What is an infrared thermal imager? What are its important uses? How to choose in specific use?

First, what is an infrared thermal imager?

Infrared thermal imager is a device that uses infrared thermal imaging technology to measure the infrared radiation of the target object, through photoelectric conversion, signal processing and other means, to convert the thermal distribution data of the target object into a video image; its essence is to image the energy of the infrared band, and then through pseudo-coloring processing, different colors represent different temperatures, so as to visually see the temperature distribution on the surface of the object.

What are the main uses of 2. infrared thermal imagers?

In simple terms, the main uses of infrared thermal imagers are: non-contact temperature measurement, infrared imaging and night vision.

The infrared thermal imager receives the infrared radiation energy of the measured target through the optical imaging system, then acts on the photosensitive element of the infrared detector, and obtains the infrared thermal image through the subsequent circuit and signal processing. Its temperature measurement method is non-contact temperature measurement, and the temperature measurement range is very wide. For example, the temperature measurement range of the two XKCON infrared thermal imagers developed by Jinan Xiangkong Automation is -20 ℃ ~ 350 ℃.

Night vision refers to the fact that the infrared thermal imager images by collecting the infrared radiation energy of the target, so it can work normally during the day or at night.

classification of 3. infrared thermal imager?

In terms of explosion-proof function, infrared thermal imagers are mainly divided into non-explosion-proof infrared thermal imagers and explosion-proof infrared thermal imagers.

poYBAGQzgQiASzL-AADSLtQPI6M165.pngXKCON Xiangkong Infrared Thermal Imager
What are the functional characteristics of the 4. infrared thermal imager?

1. Common ground

The XKCON infrared thermal imaging instrument developed by Jinan Xiangkong Automation is a real-time monitoring and monitoring equipment integrating infrared thermal imaging, visible light and embedded processing system. This equipment can carry out automatic inspection, real-time monitoring, automatic early warning and real-time acquisition of thermal information of equipment fault status, and automatically generate corresponding temperature change reports. It has built-in analysis function and automatically sends analysis results, it can also be shared to the field main control cabinet according to the analysis results for alarm and control of external equipment. It has the characteristics of no power failure, long distance, safety and reliability, and high detection accuracy. It is one of the very effective means to realize online monitoring and equipment condition maintenance.

XKCON non-explosion-proof infrared thermal imager and XKCON explosion-proof infrared thermal imager both use non-cooling infrared detectors. Its working principle is that infrared absorption materials convert infrared radiation energy into heat energy, causing the temperature of sensitive components to rise. A physical parameter of the sensitive element changes accordingly, and then it is converted into an electrical signal or a visible light signal through a certain conversion mechanism designed to achieve the detection of objects.

Therefore, XKCON auspicious control non-explosion-proof infrared thermal imager and XKCON auspicious control non-explosion-proof infrared thermal imager can still work normally and have better performance no matter day or night, or under severe weather conditions such as rain, fog, snow and dust.

2, different points

XKCON auspicious control non-explosion-proof infrared thermal imager is waterproof and dustproof, with IP66 ultra-high protection level, but does not have explosion-proof function. However, XKCON auspicious control explosion-proof infrared thermal imager has a higher level of protection IP68, and its explosion-proof mark is Ex d Ⅱ C T6 Gb /Ex tD A21 IP68 T80 ℃, which can be used for video monitoring in places with explosion-proof requirements.