oneConcept Beaufort Bedienungsanleitung Seite 28

Step 8: Wiring:
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The anemometer's (1) cable is connected to the input on the wind direction sensor (2).
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The wind direction sensor's (2) cable is connected to the input marked Wind on the thermo-
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hygro sensor (3).
The rain sensor's (5) cable is connected to the input marked Rain on the solar panel (4).
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The solar panel's (4) cable is connected to the input marked Rain on the thermo-hygro sensor
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(3).
Step 9: The solar transmitter:
The solar transmitter makes use of solar energy to power the instruments they are connected
to.
Note: It uses AA size alkaline rechargeable batteries. For the solar transmitters to function
properly, make sure the solar receptors on the transmitters are exposed to sunlight and the
connectors of the connection cable are securely plugged in.
For best results, direct solar panel as follows: Solar panel facing north if you reside in the sou-
thern hemisphere; Solar panel facing south if you reside in the northern hemisphere.
Step 10: Alignment of the wind direction sensor:
On the edge of wind direction sensor, there are four alphabet letter of "N","E","S"and "W" re-
presenting for the direction of North, East, South and West. Wind direction sensor has to be
adjusted so that the directions on the sensor are matching with your real location. Permanent
wind direction error will be introduced when the wind direction sensor is not positioned correct-
ly during installation.
Note: Commonly the radio communication between receiver and transmitter in the open field
can reach a distance of up to 330 feet providing that there are no interfering obstacles such
as buildings, trees, vehicles, high voltage lines, etc. Radio interferences such as PC screens,
radios or TV sets can, in bad cases, entirely cut off radio communication. Please take this into
consideration when choosing standing or mounting locations.
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