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YOKOGAWA FA Link H2 User Manual

YOKOGAWA FA Link H2 User Manual

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User's
Manual
Applicable Modules:
Model Code
F3LP32-0N
FA Link H2 Module
Yokogawa Electric Corporation
FA Link H2 Module
Model Name
IM 34M06H43-02E
IM 34M06H43-02E
2nd Edition

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Summary of Contents for YOKOGAWA FA Link H2

  • Page 1 User’s Manual FA Link H2 Module IM 34M06H43-02E Applicable Modules: Model Code Model Name F3LP32-0N FA Link H2 Module IM 34M06H43-02E 2nd Edition Yokogawa Electric Corporation...
  • Page 2 Blank Page...

  • Page 3: Applicable Product

    The document number for this manual is given below. Refer to the document number in all communications, including when purchasing additional copies of this manual. Document No.: IM 34M06H43-02E IM 34M06H43-02E 2nd Edition : Sep.30, 2019-00 All Rights Reserved Copyright © 2019, Yokogawa Electric Corporation...

  • Page 4: Precautions

    - Every effort has been made to ensure accuracy in the preparation of this manual. However, should any errors or omissions come to the attention of the user, please contact the nearest Yokogawa Electric representative or sales office.  Safety Symbols - ”Handle with care.”...
  • Page 5 WARRANTY that is provided separately. - Yokogawa Electric assumes no liability to any party for any loss or damage, direct or indirect, caused by the use or any unpredictable defect of the product.
  • Page 6  Software Supplied by the Company - Yokogawa Electric makes no other warranties expressed or implied except as provided in its warranty clause for software supplied by the company. - Use the software with one computer only. You must purchase another copy of the software for use with each additional computer.
  • Page 7  General Requirements for Using the FA-M3 / e-RT3 Controller  Set the product in a location that fulfills the following requirements: - INDOOR USE ONLY - This product is an open equipment. The product must be installed in a metallic panel enclosure with an impact rating IK08 or more.
  • Page 8  Configure and route cables with noise control considerations: - Perform installation and wiring that segregates system parts that may likely become noise sources and system parts that are susceptible to noise. Segregation can be achieved by measures such as segregating by distance, installing a filter or segregating the grounding system.
  • Page 9 - Refer to “A3.5.4 Grounding Procedure” in the “Hardware Manual” for attaching the grounding wiring.  Authorized Representative: - The Authorized Representative for this product in the EEA is: Yokogawa Europe B. V. Euroweg 2, 3825 HD Amersfoort, The Netherlands  IM 34M06H43-02E 2nd Edition : Sep.30, 2019-00...
  • Page 10 viii  General Requirements for Using the FA-M3 Slave Units (TAH Series)   C onnect YHLS cable to SHIELD terminal: - Connect the DRAIN line of the YHLS cable to the SHIELD terminal of the YHLS master module securely. Failing to do so may affect the performance of the YHLS system.
  • Page 11 With reference to the equipment types in the WEEE directive, this product is classified as a “Monitoring and Control instruments”. When disposing of products in the EU, contact your local Yokogawa Europe B. V. office. Do not dispose of this product in domestic household waste.

  • Page 12: Introduction

    Introduction  Overview of the Manual FA Links are networks through which data are exchanged between FA-M3 systems. Data link is achieved through link relays and link registers on these FA links.  Other User’s Manuals For individual sequence CPU modules. Please refer to the relevant user's manuals. ...

  • Page 13: Copyrights And Trademarks

     Copyrights The copyright of the programs and online manuals contained in the software medium of the Software Product shall remain in YOKOGAWA. You are allowed to print the required pages of the online manuals for the purposes of using or operating the Product; however, reprinting or reproducing the entire document is strictly prohibited by the Copyright Law.
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  • Page 15: Table Of Contents

