ABB GLA132 Series User Manual
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ABB GLA132 Series User Manual

Ultraportable analyzers
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ABB MEASUREMENT & ANALYTICS | USER MANUAL
User Manual | ICOS
GLA132 Series Ultraportable Analyzers

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Summary of Contents for ABB GLA132 Series

  • Page 1 — ABB MEASUREMENT & ANALYTICS | USER MANUAL User Manual | ICOS GLA132 Series Ultraportable Analyzers...

  • Page 2: Table Of Contents

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Table of Contents Disclaimer ........................... 5 Cybersecurity .......................... 5 Patent ............................5 Copyright ............................ 5 Safety ............................6 Class of Laser Equipment ..................... 6 Certification ..........................6 WEEE Directive ........................6 Labels ............................
  • Page 3 Replace the Fuse ........................61 Appendix A: About Gas Analyzers and Laser Absorption Spectroscopy .......64 Conventional Laser Absorption Spectroscopy ..............64 ABB-LGR’s Off-Axis Integrated-Cavity Output Spectroscopy (Off-Axis ICOS) ....67 Appendix B: Accessing Data Using the Ethernet ............... 68 Additional Notes ........................69 Appendix C: Wireless Router Setup (Optional) ................
  • Page 4 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Control the WVISS Using the Analyzer Setup Panel ............100 Configuring the WVISS and MIU to run simultaneously ..........108 Appendix H: Spectrum Displays ....................111 GLA132-AMA Methane /Acetylene Analyzer ..............112 GLA431-CCIA2 Carbon Dioxide Isotopic Analyzer............113 GLA132-EAA Ammonia Analyzer ..................

  • Page 5: Disclaimer

    ABB and its affiliates are not liable for damages and/or losses related to such security breaches, any unauthorized access, interference, intrusion, leakage and/or theft of data or information.

  • Page 6: Safety

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Safety The following pages provide important safety precautions. Class of Laser Equipment The analyzer is a Class 1 laser instrument when the case cover is closed for normal operation, and the lock is installed. Certification The analyzer certifications are listed in Table 1.

  • Page 7: Labels

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Labels The following labels are at specific locations on or in the analyzer to identify hazardous areas. (Figure 1) Figure 1: Radiation Labels These labels are located on the enclosure covering the ICOS cell. The fiber laser is visible only when the insulated enclosure is removed from the ICOS cell.

  • Page 8: Laser Hazards

    Only trained service personnel are authorized to open the housing or service the laser. Using this analyzer in a manner not specified by ABB-LGR may result in damage to the analyzer and render it unsafe to operate. Only authorized persons may open the analyzer cover or perform internal maintenance.

  • Page 9: Text Formats And Warning Icons

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Text Formats and Warning Icons Text Formats This section describes the text formats and warning icons used in this manual.  Italicized text is used for emphasis in text and also to emphasize the names of screens or text fields.

  • Page 10: Transportation And Storage Of Boxed Analyzers

    Save the original shipping materials to use when returning the analyzer to ABB-LGR if factory service or repair is needed. Table 3 lists and describes the safety icons on ABB-LGR shipping boxes. Follow these instructions when transporting and storing boxed analyzers.

  • Page 11: Warranty

    5. No-charge repair parts may be sent at ABB-LGR’s sole discretion to the purchaser for installation by purchaser. 6. ABB-LGR’s liability is limited to repair or replace any part of the analyzer free of charge if ABB-LGR’s examination discloses the part to be defective.

  • Page 12: Customer Support

    Description of the Problem The company-issued RMA number must be prominently displayed on the return package. No returns will be accepted collect or C.O.D. On all warranty returns, ABB-LGR will pay the shipping charges on the return of the merchandise to the customer.

  • Page 13: Analyzer Overview

    32 VAC  10 Amps  Fast-blow fuse Cable Plugs and Voltage for EC Countries  See page 129. Always use the power supply cord provided by ABB-LGR. See page 129 for a description of power cords for a specific country.

  • Page 14: External Dimensions

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 External Dimensions  18.5” W x 14” D x 7” H Weight  16.9 kg Cell Volume  345 cc cavity  10 cc tubing  Total volume = 355 cc...

