11A
11B
V
PU
SERR.
L N
LAMP
230V
MOTORE 1
AP COM CH
MOTORE 2
AP COM CH
1
1
1
2
2
2
3
3
3
4
4
5
5
6 7 8 9 10
1
2
1
1
2
2
3 4 5 6 7 8 9 10 11
MOT.2
SERR.
+ - + V
CN1
CN2
MOT.1
LAMP
+ -
BAT
+12V-
12/20V
S.P.
+
EN
EN
06. COMPONENTS TEST
24V MOTOR
110V/230V MOTOR
05. CONNECTION SCHEME
MOTOR WIRES
|
CONNECTIONS
Connections should be made as shown above, connecting the 6 motor wires to the appropriate
inputs of the central and capacitor.
NOTE
: The white motor wires are connected directly to the capacitor wires!
24V MOTOR
Test A
• Make the connections as indicated in the image.
If the motor works, the problem is in the control board. If it does not operate, do the test B.
Test B
• Loosen the 4 screws to remove the cover and access the internal connections.
Make the connections as indicated in the image.
If the motor works, the problem is on the diode(s) or on the micro(s). If it does not operate,
replace with a new 24V motor and re-test to ensure that all is ok.
To detect which are the components with problems in a 24V JAG automatism installation, it is
necessary to conduct tests with a direct connection to a external power supply (battery 24V).
In the scheme below is shown how it should be done this link.
NOTES:
• Once you connect the wires to a 24V battery, the motor must work for one direction. To test
the reverse movement, change the position of the wires connected to the battery.
ТЕSТ A
ТЕSТ B
Yellow/Green
Brown
Gray
Black
White
White
Wires color
Motor 1 wires
Motor 2 wires
Ground Wire
MOTOR-AP
MOTOR-COM
MOTOR-CH
Capacitor
Capacitor
Ground Wire
MOTOR-CH
MOTOR-COM
MOTOR-AP
Capacitor
Capacitor
•
These connections correspond to an
installation with an opening to the interior
. If the au-
tomation is installed with an opening towards the
outside
of the gate, you
must swap the AP
wire with the CH wire
on the motor 1 and 2.
•
If the
motors work towards the opposite direction, swap AP with CH
.
