Rosemount NGA 2000 FID Hydrocarbon Analyzer Module SW 3.9 Software-1st Ed. Manuals & Guides

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Instruction Manual

HAS62E-IM-SW39 04/2006

Software Version 3.9.x

NGA 2000 Software Manual for FID Analyzer Module (combined with NGA 2000 Plat form, MLT, CAT 200 or TFID Analyzer)

www.EmersonProcess.com

FID Software 3.9.x Instruction Manual

HAS62E-IM-SW39

04/2006

ESSENTIAL INSTRUCTIONS

READ THIS P AGE BEFORE PROCEEDING!

Emerson Process Management (Rosemount Analytical) designs, manufactures and test s its products to meet many national and international standards. Because these instruments are sophisticated technical products, you MUST properly install, use, and maintain them to ensure they continue to operate within their normal specifications. The following instructions MUST be adhered to and integrated into your safety program when installing, using and maintaining Emerson Process Management (Rosemount Analytical) products. Failure to follow the proper instructions may cause any one of the following situations to occur: Loss of life; personal injury; property damage; damage to this instrument; and warranty invalidation.

• Read all instructions prior to installing, operating, and servicing the product.

• If you do not understand any of the instructions, contact your Emerson Process

Management (Rosemount Analytical) representative for clarification.

• Follow all warnings, cautions, and instructions marked on and supplied with the product.

• Inform and educate your personnel in the proper installation, operation, and

maintenance of the product.

• Install your equipment as specified in the Installation Instructions of the appropriate

Instruction Manual and per applicable local and national codes. Connect all products

to the proper electrical and pressure sources.

• T o ensure proper performance, use qualified personnel to install, operate, update, program, and maintain the product.

• When replacement parts are required, ensure that qualified people use replacement parts specified by Emerson Process Management (Rosemount Analytical). Unauthorized parts and procedures can affect the product’s performance, place the safe operation of your process at risk, and VOID YOUR W ARRANTY. Look-alike substitutions may result in fire, electrical hazards, or improper operation.

• Ensure that all equipment doors are closed and protective covers are in place, except when maintenance is being performed by qualified persons, to prevent electrical shock and personal injury.

The information contained in this document is subject to change without notice. Misprints reserved.

Emerson Process Management GmbH & Co. OHG

Industriestrasse 1 D-63594 Hasselroth Germany T +49 (0) 6055 884-0 F +49 (0) 6055 884-209 Internet: www.EmersonProcess.com

Contents: 1

2 Menu structure.......................................................................................................................................2- 1

3 Display and keyboard ...........................................................................................................................3- 1

3.1 Starting and initializing.............................................................................................................................3- 1

3.2 Display and operation..............................................................................................................................3- 2

3.3 The keyboard...........................................................................................................................................3- 2

3.4 Menu items..............................................................................................................................................3- 3

3.5 Common F-key functions.........................................................................................................................3- 4

3.6 Entering and editing parameters .............................................................................................................3- 5

3.7 Current measurement parameters ..........................................................................................................3- 5

3.8 The main menu........................................................................................................................................3- 6

3.8.1 Control module manufacturing data ........................................................................................................3- 7

3.8.2 Analyzer module manufacturing data......................................................................................................3- 8

4 Basic controls........................................................................................................................................4- 1

4.1 Measurement...........................................................................................................................................4- 3

4.1.1 Changing channels..................................................................................................................................4- 5

4.1.2 Changing the order of the multi-component display................................................................................4- 7

4.1.3 Changing the measurement range..........................................................................................................4- 9

4.1.4 Automatic range change..........................................................................................................................4- 13

4.1.5 Lighting the flame ....................................................................................................................................4- 17

4.2 Calibration................................................................................................................................................4- 21

4.2.1 Zeroing.....................................................................................................................................................4- 23

4.2.2 Spanning..................................................................................................................................................4- 27

5 Analyzer and I/O, expert controls & setup..........................................................................................5- 1

5.1 Analyzer module setup............................................................................................................................5- 3

5.1.1 Calibration gas list ...................................................................................................................................5- 5

5.1.2 Calibration parameters............................................................................................................................5- 13

5.1.3 Concentration alarm setup ......................................................................................................................5- 15

5.1.4 Gas measurement parameters................................................................................................................5- 17

5.1.4.1 Linearization parameters.........................................................................................................................5- 19

5.1.4.2 Response time/delay parameters............................................................................................................5- 23

5.1.4.3 Range setting..........................................................................................................

5.1.4.4 Automatic range change control..............................................................................................................5- 27

5.1.4.5 Units.........................................................................................................................................................5- 29

5.1.4.6 Linearization functions.............................................................................................................................5- 31

5.1.5 Analyzer parameter list............................................................................................................................5- 33

5.1.6 Displayed parameters..............................................................................................................................5- 35

5.2 System & network I/O module controls & setup......................................................................................5- 37

5.2.1 System SIO module.................................................................................................................................5- 39

5.2.1.1 Analog output setup.................................................................................................................................5- 41

5.2.1.2 Serial interface setup...............................................................................................................................5- 47

5.2.1.3 Relay outputs setup.................................................................................................................................5- 49

5.2.2 System DIO module ................................................................................................................................5- 51

5.3 Analyzer module controls........................................................................................................................5- 55

5.3.1 Physical measurements ..........................................................................................................................5- 57

.................................5- 25

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6 System configuration and diagnostics................................................................................................6- 1

6.1 Diagnostic menus ....................................................................................................................................6- 3

6.1.1 Control module diagnostics .....................................................................................................................6- 5

6.1.2 Analyzer module diagnostics...................................................................................................................6- 7

6.1.2.1 Power supply voltages.............................................................................................................................6- 9

6.1.2.2 Primary variable parameters....................................................................................................................6- 11

6.1.2.3 Physical measurement parameters.........................................................................................................6- 13

6.1.2.4 Temperature control parameters.............................................................................................................6- 15

6.1.2.5 Miscellaneous control parameters...........................................................................................................6- 17

6.1.2.6 Auto ignition parameters..........................................................................................................................6- 19

6.1.2.7 Self test results ........................................................................................................................................6- 21

6.1.2.8 Software diagnostics................................................................................................................................6- 23

6.1.2.9 Analyzer start up......................................................................................................................................6- 25

6.2 Load/Save configuration (CM/MCA)........................................................................................................6- 27

6.3 Date and time...........................................................................................................................................6- 29

6.4 Security codes .........................................................................................................................................6- 31

6.5 Network module management.................................................................................................................6- 33

6.6 Measurement display setup.....................................................................................................................6- 37

6.7 Miscellaneous..........................................................................................................................................6- 39

7 Display controls.....................................................................................................................................7- 1

Supplement:

Calculator on Control Module Level (CM Calculator) ........................................................................ Page 1 - 14

Programmable Logic Control on Control Module Level (CM PLC)................................................... Page 1 - 28

System Calibration .............................................................................................. Page 1 - 34

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Introduction: 1

This software handbook describes the individual steps for successfully operating the FID analyzer module and FID analyzer (analyzer module in a platform) from the Emerson Process Management NGA 2000 series.

⇒ Chapter 2 contains an overview of the FID software menu structure. ⇒ Chapter 3 introduces the user interface (display and keys) and the main menu with its

submenus.

⇒ Chapter 4 describes the basic functions (measurement and calibration) in detail and step

by step.

⇒ Chapter 5 describes the expert level for the configuration of the module and any I/O

modules.

⇒ Chapter 6 describes the system configuration and diagnostics. ⇒ Chapter 7 contains information about the display controls.

Not all the contents of chapter 5 are relevant to all users. Which sub-chapters are relevant depends on the configuration of the NGA 2000 system with regard to the following components:

 Control module CM  Analyzer module AM  Input/Output-Modules I/O (SIO = Standard Input/Output;

DIO = Digital Input/Output)

 Network I/O-Modules Analogue output with 3 alarms I/O;

Auto-Calibration I/O (“Autocal”); System Auto-Calibration I/O (“Syscal”)

The following table gives the possible SIO/DIO configurations:

System unit SIO/DIO Configuration Chapter

FID analyzer module (AM)

No front panel, i.e. no control unit. Can be combined with a platform, an MLT

analyzer, a TFID analyzer or a customerspecific control unit.

Platform (CM Software) Control unit with front panel. No measurement channels.

1 local SIO and 1 local DIO (or 2 local DIOs) can be built into an MLT AM or a TFID AM only.

SIO and DIO in the AM can only be configured for the MLT/TFID channel.

No local FID I/Os 1 SIO and up to 4 DIOs can be built into the

platform. SIO and DIO can be configured for all AMs

connected to the platform, e.g. for the FID.

System I/Os

see MLT/TFIDmanual.

5.2

FID analyzer (CM and FID analyzer module software)

FID analyzer: FID AM in a Platform with front panel

FID analyser module in a single MLT/TFIDAnalysator, i.e. all control unit and FID analyzer module functions are displayed.

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

1 SIO and 1 DIO (or 2 DIOs) can be built in to the MLT/TFID analyzer (CM I/Os).

SIO and DIO can be configured for all AMs connected to the MLT/TFID analyzer, e.g. FID.

System I/Os

NGA 2000

5.2

1 - 1

NGA 2000 system with platform and FID analyzer module

NGA 2000 system with MLT analyzer and FID analyzer module

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NGA 2000 system with TFID analyzer and FID analyzer module

Introduction: 1

This manual concerns all FID analyzer modules combined with a platform, an MLT analyzer or a TFID analyzer. This manual is also relevant for the CAT 200, which consists of an MLT 1 in an EExd housing which is operated via a touch-screen front panel or a magnetically operated front panel. There is a separate manual for the CAT 200 which includes all CAT-related issues.

FID analyzer modules operated via a customer-specific control unit are not described in this manual.

Network I/O modules have their own manuals which should be consulted for further detail. In this manual, these I/O modules are only very briefly described.

Further questions should be directed to our Service Support Center.

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Menu structure: 2

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Display and keyboard: 3

3.1. Starting and initializing

On being powered up, the FID analyzer module (whether on a platform or as part of an NGA network) runs through the initializing phase. This also includes a self-test of the analyzer(s) or analyzer module(s). The LCD screen displays the company name and software version number as well as a series of messages which indicate the status of the initialization cycle. Finally the single component display of the FID is displayed, which serves as a starting point from which the main menu, the analyzer module status menu and, if appropriate, the multi-channel display of the analyzer network can be accessed.

NGA 2000 Control-Module Rev.3.9.4 / P017

Language: P017 / 02 / 00

Initializing Network

Installing network interface

LCDReset Abort

F3 F4

All the instructions for the basic controls (chapter 4) begin at the single component display. The actual display may vary from the illustrations in this manual, since it can be configured by the client.

