Yokogawa YFGW710 User Manual

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User’s Manual

YFGW710 Field Wireless Integrated Gateway

IM 01W01F01-01EN

7th Edition

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YFGW710 Field Wireless Integrated Gateway

IM 01W01F01-01EN 7th Edition

Introduction ..............................................................................................................i

Safety Precautions ..................................................................................................ii

Documentation Conventions ................................................................................vi

Information of User’s Manual Revision .............................................................viii

Use of Open Source License Software ..............................................................viii

Toc-1

PART-A HARDWARE OF YFGW710

A1. Introduction .............................................................................................A1-1

A2. Checking the Product ............................................................................A2-1

A3. YFGW710 Field Wireless Integrated Gateway ....................................A3-1

A3.1 Installation ...................................................................................................... A3-1

A3.1.1 Requirements for Installation Locations ..........................................A3-1

A3.1.2 Notes on Installation ........................................................................A3-2

A3.1.3 Mounting Procedure ........................................................................A3-3

A3.1.4 Set-up after Mounting ......................................................................A3-6

A3.2 Cable Connection .......................................................................................... A3-8

A3.2.1 Power Supply Cable Connection .....................................................A3-8

A3.2.2 Ground Cable Connection ...............................................................A3-9

A3.2.3 Network Cable Connection ............................................................A3-10

A3.2.3.1 Optical Network Cable Connection ..............................A3-10

A3.2.3.2 Metal Network Cable Connection .................................A3-12

A3.2.4 Mounting Antenna and Wiring .......................................................A3-13

A3.2.4.1 Mounting Antenna to YFGW710 Main Body ................A3-14

A3.2.4.2 Mounting and Wiring External Antenna ........................A3-15

A3.3 Wiring for Explosion Proof ......................................................................... A3-19

IM 01W01F01-01EN

Toc-2

A3.4 Maintenance ................................................................................................. A3-20

A3.4.1 Routine Maintenance .....................................................................A3-20

A3.4.2 Maintenance in Hazardous Area ...................................................A3-20

A3.4.3 Communication Check ..................................................................A3-21

A3.4.4 About Parts Having Dened Life Spans ........................................A3-21

A3.5 Troubleshooting ........................................................................................... A3-22

A3.6 General Specication .................................................................................. A3-23

A3.6.1 Standard Specication ...................................................................A3-23

A3.6.2 Model and Sufx Code...................................................................A3-36

A3.6.3 Optional Specication ....................................................................A3-36

A3.6.4 Outline Diagram .............................................................................A3-38

A4. Field Wireless Network ..........................................................................A4-1

A4.1 Wireless Communication Ranges ............................................................... A4-1

A4.2 Wireless System Specication .................................................................... A4-2

IM 01W01F01-01EN

PART-B ENGINEERING

B1. Engineering .............................................................................................B1-1

B1.1 System Engineering Flow Overview ............................................................ B1-2

B1.2 Basics .............................................................................................................. B1-4

B1.2.1 Preparations .....................................................................................B1-5

B1.2.2 Field Wireless Network Ofine Engineering ....................................B1-7

B1.2.2.1 Creating a Project Database ..........................................B1-7

B1.2.2.2 Registering YFGW710 ....................................................B1-9

B1.2.2.3 Registering Field Wireless Device ................................B1-12

B1.2.2.4 Loading a Capabilities File (CF) ...................................B1-12

B1.2.2.5 User Application Engineering .......................................B1-14

B1.2.3 Work before Installing Field Wireless Device ................................B1-16

B1.2.3.1 Task of Setting YFGW710 ............................................B1-16

B1.2.3.2 Task of Provisioning a Field Wireless Device ...............B1-18

B1.2.3.3 Adjusting and Setting Field Wireless Device

Parameters ...................................................................B1-20

B1.2.4 Downloading to YFGW710 ............................................................B1-20

B1.2.4.1 Registering Provisioning Information with

the Project Database ....................................................B1-20

B1.2.4.2 Downloading to YFGW710 ...........................................B1-24

B1.2.5 Task of Checking Field Wireless Network Operation Conditions ..B1-27

B1.2.5.1 Checking Join Status of Field Wireless Devices

to Field Wireless Network .............................................B1-27

B1.2.5.2 Checking Client/Server Communication between

YFGW710 and Field Wireless Device ..........................B1-28

B1.2.6 Task of Setting and Adjusting Field Wireless Device

Parameters ....................................................................................B1-29

B1.2.7 Task of Downloading the Process Data Communication

Denitions ......................................................................................B1-29

B1.2.8 Engineering of Control System ......................................................B1-32

B1.3 Applications .................................................................................................. B1-33

B1.3.1 Field Wireless Device Maintenance Task ......................................B1-33

B1.3.1.1 Task of Replacing a Field Wireless Device...................B1-33

B1.3.1.2 Task of Replacing YFGW710 .......................................B1-35

B1.3.1.3 Monitoring Field Wireless Device Status ......................B1-36

B1.3.2 Network Construction Task ............................................................B1-37

B1.3.2.1 Setting Device Role ......................................................B1-37

B1.3.2.2 Time Synchronization

(Connection with an NTP Server) .................................B1-40

B1.3.3 System Expansion .........................................................................B1-40

B1.3.3.1 Connecting with an OPC Server...................................B1-40

B1.3.3.2 Constructing Multiple Field Wireless Networks ............B1-41

B1.3.3.3 Security .........................................................................B1-42

Toc-3

IM 01W01F01-01EN

Toc-4

B2. System Maintenance ..............................................................................B2-1

B2.1 Alarm ............................................................................................................... B2-1

B2.2 Troubleshooting and Recovery Task ........................................................... B2-2

IM 01W01F01-01EN

PART-C ATTACHED SOFTWARE

C1. System Requirements of Provided Software ......................................C1-1

C2. Field Wireless Congurator .................................................................C2-1

C2.1 Introduction .................................................................................................... C2-1

C2.1.1 Document Purpose and Intended Users ........................................ C2-1

C2.1.2 Product Overview............................................................................ C2-1

C2.2 Installation ...................................................................................................... C2-2

C2.2.1 System Requirements .................................................................... C2-2

C2.2.2 Installation Procedure ..................................................................... C2-2

C2.3 Using the Field Wirless Congurator ......................................................... C2-5

C2.3.1 Authentication ................................................................................. C2-5

C2.3.2 Main Window .................................................................................. C2-6

C2.3.3 Working with Projects ..................................................................... C2-7

C2.3.3.1 Project Actions ............................................................... C2-7

C2.3.3.2 Project Properties .......................................................... C2-9

C2.3.3.3 Options ......................................................................... C2-10

C2.3.3.4 Creating a Project .........................................................C2-11

C2.3.3.5 Downloading Project Data to the YFGW710 ............... C2-19

C2.3.3.6 Error Checks ............................................................... C2-23

C2.3.3.7 Download Status.......................................................... C2-24

C2.3.3.8 Download History ......................................................... C2-25

C2.3.3.9 Project Log ................................................................... C2-26

C2.3.4 How To… ....................................................................................... C2-28

C2.3.4.1 Modifying a Project ...................................................... C2-28

C2.3.4.2 Add a Device to an Existing Project ............................. C2-28

C2.3.4.3 Delete One or More Devices ....................................... C2-29

C2.3.4.4 Modifying a device ....................................................... C2-29

C2.3.4.5 Replacing YFGW710 ................................................... C2-29

C2.3.4.6 Modifying Sampling Parameters ................................. C2-29

C2.3.4.7 Modifying the Modbus Register Map ........................... C2-30

C2.3.5 Users ............................................................................................. C2-30

C2.3.5.1 User Accounts .............................................................. C2-31

C2.3.5.2 Changing your password ............................................. C2-33

C2.3.6 Help Menu ..................................................................................... C2-33

Toc-5

IM 01W01F01-01EN

Toc-6

C3. Field Wireless Management Tool..........................................................C3-1

C3.1 Introduction ................................................................................................... C3-1

C3.1.1 Document Purpose and Intended Users ........................................ C3-1

C3.1.2 Product overview ............................................................................ C3-1

C3.2 Installation ...................................................................................................... C3-1

C3.2.1 System Requirements .................................................................... C3-1

C3.2.2 Installation Procedure ..................................................................... C3-2

C3.3 Using the Field Wireless Management Tool ................................................ C3-5

C3.3.1 Authentication and Connection to YFGW710................................. C3-5

C3.3.1.1 Creating a New Connection ........................................... C3-6

C3.3.1.2 Deleting a Connection ................................................... C3-6

C3.3.2 Main Window .................................................................................. C3-7

C3.3.2.1 Action Menu ................................................................... C3-8

C3.3.2.1.1 Connecting to/Disconnecting from YFGW710 ....... C3-8

C3.3.2.1.2 Viewing the System Status (YFGW Status) ........... C3-8

C3.3.2.1.3 Upgrading the System (System Upgrade) ............. C3-9

C3.3.2.1.4 Changing Your Password (Change Password) ... C3-10

C3.3.2.2 View Menu ....................................................................C3-11

C3.3.2.2.1 Network Topology ................................................. C3-12

C3.3.2.2.2 Network Health ..................................................... C3-17

C3.3.2.2.3 Devices ................................................................. C3-19

C3.3.2.2.4 Readings .............................................................. C3-34

C3.3.2.2.5 Commands Log .................................................... C3-35

C3.3.2.2.6 User Accounts ...................................................... C3-37

C3.3.2.3 Help Menu .................................................................... C3-39

C4. Restriction of function ...........................................................................C4-1

C4.1 Field Wireless Congurator .......................................................................... C4-1

C4.1.1 Notice of Error Checks for Number of connected eld wireless

devices and Publication period (Update time) ................................ C4-1

IM 01W01F01-01EN

Introduction

This document describes engineering related procedures including the installation and wiring of YFGW710 Field Wireless Integrated Gateway and the setting and start-up of eld wireless networks through YFGW710. YFGW710 Field Wireless Integrated Gateway is a core component of eld wireless networks conforming to ISA100.11a, the wireless communication standard for industrial automation prescribed by the International Society of Automation (ISA).

IMPORTANT

This manual consists of the following four parts.

l Part A Hardware of YFGW710

This part explains the hardware specications, installation, wiring, and maintenance works for the YFGW710 Field Wireless Integrated Gateway, and the specications of the wireless network.

l Part B Engineering

This part explains the procedure for engineering work to build up and operate the Field Wireless System.

l Part C Attached Software

This part explains the procedure of installation and operation of the Field Wireless Congurator and the Field Wireless Management Tool. Both programs are attached to YFGW710 and referred to from Part B Engineering as necessary.

Field Wireless Congurator: sets up the eld wireless system and its element devices

Field Wireless Management Tool: manages the operation of the eld wireless system

And this part explains the precautions of hardware and software.

IM 01W01F01-01EN

Safety Precautions

IMPORTANT

Be sure to read the safety precautions for this product described in Read Me First (IM 01W01F01-11EN).

n Transportation of products containing lithium batteries :

This product contains lithium batteries. Primary lithium batteries are regulated in transportation by the U.S. Department of Transportation, and are also covered by the International Air Transport Association (IATA), the International Civil Aviation Organization (ICAO), and the European Ground Transportation of Dangerous Goods (ARD). It is the responsibility of the shipper to ensure compliance with these or any other local requirements. Consult current regulations and requirements before shipping.

n How to dispose the batteries:

This is an explanation about the new EU Battery Directive (DIRECTIVE 2006/66/EC).This directive is only valid in the EU.

Batteries are included in this product. Batteries incorporated into this product cannot be removed by yourself. Dispose them together with this product.

When you dispose this product in the EU, contact your local Yokogawa Europe B.V. ofce. Do not dispose them as domestic household waste.

Battery type: lithium thionyl chloride primary battery

CAUTION

The symbol (see above) means they shall be sorted out and collected as ordained in ANNEX II in DIRECTIVE 2006/66/EC.

IM 01W01F01-01EN

n Cautions for Safely Applying the Device:

l EMC Conformity Standards

EN61326-1 Class A, Table 2 (For use in industrial locations), EN61000-6-2

CAUTION

This instrument is a Class A product, and it is designed for use in the industrial environment.

Please use this instrument in the industrial environment only.

l Low Voltage Directive

Applicable standard: EN61010-1

(1) Pollution Degree 2

“Pollution degree” describes the degree to which a solid, liquid, or gas which deteriorates dielectric strength or surface resistivity is adhering. “2” applies to normal indoor atmosphere. Normally, only non-conductive pollution occurs. Occasionally, however, temporary conductivity caused by condensation must be expected.

iii

(2) Installation Category I

“Overvoltage category (Installation category)” describes a number which denes a transient overvoltage condition. It implies the regulation for impulse withstand voltage.

“I” applies to electrical equipment which is supplied from the circuit when appropriate transient overvoltage control means (interface) are provided.

l Regulatory Compliance for Radio and Telecommunication

Please conrm that a installation region fulls a standards, require additional regulatory information and approvals, contact to Yokogawa Electric Corporation.

• Radio and Telecommunications

Terminal Equipment Directive (R&TTE)

We, Yokogawa Electric Corporation hereby declare that this equipment, YFGW710 is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC.

The CE declaration of conformity for R&TTE for this product can be found at http://www. yokogawa.com/d/

IM 01W01F01-01EN

l FCC compliance

This device complies with Part 15 pf FCC Riles. Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of this device.

Co-located:

This transmitter must not be co-located or operated in conjunction with any other antenna or transmitter.

FCC WARNING:

Changes or modications not expressly approved by the party responsible for compliance could void the use’s authority to operate the equipment.

NOTE

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in commercial environment.

This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interferences to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

IM 01W01F01-01EN

l Industry Canada (IC) compliance

This Class A digital apparatus complies with Canadian ICES-003.

This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device.

Under Industry Canada regulations, this radio transmitter may only operate using an antenna of a type and maximum (or lesser) gain approved for the transmitter by Industry Canada. To reduce potential radio interference to other users, the antenna type and its gain should be so chosen that the equivalent isotropically radiated power (e.i.r.p.) is not more than that necessary for successful communication.

This radio transmitter IC Number 8999A-WIC001 has been approved by Industry Canada to operate with the antenna types listed below with the maximum permissible gain and required antenna impedance for each antenna type indicated. Antenna types not included in this list, having a gain greater than the maximum gain indicated for that type, are strictly prohibited for use with this device.

Antenna type: Gain:

COLLINEAR 9dBi, 50Ω

Sleeve 2.14dBi, 50Ω

French:

Cet appareil numérique de la classe A est conforme à la norme NMB-003 du Canada.

Le présent appareil est conforme aux CNR d’Industrie Canada applicables aux appareils radio exempts de licence. L’exploitation est autorisée aux deux conditions suivantes : (1) l’appareil ne doit pas produire de brouillage, et (2) l’utilisateur de l’appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d’en compromettre le fonctionnement.

Conformément à la réglementation d’Industrie Canada, le présent émetteur radio peut fonctionner avec une antenne d’un type et d’un gain maximal (ou inférieur) approuvé pour l’émetteur par Industrie Canada. Dans le but de réduire les risques de brouillage radioélectrique à l’intention des autres utilisateurs, il faut choisir le type d’antenne et son gain de sorte que la puissance isotrope rayonnée équivalente (p.i.r.e.) ne dépasse pas l’intensité nécessaire à l’établissement d’une communication satisfaisante.

Le présent émetteur radio IC Number 8999A-WIC001 a été approuvé par Industrie Canada pour fonctionner avec les types d’antenne énumérés ci-dessous et ayant un gain admissible maximal et l’impédance requise pour chaque type d’antenne. Les types d’antenne non inclus dans cette liste, ou dont le gain est supérieur au gain maximal indiqué, sont strictement interdits pour l’exploitation de l’émetteur.

Antenne type: Gain:

COLLINEAR 9dBi, 50Ω

Sleeve 2.14dBi, 50Ω

n Insulation Resistance and Dielectric Strength Test

Insulation Resistance and dielectric strength test could not be carried out for YFGW710, due to the circuit ground is connected directly to the frame of YFGW710 via RF cable shield.

IM 01W01F01-01EN

Documentation Conventions

n Typographical Convention

The following typographical conventions are used throughout the user’s manuals:

l Conventions commonly used throughout user’s manuals

Character string to be entered

The characters to be entered are shown in one-byte characters as follows:

Example:

FIC100.SV=50.0

“”Mark

Indicates a space between character strings to be entered.

Example:

.AL  PIC010  -SC

Character string enclosed by brackets ({ })

Indicates an option that can be omitted.

Example:

.PR  TAG {. Sheet name}

l Conventions used to show key or button operations:

Characters enclosed by brackets ([ ])

Characters enclosed by brackets within any description on a key or button operation, indicate either a key on the HIS (Human Interface Station) keyboard, a key on the operation keyboard, a button name on a window, or an item displayed on a window.

