LumaSense Technologies 3434i User Manual
BE6028-14
Instruction
Manual
3434i
SF6 Leak Detector
Index
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Index
Index ................................................................................................................................... 2
3434i SF6 Leak Detector ........................................................................................................ 4
Safety Considerations. ...................................................................................................... 5
Applying Power ................................................................................................................ 7
Chapter 1 Using this Manual ................................................................................................. 8
1.1 Introduction ............................................................................................................ 9
1.2 Online Monitoring .................................................................................................... 9
1.3 PC Use BZ7002 Calibration Software .......................................................................... 9
1.4 PC Use BZ7003 Offline Software ................................................................................ 9
1.5 Stand-alone Use ...................................................................................................... 9
Chapter 2 Preliminary Tasks ............................................................................................... 12
2.1 Connecting the Monitor to the PC ............................................................................ 13
2.2 Checking /changing the Fuses in the Monitor. ........................................................... 14
2.3 Setting the USB Communication Parameters ............................................................. 17
2.4 Setting the RS-232 Communication Parameters ........................................................... 18
2.5 Setting the Ethernet Communication Parameters ....................................................... 19
2.6 Setting-up user Levels ........................................................................................... 23
2.7 Restoring of calibration data ................................................................................... 25
Chapter 3 Philosophy of Operation ....................................................................................... 26
3.1 PC Use – Online .................................................................................................... 27
3.2 Stand-alone Use .................................................................................................... 28
Chapter 4 Introduction to and Familiarization with the Monitor ............................................... 30
4.1 Special Terminology ............................................................................................... 31
4.2 Attaching the Sampling Tube and External Filter ........................................................ 34
4.3 Familiarization with the Monitor using the Front Panel ................................................ 35
Chapter 5 The Monitor ....................................................................................................... 56
5.1 Introduction .......................................................................................................... 57
5.2 Front Panel ........................................................................................................... 57
5.3 Starting-up or Restarting the Monitor ....................................................................... 61
5.4 Configuring the Monitor .......................................................................................... 64
5.5 Alarm Relay .......................................................................................................... 67
5.6 Continuous Warm System ...................................................................................... 69
Chapter 6 Keying-in Parameters .......................................................................................... 70
6.1 Types of Parameters .............................................................................................. 71
Chapter 7 Setting-up and Starting a Monitoring Task ............................................................ 74
7.1 The Parameters’ Units ............................................................................................ 75
7.2 The Measurement Parameters ................................................................................. 77
7.3 Setting-up the Monitor’s Alarm Levels ...................................................................... 85
7.4 Starting a Monitoring Task ...................................................................................... 86
Chapter 8 Viewing Measurement Data – Using the Monitor .................................................... 90
8.1 Displayed Monitoring Task Data............................................................................... 91
8.2 Printed Monitoring Task Data .................................................................................. 96
8.3 Storage Space in the Display Memory ...................................................................... 99
Chapter 9 Storage of Data in the Monitor’s Memory .............................................................. 100
9.1 Types of Memory in the Monitor ............................................................................. 101
9.2 Storage of Measurement Results ............................................................................ 109
9.3 Management of Data in Background Memory ........................................................... 112
Chapter 10 Using a Printer with the Monitor ......................................................................... 116
10.1 Introduction ......................................................................................................... 117
10.2 Printer Cables ...................................................................................................... 117
10.3 Setting-up Communication Parameters ................................................................... 118
10.4 Additional Parameters Required .............................................................................. 123
10.5 Data Logging Function .......................................................................................... 124
10.6 Error Logging Function .......................................................................................... 124
10.7 Printing-out Data from the Monitor ......................................................................... 125
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Index
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Chapter 11 Maintenance of the 3434i .................................................................................. 126
11.1 Changing the Fine Air-filters .................................................................................. 127
11.2 Cleaning the Filter in the Ventilation Unit ................................................................. 132
11.3 Cleaning the Instrument ........................................................................................ 133
Chapter 12 Calibration of the Optical Filters ......................................................................... 134
12.1 About the Installed Optical Filters ........................................................................... 135
12.2 What is Calibration and Why is it Necessary? ........................................................... 136
12.3 Tasks Before Starting Any Calibration ..................................................................... 138
12.4 The Basic Calibration Set-up .................................................................................. 144
12.5 General Settings – Stand-alone Use ........................................................................ 147
12.6 Zero-point Calibration ........................................................................................... 151
12.7 Humidity-interference Calibrations – Stand-alone Use ............................................... 155
12.8 Span Calibration ................................................................................................... 159
12.9 Calibration of the Water-vapour Filter – Stand-alone Use ........................................... 167
12.10 Setting-up a Combined Zero-point and Humidity-interference Calibration – Stand-
alone Use ................................................................................................................ 173
12.11 Setting-up any Combined Calibration – Stand-alone Use ...................................... 175
Chapter 13 Messages Related to Calibration ......................................................................... 177
13.1 “Successful” Calibration Messages .......................................................................... 178
13.2 “Successful *” Calibration Messages ........................................................................ 178
13.3 “Invalid” Calibration Messages ............................................................................... 179
13.4 Error Messages Displayed when the INFO button is used ........................................... 179
Chapter 14 Warning and Error Messages ............................................................................. 185
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Safety Considerations
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3434i SF6 Leak Detector
July 2014
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Safety Considerations
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Safety Considerations.