FID_WO1000001

6.28 ppm THC

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

50 47

100000

900000

340 hPa

51.4 C

524401

490

Analyzer tag

Can be set to any value. This is the factory setting: “WO” stands for “Work Order”

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

F3 F4

NGA 2000

3 - 1

3.2. Display and operation

The measurement display and all operational steps are carried out via the LCD screen. The keyboard itself comprises 5 function keys, 4 arrow keys and an Enter key. This handbook uses simplified sketches to represent the user interface:

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer and I/O, expert controls & setup... System configuration and diagnostics... Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status Channel Lock... MFG Data

-- Main menu --

03:11:05 August 16, 2006

F3 F4

6.28 ppm

Emerson

The functions of the individual keys and the operation of the unit depend on:

 the configuration of the analyzer or analyzer module  the optional modules (e.g. I/O modules) installed  the menu currently displayed.

If the power supply is interrupted, all user-specific module parameters are saved in a batteryoperated buffer.

3.3 The keyboard

FID_WO1000001

6.28 ppm THC

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

50 47

100000

340 hPa

51.4 C

524401

F3 F4

490

900000

Arrow keys

↑ -key and ↓ -key: Move up or down within a menu; Change or edit a setting.

← -key and → -key: Change to previous or next submenu or page; Select an individual digit or character.

Enter key

Confirm a selection; Execute the selected command; Change to the selected

Function keys: Function depends on the current menu and

menu.

is displayed on the LCD screen above each key.

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Display and keyboard: 3

3.4 Menu items

A menu item can be selected with the ↑ -key or the ↓ -key. A selected item is shown in inverted colours (white text against a black background). There are four different types of menu item:

Submenu...

 An item ending in three dots.  Pressing the ↵ -key or the → -key accesses a submenu.

Command line !

 An item ending in an exclamation point.  Pressing the ↵ -key or the → -key executes the selected function.

Parameter:

 An item ending in a colon.  Displays a parameter. Some parameters can be changed, others are read-only.  If the parameter is editable, pressing the ↵ -key or the → -key puts the parameter into edit mode.

Text line

 An item not ending in any of the above punctuation marks.  For information only; cannot be edited.

Text line

Parameter

Submenu

Function key labels

FID_WO1000001

Measurement range number:

Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

Basic Controls

F3 F4

6.28 ppm

10.0 ppm

10.0 ppm Disabled

0.0 ml/min 1&2&3&4

READY

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FID_WO1000001

Command line

-- System Reset --

System res et !

Measure Back...

Are you sure ???

F3 F4

3.5 Common F-key functions

Display

 Change from the single component display to the multi-component display.

Measure

 Change from the main menu to the single component display.

6.28 ppm

Status

 Change to the “Current measurement parameters” display for the most important parameters and status

information of the FID module or the current channel.

 Always F2, when this function is available.  ) ch. 3.7, page 3-5.

Main

 Change from the single-component display to the main menu.

HOME

 Change from a submenu to the main menu.

ESCAPE or Back

 Change to the previous menu.  Revert a changed, but not yet confirmed, parameter to its previous value.

Lock

 Locks all levels for which security has been activated.  F4 in the main menu.

Channel

 Changes to a different channel within the same menu, if more than one channel is available. Each channel is

cycled through in turn.

 In the main menu the channels of all analyzers are available, in submenus only the channels of the currently

selected analyzer module.

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Display and keyboard: 3

3.6 Entering and editing parameters

The Enter key

Pressing the Enter key when an editable parameter is selected will put that parameter into edit mode: only the value itself will be displayed white on black. Pressing the Enter key again will save the new value.

The ↑ -key and the ↓ -key:

Depending on the value being edited, these keys will:

 change the numerical value  scroll through a list of options  change a letter or other character

Numbers with more than one digit will generally be incremented or decremented. Letters are changed one at a time.

The

←

-key and the → -key:

Select an individual digit or character. Certain numerical parameters can be edited one digit at a time.

3.7 Current measurement parameters

Pressing F2 (“Status”) in the single component display accesses the “Current measurement parameters” menu:

FID_WO1000001

Current measurement parameters

Status details...

Measurement range number: Range change control: Flame condition: Linearization mode:

Analyzer operational state: Analyzer alarm condition: Alarm level reported: Current total variable updates per second:

HOME ESCAPE MORE

F3 F4

6.28 ppm

Local

DISABLED

NORMAL NORMAL FAILURE

Press F3 (“More”) for information on:

 Response time  Bypass sample flow  Sample pressure  Preamp temperature  Purge control status

In this menu the status of the FID analyzer module can be checked. Pressing F3 (“MORE”) accesses a second page; press F2 (“ESCAPE”), F4 (“MORE”) or the ← -key to return to the first

page. Pressing the Enter key with the “Status details” line selected accesses further submenus listing error messages and many other details.

These menus are informative only. None of the settings here can be changed; this can only be done via the “Basic controls”, “Analyzer module setup” and “Analyzer module controls” menus (chapters 4, 5.1 and 5.2 respectively).

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3.8 The main menu

Pressing F3 or the → -key in the single component display accesses the main menu. From this menu all levels of the FID analyzer or analyzer module can be accessed allowing measurement, calibration and data transfer parameters to be set.

-- Main Menu --

16:35:32 June 15 2005

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer & I/O, expert controls and setup... System configuration and diagnostics... Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

6.28 ppm

Emerson

See chapter 4

See chapter 5

See chapter 6

Siehe Kapitel 4

See chapter 7

To set: ch. 6.3, page 6-29

Factory setting

F1: Change to the single component display of the current channel F2: Change to the “Current measurement parameters” menu ) ch. 3.7, page 3-5 F3: Change to a different channel ) ch. 3.5, page 3-4 F4: Lock level(s) using security codes ) ch. 6.4, page 6-31 F5: Change to the “Manufacturing data” menu ) below

Pressing F5 accesses submenus in which important information about the control module and the analyzer module can be found:

FID_WO1000001

Control module manufacturing data...

Analyzer module manufacturing data...

Measure <<< Back... >>>

-- Manufacturing Data --

F3 F4

6.28 ppm

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3.8.1 Control module manufacturing data

FID_WO1000001

Control module manufacturing data...

Analyzer module manufacturing data...

-- Manufacturing Data --

6.28 ppm

FID_WO1000001

Display and keyboard: 3

-- Control Module Manufacturing Data --

Emerson Process Management

FAX. (+49) 6055 884 - 209

GmbH & Co. OHG

Industriestrasse 1

D-63594 Hasselroth

Tel (+49) 6055 884 - 0

6.28 ppm

Measure <<< Back... >>>

F3 F4

Measure Back... More

FID_WO1000001

-- Control Module Version Information --

Serial number: Manufacturing date:

Hardware revision: Software revision: Revision date: Revision time:

Phrase dictionary version: Language:

Measure Back...

F3 F4

ACV02 R:3.9.0 D:Jul 17 2003

F3 F4

6.28 ppm

CM1

20.05.2004

3.9.4 / P017

Nov 11 2005

12:01:04

P017 / 01 / 00

English

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3.8.2 Analyzer module manufacturing data

FID_WO1000001

Control module manufacturing data...

Analyzer module manufacturing data...

Measure <<< Back... >>>

-- Manufacturing Data --

F3 F4

FID_WO1000001

-- Analyzer Module Manufacturing Data --

Emerson Process Management

FAX. (+49) 6055 884 - 209

GmbH & Co. OHG Industriestrasse 1

D-63594 Hasselroth

Tel. (+49) 6055 884 - 0

6.28 ppm

FID_WO1000001

More...

Minimum range: Maximum range: Measured gas: Capillary: Flow sensor:

HOME ESCAPE

FID_WO1000001

Serial number: Manufacturing date:

Hardware revision: Software revision: Revision date: Revision time:

Analyzer manufacturing data

-- Analyzer Module Version Information --

13.5 ml/min @ 5psig

F3 F4

02:28:10 February 01, 2005

3.9.4 / P017

Nov 11 2005

6.28 ppm

4.0 ppm

10000 ppm

THC

Present

6.28 ppm

FID1

0.5

12:33:56

Measure Back... More...

F3 F4

Measure Back...

F3 F4

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Basic controls: 4

Introduction

Chapter 4 describes the most important basic functions which are needed to configure a FID analyzer module with an NGA front panel.

The following basic functions are available:

Measurement ) Chapter 4.1, page 4-3ff Calibration ) Chapter 4.2, page 4-21ff

The basic settings are fully explained and illustrated step by step. The two-column layout shows the user interface of the NGA front panel on the left. This enables the user to follow each step and compare the illustrations with the analyzer display screen. On the right, each step is briefly described. Each sub-chapter begins and ends with a single component display. The keys to be pressed for each step are highlighted in black.

See the example on the next page.

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Example: Changing from the single component display to the main menu

⇒ The first illustration shows the initial situation ⇒ Pressing key F3 changes the display to that in the second illustration

1. Change to the main menu

FID_WO1000001

6.28 ppm THC

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

340 hPa

51.4 C ON

524401

50 47

100000

490

900000

Press F3 or the → -key.

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer & I/O, expert controls and setup... System configuration and diagnostics... Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

-- Main Menu --

16:35:32 June 15 2005

F3 F4

6.28 ppm

Emerson

2. Any further instructions follow, e.g.:

Change to the basic controls

Press the ↵ -key or the → -key.

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This subchapter describes the following functions:

Changing channels

) Chapter 4.1.1, page 4-5

Changing the order of the multi-component display

) Chapter 4.1.2, page 4-7

Changing the measurement range

) Chapter 4.1.3, page 4-9

Automatic range change

) Chapter 4.1.4, page 4-13

Lighting the flame

) Chapter 4.1.5, page 4-17

Basic controls: 4.1

Measurement

Chapters 4.1.1 and 4.1.2 are only relevant to systems with more than one measurement channel.

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FID_WO1000001

6.28 ppm THC

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

50 47

100000

340 hPa

51.4 C

524401

490

900000

Basic controls: 4.1.1

Changing channels

1. Change to the multicomponent display

Press F1.

Note: The multi-component display can be reached from any single component display by this method.

F3 F4

6.28

45.00

333.0

150.0

20.00

Select Status... Tags Off

F1 F2 F3 F4 F5

MLT25/CH1/R2 MLT25/CH2/R2 MLT25/CH3/R2 MLT25/CH4/R2

FID

ppm THC

ppm CO

ppm SO2

ppm NO

%O2

0 0 0 0

[1] [2]

[3] [4]

[5]

10 10 10 10

LCDReset

2. Activate select function

Press F1 or the ↓ -key.

Note: If there are no other channels connected to the FID, only the bargraph of the FID itself will be displayed. A change of channels will then not be possible.