    TOC-1 FA-M3 FA Link H2 Module IM 34M06H43-02E 2nd Edition CONTENTS Applicable Product ....................i Precautions ......................ii Introduction ......................x Copyrights and Trademarks ................xi Overview....................1-1 F3LP32-0N ......................1-1 Operation Mode ....................1-1 Link Device ......................1-2 System Configuration ..................1-3 1.4.1...
  • Page 16 TOC-2   Right side view .................... 3-2   Indicators ..................... 3-3 Setting Station Numbers ..................3-4 Setting Parameters ..................... 3-5   Setting Parameters ..................3-5   Setting Operation Mode ................3-5 Attaching and Detaching Modules ..............3-6 ...
  • Page 17 TOC-3  Multi-CPU System ..................... 5-3  Programming Precautions ..................5-3  Checking Link Data Allocation ................... 5-4  Precautions when Setting Station Numbers .............. 5-4  Powering On ......................5-4 Troubleshooting ..................6-1 When "RDY" LED Is Off ..................6-2 When "ERR"...
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  • Page 19: Overview

    The FA Link H2 modules for interchanging data between FA-M3 CPUs allow the configuration of a high-speed data link over a long distance. FA Link, FA Link H, and FA Link H2 are collectively called FA Link. This document uses FA Link unless differentiation is necessary.

  • Page 20: Link Device

    Link Device - Link relays (L) and link registers (W) which compose link devices of a connected FA Link H2 system are provided with a maximum of 2048 devices per system (per network) in normal mode. - The maximum number of link devices that can be transmitted by one module in a link system depends on the number of links defined for that system.

  • Page 21: System Configuration

    F3LP32-0N FA Link H2/ FA Link H FA Link H/ FA Link H2 FA Link H2 ：Represents the FA Link H2 Module (F3LP32-0N) or the FA Link H Module (F3LP02-0N) Figure 1.4.1 Single-layer System Configuration CAUTION F3LP32-0N modules cannot be connected to F3LP01-0N or F3LP02-0N modules.

  • Page 22: Multi-Layer System

    A multi-layer system refers to a system with multiple networks connected together. To interconnect multiple networks, attach two FA Link H or FA Link H2 modules to one CPU module to configure a multi-layer system. A unit to which two FA Link modules are attached is called a relay station.

  • Page 23: Ras Function

    RAS Function - The link status can be checked using special relays or registers. - This module uses a bus-type communication configuration which allows all operating stations in a network to continue linking even in the event that a FA Link module in the network, other than the master station, is down due to power failure or other reasons.
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  • Page 25: Specifications

    Specifications This chapter describes the specifications of the FA Link H2 module. Model Names and Specification Codes Table 2.1.1 Model Names and Specification Codes Basic Model Specification Code Specification Style Code Remarks Name Suffix Code 32 stations max. F3LP32 ……………...

  • Page 26: General Specifications

    General Specifications Table 2.3.1 General Specifications Item Specification surrounding air temperature range Operating：0 to 55°C Storage :-20°C to 75°C surrounding humidity range Operating:10 to 90% RH (non-condensing) Storage :10 to 90% RH (non-condensing) surrounding atmosphere Must be free of corrosive gases, flammable gases or heavy dust Performance Specifications Table 2.4.1 Performance Specifications...

  • Page 27: Link Data Specifications

    Link Data Specifications 2.5.1 Link Devices Specifications of the module Table 2.5.1 Link Device Specifications by Operation Mode Normal Mode High-Speed Mode Item Link Relay Link Register Link Relay Link Register Maximum number of link devices per system Maximum number of link 2048 2048 1024...

  • Page 28: Link Device Specifications Of Cpu Module

    2.5.2 Link Devices Specifications of CPU module Table 2.5.3 Link Device Specifications by CPU Module Maximum Number of FA Link H2 Maximum Number of Link Devices Modules per CPU Module Model per CPU Module Normal Mode High-Speed Mode F3SP22-0S F3SP28-3S...

  • Page 29: Link Relays

    2.5.3 Link Relays Link Relays are data-linked relays in the connected FA Link system. The link relay points shown in the table below are available for a CPU module in each operation mode. This allows multiple link modules to be installed but note that the device numbers are not contiguous across systems.

  • Page 30: Link Registers

    2.5.4 Link Registers Link registers are data-linked registers in the connected FA Link system. The link register points shown in the table below are available for a CPU module in each operation mode. This allows multiple link modules to be installed but note that the device numbers are not contiguous across systems.

