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Hakko Electronics Monitouch V Series Reference Manual

Hakko Electronics Monitouch V Series Reference Manual

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Page 1 Function Hakko Electronics Co., Ltd.
Page 2 Record of Revisions Reference numbers are shown at the bottom left corner on the back cover of each manual. Printing Date Reference No. Revised Contents September, 2002 1044NE0 First edition...
Page 4 Congratulations on purchasing the drawing/editing software (V-SFT) for the MONITOUCH V series. For a clearer understanding, the MONITOUCH V series Reference Manual focuses on the outline of each function and the way of using the drawing/editing software (V-SFT) according to the operating procedures.
Page 5 ♦ About Manuals This manual describes functions and capabilities of drawing software “V-SFT” for the MONITOUCH V series. Following manuals are available for the MONTOUCH V series. Manual Name Reference No. Contents Reference Manual The V-SFT structure, operations, editing procedure, etc.
Page 6 ♦ V Series Models The following V series models are available: Generic Name Series Model V7 Classification V712iS V7i or V7i series V712S V710iS V7i or V7i series V710S V7 series V710iT V7i or V7i series V710T V708iS V7i or V7i series V708S V708C V612T...
Page 7 ♦ V Series Functions The V series is equipped with the following functions. Depending on the V series model, some functions may not be available. Please check the V series model you are using. For more information, refer to the related chapter. V7 Series V6 Series Function...
Page 8 Notes on Safe Use of MONITOUCH In this manual, you will find various notes categorized under the following levels with the signal words “DANGER,” and “CAUTION.” Indicates an imminently hazardous situation which, if not avoided, will result in DANGER death or serious injury. Indicates a potentially hazardous situation which, if not avoided, may result in CAUTION minor or moderate injury and could cause property damage.
Page 9 CAUTION [Notes on System Design] • Never bundle control cables and input/output cables with high-voltage and large-current carrying cables such as power supply cables. Keep these cables at least 200 mm away from the power supply or high-voltage cables. Otherwise, malfunction may occur due to noise. •...
Page 10 CAUTION [Notes on Maintenance and Operation] • Hakko Electronics Co., Ltd. is not responsible for any damages resulting from repair, overhaul or modification of MONITOUCH that was performed by an unauthorized person. • Do not use thinners for cleaning because they may discolor the MONITOUCH surface. Use alcohol or benzine commercially available.
Page 12 Contents Contents Chapter 1 System Setting System Setting Items ......................1-1 Starting the System Setting ....................1-2 Initial Setting Items....................... 1-2 PLC Type ........................1-3 Communication Parameter ..................1-3 ♦ [Read Area] ([Main 1] tab window) ..............1-4 ♦ [Write Area] ([Main 1] tab window) ..............1-10 ♦...
Page 13: Table Of Contents
Contents Chapter 2 Overlap Outline of Overlap ........................2-1 Overlap Is: ........................2-1 Overlap and Screen......................2-2 Video Input (V6/For Channel Selection) ...............2-3 Overlap Display Formats ......................2-4 Normal Overlap ......................2-4 Multi-overlap .........................2-4 Call-overlap ........................2-5 Video Input (V6/For Channel Selection) ...............2-5 Normal Overlap ........................2-6 Setting Procedure......................2-6 Setting Items for Normal Overlap .................2-6 Displaying and Erasing Normal Overlap...............2-8...
Page 14 Contents Video Input (V6 with Video Input Device/For Channel Selection)........2-22 Setting Procedure ...................... 2-22 Video Setting......................2-22 ♦ With the V6 series: ..................2-22 ♦ With the V7 series: ..................2-23 [Overlap (Video)] Dialog..................... 2-24 ♦ With the V6 series: ..................2-24 ♦...
Page 15 Contents Chapter 4 Lamp Outline ..........................4-1 [Lamp] Dialog ........................4-2 [Lamp] Dialog .......................4-2 ♦ [Main] Tab Window ...................4-2 ♦ [Character] Tab Window ...................4-5 ♦ [Color] Tab Window...................4-7 Draw Mode: XOR .........................4-8 Part file: Std.V7P / Std.V6P (No. 0001 to 0003) Parts_j.V7P / Parts_j.V6P (No. 0000 to 0003)..............4-8 ♦...
Page 16 Contents Table Data Display......................5-18 Table Data Display Area .................... 5-18 ♦ [Table Data Display] Dialog ................5-18 [Table Data Display] (Num. Display) Dialog............... 5-19 ♦ [Type 2] Tab Window..................5-19 [Table Data Display] (Char. Display) Dialog .............. 5-20 ♦ [Type 2] Tab Window..................5-20 [Table Data Display] (Message Display) Dialog............
Page 17 Contents Message Mode........................6-20 Outline ........................6-20 ♦ How to Specify the Message Number.............6-20 ♦ How to Specify the Block Number..............6-21 Message Mode Setting Procedure ................6-22 Registering Messages ....................6-23 [Message] Dialog......................6-23 ♦ [Main] Tab Window ..................6-24 ♦ [Char. Prop.] Tab Window................6-26 Display Area Parts......................6-26 To Display Messages on Switches (or Lamps) ............6-27 Other Switches that can be Used in Message Mode..........6-27 ♦...
Page 18 Contents In the case of Table Display Part ................7-27 ♦ [Table Data Display] Dialog ................7-27 ♦ Placement....................... 7-27 ♦ [Type 1] Tab Window..................7-28 ♦ [Type 2] Tab Window..................7-28 Entry Display........................7-29 ♦ [Main] Tab Window ..................7-29 ♦...
Page 19 Contents Bar Graph..........................8-5 [Bar Graph] Dialog......................8-5 ♦ [Main] Tab Window ...................8-5 ♦ [Setting] Tab Window ..................8-6 ♦ [Disp. Prop.] Tab Window .................8-7 ♦ [Alarm Setting] Tab Window................8-8 ♦ [Alarm Color] Tab Window ................8-9 ♦ [Alarm Setting 2] Tab Window.................8-10 Examples with Alarm Setting..................8-10 Pie Graph ...........................8-11 [Pie Graph] Dialog ......................8-11 ♦...
Page 20 Contents Closed Area Graph ......................8-36 [Closed Area Graph] Dialog ..................8-36 ♦ [Main] Tab Window ..................8-36 ♦ [Display Property] Tab Window ..............8-37 ♦ [Alarm Setting] Tab Window ................8-38 ♦ [Alarm Color] Tab Window................8-39 Notes.......................... 8-40 Chapter 9 Graphic Display Displaying Graphics ......................
Page 21 Contents Buffering Area ........................10-9 [Buffering Area Setting] Dialog .................10-10 ♦ Info. Output Memory ..................10-10 ♦ [0] to [11] Tab Window ..................10-11 Buffering Area Capacity....................10-17 Buffering Area Setting Example ................10-18 Trend Sampling ........................10-19 Setting Items......................10-19 Trend Sampling ......................10-19 ♦ [Main] Tab Window ..................10-19 ♦...
Page 22 Contents Switches for Bit Sampling ..................10-52 ♦ Notes on Setting ................... 10-52 ♦ Sampled Data Display By Switches ............. 10-53 Print.......................... 10-54 ♦ Sample Print ....................10-54 ♦ Real Time Print ..................... 10-55 Relay Sampling........................ 10-56 Setting Items ......................10-56 [Relay Sampling] Dialog ..................
Page 23 Contents [Time Display Format] Dialog ..................11-8 ♦ Example of Time Display Item ................11-9 Correcting Calendar Data....................11-10 Correcting Calendar Data with Bits in the Read Area ..........11-10 Correcting with Macro Command ................11-11 Correcting on the Main Menu Screen...............11-12 Chapter 12 Memo Pad Outline ..........................12-1 Setting Items ........................12-2 [Memo Pad] Dialog......................12-2...
Page 24 Contents Initial Macro........................13-32 Setting Items ......................13-32 Macro Setting......................13-32 ♦ [General] Tab Window .................. 13-32 Global Macro........................13-33 Setting Items ......................13-33 Macro Setting......................13-33 ♦ [General] Tab Window .................. 13-33 Macro Execution ...................... 13-33 Event Timer Macro......................13-34 Setting Items ......................
Page 25 Contents MR400 Format Table (Call Setting)................15-11 ♦ Setting Example 1 ..................15-12 ♦ Setting Example 2 ..................15-12 Macro........................15-14 ♦ [MR_REG].....................15-14 ♦ [MR_OUT] .....................15-15 ♦ Barcode Type “CODE 39” ................15-15 Chapter 16 Barcode Outline ..........................16-1 Barcode Setting........................16-2 [Barcode Setting] Dialog.....................16-2 ♦ I/F Memory ......................16-4 Barcode Setting Example....................16-5 Connecting MONITOUCH and Barcode Reader ..............16-6 Chapter 17 Animation (V7 Only)
Page 26 Contents [Video] Dialog........................18-6 [Main] Tab Window ....................18-6 [Display] Tab Window ....................18-6 [Movement] Tab Window ................... 18-8 [Snap] Tab Window....................18-11 Display Area........................18-13 Notes When Placing ....................18-13 Switches........................... 18-13 Macro ..........................18-14 Contents of the Default for the Video Screen ............18-14 Macro Setting......................
Page 27 Contents Displaying Video Image......................19-9 JPEG file Available to Display ..................19-9 [JPEG Display] Dialog ....................19-9 Display Area .......................19-9 Switches ........................19-10 Chapter 20 Sound Replay Function Outline ..........................20-1 WAV File ..........................20-2 WAV File Format ......................20-2 WAV File Name ......................20-2 WAV Folder ........................20-2 Sound Item .........................20-3 Setting Items.......................20-3 [Sound] Dialog ......................20-3...
Page 28 Contents CF Card and SRAM Area ....................22-5 CF Card ........................22-5 ♦ Memory Capacity.................... 22-5 ♦ Lifetime ......................22-5 SRAM or SRAM Cassette..................22-5 ♦ Memory Capacity.................... 22-5 ♦ Lifetime ......................22-6 SRAM Memory Card....................22-6 ♦ Memory Capacity.................... 22-6 ♦...
Page 29 Contents Saving Multiple Screen Data ....................23-11 Writing from a PC to a CF Card................23-11 Reading from a CF Card to a PC ................23-13 Auto Uploading of Screen Data..................23-14 Writing from a PC to a CF Card................23-14 ♦ Storage Target on a CF Card................23-14 Operation on the V7 Series ..................23-15 ♦...
Page 30 Contents Backing up Memo Pad Data .................... 23-34 Operation on the V7 Series..................23-34 ♦ When to Save: ..................... 23-34 Storage Target on a CF Card .................. 23-34 Multi-Language Display Selection..................23-35 Screen Data File Setting ..................23-35 ♦ Setting Items....................23-35 ♦...
Page 31 Contents SRAM Memory Capacity ....................24-3 Contents in the SRAM Area ..................24-3 ♦ The Maximum Available Size by Function ............24-3 ♦ Calculation of Size ..................24-4 Lifetime ........................24-5 Formatting SRAM (Initialization)..................24-5 Settings for Each Function ....................24-6 [SRAM/Clock Setting] Dialog..................24-6 Memory Card Emulation Area ..................24-7 ♦...
Page 32 Contents Memory Card Mode ......................25-16 [Memory Card] Dialog ....................25-16 ♦ [Main] Tab Window ..................25-16 ♦ [Char. Prop.] Tab Window ................25-17 Display Area Parts ....................25-18 ♦ Notes on Setting ................... 25-18 ♦ Display Area Function .................. 25-18 Data Display for Memory Manager Function ............
Page 33 Contents Table Data Display Monitor ....................28-6 Creating SHT Files .....................28-6 ♦ Procedure......................28-6 Saving on a CF Card ....................28-8 ♦ When Using CF Card Manager: ..............28-8 ♦ When Using Explorer: ..................28-9 Accessing with a Web Browser ................28-10 Memory Access........................28-11 Memory Access Flowchart ..................28-11 CGI Function (MemAcs.cgi) ..................28-11 Memory Access Parameter List................28-12 Memory Access Example ..................28-13...
Page 34 Contents CF Card Manager ....................29-15 ♦ How to Store on a CF Card ................29-15 ♦ Structure in the CF Card................29-17 English/Western Europe HK Gothic and English/Western Europe HK Times ..29-18 ♦ Manual Font Setting ..................29-18 ♦...
Page 36 System Setting...
Page 38: System Setting Items
Chapter 1 System Setting SYSTEM System Setting POWER The “system setting” includes the settings that are required for MONITOUCH to communicate with the PLC, screen data settings and other settings as well as those for the MONITOUCH system. Before transferring screen data to MONITOUCH, be sure to check the system setting.
Page 39: Starting The System Setting
Chapter 1 System Setting Starting the System Setting Click the [System Setting] menu on the V-SFT editor. The setting items are displayed in the drop-down menu. Select the desired menu item. Initial Setting Items The system setting cannot be altered on MONITOUCH. The system setting must be set for each screen data file and is transferred to MONITOUCH with the screen data.
Page 40: Plc Type
Chapter 1 System Setting PLC Type Depending on the MONITOUCH model, the compatible PLC models vary. For compatible PLC models, refer to the Hardware Specifications Manual or “Chapter 5 Transfer” in the Reference Manual (Operation). When [Universal Serial] or a network-compatible model (JPCN-1, T-Link, CC-Link, Ethernet, PROFIBUS-DP or NET/10) is selected for [PLC Type], there are separate communication unit manuals that you should read.
Page 41: Read Area] ([Main 1] Tab Window)
Chapter 1 System Setting ♦ [Read Area] ([Main 1] tab window) The read area is the area where the PLC gives commands for display or operation to MONITOUCH. At least 3 words of consecutive memory addresses are secured. MONITOUCH always reads data from these 3 words to display and operate according to the commands.
Page 42 Chapter 1 System Setting Watch Dog • When the PLC is communicating with MONITOUCH, there is no means for the PLC to know whether or not MONITOUCH is performing operations correctly. To solve this one-way communication, change data in bits 0 to 7 in [Read Area] “n” and check that the same data is saved in bits 0 to 7 in [Write Area] “n.”...
Page 43 Chapter 1 System Setting • Bit 11 (calendar setting) This bit is not valid when the V7 series built-in clock, V6 series SRAM cassette built-in clock or handy type built-in clock is used. For information on the built-in clock, refer to “Chapter 24 SRAM.” When the built-in clock is not used, this bit should be used differently depending on whether the connecting PLC is equipped with the calendar function.
Page 44 Chapter 1 System Setting [Read Area] “n + 1” (screen status command) 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Overlap 0 Overlap 1 Overlap 2 System reserved (setting [0]) Global macro execution ([0 → 1] leading edge) Data Sheet output ([0 →...
Page 45 Chapter 1 System Setting • Bit 11 (backlight) When [Auto 1] or [Auto 2] is selected in the [Backlight] tab window of the [Unit Setting] dialog from the [System Setting] menu, this bit takes effect. When this bit shows “1” (ON level), the backlight is always turned on. When this bit shows “0”...
Page 46 Chapter 1 System Setting • Bit 15 (data read refresh) When this bit is set [0 → 1], all display items are refreshed at a high speed. (This also applies even when [Low Speed] is selected for [Process Cycle] for data display.
Page 47: Write Area] ([Main 1] Tab Window)
Chapter 1 System Setting ♦ [Write Area] ([Main 1] tab window) This is the area where data is written from [Read Area], such as the displayed screen number, overlap display status, buzzer sounding status, etc. 3 words of consecutive memory addresses are secured. MONITOUCH writes information to these 3 words during communications with the PLC.
Page 48 Chapter 1 System Setting [Write Area] “n + 1” (screen status) Data of the screen status displayed on the V series is written in this area. 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Overlap 0 Overlap 1 Overlap 2...
Page 49 Chapter 1 System Setting • Bits 3 and 6, bit 12 (system reserved) Not used at present. Be sure to enter “0.” • Bit 7 (serial extension I/O) This bit indicates the state of the serial extension I/O (V-I/O) connected to the V series.
Page 50: Read/Write Area Gd-80 Compatible] ([Main 1] Tab Window)
Chapter 1 System Setting [Write Area] “n + 2” (displayed screen number) 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Screen number System reserved (setting [0]) • Bits 0 to 12 (screen number) These bits indicate the screen number that is currently displayed on the V series.
Page 51: Notes On Calendar Memory
Chapter 1 System Setting 3. Calendar data is read into V series at the leading edge [0] → [1] of bit 11 (calendar setting) in [Read Area] “n” (sub command/data). In the case of a PLC without an internal calendar, an error will occur in the clock data because calendar data is not automatically read when connecting to the PLC and is not updated every day.
Page 52: Unit Setting
Chapter 1 System Setting Unit Setting Make the setting for the V series unit. It is necessary to make the setting for the functions you use. Be sure to check the setting before transferring a screen data file. Clicking [Unit Setting] in the [System Setting] menu brings up the following dialog.
Page 53 Chapter 1 System Setting • [Auto 2] Turns backlight on when bit 11 (backlight) in [Read Area] (screen status command) is set (1: ON). When bit 11 is reset (0: OFF), the backlight is turned off after a lapse of the time specified by [Backlight OFF Time] (refer to [Backlight OFF Time] below) if all the following conditions are raised.
Page 54: Buzzer
Chapter 1 System Setting ♦ Buzzer Choose the desired length of buzzer that is given when a switch is pressed. [Standard] 100 msec [Short] 10 msec [OFF] No buzzer ♦ System/Mode Switch This is the setting for the [SYSTEM] switch and [Mode] (F•1) switch on the V series.
Page 55: Blink/Flash
Chapter 1 System Setting ♦ Blink/Flash The blink/flash time for the blink color can be set. [OFF Time]/[ON Time] (× 100 msec) When “0” is set for both fields, the selected color flashes at 0.5-second intervals. ♦ Touch Switch This setting is valid when using the matrix touch switch type of the V6 series. When the matrix touch switch is used, select [Matrix Switch].
Page 56: Environment Setting
Chapter 1 System Setting ♦ Environment Setting The following options are included. These options are classified into three groups: GD-80 compatible settings, other settings, and additional settings. For the GD-80 compatible settings, these options are automatically selected when the GD-80 data is converted into that for the V series. For other settings, refer to the related section.
Page 57: Font Setting
Chapter 1 System Setting Font Setting Select the language to be displayed on the V series unit. [Display Language] When the V series is changed from the RUN mode to the STOP mode, the Main Menu screen is displayed. This is the screen that shows the basic settings.
Page 58: Modular Jack
Chapter 1 System Setting Modular Jack Make the setting for modular jacks of the V series unit. [Modular Jack 1] Screen data transfer can only be performed using this modular jack. • [Editor Port] This is the default setting. This is the port used for data transfer from the personal computer.
Page 59 Chapter 1 System Setting • [Printer (Serial Port)] Select this option when connecting to the serial printer. For more information, refer to “Chapter 15 Print.” [Modular Jack 2] This modular jack cannot be used for transferring screen data between the computer and the V series.
Page 60: Setting Items For Other Functions
Chapter 1 System Setting Setting Items for other Functions Function Switch Setting There are function switches [F1] to [F7] ([F1] to [F7] for V606/V606i) provided on the surface sheet of the V series. These function switches work for the dedicated functions while the menu is displayed by pressing the [SYSTEM] switch.
Page 61: Buffering Area Setting
Chapter 1 System Setting Use ON Macro] Check this option when you would like to execute a macro command when the function switch is pressed. Check the box and click the [ON Macro Edit] button. The macro edit window is displayed. Set the desired macro command.
Page 62: Cf Card Setting (V7 And V608Ch Only)
Chapter 1 System Setting CF Card Setting (V7 and V608CH only) Valid when using the CF card. For more information with the V7 series, refer to “Chapter 23 CF Card (V7 Only).” For more information with V608CH, refer to the V608CH Specifications Manual. Printer Setting Make the setting for printing on the V series unit.
Page 63: Time Display Format
Chapter 1 System Setting Time Display Format Valid when using the time display item. For more information, refer to “Chapter 11 Time Display/Calendar.” SRAM/Clock Setting Make the setting when using the SRAM or built-in clock. For more information, refer to “Chapter 24 SRAM.” Attribute Table This setting may be required when using the CF card.
Page 64 Basic Functions...
Page 66: Outline Of Overlap
Chapter 2 Overlap Overlap Outline of Overlap Overlap Is: It is possible to show a screen covering a part of an ordinary screen. This sectional screen is called “overlap.” A-Line Paint Process A-Line Paint Process Change Change Screen Screen Coating Machine Change Screen A-Line B-Line...
Page 67: Overlap And Screen
Chapter 2 Overlap However, when a value Ex.: $s77 = 1 other than “0” is entered in system memory address $s77, only the menu switches (including the SYSTEM switch) on the overlap displayed to the front are available. Only the switches on this overlap are available.
Page 68: Video Input (V6/For Channel Selection)
Chapter 2 Overlap Video Input (V6/For Channel Selection) • The video input function on the overlap can only be used with V610 or V612 equipped with video input device (optional). • Images taken by a video camera are displayed directly on one overlap area. Monitor Screen Change Screen...
Page 69: Overlap Display Formats
Chapter 2 Overlap Overlap Display Formats There are four display formats for overlap areas that belong to the property. Overlap Normal overlap area (Refer to page 2-6.) Multi-overlap area (Refer to page 2-10.) Call-overlap area (Refer to page 2-16.) Video input (Refer to page 2-22.) Normal Overlap When an overlap is to be displayed on one specific screen, it is called “normal overlap.”...
Page 70: Call-Overlap
Chapter 2 Overlap Call-overlap The call-overlap format is used for a commonly used sectional screen, such as a menu screen, which should allow access from any screen display. If you register once, you can use the overlaps on different screens an infinite number of times.
Page 71: Normal Overlap
Chapter 2 Overlap Normal Overlap Use “normal overlap” when showing a stationary overlap on one of overlap layers of the screen. To show a normal overlap, select [Normal] for one of the screen overlap No. 0 to 2, and then place accordingly. Setting Procedure For more information on placing and editing normal overlaps, refer to “Chapter 2 Screen Composition”...
Page 72 Chapter 2 Overlap Superimpose] Check this option when using the superimpose function. For more information on the superimpose function, refer to page 2-19. With the V6 series: The superimpose function is not available. This is the function available only with the V7 series. [Frame Type] The setting method varies depending on the part selected.
Page 73: Displaying And Erasing Normal Overlap
Chapter 2 Overlap Displaying and Erasing Normal Overlap To display or erase the normal overlap on the screen, the following three commands can be used. ♦ Internal command The overlap is displayed or erased by pressing the switch placed on the screen. The following switches can be used.
Page 74: Macro Command
Chapter 2 Overlap ♦ Macro command Using a macro command, the normal overlap can be displayed or erased. Use the OVLP_SHOW command. Additionally, the display location can also be specified. (Use the OVLP_POS command.) For more information, refer to “Chapter 13 Macro.” Memory Related to Normal Overlap •...
Page 75: Multi-Overlap
Chapter 2 Overlap Multi-overlap Multi-overlap is used to switch displays between multiple overlaps on one overlap layer. To show a multi-overlap, select [Multi] for one of the screen overlap No. 0 to 2. The multi-overlap screen created and saved in the multi-overlap area can be displayed by specifying the number with a switch or an external device.
Page 76: Macro Setting In Multi-Overlap Edit
Chapter 2 Overlap Continue Reading PLC Memory When Set to OFF] This setting item becomes active when you select a multi-overlap. * When a call-overlap is selected, reading of the PLC memory continues. • Checked (Continue) After the overlap screen is displayed on the screen, even in the event that the overlap screen is erased, reading of the PLC memory into the items on the overlap continues.
Page 77: Overlap (Multi)] Dialog (Screen)
Chapter 2 Overlap [Overlap (Multi)] Dialog (Screen) Click the [Overlap] icon, and select [Multi] on the [Overlap Setting] dialog. The [Overlap (Multi)] dialog is displayed. [Overlap No.] This option determines the overlap area (No. 0 - 2) where the multi-overlap is to be contained.
Page 78 Chapter 2 Overlap • External The overlap number to be displayed is specified from the memory. In this case, the display position can also be specified by an external command. Multi-overlap ON/OFF is determined by data contained in read area “n + 1.” The number and coordinates of the multi-overlap are specified in the memory described below.
Page 79: Displaying And Erasing Multi-Overlap
Chapter 2 Overlap Displaying and Erasing Multi-overlap To display or erase the multi-overlap on the screen, the following three commands can be used. ♦ Internal command When [Internal] is selected for [Command] in the [Overlap (Multi)] dialog, the overlap is displayed by the switch (function: Overlap) and is erased by the switch (function: Overlap OFF).
Page 80: Macro Command
Chapter 2 Overlap ♦ Macro command Using a macro command, the multi-overlap can be displayed or erased. Use the SET_MOVLP command. For more information, refer to “Chapter 13 Macro.” Memory Related to Multi-overlap • Item selection memory ([Overlap (Normal)] dialog) This is valid when the entry mode is used on the overlap and [ Item Select] is checked.
Page 81: Call-Overlap
Chapter 2 Overlap Call-overlap With multi-overlap, it is possible to display and switch between numerous multi-overlap screens on one overlap layer, but call-overlap is limited to only one screen. To show a call-overlap, select [Call] for one of the screen overlap No. 0 to 2. In the overlap layer, set the overlap number that was created and registered on the multi-overlap edit window.
Page 82: Displaying And Erasing Call-Overlap
Chapter 2 Overlap [Item Select] This is required when using entry mode on the overlap. For more information, refer to “Chapter 7 Entry Mode.” [MLIB Placement] Determine the overlap display position. Mark MLIB The relationship between the placement and the overlap is that the left corner of the mark becomes the left corner of the multi-overlap as shown in Multi-Overlap...
Page 83: Feature Of Overlap − System Switch −
Chapter 2 Overlap Feature of Overlap − SYSTEM Switch − Irrespective of the overlap display format (normal, call or multi), the feature of the SYSTEM switch is commonly available. The SYSTEM switch is: The SYSTEM switch can work in two ways. ♦...
Page 84: Feature Of Overlap − Superimpose −
Chapter 2 Overlap Feature of Overlap − Superimpose − For example, when a video display item is placed over the entire screen (640 × 480 dots) on V710iT (VGA), it is displayed on top so that no switches on the underlying screen can be used.
Page 85 Chapter 2 Overlap In the case of normal overlap on the screen, when [Superimpose] is checked, the [Superimpose Setting] button becomes active. Click the [Superimpose Setting] button. The [Screen Setting] dialog is displayed. For call-overlap or multi-overlap, click [Screen Setting] from the [Edit] menu on the screen where you set [Call] or [Multi], then click the [Superimpose Setting] tab.
Page 86: Calling Methods
Chapter 2 Overlap Calling Methods ♦ The same as usual overlap: The calling method of [ Superimpose] (checked) is the same as Superimpose] (unchecked). The calling method varies depending on the type of overlap (normal, call, multi). Refer to the calling methods for each type. ♦...
Page 87: Video Input (V6 With Video Input Device/For Channel Selection)
Chapter 2 Overlap Video Input (V6 with Video Input Device/For Channel Selection) The video input function can be used with V610 or V612 equipped with video input device (optional). For more information on the V7 video function, refer to “Chapter 18 Video Display (V7i Only).”...
Page 88: With The V7 Series:
Chapter 2 Overlap ♦ With the V7 series: Set the following items on the dialog. This dialog can be displayed by following [Overlap] icon → [Overlap Setting: Video] → [Overlap (Video)] dialog and [Video Setting] button. [Video Input] ([NTSC]/[PAL]) Select the video input signal type. [Limitation of Snap Files at AUTO] (0 to 255) If you select [AUTO] to save video snap images into a CF card, the images are automatically saved with consecutive numbers.
