31
DUCATI
H O M E
a u t o m a t i o n
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 4 “
f u l l s o l a r ”
TECHNNICAL DATA
CTH44
Power supply (on demand)
230V ( 110V) + 12V batte-
ry / solar panel + battery
Solar panel power supply
√
Use on 1 or 2 wings gate
√
Protection fuse
√
Transformer protection fuse
√ 0,8AT (1,2AT)
Toroidal transformer’s Watt
105W
Output services
12V
Power consumption in stand-by
10,6mA
Radio receiver (channel)
2 channels
Remote control storage capacity
10
Radio transmission protocol
DUCATI rolling code
433MHz
Remote control automatic learning
√
On board Antenna
√
External antenna input
√
Automatic close function (timerized)
√
Anti-pressure safety system
√
Motor power adjustment
√
Safety beam/ Photocells input
√ mod 7120
Full cycle START (NO contact)
√
Flashing light output
12V 10W
Battery output with on boad battery
charge management
√
Low battery charge status indication
by flashing light
√
Solar panel imput with on board
management
√
Low battery charge status indication
by LED light
√
Gear anti-pressure system
√
LED indication of Power supply
√
LED segnalazione stato batteria
√
Acoustic LED indication of
ideal solar panel position
√
Acoustic LED indication of
correct photocells aligniment
√
P1 P2
FULLSOL SYSTEM
Operators specifically dedicated to solar
panel power supply (230V main AC power
supply is possible by mantaining connected
the battery)
120 mm
180 mm
290 mm
to 12V batt
-
0
12V
to transfo
230(110V)
0,8A
T (1,2A
T)
START
+12V -
photocells
FTC
NC
switch
M1
M2
-
+
switch 1
switch 2
ON
ON
+12 NEG
CTH44
T1
T2
T3
SWITCH
P1 P2
0= step
by step
max100 sec.
automatic
closure
Power
M1
Power
M2
Time
12V
10W
solar
panel
-
+
2° solar
panel
-
+
J8
A B
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
Low consumption technology
0,007A
stand-by consumption
