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MOCHUAN STUDIO SOFTWARE MANUAL

1 Introduction.................................................................................................................................. 1
2 Quick start..................................................................................................................................... 1
2.1 Electrical connection of the screen................................................................................. 1
2.1.1 Connect to the power supply............................................................................................... 1
2.1.2 Connect to the computer...................................................................................................... 1
2.1.3 Serial port connection........................................................................................................... 2
2.1.4 USB Host connection............................................................................................................. 2
2.1.5 Network port using................................................................................................................ 2
2.2 Software downloading and installing............................................................................. 2
2.2.1 Software downloading.......................................................................................................... 3
2.2.2 Software installing................................................................................................................. 3
2.2.3 Installation is completed....................................................................................................... 3
2.3 First use............................................................................................................................. 4
2.4 Project download and upload....................................................................................... 10
2.4.1 Project decompiling............................................................................................................. 10
2.4.2 Project uploading................................................................................................................. 12
2.4.3 Project downloading............................................................................................................ 15
2.4.4 Project uploading to USB disk............................................................................................. 17
2.4.5 Project downloading from USB disk................................................................................... 17
3 Description for communication connection............................................................................ 22
3.1 Mitsubishi........................................................................................................................ 22
3.1.1 Mitsubishi_FX0S_FX0N_FX1S_FX1N_FX2.......................................................................... 22
3.1.2 Mitsubishi FX2N................................................................................................................... 23
3.1.3 Mitsubishi_FX3U_ENET_L................................................................................................... 24
3.1.4 Mitsubishi FX3U_FX3G........................................................................................................ 25
3.1.5 Mitsubishi_melsec_ethernet.............................................................................................. 26
3.1.6 Mitsubishi Melsec Q............................................................................................................ 27
3.2 Modbus RTU Server - Serial port service...................................................................... 29
3.3Modbus TCP Server– Ethernet service.......................................................................... 30
3.4 THINGET.......................................................................................................................... 31
3.5 DELTA............................................................................................................................... 32
3.6 KEYENCE.......................................................................................................................... 33
3.7 HollySys........................................................................................................................... 34
3.8 Yaskawa........................................................................................................................... 34
3.8.1 Yaskawa network device..................................................................................................... 34
3.8.2 Yaskawa................................................................................................................................ 35
3.9 Panasonic........................................................................................................................ 36
3.10 Hitachi............................................................................................................................38
3.11 Yokogawa...................................................................................................................... 39
3.12 OMRON......................................................................................................................... 41
3.13 Kinco.............................................................................................................................. 42

3.14 FATEK............................................................................................................................. 43
3.15 Inovance........................................................................................................................ 44
3.16 HC................................................................................................................................... 45
3.17 Kewei............................................................................................................................. 46
3.18 Mochuan....................................................................................................................... 47
3.18.1 M_fl2n_mistubishi_fx2n_compatable............................................................ 47
3.18.2 Differences between Mochuan_fl2n_mistubishi_fx2n_compatable and
Mochuan_fl2n_modbus....................................................................................................... 48
3.18.3 Mochuan_fl2n_modbus................................................................................... 49
3.19 TRIO............................................................................................................................... 50
3.19.1 TRIO _modbus................................................................................................... 50
3.19.2 TRIO _modbus_extend..................................................................................... 50
3.19.3 Differences between TRIO _modbus and TRIO _modbus_extend............... 51
3.20 Siemens......................................................................................................................... 51
3.20.1 Siemens S7_200................................................................................................ 51
3.20.2 Siemens S7_200 Network................................................................................ 52
3.20.3 Siemens S7_300 MPI........................................................................................ 53
3.20.4 Siemens S7_300_network................................................................................ 54
3.20.5 Siemens S7_1200_network.............................................................................. 55
3.20.6 Siemens S7_200 Network Module.................................................................. 56
3.21 MEGMEET..................................................................................................................... 57
3.22 MIKOM.......................................................................................................................... 59
3.23 LS.................................................................................................................................... 59
3.23.1 ls_mster_cpu_serial.......................................................................................... 59
3.23.2 ls_xgt_cpu_serial...............................................................................................60
3.24 Modbus......................................................................................................................... 61
3.24.1 Differences between Modbus_RTU and Modbus_RTU_Extend................... 61
3.24.2 Modbus_RTU..................................................................................................... 61
3.24.3 Modbus_ RTU _Extend..................................................................................... 62
3.24.4 Modbus_ TCP.................................................................................................... 63
3.24.5 Modbus_ UDP................................................................................................... 64
4 Detailed manual......................................................................................................................... 65
4.1 File.................................................................................................................................... 65
4.1.1 Save Project......................................................................................................... 65
4.1.2 Close Project........................................................................................................ 65
4.1.3 Save Project As.................................................................................................... 65
4.1.4 Project Used Recently......................................................................................... 65
4.1.5 Open Project........................................................................................................ 65
4.1.6 Create New Project............................................................................................. 66
4.1.7 Transform Project............................................................................................... 66
4.1.8 Exit........................................................................................................................ 66
4.2 View................................................................................................................................. 66
4.2.1 Outline................................................................................................................. 66

4.2.2 Project.................................................................................................................. 67
4.2.3 Reference............................................................................................................. 67
4.2.4 Current language.................................................................................................67
4.2.5 Current Status..................................................................................................... 67
4.2.6 Find and Replace................................................................................................. 68
4.2.7 Restore to the Default View............................................................................... 68
4.2.8 Window................................................................................................................ 68
4.2.9 Output.................................................................................................................. 69
4.2.10 Error................................................................................................................... 69
4.3 Edit................................................................................................................................... 69
4.3.1 Cancel................................................................................................................... 69
4.3.2 Recovery.............................................................................................................. 69
4.3.3 Find/Replace........................................................................................................ 69
4.3.4 Cut........................................................................................................................ 70
4.3.5 Copy..................................................................................................................... 70
4.3.6 Multi-Copy........................................................................................................... 70
4.3.7 Paste..................................................................................................................... 70
4.3.8 Delete................................................................................................................... 70
4.3.9 Inching.................................................................................................................. 70
4.3.10 Alignment.......................................................................................................... 70
4.3.11 Size..................................................................................................................... 70
4.3.12 Layer................................................................................................................... 70
4.3.13 Same Color........................................................................................................ 70
4.3.14 Group................................................................................................................. 70
4.3.15 Ungroup............................................................................................................. 70
4.3.16 Center horizontally........................................................................................... 71
4.3.17 Center vertically................................................................................................ 71
4.3.18 Lock.................................................................................................................... 71
4.3.19 Unlock................................................................................................................ 71
4.4 Window........................................................................................................................... 71
4.4.1 Create New Window........................................................................................... 71
4.4.2 Delete Window....................................................................................................71
4.4.3 Current Window Properties............................................................................... 71
4.4.4 Edit Starting LOGO Window............................................................................... 75
4.4.5 Show the Public Window....................................................................................75
4.4.6 Show the Lower Layer Window......................................................................... 76
4.4.7 Jump to the Target Window.............................................................................. 76
4.4.8 Show Grid............................................................................................................ 76
4.4.9 Grid alignment..................................................................................................... 76
4.4.10 Align to alignment line..................................................................................... 76
4.4.11 Grid Setting........................................................................................................ 76
4.4.12 Window Zoom................................................................................................... 77
4.5 Drawing........................................................................................................................... 77

4.5.1 Straight Line......................................................................................................... 77
4.5.2 Fold Line............................................................................................................... 78
4.5.3 Rectangle.......................................................................................................... 79
4.5.4 Polygon................................................................................................................ 81
4.5.5 Ellipse................................................................................................................... 85
4.5.6 Arc........................................................................................................................ 89
4.5.7 Sector................................................................................................................... 91
4.5.8 Sector Ring........................................................................................................... 92
4.5.9 Static Picture........................................................................................................94
4.5.10 Static Text........................................................................................................ 103
4.6 Component................................................................................................................... 115
4.6.1 Switch................................................................................................................. 115
4.6.2 Indicator Light................................................................................................... 146
4.6.3 Numeric Value and Character Display............................................................. 155
4.6.4 Toggle Switch and menu.................................................................................. 178
4.6.5 Timer and Data Transmission.......................................................................... 203
4.6.6 Brand Meter...................................................................................................... 215
4.6.7Curve Graphs...................................................................................................... 228
4.6.8 Scale................................................................................................................... 255
4.6.9 Table................................................................................................................... 264
4.6.10 Slider................................................................................................................ 272
4.6.11 Moving Component........................................................................................ 275
4.6.12 Window............................................................................................................278
4.6.13 List.................................................................................................................... 290
4.6.14 Tools................................................................................................................. 316
4.6.15 Pipeline............................................................................................................ 324
4.7Library............................................................................................................................. 331
4.7.1GraphicsLibrary.................................................................................................. 331
4.7.2Text Library......................................................................................................... 340
4.7.3Address Tag Library............................................................................................344
4.7.4 Audio Library.................................................................................................... 346
4.8Macro..............................................................................................................................351
4.8.1Create Macro...................................................................................................... 351
4.8.2Edit Macro.......................................................................................................... 353
4.8.3 EnablePassword Verification........................................................................... 354
4.8.4 Update MacroPassword................................................................................... 356
4.9 Recipe............................................................................................................................ 357
4.9.1General................................................................................................................358
4.9.2 Data Information............................................................................................... 362
4.10 Setup............................................................................................................................ 367
4.10.1 HMI settings.................................................................................................... 367
4.10.2 System Settings............................................................................................... 371
4.10.3Communication Settings................................................................................. 427

4.10.4 Options............................................................................................................ 452
4.11 Tools............................................................................................................................ 456
4.11.1 Compile............................................................................................................ 456
4.11.2Compile All........................................................................................................457
4.11.3Download........................................................................................................ 457
4.11.4 Pack to Disk................................................................................................. 457
4.11.5 Upload........................................................................................................... 458
4.11.6 Decompile..................................................................................................... 459
4.11.7 Offline Simulation........................................................................................ 460
4.12 Help.............................................................................................................................. 460
4.12.1Online Help....................................................................................................... 460
4.12.2Check for Updates........................................................................................ 460
4.12.3 About............................................................................................................... 461
4.13 General functions....................................................................................................... 461
4.13.1 Address editor................................................................................................. 461
4.13.2 Drawing............................................................................................................ 471
4.13.3Font settings..................................................................................................... 473
4.13.4 Graphic edit..................................................................................................... 477
4.13.5 Control settings............................................................................................... 482
4.13.6 Display.............................................................................................................. 492
4.13.7 Keyboard setting............................................................................................. 498
4.13.8 Label................................................................................................................. 503
4.13.9 Marquee.......................................................................................................... 507
4.13.10 Logic Control................................................................................................. 509
4.13.11 Shadow Effect............................................................................................... 517
4.13.12 Position.......................................................................................................... 518
4.13.13 Rotation......................................................................................................... 522
4.13.14 Dynamic Graphics......................................................................................... 523
4.13.15 Table Drawing............................................................................................... 525
4.13.16 Export CSV..................................................................................................... 527
5 Use topic................................................................................................................................... 530
5.1 Findand Replace............................................................................................................530
5.2 Reference...................................................................................................................... 531
5.3 Outline........................................................................................................................... 537
5.4 Macro.............................................................................................................................540
5.4.1 Macro Editor Introduction............................................................................... 541
5.4.2 A Macro example.............................................................................................. 547
5.5 Online software upgrade............................................................................................. 559
6 Appendix................................................................................................................................... 559
6.1The Use of Register........................................................................................................559
6.1.1 Word Register....................................................................................................559
6.1.2 Bit Register.........................................................................................................561
6.2 Built-in Functions.......................................................................................................... 563

6.2.1 Read Write Function......................................................................................... 564
6.2.2 System Functions.............................................................................................. 570
6.2.3 Computation and Conversion Function.......................................................... 575
6.2.4 Operator............................................................................................................ 576
6.3 System Prompts List..................................................................................................... 576

1 Introduction
The software“Mochuan Studio” you are using is a new configuration software product
developed by our R&D team for three years. It was produced with more than ten years of
technical experience and accumulation based on sufficient practices on man-machine interface
product development and field actualization. We believe you will feel our specialization and
concentration when you use this software. Thank you!

2 Quick start
2.1 Electrical connection of the screen
2.1.1 Connect to the power supply
The rated voltage of the screen is DC18~28V, and DC24V power supply is recommended. The
interface is at the back, as shown in Fig. 1, the “24V+” is connected to “DC24V”, the “24V-“ (or
"0V") is connected to “GND”. If the field is involved with a high interference, a highly reliable
earth must be connected to the “FG” port. (Note: FG- Frame Ground, the reference grounding for
the metal shell frame and the DC end.)

Fig. 1

2.1.2 Connect to the computer
The screen can be connected to the computer only via a USB data cable for project
uploading and downloading, as shown in Fig. 2.The communication with computer can be
realized when it is connected to the “USB SLAVE” end. The USB communication drive can be
installed by the system in default during software installation, or the drive can be manually
installed if it is damaged. The drive file is saved
directory:“C:\ProgramFiles(x86)\Mochuan\MochuanStudio 1.0\Driver”.

-1-

the

installation

Fig. 2

2.1.3 Serial port connection
The serial port of the screen is a standard DB 9-pin port supporting communication modes
RS232/485/422, as shown in Fig. 3. Different screen types are integrated with different quantities
of serial ports, and please refer to the Description for Communication Connection for the detailed
connecting method.

Fig. 3

2.1.4 USB Host connection
The screen is integrated with a USB Host device interface.This interface makes it easy to
upload or download the project and the prescript by using the U disk.The sampling or warning
data can also be saved in the U disk via this interface. A mouse or a keyboard with USB interface
can be connected via the USB interface. A set of wireless mouse and keyboard is also usable. As
shown in Fig. 4, a U disk can be directly inserted into the “USB HOST” port and be used.

Fig. 4

2.1.5 Network port using
The standard RJ-45 network interface is used in the screen for communication with any
down unit, as shown in Fig. 5. An RJ-45 plug can be directly inserted into the “Ethernet” port and
used.

Fig. 5

2.2 Software downloading and installing

-2-

2.2.1 Software downloading
The software “Mochuan Studio” can be downloaded from
http://oem.gongkongfan.net:8000/105/Studio/Packages/MochuanStudio-2.0.5418.0/ . There are
different versions according to the different operating systems (OS), as shown in Fig. 6.

Fig. 6

2.2.2 Software installing
Double click the “SETUP.exe” to install the software “Mochuan Studio”, as shown in Fig. 7.
Click the left button to start installation.

Fig. 7

2.2.3 Installation is completed.
Click the button to complete the software installation, as shown in Fig. 8.

-3-

Click here to
finish installation

Fig.8

2.3 First use
(1) Click the menu “File”–“New”, or click the shortcut “

(a)

-4-

”, as shown in Fig. 9.

(b)
Fig. 9
(2) Enter the project name and select the project saving path. The project name can be
Chinese, as shown in Fig. 10.

Fig. 10

(3) Select the touch screen type, as shown in Fig. 11.

Fig. 11

-5-

(4) Click the button “Next” and set the bus line communication mode for the touch screen,
as shown in Fig. 12.

(a) HMI Property

(b) COM

-6-

(c) Ethernet PLC (Or Service by Remote HMI)
Fig. 12
(5) After the project is initialized, click the button “Confirm” and the project is created, as
shown in Fig. 13.

Fig. 13
(6) Add an “Input” variable and a “Display” variable into the picture and set the properties,
as shown in Fig. 14.

-7-

(a)

(b)
Fig. 14

(7) Click “Offline simulating” button and wait till engineering is completed, as shown in Fig.
15.

-8-

Step1: Click “Offline Simulationn” button

Step2: Click “OK” button to confirm

Fig. 15
(8) Debug with the simulator to view the design effect, as shown in Fig. 16.

Display the data
Input a data

(a)

-9-

(b)

2.4 Project download and upload
2.4.1 Project decompiling
The project upload package file is operated for the project decompiling. The file type is fpg.
Decompiling can create a project package. The function of project package can be seen in Quick
start/Project download and upload/Project uploading or Quick start/Project download and
upload/Project uploading to USB disk.
①Firstly, click the tool button “Decompile”, select the package fpg file, set the project
saving path, and click the “Decompile” button, as shown in Fig. 17.

- 10 -

Fig. 17
② Enter the password for decompiling. The default password is “888888” which can be
modified can viewed in the “General Setting” of the software, as shown in Fig. 18.

Fig. 18
③After the “Decompile Success!” dialog box appears, click “OK” to complete the
decompiling, as shown in Fig. 19.

- 11 -

Fig. 19

2.4.2 Project uploading
①Click the “Upload” icon on the tool bar, set the communication mode, select to upload
the project, and start to upload the project, as shown in Fig. 20.

Fig. 20
②Enter the password for uploading, as shown in Fig. 21. The default password is “888888”
which can be modified in “Global Settings”, as shown in Fig. 22.

- 12 -

Fig. 21

Step1: click here

Step2: double click here

Step3: modify the password

Fig. 22
③Select the project uploading path and save the file name, and click “Save”.
④If the screen is correctly connected to the computer, the packaging operation will be
started for uploading. Select the “Project” option, and click the “Upload” button, as shown in Fig.

- 13 -

23. When the uploading operation is finished, the “Uploading Success!” dialog box pops up, as
shown in Fig. 24. Then click the “OK” button.

Fig. 23

Fig. 24

2.4.3 Project downloading
- 14 -

①Switch on the power supply to the touch screen, select “Download” in the software, and
wait till downloading is completed, as shown in Fig. 25.

Click here to download

Fig. 25
② Select the project downloading mode, USB or network, and click OK to download, as
shown in Fig. 26. If “Communication failure” appears, please check if the downloading line is
correctly connected (USB line or network line). If the downloading operation is failed, please cut
off the power supply to restart the HMI and try again.

- 15 -

Click here

Fig. 26
③ Wait till downloading is completed, and then click “OK”, as shown in Fig. 27.

(a)

- 16 -

(b)
Fig. 27

2.4.4 Project uploading to USB disk.
The uploading to USB disk is similar to the downloading from USB disk. Please see the details
in the Quick start/Project download and upload/Project Downloading from USB disk.
Select “Export the Project” in the 4th step.

2.4.5 Project downloading from USB disk
①Pack the project in the software and save it into the Usb disk, as shown in Fig. 28.

- 17 -

① Click here to
②Package file name

③Saving path

(a)

(b) Fig. 28

②Insert the USB disk into the touch screen. When the touch screen is activated, press and
hold at any point on the screen with a finger, as shown in Fig. 29.

- 18 -

Press and hold with a
finger after power on

Fig. 29
③Press the button “Setup” for uploading, as shown in Fig. 30. Select “Project” and enter
the password, as shown in Fig. 31. The default password for project management is “888888”
which can be modified in the “Global Setting” of the software.

Fig. 30

- 19 -

①Click here
②Click to enter the password

Fig. 31

④Select the package file in the USB disk on the tab page “Import” (if project uploading to a
USB disk is needed, please select the tab page “Export”. The path for uploading the project file
needs to be given), and wait till data transmission is completed, as shown in Fig. 32.

- 20 -

(a)

①Click “Project”
②Click “OK”

(b)

- 21 -

3 Description for communication connection
3.1 Mitsubishi
3.1.1 Mitsubishi_FX0S_FX0N_FX1S_FX1N_FX2


Mitsubishi FX series CPU port RS232 cable

Mitsubishi serial programming cable is used to communicate with the HMI device.


Mitsubishi FX series communication port RS232 cable



Mitsubishi FX series RS485-4 cable

- 22 -



Registers supported by Mitsubishi FX0S_FX0N_FX1S_FX1N_FX2

Device

Bit Address

Word Address

Format

Output relay

Y0-571

——

OOO

Input relay

X0-571

——

OOO

Internal relay

M0-7999

——

DDDD

Timer contact

T_bit0-255

——

DDD

Counter contact

C_bit0-255

——

DDD

Stepping relay

S0-9999

——

DDDD

Special internal relay

SM8000-9999

——

DDDD

Data register

——

D_word0-7999

DDDD

Special data register

——

SD8000-9999

DDDD

Timer current value

——

T_word0-255

DDD

Counter current value

——

C_word0-255

DDD

Notes

3.1.2 Mitsubishi FX2N
Mitsubishi FX series CPU port RS232 cable
Mitsubishi serial port programming cable is used to communicate wiht the HMI device.




Mitsubishi FX series communication port RS232 cable



Mitsubishi FX series RS485-4 cable

- 23 -



Registers supported by Mitsubishi FX2N:

Device

Bit Address

Word Address

Format

Output relay

Y0-571

——

OOO

Input relay

X0-571

——

OOO

Internal relay

M0-7999

——

DDDD

Timer contact

T_bit0-255

——

DDD

Counter contact

C_bit0-255

——

DDD

Stepping relay

S0-9999

——

DDDD

Special internal relay

SM8000-9999

——

DDDD

Data register

——

D_word0-7999

DDDD

Special data register

——

SD8000-9999

DDDD

Timer current value

——

T_word0-255

DDD

Counter current value

——

C_word0-199

DDD

Counter current value

——

C_dword200-255

DDD

3.1.3 Mitsubishi_FX3U_ENET_L
 Mitsubishi_FX3U_ENET_L cable

- 24 -

Notes

Registers supported by Mitsubishi_FX3U_ENET_L
Device

Bit Address

Word Address

Format

Output relay

Y0-377

——

OOO

Input relay

X0-377

——

OOO

Internal relay

M0-7999

——

DDDD

Special internal relay

SM8000-8511

——

DDDD

Stepping relay

S0-4095

——

DDDD

Timer

T0-511

——

DDD

Counter

C0-255

——

DDD

Data relay

D_bit0-17999.15

——

DDDDD.DD

Data register

——

D0-7999

DDDD

Special register

——

SD8000-8511

DDDD

File register

——

R0-32767

DDDDD

Timer current value

——

TV0-511

DDD

Counter current value

——

CV0-199

DDD

Counter current value

——

CV2 200-255

DDD

3.1.4 Mitsubishi FX3U_FX3G
Mitsubishi FX series CPU port RS232 cable
The Mitsubishi serial port cable is used to communicate between the HMI device and the
programming device.

Mitsubishi FX series communication port RS232 cable

Mitsubishi FX series RS485-4 cable

- 25 -

Notes

Registers supported by Mitsubishi FX3U_FX3G
Device

Bit Address

Word Address

Format

Output relay

Y0-764

——

OOO

Input relay

X0-764

——

OOO

Internal relay

M0-7999

——

DDDD

Timer contact

T_bit0-511

——

DDD

Counter contact

C_bit0-255

——

DDD

Stepping relay

S0-4095

——

DDDD

Special internal relay

SM8000-9999

——

DDDD

Data register bit

D_bit0.0-127999.F

——

DDDDDD.H

Data register

——

D_word0-17999

DDDDD

Special data register

——

SD8000-9999

DDDD

Timer current value

——

T_word0-511

DDD

File register

——

R0-32767

DDDDD

Counter current value

——

C_word0-199

DDD

Counter current value

——

C_dword200-255

DDD

3.1.5 Mitsubishi_melsec_ethernet
Mitsubishi Melsec Ethernet (Ascii/Bin)
Mitsubishi_Melsec_Ethernet (Ascii/Bin) cable

- 26 -

Notes

Registers supported by Mitsubishi_Melsec_Ethernet (Ascii/Bin)
Device

Bit Address

Word Address

Format

Output relay

Y0-FFFF

——

HHHH

Input relay

X0-FFFF

——

HHHH

Internal relay

M0-65535

——

DDDDD

Special internal relay

SM0-65535

——

DDDDD

Latch relay

L0-65535

——

DDDDD

Alarm

F0-65535

——

DDDDD

Variable address relay

V0-65535

——

DDDDD

Link relay

B0-FFFF

——

HHHH

Timer contact

TS0-65535

——

DDDDD

Timer coil

TC0-65535

——

DDDDD

Accumulative timer contact

SS0-65535

——

DDDDD

Accumulative timer coil

SC0-65535

——

DDDDD

Counter contact

CS0-65535

——

DDDDD

Counter coil

CC0-65535

——

DDDDD

Special link relay

SB0-FFFF

——

HHHH

Stepping relay

S0-65535

——

DDDDD

Data output relay

DY0-FFFF

——

HHHH

Data input relay

DX0-FFFF

——

HHHH

Data register

——

D0-65535

DDDDD

Special register

——

SD0-65535

Link register

——

W0-FFFF

HHHH

Stepping register

——

SW0-FFFF

HHHH

Timer current value

——

TN0-65535

DDDDD

Accumulative timer current value

——

SN0-65535

DDDDD

Counter current value

——

CN0-65535

DDDDD

Variable address register

——

Z0-65535

DDDDD

File register

——

R0-65535

DDDDD

File register

——

ZR0-393216

DDDDDD

3.1.6 Mitsubishi Melsec Q

- 27 -

Notes



Mitsubishi Melsec Series Q RS232 cable



Mitsubishi Melsec Series Q (Special) RS232 cable



Mitsubishi MelsecSeries Q C24 communication module RS232 cable



Mitsubishi Melsec Series Q C24 communication module RS485-4 cable



Registers supported by Mitsubishi Melsec Q:

Device

Bit Address

Word Address

Format

Data output relay

DDY0-7FF

——

HHH

Data input relay

DX0-7FF

——

HHH

Stepping relay

S0-2047

——

DDDD

Special link relay

SB0-3FF

——

HHH

- 28 -

Notes

Counter coil

CC0-511

——

DDD

Counter contact

CS0-511

——

DDD

Accumulative timer coil

SC0-511

——

DDD

Accumulative timer contact

SS0-511

——

DDD

Timer coil

TC0-511

——

DDD

Link relay

B0-7FF

——

HHH

Variable address relay

V0-1023

——

DDDD

Alarm

F0-1023

——

DDDD

Latch relay

L0-2047

——

DDDD

Internal relay

M0-8191

——

DDDD

Output relay

Y0-7FF

——

HHH

Input relay

X0-7FF

——

HHH

Timer contact

TS0-511

——

DDD

Data register

——

D0-11135

DDDDD

File register

——

ZR0-65535

DDDDD

Variable address register

——

Z0-9

Stepping register

——

SW0-3FF

HHH

File register

——

R0-32767

DDDDD

Counter current value

——

CN0-511

DDD

Accumulative timer current

——

SN0-511

DDD

Timer current value

——

TN0-511

DDD

Link register

——

W0-7FF

HHH

value

3.2 Modbus RTU Server - Serial port service
Modbus RTU Server series RS232 cable

Modbus RTU Server series RS485-2 cable

- 29 -

Modbus RTU Server series RS485-4 cable

Registers supported by Modbus RTU Server:
Device

Bit Address

Word Address

Format

Notes

System internal/external output node

LB0-65535

——

DDDDD

LBn: 0X(n+1) n: 0-65535
Fox example: LB0 = 0X1

System internal/external input node

LB0-65535

——

DDDDD

LBn: 1X(n+1) n: 0-65535
Fox example: LB0 = 1X1

Analog input data relay

——

LW0-9998

DDDDD

LWn: 3X(n+1) n: 0-9998
Fox example: LW0 = 3X1

Analog input data relay

——

RW0-55535

DDDDD

RWn: 3X(n+10000)
n: 0-55535
Fox example: RW0 =
3X10000

Data register

——

LW0-9998

DDDDD

LWn: 4X(n+1) n: 0-9998
Fox example: LW0 = 4X1

Data register

——

RW0-55535

DDDDD

RWn: 4X(n+10000)
n: 0-55535
Fox example: RW0 =
4X10000

3.3Modbus TCP Server– Ethernet service
Modbus TCP Server cable

- 30 -

Registers supported by Modbus TCP Server
Device

Bit Address

Word Address

Format

Notes

System internal/external output node

LB0-65535

——

DDDDD

LBn: 0X(n+1) n: 0-65535
Fox example: LB0 = 0X1

System internal/external input node

LB0-65535

——

DDDDD

LBn: 1X(n+1) n: 0-65535
Fox example: LB0 = 1X1

Analog input data relay

——

LW0-9998

DDDDD

LWn: 3X(n+1) n: 0-9998
Fox example: LW0 = 3X1

Analog input data relay

——

RW0-55535

DDDDD

RWn: 3X(n+10000)
n: 0-55535
Fox example: RW0 =
3X10000

Data register

——

LW0-9998

DDDDD

LWn: 4X(n+1) n: 0-9998
Fox example: LW0 = 4X1

Data register

——

RW0-55535

DDDDD

RWn: 4X(n+10000)
n: 0-55535
Fox example: RW0 =
4X10000

3.4 THINGET

- 31 -



THINGET Controller series RS232 cable



THINGET Controller Series RS485-2 cable



Registers supported by THINGET Controller:

Device

Bit Address

Word Address

Format

Status node

S0-99999

——

DDDDD

Counter node

C0-99999

——

DDDDD

Timer node

T0-99999

——

DDDDD

Interal relay node

M0-99999

——

DDDDD

Output relay node

Y0.0-303237.7

——

OOOOOO.0

Input relay node

X0.0-303237.7

——

OOOOOO.0

FlashROM register

——

FD0-9999

DDDD

Data register

——

D0-9999

DDDD

Timer

——

TD0-9999

DDDD

Counter

——

CD0-9999

DDDD

3.5 DELTA


DELTA DVP series RS232 cable

- 32 -

Notes



DELTA DVP series RS485-2 cable



Registers supported by DELTA DVP:

Device

Bit Address

Word Address

Format

External output node

Y0-9999

——

OOOO

External inputnode

X0-9999

——

OOOO

Internal auxiliary node

M0-9999

——

DDDD

Sequence control node

S0-9999

——

DDDD

Timer node

T0-9999

——

DDDD

Counter node

C0-9999

——

DDDD

Timer buffer

——

TV0-9999

DDDD

Counter buffer

——

CV0-127

DDD

Counter buffer (32 bit)

——

CV2 232-255

DDD

Data register

——

D0-65535

DDDDD

Notes

3.6 KEYENCE


KEYENCE KV-1000-3000 series CPU port RS232 cable



Registers supported by KEYENCE KV-1000-3000:

Device

Bit Address

Word Address

Format

Latch relay

LR0.0-15999.15

——

DDDDD.DD

Internal auxiliary relay

MR0.0-15999.15

——

DDDDD.DD

Control relay

CR0.0-639.15

——

DDD.DD

relay

R0.0-15999.15

——

DDDDD.DD

Extended data memory

——

FM0-32767

DDDDD

Extended data memory

——

EM0-65534

DDDDD

High speed counter comparator

——

TC0-3999

DDDD

Timer

——

TM0-511

DDD

- 33 -

Notes

Counter

——

CM0-9999

DDDD

Variable address register

——

Z0-12

Data memory

——

DM0-65534

DDDDD

3.7 HollySys


HollySys LM series RS232 cable



HollySys LM series RS485-2 cable



Registers supported by HollySys LM:

Device

Bit Address

Word Address

Format

External output node

Q0.0-4095.7

——

DDDD.O

External inputnode

I0.0-4095.7

——

DDDD.O

Intermediate auxiliary register bit

M100.0-62535.7

——

DDDDD.O

Notes

M0-99(Used by
systematic diagnoses)

Analog output register

——

QW0-510

DDDD

Analog input register

——

IW0-4095

DDDD

Intermediate register

——

MW0-8188

DDDD

Intermediate register(32 bit)

——

MD0-8186

DDDD

3.8 Yaskawa
3.8.1 Yaskawa network device


Yaskawa UDP Slave cable

- 34 -



Registers supported by Yaskawa UDP slave:

Device

Bit Address

Word Address

Format

Coil

MB0.0-65534.F

——

DDDDD.H

Inputrelay

IB0.0-FFFF.F

——

HHHH.H

Output relay

QB0.0-FFFF.F

——

HHHH.H

Hold register

——

MW0-65534

DDDDD

Inputregister

——

IW0-FFFF

HHHH

Output register

——

QW0-FFFF

HHHH

Hold register

——

ML0-65534

DDDDD

3.8.2 Yaskawa


Yaskawa MP Series SIO (Extension) cable



Registers supported by Yaskawa MP Series SIO (Extension):

- 35 -

Notes

Device

Bit Address

Word Address

Format

Coil

MB0.0-65534.F

——

DDDDD.H

Inputrelay

IB0.0-FFFF.F

——

HHHH.H

Hold register

——

MW0-65534

DDDDD

Input register

——

IW0-FFFF

HHHH

3.9 Panasonic


Panasonic FP series RS232 cable



Panasonic FP series CPU terminal RS232 cable



Panasonic FP series communication card RS232 cable.



