KALEAS DetecteurClimatique 34030 Mode D'emploi page 25

KlimaDetector ENGLISH
To obtain the most accurate measurement, observe the following:

Temperature is not measured at a single point, but rather as an average
value of a circular area "d" referred to as a measured area or spot.
As the distance "s" from the device grows, it increases at the ratio s:d =
12:1. The further the ClimateDetector is from the object measured, the
greater the measured area, and vice versa.

If the ClimateDetector is too close to the object (less than 10 cm/4 in), the
area next to the laser dot will be measured, since the laser beam will be
offset from the measured surface.

The target object must be greater than the measured area of the Cli-
mateDetector. The smaller the target object, the less the distance must be
between the ClimateDetector and the object.

Select the shortest possible distance to the area to be measured, ideally
less than 200 cm / 79 in.

Aim the ClimateDetector as perpendicular as possible at the area to be
measured.

Narrow or long objects, such as pipes, should be measured lengthwise to
provide the best possible measuring area.

Do not measure in dusty or steamy environments. Do not measure
through transparent material such as glass or plastic, since reflective sur-
faces can provide incorrect results.
Displaying the probability of mildew
The probability of mold is continuously determined based on the measured
parameters. This is shown on the display [G] as a scale of 0 to 100%; each
graduation represents 2%.
The results can be interpreted to mean that the conditions for the develop-
ment of mold are more likely as the percentage increases.
© KALEAS GmbH & Co. KG
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