Actual Values - ABB ACS880 Firmware Manual

No. Name/Value
101.61 Nominal supply
voltage
0...2000 V
101.62 Nominal DC voltage
0...2000 V
101.63 Nominal current
0...30000 A
101.64 Nominal power
0...30000 kW
102

102 Actual values

102.01 DC voltage
0.0...1500.0 V
102.02 ES voltage used
0.0...1500.0 V
102.03 ES voltage
estimated
0.0...1500.0 V
102.05 U phase current
-30000.0...
30000.0 A
102.06 V phase current
-30000.0...
30000.0 A
102.07 W phase current
-30000.0...
30000.0 A
102.08 Total current
-30000.0...
30000.0 A
102.09 Total current %
-1000.00...
1000.00%
102.10 RMS current
0.0...30000.0 A
Description
Shows the nominal supply voltage of the converter [V DC].
Nominal supply voltage.
Shows the nominal DC voltage of the converter [V].
Nominal DC voltage.
Shows the nominal current of the converter [A].
Nominal current.
Shows the nominal power of the converter [kW].
Nominal power.
Basic signals for monitoring of the DC/DC converter used by
the converter control.
Shows the measured intermediate circuit voltage.
Intermediate circuit voltage (V DC).
Shows the energy storage voltage value used by control.
Energy storage voltage source is selected with parameter
197.14 ES voltage source.
Energy storage voltage value.
Shows the estimated energy storage voltage.
Energy storage voltage.
Shows the measured average U phase current with 3 ms
filtering.
Current U phase.
Shows the measured average V phase current with 3 ms
filtering.
Current V phase.
Shows the measured average W phase current with 3 ms
filtering.
Current W phase.
Shows the measured average sum current of all phases
over the last switching cycle, ie, total current between the
converter DC bus and the energy storage. Current is
positive when the DC/DC converter transfers energy from
the converter DC bus to the energy storage.
Sum current.
Shows the measured average sum current of all phases
over the last switching cycle in percent of nominal current of
the DC/DC converter (101.63). Current is positive when the
DC/DC converter transfers energy from the converter DC
bus to the energy storage.
Sum current %.
Shows the output sum current RMS value calculated over a
period defined by parameter
This signal can be used, for example, for thermal protection
of the energy storage by the upper level control so that
when the RMS current exceeds some level, the current is
limited or the converter is stopped.
Current RMS.
146.11 Current RMS period.
Parameters 49
Def/FbEq16
-
1 = 1 V
-
1 = 1 V
-
1 = 1 A
-
1 = 1 kW
-
1 V = 10
-
1 V = 10
-
1 V = 10
-
1 = 1 A
-
1 = 1 A
-
1 = 1 A
-
1 = 1 A
-
1% = 10
-
1 = 1 A