12 PLC Protocol OLD

Last modified by Mora Zhou on 2023/12/04 10:45

Introduction

This chapter contains information on configuring the communication between device and HMI.

General Procedure

During configuring communication in PIStudio. The following components and conditions is indeed at least.

One PI HMI
One connected controller (for example PLC)
One Cable Wiring

User need to select controller protocol and set communication parameters in HMI project. Please note to set same communication parameter between controller and HMI project. After finishing project, user could download HMI project into HMI and connect HMI with controller by Cable Wiring. Thena simple automation system would be established.

Communication Settings

For example, controller is WECON LX3V series PLC and HMI is PI8070. Please set communication protocol, and set communication parameters in the [Communication].

Timeout

The follwoing are description for the timeout settings from [Communication].

Wait Timeout(ms): The time HMI waits for a response from the PLC.
Receive Timeout(ms): The longest waiting interval between the HMI receiving two characters.
Retry Count: The number of retries when there is no response in the communication between HMI and PLC.
Retry Timeout(s): The PLC will not be accessed during the Retry Timeout period when there is no response in the communication between HMI and PLC.
Delay Time(ms): The speed at which the HMI communicates with the device.
Continuous Length: Default value 0 means the maximum length specified by each protocol. Addresses dealt by Maximum Span settings, its read length for single time, if the Continouous Length is 1, which means it will read/write the every register one by one. If the length of Maximum Span is greater than or equal to the Continuous Length, the continuous read/write will be performed in groups according to Continuous Length.
Maximum Span: Set the interval for reading PLC addresses. If there exists two same register type addresses, their interval is less than the set value of Maximum Span, then they will be integrated into a continuous address, otherwise it will be divide into two independent addresses.

Operating Procedure

After creating the [Quick_Start] project,select the [Project]->[Communication].

Click “Setting” to open protocol setting windows.

12.PLC Protocol_html_7b55815442c5544a.png

Select communication protocol, users could select serial port, Ethernet port, CAN port or USB.

Serial port:

Ethernet port:

CAN port (In COM1):

USB port:

12.PLC Protocol_html_a3105a98b48fb9b7.png

About parameters for communication, PLC default communication parameters have been written to PIStudio, the user can adjust them according to the actual situation.

Serial port:

Ethernet port

Please note, during using Ethernet port, please set HMI IP in [Project Setting], the detailed, please refer to [Project Setting] chapter.

Click [OK] button to save settings and close the dialog;

Limitation for Ethernet communication protocol

The table below shows the maximum number of communications configured for the general protocol,Free Tag Protocol and CodeSys V3 Protocol on each series model.
(Only HMI V2.0 System supports Free Tag Protocol and CodeSys V3 Protocol)

HMI Series	General Protocol	FreeTags Protocol	CodeSys V3 Protocol
General 3000 Series	16	N/A	N/A
General 8000 Series	24	4	N/A
General 9000 Series	32	N/A	N/A
PI3000i Series	16	N/A	N/A
PI3000ie Series (PI3043ieS-N)	16	2	N/A
PI3000ie Series (other model)	N/A	N/A	N/A
PI3000ig Series (PI3070ig-O & PI3102ig-O)	16	N/A	N/A
PI3000ig Series (other model)	16	4	2
PI8000ig Series	32	6	2

WECON

LX3 Series

Supported series: WECON LX2V/ LX2E/ LX3V/LX3VP/LX3VE/LX3VM

HMI Settings

Item	Settings	Note
Protocol	WECON LX2V/ LX2E/ LX3V/LX3VP/LX3VE/LX3VM
Connection	RS422/RS485
Baud rate	9600
Data bit	7
Parity	EVEN
Stop bit	1
PLC station No.	1

Address List

Type	Device registers	HMI registers	Format	Range
Bit	X	X	Xo	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	T	T	T d	0~99999
	C	C	C d	0~99999
	S	S	S d	0~99999
Word	X	X	Xo	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	T	T	T d	0~99999
	C	C	C d	0~199
	D	D	D d	0~7999
	S	S	S d	0~99999
	SD	SD	SD d	8000~9999

Cable Wiring

RS485

RS422

✎Note:

HMI COM3 is available in PI8000 series and COM3 is in COM2(hardware PIN 7 and PIN 8) .
If PLC <= 20 points,such as LX3V-1208/LX3V-0806 PLC,PLC RS485A and RS485B mean PLC COM2 RS485+ and RS485- .PLC COM2 can support modbus. Please refer to PLC COM2 setting manual.

https://drive.google.com/drive/folders/13rgso7oUlatZQN_SNEcJCcN4toEdDPoP?usp=sharing

HMI settings

Download PIStudio Software

Please visit the link below to get the latest version PIstudio for HMI programming:

Download link

Create a new HMI project connect with PLC

Check the link below for the video to show you how to get started with a new project

Video

For more videos, please visit our Youtube channel: http://www.youtube.com/user/Wecon2004/videos

General

HMI could communicate with PLC and support many PLC protocols. It is easy to operate and set communication parameters. This demo shows how to make a communication with PLC device, use WECON LX3V Series PLC as an example.

Protocol settings

The communication between two devices requires a protocol. The following contents show the steps of protocol settings.

Please select the protocol, when creating a new project.

Select the COM port for communication;
PLC type: It means PLC brand, like WECON;
PLC model: It shows the model of PLC, such as LX3V;

If you want to change the protocol for existing project, please click [Project] → [Communication] to open the [Communication] windows, shown as the following figure.

The steps to change the protocol for project are as follows.

Click [Setting] to open the [Communication device] window;
Select communication port, such as COM1;
Select Serial port for communication, such as RS422;
Select device type (device brand), such as WECON;
Select the protocol for communication, such as WECON LX3V;

Parameter settings

The parameters settings are in [Communication] window, shown as following below.

Click [Setting] to open the [COM port setting] window;
Set the parameters such as [connection], [Baud rate] and so on;

Click [Setting] to open [Timeout] setting window, you could set the parameters according your requirements, or just use the default value.

Set PLC address in HMI screen

Place the objects to HMI screen;
Double-click the object to open the setting window;
Click “Edit” to open the address setting windows;
Connection: select the serial port in HMI;
Address type: All the PLC address types will be display in this list, such as M;
Address No.: Please input the number of this address, such as 0;

HMI Compilation Download

Communication cable

In order to ensure the stability of communication, please use the twisted-pair communication cable with good grounding. The following figure shows the pin out definition.

HMI communication PLC use Modbus

HMI setting: https://docs.we-con.com.cn/bin/view/PIStudio/12.PLC%20protocols/
PLC setting: https://docs.we-con.com.cn/bin/view/PLC%20Editor/8.1.%09Communication/

PLC settings

Download PLC Software

Please visit below link to get the latest version PLC Editor for HMI programming

LX3V:Download link
LX5V:Download link

Start a new PLC project

Start a new PLC project by clicking “New” on the left top corner of screen, select the PLC mode from the drop-down list.

Add a new instruction

Double click on the ladder, select the ladder symbol (instruction) from the drop-down list, then enter the address for this symbol.

You could also select the ladder symbol from the menu bar directly.

Add comment to PLC program

Add the statement to PLC program

Add the statement by single click on “Statement”, when finished, single click on “Statement” again to go back to Ladder edit.

Compile

You need to compile the PLC program before downloading or running Off-line simulator. The background color will be changed from purple to white when there is no error.

Download setting

Click on “Transfer Setup” to select download mode.

Download PLC program to PLC

Quick select the parameters and main program of PLC program, then download to PLC, “Yes”-”Yes”-”OK”

Upload PLC program from PLC

Read the PLC program from PLC to computer.

Device monitor

Monitor the value of certain address in PLC, double click “Current value” to change the value in this address.

Online monitor

Monitor the each address in PLC by online monitor. Changing the state or value in PLC is also allowd.

Monitor edit

In this mode, you could edit the PLC program during PLC is running.

LX5V Series

This example introduces the establishment of serial port communication between Wecon HMI and LX5V, including three parts: PLC software configuration, HMI software configuration, and hardware wiring.

Software configuration of PLC

PLC programming software

New PLC project

Click "New Project" and select the PLC model.

Set Serial port parameters

Follow the steps below to configure Serial port parameters.

Baud rate：115200
Data bit：8
Stop bit：1
Parity：No verification

Registers list

HMI software configuration

HMI programming software

New HMI project

Click New Project and select the HMI model.

Set communication port parameters

Click the communication configuration button on the left to find the communication protocol with LX5V. After selecting the protocol, configure the communication parameters of the COM port.

Baud rate：115200
Data bit：8
Stop bit：1
Parity：No verification

hardware connection

Hardware wiring diagram

This example introduces WeconHMI with LX5V PLC to establish communication through serial port. The connection diagram is as follows:

The above are all the steps for establishing serial port communication between Wecon HMI with LX5V PLC.

LX5V-N Ethernet

This example introduces the establishment of Ethernet communication between Wecon HMI and LX5V, including three parts: PLC software configuration, HMI software configuration, and hardware wiring.

Software configuration of PLC

PLC programming software

New PLC project

Click New Project and select the PLC model.

Set Ethernet port parameters

Follow the steps below to configure Ethernet parameters

PLC IP address：192.168.39.200
default gateway：192.168.39.1
subnet mask：255.255.255.0

Registers list

HMI software configuration

HMI programming software

New HMI project

Click New Project and select the HMI model.

Set communication port parameters

Click the project setting button on the left to configure the IP address of the HMI machine to ensure that the HMI and PLC IP remain in a local area network.

HMI IP address：192.168.39.201
Default gateway：192.168.39.1
Subnet mask：255.255.255.0

Next, click Communication Settings to configure the IP of the HMI communication object.

Hardware connection

This example introduces WeconHMI with LX5V-N PLC to establish communication through ethernet. The connection diagram is as follows:

The above are all the steps for establishing ethernet communication between Wecon HMI with LX5V PLC.

ABB

AC500

Support Series: ABB AC500

HMI Settings

Item	Recommended	Note
Protocol	ABB AC500
Connection	RS232
Baud rate	19200
Stop bits	1
Data bits	8
Parity	EVEN
PLC Station No.	1
HMI Station No.	0

Address List

Type	Device registers	Format	Range
Bit	MX	MXdddd.oo	0.0~8191.7
Word	MW0	MW0ddddd	0~32767
Word	MW1	MW1ddddd	0~32767

Cable Wiring

ABB AC500.gif

Abzil

Abzil CPL Protocol

Supported series: SDC series

HMI Settings

Item	Settings	Note
Protocol	Abzil CPL
Connection	RS485
Baud rate	9600
Data bit	8
Parity	EVEN
Stop bit	1
PLC station No.	0

Address List

Type	Device registers	Format	Range	Note
Bit	00	00DDDD.h	0~9999.f
	01	01DDDD.h	0~9999.f
	02	02DDDD.h	0~9999.f
	03	03DDDD.h	0~9999.f
	04	04DDDD.h	0~9999.f
	05	05DDDD.h	0~9999.f
	06	06DDDD.h	0~9999.f
	07	07DDDD.h	0~9999.f
	08	08DDDD.h	0~9999.f
Word	00	00DDDD	0~9999
	01	01DDDD	0~9999
	02	02DDDD	0~9999
	03	03DDDD	0~9999
	04	04DDDD	0~9999
	05	05DDDD	0~9999
	06	06DDDD	0~9999
	07	07DDDD	0~9999
	08	08DDDD	0~9999

Cable Wiring

Azbil CPL485.gif

Crouzet

M3 (FBD)

Support Series: Crouzet Millenium 3 CD12/CB12

HMI Settings

Item	Recommended	Note
Protocol	CROUZET M3 (FBD)
Connection	RS232
Baud rate	115200
Stop bits	1
Data bits	7
Parity	EVEN
PLC Station No.	1
HMI Station No.	0

Address List

Type	Device registers	Format	Range	Note
Bit	I	I DD	1~99	Input
	SLIBit	SLIBit DD.dd	1.0~24.15	Serial Link Input
	SLOBit	SLOBit DD.dd	25.0~48.15	Serial Link Output(Read only)
	State	State D	1~1	PLC state(Read only)
Word	AI	AI DD	1~99	Analog Input
	SLIn	SLIn DD	1~24	Serial Link Input
	SLOut	SLOut DD	25~48	Serial Link Output(Read only)
	Time	Time D	1~6	Time1: Second Time2: Minute Time3: Hour Time4: Day Time5: Month Time6: Year
	Order	Order D	1~1	Running command(Write only) =2: Run mode; =1: Stop mode;

Cable Wiring

✎Note: As the communication driver remark mentioned, this protocol requires the DB9 serial port pin 4. But pin 4 is not define, not used or not useful(e.g. the pin 4 is the B- terminal of 485_2 of ig series) for PI HMIs, so it need the user to solder a Pull-up resistor to make the pin 4 working. As for how to solder the resistor on the motherboard, please contact with Wecon technical support for the details.

