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4.10.2 Mapping for IEC61850 communication
Sending a report to the client is possible after the mapping is performed for IEC 61850
communication using GR-TIEMS. The user should proceed as follows,
Step1: Editing Logical Node
Step2: Mapping output data
(i) Editing Logical Node
The user must make a logical node (LN) for the GENBI function. Figure 4.10-4 exemplifies LN
making; LN “GGIO101” is selected for the GENBI function. After editing, the GENBI logical
node can be saved with the name “GGIO101”. Object “Ind1” is defined in the GENBI function.
Figure 4.10-4 Defining “Ind1” object in GGIO101 logic node
(ii) Mapping output data
With the IEC 61850 communications standard a GOOSE message can be used to send a signal
to a client. The user will need to collect the signals corresponding to the GENBI function and
then map them for IEC 61850 communication using GR-TIEMS.
Table 4.10-5 shows the mapping signals that are required within the GENBI function for
IEC 61850 communications. Figure 4.10-5 shows how to map a signal.
Table 4.10-5 Mapping signals for Ind1 object in GENBI function
Note: “Status (ST)” is defined in the function constraint (FC) of the IEC 61850 standard.
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