  • Page 31: Special Relays

    2.5.5 Special Relays Special relays with special functions are used only as contacts. They provide information on the various stations in the data link system. Table 2.5.6 Special Relays(1/3) Relays LED Display Status of FA Number Turns on Cause Remarks Link for FA when…...
  • Page 32 The relay numbers of FA Link 2 to 8 are given below. Table 2.5.8 Special Relays (3/3) Relay Relay Relay Relay Relay Relay Relay Numbers of Numbers of Numbers of Numbers of Numbers of Numbers of Numbers of FA Link 2 FA Link 3 FA Link 4 FA Link 5...

  • Page 33: Special Registers

    2.5.6 Special Registers Special registers with special functions provide information on the status, cyclic transmission time intervals of the local station on the data link system. Table 2.5.10 Special Registers(1/2) Register Numbers of FA Description Remarks Link 1 This register indicates the status of the local station. 0: Initialization in progress Z0065* Read-only...

  • Page 34: Cable Specifications

    2-10 Cable Specifications ■ Specifications of Twisted Pair Cables For wiring F3LP32-0N modules, use cables with the following specifications: Table 2.6.1 Recommended Cable Specifications Cable type Shielded twisted pair cable Characteristic impedance 100±15 Temperature rating 75ºC minimum Connection Method Use ferrule terminals Recommended Cables KM80 (YHLS fixed cable) KM81 (YHLS flexible cable)

  • Page 35: External Dimensions

    2-11 External Dimensions Unit: mm LP32-0N FA LINK Figure 2.7.1 External Dimensions IM 34M06H43-02E 2nd Edition : Sep.30, 2019-00...
  • Page 36 Blank Page...

  • Page 37: Setup And Connection Of Modules

    Setup and Connection of Modules Startup Procedures （See Section 3.3） Setting Station Numbers （See Section 3.4） Setting Parameters Attaching and Detaching （See Section 3.5） Modules You should refer to wiring precautions. Wiring （See Section 3.6） Switch on the power supply of all the stations connected. Applying the Power （See Section 3.7）...

  • Page 38: Components And Their Functions

    The factory setting is 01. Terminator switch (TERMINATOR): ON : Terminator is enabled. OFF: Terminator disabled. The factory setting is OFF. FA Link H2 terminal block (Euro terminal block, T branch connector) ■ Right side view Parameter setting switch: 4-pole slide switch to set each parameter.

  • Page 39: Indicators

    ■ Indicators On or Off state of LEDs represent the state of the module. The LNK LED is lit when the FA Link status of the local station is online, which is indicated by the corresponding special register (Z0065 for FA Link 1). The ERR LED is lit when an error occurs.

  • Page 40: Setting Station Numbers

    Setting Station Numbers This sets the station number, which identifies a FA Link module. Set the station number of the FA Link module using the two 10-position rotary switches on the front of the module(see Figure 3.3.1). Insert a flat-blade screwdriver into the slot of the arrow and change the direction of the arrow to perform setting.

  • Page 41: Setting Parameters

    Figure 3.4.1 Setting Parameters ■ Setting Operation Mode The FA Link H2 module supports two operation modes: normal mode and high- speed mode. In high-speed operation mode, the system can use up to 1024 link devices; internal processing is faster and the response time is shorter, when compared to normal mode.

  • Page 42: Attaching And Detaching Modules

    Attaching and Detaching Modules ■ Attaching the Module Figure 3.5.1 shows how to attach this module to the base module. First hook the anchor slot at the bottom of the module to be attached onto the anchor pin on the bottom of the base module.

  • Page 43: Attaching Modules In Intense Vibration Environments

    ■ Depth Dimension of the Mounted Module The depth from the back of the base module to the front of the FA Link H2 module is 89.9 mm. As cables with a connector are attached to the module, a depth that is deep enough for the cables to be bent is required.

  • Page 44: Wiring

    Wiring This section describes wiring for the FA Link H2 module. ■ Connector Pin Assignment Terminal Name Pin 5 SHIELD Pin 1 Unused Figure 3.6.1 Connector Pin Assignment CAUTION Connector pin assignment differs from that of the DeviceNet or YHLS module.

  • Page 45: External Wiring

    Connect the shield of the cable at the SHIELD terminal. The lower end terminal of the module is not used. Do not connect any cable to this terminal. FA Link H2 module FA Link H2 module FA Link H2 module...