Throughout this manual Monitor is used for:
The 3434i SF6 Leak Detector
The Monitor complies with:
• EN/IEC 61010-1, 2
equipment for measurement, control and laboratory use.
• Can/CSA-C22.2 No. 61010-1-04 - Safety Requirements for
Electrical Equipment for Measurement, Control, and Laboratory
Use.
• UL Std. No. 61010A-1 (2
Electrical Equipment for Measurement, Control, and Laboratory
Use.
To ensure safe operation and retain the Monitor in safe condition,
note the following:
TO AVOID THE POSSIBILITY OF AN EXPLOSION; MONITORING
OF FLAMMABLE GASES IN EXPLOSIVE CONCENTRATIONS
nd
Edition: Safety requirements for electrical
nd
Edition) - Safety Requirements for
EXPLOSION HAZARD!
MUST NEVER BE ATTEMPTED.
Never operate the 3434i SF6 Leak Detector in potentially
explosive environments.
When monitoring potentially flammable or toxic gases it is essential
that:
• The instrument itself is placed in a well-ventilated area outside the
potentially hazardous zone.
• A sufficiently long tube is connected to the air-outlet on the back
panel so that the sampled gas is carried away to the open air or to
an extraction and/or filtration unit.
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Safety Considerations
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Environmental Conditions for transport and storage:
Temperature: -25 to +55ºC
Relative Humidity: 0 to 80% RH
Atmospheric Pressure: 800 to 1060 hPa
Warnings!
• Avoid water condensation in the instrument.
• Switch off all equipment before connecting or disconnecting their
digital interface. Failure to do so could damage the equipment.
• Whenever it is likely that correct function or operating safety of
the apparatus has been impaired, the apparatus must be made
inoperative and secured against unintended operation.
• Any adjustment, maintenance and repair of the open apparatus
under voltage must be avoided as far as possible and, if
unavoidable, must be carried out only by trained personnel.
• If a fault is reported by the monitor that indicates correct function
of the instrument may be impaired, consult your local LumaSense
Technologies representative. Under no circumstances should repair
be attempted by persons not qualified in service of electronic
instrumentation.
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Safety Considerations
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Applying Power
Before using the 3434i check that the available mains voltage match
the specified voltage and frequency for the instrument.
SAFETY SYMBOLS
The apparatus will be marked with this symbol when it is important
that the user refers to the associated warning statement given in the
User Guide.
Frame or Chassis Dangerous voltage Protective earth
Copyright © 2014 LumaSense Technologies A/S
All rights reserved. No part of this publication may be reproduced or
distributed in any form or by any means without prior consent in
writing from LumaSense Technologies A/S, Denmark
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Chapter 1
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Chapter 1
Using this Manual
July 2014
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Chapter 1
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1.1 Introduction
This manual can be used in several ways. The first time users can
work their way through the examples in order to get to know this
monitoring system. The more experienced users can jump directly to
the relevant chapters in order to gain assistance, and experts can
use this manual as a reference book by using the index.
