MoviTHERM Thermal NDT Solutions - Transient Thermography

MoviTHERM Thermal or Infrared Non-Destructive Test and evaluation systems. This video discusses and demonstrates the transient thermography method. This method is often used when inspecting defects in carbon composite materials.
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[@teslaaficionado2674]

great video. Could you tell me what model of uncooled bolometar cam you have used in setup and what kind of halogen lump. I believe this answers my question from other video..what is involved in your setup for cam software in PC system?

[@movitherm]

Hi! We used a FLIR A615 camera. movitherm.com/products/infrared-cameras/automated-imaging/flir-a615/
Our system consists of a PC with a signal generator and synchronization electronics, power electronics to control the halogen lamp 1.8kW and our NDT Software for image processing and analysis

[@teslaaficionado2674]

@@movitherm Than You, if you allow me to ask follow up. Is it possible to use the system without PC electronics board? Only with software on laptop to communicate with camera?

[@movitherm]

We have an NDT smart camera with built in electronics that can do that.

[@teslaaficionado2674]

@@movitherm That is great to know. Any chances you can email me more detailed information about that cam and setup at [e-mail]

[@niirtermografering1776]

Hi, very nice video. You say that this type of test will only raise the temperature 3 degrees, is it correct understood that you mean 3K (Kelvin) temperature raise.

[@movitherm]

Hi there! Thank You. I am glad you liked the video. That comment about the 3 degree rise in temperature was more of a general comment. That comment was meant to point out that the system won't heat the surface by very much, thus hopefully alleviating concerns of material stresses. Typically, we see or like to see an increase of about 3 to 10 degree C (Or Kelvin) above the ambient temperature of the part surface. That is usually sufficient to find the defects.