Configure Goose Control Blocks - ABB RELION REB500 Operation Manual

Section 4
HMI500
Step
4
5
6
The configuration of GOOSE send is divided into two steps. First the GOOSE control block has
to be defined which describes the destination for the GOOSE messages. As a second step,
specific REB500 signals can be assigned to a previously defined GOOSE control block. The
state of such a signal is continuously transmitted as a GOOSE multicast event.
4.6.5.1

Configure GOOSE control blocks

This section describes the configuration of the GOOSE control block. Depending on the
requirement up to 12 GOOSE control blocks can be defined.
50
Description
The high priority event is mapped to IEC 61850 LN PTRC and PSCH respectively. If a
GOOSE control block has been mapped to the trip signals then GOOSE messages are sent
according to the definition. Section Mapping of the REB500 signals to logical nodes,
table Mapping from REB500 signals to IEC 61850 data attributes in the Communication
Protocol Manual IEC 61850 provides a list of the signals which are mapped to a IEC 61850
data attribute.
The control IED trip the circuit breaker.
In case of a remote trip a tele protection device can transfer the PSCH information to a
remote substation.
The IEC 61850 communication stack and the application startup of REB500 are
independent and at times parallel processes. Depending on the system size and
the number of configured protection functions, the number of logical nodes
differs considerably. Because the number of logical nodes has a significant
impact on the startup time of the communication stack, it may be that the
protection functions are already available before the information is sent via
GOOSE. Therefore the presence of an active GOOSE communication should be
checked in the receiver IED.
© Copyright 2019 ABB. All rights reserved
1MRK 500 132-UEN B
GUID-C3D6214E-FD14-4C7F-B7CB-05578D815551 v1
Distributed busbar protection REB500
Operation manual