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15 Things You Should Know About Best Thermal Imaging Camera For Firefighting | Leader Thermal Imaging Camera
- Sensor resolution – The introduction of Microbolometer sensors initially saw 160×120 and 320×240 pixel arrays, with 384×288 sensors entering service around 2011. 80×60 sensors have also been offered on some cameras and more recently 192×144, 206×156 and 240×180 sensors. A higher pixel count results in a higher-resolution image. - Source: Internet
- All sorts of issues can be a problem in heat-generation processes, ranging from heat leakage to conductive or radiant transfer of heat that isn’t necessarily expected or intended. Ideally, thermal imaging cameras catch these problems if used correctly, helping maintain safety and reduce operational risks before they turn into a serious issue. Here are some of the best cameras available right now, both for connected systems as well as for independent use by field personnel. - Source: Internet
- While hand-held, helmet- and mask-mounted cameras are available for structural firefighting, hand-held cameras are arguably the best option for wildfire use. They come in a range of sizes, features and designs and can vary from 180g to 1.6kg. - Source: Internet
- Field of view (FOV) – The camera’s FOV will determine the size of the area that can be viewed at any time. A narrow FOV will display a smaller area than a camera with a wider FOV. The FOV is important in determining the image quality in relation to the sensor resolution; a high-resolution sensor may have a wider FOV. - Source: Internet
- To get the most out of your TIC, training and an understanding of how the camera works and its features is important. A TIC like any other item of firefighting equipment has limitations and understanding these are vital. Standard practices and procedures must still be followed to ensure that safety and the task outcomes are not compromised. - Source: Internet
- For wildfire, the use of a thermal imaging camera (TIC) can have significant benefits. However, like any other item of firefighting equipment it also has limitations and standard practices and procedures must still be followed. Incorrectly interpreting displayed images could mean failure to identify objects, and may compromise safety, effectiveness and efficiency. - Source: Internet
- Battery type and run time – Most cameras have removable rechargeable batteries and come with a spare battery. Some small-format cameras may have an inbuilt rechargeable battery. Run time can vary from 2 to 8 hours depending on the make and model. This may be an important consideration if working remotely away from a vehicle or other power supply. - Source: Internet
- Sensor refresh rate is measured in hertz (Hz) and equates to the refresh rate (or frame update rate) and is the number of times per second that a new image is ‘created’ by the sensor. Fire service TICs can usually range in performance between 9Hz and 60Hz. Cameras with lower refresh rates may produce a ‘choppy’ image if panning with the camera or the object being viewed is moving. - Source: Internet
- Cameras can range from single button operation with one operating mode (standard mode or TI Basic), while others may have a choice of screen palettes, optional modes and features. While some of these features may be useful for structural firefighting or Hazmat applications, for example, they may have little use for wildfire. However, features designed specifically for structure fire overhaul are generally an advantage for wildfire hotspot detection and mopping up. Some of these that are available from different manufacturers include: - Source: Internet
- Hand-held thermal imaging cameras help you attack fires more strategically, manoeuvre through smoke more easily, and save lives. And with a range of technologies and prices, it’s easier than ever for departments to afford to issue a TIC to every firefighter. The fire service uses thermal imaging for a growing number of applications varying in complexity. From quickly finding a downed victim during search and rescue, to making informed tactical decisions, the introduction of TICs helped firefighters become more efficient and save even more lives. - Source: Internet
- Sensor array format – Microbolometers with either VOx or a-Si sensors are used today in fire service cameras. The sensor or Focal Plan Array (FPA) consists of an array of pixels that are set in horizontal and vertical lines. Fire service array formats are generally set up with a ratio of 4:3 in landscape format. There have been some recent cameras that have the sensor and display in ‘portrait’ 3:4 format, resulting in a reduction in the width of the camera, making them more compact. - Source: Internet
- ν Digital zoom: Available on some cameras as a 2x or 2–4x digital zoom. This feature can be used when it is difficult to access a hotspot, for example when examining an elevated hotspot or one that is in a hazardous area. In that situation it can also reduce the FOV and sometimes improve the thermal contrast of the image. - Source: Internet
- Designed specifically for professional energy or facilities engineer/investigator use, the E75 provides far greater capability than standard hand held cameras, being able to see and measure heat detection ranging near 1,830 degree Fahrenheit. Exactly how that would be applied by hand is another question, but it could easily be pointed through a refinery burn monitoring window and measure internal chamber heat levels instantly. The detailed IPS screen gives a wide approach with a 160 degree angle of data intake and translation, similar to a wide-angled photography camera lens. The additional technical features allows a user to add in instant notation and GPS data for accurate field records and measurements as well. - Source: Internet
- FLIR has been a long-standing name in the technical camera industry, well trusted by firefighting personnel, investigators, law enforcement and the military, among other customers. The cameras produced are highly intuitive, easy to handle, robust and built for hard conditions, and extremely accurate. The FLIR E8 model is a particularly interesting choice, producing an image of 76,800 pixels translating data collected by a 320 x 240 thermal-sensitive sensor. In addition, the model integrates a microbolometer for increased detailing of thermal changes, both in terms of intensity and proximity. - Source: Internet
- An interesting option for facility managers and personnel who have to deal with both hot and cold conditions for accurate monitoring measurement, the FLIR TG167 provides a thermometer with real-time dynamic measurements, a sizable camera on a hand-held assembly, and an integrated microbolometer. The model focuses on lasers aiming for sensor reception and data collection, covering temperature measurements from 13 below to as much as 716 degrees Fahrenheit. The clarity is top notch on the viewing screen, and the TG167 boasts a much longer battery reliability, up to five hours at a time before a recharge is needed. - Source: Internet
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