Electromagnetic coil cooling water making machine

Abstract

The invention discloses an electromagnetic coil cooling water making machine. The electromagnetic coil cooling water making machine comprises a heat exchange device, a distilled water production tankand a distilled water tank; a bottom water outlet of the distilled water production tank is connected with a top water inlet of the distilled water tank through a water pump and a water conveying pipeline; the heat exchange device comprises a first hollow channel, a second hollow channel, first flanges and second flanges, wherein the first hollow channel and the second hollow channel are arrangedin the heat exchange device, the first flanges are respectively connected with a water inflow pipe and a water outflow pipe; a water inflow valve and a water outflow valve are arranged on the water inflow pipe and the water outflow pipe; the second flanges are respectively connected with a steam inflow pipe and a distilled water pipeline; and the steam inflow pipe and the distilled water pipelineare provided with an air inflow valve and a water delivery valve; and the distilled water production tank is provided with a conductivity detector and a liquid level meter. Raw materials for filteringare saved, and the electromagnetic coil cooling water making machine has the advantages of high water production efficiency, controllable conductivity, simple structure and the like.

Description

technical field [0001] The invention relates to the technical field of metallurgical equipment, in particular to an electromagnetic coil cooling water generator. Background technique [0002] The electromagnetic stirrer of the continuous casting machine plays an important role in the continuous casting process. A good electromagnetic stirrer for the mold can effectively remove inclusions and improve product quality. Most of the electromagnetic stirrers are water-cooled, that is, the coil bubbles work in the circulating high-pressure cooling water. The existing electromagnetic coil cooling water uses desalted water or filtered water to reduce the conductivity. The conductivity is basically maintained at 50μs / cm, and the conductivity is relatively high. , and the complex water production process requires tap water to be filtered through fiber, multi-material and activated carbon, and then penetrated through a multi-stage reverse osmosis device to meet the conditions for use. T...

AI Technical Summary

Problems solved by technology

Most of the electromagnetic stirrers are water-cooled, that is, the coil bubbles work in the circulating high-pressure cooling water. The existing electromagnetic coil cooling water uses desalted water or filtered water to reduce the conductivity. The conductivity is basically maintained at 50μs / cm, and the conductivity is relatively high. , and the complex water production process requires tap water to be filtered through fiber, multi-material and activated carbon, and then penetrated through a multi-stage reverse osmosis device to meet the conditions for use. The water production efficiency is low. The existing spiral steam water production mechanism has a complex structure. Low water production efficiency and high cost

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