Example:

To alter the function, press the [ESC] key

Characters enclosed by angle-brackets (<>)

Characters enclosed by angle-brackets show the title of the screen during the explanation of the software operation.

IM 01W01F01-01EN

l Conventions used in command syntax or program statements:

The following conventions are used in a command syntax or program statement:

Characters enclosed by angle-brackets

Indicate character strings that user can specify freely according to certain guidelines.

Example:

#dene <Identier><Character string>

“...” Mark

Indicate that the previous command or argument may be repeated.

Example:

Imax (arg1, arg2, ...)

Characters enclosed by brackets ([ ])

Indicate that those character strings can be omitted.

Example:

sysalarm <format_string> [output_value ...]

Characters enclosed by separators (| |)

vii

Indicate that those character strings can be selected from more than one option.

Example:

opeguide <format_character_string> [, <output_value> ...]

OG,<element number> opeguide

n Symbols used in the manual

The symbol used in the manual are described in “Read Me First” (IM 01W01F01-11EN).

n Drawing Conventions

Some drawings may be partially emphasized, simplied, or omitted, for the convenience of description.

Some screen images depicted in the user’s manual may have different display positions or character types (e.g., the upper/lower case). Also note that some of the images contained in this user’s manual are display examples.

IM 01W01F01-01EN

Information of User’s Manual Revision

Material Name: YFGW710 Field Wireless Integrated Gateway

Material Number: IM 01W01F01-01EN

Edition Date Page Revised Item

1st August 2010 New Issue

2nd October 2010 A3-24 Add “Explosion Proof Certications.”

3rd April 2011 v

A3-24 B1-2 B1-4

4th September 2011 PART-A

PART-D

5th July 2012 iii

C3-26

6th March 2013 iii

A3-9 A3-15 A3-31 A3-32 A3-36 A3-38

7th Janualy 2014 iii

A3-33 A3-37

Added “Use of Open Source License Software” Added electrical connection code 0 Modied the System Engineering Flow Overview gure Added note regarding setting device information using infrared communications in FieldMate R2.03.00 Deleted “Restriction of changing Dening Device Role” Deleted “Notice of saving a project as different name”

Corrections made. Deleted.

Add CE alert marking. Add applicable country code table. Add note for display of remaining battery power.

Delete CE alert marking. Add tightening torque for power supply terminal. Change gure A3-12. Add control drawing. Change hazardous class name plate. Change applicable standard for ATEX Type n. Add dimensional drawing for antenna mounting bracket.

Delete country name table Change IECEx Certication Change IECEx scheme

viii

Use of Open Source License Software

This product uses software based on the open source license of GPL (GNU General Public License), etc.

GPL (the GNU General Public License) Provisions

For details on the GPL, see the following URL.

URL http://www.gnu.org/copyleft/gpl.html

Scope of Warranty and Responsibility

Yokogawa does not guarantee the operation of the open source software itself in accordance with the GPL and related provisions.

Individual Information of the Open Source Software

For details on the module names and source codes of the open source software, contact your nearest Yokogawa dealer.

IM 01W01F01-01EN

n ATEX Documentation

This is only applicable to the countries in European Union.

EST

SLO

IM 01W01F01-01EN

<A1. Introduction>

A1. Introduction

The YFGW710 Field Wireless Integrated Gateway and eld wireless devices are used to build an industrial wireless network that conforms to ISA100.11a, the wireless communication standard for industrial automation specied by the International Society of Automation (ISA).

As shown in Fig. A1-1, the YFGW710 Field Wireless Integrated Gateway plays a key role in the wireless network and has the following functions:

• Allows eld wireless devices to join the wireless network, forms and maintains communication routes, and manages the wireless network for monitoring the communication state

• Stores Publish*1 data of eld wireless devices in the Modbus register for transmitting it to CENTUM VP or other host systems

• Transmits process data to the host system via a Modbus/TCP or dedicated OPC server

• Relays on-demand communication for parameter setting and management between eld wireless devices and PRM

*1: Action to measure the process value at intervals preset in the eld wireless device itself and transmit it via wireless communi-

cation

This manual explains the YFGW710 Field Wireless Integrated Gateway (hereinafter referred to as YFGW710) and the eld wireless network.

A1-1

Among eld wireless devices, our wireless EJX (Differential Pressure/Pressure Transmitter) and wireless YTA (Temperature Transmitter) can communicate with the YFGW710. Devices certied as compliant with the ISA100.11a standard can communicate with the YFGW710 and join the wireless network. For details of eld wireless devices, refer to the user’s manual of the respective devices.

For the overall system conguration including the eld wireless network and a host system, refer to the general specications:

GS 01W01A01-01EN Overview of Field Wireless System

IM 01W01F01-01EN

<A1. Introduction>

A1-2

Host system

(OPC interface)

(6)

Host system

(Modbus/TCP)

(2)

Field Wireless

OPC server

Field Wireless Network

Figure A1-1 Image of Field Wireless Network

Notes:

Management Tool

(1)

Field Wireless

Integrated

Gateway

(4)

Field Wireless

Layer 3 switch

EJX Ir connection

YTA

(5)

NTP

server

FieldMate

Ir adapter

(3)

Ethernet

Device

management

tool

Ethernet

(7)

FA0101.ai

(1) Field Wireless Integrated Gateway (YFGW710): Core equipment in the wireless network

(2) Field wireless devices (wireless EJX and wireless YTA): Field instruments that measure

process values and send them wirelessly

(3) FieldMate: Software that performs “provisioning” (setting essential parameters) through

infrared data communication in advance to allow wireless eld devices to join the wireless network

(4) Field Wireless Management Tool: Field Wireless Congurator congures the wireless net-

work and Field Wireless Management Tool manages it.

(5) NTP server: The Gateway refers to this server to synchronize its time with a reference time

source, which is a basic operation of a wireless network. Wireless communication between eld wireless devices and YFGW710 can be established without an NTP server.

(6) Host system (Modbus/TCP): A system that uses process values measured by eld wireless

devices through the wireless network for monitoring, etc.

(7) Device management tool: An application that sets and manages the parameters of eld

wireless devices via a wireless network system

IM 01W01F01-01EN

<A2. Checking the Product>

A2. Checking the Product

When you receive the product, please check the contents.

Check that the product specications match your order, all parts are included, and there is no damage, stains, or other troubles.

n Main unit

• YFGW710

Antenna connector (Capped)

Main unit of YFGW710

Bracket on the housing side Provided when “2-inch (2B) pipe mounting bracket” is specified. The bracket is secured to the main unit with screws.

A2-1

n Standard accessories

• Antenna 1

• User’s Manual 1 English or Japanese, as specied

• Software media 1 When “With Software Media” is specied

• Mounting bracket 1 When “2-inch (2B) pipe mounting” is specied

n Options

• External antenna cable

Antenna cable 1

Antenna mounting bracket 1

Antenna cable 2

Arrester 1 When “cable length: 4 m, 6 m or 13 m” is specied

Antenna mounting bracket 1

FA0201.ai

When “cable length: 1 m or 3 m” is specied

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3-1

A3. YFGW710 Field Wireless Integrated

Gateway

This chapter explains the installation of the YFGW710, antennas, cable connections, and maintenance.

A3.1 Installation

A3.1.1 Requirements for Installation Locations

The installation of YFGW710 and eld wireless devices must meet the following conditions:

• The eld wireless equipment should be mounted in the place where no obstacle exists around the antenna. Especially, YFGW710 should be mounted in the condition that no obstacle exists around the antenna, in both cases of wall mounting and pipe mounting.

• If there is a pipe for mounting or plumbing in the direction except for the communication partners, the antenna should be more than 30 cm apart from them.

• When the wall mounting does not satisfy the condition, use the extension cable to mount an antenna in the place where there is no inuence from any objects.

• All antennas must be in the upright position.

• The antenna of eld wireless equipment must be installed at least 1.5 meter above the ground (oor)

• The YFGW710 should be installed at a location as close as possible to the center of the eld wireless network.

• Ensure that the eld wireless devices that are located within the wireless communication range are within the line of sight of each other. In the star topology, the YFGW710 must meet this condition.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

More than

1.5 m

A3-2

Extension Cable

2-inch (2B) pipe Wall Mounting

Figure A 3-1 Mounting Example of Field Wireless Integrated Gateway

A3.1.2 Notes on Installation

Pay attention to the following points at the installation of YFGW710.

n Installation Location

This device is designed to work under the severe environmental condition. However, it is necessary to pay attention to the following conditions for the stable and long-term precise operation.

l Exposure to Direct Sunlight

If the device is placed at a location that may be exposed to direct sunlight, it is necessary

to make the insulation measure. However, the antenna must be covered with the material which does not block the radio wave.

l Ambient Temperature

Avoid locations subject to wide temperature variations or a signicant temperature gradient.

If the location is exposed to radiant heat from plant equipment, provide adequate thermal insulation and/or ventilation. Do not install the device in a location where high temperature and high humidity may last for a long time.

FA0301.ai

l Ambient Atmosphere

Do not install the device in a corrosive atmosphere. If this cannot be avoided, there must

be adequate ventilation as well as measures to prevent the rain water from penetrating or remaining in the conduits.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

l Vibration and Impact

Although the device is designed to be resistant to vibration and impact, an installation site

should be selected where vibration and impact are kept to a minimum.

n Installation of Explosion Proof Compliant Device

The explosion proof compliant equipment can be installed in the hazardous area of specic gases. This device must be installed in accordance with the regulations of the country where the device is installed.

• Installation: Check that the ambient temperature is not beyond the limit.

• Wiring: Put all the power cables in protective ducts. If possible, also put the network cables (optical ber cable or metal cable) in protective ducts.

• Maintenance: After conrming that there is no dangerous gas in the ambience, open the housing or protective ducts.

A3.1.3 Mounting Procedure

Mount YFGW710 on the 2-inch (2B) pipe or the wall where the environment satises all the requirements for the wireless device.

SEE

For more information about the installation environment, see the General Specication of YFGW710 Field Wire-

ALSO

less Integrated Gateway (GS 01W01F01-01EN).

A3-3

n Mounting to 2-inch (2B) Pipe with Bracket

When mounting the device on the 2-inch (2B) pipe, a dedicated bracket should be used. This bracket is an option of YFGW710, see the model code list. This bracket does not support the mounting to the horizontal piping.

Bracket

2-inch (2B) pipe

Fig. A 3-2 Mounting YFGW710 to 2-inch (2B) pipe

FA0302.ai

IMPORTANT

YFGW710 is a heavy device (5.1 kg). Ensure that the bracket and 2-inch (2B) pipes used for mounting are xed rmly enough to withstand strong wind and vibration. The device must be maintained in its upright position.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

l Mounting procedure

1. Fix the bracket 1 for the housing to the back of Gateway with the 4 provided screws. When you specify a unit with the bracket, the bracket is secured to the main body with screws.

2. Screw the 4 provided bolts into the bracket 1 as shown in the gure.

3. Hold 2-inch (2B) pipe by the bracket 1 and bracket 2, and tightly fasten the bolts with nuts.

2-inch (2B) pipe

Bracket 2

A3-4

Bracket 1 for housing

Washer

Screw

Bolt

Fig. A 3-3 Mounting to the 2-inch (2B) pipe

Washer

Nut

FA0303.ai

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

n Mounting to the Wall Using Bracket

When mounting YFGW710 to the wall, use the bracket for the housing. When the body is ordered, the bracket is specied by the model code. To avoid the communication problem caused by the wall, mount the Gateway in the place where any obstacles do not exist around the antenna.

When no place satisfying the mounting condition, the antenna should be mounted in an appropriate place apart from the main body using the extension cable.

l Mounting Procedure

1. Fix the bracket for the housing using the 4 provided screws on the back of Gateway

2. Fix the Gateway to the wall using M5 screws through screw holes.

3. To avoid the vibration and wind and so on, x the antenna on the place apart from the wall and obstacles according to the procedure described in A3.2.4.

Mount the main body on the wall with the bracket and M5 screws. The provided bolts and nuts are not used.

A3-5

Fig. A 3-4 Mounting to the wall

Ø6.5 hole or M5 Screw

126.5

190

FA0304.ai

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.1.4 Set-up after Mounting

The necessary procedure after mounting YFGW710 is explained.

n Attaching Cable Glands

Attach the cable glands to the housing before connecting the cables to YFGW710 as necessary.

The left cable gland is for the communication cable and the right one is for the power supply cable (see the label on the bottom of main housing).

A3-6

Cable Gland for Communication

Fig. A 3-5 Attaching Cable Gland

Cable Gland for Power Supply

FA0305.ai

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

n Opening and Closing Front Door

Open and close the front door of the housing following the procedure below.

A3-7

Four bolts to fix the front door

Fig. A 3-6 How to open/close the front door

Open

FA0306.ai

l How to open the front door

1. Unscrew the four M5 Hexagon socket head cap bolts at each corner of the front door. The bolts do not get away from the screw hole. Use a hex wrench of 4 mm hexagon width across ats to unscrew/tighten the bolts.

2. Open the door to the left.

l How to close the front door

1. Close the front door to the main housing with full attention not to get ngers pinched in the hinge and between the front door and the main housing.

2. Tighten the four xing bolts pressing the right edge of the front door evenly with a torque of

2.8 N∙m ±0.2 N∙m.

IMPORTANT

When opening and closing the front door, be careful not to get ngers and/or a part of body pinched in the hinge and/or between the door and the main unit.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.2 Cable Connection

This chapter describes the connection of the power supply cable, grounding cable, network cable, and antenna extension cable and also the mounting of the antenna.

l The explosion proof device must be wired according to the related laws and regulations.

A3.2.1 Power Supply Cable Connection

This section describes the power supply cable wiring.

l Wiring

Pull the power supply cable into the gateway through the power cable ground. Connect the power supply cable to the power supply terminal in the gateway.

l Recommended power supply capacity

Output voltage range 12 – 24 V DC (Supplied to YFGW710)

Output Current More than 1.5 A DC

*1: This equipment ows the inrush current at start-up as explained below. Therefore, the power source should have enough current

output capacity several times as high as the normal current consumption.

l Inrush Current

The input current at the start up (inrush current) is signicantly larger than the steady state current (see the table). Ensure that the power supply and its protective device can accommodate this inrush current.

A3-8

Table A 3-1 Inrush current of YFGW710

Item Specication Remarks

Inrush Current 30 A 2 ms

*2: This note corresponds when the power line breaker of YFGW710 is turned-on in condition the power source is running.

at 24 V DC

IMPORTANT

YFGW710 does not have a power switch. Set a dedicated breaker for the external power line to turn ON/OFF the device.

l Applicable Cable (Insulated wire for industrial equipment)

Examples:

• 600 V polyvinyl chloride insulated wires (IV): JIS C3307

• Polyvinyl chloride insulated wires for electrical apparatus (KIV): JIS C3316

• 600 V grade heat-resistant polyvinyl chloride insulated wires (HIV): JIS C3317

• Heatproof vinyl insulated wires VW-1 (UL1015/UL1007)

Wire Size

• Core: AWG14 to 13 (2 to 2.6 mm

)

Terminal Treatment

• Ring terminal for M4: With insulation covers

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

l Connection Procedure of Power Cable

1. Pull the power cable into the housing of YFGW710 through the power cable ground.

2. Connect + lead wire to + terminal and – lead wire to – terminal.

3. Tighten the terminal screw with a torque of 1.2 to 1.4 N∙m.

SUPPLY

A3-9

NETWORK

(Optional) 100Base-FX 100Base-FX

TX RX

ANTENNA50Ω

SUPPLY

Cable gland for power supply cable

Power supply cable

Fig. A 3-7 Power Supply Cable Connection

A3.2.2 Ground Cable Connection

This section describes ground wiring.

Class D grounding (the third class grounding) with the grounding resistance of 100 Ω or less is necessary. To connect the grounding cable to YFGW710 directly, use the grounding terminal on the right bottom of the main body. Do not share the ground wiring with other devices.

Connect the + and – wires to the + and – terminals, respectively. If the power cable is a shielded cable, the shield should be grounded at terminal and the grounding of the whole cable should be restricted to this point only.

Power supply terminal

FA0307.ai

IMPORTANT

The explosion proof compliant device always needs the grounding.

l Applicable Cable (Insulated wire for industrial equipment)

Examples:

• 600 V polyvinyl chloride insulated wires (IV): JIS C3307

• Polyvinyl chloride insulated wires for electrical apparatus (KIV): JIS C3316

• 600 V grade heat-resistant polyvinyl chloride insulated wires (HIV): JIS C3317

• Heatproof vinyl insulated wires VW-1 (UL1015/UL1007)

Wire Size

• Core: AWG14 to 13 (2 to 2.6 mm

Terminal Treatment

• Ring terminal for M4: With insulation covers

)

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

l Connection of Cable

The grounding terminals are located on the inside and outside of the terminal area. Connect the cable to grounding terminal in accordance with wiring procedure 1) or 2).

