Lumel ND30PNET - Page 27

ND30PNET-09 - User's Manual
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28
average phase voltage
U avg
(M,k)V

x
x
29
average three-phase current
I avg
(k)A


x
30
three-phase active power
P
(G,M,k)W
+/-



31
three-phase reactive power
Q
(G,M,k)var
/



32
three-phase apparent power
S
(G,M,k)VA



33
3-phase active power factor
(PF=P/S)
PF avg


x
34
tg factor 3-phase average
(tg=Q/P)
tg avg


x
35
THDU 3-phase average*
THD U
%


x
36
THDI 3-phase average
THD I
%


x
37
frequency
f
Hz



38
phase-to-phase voltage L1-L2
U12
(M,k)V


x
39
phase-to-phase voltage L2-L3
U23
(M,k)V


x
40
phase-to-phase voltage L3-L1
U31
(M,k)V


x
41
phase-to-phase average voltage
U123
(M,k)V


x
42
averaged active power
(P Demand)
P DMD
(G,M,k)W



43
averaged apparent power
(S Demand )
S DMD
(G,M,k)VA



44
averaged current (I Demand)
I DMD
(k)A



45
current in neutral wire
I(N)
(k)A

x
x
46
Temperature T1 of input 1
T1
C



47
Temperature T2 of input 2
T2
C



48
3-phase imported active energy
En P+
kWh



49
3-phase exported active energy
En P-
kWh



50
3-phase reactive inductive energy
En Q
kvarh



51
3-phase reactive capacitive
energy
En Q
kvarh



52
3-phase apparent energy
En S
kVAh



* In 3-phase 3-wire system (3Ph/3W) respectively THD U12, THD U23, THD U31, THD U123
