Impeller penetration flaw detection platform

Abstract

The invention discloses an impeller penetration flaw detection platform which comprises a high pressure cleaner and a cleaning frame. The high pressure cleaner is arranged on one side of the cleaningframe, an impeller is hung on the cleaning frame, the cleaning frame comprises a frame body, universal wheels, a plurality of hanging rods, heat-shrink tubes and retaining caps, the hanging rods are horizontally welded on the frame body, the heat-shrink tubes sleeve the hanging rods, the retaining caps are connected to the tail ends of the hanging rods in a threaded manner, and the universal wheels are arranged at the bottom end of the frame body. According to physical characteristics and penetration flaw detection principles of impellers, the impellers are arranged in a stereoscopic hung mode, the high pressure cleaner replaces manual labor to implement final complete cleaning for the impellers, efficiency is greatly improved, water is saved, and the labor intensity of inspectors is reduced.

Description

Technical field: [0001] The invention relates to an impeller penetration flaw detection operation platform. Background technique: [0002] The production of maglev blower impellers must pass 100% penetrant testing before they can be put into storage. In the past, when non-destructive testing personnel entered the impeller penetrant testing, they first arranged the impellers on the cardboard on the flat ground, and whether it was colored in the middle or cleaned at the end The complete cleaning is done with a brush one by one, because the surface shape of the impeller is complex, it is difficult to clean the blades in place, and the water is time-consuming. During the operation, due to the reagent being stained on the cardboard, the subsequently cleaned impeller is again contaminated with the colored reagent. The blades of the impeller are sharp, which is easy to scratch the inspectors, and the impeller is more likely to be damaged after being moved for many times. Inventi...

AI Technical Summary

Problems solved by technology

[0002] The production of maglev blower impellers must pass 100% penetrant testing before they can be put into storage. In the past, when non-destructive testing personnel entered the impeller penetrant testing, they first arranged the impellers on the cardboard on the flat ground, and whether it was colored in the middle or cleaned at the end The complete cleaning is done with a brush one by one, because the surface shape of the impeller is complex, it is difficult to clean the blades in place, and the water is time-consuming.

During the operation, due to the reagent on the cardboard, the subsequently cleaned impeller is again contaminated with the colored reagent

The blades of the impeller are sharp, which is easy to scratch the inspectors, and the impeller is more likely to be damaged if it is moved repeatedly

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