User’s Manual YFGW710 Field Wireless Integrated Gateway IM 01W01F01-01EN IM 01W01F01-01EN 7th Edition
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Toc-1 YFGW710 Field Wireless Integrated Gateway IM 01W01F01-01EN 7th Edition CONTENTS Introduction...............................................................................................................i Safety Precautions...................................................................................................ii Documentation Conventions.................................................................................vi Information of User’s Manual Revision................................
Toc-2 A3.4 A4. 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 Defined Life Spans.................................
Toc-3 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.
Toc-4 B2. System Maintenance...............................................................................B2-1 B2.1 Alarm................................................................................................................ B2-1 B2.2 Troubleshooting and Recovery Task............................................................
Toc-5 PART-C ATTACHED SOFTWARE C1. System Requirements of Provided Software.......................................C1-1 C2. Field Wireless Configurator ..................................................................C2-1 C2.1 C2.2 C2.3 Introduction..................................................................................................... C2-1 C2.1.1 Document Purpose and Intended Users......................................... C2-1 C2.1.2 Product Overview..................................
Toc-6 C3. Field Wireless Management Tool..........................................................C3-1 C3.1 C3.2 C3.3 Introduction .................................................................................................... C3-1 C3.1.1 Document Purpose and Intended Users......................................... C3-1 C3.1.2 Product overview............................................................................. C3-1 Installation............................................................
i 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 field wireless networks through YFGW710. YFGW710 Field Wireless Integrated Gateway is a core component of field wireless networks conforming to ISA100.11a, the wireless communication standard for industrial automation prescribed by the International Society of Automation (ISA).
ii 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.
iii 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.
iv 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.
v 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.
vi Documentation Conventions n Typographical Convention The following typographical conventions are used throughout the user’s manuals: 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: .
vii 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: #define “...” Mark Indicate that the previous command or argument may be repeated. Example: Imax (arg1, arg2, ...
viii 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 Certifications.
ix n ATEX Documentation This is only applicable to the countries in European Union.
A1-1 A1. Introduction The YFGW710 Field Wireless Integrated Gateway and field wireless devices are used to build an industrial wireless network that conforms to ISA100.11a, the wireless communication standard for industrial automation specified by the International Society of Automation (ISA). As shown in Fig.
A1-2 Host system (OPC interface) Ethernet (7) (6) (4) Field Wireless OPC server Host system (Modbus/TCP) Field Wireless Management Tool Device management tool (5) NTP server Ethernet Layer 3 switch Ethernet (3) (1) Field Wireless Integrated Gateway (2) FieldMate EJX Ir connection YTA Field Wireless Network Ir adapter FA0101.
A2-1 A2. Checking the Product When you receive the product, please check the contents. Check that the product specifications 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. FA0201.
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 field wireless devices must meet the following conditions: • The field wireless equipment should be mounted in the place where no obstacle exists around the antenna.
A3-2 Extension Cable More than 1.5 m 2-inch (2B) pipe Wall Mounting FA0301.ai 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. Installation Location This device is designed to work under the severe environmental condition.
A3-3 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. Installation of Explosion Proof Compliant Device The explosion proof compliant equipment can be installed in the hazardous area of specific gases. This device must be installed in accordance with the regulations of the country where the device is installed.
A3-4 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 figure. 3. Hold 2-inch (2B) pipe by the bracket 1 and bracket 2, and tightly fasten the bolts with nuts.
A3-5 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 specified 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.
A3.1.4 A3-6 Set-up after Mounting The necessary procedure after mounting YFGW710 is explained. 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). Cable Gland for Communication Cable Gland for Power Supply FA0305.ai Fig.
A3-7 Opening and Closing Front Door Open and close the front door of the housing following the procedure below. Close Four bolts to fix the front door Open FA0306.ai Fig. A 3-6 How to open/close the front door 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.
A3-8 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. 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.
A3-9 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 Connect the + and – wires to the + and – terminals, respectively.
A3-10 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). 2) External grounding terminal 1) Internal grounding terminal If the power cable is a shielded cable, the shield should be grounded at the terminal marked as below. M4 screw (Bottom of the enclosure) FA0308.ai Fig.
A3-11 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 specifications for converting 10BASET/100BASE-TX and 100BASE-FX. The recommended model is SLX-5ES-2SC of SIXNET. Wiring 1.
A3.2.3.2 A3-12 Metal Network Cable Connection 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 specification which can be installed close to YFGW710. Therefore, use the optical fiber network cable for the outdoor wiring.
A3.2.4 A3-13 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.
A3.2.4.1 A3-14 Mounting Antenna to YFGW710 Main Body Screw the provided antenna into the connector on the top of the body. Confirm and waterproof the connection. Antenna connector FA0311.ai Fig. A 3-11 Mounting the antenna to the housing of YFGW710 Mounting Procedure of Antenna 1. Unscrew the antenna connector cap on the antenna connector. 2. Screw the provided antenna into the antenna connector.
A3.2.4.2 A3-15 Mounting and Wiring External Antenna 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.
A3-16 Wiring External Antenna Specification for Extension Antenna Cable (Only by order of option) • Specification: 8D-SFA(PE) • Outside Diameter: 11.1 mm • Minimum Bend Radius: 67 mm (when fixing) 167 mm (when wiring) • N type connector, one end is male and the other is female. Cable End Treatment: * “When fixing” shows the bending radius for fixing (the state is maintained for a long time).
A3-17 External Antenna External Antenna Extension cable 2 Length: 10 m or 3 m Protect by Self-bonding tape Arrester Ground Wiring Protect by Self-bonding tape Extension cable 1 Length: 3 m or 1 m Extension cable Length: 3 m or 1 m Housing of YFGW710 Housing of YFGW710 FA0314.ai Fig.
A3-18 Antenna Extension cable 2 Grounding wiring Arrester Extension cable 1 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.
