14
VR1
SEL
CN1
CN2
SET
FUSE
FUSE
PUL
1
2
3
4
5
6
7
9
10
11
8
1
2
3
4
5
6
7
9
10
11
12
13
14
15
16
17
18
8
PUD
VR1
T.
RIT
. ANTE
T.
P
AUSE
T.
MO
T.
PED
.
T.
M
O
T.
CODE PED
.
CODE
AUT
O PGM
TIPO MO
TORE
RX
BL
DS
FA
1
FC
1
FA
2
FC
2
12
/20
V
M
O
T.1
MO
T.2
PUL
PED
BL
DS
FA
1
FC
1
FA
2
FC
2
+V
B
AT
T
+12V
-
LAMP + -
SERR. + -
L.
SPIA
+12V
-
S
.P. +
+12V
-
230
VA
C
~
~
PO
WER
12V
/24V
COM
NC
CONT
ACT
~
~
PO
WER
12V
/24V
~
~
PO
WER
12V
/24V
COM
NC
CONT
ACT
~
~
PO
WER
12V
/24V
~
~
PO
WER
12V
/24V
COM
NC
CONT
ACT
~
~
PO
WER
12V
/24V
~
~
PO
WER
12V
/24V
COM
NC
CONT
ACT
~
~
PO
WER
12V
/24V
31
13
EN
09. CONTROL BOARD MC11
24V CONNECTIONS SCHEME
PO
WER/SPEED
Antenna
Pushbutton
(NC Contact)
12Vdc 3W Máx.
Complete
Opening
(NA
Contact)
NA
NA
Electric lock
12/24Vdc
12W Máx.
Transformer:
230/12VAC
50/60Hz
120W Máx.
Flashing light
12/24VDC
4W Máx.
Motor 1
COMPONENTS DIAGRAM
Motor 1
Set of
photocells
4
Set of
photocells 1
(NC Contact)
(NC Contact)
(NC Contact)
(NC Contact)
Set of
photocells 2
Set of
photocells 3
Set of
photocells 4
Set of
photocells
3
Set of
photocells
2
Set of
photocells
1
Motor 2
Motor 2
SENSITIVITY
*
1
When the photocells circuits are not being used, you must
close them with a bridge (shunt) on the control board.
(9
∑
11 - 14
∑
12 - 14
∑
13 - 14
∑
15 - 14
∑
16)
