D-700 MK3 User Manual Firmware V-16.8
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Genset Current
Unbalance Action
0: no action
1: shutdown alarm
2: loaddump alarm
3: warning
Genset Reverse Power
Warning Limit
If the genset power is negative and
goes above this limit then a REVERSE
POWER warning will be generated. If
this parameter is set to 0 then reverse
power fault is not monitored.
Genset Reverse Power
Loaddump Limit
If the genset power is negative and
goes above this limit then a REVERSE
POWER loaddump will be generated.
Genset Reverse Power
Fail Timer
If the genset power is negative and over
limits during this timer, a reverse power
fault will occur.
If one of the genset phase currents goes
over this limit when feeding the load, this
will generate a genset overcurrent fault
condition. The action taken upon fault
condition is programmable. If this
parameter is set to 0 then overcurrent
fault is not monitored.
Genset Overcurrent
Limit-2
When secondary voltage is selected, if
one of the genset phase currents goes
over this limit when feeding the load, this
will generate a genset overcurrent fault
condition. The action taken upon fault
condition is programmable. If this
parameter is set to 0 then overcurrent
fault is not monitored.
Genset Overcurrent
Limit-3
When tertiary voltage is selected, if one
of the genset phase currents goes over
this limit when feeding the load, this will
generate a genset overcurrent fault
condition. The action taken upon fault
condition is programmable. If this
parameter is set to 0 then overcurrent
fault is not monitored.
Genset Overcurrent
Action
0: shutdown alarm
1: loaddump alarm
Overcurrent Time
Multiplier
This parameter defines the reaction
speed of the overcurrent detector. A
higher number means higher sensitivity.
Detailed explanation is given at chapter:
“Overcurrent Protection”
If the total genset active power goes
over this limit when feeding the load,
this will generate a genset overload
loaddump alarm. If this parameter is set
to 0 then overload fault is not
monitored.
Genset Overload Fail
Timer
If the genset active power is over the
limit during this timer, an overload fault
will occur.
17.2. ELECTRICAL PARAMETERS GROUP (continued)