Conductivity detection system for water purification equipment

Abstract

The invention discloses a conductivity detection system for pure water equipment, which comprises a pure water detector, a display screen is arranged on the pure water detector, keys are arranged at the lower part of the display screen, one side of the pure water detector is electrically connected with an electrode for detecting pure water through an electric wire, and the other side of the pure water detector is electrically connected with a battery. A detection assembly used for reducing manual operation and pure water detection errors is arranged outside the electrode, according to the conductivity detection system for the pure water equipment, the function of integrating soaking and drying can be achieved in the use process through the arranged detection assembly, so that when an operator detects pure water, the operation and detection errors are reduced, and the detection efficiency is improved. The problems that in the existing using process, manual washing is needed, gentle spin-drying is needed after washing, the deionization process and the surrounding environment are affected, and the detection result is affected are solved, and it is guaranteed that operation of an operator and result errors are effectively reduced.

Description

technical field [0001] The invention relates to the technical field of pure water detection, in particular to a conductivity detection system for pure water equipment. Background technique [0002] Pure water equipment is simply a device that converts source water into pure water, which is used in all aspects of life, such as food water, electronic water, boiler water, medical water, chemical water, industrial water and domestic water, etc. After the pure water is prepared, it needs to be tested for its conductivity. The conductivity detector can accurately measure the conductivity of pure water or ultrapure water, and can detect it in the process of pure water preparation. [0003] In the process of using the conductivity detector, it is necessary to rinse it with deionized water, so that the electrode can be completely wetted by deionized water. There is excess water on the surface, but in use, the water on the electrode is limited, so that the excess water in the electro...

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Problems solved by technology

[0003] In the process of using the conductivity detector, it needs to be rinsed with deionized water so that the electrode can be completely wetted by deionized water. Excess moisture on the surface, but in use, the moisture on the electrode is limited, so that the excess moisture in the electrode is fully dried, so that the excess moisture is mixed on the outer wall or inner side of the electrode, thus affecting the detection purity. The conductivity of water affects the preparation of pure water. In addition, the output of pure water is huge. During the operation, not only the workload is huge, but also more water stains will be generated on the ground, which will affect the cleanliness of the ground. Therefore, we propose a conductivity detection system for pure water equipment

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