A3-10

1) Internal grounding terminal

If the power cable is a shielded cable, the shield should be grounded at the terminal marked as below.

Fig. A 3-8 Wiring Procedure for Grounding Terminals

A3.2.3 Network Cable Connection

2) External grounding terminal

M4 screw

(Bottom of the enclosure)

FA0308.ai

This section describes the connection of the optical and metal network cables.

IMPORTANT

According to the requirement of communication specication, select the optical Ethernet or the metal Ethernet to communicate with the higher layer application.

A3.2.3.1 Optical Network Cable Connection

l Applicable Cable

Table A 3-2 Specication of Optical Network Cable

Item

Standard 100Base-FX

Connector SC Connector (1-pole x 2)

Applicable Cable

Transmission Range 2 km (Max.)

Multi Mode Fiber (Central wavelength: 1300 nm) 50/125 um or 62.5/125 um Inner tension must be nonmetals, such as FRP.

Specication

Optical Fiber Cable

*1: 100Base-TX (Refer table A3-3) and 100Base-FX must be used exclusively. *2: A double ferrule SC connector cannot be used. Be sure to use a single ferrule type.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

IMPORTANT

The connection between the host system (CENTUM or STARDOM equipment and other application PCs) and YFGW710 requires an optical to metal Ethernet converter. Prepare an appropriate converter which matches respective communication specications for converting 10BASET/100BASE-TX and 100BASE-FX. The recommended model is SLX-5ES-2SC of SIXNET.

l Wiring

1. Pull the optical ber network cable into YFGW710 through the cable ground for the network cable.

2. Connect the optical ber communication cable to the optical connector.

Do not bend the optical ber communication cable at a tight angle; arrange it as shown in

the gure.

3. The optical ber communication cable is composed of a pair of wires that are used separately and exclusively for transmission and reception (TX/RX), as indicated on the internal label of the pole of SC optical connector into YFGW710. Follow the indication on the label, if shown. If there is no indication, you may connect them arbitrarily. The connection directions can be changed easily in the optical converter of the host system.

A3-11

NETWORK

(Optional) 100Base-FX 100Base-FX

TX RX

Cable Gland for Network Cable

Optical Fiber communication cable

SC Optical Connecter

Fig. A 3-9 Connection of optical network cable

ANTENNA50Ω

SUPPLY

FA0309.ai

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.2.3.2 Metal Network Cable Connection

l Caution for Use of Metal Network Cable

The metal network cable is for indoor operations only. To use it outdoors, the arrester is needed. However, there is no appropriate arrester of the outdoor specication which can be installed close to YFGW710.

Therefore, use the optical ber network cable for the outdoor wiring.

l Applicable Cable

Table A 3-3 Specication of Metal Network Cable

A3-12

Item

Standard 100Base-FX

Connector RJ-45

Specication

Metal Network Cable

Applicable Cable Category 5 or higher

Transmission Range 100 m (Max.)

*1: 100Base-TX and 100Base-FX (Refer table A3-2) must be used exclusively. *2: RJ-45 connector must be connected to YFGW710 after putting the cable through the cable ground.

l Wiring

Connect the metal network cable according to the following procedure.

1. Pull the metal network cable into YFGW710 through the cable ground for network cable.

2. Apply pressure welding to connect the RJ-45 connector and the end of the metal network cable.

3. Connect the metal network cable to the network connector. Use the metal cable conforming to the standard of 100BASE-TX.

NETWORK

(Optional) 100Base-FX 100Base-FX

TX RX

Cable Ground for Network Cable

Metal Network Cable

Fig. A 3-10 Metal network cable connection

ANTENNA50Ω

SUPPLY

Ethernet Connector

FA0310.ai

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.2.4 Mounting Antenna and Wiring

This section describes the mounting of the antenna to YFGW710 main body, the installation of the external antenna, and their wiring.

IMPORTANT

The antenna connector is covered with a cap at the time of delivery. Keep the cap attached until the installation of the antenna or antenna cables to protect the inside connection part. The unscrewed cap should be stored in order to replace it immediately after the antenna or antenna cables are removed.

NOTE

To maintain the ultimate conditions of radio-frequency signal, protect the connectors of antenna, extension antenna cable, and arrester from the corrosive atmosphere by the following treatment.

1. Clean the connection to be protected.

A3-13

2. Wind the butyl rubber self-bonding tape around the connection. See the manual of the tape about the winding.

3. To protect the butyl rubber self-bonding tape from the environment such as ultraviolet rays and so on, wind vinyl tape (or a vinyl type self-bonding tape) on it.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.2.4.1 Mounting Antenna to YFGW710 Main Body

Screw the provided antenna into the connector on the top of the body.

Conrm and waterproof the connection.

Antenna connector

A3-14

FA0311.ai

Fig. A 3-11 Mounting the antenna to the housing of YFGW710

l Mounting Procedure of Antenna

1. Unscrew the antenna connector cap on the antenna connector.

2. Screw the provided antenna into the antenna connector. Tighten the antenna connector with a torque of 2 to 3 N∙m.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.2.4.2 Mounting and Wiring External Antenna

n Mounting of External Antenna

Mount the external antenna at the proper location according to the wireless environment described in “A3.1.1 Installation Condition” of this manual.

The mounting to the pipe such as 2-inch (2B) pipe needs to secure the enough strength to endure a strong wind, vibration and so on. The antenna must be mounted vertically.

l Fixing of External Antenna

Fix an external antenna appropriately using the bracket provided as the external antenna option.

2-inch pipe

Antenna

A3-15

U Bolt

Bracket

Washer Nut

Fig. A 3-12 Example of xing external antenna

Nut

Antenna Extension Cable

Vertical pipe mounting

Horizontal pipe mounting

FA0313.ai

l Mounting Procedure of External Antenna

1. Fix the antenna extension cable to the bracket with the provided nut as shown in the gure A3-12 above.

2. Fix the bracket to the 2-inch (2B) pipe by using the provided a pair of U bolts and nuts.

3. Screw the antenna into the antenna connector of the antenna extension cable on the bracket. Tighten the antenna connector with a torque of 2 to 3 N∙m.

4. Protect the connection as necessary. For details of the protection, see “A3.2.4 Mounting Antenna and Wiring.”

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

n Wiring External Antenna

l Specication for Extension Antenna Cable (Only by order of option)

• Specication: 8D-SFA(PE)

• Outside Diameter: 11.1 mm

• Minimum Bend Radius: 67 mm (when xing)

167 mm (when wiring)

• Cable End Treatment: N type connector, one end is male and the other is female.

* “When xing” shows the bending radius for xing (the state is maintained for a long time).

“When wiring” shows the bending radius while checking the wiring position. This bending radius is set larger than that for xing in order to prevent damage to the cable because the cable is likely to be repeatedly bent when checking the nal wiring position.

l Wiring of Extension Antenna Cable

1. Use the provided extension antenna cable to connect the antenna connector with the external antenna. Tighten the connector of the antenna extension cable with a torque of 2 to 3 N∙m. Refer to the specication about the limitation of bend radius when xing or wiring.

2. When using two extension cables, the provided arrester should be inserted between these cables.

A3-16

3. Before the wiring work, conrm the polarities (male/female) of the connectors of antenna, extension antenna cable, and arrester. Tighten the connector of the antenna extension cable with a torque of 2 to 3 N∙m.

4. Protect the connectors of antenna, extension antenna cable, and arrester as necessary. See “A3.2.4 Mounting Antenna and Wiring.”

5. Fix the extension antenna cable to the appropriate structure to protect the cable from the vibration, wind, and so on.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

External Antenna

Extension cable 2

Length: 10 m or 3 m

A3-17

Protect by

Self-bonding tape

Extension cable

Length: 3 m or 1 m

Housing of YFGW710

Fig. A 3-13 Wiring of external antenna

Protect by

Self-bonding tape

Housing of YFGW710

Arrester

Ground Wiring

Extension cable 1

Length: 3 m or 1 m

FA0314.ai

l Mounting of Arrester and Wiring

Mount an arrester between the extension cables and connect the grounding cable to the grounding terminal of the arrester.

Connect the grounding cable to the grounding terminal on the main body. Class D grounding (the third class grounding) with the grounding resistance of 100 Ω or less is necessary. Do not share the ground with other devices.

l Applicable Grounding Cable (Insulated wire for industrial equipment)

Examples:

• 600 V polyvinyl chloride insulated wires (IV): JIS C3307

• Polyvinyl chloride insulated wires for electrical apparatus (KIV): JIS C3316

• 600 V grade heat-resistant polyvinyl chloride insulated wires (HIV): JIS C3317

• Heatproof vinyl insulated wires VW-1 (UL1015/UL1007)

Wire Size

• Core: AWG14 to 13 (2 to 2.6 mm

)

Terminal Treatment

• Ring terminal for M4: With insulation covers

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

Antenna

Extension cable 2

Grounding wiring

Arrester

Extension cable 1

A3-18

YFGW710

FA0315.ai

Fig. A 3-14 Connection of the arrester and antenna extension cables

Antenna

Self-bonding tape

Grounding wiring

Main Body

FA0316.ai

Fig. A 3-15 Arrester protection by self-bonding tape

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.3 Wiring for Explosion Proof

Refer to explosion proof certications section of this document.

A3-19

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.4 Maintenance

This section describes the maintenance of YFGW710.

A3.4.1 Routine Maintenance

The following maintenance needs to be performed periodically.

IMPORTANT

If the YFGW710 is covered with dust or dirt, wipe with a soft cloth moistened by water or mild soap.

n Antenna

When the antenna is covered with dirt or dust containing metal powder, the wireless communication may become unstable; therefore, the periodic cleaning and maintenance are necessary. In cold regions, preventive measures against snow and ice problems as well as periodic maintenance should be provided periodically.

A3-20

A3.4.2 Maintenance in Hazardous Area

Refer to explosion proof certications section of this document.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.4.3 Communication Check

On the Field Wireless Network Manager, the status of wireless device connected to the wireless network and the status of the communication route can be conrmed. Field Wireless Network Manager is the provided software of YFGW710 and used in the PC connected to the YFGW710 of the Field Wireless System.

SEE

For more information about checking device and communication status, see “B1.2.5 Conrmation of Field Wire-

ALSO

less Network Operation”

A3.4.4 About Parts Having Dened Life Spans

The YFGW710 include no parts having dened life spans, which need to be replaced.

Read this section thoroughly and carry out the periodical replacement.

IMPORTANT

Precautions for parts having dened life spans

• The term “Parts having dened life spans” refers to parts that are expected to wear out or break down within 10 years from the initial use under normal conditions of use and storage. Therefore, parts with expected life spans of 10 years or more are excluded here.

A3-21

• The recommended replacement cycle is the cycle indicated for preventive maintenance. It provides no guarantee against the accidental failures.

• The recommended replacement cycle is merely a guideline. The actual replacement cycle depends on the usage conditions. The recommended replacement cycle is subject to change according to the actual results in the eld.

SEE

For more information about installing YFGW710, see the General Specication of YFGW710 Field Wireless

ALSO

Integrated Gateway (GS 01W01F01-01EN).

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.5 Troubleshooting

When the malfunction occurs to the wireless communication in the start-up or during operation and the Field Wireless Management Tool identies that it is caused by YFGW710, follow the procedures below.

1. Turn off the power of YFGW710.

2. Check the antenna connection and the wiring of power supply, communication, and grounding. Correct problems, if any. There are no other checking points which users can correct in YFGW710.

3. If any problems are not found but the failure remain unsolved, contact to Yokogawa’s service section in charge and request the measure such as replacing the unit.

A3-22

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.6 General Specication

A3.6.1 Standard Specication

n Specication of Wireless Transmission

Item Specication

Antenna Connector N type

Antenna Impedance 50 ohm

For details of specication common with wireless transmission, see the table in A4.2 Wireless System Specication.

n Specication of Upper Layer Interface

Item Specication

Communication Interface

Communication Protocol

Maximum Connection Number

Standard

Number of Port 1 1

Transmission Speed 100 Mbps 100 Mbps

Connector RJ-45 SC connector (1-pole x 2)

Cable Type Category5 Cable

Central wavelength - 1300 nm

Transmission Range 100 m Max. 2 km Max.

OPC Server for Field Wireless

Management, Conguration, so on

Modbus/TCP 4 clients

OPC Server for Field Wireless

100Base-TX 100Base-FX

Multimode ber 50/125 or 62.5/125 μm (2-core)

Modbus/TCP

Proprietary Protocol

10 systems

A3-23

*1: 100Base-TX and 100Base-FX must be used exclusively. Use 100Base-FX for the wiring outdoors. *2: The 2-pole SC connector cannot be put in the cable end connection. *3: Use an optical cable with non-metal tension member for outdoor wiring. *4: Possible to connect in the OPC interface by using OPC Server for Field Wireless (GS 33M20S20-40), which is available separately. *5: Possible to connect at the same time.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

n Specication of Environment

Item Specication

Operating Ambient Temperature Range

Operating Humidity Range 0-100%RH (without condensation)

Rating Voltage 24 V DC

Power Supply

Power Consumption 10 W Max.

Protection Degree IP66, NEMA4X

Grounding Class D Grounding (No sharing with others)

Vibration EC 60770-1: 10-60 Hz; 0.21 mmp-p, 60-2000 Hz 3G

Altitude Less than 2000 m

Voltage Range 10.0-26.4 V DC

Instant Power Failure Prompt shut down

Ripple Less than 1%p-p

-40 to +60°C

n Weight

Main Body: Approx. 5.1 kg (excluding cable grounds and brackets)

A3-24

n Housing Material

Cast aluminum alloy with polyurethane, mint-green paint

(Munsell 5.6BG 3.3/2.9 or its equivalent)

n Regulatory Compliance

l EMC Conformity Standards

EN61326-1 Class A, Table 2 (For use in industrial locations), EN61000-6-2

* Class A equipment is designed for industrial environments and cannot be used in any other

environment.

l Radio standard (Wireless Module Conformity Standard)

Technical Standard Conformity Certicate:

Wireless equipment specied in No.19, Clause 1, Article 2 of the Certication Rule; 2.4 GHz

Sophisticated Low Power Data Communication System

IMPORTANT

Specic wireless equipment (Approval No.: 007WWCUL0480) with the technical standard conformity certicate based on the Radio Act is used in this product.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

R&TTE:

ETSI EN 300 328, ETSI EN 301 489-17, EN61010-1, EN62311

FCC:

Part15.247 Contains FCC ID: SGJ-WFC001

IC:

RSS-210 Contains IC: 8999A-WIC001

IMPORTANT

• Microwave ovens and other industrial, scientic, and medical equipment, as well as local wireless stations (license required) and specic low power wireless stations (license not required) for identifying mobile objects used in the production line of a factory, use the same frequency band as this product. Prevent interference with other wireless stations.

• Check that local wireless stations and specic low power wireless stations are not being used in the vicinity before using this product.

• If this product causes radio interference in a local wireless station used for identifying mobile objects, change the working frequency or stop the emission of radio waves immediately. For details on how to prevent radio interference, contact our service ofce.

A3-25

n Explosion Proof Certications

CAUTION

This instrument has been tested and certied as being explosion proof. Please note that severe restrictions apply to this instrument’s construction, installation, external wiring, maintenance and repair. A failure to abide by these restrictions could make the instrument a hazard to operate.

l FM Approval

Caution for FM nonincendive. (Following contents refer to “DOC.NO. NFM023-A14 P.1 AND P.2.”)

Note 1. Model YFGW710 Field Wireless Integrated Gateway with optional code /FN17 is

applicable for use in hazardous (Classied) locations.

• Applicable standard: FM3600, FM3611, FM3810, ANSI/NEMA 250

• Nonincendive for Class I, Division 2, Groups A, B, C and D. Class II, Division 2, Groups F and G. Class III, Division 1 hazardous (Classied) locations.

• Enclosure: NEMA 4X (Indoors and outdoors).

• Temperature Class: T4

• Ambient Temperature: –40 to 60°C

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

Note 2. Installation

WARNING

• The installation of the devices should be carried out by the engineers or other professional personnel of the related expertise. The installation should not be carried out by operators or other unprofessional personnel.

• The installation should be in accordance with NEC (the National Electric Code: ANSI/NFPA-70) or local electric code.

• Make sure that the breakers are installed in the power supply circuits located in non-hazardous areas so that the power can be shutoff when abnormality occurs.

• In the course of installation, the related documents of GS (General specications),TI (Technical Information of Installation Guidance) and IM (User’s Manuals) should be referenced and the instructions described in the documents should be observed.

• YFGW710 should be installed in upright position.

• YFGW710 does not have the nonincendive Field Wiring. The conduit wiring is required for the power cable and the metal network cable to be connected to YFGW710.

A3-26

• To satisfy type of protection and NEMA4X, apply suitable devices to the electrical connection port.

