Toshiba GR200 Series - (ii) Mapping output data; (iii) Mapping input data

6F2S1914 (0.49)
GRL200 (Soft 033 & 037)
- 779 -
(ii) Mapping output data
The user should group the OPTIM signals with regard to GOOSE and REPORT; the user
should map them for the IEC61850 communication using the GR-TIEMS. Figure 4.4-15 shows
how to map a signal; it shows that the signals of the OPTIM function are required to map for
the IEC61850 communication.
Table 4.4-5 Mapping signals for SPC object
Object_reference
Attribute
Type
FC
Signal Number
Signal Name
Ctrl/GGIO3302$SPCSO1$origin
orCat
orCategory
ST
529001 200C011008
OPTR01_ORCAT
Ctrl/GGIO3302$SPCSO1$origin
orIdent
Octet64
ST
529001 310C01170A
OPTR01_ORIDENT
Ctrl/GGIO3302$SPCSO1
stVal
BOOLEAN
ST
529001 310C011EA1
OPT_RST_CMD
Ctrl/GGIO3302$SPCSO1
Q
Quality
ST
301001 3110041005
Qual_Val
Ctrl/GGIO3302$SPCSO1
T
Timestamp
ST
200301 9010001006
SYS_TIME
Ctrl/GGIO3302$SPCSO1
stSeld
BOOLEAN
ST
529001 000C011D90
OPTR01_STSELD
Note: “Status (ST)” is defined in the function constraint (FC) of the IEC 61850 standard.
Figure 4.4-15 orCat attribute mapped into SPCSO object of GGIO3302
(iii) Mapping input data
The OPTIM function can receive three commands “select, operate, and cancel”. Thus, the user
should map the input-point “OPTR01_CONTROL_REQ”. Table 4.4-6 shows the input-point
“OPTR01_CONTROL_REQ” and the Object reference “Ctrl/GGIO3302$SCPSO”; the user should