Danfoss

FC Series

Support Series: VLT FC300 Drive

HMI Settings

Item	Recommended
Protocol	Danfoss FC Series
Connection	RS485
Baud rate	9600
Stop bits	1
Data bits	8
Parity	EVEN
PLC Station No.	1
HMI Station No.	0

Address List

Type	Device registers	Format	Range
Word	P	P dddd	0~4095
	E	E dddd	0~4095
	S	S d	0~1
	C	C d	0~1

Cable Wiring

Delta

DVP Series

Supported Series: Delta DVP EH/ES/SS/EX/EH2/SV/SA/SC/SX Controller

HMI Settings

Item	Settings	Note
Protocol	DELTA DVP Series
Connection	RS485
Baud rate	9600
Data bit	7
Parity	Even
Stop bit	1
PLC station No.	1~255	Need to be the same as PLC settings

Address List

Type	Device registers	HMI registers	Format	Range
Bit	X	X	X d	0~303237
Bit	Y	Y	Y d	0~303237
Bit	M	M	M d	0~99999
Bit	T	T	T d	0~99999
Bit	C	C	T d	0~99999
Bit	S	S	T d	0~99999
Word	D	D	D d	0~99999
Word	T	T	T d	0~99999
Word	C	C	C d	0~99999

Configure the communication protocol

Cable Wiring

DVP Modbus TCP

Supported Series: Delta DVP ES2/EX2/SS2/SA2/SX2/SE Controller

HMI Settings

Items	Settings	Note
Protocol	DELTA DVP Modbus TCP
Connection	Ethernet
Port No.	201	Must be the same as the PLC setting
PLC station No.	0	Must be the same as the PLC setting

Address List

Type	Device registers	HMI registers	Format	Range
Bit	X	X	X o	0~377
Bit	Y	Y	Y o	0~377
Bit	M0	M0	M0 d	0~1535
Bit	M1	M1	M1 d	1536~4095
Bit	T	T	T d	0~255
Bit	C	C	C d	0~255
Bit	S	S	S d	0~1023
Word	D0	D0	D0 d	0~4095
Word	D1	D1	D1 d	4096~11999
Word	T	T	T d	0~255
Word	C	C	C d	0~199

Configure the communication protocol

Cable Wiring

12.PLC Protocol_html_2297240b57346b2a.png

AS300 MODBUS RTU

Supported Series: Delta AS200/AS300

HMI Settings

Item	Settings	Note
Protocol	DELTA AS300 MODBUS RTU
Connection	RS485
Baud rate	9600
Data bit	8
Parity	NONE
Stop bit	1
PLC station No.	1

Address List

Type	Device registers	HMI registers	Format	Range	Note
Bit	X	X	Xdd.dd	0~63.15	Read only
Bit	Y	Y	Ydd.dd	0~63.15
Bit	D	D	Dddddd	0~29999
Bit	M	M	Mdddd	0~8191
Bit	SM	SM	SMdddd	0~4095
Bit	S	S	Sdddd	0~2047
Bit	T	T	Tddd	0~511
Bit	C	C	Cddd	0~511
Bit	HC	HC	HCddd	0~255	Double Word
Word	X	X	Xdd	0~63
Word	Y	Y	Ydd	0~63
Word	SR	SR	SRdddd	0~2047	Special register
Word	D	D	Dddddd	0~29999
Word	T	T	Tddd	0~511
Word	C	C	Cddd	0~511
Word	E	E	Ed	0~9

Configure the communication protocol

Create project

Open the tool COMMGR, to communicate with PLC, if know the IP, we can directly click Add to input PLC IP. Or search the PLC IP from LAN.

Double click the HWCONFIG to open the communication settings window.

Expand the Project Tree, open the hardware configuration, double click the PLC icon.

Click COM1 Port Setting, the default Modbus mode is ASCII, need to change to RTU.

Click Ethernet Port Basic Setting, set the PLC IP and Gateway. Make sure the IP and Gateway is same segment. Then download into PLC.

Cable Wiring

Pin Definition Diagram

AS300 MODBUS TCP

HMI Settings

Items	Settings	Note
Protocol	DELTA AS300 MODBUS TCP
Connection	Ethernet
Port No.	502
Device No.	1
HMI No.	0

Address List

Type	Device registers	HMI registers	Format	Range
Bit	X	X	X d	0~63
Bit	Y	Y	Y d	0~63
Bit	D	D	D d	0~29999
Bit	M	M	M d	0~8191
Bit	SM	SM	SM d	0~4095
Bit	S	S	S h	0~2047
Bit	T	T	T d	0~511
Bit	C	C	C d	0~511
Bit	HC	HC	HC d	0~255
Word	X	X	X h	0~63
Word	Y	Y	Y d	0~63
Word	SR	SR	SR d	0~2047
Word	D	D	D d	0~29999
Word	T	T	T d	0~511
Word	C	C	C h	0~511
Word	E	E	E d	0~9

Configure the communication protocol

Cable Wiring

12.PLC Protocol_html_2297240b57346b2a.png

EMERSON

RTU Slave Protocol

Supported series: EC10 series

HMI Settings

Item	Settings	Note
Protocol	Emerson 984 RTU Slave MODBUS
Connection	RS485
Baud rate	19200
Data bit	8
Parity	EVEN
Stop bit	1
PLC station No.	1

PLC Settings

Remember to use the Control Star to enable the Modbus RTU communication for port 1 in system block before dowload into PLC.

Address List

Type	Device registers	Format	Range	Note
Bit	Y	YOOO	0~377
	X	XOOO	0~377
	M0	M0DDDD	0~2047
	M1	M1DDDDD	2048~10239
	SM0	SM0DDD	0~255
	SM1	SM1DDD	256~511
	S0	S0DDDD	0~1023
	S1	S1DDDD	1024~4095
	T0	T0DDD	0~255
	T1	T1DDD	256~511
	C0	C0DDD	0~255
	C1	C1DDD	256~306
Word	D	DDDDD	0~7999
	Z	ZDD	0~15
	TW0	TW0DDD	0~255
	TW1	TW1DDD	256~511
	SD0	SD0DDD	0~255
	SD1	SD1DDD	256~511
	CW	CWDDD	0~306
Double Word	CW0	CW0DDD	200~255
Double Word	CW1	CW1DDDDD	256~99999

Cable Wiring

HollySys

LK MODBUS RTU

Supported Series: HollySys LK series CPU

HMI Settings

Item	Recommended	Note
Protocol	HollySys LK MODBUS RTU
Connection	RS485
Baud rate	38400
Stop bits	1
Data bits	8
Parity	NONE
PLC Station No.	1
HMI Station No.	0

Address List

Type	Device registers	Format	Range
Bit	QX	QXDDDDD.dd	0~65535.15
Bit	IX	IXDDDDD.dd	0~65535.15
Bit	MX	MXDDDDD.dd	0~65535.15
Word	QW	QWDDDDD	0~99999
Word	IW	IWDDDDD	0~99999
Word	MW	MWDDDDD	0~99999
Word	MD	MDDDDDD	0~99999

Cable Wiring

LM MODBUS RTU

Supported Series: HollySys LM3109/LM3107 PLC

HMI Settings

Item	Recommended	Optional
Protocol	HollySys LM MODBUS RTU	HollySys LM MODBUS RTU
Connection	RS232	RS485
Baud rate	38400	38400
Stop bits	1	1
Data bits	8	8
Parity	NONE	NONE
PLC Station No.	51	51
HMI Station No.	0	0

Address List

Type	Device registers	Format	Range
Bit	QX	QXDDDDD.oo	0~65535.7
Bit	IX	IXDDDDD.oo	0~65535.7
Bit	MX	MXDDDDD.oo	0~65535.7
Word	QW	QWDDDDD	0~99999
Word	IW	IWDDDDD	0~99999
Word	MW	MWDDDDD	0~99999
Word	MD	MDDDDDD	0~99999

Cable Wiring

RS232

HollySys LM Modbus RTU.gif

RS485

Hollysys LM Modbus RTU.gif

Inovance

H1U/H2U Serial

HMI Settings

Item	Recommended	Note
Protocol	INOVANCE H1U PLC/INOVANCE H2U PLC
Connection	RS422
Baud rate	9600
Stop bits	1
Data bits	7
Parity	EVEN
PLC Station No.	1
HMI Station No.	0

Address List

Type	Device registers	Format	Range	Note
Bit	X	XOOOOOO	0~303237	Input Bit
Bit	Y	YOOOOOO	0~303237	Output Bit
Bit	M	MDDDDD	0~99999	Auxiliary
Bit	T	TDDDDD	0~99999	Timer
Bit	C	CDDDDD	0~99999	Counter
Bit	SM	SMDDDD	8000~9999	Special Auxiliary
Bit	S	SDDDDD	0~99999
Bit	Lamp	Lamp0	0~0	Communication Indicator
Word	X	X OOOOOO	0~303237	Input Word
Word	Y	Y OOOOOO	0~303237	Output Word
Word	M	M DDDDD	0~99999	Auxiliary
Word	T	T DDDDD	0~99999	Timer
Word	C	C DDD	0~199	Counter
Word	D	D DDDD	0~7999	Data Register
Word	S	S DDDDD	0~99999
Word	SD	SD DDDD	8000~9999	Special Data Register
Double Word	CH	CH DDD	200~255

Cable Wiring

H3U Serial

HMI Settings

Item	Settings	Note
Protocol	INOVANCE H3U PLC
Connection	RS422
Baud rate	9600
Data bit	7
Parity	EVEN
Stop bit	1
PLC station No.	0

Address List

Type	Device registers	Format	Range
Bit	X	X OOOOOO	0~303237
Bit	Y	Y OOOOOO	0~303237
Bit	M	M DDDDD	0~99999
Bit	T	T DDDDD	0~99999
Bit	C	C DDDDD	0~99999
Bit	SM	SM DDDD	8000~9999
Bit	S	S DDDDD	0~99999
Bit	Lamp	Lamp0	0~0
Word	X	X OOOOOO	0~303237
Word	Y	Y OOOOOO	0~303237
Word	M	M DDDDD	0~99999
Word	T	T DDDDD	0~99999
Word	C	C DDD	0~199
Word	D	D DDDD	0~7999
Word	S	S DDDDD	0~99999
Word	SD	SD DDDD	8000~9999
Word	R	R DDDDD	0~32767
Double Word	CH	CH DDD	200~255

Configure the communication protocol

Cable Wiring

H3U Ethernet

HMI Settings

Item	Settings	Note
Protocol	INOVANCE H3U PLC Ethernet
Connection	Ethernet
Port No.	502
Device No.	1
HMI No.	0

Address List

Type	Device registers	Format	Range
Bit	M	M DDDD	0~8511
Bit	SM	SM DDDD	0~1023
Bit	S	S DDDD	0~4095
Bit	T	T DDD	0~511
Bit	C	C DDD	0~255
Bit	X	X OOO	0~571
Bit	Y	Y OOO	0~571
Word	D	D DDDD	0~8511
Word	SD	SD DDDD	0~1023
Word	R	R DDDDD	0~32767
Word	T	T DDD	0~255
Word	C	C DDD	0~199
Double Word	C	C DDD	200~255

Cable Wiring

LS

XGB Serial

HMI Settings

Item	Settings	Note
Protocol	LS XGB CPU DRIECT
Connection	RS232
Baud rate	115200
Data bit	8
Parity	NONE
Stop bit	1
PLC station No.	1

Address List

Type	Device registers	HMI registers	Format	Range
Bit	P	P	P DDDD.f	0~2047
Bit	M	M	M DDDD.f	0~2047
Bit	L	L	L DDDDD.f	0~11263
Bit	K	K	K DDDD.f	0~2559
Bit	F	F	F DDDD.f	0~2047
Bit	S	S	S DDDDD	0~12799
Bit	D	D	D DDDDD.f	0~32767
Bit	U	U	U FFFF.f	0~7f31
Bit	T	T	T DDDD.f	0~2047
Bit	C	C	C DDDD.f	0~2047
Word	P	P	P DDDD	0~2047
Word	M	M	M DDDD	0~2047
Word	L	L	L DDDDD	0~11263
Word	K	K	K DDDD	0~2559
Word	F	F	F DDDD	0~2047
Word	C	C	C DDDD	0~2047
Word	T	T	T DDDD	0~2047
Word	D	D	D DDDDD	0~32767
Word	N	N	N DDDDD	0~21503
Word	U	U	U FFFF	0~7f31
Word	Z	Z	Z DDD	0~127
Word	R	R	R DDDDD	0~32767
Word	ZR	ZR	Z DDDDD	0~32767
Word	TS	TS	TS DDDD	0~2047
Word	CS	CS	CS DDDD	0~2047
Word	S	S	S DDDDD	0~12799

Configure the communication protocol

Pin Definition Diagram

XBC Serial

HMI Settings

Item	Settings	Note
Protocol	LS XBC CNet
Connection	RS232
Baud rate	115200
Data bit	8
Parity	NONE
Stop bit	1
PLC station No.	1

Address List

Type	Device registers	HMI registers	Format	Range
Bit	P	P	P d	0~2047
Bit	M	M	M d	0~2047
Bit	L	L	L d	0~11263
Bit	K	K	K d	0~16183
Bit	F	F	F d	0~2047
Bit	D	D	D d	0~32767
Bit	R	R	R d	0~32767
Bit	U	U	U d	0~4095
Word	P	P	P d	0~2047
Word	M	M	M d	0~2047
Word	L	L	L d	0~11263
Word	K	K	K d	0~16183
Word	F	F	F d	0~2047
Word	C	C	C d	0~2047
Word	T	T	T d	0~2047
Word	D	D	D d	0~32767
Word	N	N	N d	0~21503
Word	R	R	R d	0~32767
Word	U	U	U d	0~4095
Word	Z	Z	Z d	0~127
Word	S	S	S d	0~127

Configure the communication protocol

Cable Wiring

Pin Definition Diagram

XGK FEnet(Ethernet)

Supported Series: LS XGT series XGK CPU with XGL-EFMT Ethernet module

HMI Settings

Items	Settings	Note
Protocol	LG XGK FEnet(Ethernet)
Connection	Ethernet
Port No.	2004

Address List

Type	Register	Range	Format	Note
Word	P	0~2047	P d
	M	0~2047	M d
	K	0~2047	K d
	F	0~2047	F d
	T	0~2047	T d
	C	0~2047	C d
	Z	0~127	Z d
	S	0~127	S d
	L	0~11263	L d
	N	0~21503	N d
	D	0~32767	D d
	R	0~32767	R d
	ZR	0~65535	ZR d
	UxDD	0~6331	UxDD nndd	nn: 0~63, dd: 0~31

✎Note:

In addition to the "UxDD" register, the others correspond to the PLC register one by one. UxDD corresponds to U in the PLC;
The [UxDD] register, defined in the PLC is Ux.dd, x represents the block, and dd represents 0-31 of each block. There are 64 blocks in the PLC;
All bit registers are in the form of bits in word, and the range is the same as the word register;

Communication settings in HMI

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

Cable Wiring

Mitsubishi

FX1S, 1N, 2N Series

Supported Series: Mitsubishi FX1S, FX1N, FX2N series

HMI Settings

Item	Settings	Note
Protocol	Mitsubishi FX1S/FX1N/FX2N
Connection	RS422/RS485/RS232
Baud rate	9600~115200
Data bit	7/8
Parity	EVEN/Odd/None
Stop bit	1/2
PLC station No.	1~255

Address List

Type	Device registers	HMI registers	Format	Range	Note
Bit	X	X	Xo	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	T	T	T d	0~99999
	C	C	C d	0~99999
	S	S	S d	0~99999
	SM	SM	SM d	8000~9999
Word	X	X	Xo	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	T	T	T d	0~99999
	C	C	C d	0~199
	D	D	D d	0~7999
	S	S	S d	0~99999
	SD	SD	SD d	8000~9999

Cable Wiring

RS485

RS422

✎Note: COM3 only available in PI8000/PI9000 series.

