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Emerson Process Management 2400S manual 10.7Performing temperature calibration

Models: 2400S

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10.7Performing temperature calibration

Measurement Performance

10.7Performing temperature calibration

Temperature calibration is a two-part procedure: temperature offset calibration and temperature slope calibration. The entire procedure must be completed without interruption.

To perform temperature calibration, you must use ProLink II. See Figure 10-12.

Compensation

Figure 10-12Temperature calibration – ProLink II

Temperature Offset calibration

Fill sensor with low-

temperature fluid

Wait until sensor achieves

thermal equilibrium

ProLink Menu >

Calibration >

Temp offset cal

Enter temperature of low-

temperature fluid

Do Cal

Calibration in Progress

light turns red

Calibration in Progress

light turns green

Close

Temperature Slope calibration

Fill sensor with high-

temperature fluid

Wait until sensor achieves

thermal equilibrium

ProLink Menu >

Calibration >

Temp slope cal

Enter temperature of high-

temperature fluid

Do Cal

Calibration in Progress

light turns red

Calibration in Progress

light turns green

Close

Done

Measurement Performance

Troubleshooting

Defaults

Configuration and Use Manual

109

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Emerson Process Management 2400S manual 10.7Performing temperature calibration, 12 Temperature calibration – ProLink

Contents

Configuration and Use Manual Micro MotionConfiguration and Use Manual Model 2400S Transmitters for DeviceNetPage Configuration and Use Manual ContentsContents Configuration and Use Manual Chapter 11 Troubleshooting Configuration and Use Manual Page Before You Begin Chapter1.2Safety 1.1Overview1.5Determining version information 1.4DeviceNet functionalityTable 1-1 Obtaining version information 1.6Communication tools1.7Planning the configuration 1.8Pre-configurationworksheet Figure 1-1 Configuration overviewRequired Configuration Optional ConfigurationConfiguration data Pre-configurationworksheetStartup Transmitter User Interface Using ProLink 1.9Flowmeter documentation1.10Micro Motion customer service Chapter Flowmeter Startup2.1Overview 2.3Bringing the transmitter onlineFlowmeter Startup Chapter Using the Transmitter User Interface3.1Overview 3.2User interface without or with display•Viewing the LEDs •Viewing the LCD panel 3.4Using the optical switches 3.5Using the display 3.5.1Display language3.5.2Viewing process variables Figure 3-3 Entering the display menu system 3.5.3Using display menusSX.XXXX 3.5.4Display passwordFigure 3-4 Numeric values in decimal notation Figure 3-5 Numeric values in exponential notation SX.XXXEYYPage Chapter 4.3Configuration upload/download4.1Overview 4.2Requirements4.4.2Service port connection parameters 4.4Connecting to a Model 2400S DN transmitterTable 4-1 Service port auto-detectionlimits 4.4.3Connecting via the service port clips•COM Port: as appropriate 4.5ProLink II language 4.4.4Connecting via the IrDA port5.2Connecting to the Model 2400S DN transmitter Using a DeviceNet Tool5.3Using the DeviceNet device profile Chapter5.4Using a DeviceNet tool 5.4.1Type A tools5.4.2Type B tools Table 5-1 Default DeviceNet assemblies 5.5Default assembliesUsing a DeviceNet Tool Required ConfigurationPage 6.2.1When to characterize Required Transmitter ConfigurationChapter 6.1Overview0.0010 19.0005.130.9980 Table 6-1 Sensor calibration parametersFigure 6-2 Characterizing the flowmeter 6.2.3How to characterize6.3Configuring the measurement units Using a DeviceNet Tool Figure 6-3 Configuring measurement unitsConfiguration Using the Transmitter Optional ConfigurationTable 6-3 Volume flow measurement units – Liquid 6.3.2Volume flow units6.3.1Mass flow units Table 6-2 Mass flow measurement unitsTable 6-4 Volume flow measurement units – Gas Table 6-5 Density measurement units 6.3.3Density unitsTable 6-6 Temperature measurement units 6.3.4Temperature units6.3.5Pressure units Table 6-7 Pressure measurement unitsTable 6-7 Pressure measurement units continued Chapter Using the Transmitter7.1Overview 7.2Recording process variables7.3Viewing