40
HOW TO MEMORIZE/ DELETE REMOTE CONTROL CODE IN THE ELECTRONIC BOARD ( see also remote control chapter)
Remote controls setting: to syncronize a remote control channel:
On the main board Press P1 to memorize a remote control Channel for compleete opening cycle (or press P2 for pedestrian opening cycle).
As the red LED turns on, push the selected radio remote control button. After the red LED blinks, wait until the red LED turns off. Operation completed.
Maximal storage capacity: 20 channels
To delete the stored channels press P1 for about 30 sec. until the red LED turns off. All remote control codes will be delated.
LEAF PHASE DISPLACEMENT
The displacement between wings is automatically settled. In opening cycle, M2 follows M1 after about 3 sec. and vice versa during closing. In case the opening angle of the 2 wings is different ( for. example if one
wing opens 90° and the second wing opens 110°) it can be required a leaf phase adjustmentto to avoid the Leafs overlap during closure.
How to adjust the displacement time between the 2 wings:
P3 =push button to adjust the time lag delay displacement between M1 and M2.
M1 = motor on wing gate that opens first
M2 = motor on wing gate that opens as second one.
To change the time lag:
- Press P3,
- the blue LED switches on
- Within 5 seconds, press P1 to reduce the time lag or P2 to increase the time lag
Pressing on P1 the green LED switches on. Pressing P2 LED the yellow LED switches on. Each pulse corresponds to a variation of 0.5 seconds. If the red LED lights, it means that it has exceeded the limit.
Wait 5 seconds without pressing any key to confirm the choice.
Warning: the phase shift programmed is valid for the closing operation only, while the phase shift in the opening is determined by the software and is not editable.
SOLAR PANEL BACK-UP BATTERY POWER SUPPLY
CTH48 do not requires any additional module to manage a back-up battery or solar panel power supply.
For autonomous use in case of power failure - black-out connect directly to the board the back-up battery 12V 7A is recommaded and guarantees about days of autonomous use. battery Connecting cables are
ready on board. respect the polarity. red cable = positive; blue or black cable = negative)
For 100% autonomous use by solar panel power supply connect a 12V 7A battery and a solar panel 10W 12V ( if extra autonomy is required connect a 12V 12A battery with a 12V 20W solar panel)
Respect the polarity. terminal 11= negative; terminal 12 = positive. The solar panel must be positioned facing South ( also see solar module chapter)
The herunder table shows the autonomous use guaranteed in worst winter weather by use of a 12V 10W standard solar module & 12V 7A battery. the autonomy capacity higly increase by use of a 12V 12A battery
combined with a 20W 12V solar module ( this version is recomanded in case of condominium use or in case of double par of photocells 7120 are installed)
D U C A T I
E l e c t r o n i c b o a r d
C T H 4 8
control board
consumption
table
MOTOR
stand-by
con-
sumption/
(A/h)
daily stand-
by con-
sumption (A)
Full cycle ( open
+ close) con-
sumption (A)
hypothesis: daily
full cycles
total daily con-
sumption
(A)
10W solar
panel average-
recharge capa-
city ( A/h)
hypotheses:
daylight hours
daily
in the worst con-
ditions
total daily re-
charge capacity
(A)
energy surplus
accumulated and
not used during the
day (A)
electonic board
CTH44 or CTH48
1 wing gate
0,007
0,16
0,012
60
0,88
0,3
5
1,5
+ 0,62
2 wings gate
0,024
50
1,24
+ 0,26