  • Page 46: Grounding The Communication Cables

    3-10 ■ Grounding the Communication Cables For better signal noise immunity, it is recommended to connect either end of the cable shield at the SHIELD terminal (both-end grounding method). (If many power machines are used near the modules and grounded locally, however, use the single- end grounding method to protect against noise from stray current.) F3LP32-0N Remove the cove r...

  • Page 47: Applying The Power

    3-11 Applying the Power Power can be applied in any order, regardless of the master station and slave stations. Note For a network of F3LP32-0N modules, even if some stations are turned off, data links continues among the stations, which are turned on, provided that the master station is turned on.

  • Page 48: Checking Communication Status

    3-12 Checking Communication Status The communication status of the FA Link H2 module can be checked using a personal computer and the WideField3 software package, which can be procured separately from Yokogawa. Connect the personal computer to the programming port of the CPU module in any station using a special-purpose cable for the programming tool and start WideField3.

  • Page 49: Fa Link Module Status

    3-13 3.8.1 FA Link Module Status Step 1 Start WideField3 and connect to the FA-M3. Step 2 Select [Tools]―[Setup I/O Module]―[FA Link] from the menu to start the FA Link Tool. The FA Link Station Assignment and Monitoring window opens. You can check two types of status on the FA Link Station Assignment and Monitoring window: FA Link local status and FA Link Remote Status.

  • Page 50: Displaying Status Of Local Station

    3-14 3.8.2 Displaying Status of Local Station This displays the status of the specified FA Link module. The display is refreshed periodically. Step 1 Select [Online]―[Status Monitor]―[Status of Local Station] on the FA Link Station Assignment and Monitoring window. F0383.VSD Figure 3.8.2 Step 1 to Display Status of Local Station Step 2...
  • Page 51 3-15 F0385.VSD Figure 3.8.4 Status of Own Station Window The descriptions of each status display or alarm display are as follows. Other than the Module Operation Status item and the Refresh Period item, a "Yes" will be displayed only for items generating malfunctions. Table 3.81 Status Display/Alarm Display Items and Description Status Display/Alarm Display...

  • Page 52: Displaying Status Of Remote Stations

    3-16 3.8.3 Displaying Status of Remote Stations This displays the FA Link module status of other remote stations on the network (32 stations) that includes the specified FA Link module. The display is refreshed periodically. To display remote station status, select [Online] - [Status Monitor] - [Status of remote stations].
  • Page 53 3-17 F0388.VSD Figure 3.8.7 Status of Remote Stations Window The descriptions of the different statuses are as follows. Table 3.8.2 Status Display and Description Status Display Description Communication is normal. ON LINE SEQ STOP The sequence program has stopped with error or is not operating.

  • Page 54: Configuration Setup Of Cpu Module

    3-18 Configuration Setup of CPU Module This section explains how to set up the configuration on the CPU module side when using a FA Link module. 3.9.1 Setting Device Capacities This setting is required when using an FA Link module. Setting values depend on whether the FA Link module is used in high-speed mode or normal mode.

  • Page 55: For High-Speed Mode

    3-19 ■ For High-Speed Mode For high-speed mode, set the link device capacities as follows: Set the link device capacity of a FA Link system in use to "1024". Set the [Link Type] of an unused FA Link system to "Do not Use". Sample setting for each CPU model is shown below.

  • Page 56: For Normal Mode

    3-20 ■ For Normal Mode For normal mode, set the link device capacities as follows: Set the link device capacity of a FA Link system in use to "2048". - Set the [Link Type] of an unused FA Link system to "Do not Use". Sample setting for each CPU model is shown below.
  • Page 57 3-21 Open the Configuration window We describe here how to open the Configuration window for the project to set the link device capacities. Step 1 Start WideField3 and open the project. Step 2 Select [Project]―[Project Settings] from the menu bar. The Project Settings/Configuration window opens.
  • Page 58 3-22 Set the device capacities Move the cursor using the TAB key and enter the number of devices. Update the configuration and exit Step 1 Click the [OK] button. Note Update Configuration Updating the configuration stores the current configuration settings in a configuration file, overwriting the old data in the configuration file.

