HART® Field Device Specification
Part Number: 3-9000-761, rev. 3
Release: 31 January 2014
DanielTM 3410 Series Gas Ultrasonic Meters
3414 Gas Ultrasonic Flow Meter
3412 and 3411 Gas Ultrasonic Flow Meters
HART is a registered Trademark of the HART Communication Foundation
Daniel customer service
Location
Telephone number
Fax number
North America/Latin America
+1.713.467.6000
+1.713.827.4805
Daniel Customer Service
+1.713.827.6413
+1.713.827.6312
USA (toll free)
+1.888.356.9001
+1.713.827.3380
Asia Pacific (Republic of Singapore)
+65.6777.8211
+65.6777.0947.0743
Europe (Stirling Scotland, UK)
+44 (0)1786.433400
+44 (0)1786.433401
Middle East Africa (Dubai, UAE)
+971 4 8118100
+971 4 8865465
E-mail
•
Customer Service:
[email protected]
•
Customer Support:
[email protected]
•
Asia-Pacific:
[email protected]
•
Europe:
[email protected]
Return Material Authorization (RMA)
A Return Material Authorization (RMA) number must be obtained prior to returning any equipment for any reason.
Download the RMA form from the Support Services web page by selecting the link below.
www2.emersonprocess.com/EN-US/BRANDS/DANIEL/SUPPORT-SERVICES/Pages/Support-Services.aspx?
Signal words and symbols
Pay special attention to the following signal words, safety alert symbols and statements:
Safety alert symbol
This is a safety alert symbol. It is used to alert you to potential physical injury hazards. Obey
all safety messages that follow this symbol to avoid possible injury or death.
Danger indicates a hazardous situation which, if not avoided, will result in death or serious
injury.
Warning indicates a hazardous situation which, if not avoided, could result in death or serious
injury.
Caution indicates a hazardous situation which, if not avoided, could result in minor or
moderate injury.
Notice is used to address safety messages or practices not related to personal injury.
Important
Important is a statement the user needs to know and consider.
Tip
Tip provides information or suggestions for improved efficiency or best results.
Note
Note is a “general by-the-way” content not essential to the main flow of information.
Important safety instructions
Daniel Measurement and Control, Inc. (Daniel) designs, manufactures and tests products to
function within specific conditions. Because these products are sophisticated technical
instruments, it is important that the owner and operation personnel strictly adhere both to the
information printed on the product and to all instructions provided in this manual prior to
installation, operation, and maintenance.
Daniel also urges you to integrate this manual into your training and safety program.
BE SURE ALL PERSONNEL READ AND FOLLOW THE INSTRUCTIONS IN THIS MANUAL AND ALL
NOTICES AND PRODUCT WARNINGS.
Installing, operating or maintaining a Daniel product improperly could lead to serious injury or
death from explosion or exposure to dangerous substances. To reduce this risk:
•
Comply with all information on the product, in this manual, and in any local and national
codes that apply to the product.
•
Do not allow untrained personnel to work with this product.
•
Use Daniel parts and work procedures specified in this manual.
Product owners (Purchasers):
•
Use the correct product for the environment and pressures present. See technical data
or product specifications for limitations. If you are unsure, discuss your needs with your
Daniel representative.
•
Inform and train all personnel in the proper installation, operation, and maintenance of
this product.
•
To ensure safe and proper performance, only informed and trained personnel should
install, operate, repair and maintain this product.
•
Verify that this is the correct instruction manual for your Daniel product. If this is not
the correct documentation, contact Daniel at 1-713-827-6314. You may also download
the correct manual from:
http://www.daniel.com
•
Save this instruction manual for future reference.
•
If you resell or transfer this product, it is your responsibility to forward this instruction
manual along with the product to the new owner or transferee.
•
ALWAYS READ AND FOLLOW THE INSTALLATION, OPERATIONS, MAINTENANCE AND
TROUBLESHOOTING MANUALS AND ALL PRODUCT WARNINGS AND INSTRUCTIONS.
•
Do not use this equipment for any purpose other than its intended service. This may
result in property damage and/or serious personal injury or death.
Product Operation Personnel:
•
To prevent personal injury, personnel must follow all instructions of this manual prior to
and during operation of the product.
•
Follow all warnings, cautions, and notices marked on, and supplied with, this product.
