Installation Guide Entis Pro Attention Scan€¦ · It is installed on one or more Entis Pro workstations, and intended to view level data from user selectable gauges, with increased

Attention Scan Installation Guide 1

Installation Guide

Entis Pro Attention Scan

February 2013

PART NO: 4416387

REV.0


Preface

This guide describes how to install, configure and operate the Entis Pro Attention Scan. It has been written for system supervisors as well as engineers to provide them with all information to configure the system.

For installation details regarding EGDS (Enraf Gauge Data Server) refer to the EnGauge installation Guide ref.: 4417482. See also Chapter 1.

Safety and prevention of damage

‘Notes’ have been used throughout this guide to bring special matters to the immediate attention of the reader.

Please do not hesitate to contact Honeywell Enraf or its representative if you require additional information.

Contact Information:

Head Office - Delft, the Netherlands

Honeywell Enraf

Delftechpark 39, 2628 XJ Delft

PO Box 812, 2600 AV Delft

The Netherlands

Tel.: +31 (0)15 2701 100

Fax: +31 (0)15 2701 111

E-mail: [email protected]

Website: http://www.honeywell.com/ps

© 2013 – Enraf BV

Legal aspects

The information in this guide is copyright property of Enraf BV, the Netherlands.

Enraf BV disclaims any responsibility for personal injury or damage to equipment caused by:

• Deviation from any of the prescribed procedures.

• Execution of activities that are not prescribed.

A note points out a statement deserving more emphasis than the general text.


Contents

1. Overview .............................................................................................................................................. 5

2. Installation ........................................................................................................................................... 6

2.1. Prerequisites ............................................................................................................................... 6

2.2. Attention Scan installation ......................................................................................................... 7

2.3. EGDS (Enraf Gauge Data Server) installation .................................................................... 12

2.3.1. EGDS License Manager...................................................................................................... 18

2.4. Firewall Settings ....................................................................................................................... 19

2.5. Setting up a 880 CIU Prime for use with Attention Scan ................................................... 23

2.5.1. Purpose .................................................................................................................................. 23

2.5.2. Prerequisites ......................................................................................................................... 23

2.6. Setting up CIU858 emulation and MSU (modem sharing unit) mode with Ensite Pro .. 24

3. Configuration ..................................................................................................................................... 25

3.1. Device Selector ......................................................................................................................... 27

3.1.1. Creating a new EGDS device ......................................................................................... 27

3.1.2. Creating a new CIU device ............................................................................................. 28

3.1.3. Creating a new Instrument device ................................................................................. 29

3.1.4. Assigning groups to an Instrument device ................................................................... 31

3.1.5. Font selection .................................................................................................................... 32

3.2. Response Window ................................................................................................................... 33

3.2.1. Using the Test Button ...................................................................................................... 33

3.3. Configuration TAB’s ................................................................................................................. 34


3.4. Command line Parameters ..................................................................................................... 35

3.4.1. Command Line Parameters Example ........................................................................... 35

3.5. Language Support .................................................................................................................... 37

4. Uninstalling Attention Scan ............................................................................................................. 38

Appendix A, CIU 880 Prime Wiring Options ........................................................................................ 41

Appendix B, Example Configuration file ............................................................................................... 43

Appendix C, Display Format Codes ...................................................................................................... 44

Appendix D, Conversion Codes ............................................................................................................. 45


1. Overview Attention Scan is an Entis Pro add-on. It is installed on one or more Entis Pro workstations, and

intended to view level data from user selectable gauges, with increased update rates. Attention

Scan connects to Enraf’s Gauge Data Server (EGDS).

Figure 1 Typical configuration

Attention Scan together with EGDS (Enraf Gauge Data Server) forms a Client Server

application. One or more Attention Scan clients can be connected to one or more EGDS

servers. This is only limited by bandwidth usage.


2. Installation

2.1. Prerequisites

A valid license is required for correct operation of the EGDS server.

Administrator credentials are required to install applications on a Windows system. If you do not have

the correct credentials, please contact your local System Administrator.

A suitable PDF reader is required to display the Help Information.

