Protector Ventilation technology Extractor Radio Control AS5020 White 20100375 Ficha De Dados

Códigos do produto
20100375
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Inhoudsopgave
1. Beschrijving van het systeem....................................................82
1.1 Algemene informaties/gebruiksdoeleinde ...........................82
1.2 Werkwijze ............................................................................83
1.3 Veiligheidscode ...................................................................83
1.4 Technische aanwijzingen .....................................................84
1.5 Leveringsomvang ................................................................85
2. Installatie van het systeem ........................................................85
2.1 Aanbrengen van de regeleenheid FTS 800 C......................85
2.2 Aanbrengen van de ventieldrijfwerk STA 800 C ..................88
3. Programmeren van het systeem ...............................................90
3.1 Instellen van de comforttemperatuur en
de temperatuurverlaging .....................................................91
3.2 Het weekprofiel opstellen  ...................................................91
3.3 Modussen............................................................................93
3.4 Toetsenbordblokkering ........................................................94
3.5 Wissel tussen behaaglijkheidstemperatuur/
temperatuurverlaging ..........................................................95
3.6 Verwarmingspauze .............................................................95
3.7 Sluiten van het ventiel  ........................................................96
3.8 Noodbedrijf van het ventieldrijfwerk ...................................96
3.9 Bijzondere functies..............................................................96
4. Batterij vervangen ...................................................................104
4.1 Regeleenheid.....................................................................104
4.2 Ventieldrijfwerk ..................................................................105
5. Problemverhelping ..................................................................106
6. Conformiteitsverklaring ...........................................................108
1. Beschrijving van het systeem
1.1 Algemene informaties/gebruiksdoeleinde
Het radio-radiatorthermostaat-systeem dient voor de temperatuur-
regeling in afzonderlijke kamers, waarin de regeling van de door de
radiators afgegeven warmte door de toevoerver-mindering van de
verwasrmingswaterstroom gebeurt. 
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code must be set for all appliances operated in the same room so
that the control unit and the valve drive(s) can communicate with
each other. A (random) security code was already set by the factory
so that you do not need to make any adjustments here. 
You only have to transmit this security code when you want to ope-
rate additional drives. This can be done via the corresponding spe-
cial function (see chapter 3.9.5).
1.4 Technical Instructions
The table below lists the most important technical data.
Range (free space)......................: up to 100 m
Maximum number of actuators
per regulator ...............................: 8
Radio frequency .........................: 868.35 MHz
Power supply..............................: 2 alkaline mignon batteries per unit
Battery life cycle .........................: approx. 2 years
Temperature range .....................: 6 °C to 30 °C
Number of switching times.........: 4 per day respectively 28 per week
• Only use alkaline batteries. Due to their low voltage respectively
spontaneous discharge, accumulators and other batteries are not
suited and may cause function disruptions.
• The free space range of the radio system is 100 m. This is com-
pletely sufficient for the much lower distance to be bridged within
a room, even under adverse system-related ambient conditions
(screening of the radiator, etc.). Should you still experience pro-
blems with the radio transmission, please refer to the troubles-
hooting guide in chapter 5.1.
• The transmission power is less than 10 mW and is thus way
below that of a mobile phone whose transmission power can be
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