Omega RD9900 User guide

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U.S.A.: Omega Engineering, Inc., One Omega Drive, P.O. Box 4047

Stamford, CT 06907-0047 USA

Toll-Free: 1-800-826-6342 (USA & Canada only) Customer Service: 1-800-622-2378 (USA & Canada only) Engineering Service: 1-800-872-9436 (USA & Canada only) Tel: (203) 359-1660 Fax: (203) 359-7700 e-mail: [email protected]

The information contained in this document is believed to be correct, but OMEGA accepts no liability for any errors it contains, and reserves the right to alter specifications without notice.

CONTENTS

PREFACE 1

1 General 2

１

1.1 RS-232C communications interface 2

1.2 RS-485 communications interface 2

1.3 Ethernet 2

1.4 MODBUS protocol 2

２

2 Communications specifications 3

2.1 Serial communications 3

2.2 Ethernet communications 3

3 Confirmation of communications specifications and

３

settings

6

3.1 Switch settings 6

3.2 Settings from this unit

4 Connections 8

４

4.1 Connection precautions

4.2 Communications cables

4.3 Connection of High order communication RS-232C

4.4 Connection of High order communication RS-485

4.5 Connection of Low order communication RS-485

5 MODBUS protocol 14

５

5.1 Transmission mode of message 15

5.2 Data time interval 16

5.3 Message configuration 16

5.4 Message creation 22

5.5 Function code 23

5.6 Process in abnormality 28

5.7 Reference table 30

5.8 Range number table 96

6

8

10

11

12

Introduction

This manual describes the specifications and operation of three communications interfaces (RS-232C, RS-485 and Ethernet) of the RD9900 series graphic recorders. The individual part for each communication is explained separately in [In case of RS-232C], [In case of RS-485] and [in case of Ethernet], and the common part is explained all together. Please read the required part carefully. Be sure to confirm the model code of the communications interface of this unit you purchased.

RD99

Measurement points/Sampling rate

06: 6-point input /100ms 12: 12 point input /100ms

Communication interface (Option)

Blank: None C24: High order: RS232C (High order)/RS485 (High order) Switchable, Low order: RS485

Alarm output, contact input, Power output for transmitter (Option)

Blank: None AL12: Alarm relay output (12 points)

Power supply,

Blank: Standard power supply

1. Other manuals to be consulted

This manual is for the communications interface only. For the installations of this instrument, please refer to the following separate manuals:

1) RD9900 General Instruction Manual

2) RD9900 Mounting/connections edition Instruction Manua * For the personal computer (PC) you use, refer to the manual attached to the PC.

2. Caution display

This manual contains explanation with . Observe these precautions when operating and handling the communications interface, otherwise damage of this unit, deterioration in performance or operation failure may occur.

Precaution

(1) The right is reserved to change the contents of this manual at any time without

notice.

(2) The contents of this manual have been prepared professionally. However, if

you have any questions, or notice of error or an omission of descriptions

found on this manual, please contact your nearest OMEGA sales agent.

(3) OMEGA is not responsible for any results influenced by the operation of this

communications interface, irrespective of item (2) above.

－ 1 －

1 . General

１

The communications interfaces available in this unit are Ethernet as standard and 2 kinds of serial communications, RS-232C/RS485, as an option. Via these communications, a PC can receive measured data and set various parameters.

1.1 RS-232C communications interface

The RS-232C is the data communications standard being set and issued by EIA (Electronic Industries Association) in the USA and the correspondence Japanese standard is JIS C 6361. This standard covers the interfaces between the MODEM and the connected data terminal units, and specifies electrical and mechanical specifications only. Most of the RS-232C communications interfaces are being used in PCs and industrial instruments such as the RD9900 series graphic recorder, and do not completely conform to this standard. Signal wire numbers and connectors of the RS-232C communications interface may differ from those specified in the standard. Also, since this standard does not specify any software parts, so-called [data transmission procedures], units having the RS-232C communications interface cannot be interconnected with each other unconditionally. For these reasons, users must survey and check the specifications and transmission procedures in advance of units being connected. However, if a unit connected is a PC or similar device that can optionally program the specifications, most units can be connected via proper software programs created by a systems engineer.

1.2 RS-485 communications interface

The RS-485 communications interface can communicate with multiple RD9900 series graphic recorders (up to 31 sets) in parallel by signals conforming to the RS-485. There are few PCs having the RS-485 communications interface. However, since these communications interfaces are characterized with serial communications, it is easily connectable to a PC having the RS-232C communications interface by using an RS-232C RS-485 signal-converting unit. A line converter (Model SC8-10) is available for RS-232C RS-485 signal conversion from OMEGA.

1.3 Ethernet

Ethernet is the communications standard specified in IEEE802.3 and is the most widely installed small-sized LAN technology. The RD9900 series graphic recorder is connected to a LAN established by the Ethernet and performs reception of measured data, setting of various parameters, etc. For the specifications of this unit, connections for the Ethernet, etc., refer to the general manual for this unit.

1.4 MODBUS protocol

The RD9900 series graphic recorder employs MODBUS protocol as the communications protocol. The MODBUS protocol has RTU mode and ASCII mode that can be selected by keys on the front of this unit or the communications. By using the MODBUS protocol, operation of measurement, setting, etc. to instruments can be performed. Ethernet interface performs by implementing the MODBUS protocol on TCP protocol packet.

* MODBUS is a registered trademark of Schneider Automation Inc.

－ 2 －

2 . Communications specifications

２

５

2.1 Serial communications

Specifications of the serial communications of this unit are as follows. * mark shows factory default settings.

 Start-stop synchronization system  Half-duplex (polling selecting system)  Protocol: MODBUS protocol  Transmission mode: RTU mode* or ASCII mode  Transmission speed: 19200 bps or 9600 bps* selectable  Start bit: 1 bit  Data length: 7 bits or 8 bits* (depended on transmission mode)  Parity bit: Even, Odd or Non* (none) (depended on transmission mode)  Stop bit: 1 bit* or 2 bits (depended on transmission mode)  Transmission code: Binary* or ASCII (depended on transmission mode)  Error check: CRC-16* or LRC (depended on transmission mode)  External units precedence communications system  Data transmission procedure: No procedure  Signals used: Transmission/reception of data only (Control signal not used)

2.2 Ethernet communications

Specifications of the Ethernet communications of this unit are as follows.

 Media: Ethernet (10BASE-T/100BASE-TX)  Communications mode: Full-duplex/Half-duplex)  Communications speed: 10Mbps (1-BASE-T)/100Mbps (100BASE-TX)

However, as the communications speed and the communications mode are automatically recognized, fixed settings are disabled.

 Protocol: MODBUS (RTU) protocol on TCP/IP  Number of simultaneous connection: 1 (for upper communications using the MODBUS protocol only)

This unit provides functions of Web, FTP, etc., but this manual describes data communications using MODBUS communications only. The relation of the MODBUS communications and TCP/IP layers are shown in the table below.

TCP/IP Model Layers

Application layer MODBUS

Transport layer TCP

Internet layer IP, ARP

Main protocols used in

Ethernet communications

Physical layer/Data link layer

For details of the MODBUS protocol, refer to MODBUS protocol.

Hardware (Ethernet)

－ 3 －

2.2.1 Establishment of TCP connection

R G

F I N

1. SYN

2. SYN+ACK

3. ACK

R G

F I N

G 0

N 1 0 0 1 0

When the upper communications between a PC (the side which requires data: Client) and this unit (the side of which data is required: Server) is performed, it starts from establishing a TCP connection according to the following procedures first.

1. The PC transmits the TCP packet with the SYN flag set to this unit.

2. When this unit receives the SYN packet, it transmits the TCP packet the SYN+ACK flags set to the PC.

3. When the PC receives the SYN+ACK packet, it transmits the TCP packet with the ACK flag set to this unit.

PC

Client

U

A

P

C

S

K

H

0

0 0 0 1 0

R

S

Y

T

N

U

A

P

R

0

S

C

S

Y

K

H

T

N

1 0 0 0 0

This unit

Server

U

A

P

R

S

F

R

C

S

Y

I

K

H

T

N

2.2.2 Data transmission and reception through TCP

When the connection is established, transmission and reception of various data through the MODBUS (RTU) protocol on the TCP data between the PC (Client) side and this unit (Server) are performed.

TCP header

PC

TCP packet

TCP data

MODBUS (RTU) protocol

This unit

Request

Response

Request

Response

-4 -

2.2.3 Disconnection of TCP connection

R G

F I N

G 0

N 1 0 0 0 0

ＲＧ

Ｇ０

１００００

The communication flow at the disconnection of the TCP connection is as follows.

1. The PC transmits the TCP packet with the FIN flag set to this unit.

2. When this unit receives the FIN packet, it transmits the TCP packet the ACK flag set to the PC.

3. This unit transmits the FIN+ACK packet to the PC.

4. The PC transmits the ACK packet responding to the FIN.

PC

Client

This unit

Server

U

A

P

C

S

K

H

0

0 0 0 0 1

R

S

Y

T

N

U

A

P

R

S

R

C

K

F

S

Y

I

H

T

N

1. FIN

2. ACK

3. FIN+ACK

4. ACK

Ｕ

Ａ

Ｐ

Ｒ

Ｃ

Ｓ

Ｋ

Ｈ

Ｕ

Ａ

Ｐ

Ｃ

Ｓ

Ｋ

Ｈ

０

１０００ 1

Ｒ

Ｓ

Ｆ

Ｓ

Ｙ

Ｉ

Ｔ

Ｎ

Ｒ

Ｓ

Ｆ

Ｓ

Ｙ

Ｉ

Ｔ

Ｎ

2.2.4 Functions at communications failure

The followings are functions of this unit when the communications failure on the TCP/IP occurs.

● In case that there is no response from a communication partner (PC, etc.) When a response (ACK) packet does not return after this unit transmits data to a communication partner on Ethernet, this unit repeats to retry transmission (up to about 3 minutes).

When there is no response also to the transmission retry packet, this unit disconnects the TCP connection.

When the communication partner requests to connect the TCP connection to this unit before this unit disconnect the TCP connection, this unit transmits the RST packet to refuse the connection.

In addition, this unit transmits the RST packet in the following cases.

 When this unit receives the TCP packet from other than the partner being connected  When this unit receives the RST packet from the communication partner

●When this unit receives an unexpected reply packet Fundamentally, this unit ignores the unexpected reply packet. However, this unit disconnects the TCP connection as soon as it receives the RST packet in case of forcible disconnection of the TCP connection by the PC side and so on.

-5 -

3 . Confirmation of communications

It switches in the state of

４８５

２３２Ｃ

B

ack side

Switch position

Precaution

３

specifications and settings

3.1 Switch settings

When the serial communication is used, before installations and connections, select the RS-232C or RS-485 with the selector switch placed the upper part of this unit.

power supply OFF.

SW2

Communication

terminal side

RS-485 RS-232C

Turn the power of this recorder off before the setting of the above switch. In addition, please confirm that the switch is pushed surely to a side.

Power terminals side

3.2 Settings from this unit

3.2.1 Settings for Ethernet

Push [MENU] key, select [Network settings] from the setting menu displayed, and then press [ENTER] key. From the menu displayed here, select [Ethernet settings] and push [ENTER] key to display the setting screen shown below. Set the IP address, the subnet mask and the default gateway if desired. For the details, refer to “13.10.1 Settings for Ethernet” in the RD9900 General Instruction Manual.

-6 -

3.2.2 Settings for upper communications

Push [MENU] key, select [System settings] from the setting menu displayed, and then press [ENTER] key. From the menu displayed here, select [Upper communications] and push [ENTER] key to display the setting screen shown below. Set each item if desired.

 Port number: Specify the port number used in the upper communications* via Ethernet.  Communications mode: Select the RTU/ASCII.  Instrument address: Set an arbitrary number in the range from 01 to 31.  Bit rate: Select 9600bps or 19200bps.  Communications character: Select it from the codes listed below.

Code

7E1

7E2 2 7O1 7O2 2 8N1 8N2 2 8E1 8E2 2 8O1 8O2 2

* In case of the upper communications via Ethernet, the communications mode is the RTU and the

instrument address is fixed at “01”.

Character

length

7 bits

8 bits

Parity

Even

Odd

None

Even

Odd

Stop bit

1

-7 -

4 . Connections

RD SD

SB SA

４

4.1 Connection precautions

4.1.1 Communications Terminals

In case of the serial communications, the connection terminals are different with each communications interface. For the details, refer to “4.7 Connections of communications I/F terminals” in the RD9900 Installation/Connection Manual.

4.1.2 Total extension of RS-485 communications cable is up to 1.2km.

The wiring distance between each instrument is arbitrary, but the total extension length of cable is within

1.2km. (Line converter the termination unit of RD9900 series graphic recorders)

Line converter

RS－485/232C terminals

Low-order

High-order

RD9900

SG

RS-485/232C Selector switch

Ethernet connector

SA1

SB1

Low-order

SA2

SB2

High-order

SG

Total extension of cable: Within 1.2km

-8 -

4.1.3 Take measures against noise

3.7 or more

Separate the communications cable from power lines and other communications lines more than 50 cm not to be affected by noise. In addition, when the communications using a PC or an Ethernet hub are performed, depending on circumstances, the hub, communications ICs, or the PC itself may be strongly affected by noise and failures may occur in communication with this unit. In this case, take sufficient measures against noise for the communication lines, the power lines, etc.

4.1.4 Crimp type terminals

Crimp type ring terminal

Falling off of connections is one of communications failures. Terminate the communications cable with crimp type ring or spade terminals with an insulation sleeve. (The terminal screws of RD9900 series graphic recorders are M4mm and the terminal screws of the line converter are M3.5mm.)

4.1.5 Attach a termination resistor

8 or less

Insulation sleeve

Crimp type spade terminal

8 or less

(mm)

3.7 or more

Insulation sleeve

For using the RS-485 communications, mount a 100  resistor to the RD9900 series graphic recorder connected at the final end. (For details, see Section 4.4) [A general metal film resistor can be used. The resistor (sold separately) is available at OMEGA.] However, there are also environments where a communication error cannot take place easily without the termination resistor attached

4.1.6 Number of this unit connectable

For RS-232C:

For RS-485: Up to 31 sets* including other RS-485-compatible instruments

* ICs complying with the RS-485 standards are used in this unit, but the number of the units that can

communicate in high quality is different by cables used, distance and types of instruments connected.

1 set

-9 -

4.2 Communications cables

SD

RD

SG

2 3

5

7 8

RD SD SG

recorder or a line converter

2 3

5 6

8 9

11 12

15 16

18 19

21 22

24 25

RS-232C cable (max. length: 15m)

SG

SD RD SG

FG

Use communications dedicated cables. Communications dedicated cables (sold separately) are available at OMEGA.