• YFGW710 does not have a power switch inside. Prepare a dedicated breaker for the external power line to turn ON/OFF the device.

• Note a warning label worded

“DO NOT REMOVE COVER WHILE CIRCUIT IS LIVE WHEN A FLAMMABLE OR COM-

BUSTIBLE ATMOSPHERE IS PRESENT.”

“INSTALL IN ACCORDANCE WITH DOC.NO. NFM023-A14 P.1 AND P.2”

• Electrostatic charge may cause an explosion hazard. Avoid any actions that cause the generation of electrostatic charge, such as rubbing with a dry cloth on coating face of product.

• Take care not to generate mechanical sparking when access to the instrument and peripheral devices in hazardous locations.

Note 3. Maintenance and Repair

WARNING

• The instrument modication or parts replacement by other than authorized Representative of Yokogawa Electric Corporation is prohibited and will void FM Approvals approval.

• When opening the cover, the enclosure should be dry and clean to prevent from ingress water or dust.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

l CSA Certication

Caution for CSA nonincendive/Type n. (Following contents refer to “Doc No. NCS013”)

Note 1. Model YFGW710 Field Wireless Integrated Gateway with optional code /CN17 is appli-

cable for use in hazardous locations.

• Certicate: 2342292

[For CSA C22.2]

• Applicable standard: C22.2 No.0, C22.2 No.0.4, C22.2 No.25, C22.2 No.94, C22.2 No.213, C22.2 No.61010-1

• Nonincendive for Class I, Division 2, Groups A, B, C, D. Class II, Division 2, Groups F, G. Class III, Division 1

• Enclosure: Type 4X

• Temp. Code: T4

• Ambient Temperature: –40 to 60°C

[For CSA E60079]

A3-27

• Applicable standard: CAN/CSA E60079-0, CAN/CSA E60079-15, IEC60529:2001

• Ex nA nL IIC T4

• Enclosure: IP66

• Ambient Temperature: –40 to 60°C

Note 2. Electrical Connection

The type of electrical connection is depends on the model code sufx.

The model code sufx is shown on the main label in front of YFGW710.

The second character following the letter A shows the type of electrical connection as below.

Character b on Sufx: Aab-cdefghjkm The type of electrical connection

2 1/2 NPT female

4 M20 female

Note *1: 1/2 NPT is realized by the conversion adapter from M20 female to 1/2NPT female. Note *2: When the cable glands or another device are necessary, user needs to prepare them which adapt to M20 female entry.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

Note 3. Installation

WARNING

• The installation should be in accordance with Canadian Electrical Code Part I or Local Electrical Code.

• YFGW710 should be installed in upright position.

• To satisfy type of protection “n” and degree of protection provided by enclosure IP66, apply suitable devices to the electrical connection port.

• Make sure that the breakers are installed in the power supply circuits located in non-hazardous areas so that the power can be shutoff when abnormality occurs.

A3-28

• YFGW710 does not have the Nonincendive Field Wiring. The conduit wiring is required for the power cable and the metal network cable to be connected to YFGW710.

• When the cable glands are necessary, user needs to prepare the cable glands. The cable glands shall be certied in type of protection “n” suitable for the conditions of use and correctly installed.

• To maintain the degree of ingress protection IP66 according to IEC 60529, and TYPE4X according to CSA C22.2 No.94 special care must be taken to avoid water.

• Note a warning label worded

“DO NOT OPEN WHEN AN EXPLOSIVE ATMOSPHERE MAY BE PRESENT.”

“POTENTIAL ELECTROSTATIC CHARGING HAZARD – SEE INSTRUCTIONS.”

• Electrostatic charge may cause an explosion hazard. Avoid any actions that cause the generation of electrostatic charge, such as rubbing with a dry cloth on coating face of product.

• Take care not to generate mechanical sparking when access to the instrument and peripheral devices in hazardous locations.

Note 4. Maintenance and Repair

WARNING

• The instrument modication or parts replacement by other than authorized Representative of Yokogawa Electric Corporation is prohibited and will void CSA certication.

• When Opening the cover, the enclosure should be dry and clean to prevent from ingress water or dust.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

l ATEX Declaration

(1) Technical Data

Caution for ATEX Type n.

Note 1. Model YFGW710 Field Wireless Integrated Gateway with optional code /KN27 is appli-

cable for use in hazardous area.

• Applicable standard: EN60079-0: 2009, EN60079-0: 2012, EN60079-11: 2012, EN60079-15: 2010, EN60079-28: 2007

A3-29

• Marking:

II 3G Ex nA [ic] [op is] IIC T4 Gc (with 100BASE-FX) II 3G Ex nA [ic] IIC T4 Gc (without 100BASE-FX)

• Ambient temperature: -40 to +60°C

• IP code: IP66

• Power supply: 10.0 V DC to 26.4 V DC (Rated voltage: 24.0 V DC)

• Um: 250 V

• Power dissipation: ≤ 10 W

• RF power: ≤ 20 mW (ISA100.11a; IEEE802.15.4)

• Cable parameters for antenna connection: Cc: 4 nF, Lc: 20 μH

• Specic condition of use: Precautions shall be taken to minimize the risk from electrostatic discharge of painted parts.

Note 2. Electrical Connection

The type of electrical connection is depends on the model code sufx.

The model code sufx is shown on the main label in front of YFGW710.

The second character following the letter A shows the type of electrical connection as below.

Character b on Sufx: Aab-cdefghjkm The type of electrical connection

2 1/2 NPT female

4 M20 female

Note 3. Installation

WARNING

• The installation should be in accordance with EN60079-14 and Local Electrical Code.

• The equipment shall be installed in accordance with the user’s manual.

• YFGW710 should be installed in upright position.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

• The thread type of the cable entries shall be conrmed according to the user’s manual.

• Cable glands, adapters and/or blanking elements shall be of type “n”, type “e” or type “d” and shall be installed so as to maintain the specied degree of protection (IP code) of the equipment.

• Keep the cap attached to the antenna connector (N type) until the installation of the antenna or antenna cables to protect the inside of the connector from exposure of light. In case the antenna or antenna cables are removed from the connector, the inside of the antenna connector should be protected from exposure of light.

• The antenna and the surge arrester shall be a simple apparatus in accordance with EN60079-11. Li and Ci of the simple apparatus shall be negligible. Temperature class of them shall be determined from Po = 20 mW.

• The equipment shall be earthed in accordance with EN60079-14, in order to maintain intrinsic safety. A cable lug or a similar device shall be used to maintain the secureness of the connection to the equipment. Care should be taken to avoid multi-point earthing since the equipment is not galvanically isolated from the power supply.

• YFGW710 does not have a power switch inside. Prepare a dedicated breaker for the external power line to turn ON/OFF the device.

• Make sure that the breakers are installed in the power supply circuits located in non-hazardous areas so that the power can be shutoff when abnormality occurs.

A3-30

• Note a warning label worded

“DO NOT OPEN WHEN AN EXPLOSIVE ATMOSPHERE MAY BE PRESENT.”

“POTENTIAL ELECTROSTATIC CHARGING HAZARD – SEE INSTRUCTIONS.”

• Electrostatic charge may cause an explosion hazard. Avoid any actions that cause the generation of electrostatic charge, such as rubbing with a dry cloth on coating face of product and the antenna.

• Take care not to generate mechanical sparking when access to the instrument and peripheral devices in hazardous area.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

[Control drawing]

A3-31

Hazardous Area

Zone 0/Zone 1/Zone 2

Electrical Equipment

(e.g.) “d”, “i”, “Type n” equipment

Radio wave

(IEEE802.15.4)

Hazardous Area

Zone 2 only

YFGW710 Field Wireless integrated gateway

Antenna

(*1)

Surge

Arrester

(*1, *2)

metal wiring

optical fiber

Nonhazardous or Hazardous Area

Zone 2 only

Control Equipment

Power Supply

wiring

*1: These apparatus are simple apparatus. *2: Surge Arrester may not be installed.

(2) Operation

WARNING

• Take care not to generate mechanical sparking when access to the instrument and peripheral devices in hazardous area.

(3) Maintenance and Repair

WARNING

• The instrument modication or parts replacement by other than authorized Representative of Yokogawa Electric Corporation is prohibited and will void the EHSRs.

• When Opening the cover, the enclosure should be dry and clean to prevent from ingress water or dust.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

(4) Name Plate

• Main name plate

Field Wireless Integrated Gateway

YFGW

MODEL SUFFIX

STYLE

A3-32

SUPPLY

NO.

VDC

Made in Japan TOKYO 180-8750 JAPAN

FA0317.ai

MODEL: Specied model code.

STYLE: Style code.

SUFFIX: Specied sufx code.

SUPPLY: Specied supply voltage and wattage.

NO.: Serial number and year of production

YOKOGAWA

TOKYO 180-8750 JAPAN:

The manufacturer name and the address

*1: The third gure from the last of the serial number shows the year of production. For example, the production year of the product

engraved in “NO.” column on the name plate as follows is 2010.

91K506412 019



The year 2010

*2: “180-8750” is a postal code which represents the following address.

2-9-32 Nakacho, Musashino-shi, Tokyo Japan

• Hazardous class name plate with 100 BASE-FX

• Hazardous class name plate without 100 BASE-FX

FA0318.ai

FA0319.ai

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

l IECEx Certication

(1) Technical Data

Model YFGW710 Field Wireless Integrated Gateway with optional code /SN27 is applicable for use in hazardous locations.

• Applicable standard: IEC60079-0:2011, IEC60079-15:2010, IEC60079-11:2011

• Certicate: IECEx DEK 13.0047

• Type of Protection and Marking Code: Ex nA [ic] IIC T4 Gc

• Ambient Temperature: –40 to 60°C

• IP Code: IP66

• Power Supply: 10.0 V d.c. to 26.4 V d.c. (Rated voltage: 24.0 V d.c.)

• Overvoltage Category: I

• Power Dissipation: ≤ 10 W

• RF Power: ≤ 20 mW (ISA100.11a; IEEE802.15.4)

• Cable parameters for antenna connection Cc: 4 nF Lc: 20 μH

A3-33

Specic Condition of Use:

Precautions shall be taken to minimize the risk from electrostatic discharge of painted parts.

(2) Electrical Connection

The type of electrical connection is depends on the model code sufx.

The model code sufx is shown on the main label in front of YFGW710.

The second character following the letter A shows the type of electrical connection as below.

Character b on Sufx: Aab-cdefghjkm The type of electrical connection

2 1/2 NPT female

4 M20 female

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

(3) Installation

WARNING

• The installation should be in accordance with IEC 60079-14 and local electrical code.

• YFGW710 should be installed in upright position.

• The equipment shall be installed in accordance with the user’s manual.

• The instrument modication or parts replacement by other than authorized representative of Yokogawa Electric Corporation is prohibited and will void IECEx certicate.

• The thread type of the cable entries shall be conrmed according to the user’s manual.

• Screws of power supply terminals shall be tightened with specied torque values: 1.2N•m to

1.4N•m.

• Cable glands, adapters and/or blanking elements shall be of Ex “n”, Ex “e” or Ex “d” and shall be installed so as to maintain the specied degree of protection (IP Code) of the equipment.

A3-34

• The antenna and the surge arrester shall be a simple apparatus in accordance with IEC 60079-11. Li and Ci of the simple apparatus shall be negligible. Temperature class of them shall be determined from Po = 20 mW.

• Cable parameters for the connection of the antenna and/or the surge arrester are: Cc = 4 nF; Lc = 20 μH

• The equipment shall be earthed in accordance with IEC 60079-14, in order to maintain intrinsic safety. A cable lug or a similar device shall be used to maintain the secureness of the connection to the equipment. Care should be taken to avoid multi-point earthing since the equipment is not galvanically isolated from the power supply.

• YFGW710 does not have a power switch inside. Prepare an dedicated breaker for the external power line to turn ON/OFF the device.

• Make sure that the breakers are installed in the power supply circuits located in non-hazardous areas so that the power can be shutoff when abnormality occurs.

• Note a warning label worded

“DO NOT OPEN WHEN AN EXPLOSIVE ATMOSPHERE MAY BE PRESENT.”

“POTENTIAL ELECTROSTATIC CHARGING HAZARD – SEE INSTRUCTIONS.”

• Electrostatic charge may cause an explosion hazard. Avoid any actions that cause the generation of electrostatic charge, such as rubbing with a dry cloth on coating face of product and antenna.

• Take care not to generate mechanical sparking when access to the instrument and peripheral devices in hazardous locations.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3-35

Hazardous Location

Zone 0/Zone 1/Zone 2

Electrical Equipment

(e.g.) “d”, “i”, “Type n” equipment

Radio wave

(IEEE802.15.4)

Hazardous Location

Zone 2

YFGW710 Field Wireless integrated gateway

Antenna

(*1)

Surge

Arrester

(*1, *2)

metal wiring

optical fiber

Nonhazardous or Hazardous Location

Zone 2

Control Equipment

Power Supply

wiring

*1: These apparatus are simple apparatus. *2: Surge Arrester may not be installed.

(4) Maintenance and Repair

WARNING

The instrument modication or parts replacement by other than authorized Representative of Yokogawa Electric Corporation is prohibited and will void the certication.

• When Opening the cover, the enclosure should be dry and clean to prevent from ingress water or dust.

(5) Name Plate

• Main name plate

Field Wireless Integrated Gateway

YFGW

MODEL

SUFFIX

SUPPLY

NO.

MODEL: Specied model code.

VDC

STYLE

Made in Japan TOKYO 180-8750 JAPAN

FA0320.ai

STYLE: Style code.

SUFFIX: Specied sufx code.

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

SUPPLY: Specied supply voltage and wattage.

NO.: Serial number and year of production

A3-36

YOKOGAWA

TOKYO 180-8750 JAPAN:

The manufacturer name and the address

*1: The third gure from the last of the serial number shows the year of production. For example, the production year of the product

engraved in “NO.” column on the name plate as follows is 2010.

91K506412 019



The year 2010

*2: “180-8750” is a postal code which represents the following address.

2-9-32 Nakacho, Musashino-shi, Tokyo Japan

• Hazardous class name plate

A3.6.2 Model and Sufx Code

Model Sufx Codes Descriptions

YFGW710 ····················································· Field Wireless Integrated Gateway

--- -A ················································· Always A

Communication interface

Electrical connection 0 ······································

License -S ······························· Single gateway license

Manual language 0 ··························

Software media 0 ····················

Mounting bracket D ··············

--- A ········ Always A

Option codes

0 ············································ 1 ············································

2 ······································ 4 ······································

1 ··························

1 ····················

N ··············

FA0321.ai

100Base-TX 100Base-TX/100BaseFX

G 1/2 female, two electrical connections 1/2 NPT female, two electrical connections M20 female, two electrical connections

Japanese English

Provided with DVD-ROM None

2-inch pipe mounting (for vertical piping) None

Optional specications



A3.6.3 Optional Specication

Item Description Code

Coating Anti-corrosion coating X2

External antenna cable 1m AC1

3m AC3

4m (1m + 3m) with arrestor AC13

6m (3m + 3m) with arrestor AC33

13m (3m + 10m) With arrestor AC3A

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

n Optional Specications(For Explosion Protected Types)

Item Description Code

Factory Mutual (FM)

ATEX ATEX Type n declaration

Canadian Standards Association (CSA)

IECEx Scheme IECEx Type n approval

FM nonincendive approval Applicable standard: FM3600, FM3611, FM3810, ANSI/NEMA250 Nonincendive for Class I, Division 2, Groups A, B, C and D;

Class II, Division 2, Groups F and G;

Class III, Division 1 hazardous (Classied) locations. Enclosure: NEMA 4X Temp. Class: T4, Amb. Temp.: –40 to 60°C (–40 to 140°F)

Applicable standard: EN60079-0: 2009, EN60079-0: 2012, EN60079-11: 2012, EN60079-15: 2010, EN60079-28: 2007 II 3G Ex nA [ic] [op is] IIC T4 Gc (with 100BASE-FX) II 3G Ex nA [ic] IIC T4 Gc (without 100BASE-FX) Enclosure: IP66 Amb. Temp.: –40 to 60°C (–40 to 140°F)

CSA nonincendive approval Certicate: 2342292 [For CSA C22.2] Applicable standard: C22.2 No.0, C22.2 No.0.4, C22.2 No.25, C22.2 No.94, C22.2 No.213, C22.2 No.61010-1-04 Nonincendive for Class I, Division 2, Groups A, B, C and D;

Class II, Division 2, Groups F and G;

Class III, Division 1 Enclosure: Type 4X [For CSA E60079] Applicable standard: CAN/CSA E60079-0, CAN/CSA E60079-15, IEC60529 Ex nA nL IIC T4 Enclosure: IP66 Amb. Temp.: –40 to 60°C (–40 to 140°F)

Certicate: IECEx DEK 13.0047 Applicable standard: IEC60079-0:2011, IEC60079-15:2010, IEC 60079-11:2011 Ex nA [ic] IIC T4 Gc Enclosure: IP66 Amb. Temp.: –40 to 60°C (–40 to 140°F)

A3-37

FN17

KN27

CN17

SN27

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

A3.6.4 Outline Diagram

l YFGW710

A3-38

37.5

(1.48)

438

(17.24)

280

(11.02)

(2.32)

(7.8)

(0.31)

*1: Applicable for electrical connection code 2.

