China 1614950900 Manufacturer, Supplier, Factory

Atlas Copco Ventilation Pipe Component Application and Maintenance Recommendations Application Scenario: Primarily used for the ventilation system setup in air compressor rooms, especially in enclosed or poorly ventilated environments, where the use of ventilation pipe components is necessary to optimize air circulation and maintain the room temperature within the equipment's allowable range (generally recommended not to exceed 40℃). Maintenance Points: Regularly inspect the ventilation pipes for any damage, deformation, or loose connections to ensure there is no air leakage; Clean the dust accumulation in the pipes to prevent blockages that affect air volume; For flexible connection pipes, check for aging, cracking, and replace them in a timely manner to ensure their elasticity and sealing performance.

Daily Maintenance of Air Compressor Intake Valve by Atlas Copco Regular Cleaning: The intake valve is prone to contamination from dust and impurities in the air. It should be disassembled and cleaned regularly to prevent the valve core from getting stuck and affecting normal operation. Check Seals: Aging or damaged sealing components such can lead to air leakage. Regular inspections and timely replacements are necessary. Lubrication Maintenance: For intake valves with moving parts, lubricants should be added according to the instructions to ensure smooth operation. Function Testing: Regularly test the smoothness of the valve's opening and closing and its response time to ensure it can accurately act according to pressure changes. If the intake valve malfunctions, it may cause problems such as insufficient air output, unstable pressure, increased energy consumption, and even affect the lifespan of the entire machine. Therefore, daily maintenance and upkeep are particularly important.

Atlas Copco Gear Trial Run and Inspection Preliminary Inspection Manually rotate the gear shaft to feel if the rotation is smooth, and check for any sticking, abnormal noise or eccentric vibration. Check if the lubrication path in the gearbox is unobstructed, and add gear oil to the standard level as per the regulations. No-load Trial Run Connect the power supply and conduct a short-term (5-10 minutes) no-load operation. Listen for any abnormal noises (such as metal friction sounds, high-frequency squeals) from the gearbox. After stopping the machine, check the temperatures of the bearings and gears (should not exceed the ambient temperature by 40°C), and observe for any oil leakage. Load Test Gradually load to the rated pressure and run for more than 30 minutes. Recheck the noise, temperature and sealing conditions, and confirm there are no abnormalities.

Selection and Notes on Compatibility Compatibility: Select matching accessories based on the model of the Atlas Copco air compressor, working pressure (typically 0.7-1.6 MPa), and hose type (rubber, PU, etc.). Ensure that the dimensions and specifications are consistent. Material Compatibility: For humid environments, choose stainless steel accessories; for ordinary industrial environments, you can use brass or galvanized steel accessories to avoid corrosion and affect the sealing performance. Regular Maintenance: Check the sealing of the joints, the flexibility of the valves, and the integrity of the protective covers. Replace any leaks or damages promptly to ensure system efficiency and safety.

Atlas Copco WD80 Operating Instructions Regularly check the levels of engine oil, fuel, and coolant to prevent equipment damage due to insufficient oil or water. Clean or replace the air filter and oil filter to prevent dust from entering the engine or compression system. Before starting, confirm that the exhaust pressure setting is correct and matches the requirements of the downstream equipment. Before long-term storage, empty the fuel and coolant (especially in low-temperature environments) to prevent cracking or corrosion due to freezing.

Atlas Copco 0634100085，The coupling transmits the motor torque stably to the compressor rotor, ensuring the normal operation of the air compressor. This is its most fundamental function, applicable to high-power and high-speed scenarios. Overload protection: In case of abnormality in the motor or rotor, the coupling can quickly disconnect the connection to prevent equipment damage. Buffering and shock absorption: Absorbing vibrations and shocks caused by startup, shutdown or load changes, reducing equipment wear. Offset compensation It can compensate for axial, radial and angular offsets caused by manufacturing and installation errors, thermal expansion or deformation, ensuring the alignment accuracy of the shaft. Adaptability to complex working conditions High load/High speed: Suitable for high-torque and high-speed environments, ensuring the stability of the transmission system. Safe and reliable: Some couplings are designed with safety devices, automatically disconnecting the connection when the load exceeds the limit.