Teledyne 9060L, Percent Oxygen Analyzer operating instructions Probe Configuration, Probe Options

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Percent Oxygen Analyzer

Operational Theory

 

 

 

Probes of 1000 mm (40”) normally have sufficient length for any installation. Customers requiring probes longer than 1500 mm (59”) are supplied with a flow guide tube that uses the flue velocity to pull flue gas through a filter at the sensing tip and exhaust it near the flue wall.

2.2.1 Probe Configuration

The probe can be configured in a variety of ways to suit the analytical environment. Figure 2-1 shows the most common configurable items of the probe. Not indicated is the actual thermocouple sensing element, however, see Table 2-1. You can choose:

1.Probe insertion length (from process end of mounting thread to probe sensing tip). See Figure 2-2.

2.Mounting thread (process connection), BST or NPT (for size of thread refer to specifications).

3.Lagging extension length, if required.

Table 2-1 indicates typical probe options.

Table 2-1: Probe Options

Probe Length

Thermocouple

Sheath

Thread

250 mm (10”) Type K max 900°C (1560°F)

350 mm (14”)

500 mm (20”)

750 mm (30”)

1000 mm (40”)

316 SS max 850°C (1560°F)

BST or NPT

Inconel

 

The Inconel option has all

 

inconel wetted parts except for

 

the ceramic sensor and viton

 

‘o’ rings

 

Figure 2-2: Model 9060L Probe

Teledyne Analytical Instruments

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Contents Teledyne Analytical Instruments Model 9060LCopyright 2005 Teledyne Instruments/ Analytical Instruments Model 9060LPercent Oxygen Analyzer Specific Model InformationSafety Messages Percent Oxygen Analyzer Table of Contents Operation MaintenanceAppendix Index Teledyne Analytical InstrumentsFront Panel List of FiguresList of Tables Combustible GAS Usage Introduction Main Features of the AnalyzerOverview Percent Oxygen Analyzer IntroductionIntroduction Model 9060L Front Panel DescriptionSpan Rear Panel DescriptionRear Panel Introduction Operational TheoryOxygen Probe, Sensor, and Heater Percent Oxygen Analyzer Operational TheoryModel 9060L Oxygen Probe Operational Theory Model 9060LProbe Options Probe ConfigurationInternal Structure of the Zirconia Sensor and Probe Zirconia SensorHeater Sensor Impedance Applications Not at Atmospheric PressureElectronics GeneralSignal Processing Block Diagram Signal ProcessingOperational Theory Model 9060L Control Unit Installation Installation9060L Oxygen Probe Installation Percent Oxygen Analyzer InstallationInstallation Model 9060L Electrical Connections Primary Input PowerAnalog Outputs Alarm RelaysAlarm #2 4Model 9060L Heated Probe Cable Connection Oxygen Probe ConnectionsConnections to Probe Installation ChecklistInstallation Model 9060L Teledyne Analytical Instruments Percent Oxygen Analyzer Operation OperationOperation Model 9060L Using the Function and Data Entry ButtonsSetting the Analysis Ranges Set Alarm 1 HI alarm Setting the Alarm SetpointsHI Range LO RangeSelecting a Fixed Range or Autoranging Set Alarm 2 LO alarmSensor Fail Alarm Span Calibration Oxygen CalibrationOperation Model 9060L Air Calibration Probe TemperatureSupplementary Information Open Thermocouple Error MessagesLow Temperature Percent Oxygen Analyzer Operation Operation Model 9060L Teledyne Analytical Instruments Replacing the Fuse MaintenancePercent Oxygen Analyzer Maintenance Maintenance Model 9060L Appendix SpecificationsAppendix Model 9060L Probe SpecificationsAnalytical Instruments Spare Parts ListEmail asktai@teledyne.com Zirconia Oxygen Sensor Output mV Reference DrawingProbe or Sensor EMF Tables Percent Oxygen Analyzer Appendix Model 9060L Teledyne Analytical Instruments Index Index Model 9060L Percent Oxygen Analyzer