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Manuals and User Guides for Emerson Micro Motion SGM DO. We have
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Emerson Micro Motion SGM DO manual available for free PDF download: Configuration And Use Manual
Emerson Micro Motion SGM DO Configuration And Use Manual (222 pages)
Gas Specific Gravity Meters
Brand:
Emerson
| Category:
Measuring Instruments
| Size: 3.66 MB
Table of Contents
Table of Contents
3
Getting Started
9
Chapter 1 Before You Begin
11
About this Manual
11
Model Codes and Device Types
11
Communications Tools and Protocols
12
Additional Documentation and Resources
12
Chapter 2 Orientation and Planning
13
Functional View of the SGM
13
Terms and Definitions
15
Core Process Variable: Specific Gravity, Molecular Weight, or Relative Density
16
Core Process Variable and Available Gas Process Variables
16
Core Process Variable, Gas Process Variables, and Required Data
17
Equations Used to Calculate Specific Gravity, Molecular Weight, and Relative Density
21
Chapter 3 Quick Start
23
Power up the Transmitter
23
Check Meter Status
23
Make a Startup Connection to the Transmitter
24
Part II Configuration and Commissioning
27
Chapter 4 Introduction to Configuration and Commissioning
29
Default Values
29
SGM Default Values
29
Enable Access to the Off-Line Menu of the Display
31
Disable HART Security
31
Set the HART Lock
34
Restore the Factory Configuration
35
Chapter 5 Purging and Calibration
37
On-Site Setup Requirements
37
Preparing for SGM Purging and Calibration
37
Core Process Variable: Specific Gravity, Molecular Weight, or Relative Density
38
Two-Point Calibration Vs. Three-Point Calibration
38
Calibration Gases
38
Pressure
39
Multiple Calibrations
43
Purge and Purge-Cycle the SGM Device
43
Calibrate the SGM Device
44
Calibrate the SGM Device Using the Display
45
Calibrate the SGM Device Using Prolink III
48
Calibrate the SGM Device Using the Field Communicator
51
Troubleshooting SGM Calibration
54
Review Data for All Calibrations
54
Change the Label for the Active Calibration
55
Select the Active Calibration
55
Chapter 6 Configure Measurement Units Using the Display
57
Configure Measurement Units Using the Display
57
Chapter 7 Configure Process Measurement Using Prolink III
59
Configure Specific Gravity, Molecular Weight, or Relative Density Parameters Using
59
Configure Damping Using Prolink III
59
Configure the Molecular Weight of Air Using Prolink III
60
Configure Temperature Measurement Using Prolink III
61
Configure Temperature Measurement Unit Using Prolink III
61
Configure Temperature Damping Using Prolink III
62
Configure Temperature Input Using Prolink III
62
Configure the Pressure Input
64
Configure the Pressure Input Using Prolink III
64
Configure Gas Compressibility Measurement Using Prolink III
66
Compressibility Method and Process Limits
68
Configure Base Density Calculations Using Prolink III
69
Options for Density Measurement Unit
70
Define a Special Measurement Unit for Density
70
Configure Line Density Calculations Using Prolink III
71
Configure Energy Content Measurement Using Prolink III
72
Set up Concentration Measurement Using Prolink III
76
Enable the Concentration Measurement Application Using Prolink III
76
Configure a Concentration Measurement Matrix Using Prolink III
76
Select the Active Concentration Matrix Using Prolink III
77
Chapter 8 Configure Process Measurement Using the Field Communicator
79
Configure Density Measurement Using the Field Communicator
79
Configure Density Measurement Unit Using the Field Communicator
79
Configure Density Damping Using the Field Communicator
81
Configure Temperature Measurement Using the Field Communicator
82
Configure Temperature Measurement Unit Using the Field Communicator
82
Configure Temperature Damping Using the Field Communicator
83
Configure Gas Measurement Using the Field Communicator
84
Configure Fundamental Gas Measurement Parameters Using the Field Communicator
84
Configure Gas Compressibility Measurement Using the Field Communicator
86
Configure Energy Content Measurement Using the Field Communicator
88
Set up Concentration Measurement Using the Field Communicator
90
Enable the Concentration Measurement Application Using the Field Communicator
90
Configure a Concentration Measurement Matrix Using the Field Communicator
91
Select the Active Concentration Matrix Using the Field Communicator
91
Chapter 9 Configure Device Options and Preferences
93
Configure the Transmitter Display
93
Configure the Language Used for the Display
93
Configure the Process Variables and Diagnostic Variables Shown on the Display
93
Configure the Number of Decimal Places (Precision) Shown on the Display
94
Configure the Refresh Rate of Data Shown on the Display
