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- Exterior Water intrusion
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HOW THERMAL IMAGING DETECTION WORKS
> Thermal imaging is based upon the science of infrared energy, which is emitted from all objects. Referred to as “heat signature” radiation emitted tends to be proportional to the overall heat of the object.
Thermal cameras or thermal imagers are sophisticated devices comprised of sensitive heat sensors that pick up minute differences in temperature. The Heat signature gathered from objects in a particular environment is mapped out as an image based on the differences and inflections of the temperature measured.
> In general, thermal images are grayscale: with white representing heat, black representing colder regions, and various shades of grey indicating gradients of temperatures between the two. However, newer models of thermal imaging cameras actually add colour to the images they produce, in order to help users better identify distinct objects more clearly – using colours such as orange, blue, yellow, red and purple.
Thermal cameras or thermal imagers are sophisticated devices comprised of sensitive heat sensors that pick up minute differences in temperature. The Heat signature gathered from objects in a particular environment is mapped out as an image based on the differences and inflections of the temperature measured.
> In general, thermal images are grayscale: with white representing heat, black representing colder regions, and various shades of grey indicating gradients of temperatures between the two. However, newer models of thermal imaging cameras actually add colour to the images they produce, in order to help users better identify distinct objects more clearly – using colours such as orange, blue, yellow, red and purple.