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The V-shaped belt has the characteristics of simple structure, high transmission efficiency and convenient maintenance. It is suitable for equipment that requires stable power transmission, such as air compressors. In Atlas Copco air compressors, the specifications and models of the V-shaped belts vary according to the specific compressor model and power, in order to meet different transmission requirements.

Common Faults and Solutions of Atlas Copco Air Compressor Pressure Gauges Pointer not moving or stuck Reason: Internal gears stuck, spring tube damaged, interface blocked (impurities or condensate water frozen). Solution: Disassemble and clean, remove the blockage; replace the gauge if severely damaged. Incorrect or drifting reading Reason: Elastic element fatigue (long-term use), pointer loose, drastic changes in environmental temperature. Solution: Re-calibrate; replace aging components or pressure gauge. Shell leakage Reason: Sealing of shock-resistant gauge is poor, screws of the shell are loose. Solution: Add silicone oil / glycerin and seal; tighten the screws; replace the shell if severely damaged.

Usage and Maintenance Notes Strictly match the model Different series of air compressors (such as GA, GHS, ZR, etc.) require the use of corresponding model-specific oils. Mixing or using the wrong type may cause equipment damage and affect warranty. Regular replacement and inspection Replace according to the specified cycle in the equipment manual (synthetic oil usually has a longer cycle than mineral oil), and replace oil filters, air filters, etc. at the same time. Regularly test the oil quality (such as viscosity, moisture content, impurity content) to avoid failures caused by deteriorated oil. Storage and refilling The oil needs to be stored in a sealed manner in a cool and dry place to avoid contamination; when refilling, ensure that the tools are clean to prevent impurities from entering the oil circuit system.

Atlas Copco 2200902017 "Wear Kit" Replacement and Maintenance Recommendations Replacement Timing: Triggered by service manual or when pressure difference/temperature abnormalities occur; Replace along with filters and lubricating oil to reduce energy consumption and failure risks. Installation and Sealing: Tighten according to torque, replace all O-rings/ seals, avoid unfiltered air or oil bypass. Recording and Warning: Update maintenance records, activate pressure difference/ hourly/ status indicator and remote alarm to shorten downtime response.

The air filter used for Atlas Copco oil-injected screw compressors is a core pre-treatment component that ensures the efficient and reliable operation of the unit. Its main function is to filter out dust, particles, impurities, etc. from the air entering the compressor, preventing contaminants from mixing with the lubricating oil in the main unit and avoiding wear on key components such as rotors and bearings. At the same time, it reduces the burden on the oil-gas separator.

Atlas Copco 1621490618,During operation, the air compressor generates a large amount of heat. The coolant circulates to remove the heat and prevent the equipment from being damaged due to excessive temperature. High temperatures can reduce the efficiency of the air compressor and even cause component failures. The high boiling point characteristic of the coolant (usually above 104°C) effectively prevents boiling and ensures that the equipment operates at an appropriate temperature. During the compression process, the coolant can fill the tiny gaps between the rotor and the casing to prevent the leakage of compressed gas and improve the compression efficiency. This characteristic is particularly crucial in screw-type air compressors. The coolant can wash away carbon deposits and impurities produced on the friction surfaces, preventing the oil passage from being blocked. Some coolant uses deionized water or synthetic base oil, which can avoid the formation of scale and sediment and maintain the system clean.