•
Verify that this is the correct instruction manual for your Daniel product. If this is not
the correct documentation, contact Daniel at 1-713-827-6314. You may also download
the correct manual from:
http://www.daniel.com
•
Read and understand all instructions and operating procedures for this product.
•
If you do not understand an instruction, or do not feel comfortable following the
instructions, contact your Daniel representative for clarification or assistance.
•
Install this product as specified in the INSTALLATION section of this manual per
applicable local and national codes.
•
Follow all instructions during the installation, operation, and maintenance of this
product.
•
Connect the product to the appropriate pressure and electrical sources when and
where applicable.
•
Ensure that all connections to pressure and electrical sources are secure prior to and
during equipment operation.
•
Use only replacement parts specified by Daniel. Unauthorized parts and procedures can
affect this product's performance, safety, and invalidate the warranty. “Look-a-like”
substitutions may result in deadly fire, explosion, release of toxic substances or
improper operation.
•
Save this instruction manual for future reference.
Notice
THE CONTENTS OF THIS PUBLICATION ARE PRESENTED FOR INFORMATIONAL PURPOSES ONLY, AND WHILE
EVERY EFFORT HAS BEEN MADE TO ENSURE THEIR ACCURACY, THEY ARE NOT TO BE CONSTRUED AS
WARRANTIES OR GUARANTEES, EXPRESSED OR IMPLIED, REGARDING THE PRODUCTS OR SERVICES
DESCRIBED HEREIN OR THEIR USE OR APPLICABILITY. ALL SALES ARE GOVERNED BY DANIEL'S TERMS AND
CONDITIONS, WHICH ARE AVAILABLE UPON REQUEST. WE RESERVE THE RIGHT TO MODIFY OR IMPROVE THE
DESIGNS OR SPECIFICATIONS OF SUCH PRODUCTS AT ANY TIME.
DANIEL DOES NOT ASSUME RESPONSIBILITY FOR THE SELECTION, USE OR MAINTENANCE OF ANY PRODUCT.
RESPONSIBILITY FOR PROPER SELECTION, USE AND MAINTENANCE OF ANY DANIEL PRODUCT REMAINS
SOLELY WITH THE PURCHASER AND END-USER.
TO THE BEST OF DANIEL'S KNOWLEDGE THE INFORMATION HEREIN IS COMPLETE AND ACCURATE. DANIEL
MAKES NO WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE WITH RESPECT TO THIS MANUAL AND, IN NO EVENT, SHALL
DANIEL BE LIABLE FOR ANY INCIDENTAL, PUNITIVE, SPECIAL OR CONSEQUENTIAL DAMAGES INCLUDING, BUT
NOT LIMITED TO, LOSS OF PRODUCTION, LOSS OF PROFITS, LOSS OF REVENUE OR USE AND COSTS INCURRED
INCLUDING WITHOUT LIMITATION FOR CAPITAL, FUEL AND POWER, AND CLAIMS OF THIRD PARTIES.
PRODUCT NAMES USED HEREIN ARE FOR MANUFACTURER OR SUPPLIER IDENTIFICATION ONLY AND MAY BE
TRADEMARKS/REGISTERED TRADEMARKS OF THESE COMPANIES
Warranty and Limitations
1. LIMITED WARRANTY: Subject to the limitations contained in Section 2 herein, Daniel Measurement &
Control, Inc. (“Daniel”) warrants that the licensed firmware embodied in the Goods will execute the
programming instructions provided by Daniel, and that the Goods manufactured by Daniel will be free from
defects in materials or workmanship under normal use and care and Services will be performed by trained
personnel using proper equipment and instrumentation for the particular Service provided. The foregoing
warranties will apply until the expiration of the applicable warranty period. Goods are warranted for twelve (12)
months from the date of initial installation or eighteen (18) months from the date of shipment by Daniel,
whichever period expires first. Consumables and Services are warranted for a period of 90 days from the date
of shipment or completion of the Services. Products purchased by Daniel from a third party for resale to Buyer
("Resale Products”) shall carry only the warranty extended by the original manufacturer. Buyer agrees that
Daniel has no liability for Resale Products beyond making a reasonable commercial effort to arrange for
procurement and shipping of the Resale Products. If Buyer discovers any warranty defects and notifies Daniel
thereof in writing during the applicable warranty period, Daniel shall, at its option, correct any errors that are
found by Daniel in the firmware or Services or repair or replace F.O.B. point of manufacture that portion of the
Goods or firmware found by Daniel to be defective, or refund the purchase price of the defective portion of the
Goods/Services. All replacements or repairs necessitated by inadequate maintenance, normal wear and usage,
unsuitable power sources or environmental conditions, accident, misuse, improper installation, modification,
repair, use of unauthorized replacement parts, storage or handling, or any other cause not the fault of Daniel
are not covered by this limited warranty, and shall be at Buyer's expense. Daniel shall not be obligated to pay
any costs or charges incurred by Buyer or any other party except as may be agreed upon in writing in advance
by Daniel. All costs of dismantling, reinstallation and freight and the time and expenses of Daniel's personnel
and representatives for site travel and diagnosis under this warranty clause shall be borne by Buyer unless
accepted in writing by Daniel. Goods repaired and parts replaced by Daniel during the warranty period shall be
in warranty for the remainder of the original warranty period or ninety (90) days, whichever is longer. This
limited warranty is the only warranty made by Daniel and can be amended only in a writing signed by Daniel.