The installation media contains two setup applications, one for the Attention Scan application

and one for the EGDS (Enraf Gauge Data Server) data server. The EGDS server setup.exe

application is located in the ‘Server’ subfolder and should only be installed on the machine

connected to the CIU 880 Prime(s). The Attention Scan setup.exe application is located in the

‘Client’ subfolder and may be installed on one or more Entis Pro workstations.


2.2. Attention Scan installation

The following procedure describes the setup process of the Attention Scan application in detail.

Locate the setup application on the installation CD with the Windows Explorer.

Step 1: Double the click the ‘setup.exe’ if the current user has Administrator credentials, or right

click and select ‘Run as administrator’ to start the installation.

The preparation screen will appear, followed by the Introduction screen.

Figure 2 Installation

Figure 3 Introduction


Step 2: By clicking ‘Next’, the End User License Agreement or EULA will be shown:

Step 3: Only when you agree with the End User License Agreement and click ‘Next’, the

process will continue.

Figure 4 End User License Agreement (EULA)

Step 4: Click the ‘Install’ button on the ‘Ready to Install…’ dialog, to continue the process.

Figure 5 Ready to Install


Please note that if your system is not equipped with .NET 4.0, it will be installed automatically as part of the

installation.

Figure 6 .NET installation

The installation process continues, and will show the Installation dialog.

Figure 7 Installing…

The installation process pauses, to show the Software Publisher of the software.


Figure 8 UAC check

Step 5: Click ‘Yes’ to continue the installation.

The installation dialog is shown again…


Please make sure that you only install software from a trusted source.


… followed by the Installation completed dialog.

Figure 10 Installation Completed

Step 8: Click ‘Finish’ to Complete the Installation.

Before Attention Scan can be used, it needs to be configured with the Attention Scan Configuration tool in

Chapter 0.


2.3. EGDS (Enraf Gauge Data Server) installation

Step 1: Double the click the ‘setup.exe’ if the current user has Administrator credentials, or right

click and select ‘Run as administrator’ to start the installation.

The preparation screen will appear, followed by the Introduction screen.

Figure 11 Installation

Figure 12 Introduction


Step 2: By clicking ‘Next’, the End User License Agreement will be shown:

Figure 13 EULA

Step 3: Select the type of installation.

Figure 14 Complete or Custom Installation

Generally ‘Complete’ is the best option for a first install.


If the ‘Custom’ option is selected, the Custom choice window is shown.

Figure 15 Custom Choice

Step 4: Click the ‘Install’ button on the ‘Ready to Install…’ dialog, to continue the process.

Figure 16 Ready to Install


Please note that if your system is not equipped with .NET 4.0, it will be installed automatically as part of the

installation.

Step 5: Click ‘Install’ to install the .NET framework.

Figure 17 .NET installation

The installation process continues, and will show the Installation dialog.



The installation process pauses, to show the Software Publisher of the software.

Figure 19 UAC check

Step 6: Click ‘Yes’ to continue the installation.

The installation dialog is shown again…



… followed by the Installation completed dialog.

Figure 21 Installation Completed

Step 7: Click ‘Finish’ to Complete the Installation.

Refer to EnGauge / EGDS Installation guide 4417482 Chapter 4 EGDS License.


2.3.1. EGDS License Manager

To use the EGDS (Enraf Gauge Data Server) software, a valid license is required. This license

generally will be on a separate installation medium. Save this license file in a temporary folder

on your system. Start the License manager by accessing the Windows Start Menu selecting ‘All

Programs | Honeywell Enraf | Configuration | License Manager’.

Figure 22

Use the Browse button to locate the License file: “xxxxxx-xxxxxx-xxxxxxx-xxxxxx.xml” saved in

the temporary folder earlier, (where xxxxx.xxxxx…. is the license number) or the Request button

to obtain a new License. Click the “Open” button and the License is installed on your system.

After the license is installed click ‘Exit’ to complete the installation.

The License determines the type of use allowed. There are three types: Basic, Professional and Enterprise.

For Attention Scan, an Enterprise type is required to ensure remote access.


2.4. Firewall Settings

The EGDS server, to operate correctly, requires that certain Firewall rules are set. Open the

Windows Firewall by clicking it in the Windows Control Panel.

