Technical DAQSTATION Information Control …Int> Toc-1 TI 04L31C02-00E DAQSTATION Control...

Yokogawa Electric Corporation

TechnicalInformation

<Int> <Ind> <Rev>

DAQSTATIONControl Measurement StationCX1000/CX2000Ladder Communication with PLCTI 04L31C02-00E

TI 04L31C02-00E©Copyright Aug. 20021st Edition Aug. 2002

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Toc-1<Int> <Ind> <Rev>

TI 04L31C02-00E

DAQSTATIONControl Measurement StationCX1000/CX2000Ladder Communication with PLC

CONTENTS1. Foreword........................................................................................................ 1-1

1.1 Overview................................................................................................................ 1-1

1.2 Benefit ................................................................................................................... 1-1

2. Contents of Write/Read ................................................................................. 2-1

3. Communication ............................................................................................. 3-1 3.1 Wirite ...................................................................................................................... 3-1

3.2 D Register Configuration ...................................................................................... 3-1

3.3 Ladder Communication Configuration ................................................................ 3-2

3.4 Command Format ................................................................................................. 3-2

3.5 Read of Parameter from CX .................................................................................. 3-3

3.6 Write of Parameter from PLC ................................................................................ 3-4

4. Ladder Communication with MELSEC ......................................................... 4-1 4.1 Communication Procedure .................................................................................. 4-1

4.2 Transmission ......................................................................................................... 4-1

4.3 Reception .............................................................................................................. 4-3

4.4 Sample Program ................................................................................................... 4-5

5. Ladder Communication with FA-M3 ............................................................. 5-1 5.1 Communication Procedure .................................................................................. 5-1

5.2 Transmission ......................................................................................................... 5-2

5.3 Reception .............................................................................................................. 5-3

5.4 Sample Program ................................................................................................... 5-5

Appendix1. Writing/Reading Parameters .................................................App.1-1

1st Edition : Aug 31, 2002-00

TI 04L31C02-00E 1st Edition

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<Toc> <Ind> <1. Foreword> 1-1

TI 04L31C02-00E 1st Edition : Aug. 31, 2002-00

1. Foreword

1.1 OverviewWith Ladder communication of CX1000/CX2000, CX can communicate with PLC such as FA-M3, YOKOGAWA, and MELSEC, MITSUBISHI. It is possible to write/read CX data and giveversatile command to PLC.

It is necessary to have communication port (RS-422/485 or RS-232C) and Ladder communica-tion as option. Also, it is necessary to have communication module (F3RZ91-ON) for FA-M3and computer link unit (no handshaking mode) for MELSEC.

PLC

F0101.EPS

1.2 Benefit– The analog data can be transferred to PLC register.

– The parameters such as SP (set point) and PID of CX can be changed from PLC.

– Versatile control can be used with the ladder sequence.

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<Toc> <Ind> <2. Contents of Write/Read> 2-1


2. Contents of Write/Read

■ Parameters of Write/Read

– Communication registers data

– Memory start/stop

– Alarm ACK, Math START/STOP

– Record of Manual trigger/Manual sample/Snap shot/Display data/Event data

– Write massage

– Return to operation display

– Alarm setting point of measurement/Math channels

– Parameters for each loops

– Parameters for each loop PID

– Alarm setting points for each control loops

– Program operation parameters

■ Parameters of Read

– Measuring data

– Alarm status of measuring data

– Math data

– Alarm status of Math data

– Control data

– Alarm status of control data

– Time

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<Toc> <Ind> <3. Communication> 3-1


3. Communication

3.1 Wiring

SDA(+)

SDB(–)

RDA(+)

RDB(–)

SG

SHIELD

SDB

SDA

RDB

RDA

SG

FG FG

SDB

SDA

RDB

RDB

SG

CX CX

F0301.EPS

TerminatorMore than 120 ohm, 1/2W

PLC communicationmodule

Note: The plus/minus polarity of transmission/reception is opposite for some models.

3.2 D Register ConfigurationAll process data and setting parameters of CX are assigned to “D” registers. After D registersnumber of CX are specified, the data is written/read in the ladder program.

CX

F0302.EPS

D Resister No.

D5001

D5002

D5003

D5004

D5005

D5006

–

–

–

–

Desctiption

CH1 PV

CH2 PV

CH3 PV

CH4 PV

CH5 PV

CH6 PV

–

–

–

–

CX D Resister Map (Part)

3-2<Toc> <Ind> <3. Communication>


3.3 Ladder Communication ConfigurationThe command from PLC CPU is once put in the send area of computer link unit. Then, it istransferred to D register of CX.

CX

F0303.EPS

SequencerCPU

Computer link unit

Transmission area

Reception area

WriteOperation

ReadOperation

Command

Response

3.4 Command FormatThe following table is transmissin command from PLC to CX.

T0301.EPS

Bytes

BCD digits

Command/Response

source

1

2

StationNo.

1

2

CPUNo.(01)

2

4

D RegisterNo.

1

1

0

1

5thdigit

1

1

R/W

1

+/–

1

2

CR(0D)

1

2

LF(0A)

2

4

Read/Writedata

– Station number (1-32) : ID number for CX

– CPU number : Always 01

– D register number : BCD (4 digits)

In case of using BCD data of 5 digits, 5th digit will be used in sepa-rate position(see above figure)

– 0 : Always 0

– 5th digit : read/write data of 5th digit

– R/W : 0 is read, 1 is write

– +/– : 0 is positive data (+), 1 is negative data (–)

– Read/Write : Specifies the number of data points to be read when reading

Specifies the data to be written using 4 digit BCD excluding thedecimal point when writing

– CR, LF : Terminator that tells command end

<Toc> <Ind> <3. Communication> 3-3


3.5 Read of Parameter from CXThe construction of read parameter from CX

Command from PLC

T0302.EPS

Bytes

BCD digits

Command

1

2

StationNo.

1

2

CPUNo.(01)

2

4

D RegisterNo.

