ABB REB670 Series, Applications Manual

Page: 425 / 476

Section 18 Remote communication
18.1 Binary signal transfer
IP12423-1 v2
18.1.1 Identification
M14849-1 v3
Function description IEC 61850 identification IEC 60617
identification
ANSI/IEEE C37.2
device number
Binary signal transfer,
receive
BinSignRec1_1
BinSignRec1_2
BinSignReceive2
- -
Binary signal transfer,
2Mbit receive
BinSigRec1_12M
BinSigRec1_22M
- -
Binary signal transfer,
transmit
BinSignTrans1_1
BinSignTrans1_2
BinSignTransm2
- -
Binary signal transfer,
2Mbit transmit
BinSigTran1_12M
BinSigTran1_22M
- -
18.1.2 Application
IP16245-1 v1
M12844-3 v4
The IEDs can be equipped with communication devices for line differential communication
(not applicable for RER670) and/or communication of binary signals between IEDs. The same
communication hardware is used for both purposes.
Sending of binary signals between two IEDs is used in teleprotection schemes and for direct
transfer trips. In addition to this, there are application possibilities, for example, blocking/
enabling functionality in the remote substation, changing setting group in the remote IED
depending on the switching situation in the local substation and so on.
If equipped with a 64kbit/s LDCM module, the IED can be configured to send either 192 binary
signals or 3 analog and 8 binary signals to a remote IED. If equipped with a 2Mbps LDCM
module, the IED can send 9 analog channels and 192 binary channels to a remote IED.
Link forwarding
GUID-DD3CF47C-A202-4416-954A-EFC0F8BEBCB7 v1
If it is not possible to have a communication link between each station, the solution has been
to set the protection up in a slave-master-slave configuration. This means that in Figure 224 ,
only IED-B has access to all currents and, therefore, this is the only place where the differential
current is evaluated. If the evaluation results in a trip, the trip signal will be sent over the two
communication links.
1MRK 505 370-UEN D Section 18
Remote communication
Busbar protection REB670 419
Application manual