AccuEnergy Acuvim II AXM-IO1, User Manual

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IO Modual
1
Figure 3-9 Relationship between analog output and various electrical quantities
There are something important to be noted.
a> If the voltage input wiring of AcuvmII power meter is 2LL or 3LL,
then the analog outpus relative to phase voltage, neutral current, phase
active/reactive/apparent power and phase power factor will always be 0.
b> The maximum of analog output is 1.2 times the range, except when
analog output is relative to power factor.
2. Display of Analog Output
Value of analog output is displayed in hex on screen. The relationship
between displayed value and real value of analog output is:
45 65
4
20
mA
400
mA mA mA
0.5C
12
1 0.5L
4-20mA output mode
69
23.2
480
4
0
20
23.2
690
mA
828 0
20
5
mA
6 0
20
2000
mA
2800 -2000
20
6000
mA
8400 -6000
20
20002400 0
20
6000
mA
7200 0
20
4
23.2
4
23.2
4
23.2
4
23.2
4
23.2
4
23.2
4
20
Frequency(Hz) Phase Voltage(V) Line Voltage(V) Current(A)
Phase Active/Reactive
Power(W/Var)
Total Active/Reactive
Power(W/Var)
Phase Apparent
Power(VA)
Total Apparent
Power(VA)
Power Factor
45 65
0
5
V
400
0
0.5C 1 0.5L
0-5V output mode
69
6
480
0
0 690828
0
0 5 6
0
0 20002800
0
-2000 60008400
0
-6000 2000 2400
0
0 6000 7200
0
0
5
V
6
5
V
6
5
V
6
5
V
6
5
V
6
5
V
6
5
V
6
5
V
2.5
Frequency(Hz) Phase Voltage(V) Line Voltage(V) Current(A)
Phase Active/Reactive
Power(W/Var)
Total Active/Reactive
Power(W/Var)
Phase Apparent
Power(VA)
Total Apparent
Power(VA)
Power Factor
45 65
1
5
V
400
0.5C 1 0.5L
1-5V output mode
69
5.8
480 0 690828 0 5 6 0 20002800 -2000 60008400 -6000 2000 2400 0 6000 7200 0
5
1
5
V
5.8
1
5
V
5.8
1
5
V
5.8
1
5
V
5.8
1
5
V
5.8
1
5
V
5.8
1
V
5.8
1
5
V
3
Frequency(Hz) Phase Voltage(V) Line Voltage(V) Current(A)
Phase Active/Reactive
Power(W/Var)
Total Active/Reactive
Power(W/Var)
Phase Apparent
Power(VA)
Total Apparent
Power(VA)
Power Factor