add_spece - v-sft

V-SFT Additional Specifications

This manual explains the specifications that are added by upgrading the V-SFT version (2.x.x.x). Please be sure to read the Hardware Specifications Manual and the Reference Manual (Operation/Function) as well.

Record of Revisions

Record of RevisionsReference numbers are shown at the bottom left corner on the back cover of each manual. Printing Date March, 2003 January, 2004 Reference No. 5044NE0 5044NE1 First edition Second edition For Ver. 2.2.0.0 Revised Contents

Record of Versions

Record of Versions: Possible : ImpossibleV-SFT Ver. 2.0.7.0 SYSTEM PROG. Ver. V7 1.070 V6 1.560 Additional Specifications RGB input (EU-01) supported Multi-link 2 and temperature control/PLC2Way usable at the same time PLC model added LG GLOFA GM6/GM7 AB Control Logix (Ethernet) SIEMENS S7-300MPI Helmholz adaptor VIDEO (EU-00), sound (EU-03) supported Macro command added Recipe LD_RECIPE2/LD_RECIPESEL2 SV_RECIPE2 Hard copy HDCOPY2 Comment display part supported $s935 - 937 added Editable language added

: Possible with V7iRef.

P 2-23

P 2-75 P 2-129 P 2-125 P 2-8 P 2-2

Graph scale value by memory designation Special operation for two-point pressing Switch or lamp REP transparency setting Model available with ladder transfer function added Mitsubishi Q00/Q01CPU (when serial communication function is used) Mitsubishi FX series/FXxN series/FX1S Temperature control/PLC2Way model added EUROTHERM 2400 series LG Starvert-iS5/iG5 series

2.0.8.0

1.070

1.570

Temperature control/PLC2Way model added Yokogawa UT2400/2800 A&D AD4404

2.0.9.0

1.080

1.570

Temperature control/PLC2Way model added Fuji HFR-C9K Backlight: Auto 3 Ladder transfer function on the Main Menu screen

P 1-21 P 1-26 P 2-39

2.0.10.0

1.100

1.580

LD_RECIPE: NULL processing selection

2.0.11.0 1.100 1.580

Record of Versions

V-SFT Ver. 2.0.12.0

SYSTEM PROG. Ver. V7 1.120 V6 1.610

Additional Specifications PLC model added IDEC Baldor Omron Omron AB MICRO Smart Mint CS1 (Ethernet) CS1 DNA (Ethernet) PLC5/SLC500 (Ethernet)

Ref.

2.0.13.0 2.1.4.0 1.130 1.220 1.620 1.650

Temperature control/PLC2Way model added Omron ID controller Video: NTSC progressive signal supported Mitsubishi QnH series Ladder monitor function supported Fonts for names of persons

P 2-125 P 2-73 P 2-11 P 2-1

*1

Barcode I/F memory Entry mode Add and subtract switches Function switch CF card removal switch PLC model added SIEMENS S7-300/400 MPI Keyence KV-700 (Ethernet) Universal PROFIBUS-DP Temperature control/PLC2Way model added Yaskawa Vsmini V7 series

P 2-1 P 2-5 P 2-16

CF card removal switch Switch or lamp REP transparency setting Sampling CSV output Backup creation Relay sample: acknowledge function Macro command added SV_RECIPESEL/SV_RECIPESEL2 SMPL_CSVBAK Animation Sound replay function Screen library Printer model added EPSON STYLUS PHOTO series Windows fonts Recipe mode IP address setting Temperature control network/PLC2Way Check screen non-display setting

P 2-18 P 2-23

P 2-43 P 2-56 P 2-70 P 2-71 P 2-82 P 2-91 P 1-12 P 1-7 P 1-23

Record of Versions

V-SFT Ver. 2.1.4.0

SYSTEM PROG. Ver. V7 V6

Additional Specifications PLC model added Mitsubishi Q00J/00/01 CPU Temperature control/PLC2Way model added RKC F400/700/900 (Standard Protocol) RKC SRV (MODBUS RTU) Fuji Frenic-mini (MODBUS RTU) Fuji PPMC (MODBUS RTU) Shinko DCL-33A series Shinko JCx-300 series Hitachi SJ300/L300P series

Ref.

2.1.6.0 1.230

1.660*2

Property

The number of open screens limited

P 2-125

Temperature control/PLC2Way model added RKC F9000 (Standard Protocol) M-SYSTEM R1M/R5 series (MODBUS RTU) Entry mode Auto writing by input target selection switch Cancel switch Animation Creation of rotary frames Macro command RECONNECT HDCOPY/HDCOPY2 JPEG file format V708S/V708iS Brightness adjustment supported $s1006 E-Mail information output 3D part area re-configured Multi-language edit sheet Unicode supported PLC model added Omron Hitachi Toyoda Machine Matsushita Sysmac CS1/CJ1 (Ethernet Auto) HiDIC-S10/2, S10mini (Ethernet) TOYOPUC (Ethernet) FP series (Ethernet TCP/IP)

P 2-13 P 2-14 P 2-54 P 2-23

2.1.7.0 1.240 1.670 2.1.8.0 1.250 1.680

P 2-129

Font setting CP code supported PLC model added Toshiba EX series Automationdirect Direct LOGIC (Ethernet) Temperature control/PLC2Way model added IAI X-SEL Controller UNIPULSE F340A/F371 CF-REC supported SRAM sampling data save in a CSV file Transfer Comparison

P 2-125

P 2-16

Record of Versions

V-SFT Ver. 2.1.9.0

SYSTEM PROG. Ver. V7 1.260 V6 1.690

Additional Specifications Temperature control/PLC2Way model added Fuji FALDIC- series

Ref. P 2-15 P 2-129 P 2-52

2.1.10.0 1.270 1.690

V7 matrix model supported V710C supported Entry mode $s810 - 818 Pattern/frame editing Max./Min. switch IP address stored JPEG file PLC model added Matsushita FP series (Ethernet UDP/IP) MODBUS RTU (Free Format) MODBUS TCP/IP (Ethernet) Temperature control/PLC2Way model added Omron E5AR/E5ER

P 2-129 P 2-60 P 1-1 P 1-4 P 2-61 P 2-123 P 2-126 P 2-86 P 2-89

2.1.11.0 2.1.12.0 1.280 1.290 1.690 1.710

$s110 Universal serial Local port number stored CF auto upload Temperature control/PLC2Way model added Fuji PHC

2.2.0.0

1.300

1.720 V706 supported

V710C view angle adjustment EPSON STYLUS PHOTO monochrome print Recipe mode Attribute table definition Japanese/English V-SFT menu language Multi-language editing Unicode supported Import/Export

Windows fonts Registered font storage function Batch change PLC model added LG MASTER-K series (Ethernet) LG GLOFA GM series (Ethernet) Temperature control/PLC2Way model added Matsushita MEWNET Toshiba VF-A7 Temperature control/PLC2Way function added Omron RUN/STOP batch writing E5ZN/E5AN/E5EN/E5CN/E5GN/ E5AR/E5ER

*1 *2

V606i only V610: Ver. 1.650

ContentsChapter 1Models Added ...................................................................................................................... 1-1 V706..................................................................................................................................... 1-1 Edit Model Selection................................................................................................ 1-1 Unit Setting .............................................................................................................. 1-1 USB Function .......................................................................................................... 1-2 V710C .................................................................................................................................. 1-4 Edit Model Selection................................................................................................ 1-4 View Angle Adjustment ........................................................................................... 1-4 Temperature Control Network/PLC2Way ............................................................................ 1-7 Synchronized Reading ............................................................................................ 1-7 High-speed Read Cycle ........................................................................................ 1-11 Ethernet Communications.................................................................................................. 1-12 Network Table ....................................................................................................... 1-12 IP Address Setting................................................................................................. 1-13 Using Temporary IP Address ................................................................................ 1-20 Backlight ............................................................................................................................ 1-21 Setting Items ......................................................................................................... 1-21 Action .................................................................................................................... 1-21 Check Screen .................................................................................................................... 1-23 Setting Items ......................................................................................................... 1-23 Action .................................................................................................................... 1-24 Ladder Transfer Function................................................................................................... 1-26 Setting Items ......................................................................................................... 1-26 Action .................................................................................................................... 1-27

