YOKOGAWA FSA120 User Manual

User’s Manual

FSA120 (EJXMVToolTM) EJX-MV Configuration DTM

IM 01C25R51-01E

okogawa Electric Corporation

IM 01C25R51-01E

4th Edition

FSA120 (EJXMVT oolTM) EJX-MV Configuration DTM

IM 01C25R51-01E 4th Edition

1. Introduction

This User’s Manual giv es instructions on FSA120 EJX-MV Configuration DTM “EJXMVTool”.

This software is to be used to setup the EJX910A Multivariable Transmitter; therefore , it is indispensable for users to read, understand and f ollow the instructions on all the f ollowing user’s manual bef ore actually starting the operation.

Table 1.1 List of User’ s Manual

IM No. Title

IM 01C25R01-01E EJX910A Multivariable Transmitter Hardware

Manual

IM 01C25R02-01E EJX910A HART Communication

IM 01C25R03-01E EJX910A Fieldbus Communication

IM 01C25R51-01E FSA120 EJX-MV Configuration DTM

In this manual, Following abbre viation ma y be used, FF for FOUND ATION Fieldbus

Installation, wiring, and maintenance.

Operation manual for HART communication type.

Operation manual for Foundation Fieldbus communication type.

This manual. Operation manual of FSA120.

Contents

1-1

T0101E.EPS

1.1 About This Manual

• This manual should be delivered to the end user.

• The inf ormation contained in this manual is subject to change without prior notice.

• The inf ormation contained in this manual, in whole or part, shall not be transcribed or

copied without YOKOGA W A’s written permission.

• In no case does this manual guarantee the merchantability of the tr ansmitter or the

software or its adaptability to a specific client needs.

• If any question arises or errors are f ound, or if any inf ormation is missing from this

manual, please inform the nearest Y okoga wa sales office.

• Changes to specifications, structure, and components used ma y not lead to the re vision

of this manual unless such changes affect the function and perf ormance of the products.

• The operation of the EJX910DTM and EJXMVTool described in this manual is the

operation for the use with FieldMate Basic. For the detailed installation and operation of FieldMate and additional functions availab le on FieldMate Advance , please ref er to the FieldMate User’s man ual.

WARNING

Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.

CAUTION

Indicates a potentially hazardous situation which, if not avoided, ma y result in minor or moderate injury . It ma y also be used to alert against unsafe practices .

IMPORTANT

Indicates that operating the hardware or software in this manner ma y damage it or lead to system failure.

NOTE

Draws attention to information essential f or understanding the operation and f eatures.

1.1.1 Trademarks

•Microsoft and Windows are trademarks or registered trademarks of Microsoft

Corporation in the US and other countries.

• Adobe, Adobe Acrobat, and Adobe Reader are tr ademarks or registered trademarks of

Adobe Systems Incorporated in the US and other countries.

1-2

•Pentium is a registered trademark of Intel Corporation.

• IBM PC/AT is a registered trademark of International Business Machines Corp.

• HAR T is a registered trademark of HART Comm unication F oundation.

•MACT ek is a registered tr ademark of MACTek Corporation.

• AIChE, DIPPR (Design Institute f or Ph ysical Properties) is a registered trademark of

American Institute of Chemical Engineers.

• NI-FBUS is a tr ademark of National Instruments Corporation.

• Other compan y/organization and/or product names are registered trade marks of their

respective holders.

• In this document, the TM and ® marks may not be sho wn ne xt to the registered

trademarks or trademarks of their respective companies.

1.1.2 Envir onmental Condition

Operation Temperature: 0 to 40 °C Humidity: 20 to 80 % (No de w condensation)

Storage Temperature: -10 to 50 °C Humidity: 20 to 80 % (No de w condensation)

1-3

1.2 Software License Agreement for EJXMVTool

License Agreement on EJX-MV Configuration DTM (EJXMVTool DTM) for Multivariable Transmitter

IMPORTANT - PLEASE READ THIS AGREEMENT CAREFULLY : BY INSTALLING, COPYING OTHERWISE USING THE ENCLOSED SOFTWARE PROD-

UCT AS IDENTIFIED ABOVE, YOU A GREE T O BE BOUND BY THE TERMS AND CONDITIONS OF THIS SOFTW ARE LICENSE A GREEMENT (“A GREEMENT”). IF YOU DO NOT AGREE TO THE TERMS OF THIS A GREEMENT, DO NOT INSTALL, COPY OR USE THE SOFTWARE PRODUCT AND PR OMPTLY RETURN IT T O THE PLACE OF PURCHASE.

1.2.1 Grant of License

(1) Subject to the terms and conditions of this Agreement, Yokogawa Electric Corporation

(“Licensor”) hereby grants to you (“Licensee”) a non-e xclusiv e and non-transf erab le right to use the enclosed software product EJXMVTool as identified above and associated materials and documentation in printed or electronic format (Collectively “Licensed Software”), in consideration of full payment b y Licensee to the Licensor of the license fee separately agreed upon by Licensor or its distrib utor .

(2) Licensee shall have the right to use the Licensed Software in the operating en viron-

ment identified by the Licensor , either (a) to the extent specified in the specifications as agreed upon by both parties, or (b) if not specified, for a single user on single computer.

TM

(3) Licensee may use the Licensed Software solely f or its own internal data processing

operations. Use of the Licensed Softw are for any purpose other than those as e xpressly specified in the documentation provided by Licensor shall be prohibited. An y result or damage arising out of the use of licensed software shall be at Licensee’s o wn risk and responsibility .

(4) No copies of the Licensed Software shall be made without Licensor’ s prior written

consent.

(5) The Licensed Software may contain software which Licensor is licensed from third

parties (“Third Party Software”). Licensee agrees to use the Third Party Software in accordance with the terms and conditions as set forth by licensors of such Third P arty Software and agrees to be bound thereby.

(6) In no event shall Licensee mak e any use of the Licensed Softw are for an y other

purposes or in any other manner than those stipulated hereunder.

(7) Licensee agrees to use any Third P arty Software solely as runtime use software which

shall be used solely as part of and with the integrated Licensed Software, and shall not make any further use of Third P arty Software for any other purposes or in any other manner.

1.2.2 Restriction

Licensee shall not: (a) remov e any marks or notices of the Licensed Softw are identification, intellectual property rights like trademark and copyright notice, or other notices or restrictions from the Licensed Software; (b) tr ansfer, sell, assign, sublicense or otherwise convey the Licensed Software to any third party without Licensor’s prior written consent; nor (c) cause, permit or attempt the reverse engineering, disassembly, decompilation, translation or adaptation of the Licensed Software. Any tr ansfer of the Licensed Softw are is subject to Licensor’s transf er policies and f ees.

1.2.3 Copyright/Owner ship

The Licensed Software, including but not limited to an y technology, algorithm, know-how, process and others contained therein, is the proprietary property and may include trade secret of Licensor or a third party who grants to Licensor the right of sub-licensing and is protected by copyright and other intellectual property laws and treaties. Licensee acquires only right to use the Licensed Software and does not acquire any rights, expressed or implied, in the Licensed Software or media containing the Licensed Software other than those specified in this Agreement. Licensor shall at all times retain all rights, titles, and interests, including intellectual property rights, in the Licensed Software and such media. The Licensee may not disclose or divulge the af oresaid trade secret to any other individual or entity than the Licensee's personnel who reasonably need to know and the Licensee.

1.2.4 No W arranty / Limitation of Liability

(1) THE LICENSED SOFTWARE SHALL BE PR O VIDED TO LICENSEE ON AN "AS IS"

BASIS. UNLESS O THER WISE EXPRESSLY PRO VIDED BY LICENSOR, LICENSOR AND THE SUPPLIERS WHO PROVIDE OR LICENSE PART OF THE LICENSED SOFTW ARE T O LICENSOR ("SUPPLIERS") HEREBY EXPRESSLY DISCLAIM ANY AND ALL IMPLIED WARRANTIES OF ANY KIND WHA TSOEVER, INCLUDING WITHOUT LIMITATION W ARRANTY OF UNINTERR UPTED OR ERROR-FREE OPERATION, SATISFACT OR Y Q U ALITY, NON-INFRINGEMENT, MERCHANTABILITY OR FITNESS FOR A P ARTICULAR PURPOSE, AND SHALL NOT BE LIABLE TO LICENSEE FOR ANY DAMA GE OR LOSS CA USED BY USE OR INABILITY TO USE OF THE LICENSED SOFTW ARE. LICENSOR AND SUPPLIERS DISCLAIM ANY AND ALL LIABILITY AND WILL HAVE NO LIABILITY FOR VIOLATION, MISAPPROPRIATION OR INFRINGEMENT OF INTELLECTUAL PROPER TY RIGHTS OF ANY THIRD PARTY.

1-4

(2) IN NO EVENT SHALL LICENSOR AND SUPPLIERS BE LIABLE, WHETHER IN

CONTRACT, T ORT OR O THER WISE AND WHETHER OR NOT LICENSOR AND SUPPLIERS HA VE BEEN AD VISED OF THE POSSIBILITY OF SUCH LOSS OR DAMAGE, FOR ANY LOSS OR DAMAGE INCLUDING CONSEQUENTIAL, INCIDENTAL, INDIRECT OR EXEMPLARY DAMA GES, LOSS OF PR OFITS , LOSS OF REVENUE, LOSS OF BUSINESS OR GOODWILL, LOSS OF DATA OR LOSS OF AVAILABILITY.

(3) THIS SECTION 1.2.4 STA TES THE ENTIRE WARRANTY AND LIABILITY OF LI-

CENSOR AND SUPPLIERS IN CONNECTION WITH THE LICENSED SOFTWARE. THIS PARAGRAPH 4 ALLOCATES RISKS UNDER THIS A GREEMENT BETWEEN LICENSEE AND LICENSOR/SUPPLIERS AND COMPRISES FUNDAMENTAL ELEMENTS OF THIS LICENSE. LICENSOR’S PRICING OF THE LICENSED SOFTWARE REFLECTS THIS ALLOCATION OF RISKS AND LIMIT ATION OF LIABILITY.

(4) LICENSEE SHALL INDEMNIFY, DEFEND AND HOLD LICENSOR AND SUPPLIERS

FROM ANY CLAIMS, DEMANDS , LIABILITIES, LOSSES , D AMA GES, JUDGMENTS OR SETTLEMENTS, INCLUDING ALL REASONABLE COSTS AND EXPENSES RELATED THERETO INCLUDING ATTORNEY’S FEES, DIRECTLY OR INDIRECTLY RESULTING FROM ANY CLAIM MADE OR PO TENTIAL CLAIM BY A THIRD PARTY AGAINST LICENSOR OR SUPPLIERS ARISING OUT OF ANY A CT OR USE OF LICENSED SOFTWARE BY LICENSEE.

1.2.5 T erm and T ermination

(1) This Agreement shall become effectiv e when the Licensee installs, copies or other-

wise uses the Licensed Software and remain in full force until and terminate when (a) Licensor terminates this Agreement according to this 1.2.5 (2); or (b) the Licensee ceases to use the Licensed Product, whichever comes earlier.

(2) Licensor shall have the right to immediately terminate this Agreement without any

notice to Licensee, if Licensee breaches any of the terms and conditions hereof.

(3) Upon termination of this Agreement, Licensee shall immediately , in accordance with

instructions by Licensor, return all copies of the Licensed Software in its possession to Licensor or its designee and erase all copies of the Licensed Software installed in any computer hereunder.

(4) The license fee paid by the Licensee to the Licensor in consideration of the use of the

Licensed Software hereunder shall be non-refundable unless otherwise e xpressly provided herein.

(5) The provisions of the 1.2.3 and 6 shall survive after termination of this Agreement.

1.2.6 General Provisions

(1) This Agreement shall be governed by and construed in accordance with the laws of

Japan. All disputes , controv ersies or differences which ma y arise between the parties hereto, out of or in relation to or in connection with this Agreement shall be finally settled by arbitration in Tokyo, Japan in accordance with the Commercial Arbitr ation Rules of the Japan Commercial Arbitration Association. The award rendered by the arbitrator(s) shall be final and binding upon the parties hereto.

(2) This Agreement shall supersede any prior representations, discussions, undertakings,

communications or advertising with respect to the Licensed Software.

