P$3-2.$ Draw a ladder diagram that will cause the output, solenoid XV$302,$ to be ON when

toggle switch SW$321$ is closed, and either limit switch LS$306$ is open or limit switch LS$308$

is open.

a$)$ For a ControlLogix processor, the input$/$output devices are wired to:

XV$302$: Output module, remote I$/$O adapter $$REM$\_2,$ slot $7,$ channel $2$

SW$321$: Input module, local I$/$O$,$ slot $6,$ channel $1$

LS$306$: Input module, remote I$/$O adapter $$REM$\_2,$ slot $1,$ channel $10$

LS$308$: Input module, remote I$/$O adapter $$REM$\_2,$ slot $1,$ channel $11$

b$)$ For a CompactLogix $5380$ processor, the input$/$output devices are wired to:

XV$302$: Output module, remote I$/$O adapter $$REM$\_2,$ slot $7,$ channel $2$

SW$321$: Input module, local I$/$O$,$ slot $6,$ channel $1$

LS$306$: Input module, remote I$/$O adapter $$REM$\_2,$ slot $1,$ channel $10$

LS$308$: Input module, remote I$/$O adapter $$REM$\_2,$ slot $1,$ channel $11$

c$)$ For a MicroLogix procesor, the I$/$O devices are wired to:

XV$302$: Output module, base $($slot $0),$ channel $2$

SW$321$: Input module, slot $6,$ channel $1$

LS$306$: Input module, slot $2,$ channel $12$

LS$308$: Input module, slot $2,$ channel $13$

d$)$ For a S$7-300/400/1500$ system, the input$/$output devices are wired to:

XV$302$: Output module, rem. rack slot $7,$ channel $2,$ mod. start addr is $144$

SW$321$: Input module, CPU rack slot $8,$ channel $1,$ mod. start addr. is $96$

LS$306$: Input module, rem. rack slot $3,$ channel $10,$ mod. start addr. is $272$

LS$308$: Input module, rem. rack slot $3,$ channel $11,$ mod. start addr. is $272$

e$)$ For a Modicon processor, the input$/$output devices are wired to:

XV$302$: Output module $($DDO$1602),$ rack $2,$ slot $7,$ channel $2$

SW$321$: Input module $($DDI$1602),$ CPU rack, slot $6,$ channel $1$

LS$306$: Input module $($DDI$1602),$ rack $2,$ slot $1,$ channel $10$

LS$308$: Input module $($DDI$1602),$ rack $2,$ slot $1,$ channel $11$

f$)$ For an Emerson processor, the input$/$output devices are wired to:

XV$302$: Output module, exp rack $2,$ slot $7,$ channel $2,$ ch $1$ ref addr is

$\%$Q$145$

SW$321$: Input module, CPU rack $0,$ slot $8,$ channel $1,$ ch $1$ ref addr is $\%$I$97$

LS$306$: Input module, exp rack $2,$ slot $2,$ channel $10,$ ch $1$ ref addr is $\%$I$273$

LS$308$: Input module, exp. rack $2,$ slot $2,$ channel $11,$ ch $1$ ref addr is $\%$I$273$

$148$ Memory Organization and Addressing