centum xl engineering function manual-im33g4q10 11e 004

8/18/2019 CENTUM XL Engineering Function Manual-IM33G4Q10 11E 004

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User’sManual

Yokogawa Electric Corporation

SExxxxW

CENTUM-XL Engineering

Function Manual

IM 33G4Q10-11E

IM 33G4Q10-11E4th Edition

Release : R2


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IM 33G4Q10-11E i

Preface

Manual Configuration

This manual describes the working environment of the CENTUM-XL engineering

function used in connecting an existing system to the CENTUM-CS system. For the

description of the XL-builder operation, refer to the related operation manual.

This manual is composed of three chapters and appendixes:

Chapter 1 introduces how the function is used.

Chapter 2 describes the environment required to use the function.

Chapter 3 describes the procedure for using the function.

Appendixes list available XL engineering packages and differences between XL and CS

engineering functions.

Applicable Readers

This manual has been written for instrumentation and control engineers who plan to

connect an existing system to the CENTUM-CS system and have primary knowledge of

the CENTUM-XL engineering function as well as the CENTUM-CS builder operation.

Trademarks

• “UNIX” is a registered trademark in the United States and other countries and

licensed exclusively through X/Open Company Limited.

• “Motif” and “OSF/Motif” are trademarks of Open Software Foundation, Inc.

• “X-Window” and “X Window System” are trademarks of the Massachusetts

Institute of Technology.

• “Ethernet” is a registered trademark of XEROX Corporation.

• “HP” and “HP9000” are registered trademark of Hewlett Packard Company.• “IBM” is a registered trademark of International Business Machine Corporation.

• “SUN” is a registered trademark of Sun Microsystems, Inc.

• Other brand and product names are registered trademarks of their respective holders.

FD No. IM 33G4Q10-11E4th Edition: Apr. 2003 (YG)All Rights Reserved, Copyright © 1996, Yokogawa Electric Corporation


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IM 33G4Q10-11Eii

Document Map

SystemOverview (TI)

FCS ControlFunction Manual

AdvancedControl Function

Manual

SubsystemCommunicationFunction Manual

Other Software

OperationManual of FCS

ICS Operationand Monitoring

Function Manual

ICS ManagementInformation

Function Manual

Other SoftwareOperation

Manuals of ICS

ICSStartup Operation

Manual

Recipe Management / Batch ControlFunction Manual

User ProgramFunction Manual

CommunicationUnit Function

Manual

Other Function

Manuals

SystemConfiguration

Manual

Builder CommonOperation Manual

FCS BuilderOperation Manual

Builder OperationManuals of Other

Units and Functions

ICS BuilderOperation Manual

Graphic BuilderOperation Manual

Test FunctionManual

SelfDocumentation

Manual

ICS OperationManual

Message Manual

ICS HardwareManual

PeripheralsManual

InstallationGuidance (TI)

FCS HardwareManual

Node DeviceManual

Related DeviceManual

Communication andNetwork Device

Hardware Manual

System Concept and Design Manuals

Engineering Manuals

Installation and

Maintenance Manuals

Operation Manuals

(Note) ICS: Information and Command Station, Hyper Information and Command Station(HICS), and PC-based Information and Command Station(PICS) FCS: Field Control Station


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IM 33G4Q10-11E iii

Notice

Regarding This Manual

1. This manual should be passed on to the end user.

2. Read this manual carefully and fully understand how to operate this product before

you start operation.

3. Yokogawa makes no warranty of any kind with regard to this manual, including, but

not limited to, implied warranties of merchantability and fitness for a particular

purpose.

4. All rights reserved. No part of this manual may be reproduced in any form without

Yokogawa’s written permission.

5. The contents of this manual are subject to change without prior notice.

6. If any question arises or errors are found, or if there is any information missing from

this manual, please inform Yokogawa’s documentation department responsible for

this manual or the nearest Yokogawa sales office, or use the form in the back of this

manual to inform us accordingly.

Regarding Protection, Safety, and Prohibition Against Unauthorized Modification

1. For the protection and safe use of the product and the system controlled by it, be

sure to follow the instructions on safety described in this manual when handling the

product. In addition, if you handle the product in contradiction to these instructions,

our company does not guarantee safety.

2. The following safety symbol marks are used on the product concerned and in this

Manual :

Les symboles suivants touchant à la sécurité sont utilisés sur le produit concerné et

dans ce manuel.

CAUTIONThis marking on the product indicates that the operator must refer to an

explanation in the instruction manual in order to avoid injury or death of

personnel or damage to the instrument. The manual describes that the operator

should exercise special care to avoid electric shock or other dangers that may

result in injury or the loss of life.

ATTENTION

Ce symbole marqué sur le produit indique que l’opérateur doit se reporter au

manuel d’instruction pour éviter tout accident corporel ou tout dégât matériel.

Le manuel d’instruction indique que l’opérateur doit faire particulièrement

attention pour éviter tout choc électrique ou autre accident pouvant entrainer un accident ou la mort.


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IM 33G4Q10-11Eiv

Protective ground terminal:

In order to provide protection against electrical shock in case of a fault. This

symbol indicates that the terminal must be connected to ground prior to

operation of equipment.

Borne de connexion à la terre de protechon:

Ce symbole indique que la borne doit être reliée à la terre de protechon avant

toute utilisation du matériel, dans le but de se protéger d’une électrocution en

cas de défaillance.

Function ground terminal:

In order to provide protection against noise.

This symbol indicates that the terminal must be connected to ground prior to

operation of equipment.

Borne de connexion à la terre sans bruit:

Ce symbole indique que la borne doit être reliée à la terre sans bruit avant

toute utilisation du materiel, dans le but de se protéger du bruit.

Indicates the power switch state “ON”.

Ce symbole indique que le commutateur de mise soustension est en position de

“Marche”.

Indicates the power switch state “Stand - by”.


“Veille”.

Indicate the power switch state “OFF”.


“Arret”.

CAUTION A CAUTION sign denotes a hazard. It calls attention to a procedure, practice,

condition or the like, which, if not correctly performed or adhered to, could result

in damage to or destruction of part or all of the product.

Le symbole CAUTION annonce un risque Il désigne une procédure, une marche

à suivre ou autre qui, n’étant pas correctement observée, peut entainer un

dommage ou une destruction partielle ou totale du produit.


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IM 33G4Q10-11E v

The symbolic conventions below are used only in the manual.

Les conventions suivantes sont utilisées uniquement dans le manuel

d’instruction.

IMPORTANT

Indicates that operating the hardware or software in this manner may damage

it or lead to system failure.

IMPORTANT

Indique que manipuler le matériel ou le logiciel de cette manière peut

l’endommager ou provoquer l’arrêt du système.

NOTE

Draws attention to information essential for understanding the operation and

features.

NOTE

Attire l’attention sur une information essentielle pour la comprehension des

opérations à effectuer ou des caractéristiques.

3. If protection / safety circuits are to be used for the product or the system controlled

by it, they should be installed outside of the product.

4. When you replace parts or consumables of the product, use those specified by our

company.

5. Do not modify the product.

Regarding Force Majeure

1. Yokogawa Electric Corporation does not make any warranties regarding the product

except those mentioned in the WARRANTY that is provided separately.

2. Yokogawa Electric Corporation assumes no liability to any party for any loss or

damage, direct or indirect, caused by the use or any unpredictable defect of the

product.

Regarding Software Supplied by YOKOGAWA

1. Yokogawa makes no other warranties expressed or implied except as provided in its

warranty clause for software supplied Yokogawa.

2. Use this software with one specified computer only.You must purchase another copy of the software for use with each additional

computer.

3. Copying this software for purposes other than backup is strictly prohibited.

4. Store the streamer or tape (original medium) in a secure place.

5. Reverse engineering such as the disassembly of software is strictly prohibited.

6. No portion of the software supplied by Yokogawa may be transferred, exchanged, or

sublet or leased for use by any third party without prior permission by Yokogawa.


