The thermal camera creates images using thermal radiation where it serves as a heat sensor that detects temperature changes between objects and the scene itself. Instead of a picture of light, the thermal image is a visual capture of heat. The more heat an object emits, the brighter it appears in a thermal image. In other words, thermal cameras let people see what human eyes cannot capture.
It may monitor the perimeter of a building and detect incidents in low-light environments, complete darkness, or other challenging conditions such as smoke-filled and dusty environments to provide continuous protection against potential intruders. Furthermore, they could also be used for fire prevention by detecting abnormal temperatures.
Features of the System
Despite the vibrant light, it’s still able to detect objects which adapt to poor environment conditions such as total darkness, smoke / haze / smog, backlighting / shadows / reflections / headlights / blooming, rain / snow / fog.
Provides for longer detection distance.
Reduces the sudden change of image brightness.
High accuracy alarms designed to reduce potential false notifications as caused by animals, shaking leaves, or other irrelevant objects.
Auto alarms are triggered when temperatures exceed the threshold value.