Technical Specifications - Nice neoplus Anweisungen Und Hinweise Für Den Installateur

If a wind sensor is connected to the "sensors" input it is possible to select the cut-in level from 3 possible levels: 1= 15 km/h, 2= 30 km/h
and 3= 45 km/h (the level was originally n° 2). When the level is exceeded for over 3 seconds, a command equivalent to the
vated and all other movements are blocked until the wind returns to under the programmed level.
To modify the programmed level:
Table "A5" Changing the "wind" protection cut-in level (fig. 15)
1. Press button
(after about 5 seconds).
2. Slowly press the
3. After a few moments you will hear a number of beeps equal to the required level.
4. Press button
without modifying the previous level, wait at least 5 seconds without confirming
If you need to delete all the data contained in the memory of the NEOPLUS control unit, carry out the following procedure.
The memory can be deleted:
• with a non-memorised transmitter starting from point A.
• with a previously memorised transmitter starting the procedure from point N. 1
The following can be deleted:
• only the transmitter codes, finishing at point N. 4
• all data (transmitter codes, direction of movement, wind level, TTBUS address, etc.), completing the procedure.
Table "A6" Memory deletion (fig. 16)
A Switch the motor off, activate the Step-by-Step input (by connecting up the white and black
wires)and keep it active until the end of the procedure
B Power the motor and wait for the 2 initial beeps.
1 Press and hold down button
(after about 5 seconds)
2 Hold down the
release the
3 Hold down the
release the
4 Hold down the
release the
5 If you wish to delete all the data, press the
and then release them.
After a few seconds 5 beeps signal that all the memorised codes have been deleted.
5) What to do if...
a small troubleshooting guide!
When the motor is switched on, the 2 beeps do not sound
and the Step-by-Step input does not command any move-
ment. Make sure the motor is powered at the correct mains voltage;
if the power supply is correct there is probably a serious fault and the
motor control unit needs replacing.
After a radio command, a short beep is heard and the
manoeuvre does not start. In order to command the motor with
a remote control, you need to program the direction of movement
following the procedure described in table "A2"

6) Technical specifications

NEOPLUS tubular motors
Electronic control unit
Power supply
Signal voltage (step-by-step, sensors)
Working temperature
Wind sensor (anemometer) levels
Length of signal cables (step-by-step, sensors)
Radio receiver
Frequency
Coding
Range of ERGO and PLANO transmitters
Nice S.p.a. reserves the right to modify its products at any time it deems necessary.
on a previously memorised transmitter until you hear a beep
button a number of times (1, 2 or 3) equal to the required level.
to confirm; 3 beeps will confirm the new setting. To abort the procedure
on a previously memorised transmitter until you hear a beep
button on the transmitter until you hear 3 beeps;
button exactly during the third beep.
button on the transmitter until you hear 3 beeps;
button exactly during the third beep.
button on the transmitter until you hear 3 beeps;
button exactly during the third beep.
: See technical data on label
: See value on label
: Approx. 24Vdc
: -10 ÷50 °C
: Approx. 30 or 15 or 45 km/h (with anemometer at 0.4 Hz per km/h)
: max. 30m if near other cables, otherwise 100m
: 433.92 MHz
: 52 Bit rolling code FLOR
: Estimated 200 m in the open and 35 m inside buildings.
and buttons together within 2 seconds
After a radio command, 6 beeps are heard and the
manoeuvre does not start. The radio control unit is unsynchro-
nised, repeat the transmitter memorisation process.
After a command, 10 Beeps sound and then the manoeu-
vre begins. The auto-diagnosis of the memorised parameters has
revealed a fault (TTBUS address, wind and sun levels, directions are
incorrect). Check and repeat programming if necessary
button is acti-
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
5s
within 2s
5