An infrared camera is a versatile, lightweight, and cutting-edge device that can enhance an inspector's understanding of a building's different systems and components. Its ability to read heat as color and then display that information in a way that's easily understood by homeowners and other clients makes the infrared camera an increasingly important tool for inspectors to have in their equipment arsenal. Infrared cameras translate the heat signatures of objects into colors on a gradient scale, with higher temperatures appearing as lighter colors, and lower temperatures and wet areas appearing as darker colors. Infrared technology captures the light that exists just outside the visible spectrum. Infrared Imaging in Portage IN show surface-heat variations, which is why an infrared camera is such a diverse tool for commercial and home inspectors that can be used for a variety of applications. Abnormally hot electrical components and connections can be viewed during an electrical inspection. Areas of moisture that may lead to leaks and structural damage can be located based on apparent temperature differences. Heat loss and air leakage in a building envelope, and even areas of insufficient insulation, can be pinpointed quickly and accurately during an energy audit.

Infrared Imaging in Portage IN can be used during building inspections and energy audits to locate problems that can be found by viewing differences in temperature, which the camera sees as infrared radiation and presents as gradient colors. Every object warmer than absolute zero emits infrared radiation, which is invisible to the naked eye but is read by infrared imaging. Being able to view this allows inspectors to locate problems that would otherwise be more difficult and time-taking to find. Understanding data that the camera displays is essential in utilizing infrared technology correctly and to its fullest capabilities.

Infrared Imaging in Portage IN during an inspection is basically used as a non-contact, temperature-measurement tool. Being able to measure temperature differences in this manner allows a quick evaluation of large areas. It can also present some challenges in interpreting the data. A major factor to consider is that the amount of energy radiated by an object depends on the emissivity of the materials of which it is constructed or composed. This can lead to errors in interpreting the thermal images.

The emissivity of an object is dependent mainly on its surface qualities and the materials of its composition and construction. Non-metals and opaque objects with rough surfaces generally have higher emissivity. Pure, smooth, un-oxidized metals and objects with shiny, reflective surfaces have lower emissivity. Objects with low emissivity can still be examined through infrared imaging but special care should be taken to ensure that such images are interpreted correctly. For example, images of reflective surfaces may be affected by a hot light bulb elsewhere in the room. This could be misread as a temperature difference in the area being viewed. Taking into account the emissivity of objects being viewed, and scanning areas from different spots and angles can help ensure accurate interpretation of the thermal images. There are also many charts and guides available that show the relative levels of emissivity for different materials, which may be helpful for accurately interpreting and reporting the data. This data helps the inspector to review the shortcomings of the home and inform the seller to address those issues before putting up the home for sale. Inspectors at Ridgeland Home Inspection Services are experts at this. If you need an Infrared Imaging in Portage IN. Contact us for a professional infrared inspection of your home.