Panasonic FP2/3 series RS232 cable



Panasonic FP series RS485-2 cable

- 36 -

Notes



Panasonic FP3 series RS485-4 programming port cable



Panasonic FP series (other modules) RS485-4 cable



Registers supported by Panasonic FP0/FPX:

Device

Bit Address

Word Address

Format

External output node

Y0-9999.F

——

DDDD.H

External input node

X0-9999.F

——

DDDD.H

Timer bit

T0-9999

——

DDDD

Counter bit

C0-9999

——

DDDD

Link auxiliary node

L0-9999.F

——

DDDD.H

Internal auxiliary node

R0-9999.F

——

DDDD.H

T/C current value

——

EV0-65535

DDDDD

T/C set value

——

SV0-9999

DDDD

Data register

——

DT0-99999

DDDDD

Output register

——

WY0-32767

DDDDD

Input register

——

WX0-32767

DDDDD

Internal auxiliary register

——

WR0-32767

DDDDD

Link data register

——

LD0-99999

DDDDD

Link register

——

WL0-32767

DDDDD

- 37 -

Notes

File register

——

FL0-99999

DDDDD

3.10 Hitachi


EHV-CPU_APPLICATION series programming cable



EHV-CPU_APPLICATION series RS232 cable



EHV-CPU_APPLICATION series RS485-4 cable



Registers supported by EHV-CPU_ APPLICATION

- 38 -



Notice (Similar for other address types)

3.11 Yokogawa
Yokogawa FA-M3 series RS232 cable
Yokogawa serial port programming cable is used to communicate with the HMI device.




Yokogawa FA-M3 series RS232 cable

- 39 -



Yokogawa FA-M3 series RS485-4 cable



Yokogawa FA-M3 series RS4852 cable



Registers supported by Yokogawa FA-M3:

- 40 -

3.12 OMRON
Omron CP1H_CP1L


OMRON CP1H_CP1L series RS232 cable



OMRON CP1H_CP11 series (communication module) RS485-2 cable



OMRON CP1H_CP1L series RS485-4 cable



OMRON CP1H_CP1L series (communication module) RS485-4 cable



Registers supported by OMRON CP1H_CP1L

- 41 -

3.13 Kinco


Kinco series RS232 cable



Kinco series RS485-2 cable



Registers supported by Kinco

Device

Bit Address

Word Address

Format

System internal/external input node

I0.0-31.7

——

DD.O

System internal/external output node

Q0.0-31.7

——

DD.O

Intermediate auxiliary register

M0.0-31.7

——

DD.O

Intermediate bit register

VW0.0-4094.7

——

DDDD.O

Analog input register

——

AIW0-62

Analog output register

——

AQW0-62

Intermediate register

——

VW0-4094

DDDD

- 42 -

Notes

Intermediate register

——

VD0-4092

DDDD

3.14 FATEK


FATEK FB series RS232 cable



FATEK FB special series RS232 cable



FATEK FB series CB module RS232 cable



FATEK FB series R485-2 cable



registers supported by FATEK FB

Device

Bit Address

Word Address

Format

External output node

Y0-9999

——

DDDD

External inputnode

X0-9999

——

DDDD

Internal auxiliary node

M0-9999

——

DDDD

Sequence control node

S0-9999

——

DDDD

Timer node

T0-9999

——

DDDD

Counter node

C0-9999

——

DDDD

- 43 -

Notes

Data register

——

R0-9999

DDDD

Data register

——

D0-9999

DDDD

Timer buffer

——

T0-9999

DDDD

Counter buffer

——

C0-199

DDD

Counter buffer (32bit)

——

DRC200-255

DDD

3.15 Inovance
Inovance_H2u series CPU port RS232 cable
Inovance serial port programming cable is used to communicate with the HMI device.




Inovance_H2U series communication port RS232 cable



Inovance_H2u series RS485-4 cable



Inovance_H2u series module RS485-4 cable



Registers supported by Inovance_H2U

Device

Bit Address

Word Address

Format

Output relay

Y0-571

——

OOO

Input relay

X0-571

——

OOO

Internal relay

M0-7999

——

DDDD

- 44 -

Notes

Timer contact

T_bit0-255

——

DDD

Counter contact

C_bit0-255

——

DDD

Stepping relay

S0-9999

——

DDDD

Special internal relay

SM8000-9999

——

DDDD

Data register

——

D_word0-7999

DDDD

Special data register

——

SD8000-9999

DDDD

Timer current value

——

T_word0-255

DDD

Counter current value

——

C_word0-199

DDD

Counter current value

——

C_dword200-255

DDD

3.16 HC


HC series PLC series CPU port RS232 cable

HC serial port programming cable is used to communicate with the HMI device.


HC series PLC circular 8-pin RS485-4 cable



Registers supported by HCFA HCA2s_HCA2c_HCA2_LX1N_LX1S

Device

Bit Address

Word Address

Format

Output relay

Y0-571

——

OOO

Input relay

X0-571

——

OOO

Internal relay

M0-7999

——

DDDD

Timer contact

T_bit0-255

——

DDD

Counter contact

C_bit0-255

——

DDD

Stepping relay

S0-9999

——

DDDD

Special internal relay

SM8000-9999

——

DDDD

Data register

——

D_word0-7999

DDDD

Special data register

——

SD8000-9999

DDDD

Timer current value

——

T_word0-255

DDD

Counter current value

——

C_word0-255

DDD



Registers supported by HCFA HCA4

- 45 -

Notes



Registers supported by HCFA HCA8s_HCA8c_HCA8

Device

Bit Address

Word Address

Format

Output relay

Y0-764

——

OOO

Input relay

X0-764

——

OOO

Internal relay

M0-7999

——

DDDD

Timer contact

T_bit0-511

——

DDD

Counter contact

C_bit0-511

——

DDD

Stepping relay

S0-4095

——

DDDD

Special internal relay

SM8000-9999

——

DDDD

Data register bit

D_bit0.0-7999.F

——

DDDD.H

Data register

——

D_word0-7999

DDDD

Special data register

——

SD8000-9999

DDDD

Timer current value

——

T_word0-255

DDD

R0-32767

DDDDD

File register
Counter current value

——

C_word0-199

DDD

Counter current value

——

C_dword200-255

DDD

3.17 Kewei


Kewei cable

- 46 -

Notes



Registers supported by Kewei

Device

Bit Address

Word Address

Format

Output relay

Y0-377

——

OOO

Input relay

X0-377

——

OOO

Internal relay

M0-7999

——

DDDD

Timer contact

T_bit0-255

——

DDD

Counter contact

C_bit0-255

——

DDD

Stepping relay

S0-9999

——

DDDD

Special internal relay

SM8000-9999

——

DDDD

Data register

——

D_word0-7999

DDDD

Special data register

——

SD8000-9999

DDDD

Timer current value

——

T_word0-255

DDD

Counter current value

——

C_word0-199

DDD

Counter current value

——

C_dword200-255

DDD

Notes

3.18 Mochuan
3.18.1 Mochuan_fl2n_mistubishi_fx2n_compatable
Mochuan(MISTUBISHI FX2N COMPATIBLE)

Mochuan FL2N series RS232 cable



Mochuan FL2N series RS485-2 cable



Registers supported by Mochuan FL2N(MISTUBISHI FX2N COMPATIBLE)

Device

Bit Address

Word Address

Format

External input node

X000-571

——

OOO

External output node

Y000-571

——

OOO

Internal auxiliary node

S0000-9999

——

DDDD

Special auxiliary node

SM8000-9999

——

DDDD

Timer node

T_bit000-255

——

DDD

- 47 -

Notes

Counter node

C_bit000-255

——

DDD

Timer buffer

——

T_word000-255

DDD

Counter buffer

——

C_word000-255

DDD

Counter buffer (32 bit)

——

C_dword200-255

DDD

Data register

——

D0000-7999

DDDD

Special data register

——

SD8000-9999

DDDD

3.18.2 Differences between Mochuan_fl2n_mistubishi_fx2n_compatable
and Mochuan_fl2n_modbus
Differences between Mochuan FL2N(MISTUBISHI FX2N COMPATIBLE) and Mochuan
FL2N(modbus): Mochuan FL2N(MISTUBISHI FX2N COMPATIBLE) is compatible with Mitsubishi,
while Mochuan FL2N(modbus) is compatible with MODBUS.
Additional description:
① If modbus applies PLC Addresses (Base 1), please refer to the table below for the
address correspondence
Device

Type

Address

Protocol address

Function code

Bit

Y0-377

0001-0256

1,5,15

Bit

x0-377

1201-1456

1,5,15
2

Bit

M0-M2047

2001-4048

1,5,15

Bit

SM0-SM511

4401-4912

1,5,15

Bit

S0-S999

6001-7000

1,5,15

Bit

T0-T255

8001-8256

1,5,15

Bit

C0-C255

9201-9456

1,5,15

Word

D0-D4095

0001-4096

3,6,16

Word

SD0-SD511

8001-8512

3,6,16

Word

T0-T255

9001-9256

3,6,16

Word

C0-C199

9501-9700

3,6,16

Double word

C200-C255

9701-9756

3,16

② If modbus applies Protocol Addresses (Base 0), please refer to the table below for the
address correspondence
Device

Type

Address

Protocol address

Function code

Bit

Y0-377

0000-0255

1,5,15

Bit

x0-377

1200-1455

1,5,15
2

- 48 -

Bit

M0-M2047

2000-4047

1,5,15

Bit

SM0-SM511

4400-4911

1,5,15

Bit

S0-S999

6000-6999

1,5,15

Bit

T0-T255

8000-8255

1,5,15

Bit

C0-C255

9200-9455

1,5,15

Word

D0-D4095

0000-4095

3,6,16

Word

SD0-SD511

8000-8511

3,6,16

Word

T0-T255

9000-9255

3,6,16

Word

C0-C199

9500-9699

3,6,16

Double word

C200-C255

9700-9755

3,16

3.18.3 Mochuan_fl2n_modbus
MochuanFL2N (Modbus compatible protocol)


Mochuan FL2N series RS232 cable



Mochuan FL2N series RS485-2 cable



Registers supported by Mochuan Fl2N (Modbus)

Device

Bit Address

Word Address

Format

External input node

X0-571

——

OOO

External output node

Y00-571

——

OOO

Internal auxiliary node

S0-999

——

DDD

Internal auxiliary node

M0-2047

——

DDDD

Special auxiliary node

SM0-511

——

DDD

Timer node

T_bit0-255

——

DDD

Counter node

C_bit0-255

——

DDD

Analog output register

——

AQ0-255

DDD

Analog input register

——

AI0-255

DDD

Timer buffer

——

T_word0-255

DDD

Counter buffer

——

C_word0-255

DDD

Counter buffer (32 bit)

——

C_dword200-255

DDD

- 49 -

Notes

Data register

——

D0-4095

DDDD

Special data register

——

SD0-511

DDDD

3.19 TRIO
3.19.1 TRIO _modbus


TRIO_modbus series RS232 cables



TRIO_modbus series RS485-4 cable



Registers supported by TRIO_modbus

Device

Bit Address

Word Address

Format

System internal/external output node

0X1-65535

——

DDDDD

System internal/external input node

1X1-65535

——

DDDDD

Analog input data register

——

3X1-65535

DDDDD

Data register

——

4X1-65535

DDDDD

3.19.2 TRIO _modbus_extend


TRIO_modbus_extend series RS232 cable

- 50 -

Notes



TRIO_modbus_extend series RS485-4 cable



Registers supported by TRIO_modbus_extend

Device

Bit Address

Word Address

Format

System internal/external output node

0X1-65535

——

DDDDD

System internal/external input node

1X1-65535

——

DDDDD

Analog input data bit

3X_BIT1.0-65535.15

——

DDDDD.DD

Data register bit

4X_BIT1.0-65535.15

——

DDDDD.DD

Analog input data register

——

3X1-65535

DDDDD

Data register

——

4X1-65535

DDDDD

Data register

——

5X1-65535

DDDDD

Data register

——

6X1-65535

DDDDD

Data register

——

3X-DINV1-65535

DDDDD

Data register

——

4X-DINV1-65535

DDDDD

Notes

3.19.3 Differences between TRIO _modbus and TRIO _modbus_extend
Many data memory such as analog input data bit, data register bit and data register are
added into TRIO_modbus_extend on the base of TRIO_modbus.

3.20 Siemens
3.20.1 Siemens S7_200
Siemens S7-200 series RS232 cable
Siemens serial port programming cable is used to communicate with HMI device.




Siemens S7-200 series RS485-2 cable

- 51 -



Registers supported by Siemens S7-200

Device

Bit Address

Word Address

Format

Digital output and Peripheral image register node

Q.B0.0-127.7

——

DDD.O

Internal memory bit

M.B0.0-255.7

——

DDD.O

Digital input and Peripheral image register node

I.B0.0-127.7

——

DDD.O

Special memory bit

SM.B0.0-4399.7

——

DDDD.O

Variable memory node

V.B0.0-81919.7

——

DDDDD.O

Timer bit

Tim0-255

——

DDD

Counter bit

Cnt0-255

——

DDD

SCR node

S.B0.0-255.7

——

DDD.O

Digital output and Peripheral image register

——

QW0-14

Digital output and Peripheral image register (32 bit)

——

QD0-12

Digital input and Peripheral image register

——

IW0-14

Digital input and Peripheral image register (32 bit)

——

ID0-12

Internal memory

——

MW0-30

Internal memory (32 bit)

——

MD0-28

Analog output

——

AQW0-62

Analog input

——

AIW0-62

SCR

——

SW0-30

SCR (32 bit)

——

SD0-28

Special memory register

——

SMW0-548

DDD

Special memory register (32 bit)

——

SMD0-546

DDD

Variable memory

——

VW0-10238

DDDDD

Variable memory (32 bit)

——

VD0-10236

DDDDD

Timer current value

——

Tim0-255

DDD

Counter current value

——

Cnt0-255

DDD

3.20.2 Siemens S7_200 Network


Siemens S7-200 Network Cable

- 52 -

Notes



Registers supported by siemens S7-200 Network:

Device

Bit Address

Word Address

Format

Digital output and Peripheral image register node

Q.B0.0-127.7

——

DDD.O

Internal memory bit

M.B0.0-255.7

——

DDD.O

Digital input and Peripheral image register node

I.B0.0-127.7

——

DDD.O

Variable memory node

V.B0.0-65535.7

——

DDDDD.O

Digital output and Peripheral image register

——

QW0-14

Digital output and Peripheral image register (32 bit)

——

QD0-12

Digital input and Peripheral image register

——

IW0-14

Digital input and Peripheral image register (32 bit)

——

ID0-12

Internal memory

——

MW0-30

Internal memory (32 bit)

——

MD0-28

Variable memory

——

VW0-8190

DDDDD

Variable memory (32 bit)

——

VD0-8188

DDDDD

3.20.3 Siemens S7_300 MPI
Siemens S7-300 MPI series RS232 cable
SIEMENS serial port programming cable is used to communicate with HMI device.




Siemens S7-300 MPI series RS485-2 cable



Registers supported by Siemens S7-300 MPI

Device

Bit Address

Word Address

Format

External output node

Q.B0.0-511.7

——

DDD.O

External input node

I.B0.0-511.7

——

DDD.O

- 53 -

Notes

Internal auxiliary node

M.B0.0-4095.7

——

DDDD.O

Data register node

DBn_DBX0.0-9999.7

——

DDDD.O

The main address
can be set during
the hardware
configuration.

External output register

——

QW0-126

DDD

External output register (32 bit)

——

QD0-124

DDD

External input register

——

IW0-126

DDD

External input register (32 bit)

——

ID0-124

DDD

Internal register

——

MW0-2046

DDDD

Internal register (32 bit)

——

MD0-2044

DDDD

Data register

——

DBn_DBW0-65534

DDDDD

The main address
can be set during
the hardware
configuration.

Data register (32 bit)

——

DBn_DBD0-65532

DDDDD

The main address
can be set during
the hardware
configuration.

3.20.4 Siemens S7_300_network


Siemens S7-300 Network cable

- 54 -



Registers supported by S7-300 Network

Device

Bit Address

Word Address

Format

External output node

Q.B0.0-2047.7

——

DDDD.O

External input node

I.B0.0-2047.7

——

DDDD.O

Data register node

DBn_DBX0.0-9999.7

——

DDDD.O

Notes

The main address
can be set during
the hardware
configuration.

External output register

——

QW0-2046

DDDD

External output register (32 bit)

——

QD0-2044

DDDD

External input register

——

IW0-2046

DDDD

External input register (32 bit)

——

ID0-2044

DDDD

Internal register

——

MW0-2046

DDDD

Internal register (32 bit)

——

MD0-2044

DDDD

Data register

——

DBn_DBW0-65534

DDDDD

The main address
can be set during
the hardware
configuration.

Data register (32 bit)

——

DBn_DBD0-65532

DDDDD

The main address
can be set during
the hardware
configuration.

3.20.5 Siemens S7_1200_network


Siemens S7-1200 Network cable

- 55 -



Registers supported by S7-1200

Device

Bit Address

Word Address

Format

External output node

Q.B0.0-127.7

——

DDD.O

External input node

I.B0.0-127.7

——

DDD.O

Internal auxiliary node

M.B0.0-2047.7

——

DDDD.O

Data register node

DBn_DBX0.0-6553

——

DDDDD.O

5.7

Notes

The main address can be
set during the hardware
configuration.

External output register

——

QW0-126

DDD

External output register (32

——

QD0-124

DDD

External input register

——

IW0-126

DDD

External input register (32

——

ID0-124

DDD

Internal register

——

MW0-2046

DDDD

Internal register (32 bit)

——

MD0-2044

DDDD

Data register

——

DBn_DBW0-65534

DDDDD

bit)

The main address can be
set during the hardware
configuration.

Data register (32 bit)

——

DBn_DBD0-65532

DDDDD

The main address can be
set during the hardware
configuration.

3.20.6 Siemens S7_200 Network Module


Siemens S7-200 Network Module cable

- 56 -



Registers supported by Siemens S7-200 Network Module

Device

Bit Address

Word Address

Format

Digital output and Peripheral image register node

Q.B0.0-127.7

——

DDD.O

Internal memory bit

M.B0.0-255.7

——

DDD.O

Digital input and Peripheral image register node

I.B0.0-127.7

——

DDD.O

Variable memory node

V.B0.0-65535.7

——

DDDDD.O

Digital output and Peripheral image register

——

QW0-14

Digital output and Peripheral image register (32 bit)

——

QD0-12

Digital input and Peripheral image register

——

IW0-14

Digital input and Peripheral image register (32 bit)

——

ID0-12

Internal memory

——

MW0-30

Internal memory (32 bit)

——

MD0-28

Variable memory

——

VW0-8190

DDDD

Variable memory (32 bit)

——

VD0-8188

DDDD

3.21 MEGMEET


MEGMEET M280 series CPU port RS232 cable

- 57 -

Notes



MEGMEET M280 series communication port RS232 cable



MEGMEET M280 series RS485-2 cable



Registers supported by MEGMEET M280

Device

Bit Address

Word Address

Format

Output relay

Y0-571

——

OOO

Input relay

X0-571

——

OOO

Internal relay

M0-10239

——

DDDDD

Timer contact

T_bit0-511

——

DDD

Counter contact

C_bit0-511

——

DDD

Stepping relay

S0-4096

——

DDDD

Special internal relay

SM0-511

——

DDD

Auxiliary register

——

R0-32767

DDDDD

Data register

——

D_word0-7999

DDDD

Special data register

——

SD0-511

DDD

Variable address register

——

Z0-15

Timer current value

——

T_word0-511

DDD

Counter current value

——

C_word0-199

DDD

Counter current value

——

C_dword200-255

DDD

- 58 -

Notes

3.22 MIKOM


MIKOM MX1H series CPU port RS232 cable



MIKOM MX1H series RS485-2 cable



Registers supported by MIKOM MX1H

Device

Bit Address

Word Address

Format

Output relay

Y0-777

——

OOO

Input relay

X0-777

——

OOO

Internal relay

M0-4095

——

DDDD

Timer contact

T_bit0-511

——

DDD

Counter contact

C_bit0-511

——

DDD

Stepping relay

S0-1535

——

DDDD

Special internal relay

SM0-511

——

DDD

Auxiliary register

——

Un 0-199

DDD

Data register

——

D0-32767

DDDDD

Special data register

——

SD0-511

DDD

Variable address register

——

Z0-255

DDD

Timer current value

——

T_word0-511

DDD

Counter current value

——

C_word0-199

DDD

Counter current value

——

C_dword200-255

DDD

3.23 LS
3.23.1 ls_mster_cpu_serial


LS Master_K CPU Serial S232 cable

- 59 -

Notes

n: 0-7



Registers supported by LS Master_K CPU Serial

ls_xgt_cpu_serial
LS XGT CPU Serial RS232 cable



Registers supported by LS XGT CPU Serial

- 60 -

3.24 Modbus
3.24.1 Differences between Modbus_RTU and Modbus_RTU_Extend
Many data memory such as analog input data bit, data register bit and function code data
register are added into Modbus_RTU_Extend on the base of Modbus_RTU.

Modbus_RTU
Modbus RTU series RS232 cable

- 61 -



Modbus RTU series RS485-2 cable



Modbus RTU series RS485-4 cable



Registers supported by RTU:

Device

Bit Address

Word Address

Format

System internal/external output node

0X1-65535

——

DDDDD

System internal/external input node

1X1-65535

——

DDDDD

Analog input data register

——

3X1-65535

DDDDD

Data register

——

4X1-65535

DDDDD

3.24.3 Modbus_ RTU _Extend
Modbus RTU Extend


Modbus RTU Extend series RS232 cable



Modbus RTU Extend series RS485-2 cable

- 62 -

Notes



Modbus RTU Extend series RS485-4 cable



Registers supported by Modbus RTU Extend:

Device

Bit Address

Word Address

Format

System internal/external output node

0X1-65535

——

DDDDD

System internal/external input node

1X1-65535

——

DDDDD

Analog input data bit

3X1_BIT1.0-

——

DDDDD.DD

——

DDDDD.DD

Notes

65535.15
Data register bit

4X1_BIT1.065535.15

Analog input data register

——

3X1-65535

DDDDD

Data register

——

4X1-65535

DDDDD

Data register

——

5X1-65535

DDDDD

Data register

——

6X1-65535

DDDDD

Data register

——

3X-DINV1-65535

DDDDD

Data register

——

4X-DINV1-65535

DDDDD

Notice:
4X_DINV and 3X_DINV are the big end format of double word 4X, and it is a word type


address. For example, 4X3 is the hexadecimal 1234, 4X4 is the hexadecimal 5678, and 4X_DINV is
the hexadecimal 12345678.

Modbus_ TCP
Modbus TCP cable

- 63 -



Registers supported by TCP

Device

Bit Address

Word Address

Format

System internal/external output node

0X1-65535

——

DDDDD

System internal/external input node

1X1-65535

——

DDDDD

Analog input data register

——

3X1-65535

DDDDD

Data register

——

4X1-65535

DDDDD

Modbus_ UDP
Modbus UDP cable

- 64 -

Notes



Registers supported by Modbus UDP:

Device

Bit Address

Word Address

Format

System internal/external output node

0X1-65535

——

DDDDD

System internal/external input node

1X1-65535

——

DDDDD

Analog input data register

——

3X1-65535

DDDDD

Data register

——

4X1-65535

DDDDD

Notes

4 Detailed manual
File
Save Project
Shortcut key: +. Save the project being edited.

4.1.2 Close Project
Close the current project without exiting the software, usually used for switching among
projects.

4.1.3 Save Project As
Use a new path or new name to save the current project (without deleting the previous
project).

4.1.4 Project Used Recently
Display the paths of no more than 10 projects opened recently and each one can be directly
opened by clicking.

4.1.5 Open Project
Shortcut key: +. It is used to open an existing project other than any project
repeatedly.
After the software is opened, any project with the file suffix name “*.fsprj” can be opened
by clicking it on the project name.

- 65 -

Remark: if the software is correctly installed, the user can directly open the project by
clicking the corresponding file with the postfix *.fsprj in the Windows Explorer.

4.1.6 Create New Project
Shortcut key: +. It is used to create a new project.
After the project is correctly created, a file folder with the same name will be created to
save the project files related.

Please refer to the “First Use” for the following settings.

4.1.7 Transform Project
Convert project from software FD2000 into the current software version. But only the
picture name and the text can be converted, and other parameters must be reset.

4.1.8 Exit
Shortcut key: +. It is used to close the project and exit the software.

4.2 View
4.2.1 Outline
Open/close the outline view, and list all available components on the current window. One
or all components can be quickly hidden or locked.

- 66 -

Display
Lock
Unlock
Hide

4.2.2 Project
Open/close project view which the tree structure facilitates the operation such as “HMI
setting”, “window”, “communication connection”, “system setting”, “library”, “macro”, and
“prescription”, and so on. Details can be seen in Detailed manual /Setup.

4.2.3 Reference
Open/close the Reference view. The reference information is collected and displayed here.
The information used by the current project such as address, macro and prescription can be
viewed quickly.

4.2.4 Current language
Select the current displaying language and the checked language is the current displaying
language.
Note: the language refers to the content edited well by the current project other than
translated by the system automatically!

4.2.5 Current Status
The checked Status is the current status. It is used to display the components displaying
effect quickly in different status.

- 67 -

4.2.6 Find and Replace
Open/close the Find and Replace view, used to search or replace any word address, bit
address or text used in the current project.

4.2.7 Restore to the Default View
Restore to the Default View– readjust the view arrangement of the software and restore the
default arrangement.

4.2.8 Window
Open/close the window view and use the tree structure facilitates modifying the Power-on
Screen, Public Window, Basic Window, Keyboard Window and System Window.
4.2.8.1Power-on Screen
It is the window displayed at startup. Any picture expected to be used by the user, such as
the company Logo, can be displayed. But it will disappear after a while before entering the
configuration screen. The picture formats supported are BMP, JPG, GIF and PNG.
4.8.2.2Common window
The common window always exists and all common window attributes are effective no
matter the configuration screen is on a basic window or a pop-up window. The general effective
components such as t macro and timer can be set in this window.

- 68 -

4.8.2.3Drop-down Window
TheDrop-down Window can be operated to edit the content of the drop down list when the
configuration screen is running. But this function is only effective for a capacitor screen.
4.8.2.4Basic Window
The attribute of basic window can be viewed or modified here. The window of number
29001~29006 is provided to log on with the user’s authority for the user. It can be directly used in
the software.
4.8.2.5Create Basic Window
A new basic window can be created by clicking “Create Basic Window” in the software
picture. The window name, size and other attributes need to be set. The new basic window can
also be created in the default attributes.
4.8.2.6Keyboard Window
The keyboard window attributes can be viewed or modified after clicking here. And a
customized keyboard can be created which used in the software.
4.8.2.7System window
The system window can be viewed (it can also be modified under direction) after clicking
here, for example, the system window of “communication information”.

4.2.9 Output
Open/close the output view. The compiling information can be output and displayed here.

4.2.10 Error
Open/close the error view. All errors collected during compiling are recorded here.

4.3 Edit
4.3.1 Cancel
Cancel the operation and go back to the previous one.

4.3.2 Recovery
Recover the last action cancelled.

4.3.3 Find/Replace
Set the designated searching range and search the bit address/ word address/ text or
replace with a new bit address/ word address/ text.

- 69 -

4.3.4 Cut
Cut away the selected component and temporarily save it on the clipboard.

4.3.5 Copy
Copy the selected component and temporarily save it on the clipboard

4.3.6 Multi-Copy
Set the copy range, quantity, interval and direction, and make the addresses change in any
rule to obtain more components (many components can be copies and pasted integrally, and the
addresses will change orderly).

4.3.7 Paste
Paste the content of the clipboard onto the project.

4.3.8 Delete
Delete the selected components from the project.

4.3.9 Inching
Move left/right/up/down for one unit.

4.3.10 Alignment
It is effective only when many components are selected. It is used to align these components
on the left, on the vertical middle line, on the right, on the up, on the horizontal middle line, or
on the bottom.

4.3.11 Size
It is effective only when many components are selected. It is used to set these components
to the same width, height or same size.

4.3.12 Layer
It is effective only when the component is selected. It is used to set the component to the
top, to the bottom, to the previous layer, to the next layer, or set many components in the same
horizontal space or in the same vertical space.

4.3.13 Same Color
It is effective only when many components are selected. It is used to set all components in
the same color.

4.3.14 Group
Integrate many components.

4.3.15 Ungroup
Make the components of group to restore into individuals.

- 70 -

4.3.16 Center horizontally
Center all selected components horizontally in the window.

4.3.17 Center vertically
Center all selected components vertically in the window.

4.3.18 Lock
Lock the position of the component and stop it from size adjusting or position adjusting.

4.3.19 Unlock
Unlock a locked component and restore it to the state that its size or position can be
adjusted.

4.4 Window
4.4.1 Create New Window
Create a new window and allow the user to set the window number, width, height and any
other basic attribute or function.

4.4.2 Delete Window
Delete the selected window

4.4.3 Current Window Properties
Set the current window attributes and allow the user to set he window number, width,
height and any other basic attribute or function.
4.4.3.1Basic

- 71 -

4.4.3.2Background and Border

4.4.3.3Action and Function
The action to open or close a window can be used to activate a bit, a word, a macro
command or switch among windows.

- 72 -

4.4.3.4Timer
It is used to set an executing cycle. You can execute a macro or directly set a word or a bit
according to the trigger conditions.

- 73 -

4.4.3.5Timer Data Transmission
It is used to transmit words or bits in batches. And an action can be set before or after writein.

- 74 -

4.4.4 Edit Starting LOGO Window
The user can set the properties of the Power-on Screen window (double click the window
after open the Power-on Screen)

4.4.5 Show the Public Window

- 75 -

Display/hide the Public Window and facilitate the user to view the effect of the Public
Window displayed/hidden in the Basic Window.

4.4.6 Show the Lower Layer Window
Display/hide the lower layer window (the three lower layer windows are effective at the
same time) and facilitate the user to view the effect of lower layer window displayed/hidden in
the basic window.

4.4.7 Jump to the Target Window
When the selected component is integrated with a paging function, it is used to jump to the
target screen window.

4.4.8 Show Grid
Display the grid and facilitate the user to view the position of components.

4.4.9 Grid alignment
Facilitate components aligning by the grid alignment function.

4.4.10 Align to alignment line
Activate the function of aligning the components in a line.

4.4.11 Grid Setting
Pop up the Grid Setting window. The user can customize the grid color and space here.

- 76 -

4.4.12 Window Zoom
Resize the window in a proportion including 50%, 75%, 100%, 125%, 150%, 175%, or 200%.

4.5 Drawing
4.5.1 Straight Line

4.5.1.1General

Arbitrarily Line
The user can draw a straight line at will.