Page 89: Overlap (Video)] Dialog
Chapter 2 Overlap [Overlap (Video)] Dialog ♦ With the V6 series: [Overlap No.] This option determines the overlap area (No. 0 - 2) where the video display is to be contained. This is the same number as selected on the [Overlap Setting] dialog.
Page 90: Video Display Setting (Macro Command)
Chapter 2 Overlap Video Display Setting (Macro Command) The size and color of the vide display can be set using the macro commands for video display. When no macro command is used for video display setting, the default settings are used with V6. With V7, settings on the [Overlap (Video)] dialog are used and default settings are used for other items such as brightness, contract or color darkness.
Page 91: Changing The Default Settings
Chapter 2 Overlap ♦ Changing the Default Settings Use macro commands. The size, channel number, brightness, contrast and color strength of video display can be set. Select the [Video] macro command. The following [Video] dialog is displayed. Command selection: • SIZE (160 × 120, 340 × 240, 640 × 480, 640 × 240) Determine the video window size.
Page 92 Chapter 2 Overlap Designating the Memory Address The following data should be set. Video MEMORY F0 (= n) F0 memory Command No. n + 1 Setting Command Name Command No. Setting 0: 160 × 120, 1: 320 × 240, SIZE 2: 640 ×...
Page 93: Displaying And Erasing Video Display
Chapter 2 Overlap Displaying and Erasing Video Display To display or erase the video display on the screen, the following three commands can be used. ♦ Internal command The video image is displayed or erased by pressing the switch (function: Overlap) placed on the screen.
Page 94: Overlap Size Limits
Chapter 2 Overlap Overlap Size Limits • There is a limit to the size of a normal, call-, or multi-overlap that can be displayed on one screen. • Set the size of the normal or call-overlap placed on the screen, or of the multi-overlap (when displaying several multi-overlaps, the maximum size displayed) so that the combined size does not exceed the maximum overlap size shown here.
Page 95 Chapter 2 Overlap Please use this page freely. 2-30...
Page 96: Outline
Chapter 3 Switch Switch Outline Basic Function of Switches 1. Sends ON/OFF information to the specified bit in the PLC memory. PLC memory Turns it on. SYSTEM M0 to 15 M16 to 31 M32 to 47 Overlap STOP POWER 2. Can execute the following processing: 1) Changing the screen display Animation SYSTEM...
Page 97: Lamps In Switches
Chapter 3 Switch 4) Print, etc. Animation Animation SYSTEM Labeller Hard Change Copy Screen Labeller Hard Change Copy Screen POWER 3. 1 and 2 at the same time PLC memory Turns it on. SYSTEM M0 to 15 M16 to 31 M32 to 47 Overlap STOP...
Page 98: Notes
Chapter 3 Switch Notes Do not use switches where they could cause injury to people or damage machinery. Moreover, do not use switches as emergency switches. Minimum Switch Unit The minimum switch unit is 18-dot × 14-dot. The maximum number of switches that can be placed varies depending on the V series model.
Page 99: Switch Output
Chapter 3 Switch Switch Output The V6 (standard) and V7 switch resolution is of an analog type using resistance film. Two or more points on the screen are pressed at the same time, the center of the pressed points is output.If the center of the pressed points happens to be a switch, this switch may activate.
Page 100: Switch Area
Chapter 3 Switch Switch Area • [Detail] tab window of the [Display Environment] dialog Select [Display] → [Display Environment/Change All Display Environment]. The [Display Environment] dialog is displayed. • Touch area (switch operating area) When [Area] is chosen for [Detail Display] in the [Detail] tab window, a dotted box is shown.
Page 101 Chapter 3 Switch • Click on the [Grid] tab in the [Display Environment] dialog. When you check [ Grid Dsp.] ( ) and set [Grid Type: Switch], the switch grids shown in the diagram below are displayed on the screen. Switch grids •...
Page 102: Switch] Dialog
Chapter 3 Switch [Switch] Dialog [Main] Tab Window [OFF/ON/P3/P4/P5/P6/P7/P8] The switch part can be previewed. [Parts Select] Click this button when changing the part. ( For information on changing the part, refer to Chapter 2 in the Reference Manual (Operation).) [Division No.] Specify the division number.
Page 103: Memory Type
Chapter 3 Switch Lamp Memory] • In the case of [ Lamp Memory] When the switch is pressed, the lamp lights up automatically. When it is released, it goes off. The lamp turns the ON color when it is pressed; and turns the OFF color when it is released.
Page 104 Chapter 3 Switch • For bit-writable memory: The operation result will be directly written on the bits of [Output Memory] as shown below, regardless of whether [Momentary] or [Momentary W] is chosen. Refer to the regarding whether the memory is bit-writable or not. Example: When [M10] is specified for [Output Memory]: Write the ON state of M10.
Page 105 Chapter 3 Switch • For bit-writable memory, you can choose either [Momentary] or [Momentary W]. For non-bit-writable memory, it is recommended to choose [Momentary W] for a high-speed processing. GD-80 series handles switch output in the unit of words as [Momentary W]. Therefore, if data of GD-80 is imported, it is recommended to choose [Momentary W].
Page 106 Chapter 3 Switch • Normal Auxiliary Setting Item Name Linked Part See: Contents − No Function − − Activation of the specified bit in memory Screen Screen number Page 3-21 − Screen shift to the specified screen − Hard Copy Page 3-22 −...
Page 107 Chapter 3 Switch Auxiliary Setting Item Name Linked Part See: Contents − Reset − Chapter 10 Clear in sampling buffer − Occupy − Page 3-22 Communication of 1 : 1 (only available with multi-link) − CF Card Format − Chapter 22 Sampling file format in the CF card •...
Page 108 Chapter 3 Switch Auxiliary Setting Item Name Linked Part See: Contents − « Move to the previous screen page (−1) − » Entry mode Chapter 7 (DEL key available (Chapter 10) Move to the following screen page (+1) for alarm display) Graphic Library Graphic library Character change by GLIB reading...
Page 109 Chapter 3 Switch • Memory Card Auxiliary Setting Item Name Linked Part See: Contents − File Select File selection available from the list − Record Select Record selection available from the list Card No. Edit Multi number Edit mode available with the specified multi-overlap open Card Name Edit Multi number...
Page 110 Chapter 3 Switch • Table Data Display Auxiliary Setting Item Name Linked Part See: Contents − Move Cursor R Cursor movement to the right within the chart − Move Cursor L Cursor movement to the left within the chart Entry mode Chapter 7 −...
Page 111: Character] Tab Window
Chapter 3 Switch [Character] Tab Window Same as those in the [Lamp] dialog ( Refer to “Chapter 4 Lamp.”) [Detail] Tab Window Use ON Macro] If you want to execute a macro command when the switch is pressed, check this option ( ). The [ON Macro Edit...] button becomes active. Refer to “Chapter 13 Macro.”) Use OFF Macro] If you want to execute a macro command when the switch is released, check...
Page 112 Chapter 3 Switch When bit activation is used as the condition: [Memory] Set the memory address for interlock. [Condition] Select the condition for [Memory]. [ON]: When [Memory] is OFF, switch operation is prohibited. When [Memory] is ON, switch operation is allowed. [OFF]: When [Memory] is OFF, switch operation is allowed.
Page 113: Color] Tab Window
Chapter 3 Switch When using a comparison expression as the condition: [Data Length] Set data length of the value used for the condition. Word/Double Word [Condition] Select the condition. [When the switch is OFF] Same as [Condition: ON/OFF] ( Refer to page 3-19.) [Display Type] Set the display type for [Constant A/B] of the condition.
Page 114: Flowchart
Chapter 3 Switch Flowchart When the switch is ON (pressed): Switch ON Interlock not satisfied Interlock condition satisfied external Lamp Buzzer Lamp ON graphics Buzzer ON Buzzer ON external Lamp internal Output Lamp ON graphics ON macro Execution Continue ON macro? ON macro * [Output Action] or [Macro] should be selected for execution.
Page 115: When The Switch Is Off (Released):
Chapter 3 Switch When the switch is OFF (released): • Set/Reset/Alternate Switch OFF external Lamp internal Lamp OFF graphics OFF macro • Momentary/Momentary W Switch OFF Interlock Ineffective When the switch is OFF Effective not satisfied Interlock condition satisfied external Lamp internal Lamp OFF graphics...
Page 116: Switch Function Examples
Chapter 3 Switch Switch Function Examples To Switch the Screen (= Screen, Return) Use the [Function: Screen] or [Function: Return] switch. • [Function: Screen] Set the [Screen No.] as an auxiliary setting item. When you press the switch, the screen of [Screen No.] that you specified is displayed. Screen 1 SYSTEM SYSTEM...
Page 117: To Print Out The Screen Display (= Hard Copy):
Chapter 3 Switch To Print out the Screen Display (= Hard Copy): Use the [Function: Hard Copy] switch. Create the [Function: Hard Copy] switch on the screen. When you press that switch, the displayed screen is printed. During printing, other operations on the screen will function. Animation Animation Hard...
Page 118: To Display Normal Overlap (= Overlap):
Chapter 3 Switch To Display Normal Overlap (= Overlap): Use the [Function: Overlap] switch. There are auxiliary setting items [Action] and [Overlap No.]. • [Action] Select from [ON], [OFF], [ALT], or [ICON]. Switch Action Overlap Action When the switch is pressed, the overlap of the specified number is displayed.
Page 119: To Erase The Overlap (= Overlap)
Chapter 3 Switch Example 1 [Function: Overlap = ALT] Press the switch. Change Screen Animation Animation SYSTEM SYSTEM Unloader Change Screen Manual Data Graph Animation Screen Disp. Disp. Disp. Labeller Instruc- tions Change Change Screen Screen Change Screen Press the POWER POWER switch again.
Page 120: To Display Multi-Overlap (= Multi-Overlap):
Chapter 3 Switch To Display Multi-overlap (= Multi-overlap): Use the [Function: Multi-overlap] switch. There are auxiliary setting items [Overlap No.], [Multi No.] and [Placement]. • [Overlap No.] A maximum of three overlaps can be displayed on one screen. Set [Overlap No.] for each [Overlap] switch so that you can determine which switch acts for which overlap.
Page 121: To Process Arithmetic Operation:
Chapter 3 Switch To Process Arithmetic Operation: When the switch is pressed, a specified arithmetic operation can be processed. In the [Main] tab window of the [Switch] dialog, select [Function: Word Operation]. The [Word Operation] tab window is displayed. The contents are described as follows: [Mode] Select the desired operation mode from eight options: [Transfer], [Add],...
Page 122: Notes
Chapter 3 Switch [Operand Memory] (= [B]) Specify the operand memory address. [Output Memory] (= [C]) This item becomes active in instances other than [Mode: Transfer]. Specify the memory address where the operation result is output. [Comparison] Set the condition for executing word operation. •...
Page 123: Digital Switch
Chapter 3 Switch Digital Switch A digital switch can be created easily with [Num. Data Display] and [Switch] parts. Switch [Function: Digital Switch] Num. Data Display [Display Function: Digital Switch] ♦ Digital Switch Setting Switch [Division No.] Specify the division number for the related numerical data display. [Function] [Digital Switch] Tab Window •...
Page 124: Custom Parts
Chapter 3 Switch Example: Without a carry - Without sign or with + sign Pressing the [+] key on the first digit changes “129” → “120.” Pressing the [−] key on the first digit changes “120” → “129.” Only the third digit changes in order of 0, 1, 2, 3, ...
Page 125: System Memory
Chapter 3 Switch ♦ Notes If multiple numerical data display parts (function: digital switch) of the same division number exist, the part that is placed first becomes valid. Switch Coordinate Information (V7) The current touch switch information is output to system memory addresses $s900 to 902.
Page 126: Outline
Chapter 4 Lamp Lamp Outline • Lamps are turned on/off in response to bit activation in the PLC. PLC memory SYSTEM LAMP M 0~15 M16~31 M32~47 POWER ....
Page 127: Lamp] Dialog
Chapter 4 Lamp [Lamp] Dialog [Lamp] Dialog ♦ [Main] Tab Window [OFF/ON/P3/P4/P5/P6/P7/P8] The lamp part can be previewed. [Part Select] Click this button when changing the part. ( For information on changing the part, refer to Chapter 2 in the Reference Manual (Operation).) [Division No.] Specify the division number.
Page 128 Chapter 4 Lamp [Lamp Memory] Specify a memory address for illuminating the lamp. Depending on the number of notches of the part, the required number of bits vary. The number of notches can be known from the number of tabs in the [Lamp] dialog. The relation between [Lamp Memory] and the number of notches is shown below: Lamp Memory: n (bits)
Page 129 Chapter 4 Lamp [Draw Mode] • XOR (highlight) When the lamp memory is ON, the frame and text are displayed in the XOR color. ( Refer to page 4-8.) • REP (replace) The colors specified in the [Color] tab window are used. ( Refer to page 4-11.) [Process Cycle]...
Page 130: Character] Tab Window
Chapter 4 Lamp ♦ [Character] Tab Window [No. 0 to No. 3] A maximum of four lines of text can be placed in one lamp. Clicking in a text entry field brings up the text entry cursor. Enter text within the X size of the lamp part.
Page 131 Chapter 4 Lamp • [ Transparent] Check the box if you want to use transparency for the text background. Transparent Transparent Background color Foreground color Foreground color 1234 1234 • [ Italic] Check the box if you want to use italics. Example: Italic] (= no italics) Italic] (= italics)
Page 132: Color] Tab Window
Chapter 4 Lamp ♦ [Color] Tab Window Part file: Std.V7P / Std.V6P (No. 0001 to 0003) Parts_j.V7P / Parts_j.V6P (No. 0000 to 0003) [Frame Color] [ON Color] [OFF Color] Specify the desired colors. [Frame Type] (No Frame/Type 1/Type 2/Type 3) It is possible to select part 0 to 3 without opening the part list by pressing the [Parts Select] switch.
Page 133: Draw Mode: Xor
Chapter 4 Lamp Draw Mode: XOR Part file: Std.V7P / Std.V6P (No. 0001 to 0003) Parts_j.V7P / Parts_j.V6P (No. 0000 to 0003) ♦ Character When setting text on the lamp, the same text is displayed for OFF and ON. Set the text for [No.
Page 134 Chapter 4 Lamp ON color OFF color XOR = ON text color Text color This is the case with text graphics placed on the screen. Example: ♦ OFF color: yellow ON color: red Frame color: white Frame color to be used when the lamp is turned on: OFF color (yellow) A (for setting) green C...
Page 135: Part File: Std.v7P / Std.v6P (No. 0000, 0004 And Later Parts_J.v7P / Parts_J.v6P (No. 0004 And Later)
Chapter 4 Lamp Part file: Std.V7P / Std.V6P (No. 0000, 0004 and later) Parts_j.V7P / Parts_j.V6P (No. 0004 and later) ♦ Character When setting text on the lamp, the same text is displayed for OFF and ON. Set the text for [No. 0 to 3] in the [Character] tab window. ♦...
Page 136: Draw Mode: Rep
Chapter 4 Lamp Draw Mode: REP Part file: Std.V7P / Std.V6P (No. 0001 to 0003) Parts_j.V7P / Parts_j.V6P (No. 0000 to 0003) ♦ Character When placing text on a lamp in “REP” draw mode, the following two manners are available. Display of different text when the lamp is ON and OFF: •...
Page 137: Color
Chapter 4 Lamp ♦ Color • Frame color (ON/OFF), ON color, OFF color Specify the desired colors in the [Color] tab window. The specified colors are used. The same frame color is used when the lamp is ON and OFF. Refer to page 4-7.) •...
Page 138: Other Notes
Chapter 4 Lamp Other Notes • The number of lamps A maximum of 768 lamps (192 lamps with V606) can be created on one screen. ( Refer to Chapter 2 in the Reference Manual (Operation).) • When placing two or more lamps on one screen, do not allow them to overlap each other.
Page 139 Chapter 4 Lamp Please use this page freely. 4-14...
Page 140: Outline
Data Display Outline The “data display” function allows the MONITOUCH V series to display data in the PLC memory in real time. This function can indicate data in numerals (numerical data display), in characters (character display), or in the form of messages (message display).
Page 141: Outline Of Character Display
Chapter 5 Data Display • In addition to using of “numerical data display” ([Num. Data Display]) independently, it can also be linked with another part. For example, in order to indicate data as a percent in the statistic graph as shown below, it is necessary to link [Num.
Page 142: Outline Of Message Display
Chapter 5 Data Display Outline of Message Display • Required messages should be registered within MONITOUCH preliminarily. When a message number is specified in the PLC memory, the corresponding message is displayed on the MONITOUCH screen in real time. Message Editing No.0 A A A A A A No.1...
Page 143: Num. Data Display
Chapter 5 Data Display Num. Data Display [Num. Display] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Memory] Data contained in the specified memory address is displayed in numerals on the screen.
Page 144: Type] Tab Window
Chapter 5 Data Display ♦ [Type] Tab Window [Display Function] • [No] Data in [Memory] is displayed as is. • Options other than [No] The numerical data display part works as specified when it is linked with other parts. For more information, refer to the section of the linked part. Display Function Attached Data Linked Part...
Page 145 Chapter 5 Data Display [Decimal Point] Specify the decimal place. When no decimal point is required, set “0.” [Display Type] Select the code for displaying data that is read in the code specified by [Input Type]. • DEC (w/o sign) n + 1 High-order word Low-order word...
Page 146 Chapter 5 Data Display • OCT n + 1 1 word: 1 to 6 digits (0 to 177777: octal) 2 words: 1 to 11 digits (0 to 37777777777: octal) • BIN (binary) n + 1 1 word: 1 to 16 digits (0 to 11111111111111111: binary) 2 words: 1 to 32 digits (0 to 11111111111111111111111111111111: binary)
Page 147 Chapter 5 Data Display • [Display Type] and available ranges Code 1-word Range 2-word Range DEC (w/o sign) 0 to 65535 0 to 4294967295 DEC (w/ −sign) −32768 to 32767 −2147483648 to 2147483647 −32768 to +32767 −214748648 to +2147483647 ± DEC (w/ sign) 0 to FFFF...
Page 148: Char. Prop.] Tab Window
Chapter 5 Data Display Example: Entry mode When “25” is entered through the keypad with [Input Range: 0 to 4,000] and [Display Range: 0 to 100], “1,000” is written to the PLC memory address D100. Note on use in entry mode When this is used in entry mode, some error may arise.
Page 149 Chapter 5 Data Display [Char. Type] Select from the following four text styles. Normal: Plain typeface is used. 8 × 8 dots 1/4: * Available for one-byte characters only Bold: Bold typeface is used. (The enlargement factor must be “1 : 1.”) Shadow: Shadowed typeface is used.
Page 150 Chapter 5 Data Display Italic] Check the box if you want to use italics. Example: Italic] (= no italics) Italic] (= italics) 12345 12345 [Char. Size] (1-Byte/2-Byte) Choose one-byte or two-byte for numerals. [Rotate] When rotating the text, choose an option from [Normal], [L90], [180] and [R90].
Page 151: Detail] Tab Window
Chapter 5 Data Display ♦ [Detail] Tab Window Use Operation] Check this box ( ) for calculating data in [Memory] set in the [Main] tab window in MONITOUCH and for displaying its results. When this box is checked, the following setting items become active. •...
Page 152 Chapter 5 Data Display • Example of division without decimal point Offset value + read data [÷] divisor = data displayed = −7.89 + (789) [÷] [−100] Data is rounded down to the decimal place, and “−7” is indicated. Offset value + read data [÷] divisor = data displayed...
Page 153: Character Display
Chapter 5 Data Display Character Display [Char. Display] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Memory] Data contained in the specified memory address is displayed in characters on the screen.
Page 154: Type] Tab Window
Chapter 5 Data Display When inputting D500: H3231, D501: H0033 and D502: H4241, the characters “1234” are displayed on MONITOUCH. Note that the characters after the null (00) code are not displayed when inputting null (00) code. When you want to insert a space, input the space code (20). .
Page 155: Char. Prop.] Tab Window
Chapter 5 Data Display ♦ [Char. Prop.] Tab Window Set the text property. For more information on setting items, refer to “[Char. Prop.] Tab Window” (page 5-9). ♦ [Detail] Tab Window [Process Cycle] Select the desired process cycle. ( Refer to “Appendix 2 Process Cycle.”) JIS/ASCII] (1-Byte/2-Byte) Use this item when screen data of the GD-80 series is converted into the V...
Page 156: Message Display
Chapter 5 Data Display Message Display [Message Display] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Memory] One word is occupied by one message number. The message that corresponds to data contained in the specified memory address is displayed on the screen.
Page 157: Table Data Display
Chapter 5 Data Display Table Data Display Table Data Display Area ♦ [Table Data Display] Dialog [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Line No.] Specify the number of lines of the table data display part.
Page 158: Table Data Display] (Num. Display) Dialog
Chapter 5 Data Display [Table Data Display] (Num. Display) Dialog For more information on editing the table data display, refer to Chapter 2 in the Reference Manual (Operation). ♦ [Type 2] Tab Window [Display Function] • No Data in [Memory] is displayed as is. •...
Page 159: Table Data Display] (Char. Display) Dialog
Chapter 5 Data Display Example: Cell addresses are allocated as follows to the table data display part (for numerical data display) consisting of five lines and three columns. Selected X:1,Y:1 X:2,Y:1 X:3,Y:1 12345 12345 12345 X:1,Y:2 X:2,Y:2 X:3,Y:2 12345 12345 12345 X:1,Y:3 X:2,Y:3 X:3,Y:3 12345...
Page 160: Table Data Display] (Message Display) Dialog
Chapter 5 Data Display [Table Data Display] (Message Display) Dialog For more information on editing the table data display, refer to Chapter 2 in the Reference Manual (Operation). ♦ [Type 2] Tab Window Memory Inc.] This option becomes active only when multiple data cells are selected. Specify the direction for memory allocation.
Page 161: Table Data Display] (Text In Drawing) Dialog
Chapter 5 Data Display [Table Data Display] (Text in Drawing) Dialog For more information on editing the table data display, refer to Chapter 2 in the Reference Manual (Operation). ♦ [Char. Prop.] Tab Window [Char.] Specify the desired text. [Char. Place] Choose from [Flush Left], [Flush Right], and [Center] for character alignment.
Page 162: Notes
Chapter 5 Data Display Notes Notes on placing data display parts on switch or lamp parts are given. When Placing a Data Display Part on A Switch or Lamp Part It is recommended to create the screen under the following conditions. [Condition 1] Switch/Lamp Draw Mode: REP 1234...
Page 163 Chapter 5 Data Display Please use this page freely. 5-24...
Page 164: How To Display Messages
Chapter 6 Message Display (Relay/Message) Message Display (Relay/Message) On the V series, previously registered permanent text (= message) of a certain model can be displayed or switched on the screen, depending on the specified message number and whether or not the bit is set. How to Display Messages The message display function varies depending on your purpose and use.
Page 165: Relay Mode
Chapter 6 Message Display (Relay/Message) Relay Mode • This is the function for displaying or erasing messages on the screen by setting or resetting bits. When multiple bits are set, the messages are displayed in priority order. • The detail display (=sub-display) of messages can be displayed at the same time.
Page 166: Relay Mode
Chapter 6 Message Display (Relay/Message) Relay Mode Outline • This is the function for displaying or erasing messages on the screen by setting or resetting bits. When multiple bits are on, the messages are displayed in priority order (refer to page 6-6). •...
Page 167: Relay Mode Setting Procedure
Chapter 6 Message Display (Relay/Message) • Also, it is possible to link a screen display to the message and to call it up when the bit is set. (Screen call) In response to bits (ON) in PLC, the corresponding messages are displayed on the screen.
Page 168: Relay] Dialog
Chapter 6 Message Display (Relay/Message) [Relay] Dialog This is a dialog that must be set when using relay mode. It is displayed when you click on the [Detail] icon on the relay mode tool bar. ♦ [Main] Tab Window [Division No.] Set a division number not registered in another mode.
Page 169 Chapter 6 Message Display (Relay/Message) Priority in displaying messages Priority is given in displaying messages in relay mode. This is based on message numbers that are registered in message editing. The smaller numbers have a higher priority. This is the case for group numbers as well as message numbers. When messages are displayed on the screen, those of higher priority are displayed above.
Page 170: Char. Prop.] Tab Window
Chapter 6 Message Display (Relay/Message) [Sub-action] • None Choose [None] when using relay mode only. • Sub-display Choose this option when you want to relate a supplemental display with one bit of messages set up in relay mode (relay messages). Set relay-sub mode as a linked mode.
Page 171: Detail] Tab Window
Chapter 6 Message Display (Relay/Message) ♦ [Detail] Tab Window Relay Info. Out] Choose whether data of the message displayed or selected in relay mode should be output to the PLC. If you want to output data, check the box, and specify the desired top memory address.
Page 172: Display Area Parts
Chapter 6 Message Display (Relay/Message) • n + 2 (RLYNO: ON relay No.) When [Sub-display] is chosen for [Sub-action] in the [Main] tab window, the ordinal number of the highlighted message among messages displayed in relay mode (regarding the start message number as “0”) is written. a a a a a a a a a a a a b b b b b b...
Page 173: Note When Placing Display Area Parts
Chapter 6 Message Display (Relay/Message) ♦ Note When Placing Display Area Parts The size of the display area parts placed on screen can be changed. In the relay mode, the lines of the messages displayed on screen vary depending on the Y size of the display area part.
Page 174: Message Scroll Up/Down
Chapter 6 Message Display (Relay/Message) Message Scroll Up/Down If all the messages to be displayed cannot be held in the display range, the messages that are not shown can be displayed on the screen by scrolling up or scrolling down. Use the switch parts. ♦...
Page 175: Switches For Display
Chapter 6 Message Display (Relay/Message) ♦ Switches for Display [Division No.] Set the same division number as the one specified in the [Relay] dialog of the link location. [Function] Select [Function: Mode]. If the switch is one that was selected from the relay mode tool bar, the default will be [Function: Mode].
Page 176: Displaying Detailed Explanation To Messages (= Relay-Sub Function)
Chapter 6 Message Display (Relay/Message) Displaying Detailed Explanation to Messages (= Relay-sub function) It is possible to link relay messages that are displayed by setting bits with detailed explanation using the relay-sub function. Original relay mode settings are necessary. [Sub-action: Sub-display] must be selected in the [Relay] dialog. ♦...
Page 177: Relay-Sub Mode Setting Procedure
Chapter 6 Message Display (Relay/Message) ♦ Relay-sub Mode Setting Procedure Item Page Block Direct Block Block No. 0 (to 1023) Block No. 0 (to 1023) Item Graphic Library Group No. 0 (to 9) Graphic No. 0 (to 255) * For information on how to register page blocks, direct blocks and graphic library, refer to “Chapter 4 Registration Items”...
Page 178: Relay-Sub] Dialog
Chapter 6 Message Display (Relay/Message) ♦ [Relay-sub] Dialog The setting that makes an association between relay mode and relay-sub mode can be made in the [Relay-sub] dialog. Click the [Detail] icon on the relay-sub tool bar. The [Relay-sub] dialog is displayed. [Main] Tab Window [Division No.] Set a division number not registered in another mode.
Page 179: Setting For "Sub-Display" In The [Relay] Dialog
Chapter 6 Message Display (Relay/Message) [Graphic Library GNo. & No.] This option becomes active when [Graphic Library] is chosen for [Block]. Specify the group number and the number of the top graphics for assigning graphics to one-bit message in relay mode. This top graphic number corresponds to the top message number of the relay messages.
Page 180: Display Area Part For Relay-Sub Mode
Chapter 6 Message Display (Relay/Message) ♦ Display Area Part for Relay-sub Mode Messages and graphics registered for displays in relay-sub mode must be displayed in dedicated display area parts. For more information on the procedure of creating this display area part, refer to page 6-9.
