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LumaSense technologies INNOVA 1316A-1 Instruction Manual

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Instruction
Manual
INNOVA -1316A-1
Multi Gas Monitor
BZ6012 – 1316A-1 PC Software
BE6020-14

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Summary of Contents for LumaSense technologies INNOVA 1316A-1

  • Page 1 Instruction Manual INNOVA -1316A-1 Multi Gas Monitor BZ6012 – 1316A-1 PC Software BE6020-14...

  • Page 2: Table Of Contents

    3.2.3 Gas Curves ......................43 Status ........................46 Screen Problem Status ................... 47 3.4.1 Pump In Flow....................48 3.4.2 New NO Sensor ....................48 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 2 of 98...
  • Page 3 5.1.5 Valve Test ......................93 5.1.6 Miscellaneous Data..................... 94 5.1.7 Pressure Data....................96 5.1.8 O and NO Sensor Replacement ................97 5.1.9 Field replaceable parts..................97 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 3 of 98...

  • Page 4: 1316A-1 Multi Gas Monitor

    1316A-1 Multi Gas Monitor ____________________________________________________________________________________________ 1316A-1 Multi Gas Monitor BZ6012 – 1316A-1 PC Software April 2014 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 4 of 98...
  • Page 5 The instrument must always be operated with its chassis at earth potential. Only use power outlets that can supply an earth to the instrument. Safety Symbol Caution: Refer to associated instructions given in this Manual. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 5 of 98...

  • Page 6: About This Manual

    BZ6012 for 1316A-1 Multi Gas Monitor Trademarks MS-Windows are registered trademarks of Microsoft Corporation. Copyright © 2009, 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, Ballerup, Denmark.

  • Page 7: Chapter 1 Introduction And Specifications

    Chapter 1 _________________________________________________________________________________________ Chapter 1 Introduction and Specifications April 2014 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 7 of 98...

  • Page 8: Broad Overview

    On/Off switch. All configuration of the monitor is, therefore, done over the serial link or USB link using a PC running the specially developed BZ 6012 software. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 8 of 98...

  • Page 9: Ndir Module And Ua1372 Module (Optional) Measuring System

    The Zero Gas used for zero calibration of the NDIR Module and for Span Calibrating the Oxygen Sensor is drawn via the Zero Gas inlet. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 9 of 98...

  • Page 10: Power Supply

    (VM0201A) sensor. Please contact your local LumaSense A/S representative for further information. The NDIR Module and the Electrochemical Sensors are to be specified prior to purchase. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 10 of 98...

  • Page 11: Ndir Gas Measurement

    Chapter 1 _________________________________________________________________________________________ The Multi Gas Monitor INNOVA 1316A-1 is delivered as specified by the Customer. 1.4 NDIR Gas Measurement Module VM0100A measures following sample concentrations: Carbon Dioxide (CO , Carbon Monoxide (CO), and Hydro Carbons (HC) either with reference to N-Hexane or Propane...

  • Page 12: The Infrared Transmission Spectra

    HC, CO, and CO gases. Figure 1.3 Infrared Transmission Spectra for Hexane, Carbon Monoxide and Carbon Dioxide. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 12 of 98...

  • Page 13: The Ndir Module Building Blocks

    Hydrocarbons, Carbon Dioxide and Carbon Monoxide. The filter associated with Hydrocarbons is centred on 3.46 µm (2889 ), the filter associated with Carbon Dioxide is centred on 4.43 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 13 of 98...

  • Page 14: The Ndir Temperature Measurements

    Span calibration (via the use of temperature compensated HC, CO and CO data). An “out of range” IR detector/filter temperature condition causes HC, and CO data to be declared “data invalid.” _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 14 of 98...

  • Page 15: The Ndir Pressure Measurements

    Gas law compensation” during HC, CO and CO gas concentration measurement. Zero/O Span and Span calibration (via the use of temperature compensated HC, CO and CO data). _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 15 of 98...

  • Page 16: The O And No Measurement

    In normal practice ambient air is used as the reference gas for the Oxygen measurement as it contains a stable amount of Oxygen – 20.95 % referenced to dry gas condition. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 16 of 98...

  • Page 17: Chapter 2 Installation And Getting Started

    Chapter 2 _________________________________________________________________________________________ Chapter 2 Installation and Getting Started April 2014 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 17 of 98...