Figure 23 Selected Windows Firewall in Windows Control Panel

Figure 24 Windows Firewall


Select Advanced Settings to create an inbound rule.

Figure 25 Windows Firewall Advanced Settings

Select ‘New Rule’.

Figure 26 New Inbound Firewall Rule

Select Program, and click Next.


Use the browse button to locate EGDS: drive:\Program Files\Honeywell Enraf\EGDS\EGDS.exe

Figure 27 Locate the EGDS.exe

Select the type of connection, ‘Allow the connection’.

Figure 28 Allow connection

Select the area where the rule applies ‘Domain’ if applicable, ‘Private.


Figure 29 Select the area where the rule applies

It is generally NOT a good idea to allow the ‘Public’ area access to your system.

Click Next and think of a meaningful name for the rule, in the next screen.

.

Figure 30 Naming the Rule

Click Finish to complete the procedure, and close the Firewall Settings Dialog.


2.5. Setting up a 880 CIU Prime for use with Attention Scan

2.5.1. Purpose

Attention Scan is an application to select a tank to have an increased data refresh rate. This

bypasses the regular field scan that is performed by a normal operating 880 CIU Prime. The

Attention Scan field requests are injected on the CIU Prime through host port 2 in CIU

Emulation mode. They interrupt the normal field scan loop, send the request to the field, and

wait for the reply which is then passed on back to the attention scan server running on the

system connected to the host port 2.

For Attention Scan to work, we must switch off this build in cache and force the CIU Prime to get

the data directly from the field. In the Prime version B02.200 a new entity is introduced to control

the operation of the cache. The entity can be set by using Ensite Pro with a new entity99.mdb

database.

2.5.2. Prerequisites

• Ensite Pro V2.000

• A new Entity99.mdb for Ensite Pro

• 880 CIU Prime version B02.200

• An RS232 connection to the CIU Prime host port 2

Figure 31 (Re)Setting the CIU 880 GPU Cache

mode

Steps

1. Copy the Entity99.mdb to the installation folder of Ensite Pro

2. Start Ensite Pro and select the configured database 3. Go to the “Show Diagnostics data” function 4. Update the diagnostics data and check if entity 563

“CIUNewtSoftwareVersion” shows “B02.200”. If not, update the CIU Prime first.

5. Select the “Read/Write Data…” function 6. Select entity 3368 “HostPortGPUCache” with Dataset

index FP 2 (FP 1 has no effect since host port 1 cannot operate in CIU Emulation mode and therefore has no cache)

7. Push the “Read” button, the response value should be ‘1’ because the cache is normally switched on. This is the default behavior equal to pre-B02.200 versions.

8. To disable the cache, push the “Enter conf.” Button. 9. Enter value ‘0’ 10. Push the “Write” button 11. Push “Exit conf.” Button. 12. After the CIU Prime has restarted, push the “Read”

button to confirm that entity 3368-FP2 now has value ‘0’.

After the cache has been disabled, the attention scan application retrieves its data directly from

the field instruments.


2.6. Setting up CIU858 emulation and MSU (modem sharing unit) mode with

Ensite Pro

Attention Scan needs the Host port of the CIU 880 to be configured for CIU 858 (GPU) mode.

To configure these settings, the ‘Advanced’ configuration mode needs to be activated, by

checking the ‘Advanced’ button.

The CIU 858 compatible mode can now be set.

The CIU 880 Prime logical RTU address, typical ranges from 30...39. In the CIU 858 compatible

mode the last digit of the RTU address 30…39 is used as an address for the CIU 858

compatible mode, i.e. 0…9. Address.

For Example a CIU 880 Prime with RTU address 32 responds to address 2 i.e. the last RTU

digit.

Figure 32 Ensite Configuration Windows for CIU 880 Prime MSU mode

Normally CIU 880 behavior is to send requests not intended for the specific CIU 880 directly to

the field bus, without parsing the emulated address. Then, if there is no response from an

Instrument in the field, a standard NACK (2@0) is responded. For a multidrop RS485

configuration with multiple CIU 880’s this is not desired. Therefore in a multidrop RS485 multiple

CIU 880 configuration, MSU mode selected is required.


