WATANABE WPMZ-5, WPMZ-6, MAX Induction SM-261R, MAX Induction SM-263R, MAX Induction SM-263RU Instruction Manual

WPMZ series

Modbus communication

instruction manual

Supported module type

WPMZ-5/6

Ver.1.30

Instruction manual number IM-0862-02

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

1

Table of contents

INTRODUCTION ....................................................................................................................................... 2

1. OVERVIEW ............................................................................................................................................ 3

2. MODULE COMMUNICATION SPECIFICATION ................................................................................ 4

2-1. SUPPORTED MODULES ............................................................................................................................ 4

2-2. MODULE COMMUNICATION SPECIFICATION ............................................................................................. 4

2-3. MODULE WIRING (RS-485 COMMUNICATION OPTION) ............................................................................. 5

2-3-1. Wiring method ................................................................................................................................ 5

2-3-2. Connection terminal ....................................................................................................................... 5

2-3-3. Configuration diagram example .................................................................................................... 6

2-4. MODULE WIRING (RS-232C COMMUNICATION OPTION) .......................................................................... 8

2-4-1. Connection terminal ....................................................................................................................... 8

2-4-2. Configuration diagram example .................................................................................................... 8

3. MODBUS COMMUNICATION SPECIFICATION .................................................................................................... 9

3-1. COMMUNICATION PROCEDURE ................................................................................................................ 9

3-2. TRANSMISSION SWITCHING TIME ............................................................................................................ 9

3-3. MESSAGE ............................................................................................................................................... 10

3-3-1. Composition of messages ............................................................................................................. 10

3-3-2. Message Contents ......................................................................................................................... 10

3-3-3. Types of data ................................................................................................................................. 10

3-3-4. Slave ID ......................................................................................................................................... 10

3-3-5. Function code ................................................................................................................................. 11

3-3-6. Format Details ............................................................................................................................... 11

3-4. ERROR DETECTION ................................................................................................................................ 17

3-4-1. CRC-16 .......................................................................................................................................... 17

3-4-2. Calculation of CRC-16 .................................................................................................................. 17

3-5. ERROR MESSAGE ................................................................................................................................... 20

4. COMMUNICATION EXAMPLE .......................................................................................................... 21

4-1. WPMZ-5/6 ............................................................................................................................................ 21

4-1-1. Acquire measurement data .......................................................................................................... 21

4-1-2. Change control parameters .......................................................................................................... 22

4-1-3. Change setting parameters .......................................................................................................... 23

5. ADDRESS MAP .................................................................................................................................... 26

5-1. WPMZ-5/6 ............................................................................................................................................ 26

5-1-1. Setting and control parameters ................................................................................................... 26

5-1-2. Measurement data...................................................................................................................... 105

6. TROUBLESHOOTING........................................................................................................................ 108

6-1. ABOUT COMMUNICATION ..................................................................................................................... 108

6-1-1. Communication abnormal .......................................................................................................... 108

6-1-2. The acquired data is abnormal .................................................................................................. 108

Modbus is a registered trademark of Modicon Inc. (AEG Schneider Automation International S.A.S.).

WPMZ Series Modbus communication instruction manual

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Number of pages：１０９

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Introduction

This instruction manual explains notes, information and setting method when using Modbus communication of WPMZ series.

Please observe the following in order to use the product correctly and safely.

○ Please read this instruction manual thoroughly before use and use it properly. ○ Before constructing the system, carefully read the Modbus compatible products and other equipment 's

instruction manuals to be used, and use them correctly.

○ After reading, carefully keep it and read it when you need it.

Usage restrictions

● Please note that the contents of this manual may be changed without notice.

We will not be held responsible in any case for special damages, indirect

damages, losses caused by this manual.

In this operation manual, hexadecimal data is indicated by appending "H" after the numerical value. Nothing is appended to decimal data. Example) Hexadecimal number: 123H, decimal number: 123

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1. Overview

We will explain the specification of Modbus communication of WPMZ series. This manual is intended for engineers who connect from Modbus Master to Modbus compatible products and create processing to collect settings and data.

As a Modbus master, it is assumed to be a PC or Programmable Logic Controller (PLC). Please prepare equipment to be used for Modbus master in advance.

First, refer to "2. Module communication specification" and set the module (WPMZ - 5/6) connected to the Modbus master so that it conforms to the communication specifications. Then refer to "5. Address Map" of the corresponding module according to "3. Modbus communication specification" and set and read the necessary items.

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2. Module communication specification

2-1. Supported Modules

The corresponding modules assumed in this manual are as follows. WPMZ-5 WPMZ-6

2-2. Module communication specification

The communication specifications when connecting to each module are as shown in the table below.

Table 2.1 Communication specification of module (RS-485 communication option)

WPMZ-5/6

Standard

RS-485 compliant

Protocol

Modbus(RTU)

Synchronous mode

Asynchronous type

Communication method

2-wire half-duplex

Error detection method

CRC-16

communication speed

9600bps、19200bps、38400bps

Data length

8 (fixed)

Start bit

1(fixed)

Parity bit

Selection from eve, odd, none

Stop bit

1、2

(Stop bit 2 can be set only when there is no parity)

Signal name used

Non-inverted (+), inverted (-)

Terminating resistance

Approximately 120 Ω (Connected by short-circuiting TERM

terminals)

Number of connected units

31 (number of slave devices)

Configurable address

1～31 （0 can not be used)

Transmission distance (total)

1.2km

※For CE mark conformance, less than 30 m

Table 2.2 Module communication specification (RS-232C communication option)

WPMZ-5/6

Standard

RS-232C compliant

Protocol

Modbus(RTU)

Synchronous mode

Asynchronous type

Communication method

Full duplex

Error detection method

CRC-16

communication speed

9600bps、19200bps、38400bps

Data length

8 (fixed)

Start bit

1(fixed)

Parity bit

Selection from eve, odd, none

Stop bit

1、2

(Stop bit 2 can be set only when there is no parity)

Signal name used

TXD、RXD、SG

Terminating resistance

-

Number of connected units

1 (number of slave devices)

Configurable address

1 only （0 can not be used)

Transmission distance (total)

15m

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2-3. Module wiring (RS-485 communication option)

2-3-1. Wiring method

The Modbus communication wiring is wired in a daisy chain (daisy chaining). If there are multiple branches from the star wiring or module, it may not be able to communicate properly.

2-3-2. Connection terminal

This section describes the Modbus (RS485) connection terminals of the module.

1. WPMZ-5/6

Modbus (RS485) connection terminal of WPMZ-5/6 is as shown below. 28 and 31, 29 and 32 are conducting inside the equipment respectively. (Since the connector inside does not have continuity, communication lines and remove the connector will be disconnected.)

Table 2.3 Connector contents

Symbol

Contents

28,31

RS485

＋

Non-inverting signal

29,32

－

Inverting signal

30

SG

Signal ground

33,34

Terminal resistance （120Ω）terminals

* Short 33 and 34 to be enable the resistance.

Figure 2.1 Wiring of Modbus communication

terminal

Correct wiring (Daisy chain)

Incorrect wiring (Star wiring)

Incorrect wiring (There is a branch on the way)

Figure 2.2 Modbus communication wiring

＋

RS-485

TERM

SG

－

＋

RS-485

－

34

28 29

30

31

32

33

* 　、　＆　　、　：connected internally

28 31

29 32

Suitable wire：AWG24 to 16

Master

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2-3-3. Configuration diagram example

The configuration example of WPMZ - 5/6 is shown below.

1. About communication cable

Please use a shielded cable that meets the following specifications.

Table 2.4 Communication cable specification

Product name

Size

Total cable extension

WPMZ-5/6

AWG24～16

1.2km or less

2. About connection of terminating resistor

Up to 31 slaves (modules) can be connected. At that time, please set the terminating resistor for the module which becomes the terminal equipment of the line. In the case of WPMZ-5/6, connect the TERM terminals together. If this product is not a terminal equipment of the line, please do not set the termination resistor.

When connecting via Modbus using the USB - RS 485 converter, even if the master is a personal computer, set the terminating resistor in the USB - RS 485 converter. (See the figure below)

Note: Do not configure multiple masters to connect to the same slave (module). Communication may not be performed correctly and data may not be taken.

Figure 2.3 Terminating resistance when USB-RS 485 converter is used

Master

Set the

terminating

resistance

Set the

terminating

resistance

USB-RS485

converter

Computer

Slave (module)

USB

RS485

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3. Connection diagram

The Modbus connection of WPMZ - 5/6 is shown below. Please set the terminating resistance to the master and slave at the final end (WPMZ in the figure below).

Table 2.5 Modbus connection terminal (WPMZ - 5/6)

Terminal

number

symbol

Contents

28,31

RS485

＋

Communication plus

terminal

29,32

－

Communication minus

terminal

30

SG

Communication SG

terminal

33,34

TERM (※)

Terminal resistor terminal

(120 Ω)

※ When connecting the TERM terminals to each other, the terminating resistance becomes

effective.

Figure 2.4 Modbus connection of WPMZ-5/6

With terminating resistance

Shield cable

※ When WPMZ - 5/6 is

terminated, connect the

TERM terminals together.

Twisted pair wire WPMZ-5/6：AWG24～16

Slave

WPMZ

Master

SG

+

SG

S

T

Shield cable

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2-4. Module wiring (RS-232C communication option)

2-4-1. Connection terminal

The figure below shows the RS - 232C connection terminal of WPMZ - 5/6.

Table 2.6 Connector contents

Terminal

number

symbol

Contents

28 RXD

Receive terminal

29 TXD

Transmission terminal

30 SG

Common terminal of

communication function

31～34

NC

Not connected ※ Please

do not use as relay

terminal.

2-4-2. Configuration diagram example

The configuration example of WPMZ - 5/6 is shown below.

Master and slave (module) are connected 1: 1. Specify "1" for the slave address of the Modbus protocol.

Figure 2.5 Wiring of RS-232C communication

Figure 2.6 When USB-RS232C converter is used

マスター

USB RS-232C

converter

computer

Slave (module)

USB

RS-232C

RXD

TXD

SG

NC

34

28 29 30

31

32

33

Suitable wire：AWG24 to 16

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3. Modbus communication specification

Modbus is a single master / multislave system. A message is sent from one Modbus master to the slave (module). The message is sent to the specified slave (module).

3-1. Communication procedure

When the master sends a command message, the slave (module) sends a response message to the contents of the message. The operations of the master side message and the slave side message are as follows.

3-2. Transmission Switching Time

In communication between master and slave, idle time for 3.5 characters is required for transmission / reception switching.

Please refer to the table below for the idle time for 3.5 characters. In the WPMZ-5/6 series, the communication speed and parity setting can be changed.

Table 3.1 3.5 character idle time (reference value)

communication

speed

With parity

(Even number, odd

number)

No parity

9600bps

4.01ms

3.65ms

19200bps

2.01ms

1.82ms

38400bps

1.00ms

0.91ms

Master

Slave

(module)

Command

message

Response

message

Command

message

Response

message

Figure 3.1 Communication procedure

Master side message transmission

Slave side message

response

Idle time

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3-3. Message

3-3-1. Composition of messages

After securing an idle interval of 3.5 character transmission time or longer, it transmits a communication message and ends after an idle time of 3.5 character transmission time or more.

Id l e 3. 5 ch a r a ct e r s

Sl a ve I D

Fu n c t i o n

co d e

Th e d a t a

Er r or c h e c k

CRC-16

Id l e 3. 5 ch a r a ct e r s

1b y te

2～ 250b y t e

(v a r i ab l e

le n g t h )

2b y te

3-3-2. Message Contents

In the structure of the above message, descriptions of data and contents that can be set are shown in the table below.

Table 3.2 Message contents

item

Setting data

Contents

Slave ID

01～1FH

Slave ID (maximum number of connected units is 31)

Function code

03H

Read held register

04H

Read input register (Read only address)

06H

Hold register 1 word write

08H

Diagnosis

0BH

Read event counter

0CH

Read event log

10H

Holding register Continuous write

11H

Read slave information

The data

－

Data (variable length by command)

Error check (CRC-16)

Calculate CRC-16 from the slave ID to the last byte of the data and add CRC-16 (2 bytes) of the operation result to the data in the order of the lower byte and the upper byte.

3-3-3. Types of data

Modbus data has two input register and holding register.

Table 3.3 Types of data

Types of data

Reading and

writing

Details

Input register

Read only

It is used to acquire the information in the slave.

Holding register

Reading and

writing

It is used to acquire and set slave control information / setting information.

3-3-4. Slave ID

It returns a response message only when the received message matches the ID value set in the module. If they do not match, no response message is returned.

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3-3-5. Function code

The function code is a code that specifies the operation to be made slave, and it is included in the message sent from the master to the slave. The function codes described in this manual are shown in the table below.

Table 3.4 Function code list

Function

code

Feature Description

03H

Read held register

04H

Read input register (Read only address)

06H

Hold register 1 word write

08H

Diagnosis

10H

Holding register Continuous write

3-3-6. Format Details

Explain the detailed format for each function code.

Caution

Please be aware that the error checking CRC in each format is added in order of lower byte and higher byte.

1. Function code 03H (Read held register)

Read the parameter value of the specified address.

Tran s miss i on a nd rece p tion for m at

◎Transmission data (master → slave (module))

Table 3.5 Function code 03H Transmission format

na m e

Tr a n s mi tt e d da ta

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

03H

Ad d re s s

Up p e r

0000 ～ 27 0F H

Lo w er

Nu m be r o f w o r d s t o be

re a d( D a t a le n g th ÷ 2 )

Up p e r

0001 ～ 00 7D H

Lo w er

Er r or c h e c k

(CRC- 16)

Up p e r

0000 ～ FF F F H

Lo w er

※Specify the number of read words in units of data length for each address.

◎Received data (slave (module) → master)

Table 3.6 Function code 03H Reception format

na m e

Re c e i ve d d a t a

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

03H

Nu m be r o f by te s r ea d

2 × n u mb e r of r e a d w or d s

Fi r s t w o r d d a t a

Up p e r

0000 ～ FF F F H

Lo w er

Ne x t w o r d da ta

Up p e r

0000 ～ FF F F H

Lo w er

～

Th e l as t w or d d a t a

Up p e r

0000 ～ FF F F H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

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2. Function code 04H (Read input register [Read only address])

Read the measurement value of the specified read-only address.

Tran s miss i on a nd r ece p tion form a t

◎Transmission data (master → slave (module))

Table 3.7 Function code 04H Transmission format

na m e

Tr a n s mi tt e d da ta

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

04H

Ad d re s s

Up p e r

0000 ～ 27 0F H

Lo w er

Nu m be r o f w o r d s t o be

re a d( D a t a le n g th ÷ 2 )

Up p e r

0001 ～ 00 7D H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

※Specify the number of read words in units of data length for each address.

◎Received data (slave (module) → master)

Table 3.8 Function code 04H Reception format

na m e

Re c e i ve d d a t a

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

04H

Nu m be r o f by te s r ea d

2 × n u mb e r of r e a d w or d s

Fi r s t w o r d d a t a

Up p e r

0000 ～ FF F F H

Lo w er

Ne x t w o r d da ta

Up p e r

0000 ～ FF F F H

Lo w er

～

Th e l as t w or d d a t a

Up p e r

0000 ～ FF F F H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

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3. Function code 06H (Write 1 word of holding register)

Writes 1 word (2 bytes) of data to the specified writable address.

Tran s miss i on a nd r ece p tion form a t

◎Transmission data (master → slave (module))

Table 3.9 Function code 06H Transmission format

na m e

Tr a n s mi tt e d da ta

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

06H

Ad d re s s

Up p e r

0000 ～ 27 0F H

Lo w er

Wr i te w o r d d a t a

Up p e r

0000 ～ FF F F H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

◎Received data (slave (module) → master)

Table 3.10 Function code 06H Reception format

na m e

Re c e i ve d d a t a

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

06H

Ad d re s s

Up p e r

0000 ～ 27 0F H

Lo w er

Wr i te w o r d d a t a

Up p e r

0000 ～ FF F F H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

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Fun c tion code 08H ( dia g n osi s ) It is a communication that diagnoses the communication between the master and the slave and diagnoses the module.

Tran s miss i on a nd r e cep t i on f orma t

◎Transmission data (master → slave (module))

Table 3.11 Function code 08H Transmission format

na m e

Tr a n s mi tt e d da ta

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

08 H

Di a g n os t i c s u b c o d e

Up p e r

0000 ～ 0012H

Lo w er

Da t a f i e l d

Up p e r

0000 ～ FF F F H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

◎Received data (slave (module) → master)

Table 3.12 Function code 08H Reception format

na m e

Re c e i ve d d a t a

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

08H

Di a g n os t i c s u b c o d e

Up p e r

0000 ～ 0015H

Lo w er

Da t a f i e l d

Up p e r

0000 ～ FF F F H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

Dia g n osti c su b cod e an d dia g nost i c c o nten t

The corresponding diagnostic subcode is shown in the table below.

Table 3.13 Corresponding diagnostic subcode

Diagnostic

subcode

Diagnostic name

Diagnosis contents

00H

Return Query Data

It returns the data of the transmitted data field as it is.

01H

Restart Communications Option

Restart communication.

02H

Return Diagnostics Register

Returns diagnostic register (fixed as 0 because it is not used).

04H

Force Listen Only Mode

Set the slave to receive only mode.

0AH

Clear Counters and Diagnostic Register

Clear all counters and diagnostic registers.

0BH

Return Bus Message Count

Returns the total of messages detected by the slave.

0CH

Return Bus Communication Error Count

Returns the total of CRC errors detected by the slave.

0DH

Return Bus Exception Error Count

Returns the sum of exception responses of Modbus returned by the specified slave.

0EH

Return Server Message Count

Returns the total of messages received by the specified slave.

0FH

Return Server No Response Count

Returns the total of messages for which the specified slave did not respond.

10H

Return Server NAK Count

Returns the total of messages that the specified slave returned NAK.

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11H

Return Server Busy Count

Returns the number of times slave, busy, exception response returned by the specified slave.

12H

Return Bus Character Overrun Count

Returns the number of times a character overrun error occurred on the specified slave.

Dia g n osti c fu n cti o n co m muni cati o n exam p le

Communication is performed with the diagnosis subcode 00H (Return Query Data) for the module with slave ID 01H. An example of specifying 55AAH for write word data is shown below.

・Transmission data (master → slave (module))

Table 3.14 Function code 08H Transmission data

na m e

Tr a n s mi tt e d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

08H

Di a g n os t i c s u b c o d e

Up p e r

00H

Lo w er

00H

Da t a f i e l d

Up p e r

55H

Lo w er

AA H

Er r or c h e c k

(CRC- 16)

Lo w er

5F H

Up p e r

24H

・Received data (slave (module) → master)

Table 3.15 Function code 08H Receive data

na m e

Re c e i ve d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

08H

Di a g n os t i c s u b c o d e

Up p e r

00H

Lo w er

00H

Da t a f i e l d

Up p e r

55H

Lo w er

AA H

Er r or c h e c k

(CRC- 16)

Lo w er

5F H

Up p e r

24H

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4. Function code 10H (hold register consecutive write)

Writes contiguous data to the specified writable address.

Tran s miss i on a nd r e cep t i on f orma t

◎Transmission data (master → slave (module))

Table 3.16 Function code 10H Transmission format

na m e

Tr a n s mi tt e d da ta

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

10H

St a rt a d d r es s

Up p e r

0000 ～ 27 0F H

Lo w er

Th e n um b e r o f d a t a

Up p e r

0002 ～ 0 1 FE H

Lo w er

Nu m be r o f by te s

01 ～ F F H

Fi r s t w r i t e w o r d da ta

Up p e r

0000 ～ FF F F H

Lo w er

Ne x t w r i t e w or d d at a

Up p e r

0000 ～ FF F F H

Lo w er

～

La s t wr i t e w o r d d a t a

Up p e r

0000 ～ FF F F H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

◎Received data (slave (module) → master)

Table 3.17 Function code 10H Reception format

na m e

Re c e i ve d d a t a

Sl a ve I D

01 ～ F F H

Fu n c t io n c o d e

10H

St a rt a d d r es s

Up p e r

0000 ～ 27 0F H

Lo w er

データ数

Up p e r

0002 ～ 0 1 FE H

Lo w er

Er r or c h e c k

(CRC- 16)

Lo w er

0000 ～ FF F F H

Up p e r

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3-4. Error detection

3-4-1. CRC-16

CRC - 16 is 2 - byte error check data. The calculation range is from the slave ID at the head of the message to the end of the data part. The slave (module) calculates the CRC of the received message, and if it does not match the received CRC code, it becomes no response and the function is not executed.

3-4-2. Calculation of CRC-16

To calculate the CRC, divide the transmission data by the generator polynomial (X16 + X15 + X2 + X0) and set the remainder in the order of the lower byte and upper byte in the error check.

The following is an example of generating with command data from the master device.

① Area initialization: Substitute FFFFH for 【CRC - 16】. ② Assign the calculated value of 【CRC - 16】 XOR 【first data (here, slave ID data)】 to 【CRC -

16】. ③ Assign [CRC - 16] to the right by one bit shifted to [CRC - 16]. ④ If CF (carry flag) = 1, substitute the calculated value of [CRC - 16] XOR A 001 H into [CRC -

16] according to 3) above. (CF shifts to the right when shifting right one bit when the least

significant bit is 1).

⑤ Repeat ③ and ④ above 8 times. After the end of 8 times, go to ⑥. ⑥ If the last data has been completed, add [CRC - 16] as a calculation result to the message and

exit. If not finished, go to ⑦.

⑦ Assign the calculated value of 【CRC - 16】 XOR 【next data】 to 【CRC - 16】 and go to ③.

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Calc ulat i on e x ampl e : P e rfor m CRC cal c ulat i on o f 01 0 4000 0 0002 .

