Cleaning system and method, wet cleaning device and dry cleaning device for turbine supercharger

Abstract

This invention provides a cleaning system for a turbine supercharger, which realizes undisassembly cleanliness for the turbine supercharger; the cleaning system disclosed by this invention comprises a wet cleaning device and a drying cleaning device; the wet cleaning device is used for cleaning a gas compressor end of the turbine supercharger and comprises a wet cleaning jar, a first jetting head and a cleaning pipeline; the wet cleaning jar is used for containing cleaning agent; the first jetting head is connected to the wet cleaning jar through the cleaning pipeline; the wet cleaning jar is connected to an air compressor; the cleaning agent in the wet cleaning jar is transferred to the first jetting head through the cleaning pipeline under the action of the air compressor; the cleaning agent is jetted to the gas compressor end of the turbine supercharger; the dry cleaning device is used for cleaning the turbine end of the turbine supercharger and comprises a dry cleaning jar, a second jetting head and a dry cleaning pipeline; the dry cleaning jar is used for containing dry cleaning agent; the second jetting head is connected to the dry cleaning end; the dry cleaning agent in the dry cleaning jar is transferred to the second jetting head through the dry cleaning pipeline; and the dry cleaning agent is jetted to the turbine end by the second jetting head so as to clean the turbine end.

Description

technical field [0001] The invention relates to cleaning technology, in particular to a turbocharger cleaning system and method, a wet cleaning device and a dry cleaning device. Background technique [0002] At present, the technology of using turbochargers to increase the output power of engines or internal combustion engines has become very popular and can be seen everywhere in daily life, for example, the engines or internal combustion engines of airplanes, internal combustion locomotives, ships and other vehicles are all equipped with turbochargers , to improve power, and even some cars are equipped with turbochargers in order to improve performance. The structure of the turbocharger is more precise, and the manufacturing cost and maintenance cost are very high. Relying on import or imitation, once a failure occurs, only the entire part can only be replaced, which means a lot of economic cost and time cost for the user. [0003] On ocean-going ships, large and medium-si...

AI Technical Summary

Problems solved by technology

The disadvantages of this method are: the economic cost is high, and it takes a long time. Most importantly, this maintenance method requires the disassembly of the turbocharger. As mentioned earlier, the turbocharger is Very precise parts have high requirements for assembly process, and assembly after disassembly will increase the failure rate of turbocharger

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