detection of heat leaks of walls, roofs, windows, air-conditioning systems, heated floors;

heating, air-conditioning, and ventilation systems diagnostics;

detection of water leaks of built-in plumbing;

power networks, switches, and electric equipment condition control.

no need for special conditions for thermographic control, objects operate as always;

no contact needed for diagnostics, dangerous objects may be safely inspected;

visualization, full thermal picture of an object, highly informative;

any object of any form and size may be inspected;

highly efficient diagnostics;

very fast result processing;

does not depend on any other method;

high sensitivity (up to 0.1°C);

allows to identify old defects as well as defects only starting to appear.

measured temperature range – from -20°C to +800°C (optionally up to +2000°C)

detector – uncooled microbolometric matrix 384x384 elements

temperature sensitivity threshold – less than 0.08°C at 30°C

measuring error – ±1°C, but not less than ±1%

optical field of view, horizontal/vertical – 22°/16° (optionally teleobjective 7.7°/5.8°, wide-angle objective 45.6°/35°)

spectral range – 8-14 µm

image refresh rate – 60 frames/sec

targeting system – laser class 2

optional functions – color digital camera 1280x1024 elements; 10x digital zoom (smooth)

controlled radiation ability – from 0.01 to 1.00 (step 0.01)

focusing – automatic or manual, minimal distance – 0.35 m

imaging function – 8 palettes. Up to 10 mobile measurement point.

Automatic search of maximum temperature. Alarm function. Picture in picture of thermogram and photo. Horizontal linear profile display, histogram, and isotherm in real time/scale/fixed/saved static image and video.

Temperature (thermographic) inspection is one of the most effective means of diagnostics of objects that are engaged in any heat transfer activity.