Horizontal
Rotate the straight line drawn by the user to the horizontal position around the center point.

Vertical
Rotate the straight line drawn by the user to the vertical position around the center point.

Line
See Detailed manual/General functions/Drawing/Bordersettings.

Arrow
The user can set the arrow pattern in the combo box, see the figure below.

- 77 -


Position
See Detailed manual/General functions/Drawing/Position.

Rotate
See Detailed manual/General functions/Drawing/Rotation.
4.5.1.2Dynamic Graphics
See Detailed manual/General functions/Drawing/Dynamic Graphics for the details.
4.5.1.3Indicator Light
See Detailed manual/Component/Indicator Light for the details.
4.5.1.4Display
See Detailed manual/General functions/Drawing/Display for the details.

4.5.2 Fold Line

- 78 -

Click the left key to fix the fold line point in drawing. And click the right key to finish drawing.
See details in: Detailed Manual/ Drawing/ Straight Line.

4.5.3 Rectangle

- 79 -

4.5.3.1 General

Rectangle
A rectangle is set to be drawn by the user.

Square
Make the rectangle width equal to its length, and thus it is set into a square.

Border
See Detailed manual/General functions/Drawing/Border settings.

Chamfer
After it is checked, edges of the rectangle drawn by the user can be chamfered in Line type
(as shown in Fig. a) or in Fillet type (as shown in Fig. b). The maximum chamfering length cannot
be larger than 1/2 of the shortest side length.



Position

See Detailed manual/General functions/Drawing/Position.

Rotate
See Detailed manual/General functions/Drawing/Rotation.

Fill
See Detailed manual/General functions/Drawing/Filling settings.


Shadow Effect
See Detailed manual/General functions/Drawing/Shadow Effect.

- 80 -

FLEXEM STUDIO SOFTWARE MANUAL

4.5.3.2Dynamic Graphics

See Detailed manual/General functions/Drawing/Dynamic Graphics for the details.
4.5.3.3Indicator Light
See Detailed manual/Component/Indicator Light for the details.
4.5.3.4Display
See Detailed manual/General functions/Drawing/Display for the details.

4.5.4 Polygon
Draw a polygon by click the polygon tool. You can find the polygon tool in the shortcut tool
bar, the shortcut menu and the pull-down menu.

- 81 -

A side will be added every time when the left key is clicked. After all sides are obtained, a
polygon can be obtained by clicking the left key and then clicking the right key.

4.5.4.1General

- 82 -

(a)

(b)

(c)

(a)Frame line pattern and frame line width (b)Polygon filling color (c)Polygon shadow effect

Please see details for the using method of polygon drawing.
4.5.4.2Dynamic Graphics

- 83 -

(a)
(b)
(c)

(a) Position control (b) Size control (c) Rotation control

Please see Detailed manual/General functions/Drawing/Dynamic Graphics for the details.

4.5.4.3Indicator Light

- 84 -

(a)
(b)
(c)

(a) Modify the frame color (b) Control the frequency of flickering (c) Modify the filling color

See Detailed manual/Component/Indicator Light for the details.
4.5.4.4Display
See Detailed manual/General functions/Drawing/Display for the details.

4.5.5 Ellipse
Click the ellipse icon on the tool bar by the left key, or select “Ellipse” command from the
menu of Drawing.

- 85 -

Click and hold the editing area in the window, and drag the mouse to modify the ellipse size
and shape.

4.5.5.1General

- 86 -

(a)

(b)

(c)

(a) Ellipse border color, width and pattern (b) Ellipse filling color (c) Ellipse shadow effect.

4.5.5.2Dynamic Graphics

- 87 -

(a)
(b)
(c)

(a) Position control (b) Size control (c) Rotation control

See Detailed manual/General functions/Drawing/Dynamic Graphics for the details.
4.5.5.3Indicator Light

- 88 -

(a)
(b)
(c)

(a) Modify the frame color (b) Control flickering frequency (c) Modify the filling color

SeeDetailed manual/Component/Indicator Light for the details.
4.5.5.4Display
See Detailed manual/General functions/Drawing/ Display for the details.

4.5.6 Arc
An arc can be drawn in a designated area. The arc component command can be found on
the tool bar or from the menu of Drawing.

- 89 -

Select the arc component, designate any area to draw, and double click to set the arc
properties.

An arc can be got by setting the properties such as line color, width, type, starting angle, end
angle, position and rotation. It can be freely drawn by dragging the yellow and blue areas.

- 90 -

4.5.7 Sector
A sector can be drawn in a designated area. The sector component command can be found
on the tool bar or from the menu of Drawing.

Select the sector component, designate any area to draw, and double click to set the sector
properties.

- 91 -

A sector can be got by setting the properties such as line color, width, type, starting angle,
end angle, position, rotation, fill color, fill type and shadow effect.It can be freely drawn by
dragging the yellow and blue areas.

4.5.8 Sector Ring
A sector ring can be drawn in a designated area. The sector ring component command can
be found on the tool bar or from the menu of Drawing.

- 92 -

Select the sector ring component, designate any area to draw, and double click to set the
sector ring properties.

- 93 -

A sector ring can be got by setting the properties such as line color, line width, line type,
starting angle, end angle, position, rotation, fill color, fill type and shadow effect.It can be freely
drawn by dragging the yellow and blue areas.

4.5.9 Static Picture
In this software, the “Static Picture” function will be used frequently. This function can make
the whole project more clear and beautiful. The static picture command can be found from the
shortcut tool bar or the pull-down menu of Drawing.

After the static picture component is selected, drag by the left key of the mouse, and then
the corresponding properties window will pop up.

- 94 -

Local picture in the computer or in the software picture library can be imported by clicking
the “Import from File” button or the “Import from Lib” button. And the picture will be put into
the window by clicking the “OK” button.

- 95 -

The static picture position can be modified. You can change the position by manually
dragging or by setting the coordinates in the static picture properties window. The static picture
size can be modified, too.

The static picture size and position can be fixed if the “Locked” is checked. And the static
picture can be rotated around a fixed point. The fixed point and rotation angle can be set. The
picture can be manually rotated (in any angle) after the fixing angle is set.

- 96 -

The static picture size can be set in the properties window by the Scaling function. It can be
set either by checking “Lock Aspect Ratio” (the fixed horizontal/vertical ratio) or by checking “Use
original size” (keeping the original size).

- 97 -

The picture effect can be beautified by the Shadow Effect function so that it can be
differentiated from the background.

The static picture can be set to display only when the corresponding conditions are satisfied.
The user can choose that the static picture is displayed all the time or displayed in conditions by
setting the Display properties. The conditional display type includes Level User, Privilege User and
Logic Control.
Level User: The static picture will be displayed only in the corresponding user level. It can be
activated by checking it.

- 98 -

Privilege User: The static picture visibility control needs an authority. The authority system
settings dialog can be opened by clicking the button “

- 99 -

”.

Logic Control: The static picture visibility can be controlled by the address conditions. The
conditions include bit control (address ON and OFF) and word control (word address value
conditions).

- 100 -

The static picture can be converted into a dynamic one by logic control. Static pictures can
be quickly switched by picture stacking and the control address.

- 101 -

When the control address is fixed, the position, size and rotation can be controlled. E.g.:
when there are many sector pictures, they can be set to display rotating effect by setting the
Control Rotating.

- 102 -

4.5.10 Static Text
When editing in the software, a lot of texts will be used for marking, displaying and
describing, and thus the project edited can be easy to understand. The Static Text command can
be found from the shortcut tool bar or the menu of Drawing.

- 103 -

When click the Static Text command, the properties dialog will pop up. The content of the
static text to be displayed can be written into the Tag Contents. The font, size, color and
alignment mode can be set here.

- 104 -

These properties such as the current text font, size, color and the alignment mode can be
copied to make future texts uniform.

- 105 -

The function “Language Independent” can be checked to make sure the text is not
influenced by other languages.

- 106 -

Sometimes, the project is provided to the users in different countries. You can set the
different contents by switching Languages. Thus different texts can be displayed in different
languages.

- 107 -

Multi languages can be set in System Settings dialog which is opened by clicking the button
“

” to satisfy the different languages requirement.

- 108 -

When you check the “Set label position by language state separately” function, different
texts can be aligned in different effects.

- 109 -

The static textcan be used which is saved in the text library. The text library dialog can pop
up by clicking the “Text Library” button. You can enter the text in the text library dialog in
advanced and select it to use.

- 110 -

The static text can be set to a designated position, and the text can be locked to prevent any
displaying defect caused by moving.

- 111 -

When the text includes a lot of words and characters, the revolving displaying function can
be used to save the space. The revolving displaying function can be used by checking the
“Marquee” function. The moving direction and the revolving displaying speed can be set in the
properties dialog of the static text.

- 112 -

Similar to static picture functions, the static text can be also set to display only if necessary.
The user can choose that the static text is displayed all the time or displayed in conditions by
setting the Display properties. The conditional display type includes Level User, Privilege User and
Logic Control.
Level User: The static text will be displayed only in the corresponding user level. It can be
activated by checking it. The user level system settings dialog can be opened by clicking the
button “

”.

- 113 -

Privilege User: The static text visibility control needs an authority. The authority system
settings dialog can be opened by clicking the button “

- 114 -

”.

Logic Control: The static text visibility can be controlled by the address conditions. The
conditions include bit control (address ON and OFF) and word control (word address value
conditions).

4.6 Component
4.6.1 Switch
The Switch component includes Bit Set, Word Set, Window Operation, Function Key, Data
Transferring and Recipe Transmission.

- 115 -

4.6.1.1Bit Set
“Bit Set” is a component by which the internal bit address of HMI or the bit address of each
controller connected to HMI is operated. The type of “Execute Setting” includes “On”, “Off”,
“Inverse”, “Reset”, “On Pulse” and “Off Pulse”.

- 116 -


On
Set the bit address to ON.

Off
Set the bit address to OFF.

Inverse
It is set a “Switch” by which the current state can be conversed. If the current bit address
is ON, after it is operated, the bit address will be conversed to OFF. If the current bit address is
OFF, after it is operated, the bit address will be conversed to ON.

Reset
When it is operated and kept being held, the bit address is set at the ON state all the time.
When it is released, the state of the bit address will be immediately switched to OFF.

On Pulse
A rising edge pulse is produced which the bit address keeps the pulse “on” in a designated
time width. The pulse width range is 0.1~1.5 seconds.

- 117 -


Off Pulse
A falling edge pulse is produced which the bit address keeps the pulse “off” in a designated
time width. The pulse width range is 0.1~1.5 second.
For the “On Pulse”, if the pulse width is set to 1 second and the current bit state is OFF, a 1
second ON pulse signal will be produced and then it goes back to the OFF state. If the current bit
state is ON, a 1 second ON time will be still set because the bit state is already ON, and then the
bit state will turn OFF.
Similar to the “Off Pulse”, if the pulse width is set to 1 second and the current bit state is ON,
a 1 second OFF pulse signal will be produced and then it goes back to the ON state. if the current
state is OFF, a 1 second OFF time will be still set because the bit state is already OFF, and then the
bit state will turn ON.
There is an “Action” attribute for the Bit Set component. It includes two options, “Press” and
“Release”. When the “Bit Set” component is pressed down, the bit set function will be executed
immediately. When the “Release” attribute is selected and the “Bit set” component is pressed,
the bit set function will not be executed. And when it is released, the “Bit set” function will be
executed immediately. But the action is not valid when the “Execute Setting” is “Reset”.

- 118 -

The “Bit Set” component has other property pages. For example, in the “Indicator
Light”property page, it is recommended to check the “Use Indicator” option and set an address
to monitor the “Bit set” component state if the “Use Graphics” option is checked in the
“Graphics” property page. The details can be seen in the “System Manual/ Component/ Indicator
Light”.

The following brief example introduces the process for setting the HMI internal address
LB100 into the “Inverse” attribute.


In the software menu, click “Component/ Switch/ Bit Set” to open the following dialog.

- 119 -

The default action is “Press”. The default Execute Setting is “On”. The default address is
“LB0”. They are modified into the required as follows.

- 120 -



Click “OK” to add an operation action in the “Switch” list.

- 121 -

In the list, we can clearly see the execution attribute and the bit address to be operated.
Click “OK” in the Switch dialog to put the component into the window edited. In this way, a
simple “Bit Set” component is finished.
4.6.1.2Word Set
“Word Set” is a component by which various attributes of the internal word register of HMI
or the word register of any controller connected to HMI are controlled. The Word Set property
dialog can be opened by clicking the “Component/ Switch/ Word Set” in the menu. The default
settings are shown as follows.

- 122 -

The type of “Execute Settings” includes “Add”, “Subtract”, “Increase”, “Decrease”, “Set Up
Constants”, “Set Up Character Strings”, “Set Up Figures By Bit” and “Logic Operation”.

- 123 -


Add
A designated data will be added to the value of the designated word register. The “Add”
attributes contain the following settings.

- 124 -



Add

At each time of operation, the set data will be added and written into the word register.


Upper Limit

It is the upper limit of the word register operated. When the result reached the upper limit
of operation, no further “Add” operation can be done.


Looping

If “Looping” is checked, an option of “Lower limit” will appear. The operation will be
continued at the upper limit and the adding operation will be done from the lower limit. For
example, if the “Lower limit” is set to “0”, the “Add” is set to “1”, and the upper limit is set to
“100”, the Word Set component will be valid when it is added to “100”. It will turn to 0, 1, 2,
3,and so on, at the next operations.


Reverse on reaching the end

If “Reverse on reaching the end” is checked, the operation will be continued at the upper
limit and the result will change to reduce from the upper limit to the lower limit. When the result
reached the lower limit, the operation will change to add.

- 125 -

The “Add”, “Upper limit” and “Lower limit” are all “Constant” in default. They can also be set
into “Variable”. It is noted that the data type of variable register must comply with the “Word
Set” component address type.

Subtract
A designated data will be subtracted from the value of the designated word register till the
“Lower limit”. The “Subtract” attributes contain the following settings.


Subtract
At each time of operation, the set data will be subtracted from the word register.


Lower Limit

It is the lower limit of the word register operated. When the result reached the lower limit of
operation, no further “Subtract” operation can be done.


Looping

If “Looping” is checked, an option of “Upper limit” will appear. The operation will be
continued at the lower limit and the subtraction will be done from the upper limit. For example,
if the “Lower limit” is set to “0”, the “Subtract” is set to “1”, and the upper limit is set to “100”,
the Word Set component will be valid when it is subtracted to “0”. It will turn to 100, 99, 98,
97,and so on, at the next operations.

- 126 -



Reverse on reaching the end

If “Reverse on reaching the end” is checked, the operation will be continued at the lower
limit and the result will change to add from the lower limit to the upper limit. When the result
reached the upper limit, the operation will change to subtract.

Increase
The result value will keep increasing if the component of “Increase” is pressed down. The
increasing will stop if the component of “Increase” is released or the value reaches the upper
limit. The component of “Increase” has attributes of “Immediately Execute Increase/Decrease
Action”, “Delaying Time” and “Execution Time”.



Immediately Execute Increase/Decrease Action

“Increase” and “Decrease” all have this attribute. If it is checked, the operation of “Increase”
or “Decrease” will be executed immediately without waiting when the component is pressed
down.


Delaying Time

- 127 -

When the attribute of “Immediately Execute Increase/Decrease Action” is not checked, the
“Delaying time”attribute is valid. The default time is 0.1s and the maximum is 1.5s. If the time is
0.1s, it means the action of “Increase” will be delayed 0.1s to execute after the component is
pressed down.


Execution Time

The “Execution Time” means the time to execute the action “Increase” once. The time range
is 0.1s ~ 1.5s.

Decrease
The function of “Decrease” is similar to the attribute of “Increase”. The result value will keep
decreasing if the component of is pressed down. The component of “Decrease” also has
attributes of “Immediately Execute Increase/Decrease Action”, “Delaying Time” and “Execution
Time”.


Set Up Constants
A data is written to the designated register. The data (Setting Value) can be a “Constant” or
a “Variable”.

- 128 -

In the figure above, a constant “0” is written to the register LW0 of HMI.

Set Up Character Strings
This function is similar to “Set Up Constants”. A character string can be written to the word
register. For example, character string “A123” is written to the register LW0 and LW1 of HMI.

- 129 -

“Set Up Character Strings” has two optional attributes “Use UNICODE” and “Swap high and
low bytes”. When “Use UNICODE” is checked, it means the character string written to registers is
coded by UNICODE. The string is normally displayed only in “UNICODE”. If “Swap high and low
bytes” is checked, the high and low bytes in the character string will be exchanged before written
to the word register.

Set Up Figures By Bit
This function has two modes, “Add” and “Subtract”. By this function, each bit of the value
can be added or subtracted.

- 130 -

This function has an attribute “Date type”. It can be “16-bit Unsigned” or “32-bit unsigned
number”. In other words, only unsigned single word and unsigned double word can use this
function. If the data type is “16-bit unsigned number”, the value range is 0~65535. So the
parameter of this function “Digit bit” can be 1~5. That means the number length is 1~5. “1”
means units digit, “2” means tens digit, “3” means hundreds digit, “4” means thousands digit,
and “5” means ten thousands digit. For example, if the “Digit bit” is 3 and the “Mode” is “Add”, it
means the hundreds digit is operated for adding. If the hundreds digit of a register is 6 and when
this component is pressed down, the hundreds bit will change into 7, and then into 8 if it is
pressed down again, and 9 again, 0 again, and 1 again, so the attribute of “Add” is similar to the
“Looping” attribute. But, the “Add” or “Subtract” attribute of the “Set up Figures by Bit” function
is only valid for one digit, and other digits are not changed.
For example, if “Digit bit” is 3, “Mode” is “Add”, and the current register value is 18668, the
value will change into 18768 when the component is pressed down, 18868 when it is pressed
down again, 18968 again, 18068 again, 18168 again. The maximum value of a single word is
65535. If the “Digit bit” is 5, the ten thousands digit will change in 0~5.


Logic Operation

This function has four modes, “And”, “Or”, “Exclusive-or” and “Not”. The default mode is
“Add”.

- 131 -

In the figure above, when the component is operated, the value in register LW0 will has a
logic operation“And” with 0×FFFF. The logic result will be written to register LW0. The operations
of otherthree modes are similar to “And” mode but the logic operation.
The attribute “Operation Value” can be “Constant” or “Variables”. The default is “Constant”
and the data format is hexadecimal. It can be a variable, but the data type must comply with the
register data type.
The attribute “Data Type” for logic operation can be “16-bit Unsigned”, “32-bit Unsigned”,
“16-bit BCD” and “32-bit BCD”.
Special notice:
In all these functions for “Word Set”, the “Action” is “Press” in default. That means the
operation will be executed correspondingly when the component is pressed down. The “Action”
can also be “Release” but not for the function “Increase” and “Decrease”. That means the
operation will be executed correspondingly when the component is released.
When use “Variables” for the “Word Set” function, the data type of “Variables” must comply
with the data type of word register used. If not, the result may be incorrect.
4.6.1.3Window Operation


Action

- 132 -

The attribute “Action” of “Window Operation” can be “Press” or “Release”.


Press
The corresponding keyboard function will be given out when the component is pressed
down, and the macro instructions or system operation instructions will be executed.

Release
The corresponding keyboard function will be given out when the component is released, and
the macro instructions or system operation instructions will be executed.


Set Up

The attribute “Set Up” of “Window operation” can be “Switch Window”, “Close Pop-up
Window”, “Pop-up”, “Return To Previous Window”, “Window Control Bar” or “Return to the
main window (HOME)”.


Switch Window
Close the current window and switch to a designated window.

Close Pop-up Window
Put the button on the pop-up window, click to close it.

- 133 -


Pop-up
Pop up a designated window.


Return To Previous Window

Close the current window and open the window opened last time.

Window Control Bar
Put the component on the pop-up window, press, hold and drag to modify the pop-up
window position.

Return to the main window (HOME)
Close the current window and open the preset main window. The main window can be set
by the menu command “Setup -> System Setting –> General Setting”.

- 134 -

- 135 -


Automatic pop-up password window
If “Automatic pop-up password window” is checked and when the window operation is
switched to a window in a higher password or authority level, the window to enter password will
pop up automatically.
4.6.1.4Function Key
The “Function Key” component provides component executing action, keyboard function,
executing macro instructions, and system operation functions.

Action
The attribute “Action” of “Function Key” can be “Press” or “Release”.

- 136 -


Press
The corresponding keyboard function will be given out when the element is pressed down,
and the macro instructions or system operation instructions will be executed.

Release
The corresponding keyboard function will be given out when the component is released, and
the macro instructions or system operation instructions will be executed.

Function Setting
The attribute “Function Setting” of the “Function Key” includes “Keyboard Function”,
“Execute Macro” and “System Operation”.

Keyboard Function

- 137 -

“Return”
It is the same to the “Enter” key on the keyboard.
“Backspace”
It is the same to the “Backspace” key on the keyboard.
“Clear”
Delete the current content which has been inputted for the component “Numeric Value
Input” and “Character Input”.
“Cancel
Cancel the component operation of “Numeric Value Input” and “Character Input”.
“UNICODE”
Set the type of characters which inputted to the component “Character Input”. The
characters can be number keys (0, 1, 2…), letters of an alphabet (a, b, c…), ASCII code or Unicode
characters.

- 138 -

“Move the Cursor”
Move the cursor according to the set modes including up, down, left, right, row beginning,
row end, first bit and last bit. This function is effective only for the input component.
“Select the Text”
Set the operation for the selected text content, including “Selection Begin” and “Selection
End”. This function is effective only for the input component.
“Text Operation”
Set the operation for the text content, including “Copy”, “Cut” and “Paste”. This function is
effective only for the input component.
“Mapping Keyboard”
When this function is activated, corresponding functions can be mapped to F1~F8 of HMI,
including forward, backward, Esc, Enter, and so on. This function is effective only for some
specified HMI.


Execute Macro

139

- 139 -

If this function is selected, the selected macro will be executed when the component is
pressed down or released. The “Macro Instruction” dialog will pop up if you click the button
“Macro Code” or “Edit”. You can select or create a macro here, or edit the current macro.

System Operation
“Touch Panel Calibration”
By using this function, the user can enter the touch control calibrating window. Screen touch
control calibration for HMI can be realized in this window.
“Import/Export”
When this function is selected, the project or prescription data can be imported or exported.
This function must be used together with the file view box, and it only supports the HMI with USB
HOST or SD card slot.

“Save Screenshot to Extended Memory”
When this function is selected, the touch screen picture can be captured and saved into an
external memory device in the bmp format for printing or viewing HMI picture. And this function
only supports the HMI with USB HOST or SD card slot.

140

- 140 -

“Clear Event”
This function can be used to clear warning events in groups.

- 141 -

“Clear All Formula”
This function can be used to clear all prescription data.
“Clear RW”
This function can be used to clear all RW data saved in power failure.
“Clear All History”
This function can be used to clear all history data. It can be used together with other switch
components.
4.6.1.5Data Transferring
The “Data Transferring” component can be used to transmit the data saved in one or more
continuous addresses to another one or other more continuous addresses.

- 142 -


Action
The attribute “Action” can be “Press” or “Release”. When “Press” is selected, data
transmission will be started when the component is pressed down. When “Release” is selected,
data transmission will be executed when the component is released.


Data Type

The “Data Type” means the type of data to be transmitted. It can be “Bit” or “Word”.

Transmission words
It means the number of data transmitted at one time. It can be set “Constant” or “Variable”.
If set “Variable”, the register address must be designated. The maximum number of words
transmitted in this software is 8192.

Source Address
The “Source Address” means the first address of the data to be transmitted. The detailed
can be seen in theDetailed manual/General functions/Address editor/Standard Bit Address Input
orDetailed manual/General functions/Address editor/Standard Byte Address Input.


Destination address

The “Destination address” means the first address of data transmission target. The detailed
can be seen in the Detailed manual/General functions/Address editor/Standard Bit Address
Inputor Detailed manual/General functions/Address editor/Standard Byte Address Input.
4.6.1.6Recipe Transmission

- 143 -

The “Recipe Transmission” component includes two transmission directions: “Download
recipe to PLC” and “Upload recipe from PLC”. “Download recipe to PLC” means transmitting the
content of the recipe file to the address of PLC. “Upload recipe from PLC” means transmitting
data from the address of PLC to the recipe file.


Download recipe to PLC
It is the default for the “Transmission Direction”.

Recipe source address
When no recipe file is created, the “Recipe source address” will be blank with a red
exclamatory mark. You can click the button “Open the Recipe Settings” to create recipe. After the
recipe is created, you can select it in “Recipe source address” to download.

- 144 -

Notice:
The “Number of words” is determined by the recipe itself, and it always displays
automatically.


PLC Address
“PLC Address” means the target address for recipe file data transmission. It can be the

address of PLC connected to HMI or an internal address of HMI. The detailed address editing
method can be seen in: Detailed manual/General functions/Address editor/ Standard Byte
Address Input.

Notice Bit Address
A bit address can be set here to monitor the recipe downloading state. The address editing
method can be seen in: Detailed manual/General functions/Address editor/Standard Bit Address
Input. This bit address will be kept on during the recipe downloading or uploading, and it will be
set to OFF after transmission.

Upload Recipe from PLC
If the “Upload Recipe from PLC” is selected, the recipe uploading function will be activated.

- 145 -

The detailed operation of the recipe uploading can refer to the recipe downloading.

4.6.2 Indicator Light
4.6.2.1Bit Indicator Light

- 146 -


Display Mode
The “Display Mode” can be “Register Control” or “Automatic looping”. The details are
referred to: Detailed manual/General functions/Drawing/Display Mode.

Bit Register
The component is a bit indicator when “Bit Register” is selected. The method to input bit
address can be seen in: Detailed manual/General functions/Address editor/Standard Bit Address
Input.


Status No.

The status of a bit address can be ON or OFF. So it is 2 here in default and can not be
modified.


Condition


Positive Logic
State 0 is OFF and state 1 is ON.

Negative Logic
State 0 is ON and state 1 is OFF.


Flash Mode

- 147 -

It includes three modes: “None”, “Blink Text” and “Blink Picture”. You can select each status
in left table and then set the flash mode for the status selected.


None

It means no flashing.

Blink Text
Text can flash in a frequency.

Blink Picture
Picture can flash in a frequency.


Flash Freq.

Picture or text will flash in a designated frequency. The frequency can be a multiple of 0.1
second.
Detailed attribute information of the current bit indicator light can be seen in the table at
the left bottom.
4.6.2.2Word Indicator Light



Display Mode

- 148 -

The “Display Mode” can be “Register Control” or “Automatic looping”.

Word Register
The component is a word indicator when “Word Register” is selected. The method to input
bit address can be seen in: Detailed manual/General functions/Address editor/Standard Byte
Address Input.

Status No.
The range of the status number is 1~256. Each status corresponds to the value of the word
address.When many statuses satisfy the condition at the same time, only the status with the
minimum value will be effective.

Condition

Range
The status content (value) will be determined according to the comparison and logic
operation result of the word address value. The comparison operation includes “>”, “<”, “>=”,
“<=”, “==” and “!=”. The logic operation can be “AND”, “OR” or “None”.


Bit
Text or picture can be displayed according to the state of one bit of the word address, e.g.:
bit LW0.1 of address LW0.
“Positive Logic” means that State 0 is OFF and state 1 is ON.
“Negative Logic” means that State 0 is ON and state 1 is OFF.


Flash Mode

It includes three modes: “None”, “Blink Text” and “Blink Picture”. You can select each status
in left table and then set the flash mode for the status selected.

None
It means no flashing.

- 149 -


Blink Text
Text can flash in a frequency.

Blink Picture
Picture can flash in a frequency.

Flash Freq.
Picture or text will flash in a designated frequency. The frequency can be a multiple of 0.1
second.
Detailed attribute information of the current word indicator light can be seen in the table at
the left bottom.



Illegal Input
The value of word address doesn't satisfy the condition preset.
Show Error Status

The indicator displays the “Error” status when illegal input happened. That is the last status
displayed in the table.


Keep Current status

The indicator keeps the current status when illegal input happened.

Error Notification
You can select a bit address here. It will be set to ON if the word address value doesn’t
satisfy with the condition. It will be set to OFF when the condition is satisfied.
4.6.2.3Multi Bit Combination Indicator Light

- 150 -


Display Mode
The “Display Mode” can be “Register Control” or “Automatic looping”.

Combined Bits
The status displayed is determined by a multi bit combination condition.

Bit No.
The condition can be a combination of 2~32 bits. The “Bit No.” means the number of bits.

Data Type

Unsigned
If the number of bits is n, the combination value will be 0~2n-1.

Signed
If the number of bit is n, the combination value will be -2n-1~2n-1-1.

Starting Address
The starting address is closely associated to the number of bits. For example, if the starting
address is LB0 and the number of bits is 2, a combination will be formed. LB1 will be the high bit
and LB0 will be the low bit. The range of 2 bits combination value will be 0~3 if the data type is
unsigned. The range of 2 bits combination value will be -2~1 if the data type is signed.

- 151 -


Status No.
The range of the status number is 1~256. Each status corresponds to the value of the word
address.When many statuses satisfy the condition at the same time, only the status with the
minimum value will be effective.



Condition
Range
The status content (value) will be determined according to the value of the
combined bits. The comparison operation includes “>”, “<”, “>=”, “<=”, “==” and
“!=”. The logic operation can be “AND”, “OR” or “None”.


Flash Mode
It includes three modes: “None”, “Blink Text” and “Blink Picture”. You can select each status
in left table and then set the flash mode for the status selected.

None
It means no flashing.

Blink Text
Text can flash in a frequency.

Blink Picture
Picture can flash in a frequency.

Flash Freq.
Picture or text will flash in a designated frequency. The frequency can be a multiple of 0.1
second.
Detailed attribute information of the current component can be seen in the table at the left
bottom.

- 152 -



Illegal Input
The multi bit combination value doesn't satisfy the condition preset.


Show Error Status
The indicator displays the “Error” status when illegal input happened. That is the last status
displayed in the table.

Keep Current status
The indicator keeps the current status when illegal input happened.

Error Notification
You can select a bit address here. It will be set to ON if the multi bit combination value
doesn’t satisfy the condition. It will be set to OFF when the condition is satisfied.
4.6.2.4Display Mode
You can find the “Display Mode” if you check the “Use Indicator” in the property TAB of
“Indicator Light”. The display modes include“Register Control” and “Automatic looping”.
4.6.2.4.1 Register mode

The “Register Control” mode can be Bit Registers, Word Registers or Combined Bits.

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4.6.2.4.2 Automaticlooping

All the status will be cycled to display according to the specified frequency if the
display mode is “Automaticlooping”. The unit of frequency is 100 milliseconds. The
setting is shown as below.

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4.6.3 Numeric Value and Character Display
4.6.3.1Numeric Value Display
4.6.3.1.1General



Operation Attribute

The “Operation Attribute” includes four operation types: “Numeric Display”,” Numeric
Input”,” Character Display” and “Character Input”. The operation type of this current component
can be modified here. It is highly efficient for the project modifying and maintaining.

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

Password

When the “Password” is checked, “*” will be displayed in the component (See the figure
below). It is always used for the numeric value input component. The numeric value display
component is not used generally.



