Emerson Micro Motion SGM - Page 46

Emerson Micro Motion SGM

190 pages

Save Page as PDF

To Next Page

To Next Page

To Previous Page

To Previous Page

Loading...

Configure measurement units using the display Configuration and Use Manual

March 2021 MMI-20020954

46 Micro Motion Gas Specific Gravity Meters (SGM)

Table of Contents

Default Chapter3
- Table of Contents3
- About this Manual7
Chapter 1 Before You Begin7
- Hazard Messages7
- Model Codes and Device Types7
- Communications Tools and Protocols8
- Related Documentation8
Chapter 2 Orientation and Planning9
- Terms and Definitions13
- Primary Process Variable: Specific Gravity, Molecular Weight, or Relative Density14
- Equations Used to Calculate Specific Gravity, Molecular Weight, and Relative Density18
- Functional View of the SGM9
Chapter 3 Quick Start21
- Power up the Transmitter21
- Check Meter Status21
- Make a Startup Connection to the Transmitter22
Chapter 4 Introduction to Configuration and Commissioning23
- Default Values23
- Enable Access to the Off-Line Menu of the Display25
- Disable HART Security25
- Set the HART Lock26
- Restore the Factory Configuration26
Chapter 5 Purging and Calibration27
- On-Site Setup Requirements27
- Prepare for SGM Purging and Calibration27
- Purge and Purge-Cycle the SGM Device31
- Calibrate the SGM Device33
- Review Data for All Calibrations44
- Change the Label for the Active Calibration44
- Select the Active Calibration44
Chapter 6 Configure Measurement Units Using the Display45
Chapter 7 Configure Process Measurement Using Prolink III47
- Configure Specific Gravity, Molecular Weight, or Relative Density Parameters Using Prolink III47
- Configure Temperature Measurement Using Prolink III48
- Configure the Pressure Input51
- Configure Gas Compressibility Measurement Using Prolink III53
- Configure Base Density Calculations Using Prolink III56
- Configure Line Density Calculations Using Prolink III58
- Configure Energy Content Measurement Using Prolink III59
- Set up Concentration Measurement Using Prolink III63
Chapter 8 Configure Process Measurement Using a Field Communicator65
- Configure Density Measurement Using a Field Communicator65
- Configure Temperature Measurement Using a Field Communicator67
- Configure Gas Measurement Using a Field Communicator69
- Set up Concentration Measurement Using a Field Communicator75
Chapter 9 Configure Device Options and Preferences77
- Configure the Transmitter Display77
- Enable or Disable the Acknowledge All Alerts Display Command79
- Configure Security for the Display Menus79
- Configure Alert Handling80
- Configure Informational Parameters83
Chapter 10 Integrate the Meter with the Control System85
- Configure Channel B85
- Configure the Ma Output85
- Configure the Discrete Output91
- Configure an Enhanced Event93
- Configure Hart/Bell 202 Communications94
- Configure Modbus Communications100
- Configure Digital Communications Fault Action102
Chapter 11 Complete the Configuration103
- Test or Tune the System Using Sensor Simulation103
- Back up Transmitter Configuration103
- Enable HART Security103
Chapter 12 Transmitter Operation105
- Record the Process Variables105
- View Process Variables and Diagnostic Variables105
- View and Acknowledge Status Alerts106
Chapter 13 Measurement Support111
- Adjust Temperature Measurement with Temperature Offset or Temperature Slope111
- Adjust Concentration Measurement with Trim Offset112
- Adjust Concentration Measurement with Trim Slope and Trim Offset113
- Set up User-Defined Calculations114
Chapter 14 Troubleshooting119
- Quick Guide to Troubleshooting119
- Verify Performance120
- Perform the Known Density Verification Procedure121
- Check Power Supply Wiring123
- Check Grounding124
- Perform Loop Tests124
- Status LED States128
- Status Alerts, Causes, and Recommendations128
- Primary Process Variable Measurement Problems133
- Temperature Measurement Problems134
- Gas Measurement Problems135
- Concentration Measurement Problems135
- Milliamp Output Problems136
- Discrete Output Problems138
- Time Period Signal (TPS) Output Problems138
- Using Sensor Simulation for Troubleshooting139
- Trim Ma Outputs139
- Check HART Communications140
- Check Lower Range Value and Upper Range Value142
- Check Ma Output Fault Action142
- Check for Radio Frequency Interference (RFI)142
- Check for Leakage143
- Check the Coalescing Filter143
- Check the Drive Gain144
- Check the Pickoff Voltage145
- Check for Internal Electrical Problems146
- Locate a Device Using the HART 7 Squawk Feature146
Appendix A Factory Test Certificate147
- Sample Factory Test Certificate147
Appendix B Using the Transmitter Display149
- Components of the Transmitter Interface149
- Use the Optical Switches149
- Access and Use the Display Menu System149
- Display Codes for Process Variables153
- Codes and Abbreviations Used in Display Menus154
Appendix C Using Prolink III with the Transmitter167
- Basic Information about Prolink III167
- Connect with Prolink III168
Appendix D Using the Field Communicator with the Transmitter179
- Basic Information about a Field Communicator179
- Connect with a Field Communicator180
Appendix E Three-Point Calibration183
Appendix F Calculate Measurement Errors Using Reference Chamber Pressure187

Related product manuals

Preview: Emerson Micro Motion SGM Series

Emerson Micro Motion SGM Series

Preview: Emerson Micro Motion

Emerson Micro Motion

Preview: Emerson Micro Motion FDM

Emerson Micro Motion FDM

Preview: Micro Motion 7829 Viscomaster Dynamic

Micro Motion 7829 Viscomaster Dynamic

Preview: Emerson Net Safety Millennium

Emerson Net Safety Millennium

Preview: Emerson MRLDS-250

Emerson MRLDS-250

Preview: Emerson Mobrey Hydratect 2462

Emerson Mobrey Hydratect 2462

Preview: Emerson CSI 2140

Emerson CSI 2140

Preview: Emerson Daniel 3415

Emerson Daniel 3415

Preview: Emerson Daniel Series

Emerson Daniel Series

Preview: Emerson X-STREAM Series

Emerson X-STREAM Series

Preview: Emerson Daniel 3410 Series

Emerson Daniel 3410 Series