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Display example (Connection example for single-phase 3-wire)
∠
V
12
∠
V
23
∠
I
1
∠
I
3
W
1
W
3
V
12
V
23
V
31
I
1
I
2
I
3
1 2 3 CT(sid
e "1")
CT(sid
e "3")
Forward
0.707
315
135
Forward
0.866
330
150
1
0
180
Delayed
0.866
30
210
Delayed
0.707
45
225
Forward
0.707
135
315
Connection between P1 and P2
are reserved.
Forward
0.866
150
330
1
180
0
Delayed
0.866
210
30
Delayed
0.707
225
45
Forward
0.707
135
315
Forward
0.866
150
330
1
180
0
Delayed
0.866
210
30
Delayed
0.707
225
45
Forward
0.707
315
315
Connection of CT side "3" is
reversed.
Forward
0.866
330
330
1
0
0
Delayed
0.866
30
30
Delayed
0.707
45
45
Forward
0.707
135
315
CT side "1" and "3" are swapped.
Forward
0.866
150
330
1
180
0
Delayed
0.866
210
30
Delayed
0.707
225
45
Forward
0.707
135
315
Forward
0.866
150
330
1
180
0
Delayed
0.866
210
30
Delayed
0.707
225
45
Indicates improper connection
Connection of P1, P2, P3
terminals of measuring instrument
is reversed (P2, P3, P1).
Connection of P1, P2, P3
terminals of measuring instrument
is reversed (P3, P2, P1).
3K
3L
Forward
P2
P1 1K
1L
Forward
3K
3L
Forward
P1 P3 1K
1L
Forward
3K
3L
Forward
P3
3K
3L
Forward
1K
1L
Forward
3K
3L
Forward
1K
1L
Forward
3K
3L
Forward
3K
3L
Revers
e
P2 P3
P3 P2 P1
P1
Voltage
Current
Connecting diagram
Connection
Norma
l
status
Power
factor
(Input)
No.
I
1
=
I
3
I
2
=
0
Electric
power
display
Voltage display Current display
W
1
=
W
3
Phase angle display
At the average current (V
12
=
V
23
、I
1
=I
3
)
I
1
=
I
3
I
2
=
0
0
180
V
12
=
V
23
<
V
31
0
0
W1
=
Negative
value
W3
=
Positive
value
3
0
180
V
12
=
V
23
<
V
31
1
V
12
>
V
23
=
V
31
2
0
0
4
0
180
W1
=
Negative
value
W3
=
Negative
value
5
0
180
W1
=
Negative
value
W3
=
Negative
value
P2
P1
P3 1K
1L
Forward
P2 P3
W1
=
Negative
value
W3
=
Positive
value
W1
=
Positive
value
W3
=
Negative
value
V
12
=
V
23
<
V
31
I
1
=
I
3
<
I
2
I
1
=
I
3
I
2
=
0
P1 P2
V
12
=
V
23
<
V
31
I
1
=
I
3
I
2
=
0
V
12
=
V
23
<
V
31
I
1
=
I
3
I
2
=
0
K
L
K
L
1K
1L
3K
3L
P1
P3
P2
1 2 3
1K
1L
3K
3L
P1
P3
P2
K
L
K
L
1
2 3
K
L
K
L
1 2 3
1K
1L
3K
3L
P1
P3
P2
K
L
L
1 2 3
1K
1L
3K
3L
P1
P3
P2
K
1K
1L
3K
3L
P1
P3
P2
K
L
K
L
1 2 3
1 2 3
K
L
K
L
1K
1L
3K
3L
P1
P3
P2
1K
1L
Forward
3K
3L
Reverse