- 645 -
‡Note: An “operate condition” signal is generated in the operate-condition logic( see
Figure 4.1-29) when Fixlogic is set for scheme switch [SPOS01-LGCTRCON], If an
alternative “Operate-condition” is required, it can be programmed by the user and
used to replace the signal generated by the original operate-condition logic. The
alternative ”Operate-condition” can be connected to the above logic using
connection point #1 ”User configurable condition”. That is, set the scheme switch
[SPOS01-LGCTRCON] to PLC and use SPOS01IN_TMP_38.
§Note: The ASEQ function can provide sequential signals for automatic control.
*Note: The user can set the type of output signal. When Var is set for scheme switch
[SPOS01-PLSM], the output period of the signal is defined by the setting
[SPOS01-CPW]. When Fix is set, the signal ceases when the 43-switch is changed.
When Latch is set, the output signal is kept issuing until the reception of
“Command Off”.
††
Note: To identify the input and output signal-points of the other SPOS logics, see Table
4.1-14, Table 4.1-15, Table 4.1-19, and Table 4.1-20.
‡‡
Note: The “Operate failed” signal is issued when the state-change is not detected until
after reaching the time set by the [SPOS01-RST].
§§Note: The signal “SPOS01_OEX-BO” is issued when Fixlogic is set for the scheme
logic [SPOS01-LGCFEXOT]. If the signal is to be issued from the logic
programmed by the user in place of the logic shown in Figure 4.1-20, connect the
signal “Operate completed” generated in the user-programmed logic at the
connection point # 2 “user configurable condition”. That is, set the scheme switch
[SPOS01-LGCFEXOT] to PLC and use “SPOS01IN_TMP_42”.
Output signal to BO
The SPOS01 function, in Figure 4.1-24, can issue an “Operate” signal at the output point
“SPOS01_OEX_BO”, when the SPOS01 function determines that the signal “Local-On-Control”
is true.
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