China atlas copco replacement spare parts Manufacturer, Supplier, Factory

The control unit of Atlas Copco's injection-type screw compressors is designed with intelligence, which not only simplifies operation management but also significantly improves the operating efficiency and reliability of the equipment. It is a key guarantee for achieving the "efficient, energy-saving, and safe" operation of the compressors. When choosing, it is necessary to match the corresponding specification of the control unit according to the compressor model and actual working conditions.

Maintenance and servicing tips for the tubular coolers of Atlas Copco compressors: Regular cleaning: Depending on the operating environment, clean the inside and outside of the cooling tubes of the tubes and the sealing surfaces of the caps (using chemical cleaning or mechanical flushing) to prevent a decline in heat exchange efficiency. Leak detection: Check for any leaks at the pipe connections and sealing surfaces of the caps. Replace the seals or repair damaged pipes in a timely manner. Flow monitoring: Ensure that the flow and pressure of the cooling medium (water or air) are within the specified range. If insufficient, investigate pipe blockages or pump/fan failures. Anti-freezing protection： In low-temperature environments， after shutdown， drain the accumulated water in the cooling water pipes to prevent cracking due to freezing.

Maintenance Tips for Atlas Copco's Minimum Pressure Valve Regularly check if the valve is leaking (by listening or measuring pressure). If there is a leak, it may be due to worn seals or impurities blocking the mechanism. In such cases, clean or replace the components promptly. When replacing, ensure that the model matches the original factory model to guarantee that the pressure setting value, interface size, and the compressor system are consistent. Avoid poor lubrication or reduced system efficiency due to parameter mismatch. Before restarting after a long shutdown, manually check the flexibility of the valve core to prevent sticking due to oil residue solidification. The Atlas Copco minimum pressure valve, as the "pressure stabilizer" and "check valve" of the compressor oil circuit and gas circuit, is crucial for the safe operation and lifespan of the equipment. It is recommended to use original factory parts to ensure system compatibility and reliability.

The oil cooler of Atlas Copco air compressor GA132 functions as follows: The oil cooler is used to cool the lubricating oil during the operation of the air compressor, absorbing the heat from the compressed air that the lubricating oil has absorbed, and ensuring that the temperature of the lubricating oil remains within an appropriate range, thereby guaranteeing the normal operation and lubrication effect of the air compressor.

Common Issues and Maintenance of Atlas Copco Air Compressor Pressure Sensors Common issues with pressure sensors include measurement drift (inaccurate data), signal interruption (line or component failure), interface leakage, etc. Maintenance suggestions: Regularly check the sealing of the sensor installation to avoid pressure leakage or measurement errors due to looseness; Keep the sensor interface clean to prevent oil contamination and impurities from blocking and affecting the measurement; When there is abnormal pressure display, frequent start-stop of the unit, or incorrect pressure protection operation, it is necessary to check if the sensor is faulty. It is recommended to replace the original sensor to ensure performance matching. When replacing, pay attention to keeping the calibration parameters consistent with the original model.

The control unit of the Atlas Copco injection-type screw compressor is designed with intelligence, which not only simplifies the operation and management but also significantly improves the operating efficiency and reliability of the equipment. It is the key guarantee for achieving the "efficient, energy-saving and safe" operation of the compressor. When choosing, it is necessary to match the corresponding specification of the control unit according to the compressor model and actual working conditions.