Oil pump assembly part number 1092174013

The Atlas Copco oil pump assembly part number 1092174013 is a genuine original core power component specifically designed for the GA series screw air compressors, directly compatible with the lubrication and cooling systems of GA models. As the power source for the oil circulation system of GA models, this oil pump assembly primarily performs critical functions: first, through stable oil pressure output, it precisely delivers lubricating oil to core moving parts such as the main rotor meshing surfaces and bearings, forming an oil film to achieve lubrication and reduce component friction and wear; second, in coordination with the cooling system, it transports the operational heat carried by the lubricating oil to the cooler, enabling heat exchange and ensuring that the core components of GA models operate within suitable temperatures; third, through its built-in filtration structure, it filters impurities from the lubricating oil, preventing contaminants from entering precision components and affecting operational accuracy.
As a genuine original part, the production of this oil pump assembly strictly adheres to Atlas Copco's high-standard quality system. It utilizes a high-strength alloy cylinder body and precision gear sets, offering excellent pressure resistance and wear resistance, capable of meeting the demands of long-term high-load operation in GA models. The assembly's dimensional parameters are fully compatible with the oil passage interfaces and transmission structures of GA models, allowing seamless integration during installation without additional adjustments, ensuring stable oil pressure output and precise alignment with the overall machine's operational parameters. Through the original factory's comprehensive performance testing, this oil pump assembly provides continuous and reliable oil circulation power for GA models, ensuring efficient operation of the lubrication and cooling systems, extending the overall machine's service life, and maintaining stable performance of GA models.