China air compressor atlas copco Manufacturer, Supplier, Factory

Atlas Copco EWD330 Electronic Drain Valve Maintenance Recommendations Compatible Models: This product is only applicable to Atlas Copco EWD330 electronic drain valves. Before purchase, confirm the production batch and electromagnetic valve specifications of the drain valve to avoid model mismatch. Maintenance Timing: When the drain valve shows slow operation, abnormal drainage (such as no drainage or continuous drainage), abnormal noise from the electromagnetic valve, or air leakage, it may be necessary to repair the electromagnetic valve. At this time, this kit can be used to replace the worn parts. Installation Notes: It is recommended to operate by professionals. Before maintenance, cut off the power and gas sources, assemble in accordance with the original factory manual specifications, ensure that the components are installed properly, and avoid functional failures or safety hazards due to improper assembly.

Maintenance and replacement precautions for LDI drain valves of Atlas Copco air compressors Regularly check the working condition of the drain valve, observe whether the drainage is smooth, and avoid failure of drainage due to blockage by impurities (manual drainage can be performed periodically for auxiliary cleaning). If there is continuous leakage or inability to drain, the sealing parts or the entire valve body should be replaced in time to avoid affecting the quality of compressed air. When replacing, select the compatible model to ensure that the pressure grade, interface size, and equipment are matched; before installation, the system pressure should be emptied to prevent fluid ejection. Before long-term shutdown, it is recommended to manually discharge the residual water in the system to protect the drain valve and pipeline from corrosion.

List of accessories and part numbers Air filter (Air Filter): (Suitable for GXe7/GXe11/GXe15/GXe18/GXe22). Oil filter (Oil Filter): (Suitable for GXe7/GXe11/GXe15/GXe18/GXe22).

The Atlas Copco G series in-built compressors feature a compact design that is eye-catching and possess the best energy efficiency among this series. These compressors not only help factories reduce energy costs but also offer a solution that integrates with the external environment. The technological leadership of Atlas Copco makes the G model a model of industry standards. This compressor is renowned for its reliability and efficient maintenance features. Its safety ensures that users can operate continuously and without faults. The user-friendly control panel provides a convenient operation experience for operators and can monitor system performance. The G series oil-injected hot press machine is our carefully designed product aimed at improving efficiency and reliability. It can operate continuously even in the harshest environments; it has low maintenance costs, low failure rates, and fast running speed.

Atlas Copco Gear Maintenance Tips Regular Inspection: Observe the condition of the gear tooth surface, measure the tooth clearance, and replace them immediately if any abnormalities are found. Lubrication Management: Use dedicated gear oil (or air compressor-specific oil), replace it regularly, and keep the oil level normal to avoid oil contamination. Installation Calibration: Ensure that the parallelism and perpendicularity of the gear shaft meet the requirements, and avoid uneven load operation. Load Control: Prevent the air compressor from operating under long-term overloading conditions, and reduce the fatigue damage to the gears. The design and maintenance of air compressor gears are crucial for the overall performance of the machine. High-precision gear combinations with a good lubrication system can significantly reduce operating noise, extend service life, and ensure the efficient and stable operation of the air compressor.

Replacement and Maintenance Suggestions: When the shaft sleeve shows excessive wear, scratches, cracks, or if the fit with the shaft exceeds the limit, it should be replaced immediately; otherwise, it may cause wear on the shaft neck, increased vibration, or abnormal noise from the equipment. When replacing, use original factory parts and ensure that the surface of the shaft and the bearing housing are cleaned before installation. If necessary, perform size checks according to the manual requirements. During installation, avoid knocking the shaft sleeve to cause deformation. If necessary, use professional techniques such as hot assembly to ensure the fit accuracy.