National Geographic 265NC Mode D'emploi page 7

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1. Insert batteries into the touch screen monitor ﬁ rst. Do not touch the screen at

2. Insert batteries into the transmitter next. The red LED light located in the middle

of the transmitter will turn on for 4 seconds.

3. The transmitter will send a transmission signal and start the radio control clock

(

) signal.

4. If the RCC signal is detected correctly, then the LED light will ﬂ ash 5 times

indicating RCC signal has been found.

5. If the RCC signal is not detected the transmitter will stop RCC reception within one

minute and resume in normal mode.

6. If no RCC signal is detected in the initial setup, the transmitter will try once every

hour to get an RCC signal until a signal is received. Once the transmitter receives

the RCC signal it will transmit the signal to the monitor. On the monitor the RCC

icon will be displayed, if the monitor doesn't receive the RCC signal or loses the

signal the RCC icon will not be displayed.

NOTE: During RCC reception the transmitter will not send a data transmission to the

NOTE:

monitor. RCC reception will occur during the ﬁ rst 5 minutes after power up.

When ﬁ rst installing the device it can take up to 12 hrs for the RCC signal

to be detected. You can set the time and date manually for the ﬁ rst time or wait until

the RCC signal is received.

1.4 Radio Controlled Clock (RCC)

The atomic clock has the most accurate time within the continent. This unit receives

the time signal transmitted by the National Institute of Standards and Technology

(NIST) which is regulated by 3 atomic clocks and in average deviates less than 1

second in 3000 years.

NIST transmits the time signal (WWVB, 60kHz) continuously from Fort Collins,

Colorado. This signal can be received in the USA and Western Canada, however some

environmental effects may affect the transmitting distance.

For more information please see www.boulder.nist.gov/timefreq/

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