Read Address



Use Address Tag

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Address setting

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The address setting includes the attributes : “Device”, “Address Type”, “Address”, “Format
(Range)”, “Address Index”, and so on. Please see: Detailed manual/ General functions/ Address
editor/ Standard Byte Address Input.
4.6.3.1.2Number Format



Data Type

The “Data Type” can be “16-bit Signed”, “16-bit Unsigned”, “32-bit Signed”, “32-bit
Unsigned”, “16-bit BCD”, “32-bit BCD”, “16-bit Hexadecimal”, “32-bit Hexadecimal”, “16-bit
Binary”, “32-bit Binary” or “Single precision floating point number”.

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

Data setting

The “Data setting” includes “Integer digits”, “Decimal Point”, “Display Positive Sign” and
“Zero Padding Left”.

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The “Integer digits” means the integer digit number of the data. The “Decimal Point” means
the decimal digit number of the data.
Note: when the data type is an integer and the decimal bit is not zero, the value displayed
will reduce to satisfy the decimal digit number. For example, if the data is an integer “55” and
two decimal bits are set, the value displayed will be “0.55”. In fact, only the value and the type of
the data displayed can be modified by this function. The actual value and the actual type are not
modified. It is still the integer “55”.


Upper/Lower Limit of Number

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You can set the data upper limit in “Minimum” and the data lower limit in “Maximum”. And
you can set the font color of the data beyond the limit. When the “Flicker” is checked, the text
will flash when the data is less than the lower limit or greater than the upper limit.
Enable Number Operation


Proportion convert

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When the function of “Proportion Convert” is activated, the value displayed will be the
result after proportional conversion. The proportional conversion formula is displayed when you
click the button “Explain”.



Zoom

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When the function of “Zoom” is selected, the value displayed will be the result after
zooming conversion. The zooming conversion formula is displayed when you click the button
“Explain”.



Logic Operation

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The data can be logically operated by the component which the logic operation can be
“And”, “Or” or “Exclusive or”. And the result of logic operation will be displayed.


Shift

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The data can be shifted left or right by the component. And the result of shifting operation
will be displayed.
4.6.3.1.3Font

The detailed font setting can be seen: Detailed manual/ General functions/ Drawing/

Font Settings.

4.6.3.1.4Graphics

The detailed graphics setting can be seen: Detailed manual/ General functions/

Drawing/ Graphic edit.

4.6.3.1.5Dynamic Graphics

The detailed graphics setting can be seen: Detailed manual/ General functions/

Drawing/ Dynamic Graphics.
4.6.3.1.6Display

The detailed display setting can be seen: Detailed manual/ General functions/ Drawing/
Display.

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4.6.3.2Numeric Value Input
The attributes setting of the “Numeric Value Input” component is generally same to the
“Numeric Value Display” component. The differences are detailed as below.
4.6.3.2.1General



Password

When the “Password” is checked, “*” will be displayed in the component (See the figure
below). It can be checked if the current component is used to input the password.



Reading Address” and “Writing Address

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The numeric value input component is integrated with functions of reading data from an
address and writing data to an address. When the “Reading And Writing Address Is Different” is
not checked, the using method is same to the “Numeric Value Display” component. When the
“Reading And Writing Address Is Different” is checked, different address can be set in the “Read
Address” and in the “Write Address”.
4.6.3.2.2Keyboard Setting

See detailed functions in: Detailed manual/ General functions/ Drawing/ Keyboard setting.
4.6.3.3Character Display
4.6.3.3.1General



Operating Attribute

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The “Operation Attribute” includes four operation types: “Numeric Display”,” Numeric
Input”, “Character Display” and “Character Input”. If you want the current Character Display
component change to the Character Input component or Numeric component, you can modify it
here. It is highly efficient for the project modifying and maintaining.


Browse Method

The “Browse Method” includes “Scrollbar” and “Screen”. You can select the “Scrollbar” or
the “Screen” or both ways to browse the content of the current character component. The
scrollbar width can be freely set. The “Screen” browse method is only effective for a capacitive
screen.


Display Mode

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
ASCII
If it is checked, characters will be displayed in ASCII format. In this format, only ASCII
characters will be displayed, including numbers, symbols and English letters. Chinese characters
are not supported to display.


Password

If it is checked, characters will be displayed in “*” mode.

Unicode
If it is checked, characters will be displayed in UNICODE. In the UNICODE mode, each
Chinese character or English letter will occupy one character (two bytes).

Swap the High byte and the Low byte
After the “ASCII” is checked, you can select the function “Swap the High byte and the Low
byte”.


Read Address



Use Address Tag

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When this function is checked, variables in the address tag library can be directly linked by
the component (See address tag library details in: Detailed manual/Library/Address Tag Library).
The address tag library can be used to improve the project maintaining efficiency. If many
components in the project are linked to a same variable in the address tag library and this
address need to be modified, it is only necessary to modify the variable address linked in the tag
library without modifying each component.
The address setting includes the attributes : “Device”, “Address Type”, “Address”, “Format
(Range)”, “Address Index”, and so on. Please see: Detailed manual/ General functions/ Address
editor/ Standard Byte Address Input.
4.6.3.3.2Characters setting



Row Settings

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Row Space settings

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A dialog will pop up when you click the “Row Space Settings” button. You can set the
attributes such as “Horizontal scaling”, “Line space”, “Words space”, “shadow Effects”, and so on.

4.6.3.3.3Font

See detailed font setting in: Detailed manual/ General functions/ Drawing/ Font settings.

4.6.3.3.4Graphics

See detailed Graphics setting in: Detailed manual/General functions/Drawing/Graphic
edit.
4.6.3.3.5Dynamic Graphics

See detailed Dynamic Graphics setting in: Detailed manual/ General functions/ Drawing/
Dynamic Graphics.
4.6.3.3.6Display

See detailed display setting in: Detailed manual/ General functions/ Drawing/Display.

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4.6.3.4Character Input
4.6.3.4.1General



Operation Attribute

The “Operation Attribute” includes four operation types: “Numeric Display”,” Numeric
Input”,” Character Display” and “Character Input”. If you want the current Character Input
component change to the Character Display component or Numeric component, you can modify
it here. It is highly efficient for the project modifying and maintaining.


Browse Method

Display Mode

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

ASCII

If it is checked, characters will be displayed in ASCII format. In this format, only ASCII
characters will be displayed, including numbers, symbols and English letters. Chinese characters
are not supported to display.


Password

If it is checked, characters will be displayed in “*” mode.


Unicode

If it is checked, characters will be displayed in UNICODE. In the UNICODE mode, each
Chinese character or English letter will occupy one character (two bytes).


Swap the High byte and the Low byte

After the “ASCII” is checked, you can select the function “Swap the High byte and the Low
byte”.


Read Address

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

Reading And Writing Address Is Different

The character input component is integrated with functions of reading data from an address
and writing data to an address. When the “Reading And Writing Address Is Different” is not
checked, the using method is same to the “Character Display” component. When the “Reading
And Writing Address Is Different” is checked, different address can be set in the “Read Address”
and in the “Write Address”.



Use Address Tag

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When this function is checked, variables in the address tag library can be directly linked by
the component (See address tag library details in:Detailed manual/Library/Address Tag Library).
The address tag library can be used to improve the project maintaining efficiency. If many
components in the project are linked to a same variable in the address tag library and this
address need to be modified, it is only necessary to modify the variable address linked in the tag
library without modifying each component.
The character address setting includes the attributes : “Device”, “Address Type”, “Adress”,
“Format (Range)”, “Address Index”, and so on. Please see: Detailed manual/ General functions/
Address editor/Standard Byte Address Input.
4.6.3.4.2Characters Setting



Row Settings

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The “Row Settings” includes “Total Row number”, “Show Row number” and “Number of
Characters per line”. The “Total Row number” means the number of the rows which the current
character component contains. The “Show Row number” sets the number of rows displayed in
the current character component. If the number of rows displayed is smaller than the number of
total rows, a scrollbar will appear automatically.
Note:
If “Unicode” is not checked, each two ASCII characters or each one Chinese character
occupies one word register.
If “Unicode” is checked, each ASCII character or each Chinese Character occupies one word
register.


Row Space settings

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A dialog will pop up when you click the “Row Space Settings” button. You can set the
attributes such as “Horizontal scaling”, “Line space”, “Words space”, shadow color and shadow
deviation.
4.6.3.4.3Keyboard Setting

See detailed setting in: Detailed manual/ General functions/ Drawing/ Keyboard setting.
4.6.3.4.4Data font

See detailed font setting in: Detailed manual/ General functions/ Drawing/Font settings.
4.6.3.4.5Control Settings

See detailed control setting in: Detailed manual/ General functions/ Drawing/ Control
settings.
4.6.3.4.6Display

See detailed display setting in: Detailed manual/ General functions/ Drawing/ Display.

4.6.4 Toggle Switch and menu

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4.6.4.1Bit Switch
The “Bit Switch” is used to set the action, switch type and text display of the bit switch which
is used to change the bit state.

The “Bit Switch” component can be found on the tool bar or from the menu of Components.

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4.6.4.1.1 General

See details for bit address setting in: Detailed manual/ General functions/ Address editor/
Standard Bit Address Input.
4.6.4.1.2 Toggle Switch

On the page of “Toggle Switch”, you can set “Press” or “Release” for the action. And the
switch type can be “On”, “Off”, “Inverse” or “Reset”.

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Details for “Language” selection can be seen in:Detailed manual/Setup/System Settings/
Language Settings.
Details for “Import Favorite Font Template” can be seen in: Detailed manual/Setup/System
Settings/Favorite Font Template.
Details for “Text Library” can be seen in: Detailed manual/Library/Text Library.
Details for “Marquee” setting can be seen in: Detailed manual/ General functions/ Drawing/
Marquee.
4.6.4.1.3 Graphics

Details for Graphics can be seen in: Detailed manual/ General functions/ Drawing/ Graphic
edit.
4.6.4.1.4 Control Settings

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Details for control settings can be seen in: Detailed manual/ General functions/ Drawing
/Control settings.
4.6.4.1.5 Display

Details for display setting can be seen in: Detailed manual/ General functions/ Drawing
/Display.
4.6.4.2Word Switch
The word switch is used to set the action and text display for word address states.
The “Word Switch” component can be found on the tool bar or from the menu of
Components.

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4.6.4.2.1 General

- 183 -

See details for word address setting in: Detailed manual/General functions/Address
editor/Standard Byte Address Input.
4.6.4.2.2 Toggle Switch

On the page of “Toggle Switch”, the action can be set “Press” or “Release”. The switch type
can be set to “Add” or “Subtract”. if“Non-cyclic” is checked and the switch type is “And”, it will
stop adding when the result exceeds the maximum value. If “Non-cyclic” is not checked for the
“Add” switch type, it will start to shift again from the minimum value when the result reaches the
maximum value. The “Status” can be set directly or by the Up or Down arrows.

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Details for Graphics can be seen in: Detailed manual/General functions/Drawing/Graphic
edit.
4.6.4.2.4 Control Settings

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Details for control settings can be seen in: Detailed manual/ General functions/ Drawing
/Control settings.
4.6.4.2.5 Display

Details for display setting can be seen in: Detailed manual/ General functions/ Drawing
/Display.
4.6.4.3Check list and selection boxes
The component of “Check list and selection boxes” is used to operate “Word register”. The
preset value is written into the register and the preset text is displayed when the current
component is operated. The preset text corresponding to the status value which is equal to the
word register will display automatically. See the following description for details.
Click the menu command of the “Check list and selection boxes” component and open the
property TAB of this component.
4.6.4.3.1 General

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

Browse Method

The “Browse Method” includes “Scrollbar” and “Screen”. You can select the “Scrollbar” or
the “Screen” or both ways to browse the content of the current component. The scrollbar width
can be freely set and the default width is 20. The “Screen” browse method is only effective for a
capacitive screen.


Data Source

The default is “Component settings”. That means the data source is the word register.


Reading And Writing Address Is Different

The default is not checked. That means the read address and the write address are same.
When it is checked, the “Read” register and the “Write” register can be set separately. The value
of the “Read” register will be compared with the preset value to determine the corresponding text
display. The preset value corresponding to the status selected will be written into the “Write”
register when the component is operated.
4.6.4.3.2 Selector Setting

On the page of “Selector Setting”, the attributes such as the number of items (“Item Count”),
the preset value of each item and the content to be displayed can be set.

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

Item Count

The default is 6. The range is 1~255. That means there are 255 items at most.


Line Spacing

The default is 5. That means the space between rows.


Selected Color

You can modify the color of the item selected in operation. The default is blue.


Background Color

It is the background color of the component excluding the scrollbar. The default is grey.


Border Color

It is the frame color of the selecting list components excluding the rolling bar, and the
default is white.

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

“Index”, “Correspond” and “Tag Content”

There is a table for the list components. It includes three columns: “Index”, “Correspond”
and “Tag Content”.

For example, the “Item Count” is set 5. The value of the “Index” is 0~5. Index 0~4 are
corresponding to effective items and item 5 is corresponding to the “Error” one.
The default value of the column “correspond” is equal to the value of the “Index” for the
effective items. When the number of items is set to 5, the content of the “correspond” for the
index 5 is “Other”. The “Other” means any value except “0~4”. The “correspond” value can be
modified. For example, the “correspond” value of index 0 is modified 100. That means the text of
index 0 in the “Tag Content” will be displayed if the value of the word register is equal to 100.
And meanwhile, if item 0 is selected, the value 100 will be written into the word register.
The default value of the column “Tag Content” is equal to the value of the “Index” for the
effective items. When any item is selected, the text required can be input to the corresponding
“Tag Content”.


Illegal input

- 189 -

The “Illegal input” means that the value of word address doesn't equal to any value of the
“correspond” for the effective items. The default is “Show Error Status”.


Show Error Status

The component displays the “correspond” content of the “Error” item when illegal
input happened.
Keep Current status

The component keeps the last correct status when illegal input happened.


Error Notification

When it is checked, a “Bit register” can be set. The “Bit register” will be set to ON if any error
status appears.


Enable Control Address

If it is checked, a “Word register” can be set. Each bit of the word register is corresponding to
an index. That is, bit 0 is corresponding to index 0, and bit 1 is corresponding to index 1, and so on.
When there are more than 16 items, the next word register will be occupied automatically. When
the corresponded bit of the word register is ON, the item of the corresponding index in the list will
be hidden. For example, when the word register value of the “Enable Control Address” is set to 5,
the bit 0 and bit 2 of this word register are both ON and the items of the index 0 and the index 2
will be hidden.

- 190 -

In the figure above, when there is any wrong status, LB0 will be set to ON. When LW1=5,
index 0 and index 2 will be hidden.

Item 0 and item 2 are hidden.

Bit0 = 1, bit 2 = 1

4.6.4.4The Drop-down List
The attributes of “The Drop-down list” are almost same to the attributes of “Check list and
selection box”. The main difference is that “The Drop-down list” is withdrawn when it is not

- 191 -

operated or after it is operated. The “Drop-down list” will be unfolded when it is clicked, and then it
can be viewed and operated by the scrollbar or by screen method.
4.6.4.4.1 General

The property TAB of “The Drop-down list” can be opened by clicking the command
“Component/ Toggle Switch and menu/ The Drop-down List” in the menu, see the figure below.

The figure above shows that the “General” property TAB is same to the “Check list and
selection boxes”, it is not introduced here, and details can be seen in Detailed
manual/Commponent/Toggle Switch and menu/Check list and selection boxes.
4.6.4.4.2 Selector Setting

Click the “Selector Setting” property TAB, it can be opened, see the figure below.

- 192 -

For “The Drop-down List” component, the most settings of the “Selector Setting” property
TAB are same to the “Check list and selection boxes”. The difference is that there is an additional
item of “Pop-up style” for the “The Drop-down List”.
The default is “Popup Downwards”. The “Pop-up upwards” is optional. And it can be set
according to the actual requirement. See the figure below.
Popup Downwards

- 193 -

Popup Upwards

The figure below shows the situation when “The Drop-down List” and “Check list and
selection boxes” appear on the picture at the same time.

Check list and selection boxes

The Drop-down List

The figure above shows that when the “The Drop-down List” completes operation or has no
operation, it is “withdrawn”. It will be unfolded only when it is operated, while the “Check list
and selection boxes” is always unfolded no matter it is in operation or not, and it can be directly
viewed and operated.
The other details can be seen in Detailed manual/Commponent/Toggle Switch and
menu/Check list and selection boxes.
4.6.4.5File BrowserBox
File BrowserBox is used to display the file information of the internal and external
storage devices.

- 194 -

4.6.4.5.1 General



Font Type



Font Size

Select the appropriate font size here.


Colors

Select the font color by the tool “

”or the color palette.When it is selected on

the touch screen, the background color of the font is in the inverse tone.


Date Format

There are three optional date formats.

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There are three optional separators provided amongthe day, the month and the year.



Only Show the File with Designated Suffix.

The suffix is blank by default.It represents to display all. You can set the file type
you want.
As shown as above, if you add the “fpg” suffix by clicking the button “Add Items”,
only files with fpg suffix will be displayed in the browser box for easy filtering and viewing.
If you want to display all, click the button “Delete” and keep the browser box blank.
4.6.4.5.2 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.
4.6.4.6User Privilege
4.6.4.6.1 General

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

Browse Method

You can view by scroll bar or screen sliding, and screen sliding is only effective for
capacitive screen.


Display The Table



Language

You can switch between Chinese and English here, and then you can edit the text
in the below table in Chinese and in Englishseparately.

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

Display the Title Bar

Check this option “Display the Title Bar”, you can set the font of the title bar and
the list, see details inDetailed manual/General functions/Drawing/Font settings.



Use Lable

Check this option, you can edit the “Title Bar Description” in the below
table.Uncheck it, you can edit the “Title Bar Description” by using text library.

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

Use same font for table contents and title

This option will be displayed only when you check the option “Display the Title Bar”.
After checking this option, thefont of the list will be consistent with the font of the title bar.
If you do not check it, you can edit the font of the list separately.


Move UP and Down

You can adjust the arrangement of the displayed itemsby clicking the button
“Move Up” or “Down”.


Restore to default

Restore the items to the initial arrangement.



RowSpacing and Column Spacing

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Adjust the row spacing by modifying the value of the edit box of “Row Spacing”. And
adjust the column spacing by modifying the value of the edit box of “Column Spacing”.


Detailed Info

After check the option “Detailed Info”, you can select a trigger mode to pop up the
window such as “User privilege” for editing. The trigger mode can be set “Single Click”
or “Double Click”.
4.6.4.6.2 Table

You can set the appearance of the “User Privilege” component in the “Table”
property TAB. The appearance of this component is show as below.

The “Table” property TAB of the “User Privilege” component is shown as below.

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

Table Background Color and Title Bar Background Color

You can change the background color of the “User Privilege” component.And you
can change the title bar background color, too.



Outline Style, Split Line Style, Line Width and Line Color

You can change the type of the out line and the split line, the line width and the
line color.

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

Display Grid Line

After you check the option “Row Split Line” and the option “Column Split Line”,
the appearance of the “User Privilege” component is shown as below.

If the option “Row Split Line” and the option “Column Split Line” are unchecked, the
appearance is shown below.

4.6.4.6.3 Search

Check the option “Enable search”, and you can query the corresponding
user privilege.

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

Search Trigger Bit

A bit register needs to be set here. When the value of the bit register is “1”, the result
of filtering by a range is displayed.When the value of the bit register is “0”, the displayed
result is not filtered.


Search Register

You need to specify a starting address of a set continuous 8 word registers here.
You can input the corresponding user name to these registers to search. And the
inputted user name should be no more than 16 ACSII letters or 8 ACSII characters.
4.6.4.6.4 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

4.6.5 Timer and Data Transmission

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4.6.5.1Timer
You can use the timer component to accomplish the tasks that need to be
periodically executed or triggered under specific conditions.
The timer must be established on a window. When this window is working, the timer
will work in accordance with the rules set. If you don’t want the timer to be affected by the
window switching, you can establish a timer on the common window.
For adding a timer, there are three ways. The first way is clicking the timer command
from the “Component” menu. The second way is opening the property TAB of the window,
then click the “Timer” property TAB.And the third way is clicking the “Timer” command
from the shortcut tool bar.

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In the“Timer” property TAB, click the button "Add", you can open the detailed
settings of the timer.

- 205 -

4.6.5.1.1 Trigger and Stop


Timing and Execution
Set the operation mode of the timer in Timing and Execution.

- 206 -


Execution Period
Set the execution cycle of the timer, in 0.1 S (seconds). If you want to set the
execution cycle in 10 seconds, you can set to 100×0.1S.

Delay
In the case of unchecked “Delay” by default, when the trigger condition of the timeris
met, the timer will execute immediately for the first time. After an interval of the setting
execution cycle, the timer will execute for the second time until the end condition is met. If
you want the timer to delay execution for a period of time when the trigger condition is met,
you can check the “Delay” option, then delay time can be set to an integer times, such as
three execution cycles.

Trigger conditions
Trigger conditions is used to trigger the execution of the timer.There are many ways
to trigger the timer in this software. You can choose according to your actual needs. It is
important to note that the timer trigger mode should be edge trigger. After the trigger
condition is met, the timer will continue working until the end condition is met.


Bit

After select the “Bit” option, you can specify a bit register in the “Trigger Address” to
control the timer trigger. The “Trigger Mode” can be set “OFF→ON”, “ON→OFF”, or
“ON←→OFF”. For example, if you set “OFF→ON”, that means the timer is triggered
when the register value changes from 0 to 1.
The “Auto Reset” refers to that the register value is automatically changed to OFF
after the timer is triggered (for the “OFF→ON” trigger mode). The “ON ←→ OFF”
trigger mode does not have the “AutoReset” option.

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

Word

After selecting the “Word” option, you can specify a word register to control the timer
trigger. When the value of the specified register is changed, the timer execution will be
triggered.


Condition

If you select “Condition” option, you can use a set of conditions to control the timer
trigger. For the logical condition editing, see: Detailed manual/General
functions/Drawing/Logic Control.


Triggerwhen the window is open

When the window in which the timer is located is opened, the timer execution will be
directly triggered. Note that if the timer is located in the Public Window, only trigger once
when the user project is executed after powering on the HMI, and it will not be triggered
when switching to another window.


Trigger when the window is closed

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When the window in which the timer is located is closedand the other window is
opened, the timer execution is triggered.

Condition for stop
The condition for stop refers to thecondition under which the timer stops execution. It
is same to the “Trigger Condition”. The condition for stop is also edge-triggered.


Timer will stop when the window closed

The “Condition for stop” of the timer is “Timer will stop when the window closed” by
default.If you want to end the timer execution in advance, select the other condition for
stop:


Stop when specified count value reached

You can use the condition for stopto make the timer end automatically after repeating
the specified number of times. Wherein, for the specified number of times, you can
directly enter it by Constant, or you can specify a word register to control the timer
execution times by Variable.
Note: When the trigger condition is "Trigger when the window is closed," the
condition for stop will be directly selected as the “Stop when specified count value

209

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reached”and the number of times is set to 1 and not editable. This kind of timercan only be
executed once.



Condition Judgment

You can control the timer to end by using a set of conditions. When the
conditionsaresatisfied, the timer execution ends. For the logical condition editing, see:
Detailed manual/General functions/Drawing/Logic Control.
4.6.5.1.2 Timer Function

210

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Click the "Timer Function" tab and open the “Timer Function” propertyTAB.


Run Macro

You can use the timer to trigger the execution of macro instructions. If the macro
instruction hasn’t been established in the project, you can’t check this box. You need to
click the "Macro Code" to open the Macro Code Editor Window and add the macro code.
If the macro instructionis already exist, you can select the established macro from the
drop-down list. Click the "Edit" button, you can directly open the Macro Code Editor
Window to edit the currently selected macro instruction.



StatusSetting

The “StatusSetting” function is used to set a bit register or set the value of a
word register.
Whether setting the bit register status or setting the word register value, you first
need to set the target address. For the address setting, refer to: Detailed manual/General
functions/Address editor.

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

Bit Setting

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The mode of the Bit Setting includes “Set ON”, “Set OFF” and “Periodic Inverse”. The
“Set ON” means that the bit is set ON when the timer is triggered and the bit remains ON in
each execution period. The rules of “Set OFF” are same to the “Set ON”. The “Periodic
Inverse” refers that when the timer is triggered, the bit is inverted and continues to invert in
each execution cycle.For example, the timer executed once per second switchesthe LB0 bit.
LB0 will change the state once per second, 1 second is ON and 1 second is OFF.



Word Setting

Word setting refers to periodic setting of a word register by timer. The setting modes
include “Add”, “Subtract” and “Constant”.


Audio Play

For the HMI device with an audio output function, you can use the timer to play
sound.Click the "Audio Library", and select the audio file to be played from the “Audio
Library”. This software supports audio files in MP3 and WAV format. Foraddingaudio files,
please refer to:Detailed manual/Library/Audio Library. Click the triangle play button
at the back of audiofile, you can hear the audio file.
Note:
The “Run Macro”, “StatusSetting” and “Audio Play” optionscan be checked at the
same time. The timer can simultaneously control the execution of the three.However
the execution order is uncertain.

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4.6.5.2Timing Data Transmission
A single or batch data can be transmitted by timing. The action can be triggered or
executes periodically. This component is similar to the timer. You need to add it to a
specified window. If you want a global execution, you can add it to the public window.

4.6.5.2.1 Trigger and Stop

The “Trigger and Stop” is used to control the execution modes of components. The
modes of “Trigger and Stop” include “Execution Period”, “Trigger Condition” and
“Condition for stop”. The details can be refers to: Detailed manual/Component/Timer
and Data Transmissionn/Timer.
4.6.5.2.2 Data Transmission

Data transmission can set the data to be transmitted, including the type and
the length of the data to be transmitted, source address and target, and so on.
4.6.5.2.3 Notification

Notification function is similar to the notification function in the “Control Setting”
property TABofsome components. It is used for before-writing notification and after-writing

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notification.For
the
detailed
functions/Drawing/Control settings.

settings,

refer

to:

Detailed

manual/General

4.6.6 Barand Meter
4.6.6.1Bar Chart
Apart from the slight difference of “Direction” as shown in the figure below, the other
functions of the bar graph are the same as the Sector Chart. The detailed description is
referred to: Detailed manual/Component/Bar and Meter/Sector Chart.

4.6.6.2SectorChart
Add a Sector Chart component by clicking the menu command “Component/Bar and
Meter”. It is shown as below.

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You can add the Sector Chart by clicking the correspondingshortcut button. It
is shown as below.

4.6.6.2.1 General

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
Direction
The option “Direction” is used to set the starting point direction which refers to the
fill direction of the sector chart.

As shown below, the left Sector Chart is filled by Clockwise, and the right Sector
Chart is filled by Anti-clockwise.
Clockwise



Angle

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Anti-clockwise

The “Inside and outside ring ratio (%)” is set to a percentage of the inner ring radius
to the outer ring raduis. The “Start Angle” of the sector chart can be set at will. The effect
is shown as below.


Type
The types of the sector chart include “Standard” and “DeviationType”. The filling
origin position of the standard sector chart is not adjustable. The origin position of the
deviation type is adjustable. Here introduces the usage of biastype pie chart.
As shown as below, after selecting the Deviation Type, the “OriginPos.” can be freely
set.

The running effects of the “Deviation Type” and the “Standard”are contrasted as
shown as below (the left is deviation type, the right is standard type).

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
Read Address
The detailed information is referred to: Detailed manual/General functions/Address
editor/Standard Byte Address Input.
4.6.6.2.2 Extended


Border Color and Background Color
As shown as below, the border color and the background color of the sector chart can be set
freely. If the “Border Color” and “Background Color” are not checked,the border and the
background color are not visible. The sector chart has three Fill Types: “Solid Color”, “Pattern”
and “Gradient”. The Bar Color can be set freely.


Alarm Limit
As shown as below, you can set the upper and lower limit for alarm. Except forthe
“Blink” function, other functions are same to the “Meter".The detailed settings are
referred to:Detailed manual/Component/Bar and Meter/Meter.

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
Mark Target Area
When the value enters into the specified MarkTarget Area, the color of sector chart
will be changed to the Target Area Color. The Target Value and Error Range can be set
by Constant or byVariable.

The running results are as shown in the figure below. In thiscase, the Target
Area Color is set yellow.

4.6.6.2.3 Scale and Mark



Display the percentage

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The function is used to display the total percentage of filling part to the entiresector chart.
As shown as below, the display font size, font style and font color can be set freely.


Display Scale
The “Display scale” usage of the Sector Chart is same tothe Meter but a slightly
different, as shown as below. The detailed usage is referred to: Detailed
manual/Component/Bar and Meter/Meter.

4.6.6.2.4 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

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4.6.6.3Meter
As shown as below, the Meter component can be added by clicking the
menu command “Component/Bar and Meter”.

You can add a Meter component by clicking the corresponding tool button in
the shortcut tool bar. It is shown as below.

4.6.6.3.1 General

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
Meter Plate
As shown as below, the Meter Plate includes five types: “Round (Hands Up)”, “Round
(Hands down)”, “Upper Semi-Circle”, “Lower Semi-circle” and “Arc (Set Automatically)”.

The attributes of the “Round (Hands Up)”, “Round (Hands down)”, “Upper SemiCircle” and “Lower Semi-circle” are same. For the Arc Meter Plate, you can freely set the
starting angle and ending angle, as shown as below.

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

Read Address

For details of Read Address, see: Detailed manual/General
functions/Address editor/Standard Byte Address Input.


Maximum Minimum Value

The Maximum Value and the Minimum Value of the Meter can be set by Constant
or by Variable.
If you select by Constant, a fixed constant can be set in the position shown in
the figure below.

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If you select by Variable, you can specify a word register and enter a value to the
word register to change meter during running your project, as shown in the figure below.


Display Range Scale
Set the upper and lower limit for alarm on the position shown in the figure below. The
limit value can be set by Constant or by Variable. After setting the upper and lower limit
value, you can also set the colors for value within limit, below lowerlimit and above upper
limit, as shown below.

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4.6.6.3.2 Watch Hand and Scale


Color and Size
As shown in the figure below, the color of the Watch Handand Watch Hand Axis, the
length and width of the Watch Hand,and the radius of the Watch Hand Axis can be set.



Display Scale

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As shown as the figure below, you can modify the color, the width and type of
the meter scale line after the “Display Scale” is checked.


Line



Scale

You can set the “Main Scale Division Number”, the “Main Scale Length” and the “Sub
Scale Length” here. The Location of the scale can be set “Inside”, “Outside” and “Center”, as
shown as below. The “Sub Scale Division Number” and the “Axis” are checked by default.
The default sub scale division number is 2. If the “Sub Scale Division Number” and the “Axis”
are unchecked, that means the sub scale and axis are not displayed.

If the “Mark” is not checked, the meter will not display the scale value. After the “Mark”
is checked, you can set the number of the integer digits and the decimal digits of the scale
value and also can set the font styles of scale value. If you select the "Reverse scale
order", then the maximum value and the minimum value will switch their positions.

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
Watch Hand Style
Click the button “Watch Hand Style”, you can select a style of watch hand for
the meter.

4.6.6.3.3 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

4.6.7Curve Graphs
4.6.7.1Trend Curve
The “Trend Graph” component is a curve formed by the sampling data.

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4.6.7.1.1 General



Display Points of EachHMI

This option means the number of the displayed sampling data points on the screen.
The default is 10.The max number of points can notmore than the width of the used HMI
resolution. For example, the 7-inch HMI device with the resolution 800*480 is used.Then
the max number of points is 799.


Direction

The option “Direction” is used to setthe display direction of the trend curve. It is
set "Horizontal" by default. It can be set "Vertical", too.


