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7.
EXAMPLE APPLICATIONS FOR SLIDING GATES
When using the LOGICM control panel for sliding automation
applications:
-
set OM=OFF
-
set JR6=OFF
-
set TM=MAX
(Fig. 7.1) Connect the opening and closing limit switch NC con-
tacts to terminals 0-11-12.
With this configuration, the door wing stops when the limit
switches are activated.
In the event of obstacle detection while opening, the door wing
stops, performing a disengagement operation, whereas during
a closing operation, the door wing reopens.
(Fig. 7.2) Select the correct opening direction with DIP2.
In the event of automation with right-side opening seen from the
automation side (DIP2=OFF), connect the opening limit switch
to terminals 0-12 and closing limit switch to terminals 0-11.
In the event of automation with left-side opening seen from the
automation side (DIP2=ON), connect the opening limit switch to
terminals 0-11 and the closing limit switch to terminals 0-12.
8.
EXAMPLE APPLICATION FOR BARRIERS
When using the LOGICM control panel for barrier applica-
tions:
-
set OM=OFF
-
set RF=5 (MAX)
-
set TM=MAX
(Fig. 8.2) Select the correct opening direction with DIP2.
In the event of automation with right-side opening seen from the
automation side (DIP2=OFF), connect the opening limit switch
to terminals 0-12 and closing limit switch to terminals 0-11.
In the event of automation with left-side opening seen from the
automation side (DIP2=ON), connect the opening limit switch to
terminals 0-11 and the closing limit switch to terminals 0-12.
All right reserved
All data and specifications have been drawn up and checked with the greatest care. The manufacturer cannot however take any
responsibility for eventual errors, ommisions or incomplete data due to technical or illustrative purposes.
JR6
JR6=OFF
OM=OFF
15 14 13 12 11 0 0 1 1 2 3 4 5 6 7 8 9 20 41
DIP2=OFF
OM
OM=OFF
RF=5
15 14 13 12 11 0 0 1 1 2 3 4 5 6 7 8 9 20 41
DIP2=OFF
19
OM
R1<MAX
TM=MAX
Fig. 7.1
DIP2=ON
Fig. 7.2
R1<MAX
TM=MAX
Fig. 8.1
DIP2=ON
Fig. 8.2
LOGICM - IP1854
GB
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