Medium-wave infrared lenses have the characteristics of high resolution, high penetration, and high transmission efficiency, and are widely used in many fields. Today, we will learn about the specific applications of medium-wave infrared lenses in the field of security monitoring.
Application of medium wave infrared lens in security monitoring field
Compared with other traditional lenses, medium-wave infrared lenses can work in no-light or low-light environments, are not affected by rain, fog and other adverse weather conditions, and are more suitable for use in security monitoring. Due to its unique properties, medium-wave infrared lenses are widely used in the field of security monitoring.
Night vision monitoring
The medium-wave infrared lens can capture thermal radiation in the infrared spectrum. Therefore, in a dark environment, the lens can capture the thermal radiation emitted by objects, enable night vision of objects, and achieve the purpose of night monitoring.
Fire monitoring
Medium-wave infrared lenses can detect tiny temperature changes and can be used for early detection of smoke and fire, playing an important role in monitoring scenarios such as forest fire prevention.
Fire monitoring application
Boundary monitoring
In boundary monitoring, medium-wave infrared lenses can be used to detect and identify people and vehicles at long distances, especially in complex environments (such as smoke, fog, dust, day and night changes, etc.), and can maintain detection capabilities beyond the standard visual range.
Temperature monitoring
In some power facilities or important industrial equipment, medium-wave infrared lenses can be used to monitor the temperature of the equipment, detect overheating problems or other potential failures in advance, and ensure safe production.
Personnel screening
Medium-wave infrared lenses can also be used to screen people and check whether they are carrying hidden items, such as in airport security checks or anti-theft checks in shopping malls.
Personnel screening application
Remote sensing reconnaissance capability
Some high-end medium-wave infrared systems can detect and identify specific types of chemicals or minerals, such as some illegal pharmaceutical factories, by identifying the characteristics of thermal radiation.
Hidden Object Detection
If a person or other object is hidden behind a cool surface, such as a wall or window, a mid-wave infrared lens can detect their presence through thermal radiation.