(3) If any part of this Agreement is found void or unenf orceab le under any la ws or regula-

tions and Licensor deems it is not reasonable to license without such void or unenforceable part, Licensor is entitled to modify the terms of this Agreement or terminate this Agreement at its option without owing any liability to Licensee.

(4) Licensee agrees that the Licensed Software shall not be shipped, transf erred or

exported to any country or used in any manner prohibited by any e xport administration laws, restrictions or regulations or regulations of Japan, the United States and other countries that may be applicable to the Licenced Software.

1-5

1.2.7 DIPPR

(1) Licensed Software may include a database dev eloped by the Design Insti-

(2) THE BYU-TPL WILL USE REASONABLE EFFORTS DESIGNED T O

(3) LICENSEE ACKNOWLEDGES THE ABO VE 1.2.7 (1) AND (2) AND

tute for Ph ysical Property Data (DIPPR®) which is a branch of the sponsored research projects of the American Institute of Chemical Engineers (AIChE®).

VERIFY THAT THE D ATA CONT AINED IN THE D ATABASE HAS BEEN SELECTED ON THE BASIS OF SOUND SCIENTIFIC JUDGMENT. HO W EVER, NEITHER THE BYU-TPL NOR AICHE® MAKE ANY W ARRANTIES TO THAT EFFECT. THE D ATABASE IS PRO VIDED “AS IS” WITHOUT WARRANTY OF ANY KIND. BYU-TPL DISCLAIMS ALL W ARRANTIES , EITHER EXPRESS OR IMPLIED , INCLUDING BUT NO T LIMITED T O WARRANTIES OF MERCHANT ABILITY AND FITNESS FOR A PARTICULAR PURPOSE. NEITHER THE BYU-TPL NOR AICHE® SHALL BE LIABLE FOR ANY DAMA GES , LOSS OF PROPER TY OR PROFITS, OR CONSEQUENTIAL, EXEMPLARY OR SPECIAL DAMAGES THAT MAY RESULT FROM ERRORS OR OMISSIONS IN THE D ATABASE EVEN IF AD VISED OF THE POSSIBILITY OF SUCH D AMA GES.

AGREES NO T TO MAKE ANY CLAIMS OR DEMANDS AGAINST LICENSOR, BYU-TPL NOR AICHE® WITH RESPECT TO DIPPR® AS STATED IN

1.2.4 (4).

Blank Page

2. General

EJXMVTool is a PC tool that is used to set the flow parameters of EJX910A multivariable transmitters.

EJXMVTool consists of Flow Configuration Wizard and Obtain Flow Coefficient. The following chart shows a configuration consisting of a note PC, communication interf ace

and EJX910A multivariable transmitter .

Frame Application

EJX-MV Configuration DTM

2-1

EJXMVTool DTM

This area requires license

Database

Operating conditions

Primary element

information

Fluid information

Phisical property

database

EJXMVTool DTM

This area requires license

Flow

Configuration

Wizard

Dialog editor

Calculation

of flow parameters for EJX910

File

Management

Report

Upload

from

transmitter

Comm DTM

EJX910 HART DTM EJX910 FF DTM

Transmitter

Management

(Offline

parameters)

Dialog

Editor

Monitoring

Process

Value

Tag

Range

Unit

Damping

Lowcut

Adjustment

Download

to

transmitter

EJXMVTool DTM

This area requires license

Flow

Parameter

Management

Obtain Flow

Coefficient

Dialog Editor

Sensor

mode

Simulation

mode

EJX910 HART DTM

EJX910 FF DTM

Transmitter

Management

(Online

parameters)

Dialog

Editor

Monitoring

Process

Value

Tag

Range

Unit

Damping

Lowcut

Adjustment

Notebook PC

PCMCIA I/F / Serial Port

FF-H1 /HART Communications

NI PCMCIA F-BUS

/HART modem

FF-H1 /HART Communications

Multivariable Transmitter

(EJX910A)

F0201.EPS

Figure 2.1 Functional diagram

Blank Page

3. Functional Specification

3.1 PC

3.1.1 Hardware Operating En vir onment

Condition for the FieldMate is included. Machine: IBM PC/AT-compatible CPU: P entium3 1 GHz or faster Main memory: 1 GB or more Hard disk drive: 8 GB or more CD-ROM drive: Windows XP compatib le Display: 1024  768 or better resolution recommended 16 bit colors or better For HART comm unication: Serial port (RS232C or USB)

OUNDATION Fieldbus communication: Either PCMCIA card slot or PCI slot

For F

3-1

3.1.2 Software Operating Envir onment

IMPORTANT

When using FOUNDATION Fieldbus DTM, login Windo ws as an Administrator or a user with an administrative authority.

Microsoft Windows XP Prof essional SP2 (English) Following software is necessary to be installed in your computer .

Common

Adobe Reader FDT Frame application conf orming to FDT Interface Specification Version 1.2

The frame application which is already tested with FSA120 and proper operation is confirmed; FieldMate

For HART Communication

Communication DTM for HAR T Modem conformed FDT Interf ace Specification Version 1.2 Follo wing Communication DTM has been tested with FSA120 and compatibility is

confirmed; HART Comm unication DTM included in FieldMate

OUNDATION Fieldbus Comm unication

For F

(included in FieldMate) NI-FBUS Communications Manager Communication DTM for PCMCIA-FBUS or PCI-FB US conf orming to FDT version 1.2 Follo wing Communication DTM has been tested with FSA120 and compatibility is

confirmed; F

OUNDATION Fieldbus communication DTM included in FieldMate.

NOTE

Install the following software which is contained in CD if y ou don’t hav e them in y our computer. Refer to section 4.2 for procedures.

1)Adobe Reader

2)FieldMate

• FDT Frame application

• HART communication DTM

• FF communication DTM

3)Device Files

• FJX910 HART DTM (included in Yokogawa DTM Library HART)

• FJX910 FF DTM (included in Yokogawa DTM Libr ary FF)

IMPORTANT

3-2

If you already hav e FSA210 Mass Flow Configuration Softw are installed in your computer, Uninstall FSA210 to avoid the competition of COM POR T.

3.2 Field Communication

1)HART communication Recommended HART modem: USB HART Interf ace (Yokogawa P arts Number F9197UB)

OUNDATION Fieldbus communication

2)F Recommended: NI-FBUS:National Instrument’ s PCMCIA-FB US or PCI-FBUS NI-FBUS

3.0 or later

3.3 Model to be Connected

EJX910A Multivariable Transmitter

3.4 Outline of FSA120

3.4.1 Components

Following picture sho ws the items included in the FSA120 package.

3-3

Disk

FieldMate

Disk

Yokogawa

EJXMVTool

additional

resource

Figure 3.1 Components of FSA120

User license

sheet

(FieldMate)

User license

sheet

(EJXMVTool)

F0301E.EPS

Disk

Device Files

Each disk contains the following software.

[FieldMate disk]

•FieldMate

[Device Files disk]

•Yokogawa DTM Library HART (Includes EJX910 HART DTM, EJXMVTool source program and HART DTMs of other

YOKOGAW A products.)

•Yokogawa DTM Libr ary FF (Includes EJX910 FF DTM, EJXMVTool source program and FF DTMs of other

YOKOGAW A products.)

[Yokogawa MVTool additional resource disk]

• Programs necessary to activate EJXMVTool

• User's manual of EJXMVTool (in pdf format)

FieldMate is Yokogawa's FDT fr ame application and bundled in FSA120. Device Files contains YOKOGA W A DTM library which include EJX910 HART/FF DTM(f or transmitter management) and EJXMVTool DTM (for flow parameter management).

Yokogawa MVTool additional resource disk contains the programs necessary for EJXMVTool.

To use the full part of FSA120, it is necessary to correctly install a frame application (FieldMate), libraries, and the programs in the additional resource disk into your computer .

3.4.2 EJX910 HART/FF DTM and EJXMVTool

EJX910 HART/FF DTM and EJXMVTool consist of the following programs.

Table 3.1 Function of EJXMVT ool (f or HART comm unication)

Program Function

EJX910HART DTM

EJX MVTool

Flow Configuration Wizard

Obtain Flow Coefficient

Database

Transmitter Management

Flow Parameter Management

Database - Necessary* Physical property

* Online Parameter * Offline Parameter * Downloads to or uploads

from the transmitter

parameters for the EJX910A.(Auto compensation mode,

Basic mode) * File management * Report function

retrieval

database used for flow

parameter calculation.

<DTMInstDrive> \Program Files\Yokogawa \DTMs

<DTMInstDrive> \Program Files\Yokogawa \DTMs \EJXMVTool

Startup method Execute from

the frame application

Execute from the EJX910 HART DTM

3-4

Entry of LicenseContens Install location Not

necessary

Necessary* Configuration of flow

Necessary* Flow coefficient

T0301-1E.EPS

Table 3.2 Function of EJXMVT ool (f or FF comm unication)

Program Function

EJX910FF DTM

EJX MVTool

Flow Configuration Wizard

Obtain Flow Coefficient

Database

Transmitter Management

Flow Parameter Management

Database - Necessary* Physical property

* Online Parameter * Offline Parameter * Downloads to or uploads

from the transmitter

parameters for the

EJX910A. (Auto

compensation mode,

Basic mode) * File management * Report function

retrieval

database used for flow

parameter calculation.

<DTMInstDrive> \Program Files\Yokogawa \DTMs

<DTMInstDrive> \Program Files\Yokogawa \DTMs\EJXMVTo olFF

Startup method Execute from

the frame application

Execute from the EJX910 FF DTM

Entry of LicenseContens Install location Not

necessary

Necessary* Configuration of flow

Necessary* Flow coefficient

T0301-2E.EPS

Each program can be started in the following wa y. >Execute EJX910 HART DTM or EJX910 FF DTM on the frame application.

(Not necessary to enter a license for EJXMVTool)

>Execute the Flow Configuration Wizard /Obtain Flo w Coefficient on the EJX910 HAR T or

FF DTM (Necessary to enter your license for EJXMVTool.)

3.5 FSA120 DTM Function Detail

3.5.1 T ransmitter Mana gement

Transmitter management function is supported by EJX910 HART DTM and EJX910 FF DTM.

EJX910FF DTM supports the following blocks in the EJX910: Resource Block, Sensor Transducer Block, Flow Transducer Block, LCD Transducer bloc k, and AI function blocks . Parameters of other function blocks should be set and changed by other Fieldbus configurators.

• Setting of Node Address and tag is not supported.

• Scheduling is not supported.

NOTE

Setting of Node Address and PD Tag and scheduling are not supported by FSA120. Use general purpose Fieldbus setting tool to set these items. After using setting tool, finish the program before starting FSA120.

3-5

(1) Online Parameter

The Transmitter General parameters of the device can be edited directly in online status.

(Process value monitoring, Tag, Range, Unit, Damping, Lowcut, Indicator displa y, Maintenance, Adjustment, Status information display)

(2) Offline Parameter

The Transmitter General parameters of the device can be edited and stored in offline database.

(Process value monitoring, Tag, Range, Unit, Damping, Lowcut, Indicator displa y, Maintenance, Adjustment, Status information display)

(3) Downloads to or uploads from the transmitter

The Transmitter Flow and General P arameters stored in offline database are downloaded the to device .

The parameters of the device is uploaded from the de vice and stored in offline database.

Transmitter General Parameters:

HART or F HART handheld terminal or Fieldbus Configuration Tool. e.g. range, damping, etc.

User Flow Parameters:

The parameters which users input on EJXMVTool for flow configuration.

OUNDATION Fieldbus parameters of the de vice, which can be modified with using

This parameters are used to generate flow appro ximation and not downloaded to the device.

Transmitter Flow Parameters:

The parameters which EJXMVTool calculates and generates with using the User Flow Parameters and are downloaded to the device.

3.5.2 Flow P arameter Management (Flow Configuration Wizard)

This function is supported by EJXMVTool DTM. (1) Auto compensation mode

Configuration of the fluid physical properties and primary element for the EJX910A can be performed using a dialog window . Refer to section 6.3.

(2) Basic mode

Flow operation and density compensation are perf ormed conventionally, with the flow factors being input manually. Ref er to section 6.4.

