CETAC M-7600 Mercury Analyzer Operator's Manual
CETAC M-7600 Mercury AnalyzerOperator’s ManualManual Part Number 480195 Rev 2
COPYRIGHTTRADEMARK ACKNOWLEDGEMENTS 2008, 2012 CETAC TechnologiesWindows is a registered trademark ofMicrosoft Corporation in the United States andother countries.480195 Rev 2 , October, 2012CETAC Technologies authorizes its customersto reproduce, transmit, or store this documentin its entirety, including this page, for theexpress purpose of installing, operating, ormaintaining the product described herein.Nafion is a registered trademark of DuPont(E.I. du Pont de Nemours and Company).Perma Pure is a registered trademark ofPerma Pure LLC.CETAC TechnologiesCustomer Service & Support14306 Industrial RoadOmaha, Nebraska 68144, USAPhone(800) 369-2822 (USA only)Phone(402) 733-2829Fax(402) 733-1932E-mailcustserv@cetac.comDuPont , Kapton , Teflon , Tefzel andViton are trademarks or registeredtrademarks of E.I. du Pont de Nemours andCompany.CETAC Technologies strives to provide thescientific community with an unparalleledcombination of effective technology andcontinuing value. Modular upgrades forexisting instruments will continue to be aprime consideration as designs progress.KIMWIPES is a registered trademark andKIMTECH SCIENCE is a trademark ofKimberly-Clark Worldwide, IncREVISIONSCETAC Technologies reserves the right torevise this document and/or improveproducts described herein at any time withoutnotice or obligation. Warranty registrationentitles the named owner exclusively tomanual change pages/new editions as theyare published.PharMed and Tygon are registeredtrademarks of Saint-Gobain PerformancePlastics.Santoprene is a trademark of Exxon Mobil.All other marks are the property of theirrespective owners.
Contents1Introduction . 7Overview. 7About This Book . 7Who Should Use This Product . 7Where to Go for More Information . 8System Features . 9System Performance Characteristics .10Overview of the Mercury Analyzer .11Supplied Equipment .13Equipment and Supplies .14Required Equipment and Supplies . 14Recommended Supplies . 152Preparing for Installation . 173Establishing Optimal Operating Conditions .17Creating the Lab Environment . 17Choosing a Location .18Space Requirements. 18Work Surface Requirements . 20Ventilation Requirements .20Power Requirements .20Unpacking the Mercury Analyzer .21Installing the Analyzer . 25Installation Overview.25Step 1: Position the Mercury Analyzer and Autosampler.26Step 2: Connect the Autosampler Peristaltic Pump to the Rinse Station .26Step 3: Set Up the Autosampler .30Step 4: Connect Power and Data Cables to the Back of the MercuryAnalyzer .39Step 5: Connect the Carrier Gas Tubing .40Step 6: Install the Mercury Trap (KMnO4) .42Step 7: Connect the Back of the Autosampler .44Step 8: Connect to the Host Computer .45Summary . 45Installing a Secondary NIC in Your Own PC . 45Connecting the Communication Cables. 46Configuring the Network Metrics . 46Setting the IP Address for the Secondary NIC . 50Changing the Subnet of the Mercury Analyzer. 51Connecting a Laptop Computer to the M-7600 . 52Step 9: Install the Gas-Liquid Separator (GLS) .53
M-7600 Mercury Analyzer Operator’s ManualContents45Step 10: Connect the Peristaltic Pump on the Mercury Analyzer . 57Installing the Peristaltic Pump Tubing . 57Installing the Mixing Tee and Drain Tees . 59Step 11: Power On and Verify Communication. 63To Configure the Network Connection . 63To Power On the System for the First Time (PC Configured by CETAC) 64To Power On the System for the First Time (Customer-Supplied PC) . 64To Test the Autosampler. 68Step 12: Fill the Rinse Solution Bottle . 68Step 13: Fill the Reagent Bottle . 69Preserving the SnCl2 . 69Step 14: Adjust the Peristaltic Pump Tubing Clamp Tension (Optional) . 70Step 15: Check the Reagent Flow . 73Step 16: Check the Sample Probe Flow . 73Using the Analyzer . 75Theory of Operation . 75Autosampler . 75QuickTrace M-7600 Automated Mercury Analyzer . 76Software. 78Preparing Reagents and Calibration Standards. 79Gas Parameters . 81Starting the System. 81Mercury Vapor Lamp Warmup . 82Turning Off the Mercury Vapor Lamp for System Warm-Up . 82System Warm-Up for Trace or Ultra-Trace Analysis . 82System Warm-Up for ppb or Non-Ultra-Trace Analysis . 83Wetting the GLS. 84Running the Interactive Demo . 87Overview of the CETAC QuickTrace Software . 87Learning More . 88QuickTrace M-7600 Startup Summary. 89Setting Baseline Correction . 91Keeping an Instrument Log Book . 91Viewing the Graphs . 92Setting a One-Point Baseline . 92Setting a Two-Point Baseline . 94Summary of Gas and Liquid Flows for Analytical Ranges of theQuickTrace M-7600 . 98Placing the QuickTrace M-7600 in Standby Mode . 100Cold Shutdown . 101Summary of QuickTrace M-7600 Shut Down .101Maintaining the Mercury Analyzer . 103Maintenance Schedule . 103Daily Maintenance (Always Check Before Analysis) .103Weekly Maintenance .104Monthly Maintenance .104Yearly Maintenance .104Autosampler Yearly Maintenance.105Removal or Inspection of the Sample Cell . 105Opening the Optics Access Panel .105Removing the Sample Cell .1074
