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OKM FS-Thermoscan OKM FS-Thermoscan OKM FS-Thermoscan OKM FS-Thermoscan

OKM FS-Thermoscan


OKM FS-Thermoscan - Thermography and cavity detection

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FS-Thermoscan - Thermography and cavity detection

FS-Thermoscan is a measuring device to detect differences in temperatures of the environment. So it can identify cold and warm areas of a field and conclusions concerning hidden objects and structures are possible. FS-Thermoscan is usable as a stand-alone device or can be connected to the Earth Imager eXp 4000 and eXp 5000. In that way it is even possible to get 3d graphics out of the measure values.

Possible applications are

·         the detection of cavities (caves, tunnels, chambers, chests, ...),

·         the visualization of the distribution of temperatures as well as

·         the measurement if differences in temperatures.

The FS-Thermoscan stands up for its usage and compact design. Create high resolution 3d graphics of the underground by measuring the differences in temperature on the surface of the ground.

Because of the integrated laser pointer pinpointed measurements are possible. The device works contactless and therefore a field can also be researched from far distances. This is an important advantage if the field is impassable by the searcher.

The following technical indications are medial values. During operation small variations are quite possible.

Control unit

Operating temperature                       0 °C - 70 °C

Storage temperature                          -20 °C - 60 °C

Air humidity                                        5 % - 75 %

Waterproof                                         No

Dimensions (H x W x D)                       35 x 12 x 22 cm

Weight                                                about 0.9 kg

Voltage                                               12 VDC

Laser Pointer

Laser Class                                           2 (according to EN 60 825-1)

Range                                                 up to 50 m

Wavelength                                        630 – 680 nm

Maximum Output                               < 1 mW


Measurement Readings

Optimal Surface Temperature                         10 °C – 25 °C

Distance/Spot Size Ratio                                  8 : 1

Field Of View (Flare Angle)                               7 °

Resolution                                                        0,01 °C

Temperature Difference (min. amplification)    9 °C

Temperature Difference (max. amplification)   1 °C



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