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Documentation Conventions

Throughout this manual, the following conventions of notation clarify the input device

(keyboard, touch panel, or mouse) used.

• Characters or symbols enclosed in [ ] denote keys on the ICS operation keyboard.

Example:To change to the next page, press the [ ] key.

• Characters enclosed in < > represent keys on the engineering keyboard.

Example:To enter %, press the key while pressing the key.

• Characters enclosed in [ ] indicate an ICS softkey, command for a window or menu,

or an item on worksheets of various types.

Example:Press on the [START] softkey to save the data.

• An underlined boldface font denotes the format of data you enter on a panel.

Example:The cursor appears, prompting input.

FIC100.SV=50.0

• This manual uses the following conventional symbols.

TIP

Gives information that complements the present topic.

See Also

Gives the reference locations for further information on the topic.

Operation with the mouse is shown.

Indicates operation using a touch screen function.

The input operation from the keyboard is shown.

Indicates operation with a track ball.

The display status of the panel is shown.

Figures of Simulated

• The figures that appear in this manual of simulated may sometimes be emphasized or

simplified, or may fail to show the entire image for reasons of convenience in

explaining them.

• The display position or character (large/small letter, etc.) of the CRT chart shown in

this manual might be different from that of actual CRT display within the range not to

give obstacles of the function understanding and operation monitoring.


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Contents

Contents

Preface ............................................................................................................................. i Document Map .............................................................................................................. ii Notice ............................................................................................................................. iii Documentation Conventions........................................................................................ vi

Chapter 1 Overview

1.1 Connection of Different Systems ................................................................... 1-3

1.2 Use of the Engineering Function ................................................................... 1-5

1.2.1 CS XL-Builder Function ......................................................................... 1-6

1.2.2 CS Tag-list Generation Tool ................................................................... 1-7

1.2.3 EOPS Tag-list Conversion Tool .............................................................. 1-7

1.2.4 Tag-list Modification Tool ...................................................................... 1-7

1.3 Positioning and Configuration of the Function ............................................. 1-8

1.3.1 Configuration of XL Engineering Function ........................................... 1-8

1.4 Use of the Engineering Function ................................................................... 1-9

1.4.1 Engineering Methods .............................................................................. 1-9

1.4.2 Use of the CS XL-builder ....................................................................... 1-9

Chapter 2 Function Operating Environment

2.1 Hardware Required ......................................................................................... 2-3

2.2 Software Required .......................................................................................... 2-4

2.3 Management of XL Jobs in the CS System................................................... 2-5

Chapter 3 Function Operating Procedure

3.1 XL-builder Operation...................................................................................... 3-33.1.1 Creating a Project .................................................................................... 3-3

3.1.2 Defining the CS System Configuration .................................................. 3-3

3.1.3 Starting the XL Builder .......................................................................... 3-4

3.1.4 Defining the XL System Configuration ................................................. 3-7

3.1.5 Quitting the XL Builder .......................................................................... 3-8

3.1.6 Using the XL Self-document .................................................................. 3-9

Appendixes

Appendix 1 XL Engineering Function Packages ..................................... Appendix-3

Appendix 2 Differences in Engineering Functions .................................. Appendix-4

Appendix 3 Transfer of Files from ENGS ............................................... Appendix-7Appendix 4 Restrictions on Use ............................................................. Appendix-10

Appendix 4.1 Precautions on Operation ........................................... Appendix-13

Appendix 5 Operation for Registering Options ..................................... Appendix-16

Appendix 5.1 Use of the Sequence-logic Function ......................... Appendix-16

Appendix 5.2 Use of the Self-Tuning Control Function ................. Appendix-18

Appendix 6 Precautions In Loading Data of EWS to EOPS................. Appendix-19

Appendix 7 Precautions In Correcting a Tag-List .................................. Appendix-20

Appendix 8 Configuration of Printer into the XL-builder Functions .... Appendix-21

Reader’s Comment Form Revision Record


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IM 33G4Q10-11E 1-1

1. Overview

Chapter 1

Overview

The CENTUM-XL engineering function is used to connect an existing system to the

CENTUM-CS system. This chapter introduces how the function is used.

Contents

1.1 Connection of Different Systems ............................................................. 1-31.2 Use of the Engineering Function ............................................................. 1-5

1.2.1 CS XL-Builder Function .................................................................. 1-6

1.2.2 CS Tag-list Generation Tool ............................................................ 1-7

1.2.3 EOPS Tag-list Conversion Tool....................................................... 1-7

1.2.4 Tag-list Modification Tool ............................................................... 1-7

1.3 Positioning and Configuration of the Function ....................................... 1-8

1.3.1 Configuration of XL Engineering Function..................................... 1-8

1.4 Use of the Engineering Function ............................................................. 1-9

1.4.1 Engineering Methods ........................................................................ 1-9

1.4.2 Use of the CS XL-builder ................................................................ 1-9


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1. Overview

1.1 Connection of Different SystemsAs a plant is expanded it becomes necessary to connect an existing system with the

CENTUM CS system in order to control and monitor the existing stations from the CS

system. The scheme of connecting an existing XL system to the CENTUM CS system

is shown in Figure 1.1.

The connection of CS and XL systems requires a dual-redundant V net/HF bus converter

(ABC11D-H). The connection of CENTUM CS and µXL systems requires a single V

net/RL bus converter (ABC11S-L) and a dual-redundant V net/RL bus converter

(ABC11D-L). Used in connecting the existing XL system with existing devices are

CFFS with those on the F bus, UCIF with those on the L bus, ULFU with those on the

HL bus, and MOPS with those on the RL bus.


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Figure 1.1 Connections of XL and CS Systems


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1. Overview

1.2 Use of the Engineering FunctionThe ICS of the CENTUM CS system requires tag data on the stations of the connected

existing system in order to control and monitor the connected stations. The following

engineering function and tools are used to provide the ICS with the tag data:

(1) CS XL-builder function

(2) CS tag-list generation tool

(3) EOPS tag-list conversion tool

(4) Tag-list modification tool

The CS XL-builder function is part of the XL engineering function provided with the CS

system. The builder function at the engineering station (ENGS) has been transported to

the HP9000/700 Series computer with minor modifications. The use of this function is

described in this manual.

The three tools are contained in the tag-list generation utility package for the CS system.

The package is required to use the XL builder function because the EOPS tag-list

conversion tool in the package is used internally by the function. For the description of the package, refer to the operation manual IM33G4P10-11E, Tag-list Generation Utility

Package.


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1.2.1 CS XL-Builder Function

The CS XL-builder function is contained in the XL engineering function this manual

describes. The builder function permits to create, compile, and load XL-station source

files at the ICS of the CS system. It calls the tag-list conversion tool when a tag list is

loaded on the ICS, automatically converting the tag list for the EOPS to that for the ICS.

Source fileGeneration

Object file

Tag list andMessage file forEOPS

Tag list andMessage filefor ICS

Load

Load

FCS

EOPS

ICS

Busconverter

EFCS, etc.

Option pkg.

required at EOPS

Load

Conversion

(taglist conversion tool used)

XL engineering function (EWS)

Figure 1.2 CS XL-Builder Function


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1. Overview

1.2.2 CS Tag-list Generation Tool

This tool generates tag lists from source files, including the ICS-specific tag data.

1.2.3 EOPS Tag-list Conversion Tool

This tool converts XL tag lists to CS tag lists in order to permit the ICS to control andmonitor XL stations.

1.2.4 Tag-list Modification Tool

This tool is used, if necessary, to modify ICS-specific tagnames, tag comments, alarm

handling levels, and others in the CS tag list converted from an XL tag list.

