Vertiv NetSure 731 C62 Series User Manual page 83

Item Parameter
Batt T L1
Power Split
Volt
Power Split Curr
Coeff
Time
Over Volt
Low Volt
Under Volt
AC
AC In
AC PH
CT Coeff
Over Volt 2
Over Volt 1
Low Volt 1
Low Volt 2
Amb High
DC
Amb Low
Shunt Coeff -Current
Shunt Coeff -Volt
Position En
HVSD
Default V
Walk-in On
Walk-in T
Rectifier
Interval T
AC OverV On
ACCurrLim
Solar converter settings HVSD
Vertiv™ NetSure™ 731 C62 Series Power System User Manual
Range Factory setting
-40°C ~ +100°C 0°C
Y, N N
0.1V ~ 2.0V 0.5V
10% ~ 90% 60%
0.0 ~ 100.0 30.0
10s ~ 2000s 60s
50V ~ 300V 280V
50V ~ 300V 180V
50V ~ 300V 80V
Y, N N
1-PH, 3-PH 1-PH
10 ~ 10000 100
58.5V
58.5V
40V ~ 60V
45.0V
45.0V
10°C ~ 100°C 40°C
-40°C ~ +10°C -5°C
1A ~ 5000A 500A
1mV ~ 500mV 25mV
Y, N N
56V ~ 59V 58.0V
48V ~ 58V 53.5V
Y, N N
8s ~ 128s 8s
0 ~ 10s 0s
Y, N N
1A ~ 50A 30A
56V ~ 59V 59V
Value description
The controller will generate an alarm when
the detected battery temperature is lower
than Batt T L1
Whether using power split function
/
/
/
/
AC over-voltage alarm point
AC under-voltage alarm point
Set it according to the actual instant
Set it according to the AC input mode of AC
sampling board. Choose 'N' if the AC sampling
board is not configured
Set it according to the actual configuration
/
DC over-voltage alarm point
DC high-voltage alarm point
DC low-voltage alarm point
DC under-voltage alarm point
The Amb High alarm will be generated when
the ambient temperature is higher than the
setting value
The Amb Low alarm will be generated when
the ambient temperature is lower than the
setting value
They can be reset when the shunt options are
'48V/SET' in the system with load shunt
Y: The controller will prompt you to set
rectifier position before the rectifier and
controller are powered on.
N: You do not need to set the rectifier position
Rectifier over-voltage alarm point
Default output voltage when communication
is interrupted. It must be lower than the
'HVSD' voltage
The output soft start function means the
rectifier voltage will rise from 0V to the
'Default V' value after the 'Walk-in T' value
The controller can set the DC-DC interval start
of the rectifiers.
DC-DC start time = rectifier address * interval
The controller will automatically set the
rectifier with least address to have this
function. If the rectifier always exceeds the
normal voltage for 60s, the function will be
canceled automatically
The controller limits the input current of the
rectifier within the AC current limiting range
Solar converter over-voltage alarm point
3