Why is the field of infrared thermal imaging cameras getting hot again?
The spring rains have been continuous recently, and the humid air makes people feel like "mushrooms" are growing. However, what people are more worried about than mushrooms are various frequent power accidents and housing construction problems.
In humid environments on rainy days, outdoor high-voltage lines, transformers, substation boxes and other electrical facilities are prone to sparks (referring to sparks in the circuit).
After some lines exposed to the outdoors wear and age, they are eroded by rain for a long time and are prone to short circuits... If a series of problems are not discovered and solved in time, they will pose a great threat to personal safety. However, inspection on rainy days Electrical failures are not easy.
Continuous rainy weather makes houses extremely susceptible to moisture. The most feared thing at this time is leakage, cracking, falling off and other problems in the building. It is also difficult to detect potential problems in the building's exterior wall with the naked eye.
Wall inspection has always been a major problem faced by the construction field. Safety accidents such as exterior walls falling off and injuring people are common.
With the rapid development of science and technology, the emergence of infrared thermal imaging cameras has provided more efficient and convenient solutions for power failure inspection and building construction problem detection.
"Diversified usage scenarios, efficient and convenient troubleshooting"
The infrared thermal imaging camera can convert the invisible infrared rays radiated from the surface of electrical equipment and building exterior walls into visible thermal images through changes in external temperature, so as to determine the problems and locations and carry out repairs and reinforcements in advance to reduce the causes of various faults. casualties occurred.
In the field of electronic power, infrared thermal imaging cameras can also detect hidden dangers such as loose joints, poor contact, unbalanced loads, overloads, and overheating in various electrical devices; and detect loose joints, overheated bushings, and poor contacts in various types of transformers ( Tap changer), overload, unbalanced three-phase load, blocked cooling pipe and other problems; check the motor and engine for excessive bearing temperature, unbalanced load, winding short circuit or open circuit, carbon brushes, slip rings and collector rings Timely maintenance of problems such as heating, overloading, overheating, and cooling pipe blockage.
In the field of construction, in addition to checking wall problems, infrared thermal imaging cameras can also use non-destructive testing methods to clearly understand the moisture conditions and air tightness of buildings, comprehensively evaluate the insulation effect of the building, and check whether there are defects in the building. Hidden danger.
Through clear infrared images, we can analyze building insulation defects, hot and cold bridge defects, etc., and comprehensively reflect the building energy loss caused by exterior walls or doors and windows, the status of radiators and the status of building exterior walls, so as to conduct building energy consumption audit assessments.
Check and analyze the distribution status of the temperature field in the thermal image to detect radiator siltation and blockage, so as to better facilitate the installation of HVAC equipment; quickly and efficiently detect pipeline faults through infrared thermal images, and clearly observe the humidity distribution on the building surface. Find high-humidity hazardous areas and troubleshoot problems to avoid accidents.
