Toshiba GR200 Series Instruction Manual page 889

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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,

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

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

Object_reference

Ctrl/GGIO101$Ind1

Note: "Status (ST)" is defined in the function constraint (FC) of the IEC 61850 standard.

Editing Logical Node

Mapping output data

Signal Number

580001 0010001001

580001 3110001005

580001 9010001006

6F2S1915 (0.46)

SLOT1 GBI01_STATE

SLOT1 GBI01_QUALITY

SLOT1 GBI01_TIMESTAM

GRZ200 (Soft 031 & 032)