GE Multilin Sub Meters
17
Table 2-1: Meter Function Map
Code
Note 1.
ame
Description
Run
Prog
RmS
Start
Here
V LL
A
PF
V 12
23
31
V LL =
A =
PF =
Voltage,Line to Line,Average. V 12 = Voltage, RMS Phase 1 to Phase 2
Current, Average. 23 = Voltage, RMS phase 2 to phase 3
Power factor, Average 31 = Voltage, RMS phase 3 to phase 1
2
3
V 1 =
2 =
3 =
Voltage, RMS phase 1 to Neutral
Voltage, RMS phase 2 to Neutral
Voltage, RMS phase 3 to Neutral
V Ln
A
F
2
3
V Ln =
A =
F =
Voltage, Line to Neutral, Average. A 1 = Current, RMS phase 1
Current, phase wise, Average. 2 = Current, RMS phase 2
Frequency in Hertz. 3 = Current, RMS phase 3
A
O
1
2
3
A
O
1 =
2 =
3 =
Current, Phase Angle of phase 1 in degrees.
Current, Phase Angle of phase 2 in degrees.
Current, Phase Angle of phase 3 in degrees.
VA
W
VAR.
VA 1
2
3
VA =
W =
VAr =
Volt-amperes, Total. VA 1 = Volt-amperes, phase 1
Watt, Total 2 = Volt-amperes, phase 2
VAr, Total. 3 = Volt-amperes, phase 3
W 1
2
3
W =
VAr =
PF =
Watt, Total. W 1 = Watts, phase 1
VAr, Total.
Note :
"-" Watts = reverse current. 2 = Watts, phase 2
Power factor, Average 3 = Watts, phase 3
VA
W
PF
PF 1
2
3
PF 1 =
2
=
3 =
Power factor, phase 1.
Power factor, phase 2.
Note
: "-" Indicates Lead (Capacitive) Power factor.
Power factor, phase 3.
VAr.
1
2
3
Var.1=
2=
3=
VAr, phase 1.
VAr, phase 2. Note: “-
” Indicates Lead (Capacitive) VAr.
VAr, phase 3.
Intg VA.h
VA.h = Volt-ampere-hours.
All integrators clear automatically at 9999 Giga value of any Integrator.
W.h
W.h = Watt-hours. If watts is negative, VA.h, W.h,VAr.h, -VAr.h do not Integrate.
VAR.h
VARh =
VAr-hours, Inductive.
-VARh
-VARh=
Negative VAr-hours, Capacitive.
run.h
run.h = Run hours. Total hours the Load was On. Accumulates when current is present.
On.h
On.h =
ON hours. Total hours the meter was ON. Accumulates if auxiliary supply is present
(irrespective of input signals).
Intr Intr =
Auxiliary interruption. Accumulates the auxiliary interrupt.
M
a
i
n
M
e
n
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