User Manuals: Rosemount 5300 Series Guided Wave Radar

Manuals and User Guides for Rosemount 5300 Series Guided Wave Radar. We have 2 Rosemount 5300 Series Guided Wave Radar manuals available for free PDF download: Reference Manual, User Manual

Rosemount 5300 Series Reference Manual (432 pages)

00809-0100-4530, Rev DD

Brand: Rosemount | Category: Radar | Size: 23 MB

Table of Contents
3
1 Section 1: Introduction

15
- Using this Manual
  15
- Product Recycling/Disposal
  16
2 Section 2: Transmitter Overview

18
- Theory of Operation
  18
- Applications
  19
- Components of the Transmitter
  22
- System Architecture
  24
- Probe Selection Guide
  26
- Measuring Range
  28
- Process Characteristics
  29
  - Contamination/Product Build-Up
    29
  - Bridging
    29
  - Foam
    29
  - Vapor
    29
  - Boiling Hydrocarbons
    29
  - Interface
    30
- Vessel Characteristics
  31
  - Heating Coils, Agitators
    31
  - Tank Shape
    31
- Installation Procedure
  32
3 Section 3: Mechanical Installation

33
- Safety Messages
  33
- Mounting Considerations
  34
- Mounting
  49
  - Flange Connection
    50
  - Threaded Connection
    52
  - Tri Clamp Connection
    53
  - Bracket Mounting
    54
  - Shortening the Probe
    56
  - Using a Segmented Probe
    59
  - Anchoring
    70
  - Mounting a Centering Disc for Pipe Installations
    73
4 Section 4: Electrical Installation

79
- Safety Messages
  79
- Cable/Conduit Entries
  80
- Grounding
  80
- Cable Selection
  81
- Hazardous Areas
  81
- Connecting the Transmitter
  82
- Hart
  84
  - Power Requirements
    84
  - Maximum Loop Resistance
    85
  - Non-Intrinsically Safe Output
    86
  - Intrinsically Safe Output
    87
- Foundation
  88
- OUNDATION Fieldbus
  88
  - Power Requirements
    88
  - FOUNDATION Fieldbus
    89
  - Connecting Fieldbus Devices
    89
  - Non-Intrinsically Safe Output
    90
  - Intrinsically Safe Output
    91
- Optional Devices
  92
  - Tri-Loop™ HART-To-Analog Converter
    92
  - 751 Field Signal Indicator
    93
5 Section 5: Configuration

95
- Safety Messages
  95
- Overview
  96
  - Basic Configuration
    96
  - Echo Tuning
    96
  - LCD Configuration
    96
  - Advanced Configuration
    96
  - Configuration Tools
    97
- Host System Integration
  98
  - Confirm System Readiness
    98
  - Set Alarm Limits
    99
- Basic Configuration Parameters
  102
  - Measurement Units
    102
  - Tank and Probe Geometry
    102
  - Tank Environment
    104
  - Volume Configuration
    105
  - Analog Output (HART)
    108
- Basic Configuration Using a Field Communicator
  109
- Basic Configuration Using Rosemount Radar Master
  112
  - System Requirements
    112
  - Help in RRM
    112
  - Installing the RRM Software for HART Communication
    113
  - Specifying the COM Port
    114
  - To Set the COM Port Buffers
    114
  - Installing the RRM Software for FOUNDATION Fieldbus
    115
  - Specifying Measurement Units
    117
  - Using the Setup Functions
    117
  - Guided Setup
    118
- Basic Configuration Using AMS Suite (HART)
  132
- Basic Configuration Using Deltav
  133
- Process Conditions
  136
- Foundation
  138
  - Assigning Device Tag and Node Address
    138
  - Foundation Fieldbus Block Operation
    139
- Configure the AI Block
  141
  - Application Example 1
    145
  - Application Example 2
    146
  - Application Example 3
    147
- Tri-Loop ™ HART-To-Analog Converter
  149
  - Tri-Loop™ HART-To-Analog Converter
    149
- HART Multi-Drop Configuration
  151
6 Section 6: Operation

153
- Safety Messages
  153
- Viewing Measurement Data
  154
7 Section 7: Service and Troubleshooting

