ABB Relion 670 Series Applications Manual page 305

1MRK 511 401-UUS F
In Figures
out relay as an external relay alternatively with the lock-out created internally with the manual
closing going through the synchrocheck function. An example of lock-out logic.
BJ-TRIP
ZCVPSOF-TRIP
ANSI05000315 V2 EN-US
Figure 120: Lock-out arranged with an external lock-out relay
BJ-TRIP
ZCVPSOF-TRIP
CCRBRF (50BF)
ANSI05000316 V2 EN-US
Figure 121: Lock-out arranged with internal logic with manual closing going through in IED
14.2.2.20 Evolving fault
An evolving fault starts as a single-phase fault which leads to single-pole tripping and then the
fault spreads to another phase. The second fault is then cleared by three-pole tripping.
The auto recloser will first receive a start signal (
The auto recloser will start a single-phase auto reclosing sequence, if programmed to do so. At the
evolving fault clearance there will be a new
The single-phase auto reclosing sequence will then be stopped, and instead the timer,
three-pole auto reclosing will be started from zero. The sequence will continue as a three-pole
auto reclosing sequence, if it is a selected alternative reclosing mode. The second fault which can
be single-phase is tripped three-pole because the trip function (SMPPTRC) in the IED has an
evolving fault timer which ensures that second fault is always tripped three-pole. For other types
Bay control REC670
Application manual
120 and 121 the logic shows how a closing lock-out logic can be designed with the lock-
SMBRREC (79)
OR
INHIBIT
UNSUCCL
CCRBRF (50BF)
TRBU
SMBRREC (79)
OR INHIBIT
UNSUCCL
SOFTWARE
OR IO RESET
BJTRIP
MAN CLOSE
OR
SMBRREC (79) CLOSE
SESRSYN (25)
AUTO STOP
MAN ENOK
© Copyright 2017 ABB. All rights reserved
SMBO
OR
MAIN ZAK CLOSE
SMPPTRC (94)
SETLKOUT
OR
CLLOUT
RESET LOCK-OUT
RSTLOUT
AND
OR
START ) without any three-phase signal ( TR3P ).
START signal and three-phase trip information, TR3P .
ELECTRICAL RESET
RELAY
Lock-out
RXMD1
11
SET
21
12
RESET
CLOSE COMMAND
ANSI05000315_2_en.vsd
SMBO
CLOSE COMMAND
ANSI05000316_2_en.vsd
t1 3Ph , for
Section 14
Control
M12391-217 v4
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