In recent years, in the process of ironmaking and steelmaking, the metallurgical industry has caused major accidents such as high-risk burns, fires and explosions due to the overheating of steel (iron) water to penetrate the ladle, serious wear of the ladle lining, fatigue damage and other safety hazards. Security poses a serious threat. The use of infrared thermal imaging cameras to realize online rapid detection and diagnosis can detect abnormal temperature changes of equipment in time, locate defective parts, avoid safety accidents in time, and ensure normal production and operation.

1. The main application point of infrared thermal imaging camera in ladle inspection.

1. Check the inner lining of ladle and tundish.

Ladle lining is subject to chemical erosion, mechanical erosion, rapid cold and rapid heat, easy to crack, bulge, fall off, etc. When the refractory material is locally damaged severely and is not found, it will cause a serious steel breakout accident. Thermal imaging cameras can detect damage to the lining and avoid accidents.

2. Detection of slag in ladle and tundish.

The sediment will not only reduce the quality of molten steel, but also easily block the outlet, accelerate the wear of the refractory layer of the ladle, and shorten the service life of the equipment. Since the temperature of the slag and the molten steel are obviously different, the position of the slag can be detected by real-time output temperature image of the infrared thermal imager.

3. Detect the temperature of molten steel.

Due to the harsh environment of the ladle and the high temperature characteristics of the molten steel, it is difficult to measure the temperature of the molten steel in real time with the traditional degree measurement method. The infrared thermal imager can be used to measure the temperature of molten steel in real time, automatically and continuously, and analyze the change trend of molten steel temperature according to the generated temperature curve, and intuitively read the maximum temperature and average temperature of molten steel, providing a strong basis for production management and process improvement .

2. The unique advantage of infrared thermal imaging camera in ladle inspection.

1. Non-contact. All-weather real-time monitoring does not affect the normal operation of the ladle.

2. The temperature measurement area displays the highest temperature point, the highest temperature value and the average temperature value. There is no need to measure the temperature at a single point, which is convenient for the operator to read.

3. The software automatically generates a temperature change curve record, which can capture on-site images and display the heating temperature.

4. The device supports high-temperature point alarm, and the alarm threshold can be set in multiple levels, and an alarm signal will be output when the set temperature point is reached.