M-7600 Mercury Analyzer Operator's ManualContents6Cleaning the Cell Windows . 107Quick Exposed Surface Cleaning . 107Dismantling for Total Cleaning . 109Cell Assembly. 109Cleaning the Gas-Liquid Separator . 112Changing the Cell Gas Tubing . 113Retubing the Gas-Liquid Separator . 115GLS Inlet. 115GLS Drain . 116Replacing the Perma Pure Dryer Cartridge . 117GLS Overflow Recovery. 119Replacing the Hg Lamp Bulb . 124When to Replace or Service the Lamp . 124Cleaning the EOFM . 124Getting a Replacement Lamp . 125Caring for the Lamp . 126Replacing the Lamp . 126Adjusting the Lamp Current . 129Replacing the Fuse . 131Troubleshooting the Mercury Analyzer . 133Troubleshooting Communication Issues . 133Step 1: Check the Cable . 133Step 2: Use the IPSetup Tool to Check the Configuration. 133Step 3: Check the Subnet Configuration Using the Define QuickTraceHardware Tool . 134Step 4: Check for an IP address conflict . 137If the IPSetup Tool Does Not Find the M-7600 . 138"Subnet of this PC and the M-7600 are Not Compatible" Error . 139Cannot Zero Instrument . 140"Integration Adjustment Reached" Messages . 140Drifting Baseline. 140Low Absorbance or No Mercury Response . 141No Liquid or Gas Flow . 141No Sample or Rinse Flow . 141No SnCl2 Flow . 142No Drain Flow . 142No Gas Flow or Low Gas Flow . 142Double Peak with Low Absorbance . 142Poor Reproducibility . 143Noisy Baseline . 144Bad DL. 144Sudden Standard Absorbance Rise During Run . 144Poor Accuracy . 145Returning the Product to CETAC for Service . 146Shipping the Product . 146Product Warranty Statement . 146Returned Product Procedures . 147Returned Product Warranty Determination . 1477Safety and Regulatory Information . 149Characteristics . 149Environmental Characteristics. 1495
M-7600 Mercury Analyzer Operator’s ManualContents86Electrical Characteristics .150Safety Notices . 151Replacement Parts .151Chemical Hazards.151Power Cord Set Requirements .151Power Cord Safety Maintenance .151Grounding .152Mains Disconnect .152Mechanical Hazards .152Cleaning Instructions .153Operating Environment .153Explanation of Caution and Warning Notices .154Avertissements en Français . 155Electromagnetic Interference . 156Explanation of Regulatory Marks. 156Glossary . 157
1IntroductionOverviewThe CETAC QuickTrace M-7600 mercury analyzer measures trace levels ofmercury in aqueous solution by Cold Vapor Atomic Absorption Spectrometry(CVAAS). CVAAS does not require heating the sample with a flame, plasma, orfurnace. The mercury analyzer’s modular design permits remarkably easymaintenance access and a reduced countertop footprint. Sturdy construction,drift-stabilized double beam optics,
The primary audience for this manual consists of mercury detection and mercury measurement laboratory managers, chemists, technicians, field - service engineers and owners of the QuickTrace M-7600 mercury analyzer. To use this product effectively, you should have a basic knowledge of mercury
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1. Full inventory of Mercury (levels 1 and 2) in each participating country. 2. Development of national plans for the future monitoring of mercury levels in human beings and the environment. This tool will be used to study mercury reduction over time. 3. Development of action plans for mercury reduction (use and emissions),
inorganic mercury to methyl-mercury, an organic and more toxic form of mercury that is readily accu-mulated in fi sh. Studies also show that elevated methyl-mercury levels observed in reservoir fi sh eventually decline to background concentrations after about 20 to 35 years. Why Is Mercury In Fish A Problem?
50% mercury are widely used throughout the United States. An estimated 35 tons per year of mercury are released to the environment through use of amalgam fillings. In California, historic mercury mining in the Coast Ranges and mercury used for gold ore recovery in the Sierra Nevada are also a continuing source of mercury. History of Occurrence
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