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Thermal imaging is the process of employing a thermal camera to collect and produce an image of an object using the infrared light that the object emits. The temperature of the object is depicted in the produced image. A non-contact tool called a thermal camera uses infrared energy (heat) to detect objects and transform it into an image.
People can use thermal cameras to view heat radiation that cannot be seen with the naked eye—invisible heat radiation that all objects, regardless of lighting, emit or reflect. Security is one of the areas where thermal imaging has the most to offer.
Without the need of any light, thermal imaging cameras can produce sharp, clear images even in complete darkness. As a result, IR cameras are ideal tools for a variety of night vision applications.
The Global Thermal CCTV Camera market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
A thermal camera measures body temperature and offers security.
Platinum By quickly pre-screening people before they enter a facility, CCTV has developed a body temperature sensor security camera that is intended to help prevent the spread of pathogens in the community.
Body temperature measurements of 0.3 oC are provided by the PT-BF5421-T Thermal/Visible Hybrid IP Security Camera, which also notifies employees when it’s time to implement facility protocols. Each thermal image may be read from up to three metres away, and once a high body temperature is found, visible and audio signals are also provided.
The camera can be purchased with recorders, licences, quick-deploy tripods, or just the camera and/or blackbody for long-term attachment.
Additionally, Platinum CCTV’s proprietary Advanced Video Management platform (AVM) can be used in conjunction with it to enable customers to easily search through days, weeks, or even months’ worth of security camera data. The camera is capable of 1920 x 1080 pixel resolution.
A 2.0 megapixel CMOS image sensor, H.265 video compression, and 30 frames per second are all included. The temperature measurement range is 30°C to 45°C, and the spectral range is 8 m to 14 m. The thermal sensitivity is 40 mK. The camera may be placed on the wall or the ceiling and comes with an IP67 waterproof casing.
High-performance thermal imaging cameras like the Spectra Professional Thermal Camera are provided by Pelco by Schneider Electric. It has a thermal sensor with a resolution of 640 x 480 and a sensitivity of 50 mK, enabling crisp thermal imaging in total darkness as well as through smoke, haze, and light fog.
The camera has a 30x optical zoom lens that enables long-range object recognition and identification. It is perfect for use in critical infrastructure, industrial, and perimeter security applications since it has powerful analytics and alarm capabilities, including virtual tripwires and intruder detection.
Additionally, Pelco’s proprietary SureVision technology, which combines low-light and WDR capabilities to deliver the best image quality in difficult lighting conditions, is included in the Spectra Professional Thermal Camera. With a working temperature range of -40°C to 60°C and an IP66-rated housing, the camera is also made to survive tough situations.
A high-performance thermal imaging camera for use in demanding security and surveillance applications is the Pelco by Schneider Electric GFC Professional 4K Thermal Camera.
The device combines a thermal camera with a 4K visible camera to deliver sharp, high-resolution photos throughout the day and at night. The 640 x 480 pixel resolution thermal sensor on the GFC Professional 4K Thermal Camera can detect temperature changes of fewer than 50 millikelvins, enabling it to detect extremely tiny temperature variations in the surroundings. Additionally, it has a 1/1.8-inch CMOS sensor for taking clear, high-resolution pictures.
The camera has a number of cutting-edge technologies, including H.265 video compression, which shrinks video recordings’ file sizes without compromising image quality, and adaptive video streaming, which enables it to adapt the video stream to the available bandwidth. Additionally, when activity is detected in a user-defined area, built-in analytics such as intrusion detection and line crossing detection can send alerts or set off alarms
