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3002619010 Atlas Copco Maintenance and Replacement Guidelines Synchronous Replacement: It is recommended to replace the air filter, oil filter, and lubricating oil at the same time to reduce the oil pressure difference and energy consumption. Installation and Sealing: Install according to the manual torque. Replace all O-rings to avoid bypass of unfiltered air or oil. Pressure Difference Monitoring: Pay attention to the oil pressure difference and fuel consumption. If it abnormally increases, stop the machine for inspection and replacement. Environment and Load: In high dust / high humidity or heavy load conditions, the replacement cycle can be shortened to 3500 - 4000 hours or less.

1092110800 Maintenance and Replacement Instructions for the Transmission Shaft Seal Kit of the Haskomp Screw Air Compressor If oil stains are found near the transmission shaft or there is oil leakage, or if the consumption of the compressor lubricant increases abnormally, this may be due to the aging or damage of the seal kit. Therefore, it is necessary to conduct an inspection and replace it in a timely manner. When replacing, use the original seal kit and follow the equipment manual for operation to ensure that the installation direction of the sealing piece is correct and it is tightly attached. If necessary, special tools can be used for installation to avoid deformation or damage to the sealing piece.

If you need to purchase Atlas Copco products or replace the screws of Atlas Copco air compressors, it is recommended that you select products with matching specifications and performance based on the model of the air compressor, specific components, and the regulations in the equipment manual, in order to ensure the safe and stable operation of the air compressor.

Atlas Copco 1901902344,The function of the Atlas Copco air compressor vent valve: To safely release pressure. When the equipment is shut down or stopped, it automatically discharges the internal gas to prevent pressure accumulation and the risk of explosion or equipment damage. Some models can monitor pressure in real time and automatically adjust the venting volume to avoid surge phenomena. System pressure reduction: By controlling the gas discharge, it ensures the stability of the pressure in the equipment and pipeline system, especially suitable for high-pressure environments. Auxiliary startup: After shutdown, it automatically releases pressure to help the oil and gas tank quickly reduce the base pressure, facilitating the next startup.

Atlas Copco Maintenance and Replacement: Regularly inspect the wear, deformation or aging of the special-shaped rings (such as whether the rubber rings have hardened, or if the metal rings have cracks). Replace them immediately if any abnormalities are found. When replacing, it is necessary to use the original or the same specification special-shaped rings. Standard rings cannot be used as substitutes (even if the sizes are close, shape mismatch may still cause functional failure). During the disassembly and installation process, avoid hitting the weak parts of the special-shaped rings (such as thin walls, sharp corners), to prevent deformation and damage. Although the special-shaped rings of the air compressor are not universal, they play an irreplaceable role in special structural parts. Their design and manufacturing need to strictly match the specific requirements of the equipment, and special attention should be paid to precision and directionality during installation and maintenance to ensure the coordinated operation of all complex components of the air compressor.

First separation: The oil-containing gas mixture, which contains various-sized oil droplets, exiting from the exhaust port of the air compressor main unit, enters the oil-gas tank. Most of the oil in the oil-gas mixture falls to the bottom of the tank under the action of centrifugal force and gravity. Second separation: The compressed air containing oil mist passes through the micrometer and fiberglass filter material layers of the oil-gas separation filter element for secondary separation. The oil particles, through the diffusion effect of the filter material, direct interception, and inertial collision and aggregation mechanisms, quickly aggregate into large oil droplets. Under the action of gravity, the oil gathers at the bottom of the oil separation element and returns to the main lubricating oil system through the bottom concave area of the secondary return oil pipe inlet, thereby making the air compressor discharge purer and oil-free compressed air.