6.28

45.00

333.0

150.0

20.00

Select Status... Tags Off

MLT25/CH1/R2 MLT25/CH2/R2 MLT25/CH3/R2 MLT25/CH4/R2

F2 F3 F4 F5

FID

ppm THC

ppm CO

ppm SO2

ppm NO

%O2

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

0 0 0 0

[1] [2]

[3] [4]

[5]

10 10 10 10

LCDReset

NGA 2000

2. Select a channel

Press the ↑ or ↓ -key until the > symbol appears in the line you wish to select.

4 - 5

3. Return to the single

6.28

45.00

333.0

150.0

20.00

FID

ppm THC

MLT25/CH1/R2

ppm CO

MLT25/CH2/R2

ppm SO2

MLT25/CH3/R2

ppm NO

MLT25/CH4/R2

%O2

0 0 0 0

[1] [2]

[3] [4]

[5]

10 10 10 10

component display

Press F1.

Select Status... Tags Off

F2 F3 F4 F5

FID_WO1000001

45.28 ppm CO

0 Range: 2 250

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

50 47

100000

340 hPa

51.4 C

524401

F3 F4

LCDReset

4. The single component display after selecting a new channel.

490

900000

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Changing the order of the multi-component display

FID_WO1000001

6.28 ppm THC

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

50 47

100000

340 hPa

51.4 C

524401

Basic controls: 4.1.2

1. Change to the multicomponent display

Press F1.

490

900000

6.28

45.00

333.0

150.0

20.00

Select Status... Tags Off

ppm THC

MLT25/CH1/R2

ppm CO

MLT25/CH2/R2

ppm SO2

MLT25/CH3/R2

ppm NO

MLT25/CH4/R2

F2 F3 F4 F5

F3 F4

FID

0 0 0 0

%O2

[1] [2]

[3] [4]

[5]

10 10 10 10

LCDReset

2. Activate select function

Press F1 or the ↓ -key.

Note: If no other channels are connected to the FID, only the bargraph of the FID itself will be displayed, and steps to change the order are superfluous.

6.28

45.00

333.0

150.0

20.00

Select Status... Tags Off

MLT25/CH1/R2 MLT25/CH2/R2 MLT25/CH3/R2 MLT25/CH4/R2

F2 F3 F4 F5

FID

ppm THC

ppm CO

ppm SO2

ppm NO

%O2

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

0 0 0 0

[1] [2]

[3] [4]

[5]

10 10 10 10

LCDReset

NGA 2000

2. Select a channel to appear in the first line

Press the ↑ or ↓ -key until the > symbol is next to the appropriate bargraph.

Example: MLT channel 2

) is to be displayed in the

(SO

first line.

4 - 7

3. Set the selected bargraph

6.28

45.00

333.0

150.0

20.00

FID

ppm THC

MLT25/CH1/R2

ppm CO

MLT25/CH2/R2

ppm SO2

MLT25/CH3/R2

ppm NO

MLT25/CH4/R2

%O2

0 0 0 0

[1] [2]

[3] [4]

[5]

10 10 10 10

to the first line

Press the ↵ -key.

Select... Display Tags Off

F2 F3 F4 F5

333.0

6.28

45.00

150.0

20.00

Select Status... Tags Off

MLT25/CH2/R2

ppm SO2

ppm THC

MLT25/CH1/R2 MLT25/CH3/R2 MLT25/CH4/R2

F2 F3 F4 F5

FID

ppm CO

ppm NO

%O2

0 0 0 0

[1]

[2] [3]

[4]

[5]

LCDReset

10 10 10 10

LCDReset

4. The multi-component display after setting the order of bargraphs

It is now possible to select any single component display. See chapter 4.1.1 for further instructions.

4- 8

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

6.28 ppm THC

51.4 C ON

50 47

100000

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

340 hPa

524401

Basic controls: 4.1.3

Changing the measurement range

1. Change to the main menu

Press F3 or the → -key.

490

900000

F3 F4

-- Main Menu --

16:35:32 June 15 2005

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer & I/O, expert controls and setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

FID_WO1000001

Measurement range number:

Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

Basic Controls

6.28 ppm

Emerson

6.28 ppm

10.0 ppm

10.0 ppm Disabled

0.0 ml/min 1&2&3&4

READY

2. Change to the basic controls

Press the ↵ -key or the → -key.

3. Select “Measurement range number”

Press the ↵ -key or the → -key.

F3 F4

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

NGA 2000

4 - 9

FID_WO1000001

Basic Controls

Measurement range number: Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

Back...

6.28 ppm

10.0 ppm

10.0 ppm Disabled

0.0 ml/min 1&2&3&4

READY

4. Set the new range number

Press the ↑-key or the ↓ -key until the required range number appears.

Example: Changing from range 1 to range 2.

F3 F4

FID_WO1000001

Measurement range number: Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

Basic Controls

Back...

F3 F4

FID_WO1000001

Measurement range number:

Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

Basic Controls

6.28 ppm

10.0 ppm

Disabled

0.0 ml/min 1&2&3&4

READY

6.28 ppm

25.0 ppm

10.0 ppm

Disabled

0.0 ml/min 1&2&3&4

READY

5. Confirm range number

Press the ↵ -key.

Note: To cancel the change and return to the previous value, press F2.

6 Change to the main menu

Press the ← -key or F1.

Note: The range upper limit (2nd line) automatically changes to the value previously set for the selected range.

F3 F4

4- 10

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer & I/O, expert controls and setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

-- Main Menu --

16:35:44 June 15 2005

6.28 ppm

Emerson

Basic controls: 4.1.3

Changing the measurement range

7. Change to the single component display

Press F1.

F3 F4

50 47

100000

340 hPa

51.4 C

524401

F3 F4

FID_WO1000001

6.28 ppm THC

0 Range: 2 25

Sample pressure: Case temperature: Flame: Raw signal:

Display Status... Main... Channel BasicCal

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

900000

490

NGA 2000

8. The single component display showing the new measurement range

4 - 11

4- 12

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

6.28 ppm THC

51.4 C ON

50 47

100000

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

340 hPa

524401

Basic controls: 4.1.4

Automatic range change

1. Change to the main menu

Press F3 or the → -key.

490

900000

F3 F4

-- Main Menu --

16:35:32 June 15 2005

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer & I/O, expert controls and setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

FID_WO1000001

Measurement range number:

Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

Basic Controls

6.28 ppm

Emerson

6.28 ppm

10.0 ppm

10.0 ppm Disabled

0.0 ml/min 1&2&3&4

READY

2. Change to the basic controls

Press the ↵ -key or the → -key.

3. Select menu item “Automatic range change control”

Press the ↑-key or the ↓ -key until the line “Automatic range change control” is displayed against a black background.

F3 F4

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

NGA 2000

4 - 13

FID_WO1000001

Basic Controls

Measurement range number: Range upper limit: Span gas concentration:

Automatic range change control:

Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

6.28 ppm

10.0 ppm

Disabled

0.0 ml/min 1&2&3&4

READY

4. Select the item

Press the ↵ -key or the → -key.

F3 F4

FID_WO1000001

Measurement range number: Range upper limit: Span gas concentration: Automatic range change control: Bypass-Durchfluss: Messbereiche mit gültiger Kalibrierung: Kalibrierart:

Flammenzustand: Flamme zünden...

Basic Controls

Back...

F3 F4

6.28 ppm

10.0 ppm

Disabled

0.0 ml/min

1&2&3&4

READY

5. Set the required value

Press the ↑-key or the ↓ -key until the required value is displayed.

The following settings are available: Disabled Automatic range change control is switched off. Enabled:SLC On The new switch level is automatically calculated (see

ch. 5.1.4.4, page 5-27). Enabled: SLC Off The new switch level is not automatically calculated.

4- 14

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

Basic Controls

Measurement range number: Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid cali bration: Calibration status:

Flamen condition: Light flame...

Back...

6.28 ppm

10.0 ppm

Enabled:SLC Off

0.0 ml/min 1&2&3&4

READY

Basic controls: 4.1.4

Automatic range change

6. Confirm new setting

Press the ↵ -key.

Note: To cancel the change and return to the previous value, press F2.

F3 F4

FID_WO1000001

Measurement range number: Range upper limit: Span gas concentration:

Automatic range change control:

Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

Basic Controls

F3 F4

6.28 ppm

10.0 ppm

Enabled:SLC Off

0.0 ml/min 1&2&3&4

READY

7. Change to the main menu

Press the ← -key or F1.

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer and I/O, expert controls & setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

-- Main Menu --

16:36:05 June 15, 2005

F3 F4

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

6.28 ppm

Emerson

NGA 2000

8. Change to the single component display

Press F1.

4 - 15

FID_WO1000001

6.28 ppm THC

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

340 hPa

51.4 C ON

524401

50 47

100000

9. The single component display after completion of the preceding steps

490

900000

F3 F4

4- 16

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

-4.76 ppm THC

51.4 C OFF

50 47

100000

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

340 hPa

524401

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer and I/O, expert controls & setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

-- Main Menu --

16:02:09 June 15, 2005

490

900000

-4.76 ppm

Emerson

Basic controls: 4.1.5

Lighting the flame

1. Change to the main menu

Press F3 or the → -key. Note: When the flame is unlit,

the FID will show an obviously nonsensical measurement. The line “Flame status” shows the value “OFF”. In order to use the FID, the flame must be lit.

2. Change to the basic controls

Press the ↵ -key or the → -key.

F3 F4

FID_WO1000001

Measurement range number:

Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

Basic Controls

F3 F4

-4.76 ppm

10.0 ppm

10.0 ppm Disabled

0.0 ml/min 1&2&3&4

Bereit

OFF

3. Select menu item “Light flame”

Press the ↑-key or the ↓ -key until the line “Light flame” is displayed against a black background.

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

NGA 2000

4 - 17

FID_WO1000001

Basic Controls

Measurement range number: Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition:

Light flame...

HOME ESCAPE ZERO SPAN

-4.76 ppm

10.0 ppm

10.0 ppm Disabled

0.0 ml/min 1&2&3&4

READY

OFF

4. Select the item

Press the ↵ -key or the → -key.

F3 F4

FID_WO1000001

Flame condition:

Auto-ignition:

Ignition system enable: Number of ignition attempts so far: Time on this cycle - secs: Fuel supply pressure: Burner air pressure: Sample pressure: Purge gas pressure: Flame temperature: Status:

HOME ABORT LIGHT ENRICH

Light Flame

AIR PRESSURE TOO LOW

F3 F4

-4.76 ppm

OFF

ENABLED

0 1602 hPa 1042 hPa

341 hPa 691 hPa

51.0 C

5. Check values and light flame

If the values shown are within certain limits, the flame can be lit.

