China atlas copco separator spare parts Manufacturer, Supplier, Factory

The original Atlas Copco air filter maintenance kit has been rigorously tested in terms of filtration efficiency, dust holding capacity, and structural strength, and is perfectly matched with the equipment design. It can maximize the filtration effect. Non-original filter elements may have issues such as insufficient filtration accuracy, excessive intake resistance, or poor sealing. Long-term use may lead to accelerated wear of the main unit, increased energy consumption, and ultimately increase the maintenance cost of the equipment.

Replacement and Maintenance Recommendations: Replacement Cycle: Generally, replace once every 3,000 - 4,000 hours or annually (whichever comes first). In harsh environments, the cycle should be shortened; Replacement Indicators: If the oil content in the compressed air exceeds the standard (oil stains appear at the air inlet), or if the pressure difference between the separator inlet and outlet is too high (more than 0.8 - 1.0 bar), replace immediately; Installation Notes: During replacement, clean the interface, check the integrity of the sealing ring, and tighten according to the specified torque; after replacement, discharge the air inside the tank to ensure the system operates normally.

Maintenance and Replacement Precautions Fault Diagnosis: If the air compressor shows abnormal oil temperature (either too high or too low), or if the cooling system load is abnormal, it may be caused by the jamming of the constant temperature valve, the failure of the temperature sensing element, or poor valve core sealing. Such issues should be promptly checked. Model Matching: The constant temperature valves of different models of air compressors have differences in interface size, set temperature, and flow parameters. It is necessary to select the original factory-compatible model to avoid affecting the temperature control accuracy due to incompatible specifications.

The metal control panel instrument controller switch assembly of the Atlas Copco mobile air compressor, usage and maintenance precautions: Regularly clean the surface of the panel to prevent dust accumulation from affecting observation and operation; check the flexibility of the switch buttons to prevent sticking. Fasten the fixing screws of the panel to prevent components from loosening or poor contact due to equipment vibration. When replacing components, select original factory parts to ensure that they match the electrical parameters and installation dimensions of the model (such as XAS, XR series of mobile compressors). In humid environments, pay attention to protection to prevent moisture from seeping into the interior and causing circuit short circuits.

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.

Purchase Suggestions Prioritize choosing genuine Atlas Copco products, original factory kits or certified aftermarket products from the manufacturer to ensure that the filtration accuracy, pressure resistance performance, etc. meet the design standards of the DD160 air compressor; Check the model identification on the kit packaging (such as filter core number, compatible model code), to avoid mismatched equipment failure; Keep the replacement records, and based on the equipment operation time and environmental conditions, formulate personalized maintenance cycles (shorter replacement intervals are required in harsh environments).