Nice Neo Mat MHT Installierungs-Und Gebrauchsanleitungen Und Hinweise Seite 9

4.4) Memory deletion
This procedure can be performed in case it becomes necessary to delete all the data contained in the memory of the control unit in the Neo
Mat motors.
The memory can be cancelled:
• with one transmitter already memorised (table "A13")
• with no transmitter memorised (table "A14").
The following can be cancelled:
• The transmitter codes only, ending at step 4
• All data (transmitter codes, positions, RDC function, etc) completing the entire procedure.
Table "A13" Cancellation of the memory with a memorised transmitter
Keep button ■ of the transmitter pushed until a beep is heard (after approx. 5 seconds).
1.
Keep button ▲ of the transmitter pushed until 3 beeps are heard; release button ▲ on
2.
the third beep.
Keep button ■ of the transmitter pushed until 3 beeps are heard; release button ■ on
3.
the third beep.
➨ Keep button ▼ of the transmitter pushed until 3 beeps are heard; release button ▼ on
4.
the third beep.
If you wish to cancel all data, push buttons ▲ and ▼ together within 2 seconds and
5.
then release them.
After a few seconds 5 beeps signals that all codes has been cancelled.
To cancel the memory with a transmitter that has not been memorised:
Table "A14" Cancellation of the memory with a non-memorised transmitter
1. Turn the power supply off for at least 3 seconds.
2. Turn on the power and within 10 seconds rotate the emergency manoeuvre for
at least 6 turns
3. At this point, within 1 minute, it is possible to delete the memory using the procedure
in table A13 with any transmitter, even if not memorised.
If necessary, the awning can be automated using a VOLO S RADIO wind and sun sensor. When the sensor is correctly memorised in the motor
it lowers the awning when there is sun and retracts it when there is wind. Refer to the VOLO S RADIO instructions for the detailed performances
and programming the sensor's levels.
5) Climate management
Response to sun:
- at the sun overthreshold command by a climate sensor, the motor will carry out the opening of the awning.
- At the sun underthreshold command by a sensor, the motor will carry out the closure of the awning.
Special cases:
The sun is not a blocking event, or better the user may at any time decide to close, open or adjust the opening of the awning as required.
When the climate sensor sends the sun underthreshold command, in any case the motor will carry out the closure of the awning.
Response to rain:
- at the start of rain command by a climate sensor, the motor will carry out a lowering or raising movement according to the direction pre-
viously selected, blocking the command logic related to the sun.
- At the end of rain command, the motor will restore the operation logic of the sun.
Special cases:
Rain is not a blocking event, or better the user may at any time decide to close, open or adjust the opening of the awning as required.
When interacting with the awning by opening or closing it during the raining phase, about each 15 minutes the motor will restore the initial
condition of the event if still present (awning open or closed according to the direction). Rain prevails over the sun.
Response to wind:
- at the wind overthreshold command, the motor will carry out the closure of the awning by blocking the motor commands and the sun/rain
operation logic.
- At the wind underthreshold command, the motor restores the operation logic of the sun/rain unblocking the automation.
Special cases:
Wind is a blocking event, or better it blocks the commands by the user and the sun/rain logics to protect the awning from hypothetical
breakage.
SUN ON Function:
When SUN ON is activated via the remote control, the motor will immediately respond to the climate logic related to the SUN. If the sun was
active the awning will immediately lower, while if the sun was not active nothing will happen.
Example
5s
within 2s
Example
3s
x6
within 10s
60s Table "A10"
EN
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