Chapter 2Switch...................................................................................................................................2-1 CF Card Removal Function .....................................................................................2-1 Two-point Pressing (For Matrix Type Only) .............................................................2-2 Switch and Lamp..................................................................................................................2-5 [Transparent] Setting for [Draw Mode: REP] ...........................................................2-5 Characters on Switches and Lamps ........................................................................2-7 Graph Display.......................................................................................................................2-8 Scale Setting Using Memory....................................................................................2-8 Trend Graph.............................................................................................................2-9 Entry Mode .........................................................................................................................2-11 Switches for Addition and Subtraction ...................................................................2-11 Auto Write Function ..............................................................................................2-13 Cancel Switch ........................................................................................................2-14 Max./Min. Entry Switch ..........................................................................................2-15 Sampling ............................................................................................................................2-16 Buffering Area Setting............................................................................................2-16 Relay Sampling......................................................................................................2-18 Macro .................................................................................................................................2-23 List of Additional Macro Commands ......................................................................2-23 LD_RECIPE2 .........................................................................................................2-24 LD_RECIPESEL2 ..................................................................................................2-26 SV_RECIPE2.........................................................................................................2-28 SV_RECIPESEL ....................................................................................................2-30 SV_RECIPESEL2 ..................................................................................................2-32 SMPL_CSV............................................................................................................2-34 SMPLCSV_BAK.....................................................................................................2-35 HDCOPY................................................................................................................2-36 HDCOPY2..............................................................................................................2-37 RECONNECT ........................................................................................................2-38 Notes on LD_RECIPE(2)/LD_RECIPESEL(2) .......................................................2-39 Indirect Memory Designation .................................................................................2-41 Animation ...........................................................................................................................2-43 Addition of Information Output Memory .................................................................2-43 Keeping the End Frame .........................................................................................2-44 Showing the Start Frame .......................................................................................2-45 Addition in Scale Setting ........................................................................................2-46 Pattern Editing & Frame (Animation) Editing......................................................................2-50 Changing the Size for Characters..........................................................................2-50 Retaining Data before Size Change ......................................................................2-51 JPEG File Registration...........................................................................................2-52 Saving JPEG Files .................................................................................................2-53 Automatic Creation of Rotary Frames....................................................................2-54

Sound Replay Function...................................................................................................... 2-56 WAV File Name ..................................................................................................... 2-56 Setting Items ......................................................................................................... 2-56 CF Card ............................................................................................................................. 2-57 Using SRAM as Cache for CF Card ...................................................................... 2-57 CF Card Cache Size Expansion (DRAM).............................................................. 2-59 Auto Uploading of CF Card ................................................................................... 2-60 Attribute Table.................................................................................................................... 2-61 Attribute Table Window ......................................................................................... 2-61 Changes from the Version earlier than 2.1.4.0...................................................... 2-62 Attribute Table for Recipe Mode............................................................................ 2-64 Screen Library.................................................................................................................... 2-70 Setting Items ......................................................................................................... 2-70 Action .................................................................................................................... 2-70 Notes ..................................................................................................................... 2-70 Print.................................................................................................................................... 2-71 Addition of Printer Models ..................................................................................... 2-71 Setting Items ......................................................................................................... 2-71 Limitations ............................................................................................................. 2-72 Barcodes............................................................................................................................ 2-73 Setting Items ......................................................................................................... 2-73 Example ................................................................................................................ 2-74 Comment Display............................................................................................................... 2-75 Overview ............................................................................................................... 2-75 Setting Items ......................................................................................................... 2-77 Comment............................................................................................................... 2-77 [Comment Display] Dialog ..................................................................................... 2-80 Display Area Part .................................................................................................. 2-81 Windows Fonts .................................................................................................................. 2-82 Setting Items ......................................................................................................... 2-83 Text Properties ...................................................................................................... 2-84 Message Edit......................................................................................................... 2-85 Font Registration ................................................................................................... 2-86 Changing Windows Fonts in a Batch .................................................................... 2-89

Recipe Mode ......................................................................................................................2-91 Comparison with the Previous Recipe Function ....................................................2-92 Operation Overview ...............................................................................................2-95 Setting Items ..........................................................................................................2-99 [Recipe] Dialog.....................................................................................................2-100 Display Area for Recipe Mode .............................................................................2-107 Switches for Recipe Mode ...................................................................................2-111 Data Display for Recipe Mode .............................................................................2-113 Attribute Table......................................................................................................2-114 Macro ...................................................................................................................2-116 Limitations............................................................................................................2-122 V-SFT Menu Language ....................................................................................................2-123 V-SFT Setting Procedure.....................................................................................2-123 Properties of Screen Data File .........................................................................................2-124 Setting Items ........................................................................................................2-124 Font Setting ......................................................................................................................2-125 Fonts ....................................................................................................................2-125 Import/Export .......................................................................................................2-126 Transfer ............................................................................................................................2-128 [Transfer] Dialog ..................................................................................................2-128 Internal Memory ...............................................................................................................2-129 System Memory ($s)............................................................................................2-129 User Memory ($T)................................................................................................2-131 Error .................................................................................................................................2-132 Check...................................................................................................................2-132

Chapter 1

Models Added V706 V710C Temperature Control Network/PLC2Way Ethernet Communications Backlight Check Screen Ladder Transfer Function

Models Added

Models AddedThe following models are added to the V7 series. V710C V706T/C/M For hardware specifications of each model, refer to the V7 Series Hardware Specifications Manual or the V706 Hardware Specifications Manual. For precautions on screen creation, refer to the related sections. Also, refer to V7/6 Series Functions at the back of this manual.

V706Edit Model SelectionThe following dialog is displayed when creating a new file or selecting [System Setting] [Edit Model]. - V706T/C - V706M

Unit SettingThe following dialog is displayed when creating a new file or selecting [System Setting] [Unit Setting] [Option Unit].

Select whether or not to use the option unit. [ Use USB CF Card Reader] Check this box when you use a USB CF card reader/writer commercially available. 1-1

V706

USB Function Screen Data TransferIt is possible to transfer screen data or perform on-line editing by connecting at the USB port (port B). Connection Prepare a USB cable commercially available and connect the computer with the V706.

disc

RESET

USB B

USB A

When using the USB port for the first time, it is necessary to install Hakko Electronics USB driver on the computer. For the installation procedure, refer to the V706 Hardware Specifications Manual.

Setting Items [Transfer] Dialog [ Transfer through USB]

1-2

V706

SimulatorSimulator can be connected via the USB port (port B). Connection Prepare a USB cable commercially available and connect the computer with the V706.

disc

RESET

USB B

USB A

When using the USB port for the first time, it is necessary to install Hakko Electronics' USB driver on the computer. For the installation procedure, refer to the V706 Hardware Specifications Manual.

Setting Items [Transfer] Dialog [ Use Simulator]

CF Card ReaderA USB card reader can be connected to the USB port (port A). For more information, refer to the V706 Hardware Specifications Manual.

Printer ConnectionA printer can be connected to the USB port (port A). For more information, refer to the V706 Hardware Specifications Manual. As for EPSON STYLUS PHOTO printers, refer to P2-71.

1-3

V710C

V710CEdit Model SelectionThe following dialog is displayed when creating a new file or selecting [System Setting] [Edit Model]. - V710C

View Angle Adjustment OverviewThe V710C offers eight levels of view angle adjustment. This setting is valid when viewing the monitor downward. The adjustment should be made using function switches or macro commands.

7

6

5

4 3 2 1 0

When Using Function SwitchesThe view angle can be adjusted using function switches in the RUN mode or when the Main Menu screen is displayed.When [System Switch Prohibited] is selected on the [System/Mode Switch] tab window of the [Unit Setting] dialog that is selected from the [System Setting] menu, the adjustment can only be made on the Main Menu screen.

1-4

V710C

Procedure 1) Hold down the [SYSTEM] switch for three seconds when the vertical menu is displayed. The view angle adjustment menu is displayed next to the function switches.

Main Menu

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System InformationSYSTEM PROG. VER. 1.220

I/F DRV VER.1.310 MELSEC QnH Q CPU Port

Screen Data Information Size : 5783552

PLC Type : MITSUBISHIQnH(Q) series CPU Comment :

Error : Stop Time-Out : 1.00 sec Retry : 3

Multi-Link2 Multi-Link2 1 Own Stat. No. : 1 Total :: 2 Total Retry :: 10 Retry Baud Rate :: 115200

Connection : Multi-Link Signal Level : RS232C PLC Stat. No. : 0

Baud Rate : 19200 Data Length : 8 Stop Bit : 1 Parity : Odd Send Delay : 20msecSRAM/Clock Extension RGB AdjustmentL T

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Ethernet Information Trans.Speed : 10BASE-T Stat. No. : 192.168.1.68 PORT : 10000 MAC : 050FF000035

Ethernet

Card Menu

I/O Test

2) Adjust the view angle using the [F2], [F3] and [F4] switches.Function Switch SYSTEM F2 F3 F4 Action Determine +1 1 Reset to the default (0)

3) Press the [SYSTEM] switch to determine or wait for five seconds until the view angle adjustment menu disappears.

