Camille Bauer SINEAX CAM Betriebsanleitung - Seite 9
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Infl uence quantities and permissible variations
According to IEC / EN 60 688
a)
: FS: Maximum value of the input confi guration
(Full Scale)
b)
: FS: FS-Voltage x FS-Current
System analysis quantities
Measured quantity
Voltage unbalance
unb. U
THD Voltage
THD.U1N
THD Voltage
THD.U2N
THD Voltage
THD.U3N
THD Voltage
THD.U12
THD Voltage
THD.U23
THD Voltage
THD.U31
TDD Current
TDD.I1
TDD Current
TDD.I2
TDD Current
TDD.I3
Harmonics
H2-50.U1
Harmonics
H2-50.U2
Harmonics
H2-50.U3
Harmonics
H2-50.U12
Harmonics
H2-50.U23
Harmonics
H2-50.U31
Harmonics
H2-50.I1
Harmonics
H2-50.I2
Harmonics
H2-50.I3
THD U (Total Harmonic Distortion): Harmonic content related
to the fundamental of the RMS value of voltage.
TDD I (Total Demand Distortion): Harmonic content related
to the fundamental of the RMS value of the rated current.
Energy meters (High and low tariff)
Active energy:
Incoming
Active energy:
Outgoing
Reactive energy:
Incoming
Reactive energy:
Outgoing
Reactive energy:
inductive
Reactive energy:
capacitive
Relationship between PF, QF and LF
ind.
ind.
cap.
PF
–180
–90
LF
outgoing
Fig. 3. Active power factor PF ––––, reactive power
factor QF ------, power factor LF – - – - –.
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Output
ind.
ind.
cap.
QF
0
90
180
incoming
outgoing
Basic measurement quantities
Measured quantity
Voltage
Voltage
Voltage
Voltage
Voltage
Voltage
Voltage
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Voltage
Current
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Current
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Current
Current
I-Bimetal 1-60 min
I1-Bimetal 1-60 min IB1
I2-Bimetal 1-60 min IB2
I3-Bimetal 1-60 min IB3
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Neutral current
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Active power Σ
Active power
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Active power
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Active power
Reactive power Σ
Reactive power
Reactive power
Reactive power
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Apparent power Σ
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Apparent power
Apparent power
Apparent power
Frequency
Active power factor Σ PF
Active power factor PF1
Active power factor PF2
Active power factor PF3
PF Σ Incoming ind.
PF Σ Incoming cap.
PF Σ Outgoing ind.
PF Σ Outgoing cap.
React. power factor Σ QF
React. power factor QF1
React. power factor QF2
React. power factor QF3
LF power factor Σ
LF power factor
LF power factor
LF power factor
(U1N+U2N) / 2
(U1N+U2N+U3N) / 3 Um
(U12+U23+U31) / 3 Um
(I1+I2) / 2
ϕ
(I1+I2+I3) / 3
Measurement calculation acc. DIN 40 110 incl. 4-quadrant
measurement.
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U
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U1N
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U2N
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U3N
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U12
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U23
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U31
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UNE
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I
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I1
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I2
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I3
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✓
✓
IB
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IN
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P
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P1
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P2
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P3
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Q
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Q1
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Q2
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Q3
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S
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S1
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S2
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S3
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F
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LF
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LF1
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LF2
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LF3
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Um
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Im
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Im
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