Note that the MSU mode may be selected for both single and multiple CIU 880 Prime setups, since Attention

Scan has its own ‘Time Out’ management.

3. Configuration

The Configuration of Attention Scan can be started through the Windows Start Menu as shown.

Click: ‘Configure Attention Scan’ to start the configuration.

Figure 33 Starting Configuration

The configuration tool manages the XML configuration file located in:

C:\ProgramData\Honeywell Enraf\AttentionScan\AttentionScanConfiguration.xml

In Appendix B an example file of the configuration is shown.


Please note that the actual location depends on your Windows installation. It is possible that this folder is

hidden from view. Refer to the Windows Help function to make this folder visible. Directly pasting the path in

the Windows Explorer will open this folder also.

The main dialog of the Configuration Application is shown here.

Figure 34 Configurator Main Dialog

The Configuration application has three main panes:

• Device Selector, which shows structure of the instruments and CIU’s and EGDS’s.

• Test Response Window, which displays the results of the test communication (described

later).

• Configuration Tabs, which display configuration details for each node.

The Configuration application has three general buttons used for all TAB’s:

The Apply button will accept the changes; the OK button will accept the changes and closes the

dialog; the Cancel button will discard changes and closes the dialog.

Changing Attention Scan device settings is possible only for users with Administrator credentials.


3.1. Device Selector

The configuration is build like a tree with branches. This is similar to, for example the

Windows File Explorer view on folders and files (see the info icon). For example the

root node is an item named ‘Attention Scan’. The nodes in the tree correspond to

the physical devices in the real world. To create a new device or (sub) node, an

existing node can be right clicked, a context menu is then opened.

Clicking ‘New’ will ask for a device name, create the new node or device, and select

the appropriate Tab. In the same way as just described for the ‘NEW’ function, the

devices or nodes can be edited or deleted, by selecting and right clicking the nodes

or devices. Only the ‘EDIT’ function will allow the user to change values.

Since the nodes correspond to the physical world, the tree or structure can only be

build according to a fixed template, i.e. the root node can have one or more EGDS

nodes; the EGDS nodes can have one or more CIU Prime nodes; and the CIU Prime

node can have one or more Instrument nodes.

A tree is a set of nodes which are connected by branches to other nodes in a 'tree-like' structure.

There is a special node called the root from which all other nodes can be accessed. Other nodes are

grouped into sub trees which in turn form other sub trees and so on.

3.1.1. Creating a new EGDS device

An EGDS node is, as indicated earlier, directly connected to the ‘Attention Scan’

root. Click the root node to select it and right click to open the context menu. Click

‘New’ to create a new EGDS node. The application will suggest a name for the

device, but a custom name is possible also.

Figure 35 Device Name

Names for EGDS’s, CIU’s, and Instruments devices, have to be unique and may not be empty.

Since the nodes correspond to the physical world, the tree or structure can only be build according to a fixed

template, i.e. the root node can have one or more EGDS nodes; the EGDS nodes can have one or more CIU

Prime nodes; and the CIU Prime node can have one or more Instrument nodes.


An EGDS device is created and can be edited by selecting it and right clicking it. Only in ‘EDIT’

function the greyed values will become active or enabled and can be edited.

Figure 36 Edit EGDS

Available EGDS Settings:

EGDS Name: Used as reference.

IP Address: IP address of the machine where the

EGDS server application is running. The IP

Address can be a numerical value (as indicated) or

a symbolic name resolved through a local HOST

file or a DNS server.

Refer to the Windows Help, or your System

Administrator.

Latency: This is the maximum time allowed for a

response from the field device. If the field device

does not respond within this time, a time out error

is issued.

5000ms is the default setting and should be

appropriate, for most situations (increase if needed for

example wireless connections)

Test Button: The test button is used to test the connection to the device prior to using it in the Attention Scan application.

By following the same procedure a sub node of an EGDS node, a CIU node can be added. By

selecting and right clicking the CIU node and selecting the EDIT function settings, can be

changed.




