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Micro Motion 1700
Emerson Micro Motion 1700 User Manual
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Configuration and Use Manual
MMI-20019028, Rev AA
March 2012
Micro Motion
®
Model 1700 Transmitters with
Analog Outputs
Configuration and Use Manual
2
Table of Contents
Default Chapter
1
Analog Outputs
1
Table of Contents
3
Part I Getting Started
9
Chapter 1 Before You Begin
11
About this Manual
11
Transmitter Model Code
11
Communications Tools and Protocols
11
Additional Documentation and Resources
12
Chapter 2 Quick Start
15
Power up the Transmitter
15
Check Flowmeter Status
15
Make a Startup Connection to the Transmitter
17
Characterize the Flowmeter (if Required)
18
Sources and Formats for Characterization Parameters
18
Index
19
Verify Mass Flow Measurement
21
Verify the Zero
22
Verify the Zero Using Prolink II
22
Verify the Zero Using Prolink III
23
Terminology Used with Zero Verification and Zero Calibration
24
Part II Configuration and Commissioning
25
Chapter 3 Introduction to Configuration and Commissioning
27
Configuration Flowchart
27
Default Values and Ranges
29
Enable Access to the Off-Line Menu of the Display
29
Disable Write-Protection on the Transmitter Configuration
29
Restore the Factory Configuration
30
Chapter 4 Configure Process Measurement
31
Configure Mass Flow Measurement
31
Configure Mass Flow Measurement Unit
31
Configure Flow Damping
34
Configure Mass Flow Cutoff
35
Configure Volume Flow Measurement for Liquid Applications
37
Configure Volume Flow Type for Liquid Applications
37
Configure Volume Flow Measurement Unit for Liquid Applications
38
Configure Volume Flow Cutoff
41
Configure Gas Standard Volume (GSV) Flow Measurement
42
Configure Volume Flow Type for Gas Applications
43
Configure Standard Gas Density
43
Configure Gas Standard Volume Flow Measurement Unit
44
Configure Gas Standard Volume Flow Cutoff
47
Configure Flow Direction
48
Options for Flow Direction
49
Configure Density Measurement
53
Configure Density Measurement Unit
54
Configure Slug Flow Parameters
55
Configure Density Damping
56
Configure Density Cutoff
58
Configure Temperature Measurement
58
Configure Temperature Measurement Unit
59
Configure Temperature Damping
59
Configure Pressure Compensation
60
Configure Pressure Compensation Using Prolink II
60
Configure Pressure Compensation Using Prolink III
62
Configure Pressure Compensation Using the Field Communicator
64
Options for Pressure Measurement Unit
65
Chapter 5 Configure Device Options and Preferences
67
Configure the Transmitter Display
67
Configure the Language Used for the Display
67
Configure the Process Variables Shown on the Display
68
Configure the Precision of Variables Shown on the Display
69
Configure the Refresh Rate of Data Shown on the Display
70
Enable or Disable Automatic Scrolling through the Display Variables
71
Enable or Disable the Display Backlight
71
Enable or Disable Status LED Blinking
72
Enable or Disable Operator Actions from the Display
72
Enable or Disable Totalizer Start/Stop from the Display
73
Enable or Disable Totalizer Reset from the Display
73
Enable or Disable the Acknowledge All Alarms Display Command
74
Configure Security for the Display Menus
75
Configure Response Time Parameters
76
Configure Update Rate
77
Configure Calculation Speed (Response Time)
78
Configure Alarm Handling
79
Configure Fault Timeout
79
Configure Status Alarm Severity
80
Configure Informational Parameters
84
Configure Descriptor
84
Configure Message
85
Configure Date
85
Configure Sensor Serial Number
86
Configure Sensor Material
86
Configure Sensor Liner Material
87
Configure Sensor Flange Type
87
Chapter 6 Integrate the Meter with the Control System
89
Configure the Transmitter Channels
89
Configure the Ma Output
90
Configure Ma Output Process Variable
90
Configure Lower Range Value (LRV) and Upper Range Value (URV)
91
Configure AO Cutoff
93
Configure Added Damping
94
Configure Ma Output Fault Action and Ma Output Fault Level
96
Configure the Frequency Output
97
Configure Frequency Output Polarity
98
Configure Frequency Output Scaling Method
98
Configure Frequency Output Maximum Pulse Width
100
Configure Frequency Output Fault Action and Frequency Output Fault Level
101
Configure the Discrete Output
102
Configure Discrete Output Source
103
Configure Discrete Output Polarity
105
Configure Discrete Output Fault Action
106
Configure Events
108
Configure a Basic Event
108
Configure an Enhanced Event
109
Configure Digital Communications
111
Configure Hart/Bell 202 Communications
111
Configure HART/RS-485 Communications
115
Configure Modbus/Rs-485 Communications
116
Configure Digital Communications Fault Action
117
Chapter 7 Completing the Configuration
121
Test or Tune the System Using Sensor Simulation
121
Sensor Simulation
122
Back up Transmitter Configuration
123
Enable Write-Protection on the Transmitter Configuration
124
Part III Operations, Maintenance, and Troubleshooting
125
Chapter 8 Transmitter Operation