THE WARRANTIES AND REMEDIES SET FORTH ABOVE ARE EXCLUSIVE. THERE ARE NO REPRESENTATIONS OR
WARRANTIES OF ANY KIND, EXPRESS OR IMPLIED, AS TO MERCHANTABILITY, FITNESS FOR PARTICULAR
PURPOSE OR ANY OTHER MATTER WITH RESPECT TO ANY OF THE GOODS OR SERVICES. Buyer acknowledges
and agrees that corrosion or erosion of materials is not covered by this warranty.
2. LIMITATION OF REMEDY AND LIABILITY: DANIEL SHALL NOT BE LIABLE FOR DAMAGES CAUSED BY DELAY IN
PERFORMANCE. THE REMEDIES OF BUYER SET FORTH IN THIS AGREEMENT ARE EXCLUSIVE. IN NO EVENT,
REGARDLESS OF THE FORM OF THE CLAIM OR CAUSE OF ACTION (WHETHER BASED IN CONTRACT,
INFRINGEMENT, NEGLIGENCE, STRICT LIABILITY, OTHER TORT OR OTHERWISE), SHALL DANIEL'S LIABILITY TO
BUYER AND/OR ITS CUSTOMERS EXCEED THE PRICE TO BUYER OF THE SPECIFIC GOODS MANUFACTURED OR
SERVICES PROVIDED BY DANIEL GIVING RISE TO THE CLAIM OR CAUSE OF ACTION. BUYER AGREES THAT IN NO
EVENT SHALL DANIEL'S LIABILITY TO BUYER AND/OR ITS CUSTOMERS EXTEND TO INCLUDE INCIDENTAL,
CONSEQUENTIAL OR PUNITIVE DAMAGES. THE TERM “CONSEQUENTIAL DAMAGES” SHALL INCLUDE, BUT NOT
BE LIMITED TO, LOSS OF ANTICIPATED PROFITS, REVENUE OR USE AND COSTS INCURRED INCLUDING
WITHOUT LIMITATION FOR CAPITAL, FUEL AND POWER, AND CLAIMS OF BUYER'S CUSTOMERS.
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
Table of Contents
January 2014
Contents
Daniel customer service
Signal words and symbols
Important safety instructions
Notice
Warranty and Limitations
1.
Introduction
1.1 Scope ............................................................................................................ 1
1.2 Purpose ......................................................................................................... 1
1.3 Who should use this document? ...................................................................... 1
1.4 Definitions, acronyms, abbreviations and references ......................................... 1
1.4.1 Definitions .............................................................................................................. 2
1.4.2 Acronyms................................................................................................................ 2
1.4.3 Abbreviations.......................................................................................................... 2
1.4.4 References .............................................................................................................. 3
2.
Device Identification
2.1 Daniel 3410 Series Ultrasonic Flow Meter identification ..................................... 5
2.2 Physical description ........................................................................................ 6
3.
Product overview
3.1 Device function, purpose and features ............................................................. 7
3.2 Process connections ....................................................................................... 7
3.3 External interfaces (electrical and non-electrical) .............................................. 7
3.4 Other required equipment ............................................................................... 7
4.
