ABB REG670 - Page 610

IEC16000180-1-en.vsdx
BLOCK
START
FW
REV
STL1
FWL1
REVL1
STL2
FWL2
REVL2
STL3
FWL3
REVL3
STDIR
STARTCOMB
BLOCK
START
FW
REV
STL1
FWL1
REVL1
STL2
FWL2
REVL2
STL3
FWL3
REVL3
STDIR
STARTCOMB
BLOCK
STDIR1
STDIR2
STDIR3
STDIR4
STDIR5
STDIR6
STDIR7
STDIR8
STDIR9
STDIR10
STDIR11
STDIR12
STDIR13
STDIR14
STDIR15
STDIR16
STDIR
SMAGAPC
START
FW
REV
PROTECTION 1
STL1
FWL1
REVL1
STL2
FWL2
REVL2
STL3
FWL3
REVL3
PROTECTION 2
STDIR
PROTECTION 3
-
-
-
BLOCK
BLKLKOUT
TRIN
TRINL1
TRINL2
TRINL3
PSL1
PSL2
PSL3
1PTRZ
1PTREF
P3PTR
SETLKOUT
RSTLKOUT
STDIR
TRIP
SMPPTRC
TRL1
TRL2
TRL3
TR1P
TR2P
TR3P
CLLKOUT
START
STL1
STL2
STL3
FW
REV
IEC16000180 V1 EN
Figure 303: Example of the connection of directional start logic
Protection functions connect the directional data via the STARTCOMB function to
SMAGAPC and then to the SMPPTRC, or directly to SMAGAPC and then to the
SMPPTRC.
The Start Matrix (SMAGAPC) merges start and directional output signals from
different application functions and creates a common directional output signal
(STDIR) to be connected to the Trip function (SMPPTRC).
The trip function (SMPPTRC) splits up the directional data as general output data for
START, STL1, STL2, STL3, FW and REV.
All start and directional outputs are mapped to the logical node data model of the trip
function and provided via the 61850 dirGeneral, DIRL1, DIRL2, DIRL3.
Section 16 1MRK 502 071-UEN -
Logic
604 Generator protection REG670 2.2 IEC and Injection equipment REX060, REX061, REX062
Application manual