A3.3 A3-19 Wiring for Explosion Proof Refer to explosion proof certifications section of this document.
A3.4 A3-20 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.
A3-21 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 confirmed. 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 ALSO For more information about checking device and communication status, see “B1.2.
A3.5 A3-22 Troubleshooting When the malfunction occurs to the wireless communication in the start-up or during operation and the Field Wireless Management Tool identifies 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.
A3.6 A3.6.1 A3-23 General Specification Standard Specification Specification of Wireless Transmission Item Specification Antenna Connector N type Antenna Impedance 50 ohm For details of specification common with wireless transmission, see the table in A4.2 Wireless System Specification.
A3-24 Specification of Environment Item Operating Ambient Temperature Range -40 to +60°C Operating Humidity Range Power Supply Specification 0-100%RH (without condensation) Rating Voltage 24 V DC Voltage Range 10.0-26.4 V DC Instant Power Failure Prompt shut down Ripple Less than 1%p-p 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.
A3-25 R&TTE: ETSI EN 300 328, ETSI EN 301 489-17, EN61010-1, EN62311 FCC: Part15.
A3-26 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.
A3-27 CSA Certification 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 applicable for use in hazardous locations. • Certificate: 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.
A3-28 Note 3. 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 Canadian Electrical Code Part I or Local Electrical Code. • YFGW710 should be installed in upright position.
A3-29 ATEX Declaration (1) Technical Data Caution for ATEX Type n. Note 1. Model YFGW710 Field Wireless Integrated Gateway with optional code /KN27 is applicable for use in hazardous area. • Applicable standard: EN60079-0: 2009, EN60079-0: 2012, EN60079-11: 2012, EN60079-15: 2010, EN60079-28: 2007 • Marking: • Ambient temperature: -40 to +60°C • IP code: IP66 • Power supply: 10.0 V DC to 26.4 V DC (Rated voltage: 24.
A3-30 • The thread type of the cable entries shall be confirmed 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 specified degree of protection (IP code) of the equipment.
A3-31 [Control drawing] Hazardous Area Hazardous Area Nonhazardous or Hazardous Area Zone 0/Zone 1/Zone 2 Zone 2 only Zone 2 only Electrical Equipment (e.g.) “d”, “i”, “Type n” equipment YFGW710 Field Wireless integrated gateway Antenna (*1) Radio wave (IEEE802.15.4) Surge Arrester (*1, *2) Control Equipment metal wiring or optical fiber wiring Power Supply *1: These apparatus are simple apparatus. *2: Surge Arrester may not be installed.
A3-32 (4) Name Plate • Main name plate Field Wireless Integrated Gateway MODEL YFGW SUFFIX SUPPLY NO. STYLE VDC Made in Japan TOKYO 180-8750 JAPAN FA0317.ai MODEL: Specified model code. STYLE: Style code. SUFFIX: Specified suffix code. SUPPLY: Specified supply voltage and wattage. NO.: Serial number and year of production*1. YOKOGAWA TOKYO 180-8750 JAPAN: The manufacturer name and the address*2.
A3-33 IECEx Certification (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 • Certificate: 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.
A3-34 (3) 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 IEC 60079-14 and local electrical code. • YFGW710 should be installed in upright position.
A3-35 Hazardous Location Hazardous Location Nonhazardous or Hazardous Location Zone 0/Zone 1/Zone 2 Zone 2 Zone 2 Electrical Equipment (e.g.) “d”, “i”, “Type n” equipment YFGW710 Field Wireless integrated gateway Antenna (*1) Radio wave (IEEE802.15.4) Surge Arrester (*1, *2) Control Equipment metal wiring or optical fiber Power Supply wiring *1: These apparatus are simple apparatus. *2: Surge Arrester may not be installed.
SUPPLY: Specified supply voltage and wattage. NO.: Serial number and year of production*1. A3-36 YOKOGAWA TOKYO 180-8750 JAPAN: The manufacturer name and the address*2. *1: The third figure 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.
A3-37 Optional Specifications(For Explosion Protected Types) Item Description Code Factory Mutual (FM) 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 (Classified) locations. Enclosure: NEMA 4X Temp. Class: T4, Amb. Temp.
A3-38 A3.6.4 Outline Diagram YFGW710 Unit: mm (approx. inch) 37.5 (1.48) 2-inch Pipe Electrical connection 26 (1.02) 118 (4.65) Grounding 126.5 (4.98) 100 (3.94) 117 *1 (4.61) 126.5 (4.98) 280 (11.02) 56.5 (2.22) 438 (17.24) Surface mounting holes ( 4 - Ø6 ) (7.8) (0.31) 59 59 (2.32) (2.32) 236 (9.26) 243.8 (9.6) 87.8 (3.46) 36 (1.42) 54.5 (2.15) 111 136.8 (5.39) (4.37) 190 (7.48) For Surface Mounting FA0322.
A3-39 Antenna Mounting Bracket Unit: mm (approx. inch) 17 (0.67) 72 (2.83) 18 (0.69) 88 (3.46) 135 (5.31) 292 (11.50) 68 (2.68) 98 (3.86) 2-inch pipe (O.D. 60.5 mm) F0324.
A4-1 A4. Field Wireless Network A4.1 Wireless Communication Ranges The range of wireless communication for each field 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 45° Antenna 45° Vertical Range L max Standard Antenna FA0401.ai Fig.
A4-2 A4.2 Wireless System Specification Specification of Wireless Transmission Item Specification 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 Radius of 500 m (Max.
A4-3 Network Form (Topology) This field 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. 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.
A4-4 Precautions for a mesh network Note the following when using a mesh network. When the number of IO devices (10 units) + routing devices (2 units) exceeds 12 It is difficult to lay out 12 or more Field Wireless Devices for one YFGW710. In this case, please contact us in advance. Precautions for arranging wireless transmitters 1. Two or more routing devices must be arranged on the host side of IO devices.
