RSLogix 5000 Report(s) - PLCConversions.com

LAD_002_MAIN - Ladder Diagram Page 1LAD_002_MAIN - Ladder Diagram Page 1_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:13 PMTotal number of rungs in routine: 2 E:\_6200PLC5.ACD

RSLogix 5000

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 point

to the INT array (I000 or O000).

I/O bit addresses use the format: _RRS:I.Data[M].Bwhere: RR = rack in octalS = Starting module groupI = Input (or O for output)M = Module group offset

B = Terminal number in decimal

0 Jump To SubroutineRoutine Name LAD_003_BITS

JSR

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 point

to the INT array (I000 or O000).

I/O bit addresses use the format: _RRS:I.Data[M].Bwhere: RR = rack in octalS = Starting module groupI = Input (or O for output)M = Module group offset

B = Terminal number in decimal

1 Get System ValueClass Name WALLCLOCKTIMEInstance Name Attribute Name DateTimeDest S000[18] 0

GSV

Real timeclock YEAR

(End)

LAD_003_BITS - Ladder Diagram Page 2LAD_003_BITS - Ladder Diagram Page 2_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:14 PMTotal number of rungs in routine: 5 E:\_6200PLC5.ACD

RSLogix 5000

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

0

This isthe firstinput

INPUT_0<_000:I.Data[0].0>

This isthe firstoutput

OUTPUT_0<_000:O.Data[0].0>

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

1 /

Addresscomment

forI:000/01INPUT_1

<_000:I.Data[0].1>/

Addresscomment

forI:000/02INPUT_2

<_000:I.Data[0].2>

/

Addresscomment

forI:000/03INPUT_3

<_000:I.Data[0].3>/

Addresscomment

forI:000/04INPUT_4

<_000:I.Data[0].4>

L

Addresscomment

forO:000/01OUTPUT_1

<_000:O.Data[0].1>

2




U

Addresscomment

forO:000/01OUTPUT_1

<_000:O.Data[0].1>

3 /

Commentfor

I:000/10INPUT_10

<_000:I.Data[0].8>/

Commentfor

I:000/11INPUT_11

<_000:I.Data[0].9>/

Commentfor

I:000/12INPUT_12

<_000:I.Data[0].10>/

Commentfor

I:000/13INPUT_13

<_000:I.Data[0].11>

Commentfor

I:000/14INPUT_14

<_000:I.Data[0].12>

Commentfor

I:000/15INPUT_15

<_000:I.Data[0].13>

Commentfor

I:000/16INPUT_16

<_000:I.Data[0].14>

Commentfor

I:000/17INPUT_17

<_000:I.Data[0].15>

Outputcomment

forO:000/17

OUTPUT_17<_000:O.Data[0].15

LAD_003_BITS - Ladder Diagram Page 3LAD_003_BITS - Ladder Diagram Page 3_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:14 PMTotal number of rungs in routine: 5 E:\_6200PLC5.ACD

RSLogix 5000

>

4 ONS

One shotB003[0].0

Outputfor

One ShotB003[0].1

(End)

LAD_004_TIMERS - Ladder Diagram Page 4LAD_004_TIMERS - Ladder Diagram Page 4_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:15 PMTotal number of rungs in routine: 3 E:\_6200PLC5.ACD

RSLogix 5000

Timers

0

TONTimer with0.01 timebase

enable bitT004[0].EN


timing bitT004[0].TT


done bitT004[0].DN

ENDN

Timer On DelayTimer T004[0]Preset 9990Accum 0

TON


Timers

1 /

TOFTimer with1.0 timebase

T004[1].DNENDN

Timer Off DelayTimer T004[1]Preset 999000Accum 0

TOF

TOFTimer with1.0 timebase

2

RTORetentiveTimer with0.01 timebase TT

T004[2].TTENDN

Retentive Timer OnTimer T004[2]Preset 327670Accum 0

RTO

RTORetentiveTimer with0.01 timebase

(End)

