Basler Electric BE1-851 - Manual (Page 209)

SL-143 = 0
SL-243 = 0
SL-343 = 2
SL-101 = 1
SL-VOA = ALMMAJ
SL-VO1 = 101T+VO8*/SG0+62*SG1+VO11*VO15
SL-VO2 = 101C
SL-VO3 = 0
SL-VO4 = VO9*SG0*/VO15
SL-VO5 = VO11*SG1*/VO15
SL-VO6 = 0
SL-VO7 = 0
SL-VO8 = 51PT+51NT
SL-VO9 = 50TPT+50TNT
SL-VO10 = 0
SL-VO11 = 50TPT+50TNT+51PT+51NT
SL-VO12 = 50TPPU+50TNPU+51PPU+51NPU
SL-VO13 = SG1
SL-VO14 = 0
SL-VO15 = /IN4+343
Table 8-25. BACKUP Contact Sensing Input Logic
Input Purpose Name Label
State Labels
Energized De-Energized
IN1 52b Breaker Status. BREAKER OPEN CLOSED
IN2
Put relay in feeder backup mode when
feeder relay out of service is detected
by open contact.
FEEDER_OK NORMAL FDR_OOS
IN3
Breaker failure initiate by external
relays.
BFI INI NORMAL
IN4
Put the relay in test mode so that
reclosing and breaker failure are
disabled when IN4 is de-energized.
TESTDISABL NORMAL TSTMODE
Table 8-26. BACKUP Function Block Logic
Function Purpose
BESTlogic
Expression
Mode
Setting
50TP Used for instantaneous phase overcurrent protection. 0 1 (enabled)
50TN Used for instantaneous neutral overcurrent protection. 0 1 (enabled)
50TQ
Used for instantaneous negative-sequence
overcurrent protection.
0 1 (enabled)
150TP Used for instantaneous phase overcurrent protection. 0 1 (enabled)
150TN Used for instantaneous neutral overcurrent protection. 0 1 (enabled)
150TQ
Used for instantaneous negative-sequence
overcurrent protection.
0 1 (enabled)
9289900990 Rev R BE1-851 Application 8-53