FX3U/3G/3GA Serial

HMI Settings

Item	Settings	Note
Protocol	Mitsubishi FX3U/3G/3GA
Connection	RS422
Baud rate	9600~115200
Data bit	7/8
Parity	EVEN/Odd/None
Stop bit	1/2
PLC station No.	1~255

Address List

Type	Device registers	HMI registers	Format	Range
Bit	X	X	Xo	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	T	T	T d	0~99999
	C	C	C d	0~99999
	S	S	S d	0~99999
	SM	SM	SM d	8000~9999
Word	X	X	Xo	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	T	T	T d	0~99999
	C	C	C d	0~199
	D	D	D d	0~7999
	S	S	S d	0~99999
	SD	SD	SD d	8000~9999

Configure the communication protocol

Wiring

FX NOPROTOCOL

Mitsubishi FX3G-RS232-BD

HMI Settings

Item	Settings	Note
Protocol	Mitsubishi FX NOPROTOCOL
Connection	RS232
Baud rate	9600
Data bit	7
Parity	EVEN
Stop bit	1
PLC station No.	0

Address List

Type	Device registers	HMI registers	Format	Range
Bit	X	X	X o	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	T	T	T d	0~99999
	C	C	C d	0~99999
	S	S	S d	0~99999
	SM	SM	SM d	8000~9999
	Lamp	Lamp	Lamp d	0~0
Word	X	X	X o	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	T	T	T d	0~99999
	C	C	C d	0~199
	D	D	D d	0~7999
	S	S	S d	0~99999
	SD	SD	SD d	8000~9999

Configure the communication protocol

Wiring

FX3U Ethernet

Mitsubishi FX3U series PLC

HMI Settings

Items	Settings	Note
Protocol	Mitsubishi FX3U Ethernet
Connection	Ethernet
Port No.	5009	Must be the same as the PLC setting
PLC station No.	0

Address List

Type	Device registers	HMI registers	Format	Range	Note
Bit	X	X	X OOO	0~377
	Y	Y	Y OOO	0~377
	M	M	M DDDD	0~7679
	SM	SM	SM DDDD	8000~8511
	S	S	S DDDD	0~4095
	TS	TS	TS DDD	0~511
	CS	CS	CS DDD	0~255
Word	CN	CN	CN DDD	0~199
	TN	TN	TN DDD	0~511
	D	D	D DDDD	0~7999
	SD	SD	SD DDDD	8000~8511
	R	R	R DDDDD	0~32767

Ethernet Module Settings

FX3U-ENET-L module configuration
Set up the FX3U-ENET-L Ethernet module settings as follows.
Select the module location, which in this document is Module 0.

Select "Operational setting" to enter the following screen.

The Ethernet module IP is set to 192.168.39.254 in this document, and other options are default.

Select "Open setting" to enter the setting interface, the settings are as follows.

The third item "Protocol" selects TCP, and "Open system" selects MELSOFT connection, which allows the

Mitsubishi programming software GX works2 to communicate with the FX3U via the Ethernet module.

Click on "transter setup" - "PC side I/F setting", see the following figure.

After setting, the first download must use the programming cable, as shown in the figure; after that, can

use the IP set in the "Ethernet board" to communicate directly with the network cable.

Read and write data from the Ethernet module

Set "Transter setup" to COM communication, and read or write operation as shown below

PLC Settings (GX Works 2)

Create a blank FX5U project

Find Current Connection in the navigation

Select Connection Channel List

Select Ethernet board communication

Select Ethernet Module
Set the IP address of the PLC

Read or write PLC data, in this document is read

HMI Communication Setting

FX5U Serial

Mitsubishi FX5U series PLC

HMI Settings

Item	Settings	Note
Protocol	Mitsubishi FX5U
Connection	RS422/RS485
Baud rate	9600
Data bit	7
Parity	Odd
Stop bit	1
PLC station No.	1~255	Need to be the same as PLC settings

Address List

Type	Device registers	HMI registers	Format	Range	Note
Bit	X	X	X o	0~303237
	Y	Y	Y o	0~303237
	M	M	M d	0~99999
	B	B	B h	0~7FFF
	F	F	F d	0~32767
	SB	SB	SB h	0~7FFF
	TS	TS	TS d	0~1023
	TC	TC	TC d	0~1023
	STS	STS	STS d	0~1023
	STC	STC	STS d	0~1023
	CS	CS	CS d	0~1023
	CC	CC	CC d	0~1023
	SM	SM	SM d	0~9999
	L	L	L d	0~32767
	S	S	S d	0~4095
Word	W	W	W h	0~3FF
	TN	TN	TN d	0~1023
	STN	STN	STN d	0~1023
	CN	CN	CN d	0~1023
	R	R	R d	0~32767
	SW	SW	SW h	0~7FFF
	Z	Z	Z d	0~23
	D	D	D d	0~7999
	SD	SD	SD d	0~11999

PLC Settings (GX Works 3)

Create a blank FX5U project

Find the 485 serial port module in the system navigation bar and double click to enter the settings.

Select protocol in the setting item, and set parameters.

Set station number, and [Message Pattern] (Pattern 1 or Pattern 4)

Click the [Apply] button to finish the setting.

Click download and select the items as below, then click [execute] to download the configuration to PLC.

As soon as download is completed, connect PLC with serial port, then configure it in the [Specify Connection Destination Connection].

Done.

Cable Wiring

RS485

RS422

✎Note: COM3 only available in PI8000/PI9000 series.

L02 CPU Port

Mitsubishi L02 series CPU built-in serial port.

HMI Settings

Item	Settings	Note
Protocol	Mitsubishi L02 CPU Port
Connection	RS422
Baud rate	115200
Data bit	8
Parity	Odd
Stop bit	1
PLC station No.	1~255	Need to be the same as PLC settings

Address List

Type	Device registers	HMI registers	Format	Range
Bit	X	X	X h	0~FFFF
Bit	Y	Y	Y h	0~FFFF
Bit	M	M	M d	0~9999
Bit	L	L	L d	0~9999
Bit	F	F	F d	0~9999
Bit	B	B	B h	0~FFFF
Bit	V	V	V d	0~2047
Bit	TC	TC	TC d	0~9999
Bit	SS	SS	SS d	0~9999
Bit	SC	SC	SC d	0~9999
Bit	CS	CS	CS d	0~9999
Bit	CC	CC	CC d	0~9999
Bit	SB	SB	SB h	0~FFFF
Bit	SM	SM	SM d	0~2047
Bit	STS	STS	STS d	0~1023
Bit	S	S	S d	0~9999
Bit	DX	DX	DX h	0~FFFF
Bit	DY	DY	DY h	0~FFFF
Bit	TS	TS	TS d	0~9999
Bit	Dbit	Dbit	Dbit d.d	0~99999.0~15
Word	W	W	W h	0~FFFF
Word	TN	TN	TN d	0~99999
Word	SN	SN	SN d	0~99999
Word	CN	CN	CN d	0~99999
Word	R	R	R d	0~99999
Word	SW	SW	SW h	0~FFFF
Word	Z	Z	Z d	0~99999
Word	ZR	ZR	ZR h	0~FFFF
Word	D	D	D d	0~99999

Communication Settings

Cable Wiring

Pin Definition Diagram

L02 CPU MELSEC(Ethernet)

Mitsubishi Q series CPU built-in Ethernet port.

HMI Settings

Items	Settings	Note
Protocol	MITSUBISHI L02 CPU MELSEC
Connection	Ethernet
Port No.	1025	Must be the same as the PLC setting
PLC station No.	0	Must be the same as the PLC setting

Address List

Type	Device registers	HMI registers	Format	Range	Note
Bit	X	X	X h	0~FFFF
Bit	Y	Y	Y h	0~FFFF
Bit	M	M	M d	0~9999
Bit	L	L	L d	0~9999
Bit	F	F	F d	0~9999
Bit	B	B	B h	0~FFFF
Bit	V	V	V d	0~2047
Bit	TC	TC	TC d	0~9999
Bit	SS	SS	SS d	0~9999
Bit	SC	SC	SC d	0~9999
Bit	CS	CS	CS d	0~9999
Bit	CC	CC	CC d	0~9999
Bit	SB	SB	SB h	0~FFFF
Bit	SM	SM	SM d	0~2047
Bit	STS	STS	STS d	0~1023
Bit	S	S	S d	0~9999
Bit	DX	DX	DX h	0~FFFF
Bit	DY	DY	DY h	0~FFFF
Bit	TS	TS	TS d	0~9999
Bit	Dbit	Dbit	Dbit d.d	0~99999.0~15
Word	W	W	W h	0~FFFF
Word	TN	TN	TN d	0~99999
Word	SN	SN	SN d	0~99999
Word	CN	CN	CN d	0~99999
Word	R	R	R d	0~99999
Word	SW	SW	SW h	0~FFFF
Word	Z	Z	Z d	0~99999
Word	ZR	ZR	ZR h	0~FFFF
Word	D	D	D d	0~99999

Communication Settings

Enable HMI Ethernet in [Project Settings];

12.PLC Protocol_html_43b671f18153910d.png

Set PLC IP in [Device IP] settings;

PLC Settings (GX Works2 )

Create a project

Set PLC IP, subnet mask and gateway;

Select [Binary Code] as communication data code;

Set PLC port number, for example 1025

Save settings;

Download project into PLC device;

Restart PLC device;

Cable Wiring

QJ71C24N MELSEC

Mitsubishi QJ71C24N communication module built-in serial port;

HMI Settings

Items	Settings	Note
Protocol	MITSUBISHI QJ71 MELSEC
Connection	422
Baud rate	9600
Data bit	8
Parity	ODD
Stop bit	1
PLC station No.	1~255	Need to be the same as PLC settings

Address List

Type	Device registers	HMI registers	Format	Range	Note
Bit	X	X	X FFFF	0~1FFF
	Y	Y	Y FFFF	0~1FFF
	M	M	M DDDDD	0~99999
	L	L	L DDDD	0~8191
	F	F	F DDDD	0~2047
	V	V	V DDDD	0~2047
	B	B	B FFFF	0~1FFF
	TS	TS	TS DDDD	0~2047
	TC	TC	TC DDDD	0~2047
	SS	SS	SS DDDD	0~2047
	SC	SC	SC DDDD	0~2047
	CS	CS	CS DDDD	0~1023
	CC	CC	CC DDDD	0~1023
	SB	SB	SB FFF	0~7FF
	S	S	S D	0~8191
	DX	DX	DX FFFF	0~1FFF
	DY	DY	DY FFFF	0~1FFF
	SM_	SM_	SM_ DDDD	8000~9999
	SM	SM	SM DDDD	0~2047
Word	SD	SD	SD DDDD	0~2047
	D	D	D DDDDD	0~12287
	W	W	W FFFF	0~1FFF
	TN	TN	TN DDDD	0~2047
	SN	SN	SN DDDD	0~2047
	CN	CN	CN DDDD	0~1023
	R	R	R DDDDD	0~32767
	SW	SW	SW FFF	0~7FF
	Z	Z	Z D	0~15
	ZR	ZR	ZR FFFFF	0~FE7FF

Communication Settings

Pin Definition Diagram

QJ71E71 MELSEC

Mitsubishi QJ71E71 Ethernet communication module;

HMI Settings

Items	Settings	Note
Protocol	MITSUBISHI QJ71E71 MELSEC
Connection	Ethernet
Port No.	1025	Must be the same as the PLC setting
PLC station No.	0	Must be the same as the PLC setting

Address List

Type	Device registers	HMI registers	Format	Range	Note
Bit	X	X	X h	0~1FFF
	Y	Y	Y h	0~1FFF
	M	M	M d	0~99999
	L	L	L d	0~8191
	F	F	F d	0~2047
	B	B	B h	0~1FFF
	V	V	V d	0~2047
	TS	TS	TS d	0~2047
	TC	TC	TC d	0~2047
	SS	SS	SS d	0~2047
	SC	SC	SC d	0~2047
	CS	CS	CS d	0~1023
	CC	CC	CC d	0~1023
	SB	SB	SB h	0~7FF
	S	S	S d	0~8191
	DX	DX	DX h	0~1FFF
	DY	DY	DY h	0~1FFF
	SM	SM	SM d	8000~9999
Word	SD	SD	SD d	0~2047
	D	D	D d	0~12287
	W	W	W h	0~1FFF
	TN	TN	TN d	0~2047
	SN	SN	SN d	0~2047
	CN	CN	CN d	0~1023
	R	R	R d	0~32767
	SW	SW	SW h	0~7FF
	Z	Z	Z d	0~15
	ZR	ZR	ZR h	0~FE7FF

HMI Communication Settings

1) Enable HMI Ethernet in [Project Settings];

12.PLC Protocol_html_43b671f18153910d.png

2) Set PLC IP in [Device IP] settings

;

PLC Settings(GX Works2)

Click [Ethernet/CC IE/MELSECNET];
Please select [Ethernet] as network type;
Set station I/O number according to situation (For example, 0020 means that the module is connected to PLC CPU in first order);
Select [Online] as Mode;
Click [Operation setting] to set IP;
Select [Binary Code] as [Communication Data Code];
Click [Open setting]
Set protocol: TCP;
Set [unpassive] in [Open system];
Set [receive] in [Fixed buffer];
Set [procedure Exist] in [Fixed buffer communication];
Disable [Pairing open];
Set [No confirm] in [Existence confirmation];
Host station port number: 5009;
Save settings;
Download project into PLC and restart it

Cable Wiring

MODBUS

MODBUS RTU Master

Supported Series: MODBUS RTU CONTROLLER

HMI works as MODBUS SLAVE connecting with MASTER

HMI Settings

Items	Settings	Note
Protocol	MODBUS RTU Master
Connection	RS485/RS232
Baud rate	2400~187500
Data bit	8
Parity	Even/ Odd/ None
Stop bit	1/2
Station No.	0~255

Address List

Type	HMI address	MODBUS code	Range
Bit	HDX3000.0~HDX3499.15	0	0~7999
Word	HDW3500~HDW7999	4	0~4499

Cable Wiring

RS485

RS232

✎Note: COM3 only available in PI8000/PI9000 series.