4.2.1 Communications cables for RS-232C

(1) Connections between a PC (9 pins) and the RD9900 series recorder, and between a PC (9 pins) and a line converter

Cable

9-pin connector RS-232C cable with crimp type ring terminals

Shape

Internal wiring

9-pin connector

for a PC

6

9

1

4

RS-232C cable (max. length: 15m)

Terminals for the KR2000 series

RZ-CRS6

Type code

(2) Connections between a PC (25 pins) and the RD9900 series recorder, and between a PC (25 pins) and a line converter

Cable

Shape

Cable length: 1~ 15m (to be specified)

25-pin connector RS-232C cable with crimp type ring terminals

RD SD

Internal wiring

Type code

25-pin connector

for a PC

Terminals for the KR2000 series

recorder or a line converter

1

14

4

17

7

20

10

23

13

For NEC’s PC98 series (except NX)

RZ-CRS2

Cable length: 1 ~ 15m (to be specified)

-10 -

4.2.2 Communications cables for RS-485

R

D9900

:

SA SB SG

SASBSGSA SB SG

RDA

RDBSGSA SB SG

SBSA

SG

RDA

RDB

SG

5 6 7

9 10 11 12 13 14 15

19 20 21 22 23 24

CS DR ER

ER

2 3 4 6 7 8

Connections between a line converter and the RD9900 series recorder, and between the RD9900 recorder and the RD9900 recorder

Cable

Crimp type ring terminals RS-485 with crimp type ring terminals

Shape

Line converter: RDA RDB SG

RD9900

The cable consists of a twisted dual-core CVVS wires with SG (signal grounding) wire at both ends. As the line converter has no SG terminal, cut this wire to use.

Internal wiring

Type code

RZ-LEC or RZ-CSS

Cable length: 1 ~ 200m (to be specified)

4.3 Connection of High order communication RS-232C

This unit uses three control signals of Send (SD), Receive (RD), Signal ground (SG) only. Since regular PCs are controlled by control signals, the PCs do not function by only connecting three signal cables without wiring processing inside the connector. The wiring processing depends upon the control signals being controlled by the PC. For details, read the manual for the PC used.

[Connection example 1]

RD9900

SD

RD

SG

Communications cable RZ-CRS6

1

9-pin connector for a PC

（PC-98 series/IBM-PC･AT）

5

9

RS DR

CS

[Connection example 2]

1

RD9900

SD

RD SG

Communications cable RZ-CRS2

4

3

2

17 18

16

RS

25-pin connector for a PC

（PC-98 series）

8

25

Precaution

The length of the RS-232C cable is maximum 15m. The connection example 1 is for the 9-pin connector and the connection example 2 is for the 25-pin connector.

Don’t connect the SG line to the protective conductor terminal (ground terminal).

-11 -

4.4 Connection of High order communication RS-485

SD FR

RS

2

3

4

5

6 7 8

9

SD SG

3

5 6

8

Transmission

SA

Precaution

This paragraph describes the connections of the RS-485 communications interface to a PC via the line converter (Model SC8-10: sold separately). Since the line converter and the PC use three control signals of Send, Receive and Signal ground only, the wiring processing inside the connector is required in the same way as in RS-232C connections. [For details, read the manual for the line converter (Model SC8-10: sold separately).]

(9 pins or 25 pins)*

The above figure shows the example of the 9-pin connector.

DR

CS

PC

RD

SG

1

Within 15m

Line converter

(SC8-10)

RD

1

2

4

RDA

RDB

SDA

7

SDB

Total length: Within 1.2km (max. 31 sets)

This unit 1

SA SB

SG

This unit 1

SA SB

SG

Internal circuit

data

Receive

data

This unit 1

SA SB

SG

SB

Termination resistor

100Ω 1/4W

* For the wiring processing of the connector, refer to Para. 4.3 RS-232C connections.

Don’t connect the SG line to the protective conductor terminal (ground terminal).

-12 -

4.5 Connection of Low order communication RS-485

AL/AH

SA

SD SG

2 3

5 6

8

SD SG

3

Transmitting

circuit

data

Connect SA1, SB1 of RD9900 and SA, SB of low order connected instrument like the following figure. Refer to instruction manual of each instrument for detail method of low order instrument connection.

SA1

SB1

SA2

SB2

SG

RD9900 Low order

communications terminal

Example of connection 1

SB

SG

SE3000 , MELSEC etc.

Within 1.2km(max. 31 sets)

Communications cables

RZ-LEC0□□,RZ-CSS1□□

SDA

SDB

RDA

RDB

SG

Termination resistor

100Ω・1/4W

Terminatio

n resistor

Example of connection 2 (SYSMAC)

RS-485

This recorder

SA1

SB1

SA2

SB2

SG

100Ω・

Within 1.2km

Communications cables

RZ-LEC0□□,RZ-CSS1□□

Protocol converter

(SC8-10)

1

RD

4

RDA

RDB

7

SDA

SDB

Communications cables

RS-232C

(D-SUB 9-pin receptacle)

Within 15m

RZ-CRS6□□

data

Internal

Receiving

2

RD

9

4

RS

5

CS

Connecting the RS and CS. Other open.

SYSMAC CPU unit

Internal RS-232C port

SA

SB

Remarks

Mounting termination resistor

To ensure the transmission of data via RS-485 communications, mount a termination resistor at both ends of transmission lines. When the protocol converter (SC-8) is at an end of a transmission circuit, short the terminals of  and  of the unit to insert the termination resistor automatically.

-13 -

5 . MODBUS protocol

Precautions

５

Precautions and basic procedure of communications



1. As the control signal wire is not used, pay attention to retransmit a command.

The serial interface of this instrument communicates without using control wire. Pay attention to retransmit a command as reception defects may occur depending on the status of this instrument.

2. Do not remove any devices or communication cables and do not turn ON or OFF the power supply during communications.

If devices or cables configuring the serial interface are removed or if the power is

turned ON (OFF) during communications, the communications may stop or an error may occur. If this happens, reset all the devices configuring the serial interface and restart the communications from the beginning.

3. Transmit the next command after confirming that the communication drive is switched OFF.

In RS-485, if multiple instruments are connected to same communications line, then only 1 instrument, of which instrument number is specified from the PC, drives the communications line. At that time, for transmitting all the characters to the PC completely, the drive of the communications line is turned OFF with some time interval after the last character is sent. If the PC transmits a command to the next instrument before it becomes OFF, then the signal crashes and normal communications cannot be done. Therefore take care when a high speed PC is used. This interval is around 5ms.

-14 -

5.1 Transmission mode of message

There are 2 types of the RTU (Remote Terminal Unit) mode and the ASCII mode.

(Table 1. Comparison of RTU mode and ASCII mode)

Item RTU mode ASCII mode

Transmission code Binary ASCII

Error detection (Error check)

Character configuration

Message start code None : (Colon)

Message end code None CR, LF

Data time interval Less than 28-bit hours Less than 1 second

(Note) When the data bit is 7 bits, [Parity bit None] is not applicable.

Vertical direction Parity

Horizontal direction CRC-16 LRC

Start bit 1 bit

Data bit 8 bits 7 bits, 8 bits

Parity bit

Stop bit 1, 2 bits

None, odd, even

None (Note), odd, even

5.1.1 Transmission data

The RTU mode is binary transmission. The ASCII mode divides 8 bits binary of the RTU into higher 4 bits and lower 4 bits and converts into characters respectively (0-9, A-F).

Ex) RTU mode

67H

The RTU mode is half in the message length as compared to the ASCII mode and enables the efficient transmission.

89H

ABH

ASCII mode

36H (“6”)

37H (“7”)

38H (“8”)

39H (“9”)

41H (“A”)

42H (“B”)

5.1.2 Message frame configuration

The RTU mode is configured by message parts only. The ASCII mode is configured by the start character “: (colon, 3AH)”, messages and the end character “CR (carriage return, ODH) + LF (Line feed, OAH)”.

RTU mode ASCII mode

Message : Message CR LF

As the ASCII mode has the start character of “:” it has an advantage that the troubleshooting is easy.

-15 -

5.2 Data time interval

RTU mode: Less than 28-bit hours (2.8msec at 9600bps, 1.4msec at19200bps) ASCII mode: Less than 1 second

When a message is sent, be careful that the time interval of data configuring one message does not exceed the time shown above. If the time interval exceeds the time shown above, the receiving side (this unit) judges that the transmission from a sender is finished and the data are processed as the reception of an abnormal message. In the RTU mode, message characters should be sent continuously, but in the ASCII mode, as the interval between the characters is maximum 1 second, a master (PC) whose processing speed is comparatively slow can be used.

5.3 Message configuration

The MODBUS messages have the following configuration for both of the RTU mode and the ASCII mode.

Slave address

Function code

Data

Error check

5.3.1 Slave address

Slave addresses should be set in advance in a range of 1-31. The master usually communicates with 1 slave. Only the slave corresponding with the slave address in the command message from the master responds to that message. The slave address “0” is used in messages (Broadcast) to all the slaves from the master. In this case, the slaves do not return any response.

5.3.2 Function code

The function codes are the codes to be performed in the slaves and each data is roughly categorized as follows. The table shows original functions of MODBUS and functions of our MODBUS instruments.

(Table 2. Function codes)

Code

Function Unit

01 Reading of digital (ON/OFF) setting value

02 Reading of digital input data

03 Reading of analog setting value

04 Reading of analog input data

05 Writing digital setting value

06 Writing analog setting value

Transmission of received data (for

08

diagnosis)

16 Writing multiple analog setting values

1 bit

16 bits

1 bit

16 bits

MODBUS original function

(Reference)

Reading the status of coil

Reading the status of input relay

Reading the content of holding register

Reading the content of input register

Changing the status of single coil

Writing to single holding register

Loop back test

Writing to multiple holding registers

-16 -

1. Digital settings value

2. Digital input data Data of event activation status etc.

3. Analog settings value

4. Analog input data

* For the details, refer to the reference table.

Parameters to change functions including record ON/OFF, marker text record etc.

Various setting information. Numeric values are in the range of 16 bits (-32763 to 32767). Measurement data, instrument specification information etc. Numeric values in the range of 16 bits are outputted.

5.3.3 Data part

Data structures differ depending on the function codes. In case of requests from the master, they are configured by a code number (relative numbers calculated from reference numbers mentioned hereafter) of the target data for reading/writing and number of data, etc. Responses from the slaves are configured by data requested by a command etc. All basic data of MODBUS are 16-bit integers and existence of a mark is decided for each data. Therefore real values of data like measured values are expressed by allocating a decimal place to a different address or by normalizing with high/low values of a scale while the decimal place is fixed. This instrument adopts the allocation method of the decimal place to a different address.

In the data part, there are specific numeric values such as input data allocated as error data. When using such data, perform the error judgment of data first and then combine them with decimal point data. If such error data are combined with decimal point data first, they are judged as normal data.

Precaution

5.3.4 Reference number

Numbers called “Reference numbers” are allocated to all the data of this instrument and these numbers are necessary for reading/writing data. The data are classified into “Digital setting values”, “Digital input data”, “Analog input data” and “Analog setting values” depending on their types. Number designation in messages is performed by relative numbers corresponding to the respective reference numbers.

(Table 3. Reference numbers and relative numbers)

Data type Reference number Relative number

Digital setting value 1 ~ 10000 Reference number - 1

Digital input data 10001 ~ 20000 Reference number - 10001 Input relay

Analog input data 30001 ~ 40000 Reference number - 30001 Input register

Analog setting value 40001 ~ 50000 Reference number - 40001 Hold register

For example, the relative number of “Reference number 30101 (Data of Channel 1)” mentioned later becomes “100”.

MODBUS original

(Reference)

Coil

-17 -

（Table 4. Reference numbers）

Data type Parameter

Digital setting value

Key lock Record ON/OFF Marker text writing

Reference

number

1 ~ 20

Corresponding

function code

01 (READ) 05 (WRITE)

Reference

table

Para. 5.7.1

Digital input data

Analog input data

Analog setting value

Event status

Instrument information Measurement data

Common parameter (Date/time, upper communications, processing reset etc.)

Setting parameter for each channel

Communications parameter

Low order communications parameter

Group parameter

Common parameter (screen, schedule etc.)

File-related-parameter

Marker text

Low order communication setting (PLC relation)

Web server setting

10101 ~ 10800 02 (READ)

30001 ~ 30093 30101 ~ 30188

40001 ~ 40098

40102 ~ 44500

45001 ~ 45486

45501 ~ 45544

46001 ~ 46500

47110 ~ 47167

47207 ~ 47700

48001 ~ 48752

48951～48985

49001～49064

04 (READ)

03 (READ) 06 (WRITE) 16 (WRITE)

Para. 5.7.2

Para. 5.7.3

Para. 5.7.4

-18 -

5.3.5 Error check

The error check of transmission frame differs depending on the mode.

RTU mode: CRC-16

ASCII mode: LRC

5.3.5.1 Calculation of CRC-16

The CRC method divides the information to be sent by a generating polynomial and transmits it by attaching the calculated remainder to its end. The generating polynomial is as follows.

1 + X2 + X

The following calculation is performed for information from a slave address to the end of data.

1) Initialization (=FFFFH) of data of CRC-16 (consider as X)

2) Exclusive OR of data 1 and X (EX-OR) → X

3) 1-bit shifting of X to the right → X

4) For a carry existed, A001H and EX-OR are taken, else go to 5). → X

5) 3) and 4) are repeated up to 8-time shifts.

6) EX-OR of the following data and X→ X

7) Same as 3) - 5)

8) Repeating up to the last data.

9) A message is created in the order from lower digits to higher digits of the calculated 16-bit data (X).

Example) When data is 02H 07H, the CRC becomes 1241H. Then the error check data becomes 41H 12H.

15

+ X16

- 19 -

Reference: CRC-16 calculation program (C language) /***** CRC-16 calculation program *****/ #include <stdio.h> #include <conio.h>

void main(void){ /*** Internal variable declaration ***/ unsigned int iLoopCnt; /* Loop counter */ unsigned short usData; /* Input data */ unsigned short usCrcData; /* CRC-16 data */ unsigned short usErrChkData; /* Error check data */ int iDummy; /* Dummy variable */

/* (1) Initialization of output result of a CRC-16 data */ usCrcData = 0xffff;

printf("Enter the hexadecimal data (Cancel by [q].) >＼n"); while( scanf("%x", &usData) != 0){ /* (2) (6) Taking exclusive OR of the CRC output result and the entered data */ usCrcData = usData ^ usCrcData;

/*** CRC calculation processing ***/ /* (5) Repetition up to 8-bit shifts */ for(iLoopCnt = 0 ; iLoopCnt < 8 ; iLoopCnt++){ /* (4) Checking if there is a carry. */ if(usCrcData & 0x0001){ /* (4) At a carry activated */ /* (3) 1-bit shifting of the CRC output result to the right */ usCrcData = usCrcData >> 1;

/* (4) Taking exclusive OR with A001H */ usCrcData = usCrcData ^ 0xa001; }else{ /* (4) At a carry no activated */ /* (3) 1-bit shifting of the CRC output result to the right */ usCrcData = usCrcData >> 1; } } /* for */ }; /* while */

printf("The CRC-16 data is %xH.", usCrcData);

/* Error check data creation*/ usErrChkData = (usCrcData >> 8) | (usCrcData << 8); printf("The data for the error check is %xH.", usErrChkData);

iDummy = getch(); }

- 20 -

5.3.5.2 LRC calculation method

The data from a slave address up to the end of the data are calculated by the following procedure.

