Thermal cameras

Discover our range of cameras intended for the fight against fire and industrial risks. Thanks to our production plant, we offer several types of cameras manufactured and certified to European standards.

We distribute and market the products throughout France, Africa, French Switzerland, Dom-Tom… For more information, we invite you to contact the sales department available from 8 am to 17 pm.

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Thermal camera :

A thermal camera captures the infrared radiation (wave de heat) emitted by bodies and which varies according to their temperature. A thermal imager generally cannot see behind a wall or an obstacle. It reproduces the heat stored by a body, or shows the heat flow of a wall due to a fireplace at the back.

The windows as well as the parts metal polished reflect the thermal image like a mirror. This image, less clear, can mislead an observer.

Although the wavelength of infrared radiation depends on the temperature, thermal imagers generally have only one channel (like a camera Monochrome), and the cameras only produce an image of the intensity of the radiation, which also makes it possible to appreciate the temperature of the source. The color produced by the camera is a false color, obtained by associating a color with the intensity received, in order to facilitate the direct reading of the temperature: each color of the image corresponds to a temperature.

Fight against the fire :

The infrared camera can be used in fight against the fire. It can very quickly detect an outbreak or even a smoldering fire, for example:

  • residual fire or hearth in an expansion joint;
  • hot spot after a chimney or attic fire has been extinguished;
  • electric fire: short circuit, false contact resulting in occasional overheating.

 

Industry and research:

In the field of research and development and until help, infrared imaging makes it possible (without touching or damaging the sample or the object studied) to reveal many types of anomalies in the production control, for example of combustion or propulsion systems, of cooling systems, of printed circuits, new materials, to study phase change phenomena or certain thermal reactions (exothermic ou endothermic), or the laminar flows or some vortex aerodynamic design1.

It allows you to better see and measure certain mechanical stresses2, thermal stress phenomena3, thermal shock4, anomalies in temperature, heat dissipation, latent heat or other thermal characteristics of materials, which sometimes reflect abnormal friction5, lack of lubrication, hidden defects or defects (bubbles, cracks, interstices, phenomenon of corrosion or delamination or detachment, etc.

When for his  stripping cars or tanks, the level in the tank of certain chemicals can be observed using the thermal imager.

Technical progress is improving its sensitivity and precision (geometric resolution, macro objectives and applications to photothermal microscopy6...) and responsiveness in the case of thermal videos7. The study of plants and fauna or of water surface temperatures8has also benefited from thermal cameras.

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