LAD_005_COUNTERS - Ladder Diagram Page 5LAD_005_COUNTERS - Ladder Diagram Page 5_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:15 PMTotal number of rungs in routine: 3 E:\_6200PLC5.ACD

RSLogix 5000

Counters

0

CTUCounter

Upenable bitC005[5].CU

CUDN

Count UpCounter C005[5]Preset 32000Accum 0

CTU

CTUCounter

Up

Counters

1

CTDCounterDown

enable bitC005[6].CD

CDDN

Count DownCounter C005[6]Preset 10Accum 0

CTD

CTDCounterDown

2

CTDCounterover flow

bitC005[6].OV

CTDCounterunder flow

bitC005[6].UN

CTDCounterdone bit

C005[6].DNRES

CTDCounterDownC005[6]

(End)

LAD_006_IO - Ladder Diagram Page 6LAD_006_IO - Ladder Diagram Page 6_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:16 PMTotal number of rungs in routine: 5 E:\_6200PLC5.ACD

RSLogix 5000

I/O instructions

0 /

BTRenable bit

MSG000.EN/

BTRdone bit

MSG000.DN/

BTRerror bit

MSG000.ERENDNER

Type - Block Transfer ReadMessage Control MSG000 ...

MSG

BTRControlBlock

I/O instructions

1 /

BTWenable bit

MSG001.EN/

BTWdone bit

MSG001.DN/

BTWerror bit

MSG001.ERENDNER

Type - Block Transfer WriteMessage Control MSG001 ...

MSG

BTWControlBlock

2 /

MSGenable bit

MSG002.EN/

MSGdone bit

MSG002.DN/

MSGControlBlock

MSG002.ERENDNER

Type - UnconfiguredMessage Control MSG002 ...

MSG

MSGControlBlock

3 NOP

4 Immediate OutputUpdate Tag _020:O.Data[1]

IOT

(End)

LAD_007_CMPR_CMPT - Ladder Diagram Page 7LAD_007_CMPR_CMPT - Ladder Diagram Page 7_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:17 PMTotal number of rungs in routine: 9 E:\_6200PLC5.ACD

RSLogix 5000

Compare and Compute instructions

0 CompareExpression N011[0] < N011[1]

CMPComputeDest F008[0] 0.0Expression N011[2] * 10000.0

CPTCompute

Compare and Compute instructions

1 Limit Test (CIRC)Low Limit 0 Test N011[3] 0High Limit 4095

LIM

LimitTest

AddSource A N011[4] 0Source B 1 Dest N011[5] 0

ADDAdd

2 Mask EqualSource B003[1] 0Mask 16#FFF Compare B003[2] 0

MEQSubtractSource A N011[6] 0Source B N011[7] 0Dest N011[8] 0

SUBSubtract

3 EqualSource A N011[9] 0Source B N011[10] 0

EQUEqual

MultiplySource A N011[11] 0Source B 10 Dest N011[12] 0

MULMultiply

4 Not EqualSource A N011[13] 0Source B 0

NEQNot Equal

DivideSource A N011[14] 0Source B N011[15] 0Dest N011[16] 0

DIVDivide

LAD_007_CMPR_CMPT - Ladder Diagram Page 8LAD_007_CMPR_CMPT - Ladder Diagram Page 8_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:17 PMTotal number of rungs in routine: 9 E:\_6200PLC5.ACD