ICS

ICS

Definitionpanel

Tag-listgeneration tool

Tag-listmodification tool

Tag-listconversion tool

Modificationpanel

Engineering function

[WS, ICS]

Engineering function[WS, ICS]

Tag-list messagefile for ICS

Load

Load

Tag-list messagefile for EOPS

Tag-list messagefile for ICS

Copy

ENGS(CENTUM-XL)

Figure 1.3 Functional Overview of Tag-list Generation Utility


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1.3 Positioning and Configuration of the Function

1.3.1 Configuration of XL Engineering Function

The XL engineering function is positioned as the XL builder in the CS engineering

function. The XL builder includes the XL test function and the XL self-document

function — see Figure 1.4:

XL engineering function

System generation builder function

Operator utility

Test function

Operational utility function

System maintenance function

System utility function

XL builder

XL tag-list generation utility

XL tuning parameter printout

XL sensor parameter utility

XL builder

XL test function

XL self-document function

Tag-list generation utility

Tag-list generation tool

Tag-list conversion tool

Tag-list modification tool

Figure 1.4 Configuration of XL Engineering Function


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1. Overview

1.4 Use of the Engineering FunctionThe use of the engineering function and tools described earlier in Section 1.2 in connect-

ing an existing system to the CS system is varied according to how the builder is used.

1.4.1 Engineering Methods

An existing system can be engineered in the following methods:

(1) Using the CS XL-builder.

(2) Using the ENGS builder and the CS EOPS tag-list conversion tool.

(3) Using the existing-system builder, the ENGS tag-list generation utility or the XL

builder’s XL tag-list generation utility, and the CS EOPS tag-list conversion tool.

(4) Using the MOPS builder, the ENGS MOPS tag-list conversion tool, and the CS

EOPS tag-list conversion tool.

(5) Using the existing-system builder and the CS tag-list generation tool.

For the description of methods 2 to 5, refer to the operation manual IM33G4P10-11E,

Tag-list Generation Utility Package.

1.4.2 Use of the CS XL-builder

The XL builder can be used for XL stations listed in Table 1.1 with the following

limitations:

(1) XL batch and recipe management are not supported.

(2) Logging builders for EOPS, etc., are not supported.

(3) Program development environment for EMCS, etc., are not supported.

(4) Subsystem language packages are not supported.

(5) FUZZY and PREDICTROL packages are not supported.

Table 1.1 XL Stations Supported by XL Builder

WFDE,SFDE,SPOE

2HECFE,2HDCFE,2HSCFE,ECFE,DCFE,SCFE

SMFE

DSFC,SSFC,2DCFC,2SCFC


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The CS XL-builder builds the XL system in the CS system using source files. The

EOPS tag list is converted to an ICS tag list automatically by the tag-list generation

utility function of the XL builder. To load the tag list in the EOPS automatically,

however, it is necessary to install an optional package (EP370) at the EOPS.

ACG10S-E

ABC11D-H

WS

EOPS

EFCS

HF bus

V net

ICS

• XL-station source generation

• Generation

• Load

ICS tag-list loaded

FCS database loaded

Figure 1.5 Use of CS XL-builder


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2. Function Operating Environment

Chapter 2

Function OperatingEnvironment

This chapter describes the hardware and software required to use the XL engineering

function and how XL jobs are managed in the CS system.

Contents

2.1 Hardware Required .................................................................................. 2-32.2 Software Required.................................................................................... 2-4

2.3 Management of XL Jobs in the CS System ............................................ 2-5


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2.1 Hardware RequiredThe hardware listed in Table 2.1 is required to run the XL builder:

Table 2.1 Hardware Required

Package install area, builder-related file area, and spooler area of over 20

MB.Computer auxiliary storage

Computer main storage Over 80 MB.

Computer HP9000/700 (the builder does not operate on ICS).

Peripheral equipment LBP (English : HP Laserjet 4)

(Japanese : Canon Laser Shot LIPS II+, LIPS III)


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2.2 Software Required

The software and CS engineering packages listed in Tables 2.2 and 2.3 are required to

run the XL builder:

Table 2.2 Software Required

OS HP-UX 9.0 (9.01, 9.03, 9.05, 9.07) or HP-UX10.20 or later (See note)

GUI X11R5, OSF/Motif 1.2

Note: To be able to operate an EWS using HP-UX10.20 software, the following bundle of patches must beinstalled.

• XSW700GR1020 (General-release), Version 10.20.35 or later • XSW700CR1020 (Critical), Version 10.20.35 or later

• XSW700HW1020 (Hardware-Enablement), Version 10.20.35 or later

The following failures may occur if the aforementioned patches are not installed.

(1) The "Load complete" message is not received from the bus converter, even if loading

is carried out using the XL builder.(2) The grids are not visible when working with the XL graphic builder.

Table 2.3 CS Engineering Packages Required

Package Code Package Name

SHW5100 Builder basic function

SHW5101 System definition function

SHW5102 System utility

SHW5103 Operational utility

SHW5110 ICS Builder

SHW5210 Bus converter builder

SHW5240 Communication gateway builder

SHW5310 Tag-list generation utility

SHW5490 Self-document

TIP

Automatic loading of a tag-list and other programs onto EOPS requires pre-installation

of the “EP370 CENTUM CS file transfer functions” package.

XL engineering packages are interdependent and the use of every package requires other

packages as listed in Table 2.4:


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Table 2.4 XL Engineering Packages

Note: Functions listed in Table 2.4 must be used on the EWS where relevant projects reside.

SEE002W, SEE601W, SEE603WSEE301W

Code

XL-sensor parameter

setting function

Name Required Packages

SEE002W, SEE601W, SEE603W, SEF092WSEE604W

SEE603W

Control station builder

CFCS2

Control station builder SEE002W, SEE601W, SEF001W

SEE002W, SEE601W, SEE603W, SEF071WSEE631W

SEE611W

Control station builder

EFCS/D-H2

SEE002W, SEE601W, SEE603W, SEF002WSEE681WSequence logic drawing

builder

SEE002W, SEE601WSEE691WXL-tag list generation

function

EOPS operator utility SEE002W, SEE601W, SEE603W

SEE682W SAMA loop chart builder SEE002W, SEE601W, SEE603W

SEE002W, SEE601WSEE601W

SEE401WXL-system definition/

EOPS builder

Self-document SEE002W, SEE601W

SEE303W Test function SEE002W, SEE601W, SEE603W

2.3 Management of XL Jobs in the CS SystemSystem databases are managed in “job” units in the XL system while they are managed

in “project” units in the CS system. XL jobs are managed under CS projects when the

XL system is built in the CS system. A number of XL jobs can be managed under one

CS project.

An XL job for the XL system in which physical devices are connected should be locatedunder a CS operational project; and an XL job in which physical devices are not

connected should be located under a CS non-operational project.

The relationship of XL jobs and CS projects is shown in Figure 2.1. When more than

one XL job is managed under a CS project, the CS system constant is used for the XL

system.

Host computer Builder CS project A

CS project B

XL job A

XL job B

Figure 2.1 Relationship of XL Jobs and CS Projects


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3. Function Operating Procedure

Chapter 3

Function Operating Procedure

This chapter describes the operating procedure for the XL engineering function.

Contents

3.1 XL-builder Operation ............................................................................... 3-3

3.1.1 Creating a Project ............................................................................. 3-33.1.2 Defining the CS System Configuration ........................................... 3-3

3.1.3 Starting the XL Builder .................................................................... 3-4

3.1.4 Defining the XL System Configuration ........................................... 3-7

3.1.5 Quitting the XL Builder ................................................................... 3-8

3.1.6 Using the XL Self-document ........................................................... 3-9


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3.1 XL-builder Operation

The operation of the XL builder and related procedures are described.

3.1.1 Creating a Project

A CS project in which the database of an XL job must be created to manage the job

under the project.

The project maintenance utility of the system utility is used to create a CS project.

Refer to the operation manual IM33G4H10-11E, Builder Common Operation, for the

procedure.

3.1.2 Defining the CS System Configuration

With the CS procedure created, register the XL station and bus converter using the CS

system configuration definition builder.