Product interfaces
4.1 Process interface ............................................................................................ 9
4.1.1 Sensor input channels ............................................................................................. 9
4.1.2 Sensor analog output channels ............................................................................. 10
4.1.3 Time Stamp........................................................................................................... 12
4.1.4 Configuration change counter .............................................................................. 13
Table of Contents
i
Table of Contents
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
5.
3-9000-761 Rev 3
Device variables
5.1 Device variable 0 - uncorrected flow rate ........................................................ 15
5.2 Device variable 1 - corrected flow rate ............................................................ 15
5.3 Device variable 2 - average flow velocity ......................................................... 16
5.3.1 Wet calibration ......................................................................................................16
5.3.2 Piece-wise linearization .........................................................................................16
5.3.3 Third-order polynomial..........................................................................................16
5.3.4 No wet calibration .................................................................................................16
5.4 Device variable 3 - average sound velocity ...................................................... 17
5.5 Device variable 4 - energy rate ....................................................................... 17
5.6 Device variable 5 - mass rate .......................................................................... 18
5.7 Device variable 6 - pressure ........................................................................... 18
5.8 Device variable 7 - temperature ..................................................................... 19
6.
Dynamic variables
6.1 Fixed dynamic variables ................................................................................. 21
6.2 Dynamic variables with configurable mapping ................................................. 21
7.
Status information
7.1 Device status ................................................................................................ 24
7.2 Additional device status (Command 48) .......................................................... 26
8.
Universal commands
8.1 Slave universal commands ............................................................................. 31
9.
Common-practice commands
9.1 Supported commands ................................................................................... 33
9.2 Burst mode .................................................................................................. 34
9.3 Catch device variable .................................................................................... 34
10.
Device-specific commands
10.1 Public, device-specific commands ................................................................ 35
10.1.1 Command 128 Write analog output configuration ..............................................36
10.1.2 Command 129 Read analog output configuration ...............................................38
10.1.3 Command 130 Write Frequency/Digital Output configuration ............................39
10.1.4 Command 131 Read Frequency/Digital Output configuration .............................42
10.1.5 Command 132 Write flow pressure configuration ...............................................43
10.1.6 Command 133 Read flow pressure configuration ................................................45
10.1.7 Command 134 Write flow temperature configuration.........................................46
10.1.8 Command 135 Read flow temperature configuration..........................................48
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HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
Table of Contents
January 2014
10.1.9 Command 136 Write device units ....................................................................... 48
10.1.10 Command 137 Read device units ...................................................................... 50
10.1.11 Command 138 Write device variable range....................................................... 50
10.1.12 Command 139 Read device variable range........................................................ 52
10.1.13 Command 140 Read detailed status.................................................................. 53
10.1.14 Command 141 Acknowledge alarm .................................................................. 56
10.1.15 Command 142 Write digital input configuration ............................................... 58
10.1.16 Command 143 Read digital input configuration................................................ 59
10.1.17 Command 146 Read Miscellaneous Non-Write Protected Parameters............... 59
10.1.18 Command 147 Read miscellaneous write protected parameters....................... 60
10.1.19 Command 148 Write blockage configuration.................................................... 61
10.1.20 Command 149 Read blockage configuration .................................................... 62
10.1.21 Command 150 Write liquid detection configuration ......................................... 62
10.1.22 Command 151 Read liquid detection configuration .......................................... 63
10.1.23 Command 152 Read continuous flow analysis active features ........................... 64
10.1.24 Command 153 Read running averages.............................................................. 65
10.1.25 Command 154 Read baselines .......................................................................... 66
10.1.26 Command 155 Write baselines ......................................................................... 67
10.1.27 Command 156 Read keys.................................................................................. 69
10.1.28 Command 157 Write keys................................................................................. 69
10.1.29 Command 158 Read key validities..................................................................... 70
10.1.30 Command 159 Read meter chord data.............................................................. 70
10.1.31 Command 160 Read meter flow data ................................................................ 71