1) A message is created in the RTU mode.

2) The data from the start (slave address) to the end are added. →X

3) The complement (Bit inversion) of X is taken. →X

4) 1 is added. (X=X+1)

5) X is attached at the end of the message as the LRC.

6) The entire data is converted into the ASCII character.

Example) When the data is 02H 07H , the LRC becomes F7H. Therefore the binary message becomes 02H 07H F7H and the ASCII message becomes 30H 32H 30H 37H 46H 37H

5.3.6 Precautions at the time of data processing

1) As the measurement data and the decimal place are assigned to different numbers, it is necessary to use both information at replaying the data.

2) As each 1 data can be accessed (changed), precautions are necessary at the time of setting the associated data including Initialization process of the associated data due to change of a range number, etc.

3) Read and write the data in the range stipulated by the reference number. Reading and writing of reference number not stipulated may have an adverse effect on the instrument operation.

4) At the reading of continuous reference numbers, the data of the reference number not stipulated becomes “0”.

5) At the writing to continuous reference numbers, if error is detected, all the settings become disabled.

- 21 -

02H

［：］

00H

02H

CR

5.4 Message creation

A message is consisted of 1) Slave address, 2) Function code, 3) Data part and 4) Error check code. (Refer to “5.3 Message configuration“) The number of data that can be read once is within the following range.

Transmission mode Number of data

RTU 120

ASCII 120

The creating method of a message is explained in the following example. Example) Reading of the measurement data of “Channel 1” of this unit set by the “Slave address 02”.

5.4.1 RTU mode message

1) Slave address: 02 ( 02H )

2) Function code: 04 ( 04H ) t is the reading of the analog input data (contents of input register). When the function code is “04”, it is

necessary to specify “Relative number of data 2 bytes” for reading in the data part and “Number of data 2 byte” for reading. (Refer to “5.3 Message configuration”. Refer to “5.3.2 Function code: 04”.)

* It is necessary to confirm the number of bytes of data.

3) Data part: Starting relative number 100 ( 00H 64H ) , Number of data 2 ( 00H 02H ) The measured data (analog input data) is stored in the reference number 0001 to 40000. (Refer to “5.3.4 Reference number Table 3”). By the reference table, you will understand that the integer part of CH1 is stored in “30101” and the decimal place is stored in "30102". (Refer to “5.7 Reference table“. and refer to “5.7.3 Analog input data” for reading of measured data.) The relative number of the starting “Reference number 30101” is 30101-30001=100. If it is expressed in 2 bytes, it becomes “ 00H 64H “. The number of data to be read is the integer part of CH 1 and the decimal place and if it is expressed in the hexadecimal 2 bytes, it becomes “ 00H 02H “.

4) Error check: Calculation by the CRC-16 2730H ( 30H 27H )

The error check in RTU mode is performed by the CRC-16. (Refer to “5.3.5.1 Calculation of CRC-16“) The data of basic part of the message becomes 02H 04H 00H 64H 00H 02H as per 1) to 3), and the CRC-16 becomes 2730H. Therefore the error check data becomes 30H 27H .

5) Message: A message is created with the configuration of 02H 04H 00H 64H 00H 02H 30H 27H . (Refer to “5.3 Message configuration”)

5.4.2 ASCII mode message

The error check LRC is calculated from basic part of the message. The LRC becomes 94H. (Refer to “5.3.5.2 LRC calculation method). Each data of the basic part is converted into the ASCII code. In addition, the LRC is converted into ASCII code and is attached to the basic part. The start character of the message " : ", and “CR” and “LF” are added to the end. (Example) In case of 02H, 04H, 00H, 64H, 00H, 02H, 30H and 27H

3AH 30H 32H 30H 34H 30H 30H 36H 34H

30H 30H 30H 32H 39H 34H 0DH 0AH

00H 64H

94H LRC

- 22 -

LF

(00H)

(02H)

5.5 Function Code

The response for each function is given below. (Refer to <Table 2 Function code table> in “5.3.2 Function code“) Note) Refer to “5.6 Process during abnormality“ for responses for abnormality.

5.5.1 Reading of digital setting values (Reading of coil status)

[Function code:01 (01H)] “Digital (ON/OFF) setting values with the continuous numbers” are read for the number of data specified from the start number specified. The ON/OFF data is arranged per 8 by 8 in numerical order in 1 data (1 byte) and configures a data of the response message. The LSB (D0 side) of each data is the digital data of the youngest number. When the number of read data pieces is not in multiples of 8, the unnecessary bits become 0.

Example) Reading of 10 digital setting value reference numbers from 8 to 17 of the slave 2

Reference

number

Data - - - - - - - - - ON

“0” is responded as no reference number exists.

Master→Instrument I

Slave address 02H

Function code 01H

Start No. (H) 00H

End No. (L) 07H

Number of data (L) 0AH

CRC (L)

CRC (H) FFH

<ASCII mode error check> Error check: The CRC (L) and the CRC (H) parts are as follows.

8 9 10 11 12 13 14 15 16 17

Record

ON

nstrument→Master (Normal)

Slave address 02H

Function code 01H

Data pieces 02H

First 8 data 00H

00H

0DH

Next 8 data 02H

CRC (L) 7CH

CRC (H) 3DH

First 8 data

0 0 0 0 0 0 0 0

15 8

Reference number

Next 8 data

0 0 0 0 0 0 1 0

Reference number 17 16

LRC ECH

Note) The start number (Relative number) is “Reference number - 1”. (Decimal 7 (= 8 - 1) →

Hexadecimal 07H)

Note) The data pieces are the number of bytes of data.

(It differs from the number of data requested. In the example, the requested number of data is

10 and the data pieces are 2.)

LRC F9H

5.5.2 Reading of digital input data (Reading of input relay status)

[Function code: 02 (02H)]

“Digital (ON/OFF) input data with the continuous numbers” are read for the number of data specified from the start number specified. The ON/OFF data is arranged per 8 by 8 in numerical order in 1 data (1 byte) and configures a data of the response message. The LSB (D0 side) of each data is the digital data of the youngest number. When the number of read data pieces is not in multiples of 8, the unnecessary bits become 0. The start number (Relative number) is “Reference number - 10001”.

Example) Reading of 4 digital input setting value reference numbers from 10109 to 10112 of the slave 2

Reference

number

Data ON OFF ON OFF - - - -

10109 10110 10111 10112 10113 10114 10115 10116

- 23 -

CRC (L)

is responded as the reference

numbers from 10113 to 10116 do not

Master→Instrument Instrument→Master (Normal)

Slave address 02H Function code 02H

Start No. (H) 00H

End No. (L) 6CH

Number of data (H) 00H

Number of data (L) 04H

CRC (H)

<ASCII mode error check> Error check: The CRC (L) and the CRC (H) parts are as follows.

Note) The start number (Relative number) is “Reference number - 10001”.

Note) The data pieces are the number of bytes of data.

Level 1 Level 2 Level 3 Level 4

CH1 Event activation status

Slave address 02H Function code 02H

Data pieces 01H

First 8 data 05H

CRC (L) 61H

CRC (H) CFH

B9H E7H

LRC 8CH

(Decimal 108 (= 10109 - 10001) → Hexadecimal 6CH)

(It differs from the number of data requested. In the example, the requested number of data is 4 and the data piece is 1.)

LRC F6H

“0” is responded as no reference number exists.

First 8 data

0 0 0 0 0 1 0 1

10112 10109

Reference number

“0”

exist.

(05H)

5.5.3 Reading of analog setting values (Reading of maintenance register

contents)

[Function code: 03 (03H)] “Analog setting values (2 bytes: 16 bits) with the continuous numbers” are read for the number of data

specified from the start number specified. The data is arranged by splitting into higher 8 bits and lower 8 bits in numerical order and configures a data of the response message.

Example) Reading of the range high/low limits and the decimal point of Channel 1 of the slave 2

(Reading of 3 analog setting value reference numbers from 40104 to 40106 of the slave 2)

Reference

number

Data

Master→Instrument

Slave address 02H Function code 03H

Start No. (H) 00H

End No. (L) 67H

Number of data (H) 00H

Number of data (L) 03H High limit value data (H) 03H

CRC (L)

CRC (H) 27H

Decimal point data (L) 01H CRC (L) 74H CRC (H) 35H

LRC

Note) The start number (Relative number) is “Reference number - 40001”.

(Decimal 103 (= 40104 - 40001) → Hexadecimal 67H)

40104 40105 40106

0

（0000H）

B4H High limit value data (L) E8H

91

1000

（03E8H）

Instrument→Master (Normal)

Slave address 02H Function code 03H

Data pieces 06H Low limit value data (H) 00H Low limit value data (L) 00H

Decimal point data

LRC 09H

（0001H）

1

Data example 0.0 ~ 100.0

00H

- 24 -

Note) The data pieces are the number of bytes of data.

(It differs from the number of data requested. In the example, the requested number of data is 3 and the data pieces are 6.)

Note) There is a limitation on the data pieces for the message (that this unit can transmit) that can be

received at a time. (Refer to “5.4 Message creation“)

5.5.4 Reading of analog input data (Reading of input register contents)

[Function code: 04 (034)] “Analog input data (2 bytes: 16 bits) with the continuous numbers” are read for the number of data specified

from the start number specified. The data is arranged by splitting into higher 8 bits and lower 8 bits in numerical order and configures a data of the response message. The response example is same as “Function code 03”, but the start number (Relative number) is “Reference number – 30001”.

5.5.5 Writing of digital setting values (Changing of single coil status)

[Function code: 05 (05H)] The digital setting value specified is put into the status (ON/OFF) specified.

Example) Execution of the marker text writing of the slave 2 (The digital setting value reference number

20 of the slave 2 is turned ON.)

Master→Instrument

Slave address 02H

Function code 05H

Setting value No. (H) 00H Setting value No. (H) 00H

Setting value No. (L) 13H

Setting status (H) FFH

Setting status (L) 00H

CRC (L) 7DH

CRC (H) CCH

Instrument→Master (Normal)

Slave address 02H

Function code 05H

Setting value No. (L) 13H

Setting status (H) FFH

Setting status (L) 00H

CRC (L) 7DH

CRC (H) CCH

LRC E7H

Note) In case of a normal response, the response is same as a command message. Note) The setting value number (Relative number) is “Reference number - 1”. (Decimal 19 (= 20 - 1)

→ Hexadecimal 13H)

Note) Set “F00HH” at the execution. In the key lock and the record ON/OFF, set “0000H” to turn OFF

and “FF00H” to turn ON.

Note) When the slave address is set to 0, all slaves perform this command, but no slave responds.

LRC E7H

- 25 -

5.5.6 Writing of analog setting values (Writing of single maintenance resister)

[Function code: 06 (06H)] The analog setting value specified is put into the value specified.

Example) Setting of the sensor correction value of Channel 1 of the slave 2 to 20

(Setting of the analog setting value reference number 40111 of the slave 2 to “20”.)

Master→Instrument

Slave address 02H

Function code 06H

Setting value No. (H) 00H

Setting value No. (L) 6EH

Setting data (H) 00H

Setting data (L) 14H

CRC (L) E8H

CRC (H) 2BH

Instrument→Master (Normal)

Slave address 02H

Function code 06H

Setting value No. (H) 00H

Setting value No. (L) 6EH

Setting data (H) 00H

Setting data (L) 14H

CRC (L) E8H

CRC (H) 2BH

LRC 76H

Note) In case of a normal response, the response is same as a command message. Note) The setting value number (Relative number) is “Reference number - 40001”.

(Decimal 110 (= 40111 - 40001) → Hexadecimal 6EH)

Note) When the slave address is set to 0, all slaves perform this command, but no slave responds.

LRC 76H

5.5.7 Loop back test

[Function code: 08 (08H)] The transmission check is performed between the master and slaves. The response is performed according to the diagnosis code specified. With this unit, “Return check by transmitting the received data as it is” is performed and the diagnosis code is fixed with “0000H”.

Example) Execution of "Loop back test" in the slave 2

Master→Instrument

Slave address 02H

Function code 08H

Diagnosis code (H)

Diagnosis code (L)

Optional data *

CRC (L) *

CRC (H) *

LRC *

Fixed

00H

Instrument→Master (Normal)

Slave address 02H

Function code 08H

Diagnosis code (H)

Diagnosis code (L)

Received data *

CRC (L) *

CRC (H) *

LRC

Fixed

00H

*

- 26 -

5.5.8 Writing multiple analog setting values (Writing to multiple maintenance registers)

[Function code: 16 (10H)] The specified number of the analog setting values from the start number specified is put into the values specified. The data is arranged and sent by splitting into higher 8 bits and lower 8 bits in numerical order.

Example) Setting of the range high/low limit values and the decimal point of Channel 1 of the slave 2

to 0.0 ~ 100.0

(Set ting of 3 analog setting value reference numbers from 40104 to 40106 of the slave 2)

Reference

number

Data

Master→Instrument

Slave address 02H

Function code 10H

Start No. (H) 00H

End No. (L) 67H

Number of data (H) 00H

Number of data (L) 03H

Data pieces 06H

First dada (H) 00H

First data (L) 00H

Second data (H) 03H

Second data (L) E8H

Third data (H) 00H

Third data (L) 01H

CRC (L) 10H

CRC (H) 97H

<ASCII mode error check>〉

LRC 92H

Note) The start number (Relative number) is “Reference number - 40001”.

(Decimal 103 (= 40104 - 40001) → Hexadecimal 67H) Note) When the slave address is set to 0, all slaves perform this command, but no slave responds. Note) There is a limitation on the data pieces for the message (that this unit can receive) that can be

sent at a time. (Refer to “5.4 Message creation”)

40104 40105 40106

0

（0000H）

1000

（03E8H）

Instrument→Master (Normal)

Slave address 02H

Function code 10H

Start No. (H) 00H

End No. (L) 67H

Number of data (H) 00H

Number of data (L) 03H

CRC (L) 31H

CRC (H) E4H

LRC 84H

（0001H）

1

Data example 0.0 ~ 100.0

- 27 -

5.6 Process during abnormality

The followings are responses when there is an error in the message content from the master.

5.6.1 No response

In the following cases, the message is ignored and no response is performed.

1) When a transmission error (overrun, framing, parity, CRC, or LRC) is detected in the message

2) When the slave address in the message is not ones own address

3) When the data interval of the message is long RTU mode... 28 bits hour or more ASCII mode … 1 second or more

4) When the transmission parameter does not match

5) When the received message exceeds 512 bytes

Note) When the slave address is “0” in the writing function, if there is no error in the message, the message is performed but no response is performed.

5.6.2 Error message response

When the following error is detected in the message content not having any error shown in Para. 5.6.1 from the master, the code showing its error content is responded as the “Error message”. The format of the error message is as follows.

Slave address

Function code + 80H

Error code

CRC (L)

CRC (H)

Function code Function code + 80H

02 82H

03 83H

04 84H

06 86H

08 88H

16 90H

- 28 -

The error codes are as follows.