  • Page 15: Standard Components

    Battery power to the analyzer is interrupted If any of these failures occur, you will need a mouse, keyboard and monitor to restart the analyzer. A back up hard drive is recommended. If you have not received all of these components, contact ABB-LGR at icos.support@ca.abb.com.
  • Page 16 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Figure 2 shows the left side of the analyzer. Figure 2: Left Panel Figure 3 shows the right side of the analyzer. Figure 3: Right Panel...

  • Page 17: Power Connections

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Power Connections The power connector is on the left side panel of the analyzer. (Figure 4) The analyzer can be powered two ways:  Using the AC/DC power supply to the DC power inlet ...

  • Page 18: Data Interface Connection Ports

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Data Interface Connection Ports This section describes the data interface connections as shown in Figure 5. These connections may vary from analyzer to analyzer depending on the ordered configuration.  USB ports –...

  • Page 19: Plumbing Diagram

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Plumbing Diagram The plumbing diagram measures the internal flow of gas through the analyzers. Standard Plumbing Figure 6 shows an example of the internal flow of gas in an ultraportable analyzer. Plumbing configurations will vary depending on the analyzer type.

  • Page 20: Inlet/Outlet Connections

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Inlet/Outlet Connections The inlet and outlet ports are located on the left side panel of the analyzer. (Figure 8)  INLET Gas to be measured is connected to the ¼” push-connect port.

  • Page 21: Warning Labels And Descriptions

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Warning Labels and Descriptions This section describes the warning labels shown on the analyzer.  Table 4 gives a description of the warning labels.  Figure 9 shows the location of the labels on the analyzer. Table 4: Warning Labels and Descriptions Label Description...

  • Page 22: Analyzer Setup

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Analyzer Setup The following information describes how to set up the analyzer. Connect the Power Cords Connect the AC/DC power supply power cord from the power supply to a grounded outlet.

  • Page 23: Initialize And Run The Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Initialize and Run the Analyzer To initialize the analyzer: Press the power switch on the left side of the analyzer to the ON position. (0 = OFF / - = The internal computer initializes, and a screen (Figure 11) displays as the program loads.

  • Page 24: File System Integrity Check

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 File System Integrity Check Once a month, the analyzer automatically performs a file system integrity check following initialization. Figure 12 shows the screen you see while the integrity check runs. The integrity check runs for one to two minutes before launching the analyzer’s control software.

  • Page 25: The Launch Service Screen

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 The Launch Service Screen Launch Service screen displays when initialization is completed. From this interface you can:  Bypass the auto launch countdown to manually start recording measurements by clicking the launch button. The launch button is the abbreviated name of the gas analyzer.

  • Page 26: The Auto Launch Screen

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 The Auto Launch Screen The Auto Launch and Maintenance settings are available when you click the Service button on the Launch Service screen. Auto Launch screen displays the type of analyzer. From this interface, you can: ...

  • Page 27: Login To Access Menu Options

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Login to Access Menu Options To access the analyzer user interface features, log into the system as follows: User Interface Control Bar 1. Click the Security button on the . (Figure 15) Figure 15: Control Bar Security Button 2.

  • Page 28: Main Panel

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Main Panel Main Panel Main Panel After the software launches, the is displayed. Figure 17 shows the for the GLA132-GGA. The gases displayed are dependent on the type of analyzer. The operational status of the analyzer is displayed at the bottom of the main panel: ...

  • Page 29: User Interface Control Bar

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 User Interface Control Bar Use the control bar to operate the analyzer. Figure 18: User Interface Control Bar...
  • Page 30 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Main Panel Display – Toggles through the four display formats:  Numeric Display – Default display. Displays the numeric readout of the last measurement. (Figure 19)  Alarm Status Display –...

  • Page 31: Main Panel Displays

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Main Panel Displays Click the Display button to change the display in the Main Panel . (Figure 18) Clicking the Display button multiple times lets you cycle through the four main panel displays. When the analyzer is launched, it defaults to the Numeric Display .

  • Page 32: Alarm Status Display

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Alarm Status Display Alarm Status display (Figure 20) shows the detailed operational status of the analyzer. Alarm Status is color-coded:  Green : The analyzer is functioning properly  Yellow: The data may not reliable, or maintenance is required soon. ...
  • Page 33 NaN reading undefined value. (NaN= not a number) Dead Band Acceptable Range No warning/alarm No warning/alarm If the Alarm Status is Yellow or Red, please refer to the Maintenance section on page 60. If issue continues, please contact at icos.support@ca.abb.com.
  • Page 34 Analyzer maintenance will be needed soon (every Maintenance needed soon 360 days). Dead Band Performance No warning/alarm No warning/alarm Alarm Status Maintenance If the is Yellow or Red, please refer to the section on page 60. If issue continues, please contact icos.support@ca.abb.com.

