Page 3: How To Use This Handbook
Manuals related to GOT1000 series The manuals describe the detailed information for the GOT. For details of the information shown in this handbook, refer to the related manuals of GOT1000 series. The manuals related to GOT1000 series can be downloaded from the MITSUBISHI ELECTRIC FA NETWORK SERVICE website (http://wwwf2.mitsubishielectric.co.jp/english/...
Page 4: Manuals
For details about installation operation, basic operation of screen design, and data transfer operation of GT Designer2 • GT Designer2 Version2 Basic Operation/Data Transfer Manual (For GOT1000 Series) SH-080529ENG (1D7M24) For details about screen configurations, functions, and usage of GT Simulator2 •...
Page 5: Newly Added Functions
NEWLY ADDED FUNCTIONS The following shows newly added functions. As of August 2008 Added new model GT16 models (GT1695M-XTBA, GT1695M-XTBD, GT1685M-STBA and GT1685M-STBD) are added. GT16 User's Manual Two models of 5.7 type (GT1055-QSBD and GT1050-QBBD) are added to GT10. GT10 User's Manual Feature of GT16 Greatly increased memory capacity! Requiring no optional function boards...
Page 6 Various interfaces are available as standard features, including Ethernet, RS-422/485, and RS-232 • A variety of built-in interfaces The built-in interfaces (Ethernet, RS-422/485 and RS-232) enable connection to up to four kinds of FA equipment simultaneously without installing an additional optional communication unit.
Page 7 Overlap window extension • Displaying up to 5 overlapped windows on the screen at one time. (Up to 2 for models other than the GT16) • More information appears simultaneously on the screen, improving flexibility in screen design. Batch self check function •...
Page 8 As of April 2008 GOT enhanced by new functions Remote personal computer operation function The function enables to operate the mouse pointer on a personal computer by touching the personal computer screen displayed on the GOT using the RGB display function. The GOT displays the personal computer screen using the RGB display function.
Page 9 Device monitor function (Supported by GT10.) For a controller connected to the GOT, forcibly turning on or off devices of the controller and changing the set value or present value are available. Computer link connection supports the connection to A series Computer link connection supports the connection to A series for GT10.
Page 10 As of February 2008 GOT enhanced by new functions SFC monitor function The GOT can monitor a SFC program of a Q series programmable controller CPU with a SFC diagram, and users can save troubleshooting steps. Switch between the block list, the ladder monitor, etc. Switch displays Block tabs Touch a tab to display the...
Page 11 As of October 2007 Added new model The serial connection dedicated model (GT1155-QTBD) is added to GT11. GT11 User's Manual Supporting Windows Vista GT Designer2, GT Simulator2, and GT SoftGOT1000 are now compatible with Windows Vista . GOT enhanced by new functions Scrolling alarm display function (GT11 and GT10) The function enables user-created comments to scroll across the screen from right to left when an alarm occurs.
Page 12 RFID connection The function enables the GOT to write data received by a RFID reader/writer of a RFID controller connected to the GOT into devices. Requesting to read data <RFID reader/writer> <GOT> <RFID controller> <IC tag> Data of IC tag Received data Receiving data Device data transfer function...
Page 13 Connection to MITSUBISHI industrial robots The GOT now can be connected to CRnQ-700 and CRnD-700 robot controllers. MODBUS /TCP connection MODBUS /TCP connection is now available for connecting the GOT to Modicon Premium series and Modicon Quantum series of the SCHNEIDER programmable controller and STARDOM of the YOKOGAWA programmable controller.
Page 14: Abbreviations And Generic Terms
GT1572-VN Abbreviation for GT1572-VNBA and GT1572-VNBD GT1565-V Abbreviation for GT1565-VTBA and GT1565-VTBD GT156 GT1562-VN Abbreviation for GT1562-VNBA and GT1562-VNBDn GT1555-V Abbreviation for GT1555-VTBD GOT1000 GT1555-Q Abbreviation for GT1555-QTBD and GT1555-QSBD GT155 Series GT1550-Q Abbreviation for GT1550-QLBD GT15 , GT15 Abbreviation for GT1595, GT1585, GT157...
Page 15 Others Abbreviations and generic terms Description Generic term for Allen-Bradley that is a brand name of products manufactured by Rockwell ALLEN-BRADLEY Automation, Inc. CHINO Abbreviation for CHINO CORPORATION FUJI FA Abbreviation for Fuji Electric FA Components & Systems Co., Ltd. FUJI SYS Abbreviation for Fuji Electric Systems Co., Ltd.
Page 16: Table Of Contents
CONTENTS INTRODUCTION..............A-1 HOW TO USE THIS HANDBOOK .
Page 17 4.3.3 KEYENCE programmable controller..........191 4.3.4 KOYO EI programmable controller .
Page 18 MEMO - 16...
Page 19: Got
1. GOT This chapter describes the GOT overview. 1.1 Product Lineup ....... . 2 1.2 Specification .
Page 20: Product Lineup
1. GOT 1.1 Product Lineup GT16 With a variety of integrated functions, such as Ethernet and multimedia (High-brightness, (High-brightness, 12.1 wide viewing angle) wide viewing angle) AC type AC type AC type AC type type GT1695M-XTBA type GT1685M-STBA DC type DC type DC type DC type...
Page 21 GT15 Wide range of use from network to stand alone (High intensity and (High intensity and (High intensity and 12.1 12.1 wide angle view) wide angle view) wide angle view) type type GT1595-XTBA AC type AC type type GT1585V-STBA AC type AC type GT1585-STBA AC type...
Page 22 (High intensity and wide angle view) AC type AC type type GT1565-VTBA AC type AC type type GT1562-VNBA DC type DC type DC type DC type GT1565-VTBD GT1562-VNBD Resolution: VGA 640 Resolution: VGA 640 Display color: 65536 colors Display color: 16 colors (High intensity and (High intensity and wide angle view)
Page 23 GT11 Enhanced with basic functions for stand alone application DC type DC type DC type DC type DC type DC type GT1155-QTBD GT1155-QSBD GT1150-QLBD Q bus type type type Q bus Q bus DC type DC type DC type DC type GT1150-QLBDQ DC type DC type...
Page 24 GT10 Including all the basic functions required for a HMI display 24VDC type 24VDC type 24VDC type 24VDC type GT1055-QSBD GT1050-QBBD type type Resolution: QVGA 320 240 Resolution: QVGA 320 240 Display color: 256 colors Display color: Monochrome (white/blue) in 16-level RS-422 connection RS-422 connection GT1030-LBD...
Page 25 Version2 For GOT1000 Screen data created by GT Designer2 Version2 can be used without conversion. GT SoftGOT1000 is an HMI software which offers the GOT1000 functions on personal computers and panel computers. Better linkage with other applications Remote monitoring over the factory LAN...
Page 26 MEMO 1.1 Product Lineup...
Page 27: Specification
1.2 Specification GT16 General specifications *1 : The maximum operating ambient temperature should be 5 C lower than Item Specification that shown in the table on the left when connecting to a multimedia unit Operating ambient Display 0 C to 50 C (GT16M-MMR), MELSECNET/H communication unit (GT15-J71LP23-25 temperature* Other than display...
Page 28: General Specifications
GT15 General specifications *1 : The maximum operating ambient temperature should be 5 C lower than Item Specification that shown in the table on the left when connecting to a MELSECNET/H Display 0 C to 50 C Operating ambient communication unit (GT15-J71LP23-25 or GT15-J71BR13), or CC-Link temperature* Other than display 0 C to 55 C...
Page 29: Power Supply Specifications
Power supply specifications Specification GT1575V-STBA GT1575V-STBD GT1575-STBA GT1575-STBD GT1575-VTBA GT1575-VTBD Item GT1585V-STBA GT1585V-STBD GT1550-QLBD GT1595-XTBA GT1575-VNBA GT1595-XTBD GT1575-VNBD GT1555-VTBD GT1555-QTBD GT1555-QSBD GT1585-STBA GT1585-STBD GT1572-VNBA GT1572-VNBD GT1565-VTBA GT1565-VTBD GT1562-VNBA GT1562-VNBD Input power supply voltage 100 to 240VAC (+10%, -15%) 24VDC (+25%, -20%) Input frequency 50/60Hz ±5% –...
Page 30 GT11 General specifications *1 : Water bulb temperature for STN display type must be 39 C or lower. Item Specification *2 : Do not operate or store the GOT unit in pressurized environments Display 0 C to 50 C* Operating ambient where the pressure exceeds the 0m elevation atmospheric temperature Other than display...
Page 31 Power supply specifications Specification GT1155-QTBD Item GT1150-QLBD GT1155-QTBDQ GT1155-QSBDQ GT1150-QLBDQ GT1155-QSBD GT1150HS-QLBD GT1155-QTBDA GT1155-QSBDA GT1150-QLBDA GT1155HS-QSBD Input power supply voltage 24VDC (+10%, -15%), ripple voltage of 200mV or less Input frequency – – Input maximum apparent power Power consumption 9.84W or less (410mA/24VDC) 9.36W or less (390mA/24VDC) 11.16W or less (465mA/24VDC) 9.72W or less (405mA/24VDC) 7.92W or less (330mA/24VDC) With backlight off 4.32W or less (180mA/24VDC) 5.04W or less (210mA/24VDC)
Page 32 GT10 General specifications *1 : Water bulb temperature for STN display type must be 39 C or lower. Item Specification *2 : Do not operate or store the GOT unit in pressurized environments Display 0 C to 50 C Operating ambient where the pressure exceeds the 0m elevation atmospheric temperature Other than display...
Page 33 Power supply specifications<GT1030, GT1020> Specification GT1030-LBD GT1030-LBDW GT1020-LBD GT1020-LBDW GT1020-LBL Item GT1030-LWD GT1030-LWDW GT1020-LWD GT1020-LWDW GT1020-LWL GT1030-LBD2 GT1030-LBDW2 GT1020-LBD2 GT1020-LBDW2 GT1020-LBLW GT1030-LWD2 GT1030-LWDW2 GT1020-LWD2 GT1020-LWDW2 GT1020-LWLW 5VDC (±5%), supplied from Input power supply voltage 24VDC (+10%, -15%), ripple voltage of 200mV or less PLC communication cable Input frequency –...
Page 34: Part Name
1.3 Part Name GT11 GT1695/GT1685 S.MODE CF card access switch Reset switch (OS installation switch) CF card access LED CF card interface CF card cover Extension unit interface Battery holder Battery Optional function board Video/RGB interface interface Power supply terminal Optional function Reset switch CF card access LED...
Page 35: Installation
50 or more (20 or more) 100 or more (20 or more) *1 : The distance varies depending on the cable to be used. For details, consult the closest Mitsubishi Electric System & Service office. The values in the table are given for your reference.
Page 36: External Dimensions
1.5 External Dimensions GOT main unit (Unit: mm) GT1695 GT1685 GT1595 GT1585 GT157 GT156 175.5 175.5 GT155 GT115 -Q BD GT115 -Q BDQ GT115 -Q BDA Handy GOT GT105 GT1030 GT1020 10 7.5 80 or more 80 or more Panel 10 21 Panel Panel...
