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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.

Maintenance and Replacement Precautions for Atlas Copco Air Compressor Oil Check Valve Kit Regularly inspect the sealing performance and operational flexibility of the check valve to prevent failure of the check valve or increased resistance in the oil circuit due to valve core jamming or wear of the sealing components. When replacing, use the original factory kit to ensure compatibility with the oil circuit parameters of the model , to avoid affecting the lubrication effect due to incompatible specifications. Before installation, clean the oil circuit interface to remove impurities; after installation, check the oil circuit pressure through trial operation to confirm there is no leakage before putting it into use. It is recommended to replace with lubricating oil, oil filters, etc. at the same time to ensure the cleanliness and performance consistency of the entire oil circuit system.

The air compressor pressure valve (also known as pressure control valve or pressure regulating valve) is a key component in the air compressor system used for controlling and regulating pressure. Its main function is to maintain the stability of pressure within the system, protect the safe operation of the equipment, and enable the automatic loading/unloading function of the air compressor.

Attention Points for Lubricant Selection of Atlas Copco's GA and GX Series Air Compressors Compatibility: Non-original lubricants may not be compatible with the equipment material or the original residual lubricants, leading to problems such as sludge formation and seal aging. It is recommended to avoid mixing them. Work Condition Adaptation: Select the appropriate type of lubricant based on the working pressure, temperature, running time, and environmental conditions of the air compressor. Regular Replacement: Even for long-lasting lubricants, it is necessary to regularly check the oil level and quality as per the manual, and replace them on time. At the same time, replace the oil filter to avoid affecting the equipment performance due to deteriorated oil quality. Model Matching: The GA series are mostly large industrial-grade air compressors, while the GX series are more inclined towards small-sized or portable ones.

Atlas Copco Air compressor HOURMETER The speedometer is the "barometer" of the operating condition of the air compressor. By monitoring the changes in its values, potential problems of the equipment can be detected in a timely manner, ensuring the efficient and stable operation of the unit. During daily operations, it is recommended to comprehensively analyze the equipment status by combining the other parameters displayed by the control unit (such as pressure, temperature, and current).

Maintenance suggestions for the sliding sealing components of Atlas Copco air compressors: Regularly inspect the wear condition of the sealing parts (such as the opening gap of the piston ring, the leakage volume of the piston rod seal); Atlas Copco Ensure the normal operation of the lubrication system (oil mist lubrication or solid lubricant in no-oil conditions); Atlas Copco Filter the intake air (reduce dust and other impurities); When replacing the sealing parts, select the model and material that match the working conditions and ensure the installation accuracy.