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Atlas Copco XC2002 Operating Instructions Before operation, it is necessary to familiarize yourself with the equipment manual to avoid parameter errors that may cause protection functions to fail. Regularly check the connection lines of the controller and sensors to ensure stable signal transmission. When a fault alarm occurs, you need to identify the cause based on the code (such as sensor failure, exceeding actual parameters, etc.), solve the problem before restarting the equipment.

Failure causes and maintenance suggestions for Atlas Copco Air compressor O-ring Common failure causes: Long-term high-temperature aging leads to reduced elasticity, wear or scratches (such as impurities entering the sealing surface), improper installation (such as twisting, being too tight), incorrect selection (material not suitable for the medium or temperature). Maintenance precautions: Regularly inspect the condition of the O-ring. Replace it promptly if it shows signs of hardening, cracking, deformation or leakage. When replacing, clean the sealing groove and mating surface, remove oil stains, burrs and impurities. Avoid using sharp tools to scratch the O-ring during installation. If necessary, apply special lubricating grease (compatible with the medium) to assist in installation. Select matching specifications and materials for the O-ring based on the air compressor model and location.It is recommended to use original factory parts to ensure the sealing effect.

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.

The air compressor oil filter is a key component of the lubrication system of an air compressor. It is mainly used to filter out impurities, particles and contaminants from the lubricating oil, ensuring that the oil entering the compressor meets the cleanliness standards, thereby protecting the internal components of the compressor (such as bearings, gears, rotors, etc.) from wear and damage, and extending the service life of the equipment. Working principle Physical interception: Through the microporous structure of the filter paper or filter element, particles larger than the pore diameter are mechanically filtered out. Adsorption effect: Some filter element materials can adsorb colloids and moisture, thereby enhancing the filtering effect.

Maintenance suggestions for the linkage components of Atlas Copco air compressors Regularly check the tightness of the linkage components (such as coupling bolts, belt tension), to prevent eccentricity or slippage due to loosening. Observe for any abnormal vibrations, unusual noises or temperature increases, which may indicate wear or poor fit of the linkage components. Replace the wear-prone parts (such as coupling elastomers, belts) according to the maintenance schedule to ensure transmission efficiency and safety.

Replacement and precautions for the oil filter housing of Atlas Copco screw-type air compressors Part matching: It is necessary to use the original Atlas Copco housing module to ensure complete matching with the model and filter cartridge model (for example, the housing specifications of different power models of the GA series are different). Installation guidelines: Clean the internal oil stains and impurities of the housing during replacement, and check if the sealing surface is flat. The new housing needs to be properly coated with sealant (if necessary) or installed with new O-rings to avoid leakage. Tighten the filter cartridge with the specified torque to prevent over-tightening from damaging the housing threads or under-tightening causing leakage. Regular inspection: During each oil filter cartridge replacement, simultaneously check for any cracks or deformations in the housing, whether the sealing parts are intact, and ensure the reliable operation of the oil circuit system.