(3) File management

xmv file: Import / export User Flow parameters

Import / export Transmitter Flow parameters.

prm file: Import HART Transmitter General parameters

(only for FSA210 user)

(4) Report function

Export user flow parameters in CSV file format.

3.5.3 Flow P arameter Management (Obtain Flow Coefficient)

3-6

This function is supported by EJXMVTool.

Flow coefficient retrieval The flow coefficient can be obtained from the transmitter (input selection: sensor data

or simulated data).

3.5.4 Primary Devices Supported in Auto Compensation Mode

This function is supported by EJXMVT ool DTM.

Table 3.3 Supported primary devices

Type

Orifice

Nozzle

Venturi

FIX

Orifice Corner Taps [ISO5167-1 1991] Orifice Corner Taps [ISO5167-2 2003] Orifice Corner Taps [ASME MFC-3M 1989] Orifice Flange Taps [ISO5167-1 1991] Orifice Flange Taps [ISO5167-2 2003] Orifice Flange Taps [ASME MFC-3M 1989] Orifice Flange Taps [AGA No.3 1992] Orifice D and D/2 Taps [ISO5167-1 1991] Orifice D and D/2 Taps [ISO5167-2 2003] Orifice D and D/2 Taps [ASME MFC-3M 1989] ISA1932 nozzle [ISO5167-1 1991/ ISO5167-3 2003] Long radius nozzle [ISO5167-1 1991/ ISO5167-3 2003] ASME FLOW NOZZLES [ASME MFC-3M 1989] Venturi nozzle [ISO5167-1 1991/ ISO5167-3 2003] Classical Venturi tube “as cast” convergent section [ISO5167-1 1991/ ISO5167-4 2003] ASME Venturi Tubes With a rough Cast or Fabricated Convergent [ASME MFC-3M 1989] Classical Venturi tube with a machined convergent section [ISO5167-1 1991/ ISO5167-4 2003] ASME Venturi Tubes With a machined convergent section [ASME MFC-3M 1989] Classical Venturi tube with a rough-welded sheet-iron convergent section

[ISO5167-1 1991/ ISO5167-4 2003] Fixed Mode (Sets the discharge coefficient and gas expansion factor to a fixed value)

Primary Device

T0302E.EPS

3-7

3.5.5 Density Compensation in Auto Compensation Mode

This function is supported by EJXMVTool DTM.

(1) Density compensation using physical properties database

Table 3.4 Supported physical properties database

Fluid name Fluid name Fluid name

Acetic Acid Hydrogen Chloride Phosphoric Acid

Acetone Hydrogen Cyanide Propadiene Acetonitrile Hydrogen Peroxide Propane Acetylene Hydrogen Sulfide Propylene Acrylonitrile Isobutane Pyrene Air Isobutene Styrene Allyl Alcohol Isobutylbenzene Sulfur Dioxide Ammonia Isopentane Toluene Argon Isoprene Trichloroethylene Benzaldehyde Isopropanol Trichlorofluoromethane Benzene m-chloronitrobenzene Vinyl Acetate Benzoic Acid m-dichlorobenzene Vinyl Chloride Benz Alcohol Methane Vinyl Cyclohexene Biphenyl Methanol Water Bromine Methyl Acrylate 1-Butene Carbon Dioxide Methyl Ethyl Ketone 1-Decene Carbon Monoxide Methyl Vinyl ether 1-Decanal Carbon Tetrachloride Monochlorobenzene 1-Decanol Chlorine n-Butane 1-Dodecene Chlorodifluoromethane n-Butanol 1-Dodecanol Chloroprene n-Butyraldehyde 1-Heptanol Chlorotrifluoroethylene n-Butyronitrile 1-Heptene Citric Acid n-Decane 1-Hexene Cycloheptane n-Dodecane 1-Hexadecanol Cyclohexane n-Heptadecane 1-Octanol Cyclopentane n-Heptane 1-Octene Cyclopentene n-Hexane 1-Nonanal Cyclopropane n-nonane 1-Nonanol Dichlorodifluoromethane n-Octane 1-Pentadecanol Divinyl Ether n-Pentane 1-Pentanol Ethane Neon 1-Pentene Ethanol Neopentane 1-Undecanol Ethylamine Nitric Acid 1,1,2,2-Tetrafluoroethane Ethylbenzene Nitric Oxide 1,1,2-Trichloroethane Ethylene Nitrobenzene 1,2,4-Trichlorobenzene Ethylene Glycol Nitroethane 1,2-Butadiene Ethylene Oxide Nitrogen 1,3-Butadiene Fluorene Nitromethane 1,3,5-Trichlorobenzene Furan Nitrous Oxide 1,4-Dioxane Helium-4 Oxygen 1,4-Hexadiene Hydrazine Pentafluoroethane 2-Methyl-1-Pentene Hydrogen Phenol

Source:

DIPPR This Physical Property Database from American Institute of Chemical Engineers (AIChE

®

Project No .801 Database 2003 Edition

®

)

2,2-Dimethylbutane

3-8

T0303E.EPS

NOTE

The DIPPR recommends an air temperature no higher than –25°C and cannot guarantee results if this temperature limit is exceeded.

(2) Density compensation using standard steam tables

IAPWS-IF97 W ater and Steam (1997) IAPWS-IF97: IAPWS Industrial F ormulation 1997 IAPWS: The International Association for the Properties of W ater and Steam

(3) Density compensation using standard.

Natural gas:

AGA8.

Compressibility Factors of Natural Gas and Other Related Hydrocarbon Gases American Gas Association (AGA) Transmission Measurement Committee Report No.8 Second Edition, Nov ember

1992

3-9

Detail Characterization Method Gross Characterization Method 1 Gross Characterization Method 2

ISO 12213:1997 First edition 1997-12-01

Part 2: molar-composition analysis Part 3: ph ysical properties

(4) Custom fluid density and viscosity compensation

Numerical value user input for physical properties (density, viscosity, etc.)

Blank Page

4. Preparation

4.1 PC

To ensure that EJXMVTool functions properly, please make sure your PC meets the requirements stated in the section ‘3.1 PC’.

All application must be finished.

4.1.1 Setting Items after Installing Windo ws

Before installing EJXMVTool to Windows environment, the f ollo wing settings are recommended.

•Power Options It is recommended to set System Standby to [Nev er]. Setting procedure is as f ollows .

Login Windows XP as administrator , and then choose [Start] - [Control P anel] [PowerOptions] to open [Power Options Properties] dialog box. Confirm the settings on this dialog box are the same as follows .

4-1

•Power Schemes Tab System standby and System hibernates are recommended to be set as follows; Turn off hard disk: Nev er System standby: Ne v er System hibernates: Nev er

Power Options Properties

HibernateAdvancedPower Schemes

Select the power scheme with the most apropriate settings for this computer. Note that changing the settings below will modify the selected scheme.

Power schemes

Home/Office Desk

Setting for Home/Office Desk power scheme

NeverTurn off monitor: NeverTurn off hard disks:

NeverSystem standby: NeverSystem hibernates:

UPS

DeleteSave As...

CancelOK

Figure 4.1 Power Sc hemes Tab

Apply

F0401E.EPS

• Adv anced T ab Some PC keyboards hav e a sleep b utton. It is recommended to disab le this b utton. When press the sleep button on my computer: No action

Figure 4.2 Advanced T ab

• Hibernate T ab Do not check the option [Enable hibernation].

Power Options Properties

4-2

HibernateAdvancedPower Schemes

When you computer hibernates, it stores whatever it has in memory on your hard disk and then shuts down. When your computer comes out of hibernation, it returns its previous state.

Hibernate

Enable hibernation

Disk space for hibernation

Free disk space: 22,057 MB Disk space required to hibernate: 256 MB

Figure 4.3 Hibernate Tab

UPS

CancelOK

Apply

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4.2 Installation Procedure

4.2.1 EJXMVT ool online man ual

The pdf format Manual for EJXMVTool is located at <Yokogawa MVTool Additional resource disk>: \EJXMVTool_Manual.pdf.

If Adobe Reader is not on your PC, install it. This may be done by doub le clicking on < FieldMate CDROM>:

\READER\ENGLISH\AdbeRdr80_en_US.ex e in Windo ws Explorer. (<CDROM> is the CD-ROM drive of your computer.)

4.2.2 Uninstall FSA210

This procedures are only applicable for the users of FSA210 Mass Flow Configur ation Software.

If FSA210 is existing on your PC , uninstall it to av oid the competition with FieldMate. To uninstall all the program of FSA210, take the following three steps. (1) Uninstall a field communication server

Execute <FieldInstDrive>: \PRM\Prog ram\PRMUninstall.e x e

4-3

Double-click the filename in Windows Explorer . <FieldInstDrive> is the drive on which field communication server is installed. <FieldInstDrive> is the drive where the PRM directory is located. The default drive is the same drive on which Windo ws is installed.

(2) Uninstall the EJXMVTool program with the Add or Remove Programs function of the

Windows Control Panel. Select EJXMVT ool and click [Change/Remov e].

(3) Uninstall Exaopc

Use the Add or Remove Progr ams function of the Windows Control P anel to uninstall Exaopc. Select Exaopc and clic k [Change/Remov e]. Follow the instruction to reboot the computer .

NOTE

Refer to Appendix A for the detailed procedures of uninstalling FSA210.

4.2.3 For FieldMate Users

If you already hav e FieldMate installed in your computer , which satisfies the oper ating requirement of FSA120, you may need to skip the installation of FieldMate. Please see the followings.

NOTE

If FieldMate installed in your PC is older version and does not satisfy the working condition of FSA120, it is necessary to install FieldMate which satisfies the requirement.

1)If you have FieldMate Basic installed on your PC , and...

• if y ou ha ve purchased FSA120 with FieldMate Basic; check the version of FieldMate which is installed on y our PC . On the other hand, the version of the bundled FieldMate is sho wn on the disk. If the version is low er than that of the bundled FieldMate , install the bundled

FIeldMate. If the version is equiv alent or higher , install Additional Resource Disk alone.

• if y ou ha ve purchased FSA120 with FieldMate Adv ance; install the bundled FieldMate Advance and Additional Resource Disk.

2)If you have FieldMate Advance installed on y our PC, and...

• if y ou ha ve purchased FSA120 with FieldMate Basic; check the version of FieldMate which is installed on y our PC . On the other hand, the version of the bundled Fieldmate is sho wn on the disk. If the version is low er than that oh the bundled FieldMate, install the b undled

FieldMate Basic after uninstalling the previous v ersion of FieldMate Advance . If the version is equiv alent or higher , install Additional Resource Disk alone.

4-4

• if y ou ha ve purchased FSA120 with FieldMate Adv ance; check the version of FieldMate which is installed on y our PC . On the other hand, the version of the bundled FieldMate is sho wn on the disk. If the version is low er than that of the bundled FieldMate , install the bundled

FIeldMate. if the version is equivalent or higher, install Additional Resource Disk alone.

4.2.4 Installations of FieldMate and Device Files

For the installations of FieldMate and De vice Files, please f ollow the procedures described in the User’s manual “FieldMate Versatile Device Management Wizard Getting Started” (IM 01R01A04-01E) included in the FSA120 package.

•Yokogawa HART/FF DTM library Automatically installed during the installation of FieldMate.

• Related program installation(f or F For the operation of EJX910 FF DTM, "NI-FBUS Comm unications Manager" must be

installed.

NOTE

OUNDATION Fieldbus communication)

For the installation procedures of FieldMate, ref er to the user’ s man ual of FieldMate. When installing FieldMate, log-in the Windo ws as an Administrator or an user with an

administrative authority.

4.2.5 EJX MVT ool additional resour ce installation

Execute <CDROM>: \ Resource \ setup .e x e Double-click the file name in Windows Explorer, and the EJXMVTool installation prog ram

will be started. (<CDROM> is the CD-ROM drive of your computer.) (1) Click [Next].

4-5

Figure 4.6a W elcome screen

(2) Select [I accept ...] and click [Next].

Figure 4.6b License agreement screen

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F0406E.EPS

(3) Input “User Name”,“Organization” and Clic k [Next].

F0407E.EPS

Figure 4.6c Customer Information Screen

(4) Select [Complete] or [Custom].

4-6

Complete setup is recommended.

Figure 4.6d Choose Setup Type

F0408E.EPS

(5) Click [Install].