(2.32)

236

(9.26)

243.8 (9.6)

l Antenna

87.8

(3.46)

136.8 (5.39)

(1.42)

54.5

(2.15)

111

(4.37)

2-inch Pipe

Surface mounting holes ( 4 - Ø6 )

126.5

(4.98)

117 *

(4.61)

100

(3.94)

Unit: mm (approx. inch)

Electrical connection

56.5

118

(4.65)

190

(7.48)

For Surface Mounting

126.5

(4.98)

Grounding

(1.02)

(2.22)

FA0322.ai

■ Antenna

• Omni directional monopole type

• Gain: 2 dBi

Ø20.5 (0.81)

150 (5.91)

(0.71)

■ Remote Antenna

High-frequency Coaxial Cable

• Sheath diameter: 11.1 mm

< Non Arrestor >

antenna

External antenna cable

- Select from Length 3m or 1m

< Arrestor Mounting >

antenna

External antenna cable (2)

- Select from Length 10m or 3m

arrestor

External antenna cable (1)

- Select from Length 3m or 1m

Body Body

FA0323.ai

IM 01W01F01-01EN

<A3. YFGW710 Field Wireless Integrated Gateway>

n Antenna Mounting Bracket

Unit: mm (approx. inch)

72 (2.83)17 (0.67)

18 (0.69)

292 (11.50)

88 (3.46)

135 (5.31)

(2.68)

A3-39

98 (3.86)

2-inch pipe (O.D. 60.5 mm)

F0324.ai

IM 01W01F01-01EN

<A4. Field Wireless Network>

A4. Field Wireless Network

A4.1 Wireless Communication Ranges

The range of wireless communication for each eld wireless device and YFGW710 is a toroidal region having a fan-shaped section spreading 45 degrees vertically above and below from the center of each device’s antenna and within the range of vision from the antenna.

Horizontal Range

A4-1

45°

L max

Standard Antenna

Fig. B 4-1 Wireless Communication Ranges

Table B 4-1 Wireless Communication Ranges

Location RF Output (Max.)

Outdoor 10 mW (11.6 dBm) 500 m

Indoor 10 mW (11.6 dBm) 100 m

Antenna

Vertical Range

FA0401.ai

Maximum Communication Range (Lmax)

Standard Antenna

IMPORTANT

The maximum communication range is the value in the ideal condition, having a good prospect between wireless devices and existing no obstacle in the wireless transmission route.

The communication distance varies depending on the mounting conditions and environment.

IM 01W01F01-01EN

<A4. Field Wireless Network>

A4.2 Wireless System Specication

n Specication of Wireless Transmission

Item Specication

Wireless Standard ISA100.11a (conforming to IEEE 802.15.4)

Frequency 2400 MHz-2483.5 MHz

Channel 15

Modulation method Direct sequence spread spectrum (DSSS)

Wireless Output Power 11.6 dBm (Max.), Fixed

Receiving sensitivity Less than -95 dBm

Communication Range

Raw data rate 250 Kbps

Security AES128 bit encode

*1: Values in the ideal condition. They change (shorten) depending on the conditions.

n Number of connected devices

Radius of 500 m (Max.)

A4-2

Item Specication Descriptions

Maximum Connection Number

OPC Server

PRM

Field wireless congurator

Field wireless management tool

FieldMate

Note: Refer to the next item for the number of connected eld wireless devices.

4 clients ―

The total number of host-side devices connected to the YFGW710 must not exceed

10.

―

n Number of connected eld wireless devices and Publication Period

(Update Time)

When the Update Time of all Field Wireless Device is the same, the maximum connection is ten devices when Update Time is a second, and the maximum connection is fty devices when Update Time is ve seconds.

A maximum of two Update Time can be set, and one of them must be longer than 10 seconds (low speed mode).

Network

Form

Star

Mesh 10 or more Max. 50 10 or more

Update Time A Number of devices A Update Time B Number of devices B

1 Max. 5 10 or more Max. 45

2-4 Max. 10 10 or more Max. 40

5 or more Max. 50 10 or more

Update Time: Group A Update Time: Group B

(sec.) (units) (sec.) (units)

50 – number of devices A

IM 01W01F01-01EN

<A4. Field Wireless Network>

n Network Form (Topology)

This eld wireless system supports two network forms – the start network (star topology) and the mesh network (mesh topology).

We recommend using the star network because of the clear network operations, easy management, and excellent expandability.

l Star network

This network form will keep the communication routes which are set at the time of installation. The delay time is minimized and high reliability is ensured. In order to establish a star network, YFGW710s must be arranged appropriately so that all eld wireless devices can communicate directly with any YFGW710.

l Mesh network

If the data delay time will not cause any specic problem, routing devices can be used for wireless relay. A system with routing devices allows the range of wireless access to be expanded easily. However, the mesh network has the disadvantages of increased delay time and shortened battery life of relaying wireless devices.

Network form Star Mesh

A4-3

Routes

Hardware components

Redundant route

Number of devices / YFGW710

Update Time 1 sec. or more 10 sec. or more

Battery life

Expansion of the range of wireless access

Note: A network form can be set for each YFGW710.

YFGW710 IO device

Not applicable Applicable

A maximum of 50 devices/YFGW710

Long Not route-sensitive

Add YFGW710s Add routing devices

IO IO

YFGW710 Routing device IO device

Short Route-sensitive

FA0402.ai

IM 01W01F01-01EN

<A4. Field Wireless Network>

n Precautions for a mesh network

Note the following when using a mesh network.

l When the number of IO devices (10 units) + routing devices (2 units) exceeds

It is difcult to lay out 12 or more Field Wireless Devices for one YFGW710. In this case, please contact us in advance.

l Precautions for arranging wireless transmitters

1. Two or more routing devices must be arranged on the host side of IO devices. Be sure to arrange routing devices and the YFGW710 so that all deceives can have two channels.

2. Up to two hops

Hop 1 is dened as a device that can directly communicate with the Gateway.

Hop 2 is a device that can only establish communication with the Gateway through a routing

device.

We strongly recommend limiting the number of hops to two because of battery life and easy

installation.

Note the above when arranging devices.

A4-4

Hop 1

Hop 2

FA0403.ai

l Service life of the battery of routing devices

The battery life of a routing device depends on the number of IO devices to relay: the more IO devices, the shorter the battery life.

For details, refer to the standard battery life below.

n Setting routing devices

To change “Device Role” of a eld wireless device to “Routing Device,” follow the specic procedure using a eld wireless congurator.

For details, refer to “Part B: B1.3.2.1 Device Role” in this manual.

IM 01W01F01-01EN

<A4. Field Wireless Network>

n Standard battery life

The relationship between the Update time of a Field Wireless Device and the battery life in a standard specication environment is shown below.

The battery life of an IO device is constant irrespective of the network form or the route connection. However, the battery life of a routing device varies greatly according to the route connection.

The larger the number of directly connected devices on the downstream side, the shorter the battery life.

In addition, the battery life varies greatly with temperature; the battery life may be shorter than the service life shown below.

Update Time (sec.) Expected battery life when the IO device is set to “Routing Device”

10 x0.1-0.4

30 x0.1-0.5

60 x0.1-0.6

A4-5

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B1. Engineering

This section describes the engineering to congure a eld wireless system compliant with the industrial automation wireless communication standard ISA100.11a of the International Society of Automation (ISA).

This section consists of System Engineering Flow Overview, Basics of Engineering, and Applications of Engineering, and the Basics and Applications are guidelines based on the System Engineering Flow Overview.

A eld wireless system consists of the YFGW710 Field Wireless Integrated Gateway (hereinafter referred to as YFGW710) described in Part A, Hardware of this document and eld wireless devices. For details on the eld wireless devices, refer to the user's manual of each device.

TIP

Engineering work described in this instruction manual assumes the use of FieldMate R2.03.00 or later. FieldMate R2.03.00 includes the Provisioning Device Tool. It also allows parameter settings of eld instruments using infrared communications.

B1-1

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B1.1 System Engineering Flow Overview

B1-2

System

Engineer

(C)

Control System

Engineering

(CENTUM/STARDOM)

System

Engineer

System

Engineer

System

Engineer

or Startup

Engineer

System

Engineer

or Startup

Engineer

(B)

Field Wireless

Network Offline

Engineering

(Field Wireless

Configurator)

Download to YFGW710

(Field Wireless

Configurator)

Check Wireless

Network

Operation Conditions

(Field Wireless

Management Tool)

Set and Adjust

Device Parameters

(PRM)

Downloading of Process

Data Communication

Definitions

(Field Wireless

Configurator)

Person in Charge of Devices

Setting and adjusting

device parameters

Person in Charge of Devices

Device Installation

Person in Charge of Devices

Person

in Charge

of Devices

If necessary

(A)

Provisioning

(FieldMate)

(FieldMate *1)

Loop Check

User or

Startup Engineer

Operation/Monitoring

Operators

Person in Charge of Devices

Device Management

Maintenance

Staff

FB0101.ai

Figure B1-1 System Engineering Flow Overview

Figure B1-1 shows the system engineering ow overview of the eld wireless system. This system engineering is roughly classied into three tasks.

• (A) Setting and adjustment of eld wireless devices by the person in charge of the devices before the installation of them

• (B) Construction of a eld wireless network by the system engineer (or the startup engineer)

• (C) Engineering of the control system by the system engineer

*1 Applicable for FieldMate R2.03.00 or later. This concerns Yokogawa eld devices.

(Use PRM to set and adjust parameters of eld devices of other manufacturers.)

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B1-3

n Setting and adjustment of eld wireless devices before the installation

of them by the person in charge of the devices

This task refers to the setting and adjusting the required information in eld wireless devices performed by the person in charge of devices before they are installed in the eld.

As shown in Figure B1-1, tasks that need to be performed before a eld wireless device can be installed in the eld include the following.

• Provisioning

Provisioning is the loading of the required information in a device to integrate it with the eld

wireless network. This task must be performed before a device can be installed in the eld.

• Setting and adjusting device parameters

A Yokogawa eld wireless device allows the person in charge of eld devices to set and

adjust device parameters before a device is installed in the eld. This task can also be performed after the device has been installed in the eld. Use FieldMate R2.03.00 to perform this task before installing a device in the eld. For details, refer to “ISA100.11a wireless devices” in Part I of the instruction manual (IM 01R01A01-01E) supplied with FieldMate.

Provisioning is a task to set the information necessary for the eld wireless devices to join the eld wireless network. This task is necessary to prevent a third party from gaining unauthorized access to the wireless network as an imposter and tampering with data. Devices that are not provisioned or devices for which incorrect information is set cannot join the wireless network.

For the procedure, refer to B1.2 and the following sections.

n Construction of a eld wireless network by the system engineer

This task is the construction of a eld wireless network using Field Wireless Congurator by the system engineer (including the startup engineer).

The wireless network construction task includes the following tasks: eld wireless network ofine engineering, downloading to YFGW710, checking the eld wireless network operation conditions, setting and adjusting the eld wireless device parameters, and downloading the process data communication denitions. For the procedure, refer to B1.2 and the following sections.

The tasks of downloading to YFGW710, checking the eld wireless network operation conditions, and downloading the process data communication denitions are supposed to be performed by the system engineer (or the startup engineer) after the devices are delivered to the plant site of the customer. For details, refer to section B1.2.

The task of setting and adjusting the device parameters is supposed to be performed by the person in charge of the devices.

n Engineering of the control system by the system engineer

This task is the engineering of the host (control/monitoring) system by the system engineer.

For details, refer to the user's manual of each host system.

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B1.2 Basics

This section describes the procedure to construct a network by connecting one YFGW710 and one eld wireless device.

n System Example

HUB

B1-4

-IP Address 192.168.0.102

-Subnet mask 255.255.255.0

-Default Gateway 192.168.0.1

-IP Address 192.168.0.101

-Subnet mask 255.255.255.0

-Default Gateway 192.168.0.1

PC2

PC1

-Field Wireless Configurator

-Field Wireless Management Tool

Field Wireless Device

-Device Tag = DEV_001

-Device Role = IO only

Figure B1-2 Field Wireless Network System Example

Gateway

Field Wireless network

-Network ID: 100

-FieldMate with Provisioning funciton

FB0102.ai

To facilitate the understanding of the basic construction procedure of a eld wireless network, the following describes the procedure to construct a system congured as shown in Figure B1-2, which transmits process data (PV values) measured by the eld wireless device to YFGW710 at a period of 10 seconds.

The eld wireless device has a function to receive and transfer communication frames of other eld wireless devices (Routing function) and a function to send process data measured by itself (IO function).

A eld wireless device that has both functions is called a Router + IO device, and a device that has only the IO function is called an IO device. A device that has only a Routing function is called a Routing device. In this system, a eld wireless device is used as the IO device.

PC1 in Figure B1-2 has Field Wireless Congurator for setting and maintaining the eld wireless network and Field Wireless Management Tool for managing the eld wireless network and eld wireless device as well as checking the operation conditions installed.

PC2 has FieldMate that performs provisioning of the eld wireless device and FieldMate Provisioning Device Tool that works in conjunction with FieldMate installed. The setting of the eld wireless device to allow it to join the eld wireless network is performed from the PCs via an infrared adapter.

Note: FieldMate R2.03.00 or later allows you to use infrared communications to set device information. For details, refer to “I-7 Obtaining ISA100 device information” in the instruction manual (IM 01R01A01-01E) supplied with Field-

Mate.

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B1.2.1 Preparations

n Network Design

To construct a eld wireless network, the following items must be determined beforehand.

Namely, a network ID, a device tag of the eld wireless device to use, and network information for connecting YFGW710 by Ethernet.

This information is necessary for the system engineer and the person in charge of the devices to perform their tasks, and this information must be shared by both to efciently construct the eld wireless network.

l Network ID

Determine the network ID (2 to 65535) of the eld wireless network comprising YFGW710 and a eld wireless device. The network ID in the example of Figure B1-2 is 100.

l Selecting the eld wireless device to use and check the device information

Check the vendor ID, model ID, and device revision of the eld wireless device to use.

B1-5

l Device tag

A name assigned to the eld wireless device for identifying the device. Set a name that is unique on the wireless network in the same eld. The device tag in the example of Figure B1-2 is DEV_

001.

l Network parameters for Ethernet connection

Network parameters necessary to connect YFGW710 and the PCs to Ethernet. Namely, IP address, subnet mask, and default gateway. Do not use identical IP addresses on the same Ethernet.

Set the network parameters of YFGW710 and the PC1 in the example of Figure B1-2 as follows.

Table B1-1 Network Parameter Setting Example

Item YFGW710 PC1

IP Address 192.168.0.101 192.168.0.102

Subnet Mask 255.255.255.0

Default Gateway 192.168.0.1

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n Hardware Preparation

l YFGW710

l Field wireless device

l Two PCs

Provide two PCs, namely, one to install Field Wireless Congurator and Field Wireless Man-

agement Tool, and one to install Field Mate.

An Ethernet interface (100BASE-TX) is required for PC1 that is connected by Ethernet.

l HUB

n Preparation for Software

l Installing software

B1-6

Before constructing a eld wireless network, provide the following software and install them on the PCs to be used.

• PC1

Field Wireless Congurator R1.02.00 or later

Field Wireless Management Tool R1.02.00 or later

This software is included on the DVD-ROM that is supplied with YFGW710. For the installa-

tion procedure, refer to Part C, “Wireless System Setting and Management Software” of this document.

Microsoft .Net Framework 3.5 Service Pack 1 is required for Field Wireless Congurator and

Field Wireless Management Tool.

If Microsoft .NET Framework 3.5 Service Pack 1 is not installed on PC1, it will be installed

when the Field Wireless Congurator and Field Wireless Management Tool are installed. For details, refer to “C2.2.2 Installation Procedure” or “C3.2.2 Installation Procedure” in Part C.

If an old version of the Field Wireless Congurator or Field Wireless Management Tool is

installed on PC1, install this software to update it. For details, refer to “C.2.2.2 Installation Procedure” and “C3.2.2 Installation Procedure” in Part C.

If you are using the Windows Server 2008 R2 operating system, Microsoft .NET Framework

3.5 Service Pack 1 is preinstalled but must also be enabled. For details on how to check whether Service Pack 1 is enabled and how to enable it, refer to “TIP” in “C1. System Requirements of Provided Software.”

