Teledyne 9060Z manual Commissioning Mode Functions

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Model 9060Z Manual

7.2 COMMISSIONING MODE FUNCTIONS

7.2.1 Internal Date / Time

The date and time are used in the transmitter to run time based operations such as impedance readings and gas calibration checks. The correct date and time should be entered by pressing and holding the OPTION UP & DOWN keys. The date and time will change faster the longer the OPTION key is held.

7.2.2 Service Date

The service date can be used to keep a record of when a probe was changed. The RUNTIME timer which keeps a track of the hours and minutes that the transmitter and probe has been operating is reset when the service date is changed.

The service date and the runtime timer can be displayed as lower line items in RUN mode.

7.2.3 Number of Probes

The 9060Z transmitter can operate in single or dual probe mode. By selecting single probe, all dual probe options and alarms will be disabled and second probe options hidden from the user.

If you are using the transmitter as a single probe device you should set the number of probes to ‘single probe’ to disable all probe 2 alarms and display items.

7.2.4 Probe 1 & 2 Type

The probe type function allows a selection between a heated probe and an unheated probe types. Heater control and alarms will be disabled if unheated probe type is selected.

7.2.5 Probe 1 & 2 Thermocouple Type

The thermocouple type can be set to K, J, R or S. The thermocouple in the Teledyne Analytical Instruments 9060H heated probes are always K type. 9060UL/UH unheated probes are available in R type or S type. Other thermocouple options are made available for special installations.

7.2.6 Auxiliary Thermocouple Type

When the transmitter is operating as a single probe mode, the probe 2 thermocouple input (terminals 7&8) is used as an auxiliary thermocouple input. In dual probe mode this option is unavailable.

Use of an auxiliary thermocouple allows for basic monitoring of temperature as well as enabling the calculation of combustion efficiency. The thermocouple type can be set to K, J, R or S.

7.2.7 Transmitter Output Channel 1 & 2

The 9060Z transmitter has two fully configurable 4‐20mA analogue outputs. The channels can be configured independently to output one of several calculated values.

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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 Temperature accuracy Output load Alarm relaysAlarm relay contacts PowerTemperature Range Head TemperatureConnection Weight 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 Installing the Auxiliary Thermocouple 4A Shield Connections4B Earth Connection PE 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 Auxiliary Thermocouple Optional Connecting the Output ChannelsConnecting the Alarms Connecting the Automatic Purge and Calibration Check SystemConnecting Reference AIR Connecting the Transmitter to a Modbus NetworkOnnecting Power Commissioning ‐ RUN ModeProbe or Sensor Calibration For more details see AppendixFilter Purging Calibration GAS CheckDust in the Flue GAS Connecting a Pressure Transducer StratificationDisplay and Keypad Graphical DisplayKeypad in RUN mode Key text RUN mode White text Setup mode Black textOxygen Display Units KeypadKeypad in Setup / Commissioning / Calibration modes Function up and Function down keys Option up and Option down keysEnter key Probe impedance keySetup Mode Function Summary TableChanging Options 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 Temperature Units Flue Pressure Units and ValueCalibration Freezes Outputs Solenoid 1 & 2 OperationOxygen Content Calibration Gas 1 Maximum Calibration Gas 1 & 2 Positive / Negative ErrorAlarm Relay 1, 2 and 3 Function Common Alarm Relay FunctionOperation of the Alarm Relays when an Alarm is Accepted Selecting the Correct FuelReference Air Pump Options 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 Maintenance Transmitter MaintenanceCleaning Replacement PartsIndex Auxiliary ThermocoupleTroubleshooting Is the H/C atom ratio in the fuel Is the O/C atom ratio in the fuelIs the N/C atom ratio in the fuel Is the S/C atom ratio in the fuelAppendix 2, Probe EMF Tables Zirconia Oxygen Sensor Output mV Probe Type 9060H, SensorProbe EMF Probe EMF @ 720C 1320FZirconia Oxygen Probe Output mV Probe Type 9060UL/UH 13.1 20.726.2 33.8Serial Configuration Modbus ProtocolModel 9060Z Manual Model 9060Z Manual Model 9060Z Manual Model 9060Z Manual Model 9060Z Manual 0x41 Special Instruction Function 0x020x03 0x04