  • Page 59: Setting Fa Link System Numbers

    3-23 3.9.2 Setting FA Link System Numbers If multiple FA Link modules are installed, their system numbers are automatically assigned in ascending order of their slot numbers. Normal mode System number This setup is required only if you wish to re-assign the system numbers independent of the installed positions.
  • Page 60 3-24 Open the Configuration window We explain the procedure to open the Configuration window of the project for setting the FA Link system numbers. Step 1 Start WideField3 and open the project. Step 2 Select [Project]―[Project Settings] from the menu bar. Figure 3.9.7 Window for Project Setting / Configuration 1 Step 3...
  • Page 61 3-25 The window for FA Link setup appears. Figure 3.9.9 Window for FA Link Setup IM 34M06H43-02E 2nd Edition : Sep.30, 2019-00...
  • Page 62 3-26 FA Link Setup Step 1 Select “Manual Setup” or “Automatic Setup” under FA Link/FL-net System Setup. Figure 3.9.10 Window for FA Link Setup 1 Step 2 Specify the slot number where the FA Link module is installed for each FA Link system.
  • Page 63 3-27 Update the configuration and exit Step 1 Click the [OK] button. Note Update Configuration Updating the configuration stores the current configuration settings in a configuration file, over-writing the old data in the configuration file. Exiting without updating the configuration discards the current configuration settings, leaving the configuration file unchanged with its previous data.

  • Page 64: Fa Link Configuration

    3-28 3.10 FA Link Configuration To establish data links using the FA Link, it is necessary to set up the FA Link configuration (hereinafter referred to as link information configuration). The setting of “link information” here means the assignment of link devices for each system to each station.

  • Page 65: Fa Link Configuration

    3-29 ■ FA Link Configuration Step 1 Start WideField3 and select [Tools]―[Setup I/O Module]―[FA Link] from the menu. The FA Link Station Assignment and Monitoring window opens. To read link information from the module or to register link information to the module, you must first connect to the FA-M3 before performing the above step.

  • Page 66: Read Link Information From The Fa Link Module

    3-30 ■ Read link information from the FA Link module This reads the current link information setup from the FA Link module installed in the FA-M3. Step 1 Select [Online]―[Read Link Information] from the menu. F03A2.VSD Figure 3.10.2 Read link information from the FA Link module 1 Step 2 Specify the slot number where the FA Link module to be read is stored and Click the [OK] button.

  • Page 67: Read Link Information From The Link Information File

    3-31 ■ Read link information from the link information file This reads link information from the link information file. If a link information file exists, you can read link information from the file. Step 1 Select [File]―[Open] from the menu. F03A5.VSD Figure 3.10.4 Read link information from the link information file 1...
  • Page 68 3-32 The FA Link Station Assignment window opens. F03A7.VSD Figure 3.10.6 Read link information from the link information file 3 Note To register assignment of the link relays and link registers after reading the link information, see “Register link information to a FA Link module”, which will be described later.

  • Page 69: Register Link Information To The Fa Link Module

    3-33 ■ Register link information to the FA Link module You can change (setup) link information, write (register) it to a link module and save it to a file.  Setup This changes the link information displayed on the window. The items to be set are the top address and the size of each link relay and link register.
  • Page 70 3-34 Table 3.10.2 Restrictions on Setup Values Item Normal Mode High-Speed Mode Link Relay Link Register Link Relay Link Register Top Address L0001 to L2033 W0001 to W2048 L0001 to L1009 W0001 to W1024 On 16-point basis On 1-point basis On 16-point basis On 1-point basis Size...
  • Page 71 3-35 Step 2 Specify the slot number where the FA Link module to which you wish to register is mounted and click [OK]. F03AA.VSD Figure 3.10.9 Batch registration (of all 32 stations) to the FA Link module 2 Step 3 When registration completes, the following message is displayed.
  • Page 72 3-36  Station registration (on per station basis) This registers the link information setting to the FA Link module for one station. Step 1 Click [Register Module] on the window displaying the link information read from a module or from a link information file. F03AC.VSD Figure 3.10.11 Station registration (on per station basis) to the FA Link module 1...

  • Page 73: Save Link Information To The Link Information File

    3-37 Step 3 Specify the slot number where the FA Link module to which you wish to register is mounted and click [OK]. F03AE.VSD Figure 3.10.13 Station registration (on per station basis) to the FA Link module 3 Step 4 When registration completes, the following message is displayed.
  • Page 74 3-38 Step 3 Specify the directory where you wish to save the link information file and enter the file name. F03AH.VSD Figure 3.10.16 Save link information to the link information file 2 Step 4 Click [Save]. The file specification screen disappears. You can also save to the file currently open from the screen displaying link information read from a file.

