RSL5 Program

7/27/2019 RSL5 Program

1/15

RSL5.RSP

LAD 2 - MAIN --- Total Rungs in File = 2

1 Thursday, October 23, 2008 - 15:4

This program is totally useless...

as far as controlling any process. Now on the other hand if youwould like to see how different instructions are converted read on.

This program was converted using the DHRIO option. Bits in the rack rangewill be remapped to I/O. Bits outside of this range will pointto the INT array (I000 or O000).

I/O bit addresses use the format: _RRS:I.Data[M].B

where: RR = rack in octalS = Starting module groupI = Input (or O for output)M = Module group offsetB = Terminal number in decimal

JSRJump To SubroutineProg File Number U:3

JSR

Subroutinethree

bits

END


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RSL5.RSP

LAD 3 - BITS --- Total Rungs in File = 6


This is a page titleThis is a rung comment. This section of rungs show how BITS are converted.

I:000

0

This isthe firstinputINPUT_0

O:000

0

This isthe firstoutputOUTPUT_

I:000

1

AddresscommentforI:000/01INPUT_1

I:000

2


I:000

3


I:000

4


LO:000

1

AddresscommentforO:000/01OUTPUT_

I:000

5

InputcommentforI:000/05INPUT_5

I:000

6


I:000

7


UO:000

1

AddresscommentforO:000/01OUTPUT_

I:000

10

Comment

forI:000/10INPUT_10

I:000

11

Comment

forI:000/11INPUT_11

I:000

12

Comment

forI:000/12INPUT_12

I:000

13

Comment

forI:000/13INPUT_13

I:000

14

CommentforI:000/14INPUT_14

I:000

15


I:000

16


I:000

17


O:000

17

Outputcomment

forO:000/17OUTPUT_1

ONSB3:0

0

One shot

B3:0

1

OutputforOne Sh

END


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RSL5.RSP

LAD 4 - TIMERS --- Total Rungs in File = 4


Timers

T4:0

EN

TONTimer with0.01 time

baseenable bit

T4:0

TT


basetiming bit

T4:0

DN


basedone bit

EN

DN

TONTimer On DelayTimer T4:0Time Base 0.01

Preset 999

RSL5 Program

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Transcript of RSL5 Program