GB
3
4) Programming
1. Press key ■ on a previously memorised transmitter until you hear a beep
(approximately 5 seconds) 5s
2. Press key ▲ slowly as many times (1, 2 or 3) as the number of the desired level X1= 15 Km/h
X2= 30 Km/h
X3= 45 Km/h
3. After a few seconds you will hear a number of beeps corresponding to the required level
X1 X2 X3
4. Press key ■ to confirm; 3 beeps will confirm the new setting. To abort the procedure without
modifying the previous level, wait at least 5 seconds without confirming
Table “A1” Modifying the “wind” protection cut-in level (fig 5) Example
1. Press key ■ on a previously memorised transmitter until you hear a beep
(approximately 5 seconds) 5s
2. Press key ▼ slowly as many times (1, 2 or 3) as the number of the desired level. X1= 15 Klux
If you press 4 times, a level of brightness equal to the currently measured value will be memorised. X2= 30 Klux
X3= 45 Klux
X4= Auto
3. After a few seconds you will hear a number of beeps corresponding to the required level
X1 X2 X3 X4
4. Press key ■ to confirm; 3 beeps will confirm the new setting. To abort the procedure without
modifying the previous level, wait at least 5 seconds without confirming
Table “A2” Modifying the “sun” protection cut-in level (fig 6) Example
1. Press key ■ on a previously memorised transmitter until you hear a beep
(approximately 5 seconds) 5s
2. Press key ■ slowly 3 more times
X3
3. Press the key in the desired cut-in direction; 3 beeps will confirm that the new directions has
been programmed.
Table “A3” Modifying the cut-in direction in case of rain (fig 7) Example
The motors and control units that use the VOLO S or VOLO SR weather
sensor are activated whenever the programmed sun/wind/rain thresh-
olds are exceeded. Whereas there is only one rain threshold, the
sun/wind cut-in thresholds can be programmed into the motors or con-
trol units using a remote control.
For programming purposes you should use a remote control that is
already set to control the motor or control unit.
Even if the anemometer turns at a speed exceeding the pro-
grammed level, the motors connected to it do not carry out
the “up” command (▲). Check the power voltage on the sensor con-
nection wires, it should be around 24Vdc. If you measure a different val-
ue, check the connections, see whether the motor is switched on and
running; if multiple motors or control units are connected to the same
sensor, make sure that the wires are connected properly according to
their colour coding or control unit terminals.
Though the connections are OK and the voltage reading on
the sensor connection is approximately 24Vdc, when the
anemometer turns the “up” manoeuvre (▲) is not carried out.
The wind protection cut-in level must be exceeded for at least 3 sec-
onds; make the anemometer turn at an appropriate speed; you could try
lowering the wind protection cut-in threshold programmed into the motor
or control unit.
The wind response test has been carried out successfully,
unlike the sun response test. The sun protection “down” manoeu-
vre is ordered only once when the programmed threshold is exceeded
for at least 2 minutes. Try switching the motor off and back on again,
then repeat the test. You could also try lowering the sun protection cut-
in level programmed into the motors or control units.
5) What to do if…
6) Technical characteristics
Power supply 24 Vdc with series resistance > 500Ω Use only programmed motors or control units!
Programmable levels for motors/control units
Wind constant (pulses/s /Km/h) 0,25
Level 1 = 15 Km/h Level 2 = 30 Km/h Level 3 = 45 Km/h
Light sensor 5 ÷ 50 Klux Programmable levels for motors/control units
Level 1 = 15 Klux Level 2 = 30 Klux Level 3 = 45 Klux
Level 4 = auto (set threshold with current brightness)
Dimensions and weight W = 120 mm
L = 215 mm
H = 85 mm
Weight = 200 gr
IP protection IP55
Operating temperature -30 ÷ 70 °C
Nice reserves the right to modify its products without any notice
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