  • Page 35: Spectrum Display

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Spectrum Display Click the Display button on the User Interface Control Bar to switch to Spectrum Display (Figure 18) The top plot shows the voltage from the photodetector as the laser scans across the absorption features.
  • Page 36 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Figure 22: Spectrum Display for Laser 2 (GLA132-GGA) Spectrum Displays Refer to Appendix: Spectrum Displays on page 111 to view the different analyzer types. Table 7: Spectrum Display for different analyzer types Analyzer Type Figure for Reference GLA132-AMA...

  • Page 37: Timechart Display

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 TimeChart Display Click the Display button on the User Interface Control Bar to switch to TimeChart Display. (Figure 23) TimeChart Display is a real-time measurement of concentration vs. time. Time Chart Figure 23 shows the with a continuous flow of gas.

  • Page 38: Rate Control

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Rate Control Data is acquired at 1 Hz rate and averaged for a selected interval (1 to 100 seconds) before being written to the data file and plotted on the time chart. Longer averaging periods (or equivalently, slower data acquisition rates) will yield better measurement precision than shorter averaging periods.
  • Page 39 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Plot Frequency radio buttons allow you to select between manually or automatically plotting the data. (Figure 24) To adjust the frequency: User Interface Control Bar. Click the Rate button (clock icon) on the (Figure 18) Data Rate Control Adjustment panel appears.

  • Page 40: File Transfer Menu

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 File Transfer Menu Use the File Transfer menu to access data collected by the analyzer.  Each time the analyzer is re-started, the most recent file name is displayed in the form: xxx_2020-12-29_f0001.txt First characters represent the analyzer model (Example: gga)

  • Page 41: Transfer Data Files

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Transfer Data Files To transfer data files from the analyzer hard drive to a USB storage device: User Interface Control Bar File Click the Files button on the (Figure 18) to access the Transfer Menu .
  • Page 42 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 When you have finished transferring files: 5. Click the Unmount USB button. Wait for the Safe to Remove USB Memory Device message before removing the USB memory device. 6. Click Close to exit the File Transfer Menu Removing the USB memory device before seeing the Safe to Remove...

  • Page 43: Types Of Directories In The Local Hard Drive

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Types of directories in the local hard drive The analyzer hard drive contains two types of directories:  Daily Directory  Archive Directory Daily Directory The local hard drive (Figure 26) creates a daily folder containing new data files for each day that the analyzer operates.

  • Page 44: Archive Directory

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Archive Directory The local hard drive (Figure 26) creates an archived folder containing zipped files organized by date. (Figure 28) To access the archived files, double-click the Archive folder. (Figure 26) Each file is a single zipped .txt file, using the following convention: YYYY-MM-DD.zip.

  • Page 45: File Transfer Error Screen

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 File Transfer Error Screen File Transfer Error screen (Figure 29) displays when:  The USB Key does not have enough storage space.  The device is not recognized. Try again with a correctly inserted USB device. Figure 29: File Transfer Error...

  • Page 46: Setup Menu

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Setup Menu Setup menu allows access to additional configurations and services. Configurations will vary among analyzer types. Setup To enter mode: User Interface Control Bar Click the Setup button on the .

  • Page 47: Time/Files Tab

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Setup menu has function tabs at the top of the screen that allows you to configure the analyzer mode and settings. (Figure 31) These tabs will vary among analyzer types. These tabs let you: ...
  • Page 48 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Local Time Zone Local Time Zone menu lets you adjust the current local time zone by selecting an option from the drop-down selection box. Clock Clock menu lets you manually adjust the current time and date settings. File Output File Output menu lets you adjust the timestamp format of the data files.
  • Page 49 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Serial Output Serial Output menu lets you change how the data reported at the RS-232 port is configured. Standard settings are provided for:  Baud Rate  Parity  Stop Bits The actual rate of the serial output is equal to the Logged File Rate (i.e.