Page 37 (Unit: mm) Bus connection cables 12.4 Fig. Fig. 95 34.2 Cable approx. Ø8.0 Cable approx. Ø10 External Cable model name Cable length dimensions Ferrite core, approx. Ø35 40, GT15-QC B 0.6, 1.2, 3, 5, 10m Fig. 1 Ferrite core, approx. Ø35 40, green holder tube red holder tube GT15-QC BS...
Page 38 (Unit: mm) Communication units/optional units Fig. Fig. Fig. GOT main unit GOT main unit GOT main unit Communication units/bus extension connector boxes External Product name Model name dimensions Standard model of bus connection unit for GT15-QBUS Fig. 1 QCPU (Q mode)/motion controller CPU (Q Series) GT15-QBUS2 Fig.
Page 39: Software
2. SOFTWARE This chapter describes software required for using the GOT. 2.1 Product Lineup ....... 22 2.2 Specifications (Operating Environment).
Page 40: Product Lineup
Editing registered components is quick and easy. Object & figure setting screen *1: Compared with Mitsubishi Electric's GT Designer. Dialog box The attributes screen is displayed by double-clicking the object or figure.
Page 41 Conversion of multiple objects and figures at the same time. Batch conversion Device numbers, objects, figure colors, and lamp and touch switch figures can be converted at the same time. This tool is useful for changing objects and figures located on multiple screens. Different types of objects (touch switches and numerical displays) and figures (circles and rectangles) can also be converted at simultaneously.
Page 42 Version2 GT Simulator2 helps designers debug projects by simulating GOT operations on a personal computer. (Included with GT Works2) Debugging from a single personal computer Quick and easy debugging without the GOT main unit. GT Simulator2 can be used in combination with a sequence program simulated by GX Simulator*, allowing debugging to be performed in an intuitive manner from a single personal computer.
Page 43: Specifications (Operating Environment)
2.2 Specifications (Operating Environment) GT Designer2 (English version) operating environment Item Description Personal computer PC/AT compatible machine on which Windows ® operates ® ® Microsoft Windows XP Professional Operating System Service Pack 2 or later (English version)* 2*4*5 *8 Microsoft Windows 98 Operating System (English version)* ®...
Page 44 MEMO 2.2 Specifications (Operating Environment)
Page 45: Function
3. FUNCTION This chapter describes available functions for the GOT. 3.1 Functions ........28 3.2 Precautions for Use .
Page 46: Functions
3. FUNCTION 3.1 Functions Functions for each model : Available : Partially available : Not available Model Function SoftGOT GT16 GT15 GT11 GT10 1000 Clock function (Battery) P.52 Printer P.72, 73 Required Printer unit Video input P.52 Required Video/ RGB unit RGB input/RGB output Required P.53...
Page 47 : Available : Partially available : Not available Model Function GT16 GT15 GT11 GT10 SoftGOT 1000 Line graph P.70 Bar graph Statistics graph Scatter graph P.71 Status observation function Advanced recipe function Required (CF card) Recipe function (CF card) Required Time action function P.72 Printer unit...
Page 48: Precautions For Use
GOT. For the OS version, refer to the following table. App5. List of Functions Added by GT Designer2 Version Upgrade (For GOT1000 Series) Option functions operated with the GT15-FNB or GT11-50FNB can be used without installing an additional option function board.
Page 49 For GT16 (a) Extended function OS : Required (Either one) : Unusable Option function board OS memory space (user area) Function name Extended function OS name Built-in flash User memory GT16-MESB (RAM) memory (ROM) Bar code Bar code 84KB 84KB Not required RFID RFID...
Page 50 (b) Option OS : Required (Either one) : Unusable Option function board OS memory space (user area) Function name Option OS name User memory Built-in flash GT16-MESB memory (ROM) (RAM) Maintenance timing setting Not required Not required Multi-channel Not required Not required Standard Font (China GB) 1280KB...
Page 51 For GT15 (a) Extended function OS : Required (Either one) : Unusable Option function board OS memory Function name Extended function OS GT15-QFNB GT15-FNB GT15-MESB48M space GT15-QFNB M (user area) Bar code Bar code 84KB Not required RFID RFID 166KB Not required System monitor System monitor...
Page 52 (b) Option OS : Required (Either one) : Unusable Option function board OS memory GT15-QFNB Function name Option OS name GT15-FNB GT15-MESB48M space GT15-QFNB (user area) Maintenance timing setting Not required Multi-channel Not required Standard Font (China GB) 1280KB Standard Font (China Big5) 1920KB Standard Font (Japanese) 1280KB...
Page 53 For using the SFC monitor function, a capacity of 6201KB or more is required in the user area of the specified drive for installing the extended function OS and option OS. (For using the GOT with the built-in flash memory of 5MB, set the OS boot drive to [A: Standard CF Card].) For operating GOT Function Expansion Library (option OS), a capacity of 8192KB is required in the user area of the GOT memory.
Page 54 For GT SoftGOT1000 : Required : Disabled OS capacity Function name Extended function OS/Option OS Option function board (User area) Report Not required Not required Printer Not required Not required Stroke font Not required Not required Extended Operator authentication Not required Not required function Sound output...
Page 55 (2) Selecting by user area size (drive space required for data transfer) The GOT operates by expanding the OS or Project data stored in the built-in flash memory (ROM) to the user memory (RAM). For the GT16, since a part of the data is compressed to be stored in the built-in flash memory (ROM), the data size becomes larger when it is expanded to the user memory (RAM).
Page 56 Each type of data is grouped and shown as , ..Apply the corresponding size when calculating the data size with the following expressions or flow charts. Data type (GT16) Data type (GT15) Extended function OS stored in the ROM Extended function OS Option OS stored in the ROM Option OS...
Page 57 • For GT16 The GT16 can store the project data into Drive C or Drive A (A: Standard CF Card). *1*2 User area space Project data size Extended function OS data size Option OS data size Communication driver data size Special Data Calculate the sizes of Extended function OS and Option OS with the values which are the sizes...
Page 58 • The memory for operation (RAM) cannot be extended. If the amount of data expanded to the memory for operation (RAM) exceeds 57MB, data must be resized by reducing the project data or deleting the unnecessary OS. For the extended function OS and option OS, the compressed data are stored in the memory for storage (ROM) and the data size becomes larger as shown by when they are expanded to the memory for operation...
Page 59 • Whether the CF card is required or not and the required capacity of CF card vary depending on the data size. Select whether to use the CF card and its capacity using the following flow chart. Check each size of the following data. 57MB The size is too large.
Page 60 For GT15 • The GT15 operates by expanding the OS or project data stored in the memory for storage (ROM) to the memory for operation (RAM). Memory for storage (ROM): Built-in flash memory 9MB or 5MB Included as standard Memory for operation (RAM): 9MB or 5MB Included as standard *1: Varies depending on the GOT main unit model.GT15 - TB :...
Page 61 • Whether the expansion memory-attached option function board or CF card is required or not and the required capacity of expansion memory-attached option function board or CF card vary depending on the data size. Select whether to use the expansion memory-attached option function board or CF card and their capacity using the following flow chart.
Page 62 Limit to write OS (1) When the drive of the Standard OS in the Boot Drive is C drive Even when the option function board with add-on memory is mounted to the GOT, the total volume of the Communication driver (the second or later one for the GT15 ), Extended function OS, and Option OS cannot exceed the user area capacity in the C drive.
Page 63: Panel Cutting Dimension
• For the details of using the GOT900 series bus connection cables, RS-422 cables and RS-232 cables with the GOT1000 series, see TECHNICAL BULLETIN No.GOT-A-0009. • The bus connection cables, RS-422 cables and RS-232 cables for the GOT1000 series cannot be used for the GOT900 series.
Page 64 The following shows the applicable combinations of connection types, the number of channels, and restricted functions. : Allowed : Restricted Functions that are restricted by the GOT to be used connection type Item Allowable combination of connection types FA transparent function GT1695 GT1685 RS-232...
Page 65 (2) GT15 For GT15, the combinations of the bus, network, or Ethernet connection and the serial connection are available as shown in the following table. Bus / network / Ethernet connection Serial connection • Bus connection • Direct CPU connection •...
Page 66: Option Function Board
Number of connectable channels/mountable units/mountable stages (1) Number of connectable channels The number of connectable channels differs according to the GOT model. Refer to the following table. (2) Number of mountable units/mountable stages The following describes how to add the interface on a GOT for using the multi-channel function. (a) Mount a communication unit on the extension interface.
Page 67 Mounting units on the GOT side interface <GT16/GT15> Extension unit interface 1 stage Extension unit interface 2 (GT155 has the extension unit interface 1 only) Up to 3 communication units and optional units can be mounted on each extension unit interface. stage Unit occupying Mount a unit that occupies two slots on the first stage.
Page 68 License key for GT SoftGOT1000 (1) License key A license key is required for using GT SoftGOT1000. The license key includes the following two types. Model Description GT15-SGTKEY-U For connecting to USB port For connecting to parallel port GT15-SGTKEY-P *1: Not available with the PC CPU module that has no parallel port. Use the GT15-SGTKEY-U.
Page 69 (3) When connecting GT15-SGTKEY-P (a) Available port for GT15-SGTKEY-P The GT15-SGTKEY-P can be used with the parallel port mounted on a personal computer by default. The GT15-SGTKEY-P is not applicable to parallel ports extended or connected via a converter. (b) When using GT15-SGTKEY-P with other devices The following devices cannot be used at the same port as that for the GT15-SGTKEY-P.
Page 70: Overview Of Each Function
Chapter 2 in GT Clock Designer2 function Version2 Screen Design Manual (For GOT1000 Series) [SH- 080530ENG] Manages the clock data of a GOT. The clock data can be selected as a standard for adjusting the time. Chapter 9 in GT16 User's...
Page 71 RGB screen Chapter 13 in the RGB screen. GT Designer2 Bit ON b2 b1 b0 Version2 Screen Design Manual (For GOT1000 Overlap Series) [SH- (The black color of the monitor screen becomes 080530ENG] transparent.) Chapter 44 in Bit OFF GOT1000...
Page 72 Function Overview Reference Chapter 9 in Backlight GT16 User's shutoff Manual [SH- detection 080778ENG] function Chapter 19 in GT15 User's Detects the backlight shutoff of a LCD and indicates the backlight shutoff with Manual [SH- the POWER LED on the GOT front face. 080528ENG] Blinks in Lit in...
Page 73 MITSUBISHI programmable controller via a GOT connected to the Chapter 50 in function programmable controller and the personal computer. GOT1000 The software version applicable to the FA transparent function differs Series depending on the software. Connection Manual [SH-...
Page 74 Chapter 15 in Ethernet GT Designer2 Version2 The communication method Screen Design is standardized to Ethernet. Manual (For GOT1000 Required software is Series) [SH- MX Component only. 080530ENG] Client Chapter 52 in MX Component GOT1000 Series [Available connection type for gateway function]...
Page 75 When the GOT communicates directly with the server computer, the gateway Screen Design equipment for communications is not required. The function enables reducing Manual (For the maintenance cost and improving reliability. GOT1000 Series) [SH- 080530ENG] Server (Database) Chapter 53 in...
