ABB Relion 670 Series Applications Manual page 62

Section 3
Configuration
Control, measuring and interlocking is fully configured, including communication with other
bays such as other lines and the bus coupler over GOOSE.
The following should be noted. The configuration is made with the binary input and binary
output boards in the basic IED delivery. In many cases this is sufficient, in other cases, for
example with full control of all apparatuses included more IO cards are required. Our proposal
for a full version with control is to use three binary input modules and two binary output
modules. For systems without Substation Automation a second binary output board might be
required.
LINE1_QC9
LINE2_QC9
Other Functions available from the function library
Optional Functions
IEC05000839 V7 EN-US
Figure 4:
56
WA1
QB1
WA1_VT
WA1_QA1
WA1_CT
WA1_QB6
LINE1_QB9
QB61
LINE1_VT
TIE_QA1
TIE_CT
QB62
LINE2_QB9
WA2_QB6
WA2_CT
LINE2_VT
WA2_QA1
WA2_VT
QB2
WA2
46 Iub>
PD 87 INd/I 7I
52P D
BRC PTOC CC PDSC CCS SPVC
DELI SPVC
84 84 84 84 60 Ud>
TCL YLTC TCL YLTC TCM YLTC TCM YLTC VDC PTOV
50BF 3I>BF 50BF 3I>BF U</I> U</I> 85
ITHD ITHD ITHD ITHD
CC RBRF CC RBRF CV GAPC CV GAPC EC PSCH
CHM MHAI CHM MHAI
26 26 θ> θ> 26 26 θ> θ> 46I2 4(I2>) 46I2 4(I2>)
3Ihp>T 3Ihp>T
26/49HS 26/49HS
LOL SPTR LOL SPTR
LC PTTR LC PTTR LF PTTR LF PTTR NS4 PTOC NS4 PTOC
81 81 f> f> 81 81 f< f< 67N 67N
81 81 df/dt<> df/dt<>
SDE PSDE SDE PSDE
SA PFRC SA PFRC SA PTOF SA PTOF SA PTUF SA PTUF
60 60 Ud> Ud>
VTHD UTHD VTHD UTHD 51V 51V
2(I>/U<) 2(I>/U<)
VD SPVC VD SPVC
VHM MHAI VHM MHAI VR PVOC VR PVOC ZCLC PSCH ZCLC PSCH
Block diagram for configuration C30
© Copyright 2017 Hitachi Power Grids. All rights reserved
REC670C30 – Complete one-and a half breaker diameter arrangement 24AI (6I + 6U, 6I+6U)
3 3 Control Control 3 3 Control Control 3 3 Control Control
S CILO S CILO S CSWI S CSWI S XSWI S XSWI
3 3 Control Control 3 3 Control Control 3 3 Control Control MET MET MET
S CILO S CILO S CSWI S CSWI S XCBR S XCBR VN MMXU VN MMXU VN MMXU
Control Control Control
Control Control Control
Control Control Control
S SCBR S SCBR S SCBR
S SCBR S SCBR S SCBR
S SCBR S SCBR S SCBR
MET MET MET I I I MET MET MET
Σ
C MMXU C MMXU C MMXU C MSQI C MSQI C MSQI
Control Control Control
Control Control Control
Control Control Control
S SCBR S SCBR S SCBR
S SCBR S SCBR S SCBR
S SCBR S SCBR S SCBR
3 3 Control Control 3 3 Control Control 3 3 Control Control
S CILO S CILO S CSWI S CSWI S XSWI S XSWI
3 3 Control Control 3 3 Control Control 3 3 Control Control
S CILO S CILO S CSWI S CSWI S XSWI S XSWI
3 3 Control Control 3 3 Control Control 3 3 Control Control