F0409E.EPS

Figure 4.6e Ready to install screen

(6) Click [Finish].

4-7

F0410E.EPS

Figure 4.6f Finish Setup screen

4.2.6 How to confirm V ersion Number of DTM

1)Y ok oga wa HAR T/ FF DTM library The version number is display ed on the “Add / remov e program” screen of Windo ws

Control Panel. (See figure 4.7.)

Version number

F0411E.EPS

Figure 4.7 V ersion Number of DTM Library

4-8

2)EJXMVT ool DTM The version number is display ed on the HELP screen of Flow Configur ation Wizard or

Obtain Flow Coefficient. Refer to 6.2.5 or 6.5.

3)MVT ool additional resource (Release number of FSA120) The version number is display ed on the “Add / remov e program” screen of Windo ws

Control Panel. (See figure 4.8.)

4) EJX910DTM

Refer to 4.6.3 ‘Start EJX910DTM’.

F0412E.EPS

Figure 4.8 V ersion No. of Y okoga wa MVTool Addirional Resource

4.3 Uninstallation

(1) FieldMate

Refer to User's manual IM01R01A01-00E.

(2) MVTool Additional Resouce

Use the Add or Remove Progr ams function of the Windows Control P anel. Select Yokoga wa MVTool additional resouce Rx.xx.xx and click [Remove].

4-9

Figure 4.9 Remove Yokoga wa MVTool Additional Resource

F0413E.EPS

4.4 Initial Setting (HART comm unication)

4.4.1 HART Communication Modem

Connect the HART communication modem to the PC’ s COM port.

NOTE

Either a serial (RS232C) or USB port may be used.

4.4.2 COM port

Find out which COM port the modem will be connected to. Select the Start menu. Right click [My Computer] and select [Properties].

4-10

F0414E.EPS

Figure 4.10a Windo ws Properties

Click [Hardware] and select [Device Manager]

F0415E.EPS

Figure 4.10b Hardware pr opoerties

4-11

Click [Ports (COM & LPT)] to find out the port number.

Figure 4.10c COM port number

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4.4.3 Wiring

Figure 4.11 Connection of HART instruments

NOTE

When RTD is not connected to EJX910A, the setting is possible though alarm 03 is displayed on the indicator.

4-12

F0417E.EPS

4.4.4 Communication setting (HAR T communication)

This subsection describes the procedures to change the communication related setting of FieldMate. Please try these procedures after you start FieldMate and if you e xperience that communication is not correctly established. Please ref er to 4.6.2.

(1) Communication port setting on FieldMate

1. Clic k the [Tool] --> [HART Modem Configuration..] at FieldMate window .

2. Select com port number .

3. Clic k the [OK] b utton.

F0433E.EPS

Figure 4.12 HART Modem configuration

Select COM port number.

F0434E.EPS

Figure 4.13 COM port

Please refer to FieldMate User's manual for details .

(2) Communication address setting on FieldMate

In FieldMate, the default setting of maximum scan v alue of communication address is “0”. If the transmitter’s address is other than “0”, FieldMate cannot distinguish the tr ansmitter . Therefore, the setting should be changed to the correct v alue.

1. Clic k the [Tool] --> [HART Modem Configuration..] at FieldMate window .

2. Select address number.

4-13

3. Clic k the [OK] b utton.

Maximum value of communication Addressfor scaning

F0435E.EPS

Figure 4.14 Address Setting

Please refer to FieldMate for detail.

4.5 Initial Setting (FF Communication)

4.5.1 EJX910A

Address and Tags (PD Tag and VFD Tag) must be set in the EJX910A.

IMPORTANT

FSA120 does not support address setting. Use general purpose Fieldbus setting tool for setting an address and tags. After using gener al purpose Fieldbus setting tool, e xit from the program before starting EJX910 FF DTM. Please also refer to 4.7.1 FF comm unication (Node Address).

4.5.2 Install NI-FBUS Card

Install the NI-FBUS card on PC.

4.5.3 NI-FBUS Setting (Interface Configuration Utility)

Please define the NI-FBUS setting as follows .

IMPORTANT

Activate the program as an Administrator or user with an Administr ative authority.

(1) Activate the program

On PC, click the f ollo wing order and activate the prog ram Click [Start] --> [All Programs] --> [National Instrument] --> [NI-FBUS] --> [Interface

Configuration Utility]

4-14

Figure 4.15a Starting NI-FBUS Utility

(2) Select the port

On the screen shown up , select “Port0" and press “Edit”.

Figure 4.15b NI-FBUS Interface Config Screen

F0418E.EPS

F0419E.EPS

(3) Setting(if Link Master Device e xits in the segment)

After that, on the screen shown up, select the items indicated as belo w .

F0420E.EPS

Figure 4.15c NI-FBUS H1 Port Properties (1)

Device Address: Select [Visitor]

4-15

Device Type : Select [Basic Device] Usage : Select [NI-FBUS]

CAUTION

Do not set the NI-FBUS card to Link Master Device in the Fieldbus segment where other host may exist.

Setting may cause disturbance of control.

(4) Setting (if no Link Master Device exists in the segment)

After that, on the screen shown up, select the items indicated as belo w .

F0421E.EPS

Figure 4.15d NI-FBUS H1 Port Properties (2)

Device Address: Select [Visitor] Device Type : Select [Link Master De vice] Usage : Select [NI-FBUS]

4.5.4 Start NI-FBUS Communications Manager

Please Start the NI-FBUS Communications Manager as follows. Click [Start] --> [All Programs] --> [National Instrument] --> [NI-FBUS] -->

[NI-FBUS Communications Manager].

F0422E.EPS

Figure 4.15e Starting NI-FBUS

IMPORTANT

4-16

When running the program, log-in the Windows as an Administr ator or an user with an administrative authority.

4.5.5 Connect the EJX910A to the power supply

Please refer to User’ s manual IM 01C25 R03-01E “EJX910A Fieldbus Comm unication.”

4.5.6 Connect the NI-FBUS card to the EJX910A

CAUTION

FSA120 is the software tool which is purposed for the setup and maintenance. Do not try connecting it to the EJX910A which is under actual operation in the process. Bef ore connecting NI-FBUS card to the segment, make sure that the process which is controlled by the segment is off-lined.

NI-FBUS Card

4-17

Terminator

FF Device

+

-

Across the FF device.

*

Figure 4.16 Connection example for FF

*

Terminator

Loop Power

Supply

+

-

F0423E.EPS

4.6 Start FDT frame application

This section describes the operation of DTM with using FieldMate. For the detailed operation of FieldMate , refer to User's man ual of FieldMate.

IMPORTANT

When running the program, log-in the Windows as an Administr ator or an user with an administrative authority.

4.6.1 Update DTM Browser

After new DTM is installed, click “DTM Bro wser”, so as to confirm that the designated DTM is correctly installed.

Click [Start] --> [All Programs] --> [Y OK OGA W A FieldMate] --> [Tool] --> [DTM browser]

4.6.2 Start FieldMate

Starting FieldMate by following operation. (1) Click [Start] --> [All Programs] --> [Y OKOGAWA FieldMate] --> [FieldMate]

4-18

Figure 4.17a Start FieldMate

F0424E.EPS

(2) Default Scan Segment is to select the communication protocol of the segment to be

scanned on startup. Select [HAR T] or [FF-H1] and clic k [OK].

Figure 4.17b Select HART/FF

F0425E.EPS

(3) FieldMate Segment Vie wer window. Open Segment View er on FieldMate. A device icon appears on the window if it is successful to connect to FieldMate. If not, “No

device found” message is sho wn on the window . If a connected device icon does not appear , check that initial setting f or comm unication is

correctly done. Ref er to section 4.4 for HAR T and 4.5 f or FF.

4-19

Figure 4.17c Segment Vie wer

F0426E.EPS

NOTE

How to confirm EJX910DTM version number. Click [Action]--> [Select DTM] to select the target de vice. Confirm version number .

F0428-02E.EPS

Figure 4. 17d Confirm Version of EJX910DTM

F0428-03E.EPS

Figure 4. 17e Version Number of EJX910 DTM

4.6.3 Start EJX910 DTM

(1) Start DTM Works Select the icon of the target device for configur ation in the window. Click the [Action] --> [Assign DTM]

4-20

Figure 4.18 Start DTM Works

F0427E.EPS

(2) Online Parameter windo w appears. It may takes about one minute to open Online P arameter windo w .

F0428E.EPS

Figure 4. 19 Online P arameter Window

4-21

4.6.4 Save DTM Infomation

If “Sav e to file” is perf ormed, a device parameter snapshot is sav ed to an e xternal file-.dfs file, which includes the following parameters .

• User Flow parameters

• Transmitter Flow parameters

• Transmitter General parameters For a file f ormat of .dfs, refer to “File F ormat” of section 7. This command is enabled while communication with a device is disconnected.

1. Clic k the [Device] --> [Disconnect] at DTM Works window.

2. Clic k the [File] --> [Sav e to file] at DTM W orks window .

3. Clic k the [OK] b utton.

Figure 4.20 Confirmation Message in Saving .dfs file

F0429E.EPS

4. Sav e .dfs file in the computer .

NOTE

• .dfs file is not compatible among diff erent communication.

• .dfs file is not compatible among diff erent fr ame applications.

4.6.5 Exit FieldMate and DTM Works

DTM W orks and FieldMate are ended by closing each window.

1. Clic k the [File] --> [Exit] at DTM W orks window .

2. Clic k the [File] --> [Exit] at FieldMate window.

4.7 EJXMVT ool Activ ation

4.7.1 How to Activate

Start EJX910DTM. (see 4.6.3)

4-22

> Start DTM Works. > Select [Device] --> [Additional Functions] --> [Flow Configuration Wizard]

• The f ollowing screen appears only when this prog ram is run for the first time .

Figure 4.21 EJXMVTool Activ ation Screen

Enter the EJXMVTool license number, and Click [Check and Sav e].

F0430E.EPS

NOTE

You must enter whole license number includeing ‘-’ .

4-23

Figure 4.22 Software License Form

F0431E.EPS

Once the license number is confirmed, Flow Configuration Wizard screen belo w appears.

F0432E.EPS

Figure 4.23 T op Menu Screen of Flow Configuration Wizard

Blank Page

5. Operational Flow

Following is an e xample of configuration procedures using A uto Compensation Mode . (A) New Configur ation (e xample f or using FieldMate project file) (B) Configure with e xisting Configuration File (dfs file) (C) Configure with existing Configuration File (example for using XMV file) (D) Configure with existing Configuration File (import:XMV file, PRM file,export:dfs file)

(A) New Configur ation (Example of using Auto Compensation Mode)

5-1

Upload parameters

1

from the device

Perform

2

Flow Configuration

Download parameters

3

to the device

Confirm flow

4

coefficient

Save settings to

5

.dfs file

FieldMate

Menu

Assign DTM

DTM Works

Menu

Device

File

Sub MenuStep Sub Menu Procedure Description

Online Parameter screen is opened

ParameterDevice

Upload from

1)

device

Additional Functions

Download to device

Additional functions

Disconnect

Save to file…

2)

Offline Parameter

Flow Configuration Wizard

Obtain Flow Coefficient

Initialize menu

Flow Configuration Mode

Primary Element and Pipe Setup

Fluid type Setup Fluid Operating

Range Setup Fluid Physical

Property Setup Export -> XMV menu

Report

Apply

Open Offline Parameter window.

Upload T ransmitter Flow parameters and Transmitter General parameters. Edit T ransmitter General parameters and Apply Offline Database

Initialization(Needed only if configuration has been done before)

Edit User Flow parameters. Select Auto Compensation Mode

Export User Flow parameters and Transmitter Flow parameters

Export the User flow parameters in CSV file format.

Apply T ransmitter Flow parameters to Offline Database

Download T ransmitter Flow parameters and Transmitter General parameters.

You can check th flow coefficient. The v alue is sa v ed in a log file: “Flo wCoeffLog”.

Goes offline Save the XXXXXX.dfs

User Flow parameters, Transmitter Flow parameters and T ransmitter General parameters.

T0501E.EPS

1)Before starting operation, execute ‘Upload from de vice’, so that the general par ameters

of the transmitter in the offline database are synchronized with the device . Upload data from the transmitter does not include User Flow Par ameters.

