Teledyne 9060Z manual Important Notice Regarding 9060 Probe Option ‐ FIL‐3

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Model 9060Z Manual

Important Notice Regarding 9060 Probe Option ‐ FIL‐3

WARNING: The only identifiable standard for flame arresters for general use is British Standard BS EN 12874:2001. British Standard BS EN 12874:2001 refers to an operating environment up to 150 Degrees Centigrade.

The FIL‐3 device optionally fitted to 9060 Heated Zirconia Probes (the “Probes" or "Probe") operate in an environment considerably greater than 150 Degrees Centigrade.

Therefore, we know of no Australian, British, European or USA standard applicable to flame arresters or their testing above 150 degrees Centigrade. Consequently, the FIL‐3 device cannot be certified as a safety device.

The probe is only on probes during the start up processes of a combustion appliance.

The Teledyne Analytical Instruments Burner Interlock Relay facility, which is a standard part of the Teledyne Analytical Instruments transmitter, is designed to be wired to the main safety shut‐off fuel valves in a way that can shutdown the probe heater when the fuel valves are closed.

The risk of ignition of flammable gas mixture at the hot end of the Probe can only be minimized by correct use, maintenance and operation of the FIL‐3 device. The user of the FIL‐3 device is responsible for verification and maintenance and correct use and operation of the FIL‐3 device.

THE USER AGREES THAT IT USES THE PROBE AND THE FIL‐3 DEVICE AT ITS SOLE RISK. TELEDYNE ANALYTICAL INSTRUMENTS TO THE FULL EXTENT PERMITTED BY LAW, GIVES NO WARRANTIES OR ASSURANCES AND EXCLUDES ALL LIABILITY (INCLUDING LIABILITY FOR NEGLIGENCE) IN RELATION TO THE PROBE AND THE FIL‐3 DEVICE.

The user must ensure that it correctly follows all instructions in relation to the Probe and FIL‐3 device, correctly understands the specifications of the Probe and FIL‐3 device and ensures that the Probe and FIL‐3 device are regularly inspected and maintained.

FIL‐3 equipped Probes should be inspected at least once a year for corrosion and more frequently if there is any reason to suspect that corrosion may have occurred.

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Contents Teledyne Analytical Instruments Model 9060Z Manual Keypad Forcing a Cold Start Resetting the Calibration Factors PurgeEmail asktai@teledyne.com Important Notice Regarding 9060 Probe Option ‐ FIL‐3 Important Notices Introduction 9060Z TransmitterSeries 9060H Oxygen Probes & Sensors Model 9060Z Manual Alarm relay contacts Temperature accuracyOutput load Alarm relays PowerConnection Weight Temperature RangeHead Temperature 9060H 9060UL/UH ApplicationHeated probes‐temperature range 0‐900C 1650F Model 9060Z Manual Function Minimum Maximum Range of outputsInstallation and Commissioning Installing a 9060H Oxygen ProbeMounting the Transmitter Oxygen Probe Mounting 4B Earth Connection PE Installing the Auxiliary Thermocouple4A Shield Connections Electrical ConnectionsModel 9060Z Manual Model 9060Z Manual Connecting AN Oxygen Probe Cable Heater Interlock RelaysHeater Supply Interlock Connection for Heated Probes Model 9060Z Manual Connecting the Alarms Connecting the Auxiliary Thermocouple OptionalConnecting the Output Channels Connecting the Automatic Purge and Calibration Check SystemConnecting Reference AIR Connecting the Transmitter to a Modbus NetworkProbe or Sensor Calibration Onnecting PowerCommissioning ‐ RUN Mode For more details see AppendixFilter Purging Calibration GAS CheckDust in the Flue GAS Connecting a Pressure Transducer StratificationDisplay and Keypad Graphical DisplayOxygen Display Units Keypad in RUN modeKey text RUN mode White text Setup mode Black text KeypadKeypad in Setup / Commissioning / Calibration modes Enter key Function up and Function down keysOption up and Option down keys Probe impedance keyChanging Options Setup ModeFunction Summary Table Function name RangeSetup Mode Functions Probe 1 OffsetLower Line Items Process Alarms Oxygen Display UnitsDamping Factor Commissioning Mode Model 9060Z Manual Commissioning Mode Functions Model 9060Z Manual Calibration Freezes Outputs Temperature UnitsFlue Pressure Units and Value Solenoid 1 & 2 OperationAlarm Relay 1, 2 and 3 Function Oxygen Content Calibration Gas 1Maximum Calibration Gas 1 & 2 Positive / Negative Error Common Alarm Relay FunctionReference Air Pump Options Operation of the Alarm Relays when an Alarm is AcceptedSelecting the Correct Fuel Function OptionsAlarm Log Clearing Communications Port OptionsCalibration Mode Menu Function name RangeCalibration Mode Functions Reference VoltagesHeater SSR Fault Correction Alarms Common AlarmsModel 9060Z Manual Selectable Process Alarms Alarm Relay Options Instrument Calibration Calibration SummaryProbe Calibration Cold StartGAS Calibration Check and Purge Calibration GASFunction # Function Description Options Software Upgrades Troubleshooting Detailed Fault AnalysisFirst Approach Cleaning MaintenanceTransmitter Maintenance Replacement PartsIndex Auxiliary ThermocoupleTroubleshooting Is the N/C atom ratio in the fuel Is the H/C atom ratio in the fuelIs the O/C atom ratio in the fuel Is the S/C atom ratio in the fuelProbe EMF Appendix 2, Probe EMF TablesZirconia Oxygen Sensor Output mV Probe Type 9060H, Sensor Probe EMF @ 720C 1320FZirconia Oxygen Probe Output mV Probe Type 9060UL/UH 26.2 13.120.7 33.8Serial Configuration Modbus ProtocolModel 9060Z Manual Model 9060Z Manual Model 9060Z Manual Model 9060Z Manual Model 9060Z Manual 0x03 0x41 Special Instruction Function0x02 0x04