CMBAT DISPLAY wiring diagram:
1 = positive panel power supply (+)
2 = negative panel power supply (+)
3 = Battery positive / red (+)
4 = Battery negative / black (-)
5 = 12V dc positive power output (+)
6 = 12V dc negative power output (-)
absorption of the device 9mA
operating temperature: -35 ° / + 60 ° C
dimensions 133,5mm x 70mm x35mm weight 165g
WARNING: respect the connection polarity: in case of wrong connection and / or inversion of wiring polarity, the card could be damaged outside the warranty conditions.
WARNING: before connecting the battery make sure that it has a sufficient voltage level (no-load voltage between 12.5 and 13.3V)
WARNING: Use only AGM type batteries
WARNING: CMBAT DISPLAY is suitable for solar panel power regulation only. Do not connect any other type of power source.
RESPECT THE FOLLOWING CONNECTION SEQUENCE:
First connect the battery to the CMBAT DISPLAY, then connect the solar panel and only finally connect the power output from the CMBAT DISPLAY to the power input of the main board of the
gate opener (connection to the 2 faston connectors normally used for power input from the transformer)
To disconnect the CMBAT DISPLAY, reverse the sequence described above: disconnect the power output, disconnect the solar panel, disconnect the battery. an incorrect sequence could
damage the CMBAT DISPLAY.
CAUTION:
Attention, the power supply system using CMBAT DISPLAY is designed for solar panel power only. The CMBAT display cannot be used to manage the back-up battery with 230V mains power
supply. It is not possible to power a DUCATI electronic gate opener card either from the power supply via CMBAT DISPLAY by also connecting the 230V mains power supply via transformer. If
CMBAT DISPLAY is present, never connect the 230V mains power supply to the main automation board.
WARNING wiring diagram for 24V system power supply:
To power a system that has a 24V power supply, always use 2 CMBAT DISPLAYs each powered by its own 12V solar panel and its 12V battery and put the power outputs from the 2 CMBAT
DISPLAYs in series to obtain the 24V power output.
12V
12V
+
+
+
-
-
-
+
-
+
+
+
-
-
-
+
-
12V
12V
+24V alla scheda elettronica
da alimetare
Electric diagram to power a 24V electronic board
+24V alla scheda elettronica
da alimetare
