Toshiba GR 200 Series, Instruction Manual

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6F2S1915 (0.46)
GRZ200 (Soft 031 & 032)
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Table 4.5-4 Mapping signals for ISCSO1 object.
Object_reference Attribute Type FC Signal Number Signal Name
Ctrl/GGIO1301$ISCSO1$origin orCat orCategory ST 5410013015011D23 TTIM01_TIM_ORCAT
Ctrl/GGIO1301$ISCSO1$origin orIdent Octet64 ST 5410016A15011FA7 TTIM01_TIM_ORIDENT
Ctrl/GGIO1301$ISCSO1 stVal INT32 ST 5410013215011D20 TTIM01_TIM_SEC_VAL
Ctrl/GGIO1301$ISCSO1 q Quality ST 5410013115011D21 TTIM01_TIM_QLT
Ctrl/GGIO1301$ISCSO1 t Timestamp ST 5410019015011D22 TTIM01_TIM_TIM
Ctrl/GGIO1301$ISCSO1 stSeld BOOLEAN ST 5410010015011D91 TTIM01_TMP_01
Ctrl/GGIO1301$AnIn1$mag f FLOAT32 MX 5410013215011D20 TTIM01_TIM_SEC_VAL
Ctrl/GGIO1301$AnIn1 q Quality MX 5410013115011D21 TTIM01_TIM_QLT
Ctrl/GGIO1301$AnIn1 t Timestamp MX 5410019015011D22 TTIM01_TIM_TIM
Note: “Status (ST)” and “Measurement (MX)” are defined in the function constraint (FC)
of the IEC 61850 standard.
Drag and drop
Figure 4.5-6 orCat attribute mapped into ISCSO1 object of GGIO1301
(iii)
Mapping input data
The TTIM01 function can receive three commands “select, operate, and cancel. Thus, the user
will need to map the input-point “TOTAL01_CMM_REQ”. Table 4.5-5 shows the input-point
“
TOTAL01_CMM_REQ” and the Object reference “Ctrl/GGIO1301$ISCSO1$”; the user should
map the input-point to the Object reference having
attributes CO and CF in FC†. Figure 4.5-7
shows how to map a signal.
†Note: The attribute is defined in the IEC 61850 standard; “CO” stands for “Control”
and “CF” stands for “Configuration” in the functional constraint (FC).