FIAMM SoNick I&O - 48TL160H rev.0
– July 2013
pag.11
4)
Power terminal bolts should be torqued to 7-8 Nm (5-6 Ft-Lbs,60-70 In-Lbs). Install the
terminal insulator cover on the terminal bolts to protect the battery terminals from
accidental contact/short circuit.
5)
For more than one paralleled string of batteries, repeat steps 1 to 4.
6)
If a Ground connection is necessary, a bolt on the side of the batteries can be used, as
indicated in figure 8 above.
7)
If no data connection is being used, secure all the protective dust caps provided with
the battery on each data port.
3.5 Data Cable Connection
3.5.1 Com port pin-out
The following tables shows the pinout of the output com port (ref. 6, fig.5)
PIN
RS485
CanBus
1
ALARM dry contact, NC
2
ALARM dry contact, C
3
ALARM dry contact, NO
4
Remote ON/OFF
5
Remote ON/OFF
6
GND_485
GND_CAN
7
RS485 D+
CAN_L
8
RS485 D-
CAN_H
Table E
3.5.2 Remote power on/off
Battery can be turned on and off applying or not a DC voltage (12-60V) between the pins n°
4 and 5 of the com port.
Remote battery powering is enabled only when the battery switch is the OFF
position. When the battery switch is in the ON position the battery is forced on.
Battery switch
DC Voltage between pins 4&5
Battery status
OFF
yes
Powered
no
Not Powered
ON
yes
Powered
no
Powered
Table F
3.5.3 Alarm Dry contact configuration
When the battery issues an alarm, a dry contact is activated. Dry contact terminals are
located in the (output) com port as indicated in the table E.
Dry contact is active only when the jumper located under the plastic plug (ref.8
fig.5) is in the position 2, as indicated below
.