  • Page 75: Operation And Processing Time

    Operation and Processing Time The following section describes sending and receiving of link data and its processing time in the FA-M3 FA Link system. Overview of Data Link Processing In the FA Link, each station and link device data are linked by the link device allocated by the FA Link configuration.

  • Page 76: Link Refresh

    4.1.1 Link Refresh Link refresh refers to the reading and writing between the link relays and link registers in the sequence CPU module and the link data in the FA Link module attached to a local unit to synchronize the link data in the sequence CPU's data storage area with that in the FA Link Module.
  • Page 77 Peripheral processing Common processing Share refresh Input refresh Output refresh Link refresh 1 scan Instruction execution Command processing - Tool service - Link service - CPU service Synchronization F0513.VSD Figure 4.1.3 Peripheral Processing Operation Note Link refresh takes place for the link relays and registers of FA Link 1, FA Link 2, ... and FA Link 8 each time peripheral processing is performed.

  • Page 78: Link Refresh Range

    4.1.2 Link Refresh Range Link refresh applies only to those link relays and link registers used in the instructions in a program.  Link relay (L) If a link relay (L) is directly represented, the word that includes the link relay will be refreshed.

  • Page 79: Cyclic Transmission

    CAUTION Any link register specified in the program will be refreshed regardless of whether the instruction using the register is actually executed eventually. To refresh all link relays and link registers, write the following program: M034 BSET L00001 M034 BSET W00001 1024 F0517.VSD...

  • Page 80: Response Time Of A Single Layer System

    Response Time of a Single Layer System Use the equations below to obtain the following components of the response time: - Scan time of the sequence program in the transmitting and receiving stations - Link refresh processing time in the transmitting and receiving stations - Cyclic transmission processing time ■...

  • Page 81: For High-Speed Mode

    ■ For High-Speed Mode The FA Link H2 supports high-speed mode for the FA Link module operation. As compared to normal mode, high-speed mode: Reduces the response time Allows up to 1024 points of link devices per link system (maximum number of modules that can be installed is 8).
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  • Page 83: Cautions On Using

    Make sure that the operation modes of all FA Link modules in a system are the same. If not, operation will not be normal. Normal mode High-speed mode Normal mode FA Link H2 Figure 5.1.1 Example of Improper Setup Do not mix different modes in the configuration as shown in the figure above. High-speed mode...

  • Page 84: Restrictions On Mixing Modes (Normal And High-Speed) In Link Systems

    ■ Restrictions on Mixing Modes (Normal and High-speed) in Link Systems If both normal and high-speed modes are used within a link system as shown in the figure below, some precautions must be observed when installing a FA Link module or during configuration setup of the CPU module.

  • Page 85: Cpu Module Configuration Setup

    FA Link module may not be shared by multiple sequence CPU modules. For a sequence CPU that does not use the FA Link H2 module, select [FA Link Setup] from the Configuration tree pane, and then select “Manual Setup” and set the “Link Type”...

  • Page 86: Checking Link Data Allocation

    ■ Checking Link Data Allocation The link data allocation is checked each time allocation (FA Link configuration) is made or power supply is applied. If duplicate allocation is present, error occurs (ERR LED of the module lights up) at all the stations with duplication. In other words, if a duplicate assigned station is added to a normal system, the ERR LED lights up at the added station.

  • Page 87: Troubleshooting

    Troubleshooting This chapter shows flowcharts that can be used for troubleshooting when a problem occurs with this module. Separate flowcharts are used to explain different error scenarios. An error occurs Is the "RDY" LED lit? See Section 6.1, "When "RDY" LED Is Off" Is the "ERR"...

  • Page 88: When "Rdy" Led Is Off

    When “RDY” LED Is Off The RDY LED is off Is the power supply module supplied with Supply correct voltage the correct voltage? Is the RDY LED of the Replace the power supply power supply module lit? module Check the limitations Are the RDY LEDs (consumption current) / of other modules lit?

