Ozone generator air conditioning cabinet differential pressure water taking pipe device

Abstract

The invention relates to an ozone generator air conditioning cabinet differential pressure water taking pipe device. The ozone generator air conditioning cabinet differential pressure water taking pipe device comprises an ozone generator general water inlet pipe which is communicated with an ozone generator discharge chamber, and a water inlet hole is formed in the ozone generator general water inlet pipe. The ozone generator air conditioning cabinet differential pressure water taking pipe device further comprises a water-cooled air conditioning water inlet pipe which is communicated with the water inlet hole and an upper water-cooled air conditioning water inlet of a water-cooled air conditioning in an ozone generator electric appliance cabinet, a water-cooled air conditioning water outlet is formed in the water-cooled air conditioning, a backwater hole is formed in the ozone generator general water inlet pipe between the ozone generator discharge chamber and the water inlet hole, the backwater hole is communicated with the water-cooled air conditioning water outlet through a water-cooled air conditioning backwater pipe, one end of the water-cooled air conditioning backwater pipe is inserted into the backwater hole and is in a slanted cut face shape, a slanted cut opening face faces the flow direction, and a slanted cut back face blocks flows. According to the ozone generator air conditioning cabinet differential pressure water taking pipe device, not only is the installation of equipment simple, but also waste of water resources is avoided.

Description

technical field [0001] The invention relates to a pressure difference water intake pipe device for an air-conditioning cabinet of an ozone generator, and belongs to the field of chemical pipeline design. Background technique [0002] Because the high-power frequency converter and high-voltage transformer are installed in the electrical control cabinet of the ozone generator, it generates a lot of heat during operation. When cooling with a fan, the temperature, humidity and cleanliness of the equipment operating site are relatively high. Therefore, sealing the ozone electrical cabinet and installing an air conditioner inside, allowing the transformer and frequency converter to operate in a constant temperature and clean space can greatly ensure the stable operation of the ozone generator. Due to the large heat generated by internal components, the use of water-cooled air conditioners is the basic choice in this industry at present. On the equipment site, if the water-cooled ...

AI Technical Summary

Problems solved by technology

On the equipment site, if the water-cooled air conditioner is connected to the water inlet and return pipes separately, the installation cost and expenses will undoubtedly be increased; it is more convenient to take water directly from the cooling water pipe of the ozone discharge chamber, but because the pressure in the water pipe is the same Yes, the outlet water of the air conditioner can no longer be connected to the cooling water main pipe of the ozone generator, but is directly discharged into the sewer, resulting in a waste of water resources

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