Press F3.

The flame can only be lit when the system has been successfully purged. The following conditions must be met for the purge cycle to commence:

Purge gas pressure no less than 680 hPa Purge gas flow between approx. 16 and 18 l/min Small difference in pressure outside and inside the case

Before the flame can be ignited, the system must have been successfully purged. In addition, the following conditions must be met:

Burner air pressure approx. 1040 hPa Sample gas pressure approx. 340 or 140 hPa, depending on the type of capilliaries

4- 18

NGA 2000

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FID_WO1000001

Light Flame Flame condition: Auto-ignition: Ignition system enable: Number of ignition attempts so far: Time on this cycle - secs: Fuel supply pressure: Burner air pressure: Sample pressure: Purge gas pressure: Flame temperature: Status:

ABORT

-4.76 ppm

OFF

ENABLED

15 1602 hPa 1042 hPa

341 hPa 691 hPa

51.0 C

AIR PRESSURE TOO LOW

Basic controls: 4.1.5

Lighting the flame

6. Burner air is enriched

The line “Time on this cycle”

starts counting the seconds. Note: To abort the procedure,

press F2.

FID_WO1000001

Flame condition: Auto-ignition: Ignition system enable: Number of ignition attempts so far: Time on this cycle - secs: Fuel supply pressure: Burner air pressure: Sample pressure: Purge gas pressure: Flame temperature: Status:

ABORT

Light Flame

F3 F4

PARAMETERS NORMAL

F3 F4

-4.76 ppm

OFF

ENABLED

72 1602 hPa 1042 hPa

341 hPa 691 hPa

176 C

7. Flame is ignited

The flame temperature rises. If

it remains steady at more than 115°C, the flame has been successfully lit.

The FID can be configured to start a new cycle automatically after a failed ignition attempt. The maximum number of attempts can be set in the “Auto ignition parameters” menu (see chapter 6.1.2.6, page 6-19).

By default the FID makes up to 3 attempts.

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

NGA 2000

4 - 19

FID_WO1000001

Light Flame Flame condition:

Auto-ignition:

Ignition system enable: Number of ignition attempts so far: Time on this cycle - secs: Fuel supply pressure: Burner air pressure: Sample pressure: Purge gas pressure: Flame temperature: Status:

HOME ABORT LIGHT ENRICH

6.28 ppm

ENABLED

81 1602 hPa 1042 hPa

341 hPa 691 hPa

176 C

PARAMETERS NORMAL

8. Change to the main menu

Press the ← -key or F1.

F3 F4

-- Main Menu --

16:03:45 June 15, 2005

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer and I/O, expert controls & setup... System configuration and diagnostics... Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

FID_WO1000001

6.28 ppm THC

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

50 47

100000

340 hPa

51.4 C

524401

6.28 ppm

Emerson

490

900000

9. Change to the single component display

Press F1.

10. The single component display after lighting the flame

F3 F4

4- 20

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

Basic controls: 4.2

Calibration

This subchapter describes the following functions:

Zeroing

) Chapter 4.2.1, page 4-23

Spanning

) Chapter 4.2.2, page 4-27

Before the FID can be used, each measurement range must be successfully zeroed and spanned. Zeroing should be performed first.

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

NGA 2000

4 - 21

4- 22

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

6.28 ppm THC

51.4 C ON

50 47

100000

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

340 hPa

524401

Basic controls: 4.2.1

Zeroing

1. Change to the main menu

Press F3 or the → -key.

490

900000

F3 F4

-- Main Menu --

16:35:32 June 15 2005

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer & I/O, expert controls and setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

FID_WO1000001

Measurement range number:

Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

Basic Controls

6.28 ppm

Emerson

6.28 ppm

10.0 ppm

10.0 ppm Disabled

0.0 ml/min 1&2&3&4

READY

2. Change to the basic controls

Press the ↵ -key or the → -key.

3. Change to the “Analyzer zero” menu

Press F3.

F3 F4

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

NGA 2000

4 - 23

FID_WO1000001

Analyzer zero Are you sure? You must have zero gas flowing through the analyzer. Calibration time:

Measurement range number: Calibration status:

Error message for last zero:

HOME ESCAPE ZERO Prüf-Kal

6.28 ppm

0 s

READY

CAL OK

4. Commence zeroing.

Press F3.

Note: Pressing F2 will take you

back to the “Basic Controls” menu.

F3 F4

Before calibration can begin, the following conditions must be met: Zero gas must flow through the analyzer for a sufficient period of time.

The measured value must be stable. Each range can be zeroed separately, or all together. This preference can be set in

the “Calibration parameters” menu (see chapter 5.1.2, page 5-13).

FID_WO1000001

Are you sure? You must have zero gas flowing through the analyzer. Calibration time:

Measurement range number: Calibration status:

Error message for last zero:

Analyzer zero

ZEROING - WAIT

3.02 ppm

CAL OK

10 s

5. Zeroing in progress

Note: To abort the procedure, press F2.

Abort Prüf-Kal

F3 F4

4- 24

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

Are you sure? You must have zero gas flowing through the analyzer. Calibration time:

Measurement range number: Calibration status:

Error message for last zero:

HOME ESCAPE ZERO Prüf-Kal

Analyzer zero

F3 F4

0.05 ppm

17 s

READY

CAL OK

Basic controls: 4.2.1

Zeroing

6. Change to the main menu

Press F1.

Note: To span the analyzer

directly after zeroing, press F2 to return to the “Basic Controls” menu and follow the instructions in chapter 4.2.2 from step 3 onwards.

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer and I/O, expert controls & setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

-- Main Menu --

16:40:38 June 15, 2005

F3 F4

FID_WO1000001

0.02 ppm THC

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

50 47

100000

340 hPa

51.4 C

524401

0.02 ppm

Emerson

490

900000

7. Change to the single component display

Press F1.

8. The single component display after zeroing

F3 F4

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

NGA 2000

4 - 25

4- 26

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

6.28 ppm THC

51.4 C ON

50 47

100000

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

340 hPa

524401

Basic controls: 4.2.2

Spanning

1. Change to the main menu

Press F3 or the → -key.

490

900000

F3 F4

-- Main Menu --

16:35:32 June 15 2005

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer & I/O, expert controls and setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

FID_WO1000001

Measurement range number:

Range upper limit: Span gas concentration: Automatic range change control: Bypass sample flow: Ranges with valid calibration: Calibration status:

Flame condition: Light flame...

HOME ESCAPE ZERO SPAN

Basic Controls

6.28 ppm

Emerson

6.28 ppm

10.0 ppm

10.0 ppm Disabled

0.0 ml/min 1&2&3&4

READY

2. Change to the basic controls

Press the ↵ -key or the → -key.

3. Change to the “Analyzer span” menu

Press F4.

F3 F4

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

NGA 2000

4 - 27

FID_WO1000001

Analyzer span Are you sure? You must have span gas flowing through the analyzer. Calibration time:

Measurement range number: Calibration status:

Error message for last span:

HOME ESCAPE SPAN

6.28 ppm

0 s

READY

CAL OK

4. Commence spanning

Press F4.

Note: Pressing F2 will take you

back to the “Basic Controls” menu.

F3 F4

Before calibration can begin, the following conditions must be met: Span gas must flow through the analyzer for a sufficient period of time.

The measured value must be stable. Each range can be spanned separately, or all together. This preference can be set in

the “Calibration parameters” menu (see chapter 5.1.2, page 5-13). If it is not possible to calibrate all ranges with the same span gas, the ranges must be

calibrated separately. The span gas concentration must be between 10% and 110% of the upper limit of the

current range. See chapter 5.1.1, page 5-5.

FID_WO1000001

Are you sure? You must have span gas flowing through the analyzer. Calibration time:

Measurement range number: Calibration status:

Error message for last span:

Analyzer span

SPANNING - WAIT

8.14 ppm

10 s

CAL OK

5. Spanning in progress

Note: To abort the procedure, press F2.

Abort

F3 F4

4- 28

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

FID_WO1000001

Are you sure? You must have span gas flowing through the analyzer. Calibration time:

Measurement range number: Calibration status:

Error message for last span:

HOME ESCAPE SPAN

Analyzer span

9.76 ppm

18 s

READY

CAL OK

Basic controls: 4.2.2

Spanning

6. Change to the main menu

Press F1.

F3 F4

FID_WO1000001

Analyzer basic controls (calibration) & setup...

Analyzer and I/O, expert controls & setup... System configuration and di ag nost ic s. .. Display controls...

_____________________________________________ Time & Date: System tag:

Measure Status... Channel Lock... MFG Data

-- Main Menu --

16:42:38 June 15, 2005

F3 F4

9.76 ppm

Emerson

7. Change to the single component display

Press F1.

FID_WO1000001

9.76 ppm THC

51.4 C ON

50 47

100000

0 Range: 1 10

Sample pressure: Case temperature: Flame status: Raw signal:

Display Status... Main... Channel BasicCal

340 hPa

524401

F3 F4

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

900000

490

NGA 2000

8. The single component display after spanning

4 - 29

4- 30

NGA 2000

HAS62E-IM-SW39(1) [NGA-e (FID-Software 3.9.x)] 03/06

Analyzer and I/O, expert controls & setup: 5

Introduction

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

FID_WO1000001

-- Analyzer and I/O, Expert Controls & Setup --

Analyzer module controls...

System & network I/O module controls... Analyzer module setup...

System & network I/O module setup...

(Note: Controls & setup are identical for MLT/TFID)

Measure Channel Back...

F3 F4

6.28 ppm

From the main menu, pressing the ↵ -key or the → -key in the line “Analyzer and I/O, expert controls & setup” accesses this menu, from which several submenus lead to options for setting measurement and calibration parameters for the analyzer or analyzer modules, as well as for configuring additional modules. The significance of different submenus may vary depending on the configuration of the NGA-2000 system.

Menu items:

“Analyzer module controls” submenu

Zero and span calibration Measurement range settings Lighting the flame ) Ch. 5.3, page 5-55

“System & network I/O module controls” submenu

Configure SIO or DIO modules connected to the analyzer or platform ) Ch. 5.2, page 5-37

“Analyzer module setup” submenu

Set measurement and calibration parameters Set linearizer parameters ) Ch. 5.1, page 5-3

“System & network I/O module setup” submenu

Configure network I/O modulesEinstellungen der Netzwerk-E/A-Modulen ) Ch. 5.2, page 5-37

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The submenus “System & network I/O module controls” and “...setup” are identical for the FID module. Options in these areas are available not just for the FID module but for any modules connected to the network. In some cases, different options may be available in each area (“...controls” or “...setup”). For further information please consult the manual for the module, or contact our customer services.