When Using Macro Commands Setting Items - Macro command ADJ_ANGLE - Macro command SAVE_ANGLE Macro Command [ADJ_ANGLE] The view angle adjustment value is changed to the one specified for F0. Available DevicesPLC Memory F0 Internal Memory Constant Indirect Designation

ADJ_ANGLE F0F0 0 to 7: View angle adjustment value

[SAVE_ANGLE] The view angle adjustment value that is set with the ADJ_ANGLE command is stored on the FROM. 1-5

V710C

When the SAVE_ANGLE command is executed, the communication (serial, Ethernet) is temporarily interrupted. Do not execute the SAVE_ANGLE command frequently.

Setting Example To adjust the view angle suitable for operation from position 3 shown below:

7

6

5

4 3 2 1 0

1) Execute macro command ADJ_ANGLE 3. 2) Execute macro command SAVE_ANGLE.When the MONITOUCH is turned off without executing the SAVE_ANGLE command following the ADJ_ANGLE command, the view angle is reset to the one that was valid before executing the ADJ_ANGLE command.

System Memory $s958 The current view angle adjustment value (0 - 7) is stored.

1-6

Temperature Control Network/PLC2Way

Temperature Control Network/PLC2WayThe following capabilities are added to the temperature control network/PLC2Way function. Synchronized reading The data in the memory specified on the temperature control network/PLC2Way table is read at the leading edge (bit ON) of the control memory. High-speed reading cycle The cycle of reading from the memory specified on the temperature control network/PLC2Way table can be set in increments of 100 ms.

Synchronized Reading Operation OverviewThe data in the memory specified on the temperature control network/PLC2Way table is read into the storage target memory at the leading edge (0 1) of the control memory.

Data

SYSTEM F1

F2

F3

F4

Station No. 1PV

Station No. 2PV

F5

F6

21SP2

3 4

F7

SPAL1

30MAN

23SP22

2 3

AL1 OUT

30

POWER

A/MSET/ENT

SET/ENT

Storage target memory D100 D101 Control memory

Temperature control network/PLC2Way table

0 0

Table No. 1 Table No. 0 Temperature control/ PLC2 memory Station No. 1 PV Station No. 2 PV

D200 D201 D202 D203

Storage target memory D100 D101

The control memory bit is set (ON) on Table No. 0.

Storage target memory D100 D101 Control memory D200 D201 D202 D203

0 0

Reading from temperature control table No. 0 & Confirmation memory ON

Storage target memory D100 D101 Control memory D200 D201 D202 D203

21 23

1-7


Setting Items[Temp. CTRL/PLC2Way Table Setting] Dialog

Use Synchronized Reading Be sure to select [Use Synchronized Reading]. Read Cycle This is not valid when [Use Synchronized Reading] is selected.Omrons ID controller V600/620 is an exception and [Read Cycle] is valid even when [Use Synchronized Reading] is selected.

Store Target PLC Memory/Store Target Internal Memory Set the storage target memory reading from the temperature control/PLC2 memory. Control Memory Set the memory that triggers reading from the temperature control/PLC2 memory.For more information on the control memory, refer to Control Memory P1-9.

[Temp. Network/PLC2Way Table Edit] Window

Temp. CTRL/PLC2 Mem. Register the required temperature control/PLC2 memory addresses.For more information on table editing, refer to the V7 Hardware Specifications Manual and the manual entitled Temperature Control Network.

1-8


Control MemoryThe control memory becomes valid when [Use Synchronized Reading] is selected.* 4 words consecutively from the control memory n are used.Control memory n n n+1 n+2 Contents Read command memory Read confirmation memory Memory Type V V

n+3

* Valid when [Use Periodical Reading] is selected on Omrons ID controller V600/620

Read command memory (control memory n, n + 1) One bit is assigned to each table. The data in the memory specified for the table number in the Temp. CTRL/PLC2 Mem. column is read into the storage target memory at the leading edge (0 1). n15 15 14 14 13 13 12 12 11 11 10 10 9 9 8 8 7 7 6 6 5 5 4 4 3 3 2 2 1 1 0 0 Bit number

Temperature control network/PLC2Way table No. 0 to 15

n+115 31 14 30 13 29 12 28 11 27 10 26 9 25 8 24 7 23 6 22 5 21 4 20 3 19 2 18 1 17 0 16 Bit number


Read confirmation memory (control memory n + 2, n + 3) One bit is assigned to each table. The confirmation bit for control memory (n, n + 1) ON is set (0 1) and the confirmation bit for control memory (n, n + 1) OFF is reset (1 0). n+215 15 14 14 13 13 12 12 11 11 10 10 9 9 8 8 7 7 6 6 5 5 4 4 3 3 2 2 1 1 0 0 Bit number


n+315 31 14 30 13 29 12 28 11 27 10 26 9 25 8 24 7 23 6 22 5 21 4 20 3 19 2 18 1 17 0 16 Bit number


1-9


ON condition of read confirmation memory: The read confirmation memory is set (ON) when data is read from any single memory address set on the temperature control network/PLC2Way table.

In the case of Omrons ID controller V600/620, [Read Cycle] is valid even when [Use Synchronized Reading] is selected. If reading from the table is triggered by command memory ON and is not finished, it is retried until reading is completed (until the confirmation bit is set). If the command memory is reset (OFF) at the execution of retrial, reading is aborted even when reading is not completed.

1-10


High-speed Read Cycle Operation OverviewThe cycle of periodical reading from the memory specified on the temperature control network/PLC2Way table can be set in increments of 100 ms.* This is also valid when [Use Synchronized Reading] is selected on Omrons ID controller V600/620 (P1-10).

Setting Items [Temp. CTRL/PLC2Way Table Setting] Dialog Read Cycle: High Speed Reading [High Speed Reading] checked Unit: 100 msec

[High Speed Reading] unchecked Unit: 1 sec

Invalid when [Use Periodical Reading] is selected

Read Cycle[ High Speed Reading]* Unchecked Checked Read Cycle Setting Range 1 to 3600 1 to 3600 Unit 1s 100 ms

* V-SFT: Available with version 2.1.4.0 and later

1-11

Ethernet Communications

Ethernet CommunicationsTo perform Ethernet communications, IP addresses must be set on MONITOUCH. Depending on the system configuration, the network table setting may be required. Make necessary settings.

Network TableBefore performing Ethernet communications with the V series and PLCs on Ethernet, IP addresses of partners must be set on the network table. However, if MONITOUCH only receives commands from the host computer and does not make any action, Ethernet communications can be performed without network table setting. (See the chart below.)Partner Ethernet unit on the PLC V series Computer With EREAD/EWRITE macro commands Screen data transfer V-Server HKEtn.dll application without SEND macro command HKEtn.dll application with SEND macro command E-mail Web server Network Table Required Required Not required Not required Not required Required Not required Not required

Even when the network table is not required for connection, it is possible set the IP address of the local port using the network table.

Setting [System Setting] [Network Table Setting] [Ethernet] [Edit Network Table] window Register IP addresses of the V series and all the devices that make communications with the V series.For more information on table editing, refer to the V7 Hardware Specifications Manual.

1-12


IP Address SettingThe IP address setting varies depending on either the built-in LAN port of the V7i series is used or the communication interface unit CU-03(-2) is used. Follow the chart below when setting IP addresses.Is the built-in LAN port used? Yes Built-in Yes Refer to Setting (b) P1-15. No CU-03 Is the network table included in screen data? No* Refer to Setting (a) P1-14.

Is [ IP Setting] checked on the [Unit Setting] dialog?

No

Is the network table included in screen data?

No* Refer to Setting (c) P1-16.

Yes

Yes

Refer to Setting (d) P1-17.

Is the network table included in screen data?

No*

Yes

Is the local port set on the network table in screen data? Yes

No*

Refer to Setting (e) P1-18.

Refer to Setting (f) P1-19.

* When the network table is not included in screen data: Macro commands for Ethernet (EREAD/EWRITE/SEND) cannot be used. Ethernet communications with PLCs are not available. For more information, refer to Network Table P1-12.