*: User Flow P arameters consist of primary device information, fluid information and

operating condition.

2)Executing ‘Download to de vice’ will write both Transmitter Flow Parameters and Transmit-

ter General Parameters into the de vice. Before executing ‘Download to device’, e x ecute ‘Upload from device’, so as to make the general par ameters of the transmitter in the offline database synchronized with the device.

Download data to the transmitter does not include User Flow P arameters.

(B) Configure with e xisting configuration file (dfs file)

5-2

Step

Open Offline

1

Parameter window.

Open .dfs file and download

2

parameters to the device

Confirm flow

3

coefficient

FieldMate

Menu

Assign DTM

DTM Works

Menu

File

Device

Sub Menu Sub Menu Procedure Description

Online Parameter screen is opened

DisconnectDevice ParameterDevice

Load from file…

Download to device

Additional functions

Disconnect

Offline Parameter

1)

Obtain Flow Coefficient

Goes offline Open Offline Parameter

window. Load the XXXXXX.dfs

User Flow parameters, Transmitter Flow parameters and T ransmitter General parameters. Edit T ransmitter General parameters and Apply to Offline Database

Goes onlineConnectDevice Download T ransmitter Flow

parameters and Transmitter General parameters.

You can check th flow coefficient. The value is saved in a log file: “FlowCoeffLog”.

Goes offline

T0502E.EPS

1)Before starting operation, execute ‘Upload from de vice’, so that the general par ameters

of the transmitter in the offline database are synchronized with the device. Upload data from the transmitter does not include User Flow P arameters.

*: User Flow P arameters consist of primary device information, fluid inf ormation and

operating condition.

(C) Configure with existing Configuration File (XMV file)

5-3

Step

Upload parameters

1

from the device

Import Xmv file and modify

2

flow configuration

Download

3

parameters

Confirm flow

4

coefficient

FieldMate

Menu

Assign DTM

DTM Works

Menu

Device

Sub Menu Sub Menu Procedure Description

Online Parameter screen is opened

ParameterDevice

Upload from

1)

device

Additional functions

Download to device

Additional functions

Disconnect

2)

Offline Parameter

Flow Configuration Wizard

Obtain Flow Coefficient

Import ->Import XMV

Flow Configuration Mode

Primary Element and Pipe setup

Fluid type setup Fluid Operating

Range setup Fluid Physical

property setup Apply

Open Offline Parameter window.

Upload T ransmitter Flow parameters and Transmitter General parameters. Edit T ransmitter General parameters and Apply to Offline Database

Specify the target Flow Config file “XXXXXX.xmv” Import User Flow parameters, Transmitter Flow parameters.

Confirm User Flow parameters.

Apply T ransmitter Flow parameters to Offline Database

Download T ransmitter Flow parameters and Transmitter General parameters.

You can check th flow coefficient. The value is saved in a log file: “FlowCoeffLog”.

Goes offline

T0503E.EPS

1) Before starting operation, execute ‘Upload from device’, so that the gener al parameters

of the transmitter in the offline database are synchronized with the de vice. Upload data from the transmitter does not include User Flow P arameters .*

*: User Flow Par ameters consist of primary device information, fluid information and

operating condition.

2) Executing ‘Download to de vice’ will write both Transmitter Flow P arameters and Transmit-

ter General Par ameters into the de vice. Bef ore e x ecuting ‘Download to device’, e xecute ‘Upload from device’, so as to make the general par ameters of the transmitter in the offline database synchronized with the device.

Download data to transmitter does not include User Flow P ar ameters.

(D) Configure with existing Configuration File (import:XMV and PRM file,export:dfs file)

Applicable only f or FSA210 user .

5-4

Step

Upload parameters

1

from the device

Import existing file and cofirm/modify

2

flow configuration

Download

3

parameters

Confirm flow

4

coefficient

Save parameters

5

to .dfs file

FieldMate

Menu

Assign DTM

DTM Works

Menu

Device

File

Sub Menu Sub Menu Procedure Description

Online Parameter is open

ParameterDevice

Upload from

1)

device

Additional functions

Download to device

Additional functions

Disconnect

Save to file…

2)

Offline Parameter

Flow Configuration Wizard

Obtain Flow Coefficient

Import ->Import XMV

Import ->Import PRM (HARTonly)

Flow Configuration Mode

Primary Element and Pipe setup

Fluid type setup Fluid Operating

Range setup Fluid Physical

property setup Apply

Open Offline Parameter window.

Upload T ransmitter Flow parameters and Transmitter General parameters.

Specify the target Flow Config file “XXXXXX.xmv” Import User Flow parameters, Transmitter Flow parameters.

“XXXXXX.prm” to be edited. HART Transmitter General parameters.(FSA210 user only)

Confirm User Flow parameters.

Apply T ransmitter Flow parameters to Offline Database

Download T ransmitter Flow parameters and Transmitter General parameters.

If required, you can check th flow coefficient. The value is saved in a log file: “Flo wCoeffLog”.

Goes offline Save the XXXXXX.dfs

User Flow parameters, Transmitter Flow parameters and T ransmitter General parameters.

T0504E.EPS

1)Before starting operation, execute ‘Upload from de vice’, so that the general par ameters

of the transmitter in the offline database are synchronized with the device . Upload data from the transmitter does not include User Flow Par ameters.*

*: User Flow P arameters consist of primary device information, fluid inf ormation and

operating condition.

2)Executing ‘Download to de vice’ will write both Transmitter Flow P arameters and Transmit-

ter General Parameters into the de vice. Before executing ‘Download to device’, execute ‘Upload from device’, so as to make the gener al parameters of the transmitter in the offline database synchronized with the device.

Download data to transmitter does not include User Flow P arameters.

6. Display Specification

Following sho ws a main items in the menu, e xcluding the items specific to FieldMate.

NOTE

Displayed items ma y slightly diff er according to communication protocol.

(1) Menu and Function (Example of HART)

Connect Disconnect

Upload from device Download to device

Parameter

Device (EJX

Additional

910) functions

Delete device Print Properties

Menu Submenu Functions

Load from a transmitter.

Store to a transmitter. Offline Parameter Online Parameter

Calculate flow

configuration data of a

transmitter.

Initialization (Needed

only if configuration

has been done before)

Flow configuration file

management

Flow configuration

report file

EJXMVTool

Instruction Manual

Version information

Obtain Flow coefficient

from T ransmitter

EJXMVTool

Instruction Manual

Version information

Flow Configuration Wizard

Obtain Flow Coefficient

Initialize

Import

Export Report

Help

Initialize

Import XMV Import PRM

Export XMV Report EJXMVTool

Help EJXMVTool

About

EJXMVTool Help

EJXMVTool About

Transmitter

Management

Refer to section 6.1

6-1

Reference

Flow

Parameter

Refer to sections 6.3 and 6.4

Refer to section 6.2

Refer to section 6.5

T0601E.EPS

Download

to Device *

Upload from

De

v

ic

e *

Import/Export

(2) DTM W orks Menu Structure (Example of HART)

Initialize

Import XMV Import PRM (HART only)

Connect Disconnect

-----Parameter Additional functions

-----Show and Compare parameters...

-----Upload from device Download to device

-----Print

-----Property

Figure 6.1 Menu structure

Export XMV

Online Parameter Offline Parameter

Diag/Service Observer

Flow Configuration Wizard Obtain Flow Coefficient

-----About

-----Refresh online Data

Online Parameter Offline Parameter Diag/Service Observe

Report

EJXMVTool Help EJXMVTool About

F0601E.EPS

6-2

(3) Data Flow Diagram

Compatible between different frame applications

Compatible between HART and FFDTMs

Xmv file

User Flow

Parameters

initialize

Import/Export

Flow Configuration

User Flow

Parameters

(note2)

* : Online function (executed while connected) (note1) EJXMVTool calculates Transmitter Flow Parameters

based on the User Flow Parameters. A transmitter does not hold User Flow Parameters.

(note2) User Flow Parameters consist of primary element

information, fluid information, and operating condition.

(note3) Generated by FSA210.

Can be imported to HART DTM.

Transmitter Flow

Parameters

Wizard

Flow

Configuration

Sensor Input

(DP,SP,ET)

Obtain Flow

Coefficient Module

Simulation Mode

(

Simulated Sensor Input

(DP,SP,ET)

t

Transmitter

Parameters

Sensor

Impor

t

/Expor

Flow

User Flow

Download

to Device *

(note1)

Parameters

Report File (CSV)

s

C

*

Parameters(csv)

up

User Flow

e as

av

/S

Open

Offline Database

Transmitter Flow Parameters

Transmitter General

Parameters

ice *

v

v De

De

Upload from

Transmitter (EJX910A)

Transmitter Flow Parameters

Transmitter General

Parameters

Open/Save a

t

por

x

E

Apply

FCW start

INPUT

)

OF

Online Parameterization *

Online

Parameterization

Transmitter

General Parameters

Figure 6.2 Data flow diagram

Not compatible between different frame applications

Not compatible between HART and FF DTMs

dfs file

Transmitter

General

Parameters

Save t

Load

from /

o

Offline

Transmitter

General Parameters

Obtain Flow

Coefficient Module

Process Value

(DP,SP,ET)

Flow Coefficient

(Flow, Density, Viscosity, Gas

Expansion Factor, Discharge

Coefficient, Reynolds No.)

S

tart Up

Enter

OFC

*

Transmitter

Flow

Parameters

Parameterization

*

PRM file

HART

Transmitter

General

Parameters

Import

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(note3)

6.1 T ransmitter Management

Transmitter management is a function of EJX910 DTM. Please refer to EJX910DTM HELP for detail. Please also refer to FieldMate User’ s Manual f or operation.

6-3

Device Help (HART/FF)

Figure 6.3 DTM HELP

Click here to refer EJX910

?

DTM HELP for detail (FF)

6.1.1 Connect / Disconnect

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Click here to refer

? EJX910DTM HELP for detail. (HART)

(1) How to Connect

Click the [Device] --> [Connect]

Figure 6.4a How to Connect

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IMPORTANT

In case of FF DTM, PD Tag and address are not shown on the online parameter screen. Use Segment Vie wer to confirm the PD Tag and address of the device.

NOTE

‘Connect’ men u is active only while the tr ansmitter is disconnected.

(2) How to Disconnect

Click the [De vice] --> [Disconnect]

6-4

F0604E.EPS

Figure 6.4b How to Disconnect

NOTE

‘Disconnect’ men u is active only while the tr ansmitter is connected.

6.1.2 Parameter

Online Parameter : The parameters of the device can be edited directly in online status. Offline Parameter : The parameters of the device can be edited and stored in offline database.

Parameters saved in offline database can be downloaded to the device b y using “Do wnload to Device” function. Parameters in the device can be uploaded to the offline database by using “Upload from Device” function. Uploaded parameters can be edited in the offline parameter window .

(1) Online Parameter

Click the [Device] --> [P ar ameter] --> [Online P arameter]

6-5

F0605E.EPS

Figure 6.5 Online Parameter

NOTE

‘Connect’ menu is activ e only while the transmitter is disconnected.

(2) Offline Parameter

Click the [De vice] --> [P arameter] --> [Offline P arameter]

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Figure 6.6a Go to Offline Parameter

6-6

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Figure 6.6b Offline Parameter

6.1.3 Upload from Device / Do wnload to Device

(1) How to load from a device

• HART DTM / FF DTM

1. Clic k the [De vice] --> [P arameter] --> [Offline P arameter]

2. Clic k the [De vice] --> [Upload from Device]

Uploading icon on the tool bar can also be used to ex ecute upload.

6-7

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Figure 6.7 Upload from Device

Offline Parameters (Transmitter Flow Parameters/Transmitter General P arameters) are uploaded from the transmitter to offline database. The y can be edited using offline parameter window.

If an error occurs, an error message dialog will be display ed.

IMPORTANT

Before starting operation, execute ‘Upload from Device’, so that the general parameters of the transmitter in the offline database is synchronized with the device .

NOTE

‘Upload from Device’ menu is active only while the transmitter is connected and Offline Parameter window is open.

