- 969 -
“TPOS01_P1EX_BO”
(513001_8104011DD0)
PLC connection point in BO4
Operate logic for
P1-control
in TPOS01
Signal designated by
setting [Input signal 1]
“BO4”
(200B01_8302031112)
“BO4-RB”
(200B01_8302031113)
BO4–BO6 circuit at IO#1 (Function ID: 200B01)
“TPOS01_P2EX_BO”
(513001_8204011DD3)
PLC connection point in BO5
Operate logic for
P2-control
in TPOS01
Signal designated by
setting [Input signal 1]
“BO5”
(200B01_8402041112)
“BO5-RB”
(200B01_8402041113)
Connected by
“Programming”
Connected by
“Programming”
“TPOS01_P3EX_BO”
(513001_8204011DD6)
PLC connection point in BO6
Operate logic for
P3-control
in TPOS01
Signal designated by
setting [Input signal 1]
“BO6”
(200B01_8502051112)
“BO6-RB”
(200B01_8502051113)
Connected by
“Programming”
Figure 4.9-58 Example of operate commands connected with BO4-BO2
†Note: Table 4.9-20 shows the remaining signals except for “TPOS01”.
(iv) Contact health check
The TPOS01 function has contact health check feature for the BO circuits; hence, the user is
able to connect an output signal to the contact health check function when Fixedlogic is set for
scheme switches [TPOS01- LGP1EXOT] to [TPOS01-LGP3EXOT]†. Consequently, the TPOS01
function can determine whether the signal has been successfully output from the BO. If a
failure is reported, the TPOS01 function determines that the signal is not output successfully
to the BO; then the command is canceled immediately and the TPOS01 function returns to the
“Wait for a command” stage.
†Note: Table 4.9-21 shows settings for the health check feature in the other TPOS
functions.
Setting for “select command P1/P2/P3”
For example, the point”TPOS01_P1SL_BO” is connected to the BO1 circuit for the issuing of