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• PC2

FieldMate R2.03.00 or later

To set and adjust device parameters in eld wireless devices before installation, install Field-

Mate R2.03.00 or later.

First, install FieldMate according to the instructions in the following user's manual.

IM01R01A04-01 FieldMate Device Adjustment and Setting Software

Simple Start Manual

IM01R01A04-01 FieldMate Device Adjustment and Setting Software

l Preparation for Capabilities File and Device DTM

Obtain Capabilities File and Device DTM of the eld wireless device that is connected to the wireless network. Capabilities File and Device DTM are provided by the eld wireless device vender. Ask the eld wireless device vendor how to obtain them. For Yokogawa eld devices, visit the following web site to download the necessary les.

< http://www.eld-wireless.com/ >

When using PRM or FieldMate, visit and check the following web site for the applicable setting tool and DeviceFiles revision.

< http://www.eld-wireless.com/ >

B1-7

- For PRM R3.05 or later, use the DeviceFiles included in the package or download the appropriate DeviceFiles from the PRM user’s site.

- For FieldMate R2.03 or later, use the DeviceFiles included in the package or download the appropriate DeviceFiles from the FieldMate user’s site.

- Use PRM R3.10 or later and FieldMate R2.04 or later for YTMX580 multi-input temperature transmitter.

B1.2.2 Field Wireless Network Ofine Engineering

The task of the eld wireless network ofine engineering is performed using Field Wireless Congurator in the following steps.

• Creating a Project Database

• Registering YFGW710

• Registering a Field Wireless Device

• Loading a Capabilities File (CF)

• User Application Engineering

B1.2.2.1 Creating a Project Database

Create a project database using Field Wireless Congurator. For details on the procedure, refer to C2, “Field Wireless Congurator” in Part C of this document.

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n Project Database Storage Folder and Folder Name

By default, project data is saved to the folder displayed in Default Folder for Project Files in the Options window of Field Wireless Congurator.

To open the [Options] window, click on [Tools] – [Options] in the menu in the Main window.

B1-8

Figure B1-3 Project Database Folder

The le name is as follows.

<Any project name>.yep

Up to 16 single-byte alphanumeric characters, hyphens, and underscores can be used for the project name.

n Backing Up Project Database

When the task of constructing the eld wireless network is completed, back up the project database.

TIP

Use the backup function to save the project. For details, refer to C2.3.3.1 Project Actions” in Part C. Do not change the project le name from Explorer or the like. For a project whose project le name was changed, operation is not guaranteed with Field Wireless Congurator.

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B1.2.2.2 Registering YFGW710

Register YFGW7010 with the project database. For details on the registration procedure, refer to C2, “Field Wireless Congurator” in Part C of this document.

After the registration, set the following YFGW710 parameters displayed on the page of the Network Information tab in the right pane of the Main window of Field Wireless Congurator.

n Network Information Field

Table B1-2 Network Information Setting

Parameter name Setting value Remark

Network ID Enter the appropriate network ID (2 to 65535).

TIP

When the network ID is changed, provisioning of the eld wireless device must be performed again.

Specify 100 for the eld wireless network in Figure B1-2.

YFGW710 runs with the network ID specied here.

B1-9

n IPv4 Settings Field

Table B1-3 Conguring IPv4 Settings

Parameter name Setting value Remark

IP Address Set the values assigned to YFGW710 by the

Subnet Mask

Default Gateway

NTP Server IP Address Specify the IP address of the NTP server. An NTP server is not commonly used, so

wireless network engineering. Specify the following for the eld wireless network in Figure B1-2. IP Address: 192.168.0.101 Subnet mask : 255.255.255.0 Default Gateway: 192.168.0.1

Field Wireless Congurator accesses YFGW710 specied here.

set the same IP address as the default gateway.

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B1-10

n Gateway Field

Table B1-4 Setting Gateway

Parameter name Setting value Remark

Device Tag Specify the device tag of the gateway. By default, the device tag is YFGW-

GWnnn. nnn is from 001 to 999, any of which is automatically assigned so that the device tag is unique in the project.

n System Manager/Security Manager Field

Table B1-5 Setting System Manager/Security Manager

Parameter name Setting value Remark

Device Tag Specify the device tag of System Manager. By default, the device tag is YFGW-

EUI-64 EUI-64 of System Manager Display only

Channels Check the channels to use. By default, all 15

channels are checked. Clear the check mark for channels that are prohibited by the radio law of the country or region where YFGW710 is used.

Topology Specify the network topology.

The following two types can be selected.

• Star (default)

• Mesh

Max Nodes 50 nodes is specied by default. Do not change it.

Max Latency 0% is specied by default. Do not change it.

Max Device Timeout 120 seconds is specied by default. Do not change it.

Advertise Period 7 seconds is specied by default. Do not change it.

Join Links Period 4 seconds is specied by default. Do not change it.

PER 15% is specied by default. When the network is a mesh topology, this

SMnnn. nnn is from 001 to 999, any of which is automatically assigned so that the device tag is unique in the project.

Channels 0 to 14 are displayed in Field Wireless Congurator. These channels correspond to channels 11 to 25 dened in IEEE 802.15.4.

For details on changing the network topology, refer to section B1.2.2.5.

is the standard for switching paths.

TIP

There is the case that notation of “EUI64” is used for device unique 64bits address (EUI-64) of both the eld wireless devices and each function of YFGW710 in display of software that is referenced “PART C C2. Field Wireless Congurator” by this chapter.

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n Channels (System Manager/Security Manager Field)

An ISA100.11a eld wireless network uses the wireless frequency band corresponding to each channel dened in IEEE 802.15.4. When there is a band whose use is prohibited by the law of the country or region where the wireless network is used, clear the check mark in front of the corresponding channel.

Table B1-6 RF Channel

ISA100.11a IEEE802.15.4 Band (MHz) ISA100.11a IEEE802.15.4 Band (MHz)

0 11 2405 8 19 2445

1 12 2410 9 20 2450

2 13 2415 10 21 2455

3 14 2420 11 22 2460

4 15 2425 12 23 2465

5 16 2430 13 24 2470

6 17 2435 14 25 2475

7 18 2440

15 (use is always

prohibited)

26 2480

B1-11

n Backbone Router Field

Table B1-7 Setting Backbone Router

Parameter name Setting value Remark

Device Tag Specify the device tag of the backbone router. By default, the device tag is YFGW-

Filter Bit Mask 0xFFFF is specied by default. Do not change it.

Filter Target ID (Subnet ID)

TIP

Filter Bit Mask and Filter Target ID

These parameters are used when constructing multiple logically independent eld wireless networks on a single eld wireless network.

However, with respect to a system consisting of currently available wireless devices, a single logical eld wireless network is constructed on a single eld wireless network like in the example of this system. Do not change the lter bit mask and lter target ID but use the default values.

TIP

YFGW710 Field Wireless Integrated Gateway consists of functions that are Gateway, System Manager/Security Manager and Backbone Router.

NetworkID = Subnet ID for YFGW710 that is used in this system.

BBRnnn. nnn is from 001 to 999, any of which is automatically assigned so that the device tag is unique in the project.

Display only

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B1-12

B1.2.2.3 Registering Field Wireless Device

Register the eld wireless device to allow it to join the wireless network. For details on the registration procedure, refer to C2, “Field Wireless Congurator” in Part C of this document.

After registering the eld wireless device, set the following related parameters.

Table B1-8 Setting Field Wireless Device Parameters

Parameter name Setting value Remark

Device Tag Enter the device tag set to the eld wireless

device by provisioning in section B1.2.3.2. Up to 16 single-byte capital alphabet letters, numbers, hyphens, and underscores can be used.

EUI-64 EUI-64 of the target eld wireless device Automatically registered during the task

Join Key Join key of the target eld wireless device

Device Role Device role of the eld wireless device For details, refer to section B1.2.2.5.

Provisioner Name Name of user who provisioned the target eld

wireless device

Provisioning Time Time at which the target eld wireless device

was provisioned. It is displayed in UTC.

When an incorrect device tag is set, “Registering a Provisioning Information File with the Project Database” and “Downloading to the Field Wireless Device” described later cannot be executed correctly.

of “B1.2.4.1 Registering a Provisioning Information with the Project Database” described later.

Automatically registered during the task of “B1.2.4.1 Registering a Provisioning Information with the Project Database” described later.

B1.2.2.4 Loading a Capabilities File (CF)

Before performing User Application Engineering in section B1.2.3.5, it is necessary to obtain a Capabilities File (CF) of the target eld wireless device and load CF during the task of registering the eld wireless device using Field Wireless Congurator.

Copy CF to the specied folder and load it using Field Wireless Congurator. For details on the procedure, refer to C2, “Field Wireless Congurator” in Part C of this document. For the copy destination, refer to section “■ CF Copy Destination Folder” described later.

n CF

CF contains information on the vendor name, model name, and revision of the eld wireless device, and built-in process data (measurement values such as ow rate, temperature, and pressure). CF is provided by the device vendor.

TIP

Do not change the content of CF with a text editor or the like. If it is changed, “User Application Engineering” in section B1.2.2.5 cannot be performed correctly.

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n CF File Naming Rule

The CF le name is determined by the following rule.

<Vendor ID>\<Model ID>\<Device Revision><DD Revision><CF Revision>.cff

Yokogawa vender ID: 00594543

EJX model ID: 000C

YTA model ID: 0005

n CF Copy Destination Folder

Obtain CF from the device vendor and copy it to the following folder. The folder is shown at [Default Folder for CF/DD Files] of [File Options] in the Option window. To open the [Options] window, click [Tools] – [Options] in the Main window. Default setting is

“C: \Yokogawa\FieldWireless\FieldWirelessCongurator\CFDD”.

For details, refer to C2, Field Wireless Congurator in Part C of this document.

B1-13

Figure B1-4 CF Copy Destination Folder

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B1.2.2.5 User Application Engineering

User Application Engineering consists of the following three tasks.

• Dening device role

• Dening process data communication (setting which data of the eld wireless device is notied to which device (YFGW710) and at which period)

• Dening Modbus Register map

Loading CF using Field Wireless Congurator displays the attribute information on the eld wireless device and enables working on the above three denitions.

n Dening Device Role

A device role refers to the functional role of the eld wireless device (IO and routing functions). Field Wireless Congurator displays all the device roles supported by the target eld wireless device. Select the appropriate one from the IO and routing functions according to your needs. You can select more than one role. In window setting Device Role, the IO function is shown as “IO”, and the routing function is shown as “Router”.

A eld wireless device that joins the eld wireless network works with the selected function.

Field Wireless Management Tool allows you to conrm the function with which the eld wireless device works.

B1-14

Changing the device role of an operating eld wireless device causes it to restart when settings are downloaded. For details, refer to section B1.3.2.1 of this document.

l Notes when the network is star topology

When the network is selected as the star topology in section B1.2.2.2, only the eld wireless device for which the IO function (alone or IO + routing function) is selected for the device role joins the eld wireless network. Only the IO function of all the joining eld devices is enabled.

A eld wireless device for which the IO function is not selected (only the routing function is selected) is not able to join the eld wireless network.

l Notes when the network is mesh topology

When the network is selected as the mesh topology in section B1.2.2.2, the maximum number of eld wireless devices you can set the routing function for the device role is 10.

When setting the routing function for 11 or more eld wireless devices, communication with an unspecied number of eld wireless devices connected to the eld wireless network in question may not be performed normally. Such a condition may cause process alarms such as IOP or a system alarm indicating the eld wireless device is no longer joined with Yokogawa's control system.

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n Dening Process Data Communication

Dene the transfer period and transfer destination (YFGW710 for this system) for each piece of data of the eld wireless device.

Table B1-9 Setting Parameters for Dening Process Data Communication

Parameter name Setting value Remark

Sampling Parameters Specify the eld wireless device data to notify

to YFGW710. By default, the process data of the eld wireless device is specied.

Update Policy Change is not necessary.

Periodic and Change of State can be set. Always specify Periodic.

Publication Period Change the period if necessary.

The range is from 1 to 60 seconds. 5 seconds by default.

Stale Limit Time Change the time if necessary.

The range is from 10 to 255 seconds. 50 seconds by default. Set a value that is larger than the publication period.

Destination for data The device tag of the communication destina-

tion is set.

The following three types can be set to Sampling Parameters. Unless all parameters are set, the eld wireless device will not transmit any data. PV PV_B DAIG_STATUS

Change of State is a method to notify only when data is changed. Periodic is a method to notify of data at a period specied in Publication Period. Always specify Periodic for this system.

When 0 second is specied, no data is notied from the eld wireless device.

When this specied time is exceeded and data cannot be received from the eld wireless device, YFGW710 considers that a communication error has occurred.

Always point to YFGW710. Change is not necessary.

B1-15

l Publication Period and Stale Limit Time

• Publication Period

A publication period refers to a period at which the process data is notied to YFGW710

from the eld wireless device.

Determine the publication period considering battery power consumption (which varies

depending on the publication period) or other factors.

• Stale Limit Time

The check process of wireless communication, the operating environment of the system,

deterioration of wireless quality, and communication path error and restoration may cause data loss, retransmission of the same data, or variations in the data update time.

When the state of not-updated-data or lost-data continues for the period specied in Stale

Limit Time, YFGW710 considers that an error has occurred and noties the control system of an error.

Be sure to set a value that is larger than the publication period. It is recommended to set a value 10 times as large as the publication period. However, determine the value considering the fact that the time from when the state of data-not-updated or data-lost occurs until the determination of an error varies depending on the system environment and user application.

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n Dening Modbus Register Map

When communicating with the control system using Modbus communication, this task needs to be performed.

For details on the procedure to assign to the Modbus Register map, refer to C2, “Field Wireless Congurator” in Part C of this document.

Only assignment to Input Register is possible for this system. Assignment to Holding Register is not possible.

TIP

It is only possible to assign the PV value of the device and DIAG_STATUS indicating the diagnostic result of the device to Input Register.

B1.2.3 Work before Installing Field Wireless Device

This section describes the following tasks that need to be performed for the device and YFGW710 before the eld wireless devices are installed in the eld at the plant.

• Task of Setting YFGW710

• Task of Provisioning a Field Wireless Device

• Setting and adjusting eld wireless device parameters (this can be performed after installation)

B1-16

B1.2.3.1 Task of Setting YFGW710

Before installing YFGW710, the task of setting YFGW710 for connecting by Ethernet is necessary. By factory default, the following values are set to YFGW710.

Table B1-10 YFGW710 Network Parameter Factory Default Values

Item Default value

IP Address 192.168.0.101

Subnet Mask 255.255.255.0

Default Gateway 192.168.0.1

When changing the YFGW710 network parameter, connect the PC on which Field Wireless Congurator is installed and YFGW710, and follow the instructions described below.

Ensure the IP address of the PC is an IP address other than the factory default IP address of YFGW710 (namely, an IP address other than 192.168.0.101).

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n Procedure to Set YFGW710 Network Parameters

1. Connect the PC on which Field Wireless Congurator is installed to YFGW710 for which to set the network parameters on a peer-to-peer basis.

2. To check the routing of the PC and YFGW710, access the current YFGW710 (192.168.0.101 by factory default) from the PC using the ping command. If the ping command does not work normally, a routing error occurs or there is a problem with the network settings of the PC. Check the routing and the network settings of the PC.

3. Create a project using Field Wireless Congurator. This project is only used to change the YFGW710 network parameters.

4. Set the values to change for IP Address, Subnet Mask, and Default Gateway in the [IPv4 Settings] eld on the page of the [Network Information] tab in the Main window of Field Wireless Congurator. The other values do not need not to be changed. For the actual procedure, refer to C2 of Part C of this document.

5. To set new YFGW710 network parameters, click on [Tools] – [Download] in the menu in the Main window of Field Wireless Congurator to open the [Download Project Data] window.

6. Set the IP address before the change (192.168.0.101 for this example) for IP Address in the [Connection Information] eld in the [Download Project Data] window and click the [Start download] button. After the download starts, YFGW710 will automatically restart during the download. It will take a maximum of 2 minutes for YFGW710 to automatically restart and then enter the running normally state.

B1-17

7. When YFGW710 restarts, check that the new YFGW710 network parameters are set to the target YFGW710 using the ping command from the PC. If the ping command response is not normal, there is a problem with the network settings of the PC. In particular, when the IP address was changed to a different segment (for example, when the IP address of YFGW710 was changed from 192.168.0.101 to 10.0.1.1), the network settings of the PC need to be set again so that access to the new segment becomes possible.

TIP

Ensure that the IP addresses of all the machines (YFGW710 and PCs) connected by Ethernet are unique.

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B1.2.3.2 Task of Provisioning a Field Wireless Device

The task of provisioning a eld wireless device is performed using a PC on which FieldMate and FieldMate Provisioning Device Tool are installed. The setting is performed for each eld wireless device using an infrared adapter.

n Provisioning Task Work Flow

The provisioning task must be performed to allow a eld wireless device to join the eld wireless network.

