Thermal imaging is a technology used for detecting leaks and other types of errors or abnormalities. It is also used in the diagnosis of pipe and piping problems and to determine the source of gas leaks from oil or natural gas lines. Thermography can often be performed on mobile or overhead cameras and produces digital images which can be processed by a processing software program to detect anomalies. This method has been around for many years but has only recently been adopted as a reliable industrial device to detect leaks. Visit website t find more info about thermal imaging and thermography.

Thermal Imaging and Thermography

Thermography is based upon the principle of heating. The heat source in thermal imaging is a reflective surface that can be either moving or stationary and thus the camera views any changes in the heat source that could cause a leak or other types of failures in the system. This is similar to the principle of photovoltaic panels where solar panels convert sunlight into electric energy. One of the main differences between these two systems is that while solar panels work best when sunlight is constantly shining on them, thermal imaging works best when there is little or no sun so that the camera can take the images continuously. Another difference is that while solar panels have been around for decades, thermal imaging has only become commercially viable in the last decade or so.

There are many companies that offer thermal imaging leak detection devices, but not all of them offer the same features and quality of products. It is important to do your research and select a device that meets your specific needs. There are many different brands to choose from including LGB, Sanyo, and others. Be sure to check consumer reviews to make sure you are getting a top of the line device with the right features for your specific leak detection needs.