Manual

ThermoCamera HighSense (Pro)

1. Set emissivity coefcient to 1.0

2. Blur the object out of focus (Refer to Section 15.1)

3. Aim the camera in the opposite direction

of the actual measured object

4. Determine the average temperature

5. Set the average temperature as the reection

temperature

Infrared measurements of specic objects can be affected by reection from other objects nearby or even

from the ambient air because the measured object cannot be fully isolated. The reection temperature

setting can help compensate for the interference. The reection temperature is generally the same as the

ambient temperature. However, if larger objects with signicantly different temperatures (approx. > 20 °C)

are in close proximity to the measured area, its effects must be taken into account. For this purpose,

follow these steps:

High humidity can lead to the lens of the thermal

imaging camera misting over which means the infrared

radiation is not fully received. The infrared radiation is

absorbed on the way to the lens by the atmosphere

and distributed by the water vapour suspended in the

air, amongst other things (relative humidity).

These inuences should be taken into consideration,

particularly when the distance to the measured object

exceeds around 30 m. This can have a negative

inuence on the measuring accuracy. The parameter

can be set from 10% to 100% to compensate for

the inuence of the relative humidity. Thick fog can

also affect the measurement as the water droplets

in the transmission path allow less infrared radiation

through.

Relative humidity

Reection Temperature

7.2

Parameter: Relative humidity

7.1

Parameter: Reection temperature