1

1

0

1

0

1

1

0

1

0

1

2

CR(0D)

1

2

LF(0A)

2

4

Datanumber of

read

CX response

T0303.EPS

Bytes

BCD digits

Command

1

2

StationNo.

1

2

CPUNo.(01)

2

4

D RegisterNo.

1

1

0

1

5thdigit

1

1

0

1

+/–

1

1

0

1

5thdigit

1

1

0

1

+/–

2

4

Data 1

2

4

Data 2

1

1

0

1

5thdigit

1

1

0

1

+/–

1

2

CR(0D)

...

...

...

1

2

LF(0A)

2

4

Data n

Examples of reading third channel communication register data (D register 0003) in stationnumber 01

Command 01010003000000010D0A

Response will be returned from CX as 200 (BCD)

Response 01010003000002000D0A

3-4<Toc> <Ind> <3. Communication>


3.6 Write of Parameter from PLCWrite from host(computer)

Command from host(computer)

T0304.EPS

Bytes

BCD digits

Command

1

2

StationNo.

1

2

CPUNo.(01)

2

4

D RegisterNo.

1

1

0

1

5thdigit

1

1

1

1

+/–

1

2

CR(0D)

1

2

LF(0A)

2

4

dddd

Response from CX

T0305.EPS

Bytes

BCD digits

Command

1

2

StationNo.

1

2

CPUNo.(01)

2

4

D RegisterNo.

1

1

0

1

5thdigit

1

1

1

1

+/–

1

2

CR(0D)

1

2

LF(0A)

2

4

dddd

Example of writing data 200 (00C8 (hex)) to the first target set point (D register1101)

Command 01011101001002000D0A

The below response will be returned from CX

Response 01011101001002000D0A

In CX writing, reception command is returned as response. To understand if it is written cor-rectly, please check the value by reading register.

<Toc> <Ind> <4. Ladder Communication with MELSEC> 4-1


4 Ladder Communication with MELSEC

4.1 Communication ProcedureExample of reading 4 measured data CH1 - CH4

0 1 2 ←Slot No.

DI CompLinkunit

CPU

MELSEC

CX

F0401.EPS

D register No.

D5001

D5002

D5003

D5004

D5005

D5006

–

–

–

–

Description

CH1 PV

CH2 PV

CH3 PV

CH4 PV

CH5 PV

CH6 PV

–

–

–

–

D register (part)

Address 1

4.2 Transmission

F0402.EPS

(1)

(3)

(5)

(8)

(1)

(2)

(4)

(6)

(7)

(9)

(3)

(4)

(7)

(6)

(2)

(5)

(9)

(8)

Read or write instruction is transferred from PLC CPU to buffer for transmission of computer link unit.

Turn request to transmit ON, the command is sent to CX.

After sending, transmission completionreturns and request to transmit turns OFF.

CX returns response in acceptance ofCommand.The data is once kept in buffer for receiving at computer link unit.

After receiving from CX, request toread turns ON and FROM instruction is executed (FROM instruction transfers data of computer link unit to D register.)

After transmission, read completion signal turns ON, and reception of read signal turns OFF.

PLCCPU

TO instructiontransmission data

Request to transmit

ON

Transmission Completion

Request to transmit

OFF

Request to read ON

FROM instruction

data read

Read completion

signal

Command

Response

ComputerLink unit

CX

4-2<Toc> <Ind> <4. Ladder Communication with MELSEC>


Read/write transmission instruction from PLC is done by following procedure

(1) The transmission data is transferred from sequencer CPU to transmission area of computerlink unit by TO instruction.

(2) Request to transmission is sent from sequencer CPU to computer link unit.

(3) Transmission data that is written in transmission area of computer link unit is output toCX.

(4) After transmission completion, the transmission completion flag of computer link unitturns ON.

(5) Turn the request to transmit OFF.

F0403.EPS

(1)

Register in PLC CPUTransmission area of computer link unit

AddressD0

D1

D2

D3

D4

D5

00H

01H

01H

00H

04H

0AH

05H

01H

50H

00H

00H

0DH

Address0H

1H

2H

3H

4H

5H

00H

01H

01H

00H

04H

0AH

05H

01H

50H

00H

00H

0DH

Transmission data number

Send data

TO instruction

Character number of transmission data (in sending ,5)Always 01CX address

CX header of readD register number of inside of data or write data ( byte upside down)

for reading 0000, for writing 1000

terminator

read data number or write data (byte upside down )

F0404.EPS

(2)

(4)

(5)

(3)01 01 50 01 00 00 00 04 0D 0A

CR LF

Address,CPU No. (Always to 1)

Header number of D register/write data Read instruction (0000)Write instruction (0010)

In reading, read numberIn writing, write data

Terminator

Request to transmit Y27

Transmission completion X27



4.3 Reception Reception procedure is followed by (6)-(9)

(6) Computer link unit receives CX response, keeps data in butter for reception area.

(7) In receiving terminator (CR LF), Reception read flag at computer link unit turns ON.

(8) PLC CPU read reception data at computer link unit by FROM instruction

(9) Read completion signal of reception data is sent.

F0405.EPS

(7)

(9)

(8)

01 01 50 01 00 00

CH1 CH2 CH3 CH4

10 00 00 01 00 50 00 00 02 00 00 00 00 12 CR LF

0B

Address, CPU number

D register header number

Terminator

Return data from CXReception dataRequest to read X2A

Reception dataRead completion Y28 Data uptake

FROM instruction



(8)

80H

81H

82H

83H

84H

85H

86H

87H

88H

89H

8AH

8BH

00H

01H

01H

00H

00H

01H

50H

00H

00H

01H

12H

0AH

0BH

01H

50H

00H

10H

00H

00H

00H

02H

00H

00H

0DH

D4997

D4998

D4999

D5000

D5001

D5002

D5003

D5004

D5005

D5006

D5007

D5008

00H

01H

01H

00H

00H

01H

50H

00H

00H

00H

12H

0AH

0BH

01H

50H

00H

10H

00H

00H

00H

02H

00H

00H

0DH

F0406.EPS

Address

Reception area of computer link area

FROMinstruction

Code bit 1 : –0 : +

Address

Register in PLC CPU

Character number of reception data is(read data x 2 + 3)