3.1.2. Creating a new CIU device


The procedure to create a new CIU device or node is almost identical to that of an EGDS. The

only difference is that now the device or node to select is NOT the root node, but the EGDS

device or node where the CIU is to be installed. The EGDS device is right clicked, ‘NEW’ is

selected and after entering the requested name, in this example ‘DEMO_CIUPRIME’, the device

is created.

Figure 37 Edit CIU

Available CIU Settings: CIU Name: Used as reference. Serial Port: The physical serial port name used to connect to the CIU Prime (COM1….COM32 for example COM3). Which port to use depends on the local situation, it must typically NOT be the port used by Entis Pro. Speed: This is the communication speed used to communicate with the CIU Prime (1200….38k4). The speed typically used is 19k2 baud. Address: This is the logical address of the CIU Prime used to communicate with it in GPU mode (0…9) Which address to use depends the host port 2 RTU configuration. It corresponds with the last digit of the CIU 880 Prime RTU address (30…39). Refer to the CIU 880 Prime Host port configuration MSU mode, reference: 2.6. Test Button: The test button is used to test the connection to the device prior to using it in the Attention Scan application.

By following the same procedure a sub node of a CIU node, an Instrument node can be added.

By selecting and right clicking the Instrument node and selecting the EDIT function, settings can

be changed.




3.1.3. Creating a new Instrument device


The procedure to create a new Instrument device or node is almost identical to that of an EGDS

and a CIU device. The first difference is that now, the device or node to select is the CIU device

or node, where the Instrument is to be installed. The CIU device is right clicked, ‘NEW’ is

selected and after entering the requested name in this example ‘DEMOGAUGE_mm’, an

Instrument device is created. The second difference is that two TABs are activated Instrument

settings and Groups

Figure 38 Edit Instrument

Instrument settings:

Instrument Name: Used as reference.

Address: The logical address of the instrument (00...99).

The setting depends on the local situation.

Request: The request type used to communicate

Instrument. The choice for either BB (1mm accuracy) or BL (0.1

mm accuracy) depends on the type of instrument used. Newer

types i.e. 854, 97x SmartRadar support both BB and BL.

Older instruments support BB only. Increased accuracy as

mentioned with the BL request is only valid in a metric

configuration. (conversion: m-m or m-mm)

Conversion: The conversion setting is used to display the

values correctly, read from left to right. For example: m-fis

indicates that values are expected in metric (m) meters

(Instrument setting) and translated to Feet Inch 16th for

Display with a ‘FIS’ engineering unit indication.

Number Format: The number format allows the user to

display the values as desired. For example: 000.0000

indicates leading zeroes and 4 digits resolution after decimal

separator. Refer to Appendix C for display format codes.

Test Button: The test button is used to test the connection to

the device prior to using it in the Attention Scan application.


3.1.4. Assigning groups to an Instrument device

Besides the communication and accuracy settings of the instrument, there are settings available

to modify the way the instruments are shown in Attention Scan. These settings are displayed on

the Groups TAB. The groups TAB allows the user to assign an Instrument or Tank to a group.

The groups are freely configurable and can be based on Location, Activity, Operator and

Product. The ‘ALL’ group, if not removed, is present and will contain all configured instrument.

The shown DEMOGAUGE_mm is member of the ALL, Operator1 and Operator2 group and thus

will be show if the user selects either the ALL, Operator1 and Operator2 group in the Attention

Scan application.

By selecting a group in the list box, the instrument is assigned to the group. To create a new

group, a name has to be entered and the + sign button has to be clicked to add the group and

assign automatically. To remove a subscription or assignment the – sign button is used after

selecting the group.

Figure 39 Group Settings

Group settings:

Group Classification and + and - buttons:

Used to create (+)/delete (-) group names to which the

Instrument is assigned. Assigning instruments to groups

enables the user to differentiate in products or operators. The

selected instrument is subscribed to: “ALL”,”Operator1”, and

“Operator2”.

The groups are freely user configurable and can be based on

Location, Activity, Operator and Product.

Changing Attention Scan device settings is possible only for users with Administrator credentials.


3.1.5. Font selection

The font or typeface selection tab ‘AAaa’ is used to configure the font or typeface of the level

display. By clicking the button on the ‘AAaa’ tab, the Font selection dialog is opened.