Table 3.18 Calculated data example: 010400000002 (6 bytes data)

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2 1 CF

説明

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1

－

FFFFH (initialization)

01 (1st byte)

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

1 －

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

0 － XOR top two rows

right shift 1st

0 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 0

right shift 2nd

0 0 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H 1 0 0 1 1 1 1 1 1 1 1 1 1 1 1 0 － XOR top two rows

right shift 3rd

0 1 0 0 1 1 1 1 1 1 1 1 1 1 1

1 0

right shift 4th

0 0 1 0 0 1 1 1 1 1 1 1 1 1 1

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 0 0 0 0 1 1 1 1 1 1 1 1 1 1

0 － XOR top two rows

right shift 5th

0 1 0 0 0 0 1 1 1 1 1 1 1 1 1

1 0

right shift 6th

0 0 1 0 0 0 0 1 1 1 1 1 1 1 1

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H 1 0 0 0 0 0 0 1 1 1 1 1 1 1 1 0 － XOR top two rows

right shift 7th

0 1 0 0 0 0 0 0 1 1 1 1 1 1 1

1 0

right shift 8th

0 0 1 0 0 0 0 0 0 1 1 1 1 1 1

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 0 0 0 0 0 0 0 0 1 1 1 1 1 1

0 － XOR top two rows

04 (2nd byte)

0 0 0 0 0 0 0 0 0 0 0 0 0 1 0

0 － 1 0 0 0 0 0 0 0 0 1 1 1 1 0 1 0 － XOR top two rows

right shift 1st

0 1 0 0 0 0 0 0 0 0 1 1 1 1 0

1 0

right shift 2nd

0 0 1 0 0 0 0 0 0 0 0 1 1 1 1

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 0 0 0 0 0 0 0 0 0 0 1 1 1 1

1 － XOR top two rows

right shift 3rd

0 1 0 0 0 0 0 0 0 0 0 0 1 1 1

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 1 0 0 0 0 0 0 0 0 0 1 1 1

0 － XOR top two rows

right shift 4th

0 1 1 1 0 0 0 0 0 0 0 0 0 1 1

1 0

right shift 5th

0 0 1 1 1 0 0 0 0 0 0 0 0 0 1

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 0 0 1 1 0 0 0 0 0 0 0 0 0 1 0 － XOR top two rows

right shift 6th

0 1 0 0 1 1 0 0 0 0 0 0 0 0 0

1 0

right shift 7th

0 0 1 0 0 1 1 0 0 0 0 0 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 0 0 0 0 1 1 0 0 0 0 0 0 0 0

1 － XOR top two rows

right shift 8th

0 1 0 0 0 0 1 1 0 0 0 0 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 1 0 0 0 1 1 0 0 0 0 0 0 0

1 － XOR top two rows

00 (3rd byte)

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

0 － 1 1 1 0 0 0 1 1 0 0 0 0 0 0 0 1 － XOR top two rows

right shift 1st

0 1 1 1 0 0 0 1 1 0 0 0 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 1 0 0 0 1 1 0 0 0 0 0 0

1 － XOR top two rows

right shift 2nd

0 1 1 0 1 0 0 0 1 1 0 0 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 0 1 0 0 0 1 1 0 0 0 0 0

1 － XOR top two rows

right shift 3rd

0 1 1 0 0 1 0 0 0 1 1 0 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 0 0 1 0 0 0 1 1 0 0 0 0

1 － XOR top two rows

right shift 4th

0 1 1 0 0 0 1 0 0 0 1 1 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H 1 1 0 0 0 0 1 0 0 0 1 1 0 0 0 1 － XOR top two rows

right shift 5th

0 1 1 0 0 0 0 1 0 0 0 1 1 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 0 0 0 0 1 0 0 0 1 1 0 0

1 － XOR top two rows

right shift 6th

0 1 1 0 0 0 0 0 1 0 0 0 1 1 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 0 0 0 0 0 1 0 0 0 1 1 0

1 － XOR top two rows

right shift 7th

0 1 1 0 0 0 0 0 0 1 0 0 0 1 1

0 1 CF became 1

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16

15

14

13

12

11

10 9 8 7 6 5 4 3 2 1 CF

説明 1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 1 － A001H 1 1 0 0 0 0 0 0 0 1 0 0 0 1 1 1 － XOR top two rows

right shift 8th

0 1 1 0 0 0 0 0 0 0 1 0 0 0 1

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 0 0 0 0 0 0 0 1 0 0 0 1

0 － XOR top two rows

00 (4th byte)

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

0 － 1 1 0 0 0 0 0 0 0 0 1 0 0 0 1 0 － XOR top two rows

right shift 1st

0 1 1 0 0 0 0 0 0 0 0 1 0 0 0

1 0

right shift 2nd

0 0 1 1 0 0 0 0 0 0 0 0 1 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 0 0 1 0 0 0 0 0 0 0 0 1 0 0

1 － XOR top two rows

right shift 3rd

0 1 0 0 1 0 0 0 0 0 0 0 0 1 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 1 0 1 0 0 0 0 0 0 0 0 1 0

1 － XOR top two rows

right shift 4th

0 1 1 1 0 1 0 0 0 0 0 0 0 0 1

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H 1 1 0 1 0 1 0 0 0 0 0 0 0 0 1 1 － XOR top two rows

right shift 5th

0 1 1 0 1 0 1 0 0 0 0 0 0 0 0

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 0 1 0 1 0 0 0 0 0 0 0 0

0 － XOR top two rows

right shift 6th

0 1 1 0 0 1 0 1 0 0 0 0 0 0 0

0 0

right shift 7th

0 0 1 1 0 0 1 0 1 0 0 0 0 0 0

0 0

right shift 8th

0 0 0 1 1 0 0 1 0 1 0 0 0 0 0

0 0

00 (5th byte)

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

0 － 0 0 0 1 1 0 0 1 0 1 0 0 0 0 0 0 － XOR top two rows

right shift 1st

0 0 0 0 1 1 0 0 1 0 1 0 0 0 0

0 0

right shift 2nd

0 0 0 0 0 1 1 0 0 1 0 1 0 0 0

0 0

right shift 3rd

0 0 0 0 0 0 1 1 0 0 1 0 1 0 0

0 0

right shift 4th

0 0 0 0 0 0 0 1 1 0 0 1 0 1 0

0 0

right shift 5th

0 0 0 0 0 0 0 0 1 1 0 0 1 0 1

0 0

right shift 6th

0 0 0 0 0 0 0 0 0 1 1 0 0 1 0

1 0

right shift 7th

0 0 0 0 0 0 0 0 0 0 1 1 0 0 1

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 0 1 0 0 0 0 0 0 0 1 1 0 0 1

1 － XOR top two rows

right shift 8th

0 1 0 1 0 0 0 0 0 0 0 1 1 0 0

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 1 1 0 0 0 0 0 0 0 1 1 0 0

0 － XOR top two rows

02 (6th byte)

0 0 0 0 0 0 0 0 0 0 0 0 0 0 1

0 － 1 1 1 1 0 0 0 0 0 0 0 1 1 0 1 0 － XOR top two rows

right shift 1st

0 1 1 1 1 0 0 0 0 0 0 0 1 1 0

1 0

right shift 2nd

0 0 1 1 1 1 0 0 0 0 0 0 0 1 1

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 0 0 1 1 1 0 0 0 0 0 0 0 1 1

1 － XOR top two rows

right shift 3rd

0 1 0 0 1 1 1 0 0 0 0 0 0 0 1

1 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H 1 1 1 0 1 1 1 0 0 0 0 0 0 0 1 0 － XOR top two rows

right shift 4th

0 1 1 1 0 1 1 1 0 0 0 0 0 0 0

1 0

right shift 5th

0 0 1 1 1 0 1 1 1 0 0 0 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H 1 0 0 1 1 0 1 1 1 0 0 0 0 0 0

1 － XOR top two rows

right shift 6th

0 1 0 0 1 1 0 1 1 1 0 0 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 1 0 1 1 0 1 1 1 0 0 0 0 0

1 － XOR top two rows

right shift 7th

0 1 1 1 0 1 1 0 1 1 1 0 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 1 0 1 1 0 1 1 1 0 0 0 0

1 － XOR top two rows

right shift 8th

0 1 1 0 1 0 1 1 0 1 1 1 0 0 0

0 1 CF became 1

1 0 1 0 0 0 0 0 0 0 0 0 0 0 0

1 － A001H

1 1 0 0 1 0 1 1 0 1 1 1 0 0 0

1 － XOR top two rows

The result of this CRC calculation is 1100101101110001. (Last line) Displayed in hexadecimal notation is CB71H. (When you incorporate it into messages, it will be in order from lowest to highest)

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3-5. Error Message

If there is an error in the message sent from the master, an error message is returned from the slave (module). When an error message is returned, check the transmission data.

Table 3.19 Contents of error message (slave (module) → master)

na m e

Sl a ve I D

Re c ei ve d fu n ct io n c o d e + 8 0 H

Er r or c od e ( se e ta b le b e l ow )

Er r or c h e c k

(CRC- 16)

Lo w er

Up p e r

Table 3.20 Error code contents

Er r or c od e

Con te nt s

De s cr ip ti o n

01H

Fu n c t io n c o d e

de f ec t

Th e m od ul e r ec ei ve d a f un ct i o n c od e th a t doe s no t c o r re sp on d.

02H

Ad d re ss p r o b le m

Th e m od ul e r ec ei ve d a n on - co m p l i a nt ad d re ss .

03H

Nu m be r of d a t a

er r or s

Th e s pe ci f ie d nu mb e r o f d at a is t o o la rg e .

06H

Sl a ve b us y

Th e m od ul e i s bu sy .

◎Error example

Response in case an address error occurs in the function code 04H from the module with the slave ID 01H

Table 3.21 Example of received data in case of error

na m e

Re c e i ve d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

84H

Er r or c o de

02H

Er r or c h e c k

(CRC- 16)

Lo w er

C2 H

Up p e r

C1 H

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4. Communication example

The actual communication example of each message is shown below.

4-1. WPMZ-5/6

4-1-1. Acquire measurement data

When acquiring measurement data, it is as follows.

1. Data acquisition communication

Here is an example of obtaining the instantaneous display value of pulse input A. Pulse input A instantaneous display value is defined in the input register, so 04 H (input register readout [read only address]) is used as the function code.

Puls e in p ut A inst a nta n eous disp l ay v alue acq u i siti on (a ddre ss: 0 1 91 H )

First, send a message from the master to the slave (module). Since the data size is 4 bytes, the number of read words is 2.

Table 4.1 Pulse input A Acquire instantaneous display value [Send]

na m e

Tr a n s mi tt e d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

04H

Ad d re s s

Up p e r

01 H

Lo w er

91H

Nu m be r of w o r d s to

be re ad

Up p e r

00H

Lo w er

02 H

Er r or c h e c k

(CRC- 16)

Lo w er

21H

Up p e r

DAH

After that, 2 words of data are returned from the slave (module) to the master.

Table 4.2 Pulse input A Acquire instantaneous display value [Receive]

na m e

Re c e i ve d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

04H

Nu m be r o f by te s r ea d

04H

Da t a of t he fi rs t

wor d

Up p e r

00H

Lo w er

01 H

Da t a of t h e se co nd

wor d

Up p e r

E2H

Lo w er

40H

Er r or c h e c k

(CRC- 16)

Lo w er

E3 H

Up p e r

14H

The acquired data is continued for two words, and it is as follows.

Table 4.3 Acquired data

Read value

(hexadecimal number)

Decimal number

0001E240H

123456

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4-1-2. Change control parameters

The simulation input / output control of the module is as follows.

1. Control parameter change communication

This example shows simulated output of the comparison output AL1. Since the simulation output instruction of the comparison output AL1 is defined in the holding register, 10H (hold register consecutive writing) is used as the function code.

Comp a rat i ve o u tpu t AL1 simu l ated out p u t ( a ddre s s: 0 3 E8H )

First, send a message from the master to the slave (module). Data write AL1 simulation output instruction: valid (0001H), indicated value: ON (0001H). Since the number of words to be written is 2, the number of bytes to be written is 4.

Table 4.4 Comparative output AL1 simulated output [Send]

na m e

Tr a n s mi tt e d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

10H

St a rt a d d r es s

Up p e r

03 H

Lo w er

E8H

Th e n um be r o f da ta

Up p e r

00 H

Lo w er

02H

Nu m be r of b y te s

04H

Da t a of t he fi rs t

wor d

Up p e r

00H

Lo w er

01H

Da t a of t h e se co nd

wor d

Up p e r

00H

Lo w er

01 H

Er r or c h e c k

(CRC- 16)

Lo w er

78H

Up p e r

B1H

Then the slave (module) will respond to the master.

Table 4.5 Comparative output AL1 simulated output [Receive]

na m e

Re c e i ve d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

10H

Ad d re ss

Up p e r

03H

Lo w er

E8H

Th e n um be r o f da ta

Up p e r

00H

Lo w er

02 H

Er r or c h e c k

(CRC- 16)

Lo w er

C1H

Up p e r

B8H

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4-1-3. Change setting parameters

To change the setting parameters, follow the steps below.

1. Setting permission communication

To change the setting value (address 0BC2H or later of the holding register), first specify setting permission. Function code is 10H (hold register consecutive writing) is used.

Sett i ng p ermi s sion ins t r uct i on ( a ddre s s: 0 BB8 H )

First, send a message from the master to the slave (module). Data write setting permission (3333 CCCCH). Since the number of words to be written is 2, the number of bytes to be written is 4.

Table 4.6 Setting permission instruction [transmission]

na m e

Tr a n s mi tt e d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

10H

St a rt a d d r es s

Up p e r

0B H

Lo w er

B8H

Th e n um be r o f da ta

Up p e r

00 H

Lo w er

02H

Nu m be r of b y te s

04H

Da t a of t h e fi rs t

wor d

Up p e r

33H

Lo w er

33H

Da t a of t h e se co nd

wor d

Up p e r

CCH

Lo w er

CCH

Er r or c h e c k

(CRC- 16)

Lo w er

20H

Up p e r

53H

Then the slave (module) will respond to the master. When the following response is returned, the module is in the setting enable state.

Table 4.7 Setting permission instruction [reception]

名称

Re c e i ve d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

10H

Ad d re s s

Up p e r

0BH

Lo w er

B8H

Th e n um be r o f da ta

Up p e r

00H

Lo w er

02 H

Er r or c h e c k

(CRC- 16)

Lo w er

C3H

Up p e r

C9H

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2. Setting value write communication

An example of changing "pulse input A pattern 1 input type" is shown below. The function code is 06H (1-word holding register hold) or 10H (hold register continuous write).

Puls e in p ut A pat t ern 1 In put t y pe c han g e (a d d res s : 0B C 2H)

First, send a message from the master to the slave (module). Below is an example of setting logic (0001H) for pulse input A pattern 1 input type. Since the number of write words is 1, the write byte count is 2.

Table 4.8 Pulse input A pattern 1 input type write [transmit]

na m e

Tr a n s mi tt e d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

10H

St a rt a d d r es s

Up p e r

0B H

Lo w er

C2H

Th e n um be r o f da ta

Up p e r

00 H

Lo w er

01H

Nu m be r of b yt e s

02 H

Da t a of t h e fi rs t

wor d

Up p e r

00H

Lo w er

01H

Er r or c h e c k

(CRC- 16)

Lo w er

CDH

Up p e r

B2H

Then the slave (module) will respond to the master. If you specify a value outside the range or there is an error in the address, it will be an error response here, so you will need to redo the setting permission communication again.

Table 4.9 Pulse input A pattern 1 input type write [receive]

na m e

Re c e i ve d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

10H

Ad d re s s

Up p e r

0B H

Lo w er

C2H

Th e n um be r o f da ta

Up p e r

00 H

Lo w er

01H

Er r or c h e c k

(CRC- 16)

Lo w er

A2H

Up p e r

11H

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3. Setting save communication

When saving the changed setting value, it instructs save setting. Function code is 10H (hold register consecutive writing) is used.

Sett i ng s a ve i nst r ucti o n (a d d res s : 0B B 8H)

First, send a message from the master to the slave (module). Write setting permission (00000000H) for data. Since the number of words to be written is 2, the number of bytes to be written is 4.

Table 4.10 Setting save instruction [Send]

na m e

Tr a n s mi tt e d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

10H

St a rt a d d r es s

Up p e r

0B H

Lo w er

B8H

Th e n um be r o f da ta

Up p e r

00 H

Lo w er

02H

Nu m be r of b y te s

04 H

Da t a of t h e f i r s t

wor d

Up p e r

00H

Lo w er

00H

Da t a of t h e se co nd

wor d

Up p e r

00H

Lo w er

00H

Er r or c h e c k

(CRC- 16)

Lo w er

8AH

Up p e r

4DH

Then the slave (module) will respond to the master. If it is not an error response, the setting value is updated normally. In the case of an error response, it is necessary to redo the setting permission communication again.

Table 4.11 Setting save instruction [reception]

na m e

Re c e i ve d

da t a

Sl a ve I D

01H

Fu n c t io n c o d e

10H

Ad d re s s

Up p e r

0B H

Lo w er

B8H

Th e n um be r o f da ta

Up p e r

00 H

Lo w er

02H

Er r or c h e c k

(CRC- 16)

Lo w er

C3H

Up p e r

C9H

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5. Address Map

Write the address map of each model.

5-1. WPMZ-5/6

This section describes the WPM-5/6 of the address map.

5-1-1. Setting and control parameters

1. Holding register

The hold register command is shown in the table below.

Table 5.1 Holding register command

Read command

03H

Write command

06H

Continuous write command

10H

Con t r ol p a ram e ter s

The control parameters are as follows. Please refer to "4-1-2. Change control parameters" when making mock input / output instruction from control parameters.

Table 5.2 Control parameters

Communi

cation

address

CH

Contents

size

(byte)

R/W

The data

0000H

～

0065H

～

Reserve

～～

0066H

-

Pattern select indication

2

R/W

0000H：Disable、0001H：Enable

0067H

-

Pattern select indication value

2

R/W

0000H：pattern 1、0001H：pattern 2、 0002H：pattern 3、0003H：pattern 4、 0004H：pattern 5、0005H：pattern 6、 0006H：pattern 7、0007H：pattern 8

0068H

-

Relay reset indication

2

R/W

0000H：Disable、0001H：Enable

0069H

-

Integration reset A indication

2

R/W

0000H：Disable、0001H：Enable ※Automatically return to 0000H after execution

006AH

-

Integration reset B indication

2

R/W

0000H：Disable、0001H：Enable ※Automatically return to 0000H after execution

006BH

-

Integration reset A & B instruction

2

R/W

0000H：Disable、0001H：Enable ※Automatically return to 0000H after execution

006CH

-

Measurement prohibited A indication

2

R/W

0000H：Disable、0001H：Enable

006DH

-

Measurement prohibited B indication

2

R/W

0000H：Disable、0001H：Enable

006EH

-

Measurement prohibited A & B indication

2

R/W

0000H：Disable、0001H：Enable

006FH

-

Present value holding A indication

2

R/W

0000H：Disable、0001H：Enable

0070H

-

Present value holding B indication

2

R/W

0000H：Disable、0001H：Enable

0071H

-

Current value holding A & B instruction

2

R/W

0000H：Disable、0001H：Enable

0072H

-

Maximum value holding A indication

2

R/W

0000H：Disable、0001H：Enable

0073H

-

Maximum value holding B indication

2

R/W

0000H：Disable、0001H：Enable

0074H

-

Maximum value holding A & B instruction

2

R/W

0000H：Disable、0001H：Enable

0075H

-

Minimum value holding A indication

2

R/W

0000H：Disable、0001H：Enable

0076H

-

Minimum value holding B indication

2

R/W

0000H：Disable、0001H：Enable

0077H

-

Minimum value holding A & B instruction

2

R/W

0000H：Disable、0001H：Enable

0078H

-

Display switching instruction

2

R/W

0000H：Disable、0001H：Enable ※Automatically return to 0000H after execution

0079H

-

Trend holding instruction

2

R/W

0000H：Disable、0001H：Enable

007AH

-

Digital zero A instruction

2

R/W

0000H：Disable、0001H：Enable

007BH

-

Digital zero B instruction

2

R/W

0000H：Disable、0001H：Enable

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007CH

-

Digital zero A & B instruction

2

R/W

0000H：Disable、0001H：Enable

007DH

～

03E7H

～

Reserve

～～

03E8H

AL1

Compare output instruction

2

R/W

0000H：Disable、0001H：Enable

03E9H

AL1

Comparative output indication value

2

R/W

0000H：OFF、0001H：ON

03EAH

～

0419H

～

Reserve

～～

041AH

AL2

Compare output instruction

2

R/W

※AL1 reference

041BH

AL2

Comparative output indication value

2

R/W

※AL1 reference

041CH

～

044BH

～

Reserve

～～

044CH

AL3

Compare output instruction

2

R/W

※AL1 reference

044DH

AL3

Comparative output indication value

2

R/W

※AL1 reference

044EH

～

047DH

～

Reserve

～～

047EH

AL4

Compare output instruction

2

R/W

※AL1 reference

047FH

AL4

Comparative output indication value

2

R/W

※AL1 reference

0480H

～

0513H

～

Reserve

～～

0514H

A

Pulse output indication

2

R/W

0000H：Disable、0001H：Enable

0515H

A

Pulse output indication value

2

R/W

0000H：OFF、0001H：ON

0516H

～

0545H

～

Reserve

～～

0546H

B

Pulse output indication

2

R/W

※Pulse output A reference

0547H

B

Pulse output indication value

2

R/W

※Pulse output A reference

0548H

～

0BB7H

～

Reserve

～～

Sett i ng p aram e ter s

The setting parameters are as follows. Refer to "4-1-3. Change setting parameters" when changing the setting parameters.

Table 5.3 Setting parameters

Communi

cation

address

CH

Pattern

Contents

size

(byte)

R/W

The data

0BB8H - -

Setting permission / save instruction

4

W

3333 CCCCH：Setting permission、 0000 0000H：Save instruction

0BBAH - -

Setting error contents

2

R

0000H: No error, Other than 0000H: There is an error ※Error code Refer to "Table 5.4 reference " for details

0BBBH

～

0BC1H

～～ Reserve

～～

-

0BC2H A 1

Pulse Input, input type

2

R/W

In case of general purpose pulse input type 0000H：Open collector、 0001H：Logic、 0002H: Zero cross, 0003 H: 2 Wire, 0004H: 2-PhaseOpen Collector * 1, 2, 0005H: 2-Phase Logic * 1, 2, 0006H: 2-Phase 2 Wire* 1, 2 In case of line driver pulse input type 0000H：Line driver *1 It can not be set when the input B

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model is "None". *2 It can be set only when the series model is "WPMZ - 6" and both input type of A/B are [general purpose pulse input].

0BC3H A 1

Pulse input, input filter

2

R/W

In case of general purpose pulse input type 0000H: None, 0001H: 30 Hz, 0002 H: 1.5 kHz, 0003 H: 15 kHz In case of line driver pulse input type 0000H: No filter

0BC4H A 1

Sensor power supply for general purpose pulse input type

2

R/W

0000H：12V、0001H：24V

0BC5H A 1

Sensor power supply for line driver input type

2

R/W

0000H：5V

0BC6H A 1

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

0～999,999

0BC8H A 1

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

-9～9

0BC9H A 1

Pulse input, instantaneous unit time.

2

R/W

0000 H: Second, 0001 H: Minute, 0002 H: Hour

0BCAH A 1

Pulse input, instantaneous value Decimal point position

2

R/W

0000H：None, 0001H：The lower right of the 2nd digit, 0002H：The lower right of the 3rd digit, 0003H：The lower right of the 4th digit, 0004H：The lower right of the 5th digit, 0005H：The lower right of the 6th digit

0BCBH A 1

Pulse input, instantaneous value display unit

2

R/W

0000H：None、 0002H：mA、 0004H：kA、 0006H：mV、 0008H：kV、 000AH：W、 000CH：MW、 000EH：mm、 0010H：m、 0012H：kΩ、 0014H：g、 0016H：N、 0018H：MN、 001AH：khan、 001CH：hPa、 001EH：kJ、 0020H：Hz、 0022H：MHz、 0024H：mm/s、 0026H：cm/min、 0028H：m/min、 002AH：m/s2、 002CH：m3/min、 002EH：kg/h、 0030H：kg/m3、 0032H：ℓ、 0034H：ℓ/min、 0036H：%、 0038H：％RH、 003AH：ph、 003CH：rpm、 003EH：inch、

0001H：µA、 0003H：A、 0005H：µV、 0007H：V、 0009H：VA、 000BH：kW、 000DH：µm、 000FH：cm、 0011H：Ω、 0013H：MΩ、 0015H：kg、 0017H：kN、 0019H：Pa、 001BH：Mpa、 001DH：J、 001FH：MJ、 0021H：kHz、 0023H：m3、 0025H：mm/min、 0027H：m/s、 0029H：m/h 002BH：m3/s、 002DH：m3/h、 002FH：kg/m2、 0031H：N/m2、 0033H：ℓ/s、 0035H：ℓ/h、 0037H：‰、 0039H：℃、 003BH：ppm、 003DH：t、 003FH：Custom unit

0BCCH A 1

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

0000H：None、 0002H：b、 0004H：d、 0006H：f、 0008H：h、 000AH：j、 000CH：l、 000EH：n、 0010H：p、 0012H：r、 0014H：t、

0001H：a、 0003H：c、 0005H：e、 0007H：g、 0009H：i、 000BH：k、 000DH：m、 000FH：o、 0011H：q、 0013H：s、 0015H：u、

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0016H：v、 0018H：x、 001AH：z、 001CH：B、 001EH：D、 0020H：F、 0022H：H、 0024H：J、 0026H：L、 0028H：N、 002AH：P、 002CH：R、 002EH：T、 0030H：V、 0032H：X、 0034H：Z、 0036H：]、 0038H：)、 003AH：2、 003CH：1、 003EH：3、 0040H：µ、 0042H：g、 0044H：/、 0046H：%、 0048H：°、 004AH：”

0017H：w、 0019H：y、 001BH：A、 001DH：C、 001FH：E、 0021H：G、 0023H：I、 0025H：K、 0027H：M、 0029H：O 002BH：Q、 002DH：S、 002FH：U、 0031H：W、 0033H：Y、 0035H：[、 0037H：(、 0039H：1、 003BH：3、 003DH：2、 003FH：-、 0041H：Ω、 0043H：・、 0045H：ℓ、 0047H：‰、 0049H：’、

0BCDH A 1

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to "Pulse input, instantaneous value display custom unit first character"

0BCEH A 1

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to "Pulse input, instantaneous value display custom unit first character"

0BCFH A 1

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to "Pulse input, instantaneous value display custom unit first character"

0BD0H A 1

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to "Pulse input, instantaneous value display custom unit first character"

0BD1H A 1

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to "Pulse input, instantaneous value display custom unit first character"

0BD2H A 1

Pulse input, instantaneous value auto zero time

2

R/W

0～9999[×0.01 Seconds]

0BD3H A 1

Pulse input, instantaneous value moving average

2

R/W

0000 H: None, 0001 H: 2 times, 0002 H: 3 times, 0003 H: 4 times, 0004 H: 5 times, 0005 H: 6 times, 0006 H: 7 times, 0007 H: 8 times, 0008 H: 9 times

0BD4H A 1

Pulse input, instantaneous value simple average

2

R/W

0000 H: None, 0001 H: 2 times, 0002 H: 4 times, 0003 H: 8 times, 0004 H: 16 times, 0005 H: 32 times, 0006 H: 64 times, 0007 H: 128 times, 0008 H: 256 times

0BD5H A 1

Pulse input, instantaneous value display step

2

R/W

0000H: None, 0001H: 5 steps, 0002H: 10 steps

0BD6H A 1

Pulse input, mantissa part of totalized value display coefficient

4

R/W

0～999,999

0BD8H A 1

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

-9～9

0BD9H A 1

Pulse input, mantissa part of totalized value default value

4

R/W

-999,999～999,999

0BDBH A 1

Pulse input, exponent part of totalized value default value

2

R/W

-9～9

0BDCH A 1

Pulse input, total calculation direction

2

R/W

0000H: AddToDefault, 0001H: SubFromDefault

0BDDH A 1

Pulse input, totalized value Decimal point position

2

R/W

0000H：None, 0001H：The lower right of the 2nd digit, 0002H：The lower right of the 3rd digit, 0003H：The lower right of the 4th digit, 0004H：The lower right of the 5th digit, 0005H：The lower right of the 6th digit

0BDEH A 1

Pulse input, totalized value display unit

2

R/W

※Refer to "Pulse input, instantaneous value display unit"

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0BDFH A 1

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to "Pulse input, instantaneous value display Custom unit first character"

0BE0H A 1

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to "Pulse input, instantaneous value display Custom unit first character"

0BE1H A 1

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to "Pulse input, instantaneous value display Custom unit first character"

0BE2H A 1

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to "Pulse input, instantaneous value display Custom unit first character"

0BE3H A 1

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to "Pulse input, instantaneous value display Custom unit first character"

0BE4H A 1

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to "Pulse input, instantaneous value display Custom unit first character"

0BE5H A 1

Pulse input, totalized value overrun count

2

R/W

0000 H: None, 0001 H: 999 times, 0002 H: Endless

0BE6H

～

0BF3H

～～ Reserve

～～

0BF4H A 2

Pulse Input, input type

2

R/W

※Refer to Pattern1

0BF5H A 2

Pulse input, input filter

2

R/W

※Refer to Pattern1

0BF6H A 2

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to Pattern1

0BF7H A 2

Sensor power supply for line driver input type

2

R/W

※Refer to Pattern1

0BF8H A 2

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to Pattern1

0BFAH A 2

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to Pattern1

0BFBH A 2

Pulse input, instantaneous unit time.