RSLogix 5000

5 Less Than (A<B)Source A N011[17] 0Source B N011[18] 0

LESLess Than

Square RootSource N011[19] 0Dest N011[20] 0

SQR

SquareRoot

6 Greater Than (A>B)Source A N011[21] 0Source B N011[22] 0

GRT

GreaterThan

NegateSource N011[23] 0Dest N011[24] 0

NEGNegate

7 Less Than or Eql (A<=B)Source A N011[25] 0Source B N011[26] 0

LEQ

Less thanor equal

To BCDSource N011[27] 0Dest _020:O.Data[2] 2#0000_0000_0000_0000

TODTo BCD

8 Grtr Than or Eql (A>=B)Source A N011[28] 0Source B N011[29] 0

GEQ

Greaterthan orequal

From BCDSource _020:I.Data[3] 2#0000_0000_0000_0000Dest N011[30] 0

FRDFrom BCD

(End)

LAD_008_MOV_LOGIC - Ladder Diagram Page 9LAD_008_MOV_LOGIC - Ladder Diagram Page 9_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:18 PMTotal number of rungs in routine: 7 E:\_6200PLC5.ACD

RSLogix 5000

Move instructions

0 MoveSource T004[0].ACC 0Dest N012[0] 0

MOVMove

Move instructions

1 Masked MoveSource N012[1] 0Mask 16#FF Dest N012[2] 0

MVM

Move withmask

2 Bitwise ANDSource A B003[3] 0Source B B003[4] 0Dest B003[5] 0

AND

BitwiseAnd

3 Bitwise Inclusive ORSource A B003[6] 0Source B B003[7] 0Dest B003[8] 0

OR

BitwiseOr

4 Bitwise Exclusive ORSource A B003[9] 0Source B B003[9] 0Dest B003[9] 0

XOR

BitwiseExclusive

Or

LAD_008_MOV_LOGIC - Ladder Diagram Page 10LAD_008_MOV_LOGIC - Ladder Diagram Page 10_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:18 PMTotal number of rungs in routine: 7 E:\_6200PLC5.ACD

RSLogix 5000

5 ClearDest N012[5] 0

CLRClear

6 Bit Field DistributeSource B003[10] 0Source Bit 3Dest B003[11] 0Dest Bit 10Length 5

BTD

Bit FieldDistribute

(End)

LAD_009_FILE - Ladder Diagram Page 11LAD_009_FILE - Ladder Diagram Page 11_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:18 PMTotal number of rungs in routine: 8 E:\_6200PLC5.ACD

RSLogix 5000

File instructions

0

FAL withmode: ALLenable bitR006[2].EN

FAL withmode: ALLdone bit

R006[2].DN

FAL withmode: ALLerror bit

R006[2].EREN

DN

ER

File Arith/LogicalControl R006_2

<R006[2]>Length 100Position 0Mode ALLDest N013[0+R006_2.POS] 0Expression N014[0+R006_2.POS]+32

FAL

FAL withmode: ALL

File instructions

1

FAL withmode: INCenable bitR006[3].EN

FAL withmode: INCdone bit

R006[3].DN

FAL withmode: INCerror bit

R006[3].ERFile Arith/LogicalControl R006_3

<R006[3]Length 150PositionMode INCDest N013[101] Expression N014[101+R006_3.POS]-N013[0+R006_3.POS]

FAL

FAL withmode: INC


RSLogix 5000

EN

DN

ER

2

FAL withmode: 50enable bitR006[4].EN

FAL withmode: 50done bit

R006[4].DN

FAL withmode: 50error bit

R006[4].EREN

DN

ER

File Arith/LogicalControl R006_4

<R006[4]>Length 200Position 0Mode 50Dest N013[1+R006_4.POS] 0Expression N014[101]*N013[120+R006_4.POS]