  • Page 50: Calibration Tab

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Calibration Tab ABB-LGR recommends periodic referencing rather than calibration to ensure measurement accuracy and consistency. When calibration is necessary, follow the procedure detailed below. Water vapor analyzers are calibrated differently, and users must refer to the Appendix: Calibration of WVIA and TWVIA analyzers on page 93.
  • Page 51 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Reference Gas Settings 3. On the top, right panel of the screen under , select the checkbox next to the gas you wish to calibrate. 4. Enter the known concentration for your local gas standard. 5.

  • Page 52: Laser Adjust Tab

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Laser Adjust Tab Laser Adjust Use the tab to manually adjust the laser’s wavelength to compensate for any cumulative drift. (Figure 35) Laser adjustment may be needed for the following reasons: ...
  • Page 53 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Manually Adjust the Laser Offset User Interface Control Bar Click the Setup button on the . (Figure 18) 2. Select the Laser Adjust tab at the top of the screen. (Figure 35) 3.

  • Page 54: Miu Tab

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 MIU Tab The optional Multi-Port Inlet Unit (MIU-8 or MIU-16) is an ABB-LGR accessory that allows automated control of 8 or 16 inlet ports (depending on the ordered configuration). These ports are directed to the inlet port of the analyzer for sampling unknown gases and reference gases.

  • Page 55: Analog Output Tab

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Analog Output Tab Analog Output port has a 16-bit voltage range from 0 to 5 volts. The user can specify a conversion between gas concentration and the analog output voltage, using the spinner controls, or by manually typing a number into the field. (Figure 38) The dropdown spinner controls let you select the concentration value that will correspond to the maximum 5 VDC analog output.
  • Page 56 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Figure 39 shows the analog output connector. Figure 39: Analog Output Connector...

  • Page 57: Water Vapor Isotope Standard Source Tab - Wviss Tab (Optional)

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Water Vapor Isotope Standard Source Tab – WVISS Tab (Optional) The optional WVISS accessory (WVISS) provides a controllable flow of water vapor at known humidity and isotope ratios for automated calibration of water vapor isotope analyzers (GLA132-WVIA).

  • Page 58: Service Tab

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Service Tab Service ABB-trained field service engineers monitor the performance of the analyzer via the screen. (Figure 41)  These settings determine the level of change that could affect measurement performance.

  • Page 59: Shutting Down The Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Shutting Down the Analyzer To shut down the analyzer: User Interface Control Bar Click the Exit button on the . (Figure 42) Main Panel 2. A pop-up box appears on the and prompts you to verify that you want to shut down the analyzer to prevent accidental button presses from causing interruption in data acquisition.

  • Page 60: Maintenance

     Request a mirror cleaning kit from ABB-LGR.  If further maintenance is required, contact ABB-LGR for service. Technical Support: icos.support@ca.abb.com Only authorized persons may open the analyzer cover or perform internal maintenance. Make sure the analyzer is unplugged before working with the internal components.

  • Page 61: Replace The Fuse

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Replace the Fuse If the fuse blows or is otherwise damaged, the analyzer automatically turns off. To replace the fuse: Flip the Power switch to OFF on the left side of the analyzer. (Figure 4) 2.
  • Page 62 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 5. The fuse is located on the upper portion of the analyzer on the left side above the internal pump. (Figure 47) Figure 47: Analyzer Fused Inlet 6. Pull the fuse out of the fuse fixture. (Figure 48) Figure 48: Remove the Fuse...
  • Page 63 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 7. Push the new fuse into the fuse fixture. (Figure 49) Figure 49: Install the New Fuse in the Fuse Holder 8. Carefully close the case top and push the latches to lock the case. 9.

  • Page 64: Appendix A: About Gas Analyzers And Laser Absorption Spectroscopy

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Appendix A: About Gas Analyzers and Laser Absorption Spectroscopy Conventional Laser Absorption Spectroscopy For gas measurements based on conventional laser-absorption spectroscopy (Figure 50), a laser beam is directed through a sample, and the mixing ratio (or mole fraction) of a gas is determined from the measured absorption using Beer’s Law, which may be expressed: Where: ...
  • Page 65 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2...
  • Page 66 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Integration of the measured spectra with the measured values of:  Gas temperature  Gas pressure  Path length  Line strength of the probed transition Enables you to determine the mole fraction directly from the relation: Use this equation to determine gas concentrations, even in hostile environments without using calibration gases or reference standards.

