Test equipment with multidirectional observation function for gas-water heat exchanger

Abstract

The invention relates to the technical field of gas-water heat exchanger experiment auxiliary equipment, and discloses test equipment with a multidirectional observation function for gas-water heat exchanger, the test equipment comprises a heat exchanger body and an experiment table, the experiment table comprises a base, a lifting table, an adjusting table and a buffer table, the lifting table isarranged above the base, and the buffer table is arranged on the adjusting table; an inserting groove clamped with a protrusion at the bottom of the lifting table is formed in the top of the base, and a lifting mechanism is arranged in the motor groove. According to the test equipment with the multidirectional observation function for the gas-water heat exchanger, by setting the lifting mechanism, the threaded sleeve disc ascends, so that the four sets of supporting columns ascend, the lifting table is jacked up through ascending of the supporting columns, the heat exchanger body is lifted through the lifting table, and a worker can adjust ascending of the lifting table. Therefore, the optimal observation position of the heat exchanger body is adjusted, the experiment process of the heatexchanger body can be better observed and recorded, and the experiment efficiency and the working efficiency are improved.

Description

technical field [0001] The invention relates to the technical field of auxiliary equipment for air-water heat exchanger experiments, in particular to experimental equipment for air-water heat exchangers with multi-directional observation. Background technique [0002] The air-water heat exchanger is an important application of the plate heat exchanger in heating. The heat exchange of the plate heat exchanger requires the exchange of two substances to complete the heat exchange. The air-water heat exchanger is to exchange the heat in the steam of A substance to B. A device that puts a substance in water and raises the temperature of the water. For example, in the current urban central heating, whether it is central air conditioning, water heating, floor heating, etc., all heating methods require hot water as a heat source, and the hot water from the boiler has high heat and low flow rate. Because of the slow temperature rise, it cannot be used in urban areas. heating problem...

AI Technical Summary

Problems solved by technology

However, the design of the air-water heat exchanger experimental device in the prior art is generally relatively simple, and it is impossible to perform adjustable observation according to the experimental environment and the observation requirements of the experimenters, resulting in some observation limitations in the experimental process of the air-water heat exchanger.

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