A4-5 Standard battery life The relationship between the Update time of a Field Wireless Device and the battery life in a standard specification 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.
B1-1 B1. Engineering This section describes the engineering to configure a field 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.
B1.
B1-3 n Setting and adjustment of field 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 field wireless devices performed by the person in charge of devices before they are installed in the field. As shown in Figure B1-1, tasks that need to be performed before a field wireless device can be installed in the field include the following.
B1.2 B1-4 Basics This section describes the procedure to construct a network by connecting one YFGW710 and one field wireless device. n System Example HUB -IP Address 192.168.0.101 -Subnet mask 255.255.255.0 -Default Gateway 192.168.0.1 -IP Address 192.168.0.102 -Subnet mask 255.255.255.0 -Default Gateway 192.168.0.
B1-5 B1.2.1 Preparations n Network Design To construct a field wireless network, the following items must be determined beforehand. Namely, a network ID, a device tag of the field 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 efficiently construct the field wireless network.
B1-6 n Hardware Preparation l YFGW710 l Field wireless device l Two PCs Provide two PCs, namely, one to install Field Wireless Configurator and Field Wireless Management 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 Installing software Before constructing a field wireless network, provide the following software and install them on the PCs to be used.
B1-7 • PC2 FieldMate R2.03.00 or later To set and adjust device parameters in field wireless devices before installation, install FieldMate R2.03.00 or later. First, install FieldMate according to the instructions in the following user's manual.
B1-8 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 Configurator. To open the [Options] window, click on [Tools] – [Options] in the menu in the Main window. FB0103.ai Figure B1-3 Project Database Folder The file name is as follows. .
B1.2.2.2 B1-9 Registering YFGW710 Register YFGW7010 with the project database. For details on the registration procedure, refer to C2, “Field Wireless Configurator” 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 Configurator.
B1-10 n Gateway Field Table B1-4 Setting Gateway Parameter name Device Tag Setting value Specify the device tag of the gateway. Remark By default, the device tag is YFGWGWnnn. 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.
B1-11 n Channels (System Manager/Security Manager Field) An ISA100.11a field wireless network uses the wireless frequency band corresponding to each channel defined 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.
B1.2.2.3 B1-12 Registering Field Wireless Device Register the field wireless device to allow it to join the wireless network. For details on the registration procedure, refer to C2, “Field Wireless Configurator” in Part C of this document. After registering the field wireless device, set the following related parameters.
B1-13 n CF File Naming Rule The CF file name is determined by the following rule. \\- .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.
B1.2.2.5 B1-14 User Application Engineering User Application Engineering consists of the following three tasks. • Defining device role • Defining process data communication (setting which data of the field wireless device is notified to which device (YFGW710) and at which period) • Defining Modbus Register map Loading CF using Field Wireless Configurator displays the attribute information on the field wireless device and enables working on the above three definitions.
B1-15 n Defining Process Data Communication Define the transfer period and transfer destination (YFGW710 for this system) for each piece of data of the field wireless device. Table B1-9 Setting Parameters for Defining Process Data Communication Parameter name Setting value Remark Sampling Parameters Specify the field wireless device data to notify to YFGW710. By default, the process data of the field wireless device is specified.
B1-16 n Defining 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 Configurator” in Part C of this document. Only assignment to Input Register is possible for this system. Assignment to Holding Register is not possible.
B1-17 n Procedure to Set YFGW710 Network Parameters tip 1. Connect the PC on which Field Wireless Configurator 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.
B1.2.3.2 B1-18 Task of Provisioning a Field Wireless Device The task of provisioning a field wireless device is performed using a PC on which FieldMate and FieldMate Provisioning Device Tool are installed. The setting is performed for each field wireless device using an infrared adapter. n Provisioning Task Work Flow The provisioning task must be performed to allow a field wireless device to join the field wireless network. Figure B1-5 shows the provisioning work flow overview.
B1-19 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 field wireless device. However, the join key does not need to be entered because it is automatically generated by FieldMate. Setting Device Tag A device tag is used for the user to identify the field wireless device. Set “DEV_001” for the example of Figure B1-2.
B1-20 B1.2.3.3 Adjusting and Setting Field Wireless Device Parameters Use FieldMate to adjust and set parameters before installing a field 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 field.
B1-21 Registration Conditions The provisioning information of the field wireless device that matches the target network ID in the provisioning information file 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.
B1-22 The confirmation 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 Configurator, click the Load Devices List button in the toolbar, and then select and open the provisioning information file to read. The following explanation uses “DEV_001”, “DEV_002”, and “DEV_003 *” in Figure B1-6 as an example.
B1-23 How to Specify Provisioning Information Files Multiple provisioning information files can be registered with the project database at the same time. Copy all the provisioning information files to a particular folder and specify all the files. If there is a provisioning information file that is not specified, specify that provisioning information file and register it again.
B1.2.4.2 B1-24 Downloading to YFGW710 To write the provisioning information to YFGW710, click on [Tools] – [Download] in the menu in the Main window of Field Wireless Configurator 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] field on the left in the [Download Project Data] window.
B1-25 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 Configurator. The following describes the procedure. There are two YFGW710 IP address input fields for Field Wireless Configurator. One is IP Address displayed in the [Download Project Data] window (Figure B1-7). The other is IP Address in the [IPv4 Settings] field on the page of the [Network Information] tab (Figure B1-8). FB0108.
B1-26 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.
B1.2.5 B1-27 Task of Checking Field Wireless Network Operation Conditions When the download to YFGW710 from Field Wireless Configurator is completed, field wireless devices whose provisioning is completed automatically join the field wireless network. When the field wireless devices have joined the field wireless network, parameters of the devices that have joined the field wireless network can be set and adjusted from PRM via YFGW710 using client/server communication.
