An infrared thermal vision camera can record detection results in a report so as to determine the next steps for maintenance and repair. It generates a thermal image through infrared resolution, which is stored in a flash card, providing users with instant hot spot values and temperatures, or the distribution of heat in a specific area.
infrared thermal vision cameras have excellent energy-saving effects, which in turn saves costs for property owners. The measurement of thermal insulation lasts longer and requires no additional repair costs, while ensuring a more uniform temperature throughout the space, creating a more comfortable environment. Experiments have shown that a comfortable environment is conducive to increasing productivity.
Infrared imaging often exposes all potential hidden dangers, such as insulation problems in buildings, potential damage from water stains on walls and roofs, termite damage, concealed mold, pipeline and other electrical problems. The IR thermography camera can also measure different materials using different emitting rates, yielding different results. However, it is important for users to set the correct parameters to obtain reliable measurement data and reports. Another great advantage of an infrared thermal video camera is its light weight, high accuracy, high sensitivity, high resolution color LCD display, image can be saved to a mini SD card, and it has a fast focus lens for quick shooting.
Infrared thermal vision technology is an accurate, measurable, non-contact diagnostic technology that can be used to observe and quantify changes in surface temperature. Its applications include vascular assessment, tissue condition monitoring, muscle strain analysis, and bleeding point detection, among others. The application of infrared thermal imaging is very broad, wherever there is a temperature difference. For example, in the automotive production field, engine performance can be detected by thermal infrared imaging technology, while in medicine, it can detect the effects of acupuncture and early detection of breast cancer and other diseases. In the electricity industry, it can inspect wires, connections, fast-closing switches, substations, etc.
infrared thermal vision cameras use non-cooled focal plane infrared detectors to present the infrared thermal spectrum of the object being measured in a high-definition, high-sensitivity pseudocolor image. They are easy to use for measuring both static and dynamic objects and can store images, videos, and audio in an SD card for deeper analysis and statistics. They have stable performance and quality, as well as high cost effectiveness, making them a great partner for your work. With a multifunctional output port for images and audio, they can meet your different measurement and detection needs. Infrared thermal video camera can also fuse visible light images, have picture-in-picture functions, and have rich menu functions that allow for quick switching between measurement modes.