95
Enable or Disable Automatic Scrolling through the Display Variables
95
Enable or Disable the Acknowledge All Alerts Display Command
96
Configure Security for the Display Menus
96
Configure Alert Handling
97
Configure Fault Timeout
98
Configure Alert Severity
98
Configure Informational Parameters
101
Chapter 10 Integrate the Meter with the Control System
103
Configure Channel B
103
Configure the Ma Output
104
Configure Ma Output Process Variable
104
Configure Lower Range Value (LRV) and Upper Range Value (URV)
107
Configure Added Damping
108
Configure Ma Output Fault Action and Ma Output Fault Level
109
Configure the Discrete Output
110
Configure Discrete Output Source
111
Configure Discrete Output Polarity
112
Configure Discrete Output Fault Action
112
Configure an Enhanced Event
113
Configure Hart/Bell 202 Communications
114
Configure Basic HART Parameters
115
Configure HART Variables (PV, SV, TV, QV)
116
Configure Burst Communications
118
Configure Modbus Communications
122
Configure Digital Communications Fault Action
123
Options for Digital Communications Fault Action
124
Chapter 11 Complete the Configuration
125
Test or Tune the System Using Sensor Simulation
125
Back up Transmitter Configuration
125
Enable HART Security
126
Part III Operations, Maintenance, and Troubleshooting
129
Chapter 12 Transmitter Operation
131
Record the Process Variables
131
View Process Variables and Diagnostic Variables
131
View Process Variables and Other Data Using Prolink III
131
View Process Variables Using the Field Communicator
132
View and Acknowledge Status Alerts
132
View and Acknowledge Alerts Using Prolink III
132
View Alerts Using the Field Communicator
133
Alert Data in Transmitter Memory
133
Chapter 13 Measurement Support
135
Perform the Known Density Verification Procedure
135
Perform the Known Density Verification Procedure Using Prolink III
135
Perform the Known Density Verification Procedure Using the Field Communicator
136
Configure Temperature Compensation
137
Configure Temperature Compensation Using Prolink III
137
Configure Temperature Compensation Using the Field Communicator
138
Adjust Temperature Measurement with Temperature Offset or Temperature Slope
139
Perform Temperature Calibration
141
Perform Temperature Calibration Using the Display
141
Perform Temperature Calibration Using Prolink III
142
Perform Temperature Calibration Using the Field Communicator
144
Adjust Concentration Measurement with Trim Offset
145
Adjust Concentration Measurement with Trim Slope and Trim Offset
146
Set up User-Defined Calculations
148
Equations Used in User-Defined Calculations
150
Measurement Units Used in User-Defined Calculations
150
Chapter 14 Troubleshooting
153
Quick Guide to Troubleshooting
153
Check Power Supply Wiring
154
Check Grounding
155
Perform Loop Tests
155
Perform Loop Tests Using the Display
156
Perform Loop Tests Using Prolink III
157
Perform Loop Tests Using the Field Communicator
158
Status LED States
159
Status Alerts, Causes, and Recommendations
160
Density Measurement Problems
165
Temperature Measurement Problems
166
Thermal Insulation
166
Gas Measurement Problems
167
Concentration Measurement Problems
167
Milliamp Output Problems
168
Discrete Output Problems
169
Time Period Signal (TPS) Output Problems
170
Using Sensor Simulation for Troubleshooting
170
Trim Ma Outputs
170
Trim Ma Outputs Using Prolink III
171
Trim Ma Outputs Using the Field Communicator
171
Check HART Communications
172
Check Lower Range Value and Upper Range Value
173
Check Ma Output Fault Action
174
Check for Radio Frequency Interference (RFI)
174
Check for Leakage
174
Check the Coalescing Filter
175
Check the Drive Gain
176
Excessive or Erratic Drive Gain
176
Collect Drive Gain Data
177
Check the Pickoff Voltage
177
Collect Pickoff Voltage Data
178
Check for Internal Electrical Problems
178
Locate a Device Using the HART 7 Squawk Feature
179
Appendix A Calibration Certificate
181
Sample Calibration Certificate
181
Appendix B Using the Transmitter Display
183
Components of the Transmitter Interface
183
Use the Optical Switches
183
Access and Use the Display Menu System
184
Enter a Floating-Point Value Using the Display
185
Display Codes for Process Variables
188
Codes and Abbreviations Used in Display Menus
189
Appendix C Using Prolink III with the Transmitter
201
Basic Information about Prolink III
201
Connect with Prolink III
202
Connection Types Supported by Prolink III
202
Connect with Prolink III over Modbus/Rs-485
203
Connect with Prolink III over Hart/Bell 202
206
Appendix D Using the Field Communicator with the Transmitter
215
Basic Information about the Field Communicator
215
Connect with the Field Communicator
216
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