  • Page 67: Abb-Lgr's Off-Axis Integrated-Cavity Output Spectroscopy (Off-Axis Icos)

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 ABB-LGR’s Off-Axis Integrated-Cavity Output Spectroscopy (Off-Axis ICOS) Off-Axis ICOS uses a high-finesse optical cavity as an absorption cell as shown in Figure 51. Unlike multi-pass detectors, which are typically limited to path lengths of less than two hundred meters, an Off-Axis ICOS absorption cell effectively traps the laser photon so that, on average, they make thousands of passes before leaving the cell.

  • Page 68: Appendix B: Accessing Data Using The Ethernet

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Appendix B: Accessing Data Using the Ethernet Appendix B explains how to access the analyzer data directory as a Windows Share using an Ethernet connection on a local area network (LAN). The data files stored on the internal hard disk drive of the analyzer can be accessed as a Windows Share over a Local Area Network (LAN) Ethernet connection.

  • Page 69: Additional Notes

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Additional Notes The analyzer shared data directory is in the LGR workgroup. If it is not visible, browse for it in the Windows Network Neighborhood by entering the IP address of the analyzer. Figure 32 shows the location of the IP address.

  • Page 70: Appendix C: Wireless Router Setup (Optional)

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Appendix C: Wireless Router Setup (Optional) The analyzer can be ordered with an optional wireless router (OPT-WIFI). If you ordered the wireless router option, it will be factory installed inside, or on the side of, the analyzer. Configuration Options Access-Point Mode The router is shipped in Access-Point mode, by default.
  • Page 71 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Configure Router for Access-Point Mode Using a phone, tablet, or laptop, connect to the router using the SSID and password on the router. (Figure 52) Figure 52: Router SSID and Password Location 2.
  • Page 72 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 5. On the left panel, click Quick Setup. (Figure 54) Figure 54: Start Router Configuration 6. Click Next. Main Panel 7. In the , select the Access Point button. (Figure 54) 8.
  • Page 73 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Wireless Setting 9. In the screen, do one of the following: (Figure 55)  Wireless Network Name AP Wireless To keep the default and/or Password , click Next.  To change the default Wireless Network Name and/or AP Wireless...
  • Page 74 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Connect Analyzer to Local Network LAN/WAN Unplug the black cable from the router port. (Figure 57) Figure 57: Unplug Cable and Remove Ethernet Union 2. Remove the Ethernet union (next to the router). (Figure 57) 3.

  • Page 75: Appendix D: Set Up Devices For Remote Access Using Vnc Software

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Appendix D: Set Up Devices for Remote Access Using VNC Software Listed below are three types of devices that can be connected to the analyzer through the wireless router to access information: ...
  • Page 76 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 6. A verification message appears, showing that the Android device is connected to the router. (Figure 60) Figure 60: Connectivity Confirmation Screen 7. Ensure that the IP address of the Android device is correct by holding your finger down on the network connection icon.
  • Page 77 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 10. Open the VNC application on the Android device by selecting the VNC application icon. (Figure 62) Figure 62: VNC Application Icon 11. The Android VNC screen appears. (Figure 63) Figure 63: VNC Application Installation Setup Screen Address 12.
  • Page 78 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Figure 64: Analyzer Software Interface Display with Size Adjustment for Android Devices...
  • Page 79 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Set up VNC Software on iOS Devices On the iOS device, go to Settings > WiFi, then select the network from the list. 2. Connect to the wireless SSID network listed on the router sticker. (Figure 52) Enter the TP-Link wireless router.
  • Page 80 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 7. Select the network to check the IP address (192.168.100.100 or 192.168.100.101) of the device as shown in Figure 68. a. Wireless devices can compete for dynamic addresses. If the 192.168.100.100 address does not connect, then use 192.168.100.101.
  • Page 81 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 10. Open the application and select Configure. (Figure 70) Figure 70: Mocha VNC Lite Configure (New) Screen 11. The Configure Screen prompts you for the server IP address and password. (Figure 71) Figure 71: Mocha VNC Lite Configure Screen VNC server address...
  • Page 82 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 15. To connect the iOS device to the analyzer, tap the IP Config you set up. The analyzer software will display on the device. (Figure 73) The screen size is adjustable to fit the screen of the device.
  • Page 83 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Set up VNC Software on Windows Devices Wireless Router On the Windows device, open options. 2. Locate the sticker on the router. (Figure 52) 3. Click on the Wireless Network Connections icon in the bottom left of the screen Windows Wireless Networks (Figure 74) to open the dialog-box.
  • Page 84 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 4. Select the SSID network name listed on the router sticker, (Example: TP-LINK- Connect to a Network 775C), to display the dialog-box. (Figure 76) 5. In the Security key field, enter the wireless password located on the router sticker.
  • Page 85 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 8. Check the connection to make sure the device is connected through the wireless router by selecting the router. (Figure 78) Figure 78: Wireless Network Connection Screen 9. Verify the IP address of the Windows device: a.
  • Page 86 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Wireless Network Connection Status 10. The dialog-box displays. (Figure 80) Figure 80: Wireless Network Connection Status Window 11. Click the Details button to display the Network Connection Details window. (Figure 81) Figure 81: Network Connection Details Window...
  • Page 87 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Ipv4 Address 12. Verify the of the Windows device, which should be either 192.168.100.100 or 192.168.100.101. For example, the Windows device IP address is 192.168.100.101. (Figure 81) RealVNC 13. Install the VNC software by going to the website and downloading the RealVNC Viewer “EXE”...