The monitor can be operated in different ways; Online Monitoring
using LumaSoft Gas Single point 7810, Online Calibration and backup using the Calibration Software BZ7002, Offline using the Offline
Software BZ7003 , and as a Stand-alone instrument. This manual
focuses on the Stand-alone use. For instruction in the use of BZ7002
and BZ7003 please refer to the User Manuals BE6034 and BE6035
respectively.
1.2 Online Monitoring
LumaSoft Gas Single Point 7810 is supplied with the instrument. This
is to be used for Online monitoring (PC use) please follow the
instructions in the BE6027 User Manual for online monitoring and
set-up.
1.3 PC Use BZ7002 Calibration Software
The BZ7002 Calibration Software is used for calibration of the gas
monitor from a PC. Please refer to the BZ7002 User Manual BE6034
and Chapter 12 of this Manual.
1.4 PC Use BZ7003 Offline Software
Data from the display memory can be copied to the background memory
after a measurement task is performed. The BZ7003 Offline Software is
used for upload of these measurement data from the monitor to the PC in
either excel format or text format files. Please refer to the User Manual
BE6035 and Chapter 9 of this manual for further instructions.
1.5 Stand-alone Use
In some situations, it may be necessary to set up without connecting
it to a PC. The procedure to do this are covered in this manual under
the Stand-alone use headings. The way these instructions are
presented is shown below:
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↵
SELECT SET-UP BRANCH
S1 S2 S3
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MEASUREMENT FORMAT CONFIGURATION
The display above is used continuously through-out this manual. It
assists you displaying the text on screen and by indicating which of
the push-buttons can and should be pressed.
In general, the push-buttons shown above are used to navigate
through the various modes possible within the 3434i but are
described in more detail below:
These push-buttons are illustrated as S1, S2 and S3. On the 3434i
they correspond to the key and their position on the instrument.
These select push-buttons enable you to select one of the options
displayed.
This group of 5 push-buttons are referred to in this manual
collectively as the direction keys. The symbols below are used to
simplify the instruction in this manual.
▲ & ▼ enable you to increase & decrease numbers, respectively, or
to go to the Previous & Next Displays, respectively.
◄ & ► enable you to move across number fields or go to the
Previous & Next gases, respectively.
, depending on the situations, acts as an “Enter” or “Go To Head”
key.
Memory Function push-buttons are always represented with the name
of the push-button enclosed in a box which is shaded-in.
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SYSTEM Text that appears on the display screen is shown in an open
shaded box, using UPPER case letters.
FORMAT System General Clock
When referring to any part of the Set-up “tree”, the text is
shown in open shaded boxes with the same typeface as that
used in the “tree”.
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Chapter 2
Preliminary Tasks
July 2014
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Chapter 2
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When taking delivery of the 3434i SF6 Leak Detector, five very
important and preliminary tasks must be completed before starting
to operate it:
Install the BZ7002 Calibration Software to enable operation Back-up
of the calibration file supplied with the instrument if calibrations are
performed by LumaSense Technologies A/S.
Connect the Monitor to a PC (see section 2.1).
Check/Change the fuses in the monitor (see section 2.2).
Set the Communication parameters. USB (see section 2.3), RS232
(see section 2.4), Ethernet (see section 2.5).
Set-up the password protected user levels (see section 2.6).
2.1 Connecting the Monitor to the PC
The monitor comes complete with a USB interface cable. The
maximum length of an USB cable is 5 meters. USB extension kits can
be used to extend the USB connection to 30 meters.
The gas monitor can also be connected to a PC using a 9-pin to 9-pin
null modem RS-232 interface cable (optional accessory WL950-003).
Finally the monitor can be connected to a PC using the Ethernet
network connection.
2.1.1 Fitting the RS-232 Cable.
Ensure that both the monitor and the PC are switched off at the
mains. Failure to do so may result in your equipment being
damaged.
Locate the serial port at the back of the PC; refer to your PC manual
if in doubt.
Push the connector on the RS-232 cable on to the serial port socket,
and secure it firmly using the securing screws.
Locate the output labelled “RS-232” at the back of the Monitor.
Push the connector at the other end of the RS-232 cable on to this
socket, and secure it firmly using the securing screws.
