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[TPOS01-LGP1EXOT]. The “Operate-completed” signal can also be issued from
logic programmed by the user, in place of the logic shown in Figure 4.9-26. The
user-programmed logic is connected internally to the signal “operate completed”,
hence this signal is now generated by the user-programmed logic at connection
point#2 “User-configurable condition”. That is, set the scheme switch [TPOS01-
LGP1EXOT] to PLC and use “TPOS01IN_TMP_38”.
Output signal to BO
The TPOS01 function, in Figure 4.9-27, can issue an “Operate” signal at the output point
“TPOS01_P1EX_BO”, when the TPOS01 function determines that the received “Remote-P1-
Control” signal is true.
(ii) Receiving “Operate command P2-control” from the remote-end
Figure 4.9-28 depicts the reception of the operate command ‘P2-control’ from the remote-end.
Signal reception in
IEC61850
P2 control from the remote-end
P1 control from the remote-end
P3 control from the remote-end
P1 control from the local-end
P2 control from the local-end
P1 control by the PLC function
P3 control from the local-end
P2 control by the PLC function
P2 control from the remote-end
P3 control by the PLC function
P1 control from the local-end
P2 control from the local-end
P1 control from the remote-end
P3 control from the remote-end
P3 control from the local-end
P1 control by the PLC function
P2 control by the PLC function
P3 control by the PLC function
Figure 4.9-28 Outline of operate command ‘P2-control’
Input signal required mapping
Figure 4.9-19 illustrates the operate logic when an “Operate command P2 (Remote-P2-Control)”
signal is applied to the TPOS01 function. The input-point “DEV01_CONTROL_REQ” is used
for the reception of the “Operate command P2 (Remote-P2-Control)”.
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