Error code

01H

02H

03H

11H

12H

Content

Defect of a function code

When the function code not defined is received

Defect of a Relative number (Reference number)

When the received starting number or the received setting value number are other than defined

Defect of the number of data In case of any of the followings

1) When the received function code and the number of data do not match  When “data pieces” is not twice the “number of data” in case of the function code “16”

2) When the number of data to be sent in response to the received message exceeds the number of data defined

 Maximum 120 data (RTU), Maximum 120 data (ASCII)

Out of setting value range (Set error) In case of any of the followings

1) For the range No., etc. not defined

2) When the setting value (binary) exceeds the range of “-30000 ~ 30000”

3) When the decimal point data exceeds the range of “0 ~ 3”

4) When the RJ is set to “internal” for other than thermocouple input ranges

5) When the burnout is set to “enable” for other than thermocouple input ranges, etc.

Setting impossible When a setting message is received in any of the following cases  When the parameter setting message for multiple channels at the parameter setting for each channel  When the parameter setting message for an optional function not built-in (“0” is responded to a message for reading.)

 When the setting is being performed through the instrument and the Web screen  When the setting content is being registered

(The registration starts 3 seconds after the last setting frame is received. The registration takes about 1 second.)

- 29 -

5.7 Reference table

5.7.1 Digital setting values

Reference

number

01

17

20 05 W Marker text writing

Applied function

code

01 05

R/W

R

W

R

W

Record ON/OFF

R/W … R: READ, W: WRITE

Content Detail

0 (0000h) = Keylock disabled 1 (FF00h) = Keylock enabled

Keylock

The figures shown in parentheses are for the function code 05. Error code: 01H, 02H, 03H, 11H, 12H

0 (0000h) = Record OFF 1 (FF00h) = Record ON The figures shown in parentheses are for the function code 05. Error code: 01H, 02H, 03H, 11H, 12H

1 (FF00h) = Marker text writing Writing of the text with the number specified by 48002 to the group specified by the analog setting value reference number 48001 The figures shown in parentheses are for the function code 05. Error code: 01H, 02H, 03H, 11H, 12H

- 30 -

Applied function

5.7.2 Digital input data

Reference

number

10101 10102

10105 10106 10107 10108

10109

10110 10111 10112

10117 10118

code

02 R CH1 status 1

02 R CH1 status 2

02 R

02 R CH2 status 1

R/W

CH1 alarm 1 activated CH1 alarm 2 activated CH1 alarm 3 activated CH1 alarm 4 activated

Content Detail

Status expression in 2 bits 00: Measured data 01: Calculated data Error code: 01H, 02H, 03H

Status expression in 4 bits 0000: Normal data 0001: +over range 0010: -over range 0100: Burnout 1000: Invalid data Error code: 01H, 02H, 03

0: Not activated 1: Alarm activated Error code: 01H, 02H, 03

Status expression in 2 bits 00: Measured data 01: Calculated data Error code: 01H, 02H, 03H

10121 10122 10123 10124

10125 10126 10127 10128

10133 10134

10137 10138 10139 10140

10141 10142 10143 10144

10149 ~

10160

10165 ~

10176

10181 ~

10192

02 R CH2 status 2

CH2 alarm 1 activated

02 R

02 R CH3 status 1

02 R CH3 status 2

02 R

CH2 alarm 2 activated CH2 alarm 3 activated CH2 alarm 4 activated

CH3 alarm 1 activated CH3 alarm 2 activated CH3 alarm 3 activated CH3 alarm 4 activated

From CH4 event level 1 to CH4 event level 4 activated

From CH5 event level 1 to CH5 event level 4 activated

From CH6 event level 1 to CH6 event level 4 activated

Status expression in 4 bits 0000: Normal data 0001: +over range 0010: -over range 0100: Burnout 1000: Invalid data Error code: 01H, 02H, 03

0: Not activated 1: Alarm activated Error code: 01H, 02H, 03

Status expression in 2 bits 00: Measured data 01: Calculated data Error code: 01H, 02H, 03H Status expression in 4 bits 0000: Normal data 0001: +over range 0010: -over range 0100: Burnout 1000: Invalid data Error code: 01H, 02H, 03

0: Not activated 1: Alarm activated Error code: 01H, 02H, 03

Same as CH1

- 31 -

Applied function

Reference

number

10197 ~

10208

10213 ~

10224

10229 ~

10240

10245 ~

10256

10261 ~

10272

10277 ~

10288

10293 ~

10304

10309 ~

10320

10325 ~

10336

10341 ~

10352

10357 ~

10368

10373 ~

10384

10389 ~

10400

10405 ~

10416

10421 ~

10432

10437 ~

10448

10453 ~

10464

10469 ~

10480

10485 ~

10496

10501 ~

10512

10517 ~

10528

10533 ~

10544

10549 ~

10560

code

02 R

R/W

From CH7 event level 1 to CH7 event level 4 activated

From CH8 event level 1 to CH8 event level 4 activated

From CH9 event level 1 to CH9 event level 4 activated

From CH10 event level 1 to CH10 event level 4 activated

From CH11 event level 1 to CH11 event level 4 activated

From CH12 event level 1 to CH12 event level 4 activated

From CH13 event level 1 to CH13 event level 4 activated

From CH14 event level 1 to CH14 event level 4 activated

From CH15 event level 1 to CH15 event level 4 activated

From CH16 event level 1 to CH16 event level 4 activated

From CH17 event level 1 to CH17 event level 4 activated

From CH18 event level 1 to CH18 event level 4 activated

From CH19 event level 1 to CH19 event level 4 activated

From CH20 event level 1 to CH20 event level 4 activated

From CH21 event level 1 to CH21 event level 4 activated

From CH22 event level 1 to CH22 event level 4 activated

From CH23 event level 1 to CH23 event level 4 activated

From CH24 event level 1 to CH24 event level 4 activated

From CH25 event level 1 to CH25 event level 4 activated

From CH26 event level 1 to CH26 event level 4 activated

From CH27 event level 1 to CH27 event level 4 activated

From CH28 event level 1 to CH28 event level 4 activated

From CH29 event level 1 to CH29 event level 4 activated

Content Detail

Same as CH1

- 32 -

Applied function

Reference

number

10565 ~

10576

10581 ~

10592

10597 ~

10608

10613 ~

10624

10629 ~

10640

10645 ~

10656

10661 ~

10672

10677 ~

10688

10693 ~

10704

10709 ~

10720

10725 ~

10736

10741 ~

10752

10757 ~

10768

10773 ~

10784

10789 ~

10800

code

02 R

R/W

From CH30 event level 1 to CH30 event level 4 activated

From CH31 event level 1 to CH31 event level 4 activated

From CH32 event level 1 to CH32 event level 4 activated

From CH33 event level 1 to CH33 event level 4 activated

From CH34 event level 1 to CH34 event level 4 activated

From CH35 event level 1 to CH35 event level 4 activated

From CH36 event level 1 to CH36 event level 4 activated

From CH37 event level 1 to CH37 event level 4 activated

From CH38 event level 1 to CH38 event level 4 activated

From CH39 event level 1 to CH39 event level 4 activated

From CH40 event level 1 to CH40 event level 4 activated

From CH41 event level 1 to CH41 event level 4 activated

From CH42 event level 1 to CH42 event level 4 activated

From CH43 event level 1 to CH43 event level 4 activated

From CH44 event level 1 to CH44 event level 4 activated

Content Detail

Same as CH1

- 33 -

Applied function

5.7.3 Analog input data

1) Reading of instrument specifications R/W … R: READ, W: WRITE

Reference

number

code

30001 04 R Instrument name character 1, 2 ASCII ”KR” 30002 04 R Instrument name character 3, 4 ASCII “21”

30003 04 R Instrument name character 5, 6

30009 04 R ROM version character 1, 2 ASCII 2 digits 30010 04 R ROM version character 3, 4 ASCII 2 digits 30011 04 R ROM version character 5, 6 ASCII 2 digits 30012 04 R ROM version character 7, 8 ASCII 2 digits 30017 04 R Input point 6: 6 points, 12: 12 points

30025 04 R Alarm output point

30026 04 R External contact

30079 04 R Serial number 1, 2 ASCII 2 digits 30080 04 R Serial number 3, 4 ASCII 2 digits 30081 04 R Serial number 5, 6 ASCII 2 digits 30082 04 R Serial number 7, 8 ASCII 2 digits 30083 04 R Serial number 9, 10 ASCII 2 digits 30084 04 R Serial number 11, 12 ASCII 2 digits 30085 04 R Serial number 13, 14 ASCII 2 digits 30086 04 R Serial number 15, 16 ASCII 2 digits 30087 04 R Built date 1, 2 ASCII 2 digits 30088 04 R Built date 3, 4 ASCII 2 digits 30089 04 R Built date 5, 6 ASCII 2 digits 30090 04 R Built date 7, 8 ASCII 2 digits 30091 04 R MAC address 1, 2 MAC address 1, 2 30092 04 R MAC address 3, 4 MAC address 3, 4 30093 04 R MAC address 5, 6 MAC address 5, 6

30094 04 R Communication kind

R/W

Content Detail

ASCII “60”: 6 points, “20”: 12 points

12: 12 points, 8: 8 points, 6: 6 points, 4: 4 points, 0: None Optional external contact

Enable: 1, Disable: 0

01:High order+Low order(read) 12:High order+Low order(write)

- 34 -

Applied function

2) Reading of measured data

Reference

number

30101 04 R CH1 Measured data

30102 04 R CH1 decimal point/status

30103 04 R CH2 measured data Same as CH1

30104 04 R CH2 decimal point/status Same as CH1

30105 04 R CH3 measured data Same as CH1

30106 04 R CH3 decimal point/status Same as CH1

30107 04 R CH4 measured data Same as CH1

30108 04 R CH4 decimal point/status Same as CH1

30109 04 R CH5 measured data Same as CH1

30110 04 R CH5 decimal point/status Same as CH1

30111 04 R CH6 measured data Same as CH1

30112 04 R CH6 decimal point/status Same as CH1

30113 04 R CH7 measured data Same as CH1

30114 04 R CH7 decimal point/status Same as CH1

30115 04 R CH8 measured data Same as CH1

30116 04 R CH8 decimal point/status Same as CH1

30117 04 R CH9 measured data Same as CH1

30118 04 R CH9 decimal point/status Same as CH1

30119 04 R CH10 measured data Same as CH1

30120 04 R CH10 decimal point/status Same as CH1

30121 04 R CH11 measured data Same as CH1

30122 04 R CH11 decimal point/status Same as CH1

30123 04 R CH12 measured data Same as CH1

30124 04 R CH12 decimal point/status Same as CH1

30125 04 R CH13 measured data Same as CH1

30126 04 R CH13 decimal point/status Same as CH1

30127 04 R CH14 measured data Same as CH1

30128 04 R CH14 decimal point/status Same as CH1

30129 04 R CH15 measured data Same as CH1

30130 04 R CH15 decimal point/status Same as CH1

30131 04 R CH16 measured data Same as CH1

30132 04 R CH16 decimal point/status Same as CH1

30133 04 R CH17 measured data Same as CH1

30134 04 R CH17 decimal point/status Same as CH1

30135 04 R CH18 measured data Same as CH1

30136 04 R CH18 decimal point/status Same as CH1

code

R/W

Content Detail

DATA: -30000 ~ 30000 32767: High limit over flow

-32767: Low limit over flow 32765: RJ error 32766: Burnout

-32765: Invalid data 32764: Calculation error Error code: 01H, 02H, 03H, 12H (The exponent part is described later.)

Data status, event status, decimal point (discussed later)

Error code: 01H, 02H, 03H, 12H

R/W … R: READ, W: WRITE

- 35 -

Applied function

Reference

number

30137 04 R CH19 measured data Same as CH1

30138 04 R CH19 decimal point/status Same as CH1

30139 04 R CH20 measured data Same as CH1

30140 04 R CH20 decimal point/status Same as CH1

30141 04 R CH21 measured data Same as CH1

30142 04 R

30143 04 R

30144 04 R

30145 04 R

30146 04 R

30147 04 R

30148 04 R

30149 04 R

30150 04 R

30151 04 R

30152 04 R

30153 04 R

30154 04 R

30155 04 R

30156 04 R

30157 04 R

30158 04 R

30159 04 R

30160 04 R

30161 04 R

30162 04 R

30163 04 R

30164 04 R

30165 04 R

30166 04 R

30167 04 R

30168 04 R

30169 04 R

30170 04 R

30171 04 R

30172 04 R

30173 04 R

30174 04 R

30175 04 R

30176 04 R

30177 04 R

30178 04 R

30179 04 R

30180 04 R

30181 04 R

code

R/W

Content Detail

CH21 decimal point/status Same as CH1

CH22 measured data Same as CH1

CH22 decimal point/status Same as CH1

CH23 measured data Same as CH1

CH23 decimal point/status Same as CH1

CH24 measured data Same as CH1

CH24 decimal point/status Same as CH1

CH25 measured data Same as CH1

CH25 decimal point/status Same as CH1

CH26 measured data Same as CH1

CH26 decimal point/status Same as CH1

CH27 measured data Same as CH1

CH27 decimal point/status Same as CH1

CH28 measured data Same as CH1

CH28 decimal point/status Same as CH1

CH29 measured data Same as CH1

CH29 decimal point/status Same as CH1

CH30 measured data Same as CH1

CH30 decimal point/status Same as CH1

CH31 measured data Same as CH1

CH31 decimal point/status Same as CH1

CH32 measured data Same as CH1

CH32 decimal point/status Same as CH1

CH33 measured data Same as CH1

CH33 decimal point/status Same as CH1

CH34 measured data Same as CH1

CH34 decimal point/status Same as CH1

CH35 measured data Same as CH1

CH35 decimal point/status Same as CH1

CH36 measured data Same as CH1

CH36 decimal point/status Same as CH1

CH37 measured data Same as CH1

CH37 decimal point/status Same as CH1

CH38 measured data Same as CH1

CH38 decimal point/status Same as CH1

CH39 measured data Same as CH1

CH39 decimal point/status Same as CH1

CH40 measured data Same as CH1

CH40 decimal point/status Same as CH1

CH41 measured data Same as CH1

- 36 -

Applied function

Reference

number

code

30182 04 R

30183 04 R

30184 04 R

30185 04 R

30186 04 R

R/W

Content Detail

CH41 decimal point/status Same as CH1

CH42 measured data Same as CH1

CH42 decimal point/status Same as CH1

CH43 measured data Same as CH1

CH43 decimal point/status Same as CH1

30187 04 R CH44 measured data Same as CH1 30188 04 R CH44 decimal point/status Same as CH1

*About the exponent part form data format.

