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The main functions of Atlas Copco's MK5S boost unit kit The MK5S boost unit kit utilizes the mechanical boosting principle to increase the output pressure of the existing compressed air system to a higher level (usually by a certain proportion based on the original pressure, depending on the system configuration), suitable for equipment that requires intermittent or localized high-pressure air sources, such as pneumatic tools, precision instruments, high-pressure testing devices, etc. It does not require the separate configuration of a high-pressure air compressor for local needs, thereby saving equipment costs and installation space.

Replacement cycle: Typically 4000 - 8000 hours; for harsh conditions, use the lower value; follow pressure difference alarm / panel prompts

Regularly replacing the Atlas Copco original oil separator kit is crucial for maintaining the efficient and stable operation of the GA90-110(W) series air compressors. It can reduce the failure rate, extend the equipment lifespan, and ensure the quality of compressed air.

Replacement and selection suggestions for flat washers of Atlas Copco air compressors When replacing, it is necessary to strictly match the original specifications to avoid sealing failure or connection loosening due to size mismatch. For high-pressure, high-temperature or areas in contact with compressor oil, it is recommended to use original factory metal flat washers to ensure that the material is oil-resistant and pressure-resistant. If it is a critical sealing part (such as the end cover of the oil-gas separator), check whether the surface of the washer is flat, without scratches or deformation. If necessary, replace the new part to ensure the seal. For specific models or part numbers, you can refer to the parts manual of the air compressor (usually identified by a numerical code, such as 0650 series, 1622 series), or consult the Atlas Copco after-sales service for the equipment model to obtain precisely matched parts.

Selection and Maintenance Tips Model Matching: Different series (such as GA, G, SF, etc.) and models of Atlas Copco equipment correspond to different specifications of filter elements. It is necessary to select the original factory filter elements based on the equipment model, flow rate, working conditions, etc., to ensure filtration efficiency and compatibility. Replacement Cycle: It is necessary to replace according to the specified cycle in the equipment manual (or based on the pollution degree of the actual operating environment). For example, air filter elements need to be shortened in the period of high dust content environments; oil filter elements are usually replaced simultaneously with the lubricating oil.

Atlas Copco Check Valve Kit Common Faults and Maintenance Leakage: This is often caused by worn sealing surfaces, debris blocking, or failed springs. It requires disassembly for cleaning, grinding the sealing surfaces, or replacing the components. Stalling: Oil and impurities in the compressed air may cause the valve core to get stuck. Regular checks and cleanings should be conducted, and air filters should be maintained more frequently. Strange noises: Collisions between the valve core and the valve seat or loose springs may produce noises. The tightness of the components and wear conditions should be checked. Regularly (suggested every 2000-3000 hours of operation) inspecting, cleaning, and conducting performance tests on the check valve assembly of Atlas Copco Check Valve Kit is an important measure to ensure the efficient operation of screw machines.