Toshiba GR200 Series - (viii)-2 Output signal to BO; (ix) Receiving “operate command P3-control” using the PLC function; (ix)-1 Input signal required to connect

6F2S1914 (0.49)
GRL200 (Soft 033 & 037)
- 950 -
LGP1EXOT]. If the signal is to be issued from the logic programmed by the user
instead of the logic shown in Figure 4.9-26, connect the “operate completed” signal
generated in the user-programmed logic to connection point#2 “User configurable
condition”. That is, set the scheme switch [TPOS01-LGP1EXOT] to PLC and use
“TPOS01IN_TMP_38”.
††
Note: To identify the input and output signals of the other TPOS logics, see Table
4.9-16 for PLC#2, Table 4.9-17 for PLC#3 and Table 4.9-20 for the outputs.
Output signal to BO
The TPOS01 function, in Figure 4.9-41, can issue a signal “Operate P2-control” at output point
“TPOS01_P2EX_BO”, when the TPOS01 function determines that the “PLC-P2-Control” signal
is true.
(ix) Receiving “operate command P3-control” using the PLC function
Figure 4.9-42 outlines the reception of the operate command P3-control by the PLC function.
Signal generation by
the PLC function
P2 control by the PLC function
Do nothing
Operation
decision
Success
Failed
Operate logic
P1 control from the remote-end
P2 control from the remote-end
P3 control from the remote end
P1 control from the local-end
P3 control from the local-end
P2 control from the local-end
P1 control by the PLC function
Wait for a command
P2 control by the PLC function
P3 control by the PLC function
Select logics
Signal output
P3 control from the remote end
P1 control from the local-end
P1 control from the remote-end
P2 control from the remote-end
P2 control from the local-end
P3 control from the local-end
P1 control by the PLC function
P3 control by the PLC function
Wait for a next command
Figure 4.9-42 Outline of operate command ‘P3-control’
Input signal required to connect
Figure 4.9-43 depicts the operate logic when an “Operate command P3 (PLC-P3-Control)”
signal is generated by the PLC function. There are two input points for reception of this
command signal, like the signal “Operate command P1 (PLC-P1-Control)”. That is, if an
interlock check is required, apply the signal at connection point (PLC#3:i.e.,
DEV01_P3_INTERLOCK). If, on the other hand, an interlock check is not required, apply the
signal at connection point (PLC#4:i.e., DEV01_P3_COMMAND). We shall assume the PLC#3
and PLC#4 as PLC#1 and PLC#2 in Table 4.9-4. Note that the user should set PLC for scheme