As we all know, temperature is one of the four parameters of industry. The temperature parameter is common in all modern industries, and the measurement data of this parameter is directly related to the quality of the entire product or system.
Now we understand the application of infrared thermometers in combination with several common industrial industries:
First, the application of infrared thermometer in the steel industry
The use of infrared thermometers in the iron and steel industry is very common because the steel plates are in motion and the temperatures are generally very high and contact measurements are not suitable. From hot metal, rolled plates, to strips, infrared thermometers can come in handy. Re-heating the steel with a stable temperature is an important factor in preventing it from being deformed. Therefore, an infrared thermometer can be used to measure the internal temperature of the regenerator. In a high temperature rotary mill, an infrared thermometer can be used to monitor whether the product temperature is within a reasonable temperature range. In the silicon steel production wire, an infrared thermometer can be used to measure the temperature of the soaking zone outlet strip.
Second, infrared thermometer in the glass industry applications
In the glass industry, products are also in motion, and high temperatures are required to melt the glass. At this time, the infrared thermometer can be used to monitor the temperature in the furnace, and the temperature of the furnace port can be adjusted by measuring the temperature of the molten glass. In the production of flat glass products, the temperature must be strictly controlled in each process. If the temperature changes too quickly or the control is incorrect, the quality of the product will be affected. For a bottle container product such as glass, the molten glass flows to the forehearth. At this time, the infrared thermometer can be used to measure the temperature of the forehearth glass so that the state before the furnace can be monitored. In the process of windshield products, infrared thermometer applications are also common.
Third, infrared thermometer application in the plastics industry
In the plastics industry, infrared thermometers can be used to measure the temperature of dynamic objects and plastics to avoid contamination. In order to maintain the integrity and thickness of the plastic in the process of blowing the blown film, the temperature must be strictly controlled. In this case, the infrared thermometer can monitor the temperature and allow the operator to adjust the heating and cooling. During the ejection of the cast film, the temperature can also be measured with an infrared thermometer. When the sheet is pressed out, according to the temperature value measured by the infrared thermometer, the operator can guarantee the quality of the product by adjusting the heater and the cold coil.
IV. Application of Infrared Thermometer in Petrochemical Industry
In the petrochemical industry, most refineries use temperature display systems in preventive maintenance procedures. These programs are used to monitor furnace processes and thermocouples. During the detection of the furnace process, infrared monitors are often used to detect the proportion of heated surface tube carbon build-up. The build-up of coking can lead to a higher ignition rate in the furnace, which in turn leads to an increase in the temperature of the pipe, which often reduces the service life of the pipe under such high temperature conditions. Because this kind of coking will prevent the product from absorbing the heat of the tube evenly. When using an infrared thermometer, you may find that the tube surface temperature in the junction area may be higher than the tube surface temperature in other areas.
Infrared thermometer application
V. Application of Infrared Thermometer in Preventive Maintenance
If detected with a portable thermal display system, staff can discover potential or existing problems in a timely manner. For example: automotive engine coil windings are overheated and the heat can easily build up on the cylinder head of the compressor. Many factors can cause temperature rises. The temperature curve can be very different from the ambient temperature, so that it can be positioned with a portable heat display system. Normally, problems can be quickly identified and corrected before stopping the process.
In fact, the application of infrared thermal imaging thermometers is far more than this, because there are still many unknown areas and industries that are currently undetectable by technology. Believe that with the continuous progress of human activities and science, infrared thermal imaging thermometers bring more understanding and surprises to our lives!
For more relevant information, please contact us: Wuhan Yongsheng Technology Co., Ltd. Website
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