FAL

FAL withmode: 50


RSLogix 5000

3

FSC withmode: ALLenable bitR006[5].EN

FSC withmode: ALLdone bit

R006[5].DN

FSC withmode: ALLfound bit

R006[5].FDENDNER

File Search/CompareControl R006_5

<R006[5]>Length 30Position 0Mode ALLExpression N013[200+R006_5.POS]>75

FSC

FSC withmode: ALL

4

FSC withmode: INCenable bitR006[6].EN

FSC withmode: INCdone bit

R006[6].DN

FSC withmode: INCfound bit

R006[6].FDENDNER


<R006[6]>Length 30Position 0Mode INCExpression N013[200+R006_6.POS]<75

FSC

FSC withmode: INC

5

FSC withmode: 1enable bitR006[7].EN

FSC withmode: 1done bit

R006[7].DN

FSC withmode: 1found bit

R006[7].FDENDNER


<R006[7]>Length 30Position 0Mode 1Expression N013[200+R006_7.POS]=75

FSC

FSC withmode: 1


RSLogix 5000

6 Copy FileSource N013[0]Dest N014[0]Length 100

COPCopy

7 Fill FileSource 0Dest N013[1]Length 99

FLLFile fill

(End)

LAD_010_SHIFT - Ladder Diagram Page 15LAD_010_SHIFT - Ladder Diagram Page 15_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:19 PMTotal number of rungs in routine: 4 E:\_6200PLC5.ACD

RSLogix 5000

Shift instructions

0

BSLenable bit

R006[10].EN

BSLdone bit

R006[10].DN

BSLUnload bit

R006[10].ULCopy FileSource B015[0]Dest DINTArray[0]Length 2

COP

EN

DN

Bit Shift LeftArray DINTArray[0]Control R006[10]Source Bit _000:I.Data[7].1Length 64

BSL

BSLControl

Copy FileSource DINTArray[0]Dest B015[0]Length 4

COP

Shift instructions

1

BSRenable bit

R006[11].EN

BSRdone bit

R006[11].DN

BSRunload bit

R006[11].ULCopy FileSource B015[5]Dest DINTArray[0]Length 2

COP

EN

DN

Bit Shift RightArray DINTArray[0]Control R006[11]Source Bit _000:I.Data[7].2Length 64

BSR

BSRControl

Copy FileSource DINTArray[0]Dest B015[5]Length 4

COP

LAD_010_SHIFT - Ladder Diagram Page 16LAD_010_SHIFT - Ladder Diagram Page 16_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:19 PMTotal number of rungs in routine: 4 E:\_6200PLC5.ACD

RSLogix 5000

2

FFLenable bit

R006[12].EN

FFLdone bit

R006[12].DN

FFLempty bit

R006[12].EMENDNEM

FIFO LoadSource B015[20]FIFO B015[10]Control R006[12]Length 10Position 0

FFL

FFLControl

3

FFUenable bit

R006[13].EU

FFUdone bit

R006[13].DN

FFUempty bit

R006[13].EMEUDNEM

FIFO UnloadFIFO B015[10]Dest B015[21]Control R006[13]Length 10Position 0

FFU

FFUControl

(End)

LAD_011_SEQUENCR - Ladder Diagram Page 17LAD_011_SEQUENCR - Ladder Diagram Page 17_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:19 PMTotal number of rungs in routine: 2 E:\_6200PLC5.ACD

RSLogix 5000

Sequencer instructions

0 EN

DN

ER

File Arith/LogicalControl CTRL00Length 9Position 0Mode ALLDest DINTArray[0+CTRL00.POS] 0Expression B017[0+CTRL00.POS]

FALMoveSource _020:I.Data[6] 2#0000_0000_0000_0000Dest DINTResult[0] 0

MOVSequencer InputArrayMaskSourceControlLengthPosition

SQIControl

Sequencer instructions


RSLogix 5000

Sequencer InputDINTArray[0]16#0000_0ff0DINTResult[0]

R006[20]80

SQI

SQI/SQOControl

EN

DN

ER


FAL

EN

DN

Sequencer OutputArray DINTArray[0]Mask 16#0000_0ff0Dest DINTResult[0]Control R006[20]Length 8Position 0

