Comparison of TOC Measurement Technologies | Teledyne 6750 specification

	Theory of Operation	Model 6750

Figure 2-5: Comparison of TOC Measurement Technologies

Teledyne Analytical Instruments

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Teledyne 6750 operating instructions Comparison of TOC Measurement Technologies

Contents

Model Teledyne Analytical Instruments Model Copyright 2005 Teledyne Instruments/ Analytical Instruments Specific Model Information Total Organic Carbon Analyzer Safety Messages Total Organic Carbon Analyzer Table of Contents Setup and Operation Maintenance Appendix Index Teledyne Analytical Instruments List of Figures Model 6750 TOC Analyzer Front door removed DC Power Supply Module List of Tables Combustible GAS Usage Introduction Main Features of the AnalyzerTotal Organic Carbon Analyzer Introduction Intended Use of the Analyzer OptionsTypical Applications Introduction Model Operator Interface Model 6750 TOC Analyzer Front door removed Introduction Model Teledyne Analytical Instruments Background Theory of OperationOverview Total Organic Carbon Analyzer Theory of Operation Theory of Operation Model Npoc or TOC Direct Method Conclusion TOC Measurement Basics UV/Heated Persulfate Method of Analysis Comparison of TOC Measurement Technologies Subsystems Principles of Operation Sample Handling Sample Handling for TOC -Direct Sample Handling TOC-True TOC analysis in a continuous, on-line TOC analyzer Inorganic Carbon Removal/Analysis Relationship Between TIC and pH Oxidation Oxidation Reactions Ndir CO2 Gas Detection 10 Model 6750 Ndir Unit Electronic Signal Processing, Display and Control BENCHMARK/AUTO-VALIDATION Theory of Operation Model Teledyne Analytical Instruments Unpacking the Analyzer InstallationTotal Organic Carbon Analyzer Installation Mounting the Analyzer Installation Model Analyzer Dimensions Power Connection Electrical Connections Analog Outputs Electrical Connections to the Model 4 RS-232 Serial Connection Alarm ConnectionsGas/liquid Connections Liquid Connections Gas and Liquid Connections to the Analyzer Gas Connections Checking the System Gas Carrier Connections Installation Model Teledyne Analytical Instruments Total Organic Carbon Analyzer Setup and Operation Setup and OperationAnalyzer Startup Setup and Operation Model Drain Connections Run Mode Menus Parameter Menu Alarm Settings Stream Sequencer 5 D/DBPR Detailed Calibration Procedures Methanol 100 mg/Liter 1000 mg/LiterEthylene Glycol Ethanol Preparation of Phosphoric Acid Solution Total Organic Carbon Analyzer Setup and Operation Operation RUN Screen Shutdown Historical Data Setup and Operation Model Compupter-aided Testing MaintenanceTotal Organic Carbon Analyzer Maintenance Troubleshooting Maintenance Model Module Service Ndir Gas Calibration IR Calibration Installing Calibration Adapter Ndir Service Removing the Ndir Unit P/N ST36000 Total Organic Carbon Analyzer Maintenance Maintenance Model To Reassemble Use alternate tightening sequence Master Interface Board P/N ST13042-1 Removing the Master Interface Board 4 D. C. Power Supply DC Power Supply Module CE Computer P/N Replacing CE Computer UV Lamp Replacement UV Lamp P/N ST20009 UV Reactor Assembly P/N ST20003-1 Removing the UV Reactor Assembly UV Power Supply 10 Removing the UV Power Supply Mass Flow Controller P/N ST18001A 11 Mass Flow Controller Metering Valve P/N ST16050 12 Metering Valve Sparger P/N ST20025 13 Sparger Pumps Maintenance Model 14 Removing the Pump Maintenance Model 13 4-20 mA Adjustment Procedure System Diagnostics Setting 100 MV Control Voltage Appendix 1SpecificationsTotal Organic Carbon Analyzer Appendix Appendix Model Sample requirements Parts Listing Description Image Appendix Model Total Organic Carbon Analyzer Appendix Appendix Model Total Organic Carbon Analyzer Appendix Option Auto CAL True Dual Range Option not an electronic scaling Dbpr Option Appendix Model AS-BUILT Drawings Appendix Model Teledyne Analytical Instruments Index Total Organic Carbon Analyzer Index Index Model Modbus Pump mounting screw Index Model