B1.2.5.2 B1-28 Checking Client/Server Communication between YFGW710 and Field Wireless Device When the field wireless device has joined the field wireless network, communication between YFGW710 and the field wireless device is possible. n Checking Client/Server Communication When Field Wireless Management Tool refers to the field wireless device parameters and the data can be referred to correctly, client/server communication is possible.
B1.2.6 B1-29 Task of Setting and Adjusting Field Wireless Device Parameters The task of setting and adjusting the parameters of the field wireless device that has joined the field wireless network is performed from PRM via YFGW710. For details on the procedure, refer to the user's manuals of PRM.*1 Note that this task can also be performed after the Task of Downloading the Process Data Communication Definitions described later.
B1-30 Device tags do not match When downloading the process data communication definitions to the device from Field Wireless Configurator 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.
B1-31 DEV001 download failed due to EUI64 read IDENT_NUMBER configured NG due to timeout!! Or DEV001 download failed due to EUI64 read IDENT_NUMBER configured 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 Configurator.
B1-32 ▪ The status of bad/configuration 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-specific or uncertain, either refer to the user's manual of the device, or contact the device vendor.
B1-33 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 field wireless device maintenance task. ▪ Task of Replacing a Field Wireless Device ▪ Task of Replacing YFGW710 ▪ Device Patrol Using PRM B1.3.1.
B1-34 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 field wireless device (in section B1.2.3.2 of this document) 4. Installing a field wireless device at the plant site 5.
B1.3.1.2 B1-35 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 field wireless network operation conditions (in section B1.2.5 of this document) 5. Checking process data communication (in section B1.2.
B1.3.1.3 B1-36 Monitoring Field Wireless Device Status A device patrol function of PRM can be used to monitor the status of field wireless devices. For details on the device patrol function and the setup procedure, refer to the user's manuals of PRM. A field wireless device that supports ISA100.11a field wireless communication monitors the device status using the following parameter to perform device patrol.
B1-37 B1.3.2 Network Construction Task This section describes an overview of the construction task of a field wireless network. ▪ Setting Routing Function ▪ Time Synchronization (Connection with an NTP Server) B1.3.2.1 Setting Device Role The following describes the procedure to change the device role of a field wireless device described in “Device Role” of “User Application Engineering” in section B1.2.2.
B1-38 n Types of Device Role As described previously, there are the following types of field wireless devices. i. Field wireless device that only supports the routing function ii. Field wireless device that only supports the IO function iii.
B1-39 FB0111.ai Figure B1-11 Device Role Setting Window Notes on Changing Device Role ▪ When the network is mesh topology, this task does not affect the process data communication of other field wireless devices and the communication with the control system. Namely, the process data of other field wireless devices does not become bad or IOP in HMI of Yokogawa's control system. ▪ The field wireless device is automatically restarted during the download.
B1-40 B1.3.2.2 Time Synchronization (Connection with an NTP Server) YFGW710 can be connected with an NTP server to synchronize the time of the field wireless device on the field wireless network. When an NTP server is not connected, the time of YFGW710 applies to the time on the field wireless network. Even when an NTP server is not connected, process data communication between the field wireless device and YFGW710 is performed normally.
B1.3.3.2 B1-41 Constructing Multiple Field Wireless Networks To construct multiple field wireless networks, perform the engineering task while keeping in mind the following points. -IP Address 192.168.0.101 -Subnet mask 255.255.255.0 -Default Gateway 192.168.0.1 -IP Address 192.168.0.102 -Subnet mask 255.255.255.0 -Default Gateway 192.168.0.1 Gateway Gateway Field Wireless network Network ID: 100 PV -IP Address 192.168.0.103 -Subnet mask 255.255.255.0 -Default Gateway 192.
B1.3.3.3 B1-42 Security The increasing use of open technology for operating systems and communication protocols these days increases the possibility that even production control system products will be exposed to the threats of computer viruses and cyberterrorism. To ensure stable and safe operations of plants and factories, it is indispensable to keep the production control system in a safe state and protect assets related to the production activity.
B1-43 (1) Overall Policy The targets to be protected by the security measures to be implemented are both the CENTUM system and YFGW710 and field wireless devices. While considering the priority of availability, integrity, and confidentiality, it is necessary to consider how to ensure security from the following points of view.
B1-44 (2) Example of a System Configuration Considering Security The following describes an example of a configuration of a CENTUM system that handles field wireless devices and that considers security. n Basic Measures ▪ The network architecture has a hierarchical structure of security levels, and levels that need to be separated for security reasons are divided into segments by firewall and DMZ.
B1-45
B1-46 (1) to (6) indicate each of the firewalls. (1) to (5) indicate firewalls related to the field wireless network.
B1-47 n Example of a System Configuration Considering Cost and Convenience Convenience reduces and the system cost increases in reverse proportion to strengthened security. It is also important to conduct risk analysis and consider balance to some degree. For example, when the system is small and the security risk for field wireless devices that are connected locally is considered to be low, it is possible to select a configuration as follows.
B2-1 B2. System Maintenance This section describes the detection of field wireless system errors occurring during plant operations and the troubleshooting task for recovery. B2.1 Alarm Errors occurring in the part related to the field wireless network are detected by each of the components and notified as an alarm. n Errors that can be detected The following errors can be detected.
B2.2 B2-2 Troubleshooting and Recovery Task This section describes the troubleshooting and recovery procedure for the process alarms and system alarms that are displayed in the control system and the device alarms that are displayed in PRM. Field Wireless Management Tool is used for the troubleshooting.
B2-3 Note 1: When a system alarm indicating an error with YFGW710 occurs, the process alarm is displayed for the process data of all the devices connected to the YFGW710 in question at the same time. Note 2: Access YFGW710 with Field Wireless Control Tool to determine whether the error is a YFGW710 error or a routing error.