Address

CX read header D register number or write data D5001

CH1 PV (D5001)

CH2 PV (D5002) –5.0°C

CH3 PV (D5003) +20.0°C

CH4 PV (D5004) +1.2%

Byte dataup side down



4.4 Sample Program

• Transmission interval processing

C0

SM1038

4Intervalcounter

Intervalcounter

<Reset counter>

RST C0

On for 1 scanonly after RUN

= K1 C0 50Intervalcounter

TX flag 1

<If counter is 1, turn ON M601 for 1 cycle>

PLS M601

K4


TX flag 2


PLS M602


TX flag 3


PLS M603

SM1031

200-ms timer

27Intervalcounter

<Increment every 0.2 s>

C0



• Read command transmission processing: If M601 is ON, send a commandto lead CH1 to 4.

M601 X27 Y27113 MOVP H5 D0

MOVP H102 D1

MOVP H5001 D2

MOVP H4 D4

MOVP H0A0D D5

Tx flag 1 Tx end Tx request

<Set CPU NO. “1” and station address No. 2>

D registerFirst No.

D registerFirst No.

CPU address

Num. of Tx data

<Specify first call register No. 5001 of the CX>

<Recall 4 words from the first D register No.>

Read/write

Num. of data to be read/write data


<Specify read execute. Send “1”>

MOVP H0 D3

Terminator

<Attach terminator>

<Swap the upper and lower bytes of D2>

SWAPP D2


SWAPP D4

<Declare num. of Tx data to be 5>

Num. of Tx data

TOP H2 H800 D0 K6

<Transfer the contents of D0 to D5 to the Tx buffer>

SET Y27Tx request

Tx request

<Set Tx request>

X27323 RST Y27

Tx end

<Reset Tx request when Tx end>



• Reception processing: Receive data of CH1 to 4.

X2A341 FROMP H2 H0A00 D100 K1

FROMP H2 H0A01 D101 K0Z0

MOVP D100 Z0

Readrequestflag

CPU No.address

Rx readend

Data size

Data size

<Send data size of data starting with D101>

First D registerNo.

5th digit and signinformation of CH1

CH1 data

SWAPP D101

SWAPP D102

Y28



SWAPP D103

SWAPP D104



<Send the data size to D100>

<Send the data size to Z0>

= K1 C0 Intervalcounter



CH2 data

CH3 data

SWAPP D105

SWAPP D106



SWAPP D107

SWAPP D108



SWAPP D109


CH4 data

SWAPP D110


CJ P124

<Jump to P124>




• Write processing: If M602 is set, write the CH1 data to communicationregister C1.

M602 X27 Y27627 MOVP H5 D0

MOVP H102 D1

MOVP H1 D2

MOVP D104 D4


<Set CPU NO. “1” and station address No.>

D registerFirst No.

D registerFirst No.

CPU address

Num. of Tx data


Read/write

Read/write

Specify CH1 Num. of datato be read/write data

Num. of datato be read/write data

<Specify write execute. Send “10”>

MOVP H10 D3


SWAPP D2

<Send CH1 data to write data>

SWAPP D3

SWAPP D4



MOVP H0A0D D5

Num. of Tx data

Terminator

TOP H2 H800 D0 K6


SET Y27Tx request

Tx request

Rx processing of response received from the CX

<Set Tx request>

X27822 RST Y27

Tx end




MOVP H100 Z0Readrequestflag

Rx readend

Data size

CJ P124

Y28

= K2 CO Intervalcounter



• Read command transmission processing: If M603 is ON, send a commandto lead CH5 to 8.

M603 X27 Y27866 MOVP H5 D0

MOVP H102 D1

MOVP H5005 D2

MOVP H4 D4

MOVP H0A0D D5


<Set CPU NO. “1” and station address No.>

D registerFirst No.

D registerFirst No.

CPU address

Num. of Tx data


<Recall 4 words from the first D register No.>

Read/write



<Specify read execute. Send “0”>

MOVP H0 D3

Terminator


SWAPP D2


SWAPP D4


Num. of Tx data

TOP H2 H800 D0 K6


SET Y27

Tx request

Tx request

<Set Tx request>

X271066 RST Y27

Tx end




• Reception processing: Receive the data of CH5 to CH8.



MOVP D200 Z0

Readrequestflag

CPU No.address

Rx readend

Data size

Data size

<Send data size of data starting with D201>

First D register


CH5 data

SWAPP D201

SWAPP D202

Y28



SWAPP D203

SWAPP D204



SWAPP D205



<Send the data size to D200>

<Send the data size to Z0>

= K3 C0 Intervalcounter

1372

1371

P124

END

CH7 data


CH6 data


SWAPP D206

SWAPP D207



SWAPP D208

SWAPP D209


CH8 data

SWAPP D210


CJ P124

<Jump to P124>


<Toc> <Ind> <5. Ladder Communication with FA-M3> 5-1


5. Ladder Communication with FA-M3

5.1 Communication Procedure0 1 2 ←Slot No.

F0501.EPS

D register No.

D5001

D5002

D5003

D5004

D5005

D5006

–

–

–

–

Description

CH1 PV

CH2 PV

CH3 PV

CH4 PV

CH5 PV

CH6 PV

–

–

–

–

Digital control D register map (part)

CX

Laddercommunication

module

FA-M3

Address 1

F0502.EPS

(1)

(3)

(5)

(8)

(1)

(2)

(4)

(6)

(7)

(9)

(3)

(4)

(7)

(6)

(2)

(5)

(8)

(9)

Read or Write command is transferred to output module of ladder communication by PLC WRITE command.

Request to transmit signal turns ON, instruction is sent to CX.

After transmission completion,transmission completion signal turns ON and request to transmit signal turns OFF.

CX returns responses, and keeps it once in receiving buffer of computer link unit.

After receiving from CX,reception relay signal turns ON and READ instruction is executed. Data of link units is transferred to register D.