Turn on the PC. Wait for Windows to start up.
The instruments can be turned on at the mains now.
2.1.2 Fitting the USB Cable.
The gas monitor can be connected to an USB port on the PC in order
to make measurements using the LumaSoft Gas Single Point 7810 PC
application, which communicates using the USB interface
communication protocol.
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Chapter 2
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The USB interface cable can be connected while the gas monitor is
switched on.
2.2.3 Fitting the Ethernet Cable.
The gas monitor can be connected to a local Ethernet network in
order to make measurements using the LumaSoft Gas Single Point
7810 PC application, which communicates using the TCP/IP network
interface protocol or to view the homepage of the gas monitor in a
standard PC internet browser.
The Ethernet network cable can be connected while the gas monitor
is switched on.
Connect a standard Ethernet network cable to the Ethernet socket
connector on the back of the gas monitor. Connect the other end of
the Ethernet network cable to your local network. The yellow LED on
the Ethernet socket connector will lit, if a local network connection is
detected.
2.2 Checking /changing the Fuses in the Monitor.
Unplug the Monitor from the mains power supply and pull out the
plug in the AC Mains socket of the Monitor
If the fuses in the Monitor are blown it can indicate a serious fault in
the instrument, therefore it is advisable to contact your LumaSense
service representative before changing the fuse!
2.2.1 Checking/changing the Fuses in the 3434i
1. Turn the 3434i so that it stands on its back panel and remove
the rubber “shoes” mounted on the four “feet” of its baseplate.
2. Using Pozidrive screwdriver No. 1, undo and completely
remove the screws located under the rubber “shoes” which
have just been removed.
Note: these screws hold the upper and lower covers of the
3434i together. If the screws are not completely undone you
will not be able to remove the upper cover as explained in step
5.
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3. Undo the upper four screws holding the frame over the back-
panel of the 3434i using Pozidrive screwdriver No. 0.
4. Using the Pozidrive screwdriver No.0 undo the upper four
screws which hold the frame over the front panel of the 3434i.
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Chapter 2
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5. Gently lift off the upper cover of the 3434i by pulling it firmly
upward.
6. Use a screwdriver to remove the fuse-holder:
7. Remove the old fuse from the holder and replace it with a new.
Check that the fuse has the correct rating.
The fuse must be:
Slow-blow (T) fuse with a rating of 2.5 A, 250 VAC, 5x20 mm, UL
approved.
LumaSense order number: VF0102A
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8. Install the fuse-holder and re-assemble the 3434i again.
The figure below shows the inside of the top cover of the 3434i. Note
that the front side of the cover has square flanges. Place the top
cover back in its correct position on top of the 3434i and screw in the
all screws.
2.3 Setting the USB Communication Parameters
The LumaSoft Gas 7810 application with USB communication is able
to communicate with the 3434i gas monitor through a USB cable.
BZ7002 and BZ7003 applications with USB communication are able
to communicate with the 3434i gas monitor through a USB cable .
No setup on the 3434i gas monitor is necessary in order to be able to
communicate with the 3434i gas monitor through an USB connection.
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Chapter 2
Baud rate
9600
Stop bits
1
Data bits
7
Parity
Even
Hardwire mode
Leased line
Handshake type
Hardwire
Text Line
Terminator
CR-LF
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2.4 Setting the RS-232 Communication Parameters
2.4.1 Default RS-232 Communication Parameters.
The Default RS-232 Communication parameters are shown in the
table below.
Performing a full reset will set all parameters to the default settings.
2.4.2 Checking/Changing the RS-232 Communication Parameters
The communication parameters for the serial interface must be set
using the push-buttons on the front of the monitor.
1. Press SET-UP S3 S1 S3 S1 .The screen display now shows the
following text.
If the baud rate displayed is incorrect press ↵ and use ▲ and ▼ to
display the correct value. Press ↵ again to store the selection.
If the baud rate displayed is correct, then press ▼ to continue to the
next parameter.
Press S1 to select 1 STOP BIT.
Press S1 to select 7 DATA BITS
Press S2 to select EVEN PARITY
Press S3 to select LEASED-LINE
Press S3 to select HARD-WIRED HANDSHAKE.