C1-1 C1. System Requirements of Provided Software The following software and database are included in the YFGW710. Refer to the applicable chapter for installation of each software or database.
C1-2 n Note on Provided Software Prior to installing the software, please read YFGW710 Software License Agreement found in Read Me First of the printed User’s Manual IM 01W01F01-11EN. Install the software in a computer connected to YFGW710 for setting up and managing field wireless networks. tip When installing provided software in Windows Server 2008 R2, make sure that Microsoft .NET Framework 3.5 Service Pack 1 is enabled.
C1-3 Click [Enable or disable Windows functions]. FC0103.ai Click [Functions]. FC0104.
C1-4 Click [Add Function]. FC0105.ai Click the [+] button for the [.NET Framework 3.5.1 functions] to expand the tree. If the message “.NET Framework 3.5.1 (is installed)” appears and [.NET Framework 3.5.1] is selected, Microsoft .NET Framework 3.5 Service Pack 1 of your Windows Server 2008 R2 is enabled. FC0106.
C1-5 If [.NET Framework 3.5.1] is selected, the following operations are not required. Click the [Cancel] button to close the Wizard. Then observe the instructions in “C2.2.2 Installation Procedure” or “C3.3.2 Installation Procedure” to install the Field Wireless Configurator or the Field Wireless Management Tool. If [.NET Framework 3.5.1] is not selected, the Microsoft .NET Framework 3.5 Service Pack 1 is not enabled.
C1-6 Click [Install]. FC0108.ai Installation of Microsoft .NET 3.5 Service Pack 1 starts. When installation is completed, click [Close] to close the Wizard. If the system tells you to restart, restart the operating system as requested.
C1-7 FC0109.ai Then observe the instructions in “C2.2.2 Installation Procedure” or “C3.3.2 Installation Procedure” to install the Field Wireless Configurator or the Field Wireless Management Tool.
C2-1 C2. Field Wireless Configurator C2.1 C2.1.1 Introduction Document Purpose and Intended Users This chapter describes how to use the Field Wireless Configurator. This document is intended for users with proper rights to set field wireless networks and Field Wireless Devices. C2.1.
C2.2 C2-2 Installation C2.2.1 System Requirements The PC used for installing the Field Wireless Configurator must meet the system requirements indicated in “C1. System Requirements of Software Provided” in this manual. C2.2.2 Installation Procedure Administrator rights are required for installing the Field Wireless Configurator. Before installing the Field Wirless Configurator, the Microsoft .NET framework 3.5 Service Pack 1 must be installed on the PC.
C2-3 Click the [Next] button to proceed to the next step. The following dialog will appear: Figure C 2-2 The following installation location will be recommended. C:\Yokogawa\FieldWireless\FieldWirelessConfigurator To change the installation location, click [Browse] and select the desired installation location. Next, choose whether you want the Field Wireless Configurator to be available to all the users on the computer (Everyone) or just for yourself (Just me).
C2-4 Click the [Next] button to proceed to the next step. The following dialog will appear: Figure C 2-3 Click the [Next] button to start the installation. When the installation is complete, the following dialog will appear: Figure C 2-4 Click the [Close] button to exit the installation wizard.
C2.3 C2-5 Using the Field Wirless Configurator C2.3.1 Authentication In order to access the Field Wireless Configurator, enter valid authentication information at the Login screen to log on to the application.
C2.3.2 C2-6 Main Window The main window is the basic window, displayed when the Field Wireless Configurator is started. From this window, you can proceed to all other application windows. The main window consists of the following elements: Three menus: File and Tools menus providing various projects and user management actions, and Help menu.
C2.3.3 C2-7 Working with Projects A field wireless network consists of one YFGW710 and several field wireless devices. The Field Wireless Configurator enables one or multiple field wireless networks to be taken as one project. It can be operated in the offline state or online state connected to YFGW710. C2.3.3.
C2-8 n Saving a Project To save a project or changes in a project, click Save Project in the File menu or in the toolbar. When saving it for the first time, the “Save Yep File…” window will open in the Options window already selected. Click [Save] to save the project. To save a project under a different name, select one of the following depending on what you wish to do.
C2.3.3.2 C2-9 Project Properties The Project Properties window allows you to enter comments on the project as shown below. 1. In the File menu, click Properties. 2. The Project Properties window opens, indicating the date and time when the project was created as well as the date and time of the last modification on your project. 3. After entering the comments about the project to the Project description field, click [OK] to save the data and close the window.
C2.3.3.3 C2-10 Options The Options window can be opened by selecting Options in the Tools menu or by clicking the toolbar. The window allows you to configure system-wide options. in The window consists of the following two sections. The File Options section defines the following default locations: • Default Folder for Project Files: Default path to be opened when you open or save a project.
C2-11 C2.3.3.4 Creating a Project To create a new project, click New Project in the File menu or click in the toolbar. Adding a Network To add a network, select the Network node in the Project Sections tree, then click of tool bar in the Section Data area (right pane). The new network is added to the Networks tree and its settings can be edited. You can add as many networks as you wish by repeating the operation.
C2-12 When the Network Information tab page is opened for the first time, all these attributes are populated with the default values loaded from the Default Values table in the Options window. If you have changed network settings, click [Apply] changes to save them.
C2-13 1) Adding Devices To add a device, click in the toolbar. The Add Device window opens, which contains two tabs. A) Device Information Tab: The Device Tag field in the Device Information tag page is populated with the default values. The default Device Tag format is “DEV_xxx,” where xxx is a numeric value between 0…999 and is assigned automatically in increasing order as devices are added. The device tag can be edited when a device is added (Figure C2-12).
C2-14 B) Sampling Data Tab: The left pane displays the list of data which can be sampled using the selected device, while the right pane displays the data to be sent from the device, and data transmission parameters such as transmission cycle, etc. (Figure C2-13).
