Elesta NEW WAVE Manual De Instrucciones página 23

the corresponding LED will remain off.
3. Select the chronostat you want to associate thermostats
with by pressing the button of the corresponding channel,
whose LED will be blinking green. Once the button has
been pressed the green LED will remain steadily lit to
confirm the selection. The blinking green LEDs of any
other chronostat channels will go off.
4. Now you can choose which thermostats to associate with
the selected chronostat by pressing the button of the
corresponding channel, whose LED will be blinking red.
Once the button has been pressed the red LED will remain
steadily lit to confirm the selection.
It is possible to associate or disassociate the thermostats
by repeatedly pressing the button corresponding to the
channel.
The red LED of a channel will blink if the thermostat is
disassociated and remain steadily lit if the thermostat is
associated.
5. By again pressing the button corresponding to the
selected chronostat, whose green LED will be steadily lit,
the chronostat itself will be unselected and go back to the
condition described in step 2, with the LED blinking green.
Steps 2 to 5 can be repeated to associate thermostats
with all the chronostats in the system.
6. To exit the association mode, press the association button
"A".
NOTE
The association procedure can be repeated at any time in
order to make changes or simply carry out a check. For
example, to check which channel a transmitter has or has
not been associated with by means of the self-learning
procedure, follow steps 1 and 2 and exit with 6.
To check the associations with chronostats, carry out the
whole procedure without pressing any buttons corresponding
to thermostats in step 4.
The self-learning procedure cancels the association of a
channel. Therefore, if the self-learning procedure needs to be
repeated for one or more channels, the association procedure
will likewise have to be repeated as necessary.
It is possible to associate thermostats with chronostats
whose channels reside in different relay modules, provided
they are connected in a chain to the same active antenna.
Checking the signal strength
The device constantly indicates the strength of the radio
signal received for each of the eight channels. This makes
the whole system simpler to install and adjust and moreover
allows the user to carry out an instant check on the quality
of the radio communication over each channel.
The signal strength is indicated by each of the 8 output status
LEDs. They may light up green, yellow or red depending on
the quality of the radio signal received:
Green: The signal received is good or excellent, radio
communication is reliable.
Yellow: The signal received is sufficient.
Red: The signal received is weak, communication is not
reliable.
The status of the output of an actuator that is currently
switched off is signalled with the corresponding LED faintly
lit rather than off, so that the quality of the radio signal can
always be seen.
The relay module indicates two types of signal quality via the
LED of each channel based on:
- An immediate analysis of the last command received
- A long-term analysis of the commands received
The LED will normally indicate the "long-term" signal quality,
based on the quantity of correct commands received over
the previous 90 minutes of operation. This data is stored in
a non-volatile memory, so that it will be possible to check
the status of each channel even after a mains power cut
or blackout.
At the moment a channel receives a radio command, the
corresponding output LED goes off for a brief instant and
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