Pause

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Abit registeraddress can be set here.When the bit register is ON, the trend curve is
not refreshed (butthe sampling is not paused). Whenit is OFF, the trend curve is
refreshed in real time.


BrowseMethod

The methods of "Scrollbar" and "Slide" are all supported to view the trend curve.You
can check anyone or two. But the "Slide" is only valid for the capacitive HMI device.



Use Cursor

You can check the option “Use Cursor”. This option is used to view the trend data
crossed by the cursor and the data sampling time. The settings are shown as below.



Display/Hide the Cursor

Here you can set a bit register.If the bit register is ON, the cursor is displayed. If it
is OFF, the cursor is hidden. When the cursor is visible, you can click or slide to move
the cursor.


Cursor Color

The default color of the cursor is red. You can modify it according to the actual needs.



Cursor Data Area

You need to set a starting address of a continuous word registersarea here to save the
information of the cursor data. The first 7 word registers save the sampling time of the trend
data which is crossed by the cursor. They are year, month, day, hour, minute, second and
millisecond. From the eighth register, the sampling data crossed by the cursor is saved. The
data format should be consistent with whichdefined in "Data Sampling".

For example, the starting address of the cursor data area is set LW100. Then the
registers from LW100 to LW106 save the sampling time information of year, month, day,

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hour, minute, second and millisecond. If the "Data Sampling" that you use only defines a data
in "16-bit Unsigned" data type and the channel number is 1, then the LW107 register savesthe
sampled data at this time. If the "Data Sampling" that you use has the data sampled from two
channels, the data type of the first channel is "Single precision floatingpoint number" and the
second channel is "16-bit Unsigned",then LW107 (Single precisionfloatingpoint number) saves
the data of the first channel and LW109 (16-bit Unsigned) saves the data of the second
channel.Other data formats can be done in the same matter.



Use Zoom

This option is optional. After it is checked, the option "Two-point Touch Zooming (only
for multi-touch hardware)" can be check. This option is only valid for the capacitive HMI
device. After you enable this function, the curve will be zoomed out when two fingers slide
outward in the curve zone and the curve will be zoomed in when two fingers slide inward
in the curve zone.
The option "Register Control Zooming" is used to zoom by using a word register. After
check it, a word register needs to be given here.The value of this word register is the
percentage of zooming. For example, the value of the word register is 50. It means that
only 50% is displayed and the curve is scaled a half. If the value of the word register is 200,
it means 200% is displayed and the curve is zoomed to 2 times. The settings are shown
as below.

4.6.7.1.2 Channel

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In the “Channel” property TAB, you need select a sampling data as the “Data Source”.
There will be a red exclamation mark here if the "Data Sampling" is not set. You can open
the "Data Sampling" settings page to set the required sampling data by click the button
“

”. After the setting is complete, the "Channel" page is shown as below.

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After you selectinga sampling datafor the option "Data Source", all channels of this
sampling data defined in the "Data Sampling" will be displayed in the “Channel Setting”
property box.
For the above figure,the sampling data “Temperature Humidity” is selected as the
data source. This sampling data has two channels. The data of channel 1 is from LW0
register and the data type is “Single precision floatingpoint number”. The data of channel
2 is from LW2 register and the data type is "16-bit Unsigned".


Data Source Information

In this area, you can see the various attributes of the selected sampling data
defined in the "Data Sampling".
There is an option “Hide Channel Register” here. After it is checked, you need to
specify a word register. When the bit0 of this word register is ON, hide the curve of
Channel 1. When the bit1 is ON, hide the curve of Channel 2. Other channels can be
done in the same matter. The setting is shown as below.

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For example, the option “Hide ChannelRegister” is set LW500. Then the curve of
Channel 1 is hidden when the bit 0 of the LW500 is ON. The curve of Channel 2 is
hidden when the bit1 of the LW500 is ON.


Channel Setting

All channels of the data source are displayed here. They are all checked in the “Use”
Column by default. It means they are all set to display on the trend curve.
Note:
If one channel is not checked in the "Use" column, that means the data of this
channel will not be displayed on the trend curve. So the corresponding bit of the word
register specified in the option “Hide Channel Register" cannotcontrol the curve of this
channel to display or hide.
Click one channel in the "Channel Setting" area, the relevant attribute settings of this
channel will be displayed below. It is shown as below.

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

DotMark

This option is not checked by default. After it is checked, you can set the dot color,
the dot size and the dot style for each point of the sampling data.



DrawingConnecting Line

This option is checked by default. If it is checked, you can set the line color, the
line width and the line type for the connecting line of the sampling data points.



Projection along X-axis Direction

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This option is not checked by default. After it is checked, the trend curve from the
first point to the current sampling point will projectto the X-axis to form a closed figure.
For example, the option “Dot Mark” and the option “Projectionalong X-axis
Direction” are all checked, the display effect is shown as below.



Minimum Value

The minimum value of the trend curve can be set byConstant or by Variable. When
set it by Variable, the data type of the specified word registershould be consistent with
the data type of the selected sampling data channel.


Maximum Value

The maximum value of the trend curve can be set byConstant or by Variable. When
set it by Variable, the data type of the specified word registershould be consistent with
the data type of the selected sampling data channel.
4.6.7.1.3 Search

The option “Enable Search Function” is not checked by default in the “Search”
property TAB. After it is checked, the settings are shown as below.

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There arethree fixedsearch modes supported: “Search By Date”,“Search By Time
Range” and “Search By Sequence”. The “Register Query Mode” is a dynamic search
mode. The default search mode is “Search By Date”.
Search By Date

The settings of “Search By Date” are shown as below.

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“Search Trigger Bit”
The option “Search Trigger Bit” is used to specify a bit register to trigger the search
function. When the trigger bit is ON, the filtered results are displayed. When the trigger bit
is OFF, the result which is not filtered is displayed.
“Search Register”
The “Search Register” is used to specify word registers to save the information of the
search function. The number of the word registers is depending on the search mode. You
can get the information of the used word registers according to the text displayed under
the specified address.
For example, select the “Search By Date” mode and specify LW300 for the option
“Search Register”. Then LW300 saves the search year, LW301 saves the search month
and LW302 saves the search day. You can use three numeric value input components
connected with the three word registers to give the search conditions in your project.



SearchBy Time Range

For the “Search By Time Range” mode, the function and the setting of the "Search
Trigger Bit" are same to the “Search By Date” mode. The difference is the
"SearchRegister."
When selecting the "Search By Time Range" mode,you should specify a start
address of a continuous 12 word registers area for the option “Search Register”. The first
six word registers save the start date of search, including year, month, day, hour, minute
and second. The last six word registers save the stop date of search. The setting is
shown as below.

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

SearchBy Sequence

For the “Search By Sequence” mode, the function and the setting of the
"Search Trigger Bit" are same to the “Search By Date” mode. The difference is the
"SearchRegister."
For example, select the “Search By Sequence” mode and specify LW300 for the
option “Search Register”. The settings are shown as below. Then when LW300 is 0,
the data of the current day is displayed on the curve. When LW300 is 1, the data of the
yesterday is displayed on the curve.Other values can be done in the same matter.

Register Query Mode

The “Register Query Mode” is a dynamic search mode.When the “Register Query Mode”
is selected, you can specify a word register to dynamically adjust the search mode. If the
word register is 0, the “SearchByDate” mode will be used.If it is 1, the “Search By

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Time Range” mode will be used. If it is 2, the “Search By Sequence” mode will be used.
The settings are shown as below.

4.6.7.1.4 Scale



X-axis Scale

The source of X-axis value can be set “Use Point Scale Value” or “Use Time Scale
Value”. The default is “Use Point Scale Value”. It is shown as below.

The option “Use Point Scale Value” means that the values of the sampling data
points are used as the X-axis scale. The option "Use Time Scale Value" means that the
time of the data sampling is used as the X-axis scale.


X-axis Scale

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The source of Y-axis value can be set “Use ... Channel Maximum Minimum Value” or
“Self-setting”. The default is “Use 1 Channel Maximum Minimum Value”. It is shown as
below.

After you select the option “Use ... Channel Maximum Minimum Value”, you can
specify a channel number. And the minimum and the maximum values of this channel will
be used as the minimum and the maximum values of the Y axis.
If the option "Self-setting" is selected, you can set the maximum and minimum values
by yourself as the source of Y-axis. The minimum and maximum values can be set by
Constant or by Variable.The settings are shown as below.

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For more details, please refer to: Detailed manual/Component/Scale.
4.6.7.1.5 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.
4.6.7.2XY Chart
The “XY Chart” refers to the curve formed by the corresponding data points which are
comprised by a set of data registers or two different sets of data registers. All settings are
described below.
4.6.7.2.1 General

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

Refresh Mode

The “Refresh Mode”includes two types: "Cyclic" and "Triggered".


Cyclic

The default refresh mode is "Cyclic". The default sampling cycle period is 1 second. That
means the curve is refreshed every 1 second. The minimum sampling cycle period is

second.
Triggered
After you select "Triggered" refresh mode, you need to specify a bit register and
select the “Trigger Mode”. The Trigger Mode can be set "Bit" or "Word".

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For the “Bit” trigger mode, there are three “Trigger Condition”: "OFF→ ON",
"ON→OFF" and "OFF↔ON". You can choose one of them. The settings are shown as
below.

For example, if the trigger condition is set "OFF→ ON", that means the XY curve will
be refreshed when the specified bit register is changed from OFF to ON.
There is an option “Auto Reset” for the trigger condition "OFF→ ON" and
“ON→OFF”. If you check it, the bit register state will be reset after it is changed.
For the “Word” trigger mode, the details are referred to: Detailed
manual/General functions/Drawing/Logical Control.


Data Point

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The default value is 10. The range is from 2 to 4096. The option “Data Point”can
be set byConstant or by Variable.


Control Setting



Pause control

If you check this option, a bit register needs to be specified to control the Pause
function. When the bit register is ON, the XY chart is pausedand not be refreshed.


Clear control

If you check this option, a bit register needs to be specified to control the Clear
function. When the bit register is ON, the data of the current XY chart is cleared.



Use Cursor

After this option is checked, some parameters need to be set. The settings are
shown as below.

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

Display/Hide the cursor

Same to the Trend Curve, a bit register needs to be specified to control the
cursor display or hide.


Cursor Color

The cursor color is set here.


Cursor Data address

Similarly, you need to set a starting address of a continuous word registersarea here to
save the coordinate data information of which the cursor is crossed with the XY chart. The
data type is depended on the setting in the "Channel" property TAB. For example, the data
type is set "16-bit Unsigned in the "Channel" property TAB and the first starting register
address is set LW100, then the data of the cursor (X, Y) is (LW100, LW101). If the

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data type is "Single-precision Floating-point Number", then the data of the cursor (X, Y) is
(LW100, LW102). Other data types can be done in the same matter.
4.6.7.2.2 Channel

The “Channel” property TAB is shown as below.



Channel Number

The default value of the “Channel Number” is 1. The XY chart can display up to 16
channels simultaneously.


Channel Settings

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You can define the channel information in the “Channel Settings” table: the X
address and the Y address are continuous by default. As shown as above,the default
starting X address is LW0 and the default starting Y address is LW1. They are
continuous. If you check the box in front of the Y address, the Y address can be not
continuous with the X address. For example, you can set the starting Y address LW100.


Type

Select the data type for the current channel according to the actual needs.


Remark

You can note the name of the curve for the current channel in the “Remark” column.
For example, channel 1 is noted as "Disc A track".
Same as the Trend Curve, selecta channel in the “Channel Settings” table, there are
many parameters can be set for the selected channel in the following "Channel Setting".
The most parameters are same to the settings of the Trend Curve. The option “Projection
along Y-axis Direction” is added here. The meaning of this option is same tothe
"Projection along X-axis Direction" but the direction is different. TheMinimum Value and
the Maximum Value ofthe Y-axis can be set different with X-axis. They can be set by
Constant or by Variable. The default range of the Minimum Value and the Maximum
Valueis from 0 to 100. The detailed settings can be referred to the "Channel" property
TABof the Trend Curve.
For the information of the occupied addresses by the current channel, it is depended
on the data type of this channel. You can view the text which is noted below the “Channel
Setting”. It is shown as below.

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4.6.7.2.3 Scale

Refer to the "Scale" property TABof Trend Curve.
4.6.7.2.4 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.
4.6.7.3Data Group ChartDisplay
The “Data Group Chart Display” component is a curve comprising of a set
dataof specified continuousregisters.
4.6.7.3.1 General

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

Each screen sampling points

The default value of this option is 10. Theminimum value is 2 and the maximum
value is less than the width of the used screen resolution. For example, the used screen
resolution is 800*480, and then the maximum value of samples per screen is 799.


Direction

The “Direction” option is set "Left ToRight" by default. You can set it "Up To
Down" too. They are corresponding to the "Horizontal" and "Vertical" display modes.
The settingsof these parameters such as the “Browse Method”, the "Control Setting",
the "Refresh Mode" and the "Use Zoom" are same to the "XY Chart". The details can be
referred to the settings in the “General” property TAB of XY Chart.

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

Use Cursor

It is not checked by default. After check it, the parameters are shown as below.

The settings of these options are same to the Trend Curve or the XY Chart, such as
the “Display/Hide the Cursor” andthe “Cursor Color”.


Cursor Data Area

Similarly, you can set a "Word Register" as the starting address of the continuous
registers here. The first two word registers areused to save the point number where the
cursor stays. The registers from the specified register address + 2 are used to save the
data of whichthe cursor is crossed with the XY chart.

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As shown as above, the starting register is set LW0, and then LW0 and LW1 save
the point number where the cursor stays. If there are three channels for the XY chart, the
data type of the Channel 1 is "16-bit Unsigned", the second channel is "Single-precision
Floating-point Number", the third channel is "32-bit Unsigned", then LW2 (16-bit Unsigned
number) save the Channel 1 data, LW3 (Single-precision Floating-point Number) save the
Channel 2 data, LW5 (32-bit Unsigned) save the Channel 3 data. Other channelscan be
done in the same matter.
4.6.7.3.2 Channel



Channel No.

There is 1 channel by default.A “Data Group ChartDisplay” component can display
up to 16 channels.

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

From the Start Address, the Sampling Address is Continuous.

This option is checked by default. If the register of the “Sampling No.”for channel 1
in the “Channel Setting” table is set "LW100" and the “Data Type” is "16-bit Unsigned",
then LW101 is used to save the first sample data, LW102 is used to save the second,
and so on. If the “Data Type” is set "32-bit Unsigned", then LW101 (32-bit Unsigned)
saves the first sample data, LW103 (32-bit Unsigned) saves the second sample data.
Other data types can be done in the same matter.
If you don’t check the option "From the Start Address, the Sampling Address is
Continuous.",it meansthe “Start Address” of the registers to save the sample data can be
set independently. The settings are shown as below.

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The below parameters setting for the selected channel is same to the Trend Curve or
the XY Chart. Please refer to the settings in the “Channel” property TAB of the Trend
Graph or XY Curve.
4.6.7.3.3 Scale

Refer to the settings in the “Scale” property TAB of the Trend Curve.
4.6.7.3.4 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

4.6.8 Scale
The "Scale" includes four types: “Horizontal Scale”, “Vertical Scale”, “ArcScale” and
“RoundScale”. You can add a Scale component by clicking the menu command or by
using the shortcut tools bar.

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The “Horizontal Scale” is mainly used to display a progress bar. The “Vertical Scale”
can be used to display the current liquidlevel of a tank orthe charge state of a battery.
The “Arc Scale” can display the value of a fuel meter, a speed meter, and other display
devices. The “Round Scale” can display the revolutionspeed, the angle and other
parameters.
4.6.8.1General
4.6.8.1.1 Horizontal Scale

First, the option “Horizontal” is selected. Then you can do other settings for the
Horizontal Scale component.

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

Line

You can set the line color, the line width and the line type to meet the needs of your
project.


Scale



Main Scale Bisection

Subdivide the scale in the scale range.

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

Sub Scale Division Number

The main scale is subdivided singly. The option “Sub Scale Length” can be set to
make difference with the main scale.



Mark

The option “Mark is used to set the value of the main scale.
The option “Integer” refers to the number of the decimal integer digits. The option
“Decimal” refers to the number of the decimal fraction digits.
You can set the font size, the font color and the font type for the main scale here.

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The options “Min Value” and “Max Value” are used to set the range of the main scale.

The options “Min Value” and “Max Value” can be set by Constant or by Variable. If
you set them by Variable and specify word registers for them, you can change the
range of the main scale by modifying the value of the specified word registers.

Usually, the scale value is displayed increasing from left to right.Sometimes,it needs
to be displayed increasing from right to left. To do that, youshould check the option
“Scale Is Reverse”.

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

Axis

You can check the option “Axis” to display the axis of the scale. The position of the
axis can be set “Up”, “Down” or “Center”. Of course, you can remove the check tohide
the axis of the scale.

4.6.8.1.2 Vertical Scale

For the “Vertical Scale”, the only difference with the “Horizontal Scale” is the
option “Position” in the “Scale” property box. It is shown as below.

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4.6.8.1.3 Arc Scale

For the “Arc Scale”, there are three differences with the “Horizontal Scale”. The
options “Starting Angle” and “End Angle” are added in the “Angle” property box. The
option “Main Scale Length” is added in the “Scale” property box. The option “Position” in
the “Scale” property box is different.
The option “Main Scale Length” is shown as below.

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The start angle and the end angle can be set for the arc scale in the “Angle” property
box. The settings and the effect are shown as below.

For the option “Position” in the “Scale” property box, the axis position of the sacle
can set “In”, “Out” and “Center”.

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4.6.8.1.4 Round Scale

For the “RoundScale”, the only difference with the “Arc Scale” is that there is not
“Angle” settings. It is shown as below.

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The settings of the “Position” for the Scale component are referred to:
Detailed manual/General functions/Drawing/Position.
4.6.8.2Display
The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

4.6.9 Table
The "Table" component is used largely in the project. There are two types: “Fixedwidth Table” and “Fixed-height Table”. You can add a Table component by clicking the
menu command “Component/Table/Fixed-width Table” or ““Component/ Table/ Fixedheight Table”. Of course, you can add it by using the shortcut tools bar.

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For the fixed-width table, the width of the cells is same and the height of the cells
is equal.It is shown as below.

:
For the fixed-height table, the width and the height of the cells can be modified by
mouse-dragging the split line. It is shown as below.

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4.6.9.1General
The “General” property TAB of the “Fixed-width Table” is shown as below.

The “General” property TAB of the “Fixed-height Table” is shown as below.

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The difference with the “Fixed-width Table” is that the options “Equal Height” and
“Equal Width” are not checked. Of course, you can check them and make the Fixedheight Table switch to the Fixed-width Table.


Position

The option “Position” in the “General” property TAB is referred to: Detailed
manual/General functions/Drawing/Position.


Appearance settings

The background color, the outline color, the split line color, the outline type, the
split line type, the outline width and the split line width can be set for the table
component appearance according to your needs and the project configuration.

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The option “Row Count” and the option “Column No.” are used to set the number of the
rows and the columns of the table. The option “Equal Height” and the option “Equal Width”
can be checked. If they are all checked, the table will be a fixed-width table.

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The option “Hide Horizontal Split Line” and the option “Hide Vertical Split Line” can be
checked. You can check anyone or two to hide the split line of the table according to your
needs
For example, only check the option “Hide Vertical Split Line”. It is shown as below.



Select

In the “General” property TAB, if you check the option “Select”,the “Control Settings”
property TAB will display.

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

Select Mode and Select Color

After checking the option “Select”,you can set the color of the row/column/cell which
is selected during running the project. The option “Select Mode” can be set “Select by
Row”, “Select by Column” or “Select by Cell”. It determines that the selected is a row, a
column or a cell.



Grid Position

For the option “Grid Position”, you need to give a word register to record the selected
row number if the select mode is “Select by Row”. The first row number is 0.

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You need to give a word register to record the selected column number if the
select mode is “Select by Column”. The first column number is 0.

The effect of the “Select by Row” mode is shown as below.

The effect of the “Select by Column” mode is shown as below.

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When selecting the mode “Select by Cell”, two continuous word registers are
occupied. You need to give the first address of the two word registers here. The first word
register records the selected rownumber and the second records the selected column
number. The first row number and the first column number are 0.

The effect of the “Select by Cell” mode is shown as below.

4.6.9.2 Control Settings
The settings of the “Control Settings” property TAB are referred to:
Detailed manual/General functions/Drawing/Control settings.
4.6.9.3 Display
The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

4.6.10 Slider
The "Slider" component can change the value of the specified word register
by pressing and moving the slider block.
4.6.10.1 General

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

Minimum Value

The option “Minimum Value” refers to the minimum value of the slider. It can be set
by a constant or by a variable. When use a variable to set, the details are referred
to:Detailed manual/General functions/Address editor/Standard Byte Address Input.


Maximum Value

The option “Maximum Value” refers to the maximum value of the slider. It can be
set by a constant or by a variable. When use a variable to set, the details are referred
to:Detailed manual/General functions/Address editor/Standard Byte Address Input.

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

Read and Write Address

You should specify a word register to change the value for the slider component.
The word register input method is referred to:Detailed manual/General functions/Address
editor/Standard Byte Address Input.


Direction

The option “Direction” is used to set the display direction of the slider. It can be set
“Display Upward”, “Display Downward”, “Display Leftward” and “Display Rightward”,.



Min Scale

The “Min Scale” refers to the step of the slider block.

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

Increase

The option “Increase” is used to set the minimum increase or decrease per each click.
It should set multiple of the “MinScale”.If this option is not checked, it is set the value of
the “Min Scale” by default.


Writing value change simultaneously while sliding

After this option is checked, the word register which is set in the option “Read and
Write Address” will change in realtime during sliding the slider component. If it is not
checked, the value of the word register will change after the slider block is released.
4.6.10.2 Scale
The settings of the “Scale” property TAB are referred to: Detailed
manual/ Component/ Scale.
4.6.10.3 Background Graphics
The settings of the “Background Graphics” property TAB are referred to:
Detailed manual/General functions/Drawing/Graphic edit.
4.6.10.4 SliderGraphics
The settings of the “Slider Graphics” property TAB are referred to:
Detailed manual/General functions/Drawing/Graphic edit.
4.6.10.5 DynamicGraphics
The settings of the “Dynamic Graphics” property TAB are referred to:
Detailed manual/General functions/Drawing/Dynamic Graphics.
4.6.10.6 Control Settings
The settings of the “Control Settings” property TAB are referred to:
Detailed manual/General functions/Drawing/Control settings.
4.6.10.7 Display
The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

4.6.11 Moving Component

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You can click the menu command “Component/Moving
Component/Moving Component” to add amoving component in your project.
4.6.11.1 General

The option “Move in X-Axis Direction” refers to moving along the horizontal direction.
The option“Move in Y-Axis Direction” refers to moving along the vertical direction.These
two options can be checked together. That means moving in an oblique line direction.
The angle of the oblique line can be computed based on the moving distance along the
x-axis and along the y-axis.
4.6.11.1.1 Move in X-Axis Direction



Read Address

For this option, you should set a word register to specify the moving distance of the
moving component along the x-axis.The standard word address input method is referred
to:Detailed manual/General functions/Address editor/Standard Byte Address Input.


Screen MovingRange

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After check this option, you should set the upper limit and lower limit of the moving
range on the screen.


Axis Lower Limit

The option “Axis Lower Limit” refers to the minimum value of x-axis for the moving
range. It can be a constant or a variable. When it is a variable,the details are referred
to:Detailed manual/General functions/Address editor/Standard Byte Address Input.


Axis Upper Limit

The option “Axis Upper Limit” refers to the maximum value of x-axis for the moving
range. It can be a constant or a variable. When it is a variable,the details are referred
to:Detailed manual/General functions/Address editor/Standard Byte Address Input.


Move Proportionally

After check this option, the moving component will move according to the proportion
that the “Input Lower Limit” is corresponding to the “Axis Lower Limit” and the “Input
Upper Limit” is corresponding to the “Axis Upper Limit”.
For example, the “AxisLower Limit” is 0, the “Axis Upper Limit” is 799, the “Input
Lower Limit” is 0, and the “Input Upper Limit” is 7990. When the value of the specified
word register is 0, the position is corresponding to the x coordinate: 0.When the value of
the specified word register is 7990, it is corresponding to the x coordinate: 799.


InverselyProportional

This option can be checked when the option “Move Proportionally” is checked. After
it is checked, the “Input Lower Limit” is corresponding to the “Axis Upper Limit” and the
“Input Upper Limit” is corresponding to the “Axis Lower Limit”. The moving component
will move in ainverse proportion.
4.6.11.1.2 Move inY-Axis Direction

The settings of the “Move in Y-Axis Direction” are same to the “Move in X-Axis
Direction”.But the moving component is along the vertical direction.
4.6.11.2 Indicator Light
Display a picture or a text according to the status of the specified address.
The settings of the “Indicator Light” property TAB are referred to:
Detailed manual/Component/Indicator Light.

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4.6.11.3 Label
The settings of the “Label” property TAB are referred to: Detailed
manual/General functions/Drawing/Label.
4.6.11.4 Graphics
The settings of the “Graphics” property TAB are referred to: Detailed
manual/General functions/Drawing/Graphic edit.
4.6.11.5 Display
The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

Window
Bit Control Window
You can click the menu command “Component/Window/Bit Control Window” to
add abit control window component in your project.

4.6.12.1.1 General

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The “Bit Control Window”component is similar to the “WordControl
Window”component. The differences with the “WordControl Window”component
are pointed out as below. The other details arereferred to: Detailed
manual/Component/Window/Word Control Window.
Bit register triggers thepop-up of window

The option “Trigger Bit” is used to specify abit register to trigger a popup window.
The popup window is determined by the option “Popup Window ID No.”. If you select the
option “Popup On”, the window will popup when the bit register is ON.If you select the
option “Popup Off”, the window will popup when the bit register is OFF.

For example, a button named “Popup the window” is connected with LB0 and the
trigger bit of the popup window component is set LB0. The simulation running result is
shown as below. When press the button “Popup the window”, the specified window
will pop up.

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Use Variable Window ID number

The function of “Use Variable Window ID number”is used to dynamically specify a
pop-up window by using a word register.

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For the above example, the word register is specified LW0 and a numeric value input
componentis connected with LW0. The simulation running result is shown as below. Enter
the corresponding window ID number in the numeric value input component and then
click the button“Popup the window”, the designated window will pop up.

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4.6.12.1.2 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.
4.6.12.2 Word Control Window
You can click the menu command “Component/Window/Word Control Window” to
add a word control window component in your project.

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4.6.12.2.1 General

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Word register control the pop-up window

For the option “Popup Window ID”, aword register needs to be given to specify the
ID number of the popup window.
For example, add a word control window component and a numeric value input
component in your project. The word register controlling the pop-up window is set LW0
and it is also connected with the numeric value input component. It is shown as below.

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The simulation running result is shown as below.When input a positive integer
value to the numeric value input component, the window which the ID number of it is
equal to the inputted value will pop up.

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WithWindow Control Bar

After checking the option “With Window Control Bar”, you can add the window title
by checking the option “Title”and add the window close button by checking the option
“Close Button”. The font of the window title can be set by clicking the button “Set Title”.
The details are referred to: Detailed manual/General functions/Drawing/Font settings.

After set the window control bar, the simulation running result is shown as below.

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Variable pop-up window position

After check the option “Variable pop-up window position”, a first address of
continuous two word registers needs to be given to specify the X and Y coordinates of
the pop-up window.

For the above example, check the option "Variable pop-up window position" and
the first word register address of the window position control is set LW2.Then add two
numeric value input components in your project for inputting the X and Y coordinates of
the pop-up window.They are connected with LW2 and LW3 separately.
The simulation running result is shown as below. When change the values of
the numeric value input components, the position of the popup window will change.

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Variable window size

If you check the option “Variable window size”, a first address of continuous two
word registers needs to be given to specify the width and height of the popup window.

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For the above example, check the option "Variable window size" and the first word
register address of the window size control is set LW4.Then add two numeric value input
components in your project for inputting the width and height of the pop-up window.They
are connected with LW4 and LW5 separately.
The simulation running result is shown as below. When change the values of
the numeric value input components, the size of the popup window will change.

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4.6.12.2.2 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

List
Alarm and Event Display
4.6.13.1.1 Current Alarm and Event

The “Current Alarm and Event” function is to display the current triggered alarms
and events in a tabular form.Only the trigger state is displayed.

General
The general properties of the “Current Alarm and Event” arebasically the same to the
"Alarming and Event History". Please refer to: Detailed manual/Component/List/Alarm
and Event History.

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Note:
The differences with the "Alarming and Event History" are shown as below.

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The "Current Alarm and Event" includes“Count of Alarming Events”. But
the "Alarming and Event History" does not include it.
The "Current Alarm and Event" only displaysthe trigger status. It does
not confirm and restore the status.So the gray color options in the tablecan not be
checked.

Table
The settings of “Table” property TAB is referred to: Detailed manual/General
functions/Drawing/Table drawing.
Display

The settings of “Display” property TAB is referred to: Detailed manual/General
functions/Drawing/Display.
4.6.13.1.2 Alarming and Event History

The “Alarming and Event History” function is to display all alarms entries in
tabular form, including the current and historical alarms and events.

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
General

Show Group
You can select some groups of alarms and events to display in the alarm list.
Note:
The alarms and events can be grouped when they are created. The range of groups is
from 1 to 32. The alarm and event content can be set by clicking the button “Alarm and
Events Login” or by double-clicking the “System Settings/Alarm and Event” in theproject tree.
The details are referred to:Detailed manual/Setup/System Settings/Alarm and Event.



Browse Method

There are three browse methods: “Scroll Bar”, “Slide” and “Browser”.
The scroll bar will display in the alarm list if you check the option “Scroll Bar”. You
can view the alarms by using the scroll bar. The “Scrollbar Width” needs to be set. The
unit of it is pixel.
You can check the option “Slide” in order to view the alarms by sliding the screen.
This function is supported by the capacitive screen devices.
The option “Browser” can be checked when you need to view multiple pages. A word
register needs to be specified to define the current page. The default isthat 0 represents the
records on the current day, 1 representsthe records on yesterday, 2 represents the records
on the day before yesterday, and so on. The word register input is referred to: Detailed
manual/General functions/Address editor/Standard Byer Address Input.



Show List

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“Display Language”
The “Display Language” is selected to switch the current display language for
editing the Title Description. The details are referred to: Detailed manual/Setup/System
Settings/Language Settings.
“Show Title”
The option“Show Title” is checked by default.If you do not want to display the title
bar, you can cancel the check.
“Title Font Setting”
It is used to set the font of the title bar. The details are referred to:
Detailed manual/General functions/Drawing/Font settings.
“Sorting Mode”
The “Sorting Mode” set the arrangement order of the alarms and events.
If you set “By Date” and select the option “Descending”, the latest event will
be displayed on the top.

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If you set “By Level” and selectthe option “Descending”, the higher level events
are displayed on the top.
If you select the option “Ascending”, the display order is inverse.
“Select Color”
The selected alarm entry will display in the color which is set by the option“Select
Color”.
“Confirm Mode”
When the alarm is triggered, it is in the trigger status.If you want to confirm this alarm,
you need to select the “Confirm Mode”. It can be “Single Click”, “Double Click” or “Press
And Hold”.
“List settings”
The title bar contents of the alarm list are set in the below table. The contentsof
the title barcan be set to display by checking it. But the gray Display Items can not be
checked.