C2-15 2) Loading provisioning information file Load provisioning information (EUI-64, join key, etc.) from the provisioning information file as follows. 1. Click the toolbar button 2. Specify the provisioning information file to be loaded, and click [Open]. 3. When loading the provisioning information: on the Device tab page.
C2-16 3) Editing Devices To edit a device in a selected network: tip 1. In the Devices tab page of the main window, double-click on the device or select the desired . device in the device list and click 2. The Edit Device window will open, with the two tabs: Device Information and Sampling data. 3. Edit the desired fields and click [OK] to save the changes.
C2-17 To define a register mapping, drag a parameter from the Available/Sampling Parameters tree and drop it on one of the Input Registers. The size corresponding to the parameter will be allocated in the Input Registers area, while parameters defined in the Input Registers of the Available/Sampling Parameters tree will be displayed with the range of the input register range. The range of the Input Registers is register numbers 0 to 65535.
C2-18 Data elements of a device are mapped to Modbus registers as follows; l When mapping AI.PV values to Modbus registers, three words will be needed; • First word: 0x00 + data status in PV • Second word: data in PV (upper) • Third word: data in PV (lower). l When mapping BI.PV_B values to Modbus registers, two words will be needed. • First word: 0x00 + data status in PV_B • Second word: data in PV_B + 0x00 l When mapping UAPMO.
C2.3.3.5 C2-19 Downloading Project Data to the YFGW710 To download the project data to the Field Wireless Configurator YFGW710: 1. Click Download in the Tools menu, or click 2. The Download Project Data window opens (Figure C2-17). in the toolbar. Figure C 2-17 In the left pane of the window, select a Network ID, then select at least one entity you want to download. In some cases, other entities may be selected automatically.
C2-20 6. Before starting the download, you can test the connection to the YFGW710. Push [Test Connection] button. A popup message will indicate whether the connection is successful or not and, in the latter case, the reason for the connection failure. 7. Press [Start Download]. A popup window will appear and request your confirmation to start the download and also inform you about the restart necessity. Click [OK] to continue, or [Cancel] to abort the download. 8.
C2-21 Network Actions at Download The following describes what occurs in the network when each of the download options in the window is selected and executed. l IPv4 Settings If you select the “IPv4 Settings” checkbox in the window, the following settings are sent to the YFGW710: “IP Address,” “Subnet Mask,” “Default Gateway” and “NTP Server IP Address.
C2-22 l Backbone Router If you select the “Backbone Router” checkbox in the window, the following settings are sent to the YFGW710: “Device Tag,” “Filter Bit Mask,” and “Filter Target ID.” The checkbox is selected by default if any of the values have changed since the last download process. The “requires restart” status is always set.
C2.3.3.6 C2-23 Error Checks The Error Check option allows you to check for errors in the project data. To perform error check; Select Error Check in the Tools menu or click in the toolbar. Upon downloading the network settings on YFGW710, check the “perform error check before downloading” option checkbox.
C2.3.3.7 C2-24 Download Status The Download Status window displays the results of a download operation on the devices.
C2-25 The grid entries can be filtered by any of the columns. To filter the entries, select a column in the drop-down list above the grid and enter the desired parameter in the adjacent input field. For partial filtering, add “*” before the parameter. The application will start filtering the matching entries as you enter the parameter.
C2-26 Double-clicking on an entry in the grid opens the Download History window with details for that specific download entry. Figure C 2-23 The grid entries can be filtered by any of the columns. To filter the entries, select a column in the drop-down list located above the grid and enter the desired parameter in the adjacent input field. For partial filtering, add “*” before the parameter.
C2-27 Double-clicking on an entry in the grid will open the Project Log window with details on specific entries. Figure C 2-25 The grid entries can be filtered by any of the columns. To filter the entries, select a column in the drop-down list located above the grid and enter the desired parameter in the adjacent input field. For partial filtering, add “*” before the parameter.
C2.3.4 C2-28 How To… This section describes the steps of the most common operations performed with the Field Wireless Configurator. C2.3.4.1 tip Modifying a Project 1. To change the contents of a project, go to menu File – Project Properties, then in the window that appears, add your comments to the Project description field and press the [OK] button. 2.
C2.3.4.3 C2-29 Delete One or More Devices 1. Perform steps 1, 2 and 3 in C2.3.4.2 and go to the Device tab page. 2. Select the devices to delete in the right pane by clicking while pressing the [CTRL] key. 3. Press 4. Press the [Yes] button. When devices are successfully deleted, they disappear from the list. 5. Go to menu Tools – Download. The Download Project Data window appears.
C2.3.4.7 C2-30 Modifying the Modbus Register Map 1. Open a working project in Field Wireless Configurator; 2. Select and click a network in the networks tree in the left pane (Project Sections) of the main window. 3. In the right pane, proceed to the Modbus Configuration tab page; 4. Change the register map using a drag-and-drop operation from the Available/Sampling Parameters field to the Input Register field (Holding Registers are not supported).
C2.3.5.1 C2-31 User Accounts The User Accounts window enables users with the Administrator role to manage the system users: create users, grant rights based on the user roles, edit and delete users. To access this page, select the User Accounts option in the Tools menu. The User Accounts window displays the following information.
C2-32 Adding or Editing a User To add/edit a user: 1. Click 2. In the window, fill in the required information. Select the role to assign to the user and its status (Active/Disabled) from the corresponding drop-down lists, and then click [OK] to add the user in the system or to save the changes. or in the toolbar to open Account Information window. Figure C 2-27 tip All fields must be filled in. The password fields are case sensitive.
C2.3.5.2 C2-33 Changing your password The Field Wireless Configurator allows users to change their own password by selecting the Change Password option in the Tools menu. Selecting this option displays the Change Password dialog box. Figure C 2-28 To change the password: tip 1. Enter your current password in the Old Password field. 2. Enter a new password in the New Password field. Password fields are case sensitive. 3.