  • Page 88: Appendix E: Multi-Port Inlet Unit (Optional)

    By sampling references periodically during an ongoing data run, you can post-correct the data for long-term drift when active calibration cannot be done. ABB-LGR offers two versions of the MIU:  8 port (MIU-8) ...
  • Page 89 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Figure 84 shows the back panel of a 16 port MIU (MIU-16). The MIU inlet ports are labeled numerically on the back panel of the MIU. The outlet port connects to the gas inlet on the analyzer.
  • Page 90 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Control the MIU Using the Analyzer Setup Panel User Interface Control Bar. Click Setup on the (Figure 87) Setup 2. Click on the MIU tab at the top of the menu selection bar.
  • Page 91 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Figure 86: Gas Manifold Control Screen for the MIU, Enabled If a valve is set to 0, the entry is ignored. Each defined gas is sampled sequentially in its respective group (unknown or reference). 4.
  • Page 92 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 The MIU outlet port is:  Open when the MIU is powered on  Open at initialization  Open and closes as specified on the MIU tab when the analyzer software has properly initialized While the MIU is operating, the current valve being sampled/referenced and its text User Interface Control Bar.

  • Page 93: Appendix F: Calibration Of Wvia And Twvia Analyzers

    Appendix F: Calibration of WVIA and TWVIA analyzers ABB-LGR recommends periodic referencing rather than calibration to ensure measurement accuracy and consistency. Water concentration and isotopes are calibrated separately; however, the correct isotope values must be entered when performing a concentration calibration and vice versa. When calibration is necessary, follow the procedure detailed below.
  • Page 94 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Calibration 6. Select the Calibration tab at the top of the screen to enter the menu. (Figure 89) Figure 89: Calibration menu 7. Enter the known concentration of water vapor (example: 10,060ppm if the Dew Point Generator is set to 7 Volts).
  • Page 95 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 10. Each step is displayed in the lower-right panel of the calibration screen as the analyzer performs the calibration. Figure 90 shows the calibration process as a flow chart. Figure 90: Calibration Flow Calibration Complete 11.
  • Page 96 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 To Calibrate the Isotope Values Connect the WVISS to the inlet of the analyzer. 2. Use a Water Standard with known isotopic values. 3. If the WVISS is labeled with a Calibration Voltage Sticker (example 2.2V = 10,000ppm), set the manual hand pad to that voltage.
  • Page 97 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 7. Enter 10,000ppm into the Total [H O] ppm field. (Figure 92) 8. Enter the values of δD, δ O and δ O in PP_MIL (‰) that are labeled on the Water Standard Bottle.

  • Page 98: Appendix G: Configuring The Analyzer For The Optional Wviss Accessory

    Appendix G: Configuring the Analyzer for the Optional WVISS Accessory The Water Vapor Isotope Standard Source (WVISS) is an ABB-LGR accessory that provides a consistent, automated flow of water vapor to the GLA132-WVIA analyzer over a wide range of H O concentrations.
  • Page 99 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2...