1-13


Setting (a)Set the IP address on the Main Menu screen.When the network table is not included in screen data: Macro commands for Ethernet (EREAD/EWRITE/SEND) cannot be used. Ethernet communications with PLCs are not available. For more information, refer to Network Table P1-12.

1. Press the [Ethernet] switch on the Main Menu screen to bring up the Ethernet screen.

Ethernet

Return

It is not used when the gate way or the sub-mask is zero.IP Address: Gate Way: Sub-mask: 0 0 0 0 0 0 0 0 0 0 0 0

Port No. : 10000

Connect

Setting Finished

2. Set the IP address and other necessary items. 3. Press the [Setting Finished] switch to move back to the Main Menu screen. The set IP address is displayed.

Main Menu

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Multi-Link2 Multi-Link2 Own Stat. No. 1 Own Stat. No. : :1 Total :: 2 Total Retry :: 10 Baud Rate Baud Rate :: 115200


Baud Rate : 19200 Data Length : 8 Stop Bit : 1 Parity : Odd Send Delay : 20msecSRAM/Clock Extension RGB Adjustment

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Ethernet

Card Menu

I/O Test

1-14


Setting (b)Set the IP address using the rotary switch on the communication interface unit CU-03(-2). 1. Set the network table as screen data (refer to the Hardware Specifications Manual). Register the IP address of the local port on this network table. 2. Transfer screen data. 3. Match the rotary switch setting on CU-03(-2) and the network table number where the IP address of the local port is set.

Be sure to turn MONITOUCH off in this case.

For information on the rotary switch on CU-03(-2), refer to the manual entitled Specifications for Communication Unit Ethernet.

4. The IP address set on the Main Menu screen is displayed.

Main Menu


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Ethernet

Card Menu

I/O Test

1-15


Setting (c)Set the IP address on the Main Menu screen.When the network table is not included in screen data: Macro commands for Ethernet (EREAD/EWRITE/SEND) cannot be used. Ethernet communications with PLCs are not available. For more information, refer to Network Table P1-12.

1. Press the [Ethernet] switch on the Main Menu screen to bring up the Ethernet screen. 2. Select [IP Address Setting] on the screen. 3. Set the IP address and other necessary items.

Ethernet

Return

IP Address Setting


Port No. : 10000

Connect

Setting Finished

4. Press the [Setting Finished] switch to move back to the Main Menu screen. The set IP address is displayed.

Main Menu


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Ethernet

Card Menu

I/O Test

1-16


Setting (d)Set the IP address on the Main Menu screen. 1. Press the [Ethernet] switch on the Main Menu screen to bring up the Ethernet screen. 2. Select [Select IP Address from Network Table] on the screen. 3. Set the IP address by selecting the network table number.

Ethernet

Return

Select IP Address from Network Table.

It is not used when the gate way or the sub-mask is zero.IP Address: Gate Way: Sub-mask: 0 0 0 0 0 0 0 0 0 0 0 0 0

Port No. : 10000 Network Table No. :

Connect

Setting Finished

4. Press the [Setting Finished] switch to move back to the Main Menu screen. The set IP address is displayed.

Main Menu


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Ethernet

Card Menu

I/O Test

1-17


Setting (e)Set the IP addresses as screen data.When the network table is not included in screen data: Macro commands for Ethernet (EREAD/EWRITE/SEND) cannot be used. Ethernet communications with PLCs are not available. For more information, refer to Network Table P1-12.

1. Select [System Setting] [Unit Setting (S)] [IP Address Setting] on the editor. The [IP Address Setting] tab window is displayed. 2. Check [ IP Setting].

3. Make the following settings: IP Address Default Gateway Sub Net Mask Port No. Send Time Out Memory Protect

4. Click [OK] and transfer screen data. The IP address set on the Main Menu screen is displayed.

Main Menu


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Ethernet

Card Menu

I/O Test

1-18


Setting (f)Set the IP addresses as screen data. 1. Select [System Setting] [Unit Setting (S)] [IP Address Setting] on the editor. The [IP Address Setting] tab window is displayed. 2. Check [ Select IP Address from Network Table].

3. Select the network table number where the IP address of MONITOUCH is registered. 4. Click [OK] and transfer screen data. The IP address set on the Main Menu screen is displayed.

Main Menu


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Ethernet

Card Menu

I/O Test

1-19


Using Temporary IP AddressThere may be cases where you have to connect to another network with an IP address that is different from the one currently set when MONITOUCH or screen data is replaced. In such a case like this, the IP address must be changed. However, this IP address is required only temporarily so that it should be set on the Main Menu screen without changing screen data or the network table.The IP address that has been changed on the Main Menu screen is reset to the original one when the power is turned on or when screen data is transferred. To change the IP address permanently, make changes on the network table or IP address setting and transfer screen data. (Refer to IP Address Setting P1-13.)

Changing Procedure1. Press the [Ethernet] switch on the Main Menu screen to bring up the Ethernet screen. 2. Change the IP address using the [//+/] switches.* Depending on the current IP address setting (Refer to IP Address Setting P1-13), the screen display may differ. (See the figures shown below.)

Setting (a)/(b)/(e)/(f)

Ethernet

Return


Port No. : 10000

Use these switches.Setting Finished

Connect

Setting (c)/(d)

Ethernet

Return

Select [IP Address Setting].

IP Address Setting


Port No. : 10000

Use these switches.Setting Finished

Connect

3. Press the [Setting Finished] switch to move back to the Main Menu screen. The set IP address is displayed. 1-20

Backlight

Backlight[Auto 3] is added on the [Backlight] tab window of the [Unit Setting] dialog.

Setting Items [Unit Setting] Dialog [System Setting] [Unit Setting] [Backlight] tab window Action

Action Auto 3Backlight OFF conditions The backlight is shut off when the time specified by [Backlight OFF Time] has elapsed from the instant when all the following conditions are raised. Bit 11 of [Read Area] n + 1 (screen status command) is reset (OFF). All touch switches are turned off. Backlight ON conditions The backlight is turned on when any of the following conditions is raised. Bit 11 of [Read Area] n + 1 (screen status command) is set (ON). Somewhere on the screen is pressed. The screen is changed. An overlap is turned on/off. The multi-overlap is changed. 1-21

Backlight

Auto 2 Backlight OFF conditions The backlight is shut off when the time specified by [Backlight OFF Time] has elapsed from the instant when all the following conditions are raised. Bit 11 of [Read Area] n + 1 (screen status command) is reset (OFF). All touch switches are turned off. Backlight ON conditions The backlight is turned on when any of the following conditions is raised. Bit 11 of [Read Area] n + 1 (screen status command) is set (ON). Somewhere on the screen is pressed.

1-22

Check Screen

Check ScreenIt is possible to select whether or not to show Check on MONITOUCH until the communication screen is displayed when the mode has been changed from STOP to RUN.

Setting ItemsSelect with the following check box.

[Unit Setting] Dialog [System Setting] [Unit Setting] [Environment Setting] [ Not Display [Check] Screen]

1-23

Check Screen

Action UncheckedPress the [SYSTEM] switch and the [F1] switch on the Main Menu screen.

Main Menu


2003-4 -1

07:23:30



S Y S T E M M O D E BR





BR

BR




BR

BR

B A C K L T

B A C K L T

Editor:MJ1


Ethernet

Card Menu

I/O Test

During connection: Check blinks.

Check

RUN

1-24

Check Screen

CheckedPress the [SYSTEM] switch and the [F1] switch on the Main Menu screen.

Main Menu


2003-4 -1

07:23:30








BR

BR




BR

BR

B A C K L T

B A C K L T

Editor:MJ1


Ethernet

Card Menu

I/O Test

During connection: Nothing is displayed.

RUN

1-25

Ladder Transfer Function

Ladder Transfer FunctionThis is the setting required for ladder transfer function at MJ1. It is possible to select whether to select the ladder transfer mode or the editor communication mode when the Main Menu screen is displayed on MONITOUCH.For more information on the ladder transfer function, refer to the V7 Hardware Specifications Manual.

Setting ItemsSelect with the following check box.

Be sure to check this box when V609E is used.

[Unit Setting] Dialog [System Setting] [Unit Setting] [Environment Setting] [ Ladder Communication is not Used in Local Mode]

1-26


Action UncheckedPress the [SYSTEM] switch and the [F1] switch to bring up the Main Menu screen.