MODBUS RTU Slave (All function)/(All function OneBaseAddress)

Supported Series: MODBUS RTU CONTROLLER

HMI works as MODBUS MASTER connecting with SLAVE.

The addresses in [All function] start from 0, while the addresses in [All function OneBaseAddress] start from 1 (offset 1).

HMI Settings

Items	Settings	Note
Protocol	MODBUS RTU Slave (All function)/( All function OneBaseAddress)
Connection	RS485/RS232
Baud rate	2400~187500
Data bit	8
Parity	Even/ Odd/ None
Stop bit	1/2
PLC station No.	0~255

Address List

Type	Address Type	Function code & Description
Word	3	04 (read input register: read current binary value in one or more input registers)
		06 (write single register: write a binary value to a holding register)
		10 (write values to multiple addresses )
	4	03 (read holding register: read current binary value in one or more holding registers)
		06 (write single register: write a binary value to a holding register)
		10 (write values to multiple addresses )
	W6	03 (read holding register: read current binary value in one or more holding registers)
		06 (write single register: write a binary value to a holding register)
		10 (write values to multiple addresses )
	W16	03 (read holding register: read current binary value in one or more holding registers)
	W16	10 (write values to multiple addresses )
Bit	0	01 (Read coil state)
		05 (Force a single coil to force the on/off state of a logic coil)
		0F (Write multiple bits, ie write continuously)
	1	02 (Read the input state)
		05 (Force a single coil to force the on/off state of a logic coil)
		0F (Write multiple bits)
	W5	01 (Read coil state to obtain the current state of a set of logic coils)
		05 (Force a single coil to force the on/off state of a logic coil)
		0F (Write multiple bits)
	W15	01 (Read coil state to obtain the current state of a set of logic coils)
	W15	0F (Write multiple bits)

✎Note:

Modbus can also support getting bit from the word, which could access the address such as 100.1 and other formats.
The function codes sent out are the same as those that read and write words.

Station number for more than one slaves

If there are more than one slaves connected to HMI, please set slave station number during editing address, as below shows.

Cable Wiring

RS485

RS232

✎Note: COM3 only available in PI8000/PI9000 series.

Modbus Meter

The following example is using the Linfee meter LNF96EY to demonstrate how to set up the Modbus communication.

1. Wiring the RS485 cable first. Because the pin 58 is A, the pin 59 is B for meter. Here we use the COM1 to connect. So the diagram like follows:

2. Check the specific Modbus parameter in the communication menu from LED display.

So from the following pictures, we can know the Meter Address is 85, Baud rate is 9600, CRC None.

✎Note: Meter address usually corresponding to the Device No. in the PIStudio Communication settings.

3. Create new project and change the Communication settings.

Set the protocol as MODBUS RTU Slave (All Function), set Device No. as 85. And COM port setting as 9600, 1, 8, NONE.

4. Drag the numeric input into screen, and fill in the Modbus Address we want to read according to manual

The following table is intercept part of the manual for Linfee Modbus manual.

0x03/0x04 command data register address:

Address		Description	Data Format	Data Length(Word)	Remark
HEX	DEC
0x00	0	Reserved
0x02	2	Reserved
0x04	4	Reserved
0x06	6	Ua	float	2	Phase Voltage data, Unit V
0x08	8	Ub	float	2	Phase Voltage data, Unit V
0x0A	10	Uc	float	2	Phase Voltage data, Unit V
0x0C	12	Uab	float	2	Line Voltage data, Unit V
0x0E	14	Ubc	float	2	Line Voltage data, Unit V
0x10	16	Uca	float	2	Line Voltage data, Unit V
0x12	18	Ia	float	2	Phase Current data, Unit A
0x14	20	Ib	float	2	Phase Current data, Unit A
0x16	22	Ic	float	2	Phase Current data, Unit A

✎Note: We usually use the Address Type 4 for read the Modbus registers(Function Code 03)

For example, here we want to read the Phase Voltage Ua (Modbus offset 0006), the Address No. requires input decimal number, and check whether the actual address has one address offset, so the address set like the following screenshot:

Set the Read-Write type for address, because meter only to measuring the data, so set it as read-only, and floating data format.

Then download into HMI, if the HMI COM led is blinking and no timeout message show, which means the communication is setup successfully.

MODBUS TCP Slave (All function)

Supported series: MODBUS TCP controller

Note: Although the protocol selected for the HMI is MODBUS TCP Slave, the HMI is working as a MODBUS TCP Master connected to TCP SLAVE.

HMI Setting

Items	Settings	Note
Protocol	MODBUS TCP Slave (All function)
Connection	Ethernet
Port No.	502
PLC station No.	1

Address List

Type	Register	Function code & Description
Word	3	04 (read input register: read current binary value in one or more input registers)
		06 (write single register: write a binary value to a holding register)
		10 (write values to multiple addresses )
	4	03 (read holding register: read current binary value in one or more holding registers)
		06 (write single register: write a binary value to a holding register)
		10 (write values to multiple addresses )
	W6	03 (read holding register: read current binary value in one or more holding registers)
		06 (write single register: write a binary value to a holding register)
		10 (write values to multiple addresses )
	W16	03 (read holding register: read current binary value in one or more holding registers)
	W16	10 (write values to multiple addresses )
Bit	0	01 (Read coil state)
		05 (Force a single coil to force the on/off state of a logic coil)
		0F (Write multiple bits, ie write continuously)
	1	02 (Read the input state)
		05 (Force a single coil to force the on/off state of a logic coil)
		0F (Write multiple bits)
	W5	01 (Read coil state to obtain the current state of a set of logic coils)
		05 (Force a single coil to force the on/off state of a logic coil)
		0F (Write multiple bits)
	W15	01 (Read coil state to obtain the current state of a set of logic coils)
	W15	0F (Write multiple bits)

Communication Settings

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

Cable Wiring

Omron

CJ TCP FINS Ethemet

Supported device:CJ series, CJ1W-EIP21

HMI Settings

Items	Settings	Note
Protocol	OMRON CJ TCP FINS Ethemet
Connection	Ethernet
Port No.	9600
Device No.	0
HMI No.	0

Address List

Type	Device registers	HMI registers	Format	Range
Bit	CIO	CIO	CIO d	0~99999
Bit	W	W	W d	0~99999
Bit	D	D	D d	0~99999
Bit	H	H	H d	0~99999
Bit	A	A	A d	0~99999
Bit	T	T	T h	0~99999
Bit	CF	CF	CF d	0~99999
Bit	FF	FF	FF d	0~99999
Bit	C	C	C d	0~99999
Bit	EM0	EM0	EM0 d	0~99999
Bit	EM1	EM1	EM1 d	0~99999
Bit	EM2	EM2	EM2 d	0~99999
Bit	EM3	EM3	EM3 d	0~99999
Bit	EM4	EM4	EM4 d	0~99999
Bit	EM5	EM5	EM5 h	0~99999
Bit	EM6	EM6	EM6 d	0~99999
Bit	EM7	EM7	EM7 d	0~99999
Bit	EM8	EM8	EM8 d	0~99999
Bit	EM9	EM9	EM9 d	0~99999
Bit	EMA	EMA	EMA d	0~99999
Bit	EMB	EMB	EMB d	0~99999
Bit	EMC	EMC	EMC d	0~99999
Bit	Lamp	Lamp	Lamp d	0~0
Word	CIO	CIO	CIO d	0~99999
Word	W	W	W d	0~99999
Word	D	D	D d	0~99999
Word	H	H	H d	0~99999
Word	A	A	A d	0~99999
Word	T	T	T h	0~99999
Word	CF	CF	CF d	0~99999
Word	FF	FF	FF d	0~99999
Word	C	C	C d	0~99999
Word	EM0	EM0	EM0 d	0~99999
Word	EM1	EM1	EM1 d	0~99999
Word	EM2	EM2	EM2 d	0~99999
Word	EM3	EM3	EM3 d	0~99999
Word	EM4	EM4	EM4 d	0~99999
Word	EM5	EM5	EM5 h	0~99999
Word	EM6	EM6	EM6 d	0~99999
Word	EM7	EM7	EM7 d	0~99999
Word	EM8	EM8	EM8 d	0~99999
Word	EM9	EM9	EM9 d	0~99999
Word	EMA	EMA	EMA d	0~99999
Word	EMB	EMB	EMB d	0~99999
Word	EMC	EMC	EMC d	0~99999
Word	IR	IR	IR d	0~99999
Word	DR	DR	DR d	0~99999

Configure the communication protocol

Configure CJ1W-EIP21 connect with HMI

Select TCP_Client_2N

Cable Wiring

Pin Definition Diagram

12.PLC Protocol_html_2297240b57346b2a.png

CS1(CP1E/CP1H)

Supported device: OMRON CS1(CP1E/CP1H)

HMI Settings

Items	Settings	Note
Protocol	OMRON CS1(CP1E/CP1H)
Connection	RS232 (9600, 2, 7, EVEN)
Port No.	None
PLC station No.	0

Address List

Type	Device registers	HMI registers	Format	Range
Bit	CIO	CIO	CIO d	0~99999
Bit	W	W	W d	0~99999
Bit	D	D	D d	0~99999
Bit	H	H	H d	0~99999
Bit	A	A	A d	0~99999
Bit	TF	T	T h	0~99999
Bit	CF	CF	CF d	0~99999
Bit	T	FF	FF d	0~99999
Bit	C	C	C d	0~99999
Bit	EM0	EM0	EM0 d	0~99999
Bit	EM1	EM1	EM1 d	0~99999
Bit	EM2	EM2	EM2 d	0~99999
Bit	EM3	EM3	EM3 d	0~99999
Bit	EM4	EM4	EM4 d	0~99999
Bit	EM5	EM5	EM5 h	0~99999
Bit	EM6	EM6	EM6 d	0~99999
Bit	EM7	EM7	EM7 d	0~99999
Bit	EM8	EM8	EM8 d	0~99999
Bit	EM9	EM9	EM9 d	0~99999
Bit	EMA	EMA	EMA d	0~99999
Bit	EMB	EMB	EMB d	0~99999
Bit	EMC	EMC	EMC d	0~99999
Word	CIO	CIO	CIO d	0~99999
Word	W	W	W d	0~99999
Word	D	D	D d	0~99999
Word	H	H	H d	0~99999
Word	A	A	A d	0~99999
Word	T	T	T h	0~99999
Word	CIO	CF	CF d	0~99999
Word	C	C	C d	0~99999
Word	EM0	EM0	EM0 d	0~99999
Word	EM1	EM1	EM1 d	0~99999
Word	EM2	EM2	EM2 d	0~99999
Word	EM3	EM3	EM3 d	0~99999
Word	EM4	EM4	EM4 d	0~99999
Word	EM5	EM5	EM5 h	0~99999
Word	EM6	EM6	EM6 d	0~99999
Word	EM7	EM7	EM7 d	0~99999
Word	EM8	EM8	EM8 d	0~99999
Word	EM9	EM9	EM9 d	0~99999
Word	EMA	EMA	EMA d	0~99999
Word	EMB	EMB	EMB d	0~99999
Word	EMC	EMC	EMC d	0~99999
Word	IR	IR	IR d	0~99999
Word	DR	DR	DR d	0~99999

Configure the communication protocol

PLC Settings(CX-Programmer)

Open cx-programmer, create a new PLC project or open the project that has been created.
Create new project： [File]→[New]→[Device Type]CP1E→[settings]→[General]→[CPU Type]N30→[OK]→[OK].

1.2 工程新建D.png

PLC Default Parameters:[Settings]→[Built-in RS232C Port]→[Communication Settings]→[Standard]9600,1,7,2,E means:[Baud rate] 9600, [Data bits]7, [Stop bits] 2,[Parity] EVEN→[Unit Number]0 →[Mode]Host Link(Defaut).

1.3 串口参数的查看-配置D.png

Cable Wiring

Pin Definition Diagram

EC55 Protocol

Supported device: EC55 temperature instrument

1）HMI Settings

Items	Settings	Note
Protocol	Omron EC55
Connection	RS485 (9600, 2, 7, EVEN)
Port No.	None
PLC station No.	0

2）Address List

Type	Register	Device range	HMI range	Function
Double word	C0	0-13 (Hex)	0-19	Set read only parameter for area 0
	C1	0-4D(Hex)	0-77	Set Read/Write parameter for area 0
	C3	0-CD(Hex)	0-205	Set Read/Write parameter for area 1
Word	80	0-13(Hex)	0-19	Set read only parameter in area 0
	81	0-4D(Hex)	0-77	Set Read/Write parameter in area 0
	83	0-CD(Hex)	0-205	Set Read/Write parameter in area 1
	CP	-	0-6	Read controller intrinsic property
	CS	-	0-2	Read controller states
	CA	-	0-17	Action command

3）Device Settings

Omron E5CC PLC configuration

After entering the Communication Settings menu, please set the parameters to the default values for the following table. Press the cycle key of the instrument to enter the next setting.

According to PLC configuration and communication port configuration information of the HMI, provide the corresponding steps and configuration screenshots. This configuration needs to communicate properly with the above PLC configuration. The project settings are as follows

✎Note: The communication settings for HMI should be consistent with this setting.

Cable Wiring

✎Note:

COM3 only available in PI8000/PI9000 series.
CA address could not support continuous writing function；
Because of CP address intrinsic property: read control intrinsic property, so please place the character input part in use. Set address with CP0 and character length 10, used to display controller type. And place a number input part, set address with CP5 (cache size). Do not place other CP type address without CP0 in screen, otherwise CP type address is invalid
When set value into read & write address, it is necessary to switch the temperature instrument meter to the corresponding interface according to the menu of the instrument where the address locates, so that the value could be written, otherwise, the value could not be written; When the communication write setting of the instrument is turned off, the writing function is invalid. Writing function could be opened by using the 00 address of the CA register, which write 01 value.
When continuous writing of a value to a read-write address, please make sure all continuous writing address could be written. Otherwise, if one of these addresses could not be written, then all continuous writing commands will fail.
Because of the mechanism problem, this protocol could not support CompoWay/F function that is read-write function of variables in protocol document.
When using double-word address, set the data format to 32 bits, otherwise the read/write function is unable.
Please set the communication delay time of 10ms in setting, to avoid that the instrument may not be able to communicate in a short time due to too fast data access and too much connection requests.
Because of the particularity of the instrument, it is necessary to write the value of the address in the menu interface corresponding to the address, and to enter the menu where the address locates, so that the value could be written.

