The difference between infrared thermometer and molten steel thermometer
Firstly, infrared thermometers use thermal imagers to detect online electrical equipment, which is the infrared temperature recording method. Infrared temperature recording method is a new technology used in industry for non-destructive detection, testing equipment performance, and mastering its operating status.
Secondly, compared with traditional temperature measurement methods such as thermocouples and wax sheets with different melting points placed on the surface or inside the object being measured, the thermal imager can detect the temperature of the hot spot in real time, quantitatively, and online within a certain distance. Through scanning, it can also draw temperature gradient thermal images of the equipment during operation. Moreover, it has high sensitivity, is not affected by electromagnetic field interference, and is easy to use on site.
Thirdly, the molten steel thermometer can detect thermal faults in electrical equipment with a high resolution of 0.05 ℃ within a wide range of -20 ℃ to 2000 ℃, revealing issues such as heating at wire joints or clamps, as well as local hotspots in electrical equipment.
Fourthly, the molten steel thermometer is a comprehensive technology that utilizes the heating effect of charged equipment and uses specialized equipment to obtain infrared radiation information emitted from the surface of the equipment, in order to determine the condition and defect nature of the equipment.
Fifthly, safety is the most important benefit of using an infrared thermometer. Unlike contact thermometers, it can safely read difficult to access or unreachable target temperatures, and you can read the target temperature within the allowable range of the instrument. Non contact temperature measurement can also be carried out in unsafe or difficult contact temperature measurement areas, such as near steam valves or heating furnaces, without the risk of accidentally burning fingers during contact temperature measurement. Accurate measurement of supply/return air temperature 25 feet above the head is as easy as measuring it at hand.