  • Page 89: When "Err" Led Is Lit

    When “ERR” LED is Lit The "ERR" LED is lit Display local station status using WideField3 (See Section 3.8.2) Correct station number station number error ? Turn FA-M3 power off and then back on (See Section 3.3) Re-register link information that is not Duplicate Device duplicated to the FA Link module.

  • Page 90: When Communication Cannot Proceed

    When Communication Cannot Proceed Communications disabled/data invalid Have you checked Chapter 5, Check Chapter 5 Cautions of Using Cautions of Using ? Is application program correct? Correct application program (note) Note: Link refresh is not performed on link relays and link registers that are not written in the program.

  • Page 91: Error Codes When Using Widefield3

    6.4 Error Codes When Using WideField3 This section lists error messages that may appear when starting the FA Link Configuration or FA Link Module Status. It also lists probable causes and corrective actions. ■ Error Messages Table 6.1.1 Error Messages Error Messages Cause Troubleshooting...
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  • Page 93: Appendices: Connectors And Cable Preparation

    Appx.-1 Appendices: Connectors and Cable Preparation Appendix 1. Connectors  FA Link H2 Module - T branch connector Manufacturer: Phoenix Contact Model: TFKC 2,5/5-STF-5,08 AU IM 34M06H43-02E 2nd Edition : Sep.30, 2019-00...

  • Page 94: Appendix 2. Cable Preparation

    Appx.-2 Appendix 2. Cable Preparation (1) Components and tools - T branch connector (example): Manufacturer: Phoenix Contact Model: TFKC 2,5/5-STF-5,08 AU T branch connector - Insulation tube Insulation tube For cable insulation and drain insulation (example): Approx. 8 mm diameter for fixed cable with 22 AWG drain, or Approx.
  • Page 95 Appx.-3 - Ferrule terminal crimping tool Ferrule terminal crimping tool (Example) Manufacturer: Phoenix Contact Model: CRIMPFOX ZA3 - Wire stripper Wire stripper (Example 1) Manufacturer: Hozan Tool Ind. Co., Ltd. Model: P-90-A (with green handle) (Example 2) Manufacturer: Vessel Co., Inc. Model: 3000A or 3000C Note: The picture shows wire stripper model P-911 with black handle from Hozan Tool Ind.
  • Page 96 Appx.-4 (2) Preparing a connector-cable set (using a KM80 fixed cable and a T branch connector) (1) Peel off about 60-mm length of outer vinyl insulation from the cable. Tin-plated soft-copper braided shield Vinyl insulation (2) Remove the exposed tin-plated soft- Drain wire copper braided shield, aluminum-mylar Aluminum-mylar...
  • Page 97 Appx.-5 (5) Strip off a sufficient length of the Ferrule terminal insulation of each wire to allow good (for 1-wire) electrical contact with a ferrule terminal. Then put and crimp a ferrule terminal onto each wire using a crimping tool. Ferrule terminal Check that the ferrule terminal size is (for 2-wire)
  • Page 98 Appx.-6 (3) Preparing a connector-cable set (using a KM81 flexible cable and a T branch connector) (1) Peel off about 60-mm length of outer vinyl insulation from the cable. Tin-plated soft-copper braided shield Vinyl insulation (2) Remove the exposed tin-plated soft- Drain wire Paper Stuffing...
  • Page 99 Appx.-7 (5) Strip off a sufficient length of the insulation of each wire to allow good Ferrule terminal (for 1-wire) electrical contact with a ferrule terminal. Then put and crimp a ferrule terminal onto each wire using a crimping tool. Ferrule terminal Check that the ferrule terminal size is (for 2-wire)
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  • Page 101: Index

    Index FA-M3 FA Link H2 Module IM 34M06H43-02E 2nd Edition INDEX station number, setting ......... 3-4 cautions on using ..........5-1 status of local station, displaying ....... 3-15 communication status, checking ......3-12 status of remote station, displaying ....3-16 configuration setup ........3-18, 5-3 cyclic transmission ..........5-5...
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  • Page 103: Revision Information

    Rev-1 Revision Information Title : FA Link H2 Module Document No. : IM 34M06H43-02E Sep.2019 / 2nd Edition Error correction Aug.2019 / 1st Edition New publication ■For Questions and More Information If you have any questions, you can send an E-mail to the following address.
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