The XL station requires a domain number different from the CS station because the XLstation is connected with the V-net by way of the bus converter. Refer to operation

manuals IM33G4C10-11E, System Generation Function, for the definition of the CS

system configuration, and IM33G4L10-11E, ICS Builder, for the operation of the CS

system configuration definition builder.

With the system configuration defined and registered, change to the bus converter

builder panel, define the bus converter, and load the definition to the converter. For the

procedure, refer to the operation manual IM33G5C20-11E, Bus Converter Function &

Builder.

Then return to the system configuration definition builder, select the “load” menu, and

create a source file and an object file. This step cannot be performed unless the busconverter has properly been defined and loaded.


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3.1.3 Starting the XL Builder

Steps to call the XL builder using the builder menu are as follows:

Click the XL-builder icon on the builder menu.

BUILDER_MENU

File

Pjt:newpro

C

W

OI

1

ECSECSECS

FCS

OFF

FCS

ON

BCV

CGW

Inst

Grp

*

System Builder

ICS Builder

FCS Builder

ECS System

Model Builder

Test Function

XL Builder

Operator Utility

Online FCS Builder

ECS Type List

System Common Builder

Operational Utility

Bus Converter Builder

Communication Gateway

ECS Builder

Option Builder

Figure 3.1 Builder Menu


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The XL-builder menu then appears.

Click the XL-builder icon on the XL-builder menu.

XL_BUILDER_MENU

FilePjt:newpro

2

XL Builder XL Test Function XL Self-Document

XL Tag List Builder Tuning Parameter Print

XL Sensor Utility

Figure 3.2 XL-builder Menu


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The XL-builder job-menu panel then appears.

The job must be registered first if it is a new job, which is to be created under the

currently selected project. If the job is already registered, select it on the menu. For

further steps, which are identical to the ENGS XL-builder operation, refer to the

operation manual IM34A1C21-01E, ENGS Engineering Station Operation.

emgbuild_s

* CENTUM BUILDER *

Select your job.

0.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

New job

YOKOGAWA

XLjob

Key in Job No.

99. Exit

Yokogawa Electric Corp.

Figure 3.3 XL-builder Job Menu


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3.1.4 Defining the XL System Configuration

Select “3. System Configuration” on the submenu shown when the job has been

selected. Then define the XL-system configuration — refer to the operation manual

IM34A1C21-01E, ENGS Engineering Station Operation, for the procedure.

emgbuild_s

* CENTUM BUILDER *

Select from menu

0.

1.

2.

3.

4.

5.

6.7.

8.

9.

10.

New job

YOKOGAWA

XLjob

Key in Builder No.

99. Exit

Yokogawa Electric Corp.

1.

2.

3.

4.5.

6.

Graphic

Common Pattern Codes

System Configuration

System ConstantsLoad-Save Utility

On-Off Scan

Figure 3.4 XL-builder Panel with Submenu

The XL-station configuration must agree with the XL system configuration within the

CS system.

Specify the same station name as specified in the CS system configuration definition

using up to eight alphanumeric characters (uppercase alphabetic characters only). Thestation number must also be identical in CS and XL configurations. Once the station

has been defined, further station specifications can be made using the station builder.

The CS XL-builder uses a window similar to other CS engineering functions. When

developing to a station builder from the system configuration definition window, the

window remains displayed while a new window is opened for the station builder. No

more than one station builder can be called at a time, however.

For the operation of each station builder, which is used in the same manner as the ENGS

station builder, refer to the operation manual of each XL station builder.


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IM 33G4Q10-11E3-8

3.1.5 Quitting the XL Builder

To quit the XL builder, start quitting from the last called window in order of panel

developments. With the FCS builder, for example, the FCS builder menu panel cannot

be closed unless currently displayed builders are all quit first and the system configura-

tion definition window used to call the menu panel cannot be closed unless the menu

panel is closed. The procedure is the same with any other builder function.


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IM 33G4Q10-11E 3-9


3.1.6 Using the XL Self-document

Steps to call the XL self-document using the builder menu are as follows:

Click the XL-builder icon on the builder menu.

BUILDER_MENUFile

Pjt:newpro

C

W

OI

1

ECSECSECS

FCS

OFF

FCS

ON

BCV

CGW

Inst

Grp

*

System Builder

ICS Builder

FCS Builder

ECS System

Model Builder

Test Function

XL Builder

Operator Utility

Online FCS Builder

ECS Type List

System Common Builder

Operational Utility

Bus Converter Builder

Communication Gateway

ECS Builder

Option Builder

Figure 3.5 Builder Menu


35/65

IM 33G4Q10-11E3-10

The XL-builder menu then appears.

Click the XL self-document icon on the XL-builder menu.

XL_BUILDER_MENU

File

Pjt:newpro

2

XL Builder XL Test Function XL Self-Document

XL Tag List Builder Tuning Parameter Print

XL Sensor Utility

Figure 3.6 XL-builder Menu


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IM 33G4Q10-11E 3-11


The XL self-document menu then appears.

Select the function to be executed on the menu displayed and then enter items as

prompted — see Table 3.1 for the items to be entered. For further steps, which are

identical to the ENGS XL-builder operation, refer to the operation manual IM34A1C28-

02E, Self-document Package.

Output printer

Completed document

Feedback Control Loop Chart

SAMA Control Loop Chart

Sequential Instrument Loop Chart

Sequential Logic Chart

Graphic Panel

Graphic Common Segments

Self Document

OK CANCEL

Cancel Output Request

lp

Figure 3.7 XL Self-document Menu

Table 3.1 Entry Items

Function Entry Item

Completed documentJob name.Example: XLjob

Feedback control loop chartJob name, station number, DDC***Example: XLjob 01 DDC002

SAMA control loop chart Job name, station number, DDC***Example: XLjob 01 DDC002

Sequential instrument loop chartJob name, station number, SQI***Example: XLjob 02 SQI002

Sequential logic chartJob name, station number, IBD***Example: XLjob 01 IBD002

Graphic panelJob name, “graphic”, source-file nameExample: XLjob graphic gr0001.so

Graphic common segmentsJob name, “graphic”, common segment filenameExample: XLjob graphic gr0020.sg


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IM 33G4Q10-11E Appendix-1

Appendixes

Appendixes

Contents

Appendix 1 XL Engineering Function Packages ........................................ Appendix-3

Appendix 2 Differences in Engineering Functions ..................................... Appendix-4

Appendix 3 Transfer of Files from ENGS.................................................. Appendix-7

Appendix 4 Restrictions on Use.................................................................. Appendix-10

Appendix 4.1 Precautions on Operation ................................................ Appendix-13

Appendix 5 Operation for Registering Options .......................................... Appendix-16

Appendix 5.1 Use of the Sequence-logic Function ............................... Appendix-16

Appendix 5.2 Use of the Self-Tuning Control Function ....................... Appendix-18

Appendix 6 Precautions In Loading Data of EWS to EOPS ..................... Appendix-19

Appendix 7 Precautions In Correcting a Tag-List ...................................... Appendix-20

Appendix 8 Configuration of Printer into the XL-builder Functions......... Appendix-21


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40/65


Appendixes

Appendix 1 XL Engineering Function PackagesThe following CS XL-engineering function packages are available:

SEE002W XL-builder basic function

SEE301W XL-sensor parameter setting function

SEE303W Test function

SEE401W Self-document basic function

SEE601W XL system definition/EOPS builder

SEE603W Control station builder

SEE604W Control station builder CFCS2

SEE611W Operator utility

SEE631W Control station builder EFCS/D-H2

SEE681W Sequential logic chart builder

SEE682W SAMA loop chart builder

SEE691W XL-tag list generation function

SEF001W System basic function for EFCS/EFCD-S1

SEF002W Sequential logic chart function for EFCS/D, EFCE

SEF011W System basic function for EFCE-S1

SEF021W System basic function for EFMS

SEF031W System basic function for EFCE-H2

SEF071W System basic function for EFCS/D-H2

SEF092W System basic function for CFCS2/D2

SEF301W Self-tuning function for EFCS/D, EFCE

Package Code RemarksName

Package Code RemarksName

XL-Builder Software

Basic/Optional Control-station Software


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IM 33G4Q10-11EAppendix-4

Appendix 2 Differences in Engineering FunctionsThe CS XL-engineering function has some functions that are not identical to those of the

ENGS XL-builder because of different environments and in order to coordinate with

other CS engineering functions. The differences are summarized below:

General Functions

The system supports Japanese and English characters. It does not

operate under other language environments.

