Development Of Economic Techniques For Residential Thermography

Lee R. Allen; Sharon Allen

doi:10.1117/12.934472

21 March 1983 Development Of Economic Techniques For Residential Thermography

Lee R. Allen, Sharon Allen

Proceedings Volume 0371, Thermosense V; (1983) https://doi.org/10.1117/12.934472
Event: Thermal Infrared Sensing Diagnostics, 1982, Detroit, United States

Abstract

Infrared thermography has proven to be a valuable tool in the detection of heat loss in both commercial and residential buildings. The field of residential thermography has needed a simple method with which to report the deficiencies found during an infrared scan. Two major obstacles hindering the cost effectiveness of residential thermography have been 1) the ability to quickly transport some high resolution imaging system equipment from job site to job site without having to totally dismount the instruments at each area, and 2) the lack of a standard form with which to report the findings of the survey to the customer. Since the industry has yet to provide us with either, we believed it necessary to develop our own. Through trial and error, we have come up with a system that makes interior residential thermography a profitable venture at a price the homeowner can afford. Insulation voids, or defects can be instantly spotted with the use of a thermal imaging system under the proper conditions. A special hand-held device was developed that enables the thermographer to carry the equipment from house to house without the need to dismantle and set up at each stop. All the necessary components are attached for a total weight of about 40 pounds. The findings are then conveyed to a form we have developed. The form is simple enough that the client without special training in thermography can understand. The client is then able to locate the problems and take corrective measures or give it to a con-tractor to do the work.

Citation Download Citation

Lee R. Allen and Sharon Allen "Development Of Economic Techniques For Residential Thermography", Proc. SPIE 0371, Thermosense V, (21 March 1983); https://doi.org/10.1117/12.934472

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