Page 76 Screen Design Window that is superimposed Production status screen1 Manual (For on the displayed base screen. 1254 When switching the GOT1000 superimpose window, a part Series) [SH- of the base screen can be 080530ENG] changed. Overlap window Window that pops up on the base screen.
Page 77 GOT. Designer2 (JPEG is available only for GT16, GT15 and GT SoftGOT1000. IGES is Version2 available only for GT16, GT15, GT SoftGOT1000, and GT11.) Screen Design Manual (For GOT1000 Series) [SH- 080530ENG] BMP, JPEG and other files Figure Character Font Displays a wide variety of fonts, including the standard font compatible with Unicode 2.1 and the fonts available for Windows...
Page 78 Change the Version2 device value Device for switching base screens Screen Design D100 D100 Manual (For GOT1000 Series) [SH- Switching overlap window 1 080530ENG] The window screen No.1 is displayed. The window screen that number is the 13451 same as the screen switching device appears.
Page 79 Chapter 3 in GT Designer2 Version2 Screen Design Manual (For GOT1000 Emergency stop limit Series) [SH- switch operated. Switched 080530ENG] Japanese English Password...
Page 80 Commu- Designer2 nication Version2 settings Screen Design Manual (For Sets the connection type and the communication interface for communications GOT1000 between the GOT and a controller. Series) [SH- 080530ENG] Extension interface Chapter 10 in Standard interface GT16 User's Manual [SH-...
Page 81 Displaying comment Manual (For No.1 No.2 No.5 GOT1000 Comment group display Series) [SH- The comment corresponding to the comment No. that is the same as the device value is displayed with the comment display function. The column of the displayed 080530ENG] comment can be switched with the language switching device.
Page 82 Chapter 5 in GT Designer2 D100=326 D300=442 Version2 Screen Design Manual (For Line Line Line GOT1000 Series) [SH- Result Result Result 080530ENG] The result of Line 1 Switch a Line to be The result of Line 3 (D100) is monitored.
Page 83 Chapter 6 in GT Designer2 Bit lamp Version2 Screen Design X10=ON X10=OFF Manual (For GOT1000 Series) [SH- 080530ENG] Not lit Touch switch Turns bit devices on or off and switches the GOT screens with touching the Chapter 6 in GT screen.
Page 84 3420 (4 ) 3420 (4 ) 0030 0032 Manual (For GOT1000 Series) [SH- ASCII input 080530ENG] Use touch switches or a key Use the write key (key code: 000DH) to write window to input characters. the input characters with the character code.
Page 85 Designer2 Version2 Comment when the Screen Design Comment when the bit device is ON bit device is OFF Manual (For GOT1000 Series) [SH- Displaying comments with the word device value 080530ENG] D100 D100 D100 Pro. line con. Pro. line con.
Page 86 Version2 Detail Detail Screen Design Manual (For Touch! GOT1000 Series) [SH- System alarm display 080530ENG] Use the function to display the controller, GOT, and network errors. Error occurrence 400 Unable to communicate with CPU 16:40:30...
Page 87 Designer2 Version2 The comment corresponding to the occurred alarm scrolls across the screen Screen Design from right to left. Manual (For GOT1000 Series) [SH- A 1254 A 1254 A 1254 A 1254 A 1254...
Page 88 GT Designer2 Version2 Screen Design D100=0 D100=50 D100=100 Manual (For GOT1000 Series) [SH- 080530ENG] Trend graph Continuously collects word device data and displays the collected data in a trend graph. Chapter 10 in GT Designer2...
Page 89 Statistics pie graph Chapter 10 in GT Designer2 Version2 Screen Design Manual (For GOT1000 Series) [SH- Statistics bar graph 080530ENG] Scatter graph Displays two word device values as points on an x-y coordinate system on a Chapter 10 in graph.
Page 90 When changing only one of materials Screen Design Manual (For Cookie Large Small :100 D10 (Flour) amount amount : 50 D11 (Butter) GOT1000 : 100 : 50 Flour D12 (Sugar) : 80 Series) [SH- Butter : 50 : 25 D13 (Egg) : 60...
Page 91 The BMP/JPEG files saved in the memory card can be used for various GT Designer2 documents on a personal computer. Version2 Screen Design Manual (For Line A production GOT1000 Line A pro. situ. Series) [SH- 080530ENG] The currently displayed monitor screen is printed. Printer...
Page 92 Chapter 13 in Connect the RFID controller to the RS-232 interface of the GOT. GT Designer2 Version2 Screen Design Requesting to read data <RFID reader/writer> Manual (For GOT1000 Series) [SH- <GOT> <RFID controller> 080530ENG] <IC tag> Chapter 48 in GOT1000...
Page 93 RGB display function. Version2 Screen Design Manual (For GOT1000 Series) [SH- 080530ENG] The coordinates of the position touched on the GOT and the touch status are sent to the personal computer for operating the mouse pointer.
Page 94 GOT. Therefore, documents can be used on a screen for troubleshooting, and GT Designer2 documents for operations can be displayed during monitoring. Version2 Screen Design Manual (For GOT1000 Series) [SH- 080530ENG] Documents for operating switches and others are displayed on the GOT. Operation log Saves GOT operation data by the user in a memory card as a history.
Page 95 CSV file or Unicode text file. Chapter 11 in GT Designer2 Version2 Screen Design Manual (For GOT1000 Series) [SH- 080530ENG] Logging data Line 1 Line 2 Line 3...
Page 96 Monitors and tests devices of a programmable controller CPU and the buffer Version2 function memory of an intelligent function module with a dedicated screen. Screen Design Preparing a debugging screen is not required for checking devices. Manual (For GOT1000 Series) [SH- 080530ENG] Chapter 2 in GOT1000 Series Extended/...
Page 97 GT Designer2 Edits the sequence program of the FXCPU in list format. Programs can be list editor Version2 easily changed on GOT at worksites. function Screen Design Manual (For GOT1000 Series) [SH- 080530ENG] Chapter 5 in GOT1000 Series Extended/ Option...
Page 98 Q motion GT Designer2 monitor Version2 Sets the servo monitoring and parameter of a motion controller CPU (Q series) function Screen Design with a dedicated screen. Manual (For GOT1000 Series) [SH- 080530ENG] Chapter 8 in GOT1000 Series Extended/ Option Functions...
Page 99 Monitors the position display, alarm diagnosis, tool offset parameter, program function Version2 data, and others equivalent to those for the MELDAS dedicated display with a Screen Design dedicated screen. Manual (For GOT1000 Series) [SH- 080530ENG] Chapter 10 in GOT1000 Series Extended/...
Page 100 The GOT can monitor and display SFC programs of the PLC CPU in the SFC Screen Design diagram format (MELSAP3 or MELSAP-L format) with a dedicated Manual (For screen.With the SFC monitor function, investigating the causes of errors in GOT1000　 PLC systems is available with the GOT. Series) [SH- 080530ENG] Chapter 13 in　...
Page 101: Connection
4. CONNECTION CONFIGURATION The GOT1000 series can connect to various FA devices including the MITSUBISHI programmable controller. Select a device to be connected to the GOT. 4.1 MITSUBISHI Programmable Controller ... . 84 4.2 Other MITSUBISHI controllers .
Page 102: Mitsubishi Programmable Controller
1. CONNECTION CONFIGURATION 4. CONNECTION CONFIGURATION 4.1 MITSUBISHI Programmable Controller 4.1.1 Connection type Feature of each connection type Connection type Feature Enables the quick response with touch switches equivalent to that with push Bus connection buttons. Direct CPU connection Enables connecting to the MELSEC-Q/QnA/A/FX series at the lowest cost. Enables easily connecting the GOT to a programmable controller with the serial Computer link connection communication.
Page 103 1. CONNECTION CONFIGURATION Max. installation distance between GOT and QCPU 500m 1000m [Connection type] Bus connection Direct CPU connection (RS-232) Direct CPU connection 30.5m (RS-422) Computer link connection (RS-232) Computer link 1200m connection (RS-422) MELSECNET/H connection, 1000m MELSECNET/10 connection (distance between stations) (optical loop) MELSECNET/H connection, 500m...
Page 104 1. CONNECTION CONFIGURATION Connectable models GT16/GT15/GT11 GT SoftGOT1000 GT10 Connection type Connection type Connection type Series Model Q00JCPU Q00CPU Q01CPU Q02CPU connection Q02HCPU Q06HCPU Q12HCPU MELSEC-Q Q25HCPU series Q02PHCPU (Q mode) Q06PHCPU Q12PHCPU Q25PHCPU Redundant Q12PRHCPU system Q25PRHCPU (main base unit) Redundant Q12PRHCPU system (extension...
Page 105 1. CONNECTION CONFIGURATION Connectable models GT16/GT15/GT11 GT SoftGOT1000 GT10 Connection type Connection type Connection type Series Model A2USCPU A2USCPU-S1 A2USHCPU-S1 A1SCPU A1SCPUC24-R2 A1SHCPU MELSEC-A A2SCPU series A2SCPU-S1 (AnSCPU type) A2SHCPU A2SHCPU-S1 A1SJCPU A1SJCPU-S3 A1SJHCPU A0J2HCPU A0J2HCPUP21 A0J2HCPUR21 A0J2HCPU-DC24 A2CCPU MELSEC-A A2CCPUP21 series A2CCPUR21...
Page 106: Bus Connection
1. CONNECTION CONFIGURATION 4.1.2 Bus connection System configuration 1) QCPU (Q mode)/Motion controller CPU (Q series)/CNC C70/Robot controller Target device cable Communication unit When QCPU connecting Motion multiple controller CPU units GT15-QBUS Max. number of (Q series) GT15-QBUS2 GOTs connected CNC C70 CRnQ-700 GT16/GT15...
Page 107 For GT16, however, Ethernet download, gateway function, and MES interface function are available using the Ethernet interface. When connecting multiple GOTs, the GOT1000 series, GOT-A900 series, GOT800 series and A77GOT cannot be connected together. For connecting the GOT to the multiple CPU system (Q00CPU, Q01CPU, Q02CPU, Q02HCPU, Q06HCPU, Q12HCPU, and Q25HCPU), use CPUs with the function version B or later.
Page 108: Details Of Bus Connection
1. CONNECTION CONFIGURATION 4.1.3 Details of bus connection When connecting to QCPU (Q mode)/motion controller CPU (Q series) GOT connection conditions System configuration Number of Mounting distance Connection distance between main base GOTs 13.2m 13.2m connected unit and first GOT G O T Main base Extension...
Page 109 1. CONNECTION CONFIGURATION Intermediary Terminal Bus extension Cable Cable Cable onnector box GOT main unit GOT main unit GOT main unit Bus connection unit Bus connection unit Bus connection unit GT15-75QBUSL 15" GT15-QC B GT1695 GT15-75QBUS2L 06 : 0.6m 15" GT1595 12 : 1.2m GT15-QBUS...
Page 110 1. CONNECTION CONFIGURATION When connecting to QnACPU type or AnCPU type When connecting When connecting to QnA, AnU, to CPUs other than or AnA that shown at left GOT connection conditions System configuration Number of Mounting distance Connection distance GOTs between main base 36.6m 36.6m...