164
- Safety Messages
  164
- Analyzing the Measurement Signal
  165
- Using the Echo Curve Analyzer
  167
  - Using Rosemount Radar Master
    167
  - Using the Echo Curve Analyzer with a Field Communicator
    171
- Product Surface Peak Not Found
  173
- Interface Peak Not Found
  174
- Disturbance Echo Handling
  175
  - Amplitude Threshold Curve
    175
  - Disturbances at the Top of the Tank
    176
  - Signal Quality Metrics
    176
- Interface Measurements with Fully Submerged Probes
  176
- Analog Output Calibration
  177
- Level and Distance Calibration
  178
- Logging Measurement Data
  180
- Backing up the Transmitter Configuration
  181
- Configuration Report
  182
- Reset to Factory Settings
  183
- Diagnostics
  184
- Using the Simulation Mode
  186
- Enter Service Mode in RRM
  188
- Viewing Input and Holding Registers
  188
- Write Protecting a Transmitter
  188
- Removing the Transmitter Head
  190
- Changing a Probe
  191
  - Probe and Firmware Compatibility
    191
  - Check Firmware and Probe Version
    192
  - Changing the Probe
    193
- Troubleshooting Guide
  195
- Diagnostic Messages
  198
  - Device Status
    198
  - Errors
    199
  - Warnings
    201
  - Measurement Status
    202
  - Interface Status
    204
  - Volume Calculation Status
    205
  - Analog Output Status
    206
- LCD Error Messages
  207
- LED Error Messages
  208
- Foundation Fieldbus Error Messages
  209
  - Resource Block
    209
  - Transducer Block
    210
  - Analog Input (AI) Function Block
    211
- Service Support
  212
8 Section 8: Safety Instrumented Systems (4-20 Ma Only)

215
- Safety Messages
  215
- Terms and Definitions
  216
- Safety Instrumented System (SIS) Certification
  217
- Safety-Certified Identification
  217
- Functional Specifications
  218
- Installation in SIS Applications
  218
- Configuring in SIS Applications
  219
- SIS Operation and Maintenance
  221
- Inspection
  226
- Specifications
  226
Aappendix A: Specifications and Reference Data

229
- A.1 Functional Specifications
  229
  - A.1.1 General
    229
  - A.1.2 Start-Up Sequence
    229
  - Ma HART ® (Output Option Code H)
    229
  - Foundation™ Fieldbus
    231
  - (Output Option Code F)
    231
  - Modbus ® (Output Option Code M)
    231
  - A.1.6 Display and Configuration
    232
  - A.1.7 Diagnostics
    233
  - Process Temperature and Pressure Rating
    233
    
    A.1.9 Ambient Temperature
    235
    
    A.1.10Storage Temperature
    235
    
    A.1.11Flange Rating
    235
    
    A.1.12Tri Clamp Rating
    236
    
    A.1.13Plate Design
    236
    
    A.1.14Conditions Used for Flange Strength Calculations
    237
    
    A.1.15Interface Measurements
    238
    
    A.1.16High Pressure Steam Applications
    238
  - A.2 Performance Specifications
    240
    
    A.2.1 General
    240
    
    A.2.2 Environment
    240
    
    A.2.3 Measuring Range
    241
    
    A.2.4 Accuracy over Measuring Range
    244
  - A.3 Physical Specifications
    246
    
    A.3.1 Material Selection
    246
    
    A.3.2 Housing and Enclosure
    246
    
    A.3.3 Tank Connection
    246
    
    A.3.4 Flange Dimensions
    246
    
    A.3.5 Vented Flanges
    246
    
    Pressure Equipment Directive (PED)
    246
    
    A.3.7 Probes
    247
    
    Material Exposed to Tank Atmosphere
    248
    
    Weight
    249
    
    A.3.10Engineered Solutions
    249
    
    A.3.9 Weight
    249
  - A.4 Dimensional Drawings
    250
  - A.5 Special Flanges
    266
  - A.6 Flushing Connection Rings
    266
  - A.7 Ordering Information
    267
  - A.8 Spare Parts and Accessories
    284
Bappendix B: Product Certifications

299
- Safety Messages
  299
- B.1 Safety Messages
  299
- B.2 European Directive Information
  300
- Safety Instrumented Systems (SIS)
  300
- Hazardous Locations Certifications
  300
  - B.4.1 North-American Certifications
    300
  - B.4.2 European Certifications
    301
  - Technical Regulations Customs Union (EAC) Certifications
    302
  - B.4.4 Brazilian Certifications
    303
  - B.4.5 Chinese Certifications
    303
  - B.4.6 Japanese Certifications
    304
  - B.4.7 Iecex Certifications
    304
  - B.4.8 Other Certifications
    305
- B.5 Combination Approvals
  305
- B.6 Approval Drawings
  305
- Product Certifications
  306
Cappendix C: Advanced Configuration

311
- Safety Messages
  311
- C.1 Safety Messages
  311
- User Defined Upper Reference Point
  313
- Handling of Disturbances from Nozzle
  314
  - Use the Trim Near Zone Function
    314
  - Changing the Hold off Distance/Upper Null Zone (UNZ)
    316
- Threshold Settings
  318
- C.4 Threshold Settings
  318
- Probe End Projection
  324
  - Guided Probe End Projection Setup
    325
- Echo Tracking
  326
- C.6 Echo Tracking
  326
- Dielectric Constant Settings
  328
  - Static Vapor Compensation
    328
  - Lower Product
    328
- Dynamic Vapor Compensation
  329
- Signal Quality Metrics
  338
  - Viewing Signal Quality Metrics in RRM
    340
Dappendix D: Remote Mounting

