China atlas copco air compressors Manufacturer, Supplier, Factory

Dongguan Taike high quality G7 Atlas Copco Oil Injected Rotary Screw Air Compressor model is the ideal solution for small companies, workshops and operations that want to expand their compressed air demand. In addition to simplified maintenance procedures and zero capacity loss, the new G7 compressor can still be 100% reliable, 24/7 continuous operation at ambient temperatures up to 46 degrees Celsius, without the frequent cooling required by piston compressors. Further more, the amount of oil entering the air is less than 5 ppm, which protects the tools and ensures the quality of the final product.

The solenoid valve of the air compressor is a key component for controlling the flow direction, on-off and system protection of compressed air. It is mainly divided into two types: loading solenoid valves and venting solenoid valves.

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.

The electromagnetic valve maintenance kit for Atlas Copco EWD330 electronic drainage valve is applicable for maintenance suggestions. Applicable models: Only applicable to Atlas Copco EWD330 type electronic drainage valve. Before purchase, it is necessary to confirm the production batch and electromagnetic valve specification of the drainage valve to avoid model mismatch. Maintenance timing: When the drainage 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 note: It is recommended to operate by professionals. Before maintenance, cut off the power and air source, assemble in accordance with the original factory manual specifications, ensure that the components are installed properly, and avoid functional failure or safety hazards due to improper assembly.

Atlas Copco 2906908000,The Atlas Copco Air Compressor Blade Inspection Kit is a professional toolset specifically designed for the inspection and maintenance of air compressor blades. It offers preventive inspections that provide comprehensive lifecycle detection services, including verification of raw material composition, measurement of dimensional accuracy, and scanning of surface defects, among other integrated solutions. Through regular inspections, potential problems with the blades can be identified in a timely manner, preventing sudden failures that cause equipment downtime. The kit also analyzes and diagnoses blade surface defects, such as cracks, damages, erosion or wear marks, assesses the aerodynamic performance and fatigue strength of the blades, predicts deformation risks and service life. Performance evaluation and optimization analyze the residual stress of the blades and make predictions.

Atlas Copco 2906037800，The intermediate cooler of the air compressor is an important component of the compressor unit, primarily responsible for three core functions: heat exchange, temperature control, and system protection. The cooling and heat dissipation process reduces the temperature of the high-temperature compressed air discharged by the primary compressor from 186°C to around 54°C, providing suitable temperature conditions for the secondary compression stage. It also cools the liquid temperature before it enters the main expansion mechanism, reducing throttling losses. It enhances the compression efficiency. It enables isothermal compression, optimizes compression efficiency, ensures the outlet pressure and temperature indicators, reduces heat loss, and improves the overall operational efficiency of the unit. System protection prevents the exhaust temperature from exceeding the allowable value due to excessively high suction temperature at the high-pressure stage, providing an oil separation function to separate the oil and moisture in the compressed air.