  • Page 18: Installing The Monitor

    You should protect the Nafion tubing against the effects of ultra- violet light, as this reduces the tubes lifetime. Nafion tubing should _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 18 of 98...

  • Page 19: Mains Supply

    · Store measurement data in a log file on the PC’s disk while measurements are being made · Control up to four Multi Gas Monitors INNOVA 1316A-1 The BZ6012 application can be installed by using the BZ6012 software CD-ROM.

  • Page 20: Installing The Bz6012 Software On The Pc

    CD drive, you will manually need to start the BZ6012 installation package found on the software CD-ROM disk. 5. After a while the welcoming window appears. Select ‘Next’ to continue installation. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 20 of 98...
  • Page 21 Normally this should not be changed. Select ‘Next’ to continue installation. 7. Now you’re ready to install the BZ6012 software. Select ‘Install’ to begin the installation. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 21 of 98...
  • Page 22 8. During installation the following window appears. 9. When installation is completed you just select ‘Finish’ in order to finish the installation of the BZ6012. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 22 of 98...
  • Page 23 Chapter 2 _________________________________________________________________________________________ a. It is now possible to start the BZ6012 Application by using BZ6012 shortcuts found b. on the desktop or c. in Start -> All Programs -> LumaSense Technologies -> BZ6012. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor...

  • Page 24: Installing The Usb Driver For The 1316A-1

    2. After a while the welcoming window appears. Select ‘Next’ to continue installation. 3. In the “License Agreement” window accept the terms. Select ‘Next’ to continue installation. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 24 of 98...
  • Page 25 4. In the “Choose Destination Location” window select ‘Next’ to continue installation. 5. In the “Ready to Install the Program” window select ‘Next’ to continue the installation. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 25 of 98...
  • Page 26 7. In the “InstallShield Wizard Complete” window select ‘Finish’ to continue the installation. Please do not un-tick or change the “Launch the CP210x VCP Driver Installer” setting. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 26 of 98...
  • Page 27 9. After installing the USB driver for 1316A-1 you are asked to restart your PC. 10. This concludes the installation of the USB driver for the 1316A-1. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 27 of 98...

  • Page 28: Verification Of The Software Bz6012 Version

    The 1316A-1 monitor also has a standard USB socket on its rear panel. This is the digital interface used to communicate with the _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 28 of 98...
  • Page 29 COM1-COM4, by changing the properties of the virtual COM port using the “Device Manager”. Figure 2.4 : Windows “Device Manager” showing the virtual COM port for the USB connection. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 29 of 98...

  • Page 30: Starting The Monitor

    2. Browse for the BZ6012 program in Start -> All Programs -> LumaSense Technologies -> BZ6012. 3. After installation the Software is setup to start automatically when making a logon as the BZ6012 user.

  • Page 31: Using The Software

    BZ6012 program. 2.6.3 Menu Bar Located below the title bar, this area offers pull-down menus used for choosing the different setups, measurement, calibration or utilities. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 31 of 98...

  • Page 32: Workspace

    1316A-1 monitor. To set the correct port, do the following procedure: 1. With the Main Menu screen displayed, Select the COM port in the bottom part of the screen. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 32 of 98...

  • Page 33: Starting A Measurement

    To stop the measurement task press the STOP soft key. To exit the Program and return to the Windows desktop press the EXIT Soft Key. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 33 of 98...

  • Page 34: Chapter 3 Configuration And Displaying Measurement Results

    Chapter 3 _________________________________________________________________________________________ Chapter 3 Configuration and displaying measurement results April 2014 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 34 of 98...

  • Page 35: General Information

    Using the relative Time the data is presented on a time axis in seconds from the time when measurement was started. Gas Conc: Selecting this gives a read out of Gas concentrations. see figure 3.1. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 35 of 98...
  • Page 36 Mean values in the upper part of the Main Window and the real time results in the bottom part of the window see figure 3.2 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 36 of 98...
  • Page 37 Mean+STDEV gives the mean value and the standard deviation value. The standard deviation value for the number of samples selected is given in the Middle part of the window. See figure 3.3. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 37 of 98...
  • Page 38 To see if a zero calibration is requested pull down the Screens drop down and select Status. The Status screen will be displayed, see figure 3.4. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 38 of 98...
  • Page 39 PC’s Hard Disk. To create a data log file pull down the File menu bar and select “New File”: _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 39 of 98...
  • Page 40 Microsoft Excel. The format of the data in the file is shown below. Data separator: space Text delimiter: none _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 40 of 98...
  • Page 41 It is from this window possible to select to have the data transmitted as One Packet for a number of measurement results or to have the data transmitted continuously. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 41 of 98...
  • Page 42 Zero calibration execution time is typically 30 to 45 seconds, including a purge time that depends on the pneumatics configuration and a fixed calibration time of 20 seconds. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 42 of 98...

