Teledyne 9060Z manual Software Upgrades

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Model 9060Z Manual

12. SOFTWARE UPGRADES

The software for the 9060Z series transmitters is contained in memory inside the microprocessor integrated circuit (IC). The transmitter therefore does not require an external memory IC for the software. Provision has been made to enable the software to be upgraded in the field without the use of a computer. If an upgrade is to be made to the software it will be supplied in a 32 pin EEROM IC type 29F010B. To do the upgrade, use the following steps:

1.Turn the power off to the transmitter at the power switch

2.Remove the hose from the reference air pump (if fitted)

3.Unplug the reference air DC power lead (if fitted)

4.Undo the two M4 screws at the top and bottom of the main shield

5.Remove the earth screw from the main shield on the right hand side of the cabinet

6.Lift out the main shield around the cable glands

7.Fold out the two wings of the blue socket labeled “FIRMWARE UPGRADE SOCKET”. Plug the 29F010B into the socket. Carefully note the direction of the IC. Pin 1 is identified on the PCB and pin 1 on the IC has a small round indentation next to the pin.

8.Hold down the DISPLAY down and the ALARM LOG keys and then turn on the power

9.Release the keys when the message “Verifying the EEROM” will be shown. The transmitter is confirming that the new firmware is valid.

10.After the EEROM has been read and confirmed this message will be shown:

Upgrade Firmware?

Model 9060Z

New Version: 1.##

Upgrade Cancel

11.Press the DISPLAY up key to ‘Upgrade’ the firmware.

12.Press the ALARM up key to cancel the upgrade and continue the start up of the current firmware.

13.When the transmitter has upgraded the firmware it will start up the normal initialization. The version of the firmware is shown on the startup screen.

Upgrading Firmware.

Analyser will reset itself in approx. 15 seconds.

Do not turn off the power

NOTE: While the firmware is being upgraded it is essential that the power is not turned off otherwise the programme will be corrupted and will not be recoverable.

14.Turn the transmitter power off.

15.Unplug the EEROM by pressing out the wings of the blue upgrade socket. Keep the EEROM in a safe place. It can be used to upgrade any number of transmitters as required.

16.Replace the main shield and secure it with the three screws.

17.Reconnect the reference air pump hose and plug (if fitted).

18.Turn the power back on.

NOTE: The transmitter may do an automatic COLD START after the upgrade. The words ‘Cold Start’ will be shown on the display in step 14 if the cold start has been performed. The calibration will NOT be changed but the configuration may have been changed.

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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 9060Z Transmitter IntroductionSeries 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 outputsInstalling a 9060H Oxygen Probe Installation and CommissioningMounting the Transmitter Oxygen Probe Mounting Installing the Auxiliary Thermocouple 4A Shield Connections4B Earth Connection PE Electrical ConnectionsModel 9060Z Manual Model 9060Z Manual Heater Interlock Relays Connecting AN Oxygen Probe CableHeater 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 AppendixCalibration GAS Check Filter PurgingDust 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 RangeProbe 1 Offset Setup Mode FunctionsLower Line Items Oxygen Display Units Process AlarmsDamping 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 StartCalibration GAS GAS Calibration Check and PurgeFunction # Function Description Options Software Upgrades Detailed Fault Analysis TroubleshootingFirst 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