127
Record the Process Variables
127
View Process Variables
128
View Process Variables Using the Display
128
View Process Variables Using Prolink III
129
View Transmitter Status Using the Status LED
130
View and Acknowledge Status Alarms
130
View and Acknowledge Alarms Using the Display
130
View and Acknowledge Alarms Using Prolink II
133
View and Acknowledge Alerts Using Prolink III
134
View Alarms Using the Field Communicator
134
Alarm Data in Transmitter Memory
135
Read Totalizer and Inventory Values
135
Start and Stop Totalizers and Inventories
136
Start and Stop Totalizers and Inventories Using the Display
136
Reset Totalizers
138
Reset Totalizers Using the Display
138
Reset Inventories
139
Chapter 9 Measurement Support
141
Options for Measurement Support
141
Use Smart Meter Verification
141
Smart Meter Verification Requirements
142
Smart Meter Verification Test Preparation
142
Run Smart Meter Verification
143
View Test Data
147
Schedule Automatic Execution of the Smart Meter Verification Test
151
Zero the Flowmeter
154
Zero the Flowmeter Using the Display
155
Zero the Flowmeter Using Prolink II
156
Zero the Flowmeter Using Prolink III
157
Zero the Flowmeter Using the Field Communicator
159
Validate the Meter
160
Alternate Method for Calculating the Meter Factor for Volume Flow
161
Perform a (Standard) D1 and D2 Density Calibration
162
Perform a D1 and D2 Density Calibration Using Prolink II
162
Perform a D1 and D2 Density Calibration Using Prolink III
164
Perform a D1 and D2 Density Calibration Using the Field Communicator
165
Perform a D3 and D4 Density Calibration (T-Series Sensors Only)
167
Perform a D3 or D3 and D4 Density Calibration Using Prolink II
167
Perform a D3 or D3 and D4 Density Calibration Using Prolink III
168
Perform a D3 or D3 and D4 Density Calibration Using the Field Communicator
169
Perform Temperature Calibration
171
Chapter 10 Troubleshooting
175
Status LED States
176
Status Alarms
176
Flow Measurement Problems
188
Density Measurement Problems
190
Temperature Measurement Problems
191
Milliamp Output Problems
192
Frequency Output Problems
193
Use Sensor Simulation for Troubleshooting
194
Check Power Supply Wiring
195
Check Sensor-To-Transmitter Wiring
195
Check Grounding
196
Perform Loop Tests
196
Perform Loop Tests Using the Display
196
Perform Loop Tests Using Prolink II
198
Perform Loop Tests Using Prolink III
199
Perform Loop Tests Using the Field Communicator
200
Check for Radio Frequency Interference (RFI)
202
Check the HART Communication Loop
202
Check HART Address and Loop Current Mode
203
Check HART Burst Mode
204
Check the Trimming of the Ma Output
204
Check Lower Range Value and Upper Range Value
204
Check Ma Output Fault Action
204
Check Frequency Output Maximum Pulse Width
205
Check Frequency Output Scaling Method
205
Check Frequency Output Fault Action
205
Check Flow Direction
205
Check the Cutoffs
206
Check for Slug Flow (Two-Phase Flow)
206
Check the Drive Gain
206
Collect Drive Gain Data
208
Check the Pickoff Voltage
208
Collect Pickoff Voltage Data
209
Check for Electrical Shorts
209
Check the Sensor Coils
209
Check the Core Processor LED
211
Core Processor LED States
213
Perform a Core Processor Resistance Test
215
Appendix A Using the Transmitter Display
219
Components of the Transmitter Interface
219
Use the Optical Switches
220
Access and Use the Display Menu System
221
Enter a Floating-Point Value Using the Display
222
Display Codes for Process Variables
225
Codes and Abbreviations Used in Display Menus
227
Menu Maps for the Transmitter Display
230
Micro Motion
234
Appendix B Using Prolink II with the Transmitter
241
Basic Information about Prolink II
241
Connect with Prolink II
242
Prolink II Connection Types
242
Make a Service Port Connection
243
Make a Hart/Bell 202 Connection
244
Make a HART/RS-485 Connection
249
Make a Modbus/Rs-485 Connection
252
Menu Maps for Prolink II
255
Appendix C Using Prolink III with the Transmitter
263
Basic Information about Prolink III
263
Connect with Prolink III
264
Prolink III Connection Types
264
C.2 Connect with Prolink III
264
Make a Service Port Connection
265
Make a Hart/Bell 202 Connection
266
Make a HART/RS-485 Connection
271
Make a Modbus/Rs-485 Connection
274
Menu Maps for Prolink III
277
C.3 Menu Maps for Prolink III
277
Appendix D Using the Field Communicator with the Transmitter
285
Basic Information about the Field Communicator
285
Connect with the Field Communicator
286
Menu Maps for the Field Communicator
288
Appendix E Default Values and Ranges
303
Default Values and Ranges
303
Appendix F Transmitter Components and Installation Wiring
309
Installation Types
309
Power Supply Terminals and Ground
313
Input/Output (I/O) Wiring Terminals
314
Appendix G NE 53 History
315
NE 53 History
315
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Emerson Micro Motion 1700 Specifications
General
Brand
Emerson
Model
Micro Motion 1700
Category
Transmitter
Language
English
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