Main Menu


2003-4 -1

07:23:30



BR

BR




BR

BR

B A C K L T

B A C K L T

Multi-Link2 Multi-Link2 Own Stat. No. 1 Own Stat. No. : :1 Total : 2 Total: Retry :: 10 Baud Rate Baud Rate :: 115200



Editor : ---

Editor : ---


Ethernet

Card Menu

I/O Test

Editor: ---- (ladder transfer mode) is displayed at the bottom left of the screen. Screen data cannot be transferred in this case. See the chart below.Indication Editor: --Editor: MJ1 Ladder Transfer Enabled Disabled Editor Transfer Disabled Enabled

Editor: ----/Editor: MJ1 can be switched by pressing the function switch. Hold down the [F2] switch for three seconds.

Main Menu


2003-4 -1

07:23:30

Main Menu


2003-4 -1

07:23:30

















Editor : ---


Ethernet

Card Menu

I/O Test

Editor:MJ1


Ethernet

Card Menu

I/O Test

Editor : ---

Editor : MJ1

Hold down for three seconds.

Hold down for three seconds.

Since V609E is not equipped with function switches, Editor: ----/Editor: MJ1 cannot be switched on the Main Menu screen. Be sure to check the box.

1-27


CheckedPress the [SYSTEM] switch and the [F1] switch to bring up the Main Menu screen.



Main Menu


2003-4 -1

07:23:30



BR

BR




BR

BR

B A C K L T

B A C K L T




Editor: MJ1

Editor: MJ1


Ethernet

Card Menu

I/O Test

Editor: MJ1 (Editor transfer mode) is always displayed at the bottom left of the screen. Only screen data transfer can be performed. Editor: ----/Editor: MJ1 cannot be switched by pressing the function switch. It is not possible use the ladder transfer function on the Main Menu screen.

1-28

Chapter 2

Switch Switch and Lamp Graph Display Entry Mode Sampling Macro Animation Pattern Editing & Frame (Animation) Editing Sound Replay Function CF Card Attribute Table Screen Library Print Barcodes Comment Display Windows Fonts Recipe Mode V-SFT Menu Language Properties of Screen Data File Font Setting Transfer Internal Memory Error

Switch

SwitchCF Card Removal FunctionA switch that stops access to the CF card is available. When the CF card is being accessed during sampling, etc., turning on such a switch saves cached data to the CF card and stops sampling. The CF card can then be removed safely. With [ CSV Output] checked in the [Buffering Area Setting] dialog, the use of the switch saves sampling data in CSV file format.

Setting Items [Switch] Dialog [Main] tab window [Function] Normal: [Retrieve CF Card]It is possible to assign this function to a function switch or a local function switch.

Switch ConditionsThe lamp of a switch denotes the following conditions.Lamp OFF Blinking (ON and OFF) ON CF Card Removal Disabled Disabled Enabled Status of Access to the CF Card CF card being accessed normally Data being written to the CF card by activation of the [Retrieve CF Card] switch Access stopped

* To restart access to the CF card, deactivate the [Retrieve CF Card] switch (access is stopped when the switch is activated) by pressing it again. * If the screen is changed while the [Retrieve CF Card] switch is activated, access to the CF card is restarted automatically. * Switch lamp memory is not available for [Retrieve CF Card] switches.

System Memory ($s)The access status is stored in the system memory.$s 500 Contents 0: Accessing to the CF card 1: CF card access stopped (CF card can be removed)

2-1

Switch

Two-point Pressing (For Matrix Type Only)Checking or unchecking the option below determines the action resulting from two-point pressing. Select with the following check box.

Setting Items [System Setting] [Unit Setting] [Environment Setting] [ Special Operation Pressing Two Switches]

2-2

Switch

Action Unchecked 1) Press switch 1 on the screen. A switch activation status is stored in output memory. (lamp ON)

2) Press an area outside the switch on the screen.

Switch 1 output is turned off.

2-3

Switch

Checked 1) Press switch 1 on the screen. A switch activation status is stored in output memory. (lamp ON)

2) Press an area outside the switch on the screen.

Switch 1 output is maintained.

2-4

Switch and Lamp

Switch and Lamp[Transparent] Setting for [Draw Mode: REP]When [REP] is chosen for [Draw Mode] in the [Switch (Lamp)] dialog, the [Transparent] option is enabled. With the option, a switch (lamp) part that is displayed only when it is on and a part consisting of only characters are made available.

Setting Items [Switch (Lamp)] Dialog [Main] tab window [Draw Mode]: REP Transparent

* The [Transparent] setting is not valid for the parts files Std.V7P (Nos. 0001 - 0003) and Parts_j.V7P (Nos. 0000 - 0003). * When [ Transparent] is checked for switches or lamps or when [ With Transparent] (in the [Transparent] dialog) is checked for patterns in the graphic or graphic relay mode, switches/lamps or patterns to be displayed on one screen are limited to 128 pieces or 524,288 dots (H W) in total. For example, when you would like to place as many lamps of H60 W60 (= 3600 dots) with [Transparent] checked on the screen as possible, 145 is calculated based on the dot limitation; however, from the number limitation, it is limited to 128 lamps.

With parts file Std.V7P or Parts_j.V7P: [Modify Part] icon

With parts file 3DStd.V7P or 3Dnow_Px.V7P: [Switch] dialog [Customize] tab windowFor more information on customizing, refer to Appendix 2 in the Reference Manual (Operation).

2-5

Switch and Lamp

ActionWhen a part as the following is placed on the screen:OFF Non-display Part to be displayed only when it is on ON

Only characters to be displayed

OFF

ON

Custom parts (Black: transparent color)

Unchecked Previously displayed parts remain. [OFF] [ON] [OFF]

Checked Previously displayed parts do not remain. Parts can be displayed normally even with a graphic placed on the background. [OFF] [ON] [OFF]

2-6

Switch and Lamp

Characters on Switches and LampsFlush-right and flush-left settings are made available to edit characters on switches or lamps.

Setting Items [Switch (Lamp)] Dialog [Character] tab window [Align Left] [Center] [Align Right]

2-7

Graph Display

Graph DisplayScale Setting Using MemoryGraph scales can be specified at memory addresses.

Graph Parts with Memory Address Setting Bar graph Pie graph Panel meter Closed area graph

Setting ItemsIn each graph part dialog Bar graph, pie graph, and panel meter [Setting] [Scale]

Closed area graph [Main] tab window [Scale]

2-8

Graph Display

Trend GraphWhen [ Use XY Parameter] is checked in the [Trend Graph] dialog, either the number of dots or scales can be chosen to express X-axis data.

Setting Items [Trend Graph] Dialog [Setting 1] tab window [ [ Use XY Parameters] X Scale Setting]

2-9

Graph Display

Action Unchecked Data is expressed in units of dots with respect to the coordinate origin.

Coordinate origin 0

30 dots 60 dots 120 dots 210 dots 300 dots

Checked Data is expressed by specifying scales based on the size of a display area.

Coordinate origin 0

1 2 4 7

Minimum scale 0

Maximum scale 10

2-10

Entry Mode

Entry ModeSwitches for Addition and SubtractionIt is possible to add or subtract the specified value to or from the one in the numerical data display part (function: entry target). Pressing the Write switch writes data into memory.

Setting Items [Switch] Dialog [Main] tab window [Function] Entry: Addition/Subtract

Set the Addition/Subtract switch depending the type of the numerical display part (entry target).Switch Function Addition xx (U) Addition xx (O) Addition xx (H) Subtract xx (U) Subtract xx (O) Subtract xx (H) Entry Target Display Type DEC OCT HEX/BIN Input Type DEC/BCD

Range xx: 0 to 4294967295 DEC (FFFFFFFF HEX) * This function is not available when the input type for the numerical data display part (entry target) is a real number.

2-11

Entry Mode

ExampleDigital switches can be created using this switch function.[Switch] Addition: xx (U)

+1000 +100 +10 +1[Num. Data Display] D100 Entry target

+1000 +100 +10 +1

+1000 +100 +10 +1

2222-1000 -100 -10 -1 Enter

2232-1000 -100 -10 -1 Enter[Switch] Subtract: xx (U)

2232-1000 -100 -10 -1 Enter

D100

2222

D100

2232

When no alarm setting is made for the entry target: When the result of calculation exceeds the data length of the entry target, an error buzzer sounds and the switch becomes invalid. When the alarm setting is made for the entry target: When the result of calculation is greater than the maximum value or smaller than the minimum value, an error buzzer sounds and the switch becomes invalid.

2-12

Entry Mode

Auto Write FunctionWhen the data display part (function: entry target) is moved, the value is written into the entry target memory.

