Infrared handheld thermal imaging cameras can immediately indicate hot or cold spots in the form of thermal images, enabling thermal imaging measurement to be a daily measurement method. Thermal inspection can identify and determine the degree of thermal anomalies in new or existing buildings. For example, check the electrical system, safely locate the overheated components in the electrical system, and indicate the hot spots in the thermal image.
1. The handheld thermal imaging camera can check for missing or damaged insulation
Inspections performed inside and outside the structure can indicate the location, shape, and strength of the insulation layer, and can record and archive inspections of infrared handheld thermal imaging device to ensure that "the insulation is continuous throughout the visible enclosed area of the building."
These features include recordable data, the ability to store temperature readings at multiple locations along an inspection path, and an audible alarm that can be set to indicate that the temperature is above or below an acceptable range.
2. A handheld thermal imaging camera can find air leaks
When used in pressure testing, the inspection of handheld thermal imaging device can quickly find leaks. Inspections of it on the inside and outside of the structure and along doors, windows, vents and ducts can immediately indicate leaks.
3. Infrared handheld thermal imaging camera can find areas where moisture accumulates
Moisture can seep through joints and cracks in roofs and walls and accumulate, causing structural components to rot, mold, and sometimes cause serious health hazards.
Therefore, it is important to regular carry out thermal imaging inspections of the interior and exterior of the building structure with infrared handheld thermal imaging cameras so as to quickly discover cold spots that usually represent moisture penetration.
4. The handheld thermal imaging camera can inspect structural parts
Inspections of infrared handheld thermal imaging camera can help quickly find support beams, pipes, cables, and flues in perfusion walls, floors, and ceilings. Only by scanning the surface, a detailed thermal image can be obtained, which clearly shows the details under the surface.
5. Handheld thermal imaging camera can evaluate building materials
It can be used to test the performance of interior and exterior wall surfaces, doors and windows under various environmental conditions to determine their ability to retain or reflect heat. A handheld thermal imaging camera can show the situation of energy leakage.
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