Page 181: Calling Screens (Screen-Call)
Chapter 6 Message Display (Relay/Message) Calling Screens (Screen-call) ♦ Outline of Screen-call Function Register the associated contents of a relay message to be displayed in advance. When a relay message is selected, the screen containing those associated contents is displayed. This function is called “screen-call.” You can create, register, and call up more detailed contents on the screen.
Page 182: Relay] Dialog For Screen-Call
Chapter 6 Message Display (Relay/Message) ♦ [Relay] Dialog for Screen-call [Action Area] You can choose as desired: [Area], [Switch] or [Lamp]. When [Area] is chosen, the display area part is automatically equipped with the switch function. This is applied only when [Screen Call] or [Sub-display] is chosen for [Sub-action].
Page 183: Message Mode
Chapter 6 Message Display (Relay/Message) Message Mode Outline Displays in message mode can be illustrated as follows: Message mode What is the format of the display? Display line by line. Display in blocks. What is the configuration of What is the block type? the display? Display the registered Display the registered...
Page 184: How To Specify The Block Number
Chapter 6 Message Display (Relay/Message) B [Type: Direct] One memory is automatically allocated to every one line in the message display area. Specify the message number that you will display based on the allocated memory. A message specified by the memory address is displayed on the screen.
Page 185: Message Mode Setting Procedure
Chapter 6 Message Display (Relay/Message) D [Type: Direct] Register the message that was previously registered in the message edit area as [Direct Block]. The called direct block is displayed on the screen. To display direct block on the screen, there are two ways: with an internal command, or with an external command.
Page 186: Registering Messages
Chapter 6 Message Display (Relay/Message) Registering Messages Required messages should be registered in the “Message Edit” area in advance. The message that was previously registered in the “Message Edit” area should be registered as [Page Block] or [Direct Block] when [Block] is selected for [Action Select].
Page 187: Main] Tab Window
Chapter 6 Message Display (Relay/Message) ♦ [Main] Tab Window [Division No.] Set a division number where no mode has been registered. Usually, the division number currently being edited (displayed in the upper right corner of the screen) is automatically specified. [Action Area] Choose from [Area], [Switch] or [Lamp] for specifying the place where the message should be displayed on the screen.
Page 188 Chapter 6 Message Display (Relay/Message) [Command] This option becomes active when [Block] is selected for [Action Select]. Select how to call up blocks. • Internal The page block or direct block display can be changed with the [Function: Plus Block/Minus Block/Block Call] switch placed on the screen. •...
Page 189: Char. Prop.] Tab Window
Chapter 6 Message Display (Relay/Message) [Initial Block]/[Max. Block]/[Min. Block] These options must be specified when [Block] and [Internal] are chosen for [Action Select] and [Command], respectively. • Initial Block This is the block to be displayed at first when the page or direct blocks are called up on the screen.
Page 190: To Display Messages On Switches (Or Lamps)
Chapter 6 Message Display (Relay/Message) To Display Messages on Switches (or Lamps) A message displayed in message mode can be shown not only in display area parts, but also in the switches or lamps placed on screen. Set the [Message] dialog in [Action Area: Switch (or Lamp)]. Set the switches or lamps placed on screen as [Function: Mode].
Page 191 Chapter 6 Message Display (Relay/Message) Please use this page freely. 6-28...
Page 192: Outline
Chapter 7 Entry Mode Entry Mode Outline • When writing numerical data or characters (ANK, Shift JIS code, etc.) to the specified memory addresses, you must set the entry mode. • Entry mode allows you to enter numerical data and characters on the same screen.
Page 193: Entry Mode Usage
Chapter 7 Entry Mode Entry Mode Usage Entry mode can be used in several different ways depending on the data entry methods, data entry targets, editing procedure, etc. The following illustrates the usage of the entry mode. For more information, refer to the pages indicated below.
Page 194: Direct Data Entry For Data Display Parts (= [Type: Data Display])
Chapter 7 Entry Mode Direct Data Entry for Data Display Parts (= [Type: Data Display]) Data can be entered and changed for numerical data, character, or table data display parts placed on the screen directly through the keypad. When the Entry Target is a Numerical Data Display Part: •...
Page 195: When The Entry Target Is A Character Display Part:
Chapter 7 Entry Mode When the Entry Target is a Character Display Part: • When the entry target is a character display part, the keypad operates as a character entry key. The character codes entered from the keypad are written directly to the PLC memory. The following character codes are used: One-byte characters →...
Page 196: When The Entry Target Is A Table Data Display Part:
Chapter 7 Entry Mode When the Entry Target is a Table Data Display Part: • Numerical data or characters can be entered for a table when a table data display part is used. The keypad can be used to enter numerals for the numerical data display parts, and to enter characters for the character display parts.
Page 197: How To Change Over Entry Targets (= [Type: Block])
Chapter 7 Entry Mode How to Change Over Entry Targets (= [Type: Block]) When there are too many display parts to be displayed on the screen at one time, data blocks can be used. Place the data block area on the screen. Register the entry targets in the “data block.”...
Page 198: Type: Direct]
Chapter 7 Entry Mode [Type: Direct] The entry format, the number of digits, the decimal point position, etc. are externally commanded via the memory address. Numerical data is written to the information output memory addresses “n + 2” and “n + 3.” Characters are written to the information output memory addresses starting from “n + 2.”...
Page 199: Entry Dialog Setting
Chapter 7 Entry Mode Entry Dialog Setting Type: Data Display/Block ♦ [Main] Tab Window [Division No.] (0 to 255) Specify the division number. In one division, only one entry mode can be registered. The parts to be used in entry mode must be placed in the same division.
Page 200 Chapter 7 Entry Mode Use Writing Enabled Bit] Unchecked The status of [Command Memory] (writing enabled, bit 15) is ignored. Keypad entry is always available. Checked Bit 15 of [Command Memory] (writing enabled) determines whether or not the keypad is enabled. •...
Page 201 Chapter 7 Entry Mode - Writing enabled/disabled (bit 15) This bit is available when [ Use Writing Enabled Bit] is checked. Disabled Only the switches for [Function: Roll Up/Roll Down] are enabled. When other keys are pressed, an error buzzer sounds. Enabled Entry keys work normally.
Page 202 Chapter 7 Entry Mode - Entry target selection (bit 12) The entry target is chosen. Data display part Table data display part - Writing enabled/disabled (bit 15) This bit is available when [ Use Writing Enabled Bit] is checked. This bit determines whether or not the keypad is enabled. Keypad is disabled.
Page 203 Chapter 7 Entry Mode • When [ Lines/Columns Output] is checked 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Command memory n Data display number (selection order: 0 to 255) Entry area selection (0 to 3) Entry target data Bit No.
Page 204 Chapter 7 Entry Mode - Entry target selection (bit 12) This bit becomes active when [Lines/Columns Output] is checked in the [Detail] tab window of the [Entry] dialog. Data display part is selected Table data display part is selected - Input (bit 14) The input status of the entry mode is displayed on the top screen (of the base screen or overlap 0 to 2).
Page 205: Detail] Tab Window
Chapter 7 Entry Mode [Input Item Select] Determine the method of the data display part (entry target) selection. • Internal Up/Down switches (↓/↑) are used for selection and cursor movement. The same division number must be specified for the Up/Down switches (↓/↑) and in the [Entry] dialog.
Page 206 Chapter 7 Entry Mode Default to 0] This is enabled when a data display part as an entry display is placed. • When [ Default to 0] is checked: The following data is used for the default entry display after pressing the ENT key: Numerical data entry →...
Page 207: When [Direct] Is Chosen For [Type]:
Chapter 7 Entry Mode When [Direct] is Chosen for [Type]: This is not available for a table data display. ♦ [Main] Tab Window [Division No.] (0 to 255) Specify the division number. In one division, only one entry mode can be registered.
Page 208 Chapter 7 Entry Mode [Command Memory] The entry format, the number of digits, the decimal point position, etc. are specified. 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Command memory n 1: Clear Entry format Write format 0: DEC (w/o sign)
Page 209 Chapter 7 Entry Mode • Decimal point (n + 1 bits 8 to 11) Specify the decimal point position. Up to 10 digits can be displayed in DEC refer to “Chapter 5 Data Display”). Therefore “0 to 9” can be specified. [Info.
Page 210: Detail] Tab Window
Chapter 7 Entry Mode • Writing completed (bit 15) When the ENT key is pressed, this bit is set to “1” (ON). • Digits for entry, decimal point (n + 1 bits 0 to 7 and 8 to 11) Data specified in the command memory address is written. •...
Page 211: Entry Keys (Keypad)
Chapter 7 Entry Mode Entry Keys (Keypad) A number of keys are required for entering numerals and characters in entry mode. There are three methods as described below. • Choose and place the desired keypad part from the parts file. ( Refer to page 7-20.) •...
Page 212: Set And Place The Switches One By One
Chapter 7 Entry Mode Set and Place the Switches One by One 1. Open the [Switch] dialog. 2. [Main] tab window [Division No.] Be sure to specify the same division number as in the [Entry] dialog. For more information about Division Number, refer to Chapter 2 in the Reference Manual (Operation).) [Function] Set the necessary functions.
Page 213: Use The Graphic Library For Character Entry Key
Chapter 7 Entry Mode Use the Graphic Library for Character Entry Key Select the switches from the parts files [Parts_j.V7P / Std.V7P] (V7 series) and [Parts_j.V6P / Std.V6P] (V6 series). ♦ Placement of the Character Entry Switches 1. Open the [Switch] dialog. 2.
Page 214: Graphic Library Edit
Chapter 7 Entry Mode ♦ Graphic Library Edit 1. [Item] → [Graphic Library] The [Graphic Library] dialog is displayed. 2. Input [Start Graphic No.] set in the [Detail] Tab Window of the [Entry] dialog. The screen of Graphic Library Edit is displayed. 3.
Page 215 Chapter 7 Entry Mode Character Centering (Use graphic library) Center the text on the graphic library to place it in the center of the switches. 1. While open the screen edit, click [Display Environment] in the [Display] menu. The [Display Environment] dialog is displayed.
Page 216: Switch Functions List
Chapter 7 Entry Mode Switch Functions List Switch functions available on keypad are as follows: Switch repeat function = Holding down the switch repeats the switch operation. For more information, refer to “Appendix 1 Internal Memory” (page A1-1). Function Attached data Action Char.
Page 217: Entry Target (Numerical Data/Character/Table Data Display Part)
Chapter 7 Entry Mode Entry Target (Numerical Data/Character/ Table Data Display Part) Set and place the numerical data, character, and table data display part, which will display the data entered through the keypad. In the case of Numerical Data/Character Display Part The following describes important setting items when the entry target is numerical data display parts or character display parts.
Page 218: In The Case Of Table Display Part
Chapter 7 Entry Mode In the case of Table Display Part The following describes important setting items when the entry target is table data display parts. For the other setting items, refer to “Chapter 5 Data Display.” For how to edit table data display, refer to Chapter 2 in the Reference Manual (Operation).
Page 219: Type 1] Tab Window
Chapter 7 Entry Mode The following describes the setting of each data element within the table data display part. ♦ [Type 1] Tab Window Select [Num. Display] for the numerical data entry, and select [Char. Display] for character entry. ♦ [Type 2] Tab Window [Display Function] Select [Entry Target].
Page 220: Entry Display
Chapter 7 Entry Mode Entry Display When setting data display part, [Entry Display] must be chosen for [Display Function]. The data entered through keypad is displayed temporarily. When the ENT key is pressed, it is written to the entry target memory. If this part has not been set, data entered through keys is indicated directly in an entry target.
Page 221: Entry Data Range
Chapter 7 Entry Mode Entry Data Range Minimum and maximum displays can be set only for numerical data entry. They are not available for character display. In the case that [Alarm] is set on the numerical data display part for entry target, minimum and maximum data are displayed.
Page 222: Data Block
Chapter 7 Entry Mode Data Block Place the data block area on the screen. Register the entry targets in the “data block.” Many entry targets can be displayed by switching the block No. A maximum of four data blocks are available on one screen. If you set four data blocks on the base screen, you cannot set any more data blocks on the overlaps 0 to 2.
Page 223: Data Block] Dialog
Chapter 7 Entry Mode [Data Block] Dialog ♦ [Main1] Tab Window [Division No.] (0 to 255) Specify division number. Only one data block area can be set in one division. ( For more information about the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Command] Specify the command methods for changing over the data block to be...
Page 224: Main2] Tab Window
Chapter 7 Entry Mode ♦ [Main2] Tab Window Info. Output Memory] • Checked The block number currently being displayed is written. Item Select] • Checked An item select memory address can be specified. [No. of Words] [These options become active when [ Item Selection] is checked.
Page 225: Display Area
Chapter 7 Entry Mode Display Area Set the display area to display the entry target placed with [Data Block Edit]. ♦ Notes [Division No.] Specify the same division number as in the [Data Block Area] dialog. (Division number: Refer to Chapter 2 in the Reference Manual (Operation).) Switches When [Internal] is chosen for [Command] in the [Data Block Area] dialog, data...
Page 226: Placement Of Keypad On Overlap
Chapter 7 Entry Mode Placement of Keypad on Overlap It is possible to place a keypad on an overlap while entry targets are placed on the screen. The keypad can be displayed on the screen only when necessary. • Normal (Overlap is not displayed) Data Entry Overlap No.
Page 227: Overlap Calling And Deleting
Chapter 7 Entry Mode Overlap Base screen Data Entry Num. Display 1 1111 2222 Num. Display 2 3333 Num. Display 3 Max. Max. 9999 Min. Min. Max. Max. 9999 Enter Enter Min. Min. Enter Enter Overlap Overlap Calling and Deleting When a keypad is placed on the overlap with entry mode, the overlap is deleted by pressing the ENT key.
Page 228: Item Select Function
Chapter 7 Entry Mode Item Select Function • The cursor can be moved to the specified entry targets only, or it can be locked to prohibit entry target selection. These operations are set by the “item select function.” Entry Screen Max.
Page 229: Item Select Memory Setting
Chapter 7 Entry Mode Item Select Memory Setting The entry target selection command is set by the item select memory address. The memory address setting method depends on the type of the entry target and the editing layers selected for placing the entry targets. ♦...
Page 230 Chapter 7 Entry Mode • Placing on Overlaps (Call or Multi) [Overlap (Call)] or [Overlap (Multi)] dialog. Item Select] Check [Item Select]. The desired memory address can be specified. • Placing on Data Blocks [Data Block Area] dialog → [Main 2] tab window Item Select] Check [Item Select].
Page 231: When Entry Targets Are Table Data Display Parts:
Chapter 7 Entry Mode ♦ When Entry Targets are Table Data Display Parts: • [Table Data Display] dialog Item Select] Check [Item Select]. The desired memory address can be specified. When the entry targets are table data display parts, for all placement areas they can be set in the [Table Data Display] dialog.
Page 232: Contents Of Item Select Memory
Chapter 7 Entry Mode Contents of Item Select Memory The memory addresses specified for [Item Select Memory] are linked with the selection order of entry targets as shown below: ♦ For Numerical Data/Character Display Parts as Entry Targets Bit number 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Command Selection order of entry...
Page 233: For Cells In Table Data Display Part As Entry Targets
Chapter 7 Entry Mode ♦ For Cells in Table Data Display Part as Entry Targets Assignment depends on the number of lines of Table Data Display Part. In this case, you need not be concerned with the selection order of data display parts.
Page 234: Password Entry
Chapter 7 Entry Mode Password Entry It is easy to enter a password in the entry mode. Ex.) Character display Memory: D300 Display Function: Password Entry [Detail] menu Password 0: 1999 Password 1: 1231 Password 2: (None) Password 3: (None) When entering “1999”...
Page 235: Character Display (Password Entry)
Chapter 7 Entry Mode Character Display (Password Entry) Place the character display part to enter the password. ♦ [Type] Tab Window [Display Function] Select [Password Entry]. This adds setting items to the [Detail] tab window for the password entry. ♦ [Detail] Tab Window [Password] It is possible to set password.
Page 236: Outline
Chapter 8 Graph Display Graph Display Outline Data in the PLC memory can be displayed in a graph. Changes in data can be visualized. Types of Graphs • Bar graph PLC memory SYSTEM • Pie graph 100% • Panel meter 7000 •...
Page 237: Pie Graph Outline
Chapter 8 Graph Display Pie Graph Outline • Data in the specified memory address can be expressed in a pie graph, extending the graph clockwise from the start point. It is possible to extend the graph from the desired standard point. Standard point •...
Page 238: Statistic Graph Outline
Chapter 8 Graph Display Statistic Graph Outline • Percentages of data contained in multiple memory addresses can be expressed in a statistic graph. • Two types of statistic graphs are available: bar graph and pie graph. 1. Bar graph: Horizontal bar (→) or vertical bar (↑) 2.
Page 239: Closed Area Graph Outline
Chapter 8 Graph Display Closed Area Graph Outline • Changes in a closed area, such as a tank, can be expressed in a closed area graph. 1234 • When data of an area exceeds or falls short of the range specified, the graph color can be changed.
Page 240: Bar Graph
Chapter 8 Graph Display Bar Graph [Bar Graph] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Memory] Data in this memory address is shown in the graph in real time. The data in this address is called the “current value.”...
Page 241: Setting] Tab Window
Chapter 8 Graph Display ♦ [Setting] Tab Window [Data Length] Choose either 1-word or 2-word for the data length of the specified memory. [1-Word]: word [2-Word]: double-word [Type] Choose either [Standard] or [Deviation]. Standard: The bar extends from the minimum value toward the maximum value to the current value.
Page 242: Disp. Prop.] Tab Window
Chapter 8 Graph Display ♦ [Disp. Prop.] Tab Window • Standard • Deviation In-area property In-area property Frame color Frame color ON color ON color Target color Current value Target value Current value Target value [In-area Prop.] Specify the colors inside the graph. The [Background] option becomes active when any tile pattern other than pattern 0 (extreme left) is chosen for [Tile].
Page 243: Alarm Setting] Tab Window
Chapter 8 Graph Display ♦ [Alarm Setting] Tab Window When showing scales, do not place scales in the Horizontal Vertical bar following position. There are some cases where [Color] for [Mark Display] is different from the setting color or is not displayed. A = 2 dots The mark is drawn by XORed color.
Page 244: Alarm Color] Tab Window
Chapter 8 Graph Display [Position] When the [ Mark Display] box is checked, this option becomes active. Choose either [Top] (left) or [Bottom] (right) for placing marks. Separate Display] The bar is shown in separate colors: [Lower Color], [Range Color], and [Upper Color] specified in [Alarm Color] tab window when this option is checked ( ).
Page 245: Alarm Setting 2] Tab Window
Chapter 8 Graph Display ♦ [Alarm Setting 2] Tab Window When [ Alarm] is checked in the [Alarm Setting] tab 5-color alarm display window, this tab is displayed. Specify it when you want to Upper 2 color display more than three colors of alarm setting. Upper color The contents of this tab window are the same as the [Alarm Setting] and [Alarm Color] tab windows.
Page 246: Pie Graph
Chapter 8 Graph Display Pie Graph [Pie Graph] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Memory] Data in this memory address is shown in the graph in real time. The data in this address is called the “current value.”...
Page 247: Setting] Tab Window
Chapter 8 Graph Display ♦ [Setting] Tab Window [Data Length] Choose either 1-word or 2-word for the data length of the specified memory. [1-Word]: word [2-Word]: double-word [Type] Choose either [Standard] or [Deviation]. Standard: The bar extends from the minimum value toward the maximum value to the current value.
Page 248: Disp. Prop.] Tab Window
Chapter 8 Graph Display ♦ [Disp. Prop.] Tab Window [In-area Prop.] In-area property Specify the colors inside the graph. The Target color [Background] option becomes active when Frame color any tile pattern other than pattern 0 (extreme left) is chosen for [Tile]. [Target Color] Target value ON color...
Page 249: Alarm Setting] Tab Window
Chapter 8 Graph Display ♦ [Alarm Setting] Tab Window When showing scales, do not place scales in the following position. There are some cases that [Color] for [Mark Display] is different from the setting color or is not displayed. The mark is drawn by XORed color. Pie graph A = Angle: 1/3, Radius r 2 dots...
Page 250: Alarm Color] Tab Window
Chapter 8 Graph Display [Color] When the [ Mark Display] box is checked, this option becomes active. Choose the desired color for the mark. Separate Display] The bar is shown in separate colors: [Lower Color], [Range Color], and [Upper Color] specified in [Alarm Color] tab window when this option is checked ( ).
Page 251: Examples With Alarm Setting
Chapter 8 Graph Display Examples with Alarm Setting • [Type: Standard], [ Alarm] Lower Range Upper In-area color color color property • With marks • Single color use Current value Current Current value value Lower Lower Upper Upper Lower Upper Current Upper Lower...
Page 252: Panel Meter
Chapter 8 Graph Display Panel Meter [Panel Meter] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Memory] Data in this memory address is shown in the graph in real time. The data in this address is called the “current value.”...
Page 253: Setting] Tab Window
Chapter 8 Graph Display ♦ [Setting] Tab Window [Data Length] Choose either 1-word or 2-word for the data length of the specified memory. [1-Word]: word [2-Word]: double-word [Progress Direction] Select the indicator’s moving direction. Clockwise/Counterclockwise [Scale] Specify the minimum and maximum values for the range of the graph. Negative values can be entered.
Page 254: Disp. Prop.] Tab Window
Chapter 8 Graph Display ♦ [Disp. Prop.] Tab Window [In-area Prop.] In-area property Target color Specify the colors inside the graph. Frame color The [Background] option becomes active when any tile pattern other Target Current than pattern 0 (extreme left) is value value chosen for [Tile].
Page 255: Alarm Setting] Tab Window
Chapter 8 Graph Display ♦ [Alarm Setting] Tab Window Alarm] If you want to show the indicator in a different color when data in the specified memory address exceeds or falls short of the range specified, check this box ( ). [Upper Value] [Lower Value] [Lower Value] specifies the lower limit of data, and [Upper Value] specifies the upper limit of data.
Page 256: Examples With Alarm Setting
Chapter 8 Graph Display Examples with Alarm Setting Lower Range Upper color color color Current value Upper Lower Upper Lower Upper value color value Lower color color value Current value Current value 8-21...
Page 257: Statistic Graph (Bar, Pie)
Chapter 8 Graph Display Statistic Graph (Bar, Pie) Setting Items [Parts] → [Graph Display] → [Stat. Graph] % display (page 8-24) Statistic pie graph Statistic bar graph “% display” can be set in the following procedure. [Parts] → [Data Display] → [Num. Data Display] → [Type] → [Display Function: Stat. Graph % Display] [Stat.
Page 258: Setting] Tab Window
Chapter 8 Graph Display ♦ [Setting] Tab Window [Direction] Select t [Top] (vertical) or [Right] (horizontal) to select the direction for drawing the graph. * This option is not active for the statistic pie graph. [Data Length] Choose data length for the memory to be used for the graph. The number of memory addresses to be allocated depends on this selection.
Page 259: Numerical Data Display (% Display)
Chapter 8 Graph Display Numerical Data Display (% Display) “% display” of data in the graph is available using numerical data display parts. Statistic graph Numerical data display Linked ♦ Notes [Main] Tab Window [Division No.] Specify the division number. Set the same division number as the one specified for the statistic graph part.
Page 260: Trend Graph
Chapter 8 Graph Display Trend Graph [Trend Graph] Dialog ♦ Memory Setting for Trend Graph Control memory: 1 word Required memory per trend line Required memory = [Data Length] × [Trends] (number of plot points) ♦ [Main] Tab Window [Division No.] Specify the division number.
Page 261: Setting 1] Tab Window
Chapter 8 Graph Display 1. Trend count • Specify the trend count (the number of plot points to be displayed). • When trend count is specified in the control memory, the trend graph is drawn by reading data for the lines (Nos. 0 to 15) as specified in respective tab windows.
Page 262 Chapter 8 Graph Display Use XY Parameters] Choose whether or not to use XY parameters. Use XY parameters to set the plot point pitch as desired. • [ Use XY Parameters] The pitch of plot points is automatically calculated within MONITOUCH. For the relation between point pitch and memory allocation, refer to page 8-32.
Page 263 Chapter 8 Graph Display [Trends] (3 to 800) Specify the desired maximum number of plot points. [Display in Area] Set the inside colors of the trend graph. Select [Foreground], [Background], and [Tile]. The [Background] option becomes active when any tile pattern other than pattern 0 (extreme left) is chosen for [Tile].
Page 264: Setting 2] Tab Window
Chapter 8 Graph Display ♦ [Setting 2] Tab Window When drawing two or more subsidiary lines or grids: 1. Draw the desired lines or grids in graphic library editing window. 2. Go back to the screen edit window. 3. Click the trend graph (handles are shown). Click the [Change the Setting of a Part Placed] icon.
Page 265: Setting 3] Tab Window
Chapter 8 Graph Display [Data Length] Choose data length for the memory to be used for the upper/lower line. [1-Word]: word [2-Word]: double-word [Graph Max.] [Graph Min.] Scales can be attached for reference of drawing the upper and lower lines. Negative values can also be specified.
Page 266: To [15] Tab Window
Chapter 8 Graph Display ♦ [0] to [15] Tab Window Trend Display] A maximum of 16 trend lines can be drawn. In the tab window of the trend line to be displayed, check the [Trend Display] option. [Memory] Data in this memory address is read for drawing the trend line. The number of memory addresses varies depending on the setting for [Trends] in the [Setting 1] tab window and [Data Length] explained below.
Page 267: Use Xy Parameters]
Chapter 8 Graph Display Use XY Parameters] The pitch of plot points is automatically calculated within MONITOUCH. It is calculated as shown below. Plot point pitch (dots) = X size (dots) ÷ ([Trends] − 1) (MONITOUCH adjusts the data so that no remainder will be left.) Point pitch X size Memory setting: n...
Page 268: Use Xy Parameters]
Chapter 8 Graph Display Use XY Parameters] • Pitch data (distance from the coordinate origin to each plot point) should be specified in units of dots. • Memory allocation The memory allocation varies depending on the setting for [Trends] in the [Setting 1] tab window and [Data Length] in the [0] to [15] tab window.
Page 269: Asynchronous Display Of Multiple Trend Graphs
Chapter 8 Graph Display Asynchronous Display of Multiple Trend Graphs All the trends on a trend graph are displayed to the same points at the same time, because a trend graph has only one control memory. If you want to display each trend with asynchronous timing, you have to bring up the [Trend Graph] dialog →...
Page 270: Notes On Setting
Chapter 8 Graph Display ♦ Notes on Setting 1. When linking two or more trend graphs, you have to regard one trend graph as “Master,” and the other trend graph(s) as “Slave.” When setting the slave trend graph, check [ Use Link] and specify the [Link Division No.] as the same number as the master trend graph.
Page 271: Closed Area Graph
Chapter 8 Graph Display Closed Area Graph [Closed Area Graph] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Memory] Data in this memory address is shown in the graph in real time. The data in this address is called the “current value.”...
Page 272: Display Property] Tab Window
Chapter 8 Graph Display ♦ [Display Property] Tab Window [Area Property] In-area propert Specify the colors inside the graph. The [Background] option becomes active Current value when any tile pattern other than pattern 0 (extreme left) is chosen for [Tile]. [ON Color] ON color Choose colors to paint the bar to the...
Page 273: Alarm Setting] Tab Window
Chapter 8 Graph Display ♦ [Alarm Setting] Tab Window Alarm] If you want to show the closed area graph in a different color when data in the specified memory address exceeds or falls short of the range specified, check this box ( ). [Upper Value] [Lower Value] [Lower Value] specifies the lower limit of data, and [Upper Value] specifies the upper limit of data.
Page 274: Alarm Color] Tab Window
Chapter 8 Graph Display Lower Range Upper In-area color color color property [Direction: ↑] Single color use Current value Upper Upper value Upper value value Current value Lower Lower value Lower value value Current value Separate color use Current value Upper Upper value...
