Agilent Technologies G6600-90006 manual Install the Dual Plasma Burner, Additional information

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Step 7: Install the Dual Plasma Burner

Remove the cover plates from the Detector area of the GC to expose the hole into the oven through which a Detector is normally mounted. If the GC has more than one available Detector position, pick the most convenient one.

Prepare the GC by cutting the inside liner and top liner per Figure 17. Note that mounting fastener patterns will vary by GC manufacturer. Make sure the notch in the inside liner is on the right, in order to accommodate the geometry of the Burner as it sits in the shroud and mounting plate.

Figure 18 Dimensions of GC Liner Cut-Outs

 

Align the Burner mounting plate with the mounting screw holes on the GC.

 

Clear the hole into the GC oven of interfering insulation, and then secure the

 

mounting plate onto the oven with the screws provided. Attach the Burner's

 

heated base connector to the GC's temperature control circuit. Consult your

 

GC's operation or service manual to confirm proper connection of the 100 ohm

 

RTD sensor and the cartridge heaters.

 

Occasionally geometric design changes will occur within or between GC models. If the

N O T E

mounting plate provided does not match up with the top of the GC, contact Agilent for

 

 

additional information.

 

 

 

Position the Dual Plasma Burner (column end down) into the tapered fitting of

 

the heated base, with the lower hydrogen line and pin aligned with the slot in

 

the heated base. The Burner should be secure when properly positioned.

Operation and Maintenance Manual

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Contents Operation and Maintenance Manual Manual Part Number WarrantySafety Notices AcknowledgementsWA R N I N G EnglishIs not in use Español Français Deutsch Italiano Veiligheidsvoorzieningen niet meer DutchFollowing symbols are used on the equipment Contents Overview InstallationOperation Front Panel Controls and Initial StartupPump Maintenance MaintenanceIndex TroubleshootingOperation and Maintenance Manual Introduction Operation and Maintenance Manual System Description Technical Information 255 NCD SpecificationsTechnical Information 355 SCD Power requirements Physical SpecificationsVoltage Nitrogen Chemiluminescence Detector Theory of OperationSulfur Chemiluminescence Detector Dual Plasma Burner with the 355 SCD Dual Plasma ControllerDual Plasma Burner Description of Major ComponentsCross-Section of the Dual Plasma Burner for the 355 SCD Cross-Section of the Dual Plasma Burner for the 255 NCD Chemiluminescence Reaction Cell and Photomultiplier Tube Ozone Generator355 SCD Left Side 355 SCD Right Side 255 NCD Left Side View Vacuum Pump Pressure TransducerNCD Reaction Cell Chemical TrapOil Coalescing Filter FID Adapter OptionalNCD Photomultiplier Tube and Cooler Schematic for 355 SCD Schematic for 255 NCD, in Nitrogen Mode Schematic for 255 NCD, in Nitrosamine Mode Operation and Maintenance Manual Installation Overview Selecting a Location Power RequirementsCombustion Gas Requirements Environmental ConsiderationsTwo-stage pressure regulators Venting Gases Unpack and Inspect the Instrument Required Installation ToolsInstalling the Edwards RV5 Pump Oil-Sealed Vacuum Pump Set Up the Vacuum PumpWA R N I N G Ard RV5 Oil-Sealed Vacuum Pump and Associated Traps Front Side RV5 Oil- Sealed Vacuum Pump and Associated Traps Top Setting the Gas Ballast Position RV5 Installing the Welch Dry Piston Vacuum Pump Operation Notes Welch Pump Welch Dry Piston Pump Operation and Maintenance Manual SCD 230 V Unit Rear Panel Diagram Connect the Power CordInstall the Dry Compressed Air or O2 Supply Install the Signal Output Cables Additional information Install the Dual Plasma BurnerDual Plasma Controller Rear Panel Install the Dual Plasma ControllerPacked Columns and Columns with an Outside Diameter 0.8 mm Install Column ConnectionsCapillary Columns Install the Transfer Line Front Panel Controls and Initial Startup Detector Front Panel Controls Power ControlsDisplay Output Controls Signal ControlsDual Plasma Controller Front Panel Dual Plasma Controller ControlsVacuum Test Initial StartupRecorder Test Initial Checkout Detector Interface SetupIgnition Operation Start-Up Procedure Coking Detector OperationDetector Stability and Response Column BleedFluctuating Pressures Contaminated GasesTypical Operating Conditions Typical Operating ConditionsExpected Detection Limits for Chromatographic Conditions Detection LimitsComplete Shutdown Instrument Shut-DownDaily Shutdown Special Operating Modes Using the 255 NCD in Nitrosamine ModeOperation and Maintenance Manual Operation and Maintenance Manual Maintenance Operating Life of Components for Edwards RV5 Vacuum Pump Pump MaintenanceCleaning the Detector Changing the Oil Mist Filter RV5 Equipment Reaction Cell CleaningReaction Cell, PMT Housing and PMT Socket WA R N I N G Flow Sensor Calibration MDL Detector SensitivitySCD Proper Ferrule Orientation to the Large Ceramic Tube Orientation of the Double Taper Ferrule Tightening the Heater Swivel Nut Operation and Maintenance Manual NCD Proper Ferrule Orientation to the Large Quartz Tube Burner Assembly Detail Tube Replacement for the SCD Positioning the Upper Tube in the Union Fitting 100 Operation and Maintenance Manual Operation and Maintenance Manual 101 Tube Replacement for the NCD Operation and Maintenance Manual 103 NCD Tube Replacement Detail Troubleshooting Solving Detector Problems Dual Plasma Controller Fuses Power ProblemsDetector Fuse Vacuum Pump FuseFuse Positions on the Power Supply Board High Voltage Transformer Ozone Generation ProblemsPlugged Restrictor Lines Response Problems Temperature Reading Problems Troubleshooting Detector Issues Diagnosing General ProblemsDetector gases Troubleshooting Pump Issues Troubleshooting Burner Issues Index Agilent Technologies, Inc