Beschreibung Von Konfiguration B30 - Hitachi RELION 670 Serie Bedienungsanleitung

Feldsteuergerät REC670
Version 2.2

Beschreibung von Konfiguration B30

QB2
QB1
QA1 QA2
QB61 QB62
QB9
QC9
Other Functions available from the function library
Iub> PD
46
52PD
BRC PTOC CC PSDC
1 1 1 0 0 0
94 94 94 84 84
SMP PTRC SMP PTRC SMP PTRC TCL YLTC TCL YLTC
Optional Functions
50BF 3I>BF 50BF 3I>BF
ITHD ITHD ITHD ITHD
CC RBRF CC RBRF
CHM MHAI CHM MHAI
Id> θ> θ> θ>
87
26 26 26
HZ PDIF LC PTTR LC PTTR LC PTTR
59N 2(U0>) 59N 2(U0>)
51TF 51TF
ROV2 PTOV ROV2 PTOV
PTR STHR PTR STHR
U↑↓ U↑↓ U↑↓ U↑↓
90 90 90 90
TR1 ATCC TR1 ATCC TR8 ATCC TR8 ATCC
ZCV PSOF ZCV PSOF
IEC05000838 V7 EN-US
Abb. 2. Blockschaltbild für Konfiguration B30
Hitachi Energy
WA1
WA2
3 3 Control Control
S CILO S CILO
WA2_VT
3 3 Control Control
WA1_VT S CILO S CILO
3 3 Control Control
S CILO S CILO
3 3 Control Control
S CILO S CILO
LINE_CT1
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
LINE_CT2
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 3 Control Control Control
S CILO S CILO S CILO
3 3 3 Control Control Control
S CILO S CILO S CILO
3 3 3 Control Control Control
S CILO S CILO S CILO
3 3 3 Control Control Control
S CILO S CILO S CILO
DFR/SER DR DFR/SER DR DFR/SER DR
LINE_VT
DRP RDRE DRP RDRE DRP RDRE
MET MET MET U U U
V MMXU V MMXU V MMXU
INd/I
87
7I
DELTAI 7V_78V
DELI SPVC
CCS SPVC DELV SPVC
Ud>
84 84 84 60
TCM YLTC TCM YLTC TCM YLTC VDC PTOV
2(I>/U<)
85 85
CV GAPC EC PSCH ECRW PSCH
θ> θ>
26 26 46I2
26/49HS 26/49HS 3Ihp>T 3Ihp>T
LF PTTR LF PTTR NS4 PTOC
LOL SPTR LOL SPTR
df/dt<>
f>
81
81 81
SA PFRC
SA PTOF SA PTUF
2(3U<)
60 60 60 Ud> Ud> Ud>
27
VTHD UTHD VTHD UTHD
UV2 PTUV
VD SPVC VD SPVC VD SPVC VHM MHAI VHM MHAI
© 2017 Hitachi Energy. Alle Rechte vorbehalten
REC670 B30 - Double breaker arrangement 12AI (6I + 6U)
3 3 Control Control 3 3 Control Control
S CSWI S CSWI S XSWI S XSWI
3 3 Control Control 3 3 Control Control MET MET
S CSWI S CSWI S XSWI S XSWI VN MMXU VN MMXU
MET MET
3 3 Control Control 3 3 Control Control
S CSWI S CSWI S XCBR S XCBR VN MMXU VN MMXU
3 3 Control Control 3 3 Control Control
S CSWI S CSWI S XCBR S XCBR
MET MET MET I I I MET MET MET
 
C MMXU C MMXU C MMXU
3 3 3 Control Control Control 3 3 3 Control Control Control
S CSWI S CSWI S CSWI S XSWI S XSWI S XSWI
3 3 3 Control Control Control 3 3 3 Control Control Control
S CSWI S CSWI S CSWI S XSWI S XSWI S XSWI
3 3 3 Control Control Control 3 3 3 Control Control Control
S CSWI S CSWI S CSWI S XSWI S XSWI S XSWI
3 3 3 Control Control Control 3 3 3 Control Control Control
S CSWI S CSWI S CSWI S XSWI S XSWI S XSWI
3 3 3 Control Control Control
3 Control
63 63
Q CBAY Q CBAY Q CRSV Q CRSV Q CRSV
MET MET MET Usqi Usqi Usqi MET MET MET UN UN UN
V MSQI V MSQI V MSQI VN MMXU VN MMXU VN MMXU
FL
21FL
DELTAU 7 DELTA
LMB RFLO
DEL SPVC
IN>> 4(IN>)
50N
51N_67N
EF PIOC EF4 PTOC
4(I2>) 51_67 4(3I>) 2(3U>)
59
OC4 PTOC OV2 PTOV
f<
IN>
67N 79 79 5(0 5(0
1) 1)
SDE PSDE SMB RREC SMB RREC
51V 51V
2(I>/ U<) 2(I>/ U<)
ZCLC PSCH ZCLC PSCH
VR PVOC VR PVOC
1MRK 511 404-BDE N
UN UN 25 25 SC/VC SC/VC
SES RSYN SES RSYN
UN UN 25 25 SC/VC SC/VC
SES RSYN SES RSYN
Isqi Isqi Isqi U>/I< U>/I<
C MSQI C MSQI C MSQI FUF SPVC FUF SPVC
MET MET P/Q P/Q
CV MMXN CV MMXN
MET W/Varh MET W/Varh
ETP MMTR ETP MMTR
71 71
S SIMG S SIMG S SIML S SIML
3U< 3 3 3 Control Control Control
27
LOV PTUV R ESIN R ESIN R ESIN
P> P<
32 37
GOP PDOP GUP PDUP
3I>>
50
PH PIOC PMU REP PMU REP
θ> θ>
49 49
50STB 50STB 3I>STB 3I>STB
TR PTTR TR PTTR
STB PTOC STB PTOC
85 85
85 85
ZC PSCH ZC PSCH
ZCRW PSCH ZCRW PSCH
IEC050008 38-7-en.vsd
M15200-12 v6
7