Page 275: Notes
Chapter 8 Graph Display Notes • When a tile pattern (other than tile pattern “0”) is used for screen background or overlap display area, the closed area graph may not be drawn correctly. Likewise, when the closed area graph is placed on a graphic using a tile pattern, it may not be drawn correctly either.
Page 276: Displaying Graphics
Chapter 9 Graphic Display Graphic Display The MONITOUCH can display or change a variety of pre-registered graphics on the screen based on bit activation and the graphic number specification. Displaying Graphics The graphic display function can be used in a variety of ways depending on one’s purpose.
Page 277: Graphic Mode
Chapter 9 Graphic Display Graphic Mode Outline • The registered graphics or texts can be brought up by specifying the graphic number. [Command: External] “5” in D200 STOP SYSTEM Graphic No. 5 D200 POWER Graphic No. 5 is displayed. • When graphics or texts are displayed by specifying the graphic number, it is possible to animate or transform them.
Page 278: Setting Items
Chapter 9 Graphic Display • It is possible to give commands for showing graphics or texts using internal switches. [Command: Internal] Graphic No. 5 Graphic No. 6 Press the [Plus Block] switch. Graphic No. 6 is displayed. Graphic No. 4 Graphic No.
Page 279: Graphic] Dialog
Chapter 9 Graphic Display [Graphic] Dialog [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Command] Choose the commanding method of displaying the graphics (diagrams, texts, etc.) registered in the graphic library. •...
Page 280: Command: External]
Chapter 9 Graphic Display ♦ [Command: External] [Memory] Set the memory used to specify the registered graphic number. The specified graphic number varies depending on the [ Graphic] setting described below. The contents of memory are shown below. 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Memory n Graphic]: Graphic No.
Page 281: Display Area Parts
Chapter 9 Graphic Display Graphic] • [ Graphic] Set the [GNo] (Group number = 0 - 9). The graphic displayed on the screen is limited to a graphic within the specified group number. Specify a graphic number (0 - 255) in one group in memory. •...
Page 282: Changing The Display Area Size
Chapter 9 Graphic Display ♦ Changing the Display Area Size The placed display area part must be adjusted to fit the graphic mode display area size. The [Offset] location in the graphic library fits in the upper left corner of the display area part on screen. Considering this position, determine the size of the display area part.
Page 283: Graphic Relay Mode
Chapter 9 Graphic Display Graphic Relay Mode Outline The graphics or texts registered in the graphic library can be displayed or erased according to bit activation. There are two types of graphic relay mode. • [Type: 1 Graphic] When a bit is set (ON), the corresponding graphic is displayed; when it is reset (OFF), it is erased.
Page 284: Setting Items
Chapter 9 Graphic Display • It is possible to animate or transform both [1-Graphic] and [2-Graphic] graphics or texts. If you want to animate or transform graphics or texts, set up parameters for these items in the graphic library. When parameters are set, the required memory addresses are allocated for animation and transformation.
Page 285: Graphic Relay] Dialog
Chapter 9 Graphic Display [Graphic Relay] Dialog [Division No.] Specify the division number. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Memory] Specify the command memory that is used to display the registered graphics or texts on the screen.
Page 286 Chapter 9 Graphic Display • [XOR] When the bit is reset (OFF), the OFF graphic is displayed. When it is set (ON), the OFF graphic is cleared, and the ON graphic is drawn. When the bit is reset again, the ON graphic is cleared, and the OFF graphic is drawn. When the bit is reset (OFF), When the bit is set (ON), the When the bit is reset (OFF)
Page 287 Chapter 9 Graphic Display • [REP] When the bit is reset (OFF), the OFF graphic is displayed. When it is set (ON), the ON graphic is drawn over the OFF graphic. When the bit is reset again, the OFF graphic is drawn over the ON graphic. The graphics are not XORed with the base screen and are displayed in original colors.
Page 288 Chapter 9 Graphic Display [Start Graphic GNo & No] Specify the top graphic library group number and the graphic number. Memory allocation varies depending on the setting for [Type] and [Number of Relays]. Example: [Memory: D200], [Start Graphic: GNo. 0 No. 3] •...
Page 289 Chapter 9 Graphic Display [Parameter] Parameters are required when moving or transforming graphics. Specify the total number of parameters provided to the graphics you are going to use in graphic mode. From this total and parameter numbers, memory allocation is determined.
Page 290: Display Area Parts
Chapter 9 Graphic Display Display Area Parts When using a display area part in Graphic Relay mode, it is possible to change the graphic display position easily. The [Offset] location in the graphic library fits in the upper left corner of the display area part on a screen. Graphic library Display area part Screen No.
Page 291: Graphic Colors
Chapter 9 Graphic Display Graphic Colors Display Modes When graphics are displayed on the screen, there are two types of display modes. • XOR Graphic colors are XORed with the colors of the base screen. • REP Original graphic colors are shown. This is determined by the settings for the mode or parameters.
Page 292: Xored Colors
Chapter 9 Graphic Display XORed Colors When graphic colors are XORed with the colors of the base screen, the following colors take effect. This color is called “XORed color.” XORed colors of basic eight colors are shown below. All the codes for basic eight colors are the same for the V series. For other codes, different codes are used for the V7 and V6 series.
Page 293: Canceling The Xor Display (Transparent Pattern)
Chapter 9 Graphic Display Canceling the XOR Display (Transparent Pattern) Normally, because things like [Animate] that took place on the graphic display were all XORed, it was impossible to display colors on the screen in the same colors that you initially created them in (when the colors were other than black). Additionally, because the XORed color was affected by the base color, when animation was performed on multiple background colors, the color changed whenever the background did.
Page 294: Screen Edit
Chapter 9 Graphic Display Screen Edit You must make a setting in the [Transparent] dialog on the pattern edit window. “Transparent” means that when a pattern is placed on the screen, locations not necessary for display are hidden so that the pattern can be displayed in the actual registered rectangle size.
Page 295: Notes
Chapter 9 Graphic Display ♦ Notes • Pattern Edit The following limitations apply when using a transparent color for the pattern. V7 series/V612/610/608 V606/V606i 1 pattern size 4,088 dots 4,088 dots Maximum per screen Total size per screen 256 kbytes 64 kbytes * Pattern size = X size ×...
Page 296: Outline
Chapter 10 Sampling Sampling Outline The MONITOUCH V series incorporates buffering areas. During communication, data received from the PLC memory can be logged in the buffering area, and be displayed using sampling mode explained in this chapter. PLC data logged in the buffering area Buffering area of MONITOUCH is displayed.
Page 297: Trend Sampling
Chapter 10 Sampling Trend Sampling Menu Sampling (Trend) Graph Page Page Roll Roll Reset Print Return DOWN DOWN • Data stored in the specified buffering area can be expressed in a trend graph (line graph) or rectangular waves. • A maximum of 16 trend lines can be displayed in one display area part. •...
Page 298: Data Sampling
Chapter 10 Sampling Data Sampling Menu Sampling (Data) No. 1 No. 2 No. 3 No. 4 No. 5 No. 6 No. 7 No. 8 102 150 191 250 303 408 515 787 111 156 196 255 310 410 526 712 108 159 199 254 311 412 533 742 106 145...
Page 299: Bit Sampling
Chapter 10 Sampling Bit Sampling Menu Sampling (Bit) < ON / OFF > Counts 6 06-04 11 : 59 : 55 06-04 11 : 32 : 10 A Tank Temperature Up < ON > < OFF > 06-04 11 : 33 : 15 A Tank Temperature Up <...
Page 300: Relay Sampling
Chapter 10 Sampling Relay Sampling Menu Sampling (Relay) BBBBBBBBBBBBB CCCCCCCCCCCC AAAAAAAAAAAA Display Roll Roll Order DOWN Change • Messages triggered by bit activation (ON) as well as time information are displayed in the order of occurrence. • The message disappears when the corresponding bit is reset (OFF). Only errors that are currently occurring can be seen.
Page 301 Chapter 10 Sampling • The occurrence time and cancellation time are displayed in one line. It is also possible to make calculations to determine time lag, occurrence frequency, total time, etc. • Occurrence time and cancellation time Occurrence Time Cancellation Time 2nd roller error 02/11/15 16:15:43 02/11/15 16:21:12 1st sensor error...
Page 302 Chapter 10 Sampling • It is possible to display errors with distinction between the “first cause” and “others.” When monitoring bit activation (ON/OFF), you will notice that the setting of a bit (first cause) causes secondary and tertiary bits to be set as well.
Page 303: Setting Items
Chapter 10 Sampling • It is possible to choose whether or not to save in the buffer depending on the message. This is useful when messages in multiple modes are displayed together. • Messages can be deleted by pressing the [DEL] key. The record is saved in the buffer.
Page 304: Buffering Area
Chapter 10 Sampling Buffering Area • The “buffering area” is the area where sampling data is saved. The buffering area can be set by selecting [System Setting] → [Buffering Area Setting]. • The maximum capacity of the buffering area is 32 k words. For the SRAM or CF card, the available capacity varies depending on the setting or card capacity.
Page 305: Buffering Area Setting] Dialog
Chapter 10 Sampling [Buffering Area Setting] Dialog ♦ Info. Output Memory This is valid for all buffers No. 0 to 11. Data in the buffering area is written in this memory address. • Used number of words The used number of words varies depending on the setting. (1 to 3 words) Info.
Page 306: To [11] Tab Window
Chapter 10 Sampling ♦ [0] to [11] Tab Window Use Sample Buffer] When the [Use Sample Buffer] option is checked, the following options become active. When the buffer is not used, uncheck the option. The active options are explained below. Memory Designation] •...
Page 307 Chapter 10 Sampling Sample Control Memory Sampling control memory is automatically allocated for a maximum of 3 words following the read area “n + 3” (specified in the [Comm. Parameter] dialog from the [System Setting] menu) by checking the [ Use Sample Buffer] option in the [Buffering Area Setting] dialog.
Page 308 Chapter 10 Sampling [Sampling Method] The following six options are available. Data is sampled in the selected method, and can be displayed in the corresponding sampling mode. Sampling Method Corresponding sampling mode Bit Synchronize Data sampling Constant Sample Trend sampling Bit Sample Bit sampling Relay Sample...
Page 309 Chapter 10 Sampling [No. of Words] (128 words maximum) Specify the number of words to be sampled. As many addresses as the specified number of words must be allocated. When [Bit Sample] or [Relay Sample] is chosen for [Sampling Method], one word corresponds to 16 bits.
Page 310 Chapter 10 Sampling • SRAM Sampled data is stored in the SRAM area. Data is retained when the V series is in the STOP mode (the power is turned off, the Main Menu screen is displayed). The following SRAM areas are available. - V7 series: Built-in SRAM Option V7EM-S...
Page 311 Chapter 10 Sampling Use Start Bit] This is valid only when an option other than [Alarm Function] is selected for [Sampling Method]. You can control sampling start, stop, and restart. Sample control memory [U: operation bit] (bits 03, 07, 11, 15) Sampling start OFF: Sampling stop 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00...
Page 312: Buffering Area Capacity
Chapter 10 Sampling Buffering Area Capacity Depending on the setting for [Sampling Method] and [Store Target], the buffering area size should vary. Calculate the required size as below. • Storage target: Internal buffer (32 k words maximum) (Unit: words) Sampling method Calculation (No.
Page 313: Buffering Area Setting Example
Chapter 10 Sampling Buffering Area Setting Example Set up buffers as given below: Buffer No. 0 [Info. Output Memory: D500] Buffer No. 1 Use Sample Buffer] Use Sample Buffer] Memory Designation] Memory Designation] [Sampling Method: Relay Sample] [Sampling Method: Bit Sample] [No.
Page 314: Trend Sampling
Chapter 10 Sampling Trend Sampling Setting Items New: Existing: Switch See page 10-29. Double-click the display area. Trend sampling See page 10-19. Be sure to set. Sample time display See page 10-26. Set if necessary. Sample count display See page 10-26. Mean display, max.
Page 315: Setting 1] Tab Window
Chapter 10 Sampling ♦ [Setting 1] Tab Window Draw with Rectangular Wave] When this option is checked ( ), the rectangular wave graph is displayed. Select a solid line or dotted line for the line type Draw with Rectangular Wave Draw with Rectangular Wave [Direction] Choose from [RGT], [LFT], [UP], or [DW] to select the direction for drawing...
Page 316 Chapter 10 Sampling [Display in Area] (Foreground, Background, Tile) For the inside of the trend sampling area, choose the desired foreground and background colors and tile pattern. The [Background] option becomes active when any tile pattern other than pattern 0 (extreme left) is chosen for [Tile]. Pen Recorder Type] Check this option when using the pen recorder type display.
Page 317: Setting 2] Tab Window
Chapter 10 Sampling ♦ [Setting 2] Tab Window Set the options for drawing subsidiary lines. Graph Max. Upper Value Lower Value Graph Min. Upper Line Display] [ Lower Line Display] If you want to draw only one line, check either [ Upper Line Display] or [ Lower Line Display].
Page 318: To [15] Tab Window
Chapter 10 Sampling ♦ [0] to [15] Tab Window These tab windows include options for setting up drawing properties and maximum/minimum values for each trend line. Trend Display] When this box is checked, the options for drawing properties become active. These options are described as follows: [Line Color] Choose the color of the trend line.
Page 319 Chapter 10 Sampling [Sample Buffer Word No.] In regard to the words entered for [No. of Words] in the [Buffering Area Setting] dialog, specify the word address to be referred to for displaying sampled data. Example: “8” is specified for [No. of Words] in the [Buffering Area Setting] dialog. When you want to sample data of the 3rd word in the buffering area, specify “2”...
Page 320: Trend Sampling Area And Plot Points
Chapter 10 Sampling Trend Sampling Area and Plot Points The V series calculates the size of the point pitches for drawing a trend graph as follows: Point pitch (dots) = X size (dots) ÷ ([Trends] − 1) (The minimum unit of point pitch is “1 dot.”) Point pitch X size Example1: Suppose the following trend sampling:...
Page 321: Data Display Function For Trend Sampling
Chapter 10 Sampling Data Display Function for Trend Sampling ♦ Sample Count Display The total number of data sampled or the ordinal number of the selected data element among those sampled can be indicated. ( For information on selection with the cursor, refer to page 10-29.) Normal When selected: This number indicates the amount of...
Page 322: Sample Buffer Mean, Min., Max. And Total Displays
Chapter 10 Sampling [Digits] Depending on the setting for [Digits], the sampling time is indicated in the following format: Less than 8 digits No display From 8 digits up to 14 digits hour : minute : second 15 digits or greater month - date, hour : minute : second For more information on other setting items, refer to “Chapter 5 Data Display.”...
Page 323 Chapter 10 Sampling • Notes on Mathematical Operations - Calculations are performed based on the data sampled from the start until the present. When [Continuous] is chosen for [Full Processing] in the [Buffering Area Setting] dialog, the actual calculated result may disagree with the value displayed on the screen.
Page 324: Switches For Trend Sampling
Chapter 10 Sampling Switches for Trend Sampling When displaying sampled data, scrolling, resetting, etc. can be performed by setting a switch. ♦ Notes on Setting [Division No.] Specify the division number. Specify the same division number as the trend sampling part. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Function]...
Page 325: Sampled Data Display By Switches
Chapter 10 Sampling ♦ Sampled Data Display By Switches The page of the newest trend sampling data is shown when the trend sampling screen is display. To allow operators to view hidden data elements, [Roll Up], [Roll Down], [Plus Block], [Minus Block], and [Graph Return] switches are used. The switches work as described below: 1.
Page 326: Data Sampling
Chapter 10 Sampling Data Sampling Setting Items New: Existing: Data sampling See page 10-31. Switch See page 10-29. Sample time display See page 10-40. Be sure to set. Sample count display See page 10-40. Set if necessary. Display area See page 10-34. Mean display, max.
Page 327: Message To Print
Chapter 10 Sampling [Message to Print] Sampled data stored in the buffer can be printed out in the form of data sampling. The header line can be printed when it is registered as a message on the message edit window. Specify the group and line numbers of the top message.
Page 328 Chapter 10 Sampling Print Method • Press the [Function: Sample Print] switch. • Set the bit for the print command memory. Print Command Memory] When print command is given externally, check this box. Specify the command memory. 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Memory n Printout (0 →...
Page 329: Sampling Display Area
Chapter 10 Sampling Sampling Display Area This is the area where sampling data is displayed. ♦ [Main] Tab Window [Division No.] Specify the division number. Specify the same division number as in the [Data Sampling] dialog. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Foreground] [Background] [Tile] Choose colors for the sampling display area.
Page 330: Detail] Tab Window
Chapter 10 Sampling ♦ [Detail] Tab Window In one sampling display area, up to 16 data can be displayed. Properties can be set for each data display. Numerical data display and also character display parts can be set. Check the desired number, and the [Data] or [Char] button becomes active.
Page 331 Chapter 10 Sampling [Digits] Depending on the [Display Type] selection, the available data range varies as shown below. If the decimal point is included in numbers, it does not need to be counted. Example: 99.9 → 3 digits Display Type Digits Decimal Point 1 to 10...
Page 332 Chapter 10 Sampling [Sample Count] This option is to be used for data converted from the GD80 series. Do not use any data other than converted data. ( Refer to the File Conversion Manual.) • [Char. Prop.] Tab Window [Char. Type] Choose from [Normal], [1/4], [Bold] or [Shadow].
Page 333 Chapter 10 Sampling [Max. Color Foreground/Background] [Min. Color Foreground/Background] Select the desired colors for the maximum value (to be displayed when data exceeds the range) and for the minimum value (to be displayed when data falls short of the range). When [B] is pressed, data flashes in the selected color.
Page 334: Size Setting Of Sampling Display Area Part
Chapter 10 Sampling Italic] Italics for characters can be chosen. When making the characters Italic, check the box. [Foreground]/[Background] Select character colors. When [ Transparent] is checked, the [Background] option is not active. ♦ Size Setting of Sampling Display Area Part It is possible to check how many lines can be held in the sampling display area.
Page 335: Data Display Function For Data Sampling
Chapter 10 Sampling Data Display Function for Data Sampling ♦ Sample Count Display The total number of data sampled or the ordinal number of the selected data element among those sampled can be indicated. The procedure for selection with the cursor is explained in the following section, “Switches for Data Sampling.”...
Page 336: Sample Buffer Mean, Min., Max. And Total Displays
Chapter 10 Sampling Notes on Setting [Division No.] Specify the same division number as in the [Data Sampling] dialog. [Display Function] Choose [Sample Time Display]. [Digits] Depending on the setting for [Digits], the sampling time is indicated in the following format: Less than 8 digits No display From 8 digits up to 14 digits...
Page 337: Switches For Data Sampling
Chapter 10 Sampling [Sample Buffer No.] Specify the buffer number for sampled data display. This option is the same as [Buffer No.] in the [Data Sampling] dialog. When the data of [Sample Buffer Mean Display], [Sample Buffer Max. Display], [Sample Buffer Min. Display], or [Sample Buffer Total Display] should be displayed, check [ Use Operation] in the [Buffering Area Setting] dialog for the buffer number specified for calculation.
Page 338: Sampled Data Display By Switches
Chapter 10 Sampling ♦ Sampled Data Display By Switches The first page of the data sampling graph is shown if the screen display is shifted during sampling. To allow operators to view hidden data elements, [Roll Up], [Roll Down], [Plus Block], [Minus Block], and [Graph Return] switches are used. The switches work as described below: 1.
Page 339: Bit Sampling
Chapter 10 Sampling Bit Sampling Setting Items New: Existing: Bit sampling See page 10-44. Status display See page 10-51. Sample time display See page 10-50. Sample count display See page 10-50. Switch See page 10-52. Be sure to set. Display area See page 10-49. Set if necessary.
Page 340 Chapter 10 Sampling [Refer to Buffer Use] The setting for [Buffer No.] in the [Buffering Area Setting] dialog can be rechecked or modified. Click this button. The [Buffering Area Setting] dialog where the buffer number is specified is displayed. * For bit sampling, check that [Bit Sample] is chosen for [Sampling Method]. [Start Message GNo.
Page 341 Chapter 10 Sampling [Status Display] The status display indicates which contents are being shown: bit ON, bit OFF or bit ON/OFF. • No The status is not displayed. Status Display (No) 06-04 11 : 32 : 10 A Tank Temperature Up 06-04 11 : 33 : 15 A Tank Temperature Up 06-04 11 : 40 : 25 C Tank Temperature Down 06-04 11 : 50 : 13 C Tank Temperature Down...
Page 342: Main 2] Tab Window
Chapter 10 Sampling ♦ [Main 2] Tab Window Time Display] When indicating the sampling time, check this box. It is indicated in the following format: day, hour: minute: second. The number of characters is 15 (one-byte). When time display is selected: When time display is not selected: Fixed to 15 one-byte characters Occur...
Page 343: Char. Prop. On/Off] Tab Window
Chapter 10 Sampling [Priority Display] Choose the message display order in bit sampling. Chronological Display: Messages are displayed in order of occurrence from old to new. From Newest: Messages are displayed in order of occurrence from new to old. ♦ [Char.
Page 344: Display Area Parts
Chapter 10 Sampling Display Area Parts This is the area where sampling data is displayed. ♦ Notes on Placement The size of the display area parts placed on screen can be changed. The size of the characters is fixed to “1.” Consider the number of characters to be displayed when determining the size of the part.
Page 345: Data Display Function For Bit Sampling
Chapter 10 Sampling Data Display Function for Bit Sampling ♦ Sample Count Display The total number of data sampled or the ordinal number of the selected data element among those sampled can be indicated. The procedure for selection with the cursor is explained in the following section, “Switches for Bit Sampling.”...
Page 346: Sample Status Display
Chapter 10 Sampling [Digits] Depending on the setting for [Digits], the sampling time is indicated in the following format: Less than 8 digits No display From 8 digits up to 14 digits hour : minute : second 15 digits or greater month - date, hour : minute : second For more information on other setting items, refer to “Chapter 5 Data Display.”...
Page 347: Switches For Bit Sampling
Chapter 10 Sampling Switches for Bit Sampling When displaying sampled data, scrolling, resetting, etc. can be performed by setting a switch. ♦ Notes on Setting [Division No.] Set the same division number as that in the [Bit Sampling] dialog. [Function] Set the switch function.
Page 348: Sampled Data Display By Switches
Chapter 10 Sampling ♦ Sampled Data Display By Switches The first page of the bit sampling graph is shown if the screen display is shifted during sampling. To allow operators to view hidden data elements, [Roll Up], [Roll Down], [Plus Block], [Minus Block], and [Graph Return] switches are used. Also the [Display Change] switch for the status display change and the [Display Order Change] switch for data display order change are available.
Page 349: Print
Chapter 10 Sampling Print Bit sampling data can be printed. There are two print types: “sample print” that prints all data in the buffer, and “real time print” that prints the selected data only during sampling. ♦ Sample Print All the data in the buffer is printed. Print Timing •...
Page 350: Real Time Print
Chapter 10 Sampling ♦ Real Time Print Each time a bit status changes, the change is printed. The sampling messages are continuously printed out. Setting Bring up the [Main 2] tab window of the [Bit Sampling] dialog. Real Time Print] (Refer to page 10-47.) Check this option.
Page 351: Relay Sampling
Chapter 10 Sampling Relay Sampling Setting Items New: Existing: Relay sampling See page 10-56. Switch See page 10-58. Display area lamp See page 10-58. Be sure to set. Display area switch See page 10-58. Be sure to set one. Display area See page 10-58. Set if necessary.
Page 352: Char. Prop.] Tab Window
Chapter 10 Sampling Options Different from Relay Mode [Buffer No.] Specify the desired buffer number. The memory address bit specifying the data for sampling depends on this buffer number. [Refer to Buffer Use] The setting for [Buffer No.] in the [Buffering Area Setting] dialog can be rechecked or modified.
Page 353: Display Area
Chapter 10 Sampling Display Area This is the area where the sampling message is displayed. Select the display area, switch or lamp. Notes on Placement [Division No.] Set the same division number as that in the [Relay Sampling] dialog. Switches for Relay Sampling When displaying sampled data, scrolling, resetting, etc.
Page 354: Differences Between Relay Mode & Relay Sampling
Chapter 10 Sampling Differences between Relay Mode & Relay Sampling ♦ Message Display Different order of display • Relay mode In relay mode, messages are displayed in order of priority. (A smaller message number has priority.) • Relay sampling In relay sampling, messages are displayed in order of occurrence. Example: If the following bits are set in Menu order:...
Page 355: Setting Procedure
Chapter 10 Sampling ♦ Setting Procedure [Memory] and [Executing Relays] For assigning registered messages to bits in the PLC memory, the top memory address as well as the number of executing relays for determining the number of bits are set as follows. •...
Page 356 Chapter 10 Sampling - When [ Memory Designation] is not checked, the specified memory is used for the start memory. Memory bits are automatically assigned by the unit of words from the start memory. Example: [Buffering Area Setting] dialog Memory Designation]: D100 [No.
Page 357: Alarm Display
Chapter 10 Sampling Alarm Display Setting Items New: Existing: Alarm display See page 10-62. Switch See page 10-65. Display area See page 10-65. Be sure to set. Set if necessary. [Alarm Display] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number. For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Buffer No.]...
Page 358 Chapter 10 Sampling Display Mark to First Cause] When this is checked, first cause errors are marked on the left with an asterisk (∗). Display Screen] [Screen No.] When this is checked, it is possible to set the screen number. The [Screen No.] is linked in consecutive order beginning with the top message of [Message GNo.] set in [Buffering Area Setting].
Page 359: Char. Prop.] Tab Window
Chapter 10 Sampling [Display Order] The meaning of “display order” varies depending on what is selected in [Display Mode]. • Chronological Order When [Occurrence Time], [Cancellation Time], or [Time Lag Display] is selected in [Display Mode], older errors are displayed at the top and recently occurring errors are displayed at the bottom.
Page 360: Display Area
Chapter 10 Sampling Display Area This is the area where sampling message is displayed. ♦ Notes on Setting [Division No.] Set the same division number as that in the [Alarm Display] dialog. [Display in Area] Choose colors for the sampling display area. The [Background] option becomes active when any tile pattern other than pattern 0 (extreme left) is chosen for [Tile].
Page 361: Other Function
Chapter 10 Sampling Other Function It is possible to “memorize” data depending on the significance of the message. Example: Line 1 stop bit Line 1 maintenance bit When “Memorize” is selected for the bit for “Line 1 stop” and the bit for “Line maintenance”: When “Memorize”...
Page 362: Alarm Display Internal Memory ($S)
Chapter 10 Sampling Alarm Display Internal Memory ($s) The internal memory associated with the alarm display is shown below. * A macro command [SET_BUFNo] must be executed to output the information below into system memory. Address ($s) Contents Auto Operation Time (L) Auto Operation Time (H) Auto Operation Stop Time (L) Auto Operation Stop Time (H)
Page 363: Command In Bits For Alarm Display
Chapter 10 Sampling (6) Buffer No. 0 = 11 Normal operation bit ($s456) The normal operation bit status of buffer numbers 0 to 11 is written. $s456 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 No.
Page 364 Chapter 10 Sampling (Only for buffer numbers that are used) Read Area n + 3 = D00003 Sample Control Memory Read Area n D00000 Read area n + 1 D00001 n + 2 D00002 Sample control n + 3 D00003 n + 4 D00004 Sampling data...
Page 365: Time Display Items
Chapter 10 Sampling Time Display Items When using this item, the time information stored in the system memory ($s) about [Alarm Display] can be displayed easily. Setting Procedure Click the [Time Display] icon. The [Time Display] dialog is displayed. [Division No.] Specify the division number where the [Time Display] part is placed.
Page 366: Outline
Chapter 11 Time Display/Calendar Time Display/Calendar Outline The “calendar” part is used to show the “year, month, day, hour, minute, second, day of the week” on the screen. Depending on the calendar data to be used, the setting and correction methods vary. Refer to the following table. SYSTEM 04/1/2002 17:50:30...
