Building infrared thermal imagerHow to choose? Let's take a look together below:
Methods for selecting infrared thermal imagers for buildings
1. Simple:
For the comfort of living, modern building exterior walls must be coated with some insulation materials to reduce the impact of outdoor temperature on indoor environment. In order to avoid affecting the insulation effect due to improper construction, it is necessary to test the insulation layer of the exterior wall. The currently effective method is to use infrared thermal imagers, whose non-contact temperature measurement, rapid measurement, and storage make it possible and reliable to quickly detect large objects such as building exterior walls.
2. Flexible lens selection:
Sometimes the defect range of a building is very small, and the temperature defect map seen by directly shooting infrared thermal images is not so detailed. It can be combined with a telephoto lens to directly shoot the defect part, which can obtain more detailed infrared images, making it more convenient for us to analyze the cause of the defect and repair it. It can also be paired with a wide-angle lens, allowing us to capture the overall image of the building at a very close distance, making it easy to operate.
3. Higher thermal sensitivity:
In many buildings, there may be moisture and even leakage issues due to improper material selection or non-standard construction. These are directly related to the quality of the building, and in the past, dealing with these issues required a lot of manpower and resources, which may not necessarily be completed. The use of infrared thermal imagers can distinguish subtle temperature differences based on the specific heat capacity of objects. High sensitivity thermal imagers can display infrared thermal images based on temperature differences, which can quickly detect leakage points and minimize economic losses.
The above is the method for selecting an infrared thermal imager for buildings.
