; Pressure swing adsorption nitrogen machine; In addition, controller expansion has been optimized, and energy recovery equipment and over 20 new products will be provided simultaneously.

The Atlas Copco UNLOADER kit is usually equipped with the actual unload valve, pressure regulating device, spring, O-ring and other components.

Atlas Copco 1624069680 has an intake valve that automatically adjusts the intake volume according to the pressure of the air compressor. The exhaust valve discharges the compressed high-pressure gas from the compression chamber to the storage tank while preventing the gas from flowing back. The check valve ensures that the compressed air flows in the opposite direction when the air compressor is shut down to prevent the rotor from reversing. The safety valve automatically releases pressure when the air compressor pressure exceeds the set value to prevent overpressure and damage to the air compressor.

Installation and Maintenance of Atlas Copco Screw Air Compressor Regulators During installation, ensure that the connection between the regulator, the air compressor, and the pipelines is sealed properly to prevent air leakage and affect accuracy. Regularly clean the sensing components of the regulator (such as diaphragms and sensors) to prevent impurities from blocking or wearing them out. For mechanical regulators, check the spring elasticity to ensure it is normal; for electronic ones, perform regular sensor calibration. If you encounter problems such as excessive pressure fluctuations or malfunctioning regulation, promptly repair or replace the regulator. When choosing an air compressor regulator, consider factors such as the power of the air compressor, the pressure requirements of the gas-using equipment, and the operating environment to ensure efficient and stable system operation.