For the order of the contents arrangement, you can use the button "Move Up" or
"Move Down" to modify it. The content on the toprow will display on the left of the alarm
list. You can restore the default arrangement by clicking the button "Restore Default ".
“Display content beyond the table width”
There are two modes, “Scroll” and “Interrupt”, to display the title contents when
they are more than the alarm list width. You can select one mode to display.

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The content will be displayed by scrolling if you select the “Scroll” mode. You need to
set the step size (Step: 1 to 255 pixels), and the scrolling speed (Speed: 1 to 255*0.1s).

The excess contents will be truncated directly if you select the “Interrupt” mode.
“AlarmingStatus Display”
You can set the text color of the alarms and events in the different status here.

“Date and Time Format”
The “Date Format” is used to set the sort order of year (YY), month (MM) and day
(DD). The “Date Separator” is used to set the separatoramongyear,month and day.
The “Time Format” is used to set the time display format.
“Line Spacing and Column Spacing”
The “Line Spacing” and the “Column Spacing”are to set the ranks spacing of the
alarm list. The unit is pixel and the range is 0-255.

Table
The settings of the “Table” property page TAB are referred to: Detailed
manual/ General functions/ Drawing/ Table Drawing.

Search And Control
The “Search And Control” property TAB is shown as below.

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Enable Search Function

Check the option "Enable Search Function" to use the search function.
“Search mode”

There aresevensearch modes: “Search By Date”, ”Search By Time Range”, “Search By
Sequence”, “By Serial No.”, “By Level”, “Search by Group” and “Register Query Mode”.
The “Register Query Mode” is a dynamic search mode.You can specify a word register to
dynamically adjust the search mode. If the word register is 0, the “SearchByDate” mode is
used.If it is 1, the “Search By Time Range” mode is used. If it is 2, the “Search By Sequence”
mode is used.If it is 3, the “By Serial No.” mode is used. If it is 4,

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the “By Level.” mode is used. If it is 5, the “Search by Group.” mode is used.The word register
address input method is referred to: Detailed manual/General functions/Address
editor/Standard ByteAddress Input.

“SearchTrigger Bit”
The option “Search Trigger Bit” is used to specify a bit register to trigger the search
function. Note that the search function is not edge-triggered mode. When settingthe
trigger bit 1, the alarm list displays the filtered results. After set the trigger bit 0, the list
will display the results which are not filtered. The bit address input method is referred to:
Detailed manual/General functions/Address editor/Standard Bit Address Input.
“SearchRegister”
The “SearchRegister” is used to specify the first word register address for the search
function. The number of the word registers is depending on the search mode. The
function of the word registers used to searchis different for the different search mode.
You can get the information of the used word registers according to the text displayed
under the first word register address. The word address input method is referred to:
Detailed manual/General functions/Address editor/Standard ByteAddress Input.

Use Control Function

After checking this option, you can use word address registersto control the display
of the alarms and events in the alarm list.


Export CSV
The option“Export CSV” is referred to:Detailed manual/ General functions/ Drawing/
Export CSV.

Display
The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

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4.6.13.1.3 Alarm Bar (Marquee)

The “Alarm Bar” function is to display the alarms and eventsin a single line and in
a marquee form. The scrolling direction, step and speed need to be set.A title can be
chosen to display.



General


Show Group
The specified groups of the alarms and events will display in the Alarm Bar.
The alarms and events can be grouped when they are created. The range of groups is
from 1 to 32. The alarm and event content can be set by clicking the button “Alarm and
Events Login” or by double-clicking the “System Settings/Alarm and Event” in theproject tree.
The details are referred to:Detailed manual/Setup/System Settings/Alarm and Event.

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

Show List

“Display Language”
The “Display Language” is selected to switch the current display language for
editing the Title Description. The details are referred to: Detailed manual/Setup/System
Settings/Language Settings.
“Show Title”
The option “Show Title” is checked by default.If you do not want to display the title bar,
you can remove the check.
“ListFont Setting”
The button “List Font Setting” is used to set the font of the title bar. The details
are referred to: Detailed manual/ General functions/ Drawing/ Font settings.
“Sorting Mode”
The “Sorting Mode” sets the arrangement order of the alarms and events.
If you set “By Date” and select the option “Descending”, the latest event will
be displayed on the top.

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If you set “By Level” and selectthe option “Descending”, the higher level events
are displayed on the top.
If you select the option “Ascending”, the display order is inverse.
“Use Labels”
If you check the option “Use Labels”, the contents of the “Title Description” can use
the default or you can edit them.
If you don’t check the option “Use Labels”, the contents of the “Title Description” can
be set by using the text in the text library. It is shown as below.You can click the button “

”

to open the text library and select the required text. The details of the Text Library
are referred to:Detailed manual/Library/Text Library.

“List settings”
The title bar contents of the alarm bar are set in the below table. The contentsof the title
barcan be set to display by checking it. But the gray Display Items cannot be checked.

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You can use the button "Move Up" or "Move Down" to modify the order of the display
items arrangement. The content on the toprow will display on the left of the alarm bar.
You can restore the default arrangement by clicking the button "Restore Default ".
“Marquee moving mode”
You can set the scrolling direction of the alarm contents, the step size (Step: 1 to
255 pixels), and the scrolling speed (Speed: 1 to 255*0.1s).

“Alarm StatusDisplay”
The alarm bar only displays the triggered alarms and events. So only the
Trigger Color can be changed.
“Date Format”

The “Date Format” is used to set the sort order of year (YY), month (MM) and day
(DD). The “Date Separator” is used to set the separatoramongyear,month and day.
The “Time Format” is used to set the time display format.
“LineSpacing and Column Spacing”

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The “Line Spacing” and the “Column Spacing”are to set the ranks spacing of the
alarm bar. The unit is pixel and the range is 0-255.
Table

The settings of the “Table” property TAB are referred to: Detailed
manual/General functions/Drawing/Table Drawing.
Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.
4.6.13.2 Historical Data Display
The function of the “Historical Data Display” is to display the sampling data in tabular
form. The display is continuously refreshedaccording to the specified sampling frequency.

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4.6.13.2.1 General


Data Source
Select a data sampling from the pull-down list.If there is no data sampling, youcan
quickly build one by clicking the button “

”. The details are referred to: Detailed

manual/Setup/System Settings/Data Sampling.
Pause

Abit registeraddress can be set to pause or start the display of the historical
data sampling.
For example: set a bit address LB0 for the option “Pause”. Then when LB0 is OFF,
the latest data sampling is refreshed. When LB0 is ON, the refreshing is paused.
Note:
The refreshing is paused, but sampling is not stopped. All sampling data will
be refreshed.

Browse Method
The “Browse Method” includes “Scroll Bar”, “Slide”, “Browser” and “Hide Column
Register”.



Scroll Bar

When checking the option“Scroll Bar”, the list will appear scroll bar for viewing.
The scrollbar width can be customized. The unit is pixel.


Slide

You can check the option “Slide” in order to view by sliding the screen. This
function is supported by the capacitive screen devices.


Browser

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The option “Browser” can be checked when you need to view multiple pages. A word
register needs to be specified to define the current page. The default isthat 0 represents the
records on the current day, 1 representsthe records on yesterday, 2 represents the records
on the day before yesterday, and so on. The word register input is referred to: Detailed
manual/General functions/Address editor/Standard Byte Address Input.



Hide Column Register

If you check the option “Hide Column Register”, a word register can be set. The
value of the word register is used to controlthe display or hiding of each column.


Show List

Language

The “Display Language” is selected to switch the current display language for
editing the Title Description. The details are referred to: Detailed manual/ Setup/ System
Settings/ Language Settings.

Display Title Bar
The option “Display Title Bar” is checked by default.If you do not want to display
the title bar, you can remove the check.


Table Font Settings

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It is used to set the font of the title bar. The details are referred to:
Detailed manual/General functions/Drawing/Font settings.

Use Label
By default, the option “Use Label” is checked.The contents of the “Title
Description” can use the default or you can edit them. It is shown as below.

If you don’t check the option “Use Label”, the contents of the “Title Description” can
be set by using the text in the text library. It is shown as below.You can click the button “

”

to open the text library and select the required text. It is shown as below.

The details of the Text Library are referred to:Detailed manual/Library/Text Library.
Use same font for Title Bar and Table

By default, the font of the contents in the list is same to the font of the title bar.If
you want to define the font of the contents in the list, you can remove the check and set
the font by clicking the button “Table Font Settings”.

The details are referred to: Detailed manual/General functions/Drawing/Font settings.

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Sorting Mode

There are two Sorting Modes: Ascending and Descending.When the option
“Ascending” is selected, the oldest record is displayed in the first row. When the option
“Descending” is selected, the newestrecordwill display on the first row.


List Settings

You can select the required contents to display in the title bar by checking in the “Use”
column. For the order of the contents arrangement, you can use the button "Move Up" or
"Move Down" to modify it. The content on the toprow will display on the left of the
Historical Data Display List. You can restore the default arrangement by clicking the button
"Restore Default ".
Date and Time Format

The “Date Format” is used to set the sort order of year (YY), month (MM) and day
(DD). The “Date Separator” is used to set the separatoramongyear,month and day.
The “Time Format” is used to set the time display format.

Line Spacing and Column Space
The “Line Spacing” and the “Column Space”are to set the ranks spacing of the alarm
list. The unit is pixel and the range is 0-255.
4.6.13.2.2 Table

The settings of the “Table” property TAB are referred to: Detailed manual/
General functions/ Drawing/ Table Drawing.
4.6.13.2.3 Search



Enable Search Function

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Check the option "Enable Search Function" to use the search function.

Search mode

There are four search modes supported: “Search By Date”, “Search By Time Range”,
“Search By Sequence” and “Register Query Mode”.
The “Register Query Mode” is a dynamic search mode.You can specify a word
register to dynamically adjust the search mode. If the word register is 0, the
“SearchByDate” mode is used.If it is 1, the “Search By Time Range” mode is used. If it is 2,
the “Search By Sequence” mode is used.The word register address input method is
referred to: Detailed manual/General functions/Address editor/Standard ByteAddress Input.

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Search Trigger Bit

The option “Search Trigger Bit” is used to specify a bit register to trigger the search
function. Note that the search function is not edge-triggered mode. When set the trigger
bit 1, the alarm list displays the filtered results. After settingthe trigger bit 0, the list will
display the results which are not filtered. The bit address input method is referred to:
Detailed manual/General functions/Address editor/Standard Bit Address Input.
Search Register


The “SearchRegister” is used to specify the first word register address for the search
function. The number of the word registers is depending on the search mode. The
function of the word registers used to searchis different for the different search mode. You
can get the information of the used word registers according to the text displayed under
the first word register address. The word address input method is referred to: Detailed
manual/General functions/Address editor/Standard ByteAddress Input.
Export CSV

The option“Export CSV” is referred to:Detailed manual/ General functions/
Drawing/ Export CSV.
4.6.13.2.4 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.
4.6.13.3 OperatorLog
The function of the “Operation Log” is to record therequired detailed operation of the
HMI device, such as a button is triggeredat a certain time, a value is modified at another
certain time, and so on.The “Operation Log component displaysthe detailed operating
records in the list form. You can search the recordsor export them.
Note 1:

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For the created components,the operations are not recorded by default. To record
the operation of a component, check the "RecordsOperation" option in the "Control
Settings" property TAB and click the button “Set” to set the operation information. The
details are referred to: Detailed manual/General functions/Drawing/Control settings and
Detailed manual/General functions/Drawing/Label.

Note 2:
Only when the user privilegeis enabled and a user logs in, the operator user name
will be recorded and displayed. When the user privilege is not enabled or there is no user
to log in, the user name is displayed a blank in the operation records.
4.6.13.3.1 General

The general attributes of the “Operator Log” are set in the “General” property TAB.

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

Browse Method

There are three browse methods: “Scrollbar”, “Screen” and “Browser”.
The scroll bar will display in the alarm list if you check the option “Scrollbar”. You
can view the alarms by using the scroll bar. The “Scrollbar Width” needs to be set. The
unit of it is pixel.
You can check the option “Screen” in order to view the records by sliding the screen.
This function is supported by the capacitive screen devices.
The option “Browser” can be checked when you need to view multiple pages. A word
register needs to be specified to define the current page. The default isthat 0 represents the
records on the current day, 1 representsthe records on yesterday, 2 represents the

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records on the day before yesterday, and so on. The word register input is referred to:
Detailed manual/General functions/Address editor/Standard Byte Address Input.



Display the list


Language
The “Language” is selected to switch the current display language for editing the
Title Description. The details are referred to: Detailed manual/ Setup/ System Settings/
Language Settings.

Display Title Bar
The option “Display Title Bar” is checked by default.If you do not want to display
the title bar, you can remove the check.

Title Font Setting
It is used to set the font of the title bar. The details are referred to:
Detailed manual/General functions/Drawing/Font settings.

Use label
By default, the option “Use Label” is checked.The contents of the “Title Bar
Description” can use the default or you can edit them. It is shown as below.

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If you don’t check the option “Use Label”, the contents of the “Title Bar Description”
can be set by using the text in the text library. It is shown as below.You can click the
button “

” to open the text library and select the required text. It is shown as below.

The details of the Text Library are referred to:Detailed manual/Library/Text Library.
Use same font for Title Bar and List

By default, the font of the contents in the list is same to the font of the title bar.If
you want to define the font of the contents in the list, you can remove the check and set
the font by clicking the button “Table Font Settings”.

The details are referred to: Detailed manual/General functions/Drawing/Font settings.

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

List Settings

You can select the required contents to display in the title bar by checking in the “Use”
column. For the order of the contents arrangement, you can use the button "Up" or "Down"
to modify it. The content on the toprow will display on the left of the Operator Log List. You
can restore the default arrangement by clicking the button "Restore to default sorting".

Date and Time Format

The “Date Format” is used to set the sort order of year (YY), month (MM) and day
(DD). The “Date Time Split” is used to set the separatoramongyear,month and day.
The “Time Format” is used to set the time display format.
Row Spacing and Column Spacing

The “Row Spacing” and the “Column Spacing”are to set the ranks spacing of the
operator log list. The unit is pixel and the range is 0-255.
4.6.13.3.2 Table

The settings of the “Table” property TAB are referred to: Detailed manual/
General functions/ Drawing/ Table Drawing.
4.6.13.3.3 Checking


Enable Search Function
Check the option "Enable Search Function" to use the search function.

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Search mode

There are four fixed search modes supported: “Check By Date”, “Check By
Time Range”, “Check By Sequence” and “Check By User Name”.
The “Use register to control the search method” is a dynamic search mode.You can
specify a word register to dynamically adjust the search mode. If the word register is 0, the
“CheckByDate” mode is used.If it is 1, the “Check By Time Range” mode is used. If it is 2,
the “Check By Sequence” mode is used.If it is 3, the “Check By User Name” mode is used.
The word register address input method is referred to: Detailed manual/General
functions/Address editor/Standard ByteAddress Input.

Search trigger bit

The option “Search trigger bit” is used to specify a bit register to trigger the search
function. Note that the search function is not edge-triggered mode. When set the trigger

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bit 1, the alarm list displays the filtered results. After set the trigger bit 0, the list will display
the results which are not filtered. The bit address input method is referred to: Detailed
manual/General functions/Address editor/Standard Bit Address Input.

SearchRegister

The “SearchRegister” is used to specify the first word register address for the search
function. The number of the word registers is depending on the search mode. The
function of the word registers used to searchis different for the different search mode. You
can get the information of the used word registers according to the text displayed under
the first word register address. The word address input method is referred to: Detailed
manual/General functions/Address editor/Standard ByteAddress Input.

Export CSV

The option“Export CSV” is referred to:Detailed manual/ General functions/
Drawing/ Export CSV.
4.6.13.3.4 Display

The settings of the “Display” property TAB are referred to: Detailed
manual/General functions/Drawing/Display.

4.6.14 Tools
The “Tools” component includes “Touch Trigger”, “Canvas”, “Calendar Clock” and
“QR-Code”.

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4.6.14.1 Touch Trigger
The “Touch Trigger” component can be used in the occasions that a component or
more components can be triggered not by touching. That is, all components which occupy
the active area ofthe touch trigger component can be triggered when the registerspecified
by the touch trigger component meets the conditions.

As shown as above, when the trigger condition of the touch trigger component is met,
the components 1,2 and 3 will be triggered, while component 4 will not be triggered.
The property page of the “Touch Trigger” component is shown as below.

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4.6.14.1.1 Trigger Simulation Type

The “Trigger Simulation Type” refers to the trigger type of the “Touch Trigger”
component. It includes “Simulation Click”, “Simulation Sliding” and “Simulation Zoom”.
They are corresponding to the trigger actions when the trigger conditions of the touch
trigger component are met.

Simulation Click

When the trigger conditions of the touch trigger component are met, the
components which occupy the active area of the touch trigger component will execute
the click action, such as clicking a switch button.


Simulation Sliding

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When the trigger conditions of the touch trigger component are met, the components
which occupy the active area of the touch trigger component will execute the sliding action
within this area. The sliding action is controlled by two word registers. The first word register
controls the sliding angle, 0 for sliding to right, 90 for sliding up, 180 for sliding to left, 270 for
sliding down. The second word register controls the sliding velocity. The sliding velocity unit is
pixel per second. The address input of the word register is referred to: Detailed
manual/General functions/Address editor/Standard ByteAddress Input.



Simulation Zoom

When the trigger conditions of the touch trigger component are met, the components
which occupy the active area of the touch trigger component will execute the zooming
action within this area, such as viewing the trend curve by zooming.
The zoom ratio is controlled by a word register. The range of zoom ratio is 0-200, in
percent. The value 1-200 is legal. It represents the zoom percentage which less than 100
is corresponding to reducing and more than 100 is corresponding to amplification. The
address input of the word register is referred to: Detailed manual/ General functions/
Address editor/ Standard ByteAddress Input.
4.6.14.1.2 Triggering Condition

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The “Trigger Condition” supports “Bit StatusChanging”, “Word Value Changing”
and “Condition Judgment”. The settings are referred to: Detailed
manual/Component/Timer and Data Transmission/Timer.
4.6.14.2 Canvas
The property page of the “Canvas” can be opened by clicking the menu command
"Component/Tools/Canvas".
4.6.14.2.1 Monochrome Brush

You can control the graphics canvas by bit registers. You can modify the canvas
color and the pen color, as shown as below.

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In the above settings, you can see that the Canvas Width is 128 and the Canvas Height
is 128 in the “Display” property page. The size of the canvas is 128*128.So theoccupied
LBaddresses number is 16384. It is displayed in the “General” property page. Ifany of the
address LB0 ~ 160000 is 1, the corresponding pixel on the canvas is white.If it is 0, the
corresponding pixel on the canvas is black. You can also check the "Bit-index within a Byte
Register" to set the canvas. It is easy to program a complex graphic. You can set LW0=65535
(0xFFFF) directly if you want all LW0.0~ LW0.15 to be 1.
4.6.14.2.2 Multicolor Brush

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The settings of the “Multicolor Brush” are similar to the monochrome brush. The
default canvas color is white. Each pixel of the canvas is controlled by using word
registeraddresses. The color of pen brushis based on the value of the corresponding
word address according to the RGB565 form.
The RGB565 mode is a color mode which a pixel occupies two bytes. The first 5
bits in the low byte are used to indicateB (BLUE). The last 3 bits in the low byte + the
first 3 bits in the high byte are used to indicateG (Green). The last 5 bits in the high byte
are used to indicate R (RED).

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4.6.15 Pipeline
The “Pipeline” component includes three types: Horizontal, Vertical and Elbow.

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4.6.15.1 Horizontal
4.6.15.1.1 Pipeline

The Pipe Diameter and Pipe wall thickness should be given when you use
a horizontal component. It is shown as below.

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4.6.15.1.2 Flow Block

The “Flow Block” property page is mainly used to set the width and length of the pipe
and the flow block.The flow direction and flow velocity parameters are also set here. It is
shown as below.

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Note:
For example, the system will use LW0, LW1 and LW2 to control the flow block of the
pipe when the Flow Speed is set LW0.
4.6.15.1.3 Flow Block Graphics

The graphic of the flow block is set here. You can edit the graphic and the display
color in different status. It is shown as below.

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4.6.15.1.4 Display settings

The overall height and width of the pipeline component are set here. The settings
are shown as below. Note that the “Width” of the component should be greater than the
length of the flow block and the “Height” of the component should be greater than the
diameter of the pipeline.

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4.6.15.2 Vertical
The settings of a vertical pipeline are similar to a horizontal pipeline. The attribute of
vertical or horizontal can be switched directly in the“Pipeline” property page. It is shown
as below.

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4.6.15.3 Elbow
It is mainly used to connect the horizontal pipeline and the vertical pipeline. There
are many kinds of elbows in the graphics library. You can use it by clicking the button
“Import” to select one to use. They are shown as below.

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4.7Library
4.7.1GraphicsLibrary
Many graphics need to be used in the project configuration. The FlexemStudio
software has a graphics library which provides rich graphics. The users can also add
their own pictures to the library to use.
The commands of Graphics Library include “AddGraphics” and “Browse Graphics
Library”. You can use any of these commands by clickingthe menu command
"Library/Add Graphics" or "Library/Browse Graphics Library". You can alsodouble-click
the "Library/ Add Graphics" or "Library/ Browse Graphics Library" in the project tree.

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4.7.1.1 Add Graphics
The “Add Graphics” window is shown as below.

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4.7.1.1.1 Name, Status Count, Width and Height

You need to give a name for the new added graphic. Agraphic may have many
statuses. You should set the number of the statuses for the option “Status Count”. And
you should also set the Width and the Height for your graphic.
4.7.1.1.2 Modify on current graphics library

Please check the option "Modify on current graphics library" if you want to modify the
selected graphic from the graphics library. Then you can click the button “Select
Graphics” to select a graphic from the library.

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4.7.1.1.3 Edit
Click the button “OK” to confirm. Then the graphic editor window is displayed. The
content of the editor window is corresponding to the selected status. It is shown as below.

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4.7.1.2 Browse Graphics Library
The menu command “Browse Graphics Library” is used to open the “View Graphics
Library”. It is shown as below.

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4.7.1.2.1“Only Vector Graphics” and “Only Editable Graphics”

You can filter to display the graphics by check the “Only Vector Graphics” or the
“Only Editable Graphics”.

4.7.1.2.2 Add, Edit and Rename Graphics

You can add a new graphic to the library by clicking the button “Add New Graphics”.
After select a graphic in thelibrary, you can modify it by clicking the button “Edit
Graphics” and rename it by clicking the button “Rename Graphics”.

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4.7.1.2.3 “Collapse Branches” and “Expand Branches”
There are rich graphics in the GraphicsLibrary, such as Switch, Frame, Arrow, and so on.
You can view the directory on the left area of the “View Graphics Library” window by clicking
the button “Expand Branches” and select a required graphic from the directory.

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4.7.1.2.4 Favorites

The users can select favorite or popular graphics into the “Favorites” or a category
under the “Favorites”.The category under the “Favorites” can be added by clicking the
button “Add”. It can be renamed by clicking the button “Rename” or deleted by clicking
the button “Delete”.

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The selected graphic of the Graphics Library can be added to the Favorites or
a category of the Favorites by clicking the button “Add To Favorites Category”.

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4.7.2 Text Library
The text can be saved in the form of multi-languages and multi-statuses by using
the function of the Text Library. It can facilitate the users to use the text and modifyit
together in the project.
The Text Library can be opened by clicking the menu command “Library/ Text Library”
or double-click the “Library/ Text Library” in the project tree.

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The “Text Library” window will pop up. It is shown as below.

4.7.2.1 Search
After enter the name requiredto find and click the button “Search”, all items
which match the contentwill be found out.
Note that only the name is supported to find. The content in different language is
not supported to search.
4.7.2.2 Language Display
After click the button “Language Display”, the “Language Display”window will pop up.
It is shown as below.

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4.7.2.2.1 Language Settings

After clicking the button “Language Settings”, the “Language Settings” property
page will be opened. You can add or delete language and set the display color, size and
other information here. The details of the “Language Settings” arereferred to:Detailed
manual/ Setup/ System Settings/Language Settings.
4.7.2.2.2 Other settings

The checked languages will be displayed in the “Text Library” window. And you can
check all the languages by clicking the button “Select All”. Meanwhile, you can modify
the order of the languages by clicking the button “Up” or “Down” after select a language.
Note:

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The settings are valid for the language display effect in the “Text Library” window.
It does not change the order of languages.
4.7.2.3 Sort by Name
After clicking the button “Sort by Name”, all items in the text library will be sorted in
the increasing order by the first letter of the item name.
4.7.2.4 Display All Languages
After checking the button “Display All Language”, all the languages will display in
the table including which is not checked in the “language display” window.
4.7.2.5 A~Z letters
The A~Z letters are used to locate the desired item.
4.7.2.6 Preview box
The same content to the selected text in the table displayssimultaneously in the
preview box.If you modify the content in the preview box, the selected text in the table will
be modified to the same content.
Note:
The name of the item is not displayed in the preview box.

The item in the table is shown as below.

Note:
The name of the item cannot be blank and not be duplicated.

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4.7.2.7 New
A new item will be created after you click the button “New”.
4.7.2.8 Delete
The selected item will be deleted after you click the button “Delete”.

4.7.3Address Tag Library

The “Address Tag Library” saves the addressesin the tag form. This makes it easy
to use and modify the address for the user.
The Address Tag Library can be opened by clicking the menu command “Library/
Address Label Library” or double-click the “Library/ Address Tag Library” in the
project tree.

4.7.3.1 Table preview

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The table in the “Address Tag Library” displays the information of all the address
tags.

4.7.3.2 New Bit
After click the button “New Bit”, the “Create Bit Address” dialog will pop up. You can
create a new bit address here. The details to input the bit address are referred to:
Detailed manual/General functions/Address editor/Standard Bit Address Input.

4.7.3.3 New Word
After click the button “New Word”, the “Create Byte Address” dialog will pop up. You
can create a new word address here. The details to input the bit address are referred to:
Detailed manual/General functions/Address editor/Standard ByteAddress Input.

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4.7.3.4 Delete
Delete the selected tag.
4.7.3.5 Delete All
Delete all tags.
4.7.3.6 Edit
Modify the selected tag.

4.7.4 Audio Library
In the FlexemStudio software, you can use some specificaudios. These audios can
be selected from the Audio Library or be added from the other devices.
The Audio Library can be opened by clicking the menu command “Library/
Audio Library” or double-click the “Library/ Audio Library” in the project tree.

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The “Audio Library” is opened as below.

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4.7.4.1 Import Audio
After click the button “Import Audio” or “Import from System Catalogue”, the audio
file in the current computer can be imported to the Audio Library.

4.7.4.2 Export Audio

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You can click the button “Export Audio” to export the selected audio. So the
other projects can use it.

4.7.4.3 Play Audio
After you import the audio to the Audio Library andselect it, you can click the button
“Play Audio” to listen.

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4.7.4.4“Delete Audio” and “Clear”
You can delete the selected audio by clicking the button “Delete Audio”. And you
can delete all the audios of the Audio Library by clicking the button “Clear”.

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4.7.4.5 Name
You can change the name of the imported audio in the edit box “Audio Name” for
your project.

4.8Macro
4.8.1Create Macro
Click the menu command "Macro/ Create Macro" or double-click the "Macro/ Create
Macro" in the project tree, you can open the “Create Macro” window. It is shown as below.

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(1)Name
You need to designate a name for the new macro. It will be displayed in the "Macro"
directory of the project tree. When you call and execute a macro, the name is used. It can
be in Chinese or English.
(2)Description
The “Description” is used to introduce the macro, which is similar to the "Comments".
It can be in Chinese or English.
Click the button "OK" to confirm and the new macro will be displayed in the macro
editor as below. You can also click the button "Cancel" to cancel the new macro.

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You can edit the macro code in the code editor window. The details are referred to:
Use topic/Macro.

4.8.2Edit Macro
Click the menu command "Macro/ Edit Macro", you can open the “Macro Instruction”
window. It is shown as below.

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The existing macros are listed on the left side of the “Macro Instruction” window.
After clicking any one of the existing macros, you can delete, modify, import
and export it. But the deleted macro will not be recovered.
After double-click any one of the macro, the macro can be opened and display in
the code editor window area.
The details are referred to:Use topic/Macro.

4.8.3 EnablePassword Verification
You can use the password verification function to protect the macro codes.
Click the menu command "Macro/Enable Password Verification", you can open the
"Set Macro Password" window.

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Note the “Confirm Password” needs to be same to the “Password”. Otherwise
the “OK” button will be unavailable.
After you enable password verification, the “Verify Password” window will pop
up when you click the menu command “Create Macro” or “Edit Macro”. These two
menu commands can be use only after you entering the correct password. The
“Verify Password”window is shown as below.

If you want to cancel the password verification function, you can click the menu
command "Macro/Enable Password verification" again and enter the correct password
to cancel the password verification function.

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If you want to modify the macro password, the details are referred to:
Detailed manual/Macro/Update MacroPassword.
Note: The macro password is a global password. All macros need to password
verification once you enable the password verification function. You can’t set a
password for a single macro.

4.8.4 Update MacroPassword
If you use the “Enable Password Verification” function, the menu command
“Update Macro Password”is available.Otherwise this command is not available.
The menu command “Update Macro Password” is available. It is shown as below.

The menu command “Update Macro Password” is not available. It is shown as below.

After click the "Update Password Verification", the “Update macro password”
window will pop up.

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Enter the correct old password and valid new password, then clickingthe button “OK”
to confirm the password modification.
If the new password is not valid, thebutton “OK” is unavailable.
After click thebutton “OK”, a “Warning” window will pop up to message that the
old password is error if the old password is not correct.

4.9 Recipe
Recipe refers to a group of data saved in a continuous registers of the HMI device.
The data in this area is resistant after powering off. It can be quickly downloaded to the
controller.
Click the menu command "Recipe/ Create Recipe" or double-click the "Recipe/
Create Recipe" in the project tree, you can open the “Recipe” settings page. It is shown
as below.

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4.9.1General
4.9.1.1 Name
You need to specify a name for the new recipe for the "Name" option. The name can
be English, numbers, letters, and so on.The prefix name "RP_" is fixed and not editable.
It represents a "recipe register". For example, if yougive a name "coffee" for a recipe,
then the whole name of the recipe is "RP_ coffee". The recipeword register name is
“RPW_coffee”.
4.9.1.2 Recipe Length
The default “Recipe Length” is 1. You can modify it by clicking the button "Data
Entry" or clicking the title of the settings page "Data Information". The Recipe Length
refers to the number of words occupied byeach group of thisrecipe.

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4.9.1.3 Array Formula
The default value of the “Array Formula” is 1000. It ranges from 1 to 65535.
The whole length of the word register addresses occupied by the recipe can be
calculated after you set the “Recipe Length” and the “Array Formula”. For example, if the
“Recipe Length” is 10 and the “Array Formula” is 1000, then the whole length of the word
register addresses occupied by the recipe is 10*1000=10000.
4.9.1.4 Address of Recipe Storage
You can view the details of the addresses occupied by the recipein the “Address of
Recipe Storage” area. It is shown as below.