Figure B1-5 shows the provisioning work ow overview.

System Engineer

-Network ID = 100

-Device Tag = DEV_001

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Field Wireless Configurator

Project Database

Gateway

Join

-EUI-64 = yyyy:yyyy:yyyy:yyyy

-Device Tag = DEV_001 and so on

S1. Input

S2. Load

S3. Download to Gateway

-Device Tag = DEV_001

-Join Key = “11223344...”

-EUI-64 = yyyy:yyyy:yyyy:yyyy

Provisioning Information file

Network ID = 100 Device Tag = FIC100

Network ID = 100

Join Key = “$D&#Y”

Device Tag = DEV_001

EUI_64 = zzzz:zzzz:zzzz:zzzz

Join Key = “11223344 ...” EUI-64 = yyyy:yyyy:yyyy:yyyy

Device Installation

M2. Save

M1. Setting

Person in charge of devices

-Network ID = 100

-Device Tag = DEV_001

M1. Input

FieldMate (Provisioning Device)

-Network ID = 100

-Join Key = “11223344...”

-Device Tag = DEV_001 and so on

Device (EUI-64 : yyyy:yyyy:yyyy:yyyy)

Figure B1-5 Provisioning Work Flow Overview

The person in charge of the devices performs the provisioning task (Figure B1-5, M1) and the provisioning information le creation task (Figure B1-5, M2).

FB0105.ai

The system engineer creates a project database using Field Wireless Congurator. (Figure B1-5, S1. For details, refer to section B1.2.2.)

Next, the provisioning information le created by the person in charge of the devices is registered with the project database. (Figure B1-5, S2. For details, refer to section B1.2.4. and the following sections.)

After the registration, the project data is downloaded to YFGW710. (Figure B1-5, S3. For details, refer to section B1.2.4.)

When the above tasks are completed, the eld wireless device is able to join the eld wireless network and communicate with YFGW710.

To add a new eld wireless device or replace one, the same procedure must be performed.

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n Setting Provisioning Information

The setting of the device tag and network ID is performed using a provisioning function in FieldMate.

The device tag, network ID, and join key are set to the eld wireless device. However, the join key does not need to be entered because it is automatically generated by FieldMate.

l Setting Device Tag

A device tag is used for the user to identify the eld wireless device.

Set “DEV_001” for the example of Figure B1-2.

l Setting Network ID

A network ID is used for the eld wireless device to join the eld wireless network.

Set a decimal value from 2 to 65535.

A eld wireless device is able to join the eld wireless network that matches the network ID set by the provisioning task.

Set “100” for the example of Figure B1-2.

B1-19

n Creating a Provisioning Information File

A provisioning information le includes the following information that was set to the eld wireless device by provisioning.

• Network ID

• Device Tag

• EUI-64

• Join Key

• Provisioner (Name of user who performed provisioning operation)

• Date (time of day at which provisioning was performed)

Keep this provisioning information le, which will be used to write data from Field Wireless Congurator (described later) to YFGW710.

l Storing a Provisioning Information File

If a provisioning information le is lost, the same le as the lost provisioning information le cannot be restored. The provisioning task must be performed again to create the le.

Keep provisioning information le carefully so as not to lose it.

l Creating Multiple Provisioning Information Files

Provisioning information on multiple eld wireless devices can be recorded in a single provisioning information le. Furthermore, provisioning information les can be created for multiple devices.

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B1.2.3.3 Adjusting and Setting Field Wireless Device Parameters

Use FieldMate to adjust and set parameters before installing a eld wireless device.

For details, refer to “ISA100.11a wireless devices” in Part I of the instruction manual (IM 01R01A01-01E) supplied with FieldMate.

Use FieldMate R2.03.00 or later to do this work.

Note that this work need not be done before installing a device in the eld. Use PRM via YFGW710 to adjust and set parameters of eld wireless devices after installation. For details, refer to Chapter B1.2.6.

B1.2.4 Downloading to YFGW710

Download to YFGW710 the project database information created by the eld wireless network ofine engineering described in section B1.2.2.

The tasks in B1.2.4 and the following subjections are supposed to be performed by the system engineer (or the startup engineer) after the wireless devices are delivered to the plant site of the customer.

When downloading to YFGW710 is completed, the eld wireless device whose provisioning task is completed is able to join the eld wireless network.

The following tasks need to be performed.

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• Registering Provisioning Information with the Project Database

• Downloading to YFGW710

B1.2.4.1 Registering Provisioning Information with the Project

Database

This is a task to obtain the provisioning information from the provisioning information le created in the procedure in section B1.2.3.2 and register it with the project database of Field Wireless Congurator.

For details on the procedure to register the provisioning information, refer to C2, “Field Wireless Congurator” in Part C of this document.

Note that this task must be performed before downloading to YFGW710.

The provisioning information (EUI-64 and Join Key) is shared by the eld wireless device and YFGW710.

The provisioning information is shared by the eld wireless device and YFGW710 by obtaining the provisioning information from the provisioning information le, registering it with the project database, and then writing it to YFGW710.

l Registration Information

The following information of the provisioning information le data is registered with the project database.

• EUI-64

• Join Key

• Provisioner: Name of user who performed provisioning using FieldMate

• Date: Time of day at which provisioning was performed using FieldMate

TIP

The above information that was registered cannot be changed from Field Wireless Congurator.

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l Registration Conditions

The provisioning information of the eld wireless device that matches the target network ID in the provisioning information le is registered with the project database.

When a device tag is already registered with the project database, the information described in the registration information is registered and updates the existing information. When a device tag is not registered with the project database, the information described in the registration information and the device tag are newly registered with the project database.

TIP

The task of registering the provisioning information from the provisioning information le with the project database performs association using the device tag. When the device tag in the provisioning information le and the device tag in the project database are not identical, this registration task does not replace the device tag in the project database with the device tag in the provisioning information le.

In such a case, change the device tag in the project database and perform the registration task again.

l Conrmation Dialog Box

When registering the provisioning information using Field Wireless Congurator, the Device Provisioning window (conrmation dialog box) appears.

B1-21

Figure B1-6 Conrmation Diaglog Box

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The conrmation dialog box appears when you perform the following procedure: open the page of the Devices tab while the network information is being displayed in the right pane in the Main window of Field Wireless Congurator, click the Load Devices List button in the toolbar, and then select and open the provisioning information le to read.

The following explanation uses “DEV_001”, “DEV_002”, and “DEV_003 *” in Figure B1-6 as an example.

In the [Newer Devices] eld on the right of the conrmation dialog box, device tags are displayed, whose provisioning information in the provisioning information le is to be registered with the project database.

A device tag marked with an asterisk “*” (e.g. DEV_003*) indicates that the device tag exists in the provisioning information le, but the device tag in question does not exist in the project database.

In such a case, clicking the [OK] button, while the check box on the left of the device tag is checked, registers the device tag and the provisioning information with the project database.

A device tag without an asterisk “*” (e.g. DEV_001) indicates that the device tag in question exists in the provisioning information le and the project database, and clicking the [OK] button, while the check box on the left of the device tag is checked, updates the provisioning information in the project database.

The [Older Devices] eld on the left of the Conrmation Dialog window indicates that the device tag in question exists in the provisioning information le and the project database (e.g. DEV_

002).

B1-22

A device displayed in the [Older Devices] eld indicates that the same provisioning information is already registered with the project database, or older provisioning information is about to be registered. Even clicking the [OK] button, while the device tag check box is not checked, does not update the provisioning information in the project database. Clicking the [OK] button, while the device tag check box is checked, updates the provisioning information in the project database.

The lower pane may show the device tag name and the message “Different Device Tag” (example: DEV_004). In this case, no provisioning information for the device tag has been imported. This means that the device tag in the project database differs from the device tag in the provisioning information le although they have the same EUI-64 address. For example, this message appears when a device tag is changed by reprovisioning without changing the device tag for the device in the project database. If this happens, either change the device tag for the device in the project database or correct provisioning in the device so that the device tag in the project database for the device matches the device tag in provisioning information le.

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l How to Specify Provisioning Information Files

Multiple provisioning information les can be registered with the project database at the same time. Copy all the provisioning information les to a particular folder and specify all the les.

If there is a provisioning information le that is not specied, specify that provisioning information le and register it again. At this point, there is no problem specifying provisioning information les that is already registered at the same time. The information in the provisioning information le that is already registered is displayed in [Older Devices] in the conrmation dialog box.

If the provisioning information on the same device coexists in the specied multiple provisioning information les, the latest information is automatically selected and the device tag of the selected device is displayed in the conrmation dialog box in Figure B1-6.

For example, when provisioning of the same device is performed from different provisioning devices, multiple provisioning information les are created. When all these provisioning information les are specied, Field Wireless Congurator selects the latest information from the specied provisioning information les and displays it in the conrmation dialog box.

IMPORTANT

[Note on the time of day of a PC on which the provisioning device runs]

On the PC that operates FieldMate Provisioning Device Tool, when the provisioning device performs provisioning of the eld wireless device, it also saves the time of day (UTC) in the provisioning information le. Field Wireless Congurator selects the latest information based on that time of day. Accordingly, set the time of day of a PC, on which the provisioning device runs, to the local time in a region where the PC is used and that is set on the PC.

B1-23

l Keeping Provisioning Information File after Registration

After registering the provisioning information from the provisioning information le with the project database, keep the provisioning information le carefully.

IMPORTANT

[Provisioning information registration error]

When a single provisioning information le includes information on a eld wireless device that has duplicate EUI-64, the provisioning information cannot be obtained (there is no change to the project database).

When multiple provisioning information les are specied and even one of them includes duplicate EUI-64, the provisioning information cannot be obtained (there is no change to the project database).

FieldMate Provisioning Device Tool is not able to create information on a eld wireless device that includes duplicate EUI-64 in a single provisioning information le.

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B1.2.4.2 Downloading to YFGW710

To write the provisioning information to YFGW710, click on [Tools] – [Download] in the menu in the Main window of Field Wireless Congurator to display the [Download Project Data] window.

Figure B1-7 Download Project Data Dialog Box

The check boxes for the information to be downloaded are automatically checked in the [Data to Download] eld on the left in the [Download Project Data] window.

When performing a download for the rst time after creating a project database, the check boxes for all the items are checked. Clear the check mark from [Devices] and click the [Start download] button. Downloading to the YFGW710 specied in [IP Address] in the [Connection Information] eld is performed. Note that YFGW710 automatically restarts once during the download to YFGW710.

B1-24

For details on the procedure, refer to C2, “Field Wireless Congurator” in Part C of this document.

l When the Start download button is clicked while the Devices check box is

checked:

When the download to YFGW710 is completed and YFGW710 automatically restarts, the download to the eld wireless devices whose check boxes are checked is performed.

However, since YFGW710 automatically restarts, the eld wireless devices are disconnected once from the eld wireless network. After YFGW710 automatically restarts, the eld wireless devices join the eld wireless network one after another.

Field Wireless Congurator waits for a maximum of three minutes until the eld wireless devices, to which the download is performed, join the eld wireless network. The download is not performed to eld wireless devices that did not join the eld wireless network within three minutes.

The check boxes for the eld wireless devices to which the download was not performed are checked. In such a case, refer to section B1.2.7, “■ Countermeasures against Download Error” and take the appropriate countermeasure.

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n How to Change IP Address of YFGW710

To change the IP address of YFGW710 that is already connected by Ethernet, do it from Field Wireless Congurator. The following describes the procedure.

There are two YFGW710 IP address input elds for Field Wireless Congurator.

One is IP Address displayed in the [Download Project Data] window (Figure B1-7).

The other is IP Address in the [IPv4 Settings] eld on the page of the [Network Information] tab (Figure B1-8).

B1-25

FB0108.ai

Figure B1-8 IP Address Setting Window

When the YFGW710 download is performed, processing is performed in the following order and YFGW710 starts with a new IP address, and nish the procedure of change IP address.

l IP Address displayed in the Download Project Data window

Field Wireless Congurator downloads the project database to YFGW710 with an IP address that was entered in the [Download Project Data] window.

l IP Address in the IPv4 Settings eld on the page of the Network Information

tab

When the download to YFGW710 is completed, YFGW710 restarts with an IP address that was entered here.

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n Auto Checking

When changes are made to the project database, the checkboxes for the information, to which a change was made and which therefore needs to be downloaded, are automatically checked in the Download Project Data window. Write the information to YFGW710 without clearing the check marks.

Table B1-11 Auto Checking

B1-26

(refer to Figure B1-7)

IPv4 Settings (requires restart)

Gateway (requires restart)

System Manger (requires restart)

Device Provisioning (Security Manager)

Backbone Router (requires restart)

Modbus Register Map and Pub/Sub communication

Devices (1) When changing the IP address in [IPv4

Item

(1) When changing the [IPv4 Settings] infor-

mation under the [Network Information] tab

(1) When changing the Network ID (2) When changing the Gateway information

under the [Network Information] tab

(1) When changing the Network ID (2) When changing the [System Manager/

Security Manager] information under the [Network Information] tab

(1) When changing the device tag (2) When EUI-64 and join key of the device in

question are changed as a result of registering the provisioning information from the provisioning information le

(3) When changing the device role

(1) When changing the Network ID (2) When changing the [Backbone Router]

information under the [Network Information] tab

(1) When performing Load CF/DD (2) When changing the information in [Sam-

pling data] in the Edit Device window

(3) When changing the Modbus Register map

Settings] under the [Network Information]

tab (2) When performing Load CF/DD (3) When changing the information in [Sam-

pling data] in the [Edit Device] window (4) When the device role is changed

Description of change Remark

YFGW710 automatically restarts during the download. When the IP address of YFGW710 is changed, the download to all the devices is performed automatically. Refer to Devices.

When adding or deleting a device, or changing the device tag and device role, or updating the provisioning information, this information needs to be downloaded. However, YFGW710 does not restart automatically during the download. Online operation is possible.

YFGW710 automatically restarts during the download.

YFGW710 does not restart automatically during the download. Online operation is possible. However, communication between the device to be changed and YFGW710 is stopped temporarily.

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B1-27

B1.2.5 Task of Checking Field Wireless Network Operation

Conditions

When the download to YFGW710 from Field Wireless Congurator is completed, eld wireless devices whose provisioning is completed automatically join the eld wireless network.

When the eld wireless devices have joined the eld wireless network, parameters of the devices that have joined the eld wireless network can be set and adjusted from PRM via YFGW710 using client/server communication.

The following describes the procedure to check whether or not the eld wireless devices have joined the eld wireless network and whether or not client/server communication between YFGW710 and the eld wireless devices is possible.

B1.2.5.1 Checking Join Status of Field Wireless Devices to Field

Wireless Network

Click on [View] – [Devices] in the menu in the Main window of Field Wireless Management Tool to open the page of the [Devices] tab.

When the target eld wireless device has joined the eld wireless network, information such as a device tag and EUI-64 is displayed on the page of the [Devices] tab.

For details on the operating procedure, refer to C3, “Field Wireless Management Tool” in Part C of this document.

n Checking Device Tag

Check whether or not the device tag displayed on the page of the [Devices] tab is correct.

l Vendor ID and Model ID displayed on the page of the Devices tab

Vendor ID and Model ID are of the vendor of the communication stack that is implemented in the eld wireless device.

l Time required for the eld wireless device information to be displayed on the

page of the Devices tab

It may take a maximum of 30 minutes from when the target eld wireless device has joined the eld wireless network until the device information is displayed in Field Wireless Management Tool.

n Checking Device Status

Check that Devices Status of the device in question displayed on the page of the [Devices] tab is “FULL_JOIN”.

l Status displayed in Devices Status

The status displayed in Device Status is “FULL_JOIN” only. The status indicates that the device has joined the eld wireless network normally.

n Checking Device Role

Check that the device role of the target eld wireless device is identical to the device role specied in Field Wireless Congurator. Note that when the network is star topology, the device may run with a device role different from the device role set in Field Wireless Congurator. For details, refer to section B1.2.2.5.

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B1-28

B1.2.5.2 Checking Client/Server Communication between YFGW710

and Field Wireless Device

When the eld wireless device has joined the eld wireless network, communication between YFGW710 and the eld wireless device is possible.

n Checking Client/Server Communication

When Field Wireless Management Tool refers to the eld wireless device parameters and the data can be referred to correctly, client/server communication is possible.

For details on the operating procedure, refer to C3, “Field Wireless Management Tool” in Part C of this document.

The following describes the procedure to specify the IDENT_NUMBER information of the eld wireless device to access. For details on the eld wireless device parameters and addresses (TSAP ID, Object ID, and Attribute ID), refer to the user's manual of the device. Set “2” for TSAP ID for EJX and YTA.

Figure B1-9 Read Object Attribute

n Referring to IDENT_NUMBER

All the devices that support ISA100.11a eld wireless communication support IDENT_NUMBER. (The implementation position of IDENT_NUMBER is TSAP ID=2, Object ID=1, and Attribute ID=64.) IDENT_NUMBER includes the following information.

