| 700 EUR | (875.00 EUR incl. vat) |
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Delivery - immediate
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Where is a wall poorly insulated, how does heat spread in a cup of coffee, can kinetic energy change into thermal energy? Take an image and study it in the camera, on a computer, on a tablet or on your phone.
Easy-to-use thermal imaging camera with a range of smart functions. The built-in camera function allows both a thermal image and a visual camera image to be captured at the same time, making report writing easier. The JPEG images can be transferred to a computer, and can be studied and processed in the free software Hikmicro Analyzer (PC). Let the camera generate wifi and connect a tablet or mobile phone to the network. With the Hikmicro Viewer you can stream and take an image that is saved on a tablet or mobile phone.
Experiment - See difference between temperature and heat (pdf, Swedish)
Read more, download software and manual
Make: Hikmicro Pocket2.
Temperature range: -20°C to +400°C.
Accuracy: ± 2°C or 2%.
Resolution thermal: 256x192 pixels.
Field of view thermal: 50°R x 37.2°L.
Functions: Adjustable emission factor, built-in memory 16 GB, temperature alarm, video streaming.
Resolution of camera: 3264x2448 pixels.
Resolution of video: 640x480 pixels.
Field of view of camera: 50°R x 37.2°L.
Display: 3.5" colour display (640x480 pixels).
Digital zoom: 1-4 times.
Power supply: Built-in lithium ion battery. Charger supplied.
Connection: USB cable is used for file transfer to a computer or streaming to a PC with the Hikmicro Analyzer software. It is possible to stream to a mobile phone or tablet via the camera’s WLAN with the Hikmicro Viewer app.
Dimensions: 138x85x24 mm.
Weight: 220 g.
Accessories: Wrist strap, case and USB cable for charging and image transfer included.
Warranty: 1 year.
Download product sheet (English)
Download manual (Swedish)
Hikmicro Analyzer software
Two-image series:
A ball was dropped from a height of two metres onto an asphalt surface. An image was taken (a visual camera image and a thermal image) directly after impact. The left dot in the images shows the point of impact, and the one on the right is the ball. The image clearly shows that the ball's kinetic energy was converted to thermal energy on impact.
Four-image series:
This series of images is taken when coffee is poured into a china mug.
What does it look like if a plastic mug is used instead?
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