NX EtherNet/IP

Supported series: Omron NX/NJ series

HMI Setting

Items	Settings	Note
Protocol	Omron NX Ethernet/IP
Connection	Ethernet
Port No.	44818
PLC station No.	1

Instruction

1) In Sysmac Studio, please select [Publish Only] for [Network Publish] when setting address tag.

2) When [Do not publish] is selected for a tag, different import methods may lead to different results. When import tags by [Get Tags from Device], the tag will be eliminated. If [Import tags] is selected, the tags will be imported, but the communication will not succeed.

Export labels from Sysmac Studio

Launch Sysmac Studio, under Global Variables create the address labels, and thenselect [Tools] -> [Export Global Variables];

Launch PIStudio, in [Communication] Settings add Omron NX Ethernet/IP protocol;

Click [Label manage];

Click [Import labels] and then select the file exported in step 1;

The Import Status field shows the result, click [OK] to finish importing address labels;

Communication Settings

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

Cable Wiring

12.PLC Protocol_html_2297240b57346b2a.png

CV/CJ1M/CS1H

HMI Setting:

Parameters	Recommended
PLC type	OMRON CV/CJ1M/CS1H
PLC I/F	RS232/RS485
Baud rate	9600
Data bits	7
Parity	Even
Stop bits	2
PLC sta. no.	0

PLC Setting:

Open cx-programmer, create a new PLC project or open the project that has been created.
Create new project： [File]→[New]→[Device Type]CJ2M→[settings]→[General]→[CPU Type]CPU31→[OK]→[OK].

1.2 新建工程.png

PLC Default Parameters:[Settings]→[Serial Port]→[Communication Settings]→[Standard]9600,1,7,2,E means:[Baud rate] 9600, [Data bits]7, [Stop bits] 2,[Parity] EVEN→[Unit Number]0 →[Mode]Host Link.
Note:The serial port parameters should be set depending on field requirements

1.3串口参数配置.png

Device Address:

Bit/Word	Device type	Format	Range	Memo
B	CIO	DDDDDdd	0 ~65535.15	I/O and Internal Relay
B	W	DDDDDdd	0 ~65535.15	Hold Relay
B	D	DDDDDdd	0 ~65535.15	Link Relay
B	H	DDDDDdd	0 ~65535.15
B	A	DDDDDdd	0 ~65535.15
B	TF	DDDDD	0 ~ 99999
B	CF	DDDDD	0 ~ 99999	Auxiliary Relay
B	T	DDDDDdd	0 ~65535.15
B	C	DDDDDdd	0 ~65535.15
B	EM0	DDDDDdd	0 ~ 99999.15
B	EM1	DDDDDdd	0 ~ 99999.15
B	EM2	DDDDDdd	0 ~ 99999.15
B	EM3	DDDDDdd	0 ~ 99999.15
B	EM4	DDDDDdd	0 ~ 99999.15
B	EM5	DDDDDdd	0 ~ 99999.15
B	EM6	DDDDDdd	0 ~ 99999.15
B	EM7	DDDDDdd	0 ~ 99999.15
B	EM8	DDDDDdd	0 ~ 99999.15
B	EM9	DDDDDdd	0 ~ 99999.15
B	EMA	DDDDDdd	0 ~ 99999.15
B	EMB	DDDDDdd	0 ~ 99999.15
B	EMC	DDDDDdd	0 ~ 99999.15
B	Lamp	D	0~0

Bit/Word	Device type	Format	Range
W	W	DDDDD	0 ~ 99999
W	D	DDDDD	0 ~ 99999
W	H	DDDDD	0 ~ 99999
W	A	DDDDD	0 ~ 99999
W	T	DDDDD	0 ~ 99999
W	C	DDDDD	0 ~ 99999
W	CIO	DDDDD	0 ~ 99999
W	EM0	DDDDD	0 ~ 99999
W	EM1	DDDDD	0 ~ 99999
W	EM2	DDDDD	0 ~ 99999
W	EM3	DDDDD	0 ~ 99999
W	EM4	DDDDD	0 ~ 99999
W	EM5	DDDDD	0 ~ 99999
W	EM6	DDDDD	0 ~ 99999
W	EM7	DDDDD	0 ~ 99999
W	EM8	DDDDD	0 ~ 99999
W	EM9	DDDDD	0 ~ 99999
W	EMA	DDDDD	0 ~ 99999
W	EMB	DDDDD	0 ~ 99999
W	EMC	DDDDD	0 ~ 99999
W	IR	DDDDD	0 ~ 99999
W	DR	DDDDD	0 ~ 99999

Wiring Diagram:

RS-485

3.1.png

Pin Definition Diagram

3.2.png

RS-232

CPU Port (CPM2A,CQM1/1H,C200H/HS/ALPHA series)

Communication Module:

CPM1-CIF01 adapter (for CPM1/CPM1A/CPM2A series, CQM1/CQM1H series) CPM1H-SCB41 communication module (for CQM1H-CPU51/61)

The serial port pin assignments may vary between HMI models, please click the following link for more information.

OMRON HOSTLINK

Supported series: Omron C200HE series

HMI Settings(recommended)

Item	Recommended
Protocol	OMRON HOSTLINK
Connection	RS232
Baud rate	9600
Stop bits	2
Data bits	7
Parity	EVEN
PLC Station No.	0
HMI Station No.	0

Address List

Type	Device registers	HMI registers	Format	Range
Bit	IR	IR	IR d	0~99999
Bit	LR	LR	LR d	0~99999
Bit	HR	HR	HR d	0~99999
Bit	AR	AR	AR d	0~99999
Bit	TIMB	TIMB	TIMB d	0~99999
Bit	CNTB	CNTB	CNTB d	0~99999
Bit	TIM	TIM	TIM d	0~99999
Bit	DM	DM	DM d	0~99999
Bit	CNT	CNT	CNT d	0~99999
Bit	WR	WR	WR d	0~99999
Bit	LAMP	LAMP	LAMP d	0~0
Word	IR	IR	IR d	0~99999
Word	LR	LR	LR d	0~99999
Word	HR	HR	HR d	0~99999
Word	AR	AR	AR d	0~99999
Word	TIM	TIM	TIM d	0~99999
Word	DM	DM	DM d	0~99999
Word	CNT	CNT	CNT d	0~99999
Word	WR	WR	WR d	0~99999

Cable Wiring

3.1.2 接口.png

Rockwell

DF1

MicroLogix 1000/1100/1200/1400/1500; SLC 5/03 5/04 5/05; PLC-5

HMI Settings

Item	Recommended	Note
Protocol	Rockwell DF1
Connection	RS232
Baud rate	19200
Stop bits	1
Data bits	8
Parity	None
PLC Station No.	1
HMI Station No.	0

PLC Settings

DF1 Full Duplex protocol and CRC error check

Address List

Type	Device registers	Format	Range	Note
Bit	I	I ddd.dd	0.0~255.15	Only able to communicate with file number I1
	O	O ddd.dd	0.0~255.15	Only able to communicate with file number O0
	B	B nnhh.dd	0.0~ffff.15	Only able to communicate with file number B3
	S	S ddd.dd	0.0~255.15	Only able to communicate with file number S2
	N	N nnhh.dd	0.0~ffff.15	Only able to communicate with file number N7
Word	S	S ddd	0~255	Only able to communicate with file number S2
	TS	TS nnhh	0~ffff	Only able to communicate with file number T4 (Timer Preset Value)
	TP	TP nnhh	0~ffff	Only able to communicate with file number T4 (Timer Accumulator Value)
	CS	CS nnhh	0~ffff	Only able to communicate with file number C5 (Counter Preset Value)
	CP	CP nnhh	0~ffff	Only able to communicate with file number C5 (Counter Accumulator Value)
	N	N nnhh	0~ffff	Only able to communicate with file number N7

Cable Wiring

DF1 Advanced

MicroLogix 1000/1100/1200/1400/1500; SLC 5/03 5/04 5/05; PLC-5

HMI Settings

Item	Recommended	Note
Protocol	Rockwell DF1 Advanced
Connection	RS232
Baud rate	19200
Stop bits	1
Data bits	8
Parity	None
PLC Station No.	1
HMI Station No.	0

PLC Settings

DF1 Full Duplex protocol and CRC error check

Address List

Type	Device registers	Format	Range	Note
Bit	I1	I1ddd.dd	0.0~255.15	Only able to communicate with file number I1
	O0	O0ddd.dd	0.0~255.15	Only able to communicate with file number O0
	S2	S2ddd.dd	0.0~255.15	Only able to communicate with file number S2
	B3	B3ddd.dd	0.0~255.15	Only able to communicate with file number B3
	BN	BNddddd.dd	0.0~99255.15	Bit data file B0~B99 First two digits is for file number For example, BN13001.00 represents file number B13, address 001, the 0th bit.
	N7	N7ddd.dd	0.0~255.15	Only able to communicate with file number N7
	NN	NNddddd.dd	0.0~99255.15	Integer data file bit format N0~N99 First two digits is for file number For example, NN13001.00 represents file number N13, address 001, the 0th bit.
Word	S2	S2ddd	0~255	Only able to communicate with file number S2
	T4S	T4Sddd	0~255	Only able to communicate with file number T4 (Timer Preset Value)
	T4P	T4Pddd	0~255	Only able to communicate with file number T4 (Timer Accumulator Value)
	TNS	TNSddddd	0~99255	Timer Preset Value First two digits is for file number For example, TNS99255 represents file number T99, address 255.
	TNP	TNPddddd	0~99255	Timer Accumulator Value First two digits is for file number For example, TNP99255 represents file number T99, address 255.
	C5S	C5Sddd	0~255	Only able to communicate with file number C5 (Counter Preset Value)
	C5P	C5Pddd	0~255	Only able to communicate with file number C5 (Counter Accumulator Value)
	CNS	CNSddddd	0~99255	Counter Preset Value First two digits is for file number For example, CNS99255 represents file number C99, address 255.
	CNP	CNPddddd	0~99255	Counter Accumulator Value First two digits is for file number For example, CNP99255 represents file number C99, address 255.
	N7	N7ddd	0~255	Only able to communicate with file number N7
	NN	NNddd	0~99255	Integer data file First two digits is for file number For example, NN99255 represents file number N99, address 255.
Double Word	F8	F8ddd	0~255	Only able to communicate with file number F8
	FN	FNddddd	0~99255	Floating point data file First two digits is for file number For example, FN99255 represents file number F99, address 255.
	LN	LNddddd	0~99255	Long

Cable Wiring

MicroLogix

MicroLogix 1000/1100/1200/1400/1500; SLC 5/03 5/04 5/05 PLC-5

HMI Settings

Item	Settings	Note
Protocol	Allen-Bradlley MicroLogix
Connection	RS232
Baud rate	19200
Data bit	8
Parity	None
Stop bit	1
PLC station No.	1

Address List

Type	Device registers	Format	Range	Note
Bit	I	I d.d	0.0~255.15
	O	O d.d	0.0~255.15
	B	B nnhh.dd	0.0~ffff.15	nn: block number (hex)
	S	S d.d	0.0~255.15
	N	N nnhh.dd	0.0~ffff.15	nn: block number (hex)
Word	S	S d	0~255
	TS	TS nnhh	0~ffff	nn: block number (hex)
	TP	TP nnhh	0~ffff
	CS	CS nnhh	0~ffff
	CP	CP nnhh	0~ffff
	N	N nnhh	0~ffff
	C	C nnhh	0~ffff
	T	T nnhh	0~ffff
	R	R nnhh	0~ffff

Cable Wiring

EtherNet/IP(CompactLogix Series)

Allen-Brandly Compact Logix Free Tag

HMI Settings

Items	Settings	Note
Protocol	EtherNet/IP(CompactLogix Series)
Connection	Ethernet
Port No.	44818

PLC Setting

Create new tags

Export tags to CSV file. ([Tools] » [Export] » [Tags and Logic Comments])

Import labels, please open [Communication] window and click [Import label];

Select csv file, all tags will be displayed as belows;

✎Note:

Because in different region, the separation symbol is different, we suggest you check this before you want to import your tags. To open csv file as text format.

The directory of changing system settings: [Control Panel] -> [Date, Time, Language,and Regional Options] -> [Change the format of numbers, dates, and times]->[Customize]-> [List separator]. Please select [,] and export CSV file after setting.

Communication settings in HMI

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

Cable Wiring

MicroLogix 1200

The operational address is determined by the connection of Allen-Bradley PLC to HMI. For extension modules or other special conditions, refer to allen-Bradley PLC instruction manual. The following is an example of allen-bradley MicroLogix1200.

Bit address I: The address ranges from 0.0 to 255.15. The value of the data before the decimal point ranges from 0 to 255 (decimal). The value from 0 to 15 after the decimal point is the sub address (decimal).
Bit address B: The address ranges from 000.0 to fff.15. The first f from left to right represents the block number (hexadecimal); The second and third f from left to right represent the word address (hexadecimal). The value 0 to 15 after the decimal point reprensents the sub address (decimal).
Word address S: The word address ranges from 0 to 255 (decimal).
Word address TS: The address ranges from 000.0 to ffff. The first and second f from left to right represents the block number (hexadecimal); The third and fourth f from left to right represent the word address (hexadecimal).

✎Note: Register address TP, CS, CP, N, F and TS address edit are same. D indicates decimal, and F indicates hexadecimal. Different PLC models may support different registers. See the following table.

PLC bit address type	Address format	Address range
I	dd.dd	I 0.0 ~ 255.15
O	dd.dd	O 0.0 ~ 255.15
B	fff.dd	B 000.0 ~ fff.15
S	dd.dd	S 0.0 ~ 255.15
N	ffff.dd	N 000.0 ~ fff.15
PLC word address type	Address format	Address range
S	ddd	S0 ~ 255
TS	ffff	TS0 ~ FFFF
TP	ffff	TP0 ~ FFFF
CS	ffff	CS0 ~ FFFF
CP	ffff	CP0 ~ FFFF
N	ffff	N0 ~ FFFF
F	ffff	F0 ~ FFFF

Siemens

S7-200 Smart Ethernet

Supported Series: Siemens S7-200 SMART Series Ethernet Module.

