Rain Sensor; Set Up Guide; Battery Installation - TFA STRATOS Mode D'emploi

STRATOS –
2.3 Wind sensor
The wind sensor measures wind speed and sends the data to
the thermo-hygro sensor, which in turn transmits the data to
the base station. Operating power is taken from the thermo-
hygro sensor by a cable connection.

2.4 Rain sensor

The rain sensor measures the rainfall and sends the data to
thermo-hygro sensor, which in turn transmits the data to the
base station. Operating power is taken from the thermo-hygro
sensor by a cable connection.

3. Set up Guide

• Before placing and installing all components of the weather station at their final
destination, please set up the weather station with all parts being nearby for
testing the correct function.

3.1 Battery installation

Thermo-hygro sensor
Sensor Sockets
Battery
Compartment
• Pull away the shower proof casing of the thermo-hygro sensor to reveal the two
sockets (for the wind sensor and rain sensor)
• Connect the attached cables of wind and rain sensors to the corresponding socket
of the thermo-hygro sensor by clicking them into place. Make sure not to swap
the sockets.
• Open the base station's battery cover located at the back of the unit and insert
3 x AA, 1.5V Alkaline batteries into the battery compartment and close the bat-
tery cover
• Open the battery cover of the thermo-hygro sensor located below the two
sockets and insert 2 x AA, 1.5V Alkaline batteries and close the cover
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Wireless weather station
LED Indicator
Battery cover
STRATOS –
Wireless weather station
Note: Please use Alkaline Batteries, do not use rechargeable batteries. Please
take note of correct battery polarity.
When batteries require replacement for the base station, the low battery indicator
will light up on the LCD.
Please do not dispose of old electronic devices and used batteries in
household waste. To protect the environment, take them to your retail
store or to nearest civic amenity site to be disposed of according to
national or local regulations.
Transmission of outdoor values and DCF time
• When the base station is powered up, a short beep will sound and all LCD seg-
ments will light up for about 3 seconds before it enters into learning mode to
learn the sensors security code.
• When the thermo-hygro sensor is powered up (also after a change of batteries),
the LED indicator will light up for 4 seconds. If the LED doesn't light up, make
sure the battery is inserted the correct way.
• After the thermo-hygro sensor is powered up, the sensor will transmit weather
data for 24s, and then the sensor will start radio controlled time reception.
During the DCF time reception period (maximum 5 minutes), no weather data
will be transmitted. The LED indicator will be blinking 5 times once DCF signal
was synchronized.
Note: DO NOT PRESS ANY KEY during the first 10 minutes learning period or
before radio controlled time is displayed on the receiver. After both outdoor
weather data and radio controlled time are displayed you can place your remote
sensor outdoors at the final destination. In case the clock cannot detect the DCF-
signal (for example due to disturbances, transmitting distance, etc.), the time
can be set manually. If the outdoor weather data is not displayed or if any key is
pressed before the weather station receives the signal, you will need to follow
the battery installation procedure again. Please wait minimum 10 seconds be-
fore re-inserting the battery to make a proper reset for both transmitter and
receiver.
Note: If a battery change for the transmitter happened, the base station will be
resynchronized to the transmitter again within the next 3 hours. If you want to
shorten the receiving data time, you have to re-install the batteries of the base
station as well. But in this case the previous weather data and alarm value
settings of the base station will be lost.
Note for Radio Controlled Time DCF
• The time base for the radio controlled time is a Caesium Atomic Clock operated
by the Physikalisch Technische Bundesanstalt Braunschweig which has a time
deviation of less than one second in one million years. The time is coded and
transmitted from Mainflingen near Frankfurt via frequency signal DCF-77 (77.5
kHz) and has a transmitting range of approximately 1,500 km. Your radio-
controlled clock receives this signal and converts it to show the precise time in
summer or wintertime. The quality of the reception depends greatly on the
geographic location. In normal cases, there should be no reception problems
within a 1,500 km radius around Frankfurt.
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