2

R/W

※Refer to Pattern1

0BFCH A 2

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to Pattern1

0BFDH A 2

Pulse input, instantaneous value display unit

2

R/W

※Refer to Pattern1

0BFEH A 2

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0BFFH A 2

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0C00H A 2

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0C01H A 2

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0C02H A 2

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0C03H A 2

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0C04H A 2

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to Pattern1

0C05H A 2

Pulse input, instantaneous value moving average

2

R/W

※Refer to Pattern1

0C06H A 2

Pulse input, instantaneous value simple average

2

R/W

※Refer to Pattern1

0C07H A 2

Pulse input, instantaneous value display step

2

R/W

※Refer to Pattern1

0C08H A 2

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to Pattern1

0C0AH A 2

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to Pattern1

0C0BH A 2

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to Pattern1

0C0DH A 2

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to Pattern1

0C0EH A 2

Pulse input, total calculation direction

2

R/W

※Refer to Pattern1

0C0FH A 2

Pulse input, totalized value Decimal point position

2

R/W

※Refer to Pattern1

0C10H A 2

Pulse input, totalized value display unit

2

R/W

※Refer to Pattern1

0C11H A 2

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0C12H A 2

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0C13H A 2

Pulse input, totalized value display Custom

2

R/W

※Refer to Pattern1

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unit 3rd character

0C14H A 2

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0C15H A 2

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0C16H A 2

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0C17H A 2

Pulse input, totalized value overrun count

2

R/W

※Refer to Pattern1

0C18H

～

0C25H

～～ Reserve

～

0C26H A 3

Pulse Input, input type

2

R/W

※Refer to Pattern1

0C27H A 3

Pulse input, input filter

2

R/W

※Refer to Pattern1

0C28H A 3

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to Pattern1

0C29H A 3

Sensor power supply for line driver input type

2

R/W

※Refer to Pattern1

0C2AH A 3

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to Pattern1

0C2CH A 3

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to Pattern1

0C2DH A 3

Pulse input, instantaneous unit time.

2

R/W

※Refer to Pattern1

0C2EH A 3

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to Pattern1

0C2FH A 3

Pulse input, instantaneous value display unit

2

R/W

※Refer to Pattern1

0C30H A 3

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0C31H A 3

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0C32H A 3

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0C33H A 3

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0C34H A 3

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0C35H A 3

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0C36H A 3

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to Pattern1

0C37H A 3

Pulse input, instantaneous value moving average

2

R/W

※Refer to Pattern1

0C38H A 3

Pulse input, instantaneous value simple average

2

R/W

※Refer to Pattern1

0C39H A 3

Pulse input, instantaneous value display step

2

R/W

※Refer to Pattern1

0C3AH A 3

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to Pattern1

0C3CH A 3

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to Pattern1

0C3DH A 3

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to Pattern1

0C3FH A 3

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to Pattern1

0C40H A 3

Pulse input, total calculation direction

2

R/W

※Refer to Pattern1

0C41H A 3

Pulse input, totalized value Decimal point position

2

R/W

※Refer to Pattern1

0C42H A 3

Pulse input, totalized value display unit

2

R/W

※Refer to Pattern1

0C43H A 3

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0C44H A 3

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0C45H A 3

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0C46H A 3

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0C47H A 3

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0C48H A 3

Pulse input, totalized value display Custom

2

R/W

※Refer to Pattern1

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unit 6th character

0C49H A 3

Pulse input, totalized value overrun count

2

R/W

※Refer to Pattern1

0C50H

～

0C57H

～～ Reserve

～

0C58H A 4

Pulse Input, input type

2

R/W

※Refer to Pattern1

0C59H A 4

Pulse input, input filter

2

R/W

※Refer to Pattern1

0C5AH A 4

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to Pattern1

0C5BH A 4

Sensor power supply for line driver input type

2

R/W

※Refer to Pattern1

0C5CH A 4

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to Pattern1

0C5EH A 4

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to Pattern1

0C5FH A 4

Pulse input, instantaneous unit time.

2

R/W

※Refer to Pattern1

0C60H A 4

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to Pattern1

0C61H A 4

Pulse input, instantaneous value display unit

2

R/W

※Refer to Pattern1

0C62H A 4

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0C63H A 4

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0C64H A 4

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0C65H A 4

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0C66H A 4

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0C67H A 4

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0C68H A 4

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to Pattern1

0C69H A 4

Pulse input, instantaneous value moving average

2

R/W

※Refer to Pattern1

0C6AH A 4

Pulse input, instantaneous value simple average

2

R/W

※Refer to Pattern1

0C6BH A 4

Pulse input, instantaneous value display step

2

R/W

※Refer to Pattern1

0C6CH A 4

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to Pattern1

0C6EH A 4

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to Pattern1

0C6FH A 4

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to Pattern1

0C71H A 4

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to Pattern1

0C72H A 4

Pulse input, total calculation direction

2

R/W

※Refer to Pattern1

0C73H A 4

Pulse input, totalized value Decimal point position

2

R/W

※Refer to Pattern1

0C74H A 4

Pulse input, totalized value display unit

2

R/W

※Refer to Pattern1

0C75H A 4

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0C76H A 4

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0C77H A 4

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0C78H A 4

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0C79H A 4

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0C7AH A 4

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0C7BH A 4

Pulse input, totalized value overrun count

2

R/W

※Refer to Pattern1

0C7CH

～

0C8BH

～～ Reserve

～

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0C8AH A 5

Pulse Input, input type

2

R/W

※Refer to Pattern1

0C8BH A 5

Pulse input, input filter

2

R/W

※Refer to Pattern1

0C8CH A 5

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to Pattern1

0C8DH A 5

Sensor power supply for line driver input type

2

R/W

※Refer to Pattern1

0C8EH A 5

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to Pattern1

0C90H A 5

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to Pattern1

0C91H A 5

Pulse input, instantaneous unit time.

2

R/W

※Refer to Pattern1

0C92H A 5

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to Pattern1

0C93H A 5

Pulse input, instantaneous value display unit

2

R/W

※Refer to Pattern1

0C94H A 5

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0C95H A 5

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0C96H A 5

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0C97H A 5

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0C98H A 5

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0C99H A 5

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0C9AH A 5

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to Pattern1

0C9BH A 5

Pulse input, instantaneous value moving average

2

R/W

※Refer to Pattern1

0C9CH A 5

Pulse input, instantaneous value simple average

2

R/W

※Refer to Pattern1

0C9DH A 5

Pulse input, instantaneous value display step

2

R/W

※Refer to Pattern1

0C9EH A 5

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to Pattern1

0CA0H A 5

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to Pattern1

0CA1H A 5

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to Pattern1

0CA3H A 5

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to Pattern1

0CA4H A 5

Pulse input, total calculation direction

2

R/W

※Refer to Pattern1

0CA5H A 5

Pulse input, totalized value Decimal point position

2

R/W

※Refer to Pattern1

0CA6H A 5

Pulse input, totalized value display unit

2

R/W

※Refer to Pattern1

0CA7H A 5

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0CA8H A 5

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0CA9H A 5

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0CAAH A 5

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0CABH A 5

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0CACH A 5

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0CADH A 5

Pulse input, totalized value overrun count

2

R/W

※Refer to Pattern1

0CAEH

～

0CBBH

～～ Reserve

～

0CBCH A 6

Pulse Input, input type

2

R/W

※Refer to Pattern1

0CBDH A 6

Pulse input, input filter

2

R/W

※Refer to Pattern1

0CBEH A 6

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to Pattern1

0CBFH A 6

Sensor power supply for line driver input

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

34

type

0CC0H A 6

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to Pattern1

0CC2H A 6

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to Pattern1

0CC3H A 6

Pulse input, instantaneous unit time.

2

R/W

※Refer to Pattern1

0CC4H A 6

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to Pattern1

0CC5H A 6

Pulse input, instantaneous value display unit

2

R/W

※Refer to Pattern1

0CC6H A 6

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0CC7H A 6

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0CC8H A 6

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0CC9H A 6

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0CCAH A 6

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0CCBH A 6

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0CCCH A 6

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to Pattern1

0CCDH A 6

Pulse input, instantaneous value moving average

2

R/W

※Refer to Pattern1

0CCEH A 6

Pulse input, instantaneous value simple average

2

R/W

※Refer to Pattern1

0CCFH A 6

Pulse input, instantaneous value display step

2

R/W

※Refer to Pattern1

0CD0H A 6

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to Pattern1

0CD2H A 6

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to Pattern1

0CD3H A 6

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to Pattern1

0CD5H A 6

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to Pattern1

0CD6H A 6

Pulse input, total calculation direction

2

R/W

※Refer to Pattern1

0CD7H A 6

Pulse input, totalized value Decimal point position

2

R/W

※Refer to Pattern1

0CD8H A 6

Pulse input, totalized value display unit

2

R/W

※Refer to Pattern1

0CD9H A 6

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0CDAH A 6

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0CDBH A 6

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0CDCH A 6

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0CDDH A 6

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0CDEH A 6

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0CDFH A 6

Pulse input, totalized value overrun count

2

R/W

※Refer to Pattern1

0CE0H

～

0CEDH

～～ Reserve

～～ ※Refer to Pattern1

0CEEH A 7

Pulse Input, input type

2

R/W

※Refer to Pattern1

0CEFH A 7

Pulse input, input filter

2

R/W

※Refer to Pattern1

0CF0H A 7

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to Pattern1

0CF1H A 7

Sensor power supply for line driver input type

2

R/W

※Refer to Pattern1

0CF2H A 7

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to Pattern1

0CF4H A 7

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to Pattern1

0CF5H A 7

Pulse input, instantaneous unit time.

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

35

0CF6H A 7

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to Pattern1

0CF7H A 7

Pulse input, instantaneous value display unit

2

R/W

※Refer to Pattern1

0CF8H A 7

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0CF9H A 7

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0CFAH A 7

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0CFBH A 7

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0CFCH A 7

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0CFDH A 7

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0CFEH A 7

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to Pattern1

0CFFH A 7

Pulse input, instantaneous value moving average

2

R/W

※Refer to Pattern1

0D00H A 7

Pulse input, instantaneous value simple average

2

R/W

※Refer to Pattern1

0D01H A 7

Pulse input, instantaneous value display step

2

R/W

※Refer to Pattern1

0D02H A 7

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to Pattern1

0D04H A 7

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to Pattern1

0D05H A 7

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to Pattern1

0D07H A 7

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to Pattern1

0D08H A 7

Pulse input, total calculation direction

2

R/W

※Refer to Pattern1

0D09H A 7

Pulse input, totalized value Decimal point position

2

R/W

※Refer to Pattern1

0D0AH A 7

Pulse input, totalized value display unit

2

R/W

※Refer to Pattern1

0D0BH A 7

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0D0CH A 7

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0D0DH A 7

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0D0EH A 7

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0D0FH A 7

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0D10H A 7

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0D11H A 7

Pulse input, totalized value overrun count

2

R/W

※Refer to Pattern1

0D12H

～

0D1FH

～～ Reserve

～

0D20H A 8

Pulse Input, input type

2

R/W

※Refer to Pattern1

0D21H A 8

Pulse input, input filter

2

R/W

※Refer to Pattern1

0D22H A 8

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to Pattern1

0D23H A 8

Sensor power supply for line driver input type

2

R/W

※Refer to Pattern1

0D24H A 8

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to Pattern1

0D26H A 8

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to Pattern1

0D27H A 8

Pulse input, instantaneous unit time.

2

R/W

※Refer to Pattern1

0D28H A 8

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to Pattern1

0D29H A 8

Pulse input, instantaneous value display unit

2

R/W

※Refer to Pattern1

0D2AH A 8

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0D2BH A 8

Pulse input, instantaneous value display

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

36

Custom unit 2nd character

0D2CH A 8

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0D2DH A 8

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0D2EH A 8

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0D2FH A 8

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0D30H A 8

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to Pattern1

0D31H A 8

Pulse input, instantaneous value moving average

2

R/W

※Refer to Pattern1

0D32H A 8

Pulse input, instantaneous value simple average

2

R/W

※Refer to Pattern1

0D33H A 8

Pulse input, instantaneous value display step

2

R/W

※Refer to Pattern1

0D34H A 8

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to Pattern1

0D36H A 8

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to Pattern1

0D37H A 8

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to Pattern1

0D39H A 8

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to Pattern1

0D3AH A 8

Pulse input, total calculation direction

2

R/W

※Refer to Pattern1

0D3BH A 8

Pulse input, totalized value Decimal point position

2

R/W

※Refer to Pattern1

0D3CH A 8

Pulse input, totalized value display unit

2

R/W

※Refer to Pattern1

0D3DH A 8

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to Pattern1

0D3EH A 8

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to Pattern1

0D3FH A 8

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to Pattern1

0D40H A 8

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to Pattern1

0D41H A 8

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to Pattern1

0D42H A 8

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to Pattern1

0D43H A 8

Pulse input, totalized value overrun count

2

R/W

※Refer to Pattern1

0D44H

～

0D51H

～～ Reserve

～

0D52H B 1

Pulse Input, input type

2

R/W

In case of general purpose pulse input type 0000H: Open collector, 0001H: Logic, 0002H: Zero cross, 0003 H: 2 Wire In case of line driver pulse input type 0000H: Line driver

0D53H B 1

Pulse input, input filter

2

R/W

※Refer to “Pulse input A pattern 1”

0D54H B 1

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to “Pulse input A pattern 1”

0D55H B 1

Sensor power supply for line driver input type

2

R/W

※Refer to “Pulse input A pattern 1”

0D56H B 1

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pulse input A pattern 1”

0D58H B 1

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to “Pulse input A pattern 1”

0D59H B 1

Pulse input, instantaneous unit time.

2

R/W

※Refer to “Pulse input A pattern 1”

0D5AH B 1

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to “Pulse input A pattern 1”

0D5BH B 1

Pulse input, instantaneous value display unit

2

R/W

※Refer to “Pulse input A pattern 1”

0D5CH B 1

Pulse input, instantaneous value display

2

R/W

※Refer to “Pulse input A pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

37

Custom unit 1st character

0D5DH B 1

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pulse input A pattern 1”

0D5EH B 1

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pulse input A pattern 1”

0D5FH B 1

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pulse input A pattern 1”

0D60H B 1

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pulse input A pattern 1”

0D61H B 1

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pulse input A pattern 1”

0D62H B 1

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to “Pulse input A pattern 1”

0D63H B 1

Pulse input, instantaneous value moving average

2

R/W

※Refer to “Pulse input A pattern 1”

0D64H B 1

Pulse input, instantaneous value simple average

2

R/W

※Refer to “Pulse input A pattern 1”

0D65H B 1

Pulse input, instantaneous value display step

2

R/W

※Refer to “Pulse input A pattern 1”

0D66H B 1

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pulse input A pattern 1”

0D68H B 1

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to “Pulse input A pattern 1”

0D69H B 1

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to “Pulse input A pattern 1”

0D6BH B 1

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to “Pulse input A pattern 1”

0D6CH B 1

Pulse input, total calculation direction

2

R/W

※Refer to “Pulse input A pattern 1”

0D6DH B 1

Pulse input, totalized value Decimal point position

2

R/W

※Refer to “Pulse input A pattern 1”

0D6EH B 1

Pulse input, totalized value display unit

2

R/W

※Refer to “Pulse input A pattern 1”

0D6FH B 1

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pulse input A pattern 1”

0D70H B 1

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pulse input A pattern 1”

0D71H B 1

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pulse input A pattern 1”

0D72H B 1

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pulse input A pattern 1”

0D73H B 1

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pulse input A pattern 1”

0D74H B 1

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pulse input A pattern 1”

0D75H B 1

Pulse input, totalized value overrun count

2

R/W

※Refer to “Pulse input A pattern 1”

0D75H

～

0D83H

～～ Reserve

～

0D84H B 2

Pulse Input, input type

2

R/W

※Refer to “Pattern 1”

0D85H B 2

Pulse input, input filter

2

R/W

※Refer to “Pattern 1”

0D86H B 2

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to “Pattern 1”

0D87H B 2

Sensor power supply for line driver input type

2

R/W

※Refer to “Pattern 1”

0D88H B 2

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

0D8AH B 2

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to “Pattern 1”

0D8BH B 2

Pulse input, instantaneous unit time.

2

R/W

※Refer to “Pattern 1”

0D8CH B 2

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

0D8DH B 2

Pulse input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

0D8EH B 2

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0D8FH B 2

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0D90H B 2

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0D91H B 2

Pulse input, instantaneous value display

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

38

Custom unit 4th character

0D92H B 2

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0D93H B 2

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0D94H B 2

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to “Pattern 1”

0D95H B 2

Pulse input, instantaneous value moving average

2

R/W

※Refer to “Pattern 1”

0D96H B 2

Pulse input, instantaneous value simple average

2

R/W

※Refer to “Pattern 1”

0D97H B 2

Pulse input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

0D98H B 2

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

0D9AH B 2

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to “Pattern 1”

0D9BH B 2

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to “Pattern 1”

0D9DH B 2

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to “Pattern 1”

0D9EH B 2

Pulse input, total calculation direction

2

R/W

※Refer to “Pattern 1”

0D9FH B 2

Pulse input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

0DA0H B 2

Pulse input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

0DA1H B 2

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0DA2H B 2

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0DA3H B 2

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0DA4H B 2

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0DA5H B 2

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0DA6H B 2

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0DA7H B 2

Pulse input, totalized value overrun count

2

R/W

※Refer to “Pattern 1”

0DA8H

～

0DB5H

～～ Reserve

～

0DB6H B 3

Pulse Input, input type

2

R/W

※Refer to “Pattern 1”

0DB7H B 3

Pulse input, input filter

2

R/W

※Refer to “Pattern 1”

0DB8H B 3

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to “Pattern 1”

0DB9H B 3

Sensor power supply for line driver input type

2

R/W

※Refer to “Pattern 1”

0DBAH B 3

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

0DBCH B 3

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to “Pattern 1”

0DBDH B 3

Pulse input, instantaneous unit time.

2

R/W

※Refer to “Pattern 1”

0DBEH B 3

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

0DBFH B 3

Pulse input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

0DC0H B 3

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0DC1H B 3

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0DC2H B 3

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0DC3H B 3

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0DC4H B 3

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0DC5H B 3

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0DC6H B 3

Pulse input, instantaneous value auto zero

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

39

time

0DC7H B 3

Pulse input, instantaneous value moving average

2

R/W

※Refer to “Pattern 1”

0DC8H B 3

Pulse input, instantaneous value simple average

2

R/W

※Refer to “Pattern 1”

0DC9H B 3

Pulse input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

0DCAH B 3

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

0DCCH B 3

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to “Pattern 1”

0DCDH B 3

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to “Pattern 1”

0DCFH B 3

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to “Pattern 1”

0DD0H B 3

Pulse input, total calculation direction

2

R/W

※Refer to “Pattern 1”

0DD1H B 3

Pulse input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

0DD2H B 3

Pulse input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

0DD3H B 3

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0DD4H B 3

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0DD5H B 3

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0DD6H B 3

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0DD7H B 3

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0DD8H B 3

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0DD9H B 3

Pulse input, totalized value overrun count

2

R/W

※Refer to “Pattern 1”

0DDAH

～

0DE7H

～～ Reserve

～

0DE8H B 4

Pulse Input, input type

2

R/W

※Refer to “Pattern 1”

0DE9H B 4

Pulse input, input filter

2

R/W

※Refer to “Pattern 1”

0DEAH B 4

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to “Pattern 1”

0DEBH B 4

Sensor power supply for line driver input type

2

R/W

※Refer to “Pattern 1”

0DECH B 4

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

0DEEH B 4

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to “Pattern 1”

0DEFH B 4

Pulse input, instantaneous unit time.

2

R/W

※Refer to “Pattern 1”

0DF0H B 4

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

0DF1H B 4

Pulse input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

0DF2H B 4

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0DF3H B 4

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0DF4H B 4

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0DF5H B 4

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0DF6H B 4

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0DF7H B 4

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0DF8H B 4

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to “Pattern 1”

0DF9H B 4

Pulse input, instantaneous value moving average

2

R/W

※Refer to “Pattern 1”

0DFAH B 4

Pulse input, instantaneous value simple average

2

R/W

※Refer to “Pattern 1”

0DFBH B 4

Pulse input, instantaneous value display

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

40

step

0DFCH B 4

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

0DFEH B 4

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to “Pattern 1”

0DFFH B 4

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to “Pattern 1”

0E01H B 4

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to “Pattern 1”

0E02H B 4

Pulse input, total calculation direction

2

R/W

※Refer to “Pattern 1”

0E03H B 4

Pulse input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

0E04H B 4

Pulse input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

0E05H B 4

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0E06H B 4

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0E07H B 4

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0E08H B 4

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0E09H B 4

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0E0AH B 4

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0E0BH B 4

Pulse input, totalized value overrun count

2

R/W

※Refer to “Pattern 1”

0E0CH

～

0E19H

～～ Reserve

～～

0E1AH B 5

Pulse Input, input type

2

R/W

※Refer to “Pattern 1”

0E1BH B 5

Pulse input, input filter

2

R/W

※Refer to “Pattern 1”

0E1CH B 5

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to “Pattern 1”

0E1DH B 5

Sensor power supply for line driver input type

2

R/W

※Refer to “Pattern 1”

0E1EH B 5

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

0E20H B 5

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to “Pattern 1”

0E21H B 5

Pulse input, instantaneous unit time.

2

R/W

※Refer to “Pattern 1”

0E22H B 5

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

0E23H B 5

Pulse input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

0E24H B 5

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0E25H B 5

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0E26H B 5

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0E27H B 5

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0E28H B 5

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0E29H B 5

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0E2AH B 5

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to “Pattern 1”

0E2BH B 5

Pulse input, instantaneous value moving average

2

R/W

※Refer to “Pattern 1”

0E2CH B 5

Pulse input, instantaneous value simple average

2

R/W

※Refer to “Pattern 1”

0E2DH B 5

Pulse input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

0E2EH B 5

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

0E30H B 5

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to “Pattern 1”

0E31H B 5

Pulse input, mantissa part of totalized value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

41

default value

0E33H B 5

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to “Pattern 1”

0E34H B 5

Pulse input, total calculation direction

2

R/W

※Refer to “Pattern 1”

0E35H B 5

Pulse input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

0E36H B 5

Pulse input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

0E37H B 5

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0E38H B 5

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0E39H B 5

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0E3AH B 5

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0E3BH B 5

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0E3CH B 5

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0E3DH B 5

Pulse input, totalized value overrun count

2

R/W

※Refer to “Pattern 1”

0E3EH

～

0E4BH

～～ Reserve

～～

0E4CH B 6

Pulse Input, input type

2

R/W

※Refer to “Pattern 1”

0E4DH B 6

Pulse input, input filter

2

R/W

※Refer to “Pattern 1”

0E4EH B 6

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to “Pattern 1”

0E4FH B 6

Sensor power supply for line driver input type

2

R/W

※Refer to “Pattern 1”

0E50H B 6

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

0E52H B 6

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to “Pattern 1”

0E53H B 6

Pulse input, instantaneous unit time.

2

R/W

※Refer to “Pattern 1”

0E54H B 6

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

0E55H B 6

Pulse input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

0E56H B 6

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0E57H B 6

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0E58H B 6

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0E59H B 6

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0E5AH B 6

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0E5BH B 6

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0E5CH B 6

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to “Pattern 1”

0E5DH B 6

Pulse input, instantaneous value moving average

2

R/W

※Refer to “Pattern 1”

0E5EH B 6

Pulse input, instantaneous value simple average

2

R/W

※Refer to “Pattern 1”

0E5FH B 6

Pulse input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

0E60H B 6

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

0E62H B 6

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to “Pattern 1”

0E63H B 6

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to “Pattern 1”

0E65H B 6

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to “Pattern 1”

0E66H B 6

Pulse input, total calculation direction

2

R/W

※Refer to “Pattern 1”

0E67H B 6

Pulse input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

42

0E68H B 6

Pulse input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

0E69H B 6

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0E6AH B 6

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0E6BH B 6

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0E6CH B 6

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0E6DH B 6

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0E6EH B 6

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0E6FH B 6

Pulse input, totalized value overrun count

2

R/W

※Refer to “Pattern 1”

0E70H

～

0E7DH

～～ Reserve

～～

0E7EH B 7

Pulse Input, input type

2

R/W

※Refer to “Pattern 1”

0E7FH B 7

Pulse input, input filter

2

R/W

※Refer to “Pattern 1”

0E80H B 7

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to “Pattern 1”

0E81H B 7

Sensor power supply for line driver input type

2

R/W

※Refer to “Pattern 1”

0E82H B 7

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

0E84H B 7

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to “Pattern 1”

0E85H B 7

Pulse input, instantaneous unit time.

