Nice Neomat A Series Instructions And Warnings For The Fitter page 7

Tubular motor
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4.5) Programming the weather sensors
If a wind sensor is connected to the "sensors" input, you can select the desired cut-in level from 3 possible levels (1= 15 Km/h, 2= 30 Km/h
and 3= 45 Km/h if the "VOLO" sensor is used). The factory setting is N. 2. When this level is exceeded for over 3 seconds, a command cor-
responding to key
is activated and all other movements are disabled until the wind speed returns below the programmed value for at least
one minute.
To modify the programmed level:
Table "A10"
Modifying the cut-in level of the "wind" protection (fig 15)
1.
Press key
(approximately 5 seconds)
2.
Press key
3.
After a few seconds you will hear a number of beeps corresponding to the required level
4.
Press key
modifying the previous level, wait at least 5 seconds without confirming
4.6) Programming the positions without a transmitter
Though it is not as easy, it is still possible to program the travel limits and positions "0" and "1" without using the remote control but only the
step-by-step input
Only the SEMI-AUTOMATIC or AUTOMATIC programming is available in this case.
Table "A11"
Programming positions "0" and "1" for SEMI-AUTOMATIC research
1.
Activate the step-by-step control; if the shutter moves down release the control and repeat
the operation.
2.
Keep the step-by-step control active until the motor stops automatically because the
completely open shutter has knocked against the rubber stops (position "0").
Then release the control
3.
Using the step-by-step control (manned control), stop the shutter during the down
movement in the desired closed position (position "1"), so that a subsequent command
will cause the shutter to move up
4.
Activate the step-by-step control 2 consecutive times (within 2 seconds) keeping the second
command active for at least 5 seconds (motor off), until 3 beeps and a brief up and down
movement signal that the position has been memorised
Table "A12"
Programming positions "0" and "1" for AUTOMATIC research
1.
Activate the step-by-step control; if the shutter moves down release the control and repeat
the operation.
2.
Keep the step-by-step control active until the motor stops automatically because the
completely open shutter has knocked against the rubber stops (position "0").
3.
Continue to keep the control active for another 5 seconds until you hear two beeps,
then release the control.
4.
The rolling-shutter will start moving downwards "looking" for position "1".
This procedure can be interrupted by reactivating the step-by-step control.
5.
When the rolling-shutter is closed completely in correspondence with the anti-burglar latches,
the rolling-shutter will stop and you will hear 3 beeps which indicate that positions "0" e "1"
have been successfully programmed.
Note: The partially open position cannot be memorised using the step-by-step control
If you wish to modify the positions you need to erase all the programmed settings and repeat the procedure from the beginning
Table "A13"
Erasing the positions "0" and "1" using the step-by-step control
1.
Activate the step-by-step control; if the shutter moves up release the control and repeat the
operation.
2.
Keep the step-by-step control active until the shutter starts moving up after about 3 seconds;
activate the step-by-step control 2 consecutive times (within 2 seconds), keeping the second
command active to stop the shutter and then start moving it down.
3.
Repeat the previous step three more times.
At the 3rd attempt the shutter will fail to move up.
4.
Continue to keep the step-by-step control active for another 10 seconds until 5 beeps signal
that all the positions have been erased
Note: After the positions have been erased, all the movements must be controlled manually
on a previously memorised transmitter until you hear a beep
slowly as many times (1, 2 or 3) as the number of the desired level
to confirm; 3 beeps will confirm the new setting. To abort the procedure without
GB
Example
5s
X1= 15 km/h
X2= 30 km/h
X3= 45 km/h
X1= 15 km/h
X2= 30 km/h
X3= 45 km/h
Example
PP
PP
PP
PP
X2(X5s)
Example
PP
PP
PP
X5s
PP
Example
PP
3s
PP
PP
3s
PP
PP
X3
PP
7

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