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TFA 35.1100 Meteotime Duo Handleiding

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Cat. no. 35.1100
KSPO:1442-09(TFA)
NIL DV928 MANUAL(ENG 2)
SIZE:W105xH148mm
BY C Y WU 16/03/10
Meteotime DUO
Instruction manual
Radio controlled weather station
with professional weather
forecast via DCF 77 signal and
local measuring values via indoor
sensors and wireless outdoor
transmitters
You can download this manual
in several languages at
www.tfa-dostmann.de
Characteristics and functions:
The METOTIME DUO radio weather station unites the need for a forecasting station with
professional, multi-day weather forecasts across the DCF signal and a classical radio weather
station with its own local sensors and external transmitters.
With its own built-in memory, 3000 weather entries can be stored, which can be saved on a
PC by using a USB gateway, and can be displayed in the software shipped with delivery.
Professional weather forecast via DCF 77 Signal
• Professional weather forecast (day/night) with expected highest and lowest temperatures for
90 meteorological regions in Europe
• Daily transmission via DCF signal
• Text display for critical weather situations
• Rain probability
• Wind velocity and direction
• Time for sun rising and setting
• Radio controlled clock with date
Local measuring values via sensors
• Wireless transmission (433 MHz) of outdoor temperature and humidity (range up to 100 m in
free field), quantity of rainfall, wind velocity and direction (up to 30 m in free field) from the
exterior sensors to the display station
• Capable of taking up to 5 outdoor temperature/humidity transmitters, also for the climate
control of remote rooms, e.g. children’s room, wine-cellar, greenhouse
• Indoor temperature and humidity with comfort level indicator of indoor climate
• Absolute and relative atmospheric pressure with 24 hours history
• Bar graph indication of atmospheric pressure, temperature or humidity for the last 24 hours
• Indication of moon phase
• Windchill factor and dew point
• Programmable alarm functions for certain weather conditions, like temperature alarm, storm
warning
• Maximum and minimum values
• Data memory for 3000 weather records
• PC- interface with analysis software package
• LED Backlight with light sensor (in continuous operation with power adapter)
• For wall mounting or free standing
Index:
A: Setting up
1. Setting up the remote weather sensors
1.1 Setting up the thermo-hygro sensor(s)
1.2 Setting up the rain sensor
1.3 Setting up the anemometer (wind sensor – solar powered)
2. Setting up the main unit
3. Reception of the outdoor transmitters by the main unit
4. Setting pressure parameters
5. Reception of RC time and METEOTIME weather forecast information
B: Operation
1. METEOTIME forecast information
1.0 Introduction
1.1 Display
1.2 Buttons
1.3 Reception of time and weather data
1.3.1 Reception of time
1.3.2 Reception of weather data
1.3.3 Choosing the installation location
1.3.3.1 Reception test
1.3.3.2 Possible sources of interference
1.3.4 Set time zone, language and contrast
1.3.5 Select the country and city/cities
1.4 How to operate
1.4.1 Switch CITY SUNRISE & SUNSET TIME TIME & DATE
1.4.2 Switch DAY WEATHER INFORMATION NIGHT WEATHER
INFORMATION
1.4.3 Display of more cities
1.4.4 How to personalize a city name
1.4.5 Critical weather information
1.5 Exclusion of warranty for METEOTIME weather information
1.6 Weather symbols
1.1 Setting up the Thermo-Hygro Sensor(s)
1. Open the latch at the base of the thermo-hygro sensor.
2. Set the channel with a slide switch.
3. Insert 2 x “AA” size 1.5V batteries.
4. Replace the latch and mount unit at desired location.
Placement tips:
- The thermo-hygrometer sensor should be in an area with free air circulation and sheltered
from direct sunlight and other extreme weather conditions. Place the unit in a shaded area,
such as under a roof.
- Use the wall mount hole if mounting the unit on a vertical surface.
- Avoid placing the sensor near sources of heat such as chimneys.
- Avoid any areas which collect and radiate heat in the sun, such as metal, brick or concrete
structures, paving, patios and decks.
