I, the role of infrared thermal imaging technology
Infrared thermal imaging technology is a passive, non-contact detection and identification technology, its two basic functions are temperature measurement and night vision.
Two, infrared thermal imaging technology in the application of which industries
Infrared thermal imaging technology was first used in the military field, such as night observation, missile guidance, etc., is a key technology in modern warfare. Later, it was rapidly expanded to civilian industry, widely used in power inspection, electrical equipment maintenance, industrial automation, inspection and quarantine, security monitoring, forest fire prevention, police law enforcement, fire rescue, outdoor sports and other traditional fields, as well as automated driving, smart home, Internet of Things, consumer electronics and other emerging fields.
Third, the thermal imaging camera in the field of night vision application advantagesThe thermal imaging camera can be in the complete absence of light can easily detect and identify the target
1. All-weather work: not affected by the impact of visible light, in the night is still able to clearly imaging, to achieve 24 hours a day work
2. Fear of bad weather: the working wavelength is longer than the visible light, so it can be through the smoke, dust, rain, snow, and so on. Fear of bad weather: the working wavelength is longer than visible light, so it can see the target through smoke, dust, rain and snow
3. Long range: thermal imaging camera can detect the heat source target at several kilometers or even hundreds of kilometers, the role of the distance to be farther than the visible light
4. Strong stealth: passive reception of infrared radiation of the target is not easy to expose themselves, which is conducive to the implementation of the secret mission at night
Outdoor night vision
Four, infrared thermal imaging camera Advantages of the application in the field of industrial inspection
The infrared camera can realize non-contact long-distance temperature measurement and fault detection
1. Simple and intuitive: through the thermal imaging map, it is easy to identify the abnormal high/low temperature points, and find hidden faults
2. Safe and accurate: passive, non-contact, long-distance temperature measurement, to protect the safety of the same time to provide accurate measurements
3. .Efficient and time-saving: can display the distribution of the entire temperature field, quickly patrol a large area, saving detection time
4. All-weather work: not subject to light restrictions, and can work in the dark and bad weather
Electricity detection