22
5.2.4
Li-ion Battery MLi Ultra
The ChargeMaster Plus is compatible to be used with a Li-
ion battery MLi Ultra. Refer to the manual of the Li-ion
battery MLi Ultra how to configure your system.
WARNING!
Before using the Li-ion battery, it must be
installed and commissioned in accordance
with the instruction provided in the MLi Ultra
manual!
5.2.5
In use
If not all outputs of the ChargeMaster Plus are used, the
unused outputs can be excluded from sending alarm
messages. This is done by unchecking the in use
checkbox for the output that is not used. Factory setting is
all outputs in use.
5.2.6
Monitoring
Value
Meaning
Default
Adjustable range
General
Device state
Shows charger state (Charging / Stand-by / Alarm)
(read only)
Charger state
Actual state of charge algorithm:
Off/bulk/absorption/float/suspended
(read only)
Charger
Function to toggle the charger state
On / Stand-by
Input current
Option to set the maximum AC input current level to prevent
a generator or shore fuse from overload
20
0-20A
Battery temp.
Actual temperature of the main battery bank (in °C)
(read only)
Output 1
Output 1
Output state (Off/pre-float/on)
(read only)
Output 1
Voltage of charge output 1
(read only)
Output 1
Output current of charge output 1
(read only)
Shunt device
A connected MasterShunt can be chosen for feedback on
the charged battery.
Not connected
(read only)
Output 2
Output 2
Output state (Off/pre-float/on)
(read only)
Output 2
Voltage of charge output 2
(read only)
Output 2
Output current of charge output 2
(read only)
Smart Terminal
Output 3
Output state (Off/pre-float/on/smart terminal)
(read only)
Output 3
Voltage of charge output 3
(read only)
Output 3
Output current of charge output 3
(read only)
5.2.7
Alarm
Value
Meaning
Adjustable range
Alarm status
Bat. Temp. high
Battery temperature too high
(read only)
TS error
Temperature sensor error
(read only)
Mains high volt.
AC Input voltage too high
(read only)
Mains low volt.
AC Input voltage too low
(read only)
Mains high freq.
AC Input frequency too high
(read only)
Mains low freq.
AC Input frequency too low
(read only)
Output 1
Battery high
DC output voltage is too high
(read only)
Battery low
DC output voltage is too low
(read only)
Shunt mismatch
(read only)
Reverse polarity
DC + and DC
–are connected in reverse (this will damage the charger)
(read only)
