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DPSY01 function (Function ID: 511001)
Command “Local-Closing-Control”
“DPSY01_OEC_OK_CSF”
(511001 8002011E7F)
“DPSY01_OEC_OK_CS”
(511001 8102011E82)
Operate Command with ILK
condition & synchro-checking
User configurable condition
(PLC#1 connection point)
“DPSY01_OEX_BO”
††
(511001 8202011DD3)
ASEQ function” is in progress
“DPSY01_OEC_OK_CSF”
(511001 8002011E7F)
“DPSY01_EX_FFL”
(511001 8602011E91)
User configurable condition
(PLC#2 connection point)
“DPSY01_EX_CMP”
(511001 8002011E93)
ILK condition (“Closing”) passed
SYNC01-SYN_CLC
(560001 850B011F59)
Detection of state-change in
a device
“DPSY01_EX_CMP”
(511001 8002011E93)
Figure 4.2-24 Operate closing on the front panel in DPSY01
†Note: The ILK function can provide the operation criteria for “Closing”.
‡Note: An “operate condition” signal is generated in the operate-condition logic (see
Figure 4.2-31) when Fixlogic is set for scheme switch [DPSY01-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 operated-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
[DPSY01-LGCTRCON] to PLC and use “DPSY01IN_TMP_35”.
§Note: The ASEQ function can provide sequential signals for automatic control.
§§Note: The signal “DPSY01_OEX_BO” is issued when Fixlogic is set for scheme switch
[DPSY01-LGCFEXOT]. The “Operate completed” signal can also be issued from
logic programmed by the user in place of the logic shown in Figure 4.2-20., 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 [DPSY01-
LGCFEXOT] to PLC and use “DPSY01IN_TMP_44”.
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