MSB(15) (14) (4) (3) LSB(0)

Integer part

sign

Integer part(10 bit)

Exponent

part

sign

Exponent part(4 bit)

Integer part sign :sign 0(＋) / 1(－) Exponent part sign :sign 0(＋) / 1(－)

*About the error 1023 :Over High limit over flow 1022 :Under Low limit over flow 1021 :RJ RJ error 1020 :BURN Burnout 1019 :Cal Calculation error 1018 :Other error 1017 :Invalid data

* About the decimal point/status information

MSB(15) (11) (7) (4) (3) LSB(0)

0 0 0 0 SCALE EV4 EV3 EV2 EV1 ERR BURN OF UF DP

SCALE : Display scale type 0(Standard)/1 (Logarithm)

EV1 ~ 4 : Each alarm status 0 (Not activated)/1 (activated)

ERR : Input part status 0 (normal)/1 (abnormal) BURN : Sensor disconnection 0 (Not activated)/1 (activated) OF : Overflow error 0 (Not activated)/1 (activated)

UF : Underflow error 0 (Not activated)/1 (activated) DP : Data decimal place |0|0|0|0|: 0, |0|0|0|1|: 1, |0|0|1|0|: 2 |0|0|1|1|: 3

- 37 -

5.7.4 Analog setting values

1) Common parameters (Date/time, upper communications, etc.)

Reference

number

40001

40002

40003

40004

40005

40006

40031

40032

40033

Applied function

code

03 06 16

R/W Content Detail

R

W W Date/time setting 1, 2

R

W W Date/time setting 3, 4

R

W W Date/time setting 5, 6

R

W W Date/time setting 7, 8

R

W W Date/time setting 9, 10

R

W W Date/time setting 11, 12

R W W

Upper transmission

mode

Upper l instrument

address

Upper transmission

speed

Year, ASCII 2 digits 00: Year 2000 ~ 99: Year 2099 Error code: 01H, 02H, 03H, 11H, 12H

Month, ASCII 2 digits Error code: 01H, 02H, 03H, 11H, 12H

Day, ASCII 2 digits Error code: 01H, 02H, 03H, 11H, 12H

Hour, ASCII 2 digits Error code: 01H, 02H, 03H, 11H, 12H

Minute, ASCII 2 digits Error code: 01H, 02H, 03H, 11H, 12H

Second, ASCII 2 digits Error code: 01H, 02H, 03H, 11H, 12H

0: RTU mode, 1: ASCII mode Error code: 01H, 02H, 03H, 11H, 12H

1 ~ 31 Error code: 01H, 02H, 03H, 11H, 12H

3: 9600bps, 4: 19200bps Error code: 01H, 02H, 03H, 11H, 12H

40034

40072

40073

40074

40075

03 06 16

R W W

R W W Frequency selection

R W W

R W W Number of using loop

Upper transmission

character

Decimal point mark

Filter level

0: 8N1, 1: 8N2, 2: 8E1, 3: 8E2, 4: 8O1, 5: 8O2, 6: 7E1, 7: 7E2, 8: 7O1, 9: 7O2 Error code: 01H, 02H, 03H, 11H, 12H

0: Dot, 1: Comma Error code: 01H, 02H, 03H, 11H, 12H

1: 50Hz, 2: 60Hz Error code: 01H, 02H, 03H, 11H, 12H

0 ~ 3 Error code: 01H, 02H, 03H, 11H, 12H

1 ~ 5 Error code: 01H, 02H, 03H, 11H, 12H

- 38 -

Reference

number

40076

40077

40078

40079

40080

40081

40082

40083

40084

40085

40086

40087

40091

40092

Applied function

code

03 06 16

R/W Content Detail

R W W

R W W Instrument name 1, 2

R W W Instrument name 3, 4

At writing message,

method of using

remote contact

Overwriting mode

Remote contact

selection

Keylock operation

restriction item

PEN corddinates

Calculation reset/

Automatic reset

ON/OFF

Calculation reset/

at reference

Calculation reset/

for reference

Calculation reset/

at interval

Calculation reset/

for interval

Calculation reset/

Reset by DI

Calculation reset/

Setting method

0: Standard, 1: Binary Error code: 01H, 02H, 03H, 11H, 12H

0: OFF, 1: ON Error code: 01H, 02H, 03H, 11H, 12H

0: CF card, 1: USB memory Error code: 01H, 02H, 03H, 11H, 12H

Bit0:Setting, Bit1:START/STOP key, Bit2:Display selection , Bit3:Group selecton Bit4:Touch panel operation Bit5:All keys operation Error code:01H,02H,03H,11H,12H

0:Smoothness, 1:Directly Error code:01H,02H,03H,11H,12H

0: OFF, 1: ON Error code: 01H, 02H, 03H, 11H, 12H

ASCII 2 digits, 00 ~ 23 Error code: 01H, 02H, 03H, 11H, 12H

ASCII 2 digits, 00 ~ 59 Error code: 01H, 02H, 03H, 11H, 12H

ASCII 2 digits, 00 ~ 23 Error code: 01H, 02H, 03H, 11H, 12H

ASCII 2 digits, 00 ~ 59 Error code: 01H, 02H, 03H, 11H, 12H

1 to 8:Channel number, 0:None Error code: 01H, 02H, 03H, 11H, 12H

0: All CH commonness,1:CH individual Error code: 01H, 02H, 03H, 11H, 12H

ASCII 2 characters, Shift JIS 1 character Error code: 01H, 02H, 03H, 11H, 12H

- 39 -

Reference

number

40093

40094

40095

40096

40097

40098

Applied function

code

03 06 16

R/W Content Detail

R W W Instrument name 5, 6

R W W Instrument name 7, 8

R W W Instrument name 9, 10

R W W Instrument name 11, 12

R W W Instrument name 13, 14

R W W Instrument name 15, 16

ASCII 2 characters, Shift JIS 1 character Error code: 01H, 02H, 03H, 11H, 12H

- 40 -

Applied function

2) Setting parameters for each channel (Note) Writing of multiple setting values across channels becomes an error. (Error code 12H)

R/W … R: READ, W: WRITE

Reference

number

40102

40103

40104

40105

40106

40107

40108

40109

40110

40111

40112

40113

code

03 06 16

03 06 16 03 06 16

03 06 16

03 06 16 03 06 16

03 06 16

R/W Content Detail

ASCII code 2 digits (A space code can be used in the first digit.)

R W W

R W W CH1 range decimal point

R W W

R W W CH1 scale decimal point

R W W

R W W CH1 sensor correction

R W W

CH1 range number

CH1 RJ

CH1 range low limit

CH1 range high limit

CH1 scale low limit

CH1 scale high limit

CH1 burnout

CH1 display color

CH1 filter level

CH1 ~ CH12: 01(13.80mV) ~ 80(Pt-Co) CH13 ~ : 10 (-10.00 ~ 10.00V) fixed For the optional DI added CH37 ~ CH42: 90 (DI) ~ 92 (pulse (-)) Error code: 01H, 02H, 03H, 09H, 11H, 12H 0: External, 1: Internal * For other than thermocouple inputs

“0: External” fixed

Error code: 01H, 02H, 03H, 09H, 11H, 12H

-30000 ~ 30000 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Range decimal place 0 ~ 3 * Same decimal place for range high/low

limits values

Error code: 01H, 02H, 03H, 09H, 11H, 12H

-30000 ~ 30000 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Scale decimal place 0 ~ 3 * Same decimal place for scale high/low

limits values

Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Disable 1: Up scale, 2: Down scale Error code: 01H, 02H, 03H, 09H, 11H, 12H

-30000 ~ 30000 * The scale decimal point is used for the

decimal place. Error code: 01H, 02H, 03H, 09H, 11H, 12H 12 colors 1: Red, 2: Blue, 3: Green, 4: Brown, 5: Purple, 6: Orange, 7: Gray, 8: Light blue, 9: Yellow-green, 10: Yellow, 11: Pink, 12: Dark blue Error code: 01H, 02H, 03H, 09H, 11H, 12H 0:System setting is used 1:[0]none, [1]Weak,[2]Middle,[3]Strong Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 41 -

Applied function

Reference

number

40114

40115

40116

40117

40118

40119

40120

40121

40122

40125

40126

40127

40128

40129

40130

40131

code

03 06 16

03 06 16 03 06 16 03 06 16 03 06 16 03 06 16 03 06 16 03 06 16 03 06 16

R/W Content Detail

R

W W CH1 alarm maker 1,2

R

W W CH1 alarm maker 3,4

R W W

CH1 totalizer

Automatic reset

Reset by DI

CH1 totalizer reset

reference hour/minute

CH1 totalizer reset

interval

CH1 unit 1, 2

CH1 unit 3, 4

CH1 unit 5, 6

CH1 unit 7

CH1 tag 1, 2

CH1 tag 3, 4

CH1 tag 5, 6

CH1 tag 7, 8

CH1 tag 9, 10

CH1 tag 11, 12

CH1 tag 13, 14

Higher 1 byte:Alarm marker1 0 to 50 Lower 1 byte:Alarm marker21 0 to 50 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 1 byte:Alarm marker3 0 to 50 Lower 1 byte:Alarm marker4 0 to 50 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 1 byte:totalizer reset[0]OFF,[1]ON Lower 1 byte:reset by DI 0 to 8([0] is nine.) Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 1 byte:hour 0 to 23 Lower 1 byte:minute 0 to 59 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 1 byte:hour 0 to 24 Lower 1 byte:minute 0 to 59 Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII, Shift JIS 2 digit Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 1 digit, Low 1 byte - 00H fixed Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII, Shift JIS 2 digit Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 42 -

Applied function

Reference

number

40132

40133

40134

40135

40136

40137

40139

40140

40141

40142

40143

40144

40145

40147

code

03 06 16

03 06 16 03 06 16

03 06 16

R/W Content Detail

R W W

R W W CH1 reference channel 1

R W W

R W W CH1 reference channel 2

R W W

CH1 tag 15

CH1 alarm type 1

CH1 setting value 1

CH1 output relay 1

CH1 AND/OR 1

CH1 dead band 1

CH1 alarm delay 1

CH1 alarm type 2

CH1 setting value 2

CH1 output relay 2

CH1 AND/OR 2

CH1 dead band 2

ASCII 1 digit, Low 1 byte - 00H fixed Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Disable, 1: High limit, 2: Low limit, 5: Difference high limit, 6: Difference low limit, 7: Abnormal data Error code: 01H, 02H, 03H, 09H, 11H, 12H

-30000 ~ 30000 * The scale decimal point is used for the

decimal place.

Error code: 01H, 02H, 03H, 09H, 11H, 12H ASCII 2 digits

01 ~ Alarm output point, 00H: No setting Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: OR, 1: AND Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits Reference channel at difference alarm No. 01 ~ 44 Error code: 01H, 02H, 03H, 09H, 11H, 12H 0 ~ 30000 * The scale decimal point is used for the

decimal place.

Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 ~ 3600 seconds Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Disable, 1: high limit, 2: Low limit, 5: Difference high limit, 6: Difference low limit, 7: Abnormal data Error code: 01H, 02H, 03H, 09H, 11H, 12H

-30000 ~ 30000 * The scale decimal point is used for the

decimal place.

Error code: 01H, 02H, 03H, 09H, 11H, 12H ASCII 2 digits 01 ~ Alarm output point, 00H: No setting Error code: 01H, 02H, 03H, 09H, 11H, 12H

0:OR, 1: AND Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits Reference channel at difference alarm No. 01 ~ 44 Error code: 01H, 02H, 03H, 09H, 11H, 12H 0 ~ 30000 * The scale decimal point is used for the

decimal place.

Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 43 -

Applied function

Reference

number

40148

40149

40150

40151

40152

40153

40155

40156

40157

40158

40159

40160

40161

40163

code

03 06 16

03 06 16 03 06 16

03 06 16

R/W Content Detail

R W W

R W W CH1 reference channel 3

R W W

R W W CH1 reference channel 4

R W W

CH1 alarm delay 2

CH1 alarm type 3

CH1 setting value 3

CH1 output relay 3

CH1 AND/OR 3

CH1 dead band 3

CH1 alarm delay 3

CH1 alarm type 4

CH1 setting value 4

CH1 output relay 4

CH1 AND/OR 4

CH1 dead band 4

0 ~ 3600 seconds Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Disable, 1: high limit, 2: Low limit, 5: Difference high limit, 6: Difference low limit, 7: Abnormal data Error code: 01H, 02H, 03H, 09H, 11H, 12H

-30000 ~ 30000 * The scale decimal point is used for the

decimal place.

Error code: 01H, 02H, 03H, 09H, 11H, 12H ASCII 2 digits

01 ~ Alarm output point, 00H: No setting Error code: 01H, 02H, 03H, 09H, 11H, 12H

0:OR, 1: AND Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII2 桁 Reference channel at difference alarm No. 01 ~ 44 Error code: 01H, 02H, 03H, 09H, 11H, 12H 0 ~ 30000 * The scale decimal point is used for the

decimal place.

Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 ~ 3600 seconds Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Disable, 1: high limit, 2: Low limit, 5: Difference high limit, 6: Difference low limit, 7: Abnormal data Error code: 01H, 02H, 03H, 09H, 11H, 12H

-30000 ~ 30000 * The scale decimal point is used for the

decimal place.

Error code: 01H, 02H, 03H, 09H, 11H, 12H ASCII 2 digits 01 ~ Alarm output point, 00H: No setting Error code: 01H, 02H, 03H, 09H, 11H, 12H

0:OR, 1: AND Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits Reference channel at difference alarm No. 01 ~ 44 Error code: 01H, 02H, 03H, 09H, 11H, 12H 0 ~ 30000 * The scale decimal point is used for the

decimal place.

Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 44 -

Applied function

Reference

number

40164

40166

40167

40168

40169

40171

40176

40177

40178

40179

40180

40181

40182

40183

40184

code

03 06 16 03 06 16

03 06 16

03 06 16 03 06 16 03 06 16 03 06 16

03 06 16

03 06 16 03 06 16

03 06 16

R/W Content Detail

R W W

R W W CH1 display scale low limit

R W W CH1 display scale high limit

R W W

R W W CH1 display scale type

R W W

R W W CH1 calculation formula 1, 2

R W W

CH1 alarm delay 4

CH1 display scale

decimal point

CH1 range position

(Area belonged)

Calculation ON/OFF

CH1 calculation formula 3, 4

CH1 calculation formula 5, 6

CH1 calculation formula 7, 8

CH1 calculation formula 9, 10

CH1 calculation formula 11, 12

CH1 calculation formula 13, 14

CH1 calculation formula 15, 16

0 ~ 3600 seconds Error code: 01H, 02H, 03H, 09H, 11H, 12H

-30000 ~ 30000 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 ~ 3 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Standard, 1: Logarithm Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 ~ 3, At parallel scale 0 ~ 7 (0 ~ 3: First

zone, 4 ~ 7: Second zone)

Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Not used, 1: Used Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 45 -

Applied function

Reference

number

40185

40186

40187

40188

40189

40190

40191

40192

code

03 06 16

03 06 16 03 06 16 03 06 16

03 06 16

03 06 16 03 06 16

R/W Content Detail

R

CH1 calculation formula 17, 18

W W

R

CH1 calculation formula 19, 20

W W

R

CH1 calculation formula 21, 22

W W

R

CH1 calculation formula 23, 24

W W

R

CH1 calculation formula 25, 26

W W

R

CH1 calculation formula 27, 28

W W

R

CH1 calculation formula 29, 30

W W

R W W CH1 calculation formula 31, 32

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

40193

40194

40195

40196

40197

40198

40199

03 06 16

03 06 16 03 06 16

03 06 16

03 06 16 03

06 16

03 06 16

R W W CH1 calculation formula 33, 34

R W W CH1 calculation formula 35, 36

R W W CH1 calculation formula 37, 38

R W W CH1 calculation formula 39, 40

R W W CH1 calculation formula 41, 42

R W W CH1 calculation formula 43, 44

R W W CH1 calculation formula 45, 46

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 46 -

Applied function

Reference

number

40200

40202

~ 40300

40302

~ 40400

40402

~ 40500

40502

~ 40600

40602

~ 40700

40702

~ 40800

40802

~ 40900

40902

~ 41000

41002

~

41100

41102

~ 41200

41202

~ 41300

41302

~ 41400

41402

~ 41500

code

03 06 16

R/W Content Detail

R

W W CH1 calculation formula 47, 48

R

W W CH2 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH3 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH4 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH5 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH6 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH7 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH8 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH9 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH10 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH11 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH12 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH13 setting parameter Same as CH1 parameter (40102 ~ 40200)

R

W W CH14 setting parameter

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

Same as CH1 parameter (40102 ~ 40200)

41502

~ 41600

03 06 16

R

W W CH15 setting parameter

- 47 -

Same as CH1 parameter (40102 ~ 40200)

Applied function

Reference

number

41602

~ 41700

41702

~ 41800

41802

~ 41900

41902

~ 42000

42002

~ 42100 42102

~ 42200

42202

~ 42300

code

03 06 16

03 06 16 03 06 16

03 06 16

R/W Content Detail

R

W W CH16 setting parameter

R

W W CH17 setting parameter

R

W W CH18 setting parameter

R

W W CH19 setting parameter

R

W W CH20 setting parameter

R

W W CH21 setting parameter

R

W W CH22 setting parameter

Same as CH1 parameter (40102 ~ 40200)

42302

~ 42400 42402

~ 42500

42502

~ 42600

42602

~ 42700

42702

~ 42800

42802

~ 42900

42902

~ 43000

43002

~ 43100

03 06 16 03 06 16

03 06 16

R

W W CH23 setting parameter

R

W W CH24 setting parameter

R

W W CH25 setting parameter

R

W W CH26 setting parameter

R

W W CH27 setting parameter

R

W W CH28 setting parameter

R

W W CH29 setting parameter

R

W W CH30 setting parameter

Same as CH1 parameter (40102 ~ 40200)

- 48 -

Applied function

Reference

number

43102

~ 43200

43202

~ 43300

43302

~ 43400

43402

~ 43500

43502

~ 43600

43602

~ 43700

43702

~ 43800

43802

~ 43900

43902

~ 44000

44002

~ 44100

44102

~ 44200

44202

~ 44300

44302

~ 44400

44402

~ 44500

code

03 06 16

R/W Content Detail

R

W W CH31 setting parameter

R

W W CH32 setting parameter

R

W W CH33 setting parameter

R

W W CH34 setting parameter

R

W W CH35 setting parameter

R

W W CH36 setting parameter

R

W W CH37 setting parameter

R

W W CH38 setting parameter

R

W W CH39 setting parameter

R

W W CH40 setting parameter

R

W W CH41 setting parameter

R

W W CH42 setting parameter

R

W W CH43 setting parameter

R

W W CH44 setting parameter

Same as CH1 parameter (40102 ~ 40200)

- 49 -

3) Communications parameter Reference

number

45001

45002

45003

45004

45005

45006

45010

45011

45012

45013

45014

45015

45016

45017

45018

Applied function

code

03 06 16

R/W Content Detail

R W W

R W W Default gateway 1, 2

R W W Default gateway 3, 4

R W W

IP address 1, 2

IP address 3, 4

Subnet mask1, 2

Subnet mask 3, 4

FTP client directory

1,2

FTP client directory

3,4

FTP client directory

5,6

FTP client directory

7,8

FTP client directory

9,108,9

FTP client directory

11,12

FTP client directory

13,14

FTP client directory

15,16

FTP client directory

17,18

IP address Error code: 01H, 02H, 03H, 09H, 11H, 12H

Subnet mask Error code: 01H, 02H, 03H, 09H, 11H, 12H

Default gateway Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 50 -

Reference

number

45019

45020

45021

45022

45023

45024

45025

45026

45027

45028

45029

45030

45031

45032

45033

45034

Applied function

code

03 06 16

R/W Content Detail

R W W

FTP client directory

19,20

FTP client directory

21,22

FTP client directory

23,24

FTP client directory

25,26

FTP client directory

27,28

FTP client directory

29,30

FTP client directory

31,32

FTP Login user

Name(client/sever)

1,2

FTP Login user

Name(client/sever)

3,4

FTP Login user

Name(client/sever)

5,6

FTP Login user

Name(client/sever)

7,8

FTP Login user

Name(client/sever)

9,10

FTP Login user

Name(client/sever)

11,12

FTP Login user

Name(client/sever)

13,14

FTP Login user

Name(client/sever)

15,16

FTP Login user

Name(client/sever)

17,18

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 51 -

Reference

number

45035

45036

45037

45038

45039

45040

45041

45042

45043

45044

45045

45046

45047

45048

45049

45050

Applied function

code

03 06 16

R/W Content Detail

R W W

FTP Login user

Name(client/sever)

19.20

FTP Login user

Name(client/sever)

21,22

FTP Login user

Name(client/sever)

23,24

FTP Login user

Name(client/sever)

25,26

FTP Login user

Name(client/sever)

27,28

FTP Login user

Name(client/sever)

29,30

FTP Login user

Name(client/sever)

31,32

FTP Login password

(client/sever)

1,2

FTP Login password

(client/sever)

3,4

FTP Login password

(client/sever)

5,6

FTP Login password

(client/sever)

7,8

FTP Login password

(client/sever)

9,10

FTP Login password

(client/sever)

11,12

FTP Login password

(client/sever)

13,14

FTP Login password

(client/sever)

15,16

FTP Login password

(client/sever)

17,18

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 52 -

Reference

number

45051

45052

45053

45054

45055

45056

45057

45058

45059

45060

45070

45071

45072

45073

45074

45075

Applied function

code

03 06 16

R/W Content Detail

R

FTP Login password W W

R W W

(client/sever)

FTP Login password

(client/sever)

FTP Login password

(client/sever)

FTP Login password

(client/sever)

FTP Login password

(client/sever)

FTP Login password

(client/sever)

FTP Login password

(client/sever)

FTP client

PASV mode

FTP client

Auto transfer

FTP client

Retry mode

FTP server

FTP server address

19,20

21,22

23,24

25,26

27,28

29,30

31,32

ON/OFF

1, 2

3, 4

5, 6

7, 8

9, 10

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

0:OFF,1:ON Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: OFF, 1: ON Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 53 -

Reference

number

45076

45077

45078

45079

45080

45081

45082

45083

45084

45085

45086

45091

45092

45093

45094

45095

Applied function

code

03 06 16

R/W Content Detail

R

FTP server address

W W

R

FTP server address

W W

R W W

R

Login user name (for

W W

R

Login user name (for

W W

R

Login user name (for

W W

R

Login user name (for

W W

R

Login user name (for

W W

13, 14

FTP server address

15, 16

FTP server address

17, 18

FTP server address

19, 20

FTP server address

21, 22

FTP server address

23, 24

FTP server address

25, 26

FTP server address

27, 28

FTP server address

29, 30

FTP server address

31, 32

server) 1, 2

server) 3, 4

server) 5, 6

server) 7, 8

server) 9, 10

11, 12

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 54 -

Reference

number

45096

45097

45098

45099

45100

45101

45102

45103

45104

45105

45106

45111

45112

45113

45114

45115

Applied function

code

03 06 16

R/W Content Detail

R

Login user name (for

W W

R W W

server) 11, 12

Login user name (for

server) 13, 14

Login user name (for

server) 15, 16

Login user name (for

server) 17, 18

Login user name (for

server) 19, 20

Login user name (for

server) 21, 22

Login user name (for

server) 23, 24

Login user name (for

server) 25, 26

Login user name (for

server) 27, 28

Login user name (for

server) 29,30

Login user name (for

server) 31, 32

Login password (for

server) 1, 2

Login password (for

server) 3, 4

Login password (for

server) 5, 6

Login password (for

server) 7, 8

Login password (for

server) 9, 10

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 55 -

Reference

number

45116

45117

45118

45119

45120

45121

45122

45123

45124

45125

45126

45141

45142

45143

Applied function

code

03 06 16

R/W Content Detail

R

Login password (for

W W

R W W

server) 11, 12

Login password (for

server) 13, 14

Login password (for

server) 15, 16

Login password (for

server) 17, 18

Login password (for

server) 19, 20

Login password (for

server) 21, 22

Login password (for

server) 23, 24

Login password (for

server) 25, 26

Login password (for

server) 27,28

Login password (for

server) 29, 30

Login password (for

server) 31, 32

E-mail transfer

condition 1

Condition type

selection/Transfer

address number

E-mail transfer

condition 1

Alarm channel

starting/ending

E-mail transfer

condition 1

Reference

hour/minute

numbers

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 1 byte Condition type selection 0: Disable, 1: At alarm activated, 2: At fixed time Lower 1 byte Transfer address number: Bit correspondence Bit 0 ~ 7 → Address 1 ~ 8

Higher 1 byte Starting channel number: 1 ~ 44 Lower 1 byte Ending channel number: 1 ~ 44 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 1 byte At reference: 0 ~ 23 Lower 1 byte For reference: 0 ~ 59 00:00 ~ 23:59 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 56 -

Reference

number

45144

45145 ~

45148

45149 ~

45152

45153 ~

45156

45157 ~

45160

45161 ~

45164

45165 ~

45168

45169 ~

45172

45181

45182

45183

45184

45185

45186

45187

Applied function

code

03 06 16

R/W Content Detail

R W W

E-mail transfer

condition 1

Interval hour/minute

E-mail transfer

condition 2

E-mail transfer

condition 3

E-mail transfer

condition 4

E-mail transfer

condition 5

E-mail transfer

condition 6

E-mail transfer

condition 7

E-mail transfer

condition 8

E-mail transfer

address 1

1, 2

address 1

3, 4

address 1

5, 6

address 1

7, 8

address 1

9, 10

address 1

11, 12

address 1

13, 14

Higher 1 byte At interval: 0 ~ 24 Lower 1 byte For interval: 0 ~ 59 00:00 ~ 24:00 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Same as E-mail transfer condition 1 (45141 ~

45144)

Same as E-mail transfer condition 1 (45141 ~

45144)

Same as E-mail transfer condition 1 (45141 ~

45144)

Same as E-mail transfer condition 1 (45141 ~

45144)

Same as E-mail transfer condition 1 (45141 ~

45144)

Same as E-mail transfer condition 1 (45141 ~

45144)

Same as E-mail transfer condition 1 (45141 ~

45144)

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 57 -

Reference

number

45188

45189

45190

45191

45192

45193

45194

45195

45196

45197 ~

45212

45213 ~

45228

45229 ~

45244

45245 ~

45260

45261 ~

45276

45277 ~

45292

45293 ~

45308

Applied function

code

03 06 16

R/W Content Detail

R W W

E-mail transfer

address 1

15, 16

E-mail transfer

address 1

17, 18

E-mail transfer

address 1

19, 20

E-mail transfer

address 1

21, 22

E-mail transfer

address 1

23, 24

E-mail transfer

address 1

25, 26

E-mail transfer

address 1

27, 28

E-mail transfer

address 1

29, 30

E-mail transfer

address 1

31, 32

E-mail transfer

address 2

E-mail transfer

address 3

E-mail transfer

address 4

E-mail transfer

address 5

E-mail transfer

address 6

E-mail transfer

address 7

E-mail transfer

address 8

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

Same as E-mail address 1 (45181 ~ 45196)

- 58 -

Reference

number

45311

45312

45313

45314

45315

45316

45317

45318

45319

45320

45321

Applied function

code

03 06 16

R/W Content Detail

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

CH1

CH2

CH3

CH4

CH5

CH6

CH7

CH8

CH9

CH10

CH11

Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 59 -

Reference

number

45322

45323

45324

45325

45326

45327

45328

45329

45330

45331

45332

45333

Applied function

code

03 06 16

R/W Content Detail

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

CH12

CH13

CH14

CH15

CH16

CH17

CH18

CH19

CH20

CH21

CH22

CH23

Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H

Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H

Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 60 -

Reference

number

45334

45335

45336

45337

45338

45339

45340

45341

45342

45343

45344

45345

Applied function

code

03 06 16

R/W Content Detail

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

C24

C25

C26

CH27

CH28

CH29

CH30

CH31

CH32

CH33

CH34

CH35

Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H

Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 61 -

Reference

number

45346

45347

45348

45349

45350

45351

45352

45353

45354

45361

45362

45363

45364

Applied function

code

03 06 16

R/W Content Detail

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R

E-mail attached data

W W

R W W

POP3 address 1, 2

POP3 address 3, 4

POP3 address 5, 6

POP3 address 7, 8

CH36

CH37

CH38

CH39

CH40

CH41

CH42

CH43

CH44

Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H

Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Address 1 ~ Bit 7: Address 8 0: Not attached, 1: Attached Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 62 -

Reference

number

45365

45366

45367

45368

45369

45370

45371

45372

45373

45374

45375

45376

45381

45382

45383

45384

Applied function

code

03 06 16

R/W Content Detail

R W W POP3 address 9, 10

R W W POP3 address 11, 12

R W W POP3 address 13, 14

R W W POP3 address 15, 16

R W W POP3 address 17, 18

R W W POP3 address 19, 20

R W W POP3 address 21, 22

R W W POP3 address 23, 24

R W W POP3 address 25, 26

R W W POP3 address 27, 28

R W W POP3 address 29, 30

R W W POP3 address 31, 32

R W W

SMTP address 1, 2

SMTP address 3, 4

SMTP address 5, 6

SMTP address 7, 8

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 63 -

Reference

number

45385

45386

45387

45388

45389

45390

45391

45392

45393

45394

45395

45396

45401

45402

45403

45404

Applied function

code

03 06 16

R/W Content Detail

R W W SMTP address 9, 10

R W W SMTP address 11, 12

R W W SMTP address 13, 14

R W W SMTP address 15, 16

R W W SMTP address 17, 18

R W W SMTP address 19, 20

R W W SMTP address 21, 22

R W W SMTP address 23, 24

R W W SMTP address 25, 26

R W W SMTP address 27, 28

R W W SMTP address 29, 30

R W W SMTP address 31, 32

R W W Sender address 1, 2

R W W Sender address 3, 4

R W W Sender address 5, 6

R W W Sender address 7, 8

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 64 -

Reference

number

45405

45406

45407

45408

45409

45410

45411

45412

45413

45414

45415

45416

45421

45422

45423

45424

Applied function

code

03 06 16

R/W Content Detail

R W W Sender address 9, 10

R W W Sender address 11, 12

R W W Sender address 13, 14

R W W Sender address 15, 16

R W W Sender address 17, 18

R W W Sender address 19, 20

R W W Sender address 21, 22

R W W Sender address 23, 24

R W W Sender address 25, 26

R W W Sender address 27, 28

R W W Sender address 29, 30

R W W Sender address 31, 32

R W W

Mail account 1, 2

Mail account 3, 4

Mail account 5, 6

Mail account 7, 8

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 65 -

Reference

number

45425

45426

45427

45428

45429

45430

45431

45432

45433

45434

45435

45436

45441

45442

45443

45444

Applied function

code

03 06 16

R/W Content Detail

R W W Mail account 9, 10

R W W Mail account 11, 12

R W W Mail account 13, 14

R W W Mail account 15, 16

R W W Mail account 17, 18

R W W Mail account 19, 20

R W W Mail account 21, 22

R W W Mail account 23, 24

R W W Mail account 25, 26

R W W Mail account 27, 28

R W W Mail account 29, 30

R W W Mail account 31, 32

R W W

Mail password 1, 2

Mail password 3, 4

Mail password 5, 6

Mail password 7, 8

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 66 -

Reference

number

45445

45446

45447

45448

45449

45450

45451

45452

45453

45454

45455

45456

45461

45462

45463

45464

Applied function

code

03 06 16

R/W Content Detail

R W W Mail password 9, 10

R W W Mail password 11, 12

R W W Mail password 13, 14

R W W Mail password 15, 16

R W W Mail password 17, 18

R W W Mail password 19, 20

R W W Mail password 21, 22

R W W Mail password 23, 24

R W W Mail password 25, 26

R W W Mail password 27, 28

R W W Mail password 29, 30

R W W Mail password 31, 32

R W W

DNS On/Off

DNS primary server

IP address 1, 2

DNS primary server

IP address 3, 4

DNS secondary server

IP address 1, 2

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: OFF, 1: ON Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 16 bits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 67 -

