Hitachi Relion 670 Series Applications Manual page 216

Section 15
Logic
PROTECTION 1 PROTECTION 1
PROTECTION 2 PROTECTION 2
PROTECTION 3 PROTECTION 3
ANSI16000180 V3 EN-US
Figure 86:
The Start Matrix (SMAGAPC) merges start and directional output signals from different application
functions and creates a common directional output signal (CND) to be connected to the trip function
(SMPPTRC). Protection functions connect their directional data via the STARTCOMB function to
SMAGAPC and then to the SMPPTRC, or directly to SMAGAPC and then to the SMPPTRC.
The trip function (SMPPTRC) splits up the directional data as general output data for BFI_3P, BFI_A,
BFI_B, BFI_C, STN, FW and REV.
All start and directional outputs are mapped to the logical node data model of the trip function and
provided via the IEC 61850 attributes dirGeneral, dirPhsA, dirPhsB, dirPhsC, and dirNeut.
210
STARTCOMB STARTCOMB
CND CND
BLOCK BLOCK BLOCK
BFI_3P BFI_3P BFI_3P BFI_3P BFI_3P
FW FW FW FW FW
REV REV REV REV REV
BFI_A BFI_A BFI_A
FW_A FW_A FW_A
REV_A REV_A REV_A
BFI_B BFI_B BFI_B
FW_B FW_B FW_B
REV_B REV_B REV_B
BFI_C BFI_C BFI_C
FW_C FW_C FW_C
REV_C REV_C REV_C
STN STN STN
FWN FWN FWN
REVN REVN REVN
STARTCOMB STARTCOMB
CND CND
BLOCK BLOCK BLOCK
BFI_3P BFI_3P BFI_3P
FW FW FW
REV REV REV
BFI_A BFI_A
BFI_A BFI_A BFI_A
FW_A FW_A FW_A FW_A FW_A
REV_A REV_A
REV_A REV_A REV_A
BFI_B BFI_B BFI_B BFI_B BFI_B
FW_B FW_B
FW_B FW_B FW_B
REV_B REV_B REV_B REV_B REV_B
BFI_C BFI_C
BFI_C BFI_C BFI_C
FW_C FW_C FW_C FW_C FW_C
REV_C REV_C
REV_C REV_C REV_C
STN STN STN
FWN FWN FWN
REVN REVN REVN
STARTCOMB STARTCOMB
BLOCK BLOCK BLOCK CND CND
BFI_3P BFI_3P BFI_3P
FW FW FW
REV REV REV
BFI_A BFI_A BFI_A
FW_A FW_A FW_A
REV_A REV_A REV_A
BFI_B BFI_B BFI_B
FW_B FW_B FW_B
REV_B REV_B REV_B
BFI_C BFI_C BFI_C
FW_C FW_C FW_C
REV_C REV_C REV_C
STN STN STN
STN STN
FWN FWN FWN FWN FWN
REVN REVN REVN
REVN REVN
Example of the connection of directional start logic
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SMAGAPC
BLOCK BLOCK CND
PU_DIR1 PU_DIR1
PU_DIR2 PU_DIR2
PU_DIR3 PU_DIR3
PU_DIR4 PU_DIR4
SMPPTRC (94) SMPPTRC (94)
I3P I3P I3P
PU_DIR5 PU_DIR5
V3P V3P V3P
BLOCK BLOCK BLOCK
PU_DIR6 PU_DIR6
BLKLKOUT BLKLKOUT BLKLKOUT
PU_DIR7 PU_DIR7 TRINALL TRINALL TRINALL
TRINP_A TRINP_A TRINP_A
PU_DIR8 PU_DIR8
TRINP_B TRINP_B TRINP_B
TRINP_C TRINP_C TRINP_C
PU_DIR9 PU_DIR9
TRINN TRINN TRINN
PS_A PS_A PS_A
PU_DIR10 PU_DIR10
PS_B PS_B PS_B
PS_C PS_C PS_C
PU_DIR11 PU_DIR11
1PTRZ 1PTRZ 1PTRZ
PU_DIR12 PU_DIR12 1PTRGF 1PTRGF 1PTRGF
P3PTR P3PTR P3PTR
PU_DIR13 PU_DIR13
SETLKOUT SETLKOUT SETLKOUT
RSTLKOUT RSTLKOUT RSTLKOUT
PU_DIR14 PU_DIR14
CND CND CND
RSTFLTUI RSTFLTUI RSTFLTUI
PU_DIR15 PU_DIR15
PU_DIR16 PU_DIR16
PROTECTION 4 PROTECTION 4
- -
CND CND
- -
- -
Phasor measurement unit RES670
1MRK511407-UUS Rev. N
TRIP TRIP TRIP
TR_A TR_A TR_A
TR_B TR_B TR_B
TR_C TR_C TR_C
TRN TRN TRN
TR1P TR1P TR1P
TR2P TR2P TR2P
TR3P TR3P TR3P
CLLKOUT CLLKOUT CLLKOUT
BFI_3P BFI_3P BFI_3P
PU_A PU_A PU_A
PU_B PU_B PU_B
PU_C PU_C PU_C
PU_N PU_N PU_N
FW FW FW
REV REV REV
FLTIAMAG FLTIAMAG FLTIAMAG
FLTIAANG FLTIAANG FLTIAANG
FLTIBMAG FLTIBMAG FLTIBMAG
FLTIBANG FLTIBANG FLTIBANG
FLTICMAG FLTICMAG FLTICMAG
FLTICANG FLTICANG FLTICANG
FLTINMAG FLTINMAG FLTINMAG
FLTINANG FLTINANG FLTINANG
FLTVAMAG FLTVAMAG FLTVAMAG
FLTVAANG FLTVAANG FLTVAANG
FLTVBMAG FLTVBMAG FLTVBMAG
FLTVBANG FLTVBANG FLTVBANG
FLTVCMAG FLTVCMAG FLTVCMAG
FLTVCANG FLTVCANG FLTVCANG
FLTVNMAG FLTVNMAG FLTVNMAG
FLTVNANG FLTVNANG FLTVNANG
Application manual