Page 367: Time Display] Part
Chapter 11 Time Display/Calendar [Time Display] Part • Select [Part] → [Time Display]. The time display part cannot show the day of the week. To show the day of the week, use the calendar part. [Time Display] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number where the [Time Display] part is placed.
Page 368: Char. Prop.] Tab Window
Chapter 11 Time Display/Calendar [Memory] This option should be set when using the calendar in the user-defined format. Data in the memory is read as described in “[Time Display Format] Dialog” (page 11-8). [Calendar Condition] [Date Display] [Time Display] Set the display condition for each of these items. [Process Cycle] Select the desired process cycle.
Page 369: Calendar] Part
Chapter 11 Time Display/Calendar [Calendar] Part Calendar parts consist of areas of “hour, minute, and second,” areas of “year, month, and day,” and areas of two-level display. Additionally, there is an area for punctuation marks like “:” and “-.” Display on the Computer YY or YYYY Year Month...
Page 370 Chapter 11 Time Display/Calendar [Char. Type] Choose from [Normal], [1/4], [Bold] or [Shadow]. • Normal: One-byte or two-byte characters are used for numerals in the plain typeface. • 1/4: 8 × 8 dot characters are used. * Available for one-byte characters only •...
Page 371: Week] Tab Window
Chapter 11 Time Display/Calendar [Digits] This option applies to “year” only. Select either two digits or four digits to indicate the year. Example: Two digits indicate the year 2002 as “02,” four digits, as “2002.” [Foreground Color] / [Background Color] Foreground color Select character colors.
Page 372: Sram/Clock Setting
Chapter 11 Time Display/Calendar SRAM/Clock Setting This option should be set when using the calendar built in the V series. The calendar data can be retained even when the power is turned off. • [System Setting] → [SRAM/Clock Setting] dialog Be sure to set a backup battery.
Page 373: Time Display Format Setting
Chapter 11 Time Display/Calendar Time Display Format Setting Calendar data format can be set. This is useful when the calendar in the user-defined format is retained in the PLC. Set [Display Mode: Calendar Display] and [ Use System Calendar] for the time display part.
Page 374: Example Of Time Display Item
Chapter 11 Time Display/Calendar [Code Type] • BCD/DEC Select [BCD] or [DEC] for code type when reading data from the PLC. [0000] to [0005] • Year / month / day / hour / minute / second Specify the contents of data for each memory. ♦...
Page 375: Correcting Calendar Data
Chapter 11 Time Display/Calendar Correcting Calendar Data Correct calendar data that has become different from the actual time. The setting method varies depending on the part selected. Check the table on page 11-1 and correct the data appropriately. Correcting Calendar Data with Bits in the Read Area PLC with Calendar Function 1.
Page 376: Correcting With Macro Command
Chapter 11 Time Display/Calendar Correcting with Macro Command Using a macro command, time data of the calendar can be corrected. 1. Secure six words in the memory addresses that are not used. 2. Set from the top memory address in order: year, month, day, hour, minute, and second.
Page 377: Correcting On The Main Menu Screen
Chapter 11 Time Display/Calendar Correcting on the Main Menu Screen Calendar data can be set on the “SRAM/Clock” screen that can be displayed from the Main Menu screen. For the setting procedure, refer to Chapter 2 in the V7 Hardware Specifications Manual. 11-12...
Page 378: Outline
Chapter 12 Memo Pad Memo Pad Outline The “memo pad” provides the following functions. Memo pad function cannot be used with the V6 matrix type. • Message board function The message board function is available for leaving daily messages in a workshop, etc.
Page 379: Setting Items
Chapter 12 Memo Pad Setting Items [Memo Pad] dialog See page 12-2. Switch See page 12-3. Display area See page 12-2. Be sure to set. Set if necessary. [Memo Pad] Dialog This is a dialog that must be set when using the memo pad function. [Division No.] Specify the division number.
Page 380: Switches For Memo Pad Function
Chapter 12 Memo Pad Switches for Memo Pad Function Notes on Switch Setting [Division No.] Specify the division number. Specify the same division number as the one set in the [Memo Pad] dialog. ( For information on the division number, refer to Chapter 2 in the Reference Manual (Operation).) [Function] Set the switch function.
Page 381: Memo Pad Usage
Chapter 12 Memo Pad Memo Pad Usage Suppose that the following screen has been created. Delete Delete 1-dot 2-dot Line Area Blue Pink Green Yellow Blue 1. When the screen is opened first, the following settings are chosen as default. Pen size: 1-dot Pen color: White...
Page 382: Memo Pad Data Storage Area
Chapter 12 Memo Pad Memo Pad Data Storage Area Memo pad area can be saved in the built-in RAM, SRAM area, and CF card. Data saved in the RAM is cleared when MONITOUCH is turned off or when the Main Menu screen is displayed. To retain data even when the power is turned off, use the SRAM area or CF card.
Page 383: Timing In Saving Data
Chapter 12 Memo Pad Timing in Saving Data The memo pad data is saved in the memo pad area at the following timing. • When the page is changed with the [Function: Plus Block/Minus Block] switch • When the screen is changed •...
Page 384: Notes On Macro Commands
Chapter 13 Macro SYSTEM Macro POWER Notes on Macro Commands • The macro function is operated in the decimal system with signs. • Up to 1,024 lines (commands) can be set for one macro. • A maximum of executable lines in one macro is 160,000. If the same macro command is executed repeatedly using a loop macro command, etc.
Page 385: Macro Set-Up
Chapter 13 Macro Macro Set-up The “macro” command is a function for composing programs with commands unique to the V series. The macro commands are available with the following parts. • Screen 1) OPEN macro: Executed once when the screen is opened. 2) CLOSE macro: Executed once when the screen is closed.
Page 386: Macro Commands
Chapter 13 Macro Macro Commands Macro Command List • Arithmetic Operations (Page 13-6) Command Name Contents Addition F0 = F1 + F2 F0 = F1 − F2 Subtraction F0 = F1 × F2 Multiplication Division F0 = F1/F2 The remainder F0 = F1%F2 •...
Page 387 Chapter 13 Macro • Transmit (Page 13-12) Command Name Contents Transmit F0 = F1 BMOV Block transmit F0 = F1 C:F2 (BMOV) FILL Transmit all F0 = F1 C:F2 (FILL) • Comparison (Page 13-13) Command Name Contents Compare IF(F0 = F1) F2 Logical product comparison IFZ(F0 &...
Page 388 Chapter 13 Macro • Ethernet (Refer to the Hardware Specifications Manual or the Specification for Communication Unit “Ethernet.”) Command Name Contents SEND Data transfer between networks EREAD Data reading between networks EWRITE Data writing between networks • CF Card (Refer to “Chapter 23 CF Card” or the V608CH Specifications Manual.) Command Name Contents...
Page 389: Arithmetic Operations
Chapter 13 Macro Arithmetic Operations • ADD The result of F1 plus F2 is moved to F0. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card ADD: Addition F0 = F1 + F2 • SUB The result of F1 minus F2 is moved to F0. Available Devices Internal Memory...
Page 390: Logical Operations
Chapter 13 Macro Logical Operations • AND The result of F1 ANDed with F2 (16- or 32-bit operation) is moved to F0. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card AND: Logical product F0 = F1 & F2 •...
Page 391: Statistic Operations
Chapter 13 Macro Statistic Operations • MAX The greater number in the words from F1 and F2 is moved to F0. If F2 is a memory address, the value in the memory address becomes the word count. Available Devices Internal Memory Constant Indirect...
Page 392: Bit Operations
Chapter 13 Macro Bit Operations When the devices with non-bit-writable memory is used, the following operations are employed: 1. One word specified by the bit is read. 2. The word that is read turns the bit ON, OFF, or inverts it, and then the word is ORed.
Page 393: Conversion
Chapter 13 Macro Conversion • BCD F1 binary data converted to BCD is moved to F0. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card BCD: BCD convert F0 = F1 BCD • BIN F1 BCD data converted to binary data is moved to F0. Available Devices Internal Memory...
Page 394 Chapter 13 Macro • SWAP The high- and low-order words are swapped and are placed in F0. F1 designates the number of words. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card SWP: LSB ← → MSB F0 = C:F1(SWAP) •...
Page 395: Transmit
Chapter 13 Macro Transmit • MOV F1 is moved to F0. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card MOV: Transmit F0 = F1 • BMOV Words (4096 maximum) from F1 specified in F2 are transmitted in a block to Available Devices Internal Memory...
Page 396: Comparison
Chapter 13 Macro Comparison • CMP If the comparison result of F0 and F1 satisfies the specified condition (with signs), a jump to F2 label takes place. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card CWP: Compare IF(F0 (condition) F1)LBF2 - Conditions Equal...
Page 397 Chapter 13 Macro • JMP Unconditional jump to F0 label takes place. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card JMP: Unconditional jump JMP LBF0 • LABEL (0 to 127) The destination for [CMP], [TST] and [JMP] is specified. Available Devices Internal Memory...
Page 398: From
Chapter 13 Macro FROM The remaining area of FP-ROM (flash memory) for screen data storage can be sued as a data backup area of the PLC memory, internal memory or memory card. A maximum of 16k words can be used as a data backup area. * In this case, the available capacity for screen data is reduced by 128 kbytes.
Page 399: Printer
Chapter 13 Macro Printer The following macro commands are used to send the command for the printer connected to the V series. • MR_OUT/MR_REG This command can be used when Sato’s barcode printer MR-400 is connected. For information on how to use this command, refer to “Chapter 15 Print.”...
Page 400: Others
Chapter 13 Macro Others ♦ Comment • ( ; )Comment This is treated as a comment line. No command processing is required. ♦ Brightness Adjustment • BRIGHT Brightness can be adjusted in 128 steps for TFT display of the V7 series (except V708S/V708iS).
Page 401: Read From User Log Fa-M3
Chapter 13 Macro ♦ Read from User Log FA-M3 • PLC_ULR This command is available only when using YOKOGAWA’s PLC, FA-M3. It can read “User Log” in PLC side. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card PLC_ULR F0 F1 Definition of memory information 2 words Storage target memory...
Page 402: System Call
Chapter 13 Macro ♦ System Call Expression F0 F1 Action According to information taken from the MONITOUCH, an action specified in F0 is requested to the MONITOUCH through the internal memory specified in F1. Clicking the F0 box brings up the following system call list. System Call Contents *1 *2...
Page 403 Chapter 13 Macro • SET_MOVLP Display a multi-overlap. (Multi-overlap set-up is limited to an internal command.) When making the displayed multi-overlap off by a macro command, use the next item, [OVLP_SHOW]. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card Command...
Page 404 Chapter 13 Macro • GET_MSG Use shift JIS code to store a message from the message group at the top of F1+1 memory. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card Command name Message → Internal memory (GET_MSG)F1 F1 + 0 Message number to be loaded...
Page 405 Chapter 13 Macro • GET_TIME This command obtains timer value which progresses +1 by 10 msec. after turning on the V series. The timer value is data in double-word without signs. The time in the double-word format is located in F1. Available Devices Internal Memory...
Page 406 Chapter 13 Macro Example: Create pluses at 500-msec intervals. Increment $u00210 at 500-msec intervals. OPEN macro $u00201 = 1 (W) Set the timer type. $u00202 = 50 (W) time-up time 500 msec SYS (STA_TIME) $u00200 CYCLE macro SYS (CHK_TIME) $u00200 IF ($u00200) ! = 0) LB00 LB00...
Page 407 Chapter 13 Macro • SET_BUFNO Average, maximum, minimum, and total of sampling buffers are stored in system memory addresses $s180 to 434. ( For information on the system memory, refer to “Appendix 1 Internal Memory.”) Set the buffer number at system memory address $s177 before executing the command. Available Devices Internal Memory...
Page 408 Chapter 13 Macro - [Alarm Function] Time data (double-word) n + 0 Time data 0 Time data 1 Time data 0 n + 1 Time data 1 The Greenwich time from Jan. 1, 1970 is stored. n + 2 Sample bit information 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Bit number (0 to 511) 1: Power OFF after an alarm occurred...
Page 409 Chapter 13 Macro • GET_BUF This macro command obtains the number of the message that is used for alarm display and has no “memorize” setting. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card Command name (GET_BUF)F1 Get alarm mask information F1 + 0 Message group number F1 + 1...
Page 410 Chapter 13 Macro - Window number (0 to7) is: Base Overlap No. 0 Overlap No. 1 Overlap No. 2 Data block No. 0 Data block No. 1 Data block No. 2 Data block No. 3 - Display type 0: No sign 1: With signs 2: With sign (+) 3: HEX...
Page 411 Chapter 13 Macro • SET_BKLT This is the macro command that controls the backlight. It is available when an option other than [ON] is set for [Backlight]. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card Command name (SET_BKLT)F1 Backlight control F1 + 0...
Page 412 Chapter 13 Macro • CHG_LNG This is the macro command that selects the display language. For more information, refer to “Chapter 29 Language Selection.” • GET_STATUS_FL This command is used to obtain the FL-net information. For more information, refer to the Specifications for Communication Unit FL-Net separately provided.
Page 413: Indirect Memory Designation
Chapter 13 Macro Indirect Memory Designation Indirect memory should be set in the internal user memory. Indirect Memory Setting • Internal memory n + 0 Model Memory type PLC memory (less than 16 bits) n + 1 Memory number (address) Temperature control memory n + 2 Expansion code...
Page 414 Chapter 13 Macro • Memory card n + 0 File number n + 1 Word address in the record n + 2 Record number - File number, word address in the record, record number Refer to the memory map included in “Chapter 25 Memory Card Mode.” For Yokogawa or Yaskawa PLCs, specify a value of “memory number address −...
Page 415: Initial Macro
Chapter 13 Macro Initial Macro This is the macro command that is executed once before the V series starts communications with the PLC. Setting Items • [System Setting] → [Macro Setting] → [General] • [Item] → [Macro Block Edit] ( Refer to Chapter 4 in the Reference Manual (Operation).) Macro Setting...
Page 416: Global Macro
Chapter 13 Macro Global Macro The “global macro” is executed when the bit is set regardless of the screen displayed. Setting Items • [System Setting] → [Macro Setting] → [General] • [Item] → [Macro Block Edit] ( Refer to Chapter 4 in the Reference Manual (Operation).) Macro Setting ♦...
Page 417: Event Timer Macro
Chapter 13 Macro Event Timer Macro The “event timer macro” is executed at regular intervals regardless of the screen displayed. For information on the screen process cycle, refer to “Appendix 2 Process Cycle.” Setting Items • [System Setting] → [Macro Setting] → [Event Timer Macro] •...
Page 418: Interval Timer
Chapter 13 Macro Interval Timer The interval timer has the following functions. • When the screen has been opened, the specified macro block is executed at intervals of the set time. Screen opening Time-up time Time Macro Macro being executed •...
Page 419: Setting Items
Chapter 13 Macro Setting Items • [Part] → [Interval Timer] → Interval timer setting • [Item] → [Macro Block Edit] (Refer to Chapter 4 in the Reference Manual (Operation).) Interval Timer Setting * [Time-up Time] might not be correct according to the contents of the screen. [Division No.] Specify the division number.
Page 420 Chapter 13 Macro • [ Start Mem. Designation] Screen opening Time-up time Time Macro Macro block number • [ Start Mem. Designation] Bit ON Bit OFF Start memory Time-up time Time Macro Macro block number Stop Timer after Execution of Macro] Check this box when executing the macro block only once.
Page 421 Chapter 13 Macro OFF Macro Block No.] This option is valid when [ Start Mem. Designation] is checked. Check this box when executing the macro block at the edge of [1 → 0] of the start memory. Specify the macro block number to be executed. Bit ON Bit OFF Start memory...
Page 422: Interval Timer Examples
Chapter 13 Macro Interval Timer Examples ♦ (1) Screen Change Switch that must be Held Down for Five Seconds Screen No. 1 Screen No. 1 Hold down for five seconds. M100 = ON Output memory for switch Time-up Time = 5 seconds. Time Macro Execution of macro block No.
Page 423: Graphic Movement On The Screen
Chapter 13 Macro ♦ Graphic Movement on the Screen When the switch is pressed, a graphic from the graphic library is displayed. At the same time the graphic displayed at the left corner of the screen starts to move to the right. Pressing the switch clears the graphic. When the graphic is displayed again, it appears in the same position as displayed last, and starts to move to the right.
Page 424 Chapter 13 Macro Graphic Library Edit (Example: GNo. 0 & No. 0) Place the following graphic on the screen, and specify the X parameter. Graphic No. 0 in group No. 0 Pattern No. 0 Parameter Setting [Action: Animate] [Start X: Incremental + 1] (Incremental input in the minus direction 1) Macro Block Edit (Example: Macro Block No.
Page 425: Macro Mode
Chapter 13 Macro Macro Mode Macro mode can be set for screens and multi-overlaps. The macro mode is a function that activates the ON macro or OFF macro when the corresponding bit of the PLC memory changes from 0 → 1 (leading edge) or from 1 → 0 (falling edge), respectively.
Page 426 Chapter 13 Macro [Execute OFF Macro at Start] This item is valid when a screen or a multi-overlap that contains macro mode is open. • [ Execute OFF Macro at Start] When the bit of [Memory] is ON, the ON macro is executed; when it is OFF, the OFF macro is executed.
Page 427 Chapter 13 Macro Please use this page freely. 13-44...
Page 428: Outline
Chapter 14 Data Sheets SYSTEM Data Sheets POWER Outline The data sheet function makes it possible to print out the PLC data (numerical data and characters) just transferred to MONITOUCH and displayed on the screen during communications with the PLC. This function also makes it possible to print out the data that is not shown in the V series display.
Page 429: Printing Data Sheet
Chapter 14 Data Sheets Printing Data Sheet There are two methods for printing data sheet. Command from Read Area Bit 9 of [Read Area] “n + 1” is the data sheet output bit. Data sheet is printed at [0 → 1] edge. ♦...
Page 430: Macro Command
Chapter 14 Data Sheets Macro Command Use the STA_LIST macro command to print data sheet. • STA_LIST Available Devices Internal Memory Constant Indirect W Word Memory Memory Card Command name (STA_LIST)F1 Data sheet print-out F1 + 0 Print start data sheet number F1 + 1 Data sheet pages to be printed ♦...
Page 431: Printed Data Sheet
Chapter 14 Data Sheets If a data sheet number of data sheet that is not yet stored, a sheet with that number cannot be printed. Example: Read area = D0000 Top page setting memory = D0010 Data sheet No. 10 No.
Page 432: Outline
Chapter 15 Print SYSTEM Print POWER Outline When the V series is in RUN mode, the displayed screen or the internal buffer information can be printed. For information on available printers, refer to the V7 Hardware Specifications Manual. 1) Hard copy copy SYSTEM POWER...
Page 433: Printer Setting
Chapter 15 Print Printer Setting • [System Setting] → [Printer Setting] [Main] Tab Window Set the printer that is connected to the V series. [Type] Choose the control code of the printer to be connected. PR201 Monochrome / PR201 Color / ESC-P Monochrome / ESC-P Color / HP Deskjet Color / CBM292/293 / MR-400 When “PR201 Color”...
Page 434 Chapter 15 Print [Port] Select the port where the printer cable is connected. • Parallel Port (Printer Port) Select this option when connecting the printer using parallel interface. The printer port of the V series is used. • Serial Port (MJ Port) Select this option when connecting the printer using serial interface.
Page 435: Serial Port] Tab Window
Chapter 15 Print [Serial Port] Tab Window This option becomes active when [Serial Port] is chosen in the [Main] tab window. Set communication parameters to be used for the printer serial interface and the MJ port of the V series. [Baud Rate] Specify the baud rate.
Page 436: Hard Copy
Chapter 15 Print Hard Copy The currently displayed screen can be printed. copy SYSTEM POWER copy Use the [Function: Hard Copy] switch. Sample Print The internal buffer data of sampling can be printed. For the printing procedure, refer to “Chapter 10 Sampling.” Bit sampling <OFF>...
Page 437: Sato's Barcode Printer Mr400
Chapter 15 Print Sato’s Barcode Printer MR400 This setting is required when connecting Sato’s barcode printer MR400 and printing barcodes. Read the instruction manual and command reference book for Sato’s barcode printer MR400 series before using this function. Memory Card To use this function, a memory card is required for MR400.
Page 438: Format Table Types
Chapter 15 Print Format Table Types There are two types of format tables. When the MR-400 commands are registered in this table, desired format or data can be printed. 2D code printing is not supported at present. ♦ MR400 Format Table (Register) Set the print format.
Page 439: Format Table (Register Setting)
Chapter 15 Print Format Table (Register Setting) • [System Setting] → [MR400 Format Table] → [Register Setting] The format table (register setting) allows settings from No. 1 to 128. [OK] The format table setting is ended. [Cancel] The format table editing is canceled. [Copy] The currently open format table is copied into the specified table.
Page 440: Setting Example
Chapter 15 Print ♦ Setting Example To print in the following format: Field No.1 Field No.2 Field No.3 1 2 3 4 5 1 2 3 4 5 6 • Description in Escape Sequence <A> <Data send start> <CC> 2 <Card slot>...
Page 441 Chapter 15 Print • Description on the Format Table Match these numbers. <X22>, 12345 Escape sequence 1BX22, 12345 Escape sequence (HEX display) \1BX22, 12345 Format table The escape character (ESC) at the top of the escape sequence is expressed as “< >” on MR400 and as “1B(H)”...
Page 442: Mr400 Format Table (Call Setting)
Chapter 15 Print MR400 Format Table (Call Setting) • [System Setting] → [MR400 Format Table] → [Call Setting] The format table (call setting) allows settings from No. 1 to 128. Format table number Field number [Memory Card Slot] No.1 / No.2 Select the card slot drive number set on MR400.
Page 443: Setting Example 1
Chapter 15 Print ♦ Setting Example 1 To print “ABCDE” in field No. 1: ♦ Setting Example 2 To print data stored in memory in field No. 2: Check [ Memory] of field No. 2. Press the [Detail] button to bring up the [Detail] dialog.
Page 444 Chapter 15 Print • Select [Num.] for [Type]. When [Num.] is selected, binary data is converted into characters (JIS code). Example: When “0100 (BIN)” is set in D100, characters 0100 (= “100”) is printed. [Memory] Data contained in the specified memory address is printed in numerals. [Digit] Specify the number of digits for the display type.
Page 445: Macro
Chapter 15 Print Macro Macro commands can be used for writing data of format tables (register/call setting) to MR400 or for printing. ♦ [MR_REG] Data of format table (register setting number) set for F1 is written on the memory card. Available Devices Internal Memory...
Page 446: Mr_Out]
Chapter 15 Print ♦ [MR_OUT] Data of the format table (call setting number) set for F1 is printed. Available Devices Internal Memory Constant Indirect W Word Memory Memory Card MR_OUT: Execution of MR400 format table call setting number MR_OUT F1 Example 1: When the MR_OUT 50 macro command is executed: Data of the MR400 format table (call setting No.
Page 447 Chapter 15 Print Setting in [MR400 Format Table (Call Setting)] • Select [Text] for [Type]. [Bytes] Specify the number of bytes including “*.” Add Start/End Code] Checked: “*” is not included in data in [Memory]. Not checked: “*” is included in data in [Memory]. •...
Page 448: Outline
Chapter 16 Barcode SYSTEM Barcode POWER Outline The V series reads barcode data, converts the necessary data into ASCII code and writes them in the PLC memory. With this feature, all information in the barcode is transferred to the PLC immediately. Also, the V series can show the read barcode data on the screen.
Page 449: Barcode Setting
Chapter 16 Barcode Barcode Setting In the [Barcode Setting] dialog, set up the protocol for communication between the barcode reader and the MONITOUCH. Refer to the barcode reader’s manual, and set correctly. [Barcode Setting] Dialog Select [System Setting] → [Barcode Setting]. The [Barcode Setting] dialog is displayed.
Page 450 Chapter 16 Barcode [Check Digit] Set the check digit. None / Not Delete / Delete [I/F Memory] Specify the top memory address where barcode data, etc. is stored. Refer to “Memory Detail” (page 16-4).) Bit Length] Set the bit length. 7 bits / 8 bits [Stop Bit] Set the stop bit.
Page 451: I/F Memory
Chapter 16 Barcode ♦ I/F Memory The allocation of I/F memory is shown below: • Type: JAN/ITF/CODABAR/CODE39 • Type: ANY Memory Contents Memory Contents Flag / number of data read Flag n + 1 Flag / number of data read n + 1 n + 2 Data read...
Page 452: Barcode Setting Example
Chapter 16 Barcode Barcode Setting Example Follow these steps to display barcode data received from the PLC on the screen: Read “4902580302474” is “4902580302474.” written from D0111. The barcode number is shown here. SYSTEM 4902580302474 Code No. POWER Barcode reader •...
Page 453: Connecting Monitouch And Barcode Reader
−SD/RD RS-485 − data 12345678 External +5 V MAX 150 mA MONITOUCH side RS-232C receive data RS-232C send data • Hakko Electronics’ cable (V6-BCD) Length: 2 m With modular plug Brown: Red: Orange: RD Yellow: • Notes on Connection For barcode readers with CTS/RTS control, it may be necessary to install a jumper between CTS and RTS to maintain proper operation.
Page 454 Special Functions...
Page 456: Outline
Chapter 17 Animation (V7 Only) Animation (V7 Only) The V7 series allows you to create animation easily. This chapter describes the detail of the animation function. Note that you cannot use the animation function with model V708C. Outline • When the bit is set ON, the picture is displayed. When the bit is set OFF, the picture is cleared.
Page 457: Setting Items For Animation
Chapter 17 Animation (V7 Only) • When transparent color is set, you can make the animation image opaque to the background color and display the picture exactly as you registered it. In this case, even animation images are overlapped, the color will not be reversed and the display will not be corrupted.
Page 458: Structure Of Animation
Chapter 17 Animation (V7 Only) Structure of Animation For example, when you make an animation as shown below, the screen data is configured as in the following illustration: 1. Walking sideways Animation No. 0 2. Walking forwards Animation No. 0 •...
Page 459: Registration Of Animation
Chapter 17 Animation (V7 Only) Registration of Animation Images for the animation are defined and registered with [Animation] function of the [Item] menu. You can define and register the number of image panels and set the animation speed to check the actual playing image. [Animation] Area Select the [Animation] function from the [Item] menu.
Page 460 Chapter 17 Animation (V7 Only) [Animation No.] (0 - 1023) Animation number which you are editing currently is displayed. You can change the animation number by clicking the up/down arrow buttons. You can also enter the number directly without using the buttons. [ Use] Animation number is set by checking this box.
Page 461 Chapter 17 Animation (V7 Only) 4. Double-click [Animation]. All folders that you defined in step 2 are displayed. To go back to the [Animation VIEW] dialog, right-click the corresponding [Animation No. xxxx] folder, then click [Property]. 5. By double-clicking each [Animation No. xxxx] folder, all the frame folders you set are displayed.
Page 462: Frame Edit
Chapter 17 Animation (V7 Only) Right-click Menu The menu depends on which folder you right-click in the [Animation] window. [Animation] folder [Animation No. xxxx] folder [Frame No. xxxx] folder Frame Edit Double-click the [Frame No. xxxx] folder within [Animation No. xxxx] on the [Animation] window.
Page 463: To Check The Registered Contents:
Chapter 17 Animation (V7 Only) You can register up to 1023 frames (0 - 1022). The frame has limitations for size, etc. For more information, refer to page 17-19. For how to edit and register frames, refer to “Chapter 4 Registration Item” in the Reference Manual (Operation).
Page 464: Animation] Dialog
Chapter 17 Animation (V7 Only) [Animation] Dialog The image for each registered animation number needs to be set up in the [Animation] dialog on the screen to define the range of movement and the memory addresses needed to display images. Click the [Animation] icon on the screen edit.
