China atlas copco air compressor oil Manufacturer, Supplier, Factory

Selection and precautions for coupling accessories of Atlas Copco compressors Model matching: The original factory accessories should be selected based on the compressor model (such as GA, G series), power, speed, pipe diameter, and pressure level to ensure that the dimensions, strength, and compensation are compatible. Original factory advantages: The original factory couplings of Atlas Copco have been tested specifically and have a high matching degree with the equipment, which can avoid vibration, leakage or safety hazards caused by size mismatch. Installation guidance: When replacing, refer to the equipment manual. If necessary, operate by professional technicians. Pay special attention to the alignment calibration (for transmission couplings) and pre-tightening force control (for pipe couplings).

When the compressor starts, the lubricating oil temperature is relatively low. The 1622706404 Atlas Copco temperature stabilizing valve will close the oil passage leading to the cooler, allowing the lubricating oil to directly enter the compressor for lubrication and cooling, thereby accelerating the increase in oil temperature. When the oil temperature reaches around 60 degrees Celsius, the 1622706404 Atlas Copco temperature stabilizing valve will gradually open the passage leading to the cooler, allowing some or all of the lubricating oil to flow through the cooler for cooling, thus maintaining the oil temperature within the ideal working range of around 60 degrees Celsius.

Maintenance points for the solenoid valves of Atlas Copco industrial compressors: Solenoid valves are prone to getting stuck or leaking due to impurities and oil contamination in the compressed air or aging of the seals. Regular inspections and cleanings are necessary. If the valve fails to operate properly, it is necessary to check if the power supply is normal and if the valve core is worn. In case of necessity, the original factory solenoid valves should be replaced to avoid control system failures.

Compressors operate in many different types of environment, affecting the inlet air. Impurities, such as dust particles, are mostly invisible to the naked eye. But they can cause damage to the compressor element, reducing its efficiency or even causing failure. They can also make the lubricant age faster and disrupt its capacity to protect metal components.

Regular inspection and maintenance of the ventilation hose for Atlas Copco air compressors: Check if the hose has any cracks, wear, aging or deformation. Inspect the connection points to ensure they are not loose and that the seal is good, with no air leakage. If any damage is found, it must be replaced immediately; otherwise, it will lead to poor heat dissipation, potentially triggering high-temperature alarms, reduced efficiency or even equipment failure. Installation guidelines: When replacing, follow the requirements in the equipment manual. Avoid over-bending or stretching the hose to ensure a smooth ventilation path without any obstructions.

Atlas Copco Maintenance Tips: Regular Inspection: Remove the cylinder cover and clean the valve surface of oil stains and carbon deposits (especially for piston-type air compressors, as high-temperature lubricating oil can easily cause carbon deposits); Replace Wear Parts: Valve plates, springs, sealing gaskets, etc. are considered wear parts. When wear, deformation or aging is detected, they should be replaced in time; Keep Clean: Avoid introducing impurities during installation. The filter device of the intake system needs regular maintenance to reduce dust entering the cylinder. Although the cylinder cover valve is a small component, it directly affects the compression efficiency and operational stability of the entire machine. During daily maintenance, special attention should be paid to its sealing performance and operational flexibility. If any abnormalities occur, timely repairs should be carried out to extend the service life of the air compressor.