After completing transfer, read relay signal turn ON. Reception signal turns OFF and read relay turns OFF

PLCCPU

CX

Write instruction

Transmission start

relay ON

Transmission completion

Relay ON

Transmission start

relay OFF

Reception relay OFF

Read instruction

data uptake

Read completion

relay

Ladder Communication Module

Command

Response

5-2<Toc> <Ind> <5. Ladder Communication with FA-M3>


5.2 TransmissionTransmission procedure of read/write command is followed by (1)-(5)

(1) Transmission data is transmitted from sequencer CPU to transmission area of computerlink unit by WRITE instruction.

(2) Request to transmit signal is output to computer link unit.

(3) Transmission data that is put in computer link unit is output to CX.

(4) After transmission, transmission completion flag of computer link unit turns ON.

(5) Request to transmit signal turns OFF.

F0503.EPS

D0

D1

D2

D3

D4

D5

00H

01H

50H

00H

00H

0DH

10H

01H

01H

00H

04H

0AH

301

302

303

304

305

306

00H

01H

50H

00H

00H

0DH

10H

01H

01H

00H

04H

0AH

(1)

Register in PLC CPU

Address AddressCharacter number of transmission data(In transmitting: 10 )

CX addressalways 01

CX read header D register number of internal data or write data

read: 0000, write: 1000

Read data number or write data

Terminator(0DH→CR, 0AH→LF)

Number ofsend data

WRITEinstruction

Transmission data

F0504.EPS

(2)

(4)

(5)

(3)01 01 50 01 00 00 00 04 0D 0A

CR LF

Address (1-32)CPU No( always 1)

D register header number/write dataread command (0000)write command (0010)

In reading: read number (10: 0010)In writing: write data

Terminator

Request to transmitY 00x34

Transmission completion

X 00x02 X is slot number of ladder communication module.



5.3 ReceptionReception procedure is followed by (6)-(9).

(6) Ladder communication module receives CX response, and keeps data in reception area.

(7) After receiving terminator (CR LF), read reception flag of ladder communication moduleturns ON.

(8) PLC CPU reads reception data by READ instruction.

(9) Reception data of read completion signal is output.

F0505.EPS

(7)

(9)

(8)

01 01 50 01 00 00

CH1 CH2 CH3 CH4

10 00 00 01 00 50 00 00 02 00 00 00 00 12 CR LF

0B

Address, CPU No.

D register header No.

Terminator

Return data from CX

Receptioncompletion relay

X00x01

Read completionrelay

Y00x33

READ instructiondata uptake



(8)

Headeraddress

Ladder communication moduleinput register (reception buffer)

READinstruction

Code bit 1 : –0 : +

Address

Register in PLC CPU

CH1 PV (D5001)

CH2 PV (D5002) –5.0°C

CH3 PV (D5003) +5.0°C

CH4 PV (D5004) +1.2%

1

2

3

4

5

6

7

8

9

10

11

12

13

00H

00H

01H

50H

00H

00H

00H

00H

00H

02H

00H

00H

0DH

00H

0BH

01H

01H

00H

10H

01H

50H

00H

00H

00H

12H

0AH

D400

D401

D402

D403

D404

D405

D406

D407

D408

D409

D410

D411

D412

00H

00H

01H

50H

00H

00H

00H

00H

00H

02H

00H

00H

0DH

00H

0BH

01H

01H

00H

10H

01H

50H

00H

00H

00H

12H

0AHF0506.EPS

Status (normal reception condition : 0000H)

CX address CX read header

D register No. or write data D5001



5.4 Sample Program

(0001)

(0002)

(0004)

(0005)

(0003)00001N

CX2000 FA-M3 ladder communications sample program

Start communication settings

Read data

Enable IO

This program is for the case when the ladder communication module isinstalled in the 3rd slot.

M00035DIFD I00100

SET I00401

RST I00402



(0006)

(0007)

(0009)

(0010)

(0008)00008N

Set the communication mode

Character code = 8

Stop bit = 1

Parity bit = EVEN

Char = 8, stop bit = 1 bit, parity = even, 9600 bps, master station

100100

X00303

MOV D00101

MOV

MOV

MOV

MOV

MOV

MOV

D00102

(0011) 9600 bpsD00104

(0012) Master station

Master station

D00105

(0013)D00106

(0014) Communication modewrite command

D00100

(0015) Write communicationmode

3 1

(0016) Write communicationspecifications

3 6

(0017) Write executecommand

Y00335

(0018) Reset communicationsI00100

(0019)00031N

Write commandRESET

RESET

Y00335

D00103

1

0

7

0

1

1

601

604

WRITE

WRITE

D00100

D00101

SET

RST

RST

2



(0020)

(0022)

(0021)00033N Read measurement

input

IO in execution

Process for alternating data read and data write operations

X00303 I00401 I00402

I00201

CNT

I00402

(0024)

IO end

Counter

I00402

2

(0027)

Read next1 I00401

(0031)

DIFD

SET

RST

C00001

SETC00001 =

(0023)00040N

(0025)00047N

(0026)00049N

Write to communicationregister

IO in execution

X00303 I00401 I00402

I00301

I00402

DIFD

SET

X00301

I00402

I00403

I00403RST

RST

(0028)00052N

(0029)00054N

(0030)00056N

I00403

Write next0 I00401C00001 =

Reset counterI00403SET



(0032)

(0034)

(0033)00061N Number of transmitted

characters = 10

STN = 01, CPU = 01

Read data of CX2000 communication input channels 1 to 4

(0035)

(0036)

(0037)

(0038)

(0039)

(0040)

(0041)

100201

X00302

X00301

X00301

I00401

D00201MOV 10

D00202MOV

MOV

MOV

MOV

MOV

$101

$5001

$0

$4

$DOA

D00203

D00204

D00205

D00206

63 301WRITE D00201

1READ 3

Y00334SET

I00201RST

Measurement inputregister number

Read

Number of registers = 4

Terminator

Write to transmissionbuffer

Transmission commandrelay

Reset command transmission FLAG

RESET transmissioncommand relay

Y00334RST(0042)

