Example 3: Displaying harmonics
M A I N
M E N U
M E T E R I N G
F R E Q U E N C Y
M e t e r i n g
I
a
v
g
=
7 5 2
A
f
r
e
q
=
5 0 .
0 2
H z
D i a g n o s t i c
U
a
v
g
=
4 0 1
V
V i e w
P a r a m e t e r
P
= +
2 7 7
I
T
H D
=
1 0
%
C h a n g e
P a r a m e t e r
S
=
3 0 2
k V A
I d e n t i f i c a t i o n
Q
= +
1 2 0 k V A R
U
T
H D
=
1 0
%
R e s e t s
p f
a
v
g
=
0 .
9 1 8
l a g
D i s p l a y S e t u p
W
= + 2 1 2 0 7 M W h r
F o r m F =
4 .
0
(esc)
f r e q
=
5 0 .
0 2
H z
C r e s t F =
4 .
0
M E T E R I N G
F R E Q U E N C Y
H A R M O N I C S
U
a
v
g
=
4 0 1
V
H a r m o n i c s
I
a
v
g
U
a
v
g
P
= +
2 7 7
T H D
1 0 .
0 %
1 0 .
0 %
S
=
3 0 2
k V A
2
0 .
0 %
0 .
0 %
Q
= +
1 2 0 k V A R
3
0 .
0 %
0 .
0 %
p f
a
v
g
=
0 .
9 1 8
l a g
4
0 .
0 %
0 .
0 %
W
= + 2 1 2 0 7 M W h r
5
9 .
0 %
9 .
0 %
f r e q
=
5 0 .
0 2
H z
6
0 .
0 %
0 .
0 %
T e m p
=
2 2 5 .
0
F
7
3 .
0 %
3 .
0 %
H A R M O N I C S
2 2
0 .
0 %
0 .
0 %
2 3
0 .
0 %
0 .
0 %
2 4
0 .
0 %
0 .
0 %
2 5
0 .
0 %
0 .
0 %
2 6
0 .
0 %
0 .
0 %
2 7
0 .
0 %
0 .
0 %
2 8
0 .
0 %
0 .
0 %
2 9
0 .
0 %
0 .
0 %
(esc)
(en
ter)
(en
ter)
(esc)
kW
(down 8x)
(up 8x)
(down5x)
(up 5x)
k W
(down 28x)
(up 28x)
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
Summary of Contents for 3ZX1812-0WL00-0AN2
Page 91: ...9 15 S Auslösung I Auslösung S tripping I tripping ...
Page 92: ...9 16 Erdschlussauslösung Ground fault tripping ...
Page 121: ...English part continued on Page 9 60 9 45 ...
Page 135: ...English part continued on Page 9 60 9 59 ...
Page 149: ...9 73 ...
Page 307: ...19 10 Einbau Baugröße Frame size Länge L mm Length L mm I 48 II 118 III 232 1 Fitting ...
Page 317: ...20 2 Vertikal Vertical Einschubtechnik Draw out version Horizontal Horizontal ...
Page 362: ...5HOHDVH ...
Page 363: ...5HOHDVH 5 H OH D V H ...