No update command is available. To transfer an ENGS source file to

the CS system, the file must first be updated at the ENGS before the

transfer.

Mouse pointer is displayed during character string input. Mouse can be

moved during character string input, but operations are not possible.

Perform mouse operation after confirming input of character string.

Language

System constants for a number of XL jobs managed under one CS

project must agree with the system constants of the CS project.Plural number of XL system constants

The left button is used for selection. The right button is used for

cancellation in some cases. The middle button is not used.Mouse operation

Input of Japanese characters requires the use of NLIO (Native

Language I/O). xwnmo can not be used.Japanese language input

Automatic update of source files

Character input

Characters cannot be enlarged.Character magnification in using the

feedback control builder

File dates can be displayed for stations where engineering files arestored and managed. File dates cannot be displayed at other

engineering workstations.

Display of dates for files

No menu is available to call the generation function from the sequence

table. The system generation function must be called using the FCS

builder menu already displayed.

Calling the system generation function

from the sequence table builder

There is no command for version upgrading. If you are using an earlier

version of the ENGS source file, upgrade it to the latest version at the

ENGS and then move it to the CS’s CENTUM-XL builder.

Automatic update of source files

Generation screen (window) is displayed even after invoking another

screen.

Generation results can be confirmed only after closing this Generation

screen.

Confirmation of generation result

Cursor keys cannot be used. The backspace key is used to correct any

keyed-in character. Functions such as deletion of a character using

CTRL+x, ON/OFF of the character insert mode using CTRL+o, and

deletion of a line using CTRL+y are not available.

Character input

Display blinking No blinking. Instead, handle is displayed.

Item CS Engineering Function

Mouse operation Mouse operation performs as specified by X-Windows.

Function keys Functions keys cannot be used.

XL-builder Basic Function


UNIX UNIX is not supported.

Load functionCS tag-lists are automatically equalized for the ICS. Tag lists areautomatically loaded to the EOPS if the optional CS/XL file transferfunction (EP870) is installed at the EOPS.


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Appendixes

XL Self-document

Remote printer Remote printers connected to other EWS can be used for output (a Self-

document cannot be output to a printer connected to the ICS or PICS).

Printout of static image

If any part of a primitive lies on the outer frame, the primitive cannot be

printed. In some cases a printer can not identify the deleted image. For

this reason, the original image is printed as well.

Operation execution machine

Operators can operate engineering functions on the EWS which stores

and controls engineering files (on a remote EWS, these functions

cannot be performed).

Operator utility: printer specification

The data held by the engineering function are printed at all times and

EOPS data are not printed. Therefore printer specification is not

applicable.

Cancel output request command

This command cancels any new output request and does not cancel the

output of data already spooled — the CANCEL command must be used

to cancel their output.

Set the following call-up conditions on the Self-document (top level)

window.

· Printer to output the called-up document

· Calling the complete document

· Calling the feedback control loop chart

· Calling the SAMA control loop chart

· Calling the sequential instrument loop chart

· Calling the sequential logic chart

· Calling the graphic panel

· Calling the graphic common segments

Calling up Self-document

Item CS Engineering function

Printer type Output to the LBP printer. Use A4-size paper.

Graphics printing function Prints single-byte yen symbols after converting them into backslashes.

Graphic output Fat bitmaps are used.

Tuning Parameter Printout

Printer typeOutput to the LBP printer only. English printout use the same printer asin the Self-document. Use A4-size paper only. 60 lines per page are

printed on the HP Laserjet 4.

(1) Click on [XL Tuning Parameter Printout] in the XL builder menu.

(2) hpterm is invoked so that the program of the tuning parameter

function is executed.

(3) Enter the call-up conditions in the dialog box.

Calling tuning parameter printout


System Definition Builder

The same name as used in the CS system configuration definition must

be specified using up to eight alphanumeric characters (uppercase

alphabetic characters only). Kanji characters cannot be used.

System configuration definition:

station name

All engineering stations must be specified as ENGS and not as

*ENGS.

System configuration definition:

ENGS specification

A menu to display builders at the on-line maintenance mode.System configuration definition:

On-line builder display

This builder is displayed even when another builder is called up. While

other builders are being displayed, operation on this builder is disabled

(in order to disable the operations on the stations being called up).

This system definition builder cannot be called up from multiple

stations at a time.

System configuration definition



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Graphic Builder


Moving cursor Can be moved with the mouse. (The cursor keys on the keyboard

cannot be moved.)

Operator Utility


Date comparison The date comparison function is not available.

EOPS reading The EOPS reading function is not available.

Test Function


Loop chart status display The system supports this function.

Graphic status display The background of pattern blocks is opaque.

Message display A window to show messages is displayed.

EFCS Builder


No menu is available for calling up the generation function. No menu

is available for either directly displaying the FCS menu or defining

symbols.

The redisplay menu is provided. Select this menu to reduce the number

of graphic elements to be redisplayed.

No menu is available for turning ON/OFF of the scanning function orfor loading files.Generation screen

Sequence table builder

A Japanese-language cannot be written in the comment after “@”.

However, a sheet with Japanese-language text that has been already

entered can be loaded and edited. Re-entry of Japanese is not

permitted.

DDC computational expression

description screen and computational

expression builder

No menu is available for calling up the generation function.Sequence computational expression

List screen and definition screen

The warning message, “Do you execute off-line generation?”, is

displayed at the beginning of off-line generation. Also, during

generation, another warning message, “Execute off-line loading after

this generation is completed.”, is displayed.

Generation message

Tag-list Generation Utility

The generated utility tag-list is copied to the working directory for ICS

tag-list conversion.Copying database

These messages are displayed in either the error dialog box or the

message server.Generation message, error message

This function is not supported. Use the vi editor commands. Use thestandard size (80 columns x 24 lines) of the terminal emulator in the vi

editor.

Help functions for vi editor operation,

Simple operation function keys


Entry of job names and station names Enter these names from the dedicated Motif window.

Sensor Parameter Setup Utility

This operates on one hpterm. Use the window size in which it was

initially invoked.Utility screenPreviously it was possible to display PV values of the tag data on the

EOPS in bars. This function is not provided.PV-value bar graph



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Appendixes

Appendix 3 Transfer of Files from ENGSSource files in an ENGS can be transferred for direct use as source files for an XL

builder. The following procedure explains how to transfer those files.

(1) Creating a Project at EWS

Using a project maintenance utility at an EWS, create a project to store the source

files of the XL builder.

(2) Defining System Configuration

Using the System Configuration Definition builder at the EWS, define the configura-

tion of a system including the XL system. After the entry for definition, execute the

[Save & Check] command.

(3) Calling Up the XL Builder

Call up the menu panel of the XL builder (shown below in figure 3.1 of the appen-

dix) from the EWS display.

Type 99 in the job number field and close the menu. This operation is intended to

arrange the default-value files and jobs that are necessary to execute the builder, as

subordinates of the project in question; and thereby eliminate work such as creating

new jobs.

See Also

Subsection 3.1.3, "Starting the XL Builder," for how to open the XL-builder menu.

emgbuild_s

* CENTUM BUILDER * Yokogawa Electric Corp.

Select your job. Key in Job No. 99

0. New Job 99. Exit

1. YOKOGAWA

2. XLjob

3.

4.