  • Page 43: Gas Curves

    , CO and O in a percentage (%) scale. And the secondary y-axis to present measurement data for CH and NO in a ppm scale. See figure 3.8. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 43 of 98...
  • Page 44 APPLY Soft Key to activate the new settings. 1316A-1 Field. This field is used to change the screen displayed between the up to four different 1316A-1 to display the measurement result. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 44 of 98...
  • Page 45 After changing the scale and selection of the gases to be shown on the graph press the APPLY Soft Key to activate the new settings. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 45 of 98...

  • Page 46: Status

    This is useful in helping with the diagnosis of any problems you may be having with the system. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 46 of 98...

  • Page 47: Screen Problem Status

    In the bottom part of the Status screen, see figure 3.10, error and warnings are displayed. If a fault status is discovered the text box text is changed from to Check. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 47 of 98...

  • Page 48: Pump In Flow

    Might also display a Zero calibration fail error in the Data status of the status screen. , CO, HC, NO Zero calibration fail and O span calibration fail will be displayed. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 48 of 98...

  • Page 49: Ambient Temperature Range

    A probable course for this could be occluded tubing, external filter, inlet filter. Corrective actions eliminate occlusion. 3.4.8 Leak Check Not included in the 1316A-1. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 49 of 98...

  • Page 50: Reset

    At any time it is possible to perform a reset to restart the 1316A-1 monitor. Pull down the Bench Command Menu Select Soft Reset. Following window appear. Figure 3.11: The Soft Reset Window. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 50 of 98...

  • Page 51: Operating Modes Of The Multi Gas Monitor 1316A-1

    Gas Monitor 1316A-1 leaves Normal mode and enters Standby mode. 3.6.3 Standby Operating Mode The 1316A-1 Gas Monitor’s Pump is turned OFF when the Standby mode is entered. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 51 of 98...

  • Page 52: System Fault Operating Mode

    ¨ ADC data acquisition error. ¨ IR source error. ¨ Flash memory error. Recovery from system fault mode requires a power-down/power-on reset, and may call for product service. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 52 of 98...

  • Page 53: Chapter 4 Calibration

    Chapter 4 _________________________________________________________________________________________ Chapter 4 Calibration April 2014 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 53 of 98...

  • Page 54: Introduction

    IR gas channel. These individual response curves are stored in the NDIR module flash memory, and enable the Multi Gas Monitor 1316A-1 to measure gas concentration accurately. 4.1.2 Field Calibration The Multi Gas Monitor –INNOVA 1316A-1 is designed to be zero and span stable in normal operation. Zero calibration...
  • Page 55 6 minute interval and 30 minutes thereafter). After a ±3°C change in detector temperature. When an ADC input range error occurs on one or more IR channel (CO CO, HC, reference). _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 55 of 98...
  • Page 56 Purge time ( PT) can be extended . Pull down the Bench Command menu select Zero/O Change the PT value). Select the Zero/ O Span Calibration. The following window is displayed. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 56 of 98...

  • Page 57: Zero Calibration Procedure

    4.2 ). Assuming that the monitor and the PC are connected and the software is running (displaying the Main Menu), the zero calibration continues as follows: _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 57 of 98...
  • Page 58 2. When the Main Menu screen is displayed, select Zero / O Span from the Bench Command pull-down menu. When the Multi Gas Monitor – INNOVA 1316A-1 receives the Zero command, it checks the system status. When all conditions for zero calibration are met, the Process In...
  • Page 59 If this test fails, the Pump Out Flow Check is shown in the Status window (see figure 4.4) and the zero calibration procedure is aborted: _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 59 of 98...
  • Page 60 _________________________________________________________________________________________ Figure 4.4. The Status Window displaying the Pump Out Flow Check. The Multi Gas Monitor – INNOVA 1316A-1 is purged with sample gas by pumping room air from the zero inlet on the rear panel through the entire flow system.