- Ideally, place the sensor above natural surfaces such as a grassy lawn.
- The international standard height for measurements of air temperature is at 1.25m (4 ft) above
ground level.
1.2 Setting up the Rain Sensor
1. Unlock the funnel-shaped top of the rain sensor by turning both knobs on the sides of the rain
sensor in an anti-clockwise direction.
2. Lift the top off the base and insert 2 x “AA” size 1.5V batteries into the battery holder.
3. Remove the adhesive tape for transport lock.
4. Replace the lid and secure into place by turning the knobs clockwise.
5. Place the rain sensor in a location such that precipitation can fall directly into the sensor,
ideally 2-3 ft above the ground.
It may be secured into place by using the four screws provided.
6. The sensor must be accurately level for optimum performance. To check if the sensor is level,
remove the lid and check if the ball bearing inside is at the midpoint of the leveller.
Additionally, a bubble level or carpenter’s level may be used.
7. Attach the protective screen onto the top of the lid. The screen will prevent any debris
entering the sensor.
Placement tips:
- The rain sensor should be placed in an open area away from walls, fences, trees and other
coverings which may either reduce the amount of rainfall into the sensor, deflect the entry of
wind-blown rain, or create extra precipitation runoff. Trees and rooftops may also be sources
of pollen and debris.
- To avoid rain shadow effects, place the sensor at a horizontal distance corresponding to two to
four times the height of any nearby obstruction.
- It is important that rain excess can flow freely away from the sensor. Make sure that water
does not collect at the base of the unit.
- The rainfall measurement mechanism utilizes a magnet, hence do not place any magnetic
objects around the proximity of the sensor.
1.3 Setting up the Anemometer (wind sensor-solar powered)
1. Plug the wind wheel on the pin at the bottom of the anemometer. Please note the shape of the
pin. With the enclosed Allen wrench tool tighten the screw through the screw hole.
2. Insert 2 x 1.5 V AA batteries (optional, not included) into the battery compartment in the base,
observing the correct polarity. The anemometer is solar-powered. The batteries will operate as
a backup power source.
3. Insert the adapter into the jack. The rechargeable battery is already installed and now ready to
use.
4. Mount the bracket by using the enclosed mounting material preferably at a mast or on a
vertical surface.
5. To ensure that the main console unit can display the correct wind direction, the wind vane has
to be oriented with its head to the north, while the complete wind vane is in line with the
anemometer’s arm (fin is in line with the anemometer’s arm, tip shows to the other direction).
Use a compass if necessary.
Note: If it is not possible to place the anemometer‘s arm to the north as provided by default, the
wind direction has to be adjusted manually.
i. Insert the backup batteries (where required) and plug the adapter into the jack.
ii. Point the wind vane towards the north. Use a compass if necessary.
iii. Use a pin to press the “SET” key which is in the battery compartment of the wind sensor.
Above procedure must be repeated for changing battery.
Placement tips:
- Check that wind can travel freely around the anemometer and is not distorted by nearby
buildings, trees or other structures.
- The official mounting location for anemometers is 10m (33 ft) above ground level in a clear
unobstructed location.
2. Setting up the main unit
The console unit measures indoor temperature, humidity, pressure and receives signals from all
remote sensors and the DCF signal for radio controlled time and weather forecasts.
1. Open the latch at the back of the main console unit.
2. Insert 4 x AA size 1.5V batteries according to the polarities shown.
3. Reattach the latch.
4. You are highly recommended to connect the AC/DC adaptor. For the feature of the automatic
backlight control function, the AC/DC adaptor must be used.
5. If placing the console unit on a table or horizontal surface, fold out the table stand and adjust
to the optimal viewing angle.
6. If mounting the console unit on a wall or vertical surface, fold the table stand back into the
unit and use the wall mount hole.
3. Reception of the outdoor transmitters by the main unit
Once the main unit is properly powered, the lower display will start showing some data and
weather parameters. Wait for a few minutes for the console to finish self-calibration and for the
sensor readings to show up.
If “ --- ” is still displayed for the sensor reading(s), check the wireless transmission path and the
batteries for the corresponding sensor. You can try to orient the antenna for a better reception.