  • Page 100: Control The Wviss Using The Analyzer Setup Panel

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Control the WVISS Using the Analyzer Setup Panel Configure the analyzer to control the WVISS: Click Setup on the User Interface Control bar . (Figure 95) Figure 95: Setup Button on the User Interface Control Bar Setup menu 2.
  • Page 101 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 WVISS Control Panel 3. The is displayed. Figure 97 shows the WVISS Control Screen and identifies the panes to make adjustments to the WVISS operation. Figure 97: Adjustment Panel for the WVISS operation 4.
  • Page 102 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 5. In the Reference Gas Cycle 0 and Reference Gas Cycle 1 panes: State a. Set the state of the WVISS by using the drop-down selector in the columns . (Figure 99) Figure 99: Select the State of the WVISS States include:...
  • Page 103 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 b. Set the duration of the sample by adjusting the timing in the Seconds columns. (Figure 100) c. Set the dilution of the sample by adjusting the voltage in the MFC mV columns.
  • Page 104 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 6. Listed below is an example of a Reference Gas Cycle Configuration. (Figure 101) Reference Gas Cycle 1 (single reference), Purge for 30-seconds @ 4.99V (automatic function (hidden)) Stabilize for 30-seconds @ 1.00 V Reference flow for 60-seconds @ 1.00V Purge for 30-seconds @ 4.99V (automatic function (hidden)) Reference Gas Cycle 0...
  • Page 105 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Reference cycle order pane 7. In the , use the drop down selection box to setup the Start order. (Figure 102) The options include: a. Ref 0 & 1, start with Ref 0 b.
  • Page 106 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Time between reference cycles pane 9. In the , use the arrow scroll bar to set the number of minutes between each reference cycle. (Figure 104) Figure 104: Time Between Reference Cycles Pane a.
  • Page 107 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Figure 107 shows the WVISS Disabled. Figure 107: WVISS Disabled...

  • Page 108: Configuring The Wviss And Miu To Run Simultaneously

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Configuring the WVISS and MIU to run simultaneously The MIU and WVISS accessories can be configured together to sample multi-channel measurements along with automatic water vapor isotope references. Connect the Components Connect the accessories to the analyzer in this order: Samples ...
  • Page 109 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 b. Program the MIU channels for your samples. c. Check the MIU Enable checkbox. (Figure 108) d. Select Save Changes. (Figure 108) Configure the WVISS section 2. Setup the WVISS screen. Refer to the of this appendix for details.
  • Page 110 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Figure 110: Enable the MIU message screen d. Select Save Changes. (Figure 110) e. Click Close to begin the configured run. (Figure 110)

  • Page 111: Appendix H: Spectrum Displays

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Appendix H: Spectrum Displays Spectrum Displays The following images show the for different analyzer types. Table 10: Plumbing Diagram for different analyzer types Analyzer Type Figure for Reference GLA132-AMA Figure 111, Figure 112 GLA132-CCIA2 Figure 113 GLA132-EAA...

  • Page 112: Gla132-Ama Methane /Acetylene Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-AMA Methane /Acetylene Analyzer Figure 111 and Figure 112 show the Spectrum Display for the GLA132-AMA. Laser 1 (also referred to as laser A) displays CH and H O peaks. Figure 111: Spectrum Display for Laser 1 (GLA132-AMA) Laser 2 (also referred to as laser B) displays the C peak.

  • Page 113: Gla431-Ccia2 Carbon Dioxide Isotopic Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA431-CCIA2 Carbon Dioxide Isotopic Analyzer Spectrum Display Figure 113 shows the for the GLA132-CCIA2. Laser 1 (also referred to as laser A) displays the , OC , and H O peaks. Figure 113: Spectrum Display (GLA431-CCIA2)

  • Page 114: Gla132-Eaa Ammonia Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-EAA Ammonia Analyzer Figure 114 shows the Spectrum Display for the GLA132-EAA. Figure 114: Spectrum Display (GLA132-EAA)

  • Page 115: Gla132-Gga Greenhouse Gas Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-GGA Greenhouse Gas Analyzer Figure 115 and Figure 116 show the Spectrum Display for the GLA132-GGA. Laser 1 (also referred to as laser A) displays CH and H O peaks. Figure 115: Spectrum Display (GLA132-GGA) Laser 2 (also referred to as laser B) displays the CO peak.