Page 465 Chapter 17 Animation (V7 Only) (2) Play Pause/Resume (Bit 1) By setting this bit ON, the animation which is currently playing is paused. By resetting this bit to OFF, it resumes. Playing Pause playing Set the bit 1 to ON Frames are switched in Pause while displaying the accordance with the setting of...
Page 466 Chapter 17 Animation (V7 Only) Replay Animations Consecutively] Set the play of the defined animation number whether only once or consecutively. Use Animation Table] Select whether or not to use animation table to specify an animation number or a position to display. It is recommended that you use an animation table if you control all motion on the V series.
Page 467: Animation Table] Tab Window
Chapter 17 Animation (V7 Only) [Animation Table] Tab Window This tab window becomes active when you check [Use Animation Table] from the [Main] tab window. When you control animation on the V7 series only, this animation table allows you to create an animation easily. You can set up to 16 tables for each animation.
Page 468: Display] Field
Chapter 17 Animation (V7 Only) Move] Check this box if you want to move the animation. If you uncheck this box, the animation is displayed in the coordinates location that you specified in the fields of [Coordinates] within the [Display] field. If you check this box, the following setting items become active.
Page 469 Chapter 17 Animation (V7 Only) [Specify the Coordinates by Mouse] New] is checked: Click this button, the mouse cursor as shown below is displayed. When you select [None] for [Movement Pattern], click the desired points on the screen as if you are drawing straight lines. The coordinates are defined in order.
Page 470 Chapter 17 Animation (V7 Only) • [ New] is unchecked: Click this button to select the movement path of the coordinates that are already placed on the screen. You can change points by dragging. By right-clicking, the former [Animation] dialog is displayed. To confirm the path on the editor: Select [Display Environment] or [Change All Display Environment] from the [Display] menu.
Page 471: Notes On Animation
Chapter 17 Animation (V7 Only) Notes on Animation About Transparency You can hide a part of the picture in the animation frame you registered. The background can be seen through the frame. The background can be seen through the frame. ♦...
Page 472: Transparent Color Setting For The Screen
Chapter 17 Animation (V7 Only) ♦ Transparent Color Setting for the Screen There are various transparent colors available for each frame of animation. However, one of them is already set for the screen due to the system structure. Default color is as shown below. If you use this color for the area you want to display, that area will not be shown and the background will be displayed.
Page 473: Structure Of Layers
Chapter 17 Animation (V7 Only) Structure of Layers You can place an animation only on the base screen. Although animation is placed on the base screen, it actually exists in a different area. The figure below explains the screen structure. (4) Video (only one display channel) (5) Overlap (3) Animation...
Page 474: Limitations
Chapter 17 Animation (V7 Only) Limitations • Frame size limit If the capacity of each frame is less than or equal to 128 kB, up to 800 dots (width) × 600 dots (height) is available. • Maximum number of the motion You can set up to 256 animation dialogs for each screen.
Page 475: Example Of The Animation Setting
Chapter 17 Animation (V7 Only) Example of the Animation Setting The following describes the animation as shown below. Display by setting the bit 0 of D100 to ON (V7 series models: VGA) Moving sideways in 10 seconds (0 , 50) (400 , 50) Moving lengthways in 8...
Page 476: Outline
Chapter 18 Video Display (V7i Only) ó Video Display (V7i Only) You can display video by connecting the video input model (V7i) to a unit (option) which supports video input. The video input supported unit for model V7i is as follows: •...
Page 477: Superimpose
Chapter 18 Video Display (V7i Only) Superimpose When you display an ordinary operation screen (such as switches or text) that you created on an overlap, over the video display, you can make the operation screen transparent so as not to obscure the video display. (Superimpose) Overlap (With superimpose) Video display...
Page 478: Snap Function
Chapter 18 Video Display (V7i Only) Snap Function You can capture a video image, which is currently displayed, as a still image. You can save the still image into a CF card. Double-click on the video screen or execute “snap” with the macro command. There are two snap functions. •...
Page 479: Jpeg Display
Chapter 18 Video Display (V7i Only) JPEG Display You can display a snap image, which was saved into a CF card as a JPEG file, on the screen again. If you execute snap when using a CF card, the “snap” image is automatically saved as a JPEG file into a certain folder on the CF card.
Page 480: Setting Items For Video Display
Chapter 18 Video Display (V7i Only) Setting Items for Video Display (Page 18-5) System Setting Video Setting Screen Edit [Video] icon Video tool bar Page 18-6 Page 18-13 Page 18-13 Video Setting Set up the dialog as shown below. To set up this dialog, you can also start by selecting the [Video] icon, the [Detail] icon, the [Video] dialog, then the [Video Setting] button.
Page 481: Video] Dialog
Chapter 18 Video Display (V7i Only) [Video] Dialog [Main] Tab Window [Division No.] You can place one [Video Display] item in one division. This setting is necessary to establish a link with display area part to display the video. [Display] Tab Window [Display Channel Count] Specify the number of the channels, which are connected to the V7i, to be displayed on the display area parts linked to the [Video Display] item.
Page 482 Chapter 18 Video Display (V7i Only) [Channel Select] ([Area 1]/[Area 2]/[Area 3]/[Area 4]) Specify the display areas and the channels to be displayed. The area to be set depends on the number of [Display Channel Count] mentioned above. • [Display Channel Count: 1] •...
Page 483: Movement] Tab Window
Chapter 18 Video Display (V7i Only) [Movement] Tab Window [Movement at the Double Click Timing] You can perform the following action by double-clicking on the currently displayed video image. When the number of [Display Channel Count] is [2] or more, double-clicking works for one channel only.
Page 484 Chapter 18 Video Display (V7i Only) • [Single Snap] Execute “snap” by double-clicking. When an image is being imported, the video is displayed as a still image. It is released when the import is completed. • [Strobe Snap] Execute “strobe snap” by double-clicking. (The strobe images are displayed and remained as still images.) By double-clicking again, it is restored to its former size.
Page 485 Chapter 18 Video Display (V7i Only) Specify Display Priority] This setting is effective when you place several video displays on the screen. Displaying multiple video images takes longer than displaying one video image. With this setting, you can give one channel priority to display faster than the other channels.
Page 486: Snap] Tab Window
Chapter 18 Video Display (V7i Only) [Snap] Tab Window Snap and CF card When a CF card is inserted in the V7i, snap and strobe snap images are stored into the CF card. When you insert the CF card into the V7i, the following folders are created for the screen data only.
Page 487 Chapter 18 Video Display (V7i Only) [Snap File Name] This setting becomes active only when a CF card is inserted in the V7i. • [AUTO Designation] (0 - 254) If you select this option, snap files are saved automatically with consecutive numbers starting from “VD00000.jpg.”...
Page 488: Display Area
Chapter 18 Video Display (V7i Only) Display Area Display area part is required for video display. By placing it in the same division as the [Video] dialog, it is linked as the display area for the video display. Notes When Placing The size of the display area is automatically calculated by the editor from [Display Size] and [Display Channel Count] that are set in the [Video] dialog.
Page 489: Macro
Chapter 18 Video Display (V7i Only) Macro By using macro, you can set up the movement of the video screen and color adjustment. When not setting macro, the video screen is displayed with default values. Contents of the Default for the Video Screen Items Types Default value...
Page 490: Macro Setting
Chapter 18 Video Display (V7i Only) • $s932 This is active when you select [AUTO Designation] in the [Snap] tab window. The file number which was snapped last is stored. For more information on [AUTO Designation], refer to page 18-12. •...
Page 491 Chapter 18 Video Display (V7i Only) When selecting a command: • SNAP ([Auto]/[CH(1 to 4)], [File No. (AUTO/0 to 32767)]) Performs a single snap. When you use a CF card, you can specify the method to store the snap image. This command is ignored when video is not displayed on the screen.
Page 492 Chapter 18 Video Display (V7i Only) When specifying memory: The contents of the setting are as follows: Available devices Internal PLC memory Constant Memory Card Indirect memory Video 2 MEMORY F0 F0 memory Command No. n + 1 CH No./File No. n + 2 Setting Value Command...
Page 493: Superimpose (Overlap)
Chapter 18 Video Display (V7i Only) Superimpose (Overlap) For example, when a video is displayed on the full screen (640 × 480 dots) of the V710iT (VGA), you cannot operate the switches, etc., on the screen. To operate the switches while displaying the video, you can call overlap with “superimpose” on the video display.
Page 494: Setting Procedure
Chapter 18 Video Display (V7i Only) Setting Procedure • There is a setting item [ Superimpose] in the [Overlap] dialog. [Superimpose] is set by checking this box. • In the case of normal overlap on the screen, if you check [ Superimpose], the [Superimpose Setting] button becomes active.
Page 495: Calling Methods
Chapter 18 Video Display (V7i Only) [Blend Value] (0 (Light) to 255 (Deep)) Set the blend ratio of the overlap to the video display. When the blend value is closer to [0], overlap is displayed faintly. The overlap becomes more visible as you increase blend value closer to [255].
Page 496: Notes
Chapter 18 Video Display (V7i Only) Notes • Only one overlap with “superimpose” is available for a screen. If you display multiple overlaps with “superimpose” simultaneously, only the first displayed overlap becomes active. • You cannot set the video display items on the overlap with “superimpose.” To place the video display items on the overlap, set to without “superimpose”...
Page 497: Settings For The Video Menu Window
Chapter 18 Video Display (V7i Only) Settings for the Video Menu Window You can set the default overlap screen easily. This screen has functions for the picture adjustment (brightness, contrast, and color) and snap. Setting Procedure (Open the screen you display the video menu on.) •...
Page 498: Tool] Menu Setting
Chapter 18 Video Display (V7i Only) [Tool] Menu Setting The video menu is used for the setting to create overlap parts in the multi-overlap edit automatically and to call it as a [Call] overlap. You can register the video menu under the [Tool] menu. 1.
Page 499: Confirming The Registered Video Menu
Chapter 18 Video Display (V7i Only) Confirming the Registered Video Menu The set video menu is registered on the multi-overlap edit. Open the multi-overlap edit specified in step 3 above. The following video menu is registered. You can freely change a design, size, or color for an overlap. Editing method is the same as usual for overlap, switch, or draw items.
Page 500: Notes And Limitations On Video Display
Chapter 18 Video Display (V7i Only) Notes and Limitations on Video Display Placement • You can place up to four video display items on one screen. • You can set the video display items on both the base screen and overlap. However, if you place it on overlap and place the display area part on the top left of the overlap, the overlap “SYSTEM switch”...
Page 501 Chapter 18 Video Display (V7i Only) • If only one channel of video ([Display Size] is 640 × 240 dots) is displayed on the screen, do not use an overlap with “superimpose” or an animation display because the video display will be corrupted. MENU With superimpose Test...
Page 502: V7Xxis (Svga Type)
Chapter 18 Video Display (V7i Only) ♦ V7xxiS (SVGA type) When you display animation and video simultaneously, usually the animation is displayed on top of the video. However, if you perform enlarged display (or run the [ZOOM] macro command) or snap (both single and strobe) when the video display is enlarged display (or the [ZOOM] macro command is run) or when two or more channels are displayed, the video is displayed on top of the animation.
Page 503: Display Speed
Chapter 18 Video Display (V7i Only) Display Speed Display speed depends on the type of V7i and display methods. VGA type (V710iT only) takes a little longer than SVGA type (V7xxiS) to display video. Display speed decreases as the number of channels increases for either type.
Page 504 Chapter 18 Video Display (V7i Only) A: If an overlap is displayed over the video display on the base screen, the video becomes a still image and the video display function stops. * However, if you “superimpose” the overlap on the video, the video will not be stopped and maintains the same display speed.
Page 505: Svga Type (V7Xxis)
Chapter 18 Video Display (V7i Only) ♦ SVGA type (V7xxiS) ×: Stopped −: (No relation with the display) : Fast : Slow • 1ch display • 1ch display + overlap (superimpose) • 1ch display + overlap (is not displayed on the video) •...
Page 506: Display Priority
Chapter 18 Video Display (V7i Only) A: If an overlap is displayed over the video display on the base screen, the video becomes a still image and the video display function stops. * However, if you “superimpose” the overlap on the video, the video will not be stopped and maintains the same display speed.
Page 507 Chapter 18 Video Display (V7i Only) Please use this page freely. 18-32...
Page 508: Outline
Chapter 19 JPEG Display (V7 Only) JPEG Display (V7 Only) You can display a JPEG file stored in a CF card on the V series. You can also capture a video display image as a JPEG file and display it. Note that a CF card is always required for JPEG display.
Page 509: Displaying Video Image As Jpeg File
Chapter 19 JPEG Display (V7 Only) • You can access a JPEG file by specifying its file name or file number. You can also specify the file number on the PLC. D100 = 5 D100 = 2 JP00005.JPG is displayed. JP00005.JPG is displayed.
Page 510: Setting Items For Jpeg Display
Chapter 19 JPEG Display (V7 Only) Setting Items for JPEG Display To display the prepared JPEG file: • Prepare a JPEG file Store into \V6W\JPEG. • Screen Edit [JPEG Display] icon JPEG display tool bar Page 19-4 Page 19-6 Page 19-5 Edit Screen Setting Wallpaper Setting...
Page 511: Displaying The Prepared Jpeg File
Chapter 19 JPEG Display (V7 Only) Displaying the Prepared JPEG File JPEG file Available to Display • When specifying file number: JPxxxxx.JPG (xxxxx: 0 to 32767) • When specifying file name: xxxxxxxx.JPG (xxxxxxxx: 8 one-bite alphanumeric characters) Store the JPEG file into \V6W\JPEG folder, which was created when the V-SFT was installed.
Page 512: Display Area
Chapter 19 JPEG Display (V7 Only) [File No.] (JP) / [File Name] This setting is effective when [ Memory] is unchecked. The specified file number or file name is displayed. When you select [File No.], the target file is of the type “JPxxxxx.JPG (xxxxx: 0 to 32767).” When you select [File Name], the target file is of the type “xxxxxxxx.JPG (xxxxxxxx: 8 one-byte alphanumeric characters).”...
Page 513: Switches
Chapter 19 JPEG Display (V7 Only) Switches There are 4 switches for JPEG display. To identify which video display item is linked to a switch, use the same division number for the [Video Display] dialog and for each [Switch]. Attachment Function Contents Target file...
Page 514: Displaying As Wallpaper
Chapter 19 JPEG Display (V7 Only) Displaying as Wallpaper JPEG file Available to Display xxxxxxxx.JPG (xxxxxxxx: 8 one-bite alphanumeric characters) Store the JPEG file into the \V6W\JPEG folder, which was created when the V-SFT was installed. [Wallpaper Setting] Tab Window ([Screen Setting] Dialog) To use as wallpaper, select the [Wallpaper Setting] tab window in the [Screen Setting] dialog (from the [Edit] menu).
Page 515: Cf Card Manager
Chapter 19 JPEG Display (V7 Only) • [Tile] • [Display Corner] (Top left/ Bottom left/ Top right/ Bottom right) Click [OK] to complete the setting. The wallpaper image is displayed on the screen. CF Card Manager When you complete setting the wallpaper, transfer the screen data file to the V series.
Page 516: Displaying Video Image
Chapter 19 JPEG Display (V7 Only) Displaying Video Image JPEG file Available to Display VDxxxxx.JPG (xxxxx: 0 to 32767) The video image, snapped by video display function, is automatically stored in \SNAP within a CF card. [JPEG Display] Dialog [Division No.] You can place one [JPEG Display] item in one division.
Page 517: Switches
Chapter 19 JPEG Display (V7 Only) Switches There are 4 switches for JPEG display. To identify which video display item is linked to a switch, use the same division number for the [Video Display] dialog and for each [Switch]. Attachment Function Contents Target file...
Page 518: Outline
Chapter 20 Sound Replay Function Sound Replay Function Outline Replay a WAV file by setting the bit ON/OFF. An external speaker is necessary to replay a WAV file. Supported Type • V7i + Option Unit (EU-0 You can replay sounds with the following linking functions: •...
Page 519: Wav File
Chapter 20 Sound Replay Function WAV File WAV File Format The following is the format of WAV files that can be replayed on the V7i: PCM method • Sampling rate: 8 kHz • Quantized bit: 8 bits • Monophonic [File Size] When transferring as a part of screen data: 128 kB or less When saving to a CF card: No limit WAV File Name...
Page 520: Sound Item
Chapter 20 Sound Replay Function Sound Item Replay sound for each screen. Setting Items • [Part] → [Sound] → [Sound] dialog setting • Saving a WAV File ( Refer to page 20-2.) [Sound] Dialog ♦ [Main] Tab Window [Division No.] Specify the division number.
Page 521: Replay Sequence] Tab Window
Chapter 20 Sound Replay Function ♦ [Replay Sequence] Tab Window Select the WAV file to replay by setting the memory bit ON in the [Main] tab window. 0] to [ Check the same number of boxes as the files to replay. Register the WAV file number to replay by setting the memory bit ON in the [Main] tab window.
Page 522: Setting Example
Chapter 20 Sound Replay Function Setting Example Set the [Sound] dialog as shown below: [WAV File]: [Contents] WA0000.WAV: Error WA0001.WAV: occurred WA0002.WAV: × × WA0003.WAV: WA0004.WAV: PLC memory D100 M 0-15 Error × × occurred. information stop SYSTEM POWER PLC memory D100 M 0-15 Error...
Page 523: Replaying A Wav File Linking To Animation
Chapter 20 Sound Replay Function Replaying a WAV File Linking to Animation When using an animation table, you can replay a WAV file which is linked to the animation function. However, when a WAV file linked to sampling is replayed, animation stops being replayed because sampling has a higher priority.
Page 524: Replaying A Wav File Linking To Sampling
Chapter 20 Sound Replay Function Replaying a WAV File Linking to Sampling If [Sampling Method] is the bit sample/relay sample/alarm function, you can replay a WAV file according to the bit set to ON/OFF. Setting Items • [Item] → [Message] → [Message Edit] ( Refer to page 20-8.) •...
Page 525: Message Edit
Chapter 20 Sound Replay Function Message Edit In the [Message Edit] window, register messages corresponding to abnormal bits and set sound files for the messages. If the [Message Edit] window looks different from the figure above, select [Display Change] from the [Display] menu. [Sound] Check the box for message to replay sound.
Page 526: Sound Setting
Chapter 20 Sound Replay Function Sound Setting Check if you want to transfer all WAV files in the \V6W\WAV folder when transferring screen data. • [System Setting] → [Sound Setting] → [Sound Setting] dialog Be sure to check this box when you clicked the [Sound] icon (on [Part] auxiliary tool box), then selected [Memory] in the [Replay Sequence] tab window.
Page 527: Cf Card Setting
Chapter 20 Sound Replay Function Saving a WAV File to a CF Card A WAV file is usually transferred to MONITOUCH as a part of screen data. When transferring a WAV file, you must note that there are the following limitations: •...
Page 528: What Is Recipe Function?
Chapter 21 Recipe Function SYSTEM Recipe Function POWER What is Recipe Function? There are various limitations, such as capacity, to keep necessary data on the PLC all the time. By setting a data storage area on the V series itself, or using an accessory of the V series as an external storage device for the PLC, the necessary data can be read and written when needed.
Page 529: Memory Manager Function
Chapter 21 Recipe Function Memory Manager Function You can retrieve necessary data from SRAM or a CF card when required. You can also record data from the PLC into SRAM or a CF card. The SRAM area or CF card can be divided into up to 16 files. Each file can be divided into up to 4,095 records.
Page 530: Outline
When you store the data in SRAM, use Hakko Electronics’ Memory Card Editor (model: M-CARD SFT). When you store the data on a “CF card,” you can not only use Memory Card Editor, but also macro to convert the data into the CSV file format on the V7 series.
Page 531: Storage Target
Chapter 22 Data Logging Storage Target Types Data logging is a supported function when SRAM or a CF card is available on the V series. The following are the type of SRAM and CF card that are available on the V series: •...
Page 532: How To Recognize A Storage Target:
Chapter 22 Data Logging How to Recognize a Storage Target: Because there are several types of SRAM and a CF card that are available for the V7, the storage target is recognized by the setting. The storage target setting depends on the available functions and the types of V series. Refer to the following tables: •...
Page 533: Setting Items
Chapter 22 Data Logging • V609E System Setting Buffering Modular Jack SRAM/Clock Setting Area Setting SRAM Cassette Store Target Memory Card Store Target Memory Card Emulation Area − − − Internal Buffer Internal Buffer CREC − − SRAM (SRAM Memory Card) ×...
Page 534: Cf Card And Sram Area
Chapter 22 Data Logging CF Card and SRAM Area CF Card ♦ Memory Capacity The recommended cards (CompactFlash compliant CF cards) and their capacities are as shown below. Manufacturer Model Capacity TC032HS 32 MB Kodak KPCN-32 32 MB SanDisk SDCFB-64-505 64 MB PCCF-H128MS 128 MB...
Page 535: Lifetime
Chapter 22 Data Logging ♦ Lifetime The SRAM area depends on the lifetime of the battery. The lifetime of the battery is about 5 years. To learn if the voltage of the battery has decreased, check system memory $s167. 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 $s167 1: FROM 2 Mbyte (V6) Memory cassette information reserved...
Page 536: Calculation Of File Size
Chapter 22 Data Logging Calculation of File Size (Unit: word) (Bytes of record name ÷ 2 + The number of data) × The number of Data File records (The number of words +2) × Sampling times Bit Synchronize (The number of words +2) × Sampling times Constant Sample 3 ×...
Page 537: When Storing To A Cf Card:
Chapter 22 Data Logging When Storing to a CF Card: This section describes setting items for data logging. It assumes that you have already set the sampling mode. For more information on the sampling mode, refer to “Chapter 10 Sampling.” Setting Procedure Setting items are as follows: •...
Page 538: Buffering Area Setting And Memory Card Setting
Chapter 22 Data Logging Buffering Area Setting and Memory Card Setting When using a CF card, be sure to select [Store Target: CF Card] in the [Buffering Area Setting] dialog. The editor recognizes [Output File No.] that you specify, identifies [No.] of the appropriate [Memory Card Setting], and automatically sets [Type: Buffering File].
Page 539: Formatting
Chapter 22 Data Logging ♦ Formatting If the format of the CF card that you inserted is different and you select [CF Card Setting] from the [System Setting] menu and check [Format Buffering Area Automatically], a sampling file is automatically formatted when inserting the CF card.
Page 540: When Storing In Built-In Sram Or Sram Cassette:
Chapter 22 Data Logging When Storing in Built-in SRAM or SRAM Cassette: This section describes setting items for data logging. It assumes that you have already set the sampling mode. For more information on the sampling mode, refer to “Chapter 10 Sampling.” Setting Procedure Setting items are as follows: •...
Page 541: Formatting Built-In Sram Or A Sram Cassette
Chapter 22 Data Logging Formatting Built-in SRAM or a SRAM Cassette When using built-in SRAM or a SRAM cassette, be sure to format twice. The first formatting is to initialize SRAM on the [Main Menu] screen of the V series. Perform this format to reserve [Memory Card Emulation Area] that you set in [SRAM/Clock Setting] from the [System Setting] menu.
Page 542: Setting And Importing Procedures On The V Series
Chapter 22 Data Logging Setting and Importing Procedures on the V Series To start data logging, perform the following procedures on the V series: Transfer screen data to the v series. Perform the initialization formatting. Stop the V series (Display the Main Menu screen) and format SRAM.
Page 543: When Storing To Crec:
Chapter 22 Data Logging When Storing to CREC: This section describes setting items for data logging. It assumes that you have already set the sampling mode. For more information on the sampling mode, refer to “Chapter 10 Sampling.” Setting Procedure Setting items are as follows: •...
Page 544: Memory Card Mode
Chapter 22 Data Logging Memory Card Mode When using a SRAM memory card (CREC/memory card socket), unless you format the SRAM memory card into the contents you set in [Memory Card Setting], you cannot use it. Therefore, you need to set items in the [Memory Card] dialog in the memory card mode and use the [Function: Card Format] switch.
Page 545: Importing Data
Chapter 22 Data Logging Importing Data To import the sampling data imported into a SRAM memory card into your personal computer, use the reading software “Memory Card Editor” (model: M-CARD SFTE). For more information on using Memory Card Editor, refer to the M-CARD SFTE Operation Manual.
Page 546: Outline
Chapter 23 CF Card (V7 Only) SYSTEM CF Card (V7 Only) POWER For more information on the CF card functions that are supported by the V608CH (handy type), refer to “Specifications for V608CH.” Outline Connection In the V7 series, a CF card interface is implemented as standard. A CF card supports various functions.
Page 547: Functions
Chapter 23 CF Card (V7 Only) Functions You can use the following functions with a CF card. • Saving multiple screen data ( Refer to page 23-11.) You can exchange screen data when needed by saving multiple screen data on a CF card. CF card SYSTEM Screen data B...
Page 548 Chapter 23 CF Card (V7 Only) • Transferring recipe data ( Refer to page 23-22.) Using the macro command, you can read and write CSV files, which you created on Windows, etc. Manage data as a CSV file. STOP disc Read and write Data No.
Page 549 Chapter 23 CF Card (V7 Only) • Saving a video image ( Refer to page 23-33.) In a V7 series that supports the video display function, you can save an image captured from video as a still image using the snap function. The saved image data is stored on a CF card as JPEG data.
Page 550 Chapter 23 CF Card (V7 Only) • Backing up memo pad data ( Refer to page 23-34.) When using the memo pad function, you can save memo pad data even when the V7 series is turned off. You can also convert the saved memo pad data to a Bitmap file using the screen editor.
Page 551 Chapter 23 CF Card (V7 Only) • Storing a sound (WAV) file ( Refer to page 23-38.) In the V7i, you can output sound by importing a sound (WAV) file into screen data. When importing a WAV file into screen data, screen data requires the capacity to store the WAV file.
Page 552: Before Using The Cf Card Function
Chapter 23 CF Card (V7 Only) Before Using the CF Card Function Recommended CF Cards You can use CompactFlash compliant CF cards. The recommended cards are as follows: Manufacturer Model Capacity TC032HS 32 MB Kodak KPCN-32 32 MB SanDisk SDCFB-64-505 64 MB IO Data PCCF-H128MS...
Page 553: When Connecting To The V7 Series:
Chapter 23 CF Card (V7 Only) ♦ When Connecting to the V7 Series: In the V7 series, CF card interfaces are implemented as standard. All you need to prepare is a CF card. Trend sampling SYSTEM Insert a CF card. Reading/writing data is supported.
Page 554: Contents Of A Cf Card
Chapter 23 CF Card (V7 Only) Contents of a CF Card When writing screen data from your personal computer to a CF card or writing data from the V7 series to a CF card, folders are automatically created on a CF card.
Page 555: Access Folder Name Setting
Chapter 23 CF Card (V7 Only) Access Folder Name Setting The name of the access folder that is created on a CF card is the folder name you specified in the screen data file. To specify the name, select [CF Card Setting] from the [System Setting] menu.
Page 556: Saving Multiple Screen Data
Chapter 23 CF Card (V7 Only) Saving Multiple Screen Data You can exchange screen data when needed by saving multiple screen data on a CF card. This section describes how to read/write data between your personal computer and a CF card. For more information on writing data from a CF card to the V7 series and reading from the V7 series to a CF card, refer to the V7 Hardware Specifications Manual.
Page 557 Chapter 23 CF Card (V7 Only) 4. Select [Write to CF Card] from the [File] menu. The [Write to CF Card] dialog is displayed. [File to be Converted] Click [Refer] and select the file you write to the CF card. The file extension is [*.V7].
Page 558 Chapter 23 CF Card (V7 Only) Reading from a CF Card to a PC The screen data written from the V7 series to a CF card can be imported into your personal computer. You need to convert the data because the data is written in the BIN file format.
