
3–16 Addressing Modes for Your Remote I/O
3"+)#!2).- %"03!05
Module Placement with 1Ćslot Addressing
Figure 3.14 shows possible module placement for complementary
I/O with 1-slot addressing.
Figure 3.14
Complementary I/O Configurations with 1Ćslot Addressing
.3"+%1+.2
4!,/+%
4!,/+%
0),!05 1+.2
(!11)1
0.3/
3,"%0
.,/+%,%-2!05
1+.2 (!11)1
0),!05 1+.2
(!11)1
0.3/
3,"%0
.,/+%,%-2!05
1+.2 (!11)1
-/32 .$3+% .0 /.)-2
32/32 .$3+% .0 /.)-2
+.#* 20!-1&%0 .$3+%
32/32 ,.$3+%1 31% 2(% 1!,% .32/32 ),!'% 2!"+% ")21
!- "% )-/32 .0 .32/32 ,.$3+% .0 /.)-2 1)-'+%1+.2 "+.#* 20!- &%0 ,.$3+%
312 "% %,/25 )& #.00%1/.-$)-' /0),!05 1+.2 )1 "+.#* 20!-1&%0 ,.$3+%
1
Follow these guidelines when you select 1-slot addressing:
• Place input modules opposite output modules; place output
modules opposite input modules.
• You can use 8-point or 16-point I/O modules.
• Output modules placed opposite output modules reflect the
same bits in the output image table.
You can use block-transfer modules in a complementary I/O
configuration with 1-slot addressing. Remember that when you
select 1-slot addressing, an I/O group is one module slot. Use
block-transfer modules with these restrictions:
Comentarios a estos manuales