C3-1 C3. Field Wireless Management Tool C3.1 C3.1.1 Introduction Document Purpose and Intended Users This chapter describes how to use the Field Wireless Management Tool. This document is intended for users with proper rights to manage the field wireless networks of the YFGW710 Field Wireless Integrated Gateway (hereafter called YFGW710). C3.1.
C3.2.2 C3-2 Installation Procedure Administrator rights are required to install the Field Wireless Management Tool. Before installing the Field Wireless Management Tool, the Microsoft .NET framework 3.5 Service Pack 1 must be installed on the PC. If Microsoft .NET Framework 3.5 Service Pack 1 is not installed, install it according to the instructions given in the TIP below. Follow the instructions in the TIP of “C1.
C3-3 Click the [Next] button to proceed to the next step. The following dialog will appear: Figure C 3-2 The following installation location will be recommended. C:\Yokogawa\FieldWireless\FieldWirelessManagementTool To change the installation location, click [Browse] and select the desired installation location.
C3-4 Click the [Next] button to proceed to the next step. The following dialog will appear: Figure C 3-3 Click the [Next] button to start the installation. When the installation is complete, the following dialog will appear: Figure C 3-4 Click the [Close] button to exit the installation wizard.
C3.3 C3-5 Using the Field Wireless Management Tool C3.3.1 Authentication and Connection to YFGW710 In order to use the Field Wireless Management Tool, you first need to log on to YFGW710. The default authentication information is as follows. Username: admin Password: !admin After connecting successfully, functions of the Field Wireless Management Tool can be used according to user rights. For more details on user rights, please refer to the section C3.3.2.2.
C3.3.1.1 C3-6 Creating a New Connection To create a new connection: 1. In the Connection drop-down list, enter a connection name or select an existing connection. 2. In the IP Address field, enter the IP Address of the YFGW710 to be connected. 3. Enter a valid username and password in the corresponding fields. 4. Check the [Save connection information] checkbox to store this connection in the Connections list.
C3.3.2 C3-7 Main Window The main window of the Field Wireless Management Tool consists of the following elements: Two “Action” menus: Action and View with various options and menus. A set of toolbar buttons as shortcuts to frequently used menu operations: Connect, Disconnect, YFGW710 Status, Network Topology, Network Health, Devices, Readings, and Commands Log. The content area displays data in accordance with the menu options selected.
C3.3.2.1 C3-8 Action Menu C3.3.2.1.1 Connecting to/Disconnecting from YFGW710 Connect/Disconnect options are enabled depending on whether you are connected or not to the Field Wireless Integrated Gateway (YFGW710). If connected to the YFGW710 and wish to disconnect, select the Disconnect option in the Action menu or click the toolbar button . Connection to the YFGW710 will be cut without exiting the in the top application.
C3-9 C3.3.2.1.3 Upgrading the System (System Upgrade) If you wish to upgrade the system firmware on the connected YFGW710, select System Upgrade in the Action menu. The System Upgrade window opens, and the current system version is searched from the connected YFGW710. Upgrading the system cuts connections with field wireless devices currently participating in the field wireless network. Start upgrade as follows; 1.
C3-10 C3.3.2.1.4 Changing Your Password (Change Password) The Field Wireless Management Tool allows users to change their password for connectin to YFGW710, by selecting the Change Password option in the Action menu. Selecting this option displays the Change Password dialog box. Figure C 3-11 To change the password: tip 1. Enter your current password in the Old Password field 2. Enter a new password in the New Password field.
C3.3.2.2 C3-11 View Menu The View menu enables you to view networks, field wireless devices, and user information, as well as perform operations on devices. The View menu options can be opened as individual pages with a tab in the content area of the main window: These pages remain open as long as the tabs are displayed at the top of the content area. in the View menu.
C3-12 C3.3.2.2.1 Network Topology The Network Topology tab page graphically displays the current network topology as well as allows you to view data about contracts and channels. To access this page, select Network Topology in the View menu or click the toolbar button . Figure C 3-13 The page consists of three sections: Topology graph: Shows the current network topology. Contracts: Shows the contract information of the selected device.
C3-13 n Topology Graph When this page is loaded, the topology graph is generated based on the latest topology information available. The status bar at the top of the graph section indicates the time of the last topology button information update.
C3-14 Viewing Options Device Identity You can identify devices in the Topology window by their device tag, EUI-64 address or short EUI-64 address (last 4 hexadecimal characters in the address). To display the preferred identification method, select it from the Use device identity drop-down list. All the devices will be displayed with the selected identification method, in both the topology graph and the Contracts section.
C3-15 n Contracts When a device is clicked, the contracts of the selected device with the System Manager and Gateway are listed in the Contracts section (right pane) including the device’s links displayed as black lines in the topology graph: Figure C 3-15 To view a contract on the topology graph, select it in the list. Contracts are displayed by a green line if periodic or by a red line if aperiodic, and they are colored accordingly in the Contracts list.
C3-16 Contract details Selecting a contract displays the contract information in the Contract details section at the bottom of the page.
C3-17 C3.3.2.2.2 Network Health The Network Health page provides communication health reports at the network level. To access this page, select Network Health in the View menu or click the toolbar button . The page consists of two sections; network statistics summary information and device-specific communication health information.
C3-19 C3.3.2.2.3 Devices The Devices tab page features a list of the devices in the network. It allows you to search devices based on their device tag and EUI-64 address using the search function, and execute several device commands. To access this page, select Devices in the View menu or click the toolbar button . When the page is loaded, the first page of the registered device list is displayed.