Press SET-UP to exit the set-up mode
Press RESET and S1 in order that the new settings are enabled.
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SELECT ADDRESSABLE SET-UP BRANCH
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2.4.3 Checking/Changing the Text line Terminator.
The Text line Terminator must be set using the push-buttons on the
front of the monitor.
Press SET-UP S2 ▼ ▼ ▼ S3
Press SET-UP to exit the set-up mode
2.4.4 Checking/Changing the Data Log and Error Log Options.
The Data Log and Error Log must be set using the push-buttons on
the front of the monitor.
Press SET-UP S3 S1 S1 S3 ▼S1 S1
Press SET-UP to exit the set-up mode
2.5 Setting the Ethernet Communication Parameters
The LumaSoft Gas 7810 application with Ethernet communication is
able to communicate with the 3434i gas monitor through a local
Ethernet network.
The homepage of the 3434i gas monitor can also be displayed in a
web browser, when the 3434i gas monitor is connected to a local
Ethernet network.
2.5.1 Checking/Changing the Ethernet Communication Parameters
The communication parameters for the Ethernet interface can be set
by using the push-buttons on the front of the monitor.
1. Press SET-UP S3 S1 S3 S2. The screen display now shows the
following text.
Ethernet IEEE 488
2. Press S1 to enter the Ethernet setup. During this setup you can
also use the ▲ and ▼ keys to go back and forth between the
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IS 3434i'S IP ADDRESS SET BY DHCP ?
3434i 'S IP ADDRESS 192.168.000.200
PRESS ENTER TO CHANGE VALUE
3434i'S IP ADDRESS 192.168.000.200
CANCEL DEFAULT
3434i'S IP PORT NUMBER: 23
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available Ethernet settings. The screen display now shows the
following text.
NO YES
3. Here you can select whether the IP address of the 3434i gas
monitor is to be assigned by a DHCP server in the local network.
If you want the 3434i's IP address to be assigned by the DHCP
server press the S3 (Yes) key, where after you will proceed to the
below step 6 as the IP address is set by the DHCP server. If you
want yourself to set the IP address of the 3434i press the S1 (No)
key. The screen display now shows the following text.
4. Here you can change the IP address of the 3434i gas monitor in
case the IP address is not set by a DHCP server in the local
network. If you want to change the IP address, press the ↵ key. If
the IP address does not need to be changed, press the ▼ key and
you will proceed to the below step 6.
If you selected to change the IP address, the screen display now
shows the following text.
5. Here you can change the 4 individual numbers in the IP address
by using the ▲ and ▼ keys. Each of the 4 individual numbers can
be set in the range from 000 to 255.
You can step between the 4 individual numbers in the IP address
by using the ◄ and ► keys.
In case you want to return to the start value of the IP address
press the S1 (CANCEL) key. In case you want to return to the
default stored value of the IP address press the S3 (DEFAULT)
key.
When you have set the IP address, press the ↵ key. The screen
display now shows the following text.
PRESS ENTER TO CHANGE VALUE
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PROTECTED IP ADDRESS 000.000.000.000
3434i'S IP PORT NUMBER: 23
PROTECTED IP ADDRESS 000.000.000.000
CANCEL DEFAULT
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6. Here you can set the IP port number for the Ethernet
communication. This normally does not need to be changed. If
you want to change the IP port number press the ↵ key. If the IP
port numbers does not need to be changed, press the ▼ key and
you will proceed to the below step 8. If you selected to change the
IP port number the screen display now shows the following text.
CANCEL DEFAULT
7. Here you can change the IP port number by using the ▲ and ▼
keys. The port number can be set in the range from 0 to 32767.
In case you want to return to the start value of the IP port
number press the S1 (CANCEL) key. In case you want to return to
the default stored value of the IP port number press the S3
(DEFAULT) key.
When you have set the IP port number, press the ↵ key. The
screen display now shows the following text.
PRESS ENTER TO CHANGE VALUE
8. In case you want the 3434i gas monitor to be able to
communicate only with a certain PC on the local network, you can
set the IP address of this PC as the protected IP address. This can
be desired due to security reasons so no other PC is able to
communicate with the 3434i gas monitor.
