Low Battery Indication - National Geographic 302NE Manual Del Usuario

Pronosticador de cuatro días
Tabla de contenido

Publicidad

Idiomas disponibles
  • ES

Idiomas disponibles

  • ESPAÑOL, página 35
3.1.2 Main unit battery installation
Install 4 x 1,5V AA Alkaline batteries (not included) in the battery compartment to activate
the display.
Open the battery compartment
Install 4 x 1,5V AA (LR06) Alkaline batteries following the polarity indicated inside
the battery compartment.
Close the battery compartment.
Do not short-circuit & dispose of in fire. Remove the batteries if
this device is not going to be used for a long period.

3.1.3 Low battery indication

The batteries must be replaced as soon as the low battery icon of the main unit
on the main unit.
4
Meteotime
4.1
Receiving the Meteotime signal.
Meteotime is an innovative system in the communication of
weather forecasts (www.meteotime.com).
® The Meteotime-Icon and the brand "Meteotime" are
internationally registered and protected!
Meteotime does get the weather forecasts twice a day from
the weather office Meteotest (www.meteotest.ch).
Meteotime adapts the weather data technically to the system
and sends it to Physikalisch-Technische Bundesanstalt (PTB)
in Germany und METAS in Switzerland.
Both offices will transmit the weather date at precisely defined
time slots all over Europe.
The coverage of Europe with weather forecasts is optimal
thanks to the two time strong transmitters, DCF77 (PTB) and
HBG (METAS) (see illustration).
The 302NE has the Meteotime Technology built and does
receive and decode the data.
More information can be found on www.meteotime.com.
4.2
Radio Controlled Clock
DCF77 (PTB) and HBG (METAS) will also transmit the time signal, which is regulated by 4 atomic clocks and in average
deviates less than 1 second in 2 million years.
Because of that, the 302NE will indicate always the exact time.
4.3
Environmental reception effects
It is expected that the signal can cover a distance of 2,000 km from the transmitter.
However, some environmental effects may affect the transmitting distance.
Avoid the following situations to maximize the radio controlled clock and Meteotime signal reception:
Long transmitting distance
Nearby mountains and valleys
Among tall buildings
Near railway, high voltage cable, etc.
Near freeway, airport, etc.
Near construction site
For more information, visit www.ptb.de.
at the back of the unit.
10
or the outdoor sensor
Inside concrete buildings
Near electrical appliances
Bad weather
Inside moving vehicles
Nearby metallic structures
Weak batteries
302NE
AA
AA
AA
AA
is displayed
5

Publicidad

Tabla de contenido
loading

Tabla de contenido