5.

6.

7.

8.9.

10.

Appendix Figure 3.1 XL-builder Menu


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(4) Shutting Down Engineering Function

Close all of the on-screen builder panels, and then shut down the engineering

function.

(5) Saving Files Stored in ENGS

Save files stored in ENGS on a streamer. In that case, save files located in alldirectories under users1 using a relative path. Execute the following command:

The triangle (∆) in the following command statement denotes a space.

# cd∆/# find∆usersl∆-print∆|cpio∆-ocBv∆-O/dev/tape

NOTE

Do not begin the file name with a slash (/). Always save the files under a relativepathname. Do not save the files using an engineering tool, as this saves the files under

their absolute pathname.

(6) Setting Environment for Executing Remote Shell

Set up an environment where a remote shell can be executed from the “builder”

account of an EWS to the “root” account of an ICS. Log in to the ICS as a

superuser and create a .rhosts file in the “/” directory. Add an EWS host name and

an account to the file using the following format:

builder

Example)

dep2il builder

(7) Reading Files Stored on Tape

Using a remote-shell function, read files from the streamer connected to the ICS.

Log on to the EWS with the account "builder." Then, execute the following com-

mand to create a directory named "etc" under the "/real."

$ cd∆real/etc

Connect a streamer to the ICS, and then execute the following command.

$ remsh∆ICS∆-l∆root∆"/usr/lbin/scterm∆off"

Install the tape on which you saved the files in step 5, in the streamer. Then, execute

the following command.

$ remsh∆ICS∆-l∆root∆"dd∆if=/dev/rmt/.ctape0"∆|cpio∆-icBvdum$ remsh∆ICS∆-l∆root∆"/usr/lbin/scterm∆on"


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Appendixes

NOTE

Files under directories set to "read only" in the ENGS are given the error code "errno

13" and not copied. This does not affect the operation of the XL builder in the EWS. If

such a directory contains a file or files that must be copied for some particular reason,

create a new directory manually and transfer the file or files to the new directory.

(8) Coordinating Permissions

Using the following procedure, set up the correct owner, group and permissions for

files.

Log on as the superuser to execute the following command.

# cd∆/real# chgrp∆-R∆builder∆etc

# chown∆-R∆builder∆etc

Log on as the builder user to execute the following command.

$ cd∆/real

$ chmod∆-R∆ug+rw∆etc

(9) Modifying “ joblist ”

This step involves making corrections to the list of XL job names.

Modify the file “ /real/etc/users1/centum/etc/joblist ” using the

vi editor. To modify, delete the slash (/) that precedes the directory name.

Example: If we assume that a job named "XLJOB" is being carried out at the ENGS,

the command statement will contain the following information.

*:/users1/ctmsrcYOKOGAWA:/users1/ctmsrcXLJOB:/users1/ctmsrc

Now, change the information to the following.

*:users1/ctmsrc

YOKOGAWA:users1/ctmsrcXLJOB:users1/ctmsrc

(10) Starting the Engineering Function

Start the engineering function.


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Appendix 4 Restrictions on UseThe restrictions on use of the XL builder are summarized in the following table. Exer-

cise care when using any of the functions listed in the table.

Restrictions

Item Description

The engineering function cannot be used in a multi-user, multi-

host environment.

This function, when used with a builder window, displays all the

visible elements again. This is also true in the case of an

automatic redisplay applied when elements hidden by another

window show up or in the case of a redisplay applied when a

window is moved.

Multi-user, multi-host

Character size has been reduced.Test function

DDC loop chart status

Character size has been reduced.Test function

Sequential logic chart status display

Redisplay

Some operations, such as clicking the “Maximize” button, may

cause “garbage” to appear on the panel. Garbage for menu

selection or data entry may also appear when pictures are

redrawn. An invalid indication of selection may occur with the

red borders of a menu.

Invalid display

In a builder where the entry field is provided at the lower part of

the screen, cursor control keys cannot be used. As the cursor is

displayed at the end of a character string, move the cursor

forward with the backspace key.

Character input control

The size of Japanese contained in the Detailed Specification

Description Column does not fit the column width. Even if the

window size is changed, the size of characters contained in the

loop pattern does not match the pattern size.

DDC builder, sequence builder

For the Japanese-language input mode, an NLIO entry window

opens below the builder window. To confirm the entry, press

the down arrow key ( ↓ ) instead of the return key.

Confirmation of Japanese language

input

When a window is moved with the cross-hair cursor displayed

on the screen, a trace of the cursor may sometimes remain on the

screen.There is no definite position where a test-function window

appears.

Cross-hair cursor

A tool for registering options is not supported. When using the

sequence a logic function, the set up the appropriate

environment using the procedure shown in Appendix 5.

Tool for registering options

If this builder is initiated in a language environment other than

“japanese.euc, C,” the job selection dialog box malfunctions.Builder initiating dialog

Only output elements cannot be moved, when the selectable area

of these output elements is quite limited, or characters such as a

comment overlap the selectable area.

Sequential logic chart builder

Do not edit or refer to an indenical source file in any methods

including the multi-user method (e.g. in activating multiple

builder screens).

Builder operation for an identical

source file

The results of a tag-list conversion or modification that is carried

out when tag-lists are loaded to a BCV or ICS are not shown on

the panel. They are stored in the syslog file only. The data of a

loading panel are not updated while a tag-list convestion or

modification is in progress.

Loading

Continued use of a builder window will result in a decreased

amount of available memory. Close the window as often as

possible.

For more information, refer to Appendix 4-1 “Precautions on

Operation”.

Operation

There is no definite position where a test-function window

appears.Test function


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Appendixes

Restrictions (continued)

Item Description

There is a restriction for a case where more than one window of

the Sequence Table builder is open. When using the previous or

next page operation, do not call a sequence table that is already

displayed in another window. Otherwise, a lock file will remain

in the builder window, resulting in a failure to call that sequence

table thereafter.

The file control status is updated just after the list screen is

called up. If you write in a sheet newly called up, the status of

the list screen which has already been called up is not updated.

Sequence table builder

There is a restriction for a case where more than one window of

the Computational. Expression builder is open. When using the

previous or next page operation, do not call a computational

expression that is already displayed in another window.

Otherwise, a lock file will remain in the builder window,

resulting in a failure to call that computational expression

thereafter.The file control status is updated just after the list screen is



Computational expression builder

When using software with versions earlier than R2.07, delete

“lock file” according to the procedure below. When using R2.07

or greater software, the lock file is deleted at the startup of the

engineering function.

•How to delete lock file

Delete lock file with the “rm” command, and restart the

engineering function. The lock file is in /real/etc/users1/ctmsrc////i.XXXXX.XX. The suffix begins with i. The file

name differs depending on the type of builder.

Lock file

One file is shared by three builders. Therefore, the file cannot

be editted when calling up the three builders of trend pen

assignment, overview panel assignment, and control group

assignment at the same time.

Operator utility

During loading, do not use any of the following operations:

Generation, saving and on/off scanning relating to the station

being loaded, or concurrent loading to the station currently being

loaded.

Loading

Since an EWS lacks proper fonts, the size of a character on an

EOPS screen differs from that on a builder panel.Graphic builder

If the EWS net mask settings of /etc/netlinkrc are incorrect, theXL-builder panels may become locked. Correct the settings. Ifthe panels become locked, you must reboot the EWS.

EWS network setup

If you print the report form for a large-scale job continuously, theself-documentation function will output data alternating betweenthis job and another on a form-by-form basis. When printingsuch a job, make sure the first cycle of printing is complete beforeyou proceed to the next cycle.

Self-documentation function

The file control status is updated just after the list screen is



Help messages list

Do not define any batch function. Otherwise, compilation will

not be performed correctly.Graphic builder

The file-lock function does not work. Consequently, the same

modified file will be created in two or more windows.Graphic builder


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Restrictions (continued)

Item Description

XL graphic builder -YEWCOM modification function

Do not compile graphics accompanied by a YEWCOM modifierusing the XL builder’s graphic builder. To edit panels mixedwith YEWCOM data use an ENGS, rather than the XL builder.

