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172 Micro Motion Series 1000 and Series 2000 Transmitters

Flowmeter Installation Types and Components

Figure B-4 4-wire cable between Model 1500/2500 transmitter and enhanced core processor

Figure B-5 Power supply terminals – Model 1500/2500

Core processor

terminals

Transmitter terminals for

sensor connection

VDC+ (Red)

VDC– (Black)

RS-485/B (Green)

RS-485/A (White)

User-supplied or

factory-supplied 4-wire cable

–

+ –

Power supply jumper to

other Model 1500/2500

transmitters (optional)

Primary power supply

(DC)

Default Chapter3
- Table of Contents3
Chapter 1 Before You Begin11
- Overview11
- Safety11
- Determining Your Transmitter Type and Version11
  - Transmitter Type, Installation Type, and Outputs Option Board12
  - Version13
- Flowmeter Documentation13
- Using this Manual13
- Planning the Configuration15
- Pre-Configuration Worksheet16
- Micro Motion Customer Service17
Chapter 2 Using the Transmitter Display19
- Overview19
- Components19
- Using the Optical Switches20
- Using the Display20
Chapter 3 Connecting with Prolink II or Pocket Prolink Software25
- Overview25
- Requirements25
- Prolink II Configuration Upload/Download26
- Connecting from a PC to a Model 1700 or Model 2700 Transmitter26
- Connecting from a PC to a Model 1500 or Model 2500 Transmitter33
  - Connecting to the RS-485 Terminals or an RS-485 Network33
  - Hart/Bell 202 Connections36
- Prolink II Language37
Chapter 4 Connecting with the 275 HART Communicator or39
- Field Communicator39
Chapter 5 Flowmeter Startup45
- Flowmeter Startup45
  - Overview45
- Applying Power46
  - Communication Methods after Power-Up46
- Performing a Loop Test47
- Trimming the Milliamp Outputs48
- Zeroing the Flowmeter49
  - Preparing for Zero49
  - Zero Procedure50
Chapter 6 Required Transmitter Configuration53
- Overview53
- Characterizing the Flowmeter54
- Configuring the Channels57
- Configuring the Measurement Units57
- Configuring the Ma Output(S)62
- Configuring the Frequency Output(S)62
- Configuring the Discrete Output(S)62
- Configuring the Discrete Input63
- Establishing a Meter Verification Baseline63
Chapter 7 Using the Transmitter65
- Overview65
- Special Applications65
- Recording Process Variables66
- Viewing Process Variables66
- Viewing Transmitter Status and Alarms67
- Acknowledging Alarms69
- Using the Totalizers and Inventories70
  - Viewing the Totalizers and Inventories70
- Controlling Totalizers and Inventories71
Chapter 8 Optional Configuration75
- Overview75
- Configuration Map75
- How to Access a Parameter for Configuration75
- Configuring Standard Volume Flow Measurement for Gas77
  - Using the Gas Wizard77
- Creating Special Measurement Units78
  - About Special Measurement Units78
  - Special Measurement Unit Procedure79
- Configuring the Petroleum Measurement Application (API Feature)80
  - About the Petroleum Measurement Application80
- Configuring Cutoffs82
  - Cutoffs and Volume Flow83
  - Interaction with the AO Cutoffs83
- Configuring the Damping Values83
- Configuring the Update Rate84
  - Effects of Special Mode85
- Configuring the Flow Direction Parameter86
- Configuring Events89
  - Changing Event Setpoints from the Display89
- Configuring Slug Flow Limits and Duration90
- Configuring Fault Handling91
  - Status Alarm Severity91
  - Fault Timeout95
- Configuring the Display95
- Configuring Digital Communications97
- Configuring Device Settings97
- Configuring Sensor Parameters97
- Configuring Write-Protect Mode98
Chapter 9 Pressure Compensation, Temperature Compensation, and Polling99
- Overview99
- Pressure Compensation99
- External Temperature Compensation101
  - Configuring Polling103
Chapter 10 Measurement Performance107
- Overview107
- Meter Verification, Meter Validation, and Calibration107
- Performing Meter Verification111