SQO

SQI/SQOControl

MoveSource DINTResult[0] 0Dest _020:O.Data[4] 2#0000_0000_0000_0000

MOV


RSLogix 5000

1

Loadsequence

fileinput

condition_000:I.Data[1].8

EN

DN

ER


FAL

MoveSource _020:I.Data[6] 2#0000_0000_0000_0000Dest DINTResult[0] 0

MOV

EN

DN

Sequencer LoadArray DINTArray[0]Source DINTResult[0]Control R006[21]Length 8Position 0

SQL

SQLControl

EN

DN

ER

File Arith/LogicalControl CTRL03Length 9Position 0Mode ALLDest B017[0+CTRL03.POS] 0Expression DINTArray[0+CTRL03.POS]

FAL

(End)

LAD_012_PROGRAM - Ladder Diagram Page 20LAD_012_PROGRAM - Ladder Diagram Page 20_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:20 PMTotal number of rungs in routine: 7 E:\_6200PLC5.ACD

RSLogix 5000

0 SubroutineSBR

Return from SubroutineRET

1 LBLLBL_5

AFI JMPLBL_5

2

Inputcondition

_000:I.Data[1].9MCR

3 TND

4 Jump To SubroutineRoutine Name LAD_012_PROGRAM

JSR

5 MCR

6 Return from SubroutineRET

(End)

LAD_013_SPECIAL - Ladder Diagram Page 21LAD_013_SPECIAL - Ladder Diagram Page 21_6200PLC5:MainTask:MainProgram 10/23/2008 3:09:26 PMTotal number of rungs in routine: 3 E:\_6200PLC5.ACD

RSLogix 5000

Special instructions

0 /

FBCenable bit

R006[30].EN/

FBCdone bit

R006[30].DN/

FBCfound bit

R006[30].FD/

FBCinhibitbit

R006[30].IN/

FBCerror bit

R006[30].ER

File Bit ComparisonSourceReferenceResultCmp. ControlLengthPositionResult ControlLengthPosition

File Arith/LogicalControlLengthPositionModeDest Expression DINTResult[0+CTRL04.POS]

FAL

Special instructions


RSLogix 5000

Copy FileSource B018[0]Dest DINTSource[0]Length 1

COP

Copy FileSource B018[20]Dest DINTReference[0]Length 1

COP

ENDNFDINER

File Bit ComparisonDINTSource[0]

DINTReference[0]DINTResult[0]

Cmp. Control R006[30]90

Result Control R006[31]90

FBC

FBCresultcontrol

EN

DN

ER

CTRL0490

ALLN019[21]

0DINTResult[0+CTRL04.POS]

FAL


RSLogix 5000

1 /

DDTenable bit

R006[32].EN/

DDTdone bit

R006[32].DN/

DDTfound bit

R006[32].FD/

DDTinhibitbit

R006[32].IN/

DDTerror bit

R006[32].ER

Diagnostic DetectSourceReferenceResultCmp. ControlLengthPositionResult ControlLengthPosition

File Arith/LogicalControlLengthPositionModeDest Expression DINTResult[0+CTRL05.POS]

FAL


RSLogix 5000

Copy FileSource B018[0]Dest DINTSource[0]Length 1

COP

Copy FileSource B018[20]Dest DINTReference[0]Length 1

COP

ENDNFDINER

Diagnostic DetectDINTSource[0]

DINTReference[0]DINTResult[0]

Cmp. Control R006[32]90

Result Control R006[33]90

DDT

DDTResultControl

EN

DN

ER

CTRL0590

ALLN019[22]

0DINTResult[0+CTRL05.POS]

FAL

2

PIDenable bitPID000.EN

PIDSet Output

ModePID000.SWM

PIDmode

PID000.MOProportional Integral DerivativePID PID000 ... Process Variable N007[4]Tieback 0Control Variable N007[235]PID Master Loop 0Inhold Bit 0Inhold Value 0Setpoint 0.0Process Variable 0.0Output % 0.0

PID

PIDControlblock


RSLogix 5000

(End)

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RSLogix 5000 Report(s) - PLCConversions.com