The spherical gimbal infrared thermal imager is a device used to monitor and capture infrared thermal images and is commonly used in security, military, firefighting, search and rescue, and other applications. It consists of two main components: the spherical gimbal and the infrared thermal imager.
The spherical gimbal is a rotating mechanism installed on a bracket or support structure that can rotate, tilt, and zoom in both horizontal and vertical directions. This allows the user to remotely control the direction and field of view of the thermal imager to monitor the area of interest in real time. The spherical gimbal is typically equipped with motors, sensors, and control systems to ensure smooth and precise movement.
The infrared thermal imager is a camera specifically designed to capture infrared radiation, converting the emitted infrared radiation of objects into thermal images and displaying temperature distribution in a visual way. This technology is very useful in applications such as night vision, fire detection, search and rescue, and border monitoring. The infrared thermal imager is usually equipped with lenses, detectors, and image processing systems.
Remote monitoring and operation: Users can adjust the direction and focal length of the thermal imager through a remote control system without physically reaching the device location.
360-degree coverage: The spherical gimbal can achieve all-round coverage in both horizontal and vertical directions, increasing the monitoring range.
Intelligent tracking: Some advanced systems have intelligent tracking capability, automatically locking and tracking moving targets.
Night vision and visibility in harsh weather conditions: infrared camera technology enables users to monitor and identify objects in low light or harsh weather conditions.
This type of equipment has a wide range of applications in various fields, providing a powerful monitoring and security tool, especially in environments where monitoring is required in low light or harsh weather conditions.
