VOLTCRAFT WB-80 IR camera -20 up to 600 °C 32 x 32 Pixel 9 Hz Built-in digital camera

Non-contact temperature measurementWhether cracks in the facade or leaks in pipelines - the areas of application of the Voltcraft WB-80 are manifold. With a fixed focal length and 247 MK thermal sensitivity, it is also suitable for testing solar systems, machines or heating systems in a temperature measuring range of -20 to 600 °C. A 32 x 32 pixel bolometer is used to measure over the entire wavelength spectrum at a frame rate of 9 Hz. In order to record the correct temperature, the emission level can be adjusted to the material to be measured and temperature compensation is also available to avoid influences through the ambient temperature.Detailed evaluationThe WB-80 fits not only well and securely in the hand thanks to its ergonomic design, but also has the practical cold and hot spot tracking function, in order to easily recognize the hottest and coolest places. The 2 inch TFT LCD display allows the display in 4 color palettes: IRON Red (red), color RGB, grayscale (white heat), grayscale (black heat). This allows recorded objects to be displayed with as much contrast as possible for better evaluation. More than 100 recordings can be stored internally and a USB connection is available for data transfer. The camera is splash-proof according to IP54 and for immediate use batteries and practical shoulder bag are supplied immediately.Combination of a visual camera and a thermal imagerThe thermal imaging overlay is a thermal image that is placed over a visual image, with the field of view (FOV) matching. The combined image provides a completely new visual experience. A heat signature with room perception in daylight, which cannot be achieved with thermal images alone. To achieve a usable thermal overlay, two camera modules with the same viewing angle are used, a thermal imager and a visual HD day light camera mounted side by side. The image information is overlaid with a special software. The user can select the transparency level, thermal range, image size, and zoom offsets so that the two image types can be accurately corrected with or without X/Y offset.

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