Page 111 1. CONNECTION CONFIGURATION Bus connector Cable Cable Cable Cable conversion box GOT main unit GOT main unit GOT main unit Bus connection unit Bus connection unit Bus connection unit GT15-75ABUSL GT15-C NB 15" GT1695 12 : 1.2m GT15-75ABUS2L 15" GT1595 30 : 3m GT15-ABUS 50 : 5m...
Page 112 1. CONNECTION CONFIGURATION When connecting to QnASCPU type or AnSCPU type without the extension base unit When connecting When connecting to to A1SJ(H) QnAS or A2US(H) or AnS(H)CPU GOT connection conditions System configuration Number of Mounting distance Connection distance between main base GOTs connected unit and first GOT...
Page 113 1. CONNECTION CONFIGURATION Cable Cable Cable Cable Bus connector conversion box GOT main unit GOT main unit GOT main unit Bus connection unit Bus connection unit Bus connection unit 15" GT1695 GT15-75ABUSL GT15-A1SC B 15" GT1595 07 : 0.7m GT15-75ABUS2L 12.1"...
Page 114 1. CONNECTION CONFIGURATION When connecting to QnASCPU type or AnSCPU type with the extension base unit When connecting to When connecting to A1SJ(H) or QnAS or A2US(H) AnS(H)CPU GOT connection conditions System configuration Number of Mounting distance Connection distance GOTs between main base connected unit and first GOT...
Page 115 1. CONNECTION CONFIGURATION Cable Cable Cable Cable Bus connector conversion box GOT main unit GOT main unit GOT main unit Bus connection unit Bus connection unit Bus connection unit 15" GT1695 GT15-75ABUSL GT15-A1SC B GT1595 15" 07 : 0.7m GT15-75ABUS2L 12.1"...
Page 116 1. CONNECTION CONFIGURATION When connecting to motion controller CPU (A273UCPU, A273UHCPU(-S3)), A373UCPU(-S3)) without the extension base unit GOT connection conditions System configuration Number of Mounting distance Connection distance GOTs between main base 2.5m 2.5m 32.5m 32.5m connected unit and first GOT Main base unit 1S62P SCPU...
Page 117 1. CONNECTION CONFIGURATION Cable Cable Cable Cable Bus connector conversion box GOT main unit GOT main unit GOT main unit Bus connection unit Bus connection unit Bus connection unit 15" GT1695 GT15-75ABUSL GT15-A1SC B 15" GT1595 07 : 0.7m GT15-75ABUS2L 12.1"...
Page 118 1. CONNECTION CONFIGURATION When connecting to motion controller CPU (A273UCPU, A273UHCPU(-S3)), A373UCPU(-S3)) with the extension base unit GOT connection conditions System configuration Mounting distance Number of Connection distance between main base GOTs 6.6m 6.6m 36.6m 36.6m connected unit and first GOT Extension Main base base unit...
Page 119 1. CONNECTION CONFIGURATION Cable Cable Cable Cable Bus connector conversion box GOT main unit GOT main unit GOT main unit Bus connection unit Bus connection unit Bus connection unit 15" GT1695 GT15-75ABUSL GT15-A1SC B GT1595 15" 07 : 0.7m GT15-75ABUS2L 12.1"...
Page 120 1. CONNECTION CONFIGURATION When connecting to motion controller CPU (A171SHCPUN, A172HCPUN, A173UHCPU(-S1)) without the extension base unit When connecting When connecting to to A171SHCPUN A173UHCPU(-S1) A172HCPUN GOT connection conditions System configuration Number of Mounting distance Connection distance between main base GOTs connected unit and first GOT...
Page 121 1. CONNECTION CONFIGURATION Cable Cable Cable Cable Bus connector conversion box GOT main unit GOT main unit GOT main unit Bus connection unit Bus connection unit Bus connection unit 15" GT1695 GT15-75ABUSL GT15-A1SC B 15" GT1595 07 : 0.7m GT15-75ABUS2L 12.1"...
Page 122 1. CONNECTION CONFIGURATION When connecting to motion controller CPU (A171SHCPUN, A172HCPUN, A173UHCPU(-S1)) with the extension base unit When connecting to When connecting to A171SHCPUN A173UHCPU(-S1) A172HCPUN GOT connection conditions System configuration Number of Mounting distance Connection distance GOTs between main base connected unit and first GOT Extension...
Page 123 1. CONNECTION CONFIGURATION Cable Cable Cable Cable Bus connector conversion box GOT main unit GOT main unit GOT main unit Bus connection unit Bus connection unit Bus connection unit 15" GT1695 GT15-75ABUSL GT15-A1SC B 15" GT1595 07 : 0.7m GT15-75ABUS2L 12.1"...
Page 124 (dedicated to the bus connection). Precautions on bus connection In GOT1000 series, a GOT is automatically rebooted for the following Setting stage No. and slot No. of GOT cases. It is not required to restart (turn off and on) the GOT.
Page 125 Q3ACPU/Q4ACPU Disabled A0J2HCPU 11. Connecting multiple GOTs (1) System including different GOT series The GOT1000 series cannot be used with different GOT series in a system. 4.1 MITSUBISHI Programmable Controller 4.1.3 Details of bus connection...
Page 126: Direct Cpu Connection
1. CONNECTION CONFIGURATION 4.1.4 Direct CPU connection QCPU/Motion controller CPU (Q series)/CNC C70/Robot controller System configuration 1) RS-232 Cable Target device Communication unit Not required Built in GOT RS-232 GT16/GT15 Max. number of RS-232 GT15-RS2-9P GOTs connected GT01-C R2-6P Not required 30:3m Built in GOT GT11...
Page 127 *8: Use GT15-RS4-9S for using GT155 . *9: The FA-CNV CBL is Recommended Product. Purchase the cable from MITSUBISHI ELECTRIC ENGINEEERING CO., LTD. *10: The USB communication cable is Recommended Product. Purchase the cable from ELECOM CO., LTD, ARVEL CORP or LOAS CO., LTD.
Page 128 *8: Use GT15-RS4-9S for using GT155 . *9: The FA-CNV CBL is Recommended Product. Purchase the cable from MITSUBISHI ELECTRIC ENGINEEERING CO., LTD. *10: The USB communication cable is Recommended Product. Purchase the cable from ELECOM CO., LTD, ARVEL CORP or LOAS CO., LTD.
Page 129 Connect GT SoftGOT1000 to CNC C70 or CRnQ-700 via the RS-232 or USB interfaces of the QCPU in the multiple CPU system. Related Manuals • For details of system configuration and connection cable Chapter 3 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of direct CPU connection •...
Page 130: System Configuration
1. CONNECTION CONFIGURATION QnA/ACPU/Motion controller CPU (A series) System configuration 1) RS-422 Cable Target device Communication unit Max. number of RS-422 conversion RS-422 GOTs connected Not required Max. connection Built in GOT distance GT01-C R4-25P GT16-C R4-9S GT16 30.2 m 30:3m 200:20m 02:0.2m...
Page 131 1. CONNECTION CONFIGURATION Cable Target device Communication unit Max. number of Not required personal computers connected RS-232 Built in personal computer Conversion DOS/V personal GT SoftGOT1000 Commercially-available computer Max. connection License key for distance RS-232 board Commercially F2-232CAB GT SoftGOT1000 RS-422 15 m available...
Page 132 1. CONNECTION CONFIGURATION Precautions Precautions on system When connecting the motion controller (A series) to GT SoftGOT1000, simultaneous connection with other MELSOFT products (such as GX Developer) is not allowed. The motion controller (A series) cannot be connected to the remote I/O station. Other precautions When monitoring MELSEC-A series (AnCPU type) , MELSEC-A series (AnSCPU type)
Page 133 1. CONNECTION CONFIGURATION Related Manuals • For details of system configuration and connection cable Chapter 3 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of direct CPU connection • For controllers that can be monitored by GOT and...
Page 134 1. CONNECTION CONFIGURATION FX series (FX System configuration 1) RS-232 Target device Cable Communication unit Not required FX series Built in GOT RS-232 RS-232 Max. number of GT16/GT15 GOTs connected GT15-RS2-9P GT01-C R2-9S Not required 30:3m (A cable exceeding 3m Built in GOT Function should be created by the user.)
Page 135 1. CONNECTION CONFIGURATION 2) RS-422 Target device Cable Communication unit Max. number of GOTs connected RS-422 RS-422 conversion Not required Max. connection Built in GOT GT01-C R4-8P GT16-C R4-9S distance 10:1m 02:0.2m 200:20m GT16 30.2 m 30:3m 300:30m 100:10m FX series RS-422 conversion Max.
Page 136 7) Start up the software package. Related Manuals • For details of system configuration and connection cable Chapter 3 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of direct CPU connection •...
Page 137 1. CONNECTION CONFIGURATION MEMO 4.1 MITSUBISHI Programmable Controller 4.1.4 Direct CPU connection...
Page 138 1. CONNECTION CONFIGURATION FX series (FX , FX System configuration 1) RS-232 Target device Cable Communication unit Not required Built in GOT FX series RS-232 RS-232 Max. number of GT16/GT15 GOTs connected GT15-RS2-9P GT01-C R2-9S Not required 30:3m (A cable exceeding 3m Function Built in GOT should be created by the user.)
Page 139 1. CONNECTION CONFIGURATION 2) RS-422 Target device Cable Communication unit Max. number of GOTs connected RS-422 RS-422 conversion Not required Max. connection Built in GOT GT01-C R4-8P GT16-C R4-9S distance 10:1m 02:0.2m 200:20m GT16 30.2 m 30:3m 300:30m 100:10m RS-422 conversion Max.
Page 140 1. CONNECTION CONFIGURATION The GOT model to be used differs depending on the connection type. Series Connection type GOT model to be used RS-232 or RS-422 connections GT115 GT11 Bus connection GT115 BDQ, GT115 Handy GOT RS-232 or RS-422 connections GT115 HS-Q RS-232 or RS-422 connections...
Page 141 1. CONNECTION CONFIGURATION Related Manuals • For details of system configuration and connection cable Chapter 3 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of direct CPU connection • For controllers that can be monitored by GOT and...
Page 142 1. CONNECTION CONFIGURATION FX series (FX , FX , FX , FX System configuration 1) RS-232 Target device Cable Communication unit Not required FX series Built in GOT 0 1 2 3 4 5 6 7 10 11 12 13 14 15 16 17 POWER BATT.V PROG.E...
Page 143 1. CONNECTION CONFIGURATION 2) RS-422 Target device Cable Communication unit Max. number of GOTs connected RS-422 RS-422 conversion Not required Max. connection Built in GOT GT01-C R4-8P GT16-C R4-9S distance 10:1m 02:0.2m 30:3m GT16 30.2 m 100:10m 200:20m 300:30m FX series RS-422 conversion 0 1 2 3 4 5 6 7...
Page 144 7) Start up the software package. Related Manuals • For details of system configuration and connection cable Chapter 3 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of direct CPU connection •...
Page 145 1. CONNECTION CONFIGURATION MEMO 4.1 MITSUBISHI Programmable Controller 4.1.4 Direct CPU connection...
