1. High sensitivity and clear imaging
Thermal imaging of the camera is based on the temperature of the object. If the imaging effect is clearer, it is recommended that the thermal sensitivity is high, the small temperature difference can be resolved, and the imaging accuracy is greatly improved. The higher the sensitivity of the infrared camera, the better the imaging effect, and the higher the resolution of the specific location of the fault point.
2. Choose high infrared resolution
The detector pixels of an infrared camera are called infrared resolution. It is similar to visible light. The higher the pixel, the clearer the image, the higher the pixel, the more temperature data, the higher the accuracy of the imaging.
3. Choose different angles of view depending on the situation
The field of view refers to the horizontal and vertical angles of the imaging of the thermal imaging camera. The larger the angle, the wider the angle, such as a wide-angle lens. The smaller the angle you see, the smaller you see, such as a long focal length mirror. Therefore, it is very important to choose the right lens for different situations.
4. Choose different types according to the principle of job demand
Infrared thermal imaging cameras work differently, mainly divided into thermal detection principle and optical detection principle, so the difference between infrared thermal imaging cameras is different, the thermal detection sensitivity is better than light detection, but no refrigeration, high sensitivity light is needed. Detection and production of semiconductor material imaging effects.