If no protection is desired the protected IP address should be set
to a value of 000.000.000.000.
If you want to change the protected IP address, press the ↵ key.
If the protected IP address does not need to be changed, press
the ▼ key and you will proceed to the below step 10.
If you selected to change the protected IP address the screen
display now shows the following text.
9. Here you can change the 4 individual numbers in the protected IP
address by using the ▲ and ▼ keys. Each of the 4 individual
numbers can be set in the range from 000 to 255.
You can step between the 4 individual numbers in the protected IP
address by using the ◄ and ► keys.
In case you want to return to the start values of the protected IP
address press the S1 (CANCEL) key. In case you want to return to
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CURRENT DHCP ADDRESS 192.168.000.062
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the default stored value of the protected IP address press the S3
(DEFAULT) key.
When you have set the protected IP address, press the ↵ key.
If you previously selected that the IP address was NOT to be set
by the DHCP server you will proceed to the below step 11.
If you instead selected that the IP address to be set by the DHCP
server, the screen display now shows the following text.
ACCEPT
10. Here the IP address of the 3434i, which has been assigned by the
DHCP server, is displayed. This IP address can be used to
manually set Ethernet communication in a PC application, which
accesses the 3434i gas monitor.
Press the S2 (ACCEPT) key to accept.
11. This concludes the setup of the Ethernet parameters of the 3434i
gas monitor.
Press the SET-UP key to leave the setup.
2.5.2 Display the Homepage of the Monitor
The homepage of the 3434i gas monitor can be displayed if the gas
monitor is connected to a Ethernet network.
In section 2.5.1 it is explained how to set-up the Ethernet
parameters in the 3434i gas monitor.
Any web browser can be used to display the homepage of the gas
monitor. The IP address obtained from the Ethernet set-up of the
3434i gas monitor, can be entered in the address field of the web
browser in order to display the homepage.
The last measured gas values are displayed together with
information about the gas monitor, like the device serial number, if
water- and cross-compensation is performed.
Error and warning messages (see Chapter 14 for further details) will
also be displayed on the homepage.
The grey "Update Measurements" link can be used to update the
homepage with the last measurement results.
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Fig.2.1 The 3434i gas monitor homepage
2.6 Setting-up user Levels
Press the Lock function push button on the front of the Monitor.
This enables setting up 3 different user levels, Level 1, Level 2 and
Level 3.
These user levels are password protected.
Level 1 is the Operator level, which enables start/stop and reading of
measurement results. Partial Reset is possible.
Level 2 is the Expert level, which in addition to Level 1 access
enables set up of parameters. Full Reset is possible.
Level 3 is the Super-User level, which allows all possible operations
including calibration.
2.6.1 Default settings for User Level and Password.
Before dispatch from the factory the User Level and the Password are
set to the following default setting.
User Level 3
And the default setting for the Password is:
Password: ***** (5 times *)
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CURRENT USER LEVEL IS X
CHANGE USER LEVEL CHANGE PASSWORD
ENTER PASSWORD "*****"
PASSWORD IS "*****"
PRESS ENTER TO CHANGE VALUE
ENTER PASSWORD "*****"
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These settings are to be used to change user level or password the
first time.
2.6.2 Changing the Password
In order to change the Password Press the Lock function push
button on the front of the Monitor.
The following text is displayed.
Press S3 “CHANGE PASSWORD”
The following text appears.
PRESS ENTER TO CHANGE VALUE
1. Press ↵ to change value.
The following text appears.
CANCEL DEFAULT
2. Enter the old Password using the ▲ and ▼ keys.
3. Press ↵.
The following text appears.
4. Type in the new Password using the ▲ and ▼ keys.
5. Press ↵.
2.6.3 Changing the User Level
In order to change the User Level Press the Lock function push
button on the front of the Monitor
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ENTER PASSWORD "*****"
CURRENT USER LEVEL IS X
CHANGE USER LEVEL CHANGE PASSWORD
CURRENT USER LEVEL IS X
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The following text is displayed.
1. Press S1 “CHANGE USER LEVEL”
The following text appears.
PRESS ENTER TO CHANGE VALUE
2. Press ↵.
3. Enter the current Password using the ▲ and ▼ keys.
4. Press ↵.
The following text appears.
