How Emissivity Can Impact Temperature Measurement with an Infrared Camera

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  • Опубліковано 21 бер 2023
  • In this video, we discuss how emissivity affects temperature measurements with infrared cameras.
    Understanding emissivity and its impact on temperature measurements is crucial for obtaining accurate temperature readings with infrared cameras, which is essential in various fields such as manufacturing, automotive, and medical industries.
  • Наука та технологія

КОМЕНТАРІ • 23

  • @Malc.Mclagan
    @Malc.Mclagan 2 місяці тому +1

    I’ve just had a young worker burn his wrist on a vacuum pump discharge line (shiny steel pipe bend) which read 47C. Touch probe read 77C. I think we don’t measure properly because of the emissivity being way less than 1, as per this excellent explanation by the author. My sincere thanks.

  • @liuA-q7k
    @liuA-q7k 5 днів тому +1

    Very good science, can you speed up the next video?

  • @seewenhan
    @seewenhan 10 місяців тому +2

    best explanation I can find on youtube right now. thank you for the video!

    • @movitherm
      @movitherm  8 місяців тому

      Glad it was helpful!

  • @fortuneasuoma7073
    @fortuneasuoma7073 4 місяці тому +2

    Mistake at 1:14 .
    Love your lessons

    • @movitherm
      @movitherm  4 місяці тому

      Hi @fortuneasuoma7073! Thanks for pointing that out! Love the attention to detail. The '>' sign should be a '

  • @mahaboob222
    @mahaboob222 7 місяців тому +1

    Great explaination...

  • @sidegigs1
    @sidegigs1 Місяць тому

    Could you elaborate on the caluclation at 3:39? If the target reflects 25% of the nearby fire @ 500, would not the temperature be more than 80? Or am I missing something?

  • @user-vh9zo8sl2e
    @user-vh9zo8sl2e 7 місяців тому +1

    Thanks for your video, it the best explanation I've seen! But I found a mistaken display at 01:15, ε should be

    • @movitherm
      @movitherm  4 місяці тому

      Thanks guys for pointing that out! We'll make sure to fix that!

  • @liuA-q7k
    @liuA-q7k 5 днів тому

    很好的科学,你能加快下一个视频的速度吗?

  • @JaykeSapalaran-iq3qs
    @JaykeSapalaran-iq3qs 11 місяців тому +1

    Great video information ❤👍

    • @movitherm
      @movitherm  11 місяців тому +1

      We are glad you found the video useful! We appreciate the shout out!

  • @enis528
    @enis528 11 місяців тому +1

    Great explanation, thank you❤

    • @movitherm
      @movitherm  8 місяців тому +1

      You’re welcome 😊

  • @user-qv5it1vf1x
    @user-qv5it1vf1x 8 місяців тому +1

    Great explanation, I try to find the next video but i didn't find. I would like to know how to determine the emissivity of the target.

    • @movitherm
      @movitherm  8 місяців тому +2

      Hi! This one is in the works! Stay tuned!

  • @nelomedia805
    @nelomedia805 Рік тому +1

    What would be the optimal distance of the camera to said target in relation to FOV?

    • @movitherm
      @movitherm  Рік тому +1

      Hi Nelo! Thanks for your comment. We will address your question in our upcoming video. Stay tuned!

  • @AQhannan
    @AQhannan 3 місяці тому

    What data from the infrared image can help to find pixel-wise tem, temperature values ?.

    • @movitherm
      @movitherm  3 місяці тому

      Hi! There are cameras referred to as "streaming" thermal cameras. They have temperature calibrated, pixel by pixek values

  • @kercig2061
    @kercig2061 Рік тому +1

    Will the IR flashlight interfere with the IR camera?

    • @movitherm
      @movitherm  Рік тому +1

      Hi Kercig! That depends on the wavelength of the flashlight you are using. Most IR flashlights are near IR, or in the range of ~800nm wavelength. That is barely outside of the visible light range. These would not be visible in the thermal camera image at all. Unless, the power from the flashlight is able to warm up the surface. Great question!