9 – 55
Displaying measured values
Example 1: Displaying the currents
Example 2: Displaying the frequency
M A I N
M E N U
M E T E R I N G
C U R R E N T
I
L
1
M e t e r i n g
I
a
v
g
=
7 5 2
A
I
L
1
=
7 6 5
A
I
L
1
m i
n
=
7 0 6
A
D i a g n o s t i c
U
a
v
g
=
4 0 1
V
2 8 - J A N - 0 3
V i e w
P a r a m e t e r
P
= +
2 7 7
I
L
2
=
7 5 8
A
1 6 : 2 9 : 3 2 .
0 1
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
I
L
3
=
7 5 0
A
I
L
1
m a
x
=
7 8 8
A
C l e a r p f
a
v
g
=
0 .
9 1 8
l a g
0 4 - J A N - 0 3
D i s p l a y S e t u p
W
= + 2 1 2 0 7 M W h r
I
N
=
0
A
0 8 : 5 9 : 3 8 .
2 1
f r e q
=
5 0 .
0 2
H z
M E T E R I N G
C U R R E N T
U
a
v
g
=
4 0 1
V
I
g
=
5
A
P
= +
2 7 7
S
=
3 0 2
k V A
I
a
v
g
=
7 5 2
A
Q
= +
1 2 0 k V A R
p f
a
v
g
=
0 .
9 1 8
l a g
I
a
v
g
l
t
=
7 5 2
A
W
= + 2 1 2 0 7 M W h r
f r e q
=
5 0 .
0 2
H z
U n b a l . =
1 0
%
T e m p
=
2 2 5 .
0
F
(en
ter)
(esc)
kW
(down 8x)
(up 8x)
(down 7x)
(up 7x)
kW
(en
ter)
(esc)
(en
ter)
(esc)
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
PAR
A
TRIG
AB
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
F R E Q
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
f
m i
n
=
5 0 . 0 2
H z
D i a g n o s t i c
U
a
v
g
=
4 0 1
V
2 8 - J A N - 0 3
V i e w
P a r a m e t e r
P
= +
2 7 7
I
T
H D
=
1 0
%
1 6 : 2 9 : 3 2 . 0 1
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
%
f
m a
x
=
5 0 . 0 2
H z
C l e a r p f
a
v
g
=
0 . 9 1 8
l a g
0 4 - J A N - 0 3
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
0 8 : 5 9 : 3 8 . 2 1
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
U
a
v
g
=
4 0 1
V
H a r m o n i c s
P
= +
2 7 7
S
=
3 0 2
k V A
Q
= +
1 2 0 k V A R
p f
a
v
g
=
0 . 9 1 8
l a g
W
= + 2 1 2 0 7 M W h r
f r e q
=
5 0 . 0 2
H z
T e m p
=
2 2 5 . 0
F
(en
ter)
(esc)
k W
(up 8x)
(down5x)
(up 5x)
(down 8x)
(en
ter)
(esc)
(en
ter)
(esc)
kW
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 WL Series
Page 64: ...7 2 Horizontalanschlüsse 0733_nu top view Horizontal connectors ...
Page 65: ...7 3 Vertikalanschlüsse 0734_nu top view rear view Rear vertical connectors ...
Page 66: ...7 4 Frontanschlüsse 0736_nu front view top view Front connectors ...
Page 68: ...7 6 7 2 Baugröße II Festeinbau 0494 3_nu 7 2 Frame size II fixed mounted version ...
Page 69: ...7 7 C class always 0494 5_nu top view rear view ...
Page 70: ...7 8 0738_nu LH side view front view ...
Page 72: ...7 10 0495 2_nu top view top view ...
Page 73: ...7 11 0495 3_nu top view rear view ...
Page 74: ...7 12 0739_nu LH side view front view ...
Page 76: ...7 14 Baugröße II III 0496_nu Frame size II III ...
Page 77: ...7 15 7 5 Baugröße I Einschubausführung 0745_nu 7 5 Frame size I draw out version ...
Page 78: ...7 16 0746_nu rear view top view ...
Page 79: ...7 17 0747_nu bottom view ...
Page 80: ...7 18 0748_nu ...
Page 81: ...7 19 0749_nu ...
Page 82: ...7 20 7 6 Baugröße II Einschubausführung 0490 1_ul 7 6 Frame size II draw out version ...
Page 86: ...7 24 7 7 Baugröße III Einschubausführung 7 7 Frame size III draw out version ...
Page 87: ...7 25 ...
Page 88: ...7 26 ...
Page 111: ...9 11 I Auslösung Erdschlussauslösung I tripping Ground fault tripping ...
Page 360: ......
Page 361: ......