PRESS ENTER TO CHANGE VALUE
5. Press ↵.
6. Use the ▲ and ▼ keys to change the User level.
7. Press ↵.
8. Press the Lock function push button to exit.
2.7 Restoring of calibration data
If you have ordered a calibration from our calibration laboratory, you
will receive a CD with a backup of the calibration data. It is very
important that you store these data in your Calibration Software
BZ7002. Please store the data before using the Gas Monitor. Please
refer to the User Manual BE6034 regarding this procedure.
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Chapter 3
Philosophy of Operation
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Chapter 3
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The monitor has several essential operational features, which enable
you to operate it without undue reference to this Instruction Manual.
The main features of the monitor which ensure its simple and easy
operation, are listed below:
• The fully, comprehensive Software BZ7002 and BZ7003.
• The LumaSoft Gas Single Point 7810 application software.
• The short, self-explanatory texts, which appear in the monitor
display when the monitor is being used, give operational guidance
to the user.
• The small light-emitting diodes at some of the push-buttons allow
the user to identify how the monitor is operating at any particular
time.
• Audible warnings “beep” if any push-buttons are used in the
wrong way.
3.1 PC Use – Online
A monitoring system, where you use the PC environment to set-up
the monitor prior to measuring, display measurement data on the PC
screen while monitoring and store the measurement results directly
on the PC’s hard disc. The LumaSoft Gas Single Point 7810
application software is used for making online measurements. The
measurement results can be used by other programs that fetch data
from the SQL Server Express database server featured by the 7810
application. A manual BE6027 for the 7810 application is available
for reference.
Using the online mode (7810 Application Software) provides you with
a variety of Software Alarm options. Not only are the alarm trigger
levels definable, but the action resulting from an alarm being
triggered can also be defined here. This enables you to connect
external warning systems to the monitoring system.
The philosophy behind the 7810 Application Software is common to
almost all Windows programs. Access to the various levels of the
program is gained by use of the MENU BAR, PULL-DOWN MENUS,
NEW WINDOW options and INDEX-CARD separators. These familiar
procedures, together with the simple software structure, make the
instructions in the On-line sections of this manual understandable
and easy to implement.
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CURRENT TIME IS 2011-06-13 17:12
SELECT SET-UP BRANCH
SELECT SET-UP BRANCH
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3.2 Stand-alone Use
This method of operation is available to those of you who wish to use
the monitor without connection it to a PC. The monitor is set-up and
the results are displayed via the monitor’s front panel.
The structure of the monitor set-up can be viewed like an inverted
tree. The main branches divide and separate into minor branches.
These in turn divide again and again.
To move through the tree, the branches are selected using the
“select” push-buttons (see section 1.5). Use the Set-up Tree,
supplied with the monitor and the example steps below to see how
the instructions progress. Starting from the initial screen display.
MONITOR IS READY FOR USE
1. Press SET-UP, and the text changes to that displayed below.
MEASUREMENT FORMAT CONFIGURATION
2. To select the MEASUREMENT branch, press S1. (Pressing either
of the other “select” push-buttons will take you along another
branch of the set-up tree. The following text is displayed.
MONITORING TASK ENVIRONMENT
To select the ENVIRONMENT branch, press S3. The text is
displayed.
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SELECT FLUSHING MODE
LENGTH OF SAMPLING TUBE 00.00 m
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AUTO FIXED TIME
3. To select the AUTO flushing mode, press S1. The following text is
displayed.
PRESS ENTER TO CHANGE VALUE
This branch does not divide again. At this stage you are able to
define the parameters in this branch of the tree using the direction
push-buttons.
If the branch had divided again, it is a simply process of using the
correct “select” push-button to continue down the desired branch.
Parameters that are already selected are displayed either with a
cursor under the current selection or the value is displayed on the
top line.
When the correct value or parameter is already selected, you can
continue on through the tree using the ▼direction push-button.
To exit SET-UP mode press SET-UP
Defining parameters is covered in section 6.1.
The procedures in the example above are common to all the
situations where the “select” push-buttons can be used to access the
different levels in the monitor.
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Chapter 4
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Chapter 4
Introduction to and Familiarization
with the Monitor
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