Atlas Copco Genuine Parts

Atlas Copco 1320407319,The main functions of Atlas Copco seals: to prevent liquid leakage, mainly for preventing the leakage of lubricating oil between the main shaft of the air compressor and the bearings, ensuring the normal operation of the equipment; to reduce wear, by reducing the friction between the shaft and the bearings, extending the service life of the main unit and reducing maintenance costs.

Atlas Copco 1604530702,The main functions of lubricating oil are lubrication and reduction of friction. It forms a protective film between moving parts, reduces the friction coefficient, minimizes wear, and extends the lifespan of equipment. It also cools and dissipates heat, absorbs and removes the heat generated by friction, prevents the equipment from overheating, and ensures stable operation. It seals and prevents leakage, fills the gaps between components to prevent gas leakage and impurities from entering, and improves the sealing performance. It prevents rust and corrosion, forms a protective film on the metal surface to resist oxidation and water erosion, and avoids rusting. It cleans and buffers, removes impurities and deposits them at the bottom of the oil tank, and absorbs impact loads to reduce vibration.

Atlas Copco 0663211199,The O-ring is a seemingly insignificant yet crucial sealing component. It fills the gaps between components through elastic deformation and is responsible for ensuring the efficient sealing of liquid and gas media by the air compressor. They are suitable for secondary static and dynamic uses. The O-ring can be sealed radially or axially as a whole. The sealing is achieved during assembly through axial or radial movement within the air compressor. Although the O-ring is small, it is the key to ensuring the sealing performance, efficiency, and lifespan of the equipment. Correct selection, proper installation, and meticulous maintenance are crucial.

Atlas Copco 2910505200,Core cooling function: The radiator uses air convection to disperse the heat generated by the air compressor during operation to the external environment, preventing the equipment from being affected in performance or causing malfunctions due to overheating. Structural design features: Installed on the top of the air compressor, it utilizes natural wind or forced ventilation to enhance the cooling effect; some designs include an intake channel and a centrifugal fan, which are driven by the motor to enhance air flow and improve the cooling efficiency. Applicability and limitations: Advantages: Not limited by the environment, can be widely deployed; Disadvantages: May be contaminated when the air quality is poor, additional ventilation equipment is required in enclosed spaces.

Atlas Copco 2906081200,Reduce noise pollution by using pipe cross-section variations, resonant cavities or small hole structures to cause the sound waves to reflect, interfere or absorb during their propagation, thereby reducing the radiated sound energy. After installation, it can reduce the airflow noise by 38 to 60 dB and the loudness by 75% to 99%. It protects equipment and extends its lifespan. Install buffer silencers at high-pressure outlet points such as the air compressor discharge valve to reduce air flow impact, lower the wear on the valves, and extend the equipment's service life.

Atlas Copco 2910303200,Controlling intake air flow and ensuring stable supply. The intake valve regulates the amount of air entering the compressor by adjusting the opening degree of the valve plate or the movement of the piston, ensuring a stable supply of gas in the cylinder. When the system pressure reaches the set value, the intake valve closes to reduce the intake volume; conversely, it opens to increase the intake volume, thereby matching the load demand and maintaining operational efficiency. Implementing loading and unloading functions, when the air compressor starts or stops, the intake valve is controlled quickly to open or close through an electromagnetic valve or a cylinder to protect the internal components of the main unit. Capacity adjustment and energy-saving operation. Through the capacity adjustment valve or proportional adjustment mechanism, the intake valve can dynamically adjust the opening degree according to the actual gas usage demand, avoiding excessive compression of air and reducing energy waste.