InteliLite
NT
– AMF20/25, SW version 2.2, ©ComAp – September 2014 112
IL-NT-AMF-2.2-Reference Guide.pdf
Events specification
Protection
type
Information on binary
output available (See
Description
speed measurement. This alarm
appears, if starter was disengaged for
other reason than overcrossing
starting speed (like oil pressure or D+)
and at the end of timer Max Crank
Time there are no RPMs > Starting
speed detected.
CheckDPFStatus
WRN
NO
ECU indicates DPF replacement.
Manual Restore
NONE
NO
When setpoint
RetFromIsland
is set to
MANUAL and Mains is returned.
DAMF Disconect
NONE
NO
Master or Slave controllers are not
correctly configured (LBI, LBO) or
wired.
DAMFSlaveDown
NONE
NO
Master controller detects failure on
Slave unit.
DAMFConfigErr
NONE
NO
Master or Slave controller is not ready
for Dual AMF function (i.e. both
controllers setup as Slave, one of
them not in AUT, etc.)
WrnMaintenance
WRN
NO
The period for servicing is set by the
Wrn
Maintenance
setpoint. The
protection comes active if the running
hours of the engine reach this value.
Wrn FuelTheft
WRN
NO
Fuel theft indication alarm.
Wrn ECU Alarm
WRN
NO
ECU alarm list is not empty
Wrn ECU Comm
WRN
YES
The controller lost communication with
ECU.
*Wrn RA15 Fail
WRN
NO
Warning alarm in case of lost
connection to IGL-RA15 module.
*Sd IOM Fail
SD
NO
Shutdown alarm in case of lost
connection to IG-IOM/IGS-PTM
module.
ParamFail
NONE
NO
Wrong checksum of parameters.
Happens typically after downloading
new firmware or changing of the
parameter. The controller stays in
INIT mode. Check all parameters,
write at least one new parameter.
History file
InteliLite NT stores a record of each important event into the history file. The history file seats 100+
records. When the history file is full, the oldest records are removed.
Number of history records varies with number of configured modules.
For different
ConnectionType [3Ph4Wire / 3Ph3Wire / Split Ph / Mono Ph]
shown in history file. In fact always Ph-Ph voltage is shown, but due to different connections the result
is following:
1. For 3Ph4Wire:
a. Vg1 = Gen. Ph-Ph voltage L1-L2
b. Vg2 = Gen. Ph-Ph voltage L2-L3
c. Vg3 = Gen. Ph-Ph voltage L3-L1
2. For 3Ph3Wire:
a. Vg1 = Gen. Ph-Ph voltage L1-L2
b. Vg2 = Gen. Ph-Ph voltage L2-L3
c. Vg3 = Gen. Ph-Ph voltage L3-L1