Figure 40 Font or Typeface selections


3.2. Response Window

The response window will show the result of the communication with the selected device when

the test button is pressed. It is important to select a device before clicking the test button.

Figure 41 Test Response Window

3.2.1. Using the Test Button

The test button is intended to test the communication path between the Attention Scan

application and the configured device and thus testing the (new) settings. If the test button is

clicked, the configuration application will try to connect to the device selected and shows the

result in the Test Response Pane.

Example responses from the various devices:

Device OK message FAIL message

EGDS 4-12-2012 17:41:43 - EGDS: OK NO_ERROR 4-12-2012 17:41:15 - EGDS: FAIL

NETWORKCONNECTION_DENIED_ERROR

CIU 4-12-2012 17:29:12 - CIU: 10LOO NO_ERROR 4-12-2012 17:30:30 - CIU: TIMEOUT_ERROR

Instrument 4-12-2012 17:49:20 - Instrument: 854 H25 NO_ERROR 4-12-2012 17:49:56 - Instrument: TIMEOUT_ERROR

The error codes shown are specific for the device only if the upper parent device is correctly configured. For

example a test on a CIU device can result in error code (NETWORKCONNECTION_DENIED_ERROR) for

the parent EGDS device if there is a problem with the network connection.


3.3. Configuration TAB’s

Figure 42 Device Parameters example

The Configuration Tab’s show the configured parameters of the devices or nodes in the Device

Selector. The TAB’s are automatically selected according to the device clicked in Device

Selector. If an ‘EDIT’ action is chosen by selecting a device in the Device Selector and right

clicking it, the parameters are shown and released for EDIT.

Figure 43 OK Cancel Apply

The OK, Cancel, or Apply buttons are used for all TABS’s and applies and saves, discards or

applies the settings respectively.

The TAB’s can also be selected manually. However only parameters of the selected device and its parents

can be shown.


3.4. Command line Parameters

During the installation a shortcut is made to the application in the Windows Start Menu only,

since it is part of the Entis Pro suite. It is however possible to create your own shortcut with

preconfigured group and Instrument parameters. <Group Name> and <Instrument Name> will

have to be provided as parameters to Attention Scan separated by a space and in this order.

Attention Scan will load the correct group and instrument and begin scanning.

3.4.1. Command Line Parameters Example

Syntax: AttentionScan.exe TankGroupName (full) TankName

Step 1: Create a shortcut to the executable located in:

”C:\Program Files\Honeywell Enraf\AttentionScan\AttentionScan.exe”

Refer to the Windows Help system on how to do this.

Step 2: Open the properties of the shortcut as shown:

Figure 44 Shortcut parameters


Step 3: Change/Add the Parameters to suit your needs. In the shown example the ‘ALL’ group

and a Tank ‘DEMOGAUGE_mm’ is added to the shortcut. This forces the Attention Scan

application to start with the DEMOGAUGE_mm tank from the ALL group to be preselected.

The text after the application would be:

…Scan\AttentionScan.exe” ALL DEMO_EGDS.DEMO_CIUPRIME.DEMOGAUGE_mm

Please Note:

• Spaces between the application AttentionScan.exe, the group ALL, and the DEMO……DEMOGAUGE_mm.

• The full name of the gauge or instrument including EGDS name and CIU name.

• The spaces are used to distinguish between parameters, and thus if you use spaces in the tank name, there is a

possibility of incorrect interpretation. To prevent this use extra quote characters as shown in blue.

Names with spaces in them are configured with extra quotes as shown:

“ …Scan\AttentionScan.exe” ALL “My EGDS.My CIUPRIME.My GAUGE_mm”

Step 4: Apply the settings and close the dialog by clicking the OK Button.


3.5. Language Support

The default Language setting behavior of the Attention Scan application is to follow the

Windows setting. For example a French Windows installation will show Attention Scan in the

French language.

It is possible to force Attention Scan to display in a different language than that of the Windows

installation, by configuring it in the XML file.