Changing to a submenu:

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

Structure of chapter 5:

All menus which must be navigated through to reach a specific submenu are listed vertically. At the end of the “breadcrumb” list, the menu is illustrated, following which explanations and instructions, which may themselves contain illustrations, are to be found.

Example: The concentrations of zero and span gas for each measurement range are to be set.

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Calibration gas list

↓

FID_WO1000001

Zero gas - range 1:

Span gas - range 1: Zero gas - range 2: Span gas - range 2: Zero gas - range 3: Span gas - range 3: Zero gas - range 4: Span gas - range 4: Calibration gas HC response factor: Operational sample press ure: Calibration...

HOME ESCAPE

Calibrat ion Gas List

F3 F4

6.28 ppm

0.00 ppm

10.00 ppm

0.00 ppm

25.00 ppm

0.00 ppm

100.0 ppm

0.00 ppm

250.0 ppm

1.00

344 hPa

In this menu the values for the concentrations of zero gas and span gas for the calibration of all ranges can be set...

Further instructions follow.

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Analyzer module setup

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

FID_WO1000001

Calibration gas list...

Calibration parameters... Concentration alarm setup... Gas measurement parameters...

Analyzer parameter list...

Physical measurement parameters... Displayed parameters... Analyzer tag: FID_WO1000001

HOME ESCAPE

Analyzer module set up

F3 F4

6.28 ppm

From this menu various submenus are available, in which measurement and calibration parameters of the FID analyzer module and the display parameters of the single component display can be set.

Menu items:

“Calibration gas list” submenu

Set zero and span calibration gas concentrations ) Ch. 5.1.1, page 5-5.

“Calibration parameters” submenu

Set further paramaters for zero and span calibration ) Ch. 5.1.2, page 5-13.

“Concentration alarm setup” submenu

Configure concentration alarms ) Ch. 5.1.3, page 5-15.

“Gas measurement parameters” submenu

Configure settings for measurement ranges, units and linearization ) Ch. 5.1.4, page 5-17.

“Analyzer parameter list” submenu

A summary of various parameters: displayed parameters, concentration parameters, linearization parameters etc.

) Ch. 5.1.5, page 5-33

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“Physical measurement parameters” submenu

Information about various measurement parameters ) Ch. 6.1.2.3, page 6-13

“Displayed parameters” submenu

Configure settings for the four additional parameters displayed in the single component display

) Ch. 5.1.6, page 5-35

“Analyzer tag” parameter

The analyzer tag can be set to any value with a maximum of 30 characters.

A change in this setting must be borne in mind when configuring the programmable I/Os, if the FID module is part of an analyzer network.

Changing the analyzer tag

⇒ Press the ↑ -key or the ↓ -key until the “Analyzer tag” item is displayed against a black

background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Select the character to be edited by pressing the ← -key or the → -key. ⇒ Press the ↑ -key or the ↓ -key until the required character is shown. ⇒ Repeat the previous two steps until the required tag is complete. ⇒ Confirm the new tag with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

The following characters are available:

 Letters A to Z and a to z  Digits 0 to 9  The following characters: ↑ ↓ → ← ∟ ↔ ▲ ▼ ! " # $ % & ´ ( ) * + , - . / ; < = > ? @ [ \ ]

^ _ ` { ¦ } ~ £ Ç ü é á ä à â ç ê ë è ï î ì Ä Â É ff ô ö ò û ù ÿ Ö Ü ¢ £ ¥ × ƒ đ ñ © ß and the space character

Changing to a submenu

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

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Calibration gas list

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Calibration gas list

↓

FID_WO1000001

Zero gas - range 1:

HOME ESCAPE

Calibration Gas List

F3 F4

6.28 ppm

0.00 ppm

10.00 ppm

0.00 ppm

25.00 ppm

0.00 ppm

100.0 ppm

0.00 ppm

250.0 ppm

1.00

344 hPa

In this menu the values for the concentrations of zero gas and span gas for the calibration of all ranges can be set. In the “Calibration” submenu the zero and span gas calibrations can be started.

Menu items

“Zero gas - range 1/2/3/4” and “Span gas - range 1/2/3/4” submenus

The desired values for the concentrations of zero gas and span gas can be set in this lines. Please read the notes below!

“Calibration gas HC response factor” parameter

In this line the response factor for the hydrocarbon calibration can be set. The value depends on the gas to be measured. Please read the notes below!

“Operational sample pressure” parameter

The desired value for the operational pressure of the sample gas can be set in this line. The value depends on the type of capilliaries used.

“Calibration” submenu

Accesses the “Zero/span calibration” submenu, in which the zero and span calibration can be started and, if necessary, calibration factors manually set.

) Page 5-7

Setting concentration values for zeo and span gas concentrations

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key.

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⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Each range can be spanned separately or all together. If it is not possible to calibrate all ranges with the same span gas, the ranges must be calibrated separately.

The value for the span gas concentration must be between 10% and 110% of the upper limit of the individual range for calibration to be possible. For example:

Range Upper limit Possible concentrations

1 10 ppm 1 ppm to 11 ppm 2 25 ppm 2.5 ppm to 27.5 ppm 3 100 ppm 10 ppm to 110 ppm 4 250 ppm 25 ppm to 275 ppm

Setting the HC response factor

⇒ Press the ↑ -key or the ↓ -key until the “Calibration gas HC response factor” item is

displayed against a black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

The value to be entered here depends on the sample gas. Typical values are 1.00 for methane (CH4) or 3.14 for propane (C3H8). If an incorrect value is entered here, the FID will calculate an incorrect measurement value.

Setting the operational sample pressure

⇒ Press the ↑ -key or the ↓ -key until the “Operational sample pressure” item is displayed

against a black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

The operational sample pressure depends on the type of capilliaries in use. Typical values are 340 hPa or 140 hPa.

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Calibration gas list

Changing to the “Zero/span calibration” submenu

⇒ Press the ↑ -key or the ↓ -key until the “Calibration” item is displayed against a black

background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

Zero/span calibration

FID_WO1000001

Measurement range number:

Zero gas concentration: Span gas concentration: Bypass sample flow: Flame condition: Raw measurement signal:

Status: Result... Calibration adjustment limits:

HOME FACTORS ZERO SPAN

Zero/span calibration

F3 F4

6.28 ppm

0.0 ppm

10.0 ppm

0.0 ml/min ON

524515

READY

ENABLED

This menu shows parameters relevant to calibration for each measurement range. In this menu zero and span calibration can be started and the results of the last calibration displayed. If calibration proves difficult, calibration can be performed manually.

Menu items and function keys:

“Measurement range number” parameter

Shows which range the following parameters relate to. To see the parameters for other ranges, this parameter must be set accordingly.

“Zero gas concentration” and “Span gas concentration” parameters

Show the values set for zero and span gas concentrations.

“Bypass sample flow” parameter

If a bypass is built into the unit, this line shows the current flow.

“Flame condition” parameter

Shows whether the flame is lit.

“Status” parameter

Shows the current status of the unit.

“Result” submenu

Accesses the “Zero/span diagnostic data” submenu, showing the results of the last zero and span calibrations.

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“Calibration adjustment limits” parameter

If this parameter is set to “ENABLED”, the calibration will only be accepted as valid if the result lies within the set limits. If this parameter is set to “DISABLED”, it will be possible to calibrate even if the result lies outside these limits. See also ) chapter 5.1.2, page 5-13.

“Factors” function key (F2)

Accesses the “Calibration factors” submenu to allow the manual setting of calibration factors. ) Page 5-9.

“Zero” (F3) and “Span” (F4) function keys

Commence zeroing and spanning. (See below.)

Changing the measurement range

⇒ Press the ↑ -key or the ↓ -key until the “Operational sample pressure” item is displayed

against a black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key (1 to 4). ⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Enabling and disabling calibration adjustment limits

⇒ Press the ↑ -key or the ↓ -key until the “Calibration adjustment limits” item is displayed

against a black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the value to “ENABLED” or “DISABLED” with the ↑ -key or the ↓ -key. ⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Changing to the “Zero/span diagnostic data” submenu

⇒ Press the ↑ -key or the ↓ -key until the “Result” item is displayed against a black

background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

Zeroing and spanning

Each measurement range must be zeroed and spanned. The procedure is the same in each case:

⇒ Select the range to be calibrated (as described above). ⇒ Press F3 (“ZERO”) or F4 (“SPAN”) to change to the “Analyzer zero” or “Analyzer span”

submenu. Read the notes displayed on screen!

⇒ Allow zero or span gas to flow through the FID. ⇒ When the measurement value is stable (as displayed in the top right of the screen),

commence calibration by pressing F3 or F4. See ) ch. 4.2.1, page 4-23, or ) ch. 4.2.2, page 4-27.

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Calibration gas list

⇒ When the calibration is complete, press F2 (Back) or the ← -key to return to the

“Zero/span calibration” menu.

⇒ Change to the “Zero/span diagnostic data” submenu (via the “Result” menu item) to

check the results of the calibration.

Entering calibration values manually

If a calibration attempt fails, e.g. due to interruptions in the gas supply, the calibration procedure must be repeated. The recorded zero and span gas values may be so extreme, that a simple repetition of the calibration procedure may not be enough to solve the problem. In such cases the calibration factors must be entered manually.

Conditions for the manual setting of factors: In the “Zero/span calibration” menu the “Calibration adjustment limits” parameter

(see above) must be set to “DISABLED”. In the “Calibration parameters” menu (see ch. 5.1.2, page 5-13) the “Zero ranges” and

“Span ranges” must be set to “SEPARATELY”.

⇒ In the “Zero/span calibration” menu press F2 (“Factors”) to access the “Calibration

factors” menu:

FID_WO1000001

Only those factors appropriate for the current range will affect the reading on the current range. Make sure you are using the right ones!

Measurement range number:

Range 1 factors... Range 2 factors... Range 3 factors... Range 4 factors...

HOME ESCAPE

Calibration Factors

F3 F4

6.28 ppm

⇒ Set the required measurement range number (as described above). ⇒ Change to the appropriate submenu (“Range N factors”) by pressing the ↑ -key or the ↓ -

key until the appropriate menu item is displayed against a black background and then pressing the ↵ -key or the → -key:

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FID_WO1000001

Zero offset:

Span factor: Full scale range at calibration: Measurement range number:

Raw measurement signal:

HOME STORE NEXT HISTORY

Range 1 Factors

F3 F4

6.28 ppm

536102.0

0.000053956

10.0 ppm 1

536839.0

⇒ If necessary adjust the values of the “Zero offset” for zero calibration and “Span factor”

for span calibration. For zero gas the values of the “Zero offset” and “Raw measurement signal” should be identical.