2

R/W

※Refer to “Pattern 1”

0E86H B 7

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

0E87H B 7

Pulse input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

0E88H B 7

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0E89H B 7

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0E8AH B 7

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0E8BH B 7

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0E8CH B 7

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0E8DH B 7

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0E8EH B 7

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to “Pattern 1”

0E8FH B 7

Pulse input, instantaneous value moving average

2

R/W

※Refer to “Pattern 1”

0E90H B 7

Pulse input, instantaneous value simple average

2

R/W

※Refer to “Pattern 1”

0E91H B 7

Pulse input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

0E92H B 7

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

0E94H B 7

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to “Pattern 1”

0E95H B 7

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to “Pattern 1”

0E97H B 7

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to “Pattern 1”

0E98H B 7

Pulse input, total calculation direction

2

R/W

※Refer to “Pattern 1”

0E99H B 7

Pulse input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

0E9AH B 7

Pulse input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

0E9BH B 7

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0E9CH B 7

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0E9DH B 7

Pulse input, totalized value display Custom

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

43

unit 3rd character

0E9EH B 7

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0E9FH B 7

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0EA0H B 7

Pulse input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0EA1H B 7

Pulse input, totalized value overrun count

2

R/W

※Refer to “Pattern 1”

0EA2H

～

0EAFH

～～ Reserve

～～

0EB0H B 8

Pulse Input, input type

2

R/W

※Refer to “Pattern 1”

0EB1H B 8

Pulse input, input filter

2

R/W

※Refer to “Pattern 1”

0EB2H B 8

Sensor power supply for general purpose pulse input type

2

R/W

※Refer to “Pattern 1”

0EB3H B 8

Sensor power supply for line driver input type

2

R/W

※Refer to “Pattern 1”

0EB4H B 8

Pulse input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

0EB6H B 8

Pulse input, exponent part of instantaneous value display coefficient

2

R/W

※Refer to “Pattern 1”

0EB7H B 8

Pulse input, instantaneous unit time.

2

R/W

※Refer to “Pattern 1”

0EB8H B 8

Pulse input, instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

0EB9H B 8

Pulse input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

0EBAH B 8

Pulse input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0EBBH B 8

Pulse input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0EBCH B 8

Pulse input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0EBDH B 8

Pulse input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0EBEH B 8

Pulse input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0EBFH B 8

Pulse input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

0EC0H B 8

Pulse input, instantaneous value auto zero time

2

R/W

※Refer to “Pattern 1”

0EC1H B 8

Pulse input, instantaneous value moving average

2

R/W

※Refer to “Pattern 1”

0EC2H B 8

Pulse input, instantaneous value simple average

2

R/W

※Refer to “Pattern 1”

0EC3H B 8

Pulse input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

0EC4H B 8

Pulse input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

0EC6H B 8

Pulse input, mantissa part of totalized value display value coefficient

2

R/W

※Refer to “Pattern 1”

0EC7H B 8

Pulse input, mantissa part of totalized value default value

4

R/W

※Refer to “Pattern 1”

0EC9H B 8

Pulse input, exponent part of totalized value default value

2

R/W

※Refer to “Pattern 1”

0ECAH B 8

Pulse input, total calculation direction

2

R/W

※Refer to “Pattern 1”

0ECBH B 8

Pulse input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

0ECCH B 8

Pulse input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

0ECDH B 8

Pulse input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

0ECEH B 8

Pulse input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

0ECFH B 8

Pulse input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

0ED0H B 8

Pulse input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

0ED1H B 8

Pulse input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

0ED2H B 8

Pulse input, totalized value display Custom

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

44

unit 6th character

0ED3H B 8

Pulse input, totalized value overrun count

2

R/W

※Refer to “Pattern 1”

0ED4H

～

0EE1H

～～ Reserve

～～

-

0EE2H A 1

Analog input, input range

2

R/W

0000H：0～5V、 0001H：1～5V、 0002H：0～10V、 0003H：0～20mA、 0004H：4～20mA

0EE3H A 1

Analog input, sensor power supply

2

R/W

0000H：12V、0001H：24V

0EE4H A 1

Analog input, Low cut% value

4

R/W

0～99,999 [x0.001%]

0EE6 A 1

Analog input, simple average

2

R/W

0000H: None, 0001H: 2 times, 0002H: 4 times, 0003H: 8 times, 0004H: 16 times, 0005H: 32 times, 0006H: 64 times, 0007H: 128 times, 0008H: 256 times

0EE7H A 1

Analog input, moving average

2

R/W

0000H: None, 0001H: 2 times, 0002H: 4 times, 0003H: 8 times, 0004H: 16 times, 0005H: 32 times, 0006H: 64 times

0EE8H A 1

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

0～999,999

0EEAH A 1

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

-5～5

0EEBH A 1

Analog input, Instantaneous value Decimal point position

2

R/W

0000H：None, 0001H：The lower right of the 2nd digit, 0002H：The lower right of the 3rd digit, 0003H：The lower right of the 4th digit, 0004H：The lower right of the 5th digit

0EECH A 1

Analog input, instantaneous value display unit

2

R/W

0000H：None、 0002H：mA、 0004H：kA、 0006H：mV、 0008H：kV、 000AH：W、 000CH：MW、 000EH：mm、 0010H：m、 0012H：kΩ、 0014H：g、 0016H：N、 0018H：MN、 001AH：kPa、 001CH：hPa、 001EH：kJ、 0020H：Hz、 0022H：MHz、 0024H：mm/s、 0026H：cm/min、 0028H：m/min、 002AH：m/s2、 002CH：m3/min、 002EH：kg/h、 0030H：kg/m3、 0032H：ℓ、 0034H：ℓ/min、 0036H：%、 0038H：％RH、 003AH：ph、 003CH：rpm、 003EH：inch、

0001H：µA、 0003H：A、 0005H：µV、 0007H：V、 0009H：VA、 000BH：kW、 000DH：µm、 000FH：cm、 0011H：Ω、 0013H：MΩ、 0015H：kg、 0017H：kN、 0019H：Pa、 001BH：Mpa、 001DH：J、 001FH：MJ、 0021H：kHz、 0023H：m3、 0025H：mm/min、 0027H：m/s、 0029H：m/h 002BH：m3/s、 002DH：m3/h、 002FH：kg/m2、 0031H：N/m2、 0033H：ℓ/s、 0035H：ℓ/h、 0037H：‰、 0039H：℃、 003BH：ppm、 003DH：t、 003FH：Custom unit

0EEDH A 1

Analog input, instantaneous value display Custom unit 1st character

2

R/W

0000H：None、 0002H：b、 0004H：d、 0006H：f、 0008H：h、

0001H：a、 0003H：c、 0005H：e、 0007H：g、 0009H：i、

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

45

000AH：j、 000CH：l、 000EH：n、 0010H：p、 0012H：r、 0014H：t、 0016H：v、 0018H：x、 001AH：z、 001CH：B、 001EH：D、 0020H：F、 0022H：H、 0024H：J、 0026H：L、 0028H：N、 002AH：P、 002CH：R、 002EH：T、 0030H：V、 0032H：X、 0034H：Z、 0036H：]、 0038H：)、 003AH：2、 003CH：1、 003EH：3、 0040H：µ、 0042H：g、 0044H：/、 0046H：%、 0048H：°、 004AH：”

000BH：k、 000DH：m、 000FH：o、 0011H：q、 0013H：s、 0015H：u、 0017H：w、 0019H：y、 001BH：A、 001DH：C、 001FH：E、 0021H：G、 0023H：I、 0025H：K、 0027H：M、 0029H：O 002BH：Q、 002DH：S、 002FH：U、 0031H：W、 0033H：Y、 0035H：[、 0037H：(、 0039H：1、 003BH：3、 003DH：2、 003FH：-、 0041H：Ω、 0043H：・、 0045H：ℓ、 0047H：‰、 0049H：’、

0EEEH A 1

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0EEFH A 1

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0EF0H A 1

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0EF1H A 1

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0EF2H A 1

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0EF3H A 1

Analog input, instantaneous value display step

2

R/W

0000H：None、0001H：5 steps、 0002H：10 steps

0EF4H A 1

Analog input, mantissa part of totalized value display coefficient

4

R/W

0～999,999

0EF6H A 1

Analog input, exponent part of totalized value display coefficient

2

R/W

-9～9

0EF7H A 1

Analog input, time unit of totalized unit time.

2

R/W

0000 H: Second, 0001 H: Minute, 0002 H: Hour

0EF8H A 1

Analog input, mantissa part of integration initial value

4

R/W

-999,999～999,999

0EFAH A 1

Analog input, exponent part of integration initial value

2

R/W

-9～9

0EFBH A 1

Analog input, total calculation direction

2

R/W

0000H: AddToDefault, 0001H: SubFromDefault

0EFCH A 1

Analog input, totalized value Decimal point position

2

R/W

0000H：None, 0001H：The lower right of the 2nd digit, 0002H：The lower right of the 3rd digit, 0003H：The lower right of the 4th digit, 0004H：The lower right of the 5th digit, 0005H：The lower right of the 6th digit

0EFDH A 1

Analog input, totalized value display unit

2

R/W

※Refer to “Analog input, instantaneous value display unit”

0EFEH A 1

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0EFFH A 1

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

46

0F00H A 1

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0F01H A 1

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0F02H A 1

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0F03H A 1

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Analog input, instantaneous value display Custom unit 1st character”

0F04H A 1

Analog input, totalized over operation

2

R/W

0000H：None、0001H：999 times、 0002H：Endless

0F05H A 1

Analog input, linearize function

2

R/W

0000H：None、0001H：Linearize、 0002H：Square root

0F06H A 1

Analog input, linearize 1st point input value

4

R/W

0～100,000 [x0.001%]

0F08H A 1

Analog input, linearize 1st point output value

4

R/W

0～100,000 [x0.001%]

0F0AH A 1

Analog input, linearize 2nd point input value

4

R/W

0～100,000 [x0.001%]

0F0CH A 1

Analog input, linearize 2nd point output value

4

R/W

0～100,000 [x0.001%]

0F0EH A 1

Analog input, linearize 3rd point input value

4

R/W

0～100,000 [x0.001%]

0F10H A 1

Analog input, linearize 3rd point output value

4

R/W

0～100,000 [x0.001%]

0F12H A 1

Analog input, linearize 4th point input value

4

R/W

0～100,000 [x0.001%]

0F14H A 1

Analog input, linearize 4th point output value

4

R/W

0～100,000 [x0.001%]

0F16H A 1

Analog input, linearize 5th point input value

4

R/W

0～100,000 [x0.001%]

0F18H A 1

Analog input, linearize 5th point output value

4

R/W

0～100,000 [x0.001%]

0F1AH A 1

Analog input, linearize 6th point input value

4

R/W

0～100,000 [x0.001%]

0F1CH A 1

Analog input, linearize 6th point output value

4

R/W

0～100,000 [x0.001%]

0F1EH A 1

Analog input, linearize 7th point input value

4

R/W

0～100,000 [x0.001%]

0F20H A 1

Analog input, linearize 7th point output value

4

R/W

0～100,000 [x0.001%]

0F22H A 1

Analog input, linearize 8th point input value

4

R/W

0～100,000 [x0.001%]

0F24H A 1

Analog input, linearize 8th point output value

4

R/W

0～100,000 [x0.001%]

0F26H A 1

Analog input, linearize 9th point input value

4

R/W

0～100,000 [x0.001%]

0F28H A 1

Analog input, linearize 9th point output value

4

R/W

0～100,000 [x0.001%]

0F2AH A 1

Analog input, linearize 10th point input value

4

R/W

0～100,000 [x0.001%]

0F2CH A 1

Analog input, linearize 10th point output value

4

R/W

0～100,000 [x0.001%]

0F2EH A 1

Analog input, linearize 11th point input value

4

R/W

0～100,000 [x0.001%]

0F30H A 1

Analog input, linearize 11th point output value

4

R/W

0～100,000 [x0.001%]

0F32H A 1

Analog input, linearize 12th point input value

4

R/W

0～100,000 [x0.001%]

0F34H A 1

Analog input, linearize 12th point output value

4

R/W

0～100,000 [x0.001%]

0F36H A 1

Analog input, linearize 13th point input value

4

R/W

0～100,000 [x0.001%]

0F38H A 1

Analog input, linearize 13th point output value

4

R/W

0～100,000 [x0.001%]

0F3AH A 1

Analog input, linearize 14th point input value

4

R/W

0～100,000 [x0.001%]

0F3CH A 1

Analog input, linearize 14th point output value

4

R/W

0～100,000 [x0.001%]

0F3EH A 1

Analog input, linearize 15th point input value

4

R/W

0～100,000 [x0.001%]

0F40H A 1

Analog input, linearize 15th point output value

4

R/W

0～100,000 [x0.001%]

0F42H A 1

Analog input, linearize 16th point input value

4

R/W

0～100,000 [x0.001%]

0F44H A 1

Analog input, linearize 16th point output value

4

R/W

0～100,000 [x0.001%]

0F46H A 1

Analog input, linearize 17th point input value

4

R/W

0～100,000 [x0.001%]

0F48H A 1

Analog input, linearize 17th point output value

4

R/W

0～100,000 [x0.001%]

0F4AH A 1

Analog input, linearize 18th point input value

4

R/W

0～100,000 [x0.001%]

0F4CH A 1

Analog input, linearize 18th point output value

4

R/W

0～100,000 [x0.001%]

0F4EH A 1

Analog input, linearize 19th point input value

4

R/W

0～100,000 [x0.001%]

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

47

0F50H A 1

Analog input, linearize 19th point output value

4

R/W

0～100,000 [x0.001%]

0F52H A 1

Analog input, linearize 20th point input value

4

R/W

0～100,000 [x0.001%]

0F54H A 1

Analog input, linearize 20th point output value

4

R/W

0～100,000 [x0.001%]

0F56H A 1

Analog input, linearize 21st point input value

4

R/W

0～100,000 [x0.001%]

0F58H A 1

Analog input, linearize 21st point output value

4

R/W

0～100,000 [x0.001%]

0F5AH

～

0F63H

～～ Reserve

～～

F64 H A 2

Analog input, input range

2

R/W

※Refer to “Pattern 1”

F65 H A 2

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

F66 H A 2

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

F68 H A 2

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

F69 H A 2

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

F6A H A 2

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

F6C H A 2

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

F6D H A 2

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

F6E H A 2

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

F6F H A 2

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

F70 H A 2

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

F71 H A 2

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

F72 H A 2

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

F73 H A 2

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

F74 H A 2

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

F75 H A 2

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

F76 H A 2

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

F78 H A 2

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

F79 H A 2

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

F7A H A 2

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

F7C H A 2

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

F7D H A 2

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

F7E H A 2

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

F7F H A 2

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

F80 H A 2

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

F81 H A 2

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

F82 H A 2

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

F83 H A 2

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

F84 H A 2

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

F85 H A 2

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

F86 H A 2

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

F87 H A 2

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

F88 H A 2

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

F8A H A 2

Analog input, linearize 1st point output

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

48

value

F8C H A 2

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

F8E H A 2

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

F90 H A 2

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

F92 H A 2

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

F94 H A 2

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

F96 H A 2

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

F98 H A 2

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

F9A H A 2

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

F9C H A 2

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

F9E H A 2

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

FA0 H A 2

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

FA2 H A 2

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

FA4 H A 2

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

FA6 H A 2

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

FA8 H A 2

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

FAA H A 2

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

FAC H A 2

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

FAE H A 2

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

FB0 H A 2

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

FB2 H A 2

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

FB4 H A 2

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

FB6 H A 2

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

FB8 H A 2

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

FBA H A 2

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

FBC H A 2

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

FBE H A 2

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

FC0 H A 2

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

FC2 H A 2

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

FC4 H A 2

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

FC6 H A 2

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

FC8 H A 2

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

FCA H A 2

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

FCC H A 2

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

FCE H A 2

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

FD0 H A 2

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

FD2 H A 2

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

FD4 H A 2

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

FD6 H A 2

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

FD8 H A 2

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

FDA H A 2

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

FDC H

～

0FE5H

～～ Reserve

～～

FE6 H A 3

Analog input, input range

2

R/W

※Refer to “Pattern 1”

FE7 H A 3

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

FE8 H A 3

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

49

FEA H A 3

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

FEB H A 3

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

FEC H A 3

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

FEE H A 3

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

FEF H A 3

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

FF0 H A 3

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

FF1 H A 3

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

FF2 H A 3

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

FF3 H A 3

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

FF4 H A 3

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

FF5 H A 3

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

FF6 H A 3

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

FF7 H A 3

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

FF8 H A 3

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

FFA H A 3

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

FFB H A 3

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

FFC H A 3

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

FFE H A 3

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

FFF H A 3

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1000 H A 3

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1001 H A 3

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1002 H A 3

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1003 H A 3

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1004 H A 3

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1005 H A 3

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1006 H A 3

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1007 H A 3

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1008 H A 3

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

1009 H A 3

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

100A H A 3

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

100C H A 3

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

100E H A 3

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

1010 H A 3

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

1012 H A 3

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

1014 H A 3

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

1016 H A 3

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

1018 H A 3

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

101A H A 3

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

101C H A 3

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

101E H A 3

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

1020 H A 3

Analog input, linearize 6th point output

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

50

value

1022 H A 3

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

1024 H A 3

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

1026 H A 3

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

1028 H A 3

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

102A H A 3

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

102C H A 3

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

102E H A 3

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

1030 H A 3

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

1032 H A 3

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

1034 H A 3

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

1036 H A 3

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

1038 H A 3

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

103A H A 3

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

103C H A 3

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

103E H A 3

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

1040 H A 3

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

1042 H A 3

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

1044 H A 3

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

1046 H A 3

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

1048 H A 3

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

104A H A 3

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

104C H A 3

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

104E H A 3

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

1050 H A 3

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

1052 H A 3

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

1054 H A 3

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

1056 H A 3

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

1058 H A 3

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

105A H A 3

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

105C H A 3

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

105E H

～

1067 H

～～ Reserve

～～

1068 H A 4

Analog input, input range

2

R/W

※Refer to “Pattern 1”

1069 H A 4

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

106A H A 4

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

106C H A 4

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

106D H A 4

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

106E H A 4

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

1070 H A 4

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

1071 H A 4

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

1072 H A 4

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

1073 H A 4

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1074 H A 4

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1075 H A 4

Analog input, instantaneous value display

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

51

Custom unit 3rd character

1076 H A 4

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1077 H A 4

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1078 H A 4

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1079 H A 4

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

107A H A 4

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

107C H A 4

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

107D H A 4

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

107E H A 4

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1080 H A 4

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1081 H A 4

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1082 H A 4

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1083 H A 4

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1084 H A 4

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1085 H A 4

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1086 H A 4

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1087 H A 4

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1088 H A 4

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1089 H A 4

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

108A H A 4

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

108B H A 4

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

108C H A 4

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

108E H A 4

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

1090 H A 4

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

1092 H A 4

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

1094 H A 4

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

1096 H A 4

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

1098 H A 4

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

109A H A 4

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

109C H A 4

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

109E H A 4

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

10A0 H A 4

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

10A2 H A 4

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

10A4 H A 4

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

10A6 H A 4

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

10A8 H A 4

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

10AA H A 4

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

10AC H A 4

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

10AE H A 4

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

10B0 H A 4

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

10B2 H A 4

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

10B4 H A 4

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

52

10B6 H A 4

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

10B8 H A 4

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

10BA H A 4

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

10BC H A 4

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

10BE H A 4

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

10C0 H A 4

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

10C2 H A 4

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

10C4 H A 4

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

10C6 H A 4

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

10C8 H A 4

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

10CA H A 4

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

10CC H A 4

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

10CE H A 4

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

10D0 H A 4

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

10D2 H A 4

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

10D4 H A 4

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

10D6 H A 4

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

10D8 H A 4

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

10DA H A 4

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

10DC H A 4

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

10DE H A 4

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

10E0 H

～

10E9H

～～ Reserve

～～

10EA H A 5

Analog input, input range

2

R/W

※Refer to “Pattern 1”

10EB H A 5

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

10EC H A 5

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

10EE H A 5

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

10EF H A 5

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

10F0 H A 5

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

10F2 H A 5

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

10F3 H A 5

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

10F4 H A 5

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

10F5 H A 5

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

10F6 H A 5

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

10F7 H A 5

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

10F8 H A 5

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

10F9 H A 5

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

10FA H A 5

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

10FB H A 5

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

10FC H A 5

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

10FE H A 5

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

10FF H A 5

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

53

1100 H A 5

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1102 H A 5

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1103 H A 5

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1104 H A 5

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1105 H A 5

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1106 H A 5

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1107 H A 5

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1108 H A 5

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1109 H A 5

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

110A H A 5

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

110B H A 5

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

110C H A 5

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

110D H A 5

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

110E H A 5

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

1110 H A 5

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

1112 H A 5

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

1114 H A 5

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

1116 H A 5

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

1118 H A 5

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

111A H A 5

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

111C H A 5

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

111E H A 5

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

1120 H A 5

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

1122 H A 5

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

1124 H A 5

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

1126 H A 5

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

1128 H A 5

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

112A H A 5

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

112C H A 5

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

112E H A 5

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

1130 H A 5

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

1132 H A 5

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

1134 H A 5

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

1136 H A 5

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

1138 H A 5

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

113A H A 5

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

113C H A 5

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

113E H A 5

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

1140 H A 5

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

1142 H A 5

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

1144 H A 5

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

1146 H A 5

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

1148 H A 5

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

54

114A H A 5

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

114C H A 5

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

114E H A 5

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

1150 H A 5

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

1152 H A 5

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

1154 H A 5

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

1156 H A 5

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

1158 H A 5

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

115A H A 5

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

115C H A 5

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

115E H A 5

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

1160 H A 5

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

1162 H

～

116BH

～～ Reserve

～～

116C H A 6

Analog input, input range

2

R/W

※Refer to “Pattern 1”

116D H A 6

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

116E H A 6

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

1170 H A 6

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

1171 H A 6

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

1172 H A 6

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

1174 H A 6

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

1175 H A 6

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

1176 H A 6

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

1177 H A 6

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1178 H A 6

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1179 H A 6

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

117A H A 6

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

117B H A 6

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

117C H A 6

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

117D H A 6

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

117E H A 6

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

1180 H A 6

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

1181 H A 6

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

1182 H A 6

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1184 H A 6

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1185 H A 6

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1186 H A 6

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1187 H A 6

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1188 H A 6

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1189 H A 6

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

118A H A 6

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

55

118B H A 6

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

118C H A 6

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

118D H A 6

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

118E H A 6

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

118F H A 6

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

1190 H A 6

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

1192 H A 6

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

1194 H A 6

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

1196 H A 6

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

1198 H A 6

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

119A H A 6

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

119C H A 6

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

119E H A 6

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

11A0 H A 6

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

11A2 H A 6

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

11A4 H A 6

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

11A6 H A 6

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

11A8 H A 6

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

11AA H A 6

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

11AC H A 6

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

11AE H A 6

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

11B0 H A 6

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

11B2 H A 6

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

11B4 H A 6

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

11B6 H A 6

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

11B8 H A 6

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

11BA H A 6

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

11BC H A 6

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

11BE H A 6

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

11C0 H A 6

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

11C2 H A 6

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

11C4 H A 6

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

11C6 H A 6

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

11C8 H A 6

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

11CA H A 6

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

11CC H A 6

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

11CE H A 6

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

11D0 H A 6

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

11D2 H A 6

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

11D4 H A 6

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

11D6 H A 6

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

11D8 H A 6

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

11DA H A 6

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

11DC H A 6

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

11DE H A 6

Analog input, linearize 20th point output

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

56

value

11E0 H A 6

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

11E2 H A 6

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

11E4 H

～

11EDH

～～ Reserve

～～

11EE H A 7

Analog input, input range

2

R/W

※Refer to “Pattern 1”

11EF H A 7

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

11F0 H A 7

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

11F2 H A 7

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

11F3 H A 7

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

11F4 H A 7

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

11F6 H A 7

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

11F7 H A 7

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

11F8 H A 7

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

11F9 H A 7

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

11FA H A 7

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

11FB H A 7

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

11FC H A 7

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

11FD H A 7

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

11FE H A 7

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

11FF H A 7

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

1200 H A 7

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

1202 H A 7

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

1203 H A 7

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

1204 H A 7

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1206 H A 7

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1207 H A 7

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1208 H A 7

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1209 H A 7

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

120A H A 7

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

120B H A 7

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

120C H A 7

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

120D H A 7

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

120E H A 7

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

120F H A 7

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1210 H A 7

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

1211 H A 7

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

1212 H A 7

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

1214 H A 7

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

1216 H A 7

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

1218 H A 7

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

57

121A H A 7

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

121C H A 7

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

121E H A 7

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

1220 H A 7

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

1222 H A 7

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

1224 H A 7

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

1226 H A 7

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

1228 H A 7

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

122A H A 7

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

122C H A 7

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

122E H A 7

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

1230 H A 7

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

1232 H A 7

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

1234 H A 7

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

1236 H A 7

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

1238 H A 7

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

123A H A 7

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

123C H A 7

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

123E H A 7

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

1240 H A 7

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

1242 H A 7

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

1244 H A 7

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

1246 H A 7

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

1248 H A 7

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

124A H A 7

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

124C H A 7

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

124E H A 7

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

1250 H A 7

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

1252 H A 7

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

1254 H A 7

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

1256 H A 7

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

1258 H A 7

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

125A H A 7

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

125C H A 7

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

125E H A 7

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

1260 H A 7

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

1262 H A 7

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

1264 H A 7

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

1266 H

～

126FH

～～ Reserve

～～

1270 H A 8

Analog input, input range

2

R/W

※Refer to “Pattern 1”