(2) How to download to a de vice

• HART DTM

1. Clic k the [De vice] --> [P ar ameter] --> [Offline Par ameter]

2. Clic k the [De vice] --> [Download to De vice]

• FF DTM

1. Clic k the [De vice] --> [P ar ameter] --> [Offline Par ameter]

2. Chec k the chec kbo x of the function bloc ks downloading to a de vice.

6-8

F0608aE.EPS

Figure 6.8a Checkbox of Bloc ks to Download

IMPORTANT

• It is recommended to select all blocks.

• FTB block must be checked to do wnload T r ansmitter Flow parameters set b y Flo w Configuration Wizard

3. Click the [Device] --> [Download to Device]

Do wnloading icon on the tool bar can also be used to e xecute download.

F0608bE.EPS

Figure 6.8b Download to Device

6-9

NOTE

‘Download to Device’ men u is activ e only when the transmitter is connected and Offline Parameter window is open.

6.1.4 Print

Parameters can be printed out by using print function.

Click the [De vice] --> “Print”. Select “Online P arameter”, “Offline P arameter”, “Diag/ Service”,.“Observe”,

6-10

Figure 6.9 Print

6.1.5 Properties

The EJX910 DTM version number is shown when this menu is clic k ed. Click the [Device] --> “Property”.

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EJX910 DTM version number

F0610E.EPS

Figure 6.10 Property

6.1.6 Additional functions

(1) Diag/Service (for HART)

Diagnostics related parameters are shown. Click the [Device] --> [Additional Functions] --> [Diag/Service]

6-11

Figure 6.11a Diag/Service

(2) Observe (for HART)

Process variables related parameters are shown. Click the [Device] --> [Additional Functions] --> [Observe]

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Figure 6.11b Observe

6.2 Flow P arameters Management

Flow Par ameters Management consists of Flow Configuration Wizard and Obtain Flo w Coefficient. This manual describes about the file management in the Flow Configuration Wizard in the sections 6.3 and 6.4, and Obtain Flow Coefficient in the section 6.5.

Flow Par ameters Management can be done from the Flow Configuration Wizard by the following procedures

Click the [Device] --> [Additional Functions] --> [Flo w Configuration Wizard]

6-12

Figure 6.12 Top Menu Screen of Flow Configuration Wizar d

WARNING

The use of inappropriate materials can result in the leakage of corrosive process fluids and cause injury to personnel and/or damage to plant facilities. Chec k wetted parts materials and transmitter fill fluid for compatibility with the intended process fluid.

6.2.1 Initialize

Initialize flow configuration parameters .

NOTE

Initialize can be used only in the Flow Configuration Mode screen.

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Figure 6.13a Initializing

6-13

Figure 6.13b Initializing Message

6.2.2 Import

(1) Import Flow Configuration .XMV file.

NOTE

Refer to ‘7. File Format’ for inf ormation of file f ormat of Flow Configuration .XMV file. Import can be used in the Flow Configuration Mode screen.

NOTE

The XMV file made on the FSA210 is compatible with FSA120.

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User Flow parameters and Transmitter Flow parameters can be imported.

F0615-01E.EPS

Figure 6.14a Importing a File

NOTE

6-14

Flow Configuration Wizard R1.02.01 or later does not allow setting the gauge pressure to the Reference pressure. If importing .XMV file in which the Reference pressure is configured as the gauge pressure using R1.02.00 or earlier, the f ollowing message is displa y ed.

Figure 6.14b Information Message for Reference Pressure

Reenter the absolute pressure equivalent to the display ed gauge pressure f or the Ref erence Condition in Fluid Operating Range Setup screen.

6.2.3 Export

User Flow parameters and Transmitter Flow parameters can be exported.

NOTE

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Refer to ‘7.1 Configur ation file’ f or inf ormation of file format of Flow Configuration .XMV file. Export can be used only in the Flow Configuration Mode screen.

NOTE

The XMV file made on the FSA210 is compatible with FSA120.

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Figure 6.15 Exporting a File

6.2.4 Report

6-15

Export user flow parameters in CSV File format.

NOTE

Report can be used only in the Apply Flow Configuration screen.

F0617E.EPS

Figre 6.16 Report

NOTE

User name on the report may be shown as “unknown” on those frame application which does not support user authorization function.

6.2.5 Help

(1) EJXMVTool Help

The EJXMVTool manual map opens when this menu is clicked.

6-16

F0618E.EPS

Figure 6.17 Help

NOTE

EJXMVTool Online Help uses Adobe Reader. Install Adobe Reader to vie w Online Help .

(2) EJXMVTool About

The EJXMVTool DTM (Flow Configuration Wizard and Obtain Flow Cefficient) version number is shown when this menu is click ed.

F0619E.EPS

Figure 6.18 About

6-17

The EJXMVTool DTM version number is also shown b y “Add or Remov e Program” of Windows’ Control P anel.

Refer to “4.2.6 Ho w to confirm Version No. of EJXMVTool DTM.”

6.3 Flow Configuration Wizar d (Auto Compensation Mode)

6.3.1 Flow Configuration Mode

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Figure 6.19 Flow Configuration Mode screen

Select desired flow configuration mode and click [Ne xt]. Flow Configuration Mode

•Auto Compensation Mode( Default) Configuration of the fluid ph ysical properties and primary element for the EJX910 can

be performed using a dialog window .

• Basic Mode Flow operation and density compensation are perf ormed conv entionally, with the flow

factors being input manually.

6.3.2 Primary Device and Pipe Setup

6-18

(1)

(3) (4)

(6)

(8)

Figure 6.20 Primary Device and Pipe Setup Screen

(1) Primary Device Type

The device types are Selectab le from the follo wings:

Type Orifice Nozzle

Venturi

Fix

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(2)

(5)

(7)

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(2) Primary Device Description

The primary device selectable from followings .

Table 6.1 Primary Device

Type

Orifice

Nozzle

Venturi

FIX

Orifice Corner Taps [ISO5167-1 1991] Orifice Corner Taps [ISO5167-2 2003] Orifice Corner Taps [ASME MFC-3M 1989] Orifice Flange Taps [ISO5167-1 1991] Orifice Flange Taps [ISO5167-2 2003] Orifice Flange Taps [ASME MFC-3M 1989] Orifice Flange Taps [AGA No.3 1992] Orifice D and D/2 Taps [ISO5167-1 1991] Orifice D and D/2 Taps [ISO5167-2 2003] Orifice D and D/2 Taps [ASME MFC-3M 1989] ISA1932 nozzle [ISO5167-1 1991/ ISO5167-3 2003] Long radius nozzle [ISO5167-1 1991/ ISO5167-3 2003] ASME FLOW NOZZLES [ASME MFC-3M 1989] Venturi nozzle [ISO5167-1 1991/ ISO5167-3 2003] Classical Venturi tube “as cast” convergent section [ISO5167-1 1991/ ISO5167-4 2003] ASME Venturi Tubes With a rough Cast or Fabricated Convergent [ASME MFC-3M 1989] Classical Venturi tube with a machined convergent section [ISO5167-1 1991/ ISO5167-4 2003] ASME Venturi Tubes With a machined convergent section [ASME MFC-3M 1989] Classical Venturi tube with a rough-welded sheet-iron convergent section

[ISO5167-1 1991/ ISO5167-4 2003] Fixed Mode *

1

Primary Device

6-19

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*1 Sets the discharge coefficient and gas expansion factor to a fixed v alue

(3) Discharge Coefficient of the Primary Device

This parameter is active only when ‘Fix’ selected for [T ype]. Input the Discharge Coefficient manually when ‘Fix’ is selected.

(4) Primary Device Gas Expansion Factor

This parameter is active only when ‘Fix’ selected for [Type]. Input the Gas Expansion Factory manually when ‘Fix’ is selected.

(5) Primary Device Sizing

Set the following v alues and select a unit. Diameter of Differential Producer unit: mm (def ault)/in measuring temperature: 20 (def ault) unit: degC (def ault), degF, K elvin

(6) Primary Device Material

The primary device material selectable from followings. Thermal expansion of the primary device is automatically calculated according to the

material.

Table 6.2 Primary device material

Material Remarks 304 Stainless Steel 316 Stainless Steel Carbon Steel Hastelloy C Monel

Default

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(7) Pipe Sizing

Set the following v alues and select a unit. Pipe inside Diameter unit: mm (def ault) / in Measuring temperature: 20 (def ault) unit: degC (def ault), degF, K elvin

(8) Pipe material

The pipe material selected from followings.

6-20

Thermal expansion of pipe is automatically calculated according to the material.

Table 6.3 Pipe material

Pipe Material Remarks 304 Stainless Steel 316 Stainless Steel Carbon Steel Hastelloy C Monel

6.3.3 Fluid Setup

Auto compensation mode supported physical property database of fluid

Table 6.4 Fluid setup

Type Category

Gas or Steam

Liquid

Default

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Gas (DIPPR) DIPPR data base

AGA8 Detail Characterization Method AGA8 Gross Characterization Method 1

Natural gas

Gas (custom data table) Steam Liquid (DIPPR) Liquid (custom data table)

AGA8 Gross Characterization Method 2 ISO12213 molar-composition analysis ISO12213 physical properties User's numerical input IAPWS/IF97 Water and steam(1997) DIPPR data base User's numerical input

Name/Method

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(1) (2)

(3)

F0622E.EPS

Figure 6.21 Fluid Type Setup

(1) Select the type of fluid.

6-21

• Gas or Steam (Default) (Go to (2).)

• Liquid (Go to (3).)

(2) When “Gas or Steam” is selected f or [Type], select the Category from the following;

• Natural Gas (Default)

• Steam

• Gas (DIPPR)

• Gas (Custom Data Table) When “Natural Gas (Def ault)” is selected f or [Category], select the Fluid name/

Method from the followings;

• AGA8 Detail Characterization Method (Def ault)

• AGA8 Gross Characterization Method 1

• AGA8 Gross Characterization Method 2

• ISO12213 molar-composition analysis

• ISO12213 physical properties When “Steam” is selected for [Category], select the Fluid name/Method from the follo w-

ings;

• Superheated and Saturated steam

• Saturated steam When “Gas (DIPPR)” is selected f or [Category], select the Fluid name/Method from

the followings;

Table 6.5 Physical property database

Fluid name Fluid name Fluid name

Acetic Acid Hydrogen Chloride Phosphoric Acid

Acetone Hydrogen Cyanide Propadiene Acetonitrile Hydrogen Peroxide Propane Acetylene Hydrogen Sulfide Propylene Acrylonitrile Isobutane Pyrene Air Isobutene Styrene Allyl Alcohol Isobutylbenzene Sulfur Dioxide Ammonia Isopentane Toluene Argon Isoprene Trichloroethylene Benzaldehyde Isopropanol Trichlorofluoromethane Benzene m-chloronitrobenzene Vinyl Acetate Benzoic Acid m-dichlorobenzene Vinyl Chloride Benz Alcohol Methane Vinyl Cyclohexene Biphenyl Methanol Water Bromine Methyl Acrylate 1-Butene Carbon Dioxide Methyl Ethyl Ketone 1-Decene Carbon Monoxide Methyl Vinyl ether 1-Decanal Carbon Tetrachloride Monochlorobenzene 1-Decanol Chlorine n-Butane 1-Dodecene Chlorodifluoromethane n-Butanol 1-Dodecanol Chloroprene n-Butyraldehyde 1-Heptanol Chlorotrifluoroethylene n-Butyronitrile 1-Heptene Citric Acid n-Decane 1-Hexene Cycloheptane n-Dodecane 1-Hexadecanol Cyclohexane n-Heptadecane 1-Octanol Cyclopentane n-Heptane 1-Octene Cyclopentene n-Hexane 1-Nonanal Cyclopropane n-nonane 1-Nonanol Dichlorodifluoromethane n-Octane 1-Pentadecanol Divinyl Ether n-Pentane 1-Pentanol Ethane Neon 1-Pentene Ethanol Neopentane 1-Undecanol Ethylamine Nitric Acid 1,1,2,2-Tetrafluoroethane Ethylbenzene Nitric Oxide 1,1,2-Trichloroethane Ethylene Nitrobenzene 1,2,4-Trichlorobenzene Ethylene Glycol Nitroethane 1,2-Butadiene Ethylene Oxide Nitrogen 1,3-Butadiene Fluorene Nitromethane 1,3,5-Trichlorobenzene Furan Nitrous Oxide 1,4-Dioxane Helium-4 Oxygen 1,4-Hexadiene Hydrazine Pentafluoroethane 2-Methyl-1-Pentene Hydrogen Phenol

2,2-Dimethylbutane

6-22

T0607E.EPS

When “Gas (Custom Data Table)” is selected f or [Category], Set the custom Fluid name/ Method in the blank box.

