The entire industry needs to reduce the level of errors to improve its productivity and effectiveness. Preventing and detecting the possibility of major problems can reduce unforeseen costs. The information provided by advanced thermal imaging Melbourne cameras can make a difference, in the momentum and development of the industry. Would you like to know more?
Thermal vision – or thermal camera – is a technology created during the sixties. Its main utility is to capture images (photo or video) in real time.
These cameras are used to detect errors and prevent them. This is done with the aim of maintaining the good condition of electrical and mechanic systems. They are easy to use; moreover, they are vital to the growth and development of an industry.
What is thermal or infrared vision?
Thermal vision is a technology that allows us to observe and obtain images from the infrared emissions that a body emits being located within an electromagnetic spectrum.
Thermal vision cameras work by capturing infrared radiation from a body or object. It then converts this emission of heat energy into an image visible to the human eye. The infrared rays are located after the extreme red of the visible color spectrum.
The well-known “infrared region”, located between microwave radiation from the electromagnetic spectrum and visible radiation receives the heat that the bodies radiate. This energy is used to create images visible to the human eye.
All bodies and objects release and radiate energy regardless of whether they are at room temperature or even cold.
Thus, a frozen object at room temperature would also be susceptible to being perceived by a thermal camera.
There are different ranges of the spectrum of thermal vision cameras. The radiated spectral energy depends on the temperature of an object. The higher the temperature, the more the energy level will be and the shorter the predominant wavelength.