Page 146 1. CONNECTION CONFIGURATION FX series (FX , FX System configuration 1) RS-422 Target device Cable Communication unit RS-422 RS-422 conversion Max. number of GOTs connected GT01-C R4-8P GT16-C R4-9S Not required 10:1m 02:0.2m 30:3m 100:10m 200:20m Built in GOT GT16 300:30m Max.
Page 147 1. CONNECTION CONFIGURATION Target device Cable Communication unit Relay External connection Max. number of GOTs connected GT11H-C R4-8P Not required 15:1.5m FX series (A cable exceeding 1.5m should be created by the user.) Built in GOT Max. connection GT11H-C -37P distance Handy GOT 30:3m 60:6m...
Page 148 7) Start up the software package. Related Manuals • For details of system configuration and connection cable Chapter 3 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of direct CPU connection •...
Page 149 1. CONNECTION CONFIGURATION MEMO 4.1 MITSUBISHI Programmable Controller 4.1.4 Direct CPU connection...
Page 150: Computer Link Connection
*1: Available only for GT16, GT15, GT11, and Handy GOT. *2: Available only for GT16, GT15, GT11, Handy GOT, and GT SoftGOT1000 *3: Configure the multiple CPU system. *4: Recommended Product. Purchase the cable from Mitsubishi Electric System & Service Co., Ltd. *5: When using QJ71C24N(-R2/R4) *6: Required for using GT11H-C -37P.
Page 151 1. CONNECTION CONFIGURATION 2) RS-422 Target device Cable Communication unit RS-422 conversion RS-422 Not required GT16-C R4-9S Built in GOT GT09-C R4-6C 02:0.2m GT16 30:3m 200:20m 100:10m 300:30m RS-422 conversion RS-422 GT15-RS2T4-9P QCPU(Q mode) Max. number of RS-422/485 GT16/GT15 Motion controller GOTs connected GT09-C R4-6C *8 *9...
Page 152 : 00H or later, SW6RN-SV43Q : 00B or later Related Manuals • For details of system configuration and connection cable Chapter 4 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of computer link connection •...
Page 153 1. CONNECTION CONFIGURATION MEMO 4.1 MITSUBISHI Programmable Controller 4.1.5 Computer link connection...
Page 154 1. CONNECTION CONFIGURATION QnACPU type System configuration 1) RS-232 Target device Cable Communication unit Not required Built in GOT RS-232 RS-232 GT16/GT15 GT15-RS2-9P GT09-C R2-9P Max. number of 30:3m GOTs connected Not required GT11 Built in GOT GT09-C R2-25P 30:3m Max.
Page 155 30:3m 60:6m the user 13 m 100:10m 100:10m *1: Recommended Product. Purchase the cable from Mitsubishi Electric System & Service Co., Ltd. *4: Use GT15-RS4-9S for using GT155 *2: When using GT11H-C -37P *5: When using A1SJ71UC24 *3: Connect the PC CPU module to another programmable controller.
Page 156 1. CONNECTION CONFIGURATION Available module Serial communication module/Computer link module Model AJ71QC24 RS-232 RS-422/485 RS-232 RS-232 AJ71QC24-R2 AJ71QC24-R4 RS-422 RS-422/485 *7*8 RS-232 RS-422/485 AJ71QC24N RS-232 RS-232 AJ71QC24N-R2 AJ71QC24N-R4 RS-422 RS-422/485 *7*8 RS-232 RS-422/485 A1SJ71QC24 A1SJ71QC24-R2 RS-232 RS-232 RS-232 RS-422/485 A1SJ71QC24N A1SJ71QC24N-R2 RS-232 RS-232...
Page 157 1. CONNECTION CONFIGURATION Related Manuals • For details of system configuration and connection cable Chapter 4 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of computer link connection • For controllers that can be monitored by GOT and...
Page 158 1. CONNECTION CONFIGURATION QCPU (A mode)/ACPU/Motion controller CPU (A series) System configuration 1)RS-232 Cable Target device Communication unit Not required Built in GOT RS-232 RS-232 GT16/GT15 Max. number of GT15-RS2-9P GOTs connected GT09-C R2-9P 30:3m Not required Built in GOT GT11 GT09-C R2-25P Max.
Page 159 13 m 100:10m 100:10m *1: Recommended Product. Purchase the cable from Mitsubishi Electric System & Service Co., Ltd. *2: Required for using GT11H-C -37P. *3: Connect the PC CPU module to another programmable controller. *4: Use GT15-RS4-9S for usingGT155 The GOT model to be used differs depending on the connection type.
Page 160 CD signal. Related Manuals • For details of system configuration and connection cable Chapter 4 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of computer link connection •...
Page 161 1. CONNECTION CONFIGURATION MEMO 4.1 MITSUBISHI Programmable Controller 4.1.5 Computer link connection...
Page 162: Melsecnet/H Connection
1. CONNECTION CONFIGURATION 4.1.6 MELSECNET/H connection System configuration 1) Optical loop Target device Cable Communication unit Max. number of GOTs connected MELSEC NET/H QCPU Max. connection distance GT15-J71LP23-25 GT16/GT15 1 km QSCPU Motion controller Max. number of MELSEC *1*2 personal computers CPU(Q series) connected NET/H...
Page 163 1. CONNECTION CONFIGURATION Available module MELSECNET/H module CPU series Optical loop Coaxial bus QJ71LP21 MELSEC-Q series (Q mode) QJ71LP21-25 QJ71BR11 MELSEC-QS series QJ71LP21S-25 Use the CPU and MELSECNET/H network module with the function version B or later. 4.1 MITSUBISHI Programmable Controller 4.1.6 MELSECNET/H connection...
Page 164 1. CONNECTION CONFIGURATION Precautions Precautions on system Connectable network A GOT is connected to the following network systems as a normal station. • Optical loop system of MELSECNET/H network system (programmable controller to programmable controller network) • Coaxial bus system of MELSECNET/H network system (programmable controller to programmable controller network) When using MELSECNET/H network module When connecting the MELSECNET/H network module to MELSECNET/H network system, set the...
Page 165 1. CONNECTION CONFIGURATION Related Manuals • For details of system configuration and connection cable Chapter 5 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of MELSECNET/H connection • For controllers that can be monitored by GOT and...
Page 166: Melsecnet/10 Connection
1. CONNECTION CONFIGURATION 4.1.7 MELSECNET/10 connection System configuration 1) Optical loop Target device Cable Communication unit MELSEC Max. number of NET/H GOTs connected QCPU GT16/GT15 GT15-J71LP23-25 QSCPU *4 *5 Max. connection QnA/ACPU MELSEC distance (control station/ NET/10 1 km normal station) GT15-75J71LP23-Z GT15 Motion controller...
Page 167 1. CONNECTION CONFIGURATION Available module MELSECNET/H module (NET/10 mode), MELSECNET/10 module CPU series Optical loop Coaxial bus QJ71LP21 MELSEC-Q series (Q mode) QJ71LP21-25 QJ71BR11 MELSEC-QS series QJ71LP21S-25 AJ71QLP21 AJ71QLP21S AJ71QBR11 MELSEC-QnA series A1SJ71QLP21 A1SJ71QBR11 A1SJ71QLP21S MELSEC-Q series (A mode) AJ71LP21 AJ71BR11 MELSEC-A series A1SJ71LP21...
Page 168 1. CONNECTION CONFIGURATION Precautions Precautions on system Connectable network A GOT is connected to the following network systems as a normal station. • Optical loop system of MELSECNET/10 network system (programmable controller to programmable controller network) • Coaxial bus system of MELSECNET/10 network system (programmable controller to programmable controller network) When using MELSECNET/H network module When connecting the MELSECNET/H network module to MELSECNET/10 network system, set the...
Page 169 1. CONNECTION CONFIGURATION Related Manuals • For details of system configuration and connection cable Chapter 6 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of MELSECNET/10 connection • For controllers that can be monitored by GOT and...
Page 170: Cc-Link Ie Controller Network Connection
1. CONNECTION CONFIGURATION 4.1.8 CC-Link IE controller network connection System configuration Target device Cable Communication unit Max. number of CC-Link IE GOTs connected controller network QCPU (Q mode) communication unit QSCPU Max. connection Motion controller distance GT16/GT15 *2 *3 CPU (Q series) Optical fiber GT15-J71GP23-SX CNC C70...
Page 171 1. CONNECTION CONFIGURATION Related Manuals • For details of system configuration and connection cable Chapter 7 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of CC-Link IE controller network connection •...
Page 172: Cc-Link Connection (Intelligent Device Station)
1. CONNECTION CONFIGURATION 4.1.9 CC-Link connection (intelligent device station) System configuration Target device Cable Communication unit QCPU QnA/ACPU CC-Link (Master/ Max. number of local stations) GOTs connected CC-Link dedicated Motion controller GT15-J61BT13 GT16/GT15 CPU(Q series) Motion controller CPU(A series) Max. connection distance CNC C70 1200 m...
Page 173 1. CONNECTION CONFIGURATION Precautions Precautions on system When using cyclic transmission (1) I/O signals from/to master station Do not turn on reserved output signals among output signals from the master station to a GOT (remote output: RY). When the reserved output signals are turned on, the programmable controller system may malfunction.
Page 174 Restart a GOT to erase the system alarm. Related Manuals • For details of system configuration and connection cable Chapter 8 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of CC-Link connection •...
Page 175 1. CONNECTION CONFIGURATION MEMO 4.1 MITSUBISHI Programmable Controller 4.1.9 CC-Link connection (intelligent device station)
Page 176: Cc-Link Connection (Via G4)
1. CONNECTION CONFIGURATION 4.1.10 CC-Link connection (via G4) System configuration 1) RS-232 Target device cable Communication unit Not required Built in GOT QCPU (Q mode) RS-232 Motion controller Max. number of GT16/GT15 *2 *3 CPU(Q series) GOTs connected RS-232 GT15-RS2-9P *2 *3 CNC C70 Not required...
Page 177 30 : 3m 60 : 6m 100 : 10m *1: Recommended Product. Purchase the cable from Mitsubishi Electric System & Service Co., Ltd. *2: Configure the multiple CPU system. *3: Available only for GT16, GT15, GT11, and Handy GOT. For the specifications and inquiries of the CC-Link dedicated cable, refer to the following website.
Page 178 For connecting the GOT to the Q17nDCPU, CNC C70, and CRnQ-700, set the system to the CC-Link network system Ver.2. Related Manuals • For details of system configuration and connection cable Chapter 9 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of CC-Link connection •...
Page 179 1. CONNECTION CONFIGURATION MEMO 4.1 MITSUBISHI Programmable Controller 4.1.10 CC-Link connection (via G4)
Page 180: Ethernet Connection
1. CONNECTION CONFIGURATION 4.1.11 Ethernet connection System configuration Target device cable Communication unit Not required Max. number of GOTs connected Built in GOT GT16 (16 units or less are recommended.) QCPU Ethernet QSCPU Max. connection distance QnA/ACPU Max. segment length Motion controller 100 m *1 *3...
Page 181 1. CONNECTION CONFIGURATION When the A series Ethernet module is used for the QnACPU, the devices that can be monitored are only devices with the same name as the devices in the device range of the AnACPU. Note that the following devices cannot be monitored. •...