Website: http://www.siemens.com/entry/cc/en/

HMI Setting

Items	Settings	Note
Protocol	Simens S7-200 Smart Ethernet
Connection	Ethernet
Port No.	102
PLC station No.	2

Address List

Type	Device register	HMI register	Format	Range	Note
Bit	I	I	I ddddd.o	0.0~99999.7
	Q	Q	Q ddddd.o	0.0~99999.7
	V	VWbit	VWbit ddddd.o	0.0~99999.7
	V	V	V ddddd.o	0.0~99999.7
	M	M	M ddddd.o	0.0~99999.7
	SM	SM	ddddd.o	0.0~99999.7
	S	S	ddddd.o	0.0~99999.7	Read only
	T	T	ddddd	0~99999	Timer state, read only
	C	C	ddddd	0~99999	Counter state, read only
Word	I	IW	IW ddddd	0~99999
	Q	QW	QW ddddd	0~99999
	AI	AIW	AIW ddddd	0~99999
	AQ	VB	VB ddddd	0~99999
	V	VW	VW ddddd	0~99998	VW0=VB (0~1) VW2=VB (2~3) Address value is a multiple of 2
	V	VD	VD ddddd	0~99998	VD0=VB (0~3) VD2=VB (4~7) Address value is a multiple of 4
	M	MB	MB ddddd	0~99999
	M	MW	MW ddddd	0~99999	MW0=MB(0~1) MW2=MB(2~3) Address value is a multiple of 2
	M	MD	MD ddddd	0~99999	MD0=MB(0~3) MD4=MB(4~7) Address value is a multiple of 4
	T	TW	TW ddddd	0~99999	Value of timer
	C	CW	CW ddddd	0~99999	Value of counter
	W	SW	SW ddddd	0~99999

Communication Settings

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

PLC IP Address: PLC IP
PLC pot No.: 102(fixed)
Network:TCP_Client_2N(fixed)

Wait timeout: depend on actual network situation (more than 1500 ms)

Cable Wiring

S7-300 Ethernet

Supported Series: Siemens S7-300 series PLC

HMI Setting

Items	Settings	Note
Protocol	Simens S7-300 Ethernet
Connection	Ethernet
Port No.	102
PLC station No.	2	Need to be same as the PLC setting

Address List

Type	Device register	HMI register	Format	Range	Note
Bit	I	I	I ddddd.o	0.0~99999.7
	Q	Q	Q ddddd.o	0.0~99999.7
	M	M	M ddddd.o	0.0~99999.7
	DB0.DB~DB9999.DB	DBxDBD	DBxDB nnnndddd.o	0.0~99999999.7	nnnn: block number; dddd: address;
Word	I	IW	IW ddddd	0~99999
	Q	QW	QW ddddd	0~99999
	M	MB	MB ddddd	0~99999
		MW	MW ddddd	0~99999	MW0=MB(0~1) MW2=MB(2~3) Address value is a multiple of 2
		MD	MD ddddd	0~99999	MD0=MB(0~3) MD4=MB(4~7) Address value is a multiple of 4
	DB0.DB~DB9999.DB	DBxDBB	DBxDBB nnnndddd	0~99999999	nnnn: block number; dddd: address
		DBxDBW	DBxDBW nnnndddd	0~99999999
		DBxDBD	DBxDBD nnnndddd	0~99999999

Communication Settings

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

PLC IP Address: PLC IP
PLC pot No.: 102(fixed)
Network:TCP_Client_2N(fixed)

Wait timeout: depend on actual network situation (more than 1500 ms)

Cable Wiring

S7-1200 Ethernet

Supported Series: Siemens S7-1200

HMI Setting

Items	Settings	Note
Protocol	Siemens S7-1200
Connection	Ethernet
Port No.	102
PLC station No.	2

Address List

Type	Device register	HMI register	Format	Range	Note
Bit	I	I	M d.o	d:0--9999 o:0-7
	Q	Q	Q d.o	d:0--9999 o:0-7
	M	M	M d.o	d:0--9999 o:0-7
	DB0.DB-DB99.DB	DBxDB	DBxDBnndddd.o	nn:0-9999, dddd:0-9999, o:0-7	nn:DB No. dddd:address value o: digit address
Word	M	MB	MB d	d:0-99999
	M	MW	MW d	d:0-99999	MW0=MB(0~1) MW2=MB(2~3) Address value is a multiple of 2
	M	MD	MD d	d:0-99999	MD0=MB(0~3) MD4=MB(4~7) Address value is a multiple of 4
	I	IW	IW d	d:0-99999
	Q	QW	QW d	d:0-99999
	DB0.DB-DB99.DB	DBxDBB	DBxDBBnndddd	nn:0-9999 dddd:0-9999	nn:DB No. dddd:address value
	DB0.DB-DB99.DB	DBxDBW	DBxDBWnndddd	nn:0-9999 dddd:0-9999	nn:DB No. dddd:address value Address value is a multiple of 2
	DB0.DB-DB99.DB	DBxDBD	DBxDBDnndddd	nn:0-9999 dddd:0-9999	nn:DB No. dddd:address value Address value is a multiple of 4

Communication Settings

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

✎Note:

The S7-1200 supports simultaneous connection of three devices, so the driver supports simultaneous access to PLC by three touch screens.
HMI access PLC, use S7 protocol, access PLC TSAP 02.01 (S7-1200 PROFINET interface only supports three connections, the default support), detailed reference to the system manual of S7-1200.
S7-1200 String type, the default first two bytes are used to store the maximum character and valid characters, so the text data will be shifted back one word address. When interacting with the data, what way this address plc is displayed with is unknown. And because of an extra word of data causes us to display the wrong. The solution is if we use String, then the actual data address we want to operate on is actually shifted back two bytes, so as long as the address on the project is shifted back 2 bits to correspond with the actual data address.
HMI operation character length needs to be set to 2 times the length of the Siemens character for proper display.

PLC Settings

Add BD

Please uncheck [Symbolic access only] option;

Address settings, using BD2 as example.

DB×DBB2xxxx, DB×DBW2xxxx, DB×DBD2xxxx for accessing data of DB2 in B1.
2 represent DB block number
xxxx represent address

Such as:

DBxDBB20000 = DB2.DBB0
DBxDBW20004 = DB2.DBW4

How to connect with S7-1200 Firmware V4.0

PLC configuration

Double click [device configuration] in Siemens via software
Double click [protection] to enter protection configuration screen

Check [Permit access with PUT / GET communication from remote partner (PLC, HMI, OPC, ...)]

DB settings

Right click [DB], select [properties]
Uncheck [optimized block access]

Cable Wiring

S7-XXX Ethernet

Supported Series: Siemens S7-400, S7-1200 and S7-1500

HMI Setting

Items	Settings	Note
Protocol	Siemens S7-XXX
Connection	Ethernet
Port No.	102
Device No.	Slot (Default 1 for S7-1500/ 2 for S7-1200/ 3 for S7-400)
HMI No.	Rack (Default as 0)

Slot from TIA Portal is equal to Device No. of PIStudio

Rack from TIA Portal is equal to HMI No. of PIStudio

S7-XXXCommunication Settings.png

S7-XXXCommunication SettingsPI.png

Address List

Type	Device register	HMI register	Format	Range	Note
Bit	I	I	M d.o	d:0--9999 o:0-7
	Q	Q	Q d.o	d:0--9999 o:0-7
	M	M	M d.o	d:0--9999 o:0-7
	DB0.DB-DB99.DB	DBxDB	DBxDBnndddd.o	nn:0-9999, dddd:0-9999, o:0-7	nn:DB No. dddd:address value o: digit address
Word	M	MB	MB d	d:0-99999
	M	MW	MW d	d:0-99999	MW0=MB(0~1) MW2=MB(2~3) Address value is a multiple of 2
	M	MD	MD d	d:0-99999	MD0=MB(0~3) MD4=MB(4~7) Address value is a multiple of 4
	I	IW	IW d	d:0-99999
	Q	QW	QW d	d:0-99999
	DB0.DB-DB99.DB	DBxDBB	DBxDBBnndddd	nn:0-9999 dddd:0-9999	nn:DB No. dddd:address value
	DB0.DB-DB99.DB	DBxDBW	DBxDBWnndddd	nn:0-9999 dddd:0-9999	nn:DB No. dddd:address value Address value is a multiple of 2
	DB0.DB-DB99.DB	DBxDBD	DBxDBDnndddd	nn:0-9999 dddd:0-9999	nn:DB No. dddd:address value Address value is a multiple of 4

Communication Settings

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

✎Note:

The S7-1200 supports simultaneous connection of three devices, so the driver supports simultaneous access to PLC by three touch screens.
HMI access PLC, use S7 protocol, access PLC TSAP 02.01 (s7-1200 PROFINET interface only supports three connections, the default support), detailed reference to the system manual of S7-1200.

Cable Wiring

12.可编程逻辑控制器Protocol_html_2297240b57346b2a.png

LOGO Ethernet

Supported Series: Siemens Logo 0BA0, 0BA1 series

HMI Settings

Items	Settings	Note
Protocol	Siemens LOGO
Connection	Ethernet
Port No.	102
PLC station No.	2

Address List

Number	Address Type	Data Type	Range	DB Address	PLC Address
1	RTC	Word	1-7	DB1.DBX984.0	0x001ec0
2	VB	Byte	0-1469	DB1.DBX0.0	0x000000
3	VD	Double Word	0-1466	DB1.DBX0.0	0x000000
4	VW	Word	0-1468	DB1.DBX0.0	0x000000
5	NAQ	Word	1-32	DB1.DBX1406.0	0x002bf0
6	NAI	Word	1-64	DB1.DBX1262.0	0x002770
7	AM	Word	1-64	DB1.DBX1118.0	0x0022f0
8	AQ	Word	1-16	DB1.DBX1072.0	0x002180
9	AI	Word	1-16	DB1.DBX1032.0	0x002040
10	I	Bit	1-64	DB1.DBX1024.0	0x002000
11	Q	Bit	1-64	DB1.DBX1064.0	0x002140
12	M	Bit	1-112	DB1.DBX1104.0	0x002280
13	NI	Bit	1-128	DB1.DBX1246.0	0x0026f0
14	NQ	Bit	1-128	DB1.DBX1390.0	0x002b70
15	V	Bit	0-14697	DB1.DBX0.0	0x000000

PLC Settings in LOGO Software:

Click [Tools]--[Ethernet Connections],shown as below.

Set Ethernet connection parameter. IP, Subnet Mask, shown as below.

TSAP set:The value set by local TSAP is the remote TSAP set in HMI. PLC's remote TSAP is the opposite,shown as below.

Download Project: Click "Address book" to add the IP address to be downloaded (fi."Detect" to check whether the IP address can be detected. Then click “ok”, and the system will prompt that PLC will be "STOP" mode. Click “YES” to start download.

HMI Communication Settings

Set PLC IP in [Device IP] settings;

Enable HMI Ethernet in [Project Settings];

TSAP setting

Regarding the setting of PLC TSAP, HMI provides system special address for setting, it is recommended to run in HMI script initialization, write PLC TSAP to corresponding system special register.
HSW10118/HSW1200 = local TSAP of HMI, this is remote TSAP of PLC.
HSW10119/HSW1201 = Remote TSAP of HMI, this is local TSAP of PLC.
PI, PI+, i series (1.0 system): use HSW10118, HSW10119.
ie, ig series: use HSW1200, HSW1201.
HMI V2.0: use HSW1200, HSW1201.

✎Note:

The data of TSAP is hexadecimal format. For example: the remote TSAP configured in the PLC is set to 20.00, then HSW10118/HSW1200 should be set to 0x2000, that is, HSW10118/HSW1200=8192.
HSW10119/HSW1201 is set up as shown.

AI word address and Ibit address are read-only and cannot be written on HMI.
VW address should be even number address, such as VW0, VW2, VW4..., because in the address rule of Siemens PLC, the value of odd number address is equal to the value of previous even number address. For example VW1 = VW0.
VD address should be multiple of 4, because it occupies two VW addresses, such as VD0, VD4, VD8...
Written value of RTC cannot exceed 255.

Cable Wiring

12.可编程逻辑控制器Protocol_html_2297240b57346b2a.png

S7-300(With PC Adapter)

HMI Setting:

Parameters	Recommended	Options	Notes
PLC type	SIEMENS S7-300 (with PC Adapter)
PLC I/F	RS232
Baud rate	19200	9600,19200
Data bits	8
Parity	Odd
Stop bits	1
PLC sta. no.	2		Must be same as the PLC setting.

