Example #1: i/o rack configuration, Example #2: i/o rack configuration – Electro Cam 5000 Series User Manual
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Appendix A-2
Output Grouping and Modes I/O Configuration Examples
M1
M2
M3
M4
M5
M6
M7
M8
M9
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
18 17
Note: Group 1 Input on Controller Logic Terminal Strip
(not used in this example because Group 1 is in Mode 0)
Group 3
Output
Group 2
Input
Group 3
Input
Group 1
Output
Group 1
Output
Group 1
Output
Group 1
Output
Group 2
Output
Group 2
Output
Example #1: I/O Rack Configuration
Example #1: On a nine I/O 5X24, establish three groups
of outputs with four outputs in Group 1, two outputs in Group
2 and the remaining outputs (1) in Group 3. Group 2 and
Group 3 both have a photo eye input associated with them
and will operate in Mode 4.
Program FCN 8 as follows:
PGM CHN
POS
3
01
4
(Group 1 = 4 outputs, modules 3-6)
3
02
2
(Group 2 = 2 outputs, modules 7-8)
3
03
1
(Group 3 = 1 output, module 9)
The “3” in the PGM display represents the number of
groups, the CHN display is the group number and the POS
display shows the number of outputs in the corresponding
group. (p. 4-7 illustrates FCN 8 programming).
Program FCN 9 as follows:
PGM CHN
POS
3
E1
0
(Group 1 in Mode 0, term strip input)
3
E2
4
(Group 2 in Mode 4, module 1 input)
3
E3
4
(Group 3 in Mode 4, module 2 input)
The “3” in the PGM display represents the number of inputs
being allocated, the CHN display shows which Enable input
is being programmed, and the POS display shows the mode
selected for the corresponding input. (p. 4-7 illustrates FCN
9 programming)
Example #2: On a 16 I/O 5XX4 controller, establish four
groups of outputs with six outputs in Group 1, two outputs
in Group 2, three outputs in Group 3, and the remaining
outputs (two) in Group 4. Each group requires an input
signal and the groups will operate in Modes 1-4,
respectively.
Program FCN 8 as follows:
PGM CHN POS
4
01
6
(Group 1=6 outputs, modules 4-9)
4
02
2
(Group 2=2 outputs, modules 10-11)
4
03
3
(Group 3=3 outputs, modules 12-14)
4
04
2
(Group 4=2 outputs, modules 15-16)
The “4” in the PGM display represents the number of
groups, the CHN display is the group number and the POS
display shows the number of outputs in the corresponding
group. (p. 4-7 illustrates FCN 8 programming)
Program FCN 9 as follows:
PGM CHN POS
4
E1
1
(Group 1 in Mode 1, term strip input)
4
E2
2
(Group 2 in Mode 2, module 1 input)
4
E3
3
(Group 3 in Mode 3, module 2 input)
4
E4
4
(Group 4 in Mode 4, module 3 input)
The “4” in the PGM display represents the number of inputs
being allocated, the CHN display shows which Enable input
is being programmed, and the POS display shows the mode
selected for the corresponding input. (p. 4-7 illustrates FCN
9 programming)
Example #2: I/O Rack Configuration
Group 1
Output
Group 1
Output
Group 2
Output
Group 4
Output
Group 2
Input
Group 3
Input
Group 1
Output
Group 1
Output
Group 4
Output
Group 3
Output
Group 3
Output
Group 3
Output
Group 2
Output
Group 1
Output
Group 1
Output
Group 4
Input
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
F17
F1
F2
F3
F4
F5
F6
F7
F8
F16
F15
F14
F13
F12
F11
F10
F9
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
Note: Group 1 Input on Controller Logic Terminal Strip