00080N

Retrieve responsedata

34D00221(0043)

00082N

Y00333SET(0044)

RESETread end relay

Read end relay

Y00333RST(0045)

00088N



(0046)

(0048)

(0047)00090N Number of transmitted

characters = 10 byte

Write destination = 01

Command = Write

Transmission destinationSTN = 01, CPU = 01

Write data to the CX2000 communication register C01

(0049)

(0050)

(0051)

(0052)

(0053)

(0054)

(0055)

I00301

X00302

X00301

X00301

I00401

D00301MOV 10

D00302MOV

MOV

MOV

MOV

MOV

$101

$1

$10

D00226

$DOA

D00303

D00304

D00305

D00306

63 301WRITE D00301

1READ 3

Y00334SET

I00301RST

Write data = CH01

Terminator

Write to transmissionregister

Transmission commandrelay

RESET transmission FLAG

RESET transmissionacknowledge command

Y00334RST(0056)

00109N

Retrieve response10D00311(0057)

00111N

Y00333SET(0058)

RESET receptionacknowledge command

Data receptionacknowledge command

Y00333RST(0059)

00117N

Blank Page

<Toc> <Ind> <Appendix 1. Writing/Reading Parameters> App.1-1


Appendix1. Writing/Reading Parameters

AF01_1.EPS

D register No.

D0001-D0030D0101

D0301

D0302

D0303

D0304

D0305D0306 D0501

D0502

D0503

D0504

D0577

D0578

D0579

D0580

D0601

D0602

D0603

D0604

D0605

D0606

D0607

D0608

D0833

D0834

Description

Communication register dataAll control loops start/stop

Memory start/stop

Alarm ACK

Math Start/Stop

Manual trigger/Manual sample/ snap shot/store display data to medium/sore event data to medium

Write messageReturn to operation screenAlarm setting of Measured channel 1(Alarm No.1)Alarm setting of Measurement channel 1(Alarm No. 2)Alarm setting of Measurement channel 1 (Alarm No. 3)Alarm setting of Measurement channel 1 (Alarm No. 4)Alarm setting of measurement channel 20(Alarm No. 1)Alarm setting of measurement channel 20(Alarm No. 2)Alarm setting of measurement channel 20(Alarm No. 3)Alarm setting of measurement channel 20 (Alarm No. 4)Alarm setting of Math channel 1Upper 5 digit of alarm No. 1Alarm setting of Math channel 1Lower 5 digit of alarm No. 1Alarm setting of Math channel 1Upper 5 digit of alarm No. 2Alarm setting of Math channel 1Lower 5 digit of alarm No. 2Alarm setting of Math channel 1 Upper 5 digit of alarm No. 3Alarm setting of Math channel 1 Lower 5 digit of alarm No. 3Alarm setting of Math channel 1Upper 5 digit of alarm No. 4Alarm setting of Math channel 1 Lower 5 digit of alarm No. 4Alarm setting of Math channel 60Upper 5 digit of alarm No. 1Alarm setting of Math channel 60Lower 5 digit of alarm No. 1

Setting value

–32768-327670 : Stop1 : Start0 : memory stop1 : memory startIn Write0 : Alarm ACK In Read0 : Alarm light out1 : Alarm light2 : Alarm blink0 : Math stop1 : Math start2 : Math reset 0 : Manual sample1 : Manual trigger2 : snap shot3 : store display data to medium4 : sore event data to medium1-8 : Message number0: Return to operation screenValue within Measurement range, no decimal point

Value within Measurement range, no decimal point







For reading, value aligned upper 5 digits with lower 5 digits within Math channel span and no decimal point .For writing, setting is available in -99999-99999 and is written in either lower or upper register.





Read/WriteR/WW(*1)

R/W

R/W

R/W

W(*1)

W(*1)

WR/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

App.1-2<Toc> <Ind> <Appendix 1. Writing/Reading Parameters>


AF01_2.EPS

D register No.

D0835

D0836

D0837

D0838

D0839

D0840

Description

Alarm setting of Math channel 60Upper 5 digit of alarm No. 2Alarm setting of Math channel 60Lower 5 digit of alarm No. 2Alarm setting of Math channel 60Upper 5 digit of alarm No. 3Alarm setting of Math channel 60Lower 5 digit of alarm No. 3Alarm setting of Math channel 60Upper 5 digit of alarm No. 4Alarm setting of Math channel 60Lower 5 digit of alarm No. 4

Setting value




Read/WriteR/W

R/W

R/W

R/W

R/W

R/W

Parameter of loop 1

AF02.EPS

D register No.

D1001

D1002

D1003

D1004

D1005

D1006

D1007

D1008

D1009

D1010

D1011

D1012

D1013D1014

D1015

D1016D1017D1018

Classification

Parameter for each loop

Description

Bias use or not, bias value, bias input kinds to PV1

Bias use or not, bias value, bias input kinds to PV2

Bias use or not, bias value, bias input kinds to remote SP

Filter input kinds, filter use or not, filter value to PV1

Filter input kinds, filter use or not, filter value to PV2

Filter input kinds, filter use or not, filter value to remote SP

With or without Ratio setting and ratio value

Anti-reset windup ON/OFF

Unit of ramp rate time unit

Target SP ascending ramp rate setting

Target SP descending ramp rate setting

Auto/Man/Cas switching in cascade operation

Target SP settingRun/Stop switching

Remote/local switching

Present use of PID No.Value of Manual OUTAutotuning status

Setting value

–100% - 100% of measurement input range span width : bias value(bias ON)–30001 - -32768,30001-32767 : bias use OFF–100% - 100% of measurement input range span width : bias value(bias ON)–30001 - –32768,30001-32767 : bias use OFF–100% - 100% of measurement input range span width : bias value(bias ON)–30001 - –32768,30001-32767 : bias use OFF0 1-120 : filter value (filter ON) –30001 - –32768,30001 - 32767 : Filter OFF0 1-120 : filter value (filter ON) –30001 - –32768,30001 - 32767 : Filter OFF0 1-120 : filter value (filter ON) –30001 - –32768,30001 - 32767 : Filter OFF1-9999 : ratio setting value (ratio setting ON)–30001 - –32768, 3000 - 32767 : ratio setting OFF0 : Anti-reset windup OFF1 : Anti-reset windup ON0 : Hour 2: Second 1 : MinuteFrom 1 value, Max. PV input range with no decimal point.–30001 - –32768,30001-32767 : Setting OFFFrom 1 value, Max. PV input range with no decimal point –30001 - –32768,30001-32767 : Setting OFF0 : Auto switching1 : Manual switching2 : Cascade switching1 - 8 : Target SP No.0 : Stop1 : Run0 : Local1 : Remote1-8 : PID No.–50 - 1050 : –5.0% - 105.0% 0 : not AT status 1: AT status