Device Address

Bit/Word	Device type	Format	Range	Memo
Bit	I	DDDDo	0 ~ 40957	Input (I)
Bit	Q	DDDDo	0 ~ 40957	Output (O)
Bit	M	DDDDo	0 ~ 40957	Bit Memory
Word	DB1 to DB99	DDDDDo	0 ~ 655327
Word	IW	DDDD	0 ~ 4095	Input (I)
Word	QW	DDDD	0 ~ 4095	Output (O)
Word	MW	DDDD	0 ~ 4095	Bit Memory
Double word	MD	DDDD	0 ~ 4094
Double word	DBDn	FFFFFDDDD	0 ~ 655359999	Data Register Double Word (must be even)
Byte	MB	DDDD	0 ~ 4095	Bit Memory Byte

Cable Wiring

Xinje

XC MODBUS

HMI Settings

Item	Settings	Note
Protocol	XINJE XC MODBUS
Connection	RS232
Baud rate	19200
Data bit	8
Parity	EVEN
Stop bit	1
PLC station No.	1

Address List

Type	Device registers	HMI registers	Format	Range
Bit	M	M	M d	0~8511
Bit	X	X	X o	0~1747
Bit	Y	Y	Y o	0~1747
Bit	S	S	S d	0~1023
Bit	T	T	T d	0~4095
Bit	C	C	C d	0~634
Word	D	D	D d	0~8511
Word	TD	TD	TD d	0~618
Word	CD	CD	CD d	0~634
Word	FD	FD	FD d	0~8511

Configure the communication protocol

Cable Wiring

Figure

Pin Definition Diagram

XD/XE MODBUS

HMI Settings

Supported Series: Xinjie XD/XE Series PLC

Item	Settings	Note
Protocol	XINJE XD/XC MODBUS
Connection	RS232
Baud rate	19200
Data bit	8
Parity	EVEN
Stop bit	1
PLC station No.	1

Address List

Type	Device registers	HMI registers	Format	Range
Bit	M	M	M d	0~74999
Bit	X1xx	X1xx	X1xx o	0~1177
Bit	X2xx	X2xx	X2xx o	0~277
Bit	X	X	X o	0~77
Bit	Y1xx	Y1xx	Y1xx o	0~1177
Bit	Y2xx	Y2xx	Y2xx o	0~277
Bit	Y	Y	Y o	0~4095
Bit	SM	SM	SM d	0~4999
Bit	T	T	T d	0~4999
Bit	C	C	C d	0~4999
Bit	ET	ET	ET d	0~31
Bit	SE	SE	SE d	0~31
Bit	HM	HM	HM d	0~11999
Bit	HSC	HSC	HSC d	0~39
Bit	HS	HS	HS d	0~999
Bit	HT	HT	HT d	0~1999
Bit	HC	HC	HC d	0~1999
Bit	S	S	S d	0~7999
Word	D	D	D d	0~69999
Word	ID	ID	ID d	0~99
Word	ID1xx	ID1xx	ID1xx d	0~999
Word	ID2xx	ID2xx	ID2xx d	0~299
Word	QD	QD	QD d	0~99
Word	QD1xx	QD1xx	QD1xx d	0~999
Word	QD2xx	QD2xx	QD2xx d	0~299
Word	SD	SD	SD d	0~4999
Word	TD	TD	TD d	0~575
Word	CD	CD	CD d	0~575
Word	ETD	ETD	ETD d	0~31
Word	HD	HD	HD d	0~24999
Word	HSD	HSD	HSD d	0~1023
Word	HTD	HTD	HTD d	0~95
Word	HCD	HCD	HCD d	0~95
Word	HSCD	HSCD	HSCD d	0~31
Word	FD	FD	FD d	0~8191
Word	SFD	SFD	SFD d	0~5999
Word	FS	FS	FS d	0~47

Configure the communication protocol

Cable Wiring

Pin Definition Diagram

Panasonic

FP MEWTOCOL

1）HMI Settings

Item	Settings	Note
Protocol	Panasonic FP MEWTOCOL
Connection	RS232
Baud rate	9600
Data bit	8
Parity	ODD
Stop bit	1
PLC station No.	1

2）Address List

Type	Device registers	HMI registers	Format	Range	Note
Bit	X	X	X d	0~9999
Bit	Y	Y	Y d	0~9999
Bit	R	R	R d	0~9999
Bit	T	T	T d	0~9999
Bit	C	C	C d	0~9999
Bit	L	L	L d	0~9999
Word	WX	WX	WX d	0~9999
Word	WY	WY	WY d	0~9999
Word	WR	WR	WR d	0~9999
Word	WL	WL	WL d	0~9999
Word	LD	LD	LD d	0~9999
Word	DT	DT	DT d	0~65535
Word	FL	FL	FL d	0~9999
Word	EV	EV	EV d	0~9999
Word	SV	SV	SV d	0~9999

3）Configure the communication protocol

4）Cable Wiring

Figure

Pin Definition Diagram

SHIMADEN

FP23 Series

Supported series: SHIMADEN FP23 series

HMI Setting

Items	Settings	Note
Protocol	SHIMADEN FP23 series
Connection	RS485 (9600, 1, 7, EVEN)
Port No.	None
PLC station No.	0

Address List

Device address	HMI register	Address range	Type
0040-0043(HEX)	FP040	100064-200067	Read only
0100-010B(HEX)	FP100	100256-200267	Read only
0110-0142(HEX)	FP110	100272-200322	Read only
0182-0252(HEX)	FP182	100386-200594	Write only
0280-0281(HEX)	FP280	100640-200641	Read only
0300-030B(HEX)	FP300	100768-200779	Read and write
0380-039F(HEX)	FP380	100896-200927	Read and write
0400-04D7(HEX)	FP400	101024-201239	Read and write
0500-05B0(HEX)	FP500	101280-201456	Read and write
0600-0670(HEX)	FP600	101536-201814	Read and write
0720-0738(HEX)	FP720	101824-201848	Read and write
0800-083F(HEX)	FP800	102048-202111	Read and write
0900-0952(HEX)	FP900	102304-202386	Read and write
	Ctrl	0-2

✎Note:

The upper 2 bits of the address of the HMI register are taken as the sub address, and the real address is the last four bits (for example, if the address is 100256, then 10 is the sub address as 1, and 0256 is the real address);
The address range in the table is only divided by the start and end addresses, and some of the addresses in the range have no corresponding address in FP23;
The Ctrl register is used to store the control group number and BCC check mode.

Ctrl Register Description

The Ctrl register is a special register that does not communicate with the temperature controller. User needs to assign value in the screen according to the settings as in the temperature controller.
Ctrl0 indicates the setting of the control character, the valid values are 1, 2, 3 respectively, and the corresponding control group is: STX_ETX_CR , STX_ETX_CR LF and @_:_CR .
Ctrl1 indicates the BCC block check mode. The valid value range is 1-4. The corresponding check mode is: 1.ADD, 2.ADD_two's cmp, 3.XOR, 4.None;
Ctrl3 reserved

✎Note:

After reloading the HMI project or restarting the HMI, HMI will reset the value of ctrl0 and ctrl1 as 1, so user need to set these two values to make it the same as it in the temperature controller, then communication will be normal.

Cable Wiring

✎Note: COM3 only available in PI8000/PI9000 series.

SR90

Supported series: SHIMADEN SR90 series

HMI Setting

Items	Settings	Note
Protocol	SHIMADEN SR90
Connection	RS485 (1200, 1, 7, EVEN)
Port No.	None
PLC station No.	0

Address List

Device address	HMI register	Address range	Type
0040-0043 (HEX)	SR040	100064-100067	Read only
0100-010A(HEX)	SR0100	100256-100266	Read only
0182-018C(HEX)	SR0182	100386-100396	Write only
0300-04FE(HEX)	SR0300	100768-101278	Write/read
0500-050B(HEX)	SR0500	101280-101291	Write/read
0590-0611(HEX)	SR0590	101424-101553	Write/read
0701-0709(HEX)	SR0701	101793-101801	Write/read
	Ctrl	0-2	--

✎Note:

The upper 2 bits of the address of HMIs are taken as the sub address, and the real address is the last four bits (for example, if the address is 100256, then 10 is the sub address as 1, and 0256 is the real address);
The address range in the table is only divided by the start and end addresses, and some of the addresses in the range have no corresponding address in SR90;
The Ctrl register is used to store the control group number and BCC check mode. See how to use it below;

Ctrl Register Description

The Ctrl register is a special register that does not communicate with the temperature controller. User needs to assign value in the screen according to the settings as in the temperature controller.
Ctrl0 indicates the setting of the control character, the valid values are 1, 2, 3 respectively, and the corresponding control group is: STX_ETX_CR , STX_ETX_CR LF and @_:_CR .
Ctrl1 indicates the BCC block check mode. The valid value range is 1-4. The corresponding check mode is: 1.ADD, 2.ADD_two's cmp, 3.XOR, 4.None;
Ctrl3 reserved

✎Note:

Cable Wiring

✎Note: COM3 only available in PI8000/PI9000 series.

MR13 Series(Standard)

Supported series: SHIMADEN MR13 series

HMI Setting

Items	Settings	Note
Protocol	SHIMADEN standard protocol
Connection	RS485 (1200, 1, 7, EVEN)
Port No.	None
PLC station No.	0

Address List

Device address	HMI register	Address range	Type
0100-010B(HEX)	MR100	100256-300267	Read only
0111-0126(HEX)	MR111	100273-300294	Read only
0184-0192(HEX)	MR184	100388-300402	Write only
0280-0282(HEX)	MR280	100640-300642	Read only
0300-030B(HEX)	MR300	100768-300779	Read/write
0314-0317(HEX)	MR314	100788-300791	Read/write
031A(HEX)	MR31A	100794-300794	Read/write
0320-0321(HEX)	MR320	100800-300801	Read/write
0400-0504(HEX)	MR400	101024-301284	Read/write
0506(HEX)	MR506	101286-301286	Read/write
0510-0514(HEX)	MR510	101296-301300	Read/write
0516-0524(HEX)	MR516	101302-301316	Read/write
0526(HEX)	MR526	101318-301318	Read/write
0580-08C3(HEX)	MR580	101408-302243	Read/write
--	Ctrl	0-2	--

✎Note:

The upper 2 bits of the address of the HMI register are taken as the sub address, and the real address is the last four bits (for example, if the address is 100256, then 10 is the sub address as 1, and 0256 is the real address);
The address range in the table is only divided by the start and end addresses, and some of the addresses in the range have no corresponding address in MR13;
The Ctrl register is used to store the control group number and BCC check mode.

Ctrl Register Description

The Ctrl register is a special register that does not communicate with the temperature controller. User needs to assign value in the screen according to the settings as in the temperature controller.
Ctrl0 indicates the setting of the control character, the valid values are 1, 2, 3 respectively, and the corresponding control group is: STX_ETX_CR, STX_ETX_CR LF and @_:_CR .
Ctrl1 indicates the BCC block check mode. The valid value range is 1-4. The corresponding check mode is: 1.ADD, 2.ADD_two's cmp, 3.XOR, 4.None;
Ctrl3 reserved

✎Note:

After reloading project or restarting the HMI, HMI will reset the value of ctrl0 and ctrl1 as 1, so user need to set these two values to make it the same as it in the temperature controller, then communication will be normal.

Cable Wiring

✎Note: COM3 only available in PI8000/PI9000 series.

Printer

TSPL Label Printer

Introduction

TSPL label printer protocol supports following models.

SPRT TL21: https://www.sprinter.com.cn/show-60-62-1.html
DL-888D: https://www.deliworld.com/product/detail/7624

Setting Step

Select the protocol

Create a new project, select the TSPL label printer protocol as shown below.

Set parameters

The connection between the TSPL label printer and the HMI is via the USB-A interface, no need to configure serial port parameters.

Printer register

Register	System	Range	Function
TSPL_SP	decimal	0 - 1	Set the paper size
TSPL_PT	decimal	0 - 1999	Print text
TSPL_PQ	decimal	0 - 999	Print QR code
TSPL_PB	decimal	0 - 999	Print barcode
TSPL_PR	decimal	0 - 1	Print offset
TSPL_PN	decimal	0 - 0	Trigger printing
TSPL_PS	decimal	0 - 0	Print status

Set paper size:
- TSPL_SP0: width of paper, unit: mm.
- TSPL_SP1: height of paper, unit: mm.
Print text:
- TSPL_PT can print up to 20 texts. TSPL_PT0-TSPL_PT99 is the first text; TSPL_PT100-TSPL_PT199 is the second text; … TSPL_PT1000-TSPL_PT1999 is the 20th text.
- Detailed parameter settings of each text is shown as below table. For example, first text,TSPL_PT0-TSPL_PT99.

Register	Function	Description
TSPL_PT0	X coordinate	Unit: dot
TSPL_PT1	Ycoordinate	Unit: dot
TSPL_PT2	Rotation angle	0: 0 degrees 1: 90 degrees 2: 180 degrees 3: 270 degrees
TSPL_PT3	Size	Range: 0-3
TSPL_PT4 - TSPL_PT99	QR code content(text content)	Use character input device to configure

By analogy, we can know the text information configuration of the 2nd to 20th QR codes

Print QR code:

TSPL_PQ can print up to 10 QR codes. TSPL_PQ0-TSPL_PQ99 is the first QR code; TSPL_PQ100-TSPL_PQ199 is the second QR code; ...., TSPL_PQ900-TSPL_PQ999 is the tenth QR code.
Specific parameter description of each item: for example, the first QR code, TSPL_PQ0-TSPL_PQ99:

Register	Function	Description
TSPL_PQ0	X coordinate	Unit: dot
TSPL_PQ1	Ycoordinate	Unit: dot
TSPL_PQ2	Rotation angle	0: 0 degrees 1: 90 degrees 2: 180 degrees 3: 270 degrees
TSPL_PQ3	Size	Range: 0-5
TSPL_PQ4 - TSPL_PQ99	QR code content	Use character input device to configure

By analogy, we can know the text information configuration of the 2nd to 20th QR codes.

Print bar code:

TSPL_PB can print up to 10 barcodes. TSPL_PB0-TSPL_PB99 is the first bar code; TSPL_PB100-TSPL_PB199 is the second bar code; ..., TSPL_PB900-TSPL_PB999 is the tenth bar code.
Specific parameter description of each item: for example, the first barcode, TSPL_PB0-TSPL_PB99:

Register	Function	Description
TSPL_PB0	X coordinate	Unit: dot
TSPL_PB1	Ycoordinate	Unit: dot
TSPL_PB2	Rotation angle	0: 0 degrees 1: 90 degrees 2: 180 degrees 3: 270 degrees
TSPL_PB3	height	Unit: dot
TSPL_PB4	width	Range:0-2
TSPL_PB5- TSPL_PB99	Bar code content	Use character input device to configure

By analogy, we can know the text information configuration of the 2nd to 20th bar codes.

Print offset:

TSPL_PR0: X coordinate offset, unit: mm;
TSPL_PR1: Y coordinate offset, unit: mm.

Trigger printing:

TSPL_PN0 = 1: trigger the printer to start printing.

Printing status:

TSPL_PS0 = 1: The printing is normal.
TSPL_PS0 = 1: The printing is abnormal.

Print picture

For the function of printing pictures, please refer to the configuration of [Printer object].

Conversion between dot and mm

Dot is the meaning of pixels. For the conversion between dot and mm, please refer to the printer manual or consult the customer service of the corresponding printer manufacturer. For example, SPRT TL21: 8 dots / mm, that is, 1mm = 8 dot.

EpsonTM Series

HMI Settings

Item	Settings	Note
Protocol	EPSON-TM-T82II/TM-XXX
Connection	RS232
Baud rate	9600~115200
Data bit	8
Parity	None
Stop bit	1
PLC station No.	1

Each printer protocol has default parameter. These parameters could be configured by addresses. Error parameters may cause print failure.