(3) When “Liquid” is select for [Type], select the Category from the followings;

• Liquid (DIPPR)

• Liquid (Custom) When Liquid (DIPPR) is selected for [Category], select the Fluid name/Method.

From 126 materials as shown in Tab le 6.5.

• Category: Liquid (Custom), set the Fluid name/Method in the blank bo x.

6.3.4 Natural Gas Setup

(1) AGA8 Detail Characterization

6-23

F0623E.EPS

Figure 6.22 Natural Gas Setup Screen (1)

Input the value as mole percent for each component shown in Tab le 6.6.

The each value must be specified with in the range sho wn in Table 6.6. Total mole percent must become 100%.

• Standardize: Standardize the mole component v alue. Click [Standardize] b utton when total mol percent does not become 100%.

• Reset: Reset the mole component value

•Total mole: Total mole percent is displayed

Table 6.6 A GA 8 Mole Valid Range

# 1 2 3 4 5 6 7 8

CH4 Methane mole percent N2 Nitrogen mole percent CO2 Carbon Dioxide mole percent C2H6 Ethane mole percent C3H8 Propane mole percent H2O Water mole percent H2S Hydrogen Sulfide mole percent H2 Hydrogen mole percent

9 CO Carbon Monoxide mole percent 0–3.0 % 10 O2 Oxygen mole percent 0–21 % 11 C4H10 i-Butane mole percent 0–6 % * 12 C4H10 n-Butane mole percent 0–6 % * 13 C5H12 i-Pentane mole percent 0–4 % * 14 C5H12 n-Pentane mole percent 0–4 % * 15 C6H14 n-Hexane mole percent 0–Dew Point % *3 16 C7H16 n-Heptane mole percent 0–Dew Point % * 17 C8H18 n-Octane mole percent 0–Dew Point % * 18 C9H20 n-Nonane mole percent 0–Dew Point % * 19 C10H22 n-Decane mole percent 0–Dew Point % * 20 He Helium mole percent 0–3.0 % 21 Ar ARGON 1-1.0%

Component

Mole Valid Range (Expanded Range) 0–100 % 0–100 % 0–100 % 0–100 % 0–12 % 0–Dew Point % * 0–100 % 0–100 %

1

2

6-24

3

T0608E.EPS

*1 ISOBUT ANE (C4H10) and n-BUTANE (C4H10)’ s sum cannot exceed 6 %. *2 ISOPENTANE (C5H12) and n-Pentane (C5H12)’s sum cannot exceed 4 %. *3 Upper limit De w P oint is not check ed by the tool

(2) AGA8 Gross Characterization Method 1

F0624E.EPS

Figure 6.23 Natural Gas Setup Screen (2)

Table 6.7 Input & Valid Range (Expanded Range)

Mandatory

Optional

Contents Real Gas Relative Density CARBON DIOXIDE (CO2) mole Volumetric Gross Heating Value HYDROGEN (H2) mole

CARBON MONOXIDE (CO) mole

Expanded Range Remarks

0.554–0.87 0–30%

17.76–42.87 MJ/m3 (477–1150 BTU/ft3)

0–10% 0–3%

at 14.73 psi abs 60 °F (at 101.56 kPa abs and 15.56 °F)

(3) AGA8 Gross Characterization Method 2

6-25

T0609E.EPS

Figure 6.24 Natural Gas Setup Screen (3)

Table 6.8 Input & Valid Range (Expanded Range)

Contents

Mandatory

Optional

Relative Density CARBON DIOXIDE (CO2) mole

NITROGEN (N2) HYDROGEN (H2) mole CARBON MONOXIDE (CO) mole

F0625E.EPS

Expanded Range Remarks

0.554–0.87 0–30%

0–50% 0–10% 0–3%

at 14.73 psi abs 60 °F (at 101.56 kPa abs and 15.56 °F)

T0610E.EPS

(4) ISO12213 molar-composition analysis

F0626E.EPS

Figure 6.25 Natural Gas Setup Screen (4)

Input the value as mole percent for each component sho wn in Table 6.9.

6-26

The each value must be specified within the range shown in Table 6.9. Total mole percent must become 100%.

• Standardize: Standardiz e the mole component value. Click [Standardize] button when total mol percent does not become 100%.

• Reset: Reset the mole component value

•Total mole: Total mole percent is displayed

Table 6.9 ISO12213 Mole Valid Range

# 1 2 3 4 5 6 7 8

CH4 Methane mole percent N2 Nitrogen mole percent CO2 Carbon Dioxide mole percent C2H6 Ethane mole percent C3H8 Propane mole percent H2O Water mole percent H2S Hydrogen Sulfide mole percent H2 Hydrogen mole percent

9 CO Carbon Monoxide mole percent 0–3 % 10 O2 Oxygen mole percent 0–0.02 % 11 C4H10 i-Butane mole percent 0–1.5 * 12 C4H10 n-Butane mole percent 0–1.5 * 13 C5H12 i-Pentane mole percent 0–0.5 % * 14 C5H12 n-Pentane mole percent 0–0.5 % * 15 C6H14 n-Hexane mole percent 0–0.1% 16 C7H16 n-Heptane mole percent 0–0.05% 17 C8H18 n-Octane mole percent 0–0.05% 18 C9H20 n-Nonane mole percent 0–0.05% 19 C10H22 n-Decane mole percent 0–0.05% 20 He Helium mole percent 0–0.5 % 21 Ar ARGON 0–0.02%

Component

Mole Valid Range (Expanded Range) 50–100 % 0–50 % 0–30 % 0–20 % 0–5 % 0–0.015 0–0.02 % 0–10%

1

2

6-27

T0611E.EPS

*1 ISOBUT ANE (C4H10) and n-BUTANE (C4H10) ‘s sum cannot e xceed 1.5 %. *2 ISOPENT ANE (C5H12) and n-P entane (C5H12) ‘s sum cannot exceed 0.5 %.

(5) ISO12213 physical properties

F0627E.EPS

Figure 6.26 Natural Gas Setup Screen (5)

Table 6.10 Input & Valid Range (Expanded Range)

Mandatory

Optional

Contents Relative Density CARBON DIOXIDE (CO2) mole Volumetric Gross Heating Value HYDROGEN (H2)

Expanded Range Remarks

0.55–0.9 0–30% 20–48 MJ/m3 0–10%

at 0°C, 1.01325 bar abs

at 25°C, 1.01325 bar abs

6.3.5 Fluid Operating Range Setup

(1) Gas or Steam(excluding Category :Saturated steam),

6-28

T0612E.EPS

F0628E.EPS

Figure 6.27 Fluid Operating Range Setup Screen (1)

Input operating ranges and select units Pressure and Temperature units are selectable from f ollowing.

Pressure unit: kP a abs, bar abs , psi abs, kPa gauge, bar gauge, psi gauge Atmospheric Pressure unit: psi abs, bar abs , kP a abs Temperature unit: degC, degF, Kelvin

Input reference condition and select units Pressure and Temperature units are selectable from f ollowing.

Pressure unit: kP a abs, bar abs , psi abs Temperature unit: degC, degF, Kelvin

NOTE

• After clicking the [Next] button, if a “The specified oper ating condition includes both gas and liquid phases.” information message is displayed, the oper ating condition is near the acceptable limits for liquid and gas .

F0629E.EPS

Figure 6.28 W arning message

• Please confirm the density value on the f ollowing page (fluid ph ysical property setup page) and continue configuration.

• If the temperature and pressure range input on the Fluid Operating Range Setup is too wide, there is a probability of the calculation error of density is big.

• These ranges are used only for the density and viscosity calculation.

• Ranges of Transmitter are not changed.

6-29

(2) Gas or Steam (Category :Saturated steam)

Figure 6.29 Fluid Operating Range Setup Screen (2)

Input operating range and select units

F0630E.EPS

Pressure unit is selectable from kPa abs , bar abs, psi abs, kP a gauge, bar gauge , psi gauge Atmospheric Pressure unit is selectable from: psi abs , bar abs, kP a abs

Input reference condition and select units Pressure unit is selectable from kPa abs , bar abs, psi abs

NOTE

• After clicking the [Next] button, if a “The specified operating condition includes both gas and liquid phases. ” information message is displayed, the operating condition is near the acceptable limits for liquid and gas.

F0631E.EPS

Figure 6.30 W arning messa ge

• Please confirm the density value on the following page (fluid physical property setup page) and continue configuration.

• If the pressure range input on the Fluid Operating Range Setup is too wide, there is a probability of the calculation error of density is big.

• These ranges are used only for the density and viscosity calculation.

• Ranges of Transmitter are not changed.

6-30

(3) Liquid

Figure 6.31 Fluid Operating Range Setup Screen (3)

Input operating range and select units

F0632E.EPS

Temperature unit is selectable from degC, degF or K elvin.

Input reference condition and select units Temperature unit is selectable from degC, degF or K elvin.

NOTE

• Please confirm the density value on the f ollowing page (fluid ph ysical property setup page) and continue configuration.

• If the temperature range input on the Fluid Operating Range Setup is too wide, there is a probability of the calculation error of density is big.

• This range are used only for the density and viscosity calculation.

• Range of Transmitter are not changed.

6.3.6 Fluid Physical Pr operty Setup

(1) Gas or Steam

(Natural gas ISO physical properties setup)

6-31

F0633E.EPS

Figure 6.32 Fluid Physical Property Setup Screen(1)

Confirm the value of density , viscosity, molecular weight and isentropic.

Units can selectable from following.

Density: kg/m3 (Def ault), lb/ft3 Viscosity: P a Sec, lb/ft sec

NOTE

The density and viscocity value can be customized. The Isentropic exponent value can be customized. The molecular weight value can be customized. The value is shown after entering return key.

NOTE

If the “There is a calculation error with the given input of pressure and temper ature .Please fill out another value” error message is displayed when the Next button is clic ked, the temperature and pressure range input on the Fluid Operating Range Setup is narrow. Please specify another value (wider range) and try again.

F0634E.EPS

Figure 6.33 Information message for setting range

(2) Liquid

6-32

F0635E.EPS

Figure 6.34 Fluid Physical Property Setup Screen(2)

Confirm the value of density, viscosity and molecular weight.

Units can selected from following.

Density: kg/m3 (Def ault), lb/ft3 Viscosity: P a Sec , lb/ft sec

NOTE

The density and viscocity value can be customized. The viscosity value can be customized. The molecular weight value can be customized. The value is shown when entering return key.

6.3.7 Apply Flow Configuration

F0636E.EPS

Figure 6.35 Apply Flow Configuration

6-33

In order to download the configuration to the transmitter please select “Apply”. Then perform download / store to device from y our frame application. Please refer to Chapter 5 and Figure 6.2.

6.4 Flow Configuration Wizar d (Basic Mode)

6.4.1 Flow Configuration Mode

F0637E.EPS

Figure 6.36 Flow Configuration Mode Screen (Basic mode)

Flow Configuration Mode

•Auto Compensation Mode (Default) Configuration of the fluid physical properties and primary element for the EJX910A can

be performed using a dialog window .

• Basic Mode Flow operation and density compensation are performed conv entionally, with the flow

factors being input manually.

NOTE

1. The flow unit is not automatically converted in basic mode.

2. The flow range is set to LR V=0 and UR V=100 when the Flo w Configuration Mode is changed to Basic Mode or Auto Compensation Mode.

6.4.2 Basic Mode Setup

Select a Fluid Type from “Gas” or “Liquid”.

6-34

(1) Gas (Default)

F0638E.EPS

Figure 6.37 Basic Mode Setup Screen

• Input Reference Temperature (Tb), Reference Static Pressure (SPb), and Kf actor .

NOTE

The static pressure value is according to the transmitter’ s abs and gauge selection (A/G select). But same unit char acter is used f or both absolute and gauge.

The procedure for setting the BASIC Mode is as follo ws. For details on how to calculate the Kfactor, refer to the EJX910 Multivariable Transmitters User’s Man ual (IM 01C25R01-01E).