341
- Remote Housing, New Units
  341
- Remote Connection, Field Retrofit
  341
- Installing Remote Housing
  342
- Remote Housing Configuration
  344
Eappendix E: Level Transducer Block

345
- Overview
  345
  - Definition
    345
  - E.1 Overview
    345
  - Channel Definitions
    346
- Parameters and Descriptions
  347
- Supported Units
  354
  - Unit Codes
    354
  - E.3 Supported Units
    354
- Diagnostics Device Errors
  356
Fappendix F: Register Transducer Block

359
- Overview
  359
  - Register Access Transducer Block Parameters
    359
  - F.1 Overview
    359
Gappendix G: Advanced Configuration Transducer Block

363
- Overview
  363
  - Advanced Configuration Transducer Block Parameters
    363
  - G.1 Overview
    363
Happendix H: Resource Transducer Block

367
- Overview
  367
- Parameters and Descriptions
  367
  - H.1 Overview
    367
  - Alerts
    371
  - H.2.1 Alerts
    371
  - Alarm Priority
    374
    
    H.2.2 Alarm Priority
    374
    
    H.2.3 Process Alarms
    375
  - Process Alarms
    375
  - Recommended Actions for Alerts
    375
Iappendix I: Analog-Input Block

380
- Simulation
  380
- I.1 Simulation
  380
- Damping
  381
- Signal Conversion
  381
- I.2 Damping
  381
- Block Errors
  383
- Modes
  383
- I.4 Block Errors
  383
- Alarm Detection
  384
  - Status Handling
    384
  - I.6 Alarm Detection
    384
- Advanced Features
  385
- I.7 Advanced Features
  385
- Configure the AI Block
  386
Jappendix J: Rosemount 5300 Series with HART to Modbus

389
- Safety Messages
  389
- Introduction
  390
- J.2 Introduction
  390
- Workflow
  391
- Mechanical Installation
  391
- J.3 Workflow
  391
- Electrical Installation
  392
  - J.5 Electrical Installation
    392
  - Connection Terminals
    393
  - J.5.1 Connection Terminals
    393
  - Installation Cases
    394
  - J.5.2 RS-485 Bus
    394
  - RS-485 Bus
    394
  - External HART Devices (Slaves)
    396
- Establish HART Communication
  397
  - Connect to the MA/MB Terminals
    397
  - Connect to the HART Terminals
    399
- Transmitter Configuration
  400
- Modbus Communication Protocol Configuration
  400
- Alarm Handling
  408
  - J.9 Alarm Handling
    408
  - Use Heartbeat to Detect Errors
    410
  - Use Status Information to Evaluate Measurement Validity
    410
  - Verify Alarm Output
    410
- Common Modbus Host Configuration
  411
  - Input Registers
    411
- Specific Modbus Host Configuration
  415
  - Emerson Process Management ROC800 Series
    416
  - Emerson Process Management Floboss 107
    417
  - J.11.2 Emerson Process Management Floboss 107
    417
  - ABB Totalflow
    418
  - Thermo Electron Autopilot
    418
  - J.11.3 ABB Totalflow
    418
  - Bristol Controlwave Micro
    419
  - Scadapack
    420
  - Kimray Inc. DACC 2000/3000
    420
  - J.11.6 Scadapack
    420
- Troubleshooting
  421
- J.12 Troubleshooting
  421
- HMC Firmware Upgrade in Rosemount Radar Master
  422
- Specifications
  426
- J.14 Specifications
  426

Rosemount 5300 Series User Manual (10 pages)

Level Transmitters with HART and Modbus

Brand: Rosemount | Category: Measuring Instruments | Size: 0 MB

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User Manuals: Rosemount 5300 Series Guided Wave Radar

Rosemount 5300 Series Reference Manual (432 pages)

Table of Contents

1 Section 1: Introduction

2 Section 2: Transmitter Overview

3 Section 3: Mechanical Installation

4 Section 4: Electrical Installation

5 Section 5: Configuration

6 Section 6: Operation

7 Section 7: Service and Troubleshooting

8 Section 8: Safety Instrumented Systems (4-20 Ma Only)

Aappendix A: Specifications and Reference Data

Bappendix B: Product Certifications

Cappendix C: Advanced Configuration

Dappendix D: Remote Mounting

Eappendix E: Level Transducer Block

Fappendix F: Register Transducer Block

Gappendix G: Advanced Configuration Transducer Block

Happendix H: Resource Transducer Block

Iappendix I: Analog-Input Block

Jappendix J: Rosemount 5300 Series with HART to Modbus

Rosemount 5300 Series User Manual (10 pages)

Table of Contents

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