XL graphic builder -change in attributes of pattern blocks

If you attempt to change the attributes of pattern blocks, thebuilder panels disappear and the following messages appear.system error function name: bdprpbk4: code=3system error function name: gr_mnfrm: code=2Restart the graphic builder to continue editing. If this is notpractical because the error occurs too often, remove the patternblocks once and then recreate them; or save the panel once andthen change the attributes of pattern blocks in the builder. Shouldthe panel accidentally disappear, restart the graphic builder onceagain to continue editing. If an ENGS is available, use it tochange the attributes.

Detection of differences in relationalformulas (%RL) of EFMS

In an EFMS, a difference may be detected in the EFMS’relational formulas (%RL) even if no change has been made tothem. This does not affect the loading of formulas online,however.

XL self-documentation-handling of single-byte yen sign

If a single-byte yen sign is used in the DDC, graphics or IBD, thisfunction converts the sign to a character of the 0x5c ASCII code(i.e., a backslash) before printing it. If you want the yen sign tobe printed, use a double-byte yen sign.

XL self-documentation-startup of self-documentation menu

If there is no definition of a local or remote printer in an EWS,the self-documentation menu cannot be started and the EWScannot show any error messages. When using the self-documentation function in the XL builder, be sure to define theprinter set with the sam command or similar.

Project name and name of project top directory

When using the XL builder, make sure the project name and thename of the project’s top directory are the same. If not, matchthem using the Project Maintenance Utility.

On-Off scan panel The on-off scan panel appears if:• XL-based FCSs, such as the EFCSs and CFCDs defined in the

XL builder, are not yet defined on the CS-based systemconfiguration panel, or • a wrong station name or names are defined for the FCSs by

mistake.Furthermore, the XL builder behaves as if you could switchbetween the yes and no options for scanning DDC instruments.Of course, you cannot really make this switch. Instead, definethe correct XL-based FCSs and execute the Save & Check andLoad commands. The on-off scan panel should then behavecorrectly.Match the CS-based configuration definitions with the XL-basedones. Although this causes the phenomenon discussed above, noactual harm is done in terms of control actions.


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Appendixes

Appendix 4.1 Precautions on Operation

This section describes precautions on the “operations” described in Appendeix 4

“Restrictions on Use.”

If you perform too many operations in one builder, the builder may end abnormally dueto memory shortage. The operational amount depends on memory capacity installed in a

machine. When using a machine with more than 80 Mbytes of memory, close the

builder window in the following cases 1 to 6. With less than 80 Mbytes of memory,

minimize operations of each builder, and carry out the following builder operations for

efficient use of memory. If it takes more time than usual when updating display, the

machine may be short of memory. In this case, close the window once then call it up

again.

Memory shortage is caused by entering many character strings, displaying many

characters and turning many pages. On a screen where many data can be defined,

reduce the number of turning pages as much as possible. If you continue builder

operations without closing windows which are called up, memory used increases.

However, when redisplaying a window with a window redisplay command, memory

used does not increase.

For efficient use of memory, follow the instructions bellow:

1. Graphic builder

After correcting one page, close the window (and return to the file list screen).

2. Common pattern definition builder

After correcting 96 patterns, close the window.

3. FCS builderFCS common item, I/O card, and resource control element:

No restrictions when used normally.

Sequential instrument and feedback instrument:

Assume that the max. number of instruments is defined in a new sheet and each instru-

ment specification is displayed in one page.

• When performing the above operations up to 15 pages while turning pages, close the

window.

• When performing many operations per page, close the window after completing 2 to 3

pages.

(It is no use to return to the file list screen.)

Valve output monitor, timer/counter/code I/O, internal switch, contact I/O, and

sequential message printout:

Close the window after changing 5 pages of elements.


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Sequence table:

When performing a large number of operations, close the window after changing about 5

pages.

Relational expression:

Close the window after changing 11 pages of relational expressions.

Computational expression:

Close the window after changing 20 pages of computational expressions.

Printout of message with data; operator guide message:

Close the window after changing 20 pages of data.

Annunciator message (EFCS, etc.):


Sequential logic chart:

Assuming that the operation of defining 16 input elements and 16 output elements in anew sheet is counted as one page, close the window after changing 30 pages of data (It

is no use to simply return to the file list screen.).

4. EOPS Builder

Operator station configuration, operation group, trend recording:

No restriction when used normally.

Panel name and comment:

Overview panel, control group panel, trend group panel, graphic panel:

Close the window after changing 30 pages of data respectively.

Scheduler:


Sequential message request:


Panel set:


Window

Process window:

Avoid turning pages of the list screen as much as possible. Close the list screen after

changing 35 windows of data.

Trend window:

Close the window after changing one page of data.

Voice output message:

Close the window after changing one page of data.


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Appendixes

5. Operator Utility

Function keys definition, control group assignment:


Trend pen assignment:


External recorder assignment, operation sequence:


Overview panel assignment:


Operation mark definition:


Help message:

Avoid turning pages of the list screen as much as possible. If pages are turned without

closing the input window, close the window after changing 60 pages of data.

6. System Variable

Switch position label, engineering unit: No restriction when used normally.


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Appendix 5 Operation for Registering Options

Appendix 5.1 Use of the Sequence-logic Function

When using the sequence-logic function, follow the procedure below to register options.

(1) Adding Logic Chart Builder to FCS Menu

Create a file with the name efcs_bld.fc in the directory /real/

etc/users1/centum/nursery//. When creating the file, use an

editor such as vi. Shut down the engineering function before starting this procedure.

The details on the file are as follows. State the file on a single line with no line feed

character on it.

9001**.sequence logic/usr/lib/ctm/program/ibd_cad /usr/lib/ctm/

program/ibd_gen.

(2) Loading Program for Sequence Logic Function

This procedure provides the setting used to load information in an IBD to an FCS.

Create a file with the name fcs_file.fc in the directory /real/

etc/users1/centum/nursery//00. When creating the file, copy the original file

and add necessary information to that file. The original file is $YDCS_XL_PATH/

usr/lib/ctm/data/fcs_file.fc. (If the file already exists, it is not necessary to make a

copy.)

Using an editor, add the following information to the file.

000103EFCS/D_logicL/usr/lib/ctm/data/efcslogic.sv013203EFCS/D-H2_logicL/usr/lib/ctm/data/efcsh2logic.sv


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Appendixes

The information contained in the file is classified according to the type number of the

FCS. Also classify the added information according to the type number of the FCS.

Figure A5.1 Example of Added Information

000102 EFCS/D Program L /usr/lib/ctm/data/efcsprg.sv000103 EFCS/D_logic L /usr/lib/ctm/data/efcslogic.sv ←Addition000201 EFCS/DData Lsls SFS${STC}B.ud000103 EFCS/Dstc L /usr/lib/ctm/data/efcsstc.sv ←Addition000201 EFCS/D Program1 L /usr/lib/ctm/data/efcsprg1.sv

012102 EFCS-H4/D-H4Program L /usr/lib/ctm/data/efcsh4prg.sv012201 EFCS-H4/D-H4Data LSls SF${STC}B.ud012301 EFCS-H4/D-H4Data LSls SF${STC}C.ud012201 EFCS-H4/D-H4SubSystm L subsdrv.sv

013102 EFCS-H2/D-H2Program L /usr/lib/ctm/data/efcsh2prg.sv013203 EFCS-H2/D-H2stc L /usr/lib/ctm/data/efcsh2stc.sv ←Addition013201 EFCS-H2/D-H2Data LSls SF${STC}B.ud013301 EFCS-H2/D-H2Data LSls SF${STC}C.ud013201 EFCS-H2/D-H2SubSystm L subsdrv.sv013203 EFCS/D-H2_logic L /usr/lib/ctm/data/efcsh2logic.sv ←Addition014102 EFCE-H2 Program L /usr/lib/ctm/data/efcsh2prg.sv014201 EFCE-H2Data LSls SF${STC}B.ud014301 EFCE-H2Data LSls SF${STC}C.ud014201 EFCE-H2SubSystmL subsdrv.sv015101 EMCS/D-H4Program L /usr/lib/ctm/data/emcsh4prg.sv015201 EMCS/D-H4Data LSls SF${STC}B.ud015301 EMCS/D-H4Data LSls SF${STC}C.ud

050101 ECGW2Program L SF${STC}A.ud


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Appendix 5.2 Use of the Self-Tuning Control Function

(1) Loading the self-tuning control function program

Create a file named fcs_file.c in the /real/etc/users1/centum/

nursery//00. When creating the file, copy the original file and add required

information to that file. The original file is $YDCS_XL_PATH/usr/lib/ctm/data/

fcs_file.fc (If the file already exists, it is not necessary to make a copy.)