  • Page 61: Error And Warnings Related To A Zero Calibration

    4.2.2 Error and Warnings Related to a Zero Calibration The following conditions cause the Multi Gas Monitor –INNOVA 1316A- 1 to refuse to execute the zero calibration. The Multi Gas Monitor –INNOVA 1316A-1 is in Start-Up mode, figure 4.6, Operating Mode.
  • Page 62 , CO, or HC channel gain cannot be set (e.g., the IR signal is too strong), the following warnings occur, see figure 4.7. Zero Fail. CO Zero Fail. HC Zero Fail _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 62 of 98...
  • Page 63 If the peak-to-peak value for any IR channel is less than a flash-memory-resident minimum value, the following warnings occur see figure 4.8: IR Signal Lost Data Invalid CO Data Invalid HC Data Invalid _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 63 of 98...
  • Page 64 Figure 4.8. The Status window showing Data Invalid and IR signal lost. If the O sensor’s output is lower than a flash-memory-resident minimum value, the New O Sensor Required warning is shown figure 4.9. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 64 of 98...
  • Page 65 In the Main screen see figure 4.10 it is possible to select that zero calibrations are performed automatically whenever requested. By using the AUTO mode. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 65 of 98...

  • Page 66: Span Calibration

    4.3 Span Calibration 4.3.1 Introduction. The Multi Gas Monitor – INNOVA 1316A-1 is designed to be span-stable. Frequent span calibration is not required to maintain accurate gas concentration measurements. The Multi Gas Monitor may need to be routinely span calibrated with suitable mixtures of calibration gases.

  • Page 67: Calibration Gases

    Warning! Never make a direct connection from the pressure valve on a gas cylinder. Always use a side-stream connection like the one shown in figure 4.12. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 67 of 98...

  • Page 68: Span Calibration

    4.3.5 Span Calibration Turn ON the Multi Gas Monitor. You need to let the Multi Gas Monitor – INNOVA 1316A-1 warm up for at least 5 minutes. For optimum span calibration accuracy, let the Multi Gas Monitor –INNOVA 1316A-1 warm up for at least 30 minutes.
  • Page 69 Chapter 4 _________________________________________________________________________________________ Figure 4.13 The Status window displaying that a new NO sensor is required _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 69 of 98...
  • Page 70 This will avoid the Zero calibration to interfere with the Span calibration. Figure 4.15 Set Zero calibration to Manual Start the measurement by pressing the “Start”-button in the Main window, see figure 4.16 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 70 of 98...
  • Page 71 “In Progress”, while Zero calibration. is done, see figure 4.17. When Zero calibration has successfully finished the “Proc in prog”-status is “Not in Progress”, see figure 4.18. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 71 of 98...
  • Page 72 Chapter 4 _________________________________________________________________________________________ Figure 4.17 Status window during Zero calibration. Figure 4.18 Status window when Zero calibration has finished. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 72 of 98...
  • Page 73 “New Mode” to “3 – 6601, New”, see figure 4.20. Press the “Send” button to set mode 3 temporary. Figure 4.20 The Mode select window With Mode 3 selected. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 73 of 98...
  • Page 74 And select Span Calibration see figure 4.21. Figure 4.21. The Bench Command Menu The following window will appear, see figure 4.22. Figure 4.22. The Span Calibration window. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 74 of 98...
  • Page 75 Figure 4.23 The Span Calibration Window to select the gasses and the concentrations for Span calibration The text box in the Span Calibration window now displays Span Calibration ACK. The Span Calibration is in progress. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 75 of 98...
  • Page 76 Figure 4.24 Span Calibration window showing Span calibration in progress. During Span calibration the Status window will show the “In Progress” status, see figure 4.25. Figure 4.25 Status window during the Span Calibration _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 76 of 98...
  • Page 77 After a successful Span calibration the gasses calibrated will show the status "Valid" for each of the gasses which where Span calibrated, see figure 4.26. Figure 4.26 Status window after successful Span calibration _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 77 of 98...
  • Page 78 If the Span calibration fails the Status window will show the “Span Fail” status for the gasses failing to be Span calibrated, see figure 4.27. Figure 4.27 Status window after a failing Span calibration _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 78 of 98...

