*The fully-radiometric, mounted camera is perfect for R&D infrared inspection and analysis covering a wide range of applications, from identifying thermal anomalies in circuit board components, to tracking phase changes in injection mould manufacturing, to analysing non-destructive testing of multi-layer composites or carbon fibre components. While the specifics of those applications vary tremendously, all benefit from infrared cameras with a high degree of accuracy, excellent spatial and measurement resolution, high thermal sensitivity, and responsive performance.
*FLUKE offers infrared cameras that provide all of these capabilities with a versatile set of features that are indispensable for many types of R&D applications. High resolution coupled with optional macro lenses can provide for up-close imaging capabilities that produce highly detailed and informative
images, with apparent temperature calculations for each pixel.
*Individual images can provide a wealth of data on their own. Capture multiple images, or streaming radiometric data, and the mountain of data increases exponentially. All who take on the task of research and development will appreciate useable, accurate, and analys-able data. Users can easily access this data from the included SmartView software and then often export it and apply their own analysis and algorithms.
*The extremely high thermal sensitivity of these infrared cameras combined with the unprecedented spatial resolution allow for radiant analysis not
previously possible with most commercially-available products. This allows for a more thorough and accurate analysis of various material properties.
| storage_Type | No |
|---|---|
| Manufacturer Part No | FLK-RSE600/C 9HZ |
| Manufacturer | FLUKE |
| Datasheet | No |
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