Thermal Imaging Cameras | Infrared Cameras | RS
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    Thermal Imaging Cameras

    Thermal imaging cameras, also known as IR Cameras or Thermographic Cameras, are handheld non-contact devices used to capture detailed images in low-light and hard to see environments. They do this by detecting infrared energy (heat) and converting it into an image. Thermal cameras are often used for troubleshooting purposes, such as identifying hotspots in machinery and equipment. If you’d like to learn more read our Thermal Imaging Cameras Guide.

    Thermal imaging cameras can be seamlessly integrated with smartphones, thanks to innovative advancements in technology. Brands like FLIR offer thermal cameras, such as the FLIR One Pro, specifically designed to connect directly to either Android devices or iPhones.

    RS offers a range of high-performance, state-of-the-art thermal imaging cameras and measurement equipment. These products come from industry-leading brands such as FLIR, known for their advanced thermal imaging technology. Additionally, you can find equipment from Fluke, a brand renowned for its precision and reliability. Testo also provides excellent options with their innovative measurement solutions. Keysight is another top brand featured, offering cutting-edge technology. Of course, RS PRO is included, delivering quality and value across their product range.

    RS also offer a calibration service if required. See more about our calibration services.

    What are thermographic imaging cameras used for?

    The possibilities are endless! Thermal cameras were originally developed for military and surveillance operations, but now their useful technology enables the cameras to be used in a wide range of other applications. Some of the most common are:

    • Electrical engineering – Used to identify hotspots in electrical enclosures. Engineers can detect potential equipment failures caused by equipment overheating.
    • Fire Service – Firefighters use thermal imagers to see through smoke and localise fire hotspots.
    • Automotive Industry – Mechanics use thermal imaging cameras for engine diagnostics
    • Medical – Doctors, nurses and vets can use cameras to detect fevers in human’s temperature or temperature differences in animals.
    • Construction – Building inspectors use cameras and thermal images for checking insulation and for detecting leaks in heating systems.

    198 Products showing for Thermal Imaging Cameras

    Optris
    -20 → +900 °C
    384 x 240pixel
    -
    Ethernet
    CATXI41LTF13T090OH
    80mK
    -
    Manual, Motor
    -
    25Hz
    100mm
    -
    -
    FLIR
    -20 → +400 °C
    160 x 120pixel
    -
    -
    ONE PRO Android (micro USB)
    70mK
    ±3 °C
    Automatic, Manual
    -
    8.7Hz
    150mm
    -
    Android (micro-USB connector)
    FLIR
    -20 → +400 °C
    160 x 120pixel
    320 x 240pixel
    -
    E5-XT WiFi
    <100mK
    ±2 %, ±2 °C (±3.6 °F)
    Focus-Free
    -
    9Hz
    0.5m
    3in
    -
    FLIR
    -20 → +550 °C, -4 → 1022 °F
    240 x 180pixel
    320 x 240pixel
    -
    E6-XT WiFi + MR55
    < 60mK
    ±2 %, ±2 °C (±3.6 °F)
    Focus-Free
    -
    9Hz
    0.5m
    3in
    -
    Fluke
    20 → +400°C
    120 x 90pixel
    320 x 240pixel
    -
    TiS20+ MAX 9HZ
    60mK
    ± 2 °C
    Fixed
    RSCAL
    9Hz
    0.5m
    3.5in
    -
    Testo
    0 → +650 °C, -30 → +100 °C
    160 x 120pixel
    320 x 240pixel
    USB Micro-B
    868s
    0.08°C
    -
    -
    -
    9Hz
    0.5m
    320 x 240pixel
    -
    Testo
    -30 → 650 °C
    320 x 240pixel
    640 x 480pixel
    -
    testo 883-2
    -
    -
    -
    RSCAL
    -
    -
    -
    -
    FLIR
    -20 → +650 °C
    320 x 240pixel
    -
    -
    E54 24°
    40mK
    ±2.0 °C
    Manual
    -
    30Hz
    -
    -
    -
    Testo
    -30 → +650°C
    320 x 240pixel
    640 x 480pixel
    -
    testo 883-2 Kit
    -
    -
    -
    -
    -
    -
    -
    -
    Fluke
    -10 → +1200 °C
    320 x 240pixel
    320 x 240pixel
    -
    RSE300
    30mK
    ±2 %
    -
    -
    -
    15cm
    -
    -
    FLIR
    -20 → +650 °C
    320 x 240pixel
    640 x 480pixel
    -
    T530
    < 40mK
    ± 2 °C
    Automatic
    -
    30Hz
    150mm
    4in
    -
    Fluke
    +14 → +2192 °F, -10 → +1200 °C
    320 x 240pixel
    -
    -
    RSE300
    30mK
    ±2 °C
    Automatic, Manual
    RSCAL
    9 Hz, 60 Hz
    150mm
    -
    -
    FLIR
    -20 → 400 °C
    160 x 120pixel
    160 x 120pixel
    -
    Cx5 ATEX
    <70mK
    ±5 %
    Focus-Free
    -
    -
    0.1m
    -
    -
    FLIR
    -20 → +120 °C
    320 x 240pixel
    161 x 472pixel
    USB 2.0
    E75
    0.03 @ 30 °C
    ±2 %
    Automatic
    RSCAL
    -
    -
    4in
    -
    Fluke
    -20 → +650 °C
    640 x 480pixel
    640 x 480pixel
    USB
    Ti401 Pro 9Hz
    75mK
    ±2 %, ±2 °C
    Automatic
    -
    9Hz
    150mm
    3.5in
    -
    Testo
    -30 → +650 °C
    320 x 240pixel
    320 x 240pixel
    -
    883
    40mK
    -
    Manual
    -
    27Hz
    100mm
    -
    -
    FLIR
    -20 → +1500 °C
    464 x 348pixel
    -
    -
    E86 24°
    40mK
    ±2.0 °C
    -
    RSCAL
    30Hz
    -
    -
    -
    FLIR
    -20 → +1500 °C
    640 x 480pixel
    -
    -
    E96 24°
    40mK
    ±2.0 °C
    Continuous
    -
    30Hz
    -
    -
    -
    FLIR
    -20 → +650 °C
    320 x 240pixel
    640 x 480pixel
    -
    T530
    <30, <40, <50 mK
    ± 2 °C
    Automatic
    -
    30Hz
    0.15, 0.15 m, 1.0
    4in
    -
    FLIR
    -20 → +650 °C
    320 x 240pixel
    -
    -
    E54 24°
    40mK
    ±2.0 °C
    Manual
    RSCAL
    30Hz
    -
    -
    -
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