YOKOGAWA Stardom FCN-100 Technical Information
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YOKOGAWA Stardom FCN-100 Technical Information

Migration
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TI 34P02K71-01E
STARDOM
FCN-100/FCJ Migration
TI 34P02K71-01E
4th Edition: Jun. 6, 2018

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Summary of Contents for YOKOGAWA Stardom FCN-100

  • Page 1 Technical STARDOM Information FCN-100/FCJ Migration TI 34P02K71-01E TI 34P02K71-01E 4th Edition: Jun. 6, 2018...
  • Page 2 Blank Page...

  • Page 3: Introduction

    < Introduction > Introduction  About This Manual This manual describes the migration procedure from the data, control applications and Duolet(Java) applications on the NFCP100, to the NFCP500(NFCP501/NFCP502). For the sake of simplicity, this manual uses the least terminologies and the most basic functions.

  • Page 4: Table Of Contents

    < CONTENTS > STARDOM FCN-100/FCJ Migration 4th Edition: TI 34P02K71-01E CONTENTS Introduction ....................i CONTENTS ....................ii Overview ................... 1 Backing up, Converting, Restoring Data ..........2 Migrating the Control Application ............5 Migrating on the target device directly ........... 7 Migrating in-house equipment in advance ........

  • Page 5: Overview

    < 1. Overview > Overview This chapter describes the migration procedure from the data and control applications on the NFCP100, to the NFCP501/NFCP502. First step, backing up, convert and restore the data on the controller by the command operation on the personal computer. Next step, migrate the control application for the NFCP100 (project on the Logic Designer), to for the NFCP501/NFCP502.

  • Page 6: Backing Up, Converting, Restoring Data

    < 1. Overview > Backing up, Converting, Restoring Data This section describes the command for backing up the data of the NFCP100, for converting it for the NFCP501/NFCP502, and for restoring it to the NFCP501/NFCP502. The converted file is shown below. - Retain saved file - Settings of the resource configurator - DUONUS.PRP...
  • Page 7 < 1. Overview > ● FcxConvert Command This command converts the FcxBackup command output file to NFCP501/NFCP502 file. Command: FcxConvert.exe -t {new CPU type} -i {Source folder} -o {Destination folder} New CPU type: “NFCP501” or “NFCP502” Source folder: “BACKUP” Destination folder: E.g.
  • Page 8 < 1. Overview > ● Folder configuration example If you specify "C:\temp" to the destination folder of the conversion tool temp NFCP500 : Current Folder FcxBackup.exe : Backup command FcxConvert.exe : Convert command FcxRestore.exe : Restore command BACKUP : Backup folder BACKUP_NFCP501 : Destination folder TI 34P02K71-01E 4th Edition: Jun.

  • Page 9: Migrating The Control Application

    < 1. Overview > Migrating the Control Application This section describes procedure of migrate the control applications (project on the Logic Designer) for NFCP100 and NFJT100 to NFCP501/NFCP502. In Section 2 or later describes the procedure of the case you do not extend retain data area fundamentally.
  • Page 10 < 1. Overview > The combination of PLC type and processor type is shown in the table below. Processer Controller PLC type Remark type IPC_33 NFCP100 (*2) R1.01 or later (FCX_A: R1.11 or later) FCX_A NFJT100 (FCJ) IPC_33 R1.30 or later FCN/FCJ simulator IPC_40 R1.50 or later...