1271 H A 8

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

1272 H A 8

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

1274 H A 8

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

1275 H A 8

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

1276 H A 8

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

58

1278 H A 8

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

1279 H A 8

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

127A H A 8

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

127B H A 8

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

127C H A 8

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

127D H A 8

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

127E H A 8

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

127F H A 8

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1280 H A 8

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1281 H A 8

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

1282 H A 8

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

1284 H A 8

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

1285 H A 8

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

1286 H A 8

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1288 H A 8

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1289 H A 8

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

128A H A 8

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

128B H A 8

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

128C H A 8

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

128D H A 8

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

128E H A 8

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

128F H A 8

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1290 H A 8

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1291 H A 8

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1292 H A 8

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

1293 H A 8

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

1294 H A 8

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

1296 H A 8

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

1298 H A 8

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

129A H A 8

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

129C H A 8

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

129E H A 8

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

12A0 H A 8

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

12A2 H A 8

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

12A4 H A 8

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

12A6 H A 8

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

12A8 H A 8

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

12AA H A 8

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

12AC H A 8

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

12AE H A 8

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

59

12B0 H A 8

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

12B2 H A 8

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

12B4 H A 8

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

12B6 H A 8

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

12B8 H A 8

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

12BA H A 8

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

12BC H A 8

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

12BE H A 8

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

12C0 H A 8

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

12C2 H A 8

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

12C4 H A 8

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

12C6 H A 8

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

12C8 H A 8

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

12CA H A 8

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

12CC H A 8

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

12CE H A 8

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

12D0 H A 8

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

12D2 H A 8

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

12D4 H A 8

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

12D6 H A 8

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

12D8 H A 8

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

12DA H A 8

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

12DC H A 8

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

12DE H A 8

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

12E0 H A 8

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

12E2 H A 8

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

12E4 H A 8

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

12E6 H A 8

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

12E8 H

～

12F1H

～～ Reserve

～～

-

12F2 H B 1

Analog input, input range

2

R/W

※Refer to “Analog input pattern 1”

12F3 H B 1

Analog input, sensor power supply

2

R/W

※Refer to “Analog input pattern 1”

12F4 H B 1

Analog input, Low cut% value

4

R/W

※Refer to “Analog input pattern 1”

12F6 H B 1

Analog input, simple average

2

R/W

※Refer to “Analog input pattern 1”

12F7 H B 1

Analog input, moving average

2

R/W

※Refer to “Analog input pattern 1”

12F8 H B 1

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Analog input pattern 1”

12FA H B 1

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Analog input pattern 1”

12FB H B 1

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Analog input pattern 1”

12FC H B 1

Analog input, instantaneous value display unit

2

R/W

※Refer to “Analog input pattern 1”

12FD H B 1

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Analog input pattern 1”

12FE H B 1

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Analog input pattern 1”

12FF H B 1

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Analog input pattern 1”

1300 H B 1

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Analog input pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

60

1301 H B 1

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Analog input pattern 1”

1302 H B 1

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Analog input pattern 1”

1303 H B 1

Analog input, instantaneous value display step

2

R/W

※Refer to “Analog input pattern 1”

1304 H B 1

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Analog input pattern 1”

1306 H B 1

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Analog input pattern 1”

1307 H B 1

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Analog input pattern 1”

1308 H B 1

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Analog input pattern 1”

130A H B 1

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Analog input pattern 1”

130B H B 1

Analog input, total calculation direction

2

R/W

※Refer to “Analog input pattern 1”

130C H B 1

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Analog input pattern 1”

130D H B 1

Analog input, totalized value display unit

2

R/W

※Refer to “Analog input pattern 1”

130E H B 1

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Analog input pattern 1”

130F H B 1

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Analog input pattern 1”

1310 H B 1

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Analog input pattern 1”

1311 H B 1

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Analog input pattern 1”

1312 H B 1

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Analog input pattern 1”

1313 H B 1

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Analog input pattern 1”

1314 H B 1

Analog input, totalized over operation

2

R/W

※Refer to “Analog input pattern 1”

1315 H B 1

Analog input, linearize function

2

R/W

※Refer to “Analog input pattern 1”

1316 H B 1

Analog input, linearize 1st point input value

4

R/W

※Refer to “Analog input pattern 1”

1318 H B 1

Analog input, linearize 1st point output value

4

R/W

※Refer to “Analog input pattern 1”

131A H B 1

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Analog input pattern 1”

131C H B 1

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Analog input pattern 1”

131E H B 1

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Analog input pattern 1”

1320 H B 1

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Analog input pattern 1”

1322 H B 1

Analog input, linearize 4th point input value

4

R/W

※Refer to “Analog input pattern 1”

1324 H B 1

Analog input, linearize 4th point output value

4

R/W

※Refer to “Analog input pattern 1”

1326 H B 1

Analog input, linearize 5th point input value

4

R/W

※Refer to “Analog input pattern 1”

1328 H B 1

Analog input, linearize 5th point output value

4

R/W

※Refer to “Analog input pattern 1”

132A H B 1

Analog input, linearize 6th point input value

4

R/W

※Refer to “Analog input pattern 1”

132C H B 1

Analog input, linearize 6th point output value

4

R/W

※Refer to “Analog input pattern 1”

132E H B 1

Analog input, linearize 7th point input value

4

R/W

※Refer to “Analog input pattern 1”

1330 H B 1

Analog input, linearize 7th point output value

4

R/W

※Refer to “Analog input pattern 1”

1332 H B 1

Analog input, linearize 8th point input value

4

R/W

※Refer to “Analog input pattern 1”

1334 H B 1

Analog input, linearize 8th point output value

4

R/W

※Refer to “Analog input pattern 1”

1336 H B 1

Analog input, linearize 9th point input value

4

R/W

※Refer to “Analog input pattern 1”

1338 H B 1

Analog input, linearize 9th point output value

4

R/W

※Refer to “Analog input pattern 1”

133A H B 1

Analog input, linearize 10th point input value

4

R/W

※Refer to “Analog input pattern 1”

133C H B 1

Analog input, linearize 10th point output value

4

R/W

※Refer to “Analog input pattern 1”

133E H B 1

Analog input, linearize 11th point input value

4

R/W

※Refer to “Analog input pattern 1”

1340 H B 1

Analog input, linearize 11th point output value

4

R/W

※Refer to “Analog input pattern 1”

1342 H B 1

Analog input, linearize 12th point input value

4

R/W

※Refer to “Analog input pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

61

1344 H B 1

Analog input, linearize 12th point output value

4

R/W

※Refer to “Analog input pattern 1”

1346 H B 1

Analog input, linearize 13th point input value

4

R/W

※Refer to “Analog input pattern 1”

1348 H B 1

Analog input, linearize 13th point output value

4

R/W

※Refer to “Analog input pattern 1”

134A H B 1

Analog input, linearize 14th point input value

4

R/W

※Refer to “Analog input pattern 1”

134C H B 1

Analog input, linearize 14th point output value

4

R/W

※Refer to “Analog input pattern 1”

134E H B 1

Analog input, linearize 15th point input value

4

R/W

※Refer to “Analog input pattern 1”

1350 H B 1

Analog input, linearize 15th point output value

4

R/W

※Refer to “Analog input pattern 1”

1352 H B 1

Analog input, linearize 16th point input value

4

R/W

※Refer to “Analog input pattern 1”

1354 H B 1

Analog input, linearize 16th point output value

4

R/W

※Refer to “Analog input pattern 1”

1356 H B 1

Analog input, linearize 17th point input value

4

R/W

※Refer to “Analog input pattern 1”

1358 H B 1

Analog input, linearize 17th point output value

4

R/W

※Refer to “Analog input pattern 1”

135A H B 1

Analog input, linearize 18th point input value

4

R/W

※Refer to “Analog input pattern 1”

135C H B 1

Analog input, linearize 18th point output value

4

R/W

※Refer to “Analog input pattern 1”

135E H B 1

Analog input, linearize 19th point input value

4

R/W

※Refer to “Analog input pattern 1”

1360 H B 1

Analog input, linearize 19th point output value

4

R/W

※Refer to “Analog input pattern 1”

1362 H B 1

Analog input, linearize 20th point input value

4

R/W

※Refer to “Analog input pattern 1”

1364 H B 1

Analog input, linearize 20th point output value

4

R/W

※Refer to “Analog input pattern 1”

1366 H B 1

Analog input, linearize 21st point input value

4

R/W

※Refer to “Analog input pattern 1”

1368 H B 1

Analog input, linearize 21st point output value

4

R/W

※Refer to “Analog input pattern 1”

136A H

～

1373H

～～ Reserve

～～

1374 H B 2

Analog input, input range

2

R/W

※Refer to “Pattern 1”

1375 H B 2

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

1376 H B 2

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

1378 H B 2

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

1379 H B 2

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

137A H B 2

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

137C H B 2

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

137D H B 2

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

137E H B 2

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

137F H B 2

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1380 H B 2

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1381 H B 2

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1382 H B 2

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1383 H B 2

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1384 H B 2

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1385 H B 2

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

1386 H B 2

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

1388 H B 2

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

1389 H B 2

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

138A H B 2

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

138C H B 2

Analog input, exponent part of integration

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

62

initial value

138D H B 2

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

138E H B 2

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

138F H B 2

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1390 H B 2

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1391 H B 2

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1392 H B 2

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1393 H B 2

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1394 H B 2

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1395 H B 2

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1396 H B 2

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

1397 H B 2

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

1398 H B 2

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

139A H B 2

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

139C H B 2

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

139E H B 2

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

13A0 H B 2

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

13A2 H B 2

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

13A4 H B 2

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

13A6 H B 2

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

13A8 H B 2

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

13AA H B 2

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

13AC H B 2

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

13AE H B 2

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

13B0 H B 2

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

13B2 H B 2

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

13B4 H B 2

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

13B6 H B 2

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

13B8 H B 2

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

13BA H B 2

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

13BC H B 2

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

13BE H B 2

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

13C0 H B 2

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

13C2 H B 2

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

13C4 H B 2

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

13C6 H B 2

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

13C8 H B 2

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

13CA H B 2

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

13CC H B 2

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

13CE H B 2

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

13D0 H B 2

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

13D2 H B 2

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

13D4 H B 2

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

13D6 H B 2

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

63

13D8 H B 2

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

13DA H B 2

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

13DC H B 2

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

13DE H B 2

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

13E0 H B 2

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

13E2 H B 2

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

13E4 H B 2

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

13E6 H B 2

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

13E8 H B 2

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

13EA H B 2

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

13EC H

～

13F5H

～～ Reserve

～～

13F6 H B 3

Analog input, input range

2

R/W

※Refer to “Pattern 1”

13F7 H B 3

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

13F8 H B 3

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

13FA H B 3

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

13FB H B 3

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

13FC H B 3

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

13FE H B 3

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

13FF H B 3

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

1400 H B 3

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

1401 H B 3

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1402 H B 3

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1403 H B 3

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1404 H B 3

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1405 H B 3

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1406 H B 3

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1407 H B 3

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

1408 H B 3

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

140A H B 3

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

140B H B 3

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

140C H B 3

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

140E H B 3

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

140F H B 3

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1410 H B 3

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1411 H B 3

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1412 H B 3

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1413 H B 3

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1414 H B 3

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1415 H B 3

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1416 H B 3

Analog input, totalized value display Custom

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

64

unit 5th character

1417 H B 3

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1418 H B 3

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

1419 H B 3

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

141A H B 3

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

141C H B 3

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

141E H B 3

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

1420 H B 3

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

1422 H B 3

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

1424 H B 3

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

1426 H B 3

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

1428 H B 3

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

142A H B 3

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

142C H B 3

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

142E H B 3

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

1430 H B 3

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

1432 H B 3

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

1434 H B 3

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

1436 H B 3

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

1438 H B 3

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

143A H B 3

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

143C H B 3

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

143E H B 3

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

1440 H B 3

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

1442 H B 3

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

1444 H B 3

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

1446 H B 3

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

1448 H B 3

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

144A H B 3

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

144C H B 3

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

144E H B 3

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

1450 H B 3

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

1452 H B 3

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

1454 H B 3

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

1456 H B 3

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

1458 H B 3

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

145A H B 3

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

145C H B 3

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

145E H B 3

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

1460 H B 3

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

1462 H B 3

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

1464 H B 3

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

1466 H B 3

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

1468 H B 3

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

146A H B 3

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

146C H B 3

Analog input, linearize 21st point output

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

65

value

146E H

～

1477H

～～ Reserve

～～

1478 H B 4

Analog input, input range

2

R/W

※Refer to “Pattern 1”

1479 H B 4

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

147A H B 4

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

147C H B 4

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

147D H B 4

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

147E H B 4

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

1480 H B 4

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

1481 H B 4

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

1482 H B 4

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

1483 H B 4

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1484 H B 4

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1485 H B 4

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1486 H B 4

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1487 H B 4

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1488 H B 4

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1489 H B 4

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

148A H B 4

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

148C H B 4

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

148D H B 4

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

148E H B 4

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1490 H B 4

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1491 H B 4

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1492 H B 4

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1493 H B 4

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1494 H B 4

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1495 H B 4

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1496 H B 4

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1497 H B 4

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1498 H B 4

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1499 H B 4

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

149A H B 4

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

149B H B 4

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

149C H B 4

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

149E H B 4

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

14A0 H B 4

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

14A2 H B 4

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

14A4 H B 4

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

14A6 H B 4

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

66

14A8 H B 4

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

14AA H B 4

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

14AC H B 4

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

14AE H B 4

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

14B0 H B 4

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

14B2 H B 4

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

14B4 H B 4

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

14B6 H B 4

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

14B8 H B 4

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

14BA H B 4

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

14BC H B 4

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

14BE H B 4

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

14C0 H B 4

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

14C2 H B 4

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

14C4 H B 4

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

14C6 H B 4

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

14C8 H B 4

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

14CA H B 4

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

14CC H B 4

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

14CE H B 4

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

14D0 H B 4

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

14D2 H B 4

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

14D4 H B 4

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

14D6 H B 4

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

14D8 H B 4

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

14DA H B 4

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

14DC H B 4

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

14DE H B 4

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

14E0 H B 4

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

14E2 H B 4

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

14E4 H B 4

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

14E6 H B 4

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

14E8 H B 4

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

14EA H B 4

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

14EC H B 4

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

14EE H B 4

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

14F0 H

～

14F9H

～～ Reserve

～～

14FA H B 5

Analog input, input range

2

R/W

※Refer to “Pattern 1”

14FB H B 5

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

14FC H B 5

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

14FE H B 5

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

14FF H B 5

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

1500 H B 5

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

1502 H B 5

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

1503 H B 5

Analog input, Instantaneous value Decimal

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

67

point position

1504 H B 5

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

1505 H B 5

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1506 H B 5

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1507 H B 5

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1508 H B 5

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

1509 H B 5

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

150A H B 5

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

150B H B 5

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

150C H B 5

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

150E H B 5

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

150F H B 5

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

1510 H B 5

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1512 H B 5

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1513 H B 5

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1514 H B 5

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1515 H B 5

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1516 H B 5

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1517 H B 5

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1518 H B 5

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

1519 H B 5

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

151A H B 5

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

151B H B 5

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

151C H B 5

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

151D H B 5

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

151E H B 5

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

1520 H B 5

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

1522 H B 5

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

1524 H B 5

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

1526 H B 5

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

1528 H B 5

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

152A H B 5

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

152C H B 5

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

152E H B 5

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

1530 H B 5

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

1532 H B 5

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

1534 H B 5

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

1536 H B 5

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

1538 H B 5

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

153A H B 5

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

153C H B 5

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

68

153E H B 5

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

1540 H B 5

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

1542 H B 5

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

1544 H B 5

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

1546 H B 5

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

1548 H B 5

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

154A H B 5

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

154C H B 5

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

154E H B 5

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

1550 H B 5

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

1552 H B 5

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

1554 H B 5

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

1556 H B 5

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

1558 H B 5

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

155A H B 5

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

155C H B 5

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

155E H B 5

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

1560 H B 5

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

1562 H B 5

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

1564 H B 5

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

1566 H B 5

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

1568 H B 5

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

156A H B 5

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

156C H B 5

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

156E H B 5

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

1570 H B 5

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

1572 H

～

157BH

～～ Reserve

～～

157C H B 6

Analog input, input range

2

R/W

※Refer to “Pattern 1”

157D H B 6

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

157E H B 6

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

1580 H B 6

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

1581 H B 6

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

1582 H B 6

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

1584 H B 6

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

1585 H B 6

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

1586 H B 6

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

1587 H B 6

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1588 H B 6

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

1589 H B 6

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

158A H B 6

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

158B H B 6

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

158C H B 6

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

69

158D H B 6

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

158E H B 6

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

1590 H B 6

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

1591 H B 6

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

1592 H B 6

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1594 H B 6

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1595 H B 6

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1596 H B 6

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

1597 H B 6

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

1598 H B 6

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

1599 H B 6

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

159A H B 6

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

159B H B 6

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

159C H B 6

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

159D H B 6

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

159E H B 6

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

159F H B 6

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

15A0 H B 6

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

15A2 H B 6

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

15A4 H B 6

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

15A6 H B 6

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

15A8 H B 6

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

15AA H B 6

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

15AC H B 6

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

15AE H B 6

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

15B0 H B 6

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

15B2 H B 6

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

15B4 H B 6

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

15B6 H B 6

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

15B8 H B 6

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

15BA H B 6

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

15BC H B 6

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

15BE H B 6

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

15C0 H B 6

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

15C2 H B 6

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

15C4 H B 6

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

15C6 H B 6

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

15C8 H B 6

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

15CA H B 6

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

15CC H B 6

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

15CE H B 6

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

15D0 H B 6

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

15D2 H B 6

Analog input, linearize 13th point output

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

70

value

15D4 H B 6

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

15D6 H B 6

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

15D8 H B 6

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

15DA H B 6

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

15DC H B 6

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

15DE H B 6

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

15E0 H B 6

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

15E2 H B 6

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

15E4 H B 6

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

15E6 H B 6

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

15E8 H B 6

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

15EA H B 6

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

15EC H B 6

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

15EE H B 6

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

15F0 H B 6

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

15F2 H B 6

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

15F4 H

～

15FDH

～～ Reserve

～～

15FE H B 7

Analog input, input range

2

R/W

※Refer to “Pattern 1”

15FF H B 7

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

1600 H B 7

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

1602 H B 7

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

1603 H B 7

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

1604 H B 7

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

1606 H B 7

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

1607 H B 7

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

1608 H B 7

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

1609 H B 7

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

160A H B 7

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

160B H B 7

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

160C H B 7

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

160D H B 7

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

160E H B 7

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

160F H B 7

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

1610 H B 7

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

1612 H B 7

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

1613 H B 7

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

1614 H B 7

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1616 H B 7

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1617 H B 7

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

1618 H B 7

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

71

1619 H B 7

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

161A H B 7

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

161B H B 7

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

161C H B 7

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

161D H B 7

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

161E H B 7

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

161F H B 7

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1620 H B 7

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

1621 H B 7

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

1622 H B 7

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

1624 H B 7

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

1626 H B 7

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

1628 H B 7

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

162A H B 7

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

162C H B 7

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

162E H B 7

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

1630 H B 7

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

1632 H B 7

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

1634 H B 7

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

1636 H B 7

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

1638 H B 7

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

163A H B 7

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

163C H B 7

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

163E H B 7

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

1640 H B 7

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

1642 H B 7

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

1644 H B 7

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

1646 H B 7

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

1648 H B 7

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

164A H B 7

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

164C H B 7

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

164E H B 7

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

1650 H B 7

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

1652 H B 7

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

1654 H B 7

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

1656 H B 7

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

1658 H B 7

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

165A H B 7

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

165C H B 7

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

165E H B 7

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

1660 H B 7

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

1662 H B 7

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

1664 H B 7

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

1666 H B 7

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

72

1668 H B 7

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

166A H B 7

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

166C H B 7

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

166E H B 7

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

1670 H B 7

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

1672 H B 7

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

1674 H B 7

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

1676 H

～

167FH

～～ Reserve

～～

1680 H B 8

Analog input, input range

2

R/W

※Refer to “Pattern 1”

1681 H B 8

Analog input, sensor power supply

2

R/W

※Refer to “Pattern 1”

1682 H B 8

Analog input, Low cut% value

4

R/W

※Refer to “Pattern 1”

1684 H B 8

Analog input, simple average

2

R/W

※Refer to “Pattern 1”

1685 H B 8

Analog input, moving average

2

R/W

※Refer to “Pattern 1”

1686 H B 8

Analog input, mantissa part of instantaneous value display coefficient

4

R/W

※Refer to “Pattern 1”

1688 H B 8

Analog input, exponent part of instantaneous value indication coefficient

2

R/W

※Refer to “Pattern 1”

1689 H B 8

Analog input, Instantaneous value Decimal point position

2

R/W

※Refer to “Pattern 1”

168A H B 8

Analog input, instantaneous value display unit

2

R/W

※Refer to “Pattern 1”

168B H B 8

Analog input, instantaneous value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

168C H B 8

Analog input, instantaneous value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

168D H B 8

Analog input, instantaneous value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

168E H B 8

Analog input, instantaneous value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

168F H B 8

Analog input, instantaneous value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

1690 H B 8

Analog input, instantaneous value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

1691 H B 8

Analog input, instantaneous value display step

2

R/W

※Refer to “Pattern 1”

1692 H B 8

Analog input, mantissa part of totalized value display coefficient

4

R/W

※Refer to “Pattern 1”

1694 H B 8

Analog input, exponent part of totalized value display coefficient

2

R/W

※Refer to “Pattern 1”

1695 H B 8

Analog input, time unit of totalized unit time.

2

R/W

※Refer to “Pattern 1”

1696 H B 8

Analog input, mantissa part of integration initial value

4

R/W

※Refer to “Pattern 1”

1698 H B 8

Analog input, exponent part of integration initial value

2

R/W

※Refer to “Pattern 1”

1699 H B 8

Analog input, total calculation direction

2

R/W

※Refer to “Pattern 1”

169A H B 8

Analog input, totalized value Decimal point position

2

R/W

※Refer to “Pattern 1”

169B H B 8

Analog input, totalized value display unit

2

R/W

※Refer to “Pattern 1”

169C H B 8

Analog input, totalized value display Custom unit 1st character

2

R/W

※Refer to “Pattern 1”

169D H B 8

Analog input, totalized value display Custom unit 2nd character

2

R/W

※Refer to “Pattern 1”

169E H B 8

Analog input, totalized value display Custom unit 3rd character

2

R/W

※Refer to “Pattern 1”

169F H B 8

Analog input, totalized value display Custom unit 4th character

2

R/W

※Refer to “Pattern 1”

16A0 H B 8

Analog input, totalized value display Custom unit 5th character

2

R/W

※Refer to “Pattern 1”

16A1 H B 8

Analog input, totalized value display Custom unit 6th character

2

R/W

※Refer to “Pattern 1”

16A2 H B 8

Analog input, totalized over operation

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

73

16A3 H B 8

Analog input, linearize function

2

R/W

※Refer to “Pattern 1”

16A4 H B 8

Analog input, linearize 1st point input value

4

R/W

※Refer to “Pattern 1”

16A6 H B 8

Analog input, linearize 1st point output value

4

R/W

※Refer to “Pattern 1”

16A8 H B 8

Analog input, linearize 2nd point input value

4

R/W

※Refer to “Pattern 1”

16AA H B 8

Analog input, linearize 2nd point output value

4

R/W

※Refer to “Pattern 1”

16AC H B 8

Analog input, linearize 3rd point input value

4

R/W

※Refer to “Pattern 1”

16AE H B 8

Analog input, linearize 3rd point output value

4

R/W

※Refer to “Pattern 1”

16B0 H B 8

Analog input, linearize 4th point input value

4

R/W

※Refer to “Pattern 1”

16B2 H B 8

Analog input, linearize 4th point output value

4

R/W

※Refer to “Pattern 1”

16B4 H B 8

Analog input, linearize 5th point input value

4

R/W

※Refer to “Pattern 1”

16B6 H B 8

Analog input, linearize 5th point output value

4

R/W

※Refer to “Pattern 1”

16B8 H B 8

Analog input, linearize 6th point input value

4

R/W

※Refer to “Pattern 1”

16BA H B 8

Analog input, linearize 6th point output value

4

R/W

※Refer to “Pattern 1”

16BC H B 8

Analog input, linearize 7th point input value

4

R/W

※Refer to “Pattern 1”

16BE H B 8

Analog input, linearize 7th point output value

4

R/W

※Refer to “Pattern 1”

16C0 H B 8

Analog input, linearize 8th point input value

4

R/W

※Refer to “Pattern 1”

16C2 H B 8

Analog input, linearize 8th point output value

4

R/W

※Refer to “Pattern 1”

16C4 H B 8

Analog input, linearize 9th point input value

4

R/W

※Refer to “Pattern 1”

16C6 H B 8

Analog input, linearize 9th point output value

4

R/W

※Refer to “Pattern 1”

16C8 H B 8

Analog input, linearize 10th point input value

4

R/W

※Refer to “Pattern 1”

16CA H B 8

Analog input, linearize 10th point output value

4

R/W

※Refer to “Pattern 1”

16CC H B 8

Analog input, linearize 11th point input value

4

R/W

※Refer to “Pattern 1”

16CE H B 8

Analog input, linearize 11th point output value

4

R/W

※Refer to “Pattern 1”

16D0 H B 8

Analog input, linearize 12th point input value

4

R/W

※Refer to “Pattern 1”

16D2 H B 8

Analog input, linearize 12th point output value

4

R/W

※Refer to “Pattern 1”

16D4 H B 8

Analog input, linearize 13th point input value

4

R/W

※Refer to “Pattern 1”

16D6 H B 8

Analog input, linearize 13th point output value

4

R/W

※Refer to “Pattern 1”

16D8 H B 8

Analog input, linearize 14th point input value

4

R/W

※Refer to “Pattern 1”

16DA H B 8

Analog input, linearize 14th point output value

4

R/W

※Refer to “Pattern 1”

16DC H B 8

Analog input, linearize 15th point input value

4

R/W

※Refer to “Pattern 1”

16DE H B 8

Analog input, linearize 15th point output value

4

R/W

※Refer to “Pattern 1”

16E0 H B 8

Analog input, linearize 16th point input value

4

R/W

※Refer to “Pattern 1”

16E2 H B 8

Analog input, linearize 16th point output value

4

R/W

※Refer to “Pattern 1”

16E4 H B 8

Analog input, linearize 17th point input value

4

R/W

※Refer to “Pattern 1”

16E6 H B 8

Analog input, linearize 17th point output value

4

R/W

※Refer to “Pattern 1”

16E8 H B 8

Analog input, linearize 18th point input value

4

R/W

※Refer to “Pattern 1”

16EA H B 8

Analog input, linearize 18th point output value

4

R/W

※Refer to “Pattern 1”

16EC H B 8

Analog input, linearize 19th point input value

4

R/W

※Refer to “Pattern 1”

16EE H B 8

Analog input, linearize 19th point output value

4

R/W

※Refer to “Pattern 1”

16F0 H B 8

Analog input, linearize 20th point input value

4

R/W

※Refer to “Pattern 1”

16F2 H B 8

Analog input, linearize 20th point output value

4

R/W

※Refer to “Pattern 1”

16F4 H B 8

Analog input, linearize 21st point input value

4

R/W

※Refer to “Pattern 1”

16F6 H B 8

Analog input, linearize 21st point output value

4

R/W

※Refer to “Pattern 1”

16F8 H

～

1701H

～～ Reserve

～～

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

74

-

1702H

-

1

2 input calculation, expression for instantaneous value.

