The thermal imaging camera is a device using the latest technology. It shows the ability to change infrared into an image. This allows us to make measurements and observe temperature differences. Thermal imaging cameras have a wide range of applications. They prove themselves in many situations, which is due to their exceptional capabilities. They are used, among others, in intelligent image recognition systems, such as motion detection systems. They are used for monitoring vast areas, including parking lots, fields and storage halls. Thermal cameras also fulfill the function of external protection systems, as they allow to detect a threat even in the dark and with limited visibility. In addition, they can be used to monitor the interiors of buildings and public places of use and to detect technological defects without any invasion. Thermal cameras are also known as infrared cameras or thermographic cameras. Check out which cameras are offered by Botland!
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Thermal imaging camera - FLiR Lepton Dev Kit V2 - SparkFun KIT-15948
A set containing the Flir Lepton V2 thermal imaging camera , and a board to facilitate its connection. The Lepton LWIR radiometric module used in the device has a resolution...
Index: SPF-16256
Index: SPF-16256
Grove - IR thermal imaging camera MLX90641 110° - I2C - Seeedstudio 101020892
The thermal imaging camera is equipped with a 16 x 12 temperature sensor array MLX90641 . It can detect temperatures from -40°C to 300°C and object temperatures from far...
Index: SEE-17269
Index: SEE-17269
Grove - IR thermal imaging camera MLX90621-BAA 120degree - I2C - Seeedstudio 101020893
The MLX90621-BAA thermal imaging camera is based on the MLX90621-BAA sensor, equipped with a 16 x 4 resolution matrix that can measure object temperature with an accuracy of...
Index: SEE-17679
Index: SEE-17679
FLIR Lepton adapter - for OpenMV camera - SparkFun DEV-16779
The FLIR Lepton Adapter Module allows you to combine an OpenMV camera with FLIR Lepton Version 1, 2 or 3 thermal imaging sensors. The result is a combination of two types of...
Index: SPF-18480
Index: SPF-18480
IR Thermal Imaging Camera MLX90640 24x32 110deg. - Adafruit 4469
IR thermal imaging camera based on the MLX90640 chip, is equipped with an array of 24 x 32 IR heat detecting diodes. When connected to a microcontroller or Raspberry Pi it...
Index: ADA-19260
Index: ADA-19260
The module is equipped with a thermal imaging camera - an infrared IR sensor with the MLX90640 system. The heat sensing matrix has a resolution of 32 x 24 pixels. The...
Index: SPF-21172
Index: SPF-21172
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How does a thermal imaging camera work?
Thermal cameras are dedicated to imaging the temperature distribution. They are distinguished from ordinary cameras by their special optics. The lenses are not made of glass due to the ability of this material to block infrared radiation. Therefore, the lenses are made of a special mixture of materials, which include calcium fluoride, crystalline silicon and germanium. There are, however, detectors which use low-stress semiconductors in their work, among which are indium arsenide and lead selenide. The image that is created is black and white or is supplemented with colors corresponding to specific temperatures.
The principle of the thermal imaging camera is based on infrared radiation. The source of radiation is any body whose temperature is higher than absolute zero. The intensity of the radiation depends on the characteristics of the body and its temperature. It is necessary to know that practically all living beings are capable of producing such radiation, so is human. The camera is supposed to register a given radiation, which comes from a localized object. When this happens, it passes through a lens and is then focused on the detector. The analogue camera, which has been popular for a long time, works similarly. Furthermore, inside the thermal imaging camera we can find a system that cooperates with the detector and is responsible for a thorough search of the image. This means that if any anomaly related to changes in the intensity of infrared radiation is recorded, a special signal will be sent to the user. Thanks to thermal imaging cameras, we can quickly and easily assess whether there is a correct temperature distribution in central heating radiators and whether the quality of thermal insulation in pipelines is good enough.
Take full advantage of thermal imaging cameras with dedicated apps
Because of their very wide range of possible applications, thermal imaging cameras are becoming increasingly popular. Their technology is being improved due to their large share in the area of protection and defence, as well as in the sciences and in many industries. With such cameras we can, among other things, monitor the operation of advanced industrial equipment and machines and power systems. Moreover, it is an excellent and reliable way to detect faults and irregularities in the operation of many systems. Thermal cameras are also chosen by the army, police and other uniformed services. They make it possible to locate people in the dark, i.e. everywhere where there is limited visibility and finding a person is impossible without the support of advanced technology. It should not be forgotten that thermography has a very large share in environmental monitoring. Increasingly, focus is being placed on water, air and soil pollution, as well as animal species that are threatened with extinction. It is the thermal imaging cameras that make it easier to assess the condition and quality of the environment.
To be able to fully exploit the potential of the cameras in these areas, advanced, dedicated applications are also used to evaluate and analyze the collected data.