Table 6.11 Flow Operational Expression

Fluid

type

Liquid

Gas

Flow unit Category

Mass Flow Normal·Standard

Volume Flow Volume Flow

Mass Flow Normal·Standard

Volume Flow Volume Flow

*3

Kfactor = π/4NcC/ 1–β^4  ε d^2

*1 mark indicate User Input *2 Kfactor must be calculated according to the Flow unit category *3 Reter to table 6.5, 6.6, 6.7

Table 6.12 Symbol

#

Symbol

Qm

1

Qv

2

Qv_norm

3

Nc

4 5

Kfactor

6

C

7

ε

8



9d

∆p

10

b

11

norm

12

Tb

13

T

14

SPb

15

SP

16

Mass Flow Volume Flow Normal·Standard Volume Flow Unit convert factor Basic flow Calculation factor Discharge Coefficient Expansion Factor Diameter Ratio Diameter of orifice Differential Pressure

(Transmitter Setting unit) Base Density on Tb, SPb Condition Density on Normal, Standard condition Reference temperature unit: K Temperature unit: K Reference static pressure unit: kPa abs Static Pressure unit: kPa abs The density rate of change per temperature

Temp K1

17

1degC of a density base value (value which set 100% to 1) For volume flow: set 0.

K Compressibility factor

18

Description

Kfactor *2 Flow Equation

 2ρb

Qm or Qv or Qv_norm = Kfactor

 2ρb / ρ norm

 P(1+Temp K1(T–Tb))

 2 / ρb

 2ρb1/K

Qm or Qv_norm = Kfactor

 PTb/TSP/SPb

 2ρb1/K / ρ norm

Qv= Kfactor

 2/(ρb1/K)

T0614E.EPS

 PT/TbSPb/SP

6-35

*1

T0613E.EPS

(2) Liquid

F0639E.EPS

Figure 6.38 Basic Mode Setup for Liquid

6-36

• Input Reference Temperature (Tb), Kfactor , Temp K1

• Input Reference static pressure to 0. (This factor is used f or gas)

NOTE

Reter to IM01C25R01-01E for the calculation of these flow f actors.

6.4.3 Apply Flow Configuration

F0640E.EPS

Figure 6.39 Apply Flow Configuration Screen

6-37

In order to download the configuration to the transmitter please select “Apply”. Then perform download / store to device from y our frame application. Please also refer to Chapter 5 and Figure 6.2.

6.5 Obtain Flow Coefficient

Click the [Device] --> [Additional Functions] --> [Obtain Flo w Cofficient]

F0641E.EPS

Figure 6.40 Obtain Flow Coefficient

The flow coefficient can be obtained from the transmitter (input selection: sensor data or simulated data). The follo wing flo w coefficient window is displa yed when sensor data is selected.

Blank Page

7. File Format

7.1 Configuration file

(1) EJXMVTool DTM file

Table 7.1 Configuration File Information

7-1

Category File Name

Flow Parameter File

HART General parameters file

XXXXXX.xmv 䊊䊊* User Flow parameters

XXXXXX.prm 䊊 –* HART Transmitter

Flow Configuration Wizard

Import menu

<WinInstDrive>: \Desk T op \My Documents (Default)

<WinInstDrive>\D esk T op \My Documents (Default)

Flow Configu-

ration Wizard Export menu

* T ransmitter Flow

parameters

EJXMVToolDTM driven on the different frame application can access the file.

Compatible between both protocol DTM, HART and FF.

General parameters. (only for FSA210 user)

<WinInstDrive>: Windo ws installed drive

(2) Frame Application project file (.dfs file f or FieldMate)

In the project file, project information specific to each frame application is sav ed in addition to the EJX910DTM and EJXMVTool parameters shown in below. Only that frame application can use the file.

DescriptionLocation

T0701E.EPS

User Flow parameters Transmitter Flow parameters Transmitter General parameters

7.2 Other files

Table 7.2 Other files

Flow

Configu-

Category File Name

Report File XXXXXX.csv - 䊊 -User flow parameters in

ObtainFlow Coelficent Log

1

File *

FF: FlowCoeffFF. log FlowCoeffFF1. log (Back up) HART: FlowCoeff.log FlowCoeff1.log (Back up)

<WinInstDrive> \Desk T op \My Documents (Default)

FF: <DTMInstDrive> \Program Files \Yokogawa\DTMs \YokFFFramework \EJXMVToolFF HART: <DTMInstDrive> \Program Files \Yokogawa \DTMs\EJXMVTool

ration

Wizard

Import

menu

--䊊 Data log of

Flow

Configu-

ration

Wizard

Export

menu

Automa-

tically

created

CSV file format.

ObtainFlowCoeff. Process Value (DP, SP, ET) Flow Coefficient (Flow, Density, Viscosity, Gas Expansion Factor, Discharge Coefficient, Reynolds No.)

7-2

DescriptionLocation

1

FF: EJXMVToolFF. log EJXMVToolFF1. log (Back up) HART: EJXMVTool. log EJXMVTool1. log (Back up)

Physical property Error Log File*

*1

Log file maximum size is 1Mbyte per file.

FF: <DTMInstDrive> \Program Files \Yokogawa \DTMs\EJXMVTool FF HART: <DTMInstDrive> \Program Files\Yokogawa \DTMs\EJXMVTool

--䊊 Physical property Error Log File.

If it exceeds its maximum size , it will be copied to a backup file.

*2

If you update from EJXMVT ool DTM R1.02.00 or R1.02.01, the log file is sa v ed to the

following location.

<DTMInstDrive>\Program Files\Yokogawa\DTMs\EJXMVToolFF

Version number of EJXMVTool Software Version

R1.02.00

R1.02.01

FieldMate R1.02.10

Additional Resource Disk

FieldMate

Additional Resource Disk

R1.02.00 R1.02.10 R1.02.01

T0702E.EPS

T0703E.EPS

<DTMInstDrive>: DTM installed driv e

8. Error Message

Error message is shown in both pop up message and error log file (EJXMVTool.log).

F0801E.EPS

Figure 8.1 Error message example

In case of Physical Property error, code and sub code is shown in error log file (EJXMVTool.log).

8.1 Error Message

Table 8.1 Error message

Code Sub code Explanation RecoveryInformation Message

600 8 Rank deficient The temperature or

[Display] The range specified in the step of Fluid Operating Range Setup is too narrow. Expand the range of Pressure or T emperature . [Log file] Physical Calc lib Error - ERR_RANK

pressure range which was set by the user at the Fluid Operating Range Setup is too narrow. Try another range value.

8-1

T0801E.EPS

Blank Page

Appendix A. FSA210 Uninstallation

To uninstall all the program of FSA210 Mass Flow Configuration software, you need to take the following three steps.

(1) Uninstall field communication server Execute <FieldInstDrive>:\PRM\Program\PRMUninstall.e x e

Double-click the filename in Windows Explorer .

<FieldInstDrive> is the drive on which field communication server is installed. <FieldInstDrive> is the drive where the PRM directory is located. The default drive is the same drive on which Windows is installed.

A-1

Figure A1.1

Click [OK].

Figure A1.2

FA0101E.EPS

FA0102E.EPS

NOTE

It takes a f e w seconds for the EXA Bossed service to stop .

FA0103E.EPS

Figure A1.3

A-2

Click [OK].

Figure A1.4

FA0104E.EPS

(2) Uninstall the EJXMVTool program with the Add or Remove Programs function of the

Windows Control Panel. Select EJXMVT ool and clic k [Change/Remove].

FA0105E.EPS

Figure A1.5

A-3

(3) Uninstall Exaopc

Use the Add or Remove Progr ams function of the Windows Control P anel to uninstall Exaopc. Select Exaopc and clic k [Change/Remov e].

FA0106E.EPS

Figure A1.6

Click [OK].

FA0107E.EPS

Figure A1.7

Click [Yes],

FA0108E.EPS

Figure A1.8

A-4

Select [Yes] and click [Finish]. This will reboot the computer.

FA0109E.EPS

Figure A1.9

NOTE

After finishing uninstallation, some files remain in Field Communication Server \PRM directory .

REVISION RECORD

Title: FSA120 (EJXMVToolTM)

EJX-MV Configuration DTM

Manual No.: IM 01C25R51-01E

Edition Date Page Revised Item

1st Sep. 2006 — New publication.

2nd Jan. 2007 — Full-fledged revision due to the release of HART DTM and change of the

product architecture.

3rd Aug. 2007 5-1 to 5-4 5. Correct the note number for ‘Download to device’.

6-6 6.1.2 Add Note regarding updating on Offline parameters screen in

EJX910 FF DTM. 6-13 6.2.2 Add Note for xmv file made in FSA120 R.102.00 or before. 6-19 6.3.3 Correct the method name for steam. 6-23 6.3.4 Correct the mole valid range.

6-27 and 6-28 6.3.5 Delete the gauge pressure unit from the reference pressure unit.

4th Feb. 2008 — Replace screens due to the release of FieldMate R1.03.

3-1 to 3-4 3 Change the operating environment and components.

6-6 6.1.2 Delete Note regarding updating on Online parameters screen in

EJX910 FF DTM.

6-7 to 6-9 6.1.3 Add the procedure in FF parameters downloading.

7-2 7.2 Change the location where the OFS log file for FF is saved to.

YOKOGAWA FSA120 User Manual

CONTENTS

1. Introduction

1.1 About This Manual

1.1.1 Trademarks

1.1.2 Envir onmental Condition

1.2 Software License Agreement for EJXMVTool

1.2.1 Grant of License

1.2.2 Restriction

1.2.3 Copyright/Owner ship

1.2.4 No W arranty / Limitation of Liability

1.2.5 T erm and T ermination

1.2.6 General Provisions

1.2.7 DIPPR

2. General

3. Functional Specification

3.1 PC

3.1.1 Hardware Operating En vir onment

3.1.2 Software Operating Envir onment

3.2 Field Communication

3.3 Model to be Connected

3.4.1 Components

3.4.2 EJX910 HART/FF DTM and EJXMVTool

3.5 FSA120 DTM Function Detail

3.5.1 T ransmitter Mana gement

3.5.2 Flow P arameter Management (Flow Configuration Wizard)

3.5.3 Flow P arameter Management (Obtain Flow Coefficient)

3.5.4 Primary Devices Supported in Auto Compensation Mode

3.5.5 Density Compensation in Auto Compensation Mode

4. Preparation

4.1 PC

4.1.1 Setting Items after Installing Windo ws

4.2 Installation Procedure

4.2.1 EJXMVT ool online man ual

4.2.2 Uninstall FSA210

4.2.3 For FieldMate Users

4.2.4 Installations of FieldMate and Device Files

4.2.5 EJX MVT ool additional resour ce installation

4.2.6 How to confirm V ersion Number of DTM

4.3 Uninstallation

4.4 Initial Setting (HART comm unication)

4.4.1 HART Communication Modem

4.4.2 COM port

4.4.3 Wiring

4.4.4 Communication setting (HAR T communication)

4.5 Initial Setting (FF Communication)

4.5.1 EJX910A

4.5.2 Install NI-FBUS Card

4.5.3 NI-FBUS Setting (Interface Configuration Utility)

4.5.4 Start NI-FBUS Communications Manager

4.5.5 Connect the EJX910A to the power supply

4.5.6 Connect the NI-FBUS card to the EJX910A

4.6 Start FDT frame application

4.6.1 Update DTM Browser

4.6.2 Start FieldMate

4.6.3 Start EJX910 DTM

4.6.4 Save DTM Infomation

4.6.5 Exit FieldMate and DTM Works

4.7 EJXMVT ool Activ ation

4.7.1 How to Activate

5. Operational Flow

6. Display Specification

6.1 T ransmitter Management

6.1.1 Connect / Disconnect

6.1.2 Parameter

6.1.3 Upload from Device / Do wnload to Device

6.1.4 Print

6.1.5 Properties

6.1.6 Additional functions

6.2 Flow P arameters Management

6.2.1 Initialize

6.2.2 Import

6.2.3 Export

6.2.4 Report

6.2.5 Help

6.3 Flow Configuration Wizar d (Auto Compensation Mode)

6.3.1 Flow Configuration Mode

6.3.2 Primary Device and Pipe Setup

6.3.3 Fluid Setup

6.3.4 Natural Gas Setup