  • Page 11: Migrating On The Target Device Directly

    < 2. Migration on the target device directly> Migrating on the target device directly This chapter describes the steps to migrate on the target device directly. This text describes the steps to migrate from NFCP100 to NFCP500. Except for the noted items, it is also true for NFJT100. ...
  • Page 12 < 2. Migration on the target device directly>  Migration Procedure (on the target device directly) The following flowchart shows the overview of migration work on the target device directly. The definition information of the fieldbus (NFLF111, NFLP121, NFLC121) is stored on the engineering PC with the IP address of the controller as the key.
  • Page 13 < 2. Migration on the target device directly>  Procedure ● Step A1: Obtaining conversion tools (1) Insert the system DVD-ROM for the R4.20 or later in the DVD drive. (2) Select “DVD Contents.” (3) Double-click the FCN/FCJ Basic Software Package. - Pkg_NFCP500.exe in the Pkg_NFCP500 folder for FCN-500 (4) Specify a folder for saving unzipped files, and click the [Install] button.
  • Page 14 < 2. Migration on the target device directly> The [SAVE] button is not displayed in the maintenance mode. If prior to R1.70, please save the retain data refer to the online help. If the retain data area to extend, the data saved in Step A2 is not available in NFCP500. ●...
  • Page 15 < 2. Migration on the target device directly> ● Step A6: Switching to maintenance mode on the NFCP500 (1) Run the Web browser and open the “STARDOM Maintenance Page” on the NFCP501/NFCP502. (2) Select “Maintenance Menu.” The FCX Maintenance Menu is displayed. (3) Select “Reboot.”...
  • Page 16 < 2. Migration on the target device directly> ● Step A8: Setting each function for the NFCP500 (1) Set some settings for new function or additional configuration by the resource configurator, and download it. - Duolet function ( If necessary ) - CPU duplex configuration ( If necessary If necessary...
  • Page 17 E.g.: Copy Userlib.mwt and Userlib folder into “C:\YOKOGAWA\FCN-FCJ\LogicDesigner\Libraries” If the user library is compressed in this project, it is also copied user library when it is decompressed. If an existing project is present, it compares the version information before overwriting, and select to overwrite or Save As.
  • Page 18 < 2. Migration on the target device directly> (4) Make the project by the Logic Designer R4. (5) Perform offline download the control application to the NFCP501/NFCP502. Also download the boot project and the source files as needed. ● Step A10: Executing APC (Duplex CPU only) (1) After confirming the connection of Ethernet cable and the RS-233-C cable, insert the other one CPU module for stand-by side.

  • Page 19: Migrating In-House Equipment In Advance

    < 3. Migration in-house equipment in advance> Migrating in-house equipment in advance This chapter describes the following procedure. Bring back the data that was backed up from the target equipment on site. Check the operation and conversion work in-house equipment. And then, work for the target equipment on site.
  • Page 20 < 3. Migration in-house equipment in advance>  Migration Procedure (In advance to work in-house equipment) The following flowchart shows the overview of migration work in advance to work in- house equipment. The definition information of the fieldbus (NFLF111, NFLP121, NFLC121) is stored on the engineering PC with the IP address of the controller as the key.
  • Page 21 < 3. Migration in-house equipment in advance> Step B11: Exchanging the CPU module Step B12: Switching to maintenance mode Step B13: Restoring the NFCP500 On site Step B14: Setting each function for NFCP500 Step B15: Downloading the control application to the NFCP500 Step B16: Executing APC (Duplex CPU only) Step C11: Saving the retain data on the NFCP500 In-house...
  • Page 22 < 3. Migration in-house equipment in advance>  Procedure (Work of target equipment in advance) ● Step B1: Obtaining conversion tools (1) Insert the system DVD-ROM for the R4.20 or later in the DVD drive. (2) Select “DVD Contents.” (3) Double-click the FCN/FCJ Basic Software Package. - Pkg_NFCP500.exe in the Pkg_NFCP500 folder for FCN-500.
  • Page 23 < 3. Migration in-house equipment in advance> The [SAVE] button is not displayed in the maintenance mode. If prior to R1.70, please save the retain data refer to the online help. If the retain data area to extend , the data saved in Step A2 is not available in NFCP500. ●...
  • Page 24 < 3. Migration in-house equipment in advance>  Procedure (Work of in-house equipment) ● Step B4: Converting the backup files (except NFJT100) (1) In the command prompt window, move to the unzipped folder in step B1. (2) In the command prompt window, type “FcxConvert –t <new CPU type> -i <Source folder>...
  • Page 25 < 3. Migration in-house equipment in advance> The IP address of the restored NFCP501/NFCP502 is reflected the IP address of NFCP100. If necessary, change the IP address. If field bus (NFLF111, NFLP121, NFLC121) are used, do the following after Step B7 restore. Step B7-1: Exported by Resource Configurator, Step B7-2: Change IP address, and Step B7-3: Imported by resource configurator.
  • Page 26 E.g.: Copy Userlib.mwt and Userlib folder into “C:\YOKOGAWA\FCN-FCJ\LogicDesigner\Libraries” If the user library is compressed in this project, it is also copied user library when it is decompressed. If an existing project is present, it compares the version information before overwriting, and select to overwrite or Save As.
  • Page 27 < 3. Migration in-house equipment in advance> (5) Perform offline download the control application to the NFCP501/NFCP502. Also download the boot project and the source files as needed. ● Step B10: Checking the operation of NFCP500 - Hardware operation (communication function, CPU duplex configuration) - The operation of the control application If the in-house facilities site CPU type and the I/O module configuration is different, here the backup of the data is not available in the work in the field..
  • Page 28 < 3. Migration in-house equipment in advance>  Procedure (Work of target equipment) ● Step B11: Exchanging the CPU module (1) Remove the NFCP100 from the base module. In the case of CPU duplex configuration, remove also the two. (2) Transfer the Ethernet cable and the RS-233-C cable from NFCP100 to NFCP501/NFCP502.
  • Page 29 < 3. Migration in-house equipment in advance> The IP address of the restored NFCP501/NFCP502 is reflected the IP address of NFCP100. If necessary, change the IP address. If field bus (NFLF111, NFLP121, NFLC121) are used, do the following after Step B7 restore. Step B13-1: Exported by Resource Configurator, Step B13-2: Change IP address, and Step B13-3: Imported by resource configurator.
  • Page 30 < 3. Migration in-house equipment in advance> ● Step B15: Downloading the control application to the NFCP500 (1) Open the project in step B9 by the Logic Designer R4. (2) Perform offline download the control application to the NFCP501/NFCP502. Also download the boot project and the source files as needed. IMPORTANT The retain data that changed or added to in-house equipment, re-set it in the field.
  • Page 31 < 3. Migration in-house equipment in advance>  Procedure (Work of in-house equipment) ● Step C11: Saving the retain data on the NFCP500 (1) Run the Web browser and open the “STARDOM Maintenance Page” on the NFCP501/NFCP502. (2) Click “Maintenance Menu.” The FCX Maintenance Menu is displayed.
  • Page 32 < 3. Migration in-house equipment in advance>  Procedure (Work of target equipment) ● Step C13: Exchanging the CPU module (1) Remove the NFCP100 from the base module. In the case of CPU duplex configuration, remove also the two. (2) Transfer the Ethernet cable and the RS-233-C cable from NFCP100 to NFCP501/NFCP502.