⇒ The “Zero offset” parameter is used to set the zero point to zero, and the “Span factor”

parameter is used to bring the measured value to the actual concentration value of the span gas. Changes can be observed in real time (top right of screen).

⇒ These values must be set for each measurement range. To adjust the factors for the next

range, press F3 (“Next” or “First”).

After setting these values, the unit must be zeroed and spanned normally.

Adjusting values

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Saving the factors

The factors entered in this way can be saved for each measurement range.

⇒ Press F2 (“Store”) in the “Range N Factors” submenu. The factors for all ranges will be

saved.

Recalling saved factors

For each measurement range previously saved factors can be recalled. Two values are stored for each factor: the value saved as described above and the original manufacturer’s setting.

⇒ Press F4 (“History”) in the “Range N Factors” menu. The following submenu will be

displayed:

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Calibration gas list

FID_WO1000001

Zero offset: Span factor:

HOME NEXT RSTR MN RSTR ST

Range 1 Factors

Manufacturer's settings

Stored settings

F3 F4

6.28 ppm

528510.6

0.000004251

528620.0

0.000004149

⇒ Pressing F3 (“RSTR MN”) recalls the manufacturer’s settings and enters them as the

factors for all ranges. Pressing F4 (“RSTR ST”) recalls the settings saved as described above and enters them as the factors for all ranges.

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Calibration parameters

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Calibration parameters

↓

FID_WO1000001

Calibration adjustment limits:

Calibration averaging time: Calibration failure alarm: Cal failure error allowed: Calibration time out: Purge time: Zero ranges: Span ranges:

HOME ESCAPE

Calibration Parameters

F3 F4

6.28 ppm

ENABLED

5 s No

50 %

60 s

0 s SEPARATELY SEPARATELY

In this menu various additional parameters can be set for zero and span calibration processes.

Menu items

“Calibration adjustment limits” parameter

If this parameter is set to “ENABLED”, calibration will only be successful if the result lies within the set limits. If the result lies outside these limits, an error message will be displayed in the “Analyzer zero” and/or “Analyzer span” menu.

If this parameter is set to “DISABLED”, calibration will be possible even if the results lie outside the set limits. This setting necessary e.g. when calibration is to be performed manually (see ) chapter 5.1.1, page 5-9).

“Calibration averaging time” parameter

Determines the time span the analyzer uses to obtain the calibration average. Longer times should result in more accurate results. The value can be set to any value between 0 and 60 seconds. The default value is 5 seconds.

“Calibration failure alarm” parameter

If this parameter is set to “Yes”, a failed calibration will cause a warning to be issued.

“Cal failure allowed” parameter

If the set point differs by a greater margin that that set here, a warning will be issued if the calibration failure alarm is also enabled. The value can be set to any between 5% and 80%, the default value is 50%.

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“Calibration time out” parameter

If the measurement signal is not stable after the time out set here, a warning will be issued if the calibration failure alarm is also enable. The value can be set to any bezween 0 and 300 seconds, the default value is 60 seconds.

“Zero ranges” and “Span ranges” parameters

Determine whether measurement ranges should be zeroed or spanned together or separately. If this value is set to “TOGETHER”, all ranges are automatically calibrated in turn. If the ranges are to be calibrated manually (see ) chapter 5.1.1, page 5-9), these parameters must be set to “SEPARATELY”.

It is only possible to calibrate ranges together when the concentration of a single span gas lies within 10% and 110% of the upper limit of each range. If this is not the case, only those ranges which meet this criterion will be calibrated automatically; all others will be ignored.

Setting values

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

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Concentration alarm setup

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Concentration alarm setup

↓

FID_WO1000001

Alarm generation is:

Level for Low-Low alarm: Level for Low alarm: Level for High alarm: Level for High-High alarm: Alarm delay: Low-Low alarm: Low alarm: High alarm: High-High alarm:

HOME ESCAPE ACKN

Concentration alarm setup

F3 F4

6.28 ppm

0.000 ppm

4.000 ppm

8.000 ppm

1.0 s Off Off On Off

In this menu the levels for the concentration alarms can be set.

Menu items and function keys

“Alarm generation is” parameter

Switches all alarms on or off. Possible values are:

 Off: No alarms are generated.  On: Alarms are generated only for as long as the gas concentration remains above or

below the set levels.

 On (Hold alarm): Alarms are generated when the gas concentration goes above or

below the set limits and continue to be given until the alarm is acknowledged.

“Level for...” parameters

Set levels for the four different alarms. The Low and Low-Low alarms are issued when the concentration drops below the set limits, the High and High-High alarms are issued when the concentration rises above the set limits.

“Alarm delay” parameter

Determines for how long the concentration must lie above or below the set levels before an alarm is issued. The value can be set to between 0 and 30 seconds, the default value is 1 second.

“Low-Low alarm”, “Low alarm”, “High alarm” and “High-High alarm” parameters

Indicate which alarms are currently being issued.

“ACKN” function key (F3)

Acknowledges and resets the alarm.

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Adjusting values

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

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Gas measurement parameters

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Gas measurement parameters

↓

FID_WO1000001

Linearization parameters...

Response time/delay parameters... Range setting... Automatic range control... Units...

Linearization functions...

HOME ESCAPE

-- Gasmessparameter --

F3 F4

6.28 ppm

From this menu further submenus can be accessed in which parameters relating to the measurement ranges, measurement units and linearization can be set.

Menu items

“Linearizations parameters” submenu

Settings for the linearizations of measurement results. ) Ch. 5.1.4.1, p. 5-19

“Response time/delay parameters” submenu

Settings for the analyzer response time and output delay. ) Ch. 5.1.4.2, p. 5-23

“Range setting” submenu

Adjust lower and upper limits for each measurement range. ) Ch. 5.1.4.3, p. 5-25

“Automatic range change control” submenu

Settings for the automatic range change. ) Ch. 5.1.4.4, p. 5-27

“Units” submenu

Select measurement units for display. ) Ch. 5.1.4.5, p. 5-29

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“Linearization functions” submenu

Optimise the linearization functions. ) Ch. 5.1.4.6, p. 5-31

Changing to a submenu

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

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Linearization parameters

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Gas measurement parameters

↓

Linearization parameters

↓

FID_WO1000001

Range 1 linearizer:

If enabled, use curve no.: Range 2 linearizer: If enabled, use curve no.: Range 3 linearizer: If enabled use curve no.: Range 3 linearizer: If enabled, use curve no.:

Set linearity coefficients...

HOME ESCAPE

Linearization parameters

F3 F4

6.28 ppm

DISABLED

In this menu the linearizer can be enabled for each measurement range and the linearity curve set.

Note: The FID generally operates linearly over all ranges. It should therefore never be necessary to use the linearizer.

Menu items

“Range 1/2/3/4 linearizer” parameters

The linearizer can be enabled or disabled for each measurement range. Before determining the data required for a linearization, these parameters must be set to “DISABLED” in order to avoid interference from previously set values.

“If enabled, use curve no...” parameters

One of four linearity curves, as configured in the “Set linearity coefficients” submenu (see below), can be selected for each range.

“Set linearity coefficients” submenu

Configure the linearity curves. ) Page 5-20

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Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. ⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Changing to the “Set linearity coeficients” submenu

⇒ Press the ↑ -key or the ↓ -key until the “Set linearity coefficients” item is displayed

against a black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

“Set linearity coefficients” submenu

The “Set linearity coefficients” menu item accesses the following menu:

FID_WO1000001

A0 coefficient:

A1 coefficient: A2 coefficient: A3 coefficient: A4 coefficient: Curve upper limit: Curve over-range: Curve under-range:

Status:

HOME ESCAPE NEXT LAST

Set linearity coefficients

Curve 1

F3 F4

6.28 ppm

0.000000

1.000000

0.000000

10.0 ppm

5.0 %

DISABLED

In this menu the required coefficients for the linearity curves can be set. To browse through the four curves, press F3 (“Next”). The current curve number is shown in the menu title.

Menu items

“A0/A1/A2/A3/A4 coefficient” parameters

Set the coefficients for the current curve.

“Curve upper limit” parameter

This should be set to the upper limit of the range for which the current curve is selected in the “Linearization parameters” menu.

“Curve over-range” and “Curve under-range” parameters

These two parameters determine by how much (in per cent) the linearity curve should lie above or below the measurement range.

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Linearization parameters

“Status” parameter

Disables or enables the current curve.

Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Optimising the linearizer

The linearizer can be optimised with a midpoint correction. See ) chapter 5.1.4.6 “Linearization functions”, Seite 5-31.

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Analyzer and I/O, expert controls & setup: 5.1.4.2

Response time/delay parameters

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Gas measurement parameters

↓

Response time/delay parameters

↓

FID_WO1000001

Range 1 t90 time:

Range 2 t90 time: Range 3 t90 time: Range 4 t90 time:

LON update rate: Output delay time:

HOME ESCAPE

Response time/delay para meters

F3 F4

6.28 ppm

1.0 s

10 per s

0.0 s

In this menu the response time (t90-Zeit) of the analyzer can be set for each measurement range, and the output delay time for the measurement signal can also be configured.

Menu items

“Range 1/2/3/4 t90 time” parameters

The t90 time is the time which elapses following a change in concentration before the analyzer shows 90% of the concentration. Any value between 0.1 and 30 seconds can be set.

“LON update rate” parameter

This parameter determines how often the network variable should be updated per second. The following values can be set:

 1 per s  10 per s  ASAP (i.e., as soon as possible)

“Output delay time” parameter

The measurement signal of a channel at the analog output can be delayed by a certain amount of time. Setting a suitable value here will allow signals of various channels to be observed to change simultaneously. Any value can be set between 0 and 30 seconds. (See illustration on the right.)

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Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

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Analyzer and I/O, expert controls & setup: 5.1.4.3

Range setting

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Gas measurement parameters

↓

Range setting

↓

FID_WO1000001

Minimum range: Maximum range:

Range 1 lower limit:

Range 1 upper limit: Range 2 lower limit: Range 2 upper limit: Range 3 lower limit: Range 3 upper limit: Range 4 lower limit: Range 4 upper limit:

HOME ESCAPE

Range Setting

F3 F4

6.28 ppm

10.0 ppm

1000 ppm

0.0 ppm

10.0 ppm

0.0 ppm

25.0 ppm

0.0 ppm

100.0 ppm

0.0 ppm

250.0 ppm

In this menu the lower and upper limits of each measurement range can be set.

Menu items

“Minimum range” and “Maximum range” parameters

These parameters can only be set by the manufacturer. A range upper limit can be no smaller than the value of the minimum range and no more than the value of the maximum range.

“Range 1/2/3/4 lower limit” and “Range 1/2/3/4 upper limit” parameters

A lower limit and an upper limit for each measurement range can be set here.

Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

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Automatic range change control

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Gas measurement parameters

↓

Automatic range change control

↓

FID_WO1000001

Actual switch levels...

Switch level hysteresis: Usage of range - 1: Usage of range - 2: Usage of range - 3: Usage of range - 4: Automatic range control: _____________________________________________ Absolute, range upper limit: Absolute, range lower limit:

Measure Back...

-- Automatic Range Control --

F3 F4

6.28 ppm

20 % Enabled Enabled Enabled Enabled

Disabled

1000 ppm

10.0 ppm

In this menu the automatic range change control can be configured. In this way the FID can switch to a different measurement range whenever necessary.

Menu items

“Actual switch levels” submenu

Changes to the “Actual switch levels” submenu. This shows the actual measurement levels at which the analyzer switches to a different range.

“Switch level hysteresis” parameter

This parameter is set to a percentage value which determines by how much the measurement signal must lie below the next smallest range’s upper limit before switching to that range. For example: the upper limit of range 3 is set to 100 ppm, the switch level hysteresis to 20%. The analyzer only switches from range 4 to range 3 when the gas concentration is measured at less than 80 ppm. This prevents the FID from continually switching ranges.

“Usage of range - 1/2/3/4” parameters

Determine which ranges can be used.

“Automatic range control” parameter

Enables and disables the automatic range change control.

“Absolute, range upper/lower limit” parameters

These parameters are read-only.

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Changing to the “Actual switch levels” submenu:

⇒ Press the ↑ -key or the ↓ -key until the “Actual switch levels” item is displayed against a

black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

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Units

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Gas measurement parameters

↓

Units

↓

FID_WO1000001

Gas measurement units:

Pressure measurement units: Temperature measurement units: ppm to mg/Nm3 conversion factor:

Lower explosion limit (LEL): Upper explosion limit (OEL): Variables are still sent as the basi c SI unit

HOME ESCAPE

Units

F3 F4

6.28 ppm

ppm

hPa

1.000

0.00 %

In this menu the various measurement units can be selected.

Menu items

“Gas/Pressure/Temperature measurement units” parameters

Here the units for the display of gas concentration, pressure and temperature can be selected.

“ppm to mg/Nm3 conversion factor” parameter

This value must be correctly set for the sample gas.

Options

The following options are available for the first three parameters:

Gas measurement units

 ppb parts per billion  ppm parts per million  mg/Nm3 miligrams per Nm³  % per cent

Pressure measurement units

 hPa hectopascal  psig pounds per square inch

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Temperature units

 C degrees Celsius  F degrees Fahrenheit

Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

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Analyzer and I/O, expert controls & setup: 5.1.4.6

Linearization functions

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Gas measurement parameters

↓

Linearization functions

↓

FID_WO1000001

Midpoint correction setup...

Use the midpoint correction for a piecewise-linear final correction, to bring up to three points precisely onto the curve.

HOME ESCAPE

Liniearization functions

F3 F4

6.28 ppm

In this menu the midpoint correction can be setp up to optimise the linearizer.

The FID generally operates linearly over all ranges. It should therefore never be necessary to use the linearizer. This section describes the setup only very briefly.

Menu items

“Midpoint correction setup” submenu

Accesses a submenu in which a piecewise linear correction can be configured. ) page 5-32

Analyzer parameter list

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Analyzer parameter list

↓

FID_WO1000001

Analyzer tag:

Flame condition: First line's parameter: Second line's parameter: Third line's parameter: Fourth line's parameter:

Linearization parameters...

HOME ESCAPE NEXT LAST

Analyzer parameter list

F3 F4

6.28 ppm

FID_WO1000001

Sample pressure:

Case temperature:

Flame status:

Raw signal:

In this menu various display, linearization, concentration and calibration parameters can be set. This is a collection of the most oft-used parameters which are more fully described in other chapters.

Browse through the different screens of this menu using F3 (“NEXT” or “FIRST”) and F4 (“LAST” or “BACK”).

Menu items

“Analyzer tag” parameter

The tag for the FID can be set here. See ) ch. 5.1, page 5-4.

“Flame condition” parameter

Indicates whether the flame is lit. This parameter is read-only.

“First/Second/Third/Fourth line’s parameter” parameters

) Ch. 5.1.6, page 5-35

“Linearization parameters” submenu

Access the “Set linearity coefficients” submenu ) Ch. 5.1.4.1, page 5-20

“Control mode” parameter

) Ch. 5.3, page 5-55 under “Range and functional control”

“Output delay time” parameter

) Ch. 5.1.4.2, page 5-23

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“Range 1/2/3/4 upper/lower limit” parameters

) Ch. 5.1.4.3, page 5-25

“Range 1/2/3/4 t90 time” parameters

) Ch. 5.1.4.2, page 5-23

“Linearizer on range 1/2/3/4” parameters

) Ch. 5.1.4.1, page 5-19

“Calibration averaging time”, “Calibration failure alarm”, “Cal failure allowed”, “Calibration time out” and “Calibrate ranges” parameters

) Ch. 5.1.2, page 5-13

“Calibration adjustment limits”, “Zero gas - range 1/2/3/4” and “Span gas - range 1/2/3/4” parameters

) Ch. 5.1.1, pages 5-5 and 5-7

Adjusting settings

⇒ If necessary, press F3 (“NEXT” or “FIRST”) or F4 (“LAST” or “BACK”) to reach the

appropriate menu page.

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Changing to the “Set linearity coefficients” submenu

⇒ If necessary, press F3 (“FIRST”) or F4 (“BACK”) to reach the first menu page. ⇒ Press the ↑ -key or the ↓ -key until the “Linearization parameters” item is displayed

against a black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

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Analyzer and I/O, expert controls & setup: 5.1.6

Displayed parameters

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

Analyzer module setup

↓

Displayed parameters

↓

FID_WO1000001

First line's parameter:

Second line's parameter: Third line's parameter: Fourth line's parameter:

Displayed concentration digits: Digits after decimal point:

HOME ESCAPE

Displayed parameters

F3 F4

6.28 ppm

Sample pressure:

Case temperature:

Flame status:

Raw signal:

6 2

In this menu the single component display can be configured.

Menu items

“First/Second/Third/Fourth line's parameters” parameters

Here the parameters which are displayed in the four additional lines in the single component display can be selected. The following options are available:

 Sample flow  Sample pressure  Burner fuel pressure  Burner fuel flow  Burner air  Air sense  Burner air pressure  Validity  Health  Operation  Raw signal  Calibration  Delay time  t90 time  Autoignition  Flame status  Preamp temperature  Case temperature  Purge control status

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“Displayed concentration digits” and “Digits after decimal point” parameters

Determine how the numerical measurement value should be displayed. The number of displayed concentration digits can be set to at least 3 and up to 6; the number of digits after the decimal point can be set to up to 3.

Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

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Analyzer and I/O, expert controls & setup: 5.2

System & network I/O module controls and setup

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

System & network I/O module controls (or setup)

↓

FID_WO1000001

-- System & Network I/O Module Controls --

System SIO module...

System DIO module...

Measure <<< Back... >>>

F3 F4

6.28 ppm

The “System & network I/O module controls” and “...setup” menus provide access to submenus in which the SIO and DIO modules of a control module (FID analyzer or platform) can be configured.

For the FID, the “System & network I/O module setup” menu and all its submenus are identical with “System & network I/O module controls”.

Menu items

“System SIO module” submenu

Accesses a submenu in which the SIO module can be configured. ) Ch. 5.2.1, page 5-39

“System DIO module” submenu

Accesses a submenu in which any installed DIO modules can be configured. If no DIO modules are installed, a short message to this effect will be displayed.

) Ch. 5.2.2, page 5-51

Changing to a submenu

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

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Analyzer and I/O, expert controls & setup: 5.2.1

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

System & network I/O module controls (or setup)

↓

System SIO-Modul

↓

System SIO module

FID_WO1000001

Analog output setup...

Serial interface setup... Relay outputs setup... Module installed: Yes

Measure Back...

-- System SIO Module --

F3 F4

6.28 ppm

From this menu submenus are accessible in which various settings can be configured for the SIO module.

Menu items

“Analog output setup” submenu

Accesses a submenu in which the analog outputs of the SIO module can be configured. ) Ch. 5.2.1.1, page 5-41

“Serial interface setup” submenu

In this submenu the parameters for data transfer with an external unit can be set. ) Ch. 5.2.1.2, page 5-47

“Relay outputs setup” submenu

In this submenu the relay outputs can be configured. ) Ch. 5.2.1.3, page 5-49

“Module installed” parameter

Indicates whether an SIO module is installed on the platform or analyzer.

Basic configuration of an SIO card

 At least 2 and no more than 8 analog outputs  A serial interface (RS 232 or RS 485) to connect the analyzer with an external

computer

 3 relay outputs  Please consult the SIO documentation for the entire specification

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Changing to a submenu

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

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Main menu

↓

Analyzer and I/O, expert controls & setup

↓

System & network I/O module controls (or setup)

↓

System SIO module

↓

Analog output setup

↓

Analog output setup

FID_WO1000001

Output number:

Choose signal source module... Choose signal... Signal value for 0% output: Signal value for 100% output: Output current: Hold output during cali bration: Signal name: Current signal value: Source module:

Measure Back... More...

-- Analog Output Setup --

F3 F4

6.28 ppm

0.00

100.00

0...20mA No

----

-10.00

FID_WO1000001

In this menu the analog outputs of the SIO module can be configured. There are between two and eight outputs available.

Procedure: Overview

⇒ Select the output to be configured in the “Output number” line. ⇒ Select the module from which the signal originates in the “Choose signal source module”

line.

⇒ Select the signal to be transmitted in the “Choose signal” line. ⇒ Set the signal values for the output signal in the “Signal value for 0%/100% output” lines. ⇒ Set the output current range in the “Output current” line. ⇒ Determine whether the signal should remain stable at the last measured value while

calibration is in progress in the “Hold output during calibration” line.

⇒ Press F5 (“More”) to change to the next menu page. Set the signal to be sent should the

analyzer malfunction and make any fine adjustment necessary.

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Menu items

“Output number” parameter

Select here the output to be configured.

“Choose signal source module” submenu

Accesses a submenu which displays a list of all the modules connected to the platform or analyzer. Select a module with the ↑ -key or the ↓ -key and confirm the selection with the ↵ - key or the → -key. If more than eight modules are connected, browse through the list using

F3 (“<<<”) and F5 (“>>>”). Once the selection has been confirmed, the display returns to the “Analog output setup”

menu and the tag of the selected channel appears in the “Source module” parameter.

