China atlas copco air compressor distributors Manufacturer, Supplier, Factory

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Atlas Copco The air compressor water separator (also known as a compressed air dryer or water vapor separator) is a key device in the compressed air system used to remove and separate moisture and condensate in the compressed air. Its core function is to remove the water vapor generated during the compression process, preventing moisture from entering downstream equipment (such as pneumatic tools, pipelines, instruments, etc.) and causing corrosion, blockage or performance degradation.

This G11 Atlas Copco Screw Compressor models best prices from China: 11 kW screw compressor is available as floor-mounted and tank-mounted options, with four different pressure variants, 7.5bar, 8.5bar, 10bar and 13bar. This 11 kW screw air compressor uses the most commonly used compression components and advanced control options on the market, and upgrades the availability to remote monitoring, giving you peace of mind.

Atlas Copco 2906067800,The Atlas Copco air compressor oil pump is the core component of the lubrication system for air compressors. It ensures the normal operation and long lifespan of the air compressor by providing stable, clean and pressure-appropriate lubricating oil. Its main function is to supply lubricating oil to various bearings and moving parts of the air compressor, playing roles such as lubrication and friction reduction, cooling and temperature reduction, sealing and leak prevention, cleaning and flushing, and vibration reduction and buffering.

Atlas Copco 2906014600,Reducing gas temperature in multi-stage compression process, after the gas passes through the previous stage of compression, its temperature will rise sharply. The intercooler is located between the compression stages and can cool the high-temperature gas, providing lower-temperature and denser gas for the next stage of compression. Enhancing system efficiency The cooling process makes the compression process closer to isothermal compression, thereby reducing power consumption and improving the operational efficiency and economy of the entire compressor system. Separating condensate When the gas temperature drops, the water vapor and oil-gas mixture contained therein will condense. Some lubricating oil and water will condense into droplets, which can then be separated out, making the output compressed air cleaner. By effectively controlling the gas temperature, risks such as lubricant failure, equipment component damage, and even explosion caused by excessively high temperatures can be prevented. At the same time, the pollution risks to downstream equipment and pipelines can also be reduced.

Working Principle Torque Transmission: The torque output by the motor is transmitted through the outer teeth of the coupling, and then via the inner teeth of the intermediate sleeve to the compressor shaft, achieving power transmission. Flexible Compensation: Axial Offset: The axial clearance between the inner and outer teeth allows for a small amount of axial displacement of the two shafts (typically ±0.5 to ±3mm). Radial Offset: The top of the outer teeth is made into a spherical shape (with the center of the sphere on the axis), allowing for a certain angular deviation between the two shafts (typically ≤1°). Angular Offset: Through the sliding and rolling of the tooth surfaces, the angular errors between the two shafts are compensated. Buffering and Vibration Reduction: The lubricating oil fills between the teeth and can absorb some vibration and impact loads, reducing equipment noise.