  • Page 33: Appendix 1 Fcn/Fcj And Development Tools

    < Appendix 1 FCN/FCJ and development tools > Appendix 1 FCN/FCJ and development tools This appendix describes combination of the FCN/FCJ and the development tools. ● Combination of the FCN/FCJ and the development tools Logic designer R4 and Resource Configurator R4 can develop FCN/FCJ autonomous controller with basic software R3 and R4.

  • Page 34: Appendix 2 Sample Libraries

    Download the sample libraries from the Web site to the library folder. URL: https://partner.yokogawa.com/global/member/rtu/engsample/index.htm E.g.(libraly folder): “C:\YOKOGAWA\FCN-FCJ\LogicDesigner\Libraries” ● Step 2: Adding Sample Libraries (1) Open the library compressed project file in the Logic Designer and compile it. (2) Register the sample libraries to library of product tree in the Logic designer.

  • Page 35: Appendix 3 Field Bus Definition

    < Appendix 3 Field bus Definition> Appendix 3 Field bus Definition This chapter describes the work in the case of an autonomous controller NFCP100 were using the field bus (NFLF111, NFLP121, NFLC121 communication module). The field bus definition information must be transferred from the engineering PC for NFCP100 to the engineering PC for NFCP500.

  • Page 36: Appendix 4 Duolet Application

    < Appendix 4 Duolet Application > Appendix 4 Duolet Application This chapter describes the procedure for migrating the Java application of the autonomous controller FCN-100/FCJ to the Duolet application of FCN-500.  Edit system configuration file DUONUS.PRP After converting by FcxConvert, # is added before JavaStart and AdditionalClassPath in the system setting file DUONUS.PRP.

  • Page 37: Revision Information

    ■ For Questions and More Information If you have any questions, you can send an E-mail to the following address. E-mail:stardom_info@cs.jp.yokogawa.com ■ Written by Yokogawa Electric Corporation ■ Published by Yokogawa Electric Corporation 2-9-32 Nakacho, Musashino-shi, Tokyo 180-8750, JAPAN TI 34P02K71-01E...

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