Read/WriteR/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/WR/W

R/W

RR/W

R



AF03.EPS

D register No.

D1101

D1102D1103D1104D1105D1106D1107

D1108D1109

D1110

D1111

D1112D1125

D1126D1127D1128D1131-D1149

D1155-D1158

D1161-D1179

D1185-D1188

D1191-D1209

D1215-D1218

D1221-D1239

D1245-D1248

D1251-D1269

D1275-D1278

D1281-D1299

D1305-D1308

D1311-D1329

D1335-D1338

Classification

Parameter of PID No.1 of loop 1

Control alarm setting for PID number 1 of loop 1.

PID parameter for PID number 1 of loop 1Control alarm setting for PID number 2 of loop 1PID parameter for PID number 3 of loop 1Control alarm setting for PID number 3 of loop 1PID parameter for PID number 4 of loop 1Control alarm setting for PID number 4 of loop 1PID parameter for PID number 5 of loop 1Control alarm setting for PID number 5 of loop 1PID parameter for PID number 6 of loop 1Control alarm setting for PID number 6 of loop 1PID parameter for PID number 7 of loop 1Control alarm setting for PID number 7 of loop 1PID parameter for PID number 8 of loop 1Control alarm setting for PID number 8 of loop 1

Description

Set point (SP)

Proportion band (P) Integral time (I) Differential (D) Upper limit of outputLower limit of outputWith or without shutdown function

Manual resetHysteresis of setting value

action point of Hysteresis

Direct/reverse switching setting

Preset outputAlarm setting for control (alarm level 1)

Alarm setting for control (Alarm level 2)Alarm setting for control (Alarm level 3)Alarm setting for control (Alarm level 4)Same parameter as PID number 1 of loop 1

Same control alarm setting for PID number 1 of loop 1

Same parameter as PID number 1 of loop 1












Setting value

Value, within measurement input range, no decimal point 1 - 9999 : 0.1 - 999.9%0-60000-6000–50 - 1050 : –5.0% - 105.0%–50 - 1050 : –5.0% - 105.0%0 : OFF1 : ON–50 - 1050 : –5.0% - 105.0%Value, within measurement input range, no decimal point0 : OFF1 : Upper2 : Lower0 : Reverse1 : Direct–50-1050 : –5.0%-105.0%It depends on alarm kinds as follows.Measurement/setting alarm: Value, within measurement input range, no decimal pointDeviation alarm: value, no decimal point within EUS0.0-100.0% of measurement input range.Output alarm: –50-1050 : –5.0%-105.0%Same as aboveSame as aboveSame as aboveSame range as PID parameter for PID number 1 of loop 1

Same range as control alarm setting for PID number 1 of loop 1

Same range as PID parameter for PID number 1 of loop 1












Read/WriteR/W

R/WR/WR/WR/WR/WR/W

R/WR/W

R/W

R/W

R/WR/W

R/WR/WR/WR/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W



Parameter of loop 2

AF04.EPS

D register No.

D1501-D1518D1601-D1619

D1625-D1628

D1631-D1649

D1655-D1658

D1661-D1679

D1685-D1688

D1691-D1709

D1715-D1718

D1721-D1739

D1745-D1748

D1751-D1769

D1775-D1778

D1781-D1799

D1805-D1808

D1811-D1829

D1835-D1838

Classification

Each loop parameterPID parameter of PID number 1 of loop 2Control alarm setting for PID parameter 1 of loop 2PID parameter of PID number 2 of loop 2Control alarm setting for PID parameter 2 of loop 2PID parameter of PID number 3 of loop 2Control alarm setting for PID parameter 3 of loop 2PID parameter of PID number 4 of loop 2Control alarm setting for PID parameter 4 of loop 2PID parameter of PID number 5 of loop 2Control alarm setting for PID parameter 5 of loop 2PID parameter of PID number 6 of loop 2Control alarm setting for PID parameter 6 of loop 2PID parameter of PID number 7 of loop 2Control alarm setting for PID parameter 7 of loop 2PID parameter of PID number 8 of loop 2Control alarm setting for PID parameter 8 of loop 2

Setting value

Same range as parameter of loop 1PID parameter range of PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1PID parameter range of PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1PID parameter range of PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1PID parameter range of PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1PID parameter range of PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1PID parameter range of PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1PID parameter range of PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1PID parameter range of PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1

Read/WriteR/WR/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

Description

Same as parameter of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1



Parameter of loop 3

AF05.EPS

D register No.