Page 182 1. CONNECTION CONFIGURATION Related Manuals • For details of system configuration and connection cable Chapter 10 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of Ethernet connection • For controllers that can be monitored by GOT and...
Page 183 1. CONNECTION CONFIGURATION MEMO 4.1 MITSUBISHI Programmable Controller 4.1.11 Ethernet connection...
Page 184: Other Mitsubishi Controllers
4.2 Other MITSUBISHI controllers 4.2.1 Inverter connection System configuration Target device cable Communication unit RS-422 conversion RS-422 GT16-C R4-9S Not required 02:0.2m Created by the user Built in GOT GT16 Created by the user RS-422 conversion GT15-RS2T4-9P Inverter RS-422 FR-DU04 CONTROL PANEL RS-422/485 GT16/GT15...
Page 185 Be sure to use GD for the screen switching device and system information device. Related Manuals • For details of system configuration and connection cable Chapter 37 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of inverter connection •...
Page 186: Servo Amplifier Connection
4.2.2 Servo amplifier connection System configuration 1) RS-232 Target device cable Communication unit Not required Built in GOT RS-232 Servo amplifier RS-232 GT16/GT15 GT15-RS2-9P O PE N MR-CPCATCBL3M 3M:3m Created by the user MELSERVO-J2-Super Not required series MELSERVO-J2M Built in GOT GT11 series MELSERVO-J3...
Page 187 Related Manuals • For details of system configuration and connection cable Chapter 38 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of servo amplifier connection •...
Page 188: Robot Controller Connection
4.2.3 Robot controller connection System configuration Target device cable Communication unit Not required Max. number of GOTs connected Built in GOT GT16 (16 units or less are recommended.) Ethernet Max. connection distance Max. segment length 100 m GT15-J71E71-100 GT15 Ethernet CRnD-700 Max.
Page 189 CPU on the other networks. Related Manuals • For details of system configuration and connection cable Chapter 39 in GOT1000 Series Connection Manual (SH- • For precautions and restrictions 080532ENG) • For outlined procedure and checking of Robot controller connection •...
Page 190: Cnc (Meldas C6/C64) Connection
4.2.4 CNC (MELDAS C6/C64) connection Direct CPU connection System configuration 1) RS-232 Target device cable Communication unit Max. number of Not required GOTs connected Built in GOT Max. connection RS-232 distance GT16/GT15 15 m GT15-RS2-9P Not required Built in GOT GT11 Not required RS-232...
Page 191 2) RS-422 Target device cable Communication unit Max. number of RS-422 RS-422 conversion GOTs connected Not required GT16-C R4-9S Max. connection F311 cable Built in GOT GT01-C R4-25P 02:0.2m GT16 distance 30:3m 100:10m 30.7 m 200:20m 300:30m MELDAS Max. number of RS-422 C6/C64 GOTs connected...
Page 192 For MELDAS C6/C64, use the NC system software version D0 or later. Related Manuals • For details of system configuration and connection cable Chapter 40 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of CNC connection •...
Page 193 MEMO 4.2 Other MITSUBISHI controllers 4.2.4 CNC (MELDAS C6/C64) connection...
Page 194 MELSECNET/10 connection System configuration 1) Optical loop Target device cable Communication unit MELDAS MELSEC C6/C64 NET/H Max. number of GOTs connected GT15-J71LP23-25 GT16/GT15 Optical fiber ..Max. connection distance MELSEC NET/10 Extension unit GT15 GT15-75J71LP23-Z 2) Coaxial bus Target device cable Communication unit MELDAS...
Page 195 Correctly solder the connector for the coaxial cable. Incomplete soldering causes malfunctions. Related Manuals • For details of system configuration and connection cable Chapter 40 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of MELSECNET/10 connection •...
Page 196 CC-Link (intelligent device station) connection System configuration Target device cable Communication unit CC-Link MELDAS C6/C64 Max. number of GT15-J61BT13 GT16/GT15 CC-Link dedicated GOTs connected ..Max. connection distance CC-Link Extension unit GT15 GT15-75J61BT13-Z For the specifications and inquiries of the CC-Link dedicated cable, refer to the following website. CC-Link Partner Association website: http://www.cc-link.org/eng/t_html/top.html For connection on the CC-Link network system Ver.2.
Page 197 Restart a GOT to erase the system alarm. Related Manuals • For details of system configuration and connection cable Chapter 40 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of CC-Link connection •...
Page 198 Ethernet connection System configuration Target device cable Communication unit Not required Built in GOT GT16 Ethernet MELDAS C6/C64 GT15-J71E71-100 GT15 Ethernet Max. number of personal Not required ..computers connected Built in personal 10BASE-T cable computer (16 units or less 100BASE-TX cable are recommended.) Extension...
Page 199 (included) at positions close to control devices so that the Ethernet cable is not affected by noise. Related Manuals • For details of system configuration and connection cable Chapter 40 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of CNC connection •...
Page 200: Multiple-Gt11/Gt10 Connection
4.2.5 Multiple-GT11/GT10 connection System configuration 1) When connecting the first controller with RS-422 Target device cable cable RS-232 FA-CNV CBL GT11 GT01-C30R2-9S(3m) 2402 0.2m 2405 0.5m QCPU (1) External connection Relay GT11 GT11H-C GT11H-C Created by 30: 3m 60: 6m -37P Handy GOT the user...
Page 201 2) When connecting the first controller with RS-232 Target device cable cable RS-422 GT11 Created by the user External connection Relay GT01-C30R2-6P(3m) GT11 QCPU (4) GT11H-C GT11H-C Created by 30: 3m 60: 6m -37P Handy GOT 100:10m 30: 3m 60: 6m the user 100:10m RS-232...
Page 202 The GOT model to be used differs depending on the connection type. Series Connection type GOT model to be used RS-232 or RS-422 connections GT115 GT11 Bus connection GT115 BDQ, GT115 Handy GOT RS-232 or RS-422 connections GT115 HS-Q RS-232 or RS-422 connections GT105 GT105 RS-232 connection...
Page 203 Related Manuals • For details of system configuration and connection cable Chapter 51 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of multiple- GT11/GT10 connection • For controllers that can be monitored by GOT and...
Page 204: Third Party Programmable Controller
30: 3m 60: 6m *1: Cables vary depending on the target devices. For details, refer to 6.EQUIPMENT, SOFTWARE, AND MANUALS and GOT1000 Series Connection Manual. Used for using GT11H-C -37P. Connect the PC CPU module to another programmable controller.
Page 205 100: 10m 30: 3m 60: 6m 100: 10m *4: Cables vary depending on the target devices. For details, refer to 6.EQUIPMENT, SOFTWARE, AND MANUALS and GOT1000 Series Connection Manual. Use GT15-RS4-9S for using GT155 Used for using GT11H-C -37P. 4.3 Third Party Programmable Controller...
Page 206 3) Ethernet Target device cable Communication unit Not required Built in GOT Third party GT16 programmable controller Ethernet Ethernet GT15 GT15-J71E71-100 Not required 10BASE-T cable 100BASE-TX cable Built in GOT DOS/V GT SoftGOT1000 A commercially personal License key for available computer GT SoftGOT1000 Ethernet board...
Page 207: Omron Programmable Controller
4.3.2 OMRON programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models GT16/GT15/GT11/GT10 GT SoftGOT1000 Computer link Direct CPU Computer link Direct CPU Series Model connection connection connection connection RS-422 RS-232 RS-422 RS-232 RS-422 RS-232 RS-422...
Page 208 For signal names, poles A and B are reversed between a GOT and an OMRON product. Related Manuals • For details of system configuration and connection cable Chapter 11 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for OMRON programmable controller connection •...
Page 209: Keyence Programmable Controller
GOT. Related Manuals • For details of system configuration and connection cable Chapter 12 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for KEYENCE programmable controller connection •...
Page 210: Koyo Ei Programmable Controller
4.3.4 KOYO EI programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models Computer link connection Direct CPU connection Series Model RS-422 RS-232 RS-422 RS-232 SU-5E SU-6B KOSTAC SU series SU-5M SU-6M PZ series D2-240...
Page 211 "time adjusting" function will be disabled. Related Manuals • For details of system configuration and connection cable Chapter 12 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for KOYO EI programmable controller connection •...
Page 212: Sharp Programmable Controller
The GOT has a built-in terminating resistor. Related Manuals • For details of system configuration and connection cable Chapter 14 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for SHARP programmable controller connection •...
Page 213: Jtekt Programmable Controller
4.3.6 JTEKT programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models Computer link connection Direct CPU connection Series Model RS-422 RS-232 RS-422 RS-232 TIC-6088 PC3JG TIC-6125 TIC-5339 PC3J TIC-5783 THC-5070 TOYOPUC series THC-5169 THC-5173...
Page 214 For PC3J, use the version 2.1 or later. Related Manuals • For details of system configuration and connection cable Chapter 15 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for JTEKT programmable controller connection •...
Page 215: Toshiba Programmable Controller
The GOT has a built-in terminating resistor. Related Manuals • For details of system configuration and connection cable Chapter 16 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of TOSHIBA programmable controller connection •...
Page 216: Toshiba Machine Programmable Controller
(For GT1020-LBL/GT1020-LBLW, MELSEC-FXCPU connection is available only.) Related Manuals • For details of system configuration and connection cable Chapter 17 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of TOSHIBA MACHINE programmable controller connection •...
Page 217: Hitachi Ies Programmable Controller
4.3.9 HITACHI IES programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models Computer link connection Direct CPU connection Series Model RS-422 RS-232 RS-422 RS-232 H-302(CPU2-03H) H-702(CPU2-07H) H-1002(CPU2-10H) Large-sized H H-2002(CPU-20H) series H-4010(CPU3-40H) H-300(CPU-03Ha)
Page 218 The GOT has a built-in terminating resistor. Related Manuals • For details of system configuration and connection cable Chapter 18 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for HITACHI IES programmable controller connection •...
Page 219: 10Hitachi Programmable Controller
LQE165 LQE160 Related Manuals • For details of system configuration and connection cable Chapter 19 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of HITACHI programmable controller connection • For controllers that can be monitored by GOT and...
Page 220: 11Fuji Fa Programmable Controller
FFU120B FFU120B Related Manuals • For details of system configuration and connection cable Chapter 20 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of FUJI FA programmable controller connection • For controllers that can be monitored by GOT and...
Page 221: Matsushita Programmable Controller
AFPX-COM4 Related Manuals • For details of system configuration and connection cable • For precautions and restrictions Chapter 21 in GOT1000 Series Connection Manual (SH- 080532ENG) • For outlined procedure and checking of MATSUSHITA programmable controller connection • For controllers that can be monitored by GOT and...
Page 222: Yaskawa Programmable Controller
4.3.13 YASKAWA programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models GT SoftGOT1000 GT16/GT15/GT11/GT10 Computer link Direct CPU Computer link Direct CPU Series Ethernet connection connection connection connection Ethernet RS-422 RS-232 RS-422 RS-232...
Page 223 • Reduce the GOT monitoring points. Related Manuals • For details of system configuration and connection cable Chapter 22 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of YASKAWA programmable controller connection •...