4.9.1.4.1 Word address range

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For example, the “Recipe Length” is 10 and the “Array Formula” is 1000, so the whole
length of the word register addresses occupied by the recipe is 10*1000=10000. The
Recipe name is “RP_Coffee”. So theaddress range of the word registers is "RPW_ Coffee:
0 ~ 9999".
4.9.1.4.2 Word address index range

In the above example, the “Recipe Length” is 10 for each group of the recipe. So the
Word address index range is "RPWI_ coffee: 0-9."
4.9.1.4.3 Bit address range

The bit address range is determined by the word address range. So the bit address in
the above example is "RPB_ coffee: 0.0 to 9999.15."
4.9.1.4.4 Bit address index range

Similarly, the bit address index range is determined by the “Recipe Length”. So the
“Bit address index range” is "RPBI_ coffee: 0.0 to 9.15."
4.9.1.4.5 Current recipe ID register

The “Current recipe ID register” is used to specify the group number of the recipe.
For the above example, the “Current recipe ID register” is “RPI_coffee: 0”.It is a unique
register for each recipe.
4.9.1.4.6 UseExternal Address as Recipe index

It is not checked by default. If it is checked, you can specify a word address as a
recipe ID register and the "Current recipe ID register" (such as "RPI_ Coffee: 0") is not
valid.
4.9.1.5 Clear current recipe bit address
It is not checked by default. If it is checked, you can specify a bit address.If it isset ON,
the current data of the recipe group which specified by the recipe ID register will be
cleared. After the data is cleared, this bit address will be reset OFF. It is shown as below.

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For example, if the value of the "RPI_ coffee: 0" register is 3, the data of the No. 3
group of the recipe “RP_coffee” will be cleared when the “Clear current recipe bit
address” LB0 is set ON. After finish clearing,LB0 will be reset OFF.
4.9.1.6 Note: Clear all recipe bit addresses
It is not checked by default. If it is checked, you can specify a bit address.If it isset ON,
the data of all the recipe groups will be cleared. After the data is cleared, this bit address
will be reset OFF. It is shown as below.

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For the above example, all the data of the recipe “RP_coffee” will be cleared if the
bit register LB1 is ON. After the data is cleared, LB1 will be reset OFF.

4.9.2 Data Information
The default "Data Information" settings page is shown as below.

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The default recipe length is 1. A 16-bit unsigned data is preset.
4.9.2.1 Modify
After double-click the selected entry, the “Data Setting” dialog will pop up. You
can modify the settings for this entry. It is shown as below.

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4.9.2.1.1 Name

A description for the data of this entry can be given here.
4.9.2.1.2 Address Offset

It refers to the address offset ofthis entry in the recipe. The address offset of the first
entry starts from 0. It is determined according to the data type and the entry order by
system and not be edited.
4.9.2.1.3 Data Type

A data type needs to be sethere. The default is "16-bit Unsigned”.
4.9.2.1.4 Data Group

It is not checked by default. You can check it when you need to define a group of
the same data type data for this entry.

The “Length” option needs to set for the data group when you check the option" Data
Group".

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Click the button “OK” to finish the settings for the selected entry.
4.9.2.2 Insert
After select an entry in the list and then click the button "Insert", a new entry will
be addedbefore the selected entry.
4.9.2.3 Add
After click the button "Add", a new data entry will be added after the last data entry.
4.9.2.4 Move Up
For many data entry,the selected data entry will be moved up a row after click
the button "Move Up".
4.9.2.5 Move Down
For many data entry,the selected data entry will be moved down a row after click
the button "Move Down".
4.9.2.6 Delete
The selected data entry will be deleted from the list after click the button "Delete".
For example, the recipe "RP_coffee" has only one entry and the data type of the
entryis "16-bit Unsigned ". The Recipe Length is 10. The data setting of the entry is
shown as below.

After click the button “OK” to confirm the entry setting, the “Data Information”
setting page of this recipe is shown as below.

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Thus, a named "RP_coffee" recipe is created. It will be displayed in the project tree.
It is shown as below.

366

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4.10 Setup
4.10.1 HMI settings
You can open the “HMI Settings” property TAB by clicking the menu
command "Setup/ HMISettings ". It is shown as below.

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4.10.1.1 Model
The “Model”displays the type of the current selected HMI device.
4.10.1.2 Description
The detailed information of the current HMI device is displayed in the “Description”
area.
4.10.1.3 Ethernet setting
You can set the Ethernet connection properties for the current HMI device. The
setting mode of IP address can be “Auto IP Address (DHCP)” or “Static Address”.

If you select a “Static Address” mode, the IP address can be assigned here. Or you
can use the SRW registers to set the IP address.

When SRB10000=0, the setting mode is DHCP. When SRB10000=1, the “Static
Address” mode is used to assign the IP address. You can switch the IP address setting
mode by the SRB10000 register.
4.10.1.4 Rotation Display

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There are 4 rotation display effect. They are “Normal (Horizontal Display)”, Vertical
(Rotate 90 degrees Clockwise), “Vertical (counterclockwise)” and “Upside down (Rotate
180 degrees)”. You can preview the display effect of the character “A” on the right area.

The rotation display mode should be selected according to the installation
direction ofthe HMI device.
4.10.1.5 Color Setting
You can select “16 Bit Color (65535 Color)” or “24 Bit Color (16777216 Color)” based
on your project. This setting will take effect after restarting.

4.10.1.6 Exchange HMI
Ifyou want to change the HMI device type for your project, you can click the
button “Exchange HMI”.

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The “Change HMI Model” dialog will pop up after you click the button “Exchange
HMI”.

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After you select the “Target HMI Model” for your project and click the button
“Exchange” to confirm the setting, the project will be converted to adapt the new HMI
device.
The resolution and color need to be adjusted by manual after the exchanging
operation. Because the resolution and color change may result in the change of
the window size and the loss of color.

4.10.2 System Settings

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4.10.2.1 Task Schedule
The “Task Schedule” is used to execute some operations when time is up.
You can open the “Task Schedule” property TAB by clicking the menu
command "Setup/ System Settings/Task Schedule". It is shown as below.

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After click the button "New(N)", the “Task Schedule Details” window pop up. It
is shown as below.

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4.10.2.1.1 Description

You can give a name for the task schedule in the “Description”edit box. This
description can facilitate the identification in programming.
4.10.2.1.2 Enable Control

After you check the option “Enable Control”, you can select a bit register. When
the bit is ON, this Task Scheduler is not allowed to use.
4.10.2.1.3 Mode



Week Day

The start time and the end time are within a week.

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

Every Other Day

The start time and the end time can execute in the adjacent two weeks. The Week
Day of the start time is only selected one. You must set the end time.



HMI Address

Use word registers to set the mode.

4.10.2.1.4 Execution upon Start and Execute upon End

Only an “Execution upon Start” setting page is displayed by default. The “Execute
upon End” setting page is visible if you check the option “Set End Time”. They are
shown as below.

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The operations need to be executed are listed in the “Execution upon Start”
setting page and the “Execute upon End” setting page.


Execute upon power up

If you check the option “Execute upon power up”, the operations checked in the
“Execution upon Start” setting page will be executed in the time range (start time - end
time).It will stop outside the time range.


Execute Ending Operation upon Power Off

If you check the option “Execute Ending Operation upon Power Off”, the operations
checked in the “Execute upon End” setting page will be executed in the time range
(start time - end time).It will stop outside the time range.


Bit Setting

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This operation is to set a bit register ON or OFF.


Word Setting

This operation is to change the value of a word register.


Trigger Macro

This operation is totrigger a Macro.


Popup Window

This operation is topop up a window.


Use Buzzer

This operation is to make the internal buzzer of HMI to ring.


Play Audio

This operation is to play an audio.
4.10.2.2 Global Settings

You can set the project properties, backlight and screensaver, initialization, the main
window, touch audio and other related attributes in the “Global Settings” property TAB.

Click the menu command "Setup/ System Settings/Global Settings" to open
the “Global Settings” property TAB. It is shown as below.

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4.10.2.2.1 Project Properties



Upload

If you check “Upload” and set the “Password”, the project can be allowed to
upload when the other user enter the password after it is downloaded to the HMI
device. The uploaded project file can be downloaded to the other HMI device by using
theFlexemStudio software Tools.
Note:
The uploaded project file is a special archive. The project can be opened
after decompilation by the Flexem Studio software.


Decompilation

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If you check “Decompilation” and set the “Password”, the project can be
allowed todecompile bytheFlexemStudio Tools after the password is entered.
Note:





If only the “Decompilation” is checked, the Fpg file of this project can be
decompiled after entering the correct password. But this project can’t be
uploaded.
If only the “Upload” is checked, this project can be uploaded after enter
the correct password. But the Fpg file of this project can’t be decompiled.
If the “Upload” and the “Decompilation” are not checked, the size of the
fileafter compiling is the least. But it cannot be uploaded or decompiled. On the
other hand,it is safest wayto protect your project.

4.10.2.2.2 Backlight and Screensaver



Dim the brightness

You can check the option “Dim the brightness” to adjust the backlight lightness
after the specified time. The lightness can be set “Lowest”, “10%”, “20%”, “30%”, “50%”
or “80%”. The specified time needs to input in integer.



Turn off Backlight



Dim down and wait for

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You can set a specified time to turn off the backlight after the lightness is
adjusted.The default value is 10. That meansit will keep 10 minutes after the
backlight lightness is adjusted. Then the backlight will be turned off.
Note:
The configuration screen will be visible after the backlight is turned off.


Turn on backlight upon Alarm/Events

If you check the option “Turn on backlight upon Alarm/Events”, the backlight will
be turned on automatically when the alarms or events occur and the backlight is off
during the running.


Screensaver

If you check the option “Screensaver”, the ScreensaverWindow will be switched
to display when the time is up. The ScreensaverWindow must be specified. It is used
to display the company LOGO.


Require Password to exit Screensaver

If you check the option “Require Password to exit Screensaver”, a system message
window will pop up to prompt you to enter the corresponding level password when you
want to exit the screen saver window.
Note:
You need to use the character input component to enter the password to SRW100 ~
103.


Return to original screen when Screensavers is over

If you check the option “Return to original screen when Screensavers is over”, it will
return to the original screen when you click the HMI screen. Of course, if you set a
password, the system message window will pop up to prompt you to enter the
password before return to the original screen.
Note:
If you don’t check the option “Return to original screen when Screensavers is over”,
it will still stay in the screensaver window when the screensaver is over.
4.10.2.2.3 Local Register EndianOrder

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The “Local Register Endian Order” refers to the order of the high byte and the low byte.
For example, a 32-bit register LW0=0x12345678. If you select the “4321” mode, then the
word register LW0=0x1234 and the word register LW1=0x5678. If you select the “2143”
mode, then the word register LW0=0x5678 and the word register LW1=0x1234.
4.10.2.2.4 Scrollbar

For some components without setting the scrollbar width, you can set it in the
“Scrollbar Width” option. For example, you set the scrollbar width for the pop up window
component here.
4.10.2.2.5 Initialization



InitialWindow

The “Initial Window” refers to the first displayed configuration window after the
project is downloaded to the HMI or the HMI is powered on.


Initial Macro

After check the “Initial Macro”, you can specify a Macro to run before the configuration
window is displayed. This function can realize the initial work of your project.
4.10.2.2.6 Main Window(HOME)

The main window can be set here. So you can return to the main window in any
configuration window by setting “Return to the main window (HOME)” for the “Window
Operation” function of the Bit Set component.
4.10.2.2.7 Drop-down window

If this function is checked, you can specify a window as a pull-down window,
where you can put the alarm events and other related components to display. This
function is valid only for the capacitive HMI device.
Note:
When you slidethe HMI windowto more than half the width of the window from the
upper edge down during running the project, the Drop-down window will display gradually.
Similarly, when you slide to more than half the width of the window from the lower edge up,
the Drop-down window will be withdrawn.
4.10.2.2.8 Clock

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The “Source” of Clock can be set “HMI Internal Clock” or “External Device”.

If you select the “HMI Internal Clock” as the HMI clock, SRW0~7 will be used to
save the time source of events, historical data, etc.

If you select the “External Device”, the registers address can be changed.

4.10.2.2.9 Touch Audio



Buzzer is enabled

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If only the option “Buzzer Is Enabled” is checked, the buzzer will beep for a
specified time when you touch the effective components, such as buttons.
If the option “Enable Control” is also checked, you need to select a bit register. When
the bit register is ON, the function of “Buzzer Is Enabled” is allowed to use. For
example,the LB0 is set for the “Enable Control”.If LB0 is ON, the buzzer will beep when
you touch the effective components. When it is OFF, the buzzer will not beep. The option
“Buzzer Time” can set 50ms, 75ms,100ms,150ms,200ms,300ms,500ms,800ms, and1s.



Touch Audio Enabled

If the option “Touch Audio Enabled” is checked, all audio play is available. It is
selected by default.
If the option “Enable Control” is also checked, you need to select a bit register. When
the bit register is ON, the function of “Touch Audio Enabled” is allowed to use. For
example, the LB1 is set for the “Enable Control”.If LB1 is ON, the audio play is available.if
it is OFF, the audio will not be available.

Note:
If the option “Touch Audio Enabled” is not checked in the global settings, the audio
will not be available even if the audio is active in the proper TAB of the effective
component.

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4.10.2.3 Favorite Font Templates
The function is used to save the common font styles as a template. You can use
this template when you set the font style.
4.10.2.3.1 Openthe “Favorite Font Templates”

You can open the “Favorite Font Templates” settings page in the project tree or by
clicking the menu command “Setup/System Settings/Favorite Font Templates”.

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4.10.2.3.2 Add Font Templates

First, click the button "Add(A)". Then give a name for the current font template in the
“Description”. The font style need to be set, referred to: Detailed manual/General
functions/Drawing/Font settings. At last, click the button “OK” to confirm and save the
settings

- 385 -

Usea font template

For example, a font template is used in the property settings of a Static Text
component.

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First, click the button "Import from Favorite Font Templates" in the property window of a
Static Text component to open the “Import from Favorite Font Templates” dialog. Then select
the required font template and click the OK button. The result is shown as below.

4.10.2.4 Alarm And Event
You can preset the attributes of the alarms or events such as the conditions and
contents in the “Alarm And Event” settings page. The “Alarm And Event” settings page can be
opened by clicking the menu command “Setup/System Settings/Alarm And Event”.

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4.10.2.4.1 Group

The alarms and events can be viewed by groups. The users can customize the
groups. Here, the option “Group” can be set any one of “All, 1, 2, 3 …32”.

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4.10.2.4.2 Language

The alarm content can be displayed in different languages. So you need select
a language for the option “Language” to view the alarm content.
4.10.2.4.3 Create and set

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After selecting a Group, then click the button “Create”, the “Alarm and Event Detailed
Setting” window will pop up. It is shown as below.



Group ID

If you select “All” for the “Group” in the settings page, the“Group ID” can set any one
of 1~32 here. If you select any one of 1~32 for the “Group” in the settings page,
the“Group ID” is same to the “Group”. It refers to the group of the alarm or event waiting
for be set here.


Urgency Level
The “Urgency Level” can be set “High”, “Medium” or “Low”. You can set it according

to the priority level of the alarm or event.


TriggerCondition

The trigger condition of the alarm or event can be set here by using the button “Add”,
“Modify” or “Delete”. The details can be referred to: Detailed manual/General
functions/Address editor/Standard Bit Address Input and Detailed manual/General
functions/Address editor/Standard Byte Address Input.

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

Text and Record



Description: Text Lib

You can input the description for the current alarm or event in the edit box here. Or
you can check the “Text Lib” and use a text of the Text Lib as the description. The
“Text Lib” is referred to:Detailed manual/Libray/Text Library.


Language

You can select a language for the current display language here. If you check the
“Text Lib” and use a text in the Text Lib as the description, the content in the edit box will
only be viewed and not be edited. It can be viewed in different language by switching the
Language.



Audio

If the option “Trigger Buzzer” is checked, the internal buzzer of HMI will beep when
an alarm occurs. If the option “Buzzer Timeout” is checked, you can set the beeping time
of the buzzer. If the option “Audio” is checked, you can select an audio from the Audio
Library as the sound of the alarm or event.

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You can try to hear the audio by Click the button “


”.

Action

There are three kinds of actions according to the status of the alarm or event. They
are “Triggering”, “Confirming” and “Recovery Action”. You can set the actions in
different status for the alarm or event by clicking the title of the setting page “Triggering”,
“Confirming” or “Recovery Action”.

The actions of “Triggering” refers to the actions that they will be executed when the
alarm or event occurs. The actions of “Confirming” refers to the actions that they will be
executed when the alarm or event is acknowledged by manual. The actions of “Recovery
Action” refers to the actions that they will be executed when the alarm or event exists.


Macro

Select aMacro to execute as an action.You can also open the Macro Editor by
clicking the button “Macro Code” or edit the Macro by clicking the button “Edit”.


Bit Address

Set a bit register ON or OFF.


WordAddress

Write a value to a specified word register.

392

- 392 -



Popup Window

Pop up a specified window.


Print Information to Printer

Make the printer to print the corresponding information.
4.10.2.5 Extended Settings

4.10.2.5.1 PublicWindow Position

The attribute of “Public Window Position” can be set “Below Basic Window” or
“Above Basic Window”. The option “Below Basic Window” is selected by default.

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The effect of the “Below Basic Window” is shown as below.

The effect of the “Above Basic Window” is shown as below.

4.10.2.5.2 Performance

If you check the option “Disable Vector Font Bordline Blurring Processing”, the
display effect of the fontswill have some burr. It does not look smooth and good, but the
display speed is faster. You can use this optionto get higher display speed when less
display quality is demanded.
Note: the speed difference is not obvious for the hardware which the version is
above A8. So you need notcheck this option generally.
If you don’t check the option “Disable Vector Font Bordline Blurring Processing”,
the display effect is shown as below.

If you check the option “Disable Vector Font Bordline Blurring Processing”,
the display effect is shown as below.

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4.10.2.5.3 Window Default Settings

There are three options for the “Window Default Settings”. They are “Slow In”, “Slow Out”
and “Switch Window by Horizontal Sliding”. The three options are valid only for the capacitive
screen.



“Slow In” and “Slow Out”

After the “Slow In” or “Slow Out” is checked, the new window will have a fade
effect.You can find the “Fade in” option is checked by defaultin the “Basic” property
TABof the new window. Another window effect is “Fade out”. The fade effect is only valid
for the capacitive HMI device.

- 395 -

Note:
The fade effect will produce an effect on the speed of switching
windows obviously.The economicHMI modelsare not suggested to be used.


Switch Window by Horizontal Sliding

After the“Switch Window by Horizontal Sliding”option is checked, the windows can
be switchedby horizontal sliding action.This function is only supportedby the capacitive
HMI devices.
You can set the operation for this function in the “Action and Function” property TAB
of the basic window.

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4.10.2.6 Data Sampling
The "Data Sampling" is the data source of these components such as the "Trend
Curve", the "Historical Data Display", and so on. You must create the "Data
Sampling" before using these components. You can open the “Data Sampling”
property TAB by clicking the menu command "Setup/ System Settings/Data sampling".
It is shown as below.

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4.10.2.6.1 Property Setting

After clickingthe button "New" in the “Data Sampling” property TAB, the
"Data Sampling Property" dialogwill pop up. It is shown as below.

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

Description

The “Description” is used as the name of the “Data Sampling”. It is a required the
attribute. If it is null, there will be a red exclamation mark to indicate that a name is
needed here.The “Description” can be a text which is easy to understand, such as “Level
of Tank 1”, “Temperature of Main Motor”, and so on.


Data Sampling StartingAddress

Aword register is needed to specify as the start address of the data sampling here. It
is can be an internal address of the HMI and the register address ofthe controller which
is connected to the HMI.


Control Setting

Three attributes of the Control Setting are optional. They are not be checked
by default. You can check or not check them according to the actual needs.


Pause Control

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If the “Pause Control” is checked, you can set a bit address to control the data
sampling. When this bit address is ON, the data sampling is paused. When it is OFF, the
data sampling will continue.


Clear Control

If the “Clear Control” is checked, you can set a bit address to clear the sampling data.
When this bit address is ON, all the samplingdata in the memoryis cleared.


Execute on Designated Window Opened

After checking this attribute, you can specify a window when the window is set
to open, the above "Pause control" and "clear control" to be effective.
If the “Execute on Designated Window Opened” is checked, you can specify a
window. When this window is opened, the settings of “Pause Control” and “Clear Control”
are valid.


SamplingMode

The Sampling mode can be "Cyclic" or "Triggered". The default is "Cyclic".


Cyclic

The unit of the Sampling Cycle can be "s" or "0.1 s". The default is 1 s.


Triggered

If you select the “Triggered” option, the data sampling will be done according to the
“Trigger Condition”. The Trigger Mode includes "Bit" and "Word". The“Address” is needed
to specify according to the Trigger Mode. The “Trigger Condition” of Bit Trigger Mode can
be "OFF→ ON", "ON→OFF" or "OFF↔ON".For WordTrigger Condition, you can refer
to:Detailed manual/General functions/Drawing/Logic Control.

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

Data Record

You can save the sampling data to the HMI or other peripherals. The default is
“Unsave”. That is, the sampling data is not saved.


Unsave

When you select “Unsave”, there will be a "Max Items" setting for the memory
occupation. The default is 1000. The maximumis 99,999. The "Auto Stop" is not checked
by fault. If the "Auto Stop" is checked, the new items will not be added when the
maximum number of items reached. Or delete the oldest items and add the new items. It
is shown as below.

Note:

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All the sampled data will be lost if you select “Unsave”. After powering on, you
need to sample the data again.


HMI

When you select “HMI” for the Data Record, the “Subdirectory Name” is required.

The “Maximum Saving Limit” optionis set "0" Day by default.That means that there is
no limit to save. However, there is a limit because of the limited capacity of the HMI Flash.
It is suggested that the “Maximum Saving Limit” optionis setseveraldays when you select
HMI to save data, such as 15 days, 30 days, and so on.
The default action is “Delete Old Records” when the Flash memory of the HMI is full.
This is a cycle record mode. You can also select "DiscardNew Records" option.It is a
fixed-saving mode which the new records are no longer savedwhen the Flash memory is
full.

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If you check the option “When freespace is less than”,the action of “Notify Register”
will be done when the free space is less than the specified capacity. The capacity range
is 16KB ~ 2MB. You can set a bit register to notify. The bit register will be ON when the
free Flash capacity is less than the specified.
If you check the option “Clear Record Register”, you can specify a "bit
register".When the "bit Register" is ON, all the saved history records will be cleared.
For example, you want to save the data record to the “SAMPLE” folder in the HMI.
The bit register LB0 will be ON to indicate insufficient space when thefree space is
less than 128KB. All saved history records will be deleted when the bit register LB1is
set ON.The settings are shown as below.



SD Card and USB1

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You can choose to save the data records to SD card or USB disk. The settings are
referred tothe “HMI”.
4.10.2.6.2 Channel Setting

The "Channel Settings" property TAB is shown as below.

There will be a red exclamation mark here due to no channel.


Add channel

After clicking the button “Add”, an item will be added. It is shown as below.

- 404 -

The “Address” refers to the start address of the data record. The “Type” of data record
can be “16-bit Unsigned”, “16-bit Signed”, “32-bit Unsigned”, “32-bit Signed”, “16-bit BCD”,
“32-bit BCD”, “Single-precision Floating-point Number” or “Character String”. The
maximum memory occupied is 64 word registers for the type of “Character String”.

You can create many channels by clicking the button "Add". The addresses of the
data recordare continuous and specified automatically.It is shown as below.

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

Samples Each Time

The default value of “Samples Each Time” is 1. That means that one data is
sampledeach time. When this parameter is set a value larger than 1, the addresses which
each channel occupies will multiply. For example, the option “Samples Each Time” is set 3.
Then the number of address occupied by each channel is shown as below.

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In this example, LW0 ~ LW2 is occupied by the first channel, LW3 ~ LW8 is occupied by
the second channel, and LW9 ~ LW14 is occupied by the third channel.The number of
addresses is three times as the number which the “Samples Each Time” is set 1.



Delete channel

You can delete the selected channel by clicking the button "Delete ".


Notes

In the “Notes” column of each channel, you can give a description. The “Notes”
makes it easy to read and it will display in the "Historical Data" table. For example, the first
channel is "Liquid level", the second channel is "Pressure", and the third channel is "Flow".
It is shown as below.

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4.10.2.7 User Privilege
The “User Privilege” is used to provide security for the user operations. The
different privilege is given when the user enter the different user name and the
corresponding password.
4.10.2.7.1 Add

The“User Privilege” settings pagecan be opened by double-clicking the “User
Privilege” option in the System Settings of the project tree or click the menu
command “Setup/ System Settings /User Privilege”.

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After clicking the button "Add", the “User Privilege Settings” dialog will pop up.

409

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4.10.2.7.2 Set

You can set different User names, Initial Password and Logout Time for different
privileges in the “User Privilege Settings” dialog. The login state of the current user will
exit if the login time is more than the Logoff Time.

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4.10.2.7.3 Use

You can use the “User Privilege” in many situations, such as the control settings,
the window switch, the value input, and so on.

4.10.2.7.4 Call

You can findsome windows which the system providesin the project tree, such as the
User privilege window, the User login window, and so on.These windows make it easy to
use for the users.

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4.10.2.8 User Level
You can set the levels and the level passwords for the users in the “User Level”
settings page. The settings of the “User Level” are valid in the whole HMI system. The
higher the level is, the greater the range which can be operated is. The higher user level
can access the screen windows which the lower user level can access. But it is not
prohibited that the lower user level accesses the higher user level.
4.10.2.8.1 Open

The“User Level” settings pagecan be opened by double-clicking the “User
Level” option in the System Settings of the project tree or click the menu command
“Setup/ System Settings /User Level”.

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4.10.2.8.2 Edit

The “User Level” settings page is shown as below.

You can set the number of the user level in the “User Level Count” by using the list.
And you can edit the information of every user level in the table, such as the Predefined
Password and the Grade Description.
4.10.2.8.3 Use

For example, set the user level function for the "Bit Switch" component.
Open the property window of the "Bit Switch" component and select the option
“Conditional” in the property TAB of “Control Settings”. Check the option “Level User”
and select the level from the list. It is shownas below.

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Run the project.A “User level login” window will pop up when you click the component.
It is shown as below.You can operate the component only by entering the correct
password in the “User level login” window.

4.10.2.9 Language Settings

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4.10.2.9.1 Language



Language Count

You can select the number of the languages in the list of the “Language Count” option.
Then you set the languages in the table. The languages should be different in the table.
You can modify the languages by the lists in the table.

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

Default Language

You can select a language from the list as the “Default Language”. After
downloading the project, the specified default language will be as the display language.
You can switch the display language by changing the value of SRW10050. The No.1
language will be displayed when SRW10050 is 0. The No.2 language will be displayed
when SRW10050 is 1. The No.3 language will be displayed when SRW10050 is 2. And
so on. The display language will be changed to the specified “Default Language” when
the project is downloaded again.
4.10.2.9.2 Default Font

Refer to: Detailed manual/ General functions/ Drawing/ Font settings.
4.10.2.10 PLC Control

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The "PLC Control" attribute is used to execute an action according to the change of
the address of the local HMI or the controller connected to the local HMI. This is a global
Attribute.That is, the action of the “PLC Control” will be executed regardless of which
onethe current screen window is, as long as the conditions aremet.
After clicking the menu command "Setup / System Settings / PLC Control", the
"PLC Control" settings page will be opened. It is shown as below.

Click the button "Add" in the “PLC Control” settings page, the “PLC Control
Details” settingsdialog will pop up. It is shown as below.

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The “Control Type”refers to the action of the “PLC Control”. It includes “Switch Basic
Window”, “Report Current Window No.”, “Back Light Control”, “Execute Macro Instruction”,
“Audio Control”, “Sheet Print”, and “Force Buzzer off”.

4.10.2.10.1 Switch Basic Window

You can switch the basic window of the HMI by changing the value of a register.

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

Valid on Window Opened

The “Valid on Window Opened” is a public attribute of the “PLC Control”. By default,
it is not checked. After checking this attribute, you can select a base window. The action
defined in the "PLC control"will be executed when the specified base window is switched
to open.


Trigger Address

You can select a word register to trigger the “Switch Basic Window” action. For
example, if the “Trigger Address” is set LW100, the HMI will display the Basic Window(1)
when the value of LW100 is 1, and the HMI will automatically switch to the Basic
Window(20) when the value of LW100 is 20. And so on.


Property

There are two optional attributes in the “Property”box. They are not checked
by default.


Turn on Back Light

If you check the option “Turn on Back Light”, the back light will be turned on
automatically when the action of “Switch Basic Window” is executed and the back light is
closed.


Clear Address on Switched Window

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If you check the option “Clear Address on Switched Window”, the value of the word
register will be cleared to zero automatically after the action of “Switch Basic Window” is
finished.
After click the "OK" button, the “PLC Control” action will be added in the “ PLC
Control” settings page.

Note:
The “Switch Basic Window” action will be triggered only when the value of the trigger
address changes. You can also use a Bit Set component to switch the base window in the
Flexem Studio software. But the switch basic window action may not be executed if you use
the two switch window methods. For example, after you input a value to the trigger address to
switch the basic window, you switch another basic window by using the Bit Set component.
Then you input the same value to the trigger address to switch the first basic

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window. But it does not act because the value of the trigger address does not change. To
avoid this situation, you should check the option "Clear Address on Switched Window".
4.10.2.10.2 Report Current Window No.

The current window number can be recorded to a register.



Trigger Address

You can select a word register to trigger the “Report Current Window No.” action.
For example, if the “Trigger Address” is set LW200, the number of the current basic
window will be moved to LW200 when the HMI displays a window. If the HMI device
displays the Basic Window (18), then the value of LW200 is equal to 18.
4.10.2.10.3 Back Light Control

You can define a trigger condition to control the state of the back light if you select
the “Back Light Control” as the control type.

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

Back Light on

The option “Back Light on” is selected by fault. If this option is selected and the
trigger condition is satisfied, the back light will be turned on when the back light is closed
or in the lowest lightness.


Back Light off
If the option “Back Light off” is selected and the trigger condition is satisfied,

the back light will be turned off.


Adjust to LowestBrightness

If the option “Adjust to LowestBrightness” is selected and the trigger condition is met,
the back light of the HMI will be adjusted to the lowest lightness.


Trigger Address

The “Trigger Address” can be a word or bit register. It depends on the setting of the
"Trigger Condition".


Trigger Condition

You can select “Bit”, “Word” or “Condition” for the “Trigger Condition”. If you select
“Bit” or “Word”, the condition is determined by the register which is given in the “Trigger

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Address”. If you select “Condition”, the condition needs to be given by the logic control
editor box.

The detailed of “Condition” setting is referred to:Detailed manual/ General
functions/ Drawing/ Logical Control.
4.10.2.10.4 Execute Macro Instruction



Execute Macro

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You can select a Macro from the list. The selected Macro will be executed when
the TriggerCondition is achieved.If you have not created aMacro, there will be a red
exclamation mark to prompt that any one macro has not been established. Click the
button "Macro Code", you can open theEdit Macro window.


Trigger Address

The “Trigger Address” can be a word or bit register. It depends on the setting of the
"Trigger Condition".


Trigger Condition

You can select “Bit”, “Word” or “Condition” for the “Trigger Condition”. If you select
“Bit” or “Word”, the condition is determined by the register which is given in the “Trigger
Address”. If you select “Condition”, the condition needs to be given by the logic control
editor box.
The detailed of “Condition” setting is referred to:Detailed manual/ General
functions/ Drawing/ Logical Control.
4.10.2.10.5 Audio Control

You can control the internal buzzer of the HMI or the audio from the “Audio
Library” by using the control type of “Audio Control”. This function is invalid if the audio
output is not supported by the HMI device.

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

Buzzer

The option "Buzzer" is selected by default. If it is selected, the internal buzzer of the
HMI will ring when the trigger condition is satisfied. The “Buzzer Time” is used to set the
time of buzzer ringing. It is 1 second by default. The max value of the “Buzzer Time”is
100 seconds. When the “Buzzer Time”is set “0”, the buzzer will continue ringing until the
trigger condition is not satisfied.


