Display And Operating; Available Measurement Data - Camille Bauer SINEAX A210 Betriebsanleitung

Display and operating

Display and operating
are identical for the
SINEAX A 210 and
A 220

Available measurement data

Phase voltages U1, U2, U3
Maximum value U1 , U2
max. max.
Minimum value U1 , U2
min. min.
Delta voltages U12, U23, U31
Maximum values U12 , U23
max.
Minimum values U12 , U23
min.
Phase current I1, I2, I3
Maximum values I1 , I2
max. max.
Average values I1 , I2 , I3
avg avg
(bimetal -15 min.)
Max. average values I1
avgmax.
I2 , I3 (slave pointer-15 min.)
avgmax. avgmax.
Neutral current IN
Active powers P1, P2, P3
Maximum values P1 , P2
max.
Active power system P
Maximum value P
max.
Reactive power Q1, Q2, Q3
Maximum values Q1 , Q2
max.
Reactive power system Q
Maximum value Q
max.
Apparent power S1, S2, S3
Maximum values S1 , S2
max.
Apparent power system S
Maximum value S
max.
Power factor PF1, cos
Power factor PF2, cos
Power factor PF3, cos
Power factor system PF, cos
Minimum value power factor inductive
Minimum value power factor capacitive
Frequency, F
Active energy incoming EP high tariff
Active energy incoming EP low tariff *)
Active energy outgoing EP high tariff
Active energy outgoing EP low tariff *)
Reactive energy inductive EQ high tariff
Reactive energy inductive EQ low tariff *)
Reactive energy capacitive EQ high tariff
Reactive energy capacitive EQ low tariff *)
5 active power intervals Pint0, Pint1, ...
5 reactive power intervals Qint0, Qint1, ...
5 apparent power intervals Sint0, Sint1, ...
*) Tariff switching via digital input only (optional extension module required)
Determination of measured quantities: The calculation of the measurements is made in accordance with DIN 40 110, with the exception
of the reactive power. This is calculated by the SINEAX A 210/A 220 as a signed value.
Transducers and displays can possibly display different values for the reactive power in the same power system.
The reason is the different calculation methods.
top
7-segment
centre
display
bottom
Key for
P
programming
and display
Example
display
top
230
, U3 235
max.
, U3
227
min.
400
, U31 405
max. max.
, U31
395
min. min.
2.35
, I3 2.39
max.
avg
2.04
,
2.07
56.1
, P3 60.5
max. max.
1.24
, Q3 1.51
max. max.
2.56
, S3 3.43
max. max.
4589
1234
4589
1234
9876
1234
9876
1234
Example Example
Units
display display
display
centre bottom
231 229 V
236 231 V
V
226 225
402 398 V
406 403 V
V
397 396
2.37 2.34 A
2.40 2.38 A
A
2.05 2.07
A
2.05 2.04
0.45 A
56.2 56.5 kW
60.4 60.3 kW
125 kW
239 kW
1.23 1.22 VAr
1.52 1.54 VAr
1.54 VAr
2.31 VAr
2.58 2.60 VA
3.44 3.67 VA
5.33 VA
6.23 VA
0.87
0.88
0.89
0.88
0.76
0.84
49.99 Hz
2356 kWh
5678 kWh
2356 kWh
5678 kWh
5432 kVarh
9876 kVarh
5432 kVarh
9876 kVarh
234 kW
123 VAr
10.1 VA
Units display
System display
Power factor
Up key
cos 4 quadrant
operation
Down key
System
display
Δ
P
Δ
Δ
System
∑
P
∑
Phase 1
∑
∑
∑
P
∑
∑
Phase 2
∑
∑
∑
∑
∑
∑
∑
∑
P
∑
∑
Phase 3
∑
∑
23