process variables 7.3.1With the display7.3.2With ProLink 7.3.3With a DeviceNet tool Using the TransmitterTable 7-1 Process data in DeviceNet objects AttributeTable 7-2 Summary of input assemblies Using the Transmitter Using a DeviceNet Tool Required ConfigurationOptional Configuration Table 7-2 Summary of input assemblies continued• Status Table 7-2 Summary of input assemblies continued7.4Using the LEDs 7.4.1Using the module LEDTable 7-2 Summary of input assemblies continued 7.5.1Using the status LED 7.4.2Using the network LEDUsing the Transmitter 7.5Viewing transmitter status7.5.3Using a DeviceNet tool 7.5.2Using ProLink7.6Handling status alarms Table 7-5 Transmitter status LED7.6.1Using the display Table 7-6 Transmitter responses to status alarmsStatus window 7.6.2Using ProLink7.6.3Using a DeviceNet tool Alarm Log window7.7Using the totalizers and inventories NETVI for ED Net Volume Inventory LVOLI for Liquid Volume InventoryUsing the Transmitter GSV I for Gas Standard Volume InventoryWith a DeviceNet tool With ProLink7.7.2Controlling totalizers and inventories With the displayWith ProLink With a DeviceNet tool Reset all inventories Using the Transmitter Using a DeviceNet Tool Required ConfigurationOptional Configuration • Start/stop all totalizers and inventoriesPage Table 8-1 Configuration map Optional ConfigurationChapter 8.1OverviewTable 8-1 Configuration map continued 8.2Configuring volume flow measurement for gas•Liquid volume the default •Gas standard volume Using the Gas Wizard 8.2.1Using ProLink8.3Configuring cutoffs 8.2.2Using a DeviceNet toolTable 8-2 Cutoff default values 8.3.1Cutoffs and volume flow8.4Configuring the damping values 8.4.1Damping and volume measurement 8.5Configuring the flow direction parameterTable 8-3 Valid damping values 8.6.1Defining events 8.6Configuring eventsTable 8-6 Event actions Table 8-5 Event typesExample Table 8-6 Event actions continued8.7Configuring slug flow limits and duration 8.6.2Checking and reporting event status8.6.3Changing event setpoints from the display 8.8Configuring status alarm severity Alarm severity levels and fault reportingTable Table 8-8 Status alarms and severity levels 8.9.1Update period 8.9Configuring the display8.9.2Language 8.9.3Enabling and disabling display functionsTable 8-9 Display functions 8.9.4Configuring the LCD backlight•Using ProLink II, see Figure B-3 8.10.1DeviceNet node address 8.10Configuring digital communications8.10.3DeviceNet configurable input assembly 8.10.2DeviceNet baud rateTable 8-11 Baud rate codes 8.10.5Modbus ASCII support 8.10.4Modbus address8.10.6IrDA port usage 8.10.7Digital communications fault action8.10.8Fault timeout 8.11Configuring device settingsTable 8-13 Device settings 8.13.1About the petroleum measurement application 8.12Configuring sensor parametersTerms and definitions CTL derivation methodsAPI reference tables 8.13.2Configuration procedure Table 8-14 API reference temperature tables•Using ProLink II, see Figure B-3 •Using a DeviceNet tool, see Table C-10Optional Configuration 8.14Configuring the enhanced density applicationTemperature unit 8.14.1About the enhanced density applicationTemperature unit Optional ConfigurationVolume Conc Dens Using a DeviceNet Tool Required ConfigurationVolume Conc SG 8.14.2Configuration procedureConc Dens Conc SGUsing the Transmitter Using a DeviceNet ToolOptional Configuration Configuration and Use ManualPage Pressure Compensation and Temperature CompensationChapter 9.1Overview9.2.2Pressure correction factors 9.2.3ConfigurationMeasurement Performance Troubleshooting 9.3External temperature compensationDefaults be configured to match pressure unit•With ProLink II, see Figure Data description Instance IDSize BytesPage Measurement Performance Chapter10.1Overview 10.2.1Meter verification 10.2.2Meter validation and meter factors10.2.3Calibration 10.3Performing meter verification 10.2.4Comparison and recommendationsTo perform meter verification Troubleshooting Defaults Configuration and Use ManualCompensation Measurement Performance Measurement Performance Troubleshooting DefaultsStep number Step description10.3.1Uncertainty limit and test results 10.4Performing meter validation 2.Calculate the meter factor as