7
Battery state of charge
Set trip level to activate the relay based on the actual battery state
of charge (SOC):
>
Activate alarm if SOC is below a given percent.
>
Deactivate if SOC is above a given percent of state of charge.
>
Activation delay: delay time in seconds before the alarm will be
activated (between 0 and 100 seconds).
>
Deactivation delay: delay time in seconds before the alarm will
be deactivated (between 0 and 100 seconds).
>
Maximum active time: maximum time in minutes that the alarm
can be activated (between 0 – 720 minutes).
>
Minimum active time: minimum time in minutes that the alarm
can be activated (between 0 – 720 minutes).
Battery temperature
Set trip level to activate the relay based on the actual battery
temperature:
>
Alarm temperature: set a value between 45 and 60 degrees
Celsius above which the alarm will be activated.
>
Safe temperature: set a value between 30 and 50 degrees
Celsius under which the alarm will be deactivated.
>
Activation delay: delay time in seconds before the alarm will be
activated (between 0 and 100 seconds).
>
Deactivation delay: delay time in seconds before the alarm will
be deactivated (between 0 and 100 seconds).
>
Maximum active time: maximum time in minutes that the alarm
can be activated (between 0 – 720 minutes).
>
Minimum active time: minimum time in minutes that the alarm
can be activated (between 0 – 720 minutes).
Battery voltage
Set trip level to activate the relay based on the actual battery
voltage:
>
Low voltage: set the low voltage under which the alarm will be
activated.
>
Safe voltage: set the alarm deactivation voltage.
>
Activation delay: delay time in seconds before the alarm will be
activated (between 0 and 100 seconds).
>
Deactivation delay: delay time in seconds before the alarm will
be deactivated (between 0 and 100 seconds).
>
Maximum active time: maximum time in minutes that the alarm
can be activated (between 0 – 720 minutes).
>
Minimum active time: minimum time in minutes that the alarm
can be activated (between 0 – 720 minutes).
Figure 13: Battery state of charge
Figure 14: Battery temperature
Figure 15: Battery voltage