2

R/W

0000H：None、 0001H：AbsRatio (B/A)×100、 0002H：ErrRatio (B/A-1)×100、 0003H：Err B-A、 0004H：Dens (B/(A+B))×100、 0005H：SUM A+B

1703H

-

1

2 input calculation, instantaneous value decimal point position.

2

R/W

0000H：None, 0001H：The lower right of the 2nd digit, 0002H：The lower right of the 3rd digit, 0003H：The lower right of the 4th digit, 0004H：The lower right of the 5th digit, 0005H：The lower right of the 6th digit ※1 ※1 If the input format is "analog input" is, 6 digit of the set are not allowed.

1704H

-

1

2 input calculation, instantaneous value display unit.

2

R/W

0000H：None、 0002H：mA、 0004H：kA、 0006H：mV、 0008H：kV、 000AH：W、 000CH：MW、 000EH：mm、 0010H：m、 0012H：kΩ、 0014H：g、 0016H：N、 0018H：MN、 001AH：kPa、 001CH：hPa、 001EH：kJ、 0020H：Hz、 0022H：MHz、 0024H：mm/s、 0026H：cm/min、 0028H：m/min、 002AH：m/s2、 002CH：m3/min、 002EH：kg/h、 0030H：kg/m3、 0032H：ℓ、 0034H：ℓ/min、 0036H：%、 0038H：％RH、 003AH：ph、 003CH：rpm、 003EH：inch、

0001H：µA、 0003H：A、 0005H：µV、 0007H：V、 0009H：VA、 000BH：kW、 000DH：µm、 000FH：cm、 0011H：Ω、 0013H：MΩ、 0015H：kg、 0017H：kN、 0019H：Pa、 001BH：Mpa、 001DH：J、 001FH：MJ、 0021H：kHz、 0023H：m3、 0025H：mm/min、 0027H：m/s、 0029H：m/h 002BH：m3/s、 002DH：m3/h、 002FH：kg/m2、 0031H：N/m2、 0033H：ℓ/s、 0035H：ℓ/h、 0037H：‰、 0039H：℃、 003BH：ppm、 003DH：t、 003FH：Custom unit

1705H

-

1

2 input calculation, instantaneous value display custom unit 1st character.

2

R/W

0000H：None、 0002H：b、 0004H：d、 0006H：f、 0008H：h、 000AH：j、 000CH：l、 000EH：n、 0010H：p、 0012H：r、 0014H：t、 0016H：v、 0018H：x、 001AH：z、 001CH：B、 001EH：D、 0020H：F、 0022H：H、 0024H：J、 0026H：L、 0028H：N、 002AH：P、

0001H：a、 0003H：c、 0005H：e、 0007H：g、 0009H：i、 000BH：k、 000DH：m、 000FH：o、 0011H：q、 0013H：s、 0015H：u、 0017H：w、 0019H：y、 001BH：A、 001DH：C、 001FH：E、 0021H：G、 0023H：I、 0025H：K、 0027H：M、 0029H：O 002BH：Q、

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

75

002CH：R、 002EH：T、 0030H：V、 0032H：X、 0034H：Z、 0036H：]、 0038H：)、 003AH：2、 003CH：1、 003EH：3、 0040H：µ、 0042H：g、 0044H：/、 0046H：%、 0048H：°、 004AH：”

002DH：S、 002FH：U、 0031H：W、 0033H：Y、 0035H：[、 0037H：(、 0039H：1、 003BH：3、 003DH：2、 003FH：-、 0041H：Ω、 0043H：・、 0045H：ℓ、 0047H：‰、 0049H：’、

1706H

-

1

2 input calculation, instantaneous value display custom unit 2nd character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1707H

-

1

2 input calculation, instantaneous value display custom unit 3rd character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1708H

-

1

2 input calculation, instantaneous value display custom unit 4th character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1709H

-

1

2 input calculation, instantaneous value display custom unit 5th character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

170AH

-

1

2 input calculation, instantaneous value display custom unit 6th character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

170BH

-

1

2 input calculation, inistataneous value display step.

2

R/W

0000H：None、0001H：5 steps、 0002H：10 steps

170CH

-

1

2 input calculation, expression for totalized value.

2

R/W

0000H：None、 0001H：Add A+B、 0002H：Sub B-A

170DH

-

1

2 input calculation, totalized value decimal point position.

2

R/W

0000H：None, 0001H：The lower right of the 2nd digit, 0002H：The lower right of the 3rd digit, 0003H：The lower right of the 4th digit, 0004H：The lower right of the 5th digit, 0005H：The lower right of the 6th digit

170EH

-

1

2 input calculation, Totalized value display unit.

2

R/W

※Refer to “2 input calculation, instantaneous value display unit.”

170FH - 1

2 input calculation, Totalized value display custom unit 1st character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1710H - 1

2 input calculation, Totalized value display custom unit 2nd character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1711H - 1

2 input calculation, Totalized value display custom unit 3rd character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1712H - 1

2 input calculation, Totalized value display custom unit 4th character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1713H - 1

2 input calculation, Totalized value display custom unit 5th character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1714H - 1

2 input calculation, Totalized value display custom unit 6th character.

2

R/W

※Refer to “2 input calculation, instantaneous value display custom unit 1st character.”

1715H - 1

2 input calculation, Totalized value overrun count.

2

R/W

0000H：None、0001H：999 times、 0002H：Endless

1716H

～

171FH

～～ Reserve

～～ -

1720H

- 2 2 input calculation, expression for

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

76

instantaneous value.

1721H

-

2

2 input calculation, instantaneous value decimal point position.

2

R/W

※Refer to “Pattern 1”

1722H

-

2

2 input calculation, instantaneous value display unit.

2

R/W

※Refer to “Pattern 1”

1723H

-

2

2 input calculation, instantaneous value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

1724H

-

2

2 input calculation, instantaneous value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

1725H

-

2

2 input calculation, instantaneous value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

1726H

-

2

2 input calculation, instantaneous value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

1727H

-

2

2 input calculation, instantaneous value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

1728H

-

2

2 input calculation, instantaneous value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

1729H

-

2

2 input calculation, inistataneous value display step.

2

R/W

※Refer to “Pattern 1”

172AH

-

2

2 input calculation, expression for totalized value.

2

R/W

※Refer to “Pattern 1”

172BH

-

2

2 input calculation, totalized value decimal point position.

2

R/W

※Refer to “Pattern 1”

172CH

-

2

2 input calculation, Totalized value display unit.

2

R/W

※Refer to “Pattern 1”

172DH - 2

2 input calculation, Totalized value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

172EH - 2

2 input calculation, Totalized value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

172FH - 2

2 input calculation, Totalized value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

1730H - 2

2 input calculation, Totalized value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

1731H - 2

2 input calculation, Totalized value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

1732H - 2

2 input calculation, Totalized value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

1733H - 2

2 input calculation, Totalized value overrun count.

2

R/W

※Refer to “Pattern 1”

1734H

～

173DH

～～ Reserve

～～

173EH

-

3

2 input calculation, expression for instantaneous value.

2

R/W

※Refer to “Pattern 1”

173FH

-

3

2 input calculation, instantaneous value decimal point position.

2

R/W

※Refer to “Pattern 1”

1740H

-

3

2 input calculation, instantaneous value display unit.

2

R/W

※Refer to “Pattern 1”

1741H

-

3

2 input calculation, instantaneous value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

1742H

-

3

2 input calculation, instantaneous value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

1743H

-

3

2 input calculation, instantaneous value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

1744H

-

3

2 input calculation, instantaneous value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

1745H

-

3

2 input calculation, instantaneous value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

1746H

-

3

2 input calculation, instantaneous value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

1747H

-

3

2 input calculation, inistataneous value display step.

2

R/W

※Refer to “Pattern 1”

1748H

-

3

2 input calculation, expression for totalized value.

2

R/W

※Refer to “Pattern 1”

1749H

-

3

2 input calculation, totalized value decimal point position.

2

R/W

※Refer to “Pattern 1”

174AH

-

3

2 input calculation, Totalized value display unit.

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

77

174BH - 3

2 input calculation, Totalized value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

174CH - 3

2 input calculation, Totalized value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

174DH - 3

2 input calculation, Totalized value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

174EH - 3

2 input calculation, Totalized value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

174FH - 3

2 input calculation, Totalized value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

1750H - 3

2 input calculation, Totalized value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

1751H - 3

2 input calculation, Totalized value overrun count.

2

R/W

※Refer to “Pattern 1”

1752H

～

175BH

～～ Reserve

～～

175CH

-

4

2 input calculation, expression for instantaneous value.

2

R/W

※Refer to “Pattern 1”

175DH

-

4

2 input calculation, instantaneous value decimal point position.

2

R/W

※Refer to “Pattern 1”

175EH

-

4

2 input calculation, instantaneous value display unit.

2

R/W

※Refer to “Pattern 1”

175FH

-

4

2 input calculation, instantaneous value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

1760H

-

4

2 input calculation, instantaneous value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

1761H

-

4

2 input calculation, instantaneous value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

1762H

-

4

2 input calculation, instantaneous value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

1763H

-

4

2 input calculation, instantaneous value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

1764H

-

4

2 input calculation, instantaneous value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

1765H

-

4

2 input calculation, inistataneous value display step.

2

R/W

※Refer to “Pattern 1”

1766H

-

4

2 input calculation, expression for totalized value.

2

R/W

※Refer to “Pattern 1”

1767H

-

4

2 input calculation, totalized value decimal point position.

2

R/W

※Refer to “Pattern 1”

1768H

-

4

2 input calculation, Totalized value display unit.

2

R/W

※Refer to “Pattern 1”

1769H - 4

2 input calculation, Totalized value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

176AH - 4

2 input calculation, Totalized value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

176BH - 4

2 input calculation, Totalized value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

176CH - 4

2 input calculation, Totalized value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

176DH - 4

2 input calculation, Totalized value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

176EH - 4

2 input calculation, Totalized value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

176FH - 4

2 input calculation, Totalized value overrun count.

2

R/W

※Refer to “Pattern 1”

1770H

～

1779H

～～ Reserve

～～

177AH

-

5

2 input calculation, expression for instantaneous value.

2

R/W

※Refer to “Pattern 1”

177BH

-

5

2 input calculation, instantaneous value decimal point position.

2

R/W

※Refer to “Pattern 1”

177CH

-

5

2 input calculation, instantaneous value display unit.

2

R/W

※Refer to “Pattern 1”

177DH

-

5

2 input calculation, instantaneous value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

78

177EH

-

5

2 input calculation, instantaneous value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

177FH

-

5

2 input calculation, instantaneous value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

1780H

-

5

2 input calculation, instantaneous value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

1781H

-

5

2 input calculation, instantaneous value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

1782H

-

5

2 input calculation, instantaneous value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

1783H

-

5

2 input calculation, inistataneous value display step.

2

R/W

※Refer to “Pattern 1”

1784H

-

5

2 input calculation, expression for totalized value.

2

R/W

※Refer to “Pattern 1”

1785H

-

5

2 input calculation, totalized value decimal point position.

2

R/W

※Refer to “Pattern 1”

1786H

-

5

2 input calculation, Totalized value display unit.

2

R/W

※Refer to “Pattern 1”

1787H - 5

2 input calculation, Totalized value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

1788H - 5

2 input calculation, Totalized value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

1789H - 5

2 input calculation, Totalized value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

178AH - 5

2 input calculation, Totalized value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

178BH - 5

2 input calculation, Totalized value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

178CH - 5

2 input calculation, Totalized value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

178DH - 5

2 input calculation, Totalized value overrun count.

2

R/W

※Refer to “Pattern 1”

178EH

～

1797H

～～ Reserve

～～

1798H

-

6

2 input calculation, expression for instantaneous value.

2

R/W

※Refer to “Pattern 1”

1799H

-

6

2 input calculation, instantaneous value decimal point position.

2

R/W

※Refer to “Pattern 1”

179AH

-

6

2 input calculation, instantaneous value display unit.

2

R/W

※Refer to “Pattern 1”

179BH

-

6

2 input calculation, instantaneous value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

179CH

-

6

2 input calculation, instantaneous value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

179DH

-

6

2 input calculation, instantaneous value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

179EH

-

6

2 input calculation, instantaneous value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

179FH

-

6

2 input calculation, instantaneous value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

17A0H

-

6

2 input calculation, instantaneous value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

17A1H

-

6

2 input calculation, inistataneous value display step.

2

R/W

※Refer to “Pattern 1”

17A2H

-

6

2 input calculation, expression for totalized value.

2

R/W

※Refer to “Pattern 1”

17A3H

-

6

2 input calculation, totalized value decimal point position.

2

R/W

※Refer to “Pattern 1”

17A4H

-

6

2 input calculation, Totalized value display unit.

2

R/W

※Refer to “Pattern 1”

17A5H - 6

2 input calculation, Totalized value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

17A6H - 6

2 input calculation, Totalized value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

17A7H - 6

2 input calculation, Totalized value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

17A8H - 6

2 input calculation, Totalized value display

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

79

custom unit 4th character.

17A9H - 6

2 input calculation, Totalized value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

17AAH - 6

2 input calculation, Totalized value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

17ABH - 6

2 input calculation, Totalized value overrun count.

2

R/W

※Refer to “Pattern 1”

17ACH

～

17B5H

～～ Reserve

～～

17B6H

-

7

2 input calculation, expression for instantaneous value.

2

R/W

※Refer to “Pattern 1”

17B7H

-

7

2 input calculation, instantaneous value decimal point position.

2

R/W

※Refer to “Pattern 1”

17B8H

-

7

2 input calculation, instantaneous value display unit.

2

R/W

※Refer to “Pattern 1”

17B9H

-

7

2 input calculation, instantaneous value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

17BAH

-

7

2 input calculation, instantaneous value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

17BBH

-

7

2 input calculation, instantaneous value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

17BCH

-

7

2 input calculation, instantaneous value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

17BDH

-

7

2 input calculation, instantaneous value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

17BEH

-

7

2 input calculation, instantaneous value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

17BFH

-

7

2 input calculation, inistataneous value display step.

2

R/W

※Refer to “Pattern 1”

17C0H

-

7

2 input calculation, expression for totalized value.

2

R/W

※Refer to “Pattern 1”

17C1H

-

7

2 input calculation, totalized value decimal point position.

2

R/W

※Refer to “Pattern 1”

17C2H

-

7

2 input calculation, Totalized value display unit.

2

R/W

※Refer to “Pattern 1”

17C3H - 7

2 input calculation, Totalized value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

17C4H - 7

2 input calculation, Totalized value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

17C5H - 7

2 input calculation, Totalized value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

17C6H - 7

2 input calculation, Totalized value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

17C7H - 7

2 input calculation, Totalized value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

17C8H - 7

2 input calculation, Totalized value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

17C9H - 7

2 input calculation, Totalized value overrun count.

2

R/W

※Refer to “Pattern 1”

17ACH

～

17D3H

～～ Reserve

～～

17D4H

-

8

2 input calculation, expression for instantaneous value.

2

R/W

※Refer to “Pattern 1”

17D5H

-

8

2 input calculation, instantaneous value decimal point position.

2

R/W

※Refer to “Pattern 1”

17D6H

-

8

2 input calculation, instantaneous value display unit.

2

R/W

※Refer to “Pattern 1”

17D7H

-

8

2 input calculation, instantaneous value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

17D8H

-

8

2 input calculation, instantaneous value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

17D9H

-

8

2 input calculation, instantaneous value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

17DAH

-

8

2 input calculation, instantaneous value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

17DBH

- 8 2 input calculation, instantaneous value

2

R/W

※Refer to “Pattern 1”

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

80

display custom unit 5th character.

17DCH

-

8

2 input calculation, instantaneous value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

17DDH

-

8

2 input calculation, inistataneous value display step.

2

R/W

※Refer to “Pattern 1”

17DEH

-

8

2 input calculation, expression for totalized value.

2

R/W

※Refer to “Pattern 1”

17DFH

-

8

2 input calculation, totalized value decimal point position.

2

R/W

※Refer to “Pattern 1”

17E0H

-

8

2 input calculation, Totalized value display unit.

2

R/W

※Refer to “Pattern 1”

17E1H - 8

2 input calculation, Totalized value display custom unit 1st character.

2

R/W

※Refer to “Pattern 1”

17E2H - 8

2 input calculation, Totalized value display custom unit 2nd character.

2

R/W

※Refer to “Pattern 1”

17E3H - 8

2 input calculation, Totalized value display custom unit 3rd character.

2

R/W

※Refer to “Pattern 1”

17E4H - 8

2 input calculation, Totalized value display custom unit 4th character.

2

R/W

※Refer to “Pattern 1”

17E5H - 8

2 input calculation, Totalized value display custom unit 5th character.

2

R/W

※Refer to “Pattern 1”

17E6H - 8

2 input calculation, Totalized value display custom unit 6th character.

2

R/W

※Refer to “Pattern 1”

17E7H - 8

2 input calculation, Totalized value overrun count.

2

R/W

※Refer to “Pattern 1”

17E8H

～

17F1H

～～ Reserve

～～

-

17F2H - -

ExtCtrl1Func

2

R/W

0000H：None、 0001H：CompareReset、 0002H：TotalResetA ※2、 0003H：TotalResetB ※1, 2、 0004H：TotalResetA&B ※1, 2、 0005H：MeasureBlockA、 0006H：MeasureBlockB ※1、 0007H：MeasureBlockA&B ※1、 0008H：DispHoldA、 0009H：DispHoldB ※1、 000AH：DispHoldA&B ※1、 000BH：MaxHoldA、 000CH：MaxHoldB ※1、 000DH：MaxHoldA&B ※1、 000EH：MinHoldA、 000FH：MinHoldB ※1、 0010H：MinHoldA&B ※1、 0011H：MonitorChange、 0012H：TrendHold、 0013H：PatternChange1、 0014H：PatternChange 2、 0015H：PatternChange 3、 0016H：Digital zero A ※3、 0017H：Digital zero B ※1 ※4、 0018H：Digital zero A&B ※1 ※5、 ※1 When input Bch is none, the setting is not available. ※2 In the case of “WPMZ-5”, the setting is not available. ※3 In case of input Ach is other than "analog input", the setting is not available ※4 In case of input Bch is other than "analog input", the setting is not available. ※5 In case of input Ach and Bch are other than "analog input", the setting is not available.

17F3H - -

ExtCtrl2Func

2

R/W

※Refer to ExtCtrl1Func

17F4H - -

ExtCtrl3Func

2

R/W

※Refer to ExtCtrl1Func

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

81

17F5H - -

ExtCtrl4Func

2

R/W

※Refer to ExtCtrl1Func

17F6H - -

ExtCtrl5Func

2

R/W

※Refer to ExtCtrl1Func

17F7H

～

17FBH

～～ Reserve

～～

17FCH

AL1 1 OutputDispValue

2

R/W

0000H：None、 0001H：InsA 0002H：InsB ※1、 0003H：InsCalc ※1、 0004H：TotA ※2、 0005H：TotB ※1, 2、 0006H：TotCalc ※1, 2 ※1 When input chB is none, the setting is not available. ※2 In the case of “WPMZ5”, the setting is not available.

17FDH

AL1 1 CompareMode

2

R/W

0000H：LevelJudge、 0001H：ZoneJudge

17FEH

AL1 1 OnConditions－LevelJudge

2

R/W

0000H：Excess、0001H：LessThan

17FFH

AL1 1 Threshold－LevelJudge

4

R/W

-999,999～999,999

1801H

AL1 1 Hysteresis－LevelJudge

4

R/W

0～999,999

1803H

AL1 1 OnConditions－ZoneJudge

2

R/W

0000H：InTheZone、 0001H：OutsideTheZone

1804H

AL1 1 Zone upper limit－ZoneJudge

4

R/W

-999,999～999,999

1806H

AL1 1 Zone lower limit－ZoneJudge

4

R/W

-999,999～999,999

1808H

AL1 1 Hysteresis－ZoneJudge

4

R/W

0～999,999

180AH

AL1 1 OnDelay

2

R/W

0000H：None、0001H：20ms、 0002H：50ms、0003H：100ms、 0004H：200ms、0005H：500ms、 0006H：1s、0007H：5s、 0008H：10s、0009H：20s

180BH

AL1 1 OffDelay

2

R/W

0000H：None、0001H：20ms、 0002H：50ms、0003H：100ms、 0004H：200ms、0005H：500ms、 0006H：1s、0007H：5s、 0008H：10s、0009H：20s

180CH

AL1 1 OutputMode

2

R/W

0000H：Normal、0001H：Latch、 0002H：OneShot5ms、 0003H：OneShot 10ms、 0004H：OneShot 20ms、 0005H：OneShot 50ms、 0006H：OneShot 0.1s、 0007H：OneShot 0.2s、 0008H：OneShot 0.5s、 0009H：OneShot 1s、 000AH：OneShot 2s

180DH

AL1 1 OutputLogic

2

R/W

0000H：Positive(NC)、0001H：Negative(NO) (NC/NO are for relay output product)

