Emerson Micro Motion 2400S DN Manuals

Manuals and User Guides for Emerson Micro Motion 2400S DN. We have 1 Emerson Micro Motion 2400S DN manual available for free PDF download: Configuration And Use Manual

Emerson Micro Motion 2400S DN Configuration And Use Manual

Emerson Micro Motion 2400S DN Configuration And Use Manual (188 pages)

Transmitter for DeviceNet

Brand: Emerson | Category: Transmitter | Size: 2 MB

Table of Contents

Table of Contents
3
Chapter 1 Before You Begin

9
- Overview
  9
- Safety
  9
- Determining Transmitter Information
  9
- Devicenet Functionality
  10
- Determining Version Information
  10
- Communication Tools
  10
- Planning the Configuration
  11
- Pre-Configuration Worksheet
  12
- Flowmeter Documentation
  13
- Micro Motion Customer Service
  14
Chapter 2 Flowmeter Startup

15
- Overview
  15
- Setting the Devicenet Node Address and Baud Rate
  15
- Bringing the Transmitter Online
  15
- Using the Transmitter User Interface
  17
- Overview
  17
- User Interface Without or with Display
  17
- Removing and Replacing the Transmitter Housing Cover
  19
- Using the Optical Switches
  19
- Using the Display
  20
- Display Language
  20
- Viewing Process Variables
  20
- Using Display Menus
  21
- Display Password
  22
- Entering Floating-Point Values with the Display
  22
- Connecting with Prolink II or Pocket Prolink Software
  25
- Overview
  25
- Requirements
  25
- Configuration Upload/Download
  25
- Connecting to a Model 2400S DN Transmitter
  26
- Connection Options
  26
- Service Port Connection Parameters
  26
- Connecting Via the Service Port Clips
  26
- Connecting Via the Irda Port
  28
- Prolink II Language
  28
Chapter 5 Using a Devicenet Tool

29
- Overview
  29
- Connecting to the Model 2400S DN Transmitter
  29
- Using the Devicenet Device Profile
  29
- Using a Devicenet Tool
  30
- Type a Tools
  30
- Type B Tools
  30
- Default Assemblies
  31
- Required Transmitter Configuration
  33
- Overview
  33
- Characterizing the Flowmeter
  33
- When to Characterize
  33
- Characterization Parameters
  33
- How to Characterize
  35
- Configuring the Measurement Units
  36
- Mass Flow Units
  38
- Volume Flow Units
  38
- Density Units
  40
- Temperature Units
  41
- Pressure Units
  41
- Using the Transmitter
  43
- Overview
  43
- Recording Process Variables
  43
- Viewing Process Variables
  44
- With the Display
  44
- With Prolink II
  44
- With a Devicenet Tool
  45
- Using the Leds
  49
- Using the Module LED
  49
- Using the Network LED
  50
- Viewing Transmitter Status
  50
- Using the Status LED
  50
- Using Prolink II
  51
- Using a Devicenet Tool
  51
- Handling Status Alarms
  51
- Using the Display
  52
- Using Prolink II
  53
- Using a Devicenet Tool
  54
- Using the Totalizers and Inventories
  55
- Viewing Current Values for Totalizers and Inventories
  56
- Controlling Totalizers and Inventories
  57
- Optional Configuration
  63
- Overview
  63
- Configuring Volume Flow Measurement for Gas
  64
- Using Prolink II
  65
- Using a Devicenet Tool
  66
- Configuring Cutoffs
  66
- Cutoffs and Volume Flow
  67
- Configuring the Damping Values
  67
- Damping and Volume Measurement
  68
- Configuring the Flow Direction Parameter
  68
- Configuring Events
  69
- Defining Events
  69
- Checking and Reporting Event Status
  72
- Configuring Slug Flow Limits and Duration
  72
- Changing Event Setpoints from the Display
  72
- Configuring Status Alarm Severity
  73
- Configuring the Display
  75
- Update Period
  75
- Language
  75
- Enabling and Disabling Display Functions
  75
- Configuring the LCD Backlight
  76
- Configuring the Display Variables and Display Precision
  77
- Configuring Digital Communications
  78
- Devicenet Node Address
  78
- Devicenet Baud Rate
  79
- Devicenet Configurable Input Assembly
  79
- Modbus Address
  80
- Modbus ASCII Support
  80
- Irda Port Usage
  81
- Digital Communications Fault Action
  81
- Fault Timeout
  82
- Configuring Device Settings
  82
- Configuring Sensor Parameters
  83
- Configuring the Petroleum Measurement Application
  83
- About the Petroleum Measurement Application
  83
- Configuration Procedure
  85
- Configuring the Enhanced Density Application
  86
- About the Enhanced Density Application
  86
- Configuration Procedure
  88
Chapter 9 Pressure Compensation and Temperature Compensation