This should only be done by qualified service personnel

The <Culture/> tag in the XML configuration file needs then to be changed into the language

reference, as shown For:

Language Reference in XML Configuration file

French <Culture> fr-Fr</Culture>

English <Culture>en-US</Culture>

Dutch <Culture>nl-NL</Culture>

German <Culture>de-DE</Culture>

These are the languages supported, selecting another culture reference, will default to en-US

The Help file is independent of the language setting and will remain in the English

language


4. Uninstalling Attention Scan

Step 1: Open the Control Panel applet through the Windows Start Menu. By Clicking Programs

and Features the Uninstall dialog is opened.

Figure 45 Windows Control Panel

Removing the Attention Scan is possible only for users with Administrator credentials.


Step 2: By right clicking the Entis Pro Attention Scan application entry, the Uninstall process is

started.

Figure 46 Windows Control Panel

Step 3: Confirm the Uninstall of the “Attention Scan” application from publisher Honeywell Enraf

by clicking Yes, and the Uninstall process will continue.

Figure 47 Confirmation


Step 4: A User Account Control confirmation is requested; click Yes to agree and the Uninstall

process will continue.

Figure 48 UAC

Step 5: The Uninstall process reports the progress of the file removal.

Figure 49 Uninstall Process

Step 6: After all files are removed the Uninstall process is completed.


Appendix A, CIU 880 Prime Wiring Options

PC with

EGDS

CIU 880

Prime

Field Bus 1

RS232

COM1

NetworkPC with

Attention Scan

Figure 50 Single port, Single CIU 880 Prime

PC with EGDS

CIU 880

Prime

Field Bus 1

RS232

COM1

CIU 880

Prime

Field Bus 2

CIU 880

Prime

Field Bus 3

RS232

COM2

Network

RS232

COM3

PC with

Attention Scan

Figure 51 Multiple port, Multiple CIU880 Prime


PC with EGDS

CIU 880

Prime

CIU 880

Prime

Field Bus 2

CIU 880

Prime

Field Bus 3

RS485

multidrop

COM1

Network

Field Bus 1

RS485 RS485

PC with

Attention Scan

Figure 52 Single port, Multiple CIU880 Prime

Figure 53 Multiple EGDS, Single port, Multiple CIU880 Prime


Appendix B, Example Configuration file

<Configuration>

<ConfigurationVersion>1.0.0.0</ConfigurationVersion> <Culture/> <Font NAME="ARIAL" SIZE="12" STYLE="REGULAR"/> <EGDSLIST>

<EGDS ID="DEMO_EGDS" ADDRESS="192.168.0.46" LATENCY="5000">

<CIU ID="DEMO_CIUPRIME" ADDRESS="0" PORT="COM1" SPEED="2400">

<INSTRUMENT ID="DEMOGAUGE_mm" ADDRESS="01" REQUEST="BB" RESOLUTION="+000.000" CONVERSION="m-m" POLLINGINTERVAL="1000">

<GRP>ALL</GRP> </INSTRUMENT> <INSTRUMENT ID="DEMOGAUGE_mm10" ADDRESS="01" REQUEST="BL" RESOLUTION="+000.0000" CONVERSION="m-m" POLLINGINTERVAL="1000">

<GRP>ALL</GRP> </INSTRUMENT>

</CIU> </EGDS>

</EGDSLIST> </Configuration>


Appendix C, Display Format Codes

Format specifier

Name Description Examples

"0" Zero

placeholder

Replaces the zero with the corresponding digit if one is present;

otherwise, zero appears in the result string.

1234.5678 ("00000") -> 01235

0.45678 ("0.00", en-US) -> 0.46

0.45678 ("0.00", fr-FR) -> 0,46

"#" Digit

placeholder

Replaces the "#" symbol with the corresponding digit if one is

present; otherwise, no digit appears in the result string.

1234.5678 ("#####") -> 1235

0.45678 ("#.##", en-US) -> .46

0.45678 ("#.##", fr-FR) -> ,46

"." Decimal

point

Determines the location of the decimal separator in the result

string.

0.45678 ("0.00", en-US) -> 0.46

0.45678 ("0.00", fr-FR) -> 0,46

"," Group

separator

and

number

scaling

Serves as both a group separator and a number scaling specifier.

As a group separator, it inserts a localized group separator

character between each group. As a number scaling specifier, it

divides a number by 1000 for each comma specified.