C3-20 n Searching Devices l Search by Device Tag To search for devices based on their tag, enter the tag or part of the tag in the Device Tag input ]. Note that the tag field is case sensitive. field, and click button [ The system will retrieve all the devices whose device tag contains the characters provided by the user. l Search by EUI-64 Address To search a device by its EUI-64 address, enter the address or part of the address in the EUI-64 .
C3-21 n Device Details Double-clicking on a device in the list will open the Device Details window featuring four additional tabs described in the following sections. l Device Information The Device Information tab page displays general as well as specific information about the device.
C3-22 l Network Information The Network Information tab page shows the current operating state of the wireless communication stack of a device. The tab page consists of two sections; one displaying information on neighbors and another on graphs: Figure C 3-20 Neighbors The Neighbors section lists the registered neighbors of the selected device as well as indicates whether they are clock sources for the selected device.
C3-23 l Neighbors Health The Neighbors Health tab page displays communication health reports on the selected device’s neighbors. This tab is available for all the devices except the system manager and gateway.
C3-24 l Schedule Information The Schedule Information tab page provides information about time slot and channel allocation for the selected device. This tab displays all device information except for System Manager and Gateway. The tab consists of two sections; information about superframes and link details.
C3-25 Device Commands The Devices tab page allows users with appropriate roles to perform device-specific commands. Commands include Rest Device, Get Channels Statistics, Read Object Attribute, and FW Commands. Clicking on a device enables only the commands available for that device.
4) C3-26 When the command is executed, the Command Results window will display the results of the command in the Response section. The response will be indicated as “success” if the command was executed successfully or the cause of the error will be shown if the command failed. Figure C 3-24 IMPORTANT There may be a case that Power Supply Status is not updated after replacing the battery pack of the device.
C3-27 l Get Channels Statistics This command is available for field devices and the Backbone Router. It allows you to view statistical information on CCA backoffs per channel for the selected device. CCA means “Clear Channel Assessment”. This is function to check which the channel is clear or not before the transmitter starts to transmit data.
C3-28 l Read Object Attribute This command is only available for field wireless devices and enables you to read object attributes of the selected device. To issue the command: 1) Click on the [Read Object Attribute] button. 2) At the Read Object Attribute window, enter the TSAP ID, object ID, and atribute ID, and click [OK]. Figure C 3-27 The Command Results window will display the value of the attribute read in the Response section.
C3-29 l Firmware Commands Firmware commands update the firmware versions of wireless units of field wireless devices and those of sensor boards (where applicable)via field wireless networks. tip Updating the radio firmware takes 20 minutes per device. You can update the radio firmware for multiple field wireless devices simultaneously. Updating the sensor board firmware takes about 11 hours.
C3-30 7. Use the Get Radio Firmware Update Status command to view the status of the update while it is still in progress. 8. When the update is complete, the new firmware version will be shown in the device list. Figure C 3-29 2) Cancel Radio Firmware Update This command allows you to cancel ongoing firmware update processes. 1. Select the Cancel Radio Firmware Update command from the Firmware Commands drop-down list.
3) C3-31 Get Radio Firmware Update Status This command allows you to view the status of ongoing firmware updates. 1. Select the Get Firmware Update Status command in the Firmware Commands dropdown list. The Get Firmware Update Status window opens, with the EUI-64 address list set to the device in the Devices tab page. Select device to execute the command at the window. Figure C 3-31a 2. To execute the command, click [OK].
4. C3-32 Change the Committed Burst value if required. For details on the meaning of the different values, refer to the TIP. Use the -15 default value for normal updates. tip 5. To start an update, you will be requested to make a confirmation. Click [OK] to start the update or click [Cancel] to abort it. 6. When the command is sent, the message “The command has been successfully sent. Check Commands Log” appears. 7.
C3-33 IMPORTANT Select no more than 25 devices at one time to update their sensor board firmware. For a larger number of devices, select the first 25 devices to update their sensor board firmware. When the firmware in these devices has been updated, update the firmware in the remaining devices. 5) Cancelling a sensor board firmware update This command allows you to cancel an ongoing sensor board firmware update. 1.
tip C3-34 The firmware in field devices is updated wirelessly. When an update operation is started on the gateway side, the field device initiates a Join operation. Since the update operation must wait for up to about 30 minutes for the Join operation to complete, it is recommended to start by updating the communication stack of a field device. To update the sensor board firmware you first have to update the communication stack.
• Value (Received value. Shown in engineering values.) • Reading Type C3-35 If the listed readings exceed the current page, paging controls at the bottom of the grid allow you to navigate through different pages of the search results. From this page you can also export the search results to CSV format files for later use by clicking . C3.3.2.2.
C3-36 To search for commands, enter the device tag or part of the tag in the Device Tag input field, then .
C3-37 C3.3.2.2.6 User Accounts The User Accounts page enables user with an Administrator role to manage the system users: create users, grant rights based on the user roles, edit and delete users. To access this page select the User Accounts option in the View menu.
C3-38 Adding a user To add a user: 1. Click 2. Enter required information in all the input fields. From the Role drop-down list, select the role to assign to the user and then click [OK] to add the user in the system. in the toolbar to open the Account Information window. Figure C 3-35 tip All fields must be filled in. When the window is opened for adding a new user, the [Set Password] checkbox will be checked and the password edit boxes enabled.
C3-39 Editing a user To edit a user: 1. Click 2. The input fields in the window are populated with the current values while the [Set Password] checkbox is unchecked and the password edit boxes are disabled. 3. At this window, update the fields with the desired changes. If you wish to also change the user’s password, check the [Set Password] checkbox to enable the password boxes. 4. Enter a new password. 5. Click [OK] to save your changes.
C4-1 C4. Restriction of function This part explains restriction of function and important notice items depending revision of YFGW710 and other management or system software. C4.1 C4.1.1 Field Wireless Configurator Notice of Error Checks for Number of connected field wireless devices and Publication period (Update time) Target Software Version: R1.02.
