Why is the Use of Thermal Image Cameras Becoming Increasingly Common on Construction Sites?

Thermal imaging cameras denote devices that can convert thermal energy into visible light for producing images known as thermograms. A regular camera can only take pictures in reasonably good visibility conditions. In contrast, thermal imaging cameras can work even in poor visibility conditions. This is because these devices do not rely on the presence of light for producing pictures. Rather, they rely on tracking the infrared (or thermal) heat emitted by an object for producing images. It is worth mentioning that different objects will emit infrared rays at different rates. However, thermal cameras can distinguish the variations in thermal heat of various objects. This trait enables these devices to produce accurate images that highlight these variations in different hues and shades.

Increasingly, a number of commercial and industrial sectors are waking up to the benefits of using thermal imaging devices in their operations. For instance, companies in the construction industry are using these devices for:

 Carrying Out Electrical Inspections: Improper electrical installations will almost always result in highly costly repairs in the long run. But, these improper installations are safety hazards as well. In some cases, these installations could lead to fires that damage property significantly. Even worse, these installations could end up imperilling the lives of several people too. These days, thermal cameras are available on smartphones. So, a building contractor could easily detect potential issues in an electrical panel before it starts causing problems. Thermal imaging devices can highlight hot spots in the panel, which could indicate overloaded circuits and / or loose or damaged wires.
 Identifying Causes of Heat Loss: In the construction sector, energy-efficient buildings are the rage. But, gaps and crevices in a structure could easily lead to the loss of heat or the infiltration of air. This will make a structure energy inefficient. To remedy this, builders can use thermal imagers for detecting areas where workers have not installed or placed insulation and seals. It is worth highlighting that identifying these gaps in a structure without thermal imaging would undoubtedly set these companies back in terms of both time and money.
 Detecting Leakages in the Roof: Finding a roof leak can be extremely difficult. It can also wreak havoc on the quality of the structure. Not only will water and moisture damage the walls and the interiors of the building. Such leaks can also make the building energy inefficient. In such situations, using a thermal imager can be invaluable. Water retains heat much longer than other surfaces. So, the thermal imager will easily be able to indicate areas facilitating the collection of moisture.
 Highlighting Blockages in Plumbing Lines: Problems in the plumbing of a structure can develop with time. Repairing these problems will invariably cost a lot of money. On occasions, workers at a construction site use the drains for getting rid of debris and trash materials. But, this usually ends up creating major blockages in the plumbing line. In such cases, it might be beneficial to use the thermal camera on your Android smartphone. Simply run hot water through the drain pipes and monitor the flow of water with the imager. You will easily be able to figure out where the blockage exists.