ABB Relion 650 Series Applications Manual page 223

1MRK 505 287-UUS B
14.1.2.1 Horizontal communication via GOOSE
GOOSE messages are sent in horizontal communication between the IEDs. The information, which
is exchanged, is used for station wide interlocking, breaker failure protection, busbar voltage
selection and so on.
The simplified principle is shown in
decided to transmit the data set it forces a transmission via the station bus. All other IEDs receive
the data set, but only those who have this data set in their address list will take it and keep it in an
input container. It is defined, that the receiving IED will take the content of the received data set
and makes it available for the application configuration.
IED1
IED1 DO1/DA1
IED1 DO1/DA2
IED1 DO2/DA1
IED1 DO2/DA2
IED1 DO3/DA1
IED1 DO3/DA2
FBa FBb
PLC Program
IEC08000145 V1 EN-US
Figure 106: SMT: GOOSE principle and signal routing with SMT
Special function blocks take the data set and present it via the function block as output signals for
application functions in the application configuration. Different GOOSE receive function blocks are
available for the specific tasks.
SMT links the different data object attributes (for example stVal or magnitude) to the output
signal to make it available for functions in the application configuration. When a matrix cell array is
marked red the IEC 61850–8–1 data attribute type does not fit together, even if the GOOSE receive
function block is the partner. SMT checks this on the content of the received data set. See
107
Busbar protection REB650
Application manual
Stationbus
IED2 IED3
IED1 DO1/DA1
IED1 DO1/DA2
IED1 DO2/DA1
SMT
IED1 DO2/DA2
IED1 DO3/DA1
IED1 DO3/DA2
FBc
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Figure 106 and can be described as follows. When IED1 has
DA1
DO1
DA2
DA1 DA1
DO3
DA2 DA2
DA1
DO2
DA2
Receive-FB
IEC08000145.vsd
Section 14
Station communication
GUID-EAA02AE9-5267-40C8-A597-1162326D72D5 v4
Figure
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