ABB ACS880 Firmware Manual page 209

No. Name / Range /
Selection
0000h...FFFFh
9.9 Drive control state
Drive not ready
ID run undone
Drive stopped
Fault active
Local control
Jog mode
Ext1 running
Ext2 running
Stopping
Em stop active
Constant speed
9.11 Drive output current
0.00 ... 30000.00 A
9.13 Motor current
estimated
0.00 ... 30000.00 A
9.14 Motor current %
0.00 ... 30000.00%
9.15 Motor voltage
estimated
0.00 ... 30000.00 V
9.21 Frequency reference
used
-600.00 ... 600.00 Hz
9.22 Speed reference
percentage
-1200.00 ...
1200.00%
9.23 Speed reference
used
-30000.0 ... 30000.0
rpm
9.41 Restart delay
remaining
0.0 ... 30000.0 min
Description
Displays the current state of drive control.
Drive is not ready for operation.
No motor ID run done. Necessary to run in DTC mode.
Drive is stopped.
A fault is active.
Drive is in Local control.
Jogging enable signal is On.
Control location EXT1 is active.
Control location EXT2 is active.
Drive is stopping the motor as per deceleration ramp
time settings.
Stopping after receiving an emergency stop command.
Drive is running in constant speed mode.
Displays actual drive output current.
Drive output current.
Displays the actual motor current estimate based on
transformer ratio and sine-filter settings.
Estimated motor current.
Displays estimated actual motor current in %.
Estimated motor current.
Displays the actual motor voltage estimate based on
transformer ratio setting.
Estimated motor voltage.
Displays the frequency reference currently produced
by the ESP control program.
ESP frequency.
Displays ESP speed/frequency reference in percent
scale.
Speed reference.
Displays the speed reference currently produced by the
ESP control program.
Speed reference.
Displays the time remaining before restart delay
function stops inhibiting the user start command.
Restart delay time.
Parameters 209
Def / Type
FbEq 16b / 32b
1 = 1 = 1
Drive not ready /
unit32
0
1
2
3
4
5
6
7
8
9
10
0.00 A / real32
100 = 1 A / 100 = 1 A
0.00 A / real32
100 = 1 A / 10 = 1 A
0.00% / real32
100 = 1% / 10 = 1%
0.00 V / real32
100 = 1 V / 10 V
0.00 Hz / real32
100 = 1 Hz / 10 = 1 Hz
0.00% / real32
100 = 1% / 10 = 1%
0.00 rpm / real32
10 = 1 rpm / 10 = 1
rpm
0.00 min / real32
10 = 1 min / 10 = 1
min