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• Coriolis Flowmeter with Micro Motion Model 5700 Transmitters Safety Manual for Safety Instrumented Systems

(SIS)

• Micro Motion Oil and Gas Production Supplement

• Micro Motion Model 5700 Transmitter Net Oil Calculations Multiwell Supplement

• Modbus Interface Tool

• Sensor installation manual

Before you begin Configuration and Use Manual

March 2019 MMI-20025166

8 Micro Motion Model 5700 Transmitters with Configurable Outputs

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

Brand	Emerson
Model	Micro Motion 5700
Category	Transmitter
Language	English

Emerson Micro Motion 5700 Configuration And Use Manual

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