China Atlas Copco air Compressor Gears Manufacturer, Supplier, Factory

Characteristics and Requirements of Air Compressor Gaskets Sealing: They should have good elasticity and adhesion, being able to tightly fill the minute depressions on the joint surface under pressure, ensuring no leakage. Temperature Resistance: They need to be able to withstand temperature changes during the operation of the air compressor (especially the higher temperatures of the cylinder body, exhaust pipelines, etc.), avoiding aging, hardening or losing elasticity under high temperatures. Pressure Resistance: They can withstand the rated pressure of the compressed air (usually 0.7-1.6 MPa) and instantaneous impact pressure, preventing being punctured by the pressure. Media Resistance: When in contact with the lubricating oil in the air compressor, the cooling liquid, or the trace impurities in the compressed air, they should have anti-corrosion and anti-swelling properties. Abrasion Resistance and Anti-Aging: During long-term use, they need to resist the effects of friction and environmental factors (such as humidity, oxidation), maintaining stable performance

Atlas Copco 2906013000,By conducting heat exchange, the heat generated inside the air compressor is transferred to the cooling medium (such as water or air), effectively reducing the temperature of the lubricating oil. High temperatures can cause problems such as the softening of the lubricating oil and the deformation of bearings. The oil cooler continuously cools down to prevent key components like bearings from being damaged due to overheating, ensuring the normal operation of the air compressor. An appropriate oil temperature helps improve the overall efficiency of the air compressor. Overheating leads to a decline in performance, while the oil cooler ensures that the lubricating oil circulates at the optimal temperature, maintaining the stable output of the compressor. By reducing wear and failures caused by high temperatures, the oil cooler significantly extends the lifespan of the air compressor.

Atlas Copco 3001531150 Purchase Recommendation The Atlas Copco 3001531150 55℃ temperature control valve is a specific parameter component. It is recommended to purchase through our authorized dealers. Please provide the specific model of the air compressor (such as G55, GA55, etc.) and the part number of the original valve to ensure the acquisition of genuine parts that match the original factory parts. Non-original parts may have temperature setting deviations or compatibility issues, affecting the temperature control accuracy and equipment safety. The Atlas Copco 3001531150 valve is not common, but it is crucial for ensuring the stable operation of the air compressor under specific conditions. Attention should be paid to maintenance and the accuracy of components.

Model and compatible models: The oil filter kit for Atlas Copco air compressors comes in various models. Some of them are suitable for oil filters of RXD series lubricants, such as 3001160212, which are applicable to air compressors of models like GA5, GA7, GA11, GA7VSD+, GA11VSD+, GA15VSD+, G7, etc.

The Atlas Copco UD + series of filters come in multiple specific models (such as UD9+, UD15+, etc.), each corresponding to different processing flow rates and applicable equipment. If you need to know the parameters, compatible models or purchasing information for a specific model, it is recommended to obtain detailed information through the official channels of Atlas Copco or authorized dealers.

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.