Emerson Micro Motion 5700 - Page 344

Emerson Micro Motion 5700

356 pages

To Next Page

To Next Page

To Previous Page

To Previous Page

Loading...

Concentration measurement matrices, derived variables, and process variables Configuration and Use

Manual

March 2019 MMI-20025166

344 Micro Motion Model 5700 Transmitters with Configurable Outputs

Table of Contents

Default Chapter3
- Table of Contents3
Chapter 1 Before You Begin7
- About this Manual7
- Communications Tools and Protocols7
- Related Documents7
- Power up the Transmitter9
- Check Meter Status9
Chapter 2 Quick Start9
- Commissioning Wizards10
- Make a Startup Connection to the Transmitter10
- Set the Transmitter Clock10
- Set the Transmitter Addresses and Tags11
- View the Licensed Features12
- Set Informational Parameters12
- Characterize the Meter (if Required)13
- Verify Mass Flow Measurement16
- Verify the Zero16
Chapter 3 Introduction to Configuration and Commissioning19
- Security and Write Protection19
- Work with Configuration Files24
Chapter 4 Configure Process Measurement31
- Configure Sensor Flow Direction Arrow31
- Configure Volume Flow Measurement for Liquid Applications37
- Configure Gas Standard Volume (GSV) Flow Measurement41
- Configure Density Measurement46
- Configure Temperature Measurement48
- Configure Pressure Measurement Unit50
- Effect of Temperature Damping on Process Measurement50
- Configure Velocity Measurement Unit51
  - Options for Pressure Measurement Unit51
  - Options for Velocity Measurement Unit52
Chapter 5 Configure Process Measurement Applications53
- Set up the API Referral Application53
- Set up Concentration Measurement71
- Configure the Batching Application91
Chapter 6 Configure Advanced Options for Process Measurement105
- Configure Response Time105
- Detect and Report Two-Phase Flow105
- Detect Two-Phase Flow Using Sensor Diagnostics106
- Configure Flow Rate Switch107
- Configure Events108
  - Configure a Basic Event108
  - Configure an Enhanced Event109
- Configure Totalizers and Inventories110
  - Options for Enhanced Event Action110
  - Default Settings for Totalizers and Inventories113
- Configure Logging for Totalizers and Inventories113
- Configure Process Variable Fault Action114
- Options for Process Variable Fault Action115
Chapter 7 Configure Device Options and Preferences119
- Configure the Transmitter Display119
- Configure the Transmitter's Response to Alerts125
Chapter 8 Integrate the Meter with the Control System135
- Configure the Transmitter Channels135
- Configure an Ma Output137
- Configure the Ma Input147
- Configure the Frequency Input155
- Configure a Discrete Output158
Chapter 9 Configure Digital Communications165
- Configure HART Communications165
- Configure Modbus Communications171
- Bit Structure of Double-Precision Bytes173
Chapter 10 Configure, Wire, and Use a Printer for Tickets175
- Ticket Types175
- Wire the Printer176
- Configure the Printer177
- Configure a Discrete Input or Discrete Event179
- Header Lines179
- Print a Batch Ticket180
- Print a Standard Ticket180
- Batch Ticket Contents181
- Print a Transfer Ticket182
  - Transfer Ticket Contents182
  - MMI-20025166 March183
Chapter 11 Complete the Configuration185
- Test or Tune the System Using Sensor Simulation185
- Sensor Simulation186
- Save the Transmitter Configuration to a Backup File187
- Enable or Disable Software Write-Protection187
- View Process and Diagnostic Variables189
Chapter 12 Transmitter Operation189
- View and Acknowledge Status Alerts190
- Effect of Sensor Flow Direction Arrow on Digital Communications190
- Read Totalizer and Inventory Values191
- Start, Stop, and Reset Totalizers and Inventories192
Chapter 13 Operation Using the Batcher195
- Run a Batch195
- Perform AOC Calibration197
- Use Smart Meter Verification (SMV)199
- Run an SMV Test199
Chapter 14 Measurement Support199
- View SMV Test Results202
- Understanding SMV Results203
- Set up SMV Automatic Execution204
- Production Volume Reconciliation (PVR)206
- Transient Bubble Remediation (TBR)206
- Transient Mist Remediation (TMR)206
