Industrial nitrogen dehumidification detection device

Abstract

The invention relates to an industrial nitrogen dehumidification detection device, and discloses a device which stirs and heats gas to detect and dry nitrogen through the cooperation of two eccentrichelical blades. The industrial nitrogen dehumidification detection device is characterized in that a circular cover plate covers a main cylinder, and the edge positions are sealed through welding; a main box is a cylindrical container, a plurality of branch gas pipes communicated with the inside of the main box are arranged on the side wall of the main box; an even number of rubber strips are equidistantly arranged on the inner wall of the main box; a group of arc copper plates is arranged between every two adjacent rubber strips; multiple magnetic blocks are equidistantly arranged on each arccopper plate; each group of arc copper plates includes two arc copper plates which are distributed up and down; the upper arc copper plates are connected by a power line, and the lower arc copper plates are connected by a power line; a hollow shaft motor is placed in the middle position of the circular cover plate through multiple fixing brackets; and one end of a transmission shaft is connectedwith the motor shaft of the hollow shaft motor and positioned in the main box.

Description

technical field [0001] The invention relates to an industrial nitrogen dehumidification detection device, which relates to a device for dehumidification detection of nitrogen in a nitrogen tank used for energy storage during the use of industrial equipment, and belongs to the field of industrial equipment. In particular, it relates to a device for agitating gas, heating, detecting and drying nitrogen through the cooperation between two eccentric spiral blades. Background technique [0002] At present, in industrial production, nitrogen is used for energy storage in and out, and the pressure of equipment is increased through nitrogen. In order to ensure the stability of energy storage and pressurization of equipment, the pressure of nitrogen needs to be checked regularly. The main factor affecting the energy storage of nitrogen is nitrogen. Because the nitrogen contains moisture, the nitrogen in the nitrogen tank on the equipment is unstable, which affects the continuity and ...

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Problems solved by technology

[0002] At present, in industrial production, nitrogen is used for energy storage in and out, and the pressure of equipment is increased through nitrogen. In order to ensure the stability of energy storage and pressurization of equipment, the pressure of nitrogen needs to be checked regularly. The main factor affecting the energy storage of nitrogen is nitrogen. Because the nitrogen contains moisture, the nitrogen in the nitrogen tank on the equipment is unstable, which affects the continuity and stability of the pressure during pressurization. After the equipment adapts for a period of time, the condensed water in the nitrogen tank will be released. , the release will cause part of the nitrogen to leak, causing the pressure in the nitrogen tank to drop, and it is necessary to replenish nitrogen. When replenishing, the nitrogen in the nitrogen bottle is directly injected into the nitrogen tank on the equipment. After injection, the pressure of nitrogen gas decreases and the temperature changes. During this process, condensed water enters with nitrogen gas, forming a vicious circle. Currently, the equipment does not have the ability to dry nitrogen gas. It is necessary to add a tank for drying and dehumidification. Plastic balls are placed in the body to absorb the moisture in the nitrogen gas. The plastic balls need to be dried regularly to ensure that the moisture in the nitrogen gas can be absorbed. The drying process of the plastic balls is complicated each time, which increases the complexity of the equipment. The dehumidification effect on nitrogen is poor, and it cannot be dehumidified when nitrogen is injected. None of the above has tested the results of nitrogen dehumidification

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