Using an editor, add the following information to that file.

000103EFCS/EFCDstcL/usr/lib/ctm/data/efcsstc.sv

013203EFCS-H2/D-H2stcL/usr/lib/ctm/data/efcs2stc.sv

Information contained in the file is classified according to the models of the FCS. Also,

classify added information according to the models of the FCS. For more information,

refer to Figure 5.1 “Example of Added Information.”


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Appendix 6 Precautions In Loading Data of EWS toEOPS

(1) Install a FDC of File Transfer Package onto EOPSExecute #2/CP370.CM. The package does not start if FDC is copied onto #1.

(2) Define the EWS in the definition of BCV-HF supervisory station

To transfer files to EOPS using the XL builder, it is necessary to define the supervisory

station.

(3) Define the EOPS in the definition of BCV-HF secondary station

Always define the EOPS in the BCV-HF secondary station.

(4) Identify the STN name of EOPS described in the system configuration definition of the XL builder withthat in the system configuration definition of the CS

If you specify “load to EOPS” on the XL builder, the STN network information will

refer to the STN name in the system configuration definition of the CS. If the STN name

is incorrect, an error will result.

(5) When using previous model of EWS R2.05.00

When using previous model of EWS R2.05.00, identify the station number of the BCVon V-net with that on the HF.


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Appendix 7 Precautions In Correcting a Tag-List

This section describes the loading procedure in correcting a tag-list.

When a tag-list is corrected with the tag-list correction builder;(1) Load with the CS XL builder

(2) Load with the tag-list correction builder

Usually procedure (2) is not necessary.

However, it may be necessary depending on the job type to be performed on the CS XL

builder. In particular, if a tag is added or modified with the CS XL builder, the

following problem may arise.

1. Suppose that loading is executed with the CS XL builder. If contents loaded isinconsistent with the contents described with the tag-list correction builder, equalization

of the ICS and BCV results in error.

Inconsistency arises when:

(1) an existing tag name is replaced with another tag name with the CS XL builder;

or

(2) an existing tag name is deleted with the CS XL builder,

and if correction information associated with the existing tag name is defined on the tag-

list correction builder.

If inconsistency arises, after loading with the XL builder, always re-define the existing

tag name by running the tag-list correction builder, and then execute “Load.”


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Appendixes

Appendix 8 Configuration of Printer into the XL-builderFunctions

The XL-builder functions can output data to a printer (referred to as a local printer)connected to an EWS installed with the XL-builder functions. The functions can also

output data to a printer (referred to as a remote printer) connected to EWSs not installed

with the XL-builder functions.

The rest of this appendix shows a list of the XL-builder packages that enable printouts

and explains how to configure the local and remote printers.

TIP

You cannot output data from an EWS installed with the XL-builder functions, to a

printer connected to a PICS, nor can you output data to a printer connected to an ICS.

1. XL-builder Packages Offering Printouts

The following table lists the XL-builder packages that enable printouts.

Package Printout

SEE301W XL Sensor Parameter Setup Function Parameter printoutPrintout of ID definitions table

SEE401W XL Self-documentation Function Printout of finished documentsPrintout of graphic panels

SEE603W XL Basic Functions for Control StationBuilder

Printouts from generation panelPrintouts from tag search function

SEE407W XL Tuning Parameter Printout Function Printout of tuning parameters


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2. Configuring the Local Printer

No extra work is involved if you connect a local printer to an EWS with the English-

version operating system.

TIP

The following explains how to configure a remote printer under the Japanese-version

operating system.

The names of files listing the printer models that can be selected for use with the XL-

builder functions are LIPS3 and lbpb406s. The following explains how to configure the

local printer. The configuration procedure varies depending on whether the EWS'

operating system is HP-UX9.xx or HP-UX10.20 or later version, and also on whether

the name of a file listing printer models is LIPS3 or lbpb406s.

When the EWS' Operating System Is HP-UX9.xx:

No extra work is involved if you select lbpb406s as the name of the printer modelfile. If you selected LIPS3 however, follow the procedure given below:

(1) Log on with the account "builder" to open the hpterm directory.

(2) Make sure you are currently at the home directory.

Type:

$ cd

and press the return key. This will move you to the home directory.

(3) Type the following command to open a new file. (A triangle (∆) in keyed-in

statements of commands, etc. indicates a space hereinafter.)

$ vi∆.lpr_option

After this, type the following to configure the file so that it contains a statement in

the first line only.

lp∆-o∆japanese.euc

(4) Save the file and quit the vi command.

(5) Terminate the engineering function once and then restart it.

The printer named LIPS3 should print correctly now.

When the EWS' Operating System Is HP-UX10.20 or later version:

No extra work is involved.

3. Configuring the Remote Printer

You need not follow the procedure given below to configure a remote printer or make a

new file if:

• a printer is already connected to the EWS installed with the XL builder, and

• you will continue to use that printer.

Furthermore, you do not need to make files if configuring a remote printer using an

EWS with the English-version operating system. Using such commands as sam,

configure a remote printer using an EWS with the XL builder installed. Data for

printouts are output to the remote printer.


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Appendixes

TIP

The following explains how to configure a remote printer under the Japanese-version

operating system.

When the Operating System of an EWS Installed With the XL Builder and the

Operating System of an EWS Connected to a Remote Printer, are both HP-UX9.xx:

No new files need to be made. Using such commands as sam, configure a remote

printer connected to an EWS installed with the XL builder. Data for printouts are output

to the remote printer.

When the Operating System of an EWS Installed With the XL Builder is HP-UX9.xx

and the Operating System of an EWS Connected to a Remote Printer is HP-UX10.20

or later version:

A new file must be made in the home directory of the account "builder" and the engi-

neering function must be restarted. The following explains the procedure.



Type:

$ cd




$ vi∆.lpr_option

After this, type the following to configure the file so that it contains a statement in

the first line only.

lp∆-o∆ja_JP.eucJP

(4) Save the file and quit the vi command.(5) Terminate the engineering function once and then restart it.

(6) Using such commands as sam, configure a remote printer by specifying the default

printer of an EWS installed with the XL builder, as the remote printer. Data for

printouts are output to the remote printer.

When the Operating System of an EWS Installed With the XL Builder and the

Operating System of an EWS Connected to a Remote Printer, are both HP-UX10.20

or later version:

No new files need to be made. Using such commands as sam, configure a remote

printer connected to an EWS installed with the XL builder. Data for printouts are output

to the remote printer.


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When the Operating System of an EWS Installed With the XL Builder is HP-

UX10.20 or later version and the Operating System of an EWS Connected to a

Remote Printer is HP-UX9.xx:

A new file must be made in the home directory of the account "builder" and the engi-

neering function must be restarted. The following explains the procedure.



Type:

$ cd




$ vi∆.lpr_option

After this, type the following to configure the file so that it contains a statem

centum xl engineering function manual-im33g4q10 11e 004

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