- Use PVR, TBR, and TMR206
- Zero the Meter207
- Terminology Used with Zero Verification and Zero Calibration208
- Set up Pressure Compensation209
- Validate the Meter216
- Alternate Method for Calculating the Meter Factor for Volume Flow217
- Perform a (Standard) D1 and D2 Density Calibration218
  - Perform a D1 and D2 Density Calibration Using Prolink III219
  - Perform a D1 and D2 Density Calibration Using the Field Communicator220
- Adjust Concentration Measurement with Trim Offset221
- Adjust Concentration Measurement with Trim Slope and Trim Offset222
  - Set up Energy Flow224
  - Configure PWL225
- Piecewise Linearization (PWL) for Calibrating Gas Meters225
- Install a New Transmitter License227
Chapter 15 Maintenance227
- Upgrade the Transmitter Firmware228
- Using a USB Drive with the Display228
- Reboot the Transmitter229
- Using the USB Service Port and Prolink III229
- Battery Replacement230
Chapter 16 Log Files, History Files, and Service Files231
- Generate History Files231
- Generate Service Files237
- Status LED and Device Status245
- API Referral Problems245
- Extrapolation Alert Is Active/Inaccurate Referred Density Reading245
Chapter 17 Troubleshooting245
- Batch Problems246
  - Batch will Not Start246
  - Valve Does Not Operate246
  - Valve Operation Is Backwards246
- Concentration Measurement Problems247
  - Significantly Incorrect CM after Loading Matrix247
  - Ts Batchrepeatnotsatis247
- Density Measurement Problems248
  - Erratic Density Reading248
  - Inaccurate CM Reading248
  - Inaccurate Density Reading249
  - Unusually High Density Reading249
- Discrete Input Problems250
  - No Discrete Input250
  - Unusually Low Density Reading250
- Discrete Output Problems251
  - Loop Test Failed251
  - No Discrete Output251
  - Discrete Output Readings Reversed252
  - Erratic Non-Zero Flow Rate at No-Flow Conditions252
  - Flow Indication at no Flow Conditions or Zero Offset252
- Flow Measurement Problems252
  - Erratic Non-Zero Flow Rate When Flow Is Steady253
  - Inaccurate Flow Rate254
- Frequency Input Problems255
- Frequency Output Problems255
  - No FO255
  - Consistently Incorrect FO Measurement256
  - Erratic FO257
  - FO Goes in and out of Fault Conditions257
- Ma Input Problems257
  - Ma Input Value Consistently Wrong257
  - Ma Input Value Slightly Inaccurate258
- Milliamp Output Problems258
  - No Mao258
  - Constant Mao259
  - Mao below 4 Ma259
  - Consistently Incorrect Ma Measurement260
  - Mao Consistently out of Range260
  - Mao Correct at Lower Current, but Incorrect at Higher Current261
  - Mao Goes in and out of Fault Conditions261
- Status Alerts, Causes, and Recommendations261
  - [002] RAM Error (Core Processor)261
  - [003] Sensor Failed262
  - [005] Mass Flow Rate Overrange262
  - [008] Density Overrange263
  - [009] Transmitter Initializing/ Warming up263
  - [010] Calibration Failed263
  - [016] Sensor Temperature (RTD) Failure264
  - [017] Sensor Case Temperature (RTD) Failure264
  - [018] EEPROM Error (Transmitter)265
  - [019] RAM Error (Transmitter)265
  - [020] Calibration Factors Missing266
  - [021] Incorrect Sensor Type266
  - [022] Configuration Database Corrupt267
  - [024] Program Corrupt (Core Processor)267
  - [026] Sensor/Transmitter Communications Failure268
  - [028] Core Process Write Failure268
  - [030] Incorrect Board Type268
  - [031] Low Power269
  - [033] Insufficient Pickoff Signal269
  - [034] Smart Meter Verification Failed270
  - [035] Smart Meter Verification Aborted270
  - [100] Ma Output 1 Saturated270
  - [101] Ma Output 1 Fixed270
  - [102] Drive Overrange271
  - [103] Configuration Warning271
  - [104] Calibration in Progress272
  - [105] Two-Phase Flow272
  - [110] Frequency Output X Saturated272
  - [111] Frequency Output 1 Fixed273
  - [113] Ma Output 2 Saturated273
  - [114] Ma Output 2 Fixed273
  - [115] External Input Error273
  - [116] Temperature Overrange (API Referral)274
  - [117] Density Overrange (API Referral)274
  - [118] Discrete Output 1 Fixed274
  - [119] Discrete Output 2 Fixed275