Setting Items [Entry] Dialog Auto Writing by Input Target Selection Switch

* Type: Data Display/Block Available only with Input Item Select: Internal

[Switch] Dialog [Main] tab window [Function] Entry : , , Table Data Display: Move Cursor R/L, Move table +/

ExampleD100 D101 D102

500 1500 2222

997 4 1 0 8 5 2 . 9 6 3 UP DW +-

D100 D101 D102

CLR CR

99 1500 2222

997 4 1 0 8 5 2 . 9 6 3 UP DW +-

CLR CR

D100

500 1500 2222

D100

99 1500 2222

NotesWhen the entry mode is set on an overlap, overlap auto OFF processing is not performed even if the entry target has been moved.

2-13

Entry Mode

Cancel SwitchIt is possible to create a Cancel key that resets the data entered to the original data if it is pressed during data entry.

Setting Items [Switch] Dialog [Main] tab window [Function] Entry: Cancel


500 1500 2222

997 4 1 0 8 5 2 . 9 6 3 UP Cancel DW +-

D100 D101 D102

CLR CR

500 1500 2222

5007 4 1 0 8 5 2 . 9 6 3 UP Cancel DW +-

CLR CR

D100

500 1500 2222

D100

500 1500 2222

2-14

Entry Mode

Max./Min. Entry SwitchIt is possible to create a switch that enters the maximum or minimum value by pressing the Max. or Min. key when the alarm setting is made for the entry target. Pressing the Write switch writes data into memory.

Setting Items [Switch] Dialog [Main] tab window [Function] Entry: Max. Entry/Min. Entry


500 1500 2222

Alarm Max. 9999 Min. 0000

99997 4 1 0 8 5 2 . 9 6 3 UP DW +Max. Min. Cancel


CLR CR

CLR CR

D100

500 1500 2222

D100 D101 D102

9999 1500 2222


D100

CLR CR

9999 1500 2222

2-15

Sampling

SamplingBuffering Area SettingThe following two options are added to the [Buffering Area Setting] dialog. [CSV Output] [Create Backup]The above setting is valid only when the storage target of sampling data is the SRAM/CF card.

Setting Items (in the [Buffering Area Setting] dialog)

[

CSV Output] Buffering area data is saved in CSV files. When to Save: When the status of the MONITOUCH is changed from RUN to STOP When a [Retrieve CF Card] switch is pressed (refer to CF Card Removal Function P2-1) Storage Target: \(access folder)\SAMPLE* If the same file already exists, it is over written.

2-16

Sampling

File Name:

SMPxxxx.csv0000 - 0011: Buffering area number

[

Create Backup] Buffering area data is saved in a BIN file within a backup folder. This operation is the same as that executed by macro command SMPL_BAK. When to Save: When the date is changed (24:00) When the power is turned on Storage Target: \(access folder)\SAMPLE\(date folder)* When the macro command is executed on March 1, 2003 (2003/3/1), data is saved in the \SAMPLE\030301 folder. If the \SAMPLE\030301 folder already exists, it is saved in the \SAMPLE\030301~n (n = 1 - 9) folder.

File Name:

SMPxxxx.bin0000 - 0011: Buffering area number

When [

CSV Output] is also checked, saving in a CSV file is performed as well in a backup folder.

2-17

Sampling

Relay Sampling Acknowledge FunctionWith an acknowledge bit in relay sampling, whether or not an error message is acknowledged can be displayed in distinctive colors in the event of an error occurrence. If an error occurs while there is no operator attending, the error may be reset automatically before an operator acknowledges it.

Error monitorConveyor error

SYSTEM F1

Error monitor

SYSTEM F1

Error monitor

No error!SYSTEM F1 F2 F3

F2

F2

F3

F3

F4

F4

F4

F5

F5

F5

F6

F6

F6

F7

F7

F7

POWER

POWER

POWER

An error occurs without operators in attendance.

The error is reset before it is known to operators.

No one knows that an error occurred.

Using the acknowledge function, you can be informed whether any errors occurred and also whether they are reset now.


SYSTEM F1


SYSTEM F1

Error monitor

SYSTEM F1

There was an error, but is now reset.

F2

F2

F2

F3

F3

F3

F4

F4

F4

F5

F5

F5

F6

F6

F6

F7

F7

F7

POWER

POWER

POWER

An error occurred without operators in attendance and was reset automatically. (The display of the error message remains.)

Afterward an operator checks the error information using the acknowledge bit. The message of an error already reset is displayed in a different color. The message disappears after a predetermined time elapses.

The acknowledge function provides information on error occurrence as well as on error resetting.

What is relay sampling? When registered error messages are assigned with consecutive memory bits, the activation of a bit brings up the corresponding error message. The message disappears when the bit is reset (OFF). If multiple bits are set (ON), corresponding error messages may be displayed in order from older or newer errors. Scroll switches are available to scroll these displayed error messages. (For more information, see Chapter 10 Sampling in the Reference Manual (Function).)

2-18

Sampling

Operation OverviewWhen the acknowledge function is used, switches or lamps are used as message areas. One switch or lamp shows one line of message. Message display is available in the following four conditions: A: No error B: Error occurrence C: Error occurring when the acknowledge bit is set (ON) D: Error reset when the acknowledge bit is set (ON) Four-notch switches for message display or different lamp colors (OFF, ON, P3, and P4 colors) are used to denote these conditions. In the example below, lamps provided with four colors each are placed on an acknowledge screen. OFF color ON color P3 color P4 color (no error): (error occurrence): (error reset when the acknowledge bit is set (ON)): white red blue

(error occurring when the acknowledge bit is set (ON)): yellow

If errors occur, their messages are displayed in red. If any of them is reset, it remains red.ACK Power supply error A-line communication error B-line communication error Reset Occurring Occurring1 0 1 0 1 0 1 0

Acknowledge bit (red)

(red)

(red)

When the acknowledge bit is set (OFF ON), the messages of the errors still occurring turn yellow. The message of the reset error turns blue.ACK Power supply error A-line communication error B-line communication error Reset Occurring Occurring1 0 1 0 1 0

Acknowledge bit

1 0

(blue) (yellow)

(yellow)

2-19

Sampling

After a predetermined time has elapsed, the blue error message disappears and only the messages of the errors still occurring remain yellow.ACK A-line communication error B-line communication error Acknowledge bit1 0 1 0 1 0 1 0

Occurring Occurring

(yellow)

(yellow)

Setting Items (in the [Relay Sampling] dialog) [Main] Tab Window [Action Area]: [Sub-Action]: [Detail] Tab Window [Acknowledgement Display Bit]: (desired address) Setting this bit (ON) when errors have occurred brings up their messages in colors showing their respective conditions.* Activation of the acknowledge bit is recognized at the edge of OFF to ON. Reset the bit (OFF) when acknowledge operation is complete.

[Switch] or [Lamp] [Acknowledge Display]

* Choosing [Area] is not valid.

[Time to Retrieve] (sec):

(desired seconds)

When the acknowledge bit is set (ON), the message of an error already reset is displayed in the color for reset until the time for [Time to Retrieve] elapses. Then the message disappears.

Setting Items (Switch or lamp for relay sampling)Switches or lamps are used as message display areas. One switch or lamp shows one line of message.* Be sure to select 4-notch switches or lamps.

Switch or lamp colors OFF color: ON color: P3 color: P4 color: no error error occurrence error occurring when the acknowledge bit is set (ON) error reset when the acknowledge bit is set (ON)

* Blinking is made available for switches or lamps when basic 16-color is selected.

2-20

Sampling

About [Time to Retrieve]When there is an error reset before or after the acknowledge bit is set (ON), the display of the message remains until the time specified for [Time to Retrieve] elapses. After the acknowledge bit is set (ON), the first error is reset (1) and counting the time for [Time to Retrieve] starts. Before the time for [Time to Retrieve] is counted to the end, the second error is reset (2). Then time count is reset and restarts from the second error resetting. As a result, the first and second errors are reset at different times; however, their messages disappear at the same time (3). (1)Error 0 ON ACK Error 0 Error 1 Error 2 [Time to Retrieve] Time-out

(2)Error 1 ON ACK Error 0 Error 1 Error 2 Reset Time-out

[Time to Retrieve]

(3)ACK Error 2

[Time to Retrieve] count finishes for both errors 0 and 1.