Page 224: Yokogawa Programmable Controller
4.3.14 YOKOGAWA programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models GT16/GT15/GT11 GT SoftGOT1000 Computer link Direct CPU Computer link Direct CPU Series Model Ethernet connection connection connection connection Ethernet RS-422 RS-232 RS-422 RS-232 RS-422 RS-232 RS-422 RS-232 FA500...
Page 225 Precautions Precautions on system Precautions for connecting to FA-M3 • For connecting the GOT to the programming tool interface connector with the CPU port/D-sub 9-pin conversion cable, the GOT cannot connect to the F3SP10, F3SP20, F3SP30, and F3SP36. • The F3SP10 is not applicable to the PC link module (F3LC11-2N). A GOT cannot connect to the F3P10 via the RS-422 interface.
Page 226 Related Manuals • For details of system configuration and connection cable • For precautions and restrictions Chapter 23 in GOT1000 Series Connection Manual • For outlined procedure and checking of (SH-080532ENG) YOKOGAWA programmable controller connection • For controllers that can be monitored by GOT and...
Page 227: Allen-Bradley Programmable Controller
4.3.15 ALLEN-BRADLEY programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models GT16/GT15/GT11 GT10 Computer Computer Direct CPU Direct CPU link link Series Model connection connection Ether- Ether- connection connection SLC500-20 SLC500-30 SLC500-40 SLC5/01...
Page 228 GT15/GT11 GT10 Computer Ether- Computer Ether- Direct CPU Direct CPU link link connection connection Series Model connection (Soon connection (Soon to be to be suppor- suppor- ted) ted) 1769-L31 1769-L32E CompactLogix series 1769-L32C 1769-L35E 1769-L35CR 1794-L33 FlexLogix series 1794-L34 Connectable to the DH485 network via Adapter (1770-KF3). The CPU of series C or later is applicable for connecting to the DH485 network.
Page 229 • Reduce the GOT monitoring points. Related Manuals • For details of system configuration and connection cable Chapter 24 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for ALLEN- BRADLEY programmable controller connection •...
Page 230: Ge Fanuc Programmable Controller
4.3.16 GE FANUC programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models Computer link connection Direct CPU connection Series Model RS-422 RS-232 RS-422 RS-232 IC693CPU311 Series 90 - 30 IC693CPU313 IC693CPU323 IC693CPU350 IC693CPU360...
Page 231 The settings of "time adjusting" or "time broadcast" made on the GOT will be disabled on the PLC. Related Manuals • For details of system configuration and connection cable Chapter 25 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for GE FANUC programmable controller connection •...
Page 232: Siemens Programmable Controller
4.3.17 SIEMENS programmable controller For details of the system configuration, refer to "Connection type" in section 4.3.1. Connectable GOT Connectable models Computer link connection Direct CPU connection Series RS-422 RS-232 RS-422 RS-232 SIMATIC S7-200 series SIMATIC S7-300 series SIMATIC S7-400 series The GOT model to be used differs depending on the connection type.
Page 233 Related Manuals • For details of system configuration and connection cable Chapter 27 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking for SIEMENS programmable controller connection • For controllers that can be monitored by GOT and...
Page 234: Ls Industrial Systems Programmable Controller
G4L-CUEA Related Manuals • For details of system configuration and connection cable • For precautions and restrictions Chapter 26 in GOT1000 Series Connection Manual (SH-080532ENG) • For outlined procedure and checking for LS INDUSTRIAL SYSTEMS programmable controller programmable controller connection •...
Page 235 MEMO 4.3 Third Party Programmable Controller 4.3.18 LS INDUSTRIAL SYSTEMS programmable controller...
Page 236: Microcomputer Connection
4.4 Microcomputer connection System configuration 1) RS-232 Target device cable Communication unit Not required Built in GOT Microcomputer board, RS-232 RS-232 GT16/GT15 personal GT15-RS2-9P computer, and others Not required Created by the user Built in GOT GT11 Not required Built in GOT GT105 RS-232 Not required...
Page 237 2) RS-422 Target device cable Communication unit RS-422 conversion RS-422 Not required GT16-C R4-9S Created by the user 02:0.2m Built in GOT GT16 Created by the user Microcomputer RS-422 board, conversion personal GT15-RS2T4-9P computer, and others GT16/GT15 RS-422 RS-422/485 GT15-RS4-9S Not required Created by the user Built in GOT...
Page 238 The virtual device in a GOT is used for the microcomputer connection. (Devices for a programmable controller are not used.) Related Manuals • For details of system configuration and connection cable Chapter 28 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of microcomputer connection •...
Page 239 MEMO 4.4 Microcomputer connection...
Page 240: Modbus(R)/Tcp Connection
4.5 MODBUS(R)/TCP connection System configuration Target device cable Communication unit SCHNEIDER Ethernet programmable controller 10BASE-T cable Modicon Premium *4*5 Not required 100BASE-TX cable series Modicon Quantum Built in GOT Max. number of series GT16 GOTs connected 64 or 126 (16 units or less are recommended.) Max.
Page 241 Connectable models GT16/GT15 Manufacturer Series Model MODBUS /TCP connection TSX P57 203M TSX P57 253M Modicon Premium TSX P57 303M TSX P57 353M TSX P57 453M 140 CPU 311 10 140 CPU 434 12U Schneider Electric SA 140 CPU 534 14U 140 CPU 651 50 140 CPU 651 60 Modicon Quantum...
Page 242 When a device outside the device range is set for an object, an invalid value is displayed for the object. (The system alarm is not displayed). Related Manuals • For details of system configuration and connection cable Chapter 29 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of MODBUS /TCP connection •...
Page 243 MEMO 4.5 MODBUS(R)/TCP connection...
Page 244: Temperature Controller
4.6 Temperature Controller 4.6.1 Connection type The following shows connection with a temperature controller. The available connection type and GOT differ according to the manufacturer. For details, refer to the section for each temperature controller. System configuration 1) RS-232 Target device cable Communication unit Not required...
Page 245 *3: Required for using GT11H-C -37P. *4: Use GT15-RS4-9S for using GT155 *5: The available communication unit differs depending on the temperature controller connected. For available communication units, refer to GOT1000 Series Connection Manual. 4.6 Temperature Controller 4.6.1 Connection type...
Page 246 *1: The terminal differs depending on the manufacturer of the temperature controller to be connected. (Terminal block) (Modular type) *2: Cables vary depending on the target devices. For details, refer to 6.EQUIPMENT, SOFTWARE, AND MANUALS and GOT1000 Series Connection Manual. 4.6 Temperature Controller 4.6.1 Connection type...
Page 247: Omron Temperature Controller
(not processed). Related Manuals • For details of system configuration and connection cable Chapter 30 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of OMRON temperature controller connection •...
Page 248: Shinko Indicating Controller
4.6.3 SHINKO indicating controller For details of the system configuration, refer to "Connection type" in section 4.6.1. Connectable GOT Connectable models Series Model RS-485 RS-422 RS-232 ACS-13A series ACS-13A , C5 DCL-33A series DCL-33A- , C5 JCS-33A- , C5 (2-wire type) JC series JCR-33A- , C5...
Page 249 Make sure that the indicating controller corresponding to the station No. set for the host address exists in the system configuration. Related Manuals • For details of system configuration and connection cable Chapter 31 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of SHINKO indicating controller connection •...
Page 250: Chino Controller
4.6.4 CHINO controller For details of the system configuration, refer to "Connection type" in section 4.6.1. Connectable GOT Connectable models GT16/GT15 GT11 Series Model RS-485 RS-422 RS-232 RS-485 RS-422 RS-232 (2-wire *1*2 *1*2 LT300 series LT350, LT370 type) (2-wire *1*2 *1*2 LT400 series LT450, LT470...
Page 251 Make sure that the controller corresponding to the station No. set for the host address exists in the system configuration. Related Manuals • For details of system configuration and connection cable Chapter 32 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of the CHINO controller connection •...
Page 252: Fuji Sys Temperature Controller
4.6.5 FUJI SYS temperature controller For details of the system configuration, refer to "Connection type" in section 4.6.1. Connectable GOT Connectable models GT16/GT15 GT11 Series Model RS-485 RS-422 RS-232 RS-485 RS-422 RS-232 (2-wire PXR3 type) (2-wire PXR4 type) (2-wire PXR5 type) (2-wire PXR9...
Page 253 Related Manuals • For details of system configuration and connection cable Chapter 33 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of FUJI SYS temperature controller connection •...
Page 254: Yamatake Temperature Controller
4.6.6 YAMATAKE temperature controller For details of the system configuration, refer to "Connection type" in section 4.6.1. Connectable GOT Connectable models GT16/GT15 GT11 Model RS-485 RS-422 RS-232 RS-485 RS-422 RS-232 (4-wire (4-wire SDC20/21 type) type) (4-wire (4-wire SDC30/31 type) type) (4-wire (4-wire SDC40A/40B/40G...
Page 255 Related Manuals • For details of system configuration and connection cable Chapter 34 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of YAMATAKE temperature controller connection • For controllers that can be monitored by GOT and...
Page 256: Yokogawa Temperature Controller
4.6.7 YOKOGAWA temperature controller For details of the system configuration, refer to "Connection type" in section 4.6.1. Connectable GOT Connectable models GT16/GT15 GT11 Series Model RS-485 RS-422 RS-232 RS-485 RS-422 RS-232 UT320 UT321 UT350 UT351 UT420 UT450 UT520 UT550 (2-wire UT551 (4-wire GREEN series...
Page 257 (not processed). Related Manuals • For details of system configuration and connection cable Chapter 35 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of YOKOGAWA temperature controller connection •...
Page 258: Rkc Temperature Controller
4.6.8 RKC temperature controller For details of the system configuration, refer to "Connection type" in section 4.6.1. Connectable GOT Connectable models GT16/GT15 GT11 Series Model RS-485 RS-422 RS-232 RS-485 RS-422 RS-232 (2-wire H-PCP-J SR Mini HG type) Series H-PCP-A, CH-PCP-B (2-wire SRZ series Z-TIO, Z-DIO...
Page 259 Related Manuals • For details of system configuration and connection cable Chapter 36 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of RKC temperature controller connection • For controllers that can be monitored by GOT and...
Page 260: Other Devices
Set the sound file with GT Designer2 before connecting a speaker with amplifier to the GOT. Related Manuals • For details of system configuration and connection cable Chapter 41 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of the sound output •...
Page 261: External I/O
Set the operation panel with GT Designer2 before connecting an external I/O device. Related Manuals • For details of system configuration and connection cable Chapter 42 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of external •...
Page 262: Bar Code Reader Connection
02:0.2m *1: For connectable bar code readers/2D code readers and system devices, refer to the following TECHNICAL BULLETIN. List of valid devices applicable for GOT1000series (T10-0039) For TECHNICAL BULLETIN, access the MITSUBISHI ELECTRIC FA NETWORK SERVICE website. http://wwwf2.mitsubishielectric.co.jp/english/index.html Precautions Other precautions Setting of bar code function with GT Designer2 Set the bar code function and system information with GT Designer2 before connecting a bar code reader.
