ABB REG670 - Monitored Data

Table 89: ZMFPDIS Non group settings (basic)
Name Values (Range) Unit Step Default Description
GlobalBaseSel 1 - 12 - 1 1 Selection of one of the Global Base Value
groups
7.3.6 Monitored data
Table 90: ZMFPDIS Monitored data
Name Type Values (Range) Unit Description
L1Dir INTEGER 1=Forward
2=Reverse
0=No direction
-
Direction in phase L1
L2Dir INTEGER 1=Forward
2=Reverse
0=No direction
-
Direction in phase L2
L3Dir INTEGER 1=Forward
2=Reverse
0=No direction
-
Direction in phase L3
L1L2Dir INTEGER 1=Forward
2=Reverse
0=No direction
-
Direction in loop L1L2
L2L3Dir INTEGER 1=Forward
2=Reverse
0=No direction
-
Direction in loop L2L3
L3L1Dir INTEGER 1=Forward
2=Reverse
0=No direction
-
Direction in loop L3L1
L1R REAL - Ohm Resistance in phase L1
L1X REAL - Ohm Reactance in phase L1
L2R REAL - Ohm Resistance in phase L2
L2X REAL - Ohm Reactance in phase L2
L3R REAL - Ohm Resistance in phase L3
L3X REAL - Ohm Reactance in phase L3
7.3.7 Operation principle
Settings, input and output names are sometimes mentioned in the following text
without its zone suffix (i.e. BLKZx instead of BLKZ3) when the description is equally
valid for all zones.
7.3.7.1 Filtering
Practically all voltage, current and impedance quantities used within the ZMFPDIS
function are derived from fundamental frequency phasors filtered by a half cycle
filter.
Section 7 1MRK502052-UEN B
Impedance protection
212
Technical manual