10.1.32 Command 161 Read path signal amplitude data ............................................... 73
10.1.33 Command 162 Read noise amplitudes .............................................................. 74
10.1.34 Command 163 Read path SNR data................................................................... 75
10.1.35 Command 164 Read path percent good............................................................ 76
10.1.36 Command 165 Read path gains ........................................................................ 77
10.1.37 Command 166 Read flow analysis configuration ............................................... 78
10.1.38 Command 167 Write flow analysis configuration .............................................. 79
10.1.39 Command 168 Read general meter information ............................................... 80
10.1.40 Command 169 Read flow totals ........................................................................ 81
10.1.41 Command 170 Read flow analysis related configuration ................................... 82
10.1.42 Command 171 Write flow analysis related configuration .................................. 83
10.1.43 Command 172 Write Ethernet configuration .................................................... 84
10.1.44 Command 173 Read Ethernet Configuration..................................................... 86
10.1.45 Command 174 Write serial port configuration .................................................. 87
10.1.46 Command 175 Read serial port configuration ................................................... 89
10.1.47 Command 176 Write transducer chord configuration ....................................... 90
10.1.48 Command 177 Read transducer chord configuration ........................................ 91
10.1.49 Command 178 Write polynomial calibration configuration ............................... 92
10.1.50 Command 179 Read polynomial calibration configuration................................ 93
10.1.51 Command 182 Write archive log configuration................................................. 94
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iii
Table of Contents
January 2014
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
10.1.52 Command 183 Read Archive Log configuration .................................................95
10.1.53 Command 184 Write acquisition configuration .................................................96
10.1.54 Command 185 Read acquisition configuration ..................................................98
10.1.55 Command 186 Write meter limits .....................................................................99
10.1.56 Command 187 Read meter limits ....................................................................101
10.1.57 Command 188 Write meter body configuration ..............................................102
10.1.58 Command 189 Read meter body configuration...............................................104
10.1.59 Command 190 Write signal parameters ..........................................................105
10.1.60 Command 191Read signal parameters ............................................................107
10.1.61 Command 192 Write target parameters..........................................................108
10.1.62 Command 193 Read target parameters...........................................................110
10.1.63 Command 194 Reset chord proportions to defaults ........................................111
10.1.64 Command 195 Enter/exit fixed frequency output mode ..................................112
10.1.65 Command 196 Enter/exit fixed digital output mode........................................113
10.1.66 Command 197 Set transducer type .................................................................114
10.1.67 Command 198 Write Frequency/Digital Output sources .................................115
10.1.68 Command 199 Read Frequency/Digital Output sources ..................................116
10.1.69 Command 200 Write miscellaneous write protected parameters ....................117
10.1.70 Command 201 Write analog input calibration .................................................118
10.1.71 Command 202 Read analog input calibration ..................................................119
10.1.72 Command 203 Write piecewise linearization flow rates...................................120
10.1.73 Command 204 Read piecewise linearization flow rates....................................122
10.1.74 Command 205 Write piecewise linearization meter factors .............................123
10.1.75 Command 206 Read piecewise linearization meter factors..............................124
10.1.76 Command 207 Write meter text......................................................................125
10.1.77 Command 208 Read meter text.......................................................................126
10.1.78 Command 209 Write gas chromatograph configuration .................................127
10.1.79 Command 210 Read gas chromatograph configuration ..................................129
10.1.80 Command 211 Write AGA8 method configuration ..........................................130
10.1.81 Command 212 Read AGA8 method configuration...........................................132
10.1.82 Command 213 Write detailed gas composition...............................................133
10.1.83 Command 214 Read detailed gas composition................................................135
10.1.84 Command 215 Write Gross Method 1 and 2 gas composition configuration....136
10.1.85 Command 216 Read Gross Method 1 and 2 gas composition configuration ....137
10.1.86 Command 217 Write baseline times and comments .......................................137
10.1.87 Command 218 Read baseline times and comments ........................................139
10.1.88 Command 219 Reset tracking targets to defaults ............................................140
10.1.89 Command 220 Write local display configuration .............................................141
10.1.90 Command 221 Read local display configuration ..............................................144
10.1.91 Command 222 Enable local display test mode.................................................145
10.1.92 Command 223 Write general meter information.............................................146
10.1.93 Command 224 Write miscellaneous non-write protected parameters.............147
10.2 Device-specific command error (response code 6) ....................................... 148
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HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
11.
