İnfrared Termal Görüntüleyici vs. İnfrared Termal Görüntüleme Kamerası

There are several distinctions between infrared thermal imagers and infrared thermal imaging cameras:

Infrared Thermal Imager: It is based on the principle that all objects above absolute zero emit infrared radiation, and the intensity and wavelength distribution of the radiation change with the temperature of the. It receives the infrared radiation energy of the target through an optical lens, converts it into an electrical signal via an infrared detector, and then amplifies and processes it to form a thermal image that can be observed by the human eye. It can also measure temperature.

Infrared Thermal Imaging Camera: The core component is an infrared imager, and it works on the same principle. However, as a camera, it also needs to convert light signals into electrical signals, encode them, and video images, thus enabling dynamic monitoring and recording of the target.

Infrared Thermal Imager: It is mainly used for precise measurement of the temperature distribution on the surface of an object, generating thermal images and temperature values. It can accurately identify and strictly analyze areas with overheating faults. It is often used in inspection, power equipment maintenance, medical diagnosis, etc., to help detect equipment failures and human diseases.

Infrared Thermal Imaging Camera: In addition to having imaging capabilities it focuses more on real-time monitoring and dynamic tracking of the target object. It combines thermal imaging with video surveillance functions and can be used for security surveillance, border, autonomous driving assistance, etc. It can monitor and warn about targets such as people and vehicles in various environments.

Infrared Thermal Imager: It high requirements for temperature resolution, can detect small temperature differences, and meets the needs of precise temperature measurement and fault diagnosis. Some high-end products have a temperature resolution 0.01°C or even higher. It is often used in scientific research and high-precision industrial inspections.

Infrared Thermal Imaging Camera: It focuses on the clarity, smoothness, and real-time performance of the image. The frame rate is usually high to ensure the continuity and smoothness of the video, it easier to observe and track dynamic targets. It is often used in security, traffic, and other fields that require real-time monitoring and quick response.

Infrared Thermal Imager: In the industrial field, it is used to detect temperature abnormalities in electrical equipment and mechanical parts to prevent failures. In the medical, it helps doctors detect the temperature distribution on the human body surface to screen for diseases. In the scientific research field, it is used to study the thermal properties heat conduction of objects.

Infrared Thermal Imaging Camera: In the security surveillance field, it can achieve 24-hour uninterrupted surveillance and promptly detect abnormal situations In the autonomous driving field, it helps drivers identify obstacles such as pedestrians and animals on the road at night or in bad weather as part of the driver assistance system.