follows 10.5Performing zero calibration Example10.5.1Preparing for zero 10.5.2Zero procedureConfiguration and Use Manual Troubleshooting DefaultsCompensation Measurement PerformanceProLink > Calibration > Zero Calibration Figure 10-6 ProLink II – Flowmeter zero procedureCalibration in Progress LED turns red10.6Performing density calibration 10.6.1Preparing for density calibration 10.6.2Density calibration proceduresSensor requirements Density calibration fluidsConfiguration and Use Manual Troubleshooting DefaultsCompensation Measurement PerformanceD1 calibration D2 calibrationBit 14 0ff? Configuration and Use Manual Troubleshooting DefaultsCompensation Measurement PerformanceD3 calibration D4 calibrationBit 7 0ff? Figure 10-12 Temperature calibration – ProLink 10.7Performing temperature calibrationPage 11.2Guide to troubleshooting topics TroubleshootingTable 11-1 Troubleshooting topics and locations Chapter11.3Micro Motion customer service 11.4Transmitter does not operate11.5Transmitter does not communicate 11.7.1Checking the DeviceNet cable and connector 11.7Diagnosing wiring problems11.6Checking the communication device ProLink11.9Fault conditions Figure 11-1 DeviceNet connector11.7.2Checking grounding 11.8Zero or calibration failure11.11Transmitter LEDs Table 11-2 Status alarms and remedies 11.12Status alarmsTroubleshooting AlarmTroubleshooting Table 11-2 Status alarms and remedies continuedDefaults Compensation Measurement PerformanceA030 Table 11-2 Status alarms and remedies continued11.13Checking process variables Erratic non-zeroflow rate under Defaults Troubleshooting11.14Checking slug flow Compensation Measurement Performance11.15Checking the sensor tubes 11.16Checking the flow measurement configuration11.17Checking the characterization 11.18Checking the calibrationTable 11-4 Test points with DeviceNet tool 11.19.1Obtaining the test point values11.19.2Evaluating the test points Table 11-5 Sensor pickoff values11.19.4Low pickoff voltage 11.19.3Drive gain problems11.20Checking sensor circuitry Transmitter housing Clamp Feedthrough pins Transmitter housing cover User interface moduleinside housing Feedthrough mounted on sensor TransmitterFigure 11-3 Accessing the feedthrough pins Figure 11-4 Feedthrough pins To return to normal operation Page Appendix A Default Values and RangesA.2 Most frequently used defaults and ranges Table A-1 Transmitter default values and rangesSetting Default Values and RangesDefault TypeDefaults TroubleshootingDisplay Compensation Measurement PerformancePage Appendix B Menu FlowchartsB.1 Overview B.2 Version informationFigure B-1 ProLink II main menu Menu FlowchartsMenus Figure B-2 ProLink II configuration menuDevice Profile Display CodesDisplay ·Var1 ·Var2 ·… ·Var Display precision Menus Figure B-4 Display menu – Off-linemenu, top levelDevice Profile Display Codes4Displayed only if Auto Scroll is enabled RESTORE ZERO Configuration and Use ManualRESTORE ZERO/YES? MenusOFF-LINEMAINT Appendix C Device ProfileC.1 Overview C.2 Analog Input Point Object 0x0A ServiceDevice Profile AttribValue Gas Standard Volume Object Calibration Object REAL Diagnostics Object Alarm status Menus Alarm statusDevice Profile Display Codes IndexAlarm status Menus Alarm statusDevice Profile Display Codes Index9-wirecable Menus AlarmDevice Profile Display Codes IndexMeter Menus MeterDevice Profile Display Codes IndexMeter Page Local Display Object Menus DisplayDevice Profile Display Codes IndexTable C-10 API Object 0x69 – Instance Table C-10 API Object 0x69 – Instance 1 continued Net mass flow Device Profile C.11 measurement unit codesProcess variable codes Process variable codesProcess variable codes continued Alarm index codesTable C-15 Table C-16Table C-16 Alarm index codes continuedDisplay Codes and Abbreviations Appendix DD.1 Overview D.2 Codes and abbreviationsDisplay Codes and Abbreviations Table D-2 Display codes used in off-linemenuCode or abbreviation DefinitionEvent Table D-2 Display codes used in off-linemenuPage Index Page Page Page Page configuration 30 list Volume flow, liquid cutoff 58 measurement unitWiring problems Zero calibration failure 114 procedurePage Micro Motion Inc. USA MMI-20007739Worldwide Headquarters Micro Motion Europe