Experimental method and experimental platform for adjustable high-lift water hydraulic ram pump

Abstract

The invention relates to an experimental method and an experimental platform for an adjustable high-lift water hydraulic ram pump. The experimental platform comprises an upper pool which is connected through a water inlet pipe and a lower pool which is provided with a hydraulic ram pump body, an outlet of a water outlet pipe of the hydraulic ram pump is formed in the upper portion of the upper pool, a plurality of branch pipes which are connected in parallel are arranged on the water outlet pipe, all the branch pipes are provided with resistance adjusting elements capable of adjusting different lift ranges respectively, and a pressure sensor is arranged at the position where the water outlet pipe and the hydraulic ram pump are connected. According to the experimental method and the experimental platform, the pressure sensor is arranged at a water outlet of an air tank of the experimented hydraulic ram pump, the resistance adjusting elements are arranged on the water outlet pipe, the pressure of the water outlet pipe is adjusted by the resistance adjusting elements, the pressure parameters of the water outlet pipe are acquired through the pressure sensor, and the pressure parameters of the water outlet pipe are converted to be simulated lifts. Accordingly, the height of the water outlet pipe of the hydraulic ram pump is decreased, and the lifts of the hydraulic ram pump can be simulated. By means of the experimental method, the experimental height of the hydraulic ram pump can be greatly decreased, the experimental cost is saved, and the experimental parameters of the water ram pump under various lifts can be acquired with the lowest cost.

Description

technical field [0001] The invention relates to an experiment method and an experiment platform of a water hammer pump with adjustable height, which is a hydraulic experiment method and platform, and is a method and platform specially used for water hammer pump experiment. Background technique [0002] Due to the increasingly serious problems of energy and pollution, the water hammer pump has been paid more and more attention as a mechanical device that can produce the pumping effect only by using the potential energy in the water flow without energy consumption. In the process of developing a new type of water hammer pump, it is necessary to test the performance of the water hammer pump through model tests. Only through the model test can the various performances of the water hammer pump be mastered, which is conducive to better popularization and application. More importantly, only through model tests can we better discover the problems in the design and find reasonable i...

AI Technical Summary

Problems solved by technology

However, traditional water hammer pump experiments require a large amount of fluid circulation and facilities that meet the head height, and the larger the water hammer pump, the greater the required flow and height, and the higher the cost of the experiment

For most manufacturers of water hammer pumps, the experimental cost of water hammer pumps is too high, which limits the research and development of water hammer pumps, especially large water hammer pumps

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