180EH

AL1 1 OnBgColors

2

R/W

0000H：Black、0001H：Red、 0002H：Yellow、0003H：Green

180FH

～

181BH

～～ Reserve

～～

181AH

AL1 2 OutputDispValue

2

R/W

※Refer to Pattern1

181BH

AL1 2 CompareMode

2

R/W

※Refer to Pattern1

181CH

AL1 2 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

181DH

AL1 2 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

181FH

AL1 2 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1821H

AL1 2 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1822H

AL1 2 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1824H

AL1 2 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1826H

AL1 2 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1828H

AL1 2 OnDelay

2

R/W

※Refer to Pattern1

1829H

AL1 2 OffDelay

2

R/W

※Refer to Pattern1

182AH

AL1 2 OutputMode

2

R/W

※Refer to Pattern1

182BH

AL1 2 OutputLogic

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

82

182CH

AL1 2 OnBgColors

2

R/W

※Refer to Pattern1

182DH

～

1837H

～～ Reserve

～～

1838H

AL1 3 OutputDispValue

2

R/W

※Refer to Pattern1

1839H

AL1 3 CompareMode

2

R/W

※Refer to Pattern1

183AH

AL1 3 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

183BH

AL1 3 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

183DH

AL1 3 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

183FH

AL1 3 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1840H

AL1 3 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1842H

AL1 3 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1844H

AL1 3 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1846H

AL1 3 OnDelay

2

R/W

※Refer to Pattern1

1847H

AL1 3 OffDelay

2

R/W

※Refer to Pattern1

1848H

AL1 3 OutputMode

2

R/W

※Refer to Pattern1

1849H

AL1 3 OutputLogic

2

R/W

※Refer to Pattern1

184AH

AL1 3 OnBgColors

2

R/W

※Refer to Pattern1

184BH

～

1855H

～～ Reserve

～～

1856H

AL1 4 OutputDispValue

2

R/W

※Refer to Pattern1

1857H

AL1 4 CompareMode

2

R/W

※Refer to Pattern1

1858H

AL1 4 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1859H

AL1 4 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

185BH

AL1 4 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

185DH

AL1 4 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

185EH

AL1 4 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1860H

AL1 4 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1862H

AL1 4 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1864H

AL1 4 OnDelay

2

R/W

※Refer to Pattern1

1865H

AL1 4 OffDelay

2

R/W

※Refer to Pattern1

1866H

AL1 4 OutputMode

2

R/W

※Refer to Pattern1

1867H

AL1 4 OutputLogic

2

R/W

※Refer to Pattern1

1868H

AL1 4 OnBgColors

2

R/W

※Refer to Pattern1

1867H

～

1873H

～～ Reserve

～～

1874H

AL1 5 OutputDispValue

2

R/W

※Refer to Pattern1

1875H

AL1 5 CompareMode

2

R/W

※Refer to Pattern1

1876H

AL1 5 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1877H

AL1 5 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1879H

AL1 5 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

187BH

AL1 5 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

187CH

AL1 5 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

187EH

AL1 5 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1880H

AL1 5 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1882H

AL1 5 OnDelay

2

R/W

※Refer to Pattern1

1883H

AL1 5 OffDelay

2

R/W

※Refer to Pattern1

1884H

AL1 5 OutputMode

2

R/W

※Refer to Pattern1

1885H

AL1 5 OutputLogic

2

R/W

※Refer to Pattern1

1886H

AL1 5 OnBgColors

2

R/W

※Refer to Pattern1

1887H

～

1891H

～～ Reserve

～～

1892H

AL1 6 OutputDispValue

2

R/W

※Refer to Pattern1

1893H

AL1 6 CompareMode

2

R/W

※Refer to Pattern1

1894H

AL1 6 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1895H

AL1 6 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1897H

AL1 6 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1899H

AL1 6 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

189AH

AL1 6 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

189CH

AL1 6 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

189EH

AL1 6 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

18A0H

AL1 6 OnDelay

2

R/W

※Refer to Pattern1

18A1H

AL1 6 OffDelay

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

83

18A2H

AL1 6 OutputMode

2

R/W

※Refer to Pattern1

18A3H

AL1 6 OutputLogic

2

R/W

※Refer to Pattern1

18A4H

AL1 6 OnBgColors

2

R/W

※Refer to Pattern1

18A5H

～

18AFH

～～ Reserve

～～

18B0H

AL1 7 OutputDispValue

2

R/W

※Refer to Pattern1

18B1H

AL1 7 CompareMode

2

R/W

※Refer to Pattern1

18B2H

AL1 7 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

18B3H

AL1 7 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

18B5H

AL1 7 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

18B7H

AL1 7 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

18B8H

AL1 7 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

18BAH

AL1 7 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

18BCH

AL1 7 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

18BEH

AL1 7 OnDelay

2

R/W

※Refer to Pattern1

18BFH

AL1 7 OffDelay

2

R/W

※Refer to Pattern1

18C0H

AL1 7 OutputMode

2

R/W

※Refer to Pattern1

18C1H

AL1 7 OutputLogic

2

R/W

※Refer to Pattern1

18C2H

AL1 7 OnBgColors

2

R/W

※Refer to Pattern1

18C3H

～

18CDH

～～ Reserve

～～

18CEH

AL1 8 OutputDispValue

2

R/W

※Refer to Pattern1

18CFH

AL1 8 CompareMode

2

R/W

※Refer to Pattern1

18D0H

AL1 8 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

18D1H

AL1 8 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

18D3H

AL1 8 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

18D5H

AL1 8 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

18D6H

AL1 8 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

18D8H

AL1 8 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

18DAH

AL1 8 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

18DCH

AL1 8 OnDelay

2

R/W

※Refer to Pattern1

18DDH

AL1 8 OffDelay

2

R/W

※Refer to Pattern1

18DEH

AL1 8 OutputMode

2

R/W

※Refer to Pattern1

18DFH

AL1 8 OutputLogic

2

R/W

※Refer to Pattern1

18E0H

AL1 8 OnBgColors

2

R/W

※Refer to Pattern1

18E1H

～

18EBH

～～ Reserve

～～

-

18ECH

AL2 1 OutputDispValue

2

R/W

※Refer to Pattern1

18EDH

AL2 1 CompareMode

2

R/W

※Refer to Pattern1

18EEH

AL2 1 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

18EFH

AL2 1 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

18F1H

AL2 1 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

18F3H

AL2 1 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

18F4H

AL2 1 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

18F6H

AL2 1 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

18F8H

AL2 1 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

18FAH

AL2 1 OnDelay

2

R/W

※Refer to Pattern1

18FBH

AL2 1 OffDelay

2

R/W

※Refer to Pattern1

18FCH

AL2 1 OutputMode

2

R/W

※Refer to Pattern1

18FDH

AL2 1 OutputLogic

2

R/W

※Refer to Pattern1

18FEH

AL2 1 OnBgColors

2

R/W

※Refer to Pattern1

18FFH

～

1909H

～～ Reserve

～～

190AH

AL2 2 OutputDispValue

2

R/W

※Refer to Pattern1

190BH

AL2 2 CompareMode

2

R/W

※Refer to Pattern1

190CH

AL2 2 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

190DH

AL2 2 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

190FH

AL2 2 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1911H

AL2 2 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1912H

AL2 2 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1914H

AL2 2 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

84

1916H

AL2 2 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1918H

AL2 2 OnDelay

2

R/W

※Refer to Pattern1

1919H

AL2 2 OffDelay

2

R/W

※Refer to Pattern1

191AH

AL2 2 OutputMode

2

R/W

※Refer to Pattern1

191BH

AL2 2 OutputLogic

2

R/W

※Refer to Pattern1

191CH

AL2 2 OnBgColors

2

R/W

※Refer to Pattern1

191DH

～

1927H

～～ Reserve

～～

1928H

AL2 3 OutputDispValue

2

R/W

※Refer to Pattern1

1929H

AL2 3 CompareMode

2

R/W

※Refer to Pattern1

192AH

AL2 3 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

192BH

AL2 3 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

192DH

AL2 3 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

192FH

AL2 3 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1930H

AL2 3 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1932H

AL2 3 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1934H

AL2 3 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1936H

AL2 3 OnDelay

2

R/W

※Refer to Pattern1

1937H

AL2 3 OffDelay

2

R/W

※Refer to Pattern1

1938H

AL2 3 OutputMode

2

R/W

※Refer to Pattern1

1939H

AL2 3 OutputLogic

2

R/W

※Refer to Pattern1

193AH

AL2 3 OnBgColors

2

R/W

※Refer to Pattern1

193BH

～

1945H

～～ Reserve

～～

1946H

AL2 4 OutputDispValue

2

R/W

※Refer to Pattern1

1947H

AL2 4 CompareMode

2

R/W

※Refer to Pattern1

1948H

AL2 4 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1949H

AL2 4 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

194BH

AL2 4 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

194DH

AL2 4 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

194EH

AL2 4 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1950H

AL2 4 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1952H

AL2 4 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1954H

AL2 4 OnDelay

2

R/W

※Refer to Pattern1

1955H

AL2 4 OffDelay

2

R/W

※Refer to Pattern1

1956H

AL2 4 OutputMode

2

R/W

※Refer to Pattern1

1957H

AL2 4 OutputLogic

2

R/W

※Refer to Pattern1

1958H

AL2 4 OnBgColors

2

R/W

※Refer to Pattern1

1959H

～

1963H

～～ Reserve

～～

1964H

AL2 5 OutputDispValue

2

R/W

※Refer to Pattern1

1965H

AL2 5 CompareMode

2

R/W

※Refer to Pattern1

1966H

AL2 5 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1967H

AL2 5 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1969H

AL2 5 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

196BH

AL2 5 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

196CH

AL2 5 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

196EH

AL2 5 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1970H

AL2 5 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1972H

AL2 5 OnDelay

2

R/W

※Refer to Pattern1

1973H

AL2 5 OffDelay

2

R/W

※Refer to Pattern1

1974H

AL2 5 OutputMode

2

R/W

※Refer to Pattern1

1975H

AL2 5 OutputLogic

2

R/W

※Refer to Pattern1

1976H

AL2 5 OnBgColors

2

R/W

※Refer to Pattern1

1977H

～

1981H

～～ Reserve

～～

1982H

AL2 6 OutputDispValue

2

R/W

※Refer to Pattern1

1983H

AL2 6 CompareMode

2

R/W

※Refer to Pattern1

1984H

AL2 6 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1985H

AL2 6 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1987H

AL2 6 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1989H

AL2 6 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

85

198AH

AL2 6 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

198CH

AL2 6 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

198EH

AL2 6 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1990H

AL2 6 OnDelay

2

R/W

※Refer to Pattern1

1991H

AL2 6 OffDelay

2

R/W

※Refer to Pattern1

1992H

AL2 6 OutputMode

2

R/W

※Refer to Pattern1

1993H

AL2 6 OutputLogic

2

R/W

※Refer to Pattern1

1994H

AL2 6 OnBgColors

2

R/W

※Refer to Pattern1

1995H

～

199FH

～～ Reserve

～～

19A0H

AL2 7 OutputDispValue

2

R/W

※Refer to Pattern1

19A1H

AL2 7 CompareMode

2

R/W

※Refer to Pattern1

19A2H

AL2 7 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

19A3H

AL2 7 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

19A5H

AL2 7 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

19A7H

AL2 7 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

19A8H

AL2 7 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

19AAH

AL2 7 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

19ACH

AL2 7 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

19AEH

AL2 7 OnDelay

2

R/W

※Refer to Pattern1

19AFH

AL2 7 OffDelay

2

R/W

※Refer to Pattern1

19B0H

AL2 7 OutputMode

2

R/W

※Refer to Pattern1

19B1H

AL2 7 OutputLogic

2

R/W

※Refer to Pattern1

19B2H

AL2 7 OnBgColors

2

R/W

※Refer to Pattern1

19B3H

～

19BDH

～～ Reserve

～～

19BEH

AL2 8 OutputDispValue

2

R/W

※Refer to Pattern1

19BFH

AL2 8 CompareMode

2

R/W

※Refer to Pattern1

19C0H

AL2 8 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

19C1H

AL2 8 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

19C3H

AL2 8 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

19C5H

AL2 8 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

19C6H

AL2 8 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

19C8H

AL2 8 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

19CAH

AL2 8 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

19CCH

AL2 8 OnDelay

2

R/W

※Refer to Pattern1

19CDH

AL2 8 OffDelay

2

R/W

※Refer to Pattern1

19CEH

AL2 8 OutputMode

2

R/W

※Refer to Pattern1

19CFH

AL2 8 OutputLogic

2

R/W

※Refer to Pattern1

19D0H

AL2 8 OnBgColors

2

R/W

※Refer to Pattern1

19D1H

～

19DBH

～～ Reserve

～～

-

19DCH

AL3 1 OutputDispValue

2

R/W

※Refer to Pattern1

19DDH

AL3 1 CompareMode

2

R/W

※Refer to Pattern1

19DEH

AL3 1 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

19DFH

AL3 1 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

19E1H

AL3 1 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

19E3H

AL3 1 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

19E4H

AL3 1 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

19E6H

AL3 1 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

19E8H

AL3 1 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

19EAH

AL3 1 OnDelay

2

R/W

※Refer to Pattern1

19EBH

AL3 1 OffDelay

2

R/W

※Refer to Pattern1

19ECH

AL3 1 OutputMode

2

R/W

※Refer to Pattern1

19EDH

AL3 1 OutputLogic

2

R/W

※Refer to Pattern1

19EEH

AL3 1 OnBgColors

2

R/W

※Refer to Pattern1

19EFH

～

19F9H

～～ Reserve

～～

19FAH

AL3 2 OutputDispValue

2

R/W

※Refer to Pattern1

19FBH

AL3 2 CompareMode

2

R/W

※Refer to Pattern1

19FCH

AL3 2 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

86

19FDH

AL3 2 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

19FFH

AL3 2 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1A01H

AL3 2 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1A02H

AL3 2 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A04H

AL3 2 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A06H

AL3 2 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1A08H

AL3 2 OnDelay

2

R/W

※Refer to Pattern1

1A09H

AL3 2 OffDelay

2

R/W

※Refer to Pattern1

1A0AH

AL3 2 OutputMode

2

R/W

※Refer to Pattern1

1A0BH

AL3 2 OutputLogic

2

R/W

※Refer to Pattern1

1A0CH

AL3 2 OnBgColors

2

R/W

※Refer to Pattern1

1A0DH

～

1A17H

～～ Reserve

～～

1A18H

AL3 3 OutputDispValue

2

R/W

※Refer to Pattern1

1A19H

AL3 3 CompareMode

2

R/W

※Refer to Pattern1

1A1AH

AL3 3 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1A1BH

AL3 3 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1A1DH

AL3 3 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1A1FH

AL3 3 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1A20H

AL3 3 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A22H

AL3 3 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A24H

AL3 3 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1A26H

AL3 3 OnDelay

2

R/W

※Refer to Pattern1

1A27H

AL3 3 OffDelay

2

R/W

※Refer to Pattern1

1A28H

AL3 3 OutputMode

2

R/W

※Refer to Pattern1

1A29H

AL3 3 OutputLogic

2

R/W

※Refer to Pattern1

1A2AH

AL3 3 OnBgColors

2

R/W

※Refer to Pattern1

1A2BH

～

1A35H

～～ Reserve

～～

1A36H

AL3 4 OutputDispValue

2

R/W

※Refer to Pattern1

1A37H

AL3 4 CompareMode

2

R/W

※Refer to Pattern1

1A38H

AL3 4 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1A39H

AL3 4 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1A3BH

AL3 4 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1A3DH

AL3 4 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1A3EH

AL3 4 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A40H

AL3 4 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A42H

AL3 4 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1A44H

AL3 4 OnDelay

2

R/W

※Refer to Pattern1

1A45H

AL3 4 OffDelay

2

R/W

※Refer to Pattern1

1A46H

AL3 4 OutputMode

2

R/W

※Refer to Pattern1

1A47H

AL3 4 OutputLogic

2

R/W

※Refer to Pattern1

1A48H

AL3 4 OnBgColors

2

R/W

※Refer to Pattern1

1A49H

～

1A53H

～～ Reserve

～～

1A54H

AL3 5 OutputDispValue

2

R/W

※Refer to Pattern1

1A55H

AL3 5 CompareMode

2

R/W

※Refer to Pattern1

1A56H

AL3 5 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1A57H

AL3 5 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1A59H

AL3 5 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1A5BH

AL3 5 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1A5CH

AL3 5 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A5EH

AL3 5 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A60H

AL3 5 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1A62H

AL3 5 OnDelay

2

R/W

※Refer to Pattern1

1A63H

AL3 5 OffDelay

2

R/W

※Refer to Pattern1

1A64H

AL3 5 OutputMode

2

R/W

※Refer to Pattern1

1A65H

AL3 5 OutputLogic

2

R/W

※Refer to Pattern1

1A66H

AL3 5 OnBgColors

2

R/W

※Refer to Pattern1

1A67H

～

1A71H

～～ Reserve

～～

1A72H

AL3 6 OutputDispValue

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

87

1A73H

AL3 6 CompareMode

2

R/W

※Refer to Pattern1

1A74H

AL3 6 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1A75H

AL3 6 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1A77H

AL3 6 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1A79H

AL3 6 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1A7AH

AL3 6 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A7CH

AL3 6 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A7EH

AL3 6 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1A80H

AL3 6 OnDelay

2

R/W

※Refer to Pattern1

1A81H

AL3 6 OffDelay

2

R/W

※Refer to Pattern1

1A82H

AL3 6 OutputMode

2

R/W

※Refer to Pattern1

1A83H

AL3 6 OutputLogic

2

R/W

※Refer to Pattern1

1A84H

AL3 6 OnBgColors

2

R/W

※Refer to Pattern1

1A85H

～

1A8FH

～～ Reserve

～～

1A90H

AL3 7 OutputDispValue

2

R/W

※Refer to Pattern1

1A91H

AL3 7 CompareMode

2

R/W

※Refer to Pattern1

1A92H

AL3 7 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1A93H

AL3 7 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1A95H

AL3 7 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1A97H

AL3 7 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1A98H

AL3 7 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A9AH

AL3 7 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1A9CH

AL3 7 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1A9EH

AL3 7 OnDelay

2

R/W

※Refer to Pattern1

1A9FH

AL3 7 OffDelay

2

R/W

※Refer to Pattern1

1AA0H

AL3 7 OutputMode

2

R/W

※Refer to Pattern1

1AA1H

AL3 7 OutputLogic

2

R/W

※Refer to Pattern1

1AA2H

AL3 7 OnBgColors

2

R/W

※Refer to Pattern1

1AA3H

～

1AADH

～～ Reserve

～～

1AAEH

AL3 8 OutputDispValue

2

R/W

※Refer to Pattern1

1AAFH

AL3 8 CompareMode

2

R/W

※Refer to Pattern1

1AB0H

AL3 8 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1AB1H

AL3 8 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1AB3H

AL3 8 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1AB5H

AL3 8 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1AB6H

AL3 8 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1AB8H

AL3 8 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1ABAH

AL3 8 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1ABCH

AL3 8 OnDelay

2

R/W

※Refer to Pattern1

1ABDH

AL3 8 OffDelay

2

R/W

※Refer to Pattern1

1ABEH

AL3 8 OutputMode

2

R/W

※Refer to Pattern1

1ABFH

AL3 8 OutputLogic

2

R/W

※Refer to Pattern1

1AC0H

AL3 8 OnBgColors

2

R/W

※Refer to Pattern1

1AC1H

～

1ACBH

～～ Reserve

～～

1ACCH

AL4 1 OutputDispValue

2

R/W

※Refer to Pattern1

1ACDH

AL4 1 CompareMode

2

R/W

※Refer to Pattern1

1ACEH

AL4 1 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1ACFH

AL4 1 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1AD1H

AL4 1 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1AD3H

AL4 1 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1AD4H

AL4 1 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1AD6H

AL4 1 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1AD8H

AL4 1 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1ADAH

AL4 1 OnDelay

2

R/W

※Refer to Pattern1

1ADBH

AL4 1 OffDelay

2

R/W

※Refer to Pattern1

1ADCH

AL4 1 OutputMode

2

R/W

※Refer to Pattern1

1ADDH

AL4 1 OutputLogic

2

R/W

※Refer to Pattern1

1ADEH

AL4 1 OnBgColors

2

R/W

※Refer to Pattern1

1ADFH ～～

Reserve

～～

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

88

～

1AE9H

1AEAH

AL4 2 OutputDispValue

2

R/W

※Refer to Pattern1

1AEBH

AL4 2 CompareMode

2

R/W

※Refer to Pattern1

1AECH

AL4 2 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1AEDH

AL4 2 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1AEFH

AL4 2 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1AF1H

AL4 2 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1AF2H

AL4 2 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1AF4H

AL4 2 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1AF6H

AL4 2 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1AF8H

AL4 2 OnDelay

2

R/W

※Refer to Pattern1

1AF9H

AL4 2 OffDelay

2

R/W

※Refer to Pattern1

1AFAH

AL4 2 OutputMode

2

R/W

※Refer to Pattern1

1AFBH

AL4 2 OutputLogic

2

R/W

※Refer to Pattern1

1AFCH

AL4 2 OnBgColors

2

R/W

※Refer to Pattern1

1AFDH

～

1B07H

～～ Reserve

～～

1B08H

AL4 3 OutputDispValue

2

R/W

※Refer to Pattern1

1B09H

AL4 3 CompareMode

2

R/W

※Refer to Pattern1

1B0AH

AL4 3 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1B0BH

AL4 3 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1B0DH

AL4 3 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1B0FH

AL4 3 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1B10H

AL4 3 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B12H

AL4 3 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B14H

AL4 3 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1B16H

AL4 3 OnDelay

2

R/W

※Refer to Pattern1

1B17H

AL4 3 OffDelay

2

R/W

※Refer to Pattern1

1B18H

AL4 3 OutputMode

2

R/W

※Refer to Pattern1

1B19H

AL4 3 OutputLogic

2

R/W

※Refer to Pattern1

1B1AH

AL4 3 OnBgColors

2

R/W

※Refer to Pattern1

1B1BH

～

1B25H

～～ Reserve

～～

1B26H

AL4 4 OutputDispValue

2

R/W

※Refer to Pattern1

1B27H

AL4 4 CompareMode

2

R/W

※Refer to Pattern1

1B28H

AL4 4 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1B29H

AL4 4 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1B2BH

AL4 4 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1B2DH

AL4 4 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1B2EH

AL4 4 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B30H

AL4 4 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B32H

AL4 4 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1B34H

AL4 4 OnDelay

2

R/W

※Refer to Pattern1

1B35H

AL4 4 OffDelay

2

R/W

※Refer to Pattern1

1B36H

AL4 4 OutputMode

2

R/W

※Refer to Pattern1

1B37H

AL4 4 OutputLogic

2

R/W

※Refer to Pattern1

1B38H

AL4 4 OnBgColors

2

R/W

※Refer to Pattern1

1B39H

～

1B43H

～～ Reserve

～～

1B44H

AL4 5 OutputDispValue

2

R/W

※Refer to Pattern1

1B45H

AL4 5 CompareMode

2

R/W

※Refer to Pattern1

1B46H

AL4 5 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1B47H

AL4 5 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1B49H

AL4 5 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1B4BH

AL4 5 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1B4CH

AL4 5 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B4EH

AL4 5 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B50H

AL4 5 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1B52H

AL4 5 OnDelay

2

R/W

※Refer to Pattern1

1B53H

AL4 5 OffDelay

2

R/W

※Refer to Pattern1

1B54H

AL4 5 OutputMode

2

R/W

※Refer to Pattern1

1B55H

AL4 5 OutputLogic

2

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

89

1B56H

AL4 5 OnBgColors

2

R/W

※Refer to Pattern1

1B57H

～

1B61H

～～ Reserve

～～

1B62H

AL4 6 OutputDispValue

2

R/W

※Refer to Pattern1

1B63H

AL4 6 CompareMode

2

R/W

※Refer to Pattern1

1B64H

AL4 6 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1B65H

AL4 6 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1B67H

AL4 6 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1B69H

AL4 6 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1B6AH

AL4 6 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B6CH

AL4 6 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B6EH

AL4 6 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1B70H

AL4 6 OnDelay

2

R/W

※Refer to Pattern1

1B71H

AL4 6 OffDelay

2

R/W

※Refer to Pattern1

1B72H

AL4 6 OutputMode

2

R/W

※Refer to Pattern1

1B73H

AL4 6 OutputLogic

2

R/W

※Refer to Pattern1

1B74H

AL4 6 OnBgColors

2

R/W

※Refer to Pattern1

1B75H

～

1B7FH

～～ Reserve

～～

1B80H

AL4 7 OutputDispValue

2

R/W

※Refer to Pattern1

1B81H

AL4 7 CompareMode

2

R/W

※Refer to Pattern1

1B82H

AL4 7 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1B83H

AL4 7 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1B85H

AL4 7 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1B87H

AL4 7 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1B88H

AL4 7 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B8AH

AL4 7 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1B8CH

AL4 7 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1B8EH

AL4 7 OnDelay

2

R/W

※Refer to Pattern1

1B8FH

AL4 7 OffDelay

2

R/W

※Refer to Pattern1

1B90H

AL4 7 OutputMode

2

R/W

※Refer to Pattern1

1B91H

AL4 7 OutputLogic

2

R/W

※Refer to Pattern1

1B92H

AL4 7 OnBgColors

2

R/W

※Refer to Pattern1

1B93H

～

1B9DH

～～ Reserve

～～

1B9EH

AL4 8 OutputDispValue

2

R/W

※Refer to Pattern1

1B9FH

AL4 8 CompareMode

2

R/W

※Refer to Pattern1

1BA0H

AL4 8 OnConditions－LevelJudge

2

R/W

※Refer to Pattern1

1BA1H

AL4 8 Threshold－LevelJudge

4

R/W

※Refer to Pattern1

1BA3H

AL4 8 Hysteresis－LevelJudge

4

R/W

※Refer to Pattern1

1BA5H

AL4 8 OnConditions－ZoneJudge

2

R/W

※Refer to Pattern1

1BA6H

AL4 8 Zone upper limit－ZoneJudge

4

R/W

※Refer to Pattern1

1BA8H

AL4 8 Zone lower limit－ZoneJudge

4

R/W

※Refer to Pattern1

1BAAH

AL4 8 Hysteresis－ZoneJudge

4

R/W

※Refer to Pattern1

1BACH

AL4 8 OnDelay

2

R/W

※Refer to Pattern1

1BADH

AL4 8 OffDelay

2

R/W

※Refer to Pattern1

1BAEH

AL4 8 OutputMode

2

R/W

※Refer to Pattern1

1BAFH

AL4 8 OutputLogic

2

R/W

※Refer to Pattern1

1BB0H

AL4 8 OnBgColors

2

R/W

※Refer to Pattern1

1BB1H

～

1BBBH

～～ Reserve

～～

1BBCH A 1

PulseOutputDispValue

2

R/W

0000H：None、 0001H：TotA、 0002H：TotB ※1、 0003H：TotCalc ※1 ※1 When input chB is none, the setting is not available.