Reference

number

45465

45466

45467

45468

45469

45470

45471

45472

45473

45474

45475

45476

45477

45478

45479

45480

Applied function

code

03 06 16

R/W Content Detail

R

DNS secondary server

W W

R W W

IP address 3, 4

SNTP ON/OFF

SNTP sever 1,2

SNTP sever 3,4

SNTP sever 5,6

SNTP sever 7,8

SNTP sever 9,10

SNTP sever 11,12

SNTP sever 13,14

SNTP sever 15,16

SNTP sever 17,18

SNTP sever 19,20

SNTP sever 21,22

SNTP sever 23,24

SNTP sever 25,26

SNTP sever 27,28

Higher 16 bits Error code: 01H, 02H, 03H, 09H, 11H, 12H

0:OFF,1:ON Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 16 bits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 68 -

Reference

number

45481

45482

45483

45484

45485

45486

Applied function

code

03 06 16

R/W Content Detail

R W W

SNTP sever 29,30

SNTP sever 31,32

SNTP base time

SNTP interval

SNTP port number

POP3 port number

Higher 16 bits Error code: 01H, 02H, 03H, 09H, 11H, 12H

Higher 1byte base time hour:0 to 23 Lower 1byte base time minute:0 to 59 00:00 to 24:00 Error code: 01H, 02H, 03H, 09H, 11H, 12H Higher 1byte base time hour:0 to 24 Lower 1byte base time minute:0 to 59 00:00 to 24:00 Error code: 01H, 02H, 03H, 09H, 11H, 12H

1 to 65536 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 69 -

tion

4) Low order communications parameter Reference

number

45501

45502

45503

45504

45505

45506

45507

45508

45509

Applied func

code

03 06 16

R/W

R W W

Content Detail

Low order

communication

registration

instruments number/

channel number 1

Low order

communication

registration

instruments number/

channel number 2

Low order

communication

registration

instruments number/

channel number 3

Low order

communication

registration

instruments number/

channel number 4

Low order

communication

registration

instruments number/

channel number 5

Low order

communication

registration

instruments number/

channel number 6

Low order

communication

registration

instruments number/

channel number 7

Low order

communication

registration

instruments number/

channel number 8

Low order

communication

registration

instruments number/

channel number 9

Higher 1 byte 0 :No setting, 1~5:instryments number Lower 1 byte :channel number : 1~200 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 70 -

tion

Reference

number

45510

45511

45512

45513

45514

45515

45516

45517

45518

Applied func

code

03 06 16

R/W

R W W

Content Detail

Low order

communication

registration

instruments number/

channel number 10

Low order

communication

registration

instruments number/

channel number 11

Low order

communication

registration

instruments number/

channel number 12

Low order

communication

registration

instruments number/

channel number 13

Low order

communication

registration

instruments number/

channel number 14

Low order

communication

registration

instruments number/

channel number 15

Low order

communication

registration

instruments number/

channel number 16

Low order

communication

registration

instruments number/

channel number 17

Low order

communication

registration

instruments number/

channel number 18

Higher 1 byte 0 :No setting, 1~5:instryments number Lower 1 byte :channel number : 1~200 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 71 -

tion

Reference

number

45519

45520

45521

45522

45523

45524

45525

45526

45527

Applied func

code

03 06 16

R/W

R W W

Content Detail

Low order

communication

registration

instruments number/

channel number 19

Low order

communication

registration

instruments number/

channel number 20

Low order

communication

registration

instruments number/

channel number 21

Low order

communication

registration

instruments number/

channel number 22

Low order

communication

registration

instruments number/

channel number 23

Low order

communication

registration

instruments number/

channel number 24

Low order

communication

registration

instruments number/

channel number 25

Low order

communication

registration

instruments number/

channel number 26

Low order

communication

registration

instruments number/

channel number 27

Higher 1 byte 0 :No setting, 1~5:instryments number Lower 1 byte :channel number : 1~200 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 72 -

tion

Reference

number

45528

45529

45530

45531

45532

45533

45534

45535

45536

Applied func

code

03 06 16

R/W

R W W

Content Detail

Low order

communication

registration

instruments number/

channel number 28

Low order

communication

registration

instruments number/

channel number 29

Low order

communication

registration

instruments number/

channel number 30

Low order

communication

registration

instruments number/

channel number 31

Low order

communication

registration

instruments number/

channel number 32

Low order

communication

registration

instruments number/

channel number 33

Low order

communication

registration

instruments number/

channel number 34

Low order

communication

registration

instruments number/

channel number 35

Low order

communication

registration

instruments number/

channel number 36

Higher 1 byte 0 :No setting, 1~5:instryments number Lower 1 byte :channel number : 1~200 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 73 -

tion

Reference

number

45537

45538

45539

45540

45541

45542

45543

45544

Applied func

code

03 06 16

R/W

R W W

Content Detail

Low order

communication

registration

instruments number/

channel number 37

Low order

communication

registration

instruments number/

channel number 38

Low order

communication

registration

instruments number/

channel number 39

Low order

communication

registration

instruments number/

channel number 40

Low order

communication

registration

instruments number/

channel number 41

Low order

communication

registration

instruments number/

channel number 42

Low order

communication

registration

instruments number/

channel number 43

Low order

communication

registration

instruments number/

channel number 44

Higher 1 byte 0 :No setting, 1~5:instryments number Lower 1 byte :channel number : 1~200 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 74 -

Applied function

5) Group parameter Reference

number

46001

46002

46003

46004

46005

46006

46007

46008

46011

46012

46013

46014

code

03 06 16

R/W

R W W

Content Detail

Group 1

Display group

name 1, 2

Group 1

Display group

name 3, 4

Group 1

Display group

name 5, 6

Group 1

Display group

name 7, 8

Group 1

Display group

name 9, 10

Group 1

Display group

name 11, 12

Group 1

Display group

name 13, 14

Group 1

Display group

name 15, 16

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 1

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 2

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 3

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 4

ASCII, Shift JIS 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 75 -

Applied function

Reference

number

46015

46016

46017

46018

46019

46020

46021

46022

46023

code

03 06 16

R/W

R W W

Content Detail

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 5

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 6

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 7

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 8

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 9

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 10

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 11

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 12

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 13

Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 76 -

Applied function

Reference

number

46024

46025

46026

46027

46028

46029

46030

46031

46032

code

03 06 16

R/W

R W W

Content Detail

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 14

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 15

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 16

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 17

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 18

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 19

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 20

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 21

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 22

Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 77 -

Applied function

Reference

number

46033

46034

46035

46036

46037

46038

46039

46040

46041

code

03 06 16

R/W

R W W

Content Detail

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 23

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 24

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 25

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 26

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 27

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 28

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 29

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 30

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 31

Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 78 -

Applied function

Reference

number

46042

46043

46044

46045

46046

46047

46048

46049

46050

code

03 06 16

R/W

R W W

Content Detail

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 32

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 33

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 34

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 35

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 36

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 37

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 38

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 39

Group 1

Display channel

allocaton/Display_

Nondisplay/Trend

line diameter 40

Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 79 -

Applied function

Reference

number

46051

46052

46053

46054

46055

46061

46062

46063

46064

46065

46066

46067

46068

code

03 06 16

R/W

R

Display channel

W

allocaton/Display_

W

Nondisplay/Trend

line diameter 41

R

Display channel

W

allocaton/Display_

W

Nondisplay/Trend

line diameter 42

R

Display channel

W

allocaton/Display_

W

Nondisplay/Trend

line diameter 43

R

Display channel

W

allocaton/Display_

W

Nondisplay/Trend

line diameter 44

R W

Time ruler interval

W

R W

Trip line position 1

W

R W W

Trip line color 1

Trip line thickness 1

Trip line position 2

Trip line color 2

Trip line thickness 2

Trip line position 3

Trip line color 3

Content Detail

Group 1

Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit 0 ~ 7 Display channel allocation: 1 ~ 44 0: Not set Bit 8 ~ 9 Trend line diameter 0: 1, 1: 3, 2: 5 Bit 12 Display_Nondiaplay 0: Nondisplay, 1: Display Error code: 01H, 02H, 03H, 09H, 11H, 12H

12 to 510 (Only the even number value) Error code: 01H, 02H, 03H, 09H, 11H, 12H

1 ~ 99 0: None Error code: 01H, 02H, 03H, 09H, 11H, 12H

1~ 12 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: 1, 1: 3, 2: 5 Error code: 01H, 02H, 03H, 09H, 11H, 12H

1 ~ 99 0: None Error code: 01H, 02H, 03H, 09H, 11H, 12H

1~ 12 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: 1, 1: 3, 2: 5 Error code: 01H, 02H, 03H, 09H, 11H, 12H

1 ~ 99 0: None Error code: 01H, 02H, 03H, 09H, 11H, 12H

1~ 12 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 80 -

Applied function

Reference

number

46069

46070

46071

46072

46101 ~

46200

46201 ~

46300

46301 ~

46400

46401 ~

46500

code

03 06 16

R/W

R W

Trip line thickness 3

W

R W

Trip line position 4

W

R W W

Trip line color 4

Trip line thickness 4

Content Detail

Group 1

Group 2

parameter

Group 3

parameter

Group 4

parameter

Group 5

parameter

0: 1, 1: 3, 2: 5 Error code: 01H, 02H, 03H, 09H, 11H, 12H

1 ~ 99 0: None Error code: 01H, 02H, 03H, 09H, 11H, 12H

1~ 12 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: 1, 1: 3, 2: 5 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Same as Group 1 parameter (46001 ~ 46072)

- 81 -

Applied function

Number of frames

6) Common parameter (screen, schedule, etc.) Reference

number

47110

47111

47112

47114

47113

47115

47117

47118

47119

code

03 06 16

R/W

R W W

R W W Screen saver

R W W

R W W Trend direction

R W W Bargraph direction

Content Detail

Language

Year/month/day

Background

adjustmenmt

Display contrast

adjustment

Combined

format

color

Time

by DI

display

0: Japanese, 1: English Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 ~ 60 (min.) Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: y/m/d, 1: m/d/y, 2: d/m/y Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: White, 1: Black Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: none, 1 to 8 DI number Error code: 01H, 02H, 03H, 09H, 11H, 12H

1 ~ 4 (Default: 3) Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: W/o tag, 1: With tag, 2: Bargraph, 3: None Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Vertical, 1: Horizontal Error code: 01H, 02H, 03H, 09H, 11H, 12H

47120

47122

47123

47124

47125

47126

03 06 16

R W W

for numeric

number display

Zone used/not

number display

update speed

Base position of

screen

used

Automatic

changing

interval

Numeric

Scale text

bargraph

- 82 -

1, 4, 6, 12, 21, 44 switching Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Not used, 1: Used Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 ~ 60 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 ~ 2 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: With display, 1: W/o display Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 to 100 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Applied function

Reference

number

47128

47129

47130

47140

47141

47142

47143

47144

47150

47151

47152

code

03 06 16

R/W

R W W

Content Detail

Data display

Size adjustment

Trend label

Dual trend

synchronization

Low order

communication

connected model

1

0: w/o adjustment , 1: with adjustment Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: none , 1: CH tag , 2: tag Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: w/o synchronization , 1:with synchronization Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: No connection ,1: SE, 2:AL , 3:BR, 4: KE,5: LE 6: KR, 7: LT2/3/8, 8: LT4 ,9: JU, 10: JW, 11: MELSEC, 12: SYSMAC Error code: 01H, 02H, 03H, 09H, 11H, 12H

Low order

communication

connected model

2

Same as Low order communication connection instrument 1 (47140)

Low order

communication

connected model

3

Same as Low order communication connection instrument 1 (47140)

Low order

communication

connected model

4

Same as Low order communication connection instrument 1 (47140)

Low order

communication

connected model

5

Low order

communication

number of

instrument CH 1

Low order

communication

number of

instrument CH 2

Low order

communication

number of

instrument CH 3

Same as Low order communication connection instrument 1 (47140)

0: CH none, 1 to 200: Number of CH of low order connection instrument Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 83 -

Applied function

Reference

number

47153

47154

47156

47157

47158

47159

47160

47161

47162

47163

47164

47165

47166

47167

code

03 06 16

R/W

R W W

Content Detail

Low order

communication

number of

instrument CH 4

Low order

communication

number of

instrument CH 5

R W W Schedule type

R W W

Starting

schedule year

Starting

schedule month

Starting

schedule date

Starting

schedule day

Starting

schedule hour

Starting

schedule minute

R W

Ending

schedule year

W

R W W

Ending

schedule month

Ending

schedule date

Ending

schedule day

Ending

schedule hour

0: CH none, 1 to 200: Number of CH of low order connection instrument Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Schedule OFF, 1: Date, 2: Day (continuous) Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 00 ~ 99 Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 01 ~ 12 Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 01 ~ 31 Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Sunday, Bit 1: Monday…Bit 6: Saturday ON (1), OFF (0) Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 00 ~ 23 Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 00 ~ 59 Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 00 ~ 99 Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 01 ~ 12 Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 01 ~ 31 Error code: 01H, 02H, 03H, 09H, 11H, 12H Bit correspondence Bit 0: Sunday, Bit 1: Monday…Bit 6: Saturday ON (1), OFF (0) Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits (A space code can be used in the first digit.) 00 ~ 23 Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 84 -