S CILO S CILO S CSWI S CSWI S XSWI S XSWI
3 3 Control Control 3 3 Control Control 3 3 Control Control
S CILO S CILO S CSWI S CSWI S XSWI S XSWI
3 3 Control Control 3 3 Control Control 3 3 Control Control MET MET
S CILO S CILO S CSWI S CSWI S XCBR S XCBR V MMXU V MMXU
MET MET MET I I I MET MET MET
Σ Σ
Control Control Control
Control Control Control
Control Control Control
C MMXU C MMXU C MMXU C MSQI C MSQI C MSQI
S SCBR S SCBR S SCBR
S SCBR S SCBR S SCBR
S SCBR S SCBR S SCBR
3 3 Control Control 3 3 Control Control 3 3 Control Control
S CILO S CILO S CSWI S CSWI S XSWI S XSWI
3 3 Control Control 3 3 Control Control 3 3 Control Control
S CILO S CILO S CSWI S CSWI S XSWI S XSWI
3 3 Control Control 3 3 Control Control 3 3 Control Control DFR/SER DR DFR/SER DR
S CILO S CILO S CSWI S CSWI S XSWI S XSWI DRP RDRE DRP RDRE
3 3 Control Control 3 3 Control Control 3 3 Control Control MET MET
S CILO S CILO S CSWI S CSWI S XSWI S XSWI V MMXU V MMXU
3 3 Control Control 3 3 Control Control 3 3 Control Control
S CILO S CILO S CSWI S CSWI S XCBR S XCBR
MET MET
3 3 Control Control 3 3 Control Control 3 3 Control Control
VN MMXU VN MMXU
S CILO S CILO S CSWI S CSWI S XSWI S XSWI
3 Control 3 3 Control Control
Q CBAY Q CRSV Q CRSV
7 DELTA 21FL FL
DELTAI 7V_78V DELTAU
DELV SPVC DEL SPVC LMB RFLO
85 50N IN>> 4(IN>)
51N_67N
ECRW PSCH EF PIOC EF4 PTOC
51_67 4(3I>) 59 59 2(3U>) 2(3U>) 50 50 3I>> 3I>>
OC4 PTOC OV2 PTOV OV2 PTOV PH PIOC PH PIOC
IN> IN> 79 79 79 49 49
θ> θ>
5(0 5(0 5(0 50STB 50STB 3I>STB 3I>STB
1) 1) 1)
SMB RREC SMB RREC SMB RREC STB PTOC STB PTOC TR PTTR TR PTTR
85 85 85 85
ZCV PSOF ZCV PSOF
ZC PSCH ZC PSCH ZCRW PSCH ZCRW PSCH
1MRK 511 401-UEN Rev. K
UN UN UN
25 25 25 SC SC SC
25 25 25 SC SC SC
25 25 25 SC/VC SC/VC SC/VC
SES RSYN SES RSYN SES RSYN
SES RSYN SES RSYN SES RSYN
SES RSYN SES RSYN SES RSYN
Isqi Isqi Isqi MET MET P/Q P/Q U>/I< U>/I<
CV MMXN CV MMXN FUF SPVC FUF SPVC
MET W/Varh MET W/Varh
ETP MMTR ETP MMTR
U U MET MET Usqi Usqi MET MET UN UN
V MSQI V MSQI VN MMXU VN MMXU
Isqi Isqi Isqi MET MET P/Q P/Q U>/I< U>/I<
CV MMXN CV MMXN FUF SPVC FUF SPVC
MET W/Varh MET W/Varh MET W/Varh
ETP MMTR ETP MMTR ETP MMTR
U U MET MET Usqi Usqi MET MET UN UN
V MSQI V MSQI VN MMXU VN MMXU
63 63 71 71
S SIMG S SIMG S SIML S SIML
UN UN
27 3U< 3 3 Control Control 94 94
1 1 0 0
LOV PTUV R ESIN R ESIN SMP PTRC SMP PTRC
32 P> 37 P<
87 87 Id> Id>
GUP PDUP
GOP PDOP HZ PDIF HZ PDIF
51TF 51TF 59N 2(U0>) 59N 2(U0>)
PMU REP PMU REP PTR STHR PTR STHR ROV2 PTOV ROV2 PTOV
90 90 U↑↓ U↑↓ 90 90 U↑↓ U↑↓ 27 27 2(3U<) 2(3U<)
TR1 ATCC TR1 ATCC TR8 ATCC TR8 ATCC
UV2 PTUV UV2 PTUV
IEC05000839-7-en.vsd
Bay control REC670
Application manual