1BBDH A 1

PulseOutputSyncDigit

2

R/W

0000H：1stDigit、0001H：2ndDigit、 0002H：3rdDigit、0003H：4thDigit、 0004H：5thDigit、0005H：6thDigit

1BBEH A 1

OutputPulseWidth

2

R/W

0000H：5ms、0001H：10ms、

WPMZ Series Modbus communication instruction manual

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Number of pages：１０９

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0002H：20ms、0003H：50ms、 0004H：100ms、0005H：200ms、 0006H：500ms、0007H：1s、 0008H：2s

1BBFH A 1

PulseOutputLogic

2

R/W

0000H：Positive、0001H：Negative

1BC0H

～

1BC5H

～～ Reserve

～～

1BC6H A 2

PulseOutputDispValue

2

R/W

※Refer to Pattern1

1BC7H A 2

PulseOutputSyncDigit

2

R/W

※Refer to Pattern1

1BC8H A 2

OutputPulseWidth

2

R/W

※Refer to Pattern1

1BC9H A 2

PulseOutputLogic

2

R/W

※Refer to Pattern1

1BCAH

～

1BCFH

～～ Reserve

～～

1BD0H A 3

PulseOutputDispValue

2

R/W

※Refer to Pattern1

1BD1H A 3

PulseOutputSyncDigit

2

R/W

※Refer to Pattern1

1BD2H A 3

OutputPulseWidth

2

R/W

※Refer to Pattern1

1BD3H A 3

PulseOutputLogic

2

R/W

※Refer to Pattern1

1BD4H

～

1BD9H

～～ Reserve

～～

1BDAH A 4

PulseOutputDispValue

2

R/W

※Refer to Pattern1

1BDBH A 4

PulseOutputSyncDigit

2

R/W

※Refer to Pattern1

1BDCH A 4

OutputPulseWidth

2

R/W

※Refer to Pattern1

1BDDH A 4

PulseOutputLogic

2

R/W

※Refer to Pattern1

1BDEH

～

1BE3H

～～ Reserve

～～

1BE4H A 5

PulseOutputDispValue

2

R/W

※Refer to Pattern1

1BE5H A 5

PulseOutputSyncDigit

2

R/W

※Refer to Pattern1

1BE6H A 5

OutputPulseWidth

2

R/W

※Refer to Pattern1

1BE7H A 5

PulseOutputLogic

2

R/W

※Refer to Pattern1

1BE8H

～

1BEDH

～～ Reserve

～～

1BEEH A 6

PulseOutputDispValue

2

R/W

※Refer to Pattern1

1BEFH A 6

PulseOutputSyncDigit

2

R/W

※Refer to Pattern1

1BF0H A 6

OutputPulseWidth

2

R/W

※Refer to Pattern1

1BF1H A 6

PulseOutputLogic

2

R/W

※Refer to Pattern1

1BF2H

～

1BF7H

～～ Reserve

～～

1BF8H A 7

PulseOutputDispValue

2

R/W

※Refer to Pattern1

1BF9H A 7

PulseOutputSyncDigit

2

R/W

※Refer to Pattern1

1BFAH A 7

OutputPulseWidth

2

R/W

※Refer to Pattern1

1BFBH A 7

PulseOutputLogic

2

R/W

※Refer to Pattern1

1BFCH

～

1C01H

～～ Reserve

～～

1C02H A 8

PulseOutputDispValue

2

R/W

※Refer to Pattern1

1C03H A 8

PulseOutputSyncDigit

2

R/W

※Refer to Pattern1

1C04H A 8

OutputPulseWidth

2

R/W

※Refer to Pattern1

1C05H A 8

PulseOutputLogic

2

R/W

※Refer to Pattern1

1C06H

～

1C0BH

～～ Reserve

～～

1C0CH B 1

PulseOutputDispValue

2

R/W

※Refer to Pulse OutputA Pattern1

1C0DH B 1

PulseOutputSyncDigit

2

R/W

※Refer to Pulse OutputA Pattern1

1C0EH B 1

OutputPulseWidth

2

R/W

※Refer to Pulse OutputA Pattern1

1C0FH B 1

PulseOutputLogic

2

R/W

※Refer to Pulse OutputA Pattern1

1C10H

～

1C15H

～～ Reserve

～～

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1C16H B 2

PulseOutputDispValue

2

R/W

※Refer to Pulse OutputA Pattern1

1C17H B 2

PulseOutputSyncDigit

2

R/W

※Refer to Pulse OutputA Pattern1

1C18H B 2

OutputPulseWidth

2

R/W

※Refer to Pulse OutputA Pattern1

1C19H B 2

PulseOutputLogic

2

R/W

※Refer to Pulse OutputA Pattern1

1C1AH

～

1C1FH

～～ Reserve

～～

1C20H B 3

PulseOutputDispValue

2

R/W

※Refer to Pulse OutputA Pattern1

1C21H B 3

PulseOutputSyncDigit

2

R/W

※Refer to Pulse OutputA Pattern1

1C22H B 3

OutputPulseWidth

2

R/W

※Refer to Pulse OutputA Pattern1

1C23H B 3

PulseOutputLogic

2

R/W

※Refer to Pulse OutputA Pattern1

1C24H

～

1C29H

～～ Reserve

～～

1C2AH B 4

PulseOutputDispValue

2

R/W

※Refer to Pulse OutputA Pattern1

1C2BH B 4

PulseOutputSyncDigit

2

R/W

※Refer to Pulse OutputA Pattern1

1C2CH B 4

OutputPulseWidth

2

R/W

※Refer to Pulse OutputA Pattern1

1C2DH B 4

PulseOutputLogic

2

R/W

※Refer to Pulse OutputA Pattern1

1C2EH

～

1C33H

～～ Reserve

～～

1C34H B 5

PulseOutputDispValue

2

R/W

※Refer to Pulse OutputA Pattern1

1C35H B 5

PulseOutputSyncDigit

2

R/W

※Refer to Pulse OutputA Pattern1

1C36H B 5

OutputPulseWidth

2

R/W

※Refer to Pulse OutputA Pattern1

1C37H B 5

PulseOutputLogic

2

R/W

※Refer to Pulse OutputA Pattern1

1C38H

～

1C3DH

～～ Reserve

～～

1C3EH B 6

PulseOutputDispValue

2

R/W

※Refer to Pulse OutputA Pattern1

1C3FH B 6

PulseOutputSyncDigit

2

R/W

※Refer to Pulse OutputA Pattern1

1C40H B 6

OutputPulseWidth

2

R/W

※Refer to Pulse OutputA Pattern1

1C41H B 6

PulseOutputLogic

2

R/W

※Refer to Pulse OutputA Pattern1

1C42H

～

1C47H

～～ Reserve

～～

1C48H B 7

PulseOutputDispValue

2

R/W

※Refer to Pulse OutputA Pattern1

1C49H B 7

PulseOutputSyncDigit

2

R/W

※Refer to Pulse OutputA Pattern1

1C4AH B 7

OutputPulseWidth

2

R/W

※Refer to Pulse OutputA Pattern1

1C4BH B 7

PulseOutputLogic

2

R/W

※Refer to Pulse OutputA Pattern1

1C4CH

～

1C51H

～～ Reserve

～～

1C52H B 8

PulseOutputDispValue

2

R/W

※Refer to Pulse OutputA Pattern1

1C53H B 8

PulseOutputSyncDigit

2

R/W

※Refer to Pulse OutputA Pattern1

1C54H B 8

OutputPulseWidth

2

R/W

※Refer to Pulse OutputA Pattern1

1C55H B 8

PulseOutputLogic

2

R/W

※Refer to Pulse OutputA Pattern1

1C56H

～

1CFBH

～～ Reserve

～～

1CFCH - -

Modbus SlaveAddress

2

R/W

1～31

1CFDH - -

Modbus Baudrate

2

R/W

0000H：9600bps、0001H：19200bps、 0002H：38400bps

1CFEH - -

Modbus Parity

2

R/W

0000H：None、0001H：Even、0002H：Odd

1CFFH

～

1D0FH

～～ Reserve

～～

1D10H - -

MeasureSelect InsA

2

R/W

0000H：OFF、0001H：ON

1D11H - -

MeasureSelect InsB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D12H - -

MeasureSelect InsCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

WPMZ Series Modbus communication instruction manual

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Number of pages：１０９

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1D13H - -

MeasureSelect InsA+InsB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D14H - -

MeasureSelect InsCalc+A+B

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D15H - -

MeasureSelect TotA

2

R/W

0000H：OFF、0001H：ON ※ In the case of “WPMZ5”, the setting is not available.

1D16H - -

MeasureSelect TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D17H - -

MeasureSelect TotCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D18H - -

MeasureSelect TotA+TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D19H - -

MeasureSelect TotCalc+A+B

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D1AH - -

MeasureSelect InsA+TotA

2

R/W

0000H：OFF、0001H：ON ※ In the case of “WPMZ5”, the setting is not available.

1D1BH - -

MeasureSelect InsB+TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D1CH - -

MeasureSelect InsCalc+TotCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D1DH - -

MeasureSelect InsA + Comp.

2

R/W

0000H：OFF、0001H：ON

1D1EH - -

MeasureSelect InsB + Comp

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D1FH - -

MeasureSelect InsCalc + Comp

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D20H - -

MeasureSelect TotA + Comp

2

R/W

0000H：OFF、0001H：ON ※ In the case of “WPMZ5”, the setting is not available.

1D21H - -

MeasureSelect TotB + Comp

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D22H - -

MeasureSelect TotCalc + Comp

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D23H ～～

Reserve

～～

1D24H - -

LevelSelect InsA

2

R/W

0000H：OFF、0001H：ON

1D25H - -

LevelSelect InsB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D26H - -

LevelSelect InsCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D27H - -

LevelSelect InsA+InsB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D28H - -

LevelSelect TotA

2

R/W

0000H：OFF、0001H：ON In the case of “WPMZ5”, the setting is not available.

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

93

1D29H - -

LevelSelect TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D2AH - -

LevelSelect TotCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D2BH - -

LevelSelect TotA+TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D2CH - -

LevelSelect InsA+TotA

2

R/W

0000H：OFF、0001H：ON In the case of “WPMZ5”, the setting is not available.

1D2DH - -

LevelSelect InsB+TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D2EH - -

LevelSelect InsCalc+TotCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D2FH

～

1D37H

～～ Reserve

～～

1D38H - -

TrendSelect InsA

2

R/W

0000H：OFF、0001H：ON

1D39H - -

TrendSelect InsB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D3AH - -

TrendSelect InsCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D3BH - -

TrendSelect InsA+InsB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available.

1D3CH - -

TrendSelect TotA

2

R/W

0000H：OFF、0001H：ON In the case of “WPMZ5”, the setting is not available.

1D3DH - -

TrendSelect TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D3EH - -

TrendSelect TotCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D3FH - -

TrendSelect TotA+TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D40H - -

TrendSelect InsA+TotA

2

R/W

0000H：OFF、0001H：ON In the case of “WPMZ5”, the setting is not available.

1D41H - -

TrendSelect InsB+TotB

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D42H - -

TrendSelect InsCalc+TotCalc

2

R/W

0000H：OFF、0001H：ON ※When input chB is none, the setting is not available. In the case of “WPMZ5”, the setting is not available.

1D43H

～

1D4BH

～～ Reserve

～～

1D4CH - 1

LevelDisp InsA Scale LowerLimit

4

R/W

-999,999～999,999

1D4EH - 1

LevelDisp InsA Scale UpperLimit

4

R/W

-999,999～999,999

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

94

1D50H - 1

LevelDisp InsB Scale LowerLimit

4

R/W

-999,999～999,999

1D52H - 1

LevelDisp InsB Scale UpperLimit

4

R/W

-999,999～999,999

1D54H - 1

LevelDisp InsCalc Scale LowerLimit

4

R/W

-999,999～999,999

1D56H - 1

LevelDisp InsCalc Scale UpperLimit

4

R/W

-999,999～999,999

1D58H - 1

LevelDisp TotA Scale LowerLimit

4

R/W

-999,999～999,999

1D5AH - 1

LevelDisp TotA Scale UpperLimit

4

R/W

-999,999～999,999

1D5CH - 1

LevelDisp TotB Scale LowerLimit

4

R/W

-999,999～999,999

1D5EH - 1

LevelDisp TotB Scale UpperLimit

4

R/W

-999,999～999,999

1D60H - 1

LevelDisp TotCalc Scale LowerLimit

4

R/W

-999,999～999,999

1D62H - 1

LevelDisp TotCalc Scale UpperLimit

4

R/W

-999,999～999,999

1D64H

～

1D69H

～～ Reserve

～～

1D6AH - 2

LevelDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1D6CH - 2

LevelDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1D6EH - 2

LevelDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1D70H - 2

LevelDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1D72H - 2

LevelDisp InsCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1D74H - 2

LevelDisp InsCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1D76H - 2

LevelDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1D78H - 2

LevelDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1D7AH - 2

LevelDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1D7CH - 2

LevelDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1D7EH - 2

LevelDisp TotCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1D80H - 2

LevelDisp TotCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1D82H

～

1D87H

～～ Reserve

～～

1D88H - 3

LevelDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1D8AH - 3

LevelDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1D8CH - 3

LevelDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1D8EH - 3

LevelDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1D90H - 3

LevelDisp InsCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1D92H - 3

LevelDisp InsCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1D94H - 3

LevelDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1D96H - 3

LevelDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1D98H - 3

LevelDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1D9AH - 3

LevelDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1D9CH - 3

LevelDisp TotCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1D9EH - 3

LevelDisp TotCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1DA0H

～

1DA5H

～～ Reserve

～～

1DA6H - 4

LevelDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1DA8H - 4

LevelDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1DAAH - 4

LevelDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1DACH - 4

LevelDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1DAEH - 4

LevelDisp InsCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1DB0H - 4

LevelDisp InsCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1DB2H - 4

LevelDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1DB4H - 4

LevelDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1DB6H - 4

LevelDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1DB8H - 4

LevelDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1DBAH - 4

LevelDisp TotCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1DBCH - 4

LevelDisp TotCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1DBEH

～

1DC3H

～～ Reserve

～～

1DC4H - 5

LevelDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1DC6H - 5

LevelDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1DC8H - 5

LevelDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1DCAH - 5

LevelDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1DCCH - 5

LevelDisp InsCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1DCEH - 5

LevelDisp InsCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1DD0H - 5

LevelDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1DD2H - 5

LevelDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

95

1DD4H - 5

LevelDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1DD6H - 5

LevelDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1DD8H - 5

LevelDisp TotCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1DDAH - 5

LevelDisp TotCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1DDCH

～

1DE1H

～～ Reserve

～～

1DE2H - 6

LevelDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1DE4H - 6

LevelDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1DE6H - 6

LevelDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1DE8H - 6

LevelDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1DEAH - 6

LevelDisp InsCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1DECH - 6

LevelDisp InsCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1DEEH - 6

LevelDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1DF0H - 6

LevelDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1DF2H - 6

LevelDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1DF4H - 6

LevelDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1DF6H - 6

LevelDisp TotCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1DF8H - 6

LevelDisp TotCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1DFAH

～

1DFFH

～～ Reserve

～～

1E00H - 7

LevelDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E02H - 7

LevelDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E04H - 7

LevelDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E06H - 7

LevelDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E08H - 7

LevelDisp InsCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1E0AH - 7

LevelDisp InsCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1E0CH - 7

LevelDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E0EH - 7

LevelDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E10H - 7

LevelDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E12H - 7

LevelDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E14H - 7

LevelDisp TotCalc Scale LowerLimit

4

R/W

※Refer to Pattern1

1E16H - 7

LevelDisp TotCalc Scale UpperLimit

4

R/W

※Refer to Pattern1

1E18H

～

1E1DH

～～ Reserve

～～

1E1EH - 8

LevelDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E20H - 8

LevelDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E22H - 8

LevelDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E24H - 8

LevelDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E26H - 8

LevelDisp InsCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1E28H - 8

LevelDisp InsCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1E2AH - 8

LevelDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E2CH - 8

LevelDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E2EH - 8

LevelDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E30H - 8

LevelDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E32H - 8

LevelDisp TotCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1E34H - 8

LevelDisp TotCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1E36H

～

1E1DH

～～ Reserve

～～

1E3CH - 1

TrendDisp InsA Scale LowerLimit

4

R/W

-999,999～999,999

1E3EH - 1

TrendDisp InsA Scale UpperLimit

4

R/W

-999,999～999,999

1E40H - 1

TrendDisp InsB Scale LowerLimit

4

R/W

-999,999～999,999

1E42H - 1

TrendDisp InsB Scale UpperLimit

4

R/W

-999,999～999,999

1E44H - 1

TrendDisp InsCalcScale LowerLimit

4

R/W

-999,999～999,999

1E46H - 1

TrendDisp InsCalcScale UpperLimit

4

R/W

-999,999～999,999

1E48H - 1

TrendDisp TotA Scale LowerLimit

4

R/W

-999,999～999,999

1E4AH - 1

TrendDisp TotA Scale UpperLimit

4

R/W

-999,999～999,999

1E4CH - 1

TrendDisp TotB Scale LowerLimit

4

R/W

-999,999～999,999

1E4EH - 1

TrendDisp TotB Scale UpperLimit

4

R/W

-999,999～999,999

1E50H - 1

TrendDisp TotCalcScale LowerLimit

4

R/W

-999,999～999,999

1E52H - 1

TrendDisp TotCalcScale UpperLimit

4

R/W

-999,999～999,999

1E54H - 1

TrendDisp TimeAxis

2

R/W

0000H：1s/div、0001H：2s/div、

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

96

0002H：5s/div、0003H：10s/div、 0004H：30s/div、0005H：60s/div、 0006H：120s/div

1E55H

～

1E59H

～～ Reserve

～～

1E5AH - 2

TrendDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E5CH - 2

TrendDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E5EH - 2

TrendDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E60H - 2

TrendDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E62H - 2

TrendDisp InsCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1E64H - 2

TrendDisp InsCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1E66H - 2

TrendDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E68H - 2

TrendDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E6AH - 2

TrendDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E6CH - 2

TrendDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E6EH - 2

TrendDisp TotCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1E70H - 2

TrendDisp TotCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1E72H - 2

TrendDisp TimeAxis

2

R/W

※Refer to Pattern1

1E73H

～

1E77H

～～ Reserve

～～

1E78H - 3

TrendDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E7AH - 3

TrendDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E7CH - 3

TrendDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E7EH - 3

TrendDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E80H - 3

TrendDisp InsCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1E82H - 3

TrendDisp InsCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1E84H - 3

TrendDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E86H - 3

TrendDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E88H - 3

TrendDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E8AH - 3

TrendDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E8CH - 3

TrendDisp TotCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1E8EH - 3

TrendDisp TotCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1E90H - 3

TrendDisp TimeAxis

2

R/W

※Refer to Pattern1

1E91H

～

1E95H

～～ Reserve

～～

1E96H - 4

TrendDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1E98H - 4

TrendDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1E9AH - 4

TrendDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1E9CH - 4

TrendDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1E9EH - 4

TrendDisp InsCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1EA0H - 4

TrendDisp InsCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1EA2H - 4

TrendDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1EA4H - 4

TrendDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1EA6H - 4

TrendDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1EA8H - 4

TrendDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1EAAH - 4

TrendDisp TotCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1EACH - 4

TrendDisp TotCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1EAEH - 4

TrendDisp TimeAxis

2

R/W

※Refer to Pattern1

1EAFH

～

1EB3H

～～ Reserve

～～

1EB4H - 5

TrendDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1EB6H - 5

TrendDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1EB8H - 5

TrendDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1EBAH - 5

TrendDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1EBCH - 5

TrendDisp InsCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1EBEH - 5

TrendDisp InsCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1EC0H - 5

TrendDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1EC2H - 5

TrendDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1EC4H - 5

TrendDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1EC6H - 5

TrendDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1EC8H - 5

TrendDisp TotCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1ECAH - 5

TrendDisp TotCalcScale UpperLimit

4

R/W

※Refer to Pattern1

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

97

1ECCH - 5

TrendDisp TimeAxis

2

R/W

※Refer to Pattern1

1ECDH

～

1ED1H

～～ Reserve

～～

1ED2H - 6

TrendDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1ED4H - 6

TrendDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1ED6H - 6

TrendDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1ED8H - 6

TrendDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1EDAH - 6

TrendDisp InsCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1EDCH - 6

TrendDisp InsCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1EDEH - 6

TrendDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1EE0H - 6

TrendDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1EE2H - 6

TrendDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1EE4H - 6

TrendDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1EE6H - 6

TrendDisp TotCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1EE8H - 6

TrendDisp TotCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1EEAH - 6

TrendDisp TimeAxis

2

R/W

※Refer to Pattern1

1EEBH

～

1EEFH

～～ Reserve

～～

1EF0H - 7

TrendDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1EF2H - 7

TrendDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1EF4H - 7

TrendDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1EF6H - 7

TrendDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1EF8H - 7

TrendDisp InsCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1EFAH - 7

TrendDisp InsCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1EFCH - 7

TrendDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1EFEH - 7

TrendDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1F00H - 7

TrendDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1F02H - 7

TrendDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1F04H - 7

TrendDisp TotCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1F06H - 7

TrendDisp TotCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1F08H - 7

TrendDisp TimeAxis

2

R/W

※Refer to Pattern1

1F09H

～

1F0DH

～～ Reserve

～～

1F0EH - 8

TrendDisp InsA Scale LowerLimit

4

R/W

※Refer to Pattern1

1F10H - 8

TrendDisp InsA Scale UpperLimit

4

R/W

※Refer to Pattern1

1F12H - 8

TrendDisp InsB Scale LowerLimit

4

R/W

※Refer to Pattern1

1F14H - 8

TrendDisp InsB Scale UpperLimit

4

R/W

※Refer to Pattern1

1F16H - 8

TrendDisp InsCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1F18H - 8

TrendDisp InsCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1F1AH - 8

TrendDisp TotA Scale LowerLimit

4

R/W

※Refer to Pattern1

1F1CH - 8

TrendDisp TotA Scale UpperLimit

4

R/W

※Refer to Pattern1

1F1EH - 8

TrendDisp TotB Scale LowerLimit

4

R/W

※Refer to Pattern1

1F20H - 8

TrendDisp TotB Scale UpperLimit

4

R/W

※Refer to Pattern1

1F22H - 8

TrendDisp TotCalcScale LowerLimit

4

R/W

※Refer to Pattern1

1F24H - 8

TrendDisp TotCalcScale UpperLimit

4

R/W

※Refer to Pattern1

1F26H - 8

TrendDisp TimeAxis

2

R/W

※Refer to Pattern1

1F27H

～

1F2BH

～～ Reserve

～～ 1F2CH - -

Brightness

2

R/W

0000H：5 Bright、0001H：4、 0002H：3、0003H：2、 0004H：1 Dark、0005H：0 Off

1F2DH - -

PowerOnDelay

2

R/W

0000H：None、0001H：2sec、 0002H：5 sec、0003H：10 sec、 0004H：20 sec、0005H：30 sec、 0006H：60 sec

1F2EH - -

PowerSavingTime

2

R/W

0000H：None、0001H：1min、 0002H：2 min、0003H：5 min、 0004H：10 min、0005H：30 min、 0006H：60 min

1F2FH - -

TotMemory

2

R/W

0000H：Disable、0001H：Enable

1F30H - -

Language

2

R/W

0000H：日本語、0001H：English

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

98

1F31H - -

DisplayDirection

2

R/W

0000H：Horizontal、0001H：Vertical

1F32H - -

SettingProtect

2

R/W

0000H：Disable、0001H：Enable

1F33H - -

Digital zero retention

2

R/W

0000H：Disable、0001H：Enable

1F34H

～

1F3FH

～～ Reserve

～～

1F40H - -

Function UP ARROW key

2

R/W

0000H：None、 0001H：CompareReset、 0002H：TotalResetA ※2、 0003H：TotalResetB ※1, 2、 0004H：TotalResetA&B ※1, 2、 0005H：MeasureBlockA、 0006H：MeasureBlockB ※1、 0007H：MeasureBlockA&B ※1、 0008H：DispHoldA、 0009H：DispHoldB ※1、 000AH：DispHoldA&B ※1、 000BH：MaxHoldA、 000CH：MaxHoldB ※1、 000DH：MaxHoldA&B ※1、 000EH：MinHoldA、 000FH：MinHoldB ※1、 0010H：MinHoldA&B ※1、 0011H：PatternChange、 0012H：TrendHold 0013H：Digital zero A ※3、 0014H：Digital zero B ※1 ※4、 0015H：Digital zero A&B ※1 ※5、 ※1 When input Bch is none, the setting is not available. ※2 In the case of “WPMZ-5”, the setting is not available. ※3 In case of input Ach is other than "analog input", the setting is not available ※4 In case of input Bch is other than "analog input", the setting is not available. ※5 In case of input Ach and Bch are other than "analog input", the setting is not available.

1F41H - -

Function DOWN ARROW key

2

R/W

※Refer to Function UP ARROW key

1F42H - -

Function RIGHT ARROW key

2

R/W

※Refer to Function UP ARROW key

1F43H - -

Function LEFT ARROW key

2

R/W

※Refer to Function UP ARROW key

Sett i ng e r ror code

When setting is saved, check the following range. If an error exists, the error code is stored in the communication address 0 BBAH and the change is not saved.The priority order of error codes is ascending order in the table below.

Table 5.4 Setting error code

Setting value

Error judgment

Error code

External control function 1～5

assigned to terminal 1 to 5 overlap (except “NONE”)

0001H

AL1 pattern1

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Comparative upper limit＜Comparative lower limi

000AH

AL1 pattern2

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

000BH

AL1 pattern3

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

000CH

AL1 pattern4

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

000DH

AL1 pattern5 ・Comparative UpperLimit-Zone judgement

Same as above

000EH

WPMZ Series Modbus communication instruction manual

IM-0862-02

Number of pages：１０９

99

・Comparative LowerLimit-Zone judgement

AL1 pattern6

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

000FH

AL1 pattern7

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0010H

AL1 pattern8

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0011H

AL2 pattern1

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0014H

AL2 pattern2

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0015H

AL2 pattern3

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0016H

AL2 pattern4

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0017H

AL2 pattern5

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0018H

AL2 pattern6

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0019H

AL2 pattern7

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

001AH

AL2 pattern8

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

001BH

AL3 pattern1

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

001EH

AL3 pattern2

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

001FH

AL3 pattern3

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0020H

AL3 pattern4

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0021H

AL3 pattern5

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0022H

AL3 pattern6

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0023H

AL3 pattern7

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0024H

AL3 pattern8

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0025H

AL4 pattern1

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0028H

AL4 pattern2

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

0029H

AL4 pattern3

・Comparative UpperLimit-Zone judgement ・Comparative LowerLimit-Zone judgement

Same as above

002AH AL4 pattern4

Same as above

002BH