Image images - Import export

InfraCam® of the manufacturer FlirSystems® is with only 550g very light and easy to operate. It is suitable for indoor and outdoor. Through precise high resolution of InfraCam® slight temperature differences are recognized clearly. A high quality, cost-effective inspection device with an operating time of seven hours. Over 50 years experiences in development and production of infrared cameras influenced the development of this new revolutionary model. Rapid developments in detection technology enabled to a small, compact, easy to operate and extremely favourable diagnostic tool. This technology that was so far in high-end infrared cameras and only accessible for limited users, is now open up to a larger circle of users thanks to InfraCam®. Now, InfraCam® produces and saves infrared pictures, which can be easily analysed due to updated software "ThermaCam QuickView". This software is included in delivery of scope of InfraCam®! Datenblatt

The Eagle 320 is the latest enrichment in the range of thermal imaging technology and is provided with a camera sensor made of amorphous silicone. The temperature gauge takes place standard in digital form as well as in form of bar charts on the display. The mode "Temperture Awarness Colourisation“ represents a temperature analysis controlled by software, which is suitable during the course of operation at fire scenes Eagle 320 is available with two-channel transmitter, which allows transferring images to a receiving station/monitor outside of the place of action. 10cm LCD, definition: 320x240 Pixel Rechargeable battery, incl. charger 4,5h operating times of battery, status display 4-times zoom For usage standing up, crawling and suitable for free hands Weight: approx. 1,8kg Prices on request! Data sheet

The particle image velocimetry (PIV) is an optical noninvasive working flow velocity measurement method. The flow field is made visible by introducing into the fluid small buoyancy neutral particles – the so called tracers. The particle flow then is illuminated with the aid of a light sheet and recorded at two defined different times within a small time interval with a digital camera. Because the particle move within this time interval with the flow, one can calculate the particles velocity by knowing its path between the two moments of illumination. The result is a velocity vector field of the flow. Here, we assume that the particles are small and follow the flow without any slip. Compared to local methods like LaserDopplerVelocimetry (LDV) with the ParticleImageVelocimetry one can reconstruct a whole flow region An extension of ParticleImageVelocimetry is the combination of PIV with thermometry (PIV/T).