Applied function

Storing file directory

7) File-related-parameter Reference

number

47207

47208

47209

47210

47211

47213

47221

47222

47223

47224

47231

47232

code

03 06 16

R/W

R W W

R W W File 1 Start trigger

R W W File 1 Start condition 1

R W W File 1 Start condition 2

R W W File 1 End trigger

R W W File 1 End condition

R W W

R W W CF saving cycle

R W W

Content Detail

File 1

Data recording

cycle

Storing type

Data type

File size

1, 2

3, 4

0: 0.1 sec., 1: 0.2 sec., 2: 0.5 sec., 3: 1 sec., 4: 2 sec., 5: 3 sec., 6: 5 sec., 7: 10 sec., 8: 15 sec., 9: 20 sec., 0: 30 sec., 11: 1 min., 12: 2 min., 13: 3 min., 14: 5 min., 15: 10 min., 16: 15 min., 17: 20 min., 18: 30 min., 19: 60 min. Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Key, 1: Alarm, 2: Contact input Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits 47208: The start trigger of File 1 is; 1: In case of alarm, 01 ~ Alarm output 2: In case of contact input, 01 ~ Number of remote contact Error code: 01H, 02H, 03H, 09H, 11H, 12H

Number of pre-trigger: 10-increment for 0 ~ 950 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Same as Start trigger, 1: Count Error code: 01H, 02H, 03H, 09H, 11H, 12H

Count: 10-increment for 0 ~ 30000 Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Binary (setting information existed), 1: CSV, 2:CSV(continuous) Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: None, 1: 1 min., 2: 2 min., 3: 3 min., 4: 5 min., 5: 10 min., 6: 20 min., 7: 30 min., 8: 60 min. Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Sample, 1: Average, 2: Maximum, 3: Minimum, 4: Maximum/minimum Error code: 01H, 02H, 03H, 09H, 11H, 12H 0: Automatic (same as at present) 1: 10 min., 2: 15 min., 3: 20 min., 4: 30 min., 5: 60 min., 6: 2 hours, 7: 3 hours, 8: 4 hours, 9: 6 hours, 10: 8 hours, 11: 12 hours, 12: 24 hours, 13: 1 week, 14: 1 month Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 85 -

Applied function

ng file directory

Storing file directory

Reference

number

47233

47234

47235

47236

47237

47238

47241

47301 ~

47400

47401 ~

47500

47501 ~

47600

47601 ~

47700

code

03 06 16

R/W

R W W

R W W Record ON/OFF

R W W

Content Detail

Stori

5, 6

7, 8

9, 10

11, 12

13, 14

15, 16

File 2 setting Same as File 1 parameter (47201 ~ 47300)

File 3 setting Same as File 1 parameter (47201 ~ 47300)

File 4 setting Same as File 1 parameter (47201 ~ 47300)

File 5 setting Same as File 1 parameter (47201 ~ 47300)

ASCII 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

0: Record OFF, 1: Record ON Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 86 -

Applied function

8) Marker text Reference

number

48001

48002

48003

48004

48005

48006

48007

48008

48009

48010

48011

48012

48013

48014

48015

code

03 06 16

R/W

R W W

R W W Marker text 1 9, 10

R W W Marker text 1 11, 12

R W W Marker text 1 13, 14

R W W Marker text 1 15, 16

R W W Marker text 1 17, 18

R W W Marker text 1 19, 20

R W W Marker text 1 21, 22

R W W Marker text 1 23, 24

R W W Marker text 1 25, 26

Content Detail

Marker text/

Designation of group

number for writing

Marker text/

Designation of

writing text number

Marker text 1 1, 2

Marker text 1 3, 4

Marker text 1 5, 6

Marker text 1 7, 8

0 ~ 5, 00H: Group designation in displaying Error code: 01H, 02H, 03H, 09H, 11H, 12H

0 ~10, 00H: Designation of text performed last time Error code: 01H, 02H, 03H, 09H, 11H, 12H

ASCII, Shift JIS 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 87 -

Applied function

Reference

number

48016

48017

48018 ~

48032

48033 ~

48047

48048 ~

48062

48063 ~

48077

48078 ~

48092

48093 ~

48107

48108 ~

48122

48123 ~

48137

48138 ~

48152

48153 ~

48167

48168 ~

48182

48183 ~

48197

48198 ~

48212

code

03 06 16

R/W

R W W Marker text 1 27, 28

R W W Marker text 1 29, 30

R W W

Content Detail

Marker text 2 Same as Marker text 1 (48003 ~ 48017)

Marker text 3 Same as Marker text 1 (48003 ~ 48017)

Marker text 4 Same as Marker text 1 (48003 ~ 48017)

Marker text 5 Same as Marker text 1 (48003 ~ 48017)

Marker text 6 Same as Marker text 1 (48003 ~ 48017)

Marker text 7 Same as Marker text 1 (48003 ~ 48017)

Marker text 8 Same as Marker text 1 (48003 ~ 48017)

Marker text 9 Same as Marker text 1 (48003 ~ 48017)

Marker text 10 Same as Marker text 1 (48003 ~ 48017)

Marker text 11 Same as Marker text 1 (48003 ~ 48017)

Marker text 12 Same as Marker text 1 (48003 ~ 48017)

Marker text 13 Same as Marker text 1 (48003 ~ 48017)

Marker text 14 Same as Marker text 1 (48003 ~ 48017)

ASCII, Shift JIS 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

- 88 -

Applied function

Reference

number

48213 ~

48227

48228 ~

48242

48243 ~

48257

48258 ~

48272

48273 ~

48287

48288 ~

48302

48303 ~

48317

48318 ~

48332

48333 ~

48347

48348 ~

48362

48363 ~

48377

48378 ~

48392

48393 ~

48407

48408 ~

48422

48423 ~

48437

code

03 06 16

R/W

R W W

Content Detail

Marker text 15 Same as Marker text 1 (48003 ~ 48017)

Marker text 16 Same as Marker text 1 (48003 ~ 48017)

Marker text 17 Same as Marker text 1 (48003 ~ 48017)

Marker text 18 Same as Marker text 1 (48003 ~ 48017)

Marker text 19 Same as Marker text 1 (48003 ~ 48017)

Marker text 20 Same as Marker text 1 (48003 ~ 48017)

Marker text 21 Same as Marker text 1 (48003 ~ 48017)

Marker text 22 Same as Marker text 1 (48003 ~ 48017)

Marker text 23 Same as Marker text 1 (48003 ~ 48017)

Marker text 24 Same as Marker text 1 (48003 ~ 48017)

Marker text 25 Same as Marker text 1 (48003 ~ 48017)

Marker text 26 Same as Marker text 1 (48003 ~ 48017)

Marker text 27 Same as Marker text 1 (48003 ~ 48017)

Marker text 28 Same as Marker text 1 (48003 ~ 48017)

Marker text 29 Same as Marker text 1 (48003 ~ 48017)

- 89 -

Applied function

Reference

number

48438 ~

48452

48453 ~

48467

48468 ~

48482

48483 ~

48497

48498 ~

48512

48513 ~

48527

48528 ~

48542

48543 ~

48557

48558 ~

48572

48573 ~

48587

48588 ~

48602

48603 ~

48617

48618 ~

48632

48633 ~

48647

48648 ~

48662

code

03 06 16

R/W

R W W

Content Detail

Marker text 30 Same as Marker text 1 (48003 ~ 48017)

Marker text 31 Same as Marker text 1 (48003 ~ 48017)

Marker text 32 Same as Marker text 1 (48003 ~ 48017)

Marker text 33 Same as Marker text 1 (48003 ~ 48017)

Marker text 34 Same as Marker text 1 (48003 ~ 48017)

Marker text 35 Same as Marker text 1 (48003 ~ 48017)

Marker text 36 Same as Marker text 1 (48003 ~ 48017)

Marker text 37 Same as Marker text 1 (48003 ~ 48017)

Marker text 38 Same as Marker text 1 (48003 ~ 48017)

Marker text 39 Same as Marker text 1 (48003 ~ 48017)

Marker text 40 Same as Marker text 1 (48003 ~ 48017)

Marker text 41 Same as Marker text 1 (48003 ~ 48017)

Marker text 42 Same as Marker text 1 (48003 ~ 48017)

Marker text 43 Same as Marker text 1 (48003 ~ 48017)

Marker text 44 Same as Marker text 1 (48003 ~ 48017)

- 90 -

Applied function

Reference

number

48663 ~

48677

48678 ~

48692

48693 ~

48707

48708 ~

48722

48723 ~

48737

48738 ~

48752

code

03 06 16

R/W

R W W

Content Detail

Marker text 45 Same as Marker text 1 (48003 ~ 48017)

Marker text 46 Same as Marker text 1 (48003 ~ 48017)

Marker text 47 Same as Marker text 1 (48003 ~ 48017)

Marker text 48 Same as Marker text 1 (48003 ~ 48017)

Marker text 49 Same as Marker text 1 (48003 ~ 48017)

Marker text 50 Same as Marker text 1 (48003 ~ 48017)

- 91 -

W

9) Low order communication setting (PLC relation)

ﾘﾌｧﾚﾝｽ番号

48951

48952

48953

48954

48955

48956

48957

適用

ﾌｧﾝｸｼｮﾝｺｰﾄﾞ

03 06 16

R/W 内容詳細

R

W

R

W

R

W

R

W

R

W

R W W

R W

PLC node

number 1

PLC node

number 2

PLC node

number 3

PLC node

number 4

PLC node

number 5

Top address 1 of

PLC

1,2

Top address 1 of

PLC

3,4

Node number of connection PLC: 0 to 31 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Top address of connection PLC ASCII code 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

48958

48959

48960 to

48963

48964 to

48967

48968 to

48971

48972 to

48975

03 06 16

R

Top address 1 of

W

R

Top address 1 of

W

R

Top address 2 of

W W

R

Top address 3 of

W

R

Top address 4 of

W

R

Top address 5 of

W W

PLC

5,6

PLC

7,8

PLC

Top address of connection PLC ASCII code 2 digits Error code: 01H, 02H, 03H, 09H, 11H, 12H

Same as top address 1 of PLC ( 48956 to 48959 )

-92-

W

ﾘﾌｧﾚﾝｽ番号

48976

48977

48978

48979

48980

適用

ﾌｧﾝｸｼｮﾝｺｰﾄﾞ

03 06 16

R/W 内容詳細

Low order communication (read) : read count

For MELSEC 1 to 60

R

PLC read / write W W

R

PLC read / write W

R

PLC read / write W

R

PLC read / write W

R

PLC read / write W W

count

1

count

2

count

3

count

4

count

5

For SYSMAC 1 to 30

Low order communication (write) : write count For MELSEC 1 to 64 For SYSMAC 1 to 29 Error code: 01H, 02H, 03H, 09H, 11H, 12H

Same as PLC read / write count 1 ( 48976 )

03

48981

48982

48983

48984

48985

06 16

03 06 16

R

PLC writing KR W W

R

PLC writing KR W

R

PLC writing KR W

R

PLC writing KR W

R

PLC writing KR W

Top CH

1

Top CH

2

Top CH

3

Top CH

4

Top CH

5

Low order communication use ( write ) 1 to 128 Error code: 01H, 02H, 03H, 09H, 11H, 12H

-93-

10) Web server setting

Reference

Number

49001

49002

49003

49004

49005

49006

49007

49008

49009

49010

49011

49012

49013

49014

49015

49016

49017 to

49032

Applied

function code

03 06 16

R/W

R W W

Content Detail

Web server

Administrator user

User name 1,2

Web server

Administrator user

User name 3,4

Web server

Administrator user

User name 5,6

Web server

Administrator user

User name 7,8

Web server

Administrator user

User name 9,10

Web server

Administrator user

User name 11,12

Web server

Administrator user

User name 13,14

Web server

Administrator user

User name 15,16

Web server

Administrator user

User name 17,18

Web server

Administrator user

User name 19,20

Web server

Administrator user

User name 21,22

Web server

Administrator user

User name 23,24

Web server

Administrator user

User name 25,26

Web server

Administrator user

User name 27,28

Web server

Administrator user

User name 29,30

Web server

Administrator user

User name 31,32

Web server

Administrator user

Password 1 to 32

ASCII, Shift JIS 2 digit Error code: 01H, 02H, 03H, 09H, 11H, 12H

Same as administrator user name ( 49001 to 49016 )

-94-

Reference

Number

49033 to

49048

49049 to

49064

Applied

function code

03 06 16

R/W

R W W

Content Detail

Web server

General user

User name 1 to 32

Web server

General user

Password 1 to 32

Same as administrator user name ( 49001 to 49016 )

-95-

01 -

13.80

－

13.80

mV 2

02 -

27.60

－

27.60

mV 2

03 -

69.00

－

69.00

mV 2

04 -

200.0

－

200.0

mV 1

05 -

500.0

－

500.0

mV 1 06 -2.000

－

2.000

V 3

07 -

5.000

－

5.000

V 3

08 -

10.00

－

10.00

V 2 09 -20.00

－

20.00

V 2 10 -50.00

－

50.00

V 2

21 －－ 30

0.0 C 1

22

－－

600.0

C 1

23 -

200

－

1370 C 0

24 -

200.0

－

200.0

C 1

25 -

200.0

－

350.0

C 1

26 -

200 － 900 C 0

27 -

200.0

－

250.0

C 1

28 -

200.0

－

500.0

C 1

29 -

200 － 1200 C 0

30 -

200.0

－

250.0

C 1 31 -

200.0

－

400.0

C 1

32 0

－

1200 C 0

33 0 － 1760 C 0

34 0

－

1300 C 0

35 0 － 1760 C 0

B 36 0 － 1820 C 0

37 -

200.0

－

400.0

C 1

38 -

200.0

－

750.0

C 1 39 -

200

－

1300 C 0 W-

WRe26

40 0 －

2315 C 0

WRe5

-

WRe26

41 0 －

2315 C 0

PtRh40

-

PtRh20

43 0 －

1888 C 0

44 -

50.0 － 290.0

C 1

45 -

50.0

－

600.0

C 1

46 -50 －

1310 C 0 CR-

AuFe

47

0.0 － 280.0

K 1

48 0.0

－

350.0

C 1

49 0.0 － 650.0

C 1

50 0

－

1395 C 0 U 51 -

200.0

－

250.0

C 1 52 -

200.0

－

500.0

C 1

53 -200.0

－

600.0

C 1

54 -

200.0

－

250.0

C 1 55 -

200.0

－

500.0

C 1

56 -

200 － 900 C 0

70 -

140.0

－

150.0

C 1

71 -

200.0

－

300.0

C 1

72 -

200.0

－

850.0

C 1

76 -

140.0

－

150.0

C 1

77 -

200.0

－

300.0

C 1

78 -

200.0

－

649.0

C 1 Pt50 79 -

200.0

－

649.0

C 1

Pt-Co 80 4.0

－

374.0

K 1

DI 90 0 (OFF) / 1 (ON)

0

Pulse

(+) 91 0

－

30000

0

Pulse

(-) 92 0 －

30000

0

5.8 Range number table

Range

Input type

number

DC voltage

K

E

J

T

Measurement range

Decimal

place

Thermocouple

R

S

N

NiMo-Ni

Platinel II

L

Pt100

RTD

JPt100

-96-