China Atlas Copco Screw Air Compressor parts Manufacturer, Supplier, Factory

The thermostat valve of the Atlas Copco 2205526520 oil injection type screw compressor is composed of a temperature sensing element, a valve, a valve core, spring components, sealing elements, and threaded connection ports. When the temperature of the compressor reaches the set value, the temperature sensing element triggers the valve core to open the cooling path of the cooler. Then, the lubricating oil is cooled and recirculated, which can prevent the oil from overheating and deteriorating in quality, as well as the formation of carbon deposits that cause the air compressor to have a higher temperature and affect its efficiency.

Atlas Copco also offers other types and specifications of lubricants, such as Roto Inject NDURANCE mineral oil-based compressor oil suitable for GA-GX rotary screw compressors.

Atlas Copco Compair F5 Server Application Scenario It is mainly used in industrial sites with high requirements for the stability and energy efficiency of the compressed air system, such as medium and large-sized compressed air stations in industries like automotive manufacturing, electronic processing, food and beverage, etc. It is particularly suitable for systems with multiple units operating in parallel. Through intelligent scheduling, it realizes "on-demand gas supply", reducing operating costs. During use, professional technicians are required for installation and commissioning. Pressure parameters and unit operation strategies need to be set according to the actual gas usage conditions to fully exert its energy efficiency optimization and system protection functions. As the core control component of the Compairvitt series, the F5 server helps improve the automation level and management efficiency of the compressed air system.

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.

Atlas Copco Air Compressor Oil Filter Housing Selection and Replacement Precautions Compatibility: It must match the filter element model, the interface size of the unit, and the working pressure to avoid filter failure due to excessive installation gap. Certification Requirements: Preferentially choose the housing from the original manufacturer or those that have passed pressure certification (such as ASME, CE) to ensure pressure safety. Installation Specifications: During assembly, the sealing surfaces need to be cleaned, and a small amount of lubricating oil should be applied to the O-ring to avoid cracking of the housing due to overly tight screws. Although the Atlas Copco air compressor oil filter housing is an auxiliary component, its reliability directly affects the stability of the filtration system. Regularly checking the sealing performance and structural integrity of the housing is an important step in preventing oil contamination.

All these filter components must be equipped with original Atlas Copco parts to ensure filtration efficiency and equipment compatibility. During maintenance, it is necessary to check and replace them according to the specified cycle in the equipment manual to avoid equipment failure due to filter failure.