91
- Overview
  91
- Pressure Compensation
  91
- Options
  91
- Pressure Correction Factors
  92
- Configuration
  92
- External Temperature Compensation
  93
- Obtaining External Pressure and Temperature Data
  95
Chapter 10 Measurement Performance

97
- Overview
  97
- Meter Validation, Meter Verification, and Calibration
  97
- Meter Verification
  98
- Meter Validation and Meter Factors
  98
- Calibration
  98
- Comparison and Recommendations
  99
- Performing Meter Verification
  99
- Uncertainty Limit and Test Results
  104
- Additional Prolink II Tools for Meter Verification
  105
- Performing Meter Validation
  105
- Performing Zero Calibration
  107
- Preparing for Zero
  108
- Zero Procedure
  108
- Performing Density Calibration
  111
- Preparing for Density Calibration
  112
- Density Calibration Procedures
  112
- Performing Temperature Calibration
  117
Chapter 11 Troubleshooting

119
- Overview
  119
- Guide to Troubleshooting Topics
  119
- Micro Motion Customer Service
  120
- Transmitter Does Not Operate
  120
- Transmitter Does Not Communicate
  120
- Checking the Communication Device
  121
- Diagnosing Wiring Problems
  121
- Checking the Devicenet Cable and Connector
  121
- Checking Grounding
  122
- Zero or Calibration Failure
  122
- Fault Conditions
  122
- 11.10 Simulation Mode for Process Variables
  122
- 11.11 Transmitter Leds
  123
- 11.12 Status Alarms
  124
- 11.13 Checking Process Variables
  127
- 11.14 Checking Slug Flow
  129
- 11.15 Checking the Sensor Tubes
  130
- 11.16 Checking the Flow Measurement Configuration
  130
- 11.17 Checking the Characterization
  130
- 11.18 Checking the Calibration
  130
- 11.19 Checking the Test Points
  130
- Obtaining the Test Point Values
  131
- Evaluating the Test Points
  131
- Drive Gain Problems
  132
- Low Pickoff Voltage
  132
- 11.20 Checking Sensor Circuitry
  133
Appendix A Default Values and Ranges

139
- Overview
  139
- Most Frequently Used Defaults and Ranges
  139
Appendix B Menu Flowcharts

143
- Overview
  143
- Version Information
  143
Appendix C Device Profile

151
- Overview
  151
- Analog Input Point Object (0X0A)
  152
- Gas Standard Volume Object (0X64)
  154
- Calibration Object (0X65)
  155
- Diagnostics Object (0X66)
  157
- Sensor Information Object (0X67)
  167
- Local Display Object (0X68)
  168
- API Object (0X69)
  170
- Enhanced Density Object (0X6A)
  171
- Totalizer and Inventory Measurement Unit Codes
  173
- Process Variable Codes
  174
- Alarm Index Codes
  175
Appendix D Display Codes and Abbreviations

177
- Overview
  177
- Codes and Abbreviations
  177
- Index
  181

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