Table of Contents
January 2014
Tables
11.1 Volume units ........................................................................................... 151
11.2 Energy units ............................................................................................. 151
11.3 Mass units ................................................................................................ 151
11.4 Time units (flow rate) ................................................................................ 151
11.6 Pressure units ........................................................................................... 152
11.7 Temperature unit ...................................................................................... 152
11.8 Velocity units ........................................................................................... 152
11.9 M ass flow rate units .................................................................................. 153
11.10 Energy flow rate units .............................................................................. 153
11.11 Decibel units ........................................................................................... 153
11.12 Voltage units .......................................................................................... 153
11.13 Current units .......................................................................................... 153
11.14 Percent units .......................................................................................... 154
11.15 Length units ........................................................................................... 154
11.16 Thermal expansion units .......................................................................... 154
11.17 Viscosity units ........................................................................................ 155
11.18 Volumetric heating value units ................................................................. 155
11.19 Density units .......................................................................................... 155
11.20 Unit conversion factors ............................................................................ 156
11.21 Pressure and temperature tables .............................................................. 157
11.21.1 Live Pressure ................................................................................................... 158
11.21.2 Live Temperature ........................................................................................... 159
12.
Performance
12.1 Sampling rates .......................................................................................... 161
12.2 Power-up .................................................................................................. 161
12.3 Device reset ............................................................................................. 161
12.4 Command response delay .......................................................................... 162
12.4.1 Long messages.................................................................................................. 162
12.4.2 Non-volatile memory ........................................................................................ 162
12.4.3 Operating modes .............................................................................................. 162
12.4.4 Write protection ............................................................................................... 162
12.4.5 Damping value.................................................................................................. 163
Table of Contents
v
Table of Contents
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
Annex A.
3-9000-761 Rev 3
Device capability checklist
A.1 Device capability ............................................................................. 165
Annex B.
Default device configuration
B.1 Default factory settings...................................................................................... 167
Annex C.
Device variable calculations
C.1 Uncorrected flow rate ........................................................................................ 169
C.2 Corrected flow rate ............................................................................................ 170
C.3 Average flow velocity ......................................................................................... 171
C.3.1 Dry-calibration ..................................................................................... 171
C.3.2 Wet-calibration ....................................................................................171
C.3.3 Piece-wise linearization ........................................................................ 172
C.3.4 Third-order polynomial......................................................................... 172
C.3.5 No wet calibration ................................................................................ 172
C.4 Average sound velocity ...................................................................................... 173
C.4.1 Optional AGA10 sound velocity calculation and comparison ................ 173
C.5 Mass rate ........................................................................................................... 174
C.6 Energy rate ........................................................................................................ 174
C.7 Pressure ............................................................................................................. 175
C.8 Temperature...................................................................................................... 175
Annex D. Supported field device operations
D.1 AMS Device Manager ......................................................................................... 177
D.2 375/475 field communicator menu tree ............................................................ 178
Annex E.
Revision history
E.1 Document release .............................................................................................. 179
E.2 Changes Revision 2............................................................................................. 179
E.3 Changes Revision 3............................................................................................. 181
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Table of Contents
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
List of Figures
January 2014
List of Figures
Figure 2-1
3410 Series Gas Ultrasonic Flow Meter electronics - CPU Module ................................. 6
Figure D-1
AMS Device Manager Menu Tree .............................................................................. 177
List of Figures
vii
List of Figures
January 2014
viii
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
List of Figures
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
List of Tables
January 2014
List of Tables
Table 1-1
Definitions.......................................................................................................................... 2
Table 1-2
Acronyms........................................................................................................................... 2
Table 1-3
Abbreviations ..................................................................................................................... 2
Table 1-4
Reference documentation.................................................................................................. 3
Table 2-1
3410 Series Gas Ultrasonic Flow Meter device identification............................................... 5
Table 4-1
Analog output configuration parameters ......................................................................... 11
Table 4-2
Device variables time stamp............................................................................................. 12