  • Page 116: Gla132-H2Sn Hydrogen Sulfide Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-H2SN Hydrogen Sulfide Analyzer Spectrum Display Figure 117 shows the for the GLA132-H2SN. Figure 117: Spectrum Display for Laser 1 (GLA132-H2SN)

  • Page 117: Gla132-Hcl Hydrogen Chloride Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-HCl Hydrogen Chloride Analyzer Spectrum Display Figure 118 shows the for the GLA132-HCl. Figure 118: Spectrum Display for Laser 1 (GLA132-HCl)

  • Page 118: Gla132-Hf Hydrogen Fluoride Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-HF Hydrogen Fluoride Analyzer Spectrum Display Figure 119 shows the for the GLA132-HF. Figure 119: Spectrum Display (GLA132-HF)

  • Page 119: Gla132-Hfhc Hydrogen Fluoride And Hydrogen Chloride Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-HFHC Hydrogen Fluoride and Hydrogen Chloride Analyzer Figure 120 and Figure 121 show the Spectrum Display for the GLA132-HFHC. Laser 1 (also referred to as laser A) displays HF and H O peaks.

  • Page 120: Gla132-Mcea1 Carbon Monoxide / Carbon Dioxide / Methane Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-MCEA1 Carbon Monoxide / Carbon Dioxide / Methane Analyzer Figure 122 and Figure 123 show the Spectrum Display for the GLA132-MCEA1. Laser 1 (also referred to as laser A) displays CH and H O peaks.

  • Page 121: Gla132-Oxcc Industrial Emissions Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-OXCC Industrial Emissions Analyzer Figure 124 and Figure 125 show the Spectrum Display for the GLA132-OXCC. Laser 1 (also referred to as laser A) displays the O and H O peaks. Figure 124: Spectrum Display (GLA132-OXCC) Laser 2 (also referred to as laser B) displays the CO and CO peaks.

  • Page 122: Gla132-Sam Hydrogen Sulfide And Ammonia Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-SAM Hydrogen Sulfide and Ammonia Analyzer Spectrum Display Figure 126 - Figure 129 shows the for the GLA132-SAM. Laser 1 (also referred to as laser A) displays the NH and H O peaks.
  • Page 123 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Laser 2 (also referred to as laser B) displays the H S peaks. Figure 128: Spectrum Display for Laser 2- (Ambient Air) (GLA132-SAM) Figure 129: Spectrum Display for Laser 2 – (H S at 10ppm) (GLA132-SAM)

  • Page 124: Gla132-Sofx1 Soil Gas Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-SOFX1 Soil Gas Analyzer Figure 130 and Figure 131 and show the Spectrum Display for the GLA132-SOFX1. Laser 1 (also referred to as laser A) displays the CH and CO peaks.

  • Page 125: Gla132-Sofx2 Soil Gas Analyzer - High Ammonia

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-SOFX2 Soil Gas Analyzer – High Ammonia Figure 132 and Figure 133 show the Spectrum Display for the GLA132-SOFX2. Laser 1 (also referred to as laser A) displays the CH and CO peaks.

  • Page 126: Gla132-Wvia Ultraportable Water Vapor Isotopic Analyzer

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 GLA132-WVIA Ultraportable Water Vapor Isotopic Analyzer Spectrum Display Figure 134 shows the for the GLA132-WVIA. Laser 1 (also referred to as laser A) displays the HOD, H O, and H O peaks.

  • Page 127: Appendix I:isotope Definitions

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Appendix I:Isotope Definitions The CCIA measures the concentration of , and OC O. These concentrations are used to calculate the total CO and the isotope ratios that are reported on the display screens.
  • Page 128 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Where the measured ratios are calculated from the measured concentrations: �� [ �� �� �� ( �� �������� [ �� �� �� �� [ �� �� �� �� ( �� ��������...

  • Page 129: Appendix J: Cables

    USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Appendix J: Cables Table 11 describes the power cables shipped with your analyzer. Table 11: Power Cables Region Cable Specifications Australia and New Zealand United Kingdom...
  • Page 130 USER MANUAL | ICOS | INSTRUCTIONS | UM/ICOS-EN REV. B.2 Europe United States...
  • Page 131 We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.

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