China atlas copco air compressor careers Manufacturer, Supplier, Factory

The function of the oil separator: Protective equipment: Prevent oil and water from entering subsequent pneumatic equipment, pipelines and valves, etc., avoiding equipment wear, corrosion and blockages caused by oil and water, and extending the service life of the equipment. Improve air quality: Separate oil and water from compressed air, enabling initial purification of the compressed air, providing clean and dry compressed air for the production process, ensuring product quality, especially in industries with strict air quality requirements, such as electronics, food, and pharmaceuticals, this is particularly important. Energy conservation and environmental protection: Through effective separation of oil and water, achieve the recycling of oil and the compliant discharge of water, reducing resource waste and environmental pollution, meeting environmental protection requirements, and lowering the operating costs of enterprises.

Atlas Copco confirms the type of lubricating grease Based on the type of air compressor components and operating conditions , select the matching special lubricating grease . It is strictly prohibited to mix different types or grades of lubricating grease . Check the parameters of the lubricating grease: such as applicable temperature range, pour point , and penetration . Atlas Copco cleans the components to be lubricated Stop the machine and ensure the components are completely cooled. Use oil-free cotton cloth or dedicated cleaning agents to wipe the old lubricating grease, oil stains, dust, and metal debris on the surface of the components, especially the key areas such as the bearing seat and the meshing surface of the gears, which need thorough cleaning .

Atlas Copco Air compressor LOCKNUT Main functions Anti-loosening fixation: During the operation of the air compressor, continuous vibration will occur. The locking nut, through special design (such as threaded structure, additional anti-loosening elements), can effectively prevent the connection components from loosening, ensuring the stable operation of the equipment. Sealing assistance: At the connection parts involving the air circuit and oil circuit, the locking nut combined with the sealing element (such as O-ring) can enhance the sealing effect, preventing air leakage and oil leakage. Adjustment and positioning: For some parts, the locking nut can be used to adjust the position of the components (such as pistons, bearings, etc.), and then locked to maintain accuracy.

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 The oil filter and oil separator service kit for the air compressor is a comprehensive accessory set used for the maintenance and servicing of the compressor's oil and gas system. It is mainly used to replace the key filter elements regularly to ensure the cleanliness of the compressor's oil circuit and thorough oil-gas separation, thereby guaranteeing the efficient operation of the equipment and extending its service life.

Atlas Copco The air compressor temperature sensor is an important component used for real-time monitoring of the temperatures of key parts of the compressor unit (such as exhaust temperature, oil temperature, and motor temperature, etc.). Its core function is to detect temperature changes and provide data support for the control system, ensuring that the equipment operates within a safe temperature range. At the same time, when abnormal temperatures occur, it triggers protection mechanisms (such as shutdown and alarm) to prevent mechanical failures or safety risks caused by overheating.