D2001-D2018D2101-D2119

D2125-D2128

D2131-D2149

D2155-D2158

D2161-D2179

D2185-D2188

D2191-D2209

D2215-D2218

D2221-D2239

D2245-D2248

D2251-D2269

D2275-D2278

D2281-D2299

D2305-D2308

D2311-D2329

D2335-D2338

Classification

Each loop parameterPID parameter of PID number 1 of loop 3Control alarm setting for PID parameter 1 of loop 3PID parameter of PID number 2 of loop 3Control alarm setting for PID parameter 2 of loop 3PID parameter of PID number 3 of loop 3Control alarm setting for PID parameter 3 of loop 3PID parameter of PID number 4 of loop 3Control alarm setting for PID parameter 4 of loop 3PID parameter of PID number 5 of loop 3Control alarm setting for PID parameter 5 of loop 3PID parameter of PID number 6 of loop 3Control alarm setting for PID parameter 6 of loop 3PID parameter of PID number 7 of loop 3Control alarm setting for PID parameter 7 of loop 3PID parameter of PID number 8 of loop 3Control alarm setting for PID parameter 8 of loop 3

Setting value

Same range as parameter of loop 1Same range as PID parameter for PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1Same range as PID parameter for PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1Same range as PID parameter for PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1Same range as PID parameter for PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1Same range as PID parameter for PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1Same range as PID parameter for PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1Same range as PID parameter for PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1Same range as PID parameter for PID number 1 of loop 1Same range as control alarm setting for PID number 1 of loop 1

Read/WriteR/WR/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

Description

Same parameter as loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1



Parameter of loop 4

AF06.EPS

D register No.

D2501-D2518D2601-D2619

D2625-D2628

D2631-D2649

D2655-D2658

D2661-D2679

D2685-D2688

D2691-D2709

D2715-D2718

D2721-D2739

D2745-D2748

D2751-D2769

D2775-D2778

D2781-D2799

D2805-D2808

D2811-D2829

D2835-D2838

Classification

Parameter for each loopsPID parameter of PID number 1 of loop 4Control alarm setting for PID parameter 1 of loop 4PID parameter of PID number 2 of loop 4Control alarm setting for PID parameter 2 of loop 4PID parameter of PID number 3 of loop 4Control alarm setting for PID parameter 3 of loop 4PID parameter of PID number 4 of loop 4Control alarm setting for PID parameter 4 of loop 4PID parameter of PID number 5 of loop 4Control alarm setting for PID parameter 5 of loop 4PID parameter of PID number 6 of loop 4Control alarm setting for PID parameter 6 of loop 4PID parameter of PID number 7 of loop 4Control alarm setting for PID parameter 7 of loop 4PID parameter of PID number 8 of loop 4Control alarm setting for PID parameter 8 of loop 4

Setting value


Read/WriteR/WR/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

Description

Same parameter as loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1



Parameter of loop 5

AF07.EPS

D register No.

D3001-D3018D3101-D3119

D3125-D3128

D3131-D3149

D3155-D3158

D3161-D3179

D3185-D3188

D3191-D3209

D3215-D3218

D3221-D3239

D3245-D3248

D3251-D3269

D3275-D3278

D3281-D3299

D3305-D3308

D3311-D3329

D3335-D3338

Classification

Parameter for each loopsPID parameter of PID number 1 of loop 5Control alarm setting for PID parameter 1 of loop 5PID parameter of PID number 2 of loop 5Control alarm setting for PID parameter 2 of loop 5PID parameter of PID number 3 of loop 5Control alarm setting for PID parameter 3 of loop 5PID parameter of PID number 4 of loop 5Control alarm setting for PID parameter 4 of loop 5PID parameter of PID number 5 of loop 5Control alarm setting for PID parameter 5 of loop 5PID parameter of PID number 6 of loop 5Control alarm setting for PID parameter 6 of loop 5PID parameter of PID number 7 of loop 5Control alarm setting for PID parameter 7 of loop 5PID parameter of PID number 8 of loop 5Control alarm setting for PID parameter 8 of loop 5

Setting value


Read/WriteR/WR/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

Description

Same parameter as loop 1(*2)

Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1



Parameter of loop 6

AF08.EPS

D register No.

D3501-D3518D3601-D3619

D3625-D3628

D3631-D3649

D3655-D3658

D3661-D3679

D3685-D3688

D3691-D3709

D3715-D3718

D3721-D3739

D3745-D3748

D3751-D3769

D3775-D3778

D3781-D3799

D3805-D3808

D3811-D3829

D3835-D3838

Classification

Parameter for each loopPID parameter of PID number 1 of loop 6Control alarm setting for PID parameter 1 of loop 6PID parameter of PID number 2 of loop 6Control alarm setting for PID parameter 2 of loop 6PID parameter of PID number 3 of loop 6Control alarm setting for PID parameter 3 of loop 6PID parameter of PID number 4 of loop 6Control alarm setting for PID parameter 4 of loop 6PID parameter of PID number 5 of loop 6Control alarm setting for PID parameter 5 of loop 6PID parameter of PID number 6 of loop 6Control alarm setting for PID parameter 6 of loop 6PID parameter of PID number 7 of loop 6Control alarm setting for PID parameter 7 of loop 6PID parameter of PID number 8 of loop 6Control alarm setting for PID parameter 8 of loop 6

Setting value


Read/WriteR/WR/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

R/W

Description

Same as parameter of loop 1(*2)

Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1Same PID parameter of PID number1 of loop 1Same control alarm setting as PID number 1 of loop 1

*1 : In case of reading register of only Write, O will be returned.

*2 : Loop 5 and loop 6 don't have bias setting, filter setting, ratio setting, and remote/local switching for Remote and PV range.



Program operation parameter

AF09.EPS

*3 : For rest of segment time and Process time of wait time (hh hour, mm minute, ss second), 3 registers hh, mm, and ss have to be read.*4 : Each bit of registers expresses an event status.

If each bit is 1, the event that corresponds to is ON.

In reading these data with ladder communication, the value needs to be transferred to 16 bit coded integer in upperhand host because the data that is transferred to BCD returns.

Bit0123456789101112131415

Event No.12345678910111213141516

AF10.EPS

Setting0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON0: event OFF 1: Event ON

D register No.