Group separator specifier:

2147483647 ("##,#", en-US) ->

2,147,483,647

2147483647 ("##,#", es-ES) ->

2.147.483.647

Scaling specifier:

2147483647 ("#,#,,", en-US) -> 2,147

2147483647 ("#,#,,", es-ES) -> 2.147

\ Escape

character

Causes the next character to be interpreted as a literal rather than

as a custom format specifier.

987654 ("\###00\#") -> #987654#

'string'

"string"

Literal

string

delimiter

Indicates that the enclosed characters should be copied to the

result string unchanged.

68 ("# ' degrees'") -> 68 degrees

68 ("#' degrees'") -> 68 degrees

; Section

separator

Defines sections with separate format strings for positive,

negative, and zero numbers.

12.345 ("#0.0#;(#0.0#);-\0-") -> 12.35

0 ("#0.0#;(#0.0#);-\0-") -> -0-

-12.345 ("#0.0#;(#0.0#);-\0-") -> (12.35)

12.345 ("#0.0#;(#0.0#)") -> 12.35

0 ("#0.0#;(#0.0#)") -> 0.0

-12.345 ("#0.0#;(#0.0#)") -> (12.35)

Other All other

characters

The character is copied to the result string unchanged. 68 ("# °") -> 68 °


Appendix D, Conversion Codes

Conversion specifier Input

engineering unit

Display engineering

unit Description

Instrument Item LD

feet-feet feet feet Input eng. unit: Feet, Display eng. unit: Feet F

feet-fis feet fis Input eng. unit: Feet, Display eng. unit: Fis F

feet-inch feet inch Input eng. unit: Feet, Display eng. unit: Inch F

feet-inch16 feet inch16 Input eng. unit: Feet, Display eng. unit: 1/16 Inch F

feet-inch256 feet inch256 Input eng. unit: Feet, Display eng. unit: 1/256 Inch F

feet-m feet m Input eng. unit: Feet, Display eng. unit: m F

feet-mm feet mm Input eng. unit: Feet, Display eng. unit: mm F

fis-feet fis feet Input eng. unit: Fis, Display eng. unit: Feet P

fis-fis fis fis Input eng. unit: Fis, Display eng. unit: Fis P

fis-inch fis inch Input eng. unit: Fis, Display eng. unit: Inch P

fis-inch16 fis inch16 Input eng. unit: Fis, Display eng. unit: 1/16 Inch P

fis-inch256 fis inch256 Input eng. unit: Fis, Display eng. unit: 1/256 Inch P

fis-m fis m Input eng. unit: Fis, Display eng. unit: m P

fis-mm fis mm Input eng. unit: Fis, Display eng. unit: mm P

inch-feet inch feet Input eng. unit: Inch, Display eng. unit: Feet I

inch-fis inch fis Input eng. unit: Inch, Display eng. unit: Fis I

inch-inch inch inch Input eng. unit: Inch, Display eng. unit: Inch I

inch-inch16 inch inch16 Input eng. unit: Inch, Display eng. unit: 1/16 Inch I

inch-inch256 inch inch256 Input eng. unit: Inch, Display eng. unit: 1/256 Inch I

inch-m inch m Input eng. unit: Inch, Display eng. unit: m I

inch-mm inch mm Input eng. unit: Inch, Display eng. unit: mm I

m-feet m feet Input eng. unit: Metric, Display eng. unit: Feet M

m-fis m fis Input eng. unit: Metric, Display eng. unit: Fis M


m-inch m inch Input eng. unit: Metric, Display eng. unit: Inch M

m-inch16 m inch16 Input eng. unit: Metric, Display eng. unit: 1/16 Inch M

m-inch256 m inch256 Input eng. unit: Metric, Display eng. unit: 1/256 Inch M

m-m m m Input eng. unit: Metric, Display eng. unit: m M

m-mm m mm Input eng. unit: Metric, Display eng. unit: mm M

- M : meters (continuous) - F : feet (continuous) - I : inches (continuous) - P : fractions (feet, inches and 1/16th's)

Documents

Installation Guide Entis Pro Attention Scan€¦ · It is installed on one or more Entis Pro workstations, and intended to view level data from user selectable gauges, with increased