Table B1-12 IDENT_NUMBER

Parameter name Type Meaning

Vendor ID U32 Means the device vendor.

Model ID U16 Means the device model.

Device Revision U16 Means the device revision of the device.

00594543 for Yokogawa

000C for EJX

0001 (as of August 2010) or later for EJX

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B1-29

B1.2.6 Task of Setting and Adjusting Field Wireless Device

Parameters

The task of setting and adjusting the parameters of the eld wireless device that has joined the eld wireless network is performed from PRM via YFGW710.

For details on the procedure, refer to the user's manuals of PRM.

Note that this task can also be performed after the Task of Downloading the Process Data Communication Denitions described later.

*1: User's Manuals of PRM IM 33Y05Q10-11EN Plant Resource Manager Reference IM 33Y05Q10-11EN Plant Resource Manager Installation Manual

IMPORTANT

When Yokogawa's host system is running, set and adjust the parameters of the eld wireless device from PRM.

When Yokogawa’s host system is not running, or when a non-Yokogawa host system is connected, the parameters can be set and adjusted using FieldMate.

B1.2.7 Task of Downloading the Process Data

Communication Denitions

Download the process data communication denitions described in section B1.2.2.5 to the eld wireless device. For details on the registration procedure, refer to C2, “Field Wireless Congurator” in Part C of this document.

Note that this task can also be performed before the Task of Setting and Adjusting Field Wireless Device Parameters in B1.2.6.

n Downloading the Process Data Communication Denitions

When downloading the process data communication denitions to the eld wireless device, the process data communication between the device and YFGW710 starts according to the information specied in Table B1-9.

During the time from when the download is completed until the process data communication starts, IOP is displayed for the target device in HMI of Yokogawa's host system.

n Countermeasures against Download Error

When a download error occurs while the process data communication denitions are being downloaded to the device, one of the following is likely to be the cause.

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l Device tags do not match

When downloading the process data communication denitions to the device from Field Wireless Congurator and the device tag registered with the project database and the device tag set to the device by provisioning do not match, the following message appears and the download is stopped.

<Device tag 1> Device Tag is not correct! <Device tag 2> is assigned

Device tag 1: Device tag registered with the project data base

Device tag 2: Device tag actually set to the device

In this case, either change the device tag in the project database, or perform the provisioning task again and set the device tag to the eld wireless device again. Note that when provisioning is performed again, the provisioning information needs to be registered with the project database and written to YFGW710 again.

l CFs do not match

When the CF used by the eld wireless network ofine engineering does not match the CF of the target device, a download error occurs.

Check whether or not the CF used is correct using the following procedure.

• In the [Download Project Data] window shown in Figure B1-7, place a check in the checkbox for [Verify vendor and model before downloading device].

B1-30

• Performing download

When a check is placed in the checkbox for [Verify vendor and model before downloading device], Field Wireless Congurator obtains the vendor ID and model ID in IDENT_NUMBER of the device and compares them with the vendor ID and model ID in CF before downloading the process data communication denitions. When the vendor IDs and model IDs do not match, the following message appears and the download is stopped.

<Device tag> IDENT_NUMBER is not correct! VendorID=0x00594543, ModelID=0x000C, DeviceRev=1

Device tag: Device tag registered with the project database

Vendor ID: Device vendor (0x00594543 for Yokogawa)

Model ID: Device model (0x000C for EJX)

In this case, inform the device vendor about the vendor ID, model ID, and device revision, and obtain CF that matches the device information. After obtaining CF, replace the existing CF with a new CF using Field Wireless Congurator, and dene the process data communication again. Dene the Modbus Register map again if necessary.

l For the case that you nd the following message when the timeout occurs

after starting the download without a marking “Verify vendor and model before downloading to device” checkbox in the [Download Project Data] window:

DEV001 download failed due to EUI64 write ObjectAttributeIndexAndSize Array congured NG due to timeout!! (Ex. Device TAG: DEV001)

When the above message appears during the download, wait for three minutes, and then perform the download to the target device again using Field Wireless Congurator.

l For the case that you nd the following message when the timeout occurs

after starting the download with a marking “Verify vendor and model before downloading to device” checkbox in the [Download Project Data] window, depending on the timing of the downloading of Field Wireless Congurator or the timing of the device provisioning to the wireless network:

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DEV001 download failed due to EUI64 read IDENT_NUMBER congured NG due to timeout!!

DEV001 download failed due to EUI64 read IDENT_NUMBER congured NG due to App(-33)server inaccessible for unbuffered request!!

When the above message appears during the download, wait for three minutes, and then perform the download to the target device again using Field Wireless Congurator.

l Other than the above

When the above countermeasures do not remove the error, consult with the responsible department of Yokogawa.

n Checking Process Data Communication

It is possible to check from the page of the [Readings] tab of Field Wireless Management Tool whether or not the process data communication is being performed.

The last process data that YFGW710 has received from the eld wireless device and the time of day are displayed on the page of the [Readings] tab.

Press the [Search] button. If the timestamp is updated, this means that data is transferred correctly from the eld wireless device to YFGW710.

B1-31

For details on the operating procedure, refer to C3, Field Wireless Management Tool in Part C of this document.

l Parameters displayed on the page of the Readings tab

The parameters about process data communication are dened in the [Sampling Parameters] eld and the parameters are displayed on the page of the [Readings] tab.

When no parameter is set in the Sampling Parameters eld, no parameter is displayed on the page of the Readings tab.

l Data Status List

When data with data status is assigned to the [Sampling Parameters] eld, the data status is also displayed on the page of the [Readings] tab.

The following shows a Data Status List.

Table B1-13 Data Status

Quality Substatus

Non-specic 0 0x00 0x01 0x02 0x03

Conguration Error 1 0x04 0x05 0x06 0x07

Bad 0

Uncertain 1

Good 2 Non-specic 0 0x80 0x81 0x82 0x83

Device Failure 3 0x0C 0x0D 0x0E 0x0F

Sensor Failure 4 0x10 0x11 0x12 0x13

Out of Service 7 0x1C 0x1D 0x1E 0x1B

Non -specic 0 0x40 0x41 0x42 0x43

Sensor Conversion not Accurate

Not Limited Low Limited High Limited Constant

4 0x50 0x51 0x52 0x53

Code

The data status of good (0x80-0x83) means that the function block (e.g. AI) works correctly.

The status of bad or uncertain means that the device does not work normally.

▪ When the status is bad/out of service, the block in question is in the O/S mode. Change the

mode of the block in question to AUTO from PRM.

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▪ The status of bad/conguration error means that the adjustment and settings of the device

have not been performed correctly. Adjust and set the device again using PRM.

▪ The status of bad/device failure and bad/sensor failure means that the device has a failure.

Contact the device vendor.

▪ When the status is bad/non-specic or uncertain, either refer to the user's manual of the

device, or contact the device vendor.

l Time required for the value to displayed on the page of the Readings tab

Immediately after the download to YFGW710 or the eld wireless device has been performed, or immediately after the device has joined the eld wireless network, it may take a maximum of 15 minutes until process data communication between the device and YFGW710 starts.

B1.2.8 Engineering of Control System

The eld wireless network and a control system can be connected, and the control system is able to access the process data of the eld wireless device.

Refer to the engineering manual of each control system.

n Exporting a Modbus Register Map

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When a Modbus Register map is assigned using Field Wireless Congurator, the map can be exported to a CSV le and used for system engineering. For details on the export procedure, refer to Part C C2 “Field Wireless Conguratior” of this document.

An export le includes the following information.

▪ Format Rev: Fixed to 1

▪ Project Name: Project name

▪ IPv4: IP address of YFGW710

▪ Device Tag: Device tag

▪ TSAP ID: Area information in the eld wireless device where the parameters set in the Mod-

bus Register map are located. Fixed to 0xF0B2

▪ Object Name: Name of the object (block) where the target parameter is located

▪ Object ID: ID of the object (block) where the target parameter is located. Refer to the user's

manual of the eld wireless device that uses the ID of the target block.

▪ Parameter Name: Target parameter name

▪ Attribute ID: ID of the target parameter. Refer to the user's manual of the eld wireless de-

vice that uses the ID of the target parameter.

▪ Attr ID: Fixed to 0

▪ Data Type: Number indicating the data type of the target parameter

Table B1-14 Data Type

Data Type No. Size Example

Unsigned32 0x07 4 Bytes DIAG_STATUS

Process control value and status of analog 0x41 5 Bytes PV

Process control value and status for binary 0x42 2 Bytes PV_B

▪ Start Input Register Number: Register number assigned to the target parameter. The range

is from 0 to 65535.

▪ Input Register Size: Size assigned to the target parameter (in word)

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B1.3 Applications

This section describes the procedures of the following tasks based on Basics described in section B1.2.

▪ Field Wireless Device Maintenance Task

▪ Network Construction Task

▪ System Expansion Task

B1.3.1 Field Wireless Device Maintenance Task

The following describes the following tasks of the YFGW710 and eld wireless device maintenance task.

▪ Task of Replacing a Field Wireless Device

▪ Task of Replacing YFGW710

▪ Device Patrol Using PRM

B1.3.1.1 Task of Replacing a Field Wireless Device

B1-33

n Replacing with a device with the same vendor ID, the same model ID,

and the same device revision

Replace the device following the steps below.

1. Task of provisioning a new eld wireless device (in section B1.2.3.2 of this document)

2. Installing the eld wireless device at the plant site

3. Task of downloading to YFGW710 (in section B1.2.4 of this document)

4. Task of checking the eld wireless network operation conditions (in section B1.2.5)

5. Task of adjusting and setting the parameters of the eld wireless device (in section B1.2.6)

6. Task of downloading the process data communication denitions (in section B1.2.7 of this document)

TIP

This task does not affect the process data communication of other eld wireless devices working on the wireless network and the communication with the control system. Accordingly, the status of the process data of other eld wireless devices does not become bad or IOP in HMI of Yokogawa's control system.

n Replacing with a device with the same vendor ID, the same model ID,

and a different device revision

It is necessary to check beforehand with the device vendor whether CF of the existing eld wireless device to be changed can be used for the new eld wireless device.

l When CF can be used for the new device:

Perform the procedure described in the task of replacing with a device with the same vendor ID, the same model ID, and the same device revision.

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l When CF cannot be used:

Replace CF with one that can be used for a new device and perform engineering again.

Replace with a new device following the steps below.

1. Loading CF that can be used for a new device (in section B1.2.2.4 of this document)

2. User application engineering (in section B1.2.2.5 of this document)

3. Task of provisioning a eld wireless device (in section B1.2.3.2 of this document)

4. Installing a eld wireless device at the plant site

5. Task of downloading to YFGW710 (in section B1.2.4 of this document)

6. Task of checking the eld wireless network operation conditions (in section B1.2.5 of this document)

7. Task of adjusting and setting the eld wireless device parameters (in section B1.2.6)

8. Task of downloading the process data communication denitions (in section B1.2.7 of this document)

9. Engineering of control system (in section B1.2.8 of this document)

When the task of loading CF is performed, user application engineering (denition of the device role, denition of the process data communication, and denition of the Modbus Register map, if necessary) must be performed again.

B1-34

Performing engineering of the Modbus Register map again will also affect the engineering of the control system. Perform engineering again in accordance with the instructions of the user's manual of the control system.

TIP

This task does not affect the process data communication of other eld wireless devices and the communication with the control system. Namely, the process data of other eld wireless devices does not become bad or IOP in HMI of Yokogawa's control system.

n When replacing with a device with the same vendor ID and a different

model ID

Perform the procedure described in the preceding section, “When CF cannot be used” of “Replacing with a device with the same vendor ID, the same model ID, and a different device revision.”

n When replacing with a device with a different vendor ID

Perform the procedure described in the preceding section, “When CF cannot be used” of “Replacing with a device with the same vendor ID, the same model ID, and a different device revision.”

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B1.3.1.2 Task of Replacing YFGW710

Replace YFGW710 following the steps below.

1. Task of setting YFGW710 (in section B1.2.3.1 of this document)

2. Installing YFGW710 at the plant site

3. Task of downloading to YFGW710 (in section B1.2.4.2 of this document)

4. Task of checking the eld wireless network operation conditions (in section B1.2.5 of this document)

5. Checking process data communication (in section B1.2.7 of this document)

l Notes

▪ When downloading to YFGW710, the task of “Registering Provisioning Information with the

Project Database” in section B1.2.4.1 of this document does not need to be performed.

▪ Ensure that the power supply of the existing YFGW710 to be replaced is turned off before

performing the replacement task. If the existing YFGW710 to be replaced is running, radio signals of the new YFGW710 and the existing YFGW710 to be replaced interfere with each other and the replacement task cannot be performed correctly.

▪ When downloading to the new YFGW710 is completed, YFGW710 restarts. It may take

about 30 minutes until all the eld wireless devices have joined the eld wireless network.

B1-35

▪ Since a eld wireless device that has joined the eld wireless network automatically starts

process data communication, the task of “Downloading the Process Data Communication Denitions” in section B1.2.7 of this document does not need to be performed.

▪ To check whether or not process data communication has started correctly, it is recommend-

ed to perform the checking task described in “■ Checking Process Data Communication” of “Task of downloading the Process Data Communication Denitions” in section B1.2.7 of this document. During the time until process data communication has started correctly, IOP is displayed in HMI of Yokogawa’s control system.

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B1.3.1.3 Monitoring Field Wireless Device Status

A device patrol function of PRM can be used to monitor the status of eld wireless devices.

For details on the device patrol function and the setup procedure, refer to the user's manuals of PRM.

A eld wireless device that supports ISA100.11a eld wireless communication monitors the device status using the following parameter to perform device patrol.

Parameter name : DIAG_STATUS

Data type : Unsigned32

Address : TSAP ID = 2, Object ID = 1, Attribute ID = 67

Table B1-15 Content of DIAG_STATUS

Bit Description

Bit31(MSB) F: Failure status

Bit30 C: Function check status

Bit29 O: Out of specication status

Bit28 M: Maintenance required status

Bit27 Faults in electronics

Bit26 Faults in sensor or actuator element

Bit25 Installation, calibration problem

Bit24 Out of service

Bit23 Outside sensor limits

Bit22 Environmental conditions out of device specication

Bit21 Fault prediction: Maintenance required

Bit20 Power is critical low: maintenance need short-term

Bit19 Power is low: maintenance need mid-term

Bit18 Software update incomplete

Bit17 Simulation is active

Bit16-Bit8 reserved for Baseline Device Prole

Bit7-Bit01 vendor specic area

Bit00 Detail information available

1: available 0: no available

B1-36

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Yokogawa YFGW710 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

CONTENTS

Introduction

Safety Precautions

Documentation Conventions

Information of User’s Manual Revision

Use of Open Source License Software

A1. Introduction

A2. Checking the Product

A3.1 Installation

A3.1.1 Requirements for Installation Locations

A3.1.2 Notes on Installation

A3.1.3 Mounting Procedure

A3.1.4 Set-up after Mounting

A3.2 Cable Connection

A3.2.1 Power Supply Cable Connection

A3.2.2 Ground Cable Connection

A3.2.3 Network Cable Connection

A3.2.3.1 Optical Network Cable Connection

A3.2.3.2 Metal Network Cable Connection

A3.2.4 Mounting Antenna and Wiring

A3.2.4.1 Mounting Antenna to YFGW710 Main Body

A3.2.4.2 Mounting and Wiring External Antenna

A3.3 Wiring for Explosion Proof

A3.4 Maintenance

A3.4.1 Routine Maintenance

A3.4.2 Maintenance in Hazardous Area

A3.4.3 Communication Check

A3.5 Troubleshooting

A3.6.4 Outline Diagram

A4. Field Wireless Network

A4.1 Wireless Communication Ranges

B1. Engineering

B1.1 System Engineering Flow Overview

B1.2 Basics

B1.2.1 Preparations

B1.2.2.1 Creating a Project Database

B1.2.2.2 Registering YFGW710

B1.2.2.3 Registering Field Wireless Device

B1.2.2.4 Loading a Capabilities File (CF)

B1.2.2.5 User Application Engineering

B1.2.3 Work before Installing Field Wireless Device

B1.2.3.1 Task of Setting YFGW710

B1.2.3.2 Task of Provisioning a Field Wireless Device

B1.2.3.3 Adjusting and Setting Field Wireless Device Parameters

B1.2.4 Downloading to YFGW710

B1.2.4.2 Downloading to YFGW710

B1.2.8 Engineering of Control System

B1.3 Applications

B1.3.1 Field Wireless Device Maintenance Task

B1.3.1.1 Task of Replacing a Field Wireless Device

B1.3.1.2 Task of Replacing YFGW710

B1.3.1.3 Monitoring Field Wireless Device Status