2-21

Sampling

Display on Acknowledge Screen after Screen ChangeIf you change the currently displayed acknowledge screen in relay sampling to a different screen and then go back to the previous screen, the error information on the acknowledge screen remains the same as that before screen change. If any errors are reset after screen change, therefore, they will be displayed again at the time of return to the acknowledge screen.ACKError 0 Error 1 Error 2 MENU

ACKError 0 Error 1 Error 2

MENU

Even if errors 0 to 2 are reset afterwards:

MENUMonitor Setting Line A Change Backup Line BThe messages of the errors remain when the acknowledge screen is displayed again after change to a different screen.

2-22

Macro

MacroList of Additional Macro CommandsClassification CF card (recipe) Command Name LD_RECIPE2*2 LD_RECIPESEL2*2 RD_RECIPE_COLUMN RD_RECIPE_FILE RD_RECIPE_LINE SET_RECIPEFOLDER SV_RECIPE2 SV_RECIPESEL SV_RECIPESEL2 WR_RECIPE_COLUMN WR_RECIPE_FILE WR_RECIPE_LINE CF card (sample) SMPL_CSV SMPLCSV_BAK CF card (others) HDCOPY HDCOPY2 Save sampling data in a CSV file. Create a backup file of the CSV file. Save the JPEG file. Screen hard copy The backup file number can be specified. Save the JPEG file. Others RECONNECT ADJ_ANGLE SAVE_ANGLE For multi-drop connection For V710C view angle adjustment P2-34 P2-35 P2-36 P2-37 Write into a CSV file. Specify lines and columns to be written into a CSV file. Specify lines and columns to be written into a CSV file. For recipe mode Yes None Yes P2-28 P2-30 P2-32 P2-116 Contents Read the CSV file. Specify lines and columns in the CSV file to be read. For recipe mode Attribute Designation*1 Yes Yes Ref. P2-24 P2-26 P2-116

P2-38 P1-4

*1 Attribute designation: No The attribute number cannot be specified at the execution of the macro command. Consequently, the attribute setting is required for each CSV file even if the format is the same. Attribute designation: Yes The attribute number not be specified at the execution of the macro command. Consequently, the attribute setting is required only once for CSV files in the same format. *2 If characters are included in the CSV file, refer to Notes on LD_RECIPE(2)/LD_RECIPESEL(2) P2-39.

2-23

Macro

LD_RECIPE2Data in the CSV file is read in the format specified by the attribute number.

Preparation of CSV FilePrepare the CSV file to be imported into the V7 series on your personal computer and save it on a CF card. Storage Target: \(access folder)\Recipe File Name: RECxxxx.csv0000 - 9999: File number

Setting Items Macro command [LD_RECIPE2] [System Setting] [Attribute Table] (automatically generated)

Macro Command[LD_RECIPE2] Data of the CSV file (REC[F1].csv) set for F1 is written into the F0 memory and later in the format set by attribute No. F2. Available DevicesPLC Memory F0 F1 F2 Internal Memory Constant Indirect Designation

LD_RECIPE2 F0 F1 F2F0 F1 F2 Target memory address CSV file number (0 - 9999) Attribute number (0 - 255)

2-24

Macro

ExampleTo read data in the REC0002.csv file into $u100 and later using attribute No. 3: Execute macro command [LD_RECIPE2 $u100 2 3].

Data

SYSTEM F1

F2

F3

F4

F5

F6

F7

POWER

CF card

Dat0000 (Access folder) Bitmap Card Dsp Font Hdcopy Jpeg Memo RecipeRec0000.csv Rec0001.csv Rec0002.csv

Write data from the CF card.

$u100 $u101 $u102 $u103 $u104 $u105 $u106 $u107 $u108 $u109 $u110 $u111 $u112 $u113 $u114 $u115 $u116 $u117 $u118 $u119 $u120 $u121 $u122 $u123 $u124

1 10 100 1000 -1 2 20 200 2000 -2 3 30 300 3000 -3 4 40 400 4000 -4 5 50 500 5000 -5

CompactFlash Card

96MB

Sample

CF Attribute

Select the attribute number in the same format as the created CSV file.

2-25

Macro

LD_RECIPESEL2A part (lines/columns) of data in the CSV file is read in the format specified by the attribute number.

Preparation of CSV FilePrepare the CSV file to be imported into the V7 series on your personal computer and save it on a CF card. Storage Target: \(access folder)\Recipe File Name: RECxxxx.csv0000 - 9999: File number

Setting Items Macro command [LD_RECIPESEL2] [System Setting] [Attribute Table] (automatically generated)

Macro Command[LD_RECIPESEL2] A part of data of the CSV file set for F1 is written into the F0 memory and later in the format set by attribute No. F2. Available DevicesPLC Memory F0 F1 F2 Internal Memory Constant Indirect Designation

LD_RECIPESEL2 F0 F1 F2F0 F1 F2 Target memory address Memory for specifying the source CSV file (Refer to the chart below.) Attribute number (0 - 255)

F1 Memory (n)n n+1 n+2 n+3 n+4 CSV file number Start line number (1 -) Start column number (1 -) Number of lines Number of columns

2-26

Macro

ExampleTo read data of the first line in the REC0002.csv file into $u500 and later using attribute No. 3:(File No. 2) $u100=2 (Start line No. 1) $u101=1 (Start column No. 1) $u102=1 (1 line) $u103=1 (5 columns) $u104=5 LD_RECIPESEL2 $u500 $u100 3

Data

SYSTEM F1

F2

F3

F4

Execute the above macro command.

F5

F6

F7

$u500 $u501 $u502 $u503 $u504

1 10 100 1000 -1

POWER

CompactFlash Card

CF card

96MB

Dat0000 (Access folder) Bitmap Card Dsp Font Hdcopy Jpeg Memo RecipeRec0000.csv Rec0001.csv Rec0002.csv

Write a part of data from the CF card.

SampleColumn number (1 -)

Line number (1 -)

CF Attribute

Select the attribute number in the same format as the created CSV file.

2-27

Macro

SV_RECIPE2Data in the specified memory address is written into a CSV file in the format specified by the attribute number.

Setting Items Macro command [SV_RECIPE2] [System Setting] [Attribute Table] (automatically generated)

Macro Command[SV_RECIPE2] Data of F1 words starting from top memory address F0 is saved in the CSV file (REC[F2].csv) in the format specified by attribute No. F3. Available DevicesPLC Memory F0 F1 F2 F3 Internal Memory Constant Indirect Designation

SV_RECIPE2 F0 F1 F2 F3F0 F1 F2 F3 Source memory address Number of words CSV file number to be saved (0 - 9999) Attribute number (0 - 255)

Storage Target of CSV FileWhen the above macro command is executed, a CSV file is saved on the CF card. Storage Target: \(access folder)\Recipe File Name: \RECxxxx.csv0000 - 9999: File number

2-28

Macro

ExampleWhen saving 10 words of data from internal memory $u400 into the REC9999.csv file in the format specified by attribute No. 3: Execute macro command [SV_RECIPE2 $u400 10 9999 3].

Data

SYSTEM F1

F2

F3

F4

F5

F6

F7

POWER

CF card

Dat0000 (Access folder) Bitmap Card Dsp Font Hdcopy Jpeg Memo RecipeRec0000.csv

D400 D401 D402 D403 D404 D405 D406 D407 D408 D409

55 66 77 88 99 1111 2222 3333 4444 5555

CompactFlash Card

96MB

Write data in the specified memory address into the CSV file.

Rec9999.csv

Sample

A CSV file is created in the same format as the selected attribute number.

CF Attribute

2-29

Macro

SV_RECIPESELData in the specified memory address is written into a part (lines or columns) of data in the CSV file.

Setting Items Macro command [SV_RECIPESEL] [System Setting] [Attribute Table] (automatically generated)

Macro Command[SV_RECIPESEL] Data from top memory address F0 and later is saved into the specified lines or columns in the CSV file. Available DevicesPLC Memory F0 F1 Internal Memory Constant Indirect Designation

SV_RECIPESEL2 F0 F1F0 F1 Source memory address Memory for specifying the target CSV file (Refer to the chart below.)


Storage Target of CSV FileWhen the above macro command is executed, data is saved in the specified CSV file. Storage Target: \(access folder)\Recipe File Name: \RECxxxx.csv0000 - 9999: File number

2-30

Macro

ExampleWhen saving 8 words of data from internal memory $u300 into the third line of the REC0000.csv file:$u100=0 (File No.: REC0000.csv) $u101=3 (Start line No. 3) $u102=1 (Start column No. 1) $u103=1 (1 line) $u104=2 (2 columns) SV_RECIPESEL $u300 $u100

Data

SYSTEM F1

F2

F3

F4

F5

F6

F7

POWER

$u300 $u301 $u302 $u303 $u304 $u305 $u306 $u307

ab cd ef gh

AB CD EF GH

CompactFlash Card

CF card

Data is saved in the specified lines/columns.