Placement tips:
Make sure that the console unit is within receiving range of all remote sensors. Ideally sensors
should be within the line of sight of the console unit. Transmission range may be affected by
trees, metal structures and electronic appliances. Test reception before permanently mounting
your weather station.
Avoid placing the console unit in the following areas:
- Direct sunlight and surfaces which radiate and emit heat.
- Near heating and ventilation devices, such as heating ducts or air conditioners.
- Areas with interference from wireless devices (such as cordless phones, radio headsets, baby
listening devices) and electronic appliances.
4. Setting pressure parameters
After batteries were inserted, the HPa/MBar flashes on the display.
In this period you can set the pressure parameters (see 2.5).
5. Reception of RC time and METEOTIME weather forecast information
• After installing the batteries the weather station is searching automatically for the time signal
and Meteotime reception signal (“SUCHE SIG./SEARCH SIG”). If the Meteotime signal is
received successfully, in the information window “LAND EINST. / is shown.
• You can make your settings now or later (see 1.3.4).
B. Operation
1. METEOTIME forecast information
1.0 Introduction
Meteotime DUO provides a professional weather forecast for the current and the next three
days. The weather forecasts are made by professional meteorologists and are sent out with the
radio-time signal generator DCF77 in Germany and HBG in Switzerland and can be received in
almost all of Europe. The reception area for the radio-time signal generator is divided into a total
of 90 meteorological regions (60 regions with 4 day forecast, 30 regions with 2 day forecast).
The desired city is simply selected and the respectively current weather forecast for the region is
shown on the display. This gives you a quick overview of the weather situation for the following
days at any time. Updating the weather data is done every day.
This weather station allows the reception of weather data of the private provider Meteotime via
DCF or HGB signal without time limit and additional costs.
Meteotime is responsible for the dispatch and the correctness of the transmitted data.
60 regions with 4 days forecast (390 cities)
30 regions with 2 days forecast (80 cities)
1.1 Display (upper window)
The Meteotime Weather Station LCD display shows:
• Today Weather Information Window
• Tomorrow, One-day-after, and Two-day-after Weather Information
• Information Window which shows Time & Date, Sunrise & Sunset, Cities, and Critical
Weather Information Description.
Content:
Display Station:
• Batteries 4 x 1,5 V AA
• Power adapter 7.5 V AC/DC
Thermo-Hygro-Sensor:
• Batteries 2 x 1,5 V AA
Wind Sensor (solar power supply)
• Rechargeable battery (included)
• Back-up Batteries 2 x 1,5 V AA (not included)
• Mounting material
Rain Sensor
• Batteries 2 x 1,5 V AA
PC Software
• CD-ROM (English/German)
• USB cable 2 m
• Manual
Please read the operating instructions carefully and completely before using for the first time,
to prevent function errors and incorrect operation. Keep the instructions handy for consulting.
2. Local measuring values via indoor and outdoor sensors
2.1 Display
2.2 Buttons
2.3 Navigating between different modes
2.3.1 Pressure mode
2.3.2 Temperature and humidity mode
2.3.3 Rain mode
2.3.4 Wind mode
2.4 Setting and viewing parameters
2.4.1 Pressure parameters and moon phase
2.4.2 Temperature and humidity parameters
2.4.3 Rain parameters
2.4.4 Wind parameters
3. LED backlight
4. Linking the weather station to a computer
5. Maintenance
6. Technical specifications
A: Setting up
1. Setting up the remote weather sensors
Before starting up the main console unit, setup all the remote sensors first.
When placing the sensors, make sure that they are within receiving range of the console unit.
(thermo-hygro sensor: range up to 100 m in free field, rain and wind sensor: up to 30 m in free
field). Ideally they should be within the line of sight of the console unit. Transmission range
may be affected by trees, metal structures and electronic appliances. Test reception before
permanently mounting your weather station.
Also make sure that the sensors are easily accessible for cleaning and maintenance.
The remote sensors should be cleaned on a weekly basis, since dirt and debris will affect sensor
accuracy.
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