Page 559: Auto Uploading Of Screen Data
Chapter 23 CF Card (V7 Only) Auto Uploading of Screen Data By simply inserting a CF card into the V7 series, the screen data file in the CF card is automatically written to the V7 series. You can exchange screen data easily.
Page 560: Operation On The V7 Series
Chapter 23 CF Card (V7 Only) Operation on the V7 Series After storing data on the CF card, import the data into the V7 series following the steps below. 1. Turn off the V7 series. 2. Set the DIPSW1 switch on the V7 series to ON. 3.
Page 561: Saving Sampling Data (Data Logging)
Chapter 23 CF Card (V7 Only) Saving Sampling Data (Data Logging) You can save the history data such as errors and numeric values. If you convert the stored sampling data to a CSV file using the macro command, you can edit the data easily using application software such as Excel.
Page 562: Available Macro Commands
Chapter 23 CF Card (V7 Only) ♦ Available Macro Commands • [SMPL_SAVE] Use this command to store sampling data stored in the cache area on a CF card when needed. For more information on cache, refer to page 23-19. Storage Target: \Sample File Name: Smpxxxx.bin (xxxx = 0 - 11: Buffer No.)
Page 563: Operation On The V7 Series
Chapter 23 CF Card (V7 Only) Operation on the V7 Series When inserting a CF card and put the V7 series in the RUN mode, sampling data is ready to be stored automatically. When data is written to a CF card is determined by the cache setting of the screen data file.
Page 564: Cache
Chapter 23 CF Card (V7 Only) Cache ♦ Cache Function There is a limit on the number of times you can write to a CF card because of the limitations of the flash memory that is used. This limit effects the individual sectors (512 bytes) rather than the entire card.
Page 565: Cache Action
Chapter 23 CF Card (V7 Only) ♦ Cache Action • Cache Size > Sample Buffer Size - Constant Sample 1 sample: 8 word (No. of sample words 6 + 2) No. of samples: 30 times Cache size: 256 words Sample buffer size ×...
Page 566: Conditions Of Output To A Cf Card
♦ When Using Memory Card Editor: You can import data using Hakko Electronics’ “Memory Card Editor” by converting a BIN file, which is imported into a CF card, to a [*mcd] file. Convert files using the “CF Card Manager.” For more information on the procedures, refer to page 23-28.
Page 567: Transferring Recipe Data
Chapter 23 CF Card (V7 Only) Transferring Recipe Data Using the macro command, you can read and write CSV files, which you created on Windows, etc. CF Card → V7 Series Write the CSV file data in the \Recipe folder on the CF card to internal memory in the V7 series.
Page 568: Importing A Part Of The Contents Of A Csv File
Chapter 23 CF Card (V7 Only) • Importing Example When importing all contents of the Rec0001.csv file into $u200 and later: ↓ Execute the [LD_RECIPE $u200 1] macro command $u200 Data Management SYSTEM $u201 $u202 $u203 $u204 $u205 $u206 $u207 $u208 $u209 POWER...
Page 569 Chapter 23 CF Card (V7 Only) • Setting Items on the Screen Data File • Macro LD_RECIPESEL (Auto Creation) • Attribute Table System Setting Item Recipe * When importing a CSV file, be sure to set [Attribute Table]. For more information on the setting items, refer to page 23-45.
Page 570: Cf Card ← V7 Series
Chapter 23 CF Card (V7 Only) • Importing Example When importing a part of the contents of the Rec0001.csv file on the CF card into internal memory $u300: $u100 = 1 (File No. 1) $u300 $u101 = 2 (Start line No. 2) Data Manegement SYSTEM $u301...
Page 571 Chapter 23 CF Card (V7 Only) • Available Macro Commands [SV_RECIPE] Available Devices Internal PLC Memory Constant Memory Card Indirect Memory SV_RECIPE F0 F1 F2 Source memory address No. of words Target CSV file number • Storage Target on a CF Card When executing this macro command, a CSV file is saved in the following folder on a CF card: Storage target:...
Page 572: Transferring Recipe Data By The Memory Manager Function
Chapter 23 CF Card (V7 Only) Transferring Recipe Data by the Memory Manager Function This is a recipe function using the V6 compatible memory manager function. Screen Data File Setting Setting items are as follows: • System Setting Memory Card Setting No.
Page 573: How To Import To Your Personal Computer
Chapter 23 CF Card (V7 Only) How to Import to Your Personal Computer To check the data file on your personal computer, you need Hakko Electronics’ Memory Card Editor [M-CARD SFTE]. V-SFT Convert a BIN file to a MCD file using the CF Card Manager Convert the “Mcmhead.bin”...
Page 574: Storing A Pattern (Bitmap) File
Chapter 23 CF Card (V7 Only) Storing a Pattern (Bitmap) File When using many patterns for the screen data file, the screen data might require a large amount of memory. If you use a CF card and save the pattern data to the CF card, you can refer to patterns from the CF card and display them.
Page 575: Storage Target On A Cf Card
Chapter 23 CF Card (V7 Only) 2. Specify the drive where the CF card is inserted and click [OK]. The CF Card Manager will start. What is the CF Card Manager? The CF Card Manager is an application that allows you to write the data used in the V7 series to a CF card or to convert the data into each file format after importing the data stored on a CF card.
Page 576: Storing A Jpeg Data
Chapter 23 CF Card (V7 Only) Storing a JPEG Data You can display JPEG data on the V7 series screen. Be sure to store the JPEG data to be displayed on a CF card. Screen Data File Setting Setting items are as follows: •...
Page 577: Storage Target On A Cf Card
Chapter 23 CF Card (V7 Only) 2. Specify the drive where the CF card is inserted and click [OK]. The CF Card Manager will start. 3. Select [Write to CF Card] from the [File] menu. The [Write to CF Card] dialog is displayed.
Page 578: Saving A Video Image
Chapter 23 CF Card (V7 Only) Saving a Video Image In a V7 series that supports the video display function, you can save an image captured from video as a still image using the snap function. The saved data is stored on a CF card as JPEG data.
Page 579: Backing Up Memo Pad Data
Chapter 23 CF Card (V7 Only) Backing up Memo Pad Data When using the memo pad function, you can save memo pad data even when the V7 series is turned off. Operation on the V7 Series When inserting the CF card and using the memo pad in the RUN mode, the memo pad data is automatically stored on the CF card.
Page 580: Multi-Language Display Selection
Chapter 23 CF Card (V7 Only) Multi-Language Display Selection If you register texts that were edited in a required language as screen data, you can easily switch between languages on the V7, such as between Japanese and Chinese (Simplified) or among Japanese, Korean, and Chinese. You need to store required fonts on a CF card.
Page 581: Importing To A Cf Card
Chapter 23 CF Card (V7 Only) Importing to a CF Card Follow the steps below. 1. Select [CF Card Manager] from the [File] menu. The following dialog is displayed: 2. Specify the drive where the CF card is inserted and click [OK]. The CF Card Manager will start.
Page 582: Storage Target On A Cf Card
Chapter 23 CF Card (V7 Only) 3. Select [Write to CF Card] from the [File] menu. The [Write to CF Card] dialog is displayed. 4. For [File to be Converted], click the [Refer] button and select the [*.V7] file, where the multi-language display selection is used. 5.
Page 583: Storing A Sound (Wav) File
Chapter 23 CF Card (V7 Only) Storing a Sound (WAV) File In the V7i, you can output sound by importing a sound (WAV) file into screen data. When importing a WAV file into screen data, screen data requires the capacity to store the WAV file. If you import the WAV file into a CF card, you can reduce the amount of screen data capacity required.
Page 584: Importing To A Cf Card
Chapter 23 CF Card (V7 Only) Importing to a CF Card Follow the steps below. 1. Select [CF Card Manager] from the [File] menu. The following dialog is displayed: 2. Specify the drive where the CF card is inserted and click [OK]. The CF Card Manager will start.
Page 585: Backing Up Sram Data
Chapter 23 CF Card (V7 Only) Backing up SRAM Data Operate from the V7 series. For more information, refer to “Chapter 2 MONITOUCH Operations” in the V7 Hardware Specifications Manual. Web Server For more information, refer to “Chapter 28 Web Server.” Attribute Table When using the following commands in the V7 series screen data file, be sure to define the data you use in [Attribute Table].
Page 586: Quit
Chapter 23 CF Card (V7 Only) ♦ Quit Click the icon on the top left corner of the window and select [Close]. Or click the [x] button on the top right corner of the window. [SMPL_CSV] When using the [SMPL_CSV] macro command for the screen data file, the required attribute setting for [SMPL_CSV] is automatically set when transferring or saving the screen data file.
Page 587: To Check/Change The Setting:
Chapter 23 CF Card (V7 Only) ♦ To Check/Change the Setting: To check or change the attribute setting that was automatically set, follow the steps below. 1. Select the line to check/change. 2. Select [Attribute Setting] from the [Edit] menu. Or right-click and select [Attribute Setting].
Page 588 Chapter 23 CF Card (V7 Only) [Display Type] tab window Select the display type of date and time. • [Bit Sample] [Display Type] tab window Select the display type of date and time. • [Alarm Function] [Display Type] tab window Select the display type of date and time.
Page 589: Csv File Examples
Chapter 23 CF Card (V7 Only) ♦ CSV File Examples The following are CSV files created by executing the [SMPL_CSV] macro command on the V7 series according to the attribute setting. • [Bit Synchronize] and [Constant Sample] CF Attribute No. •...
Page 590: Ld_Recipe/Ld_Recipesel/Sv_Recipe]
Chapter 23 CF Card (V7 Only) [LD_RECIPE/LD_RECIPESEL/SV_RECIPE] When using the [LD_RECIPE], [LD_RECIPESEL], or [SV_RECIPE] macro command, you need to set the attribute table. When using the [LD_RECIPE], [LD_RECIPESEL], or [SV_RECIPE] macro command for the screen data file, the required attribute setting is automatically set in the fixed format when transferring or saving the screen data file.
Page 591: Registration Number
Chapter 23 CF Card (V7 Only) ♦ Registration Number In case of the auto setting, [Registration No.] and [No. of Words] are fixed to [10]. [Registration No.] is the number of columns in the CSV file. Ex. 1: When working with the following CSV file: You need to change [Registration No.] to [5].
Page 592: To Check/Change The Setting:
Chapter 23 CF Card (V7 Only) ♦ To Check/Change the Setting: To check or change the attribute setting that was automatically set, follow the steps below. 1. Select the line to check/change. 2. Select [Attribute Setting] from the [Edit] menu. Or right-click and select [Attribute Setting].
Page 593: Cf Card Manager
Chapter 23 CF Card (V7 Only) CF Card Manager The CF Card Manager is an application that allows you to write the data used in the V7 series to a CF card or to convert the data into each file format after importing the data from CF card.
Page 594: Quit
Chapter 23 CF Card (V7 Only) ♦ Quit Click the icon on the top left corner of the [CF Card Manger] window and select [Close]. Or click the [x] button on the top right corner of the window. Writing to a CF Card When you perform each CF card function, you need to store data on the CF card in advance.
Page 595: Converting A File (Bin File) On A Cf Card
Chapter 23 CF Card (V7 Only) Converting a File (BIN file) on a CF Card Import the BIN file that is written to the CF card from the V7 series and convert it to the recognizable file format. The following are the convertible BIN files. File Storage Target Extension After...
Page 596: Property Of A Bin File
Chapter 23 CF Card (V7 Only) ♦ Property of a BIN File You can check information about each BIN file before conversion. Ex.: • Bmpxxxx.bin and Memxxxx.bin The Bitmap image is displayed. • Dsp0000.bin You can check the file type or version in the [Detail] tab window. •...
Page 597: Other Functions
Chapter 23 CF Card (V7 Only) Other Functions ♦ CF Card Copy 1. Select [CF Card Copy] from the [File] menu. 2. Specify the CF card drive and click [OK]. 3. The following message is displayed. Click [OK]. 4. Remove the CF card from your personal computer and insert the target CF card.
Page 598: Backing Up A Cf Card
Chapter 23 CF Card (V7 Only) ♦ Backing up a CF Card You can back up data on a CF card. You can select the copy target folder. 1. Select [Back-up of CF Card] from the [File] menu. 2. When the [Copy Target Folder] dialog is displayed, click [Refer] and specify the copy target folder.
Page 599: To Check The Status Of The Cf Card ($S):
Chapter 23 CF Card (V7 Only) To Check the Status of the CF Card ($s): Information about the status and the free space of the CF card inserted into the V7 series is stored in the system memory ($s). The contents are as follows: List Address Contents...
Page 600: Outline
Chapter 24 SRAM SYSTEM SRAM POWER Outline Depending on the type of V series, you can use a SRAM cassette (model: V7EM-S, V6EM/RS, V6EM/RSi Capacity: 512 kB). Even if you do not use a SRAM cassette, the V7 has 64 kB of capacity while the V609E30M has 8 kB of capacity as built-in SRAM.
Page 601: Sram Supported Types
Chapter 24 SRAM SRAM Supported Types The following table shows the types of the V series in which you can use a SRAM cassette (model: V7EM-S, V6EM/RS, V6EM/RSi Capacity: 512 kB) or built-in SRAM: SRAM MONITOUCH Type Clock Function Cassette Built-in (V7EM-S) (64 kB)
Page 602: Sram Memory Capacity
Chapter 24 SRAM SRAM Memory Capacity • The capacity of the SRAM area that is built in the V7 is 32 k words (64 kB). • If you install a SRAM cassette into the V7 or V6, the capacity of the SRAM area could be 256 k words (512 kB).
Page 603: Calculation Of Size
Chapter 24 SRAM ♦ Calculation of Size In SRAM, a certain number of words are always used for “header information.” Also, the “header information by function” is saved. SRAM Area Header Area (128 words) Header Area (1024 words) Memory Card Emulation Area Header Area (16 words) Storage Area for Memo Pad Header Area (32 words)
Page 604: Lifetime
Chapter 24 SRAM Lifetime The lifetime of the SRAM area depends on the lifetime of the battery. The lifetime of the battery is about 5 years. To confirm the voltage level of the battery, check system memory $s167. 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 $s167 1: FROM 2 Mbyte (V6) Memory cassette information reserved...
Page 605: Settings For Each Function
Chapter 24 SRAM Settings for Each Function [SRAM/Clock Setting] Dialog Use Built-in Clock] Check this box when using the clock built in the V series. For more information on time display, refer to “Chapter 11 Time Display/Calendar.” [SRAM] [Built-in]/[Cassette] This setting is effective when using the V7 series. Select built-in SRAM or a SRAM cassette (V7EM-S) to use.
Page 606: Memory Card Emulation Area
Chapter 24 SRAM Memory Card Emulation Area You can use this area as an external memory device (memory manager function) for a PLC or for sampling data backup (data logging function). You can use this function not only with SRAM but also with CREC (SRAM memory card) or CF cards.
Page 607: Storage Area For Memo Pad
Chapter 24 SRAM Storage Area for Memo Pad Use this area to store the memo pad. ♦ Save Timing The following explains when to save data on the memo pad into the [Store Area for Memo Pad]: • When switching a page using the [Function: Plus Block/Minus Block] switch •...
Page 608: Nonvolatility Memory (Word)/(Dword)
Chapter 24 SRAM Nonvolatility Memory (Word)/(DWord) You can use the SRAM area as the non-volatile word memory area or the non-volatile double-word memory area. ♦ Difference between Word and Double-word The difference between word and double-word is whether the specified address (= word) only is guaranteed or two words (double-word) from the address are guaranteed when a power failure occurs.
Page 609: System Memory ($S)
Chapter 24 SRAM ♦ System Memory ($s) The following table shows system memory ($s) related to non-volatile memory (word and double-word): Address ($s) Contents Memory Type Writing result of $L address where data is written at last [0]: Normal [1]: Error $L address where data is written at last if $s721 is [1: Error], ←V when the power is on...
Page 610: Outline
Chapter 25 Memory Card Mode Memory Card Mode Outline The memory card mode is a supported function when SRAM or a CF card is available on the V series. The SRAM and CF card types compatible with the V series are described below. •...
Page 611: Memory Manager Function
Chapter 25 Memory Card Mode The memory card mode has two major functions: memory manager and data logging. Memory Manager Function SRAMs or CF cards can be used as external storage media for the PLC. Data can be written or read out at any time required. The memory card emulation area of an SRAM or a CF card is divided into a maximum of 16 files.
Page 612: Data Logging Function
MONITOUCH V series is cleared if a power failure occurs. However, if data is stored in memory card emulation area of the SRAM or CF card instead of the buffering memory, it is kept intact even after a power failure.
Page 613: Memory Card Editor
Chapter 25 Memory Card Mode Memory Card Editor Using Hakko Electronics’ memory card editor M-CARD SFT, data stored in the SRAM or CF card (by the memory manager or data logging function) can be read by a personal computer, or data in the computer can be written to the SRAM or CF card.
Page 614: Recognition Of Storage Media
Chapter 25 Memory Card Mode Recognition of Storage Media The V7 series has multiple SRAMs that can be used in memory card mode and is compatible with CF cards. These media are recognized for data storage depending on the setting. The storage media setting procedure varies depending on the V series model and available functions.
Page 615: Data Logging Function
Chapter 25 Memory Card Mode Data Logging Function Refer to “Chapter 22 Data Logging.” Setting Items ♦ Modular Jack Select [Modular Jack] from the [System Setting] menu. Select [Memory Card] for [Modular Jack 1] or [Modular Jack 2] in the [Modular Jack] dialog. The SRAM memory card can be used with the card recorder (CREC).
Page 616: Sram And Cf Card Area
Chapter 25 Memory Card Mode SRAM and CF Card Area SRAM or SRAM Cassette ♦ Memory Capacity • The built-in SRAM area of the V7 series is 32 k words (64 kbytes). • When an SRAM cassette is mounted on V7 or V6, an SRAM area of 256 k words (512 kbytes) is secured.
Page 617: Sram Memory Card
Chapter 25 Memory Card Mode SRAM Memory Card ♦ Memory Capacity 256 kbytes, 512 kbytes, 1 Mbytes, 2 Mbytes or 4 Mbytes are available. The header information area is common to all memory cards. Card information Header information (1024 words) File information 1023 1023...
Page 618: Calculating The File Size
Chapter 25 Memory Card Mode Calculating the File Size (Unit: words) (The number of bytes of record name ÷ 2 + the number of data) Data File × the number of records (the number of words + 2) × the number of sampling times Bit synchronize (the number of words + 2) ×...
Page 619: Memory Card Mode Setting Procedure
Chapter 25 Memory Card Mode Memory Card Mode Setting Procedure • System Setting Memory Card Setting No. 0 (to 15) I/F Memory Type Data File • Screen Edit [Memory Card Mode] icon Memory card mode tool bar Page 25-19 Page 25-19 Page 25-19 Page 25-18 Page 25-20...
Page 620: Memory Card Setting
Chapter 25 Memory Card Mode Memory Card Setting When memory cards are used, make the setting in the [Memory Card] dialog for file divisions or definition. According to the setting in this dialog, the memory card (or memory card emulation area) is formatted. [Memory Card] Dialog Select [Memory Card Setting] from the [System Setting] menu.
Page 621 Chapter 25 Memory Card Mode A. n (CFM_STAT) 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00 Sample data operation Battery voltage Error Bit No. Contents Description When an error related to the memory card has occurred, this bit is set to Error “1”...
Page 622 Chapter 25 Memory Card Mode F. n + 5 (CFM_TRFIN) Formatting or data transferring condition between the MONITOUCH V series (= SRAM area or CF card) and the PLC is stored. The allocation of memory is shown below. 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00...
Page 623 Chapter 25 Memory Card Mode [Type] Specify the types of files into which the memory card can be divided. Choose from the following three options. • [Not Used] Files are not used. • [Data File] This is a file type required for the memory manager function. •...
Page 624: Memory Card Setting Example
Chapter 25 Memory Card Mode Memory Card Setting Example When the [Memory Card] dialog is set as the following example, the area divisions in the memory card and their relationship with the PLC memory can be illustrated as shown below: File No.
Page 625: Memory Card Mode
Chapter 25 Memory Card Mode Memory Card Mode [Memory Card] Dialog ♦ [Main] Tab Window A maximum of four memory card mode parts can be set per screen. [Division No.] In one division, only one memory card mode can be registered. Each of the base screen and overlaps 0 to 2 can contain one memory card mode.
Page 626: Char. Prop.] Tab Window
Chapter 25 Memory Card Mode Bit No. Contents Description In the display area part: File selection [0]: Only the files for [Type: Data File] are displayed. [1]: All files are displayed. Not used This bit must be reset to “0.” When bit 14 or bit 15 is set to “1,”...
Page 627: Display Area Parts
Chapter 25 Memory Card Mode Display Area Parts Files and records stored in the memory card can be listed in the display area part with the memory manager function. Use display area parts for displaying files or records. ♦ Notes on Setting The display area part must be linked with memory card mode to work as the display area for the memory manager function.
Page 628: Data Display For Memory Manager Function
Chapter 25 Memory Card Mode Data Display for Memory Manager Function With the memory manager function, it is possible to show the memory card number and name, file number and name, and record number and name on the screen. For number display, use numerical data display parts; for name display, use character display parts.
Page 629: Memory Card Record Name]
Chapter 25 Memory Card Mode ♦ [Memory Card Name] [Memory Card File Name] [Memory Card Record Name] • Outline The memory card, file, and record names in use or currently selected can be indicated on the screen with the memory manager function. Card No.
Page 630: Notes On Switch Setting
Chapter 25 Memory Card Mode Notes on Switch Setting [Division No.] Specify the same division number as in the [Memory Card] dialog. [Function] Set the switch function. The following switch functions are available in memory card mode. Card Format Pressing this switch formats the memory card as specified in the [Memory Card] dialog.
Page 631: Examples Of Switch Operations
Chapter 25 Memory Card Mode ♦ Examples of Switch Operations • [File Select] and [Record Select] switches Flashing 0. TUA 0. Product Qty File Select File Select 1. TUB 1. Target Qty 2. TUC 2. SR-003 3. TUD Flashing 3. TU-008 4.
Page 632: Entry Key (Entry Mode) Setting
Chapter 25 Memory Card Mode Entry Key (Entry Mode) Setting When using the memory manager function, card numbers and file names can be edited on the screen. To enable the edit, the entry mode must be set. Place entry keys on the base screen or an overlap. For an overlap, choose [Normal], [Call], or [Multi] from the [Overlap Setting] dialog.
Page 633 Chapter 25 Memory Card Mode Setting in Multi-overlap Edit After an overlap part has been placed, set entry mode on the overlap. The following setting is required in entry mode. [Detail] Card No. [Keypad] [Entry Display] All of the above settings must be made. If any setting is omitted, the entry mode does not work correctly.
Page 634: Placing Entry Keys On Call-Overlap
Chapter 25 Memory Card Mode Setting on the Screen The following two settings are necessary on the screen. • [Overlap Setting] To call up an overlap on the screen, an overlap setting must be made for the screen. (Be sure to choose [Multi] for [Type].) For more information on the overlap setting on the screen, refer to “Chapter 2 Overlap.”...
Page 635: Placing Entry Keys On Normal Overlap
Chapter 25 Memory Card Mode • Memory Card Mode Setting - [Key Display Location] in the [Memory Card] dialog Choose from [OVLP0], [OVLP1], or [OVLP2], for which [Call] is chosen in the [Overlap Setting] dialog. - Switches for Memory Card Mode [Card No.
Page 636: Placing Entry Keys On Base Screen
Chapter 25 Memory Card Mode ♦ Placing Entry Keys on Base Screen Entry keys become available by pressing the [Card No. Edit] or [File Name Edit] switch. Entry mode and memory card mode are set on the same screen. The following settings are required.
Page 637: Setting And Importing Procedures On The V Series
Chapter 25 Memory Card Mode Setting and Importing Procedures on the V Series To start the memory manager function, perform the following procedures on the V series: Transfer screen data to the V series. Connect the V series to the PLC. Format the memory card mode.
Page 638: Outline
Chapter 26 Ethernet Function SYSTEM Ethernet Function POWER When you connect the V series to the Ethernet, you need to set up an IP address/gateway. Be sure to consult with your network administrator. Outline The V series has four Ethernet functions as shown below. Depending on the V series model or communication interface unit (CU-03), you may be only able to use some of the V series Ethernet functions.
Page 639: Ethernet Communication With Plc And Other V Series
Chapter 26 Ethernet Function Ethernet Communication with PLC and Other V Series You can connect the V series to the Ethernet interface of the PLC and to other V series, allowing 10 Mbps of high-speed communication. Also, you can transfer data to the V series from your personal computer if you create programs using VB, etc.
Page 640: E-Mail
Chapter 26 Ethernet Function E-Mail You can control if an e-mail is sent by setting the sampling error bit ON or OFF. Refer to “Chapter 27 E-Mail.”) E-mail Mail Server Ethernet LAN Bit sampling Relay sampling Alarm function SYSTEM POWER 26-3...
Page 641: Web Server
Chapter 26 Ethernet Function Web Server You can monitor the internal memory of the V7i series, the PLC memory connected to the V7i series, the temperature control memory, and the memory card memory using a Web browser on a personal computer that is attached to the LAN.
Page 642: Outline
Chapter 27 E-Mail SYSTEM E-Mail POWER When you connect the V7 series to the Ethernet to send e-mail, you need to set up an IP address/gateway. Be sure to consult with your network administrator. Outline E-mail is sent according to the status of the ON/OFF bit. If a problem occurs, you will be notified of the fault even at a remote location.
Page 643: Setting Items
Chapter 27 E-Mail Setting Items • E-Mail Setting ( Refer to page 27-3.) • Receiver’s Mail Address Setting ( Refer to page 27-4.) • Message Edit ( Refer to page 27-5.) • IP Address/Gateway Setting ( Refer to page 27-2.) IP Address/Gateway Setting You need to set up an IP address/gateway to send an e-mail.
Page 644: E-Mail Setting
Chapter 27 E-Mail E-Mail Setting Select [Unit Setting] from the [System Setting] menu. The [Unit Setting] dialog is displayed. Click the [E-Mail] tab. [SMTP IP Address] Set up the IP address of the mail server. [Sender’s Mail Address] Set up the sender’s mail address. It is recommended that you prepare a special account only for the V7 on the mail server and set up its address.
Page 645: Receiver's Mail Address Setting
Chapter 27 E-Mail Receiver’s Mail Address Setting Set up a receiver’s mail address in the buffering area. You can set up a receiver’s address for each sampling. Buffering Area Setting This section describes the required settings for sending e-mail. For more information on other settings, refer to “Chapter 10 Sampling.”...
Page 646: Message Edit
Chapter 27 E-Mail Message Edit In the [Message Edit] window, register messages corresponding to abnormal bits and select a message to send. • Select [Message] from the [Item] menu. The [Message Edit] window is displayed. Check the box in the [E-Mail] column of the message to send. If the [Message Edit] window looks different from the figure above, select [Display Change] from the [Display] menu.
Page 647 Chapter 27 E-Mail Please use this page freely. 27-6...
Page 648: Outline
Chapter 28 Web Server SYSTEM Web Server POWER When you connect the V series to the Ethernet, you need to set up an IP address/gateway. Be sure to consult with your network administrator. • Supported Type V7i (Use internal LAN port.) •...
Page 649 Chapter 28 Web Server • If you use a table data display, you can create a SHT file ( Refer to page 28-5.) with the V-SFT editor. You don’t need to create a file for monitoring. Refer to page 28-6.) - V-SFT screen - Web browser screen This SHT file is a simple file to display the table data display only.
Page 650 Chapter 28 Web Server • Writing data to the V7i and monitoring are available from a Web browser. Use the CGI function (MemAcs.cgi), which is built in the V7i. ( Refer to page 28-11.) However, you need to create an HTM file in this case. •...