96MB


Write data in the specified memory address into the CSV file.

Sample

CF Attribute

File where data is saved

2-31

Macro

SV_RECIPESEL2Data in the specified memory address is written into a part (lines/columns) of data in the CSV file in the format specified by the attribute number.

Setting Items Macro command [SV_RECIPESEL2] [System Setting] [Attribute Table] (automatically generated)

Macro Command[SV_RECIPESEL2] Data from top memory address F0 and later is saved into the specified CSV file in the format specified by attribute No. F2. Available DevicesPLC Memory F0 F1 F2 Internal Memory Constant Indirect Designation

SV_RECIPESEL2 F0 F1 F2F0 F1 F2 Source memory address Memory for specifying the target CSV file (Refer to the chart below.) Attribute number (0 - 255)


Storage Target of CSV FileWhen the above macro command is executed, data is saved in the specified CSV file. Storage Target: \(access folder)\Recipe File Name: \RECxxxx.csv0000 - 9999: File number

2-32

Macro

ExampleWhen saving 5 words of data from internal memory $u300 into the second line of the REC9000.csv file in the format specified by attribute No. 3:$u100=9000 (File No. 9000) (Start line No. 2) $u101=2 (Start column No. 1) $u102=1 (1 line) $u103=1 (5 columns) $u104=5 SV_RECIPESEL2 $u300 $u100 3

Data

SYSTEM F1

F2

F3

F4

F5

F6

F7

$u300 $u301 $u302 $u303 $u304

444 444 444 444 444

POWER

CompactFlash Card

CF card

The CSV file is saved in the same format as the selected attribute number.

96MB


Write data in the specified memory address into the specified position in the CSV file.

Rec9999.csv

Sample

CF Attribute

2-33

Macro

SMPL_CSVSampling data on the SRAM or CF card is saved as a CSV file in the SAMPLE folder.

Setting ItemsMacro command SMPL_CSV

Macro Command[SMPL_CSV] Sampling data in the buffering area number specified for F0 is saved as a CSV file in the SAMPLE folder. Available DevicesPLC Memory F0 Internal Memory Constant Indirect Designation

SMPL_CSV F0F0 Buffering area number (0 -11)

Storage Target: File Name:

\(access folder)\SAMPLE \SMPxxxx.csv0000-0011: Buffering area number

2-34

Macro

SMPLCSV_BAKSampling data on the SRAM or CF card is saved as a CSV file in the backup folder.

Setting ItemsMacro command SMPLCSV_BAK

Macro Command[SMPLCSV_BAK] Sampling data in the buffering area number specified for F0 is saved as a CSV file in the backup folder. Available DevicesPLC Memory F0 Internal Memory Constant Indirect Designation

SMPLCSV_BAK F0F0 Buffering area No. (0 - 11)

Storage Target: \(access folder)\SAMPLE\(date folder)* When the macro command is executed on March 1, 2003 (2003/3/1), data is saved in the \SAMPLE\030301 folder. If the \SAMPLE\030301 folder already exists, it is saved in the \SAMPLE\030301~n (n = 1 - 9) folder.

File Name:

\SMPxxxx.csv0000 - 0011: Buffering area number

2-35

Macro

HDCOPYThe hard copy image of the screen can be saved. Only one file can be saved per screen.

Setting ItemsMacro command HDCOPY

Macro Command[HDCOPY] This command saves the screen image that is displayed when it is executed. Storage Target: File Name: \(access folder)\Hdcopy \Hdxxxx.JPG (for 32k-/128-color display) \Hdxxxx.BIN (for 128-color display)0000-1023: Screen number

In the case of the 128-color display, the file format can be selected. Select the file format on the [CF Card] dialog. [System Setting] [CF Card] [ HDCOPY Macro Store in JPEG Format].

Unchecked The image is saved as a BIN file. It is necessary to convert it to a bitmap file with the CF card manager to use it as image data. For more information, refer to page 23-50 in the Reference Manual (Function). Checked The image is saved as a JPEG file.

2-36

Macro

HDCOPY2Hard copy images can be saved by specifying the backup number. It is possible to save image changes with the passage of time.The HDCOPY macro command saves one screen in one file; consequently, when the file already exists, it is overwritten.

Setting Items Macro command [HDCOPY2]

Macro Command[HDCOPY2] The screen image that is displayed at the time of macro execution is saved with the backup number specified by F0. Available DevicesPLC Memory F0 Internal Memory Constant Indirect Designation

HDCOPY2 F0F0 Backup number (0 - 99)

Storage Target: \(access folder)\Hdcopy File Name: \Hdxxx~yy.JPG (for 32k-/128-color display) \Hdxxx~yy.BIN (for 128-color display)

00 - 99: Backup number 000 - 999: Screen number (Not available with screen No. 1000 - 1023)

In the case of the 128-color display, the file format can be selected. Select the file format on the [CF Card] dialog. Refer to P2-36.

2-37

Macro

RECONNECTReconnection is attempted for the station number where communication is interrupted in multi-drop conection.

Setting ItemsMacro command RECONNECT

Macro Command[RECONNECT] Reconnection is attempted only once for the station number specified for F0. Available DevicesPLC Memory F0 Internal Memory Constant Indirect Designation

RECONNECT F0F0 0 to 255 1 Reconnect the specified station number. Reconnect all the station numbers.

When reconnection is successful, the interrupted information in system memory $s114 to 129 is cleared.

2-38

Macro

Notes on LD_RECIPE(2)/LD_RECIPESEL(2)It is necessary to select whether nulls are converted into 20H (space) or read as they are (00) when reading a CSV file including characters using the LD_RECIPE(2)/LD_RECIPESEL(2) macro command.For information on the LD_RECIPE/LD_RECIPESEL macro command setting, refer to Chapter 23 in the Reference Manual (Function). LD_RECIPE2: Refer to LD_RECIPE2 P2-24. LD_RECIPESEL2: Refer to LD_RECIPESEL2 P2-26.

Setting Items [Unit Setting] Dialog [System Setting] [Unit Setting] [Environment Setting] [ Not Convert NULL to Space by LD_RECIPE Macro]

2-39

Macro

ActionWhen a CSV file of the following characters is read using the attribute table setting as shown below: CSV File REC0000.CSVA,B, a, ,

Attribute Table

Unchecked Nulls are converted into spaces (20H) and read.n n+1 n+2 n+3 20 41H 20 42H 20 61H 20 20H

Checked Nulls are read as they are (00H).n n+1 n+2 n+3 00 41H 00 42H 00 61H 00 00H

2-40

Macro

Indirect Memory Designation Designating the Indirect Memory Internal Memory PLC memory (0 - 65535) Temperature control/PLC2Way memory (0 - 65535)n+0 n+1 n+2 n+3 15 MSB Model Extension code 00 8 7 LSB Memory type Bit designation Port number 0

Memory number (address)

Internal Memory ($L/$LD 65536 -) PLC memory (65536 -) Temperature control/PLC2Way memory (65536 -)

15 n+0 n+1 n+2 n+3 n+4

MSB Model

8 7

LSB Memory type

0

Memory number (address), lower Memory number (address), higher Extension code 00 Bit designation Port number

- Model, memory type (HEX)Model Internal Memory $u $s $L $LD $T PLC memory 0 - 65535 65536 0 - 65535 65536 0 - 1023 0 - 65535 65536 00 80 00 80 00 01 81 04 The memory type depends on the memory used. Refer to the Hardware Specifications Manual and set the type number of the memory. The memory type depends on the memory used. Refer to the Temperature Control Network Manual and set the type number of the memory. 03 00 Memory Type 00 01 02

Temperature control/PLC2 memory

0 - 65535 65536 -

03 83

- Extension code Set when the SPU memory slot number of a Mitsubishi PLC and a Yokogawa PLC CPU number are specified. Example: Mitsubishi Mitsubishi Yokogawa Yokogawa Slot No. 0: Slot No. 1: CPU No. 1: CPU No. 2: 00 01 00 01

2-41

Macro

- Port number 1 : 1, Multi-link: Multi-drop: Temperature controller: Memory card15 n+0 n+1 n+2 MSB 02H 8 7 LSB File number 0

Not used Set the PLC port number. Set the temperature controller port number.

Word address in the record Record number

- File nu

add_spece - v-sft

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