“Choose signal” submenu

Changes to a submenu which displays a list of all the signals that can be sent by the module selected in the “Choose signal source module” line. Select a signal with the ↑ -key or the ↓ - key and confirm the selection with the ↵ -key or the → -key. If more than eight signals are

available, browse through the list using F3 (“<<<”) and F5 (“>>>”). The following signals are available when the FID module is selected as a signal source:

 Burner air pressure  Air sense  Burner air  Burner fuel flow  Burner fuel pressure  Sample pressure  Sample flow  Purge control status  Case temperature  Preamp temperature  Flame status  AutoIgnition  t90 time  Delay time  Calibration  Raw signal  Operation  Health  Validity  Primary variable

Once the selection has been confirmed, the display returns to the “Analog Output Setup” menu and the name of the selected signal appears in the “Signal name” parameter.

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Analog output setup

“Signal value for 0%/100% output” parameters

The signal values for the output signals are set here. This makes it possible to “magnify” a specific part of the measurement range.

For example:

 Measurement range is from 0 to 100 ppm  The signal for 0% is set to 40 ppm, that for 100% to 70 ppm  Standard analog output setting: 0V = 0 ppm 10V = 100 ppm  Adjusted analog output setting: 0V = 40 ppm 10V = 70 ppm

Following a range change the values set here will be lost. To change the output signal permanently, the settings in the “Range setting” menu must be changed. See ch. 5.1.4.3, page 5-25.

The signal range at the analog output should never be smaller than that of the smallest measurement range. This is to avoid excessive noise on the output signal.

“Output current” parameter

The output current range is set in this line. There are two options available:

 0...20 mA (and automatically 0...10V)  4...20 mA (i.e. 2...10V)

“Hold output during calibration” parameter

Determines the behaviour of the signal at the analog output during calibration. The two options are:

 Yes the signal remains steady during calibration  No the signal follows the measurement signal during calibration

See the following illustration:

This setting is valid for all types of calibration for a platform or analyzer SIO: manual, time controlled, AK controlled and system calibration.

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“Signal name”, “Current signal value” and “Source module” parameters

These parameters are read-only and show the current settings: the selected signal, the current value of the selected signal and the module from which the signal originates.

Pressing F5 (“More”) accesses the next page which contains further configurable parameters:

FID_WO1000001

-- Output Signal if Assigned Module Fails --

Output(s) value on analyzer failure:

Output number: Operation mode: Fine adjustment for 0% output: Fine adjustment for 100% output:

Measure Back... More...

-- Fine adjustment --

F3 F4

BeginOfRange-10%

6.28 ppm

Normal

4096

819

“Output(s) value on analyzer failure” parameter

Determines which signal should be transmitted in the event of the analyzer failing. The following options are available:

 BeginOfRange-10%  EndOfRange+10%  Actual  BeginOfRange  EndOfRange

“Output number” parameter

Indicates the currently selected output number. If necessary, the selection can be changed here.

“Operation mode” parameter

The following options are available for this parameter:

 Normal: the absolute measurement signal is sent to the analog output  Adjust 0V: Adjustment between display and analog output for 0V with fine adjustment

0%.

 Adjust 10V: Adjustment between display and analog output for 10V with fine

adjustment 100%.

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Analog output setup

“Fine adjustment for 0%/100% output” parameters

The values of these parameters may be set within the following limits:

 For 0%: 3500 – 4800  For 100%: 750 – 900

These values can only be changed when the special scaling for the selected output is disabled. Press F5 (“More”) to change to the next page, select the output and, if necessary, set the special scaling to “No”.

Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Changing to a submenu

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

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Analyzer and I/O, expert controls & setup: 5.2.1.2

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

System & network I/O module controls (or setup)

↓

System SIO module

↓

Serial interface setup

↓

Serial interface setup

FID_WO1000001

Baud rate:

Data bits: Stop bits: Parity: Echo mode: Handshake: Transmission delay: Type of installed serial interface: Communication protocol: Special protocol definitions...

Measure Back...

-- Serial Interface Setup --

F3 F4

6.28 ppm

19200

8 1

None Disabled Xon/Xoff

RS232

In this menu the parameters for the data transfer between the analyzer or platform and an external unit can be configured. These settings depend on the configuration of the analyzer or platform and that of the external unit. The configuration of the serial interface is described in a separate manual.

Options

“Baud rate” parameter

 300  1200  2400  4800  9600  10200

“Data bits” parameter

 7  8

“Stop bits” parameter

 1  2

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“Parity” parameter

 None  Even  Odd

“Echo mode” parameter

 Enabled  Disabled

“Handshake” parameter

 None  Xon/Xoff

“Type of installed serial interface” parameter

 RS232  RS485_2X  RS485_4X  None

“Communication protocol” parameter

 None  AK

The “Special protocol definitions” line accesses the “AK-Protocol Definitions” submenu in which the address for the RS-485 interface can be set.

Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Changing to the “AK-Protocol Definitions” submenu

⇒ Press the ↑ -key or the ↓ -key until the “Special protocol definitions” item is displayed

against a black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

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Analyzer and I/O, expert controls & setup: 5.2.1.3

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

System & network I/O module controls (or setup)

↓

System SIO module

↓

Relay outputs setup

↓

Relay outputs setup

FID_WO1000001

Output number:

Invert signal: Choose source module... Choose signal...

_____________________________________________ Signal comes from: Signal name: Actual status:

Measure Back...

-- Relay Outputs Setup --

F3 F4

6.28 ppm

Disabled

FID_WO1000001

????

Off

An SIO card has three relays. A jumper on the main board is used to determine whether the relay operates as normally open (NO) or normally closed (NC). Information on the entire specification of an SIO card is available in separate documentation.

Each of the three relay outputs must be configured in this menu.

Procedure: Overview

⇒ Select the output to be configured in the “Output number” line. ⇒ Enable or disable signal inversion in the “Invert signal” line. ⇒ Select the module from which the signal originates in the “Choose source module”

submenu.

⇒ Select the signal to be transmitted in the “Choose signal” submenu.

Menu items

“Output number” parameter

Select here the number of the relay to be configured. There are three relay outputs available.

“Invert signal” parameter

If this parameter is set to “Enabled”, the signal is inverted at the selected output. This may be necessary for example when a signal failure is to trigger an alarm.

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“Choose source module” and “Choose signal” submenus

First a source module and then a signal can be selected here. Once the selection has been confirmed, the display returns to the “Relay outputs setup” menu and the selections appear in the “Signal comes from” and “Signal name” lines.

) Ch. 5.2.1.1, page 5-42

“Signal comes from” and “Signal name” parameters

Indicate which module and signal are currently selected for this output.

“Actual status” parameter

Shows the current status of the selected relay.

Adjusting settings

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Select the item by pressing the ↵ -key or the → -key. ⇒ Set the new value with the ↑ -key or the ↓ -key. A single digit can be selected using the

← -key or the → -key.

⇒ Confirm the new value with the ↵ -key or cancel the changes and return to the previous

value by pressing F2 (Back).

Changing to a submenu

⇒ Press the ↑ -key or the ↓ -key until the appropriate menu item is displayed against a

black background.

⇒ Press the ↵ -key or the → -key to change to the submenu.

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Analyzer and I/O, expert controls & setup: 5.2.2

Main menu

↓

Analyzer and I/O, expert controls & setup

↓

System and network I/O module controls (or setup)

↓

System DIO module

↓

System DIO module

FID_WO1000001

Inputs...

Output number: Choose source module... Choose signal... Invert output: Module state: Slot ID: Signal name: Signal level: Signal comes from:

Measure Next... Back... Ackn!

-- System DIO Module --

F3 F4

6.28 ppm

Disabled

Normal

---Off

---

Eachs system DIO module consists of eight digital inputs and 24 digital outputs. In the “System DIO Module” menu, the outputs of the external system DIO modules can be configured. The “Inputs” menu is also accessible, in which the inputs can be configured.

If several system DIO modules are connected to the platform, pressing F3 will access the next module. The current DIO slot’s ID appears in the “Slot ID” line.

More information about the complete specification of a DIO card are given in its own manual.

Configuring the outputs

Procedure: Overview

⇒ Select the output to be configured in the “Output number” line. ⇒ Select the signal to be transmitted in the “Choose source module” and “Choose signal”

submenu.

⇒ Determine whether the measurement signal should be inverted in the “Invert output” line.

Menu items and function keys

“Inputs” submenu

Accesses the “Inputs” submenu in order to configure the digital inputs. ) Page 5-53.

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“Output number” parameter

The output to be configured is selected in this line. There are a total of 24 outputs availbable..

“Choose source module” and “Choose signal” submenus

Using these submenus, first a module is selected and then a signal. After confirming the selection, the display returns to the “System DIO Module” screen and the selections displayed in the “Signal name” and “Signal comes from” parameters.

) Ch. 5.2.1.1, page 5-42

“Invert output” parameter

When this option is enabled, the measurement signal at the selected output is inverted. This may be necessary when, for example, the absence of a signal should trigger an alarm.

“Module state” parameter

Displays the status of the selected DIO card.

“Slot ID” parameter

Displays the ID of the selected DIO card. The DIO card is selected with the F3 key (“Next”).

“Signal name” and “Signal comes from” parameters

Indicate which signal is configured for this output.

“Signal level” parameter

Displays the status of the currently selected signal.

“Next” function key (F3)

Selects the next DIO card, when more than one card is connected.

“Ackn!” function key (F5)

Confirms the elimination of an error and re-activates the output module. The 24 digital outputs of a DIO module consist of three units each with eight ouputs. In the event of a shortcircuit or overload, the affected unit is de-activated and secured against further damage. Once the problem has been resolved the module is once more available. It is only necessary to press F5 to confirm.

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Rosemount NGA 2000 FID Hydrocarbon Analyzer Module SW 3.9 Software-1st Ed. Manuals & Guides

Specifications and Main Features

Frequently Asked Questions

User Manual

ESSENTIAL INSTRUCTIONS

3.1. Starting and initializing

3.2. Display and operation

3.3 The keyboard

3.4 Menu items

3.5 Common F-key functions

3.6 Entering and editing parameters

3.7 Current measurement parameters

3.8 The main menu

3.8.1 Control module manufacturing data

3.8.2 Analyzer module manufacturing data

Measurement

Changing channels

Changing the order of the multi-component display

Changing the measurement range

Automatic range change

Lighting the flame

Calibration

Zeroing

Spanning

Analyzer module setup

Calibration gas list

Calibration parameters

Concentration alarm setup

Gas measurement parameters

Linearization parameters

Response time/delay parameters

Range setting

Automatic range change control

Units

Linearization functions

Analyzer parameter list

Displayed parameters

System & network I/O module controls and setup

System SIO module

Analog output setup

Serial interface setup

Relay outputs setup

System DIO module