Page 651: Notes
Chapter 28 Web Server Notes Browser Setting The web server function is available within a LAN only. You cannot access the server via Internet using a global IP address. Be sure to uncheck [Automatically Detect Settings] and [Use a Proxy Server for your LAN] in the LAN settings of your Web browser.
Page 652: Files Available To Use On The Web Server
Chapter 28 Web Server 5. Uncheck [ Use a Proxy Server for your LAN] and [ Automatically Detect Settings] and click [OK]. Files Available to Use on the Web Server When you use the Web server function, access a CF card in the V7i from the Web browser on your personal computer.
Page 653: Table Data Display Monitor
Chapter 28 Web Server Table Data Display Monitor You can monitor table data display on the V-series screen with a Web browser. A SHT file, which is required for monitoring with a Web browser, can be created with the V-SFT editor. You can create a monitor screen easily by using the table data display.
Page 654 Chapter 28 Web Server 4. The [Browser File Setting] dialog is displayed. Enter the file name. The file name above should be eight (8) one-byte alphanumeric characters (0 to 9, A to Z). You cannot access the file using other characters. 5.
Page 655: When Using Cf Card Manager:
Chapter 28 Web Server Saving on a CF Card Save the SHT file, which is created in the “~\V6W\Webserv” folder, into a CF card then monitor it with a Web browser from your personal computer. Save the file using CF card manager or using Explorer. ♦...
Page 656: When Using Explorer:
Chapter 28 Web Server ♦ When Using Explorer: 1. Start Explorer on Windows. 2. Specify the CF card drive. 3. Select [CF Card Setting] from the [System Setting] menu. Check if the folder name is set for [Access Folder Name]. (Access folder: Refer to “Chapter 23 CF Card (V7 Only).”) CF card setting of a...
Page 657: Accessing With A Web Browser
Chapter 28 Web Server Accessing with a Web Browser Access the V7i, in which a CF card is inserted, with a Web browser. 1. Start a Web browser on your PC on the Ethernet. 2. Specify the V7i IP address for [Address] and the SHT file as shown below. http://(IP address)/WEBSERV/(file name).sht 3.
Page 658: Memory Access
Chapter 28 Web Server Memory Access You can access (read/ write) to any of the internal memory of the V7i, the PLC memory connected to the V7i, and the temperature control memory. In this case, you need to set each parameter in the table (page 28-12) and create an HTM (SHT) file for sending to the V7i.
Page 659: Memory Access Parameter List
Chapter 28 Web Server Memory Access Parameter List The required parameters to start the CGI function (MemAcs.cgi) are as follows. Enter “Parameter name” and “Parameter value” correctly. If the name or value is wrong, MemAcs.cgi cannot recognize it, then an error occurs. Parameter Name Contents MEM_ACSTYPE...
Page 660: Memory Access Example
Chapter 28 Web Server Memory Access Example ♦ Creating HTM Files By using radio buttons or combo boxes, create a HTM file in which to set the read/ write parameters and save it to the “~\V6W\Webserv” folder. <Example> <HTML> <BODY> Starting the entry form <FORM METHOD="GET"...
Page 661: Saving On A Cf Card:
Chapter 28 Web Server ♦ Saving on a CF card: Save the created HTM file on a CF card. For how to save, refer to page 28-8. ♦ Accessing with a Web Browser Start a Web browser on your personal computer, then access to the CF card which is inserted in the V7i.
Page 662 Chapter 28 Web Server 2. Set access memory parameters in each entry field, then press [Write] button. The V series creates the HTM file as shown below and send it to the Web browser. • Memory access type is “0: Memory Read”: •...
Page 663: Jpeg File Display
Chapter 28 Web Server JPEG File Display In the V7i, you can save a video image to the “CF card\access folder\SNAP” folder, and a screen shot to the “CF card\access folder\HDCOPY” folder, both as JPEG files. You can display the JPEG files with a Web browser on a Web server.
Page 664: When Using A Htm File:
Chapter 28 Web Server When Using a HTM file: If you use a HTM file, you can not display only a JPEG file, but also a title. By using HTM refresh command, you can process periodic updates. ♦ Creating HTM Files Ex.: Display a video snap image on the Web browser, then create a HTM file to be displayed while updating periodically.
Page 665: Saving On A Cf Card:
Chapter 28 Web Server In the HTM file example on the previous page, the storage target is “../SNAP/VD0000.jpg.” This is specified with a relative path. Another method to specify the file is an absolute path. Access folder is a route on the Web server ../SNAP/VD0000.jpg function.
Page 666 Chapter 28 Web Server Ex.: IP address: 192.168.1.51 When displaying CCC.htm in the “WEBSERV” folder: http://192.168.1.51/WEBSERV/CCC.htm 5 seconds later 5 seconds later VD0000.jpg is displayed first. VD0001.jpg and VD0000.jpg are repeatedly displayed in order, each for five seconds. 28-19...
Page 667 Chapter 28 Web Server Please use this page freely. 28-20...
Page 668: Outline
Chapter 29 Language Selection SYSTEM Language Selection POWER You can change font and display it without changing the screen display on the V series. For more information on fonts (available fonts on the V series, editing methods for each language, etc.), refer to “Appendix 1 Font” in the Reference Manual (Operation). Outline Multi-language Selection (for V7) You can change languages using the same screen data file in the RUN mode.
Page 669: Displayed Character Selection (V Series)
Chapter 29 Language Selection Displayed Character Selection (V Series) You can change the displayed characters using the same screen data file in the RUN mode. • Even if different languages use the same font, you can change characters, such as German ←→ Italian, and display them. The screen of Language 1 The screen of Language 2 (English/Western Europe)
Page 670: Language Selection Types And Fonts
Chapter 29 Language Selection Language Selection Types and Fonts Available languages vary depending on the type (four kinds) of language selection. V7 Series (Change in RUN mode) ♦ When Using a CF card (Multi-language selection): Selectable fonts Selection examples → →...
Page 671: When Changing Screen Data (Multi-Language Screen):
Chapter 29 Language Selection ♦ When Changing Screen Data (Multi-language screen): Selectable Fonts Selection Examples → → Japanese Japanese Chinese Spanish Japanese 32 (Japanese 32) (Chinese (Simplified)) (English/Western Europe) English/Western Europe You cannot exchange Chinese → → Taiwanese Japanese Hangul fonts between the Chinese (Simplified) upper and lower...
Page 672: Displayed Character Selection (For V Series)
Chapter 29 Language Selection Displayed Character Selection (for V Series) The settings are as follows: • System Setting Font Setting Changing Characters: [2] or more Font Language 1 to n: Select the same font Initial Displayed Language: n • Item Multi-Language Multi-Language [n] setting Edit for Language 2, etc.
Page 673: Multi-Language Selection
Chapter 29 Language Selection Multi-language Selection Font Setting Select [Font Setting] from the [System Setting] menu. The [Font Setting] dialog is displayed. The font setting procedure for the multi-language selection is as follows: 1. Specify the number of selectable languages for [Changing Characters]. (1 to 8) 2.
Page 674: Language 1 Edit
Chapter 29 Language Selection [Import]/[Export]/[ [ ] Provided] Use these options when you edit multi-language with a CSV file. For more information, refer to “Multi-language Edit/When Editing a CSV File.” mentioned later. Language 1 Edit Language 1 is the language for the original screen data file. When you create an ordinary screen, all text (texts in drawing, switch/lamp texts, message edit, etc.,) that are related to the font are edited as Language 1.
Page 675 Chapter 29 Language Selection If you click on the desired cell of Language 2, etc., the cursor for entering text appears. Enter the characters that match the corresponding font. The length of character strings in Language 2 should be about the same as in Language 1. Length difference may cause the character strings to overlap or will unbalance the screen.
Page 676: When Editing A Csv File:
Chapter 29 Language Selection • Paste 1. Select [Paste] from the [Edit] menu. The following [Paste] dialog is displayed: [Language] Select the target language to be pasted. [Start Line] (0 to (No. of the characters − 1)) Select the number of the start line to be pasted. 2.
Page 677 Chapter 29 Language Selection When converted, characters are output to the CSV file in the following formats. CSV file output format per item Items Format Screen SCRN[No]:[Layer]:[Item Name][DivNo.], [Language 1], [Language 2], ... [Language 8] Message Group MSG[Group No.]:[Line No.], [Language 1], [Language 2], ... [Language 8] Graphic Library GLIB[Group No.]:[No.],[ItemName], [Language 1], [Language 2], ...
Page 678 Chapter 29 Language Selection When importing, the “[ ]” characters are automatically removed by the editor. If you didn’t check [Provided], the following characters can not be imported normally when you open it with CSV supporting software such as Excel. Excel Characters on V-SFT (Format: Standard)
Page 679 Chapter 29 Language Selection Characters in Unsupported Functions for Export 1. You cannot change the forms which are set for [Date Display] and [Time Display] in the [Alarm Display] or [Time Display] dialogs. Also, you cannot change the characters you set with the macro command [CHR (F0='Characters')]. 2.
Page 680: Checking The Screen
Chapter 29 Language Selection About [Import] Import a CSV file as the character set for the V series screen data file. When importing, Language 1 is searched, then Language 2 is allocated in the same characters. The characters of the imported CSV file are imported and registered in the V series screen.
Page 681: Macro Command [Chg_Lang]
Chapter 29 Language Selection Macro Command [CHG_LANG] • When immediately after the RUN mode is started, the language you set for [Initial Displayed Language] of the [Font Setting] dialog is displayed. • When you change the language in the RUN mode, you can perform [CHG_LANG] in the [SYS] macro command.
Page 682: Cf Card Manager
Chapter 29 Language Selection CF Card Manager To perform a multi-language selection in the V series, you need to store the font file for Language 2 (etc.) on a CF card. Then insert it into the V series. ♦ How to Store on a CF Card The settings for Language 2 (etc.) are as follows: 1.
Page 683 Chapter 29 Language Selection 6. Specify the drive where the CF card is inserted and click [OK]. The CF Card Manager will start. What is the CF Card Manager? The CF Card Manager is an application that allows you to write the data used in the V7 series to a CF card or to convert the data into each file format after importing the data from CF card.
Page 684: Structure In The Cf Card
Chapter 29 Language Selection ♦ Structure in the CF Card Font is stored as shown below: CF card (= Access folder) Dat0000 Bitmap Card Font Fnt_chn.ftd Language 2, etc Fnt_kor.ftd Hdcopy Jpeg Memo Recipe Sample Snap Sram Webserv (= Access folder) File01 Bitmap Card...
Page 685: English/Western Europe Hk Gothic And English/Western Europe Hk Times
Chapter 29 Language Selection English/Western Europe HK Gothic and English/Western Europe HK Times In multi-language selection, you can change the fonts between [English/Western Europe HK Gothic] and [English/Western Europe HK Times]. The setting procedure is almost the same as the one for the multi-language selection with [English/Western Europe], etc.
Page 686: Auto Font
Chapter 29 Language Selection Note that the setting for each point of the Language 1 (English/Western Europe HK Gothic) effects the setting of Language 2 (English/Western Europe HK Times). If you change the setting for either one, the setting for the other will also be changed.
Page 687: Displayed Character Selection
Chapter 29 Language Selection Displayed Character Selection The setting procedure is almost same as the “Multi-Language Selection” mentioned before. However, you cannot change the fonts because a CF card is not used. Therefore, you need to specify the same font for [Language 1] and [Language 2] in the [Font Setting] dialog.
Page 688: Language 1 Edit
Chapter 29 Language Selection Language 1 Edit Language 1 is the language for the original screen data file. When you create an ordinary screen, all text (texts in drawing, switch/lamp texts, message edit, etc.,) that are related to the font are edited as Language 1. Edit for Language 2, etc.
Page 689: Multi-Language Screen
Chapter 29 Language Selection Multi-language Screen You can register multiple languages using the same screen data file. However, you cannot change the language in the RUN mode. Language change is available by reloading the screen data setting in the target language for each situation.
Page 690 Appendix...
Page 692: Internal Memory
Appendix 1 Internal Memory SYSTEM Internal Memory POWER The internal memory is memory in the MONITOUCH which is available to the user. With this internal memory, the MONITOUCH can operate quickly because it is not necessary to transfer to or receive data from the PLC. Memory Type There are two different types of internal memory.
Page 693 Appendix 1 Internal Memory System Memory Contents in system memory $s are shown below. Denotation of [Memory Type] in the list • ← V V7 writes data. • → V For user definition or setting Address Contents Memory Type ← V Screen number Overlap 0 Display...
Page 694 Appendix 1 Internal Memory Address Contents Memory Type Buffer 0 Number of buffers specified Buffer 0 Number of buffers Buffer 0 Number of buffers executed Buffer 1 Number of buffers specified Buffer 1 Number of buffers Buffer 1 Number of buffers executed Buffer 2 Number of buffers specified Buffer 2...
Page 695 Appendix 1 Internal Memory Address Contents Memory Type Switch function Repeat setting → Switch function Repeat prohibited Switch ON macro Repeat setting Result of system call ← V Result of switch function Keypad overlap AUTO OFF Prohibited → Exclusive function of overlap Setting *1: Valid when switch ON macro is set Universal serial...
Page 696 Appendix 1 Internal Memory Address Contents Memory Type ($s104 is other than 0: Writing the result of error handling) Memo pad Displayed page number Memo pad Data Registered/ Unregistered ← V Memo pad Remaining storage area (low-order) Unit: bytes Memo pad Remaining storage area (high-order) Multi-link/ Multi-link 2 communication Local port number...
Page 697 Appendix 1 Internal Memory Address Contents Memory Type Calendar Year Calendar Month Calendar Calendar Hour ← V Calendar Minute Calendar Second Calendar Day of the week SRAM information Greenwich time (low-order) Greenwich time (high-order) Overlap video Selected channel number ← V Overlap video Dithering DITHER...
Page 698 Appendix 1 Internal Memory Address Contents Memory Type Overflow flag Overflow flag Buffer Word 0 Average (low-order) Buffer Word 0 Average (high-order) Buffer Word 0 Maximum (low-order) Buffer Word 0 Maximum (high-order) Buffer Word 0 Minimum (low-order) Buffer Word 0 Minimum (high-order) Buffer Word 0...
Page 699 Appendix 1 Internal Memory Address Contents Memory Type 260 to 267 Buffer Word 10 Average, maximum, minimum, total 268 to 275 Buffer Word 11 Average, maximum, minimum, total 276 to 283 Buffer Word 12 Average, maximum, minimum, total 284 to 291 Buffer Word 13 Average, maximum, minimum, total...
Page 700 Appendix 1 Internal Memory Address Contents Memory Type ← V Alarm function Operation program bit Read area n (RCVDAT) ← V Read area n + 1 (SCRN_COM) Read area n + 2 (SCRN_No) Write area n (CFMDAT) ← V Write area n + 1 (SCRN_COM) Write area n +2 (SCRN_No)
Page 701 Appendix 1 Internal Memory Address Contents Memory Type Ethernet Macro Request wait ← V Ethernet Macro Request wait execution result → Ethernet Status Network table 0 status Network table 1 status Network table 2 status Network table 97 status Network table 98 status Network table 99 status FL-Net Local node number...
Page 702 Appendix 1 Internal Memory Address Contents Memory Type FL-Net Host status FL-Net Area 1 data top address FL-Net Area 1 data size ← V FL-Net Area 2 data top address FL-Net Area 2 data size FL-Net FA links status FL-Net Minimum allowable frame interval ←...
Page 703 Appendix 1 Internal Memory Address Contents Memory Type Temperature controller/PLC2Way Port No. 00 Status Temperature controller/PLC2Way Port No. 01 Status Temperature controller/PLC2Way Port No. 02 Status ← V Temperature controller/PLC2Way Port No. 28 Status Temperature controller/PLC2Way Port No. 29 Status Temperature controller/PLC2Way Port No.
Page 704 Appendix 1 Internal Memory Address Contents Memory Type Touch switch status output ← V Touch switch X coordinate output Touch switch Y coordinate output Video Brightness ← V Video Contrast Video Color strength Video Brightness ← V Video Contrast Video Color strength Video Brightness...
Page 705 Appendix 1 Internal Memory Address Contents Memory Type ← V 1000 Sound replay Remaining seconds 1001 1002 1003 1004 ← V 1005 E-mail send Send wait e-mails ← V 1006 E-mail send Error information 1007 1008 1009 1010 1021 1022 1023 A1-14...
Page 706 Appendix 1 Internal Memory • Address $s0 Contains the current screen number. • Address $s2 to 13 Contains the current overlap status. 0 (Display status) Overlap Display status 0: None 1: Present 0: Display 1: Non-display 1 (X coordinate) X coordinate display Dot: 0 to 799 Column/ line: 0 to 99 2 (Y coordinate) Y coordinate display Dot: 0 to 599...
Page 707 Appendix 1 Internal Memory • Address $s64 It is possible to add the repeat function to the switch without repeat function. Set a number other than [0] in the address $s64 for ON macro of the switch. • Address $s65 It is possible to prohibit the repeat function to the switch with repeat function.
Page 708 Appendix 1 Internal Memory • Addresses $s80 to 95 Use these memory addresses for universal serial communications. <Setting Procedure> 1. Type: Universal serial 2. Designate these addresses as the switch output memory. 3. Switch action: Momentary <Operation> 1. Both addresses and bits are converted to codes before loading them in the system write memory (n + 2, n + 3).
Page 709 Appendix 1 Internal Memory • Addresses $s106 to 109 Information of memo pad is stored. $s106: The page number (0 to 7) of the displayed memo pad is stored. $s107: The information whether data is registered or not in each page of memo pad (maximum 8 pages) is stored.
Page 710 Appendix 1 Internal Memory • Address $s132 The cycle time of the current screen is stored. (Unit: 10 msec) For more information on one cycle, refer to “Appendix 2 Process Cycle.” • Addresses $s160 to 166 The calendar that is read from the PLC (V7 built-in calendar) at the start of communications is stored.
Page 711 Appendix 1 Internal Memory • Addresses $s436 to 443, 456, 458 The information on the alarm function is stored. For more information, refer to “Chapter 10 Sampling.” • Addresses $s460 to 462 The information on the read area is stored. For more information on the read area, refer to “Chapter 1 System Setting.”...
Page 712 Appendix 1 Internal Memory • Addresses $s514 to 619 The setting and information on Ethernet communications are stored. For more information, refer to the V7 Hardware Specifications and the Specifications for Communication Unit Ethernet. • Addresses $s620 to 654 The information on FL-Net communications is stored. For more information, refer to the Specifications for Communication Unit FL-Net separately provided.
Page 713 Appendix 1 Internal Memory • Addresses $s729 to 763 The information on temperature control network or PLC2Way function is stored. For more information on the temperature network, refer to the Temperature Control Network or the V7 Series Hardware Specifications separately provided. •...
Page 714 Appendix 1 Internal Memory Please use this page freely. A1-23...
Page 715 Appendix 1 Internal Memory A1-24...
Page 716: Process Cycle
Appendix 2 Process Cycle SYSTEM Process Cycle POWER The screen display speed in communications between the V series and the PLC depends on the number of parts (mainly the number of memory addresses read from PLC) placed on the screen. When displaying more parts in screen data, the display speed gets slower and switch response may not be quick.
Page 717: Processing In V Series
Appendix 2 Process Cycle ♦ Processing in V Series Processing in the V series is performed in the following order. • The V series analyzes screen data to be read from the PLC, and reads them in blocks of consecutive memory addresses. Blocks •...
Page 718 Appendix 2 Process Cycle Reading from Reading from Reading from Reading from the read area the read area the read area the read area Reading Reading Reading Reading high-speed high-speed high-speed high-speed block 1 block 1 block 1 block 1 Reading Reading Reading...
Page 719: One-Cycle Processing
Appendix 2 Process Cycle • When considering the display speed of the screen, it is recommended to set up a smaller slice level for a shorter scan time of the PLC, or a greater slice level for a longer scan time. The “scan time”...
Page 720: If Communication Speed Is Slow:
Appendix 2 Process Cycle Notes • The write area is not shown in the above illustration because it is processed at a cycle different from the read area. • For one cycle that is executed when the screen is opened, data of all the parts placed on the screen is read and the screen OPEN macro is executed;...
Page 721: Other Notes
Appendix 2 Process Cycle • Sampling When the sampling function is used, uncheck [ Memory Designation] in the [Buffering Area Setting] dialog, and set the memory of read area (n + 3) or later as the sampling data memory. ↓ When the number of blocks decreases, the cycle time can be shorter.
Page 722: Errors Displayed On The V7 Series
Appendix 3 Error SYSTEM Error POWER There are two different types of errors: 1. Errors displayed on the V series 2. Errors displayed on the PC when a screen is created Errors Displayed on the V7 Series There are five kinds of error messages displayed on the V series: 1.
Page 723 Appendix 3 Error Error Message Contents Solution Error code received An error code was sent to the link unit Examine the CPU error code and solve the by the CPU of the PLC. problem. Break The PIC’s SD (TXD) remains at the low Examine the connection between the PLC’s level.
Page 724: Error Messages For Network Communication
Appendix 3 Error Error Messages for Network Communication • Ethernet Error Message Contents Solution Ethernet Error: XXXX The Ethernet status is saved at system For the contents and solution to each error memory address $s518 and a code number, refer to Chapter 4 of the Hardware other than “0”...
Page 725 Appendix 3 Error • OPCN-1 Error Message Contents Solution I/F Board Err The I/F unit for OPCN-1 has an error. Contact your local distributor. Stat. No. out of range The port number set by a switch is not Specify the port number within the setting within the setting range (1 to 127).
Page 726: Check
Appendix 3 Error Check Communication Error Check I/F driver SYSTEM Check Check Screen No. Error POWER Error Message Contents Solution Screen No. Error There is no setting for the received The screen specified by the PLC has not screen. been registered. An invalid screen number is set in the “n + 2”...
Page 727 Appendix 3 Error • Item Numbers The item number shows the editing screen or other place where the error is detected. Header Network table Buffering area Barcode Memory card External character 16 External character 32 Message group Dot pattern Graphic library 10: Page block 11: Direct block 12: Screen block...
Page 728 Appendix 3 Error • Error numbers Note: Error numbers with “*” do not occur under the ordinary circumstance. If any of these error is displayed, contact your local distributor. Error No. Contents Remedies The screen data version does not Transfer the system program from the match the system program version of V-SFT editor.
Page 729 Appendix 3 Error Error No. Contents Remedies The number of items that uses the Reduce the number of items. memory exceeds the available number. The number of switches set on the Reduce the number of switches and screen exceeds the maximum (V7 lamps.
Page 730 Appendix 3 Error Error No. Contents Remedies The display area is insufficient for the Check the [Lines/Relay] in the [Relay] area (lines) that is displayed by one dialog and enlarge the display area if relay (one bit). necessary. A pattern size larger than the screen Re-set the pattern.
Page 731 Appendix 3 Error Error No. Contents Remedies MR400 format table There is an illegal code after “\” in the String code error string. MR400 format table The total size of the string is too large. String size error Multi-language font setting error Transfer the first language font or screen data again.
Page 732 Appendix 3 Error Error No. Contents Remedies [Temp. control network/PLC2Way] Check the temperature control The temperature control network/PLC2Way table and set network/PLC2Way table is not set. correctly. [Temp. control network/PLC2Way] Check the modular setting for the No modular setting is made. temperature control network/PLC2Way function.
Page 733 Appendix 3 Error Error No. Contents Remedies The PLC model set for screen data Transfer the ladder communication does not match the model of the ladder program for the PLC model. (Available communication program. with Mitsubishi QnHCPU port (Q) only) A ladder communication program is Check [Ladder Tool] for [Modular Jack] stored in the V series though [Ladder...
Page 734: Warning
Appendix 3 Error Warning An error may be displayed on the Main Menu screen during data transfer. This is a warning message. For information on the contents of warnings, refer to “Error Details and Solutions” (page A3-5). Error No. 200 and later are warning messages.
Page 735: Touch Switch Is Active
Appendix 3 Error Touch Switch is Active If the power is turned off while a touch switch is activated, the following error screen is displayed. Remove your finger from the screen. SYSTEM Check Touch switch is active Keep hand off the screen. POWER A3-14...
Page 736: Errors Displayed On The Pc When A Screen Is Created
Appendix 3 Error Errors Displayed on the PC when a Screen is Created When a rule is violated when creating a screen, the following type of message is displayed. Correct the error as indicated by the message. When you go to the menu bar and select [Tool] → [Error Check], an error list and solution procedure is displayed if an error is found in the screen creation data.
Page 737 Appendix 3 Error Please use this page freely. A3-16...
Page 738 INDEX INDEX Symbols BCD .............5-7, 13-10 BCLR ..............13-9 $L ............... 24-9, A1-1 BIN ...............5-7, 13-10 $LD ............. 24-9, A1-1 BIN (binary) .............5-7 $s ................A1-1 BIN file ..............23-50 $u .................A1-1 BINV ..............13-9 bit operation (macro) ..........13-9 Numerics bit sampling ..........10-4, 10-44 1-graphic ............
Page 739 INDEX data logging ........22-1, 23-16, 25-3 area ..............22-5 CF card (V7 only) ..........23-1 CF card ...........22-5, 22-8 attribute table ..........23-40 SRAM memory card ......22-6, 22-13 auto uploading of screen data ...... 23-14 SRAM or SRAM cassette ....22-5, 22-11 backing up memo pad data ......
Page 740 INDEX graphic mode ............9-2 absolute address ..........9-6 error ..............A3-1 command ............9-4 check ..............A3-5 external ............9-4 communication error ........A3-1 internal ............9-4 SYSTEM ERROR ........A3-13 parameter ............9-5 Touch Switch is Active .........A3-14 graphic relay mode ..........9-8 Warning ............A3-13 display area transparent .........9-15 error check ............A3-15 mode Ethernet function ..........
Page 741 INDEX memory card mode ........25-1, 25-16 data logging function ........25-3 LABEL ..............13-14 memory card editor ........25-4 lamp ................ 4-1 memory card emulation area ......25-9 Draw Mode memory card setting ........25-11 REP ............4-11 memory manager function ......25-2 XOR ............4-8 recognition of storage media ......25-5 [Lamp] dialog ............
Page 742 INDEX real number FLOAT (floating decimal point) ......5-7 OCT ................ 5-7 real time print ...........10-47, 10-55 one cycle ..............A2-4 Receive Slice Level ..........A2-2 OR ................ 13-7 recipe ..............23-22 OUT_ENQ ............13-29 recipe function ............21-1 OUT_PR ............. 13-16 CF card ............21-1 output of sound information ($s) ......
Page 743 INDEX Start Frame No.............17-5 start/end code ............16-3 Screen No. Error ...........A3-5 STA_TIME ............13-22 seconds to move ..........17-13 statistic graph (bar, pie) ........8-22 seconds to replay ..........17-13 statistic operation (macro) ........13-8 separate display ........8-9, 8-15, 8-38 status display ............10-46 serial port .............15-3, 15-4 STOP ..............17-8 set ................
Page 744 INDEX trend sampling ...........10-2, 10-19 Draw with Rectangular Wave .......10-20 System Setting ............1-1 pen recorder type ......... 10-21 Comm. Parameter ..........1-2 point pitch .............10-25 Read Area ..........1-2 Sample Buffer Word No.......10-24 Write Area ..........1-2 switch ............10-29 Edit Model Selection ........
Page 746 Hakko Electronics Co., Ltd. Sales 238, Kamikashiwano-machi, Matto-shi, Ishikawa, 924-0035 Japan TEL (076)274-2144 FAX(076)274-5208 Tokyo Office TEL (03)3255-0166 FAX(03)3255-0298 Osaka Office TEL (06)6385-8234 FAX(06)6385-7851 Nagoya Office TEL (052)789-0096 FAX(052)789-0098 Head Office 209-2, Koh, Mameda-honmachi, Kanazawa-shi, Ishikawa, 920-0047 Japan PRICE 4,000-...