Printer Settings

Address	Description	Value
HSW10603	Print direction (only valid for print function)	1
HSW10604	Dot Matrix Type	1
HSW10605	Print width (depending on printer and paper)	384
HSW10606	Printer instruction type	1
HSW10607	Paper cut	2
HSW10608	Alignment (only valid for print function)	1

Cable Wiring

✎Note: COM3 only available in PI8000/PI9000 series.

Schneider

Schneider MODBUS RTU

HMI Setting

Parameters	Recommended	Notes
Protocol	Schneider MODBUS RTU
Connection	RS485
Baud rate	19200
Data bit	8
Parity	Even
Stop bit	1
PLC station No.	1

PLC Setting

Communication mode	Modbus RTU protocol

Device Address

Bit/Word	Device type	Format	Range	Memo
B	IX	DDDDDo	0 ~ 655357	Input bit (read only)
B	QX	DDDDDo	0 ~ 655357	Write multiple coils
B	MX	DDDDDDo	0 ~ 9999997	Output register bit (octal)
W	MW	DDDDDD	0 ~ 999999	Output register
DW	MD	DDDDDD	0 ~ 999999	Output register

Wiring Diagram

RS-485 2W (RJ45 Connector): The following is the view from the soldering point of a connector.

Barcode Scanner

Supported: DELI 14880 barcode scanner

HMI Setting

Items	Settings	Note
Protocol	Barcode Scanner
Connection	USB

Operating Procedures

Select [Barcode Scanner];

Set address for receiving;

Set correct length;

✎Note:

The protocol uploads the information acquired by the USB scanner to the HMI;
The acquired information is displayed in string mode, so it is necessary to use [characters input/display] object;
Recommended model: DELI 14880 barcode scanner;

Hitachi EHV Series(Ethernet)

Supported series: Hitachi EHV series

HMI Settings

Items	Settings	Note
Protocol	Hitachi EHV series
Connection	Ethernet
Port No.	3004~3007

Address List

Type	Register	Range	Format	Note
Bit	T	0 - 2545	T DDDD
	M	0 - 7FFF.f (Hex)	M HHHH.h
	X	0 – FFFF.f (Hex)	X H1H2H3H4.h	H1H2H3H4 Module main number H1: Remote number H2: Unit number H3: Slot number H4: Word number of Module H Sub number of Module For example:X21.3 Slot number 2 Word number of module is 1 Bit number of module is 3 Remote number and unit number are 0
	Y	0 – FFFF.f (Hex)	Y H1H2H3H4.h
	R	0 – FF.f (Hex)	R HH.h
	L	0 - 73FF.f (Hex)	L HHHH.h
Word	WM	0 - 7FFF (Hex)	WM HHHH
	WX	0 – FFFF (Hex)	WX H1H2H3H4	H1H2H3H4 Module main number H1: Remote number H2: Unit number H3: Slot number H4: Word number of module For example:WX21 Word number of module is 1 Slot number is 2 Remote number and unit number are 0
	WY	0 – FFFF (Hex)	WY H1H2H3H4
	WR	0 – FFFF (Hex)	WR HHHH
	WL	0 - 73FF (Hex)	WL HHHH
	TC	0 - 2559	TC DDDD

Communication settings in HMI

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

PLC Configuration

Connect with PLC, select[Online mode];

Set IP address, it is the same LAN parameters with HMI;

3) Save PLC communication parameter, and restart PLC

PLC Monitor Mode

Connect with PLC and choose to “online” mode

Open I/O monitor sheet1

During monitoring bit address,1 pts should be selected; during monitoring word address, 16 pts should be selected

Enter the register address, click OK to view the value of the register.

✎Note:

Both word registers and bit registers support even continuous read/write functions;
The range of registers is based on the specific PLC type;

Cable Wiring

IEC60870-5 104 Client

HMI Setting

Items	Settings	Note
Protocol	IEC60870-5 104 Client
Connection	Ethernet
Port No.	2404

Address List

Type	Register	Range
Bit	SPTB	0~16777215.7
	SCNA	0~16777215.7
	DPTB	0~16777215.7
	DCNA	0~16777215.7
	METF	0~16777215.7
	SENC	0~16777215.7
	SENA	0~16777215.7
	MENA	0~16777215.7
	METD	0~16777215.7
Word	SPTB	0~16777215
	SCNA	0~16777215
	DPTB	0~16777215
	DCNA	0~16777215
	SENA	0~16777215
	MENA	0~16777215
	METD	0~16777215
	INRO	0~16777215
	TIMESYN	0~16777215
	TIMEZ	0~16777215
	NTP	0~16777215
Double word	METF	0~16777215
Double word	SENC	0~16777215

Address Configuration

The address registers of the IEC60870-5-104 protocol are SPTB, SCNA, DPTB, DCNA, METF, and SENC. The protocol needs to be added with an extension tag "ASDU", which could only be added in the [Address Identification Library], other places are not editable, that is, the read address in the object or script is not editable.

Extended tag name

Address range for the extended tag.

Communication Settings

Enable HMI Ethernet in [Project Settings];

Set PLC IP in [Device IP] settings;

Cable Wiring

OpenCAN

OpenCan is based on CAN2.0 standard; OpenCAN protocols that could be configured autonomously to accept and send frames.

This protocol is only available in PI8000 series HMI.

HMI Settings

Items	Settings	Note
Protocol	OPENCAN
Connection	CAN port
Baud rate	250000

CAN frame setting in HMI

Click [OpenCAN setting] button in communication setting window;

Click [Add] to create a new frame;

No	Items	Description
1	Add	add a frame related to register address
2	Insert	Select the position where you want to insert a frame, and click [Insert frame] to add a new frame in front of the current frame position
3	Frame manager	This list shows some of the main parameters for each frame that the user adds
4	Modify	Modify the frames in frame management
5	Copy	Copy one frame to another
6	Delete	Remove the selected frames from the list by modifying the frames in frame management. If no frames are selected in the list, the first frame is deleted.
7	Empty	All frames in the list are cleared
8	Browse	Displays configuration files in XML format in IE
9	OK	Complete the configuration of the frame and exit

Set CANBUS frame in setting windows

No	Items	Description
1	ID	Set the ID of a can frame in hexadecimal format;
2	ID assign	split the ID by PF, PS, and SA;
3	Frame type	Select Standard frame or Extended Frame;
4	Frame format	Select between data frame and remote Frame;
5	Data	Set the data part of CAN frame, with two Numbers representing a hexadecimal number and Spaces spaced; Maximum support of 8 bytes is defined according to CAN message;
6	Use address	Set the register address related to the CAN frame, which corresponds to the register address set on the main state one by one. The data obtained from the address is assigned continuously; Edit: Set a bit or word address by its format; Option: Set address options related to frame, enter “register address option” interface, specifically browse the following “register address option” interface;
7	Data interactive configuration	There are two interactive modes of the touch screen. One is that the touch screen actively sends frames, and the device receives and processes and feeds back. The other, on the contrary, passively receives frames from the device for processing and feedback;
		Send after receiving: if this item is selected, the interaction of the touch screen will act as a passive party, and the touch screen will receive the CAN frame first and send feedback. Unchecked items interact in the opposite way;
		Feedback mode: feedback mode includes no response, confirm response and data response;
		No response: the device or touch screen will not receive feedback;
		Confirm response: the device or the touch screen will receive feedback with confirmation, which could be used to compare the data parts. If this function is used, the 20 addresses before and after this address should not be used. All addresses of cata10-cata30 could not be used with the reply confirmation function of cata20;
		Data response: the device or touch screen will receive feedback with data, and the data to be separated from the feedback frame should be set to store in the register address;
		response ID: if the address wants to receive data on a frame with a different ID, set this, check "different from sender", and enter a different ID in the following input box. Without this setting, the screen will receive and process a frame with the same ID as the sender;
		Response timeout: sets whether the response frame timeout;
8	Control address	If ticked, enable sending when the value of the corresponding control bit number (address) is non-0.
		Control bit: CtrlBit register range 0~255, if the control bit is ON, can instruction will run normally. Otherwise, it doesn't run;
		Manually send: a manually send tick indicates only one send;
9	Flag configuration	Communication control for each frame. Display OFF when communication is normal, and ON when communication is abnormal;
10	Note	Fill the text to explain the meaning of the frame;
11	Data assign	Preview the display in this table based on the address and the corresponding number of digits;
12	Current operation display	Display the description of current operation;
13	Add	Add a new frame;
14	Save frame	Save the configured frame format;
15	Cancel	Cancel the frame configuration;

Set CAN address (Read or write operation);

No.	Item	Description
1	Current address	Displays the register type and register address set by the user in the data access interface
2	Trigger	Two operations, "read" and "write," are based on on-screen registers
		If "read" is selected, the register address is reading device data in a manner of sending frames set by the user in a loop.
		If "write" is selected, the screen data of the register address will be written into the device. The writing mode is that the user makes a write operation on the screen, which will trigger the sending of a frame set by the user.
3	Data operation	The read and write operations in the trigger conditions are set accordingly.
		If the trigger condition is a read operation, this section needs to set the position and length of the data to be obtained at the current address in the frame.
		If the trigger condition is a writing operation, there are two situations: If the "add writing data to the frame" option is not selected, the frame set by the user will be sent directly when the user writes on the screen. Select the "add the written data to the frame" option, and when the user writes on the screen, the program will insert the data in the frame set by the user and send the written data to the frame set by the user according to the data insertion position and length set by the user.
	Position and length input format	If the register type is a bit address, the decimal point is required to represent the bits in the byte. For example, 1.1 represents the first bit of the first byte of 8 bytes in the data frame, and the length is in bits, and so on.
	Position and length input format	If the register type is word address, the integer only needs to represent the byte, such as 1, which represents the first byte of 8-byte data in the data frame, and the unit of length is byte, and so on.
4	Add	Add current configuration
5	Close	Close the configuration window to exit

Multiple Packages Settings

Check [Multiple packages supported] to open [Multiple package data] window, as below show.

Select Multiple package type

Not Multiple packages
J1939 Multiple packages
Customized Multiple packages

Click [Edit Receive data] for [Receive] settings

Start code+ Total length (J1939)

As set above set, J1939 command is received by the HMI, only when its length is 25 bytes, and the start code is 0x57, 0x1B;

Start code + Data max length (J1939)

As set above set, J1939 command is received by the HMI, only when its length less than 50 bytes, and the start code is 0x57, 0x1B;

Data max length (J1939)

As set above set, J1939 command is received by the HMI, only when its length less than 50 bytes.

Customized multiple package

As set above, It is received by the HMI, when the first frame starts with 0X57 0X1B, and the sum of the data lengths of multiple frames is equal to 79 bytes.

Click [Edit Send data] for [Send] setting

J1939

[Data] is all data to be sent.

Since the frame of the J1939 frame contains the number of the data packet, so the data sent is: the first byte (number) + 7 bytes of data. If it is less than 7 bytes, it is sent in the actual number of bytes.

Customized multiple package

12.PLC Protocol_html_78546f765d6f3deb.png

[Data] is all data to be sent.

As set above, fist frame length is 2 bytes, and others are sent with 6 bytes for every frame, if the last frame is less than 6 bytes, send according to the actual length.

Cable Wiring

✎Note: The address interval between each frame need to be more than a word address;

User Defined Protocol

If the device does not support MODBUS standard, and the protocol is not list in PIStudio, then user can define the protocol by following instruction to realize simply communication functions like sending and receiving commands.

HMI Settings

Items	Settings	Note
Protocol	User defined protocol
Connection	RS485/RS232
Baud rate	2400~187500
Stop bits	1/ 2
Data bits	7/ 8
Parity	None/ Even/ ODD

Operating Procedures

Select [User defined protocol];

Click [User defined protocol] button to open setting window as below;

Configure user defined command;

No	Item	Description
1	Instruction edit	The required command.
2	Mode	Write to address or read from the address.
3	Format	Encode format: HEX or ASCII.
4	Other	No receiving: HMI does not respond to the receiving command. Send after receiving: HMI responds to the receiving command.
5	Manually send	Respond once after trigger the address. Address: set the trigger address.
6	Add	Save this setting.
7	Cancel	Cancel current settings.
8	Add	Add a new command.
	Edit	Edit the selected command.
	Delete	Delete the selected command.
	Clear	Clear all the commands.
9	Instruction list	Display all current commands.
10	Address List	Display all the addresses added.
11	Import	Import the command files to the instruction list.
	Export	Export current command settings to local storage.
	Browse	Browse local command files.
	Advanced	Combine two commands.
	Exit	Complete editing and exit setting.

Operating Procedures

Click [Add] to create a new command, as below shows;

Select mode, [Read] or [Write], and then select Format, there are two options [Hex] and [ASCII]. As below shows;

Other settings: [No receiving] means HMI only sends command, and it would not process the reply command which from device. [Send after receiving] means HMI will be receiving the command which from device firstly, and then sending the command to device. From example, when HMI receiving [00 FF 00] firstly and then send command, as below shows

Check [Manually send], and then please set the address for trigging, the setting range is 1~10, and please put Bit switch in project screen for it, and [OneCtrlBit] register is for [Manually send].

Instruction edit, when the data format is HEX, please use two numbers to represent one 16-bit number. ASCII format using characters to input;

Check settings;

No	Items	Description
1	Add checking	Add checking command when receiving the data.
2	Back checking	Add control character in ASCII format.
2	Differ with send check	Set return checking.
3	Add control character	Start position: select the start position of the data which need to check.
3	Add control character	Length: The data length need to be checked.

Object settings;

No	Items	Description
1	Object settings	Object type: bit or word address;
		Address: the triggering address;
		Note: description to object;
2	Byte order	The numerical display order;

Data length settings;

No	Item	Description
1	Return data	Position: the start position of the return data.
		Length: the return data length.
2	Write data	Position: the start position of the write data.
		Length: the write data length.

Instruction length settings

No	Item	Description
1	Send length	The instruction data will only send designated data length.
2	Return length	The responds data length.
3	End code	Instruction will not be terminated until receiving [End code];

Cable Wiring

RS485

RS232

✎Note: COM3 only available in PI8000/PI9000 series.