- Performing Meter Validation128
- Performing Density Calibration129
  - Preparing for Density Calibration129
  - Density Calibration Procedures130
- Performing Temperature Calibration133
Chapter 11 Custody Transfer135
- Overview135
- Locale-Specific Commissioning135
- Configuring the Weights and Measures Approval Agency135
- Special Restrictions When Using Custody Transfer Transmitters136
- Switching between Security Breach and Secure Mode136
- Security Breach Mode136
  - Transmitter Outputs in Security Breach Mode137
  - Configuring the Totalizers in Security Breach Mode137
- Secure Mode137
Chapter 12 Troubleshooting139
- Overview139
- Guide to Troubleshooting Topics139
- Micro Motion Customer Service140
- Transmitter Does Not Operate140
- Transmitter Does Not Communicate140
- Zero or Calibration Failure141
- Fault Conditions141
- HART Output Problems141
- I/O Problems141
- 12.10 Simulation Mode144
- 12.11 Transmitter Status LED145
  - Model 1500/2500 Transmitters145
  - Model 1700/2700 Transmitters with Displays145
- 12.12 Status Alarms146
- 12.13 Checking Process Variables151
- 12.14 Diagnosing Wiring Problems154
  - Checking the Power Supply Wiring154
  - Checking the Sensor-To-Transmitter Wiring155
  - Checking Grounding155
  - Checking for RF Interference155
  - Checking the HART Communication Loop156
- 12.15 Checking the Communication Device156
- 12.16 Checking the Output Wiring and Receiving Device157
- 12.17 Checking Slug Flow157
- 12.18 Checking Output Saturation158
- 12.19 Setting the Loop Current Mode Parameter158
- 12.20 Checking the Flow Measurement Unit158
- 12.21 Checking the Upper and Lower Range Values159
- 12.22 Checking the Frequency Output Scale and Method159
- 12.23 Checking the Characterization159
- 12.24 Checking the Calibration159
- 12.25 Checking the Test Points159
  - Obtaining the Test Points160
  - Evaluating the Test Points160
  - Excessive Drive Gain161
  - Erratic Drive Gain161
  - Low Pickoff Voltage162
- 12.26 Checking the Core Processor162
  - Checking the Core Processor LED162
  - Core Processor Resistance Test (Standard Core Processor Only)165
- 12.27 Checking Sensor Coils and RTD167
  - 9-Wire Remote or Remote Core Processor with Remote Transmitter Installation167
  - 4-Wire Remote or Integral Installation168
Appendix A Default Values and Ranges173
- Overview173
- Most Frequently Used Defaults and Ranges173
Appendix B Flowmeter Installation Types and Components179
- Overview179
- Model 1500/2500 Transmitters179
- Model 1700/2700 Transmitters184
Appendix C Menu Flowcharts - Model 1500 an Transmitters191
- Overview191
- Model 1500 Output Board191
- Version Information191
- Prolink II Menus192
- C.4 Prolink II Menus192
- Communicator Menus195
- C.5 Communicator Menus195
Appendix D Menu Flowcharts - Model 2500 CIO Transmitters201
- Overview201
- Version Information201
- Prolink II Menus202
- Communicator Menus205
Appendix E Menu Flowcharts - Model 1700/2700 an Transmitters211
- Overview211
- Version Information211
- Prolink II Menus212
- Communicator Menus215
- Display Menus221
- E.5 Display Menus221
Appendix F Menu Flowcharts - Model 1700/2700 IS Transmitters229
- Overview229
- Version Information229
- Prolink II Menus230
- Communicator Menus233
- Display Menus239
- F.5 Display Menus239
Appendix G Menu Flowcharts - Model 2700 CIO Transmitters247
- Overview247
- Version Information247
- Prolink II Menus248
- G.3 Prolink II Menus248
- Communicator Menus251
- G.4 Communicator Menus251
- Display Menus257
- G.5 Display Menus257
Appendix H Display Codes and Abbreviations267
Appendix I NE53 History269
Index273

Brand	Emerson
Model	Micro Motion 1000 Series
Category	Transmitter
Language	English

Emerson Micro Motion 1000 Series User Manual

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Emerson Micro Motion 1000 Series Specifications

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