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Background

PS The converter is an important equipment for crude copper refining. Through the secondary oxidation reaction in the slag-making period and the copper-making period, the copper in the liquid matte isFe and S Removed to form crude copper. In these two processes of blowing, the reactions that occur are almost all exothermic reactions, which will release a lot of heat. Therefore, the temperature of the outer wall of the furnace body is sometimes too high, and the gas and copper matte liquid (as well as The white matte formed later erodes the refractory materials on the inner wall of the furnace, and some refractory materials are lost or missing. The temperature will be higher, sometimes reaching400 At the same time, during the blowing process, due to the characteristics of pyrometallurgy, During blowing, splashes will adhere to the water jacket and fall off the furnace after cooling. Eye of the storm, so the center of the eye is increased20mm Thick steel plate to protect the eye from large The newly added protection plate will affect the furnace temperature measurement, and the protection plate must be modified to measure the temperature. The corresponding furnace outer wall, in addition, the eye hose will also block the furnace wall, but the gap between the hoses can be Measure the outer wall temperature.

Product Description

HIRDA-PS type The PS converter infrared thermal imaging intelligent monitoring system is a system specially designed for high temperature metal smelting. The furnace temperature monitoring system consists of a high-temperature infrared thermal imaging thermometer, an electric control box, an algorithm server and a customer Centrally monitor and manage the equipment on the job site and transmit it through a digital transmission network Realize PS Collection, analysis, and location of high-temperature points of converter wall temperature. Automatic alarm and other functions.

Advantages

 all-weather passive thermal imaging function;

 Use self-developed temperature measurement and correction algorithm to achieve accurate temperature measurement;

 Strong environmental adaptability, can be used in harsh environments such as high temperature and high dust;

 Full range temperature detection of furnace wall to fully display the temperature field distribution of furnace body;

 Automatic positioning and warning of high temperature areas in square decimeters;

 Establish a furnace wall surface temperature database;

 Build a corresponding model between refractory material thickness and furnace surface temperature;

 Open interface, providing SDK Development kit, available with DCS、 PLC Waiting for system connection.

Product technical indicators

Benefits brought