D4001D4002D4003D4004

D4005D4006

D4007D4008D4009D4010D4011D4012D4013D4014D4015D4016D4017D4018D4019D4020

Description

Program operation RUN/STOPHOLD for program operationSegment AdvancePattern number switching in case of Stop of program operationPattern number of operationSegment number during operation

Rest of segment time during operation (hh, hour)Rest of segment time during operation (mm , minute)Rest of segment time during operation (ss, second)Waite statusProcess time of wait time during being wait (hh, hour)Process time of wait time during being wait (mm, minute)Process time of wait time during being wait (ss, second)Repeat Number during operationRest of repeat number during operationRepeat start number during operationRepeat end number during operationPattern end signalTime event statusPV event status

Settings

0 : STOP 1 : RUN0 : not Hold 1 : HOLD1 : Advance request1 : Pattern number 1 : 30 : Pattern number 30

1 : Pattern number 1 : 30 : Pattern number 300-99, however 0 is time after stating program operation until program pattern start.0-99(*3)

0-59(*3)

0-59(*3)

0 : not available, 1 : in being Wait0-99(*3)

0-59(*3)

0-59(*3)

0-9990-9991-991-990 : not available, 1: Pattern end(*4)

(*4)

Read/WriteR/WR/WWW

RR

RRRRRRRRRRRRRR



Parameter for reading

AF011.EPS

*5 : Measurement data and Math data alarm statuses are set at 16 bit integer by the order, alarm level 2, alarm level 1, alarm level 4, and alarm level 4. 0-8 value is set for each alarm level with 4 bit. This 0-8 corresponds to high/low limit, differential high/low limit, high/low limit of rate-of-change, high/low limit of delay. In reading these data with ladder communication, the value needs to be transferred to 16 bit coded integer at upperhand host because the data that is transferred to BCD returns

*6 : Control data alarm status is set by order, alarm level 2, alarm level 1. For 2nd register, order of alarm status is level 4 and level 3. 0, 21-30 are set with 8 bits for an alarm level. These 21-30 corresponds to high/low limit, differential high/low limit, high/low limit of rate-of-change, high/low limit of delay. This is also needed to transfer from BCD data to 16 bits coded integer.

*7 : In control alarm status of D755 and D7552, each 16 bit coded register expresses each alarm level of loops. If an alarm level for each loop is ON regardless of any kinds of alarm, the corresponding bit is 1. In reading these data with ladder communication, the value needs to be transferred to 16 bit coded integer in upper hand host because the data that is transferred to BCD returns. In reading D7551 and D7552 for loop model and reading D7552 for loop model, and 4 loop model(or in selecting 4 loop use for 6 loop model), error(error code 2) returns.

Reference No.

D5001D5020D5501D5520D6001D6002D6059D6060D6501D6530D7001D7018D7501D7502D7535D7536D7614D7615D9001D9002D9003D9004D9005D9006D9007D9008

Description

Measurement dataMeasurement dataMeasurement data alarm statusMeasurement data alarm statusMath dataMath dataMath dataMath dataMath data alarm statusMath data alarm statusControl dataControl dataControl data alarm statusControl data alarm statusControl data alarm statusControl data alarm statusControl alarm status (1-4 loops)Control alarm status (6-6 loops)YearMonthDateHourMinutesecondsMm Summer, winter

Data

Measurement data of CH1Measurement data of CH30Measurement data alarm status of CH01 (*5)

Measurement data alarm status of CH01 (*5)

Math data of CH31 (high order of 5 digit)Math data of CH31 (low order of 5 digit)Math data of CH60 (high order of 5 digit)Math data of CH60 (low order of 5 digit)Math data alarm status of CH31 (*5)

Math data alarm status of CH60 (*5)

Control data 0f CH101Control data 0f CH118Control data alarm status of CH101 (A2A1) (*6)

Control data alarm status of CH101 (A4A3) (*6)



Alarm status at 1-4 level for each 1, 2, 3, 4 loop (*7)

Alarm status at 1-4 level for each 5-6 loop (*7)

Year (4 digits)1-121-310-590-590-990-07 125ms unit0 : winter time 1 : summer time

Read/Write

RRRRRRRRRRRRRRRR

RRRRRRRR



D7551 Bit configuration for control data alarm status (1-4 loop)

Bit0123456789

101112131415

AF12.EPS

Loop 1 alarm at level 1 (If 1, alarm ON. If 0, alarm off)Loop 1 alarm at level 2 (If 1, alarm ON. If 0, alarm off)Loop 1 alarm at level 3 (If 1, alarm ON. If 0, alarm off)Loop 1 alarm at level 4 (If 1, alarm ON. If 0, alarm off)Loop 2 alarm at level 1 (If 1, alarm ON. If 0, alarm off)Loop 2 alarm at level 2 (If 1, alarm ON. If 0, alarm off)Loop 2 alarm at level 3 (If 1, alarm ON. If 0, alarm off)Loop 2 alarm at level 4 (If 1, alarm ON. If 0, alarm off)Loop 3 alarm at level 1 (If 1, alarm ON. If 0, alarm off)Loop 3 alarm at level 2 (If 1, alarm ON. If 0, alarm off))Loop 3 alarm at level 3 (If 1, alarm ON. If 0, alarm off)Loop 3 alarm at level 4 (If 1, alarm ON. If 0, alarm off))Loop 4 alarm at level 1 (If 1, alarm ON. If 0, alarm off)Loop 4 alarm at level 2 (If 1, alarm ON. If 0, alarm off)Loop 4 alarm at level 3 (If 1, alarm ON. If 0, alarm off)Loop 4 alarm at level 4 (If 1, alarm ON. If 0, alarm off)

D7552 Bit configuration for control data alarm status (5-6 loop)

Bit0123456789101112131415

Loop 5 alarm at level 1 (If 1, alarm ON. If 0, alarm off)Loop 5 alarm at level 2 (If 1, alarm ON. If 0, alarm off)Loop 5 alarm at level 3 (If 1, alarm ON. If 0, alarm off)Loop 5 alarm at level 4 (If 1, alarm ON. If 0, alarm off)Loop 6 alarm at level 1 (If 1, alarm ON. If 0, alarm off)Loop 6 alarm at level 2 (If 1, alarm ON. If 0, alarm off)Loop 6 alarm at level 3 (If 1, alarm ON. If 0, alarm off)Loop 6 alarm at level 4 (If 1, alarm ON. If 0, alarm off)

AF13.EPS

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