Page 263 MEMO 4.7 Other Devices 4.7.3 Bar code reader connection...
Page 264: Video/Rgb Connection
*1: For connectable camcorder and external monitor types, refer to the following TECHNICAL BULLETIN. List of valid devices applicable for GOT1000series (T10-0039) For TECHNICAL BULLETIN, access the MITSUBISHI ELECTRIC FA NETWORK SERVICE website. http://wwwf2.mitsubishielectric.co.jp/english/index.html *2: Only GT1585V and GT1575V are supported.
Page 265 Power on the camcorder simultaneously with a GOT. Related Manuals • For details of system configuration and connection cable Chapter 44 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of video/ RGB connection For restrictions and precautions on controllers connected to a GOT, refer to the manual for each controller.
Page 266: Multimedia Connection
*3: For connectable camcorders, refer to the following TECHNICAL BULLETIN. List of valid devices applicable for GOT1000series (T10-0039) For TECHNICAL BULLETIN, access the MITSUBISHI ELECTRIC FA NETWORK SERVICE website. http://wwwf2.mitsubishielectric.co.jp/english/index.html *4: When connecting GT16 to an equipment that meets the 10BASE (-T/2/5) standard, use the switching hub and operate in an environment where 10Mbps and 100Mbps can be mixed.
Page 267 Related Manuals • For details of system configuration and connection cable Chapter 45 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of multimedia connection For restrictions and precautions on controllers connected to a GOT, refer to the manual for each controller.
Page 268: Printer Connection
Connect the USB cable to the printer. Related Manuals • For details of system configuration and connection cable Chapter 46 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of printer connection For restrictions and precautions on controllers connected to a GOT, refer to the manual for each controller.
Page 269: Remote Personal Computer Operation Connection
After the driver installation, check that the driver is correctly installed. Related Manuals • For details of system configuration and connection cable Chapter 47 in GOT1000 Series Connection Manual • For precautions and restrictions (SH-080532ENG) • For outlined procedure and checking of remote personal computer operation connection For restrictions and precautions on controllers connected to a GOT, refer to the manual for each controller.
Page 270: Rfid Connection
GT11 *1: For connectable RFID controllers and system equipment, refer to the following TECHNICAL BULLETIN. List of valid devices applicable for GOT1000 series (GOT-A-0010) Visit the MITSUBISHI ELECTRIC FA NETWORK SERVICE website (MELFANSweb) to refer to the TECHNICAL BULLETIN. http://wwwf2.mitsubishielectric.co.jp/melfansweb/english/index.html...
Page 271 MEMO 4.7 Other Devices 4.7.8 RFID connection...
Page 272: Precautions
4.8 Precautions Precautions on setup (1) When installing communication unit or connecting cable Shut off all phases of the GOT power. (2) When using RS-422 conversion unit Set [Communication Setting] in the utility so that the 5VDC power is supplied to the RS-422 conversion unit via the RS-232 interface of the GOT.
Page 273: Compliance With
5. COMPLIANCE WITH OVERSEAS STANDARDS This chapter describes the compliance with overseas standards for the GOT, communication interface, and option. 5. COMPLIANCE WITH OVERSEAS STANDARDS ..256...
Page 274 5. COMPLIANCE WITH OVERSEAS STANDARDS The GOT is compliant with the following safety standards, including UL standard. For the latest compliance with overseas standards, access the MITSUBISHI ELECTRIC FA NETWORK SERVICE website. http://wwwf2.mitsubishielectric.co.jp/english/index.html EMC : EMC Directive LVD : Low Voltage Directive...
Page 275 Product name Model UL/cUL GT1155-QTBDQ GT1155-QTBDA GT1155-QTBD GT1155-QSBDQ GT1155-QSBDA GT11 GT1155-QSBD GT1155HS-QSBD GT1150-QLBDQ GT1150-QLBDA GT1150-QLBD GT1150HS-QLBD GT1055-QSBD GT1050-QBBD GT1030-LBD GT1030-LBDW GT1030-LBD2 GOT main GT1030-LBDW2 unit GT1030-LWD GT1030-LWDW GT1030-LWD2 GT1030-LWDW2 GT1020-LBD GT10 GT1020-LBDW GT1020-LBD2 GT1020-LBDW2 GT1020-LBL GT1020-LBLW GT1020-LWD GT1020-LWDW GT1020-LWD2 GT1020-LWDW2 GT1020-LWL GT1020-LWLW GT15-QBUS...
Page 276 Product name Model UL/cUL GT15-RS2-9P Serial communication GT15-RS4-9S unit GT15-RS4-TE GT15-RS2T4-9P RS-422 conversion unit GT15-RS2T4-25P Ethernet GT15-J71E71-100 Communica- communication unit tion unit GT15-J71LP23-25 MELSECNET/H communication unit GT15-J71BR13 CC-Link GT15-J61BT13 communication unit CC-Link IE controller network communication GT15-J71GP23-SX unit Printer unit GT15-PRN Multimedia unit GT16M-MMR...
Page 277 Product name Model UL/cUL GT16-MESB GT15-FNB GT15-QFNB GT15-QFNB16M Option function board GT15-QFNB32M GT15-QFNB48M GT11-50FNB GT15-MESB48M GT10 memory loader GT10-LDR GT10 memory board GT10-50FMB GT16-90PSCB GT16-90PSGB GT16-90PSCW GT16-90PSGW GT16-80PSCB GT16-80PSGB GT16-80PSCW GT16-80PSGW GT15-90PSCB Option unit GT15-90PSGB GT15-90PSCW GT15-90PSGW GT15-80PSCB GT15-80PSGB Protective sheet GT15-80PSCW GT15-80PSGW GT15-70PSCB...
Page 278 Product name Model UL/cUL GT11-50PSCB GT11-50PSGB GT11-50PSCW GT11-50PSGW GT11H-50PSC GT10-50PSCB GT10-50PSGB GT10-50PSCW Protective sheet GT10-50PSGW GT10-30PSCB GT10-30PSGB GT10-30PSCW GT10-30PSGW GT10-20PSCB GT10-20PSGB GT10-20PSCW GT10-20PSGW GT16-UCOV USB environmental GT15-UCOV protection cover GT11-50UCOV GT05-90PCO Option GT05-80PCO Protective cover for oil GT05-70PCO GT05-60PCO GT05-50PCO GT15-90STAND GT15-80STAND Stand...
Page 279 6. EQUIPMENT, SOFTWARE, AND MANUALS This chapter describes equipment, software, and manuals related to the GOT. 6. EQUIPMENT, SOFTWARE, AND MANUALS ..262...
Page 280 6. EQUIPMENT, SOFTWARE, AND MANUALS Main unit model name GT16 9 5 M - X T B A Code Screen size Code Display colors Code Mounting type Code Resolution Code Display device Code Power supply Power supply Code Communication interface 15"...
Page 281 1. EQUIPMENT, SOFTWARE, AND MANUALS Communication interface Applicable model Product name Model name Specifications GT16 GT15 GT11 Handy GOT GT10 Bus connection (1ch) unit standard model GT15-QBUS for QCPU (Q mode)/motion controller CPU (Q series) Bus connection (2ch) unit standard model GT15-QBUS2 for QCPU (Q mode)/motion controller CPU (Q series) Bus connection (1ch) unit standard model...
Page 282 1. EQUIPMENT, SOFTWARE, AND MANUALS Options Applicable model Product name Model name Specifications GT16 GT15 GT11 Handy GOT GT10 GT16-90XLTT For GT1695M-XTB GT16-80SLTT For GT1685M-STB GT15-90XLTT For GT1595-XTB GT15-80SLTT For GT1585V-STB /GT1585-STB Backlight GT15-70SLTT Backlight For GT1575-STB GT15-70VLTT For GT1575V-STB /GT1575-VTB /GT1575-STB GT15-70VLTN For GT1575-VNB /GT1572-VNB GT15-60VLTT...
Page 283 <for GOT1000 Series> GOT1000 Series Connection Manual System configurations and procedure to create customized cables SH-080532ENG GOT1000 Series Extended Function/Optional Function Manual Information on extended functions and optional functions available to the GOT SH-080544ENG GOT1000 Series Gateway Function Manual Specifications, system configurations and setting procedures for the Gateway function...
Page 284 Ferrite core set for Q bus cable (two-pack) GT15-QFC Ferrite cores for replacing existing GOT-A900 bus cable with Ferrite core set for A bus cable (two-pack) GT15-AFC bus cable for GOT1000 RS-422 conversion cable GT16-C02R4-9S 0.2m For connection between RS-422/485 (connector) and RS-422 cable (D-sub 9 pins) FA-LTBGTR4CBL05 0.5m...
Page 285 The other products listed are developed by Mitsubishi Electric System & Service Co., LTD. and sold through your local sales office. *2 : The applicable connection configuration and cable vary depending on the GOT main unit. For more details, see the GOT1000 Series Handbook and the GOT1000 Series Connection Manual. *3 : Can be used when used together with the Handy GOT connector conversion box.
Page 286 Items listed above are developed by Mitsubishi Electric System & Service Co., LTD., and sold through your local sales office. *2 : The applicable connection configuration and cable vary depending on the GOT main unit. For more details, see the GOT1000 Series Handbook and the GOT1000 Series Connection Manual. *3 : The RS-422 cables less than 10m and the RS-232 cable less than 3m can be used when the connector conversion box for the Handy GOT is used.
Page 287 7. GLOSSARY This chapter describes glossaries related to the GOT. 7. GLOSSARY ........270...
Page 288 GT Designer2 Software for creating the screen for GOT1000 series and GOT900 series Software for simulating operations of the GOT-A900 series and GOT1000 series on GT Simulator2 a personal computer with connecting the GOT to GX Simulator and a programmable...
Page 289 The window can be manually moved or closed. Up to two windows can be simultaneously displayed. For GOT1000 series, the GOT functions are enabled with setting figures, including switches, lamps, and display panes for the numeric display, and with assigning Object devices (bit and word) and operation functions to the figures on GT Designer2.
Page 290 1. GLOSSARY Item Description Extension unit to be installed on the extension interfaces of the GOT for Communication unit communicating with controllers, including a programmable controller CPU Generic term for the memories equipped in the programmable controller CPU Device The device is for storing data or ON/OFF signal used for sequence programs. One of the electrical cables Coaxial cable The cable is covered with an insulator and the covered cable is shielded for effectively...
Page 291 Failure caused by reasons unpredictable by scientific the special circumstances, solely at our discretion. technology standards at time of shipment from In some of these cases, however, Mitsubishi Electric Mitsubishi. Corporation may consider the possibility of an application, Any other failure found not to be the responsibility of provided that the customer notifies Mitsubishi Electric Mitsubishi or that admitted not to be so by the user.
Page 292 Microsoft Windows, Microsoft Windows NT, Windows Vista are registered trademarks of Microsoft Corporation in the United States and other countries. Adobe and Adobe Reader are registered trademarks of Adobe Systems Incorporated. Pentium and Celeron are a registered trademarks of Intel Corporation in the United States and other countries. Ethernet is a trademark of Xerox Co., Ltd.

Mitsubishi Electric GOT1000 Series Handbook

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