Weather Forecast - Oregon Scientific BAR913 User Manual

This unit is able to measure outdoor temperatures within -50°C (-
58°F) and +70°C (+158°F) and indoor temperatures within -9.9° C
(14.2° F) and 70.° C (158.°F). If the temperature goes above or below
these amounts, the display will show a flashing "HHH" or "LLL".
NOTE ON OUTDOOR-REMOTE
TEMPERATURE
Once batteries are in place in the remote unit, it will start
transmitting samplings at 30 second intervals.
If no signals are received when the outdoor-remote temperature is
selected, " " will be displayed. To force the main unit to
search for remote sensor signals, press MEMORY and CHANNEL
simultaneously.
If that fails, check that the remote sensor is still in place. Make sure
the transmission is within range and the path is clear of obstacles
and interference.
Repeat this procedure whenever you find discrepancies between
the display on the main unit and the display on the remote sensor.
NOTE ON SETTING REMOTE SENSOR
CHANNELS
The unit has an auto-scan function that sequentially displays
temperature readings of up to three remote sensors. If more than one
remote sensor is being used, set the channel before inserting the
batteries.
MAXIMUM AND MINIMUM
TEMPERATURES
The maximum and minimum recorded temperatures will be
automatically stored in memory. To display them, press MEMORY.
Press MEMORY again to alternate between the maximum, minimum,
and current temperatures. The respective MAX or MIN indicator
will be displayed.
To clear the memory, press MEMORY button and hold for three
seconds. The maximum and minimum recorded temperatures will
be erased. Subsequently, if you press MEMORY after the memory
has been erased, the maximum and minimum temperature will have
the same values as the current reading.
TEMPERATURE TREND
The temperature trend indicator shows the trend of temperatures
collected at that particular remote sight. Three trends: rising, steady,
and falling will be shown.
Arrow
indicator
Temperature
Rising
Trend

WEATHER FORECAST

The unit is capable of detecting atmospheric pressure changes.
Based on collected data, it can predict the weather for the forthcoming
12 to 24 hours. The effective range covers an area of 30 to 50 km.
8
Steady Falling