Use Audio

If the option “Use Audio” is selected, you can select anaudio from the "Audio Library".
When the "Trigger condition" is satisfied, the audio will be played.


Trigger Address

The “Trigger Address” can be a word or bit register. It depends on the setting of the
"Trigger Condition".


Trigger Condition

You can specify a bit register to force the buzzer off by using the control type of
“Force Buzzer off”. When the state of the buzzer is ON, it will be forced to OFF ifthe
specified bit register is ON.

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4.10.3Communication Settings
4.10.3.1 Service
Servicerefers to that the HMI device providesthe data requested by other devices.
The HMI is a slave device. The portis static. All communication operations should be
initiated by other master devices.
The type of Service includesSerial Port Service and Network Service.

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4.10.3.1.1 Serial Port Service

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The Device Type can be Barcode, FLEXEMSLAVE and Modbus RTU Server. The
Barcode refers to the bar code gun. It can scan information and display it by using a
continuous 100 characters saved in the area which LW8900 is the start address.
LB8999,which is as a flag bit, is set ON after scanning is finished (it will not be reset
automatically). The FLEXEM SLAVE device is supported and the HMI can work as a
slave or a master device. The Modbus RTU Server is referred to:Detailed
manual/Setup/Communication Settings/Local Connection/Provide Service (Slave).

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4.10.3.1.2 Network service

The Service ProtocolType supports Modbus TCP Server. It is referred
to:Ethernet Service
4.10.3.2 Local Connection
The command “Local Connection” in the “Communication Settings” menu is used
to set the communication parameters of the COM ports.
Select the corresponding COM port (COM1, COM2, COM3, or COM4) property
TAB to set the communication parameters.

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4.10.3.2.1 Unused

The option “Unused” is the default.It means the selected COM port is not used to
communicate.
4.10.3.2.2 Connect Device (Master)

The option “Connect Device (Master)” needs to be selected when the touch screen
is as master device. Then you need to set communication parameters for the
corresponding PLC.


Manufacturer

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The option “Manufacturer” is used to set the manufacturer of the connectedPLC.



Device Type

The Device Type refers to the corresponding type of the connected PLC.

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

Pre-set Station No.

The option “Pre-set Station No.” is used to set the PLC station number. You can set
it byConstant orVariable.
You can input a fixed station number of the connected PLC by Constant way. It is
the default station number for the new address. The station number which is already set
will not change if you modify the preset station number. You can use the button
“Synchronize Station No.” to unify the station number.
You can set the “Pre-set Station No.” by variable. It means the preset station
number will depend on the value of a variable which you can input by a numeric value
input component. The method to input the variable address is referred to:Detailed
manual/General functions/Address editor/Standard ByteAddress Input.

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

Synchronize Station No.
After clicking the button “Synchronize Station No.”, the station number will be

modified and saved for all addresses of this PLC used in the current project.


Communication Setting
Communication Type: RS232, RS485-2 and RS485-4 are optional.
Baud Rate:
110,300,600,1200,2400,4800,9600,14400,19200,38400,56000,57600,115200
and 187500 are optional.

Data Bit: the number 7 and 8 are optional.
Stop Bit: the number 1 and 2 are optional.
Parity Bit: None, Odd andEven are optional.
Reset: the default settings will be restored if you click the button “Reset”.
Advance: more communication protocol parameters can be modified if
you click the button “Advance”. The settings are shown as below.

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The parameters in the Advanced Communication Settings should not be modified,
unless the professional guidance is given. The optional modification may result in a
communication failure or unexpected events occur. You can consult the factory technical
staff to modify the advanced parameters based on your needs. In most cases, the default
parametersare the bestand neednot to be changed.
4.10.3.2.3 Provide Service (Slave)

The touch screen is used as the slave device.

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

Device Type

The Device Type includes Barcode, FLEXEM SLAVE and Modbus RTU Server. It is
shown as below.



Device Alias

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“Serve” is the default name of theDevice Alias.


Server Station No.

You can set the “Server Station No.” by Constant or Variable. It is the station
number of the touch screen as a slave device.



Constant

The user can input a constant as the fixed station number.


Variable

You can set the “Server Station No.” by variable. It means the server station
number will depend on the value of a variable which you can input by a
numeric value input component. The method to input the variable address is
referred to:Detailed manual/General functions/Address editor/Standard
ByteAddress Input.


Communication Setting
Communication Type: RS232, RS485-2 and RS485-4 are optional.
Baud Rate:
110,300,600,1200,2400,4800,9600,14400,19200,38400,56000,57600,115200
and 187500 are optional.

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The parameters in the Advanced Communication Settings should not be modified.
The optional modification may result in a communication failure or unexpected events
occur. You can consult the factory technical staff to modify the advanced parameters
based on your needs.
4.10.3.3 Remote Connection
The Remote connection containsthree connection modes: "Remote HMI",
"Remote PLC" and "Ethernet PLC".
4.10.3.3.1 Remote HMI

After click the menu "Setup / Communication Settings / Remote Connection",
the "Remote HMI" settings page is opened as the default. It is shown as below.

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For one of the HMI device, anyone of other HMI devices in the same Ethernet network
of the LAN is the Remote HMI. For example, there are two HMI: one named HMI1, another
one named HMI2. These two HMI devices are connectedin an Ethernet network.For HMI1
device, HMI2 is the "remote HMI" of HMI. For HMI2 device, HMI isthe "remote HMI" of
HMI2.
After clicking the button "Add" in the “Remote HMI” settings page, the “Remote
HMI” settingsdialog will pop up. It is shown as below.

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

Use IP

You can set the IP address of the remote HMI by Fixed or Variable. The default setting
mode is “Fixed”. And the default fixed IP address is “192.168.0.1”. For example,the IP
addressof HMI1 is “192.168.0.10” and the IP address of HMI2 is “192.168.0.20”. For the
project of HMI1, you need set the IP address of the remote HMI “192.168.0.20”.

When you set the IP address of the remote HMI by Variable, a word register address
needs to be given as the start address. There are 4 word registers which is from the start
word register. They are used to save the 4 segments of the IP address. It is shown as
below.

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You can input the IP address of the Remote HMI to the4 word registers by
the numeric value input component. Then you can access the desired HMI device.
Port No.



You can set the “Port No.” of the remote HMI by Constant or Variable. The default setting
mode is “Constant” and the default port number is 3000. You need to set the “Port No.” by
Variable if you want to change the port number of the remote HMI by a word register. The
default port number is suggested usually. It is noted that all the port numbers of the
connected HMI devices must be the same. Otherwise, the connection may fail.

Device Type



The Device Type refers to the type of the remote HMI device which the HMI needs to
access.


Device Alias
The default of the Device Alias is "Device1". It cannot be null. You can set a device

alias which is easy to understand, such as "HMI for Machine 3".
Click the button "OK" to confirm the settings. And the "Remote HMI" settings page is
shown as below.

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Click the button "OK" in the “Remote HMI” settings page to save, and then you can
find the remote HMI device in the Device list of the register address.For example, it is
shown as below.

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After finishing setting the "Remote HMI", the local HMI can access all the registers of
the "Remote HMI", including theLW, RW, SRW, LB, SRB and other registers.
If you need to add other remote HMIs, you can add them by referring to the above.
4.10.3.3.2 Remote PLC

The Remote PLCrefers to the device which is connected with the remote HMI,
including the PLC, the inverter, the servo, the instrument, and so on.
After clicking the menu "Setup / Communication Settings / Remote Connection", the
"Remote HMI" settings page is opened as the default. Click the "Remote PLC" tab to
open the "remote PLC" settings page. It is shown as below.

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After clicking the button "Add" in the “Remote PLC” settings page, the “Remote PLC”
settingsdialog will pop up. It is shown as below.

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

Remote HMI Address


Use IP

You can set the IP address of the remote HMI by Fixed or Variable. The default
setting mode is “Fixed”. And the default fixed IP address is “192.168.0.1”.


Port No.

You can set the “Port No.” of the remote HMI by Constant or Variable. The
default setting mode is “Constant” and the default port number is 3000.
The detailed settings of “Use IP” and “Port No.” can be referred to the settings in the
"Remote HMI" settings page.


COM


At COM port

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The “At COM port” refers to the number of COM port which the “Remote PLC”
device is connected to. The default is COM1. For example, the “At COM port” is set
COM2 if the accessed controller is connected to the COM2 port.


Manufacturer

The “Manufacturer” refers to the manufacturer of the connected "Remote PLC"
device.


Device Type

The Device Type refers to the type of the remote PLC device which is connected to
the remote HMI.


Device Alias

The default of the Device Alias is "Device1". It cannot be null. You can set a
device alias which is easy to understand, such as "HMI for Machine 3".


DefaultStation No.

The "Default Station No."refers to the station number of the Remote PLC device.
It must be consistent with the actual station number of the Remote PLC device.


Advance

Please refer to the “Advance” settings of the "Local Connection".
For example, the “Remote PLC” device is connected to the “Remote HMI” which the
IP address is “192.168.0.20”. The type of the remote PLC is Siemens S7-200 and the
COM1 of the remote HMI is used to connect with the PLC. The station number of the
PLC is 2. The settings are shown as below.

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Click the button "OK" to confirm the settings and the "Remote PLC" device is added
to the “Remote PLC” settings page.

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You can find the remote PLC device in the "Device Type" of the component.
For example, it is shown as below.

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After finishing setting the "Remote PLC", the local HMI can access all the registers of
the "Remote PLC" which is connected to the “Remote HMI”.
If you need to add other remote PLCs, you can add them by referring to the above.
4.10.3.3.3 Ethernet PLC

The “Ethernet PLC” refers to the PLC which is connected with the HMI by the
Ethernet communication mode. The network communication protocols which the HMI and
the PLC support are used to complete the communication.
After clicking the menu "Setup / Communication Settings / Remote Connection",
the "Remote HMI" settings page is opened as the default. Click the "Ethernet PLC" tab
to open the "Ethernet PLC" settings page. It is shown as below.

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After click the button "Add" in the “Ethernet PLC” settings page, the “Ethernet
PLC” settingsdialog will pop up. It is shown as below.

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

The IP address of Ethernet PLC

The IP address of Ethernet PLC refers to the IP address of the PLC which is
connected with the HMI through the Ethernet network.


Port No.

The “Port No.” is the number of the communication port between the Ethernet PLC
and the HMI. The “Port No.” is different for the different network. There is a default “Port
No.” for your selected network. Generally, it is ok to use the default port number. For
example, the default port number is 502 for the "Modbus TCP".
The "Manufacturer", "Device Type", "Device Alias," "DefaultStation No." are same
as the settings in the "Remote PLC".


Broadcast Station

After checking the “Broadcast Station”, you can set a number for the broadcast
station. The default is that the “Broadcast Station” is not checked. You can determine
to use this function or notaccording tothe actual situation.

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Click the button "OK" to confirm the settings and the "Ethernet PLC" device is added
to the “Ethernet PLC” settings page. For example, the “Modbus TCP” is selected as the
device type. The result of settings is shown as below.

If you need to add other EthernetPLCs, you can add them by referring to the above.
You can realize theconnections by using the “Ethernet PLC” mode, such as multi
HMIs, multi HMIs and one PLC,multi HMIs and multi PLCs, and other connections.

4.10.4 Options
The command “Options” in the “Setup” menu opens the Options dialog. You can
view and modify some settings such as the Flexem Studio software interface display.
There are two catalogs: General and HMI.

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4.10.4.1 General
The General has only one option: Auto Update. If the “Check for Updates” is
checked in the Auto Update sub catalog, the Flexem Studio software will be checked for
updates automatically when it is opened. A message will be popped up to remind you to
update if the software detects update packages.

4.10.4.2 Hmi
The catalog of “Hmi” includes “General”, “Auto Recover” and “Window”.
4.10.4.3.1 General
If you check the “Automatically load the previously closed project” option, the last
closed project will be opened automatically when the Flexem Studio software is opened.

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4.10.4.3.2 Auto Recover

You can set the “Recover Time Interval” here. For example,the “Recover Time
Interval” is set as 2 minutes means that the project will be saved automatically every
two minutes. This setting can reduce the project information losing when the software
accidentally shutdown or the power failure is occurred.

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You can open the file folder “Backup Projects” by clicking the button “View
backup project”.

4.10.4.3.3 Window

The sub catalog “Window” includes two options: General and the Designer.
The option of “General” is blank.
If you check the“Use pipeline animation effect” in the “Designer” option, you can see the
dynamic liquid flow effect in the pipeline component during the project editing process.

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4.11 Tools
In the FlexemStudio software, the Toolsmenuincludes many tools in the shortcut
tool bar. It includes” Compile, Compile All, Clear Compile Result, Download, Pack to
Disk, Upload, Decompile, and Offline Simulation”.

4.11.1 Compile

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The project will be saved automatically and the system will generate a bin
directory and other files if no errors.

4.11.2Compile All
The project will be saved automatically andall the files are forced to compile.

4.11.3Download
The system will compile the project automatically and generate a directory of upload
and some relevant files for decompiling.Then the relevant files are packaged and the
download tool dialog is popped up. Before clicking the button “Download”, you need to
select the communication mode (USB or Ethernet) and the data source (Project
orFpgFile). You can check the deleteoptions and check the download options (Batch
Mode or Force Mode) according to demands.

4.11.4 Pack to Disk
The tool of “Pack to Disk” can realize compiling the project and packaging it to the
disk. The package file is named Fpg File. Then you can download it by the USB disk
or the FlexemStudio software.

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4.11.5 Upload
If you check “Upload” to enable upload in the Global Settings of the System Settings,
the configuration information downloaded in the HMI device can be uploadedby the USB
or Ethernet communication mode. The configuration information can be Project, RW Data,
Recipe or Logs.

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4.11.6 Decompile
The Fpg File can be decompiled to project if you check “Decompilation” to
enable decompile function in the Global Settings of the System Settings

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4.11.7 Offline Simulation
The tool of the “Offline Simulation” is used to simulate the project running in offline.

4.12 Help
In the FlexemStudio software, the Help menu includes: Online Help, Help, Check
for Updates, and About(software version).

4.12.1Online Help
You can find the online help when you click the command “Online Help”.

4.12.2Check for Updates

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The FlexemStudio software will be updated by using the internet when you click the
menu command “Check for Updates”.

4.12.3About
The current Mochuan Studio software version information and copyright declaration
will be displayed when you click the menu command “About”.

4.13 General functions
Address editor
Standard Bit Address Input
In the software Mochuan Studio,the "Standard Bit Address Input" function will be used
frequently. By this function, you can input the bit address which is connected with a device,
and the value of the bit address will be displayed.The function can easily realize the

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connectionwith each PLC. The “Standard Bit Address Input” window is as shown as below.

In the FlexemStudio software, the corresponding bit addresssymbolsare given
according to the various connected devices. For theFlexem FL2N series PLC, X
represents the input address, Y represents the output address, M represents the middle
register address, SM represents the system special bit address, and S represents the
state address. As shown as below.

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If the address is not connectedwith the device after you input a specific address
number, you should check whether the parameters (such as Device, Station No.
and Address) are set correctly. For example, these parameters areset as follows.

If you find the data refresh rate is a little slow, you can change the communication
rate as follows.

Certainly, you can use the address tag library. You need to prepare the data addresses
in the address tag library before using them. Check the “Use Address Tag” in

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the “Standard Bit Address Tag” window and click the button “

” to open the “Address

Tag Library” window. Select the bit address you need in the address tag library, as
shown as follows.

The “Bit-index within a Byte Register” function can be used. You need to check
the “Bit-index within a Byte Register”, as shown as below.

You can use the Address Index function. This function can change the bit address
which is connected with the current componentaccording to the value of a word address.
For example, the bit address LB0 is connected with the current component. If you check
the AddressIndex and set the address as LW0, as shown as below, the bit addresswhich
is connected with the current component will be LB (0 + LW0).

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In addition, you can use the System Register in the Standard Bit Address Input
window. When you click the System Register button, the System Special Function
Register window will pop up. There are many system special function register
addresses in this window, as shown as follows. You can quickly select one to use.

Certainly,the screen is connectedwith multiple slaves at sometime.The station
number is varied.At this moment, you need to use the Index function.This function uses
a word address to provide a variable station number. The setting process is shown as
follows.

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4.13.1.2 Standard ByteAddress Input
In the softwareFlexem Studio, the "Standard ByteAddress Input" function will be
used frequently. By this function, you can input thebyte or word address which is
connected with a device and the value of this address will be displayed.The function can
easily realize the connectionwith each PLC. The “Standard Byte Address Input” window
is as shown as below.

- 466 -

In the FlexemStudio software, the corresponding byte or word addresssymbolsare given
according to the various connected devices. For theFlexem FL2N series PLC,D represents
the data register,SD represents the special address, represents the timer,C_word represents
the 16-bits counter which saves the current value, and C_dword represents the 32-bits
counter which saves the current value. As shown as below.

If the address is not connectedwith the device after you inputting a specific address
number, you should check whether the parameters (such as Device, Station No. and
Address) are set correctly. For example, these parameters areset as follows.

- 467 -

If you find the data refresh rate is a little slow, you can change the communication
rate as follows.

Certainly, you can use the address tag library. You need to prepare the data addresses
in the address tag library before using them. Check the “Use Address Tag” in

the “Standard Byte Address Tag” window and click the button “

- 468 -

” to open the “Address

Tag Library” window. Select the byte or word address you need in the address tag library,
as shown as follows.

You can use the Address Index function. This function can change the byte or word
address which is connected with the current componentaccording to the value of a word
address. For example, the word address D0 is connected with the current component. If
you check the AddressIndex and set the address as LW0, as shown as below, the word
addresswhich is connected with the current component will beD (0 + LW0).

In addition, there are many system special function register addresses.You can
quickly select one by clicking the button “System Register”, as shown as follows.

- 469 -

Certainly,the screen is connectedwith multiple slaves at sometime.The station
number is varied.At this moment, you need to use the Index function.This function uses
a byte or word address to provide a variable station number. The setting process is
shown as follows.

- 470 -

Drawing
Border settings
After double-click the figure you have drawn,you can view and select border color
and style.

You can select the line width and the line type from the lists.

You can change the border color by using the list or the button “

- 471 -

”.

4.13.2.2 Filling settings
After double-click the figure you have drawn,you can view and select the fill type
and the fill color.
There are three fill types: SolidColor, Pattern and Gradient.

4.13.2.2.1 SolidColor

In this fill type, you can select a kind of color for the background of the figure from the

listor by using the tool button “

”.

4.13.2.2.2 Pattern

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In this fill type, you can select a kind of color for the background and another kind
of color for the foreground. You can set the pattern filling effect, too.
4.13.2.2.3 Gradient

In the gradientfill type, you can select the background color, the foreground color,
gradual approach and gradient filling effect.

4.13.3Font settings

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4.13.3.1 Vector Font
According to the font attributes setting, change the characters of the text into a
TrueType font file (ttf format) for HMI.
 Disadvantages
Only support the TrueType font type (ttf format) which the
current operating system has installed.
The below is the font effect comparison between the tows that
the "Disable Vector Font Bordline Blurring Processing" is not checked and
the "Disable Vector Font Bordline Blurring Processing" is checked.

- 474 -

Note: the "Disable Vector Font Bordline Blurring Processing" can be set in the path:
Project/Local HMI/System Settings/Extended Settings.

Advantages
OccupyLess memory. The same character in the same font
type uses one font data regardless of size, color, bold, or italic.
Full size and can be set freely without distortion.
Supports multi-line text alignment.
Text Library supports the use of vector fonts.
Graphical Font
Regard the string as a whole and save it as a bitmap to the project.
Disadvantages
Occupymore memory because of the bitmap storage format.
Advantages
Supports all the fonts installed in the current operating system.
Display effect is good.
Equivalent width

- 475 -

Each single fontdisplays in the max width size. The max width of the font
is greater if the font sizeis greater.
 For example, the max width of a single digit is 17 and the max width of a
single character is 22 if the font size is 16,

4.13.3.4 Font
You can set the font type from the list. It supports all font types installed
in the current operating system, such as Microsoft Sans Serif.
4.13.3.5 Size
You can set the current font size. The range is from 8 to 144.
The font supports bold and italic, and you can modify the font color from the
list or by using the tool button “

”.

4.13.3.6 Multi-line Alignment
It is only valid for multiple lines text. You can set the multiple lines text
align to the left, center or right.
4.13.3.7 Advanced
You can set the Horizontal Scaling, Space, and Shadow Effects after
clicking the button “Advanced”.

4.13.3.8 Position

- 476 -

You can set thefont position of the current components.

4.13.4 Graphic edit

4.13.4.1 The Current Project Graphics Library
For some components, you can find the property TAB of “Graphics”. In this TAB,
you can view the component graphics in the Current Project Graphics Library.Select
one, then you can preview the status of it in the StatusPreview window.
4.13.4.2 Import
The system graphics library can be opened by clicking the button “Import”. You
can select a system graphic into the current project graphicslibrary here.
4.13.4.3 Add a new Graphic
Click the button “Add a new Graphic” to pop up the window “Add New Graphics”
(see Figure a). Then you canset the properties of the new graphic, such as “Name",
“Status Count”, “Width”, “Height”and other information.After clicking the button“OK” to
confirm it and closing all the pop-up windows, you can see that an editable window
with the same name is already opened (see Figure b). Youcan edit the new graphic
in this window. Refer to: Detailed manual/Library/Graphics Library/Add graphics.

- 477 -

- 478 -

4.13.4.4 Favorites
After clickingthe button “Favorites”, you can add the current selected graphic to
a specifiedFavorites Category. The Favorites Category can be selected, added and
renamed (see Figure a).Click the button “OK”to confirm the addition to the
FavoritesCategory. You can view the graphics collected in the Favorites Category by
the path: Project/ Library/Graphics Library/Browse Graphics Library (see Figure
b).

b
4.13.4.5 Graphics Edit
After clickingthe button “Edit Graphics” and closing all the pop-up windows, you can
see that an editable window with the same name of the graphic is already opened

- 479 -

(see Figure a).The graphic can be edited in this window. Refer to: Project/Library/
Graphics Library/Add graphics.

4.13.4.6 Shadow Effect
Double click the graphic you have drawn in the Graphics Edit window to modify
the properties of it. After checking theShadow Effect (see Figure a), you can add
the shadow effect for the selected graphic (see Figure b).

b.
4.13.4.7 Border
You can change the outer border color of the current selected graphic. Note:
Only when the elected graphic is vector graphic and this attribute can be modified,
this option is valid to change the outer border color (see Figure a)!

- 480 -

4.13.4.8Fill
You can change the filling effect of the current selected graphic (see Figure a).
Note: Only when the elected graphic is vector graphic and this attribute can be
modified, this option is valid (see Figure b)!

- 481 -

4.13.5Control settings
For some components, there is a property TAB of “Control Settings”.
①Activation Settings

Always
The current component can always be operated if you use the option “Always”.

- 482 -



Conditional
IndicatingInvalid Mark

- 483 -

After checking the option “IndicatingInvalid Mark”, the prohibited markwill display
on the component if the operating conditions are not met. Theprohibited markis shown
as below.



Hide when conditions arenot met.

When you check the option “Hide when conditions arenot met”, the component will hide if
the operating conditions are not met.

Automatic pop-up password window

- 484 -

If you check the option “Automatic pop-up password window”, the user login window
will pop up when you click the component. It is shown as below.

- 485 -



Level User

After checkingthis function, you need to enter the appropriate user level password
to operate the device. It is shown as below.

- 486 -



Privilege User

After checkingthis function, you need tologin byusing the corresponding user
privilege to operate the component. It is shown as below.

- 487 -



Logic control

After checkthis function, the component can be operated when the specified
conditions are satisfied. The conditions can be multiple logical operations.

②Security Settings

MinimumPress Time

- 488 -

You need to hold the button component for a specified time to perform actions. The
function is used to avoid the action due to touching the screen by mistake.


Require confirmation prior toexecution

- 489 -

Ifthis function is checked, a confirmation dialog box will pop up automatically.It will
keep the display status for the “Waiting Time” if you don’t confirm orcancel it. It is shown
as below.

- 490 -



Records Operation

If you check this function, you can record the operations of the component
and display the records in the operator Log. It is shown as below.



MinimumOperation Interval

- 491 -

By using the “MinimumOperating Interval” function, continuous actions can be
avoided in a short time due to touching the screen continuously by mistake.

4.13.6Display
①Position

- 492 -



Position and size

You can set X and Y coordinate values of the component to change the display
position of it. You can modify the width and the height of the component to change
the size of it.


Locked

- 493 -

The position and size of the component cannot be changed if you check the
“Locked” function.And there is a small lock icon on the component in the editing window.
It is shown as below.

②Always Display

- 494 -

If you select the “Always Display” function,the component will always be visible
when the project is running. It is the default setting.
③ConditionalDisplay

Level User

- 495 -

If you check this function, the component will be visible after youentering the
appropriate user level password.


Privilege User

- 496 -

If you check this function, the component will be visible after you login by using the
correspondinguser privilege.


Logic Control

- 497 -

If you check this function, the component can be controlled to display according to
the logic condition. The condition can be multiple logical operations.

4.13.7Keyboard setting
For some components, there is a property TAB of “Keyboard Setting”.

- 498 -

①Mode
Touch Control

The keyboard will be popped up if you click the HMI input component.


Bitcontrol
A bit register is used to controlthe keyboard to pop up or close.

②Keyboard Settings
Use pop-up keyboard

You can select the Keyboard Type from the system-provided keyboard types.

- 499 -



Auto adjust position

The position of the pop-up keyboard is adjusted automatically according to
the position of the HMI input component.

- 500 -



Pop-up position

Arelative region in HMI is specified to pop up the keyboard.

- 501 -



Specified Position

The position to pop up the keyboard is specified by the X and Y coordinates.



Don’t use pop-up keyboard:

If you need to use an external keyboard or a keypad which is designed by using
the FS software, you should select the option “Don’t use pop-up keyboard
③Use input order function
This function can be used to input the values into multiple input components
continuously according to a specified order. You can check it when there are many
input components.

- 502 -



Input without order after input finished

The function of “Use input order function” will be canceled after you finish the input of
multiple input components.


Input Order

You can set the input order for the current input component here. The
multiple components in one group can be input according to the order number,
from small to large.
Group

You can divide the input components into several groups and finish the
input according to the input order in the current group.

4.13.8 Label
Adding a label for a component can be increased readability. You can setthe
properties of the label such as the language, the content, the font type and other settings.
The display text will change when the status is switched if you set different text for
different status.

- 503 -

4.13.8.1 Language
Select a language for label edit. The settings will only take effect in the selected language.
4.13.8.2 Language Independent
When you change the language, the label content is not affected.
4.13.8.3 Use Text Library
After the “Use Text Library” is checked, the label contentwill be filled by the selected text
entry in the text library. Some common text can be ready in the text library.
4.13.8.4 Use Label
You need to check this option when you want to set a label for the component.
4.13.8.5 Tag Content
You can edit a label for the current status here. So you edit the label in the tag content edit
box, you should select the status first on the lower right corner. Then, click the next status to edit
the next status label.

- 504 -

The text in the Tag Content edit box can becopied to all languages, all status or all languages
and all status.

- 505 -

4.13.8.6 Label attributes
You can set the attributes for each Tag Content such as the font type, the size, the color, the
alignment type,the Advanced Settings (Scaling, Space, and Shadow Effects) and other attributes.
The function of “Copy text to” can avoid duplication of work. And you can alsoimport from
favorite font template to simplify label attributes editing. It is efficient and convenient.
4.13.8.7 Vector Font and Graphic Font


Vector Font

According to the font attributes setting, change the characters of the text into a TrueType
font file (ttf format) for HMI.
 Disadvantages
Only support the TrueType font type (ttf format) which the
current operating system has installed.
The below is the font effect comparison between the tows that
the "Disable Vector Font Bordline Blurring Processing" is not checked and
the "Disable Vector Font Bordline Blurring Processing" is checked.

Note: the "Disable Vector Font Bordline Blurring Processing" can be set in the path:
Project/Local HMI/System Settings/Extended Settings.
Advantages
OccupyLess memory. The same character in the same font type
uses one font data regardless of size, color, bold, or italic.
Full size and can be set freely without distortion.
Supports multi-line text alignment.
Text Library supports the use of vector fonts.


Graphical Font

Regard the string as a whole and save it as a bitmap to the project.
 Disadvantages
Occupymore memory because of the bitmap storage format.

- 506 -

Advantages
Supports all the fonts installed in the current operating system.
Display effect is good.

Marquee
In the FlexemStudio software, every label of the component can be set to display by scrolling
the fonts. The scrolling direction, step length, speed, etc. can be set separately.

4.13.9 Marquee
The function of “Marquee” is to display text by scrolling the fonts.The
components such as "Label" and "Static Text" have the “Marquee” function.
When you check the "Marquee" option for the label or the static text ,the fonts
willdisplay by scrolling. You can set the attributes such as the Moving Direction, Step
Length and PixSpeed.The setting is shown as below.

- 507 -

- 508 -

4.13.9.1 Moving Direction
There are four moving direction: Left To Right, Right To Left, Top To Bottom
and Bottom To Top. Select one to be the moving direction of fonts scrolling.
4.13.9.2 Step Length
The fonts scroll step by step. The distance of two steps is Step Length. The unit of
Step Length is pixel. For example, setting Step Length 10 means that the fonts move 10
pixels per second.
4.13.9.3 PixSpeed
The option “PixSpeed” is used to set the moving speed of fonts scrolling. The unit
of PixSpeed is 0.1 seconds. The range of PixSpeed is from 1 to 255. For example,
setting PixSpeed10 means that the moving speed of fonts scrolling is 1 second.The
process will be circulated after all fonts move out in the component size range.

4.13.10Logic Control
You can find the function of “Logic Control” if you select the option “Conditional” in the
“Control Settings” property TAB of some component. Or you can find it if you select the option
“Conditional Display” in the “Display” property TAB. You can also find it if you select

- 509 -

the option “Condition” in the “Trigger and Stop” property TAB of the Timer component. This
function can realize all kinds of logic operations or judgment easily and can reduce using
macros.

- 510 -

There is a red exclamation mark due to no logic condition. Now click the button
"Add", you can pop up the Condition Setting dialog.

- 511 -

There are two address types: Bit Register and Word Register. The default selection is Bit
Register. The logic condition judgment for Bit Register is "ON" or "OFF". The default

selection is “ON”. Click the tool button "

"or double-click the "Address" blank box,

you can edit and select a "bit register". For example, set theaddress of “Bit Register" LB0,
andset the Condition "ON". It is shown as below.

The red exclamation mark will disappear after you select an address for the condition.
Click the button “OK” and the condition will be added to the Logic Control list. It is shown as
below. It means the current component will be valid when the bit register LB0 is ON.

- 512 -

If the condition is not enough, you can continue to add. For example, the condition
“LW0 > 1” need to be added. You can click the button “Add” to go on the operation. The
Word Register is selected and the address is set LW0. The condition is set “LW0 > 1”.
The setting is shown as below.

There are two pop-down lists in the Condition setting area. The first list is used to
select the compare relationship. The compare relationship symbols include "<", ">", "<="

- 513 -

"> =", "==" and "! =". The second list is used to add the next condition of the word register
LW0. The default of the second list is“None”. It means that there is not the next condition
any more. You can select "AND" or "OR" in the second list. It means the relationship
between the current condition and the next condition.

The setting is shown as below if you select “AND” in the second list.

- 514 -

If the conditions you need is "LW0> 100" and "LW0
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