ABB Relion 670 Series Technical Reference Manual page 952

Section 15
Monitoring
15.5.4
15.5.5
Table 582: LMBRFLO Group settings (basic)
Name Values (Range)
R1A 0.001 - 1500.000
X1A 0.001 - 1500.000
R1B 0.001 - 1500.000
X1B 0.001 - 1500.000
R1L 0.001 - 1500.000
X1L 0.001 - 1500.000
R0L 0.001 - 1500.000
X0L 0.001 - 1500.000
R0M 0.000 - 1500.000
X0M 0.000 - 1500.000
LineLength 0.0 - 10000.0
946
Input and output signals
Table 580: LMBRFLO Input signals
Name Type
PHSEL_A BOOLEAN
PHSEL_B BOOLEAN
PHSEL_C BOOLEAN
CALCDIST BOOLEAN
Table 581: LMBRFLO Output signals
Name Type
FLTDISTX REAL
CALCMADE BOOLEAN
BCD_80 BOOLEAN
BCD_40 BOOLEAN
BCD_20 BOOLEAN
BCD_10 BOOLEAN
BCD_8 BOOLEAN
BCD_4 BOOLEAN
BCD_2 BOOLEAN
BCD_1 BOOLEAN
Setting parameters
Unit Step
ohm/p 0.001
ohm/p 0.001
ohm/p 0.001
ohm/p 0.001
ohm/p 0.001
ohm/p 0.001
ohm/p 0.001
ohm/p 0.001
ohm/p 0.001
ohm/p 0.001
- 0.1
Default Description
0 Phase selection phase A
0 Phase selection phase B
0 Phase selection phase C
0 Input signal to initiate fault distance calculation
Description
Reactive distance to fault
Fault calculation made
Distance in binary coded data, bit represents 80%
Distance in binary coded data, bit represents 40%
Distance in binary coded data, bit represents 20%
Distance in binary coded data, bit represents 10%
Distance in binary coded data, bit represents 8%
Distance in binary coded data, bit represents 4%
Distance in binary coded data, bit represents 2%
Distance in binary coded data, bit represents 1%
Default Description
2.000 Source resistance A (near end)
12.000 Source reactance A (near end)
2.000 Source resistance B (far end)
12.000 Source reactance B (far end)
2.000 Positive sequence line resistance
12.500 Positive sequence line reactance
8.750 Zero sequence line resistance
50.000 Zero sequence line reactance
0.000 Zero sequence mutual resistance
0.000 Zero sequence mutual reactance
40.0 Length of line
1MRK505222-UUS C
Technical reference manual