  - [120] Curve Fit Failure (Concentration)275
  - [121] Extrapolation Alert (Concentration)275
  - [122] Discrete Output 3 Fixed275
  - [123] Pressure Overrange (API Referral)276
  - [131] Smart Meter Verification in Progress276
  - [132] Sensor Simulation Active276
  - [138] TBR Active276
  - Batch Time out277
  - Batcher Not Configured277
  - Clock Failure277
  - Core Processor Update Failed277
  - Enhanced Event X Active278
  - Event X Active278
  - Frequency Input Saturated278
  - Frequency Output 2 Fixed279
  - Frequency Output 2 Saturated279
  - Ma Input Failure or Outside Range279
  - Ma Output 3 Fixed280
  - Ma Output 3 Saturated280
  - Moderate Two Phase Flow280
  - No Permanent License280
  - Paper out281
  - Password Not Set281
  - SD Card Failure281
  - SD Card Full282
  - Severe Two Phase Flow282
  - Time Not Entered282
  - Transmitter Software Update Failed282
- Perform a Core Processor Resistance Test283
  - Verification of Ma Output 1 Failed283
  - Watchdog Error283
  - Core Processor Terminals Inside the Transmitter Junction Box284
  - Removing the Cover of the Junction Box284
- Check Batch Total against Scale Reading285
- Check the Cutoffs286
- Check the Direction Parameters286
- Check the Drive Gain286
- Check for Internal Electrical Problems287
- Check Frequency Output Fault Action287
- Check Frequency Output Mode288
- Check HART Burst Mode288
- Check HART Communications288
- Check the Scaling of the Frequency Output288
- Locate a Device Using the HART 7 Squawk Feature290
- Wiring and Power to Test Terminals290
- Check Grounding291
  - Perform Loop Tests Using the Display291
  - Perform Loop Tests Using Prolink III293
  - Perform Loop Tests Using the Field Communicator295
- Check Lower Range Value and Upper Range Value297
- Check Ma Output Fault Action297
  - Trim an Ma Output Using the Display298
  - Trim Ma Output Using Prolink III298
- Check the Pickoff Voltage299
- Trim Ma Outputs Using the Field Communicator299
- Check for Radio Frequency Interference (RFI)300
- Check Power Supply Wiring300
- Check the Sensor Coils301
- Check the Printing303
- Using Sensor Simulation for Troubleshooting303
- Check for Two-Phase Flow (Slug Flow)304
- Temperature Measurement Problems304
- Velocity Measurement Problems305
Appendix A Using the Transmitter Display309
- Components of the Transmitter Display309
- Access and Use the Display Menus310
Appendix B Using Prolink III with the Transmitter315
- Basic Information about Prolink III315
- Connect with Prolink III316
Appendix C Using a Field Communicator with the Transmitter333
- Basic Information about the Field Communicator333
- Connect with the Field Communicator334
- Valid Combinations for Channel Configuration337
Appendix D Channel Combinations337
- Rules for Channel Combinations337
- Standard Matrices for the Concentration Measurement Application341
Appendix E Concentration Measurement Matrices, Derived Variables, and Process Variables341
- Derived Variables and Calculated Process Variables342
Appendix F Environmental Compliance345
- Rohs and WEEE345
Appendix G Example Tickets347
- Print Examples347
  - Batch (NTEP) Tickets348
  - Batch (OIML) Tickets349
Appendix H Software History (NAMUR Recommendation NE53)351

Other manuals for Emerson Micro Motion 5700

Instruction Manual58 pages

Installation Manual56 pages

Installation Instructions12 pages

Related product manuals

Preview: Emerson Micro Motion 800

Emerson Micro Motion 800

Emerson MICRO MOTION 1500

Preview: Emerson MICRO MOTION 2700

Emerson MICRO MOTION 2700

Preview: Emerson Micro Motion 3700

Emerson Micro Motion 3700

Preview: Emerson Micro Motion 3500

Emerson Micro Motion 3500

Preview: Emerson Micro Motion 2500

Emerson Micro Motion 2500

Emerson Micro Motion 4700

Preview: Emerson Micro Motion 1600

Emerson Micro Motion 1600

Preview: Emerson Micro Motion 1700

Emerson Micro Motion 1700

Preview: Emerson Micro Motion 4200

Emerson Micro Motion 4200

Preview: Emerson Micro Motion 9739 MVD

Emerson Micro Motion 9739 MVD

Preview: Emerson Micro Motion 1000 Series

Emerson Micro Motion 1000 Series