  • Page 79: To Perform A Span Calibration With Single Component Gas

    Before doing the Span calibration please make sure that Zero calibration is set to “Manual” and the mode is set to 3 as described in section 4.3.5. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 79 of 98...
  • Page 80 4.30) and the Data Status in the Status window is changed to show HC Span, see figure 4.31. The 1316A-1 is calibrated with the selected gas at the concentration keyed in. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 80 of 98...
  • Page 81 Chapter 4 _________________________________________________________________________________________ Figure 4.30. Span Calibration window showing HC calibration in Progress. Figure 4.31. The Status window showing that HC is Span Calibrated (Valid). _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 81 of 98...
  • Page 82 (see figure 4.21) select Data/Status select Hydrocarbon to be used for the calibration. Figure 4.32: The Main window with HC mode selected to be Hexane. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 82 of 98...

  • Page 83: To Perform A Span Calibration With Multi Component Gas Mixture

    3. Connect the calibration-gas bottle as described in section 4.3.4. 4. Open the gas valve and adjust the flow so that a small surplus flow exists in the side-stream tube. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 83 of 98...
  • Page 84 (The Low NO Sensor Limit) the New NO Sensor Required is shown in the Status window, see figure 4.13. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 84 of 98...

  • Page 85: Installing A New No Sensor

    Select the New NO sensor in the Bench command menu, see figure 4.35. Figure 4.35. Bench command menu select New NO sensor The following window appears. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 85 of 98...

  • Page 86: Reset Span Calibration

    The Low NO Sensor Limit is calculated and saved. 4.4 Reset Span Calibration At any time it is possible to return to the factory saved calibration factors. Pull down the Bench Command Menu. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 86 of 98...
  • Page 87 _________________________________________________________________________________________ Select Reset Span. Figure 4.37. Reset Span Window Put in a tick mark for the gases to be set back to default calibration factors. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 87 of 98...

  • Page 88: Chapter 5 Maintenance

    Chapter 5 _________________________________________________________________________________________ Chapter 5 Maintenance April 2014 _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 88 of 98...

  • Page 89: Maintenance Items

    1. Remove the power cable from the mains socket. 2. Insert a suitable screwdriver into both of the fuse holders and unscrew the fuse holders. See figure 5.2. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 89 of 98...
  • Page 90 Chapter 5 _________________________________________________________________________________________ Figure 5.2 Opening the fuse holders Figure 5.3 Accessing the fuses _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 90 of 98...

  • Page 91: Checking The Pump

    5. Screw the fuse holders into the monitor. 6. Attach the mains cable. 5.1.3 Checking the Pump Pull down the Bench Commands menu. Select Pump On/Off Following window will appear. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 91 of 98...

  • Page 92: System Id

    By selecting On and Send it can be verified that the Pump is working properly. 5.1.4 System ID Pull down the Bench Command Menu Select System ID. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 92 of 98...

  • Page 93: Valve Test

    Send soft-key button. 5.1.5 Valve Test To verify that the tree-way valve is working properly. Pull down the Bench Command Menu _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 93 of 98...

  • Page 94: Miscellaneous Data

    Please remember to clear the DCM 1 by selecting Clear and pressing the Send button. 5.1.6 Miscellaneous Data. Pull down the Bench Command Menu. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 94 of 98...
  • Page 95 Hexane and Propane. ADCA and ADCB are of use whenever Analogue output is to be used. Please Contact Your Local LumaSense Representative for further information. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 95 of 98...

  • Page 96: Pressure Data

    Sample cell are displayed after pressing the Send button. The Pressure Data can be used as an indication if occlusion through either of the inlets occurs. _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 96 of 98...

  • Page 97: O 2 And No Sensor Replacement

    Fuse 1.6A T VM0200A electrochemical Sensor VM0201A NO electrochemical Sensor UA1372A Mounting kit for electrochemical Sensors UH5040A Pump UM1118A Tree way valve ZG0370A Power supply _____________________________________________________________________________ BE6020-14 1316A-1 Multi Gas Monitor LumaSense Technologies A/S Instruction Manual Page 97 of 98...
  • Page 98 1316A-1 LumaSense Technologies A/S Tel.:(+45) 44 20 01 00 Energivej 30 Fax: (+45) 44 20 01 01 DK-2750 Ballerup, Denmark http://www.lumasenseinc.com...

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