Table 4-3
Time stamp calculations for additional device variables.................................................... 13
Table 4-4
Configuration change counter.......................................................................................... 13
Table 5-1
Device variable 2 - average flow velocity........................................................................... 16
Table 5-2
Device variable 3 - average sound velocity........................................................................ 17
Table 5-3
Device variable 4 - energy rate.......................................................................................... 17
Table 5-4
Device variable 5 - mass rate ............................................................................................ 18
Table 5-5
Device variable 6 - pressure .............................................................................................. 18
Table 5-6
Device variable 7 - temperature........................................................................................ 19
Table 6-1
Dynamic variables configurable mapping......................................................................... 21
Table 7-1
Device status byte database point mapping ..................................................................... 24
Table 7-2
Additional device status (Command 48)........................................................................... 26
Table 8-1
Universal commands for slave implementation ................................................................ 31
Table 9-1
Common-practice commands.......................................................................................... 33
Table 11-1
Volume units.................................................................................................................. 151
Table 11-2
Energy rate..................................................................................................................... 151
Table 11-3
Mass units ...................................................................................................................... 151
Table 11-4
Time units (flow rate) ..................................................................................................... 151
Table 11-5
Volumetric flow rate units .............................................................................................. 152
Table 11-6
Pressure units................................................................................................................. 152
Table 11-7
Temperature units.......................................................................................................... 152
Table 11-8
Velocity units ................................................................................................................. 152
Table 11-9
Mass flow rate units........................................................................................................ 153
Table 11-10
Mass low rate units ......................................................................................................... 153
Table 11-11
Decibel units .................................................................................................................. 153
Table 11-12
Voltage units.................................................................................................................. 153
Table 11-13
Current units .................................................................................................................. 153
List of Tables
ix
List of Tables
January 2014
x
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
Table 11-14
Percent units ..................................................................................................................154
Table 11-15
Length units.................................................................................................................... 154
Table 11-16
Thermal Expansion units ................................................................................................. 154
Table 11-17
Viscosity units................................................................................................................. 155
Table 11-18
Volumetric heating value units ....................................................................................... 155
Table 11-19
Density units................................................................................................................... 155
Table 11-20
Conversion factors per unit of measurement .................................................................. 156
Table 11-21
Pressure and temperature tables ....................................................................................157
Table 11-22
Data points for pressure inputs ....................................................................................... 158
Table 11-23
Data points for temperature inputs ................................................................................ 159
Table 12-1
Sampling Rates............................................................................................................... 161
Table 12-2
Command 42 device reset .............................................................................................. 161
Table 12-3
Command response delay .............................................................................................. 162
Table A-1
Capability checklist ......................................................................................................... 165
Table B-1
Device factory settings configuration ............................................................................. 167
List of Tables
HART Field Device Specification 3410 Series Ultrasonic Meter
1. Introduction
3-9000-761 Rev 3
January 2014
1.
Introduction
1.1
Scope
11
The scope of this document is to define the HART revision 7 functional requirements, device
specific commands and all Universal and the supported Common Practice commands
supported by the HART interface for the Daniel 3410 Series Gas Ultrasonic Flow Meters.
1.2
Purpose
The purpose of this document is to list the functional requirements for developing the 3410
Series Gas Ultrasonic Flow Meters HART rev 7 firmware. This document complies with HART
Protocol Revision 7 and Field Device Specification HCF_LIT-18, Revision 11.0 in preparation and
development of engineering regression tests of functionality not covered by the HCF-Kit-192.
1.3
Who should use this document?
This specification is designed to be a technical reference for HART capable Host Application
Developers, System Integrators, and knowledgeable End Users. It also provides functional
specifications (e.g., commands, enumerations and performance requirements) used during
Field Device Development, maintenance and testing.
1.4
Definitions, acronyms, abbreviations and
references
The following is a list of commonly used definitions used throughout this document.
Scope
1
1. Introduction
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
1.4.1
Definitions
Table 1-1 Definitions
1.4.2
Name
Definition
Emerson Field Communicator
375 or 475 field communicator - handheld device
Acronyms
Table 1-2 Acronyms
1.4.3
Acronym
Definition
ADC
Analog to Digital Converter
API
Application Program Interface
ATEX
Atmospheres Explosives (French)
CPU
Central Processing Unit
D/A
Digital-to-Analog
DAC
Digital to Analog Converter
DD
Device Description (HART)
EDDL
Electronic Device Description Language (HART)
FPGA
Field-Programmable Gate Array
HART
Highway Addressable Remote Transducer
I/O
Input(s)/Output(s)
LED
Light-Emitting Diode
Abbreviations
Table 1-3 Abbreviations
2
Abbreviation
Definition
oC
Degrees Celsius (alternatively, degrees Centigrade)
A/D
Analog-to-Digital
D/A
Digital-to-Analog
Enum
Enumerated
Hz
Hertz
mA
Milliamperes (also referred to as milliamps)
RX
Receive
TX
Transmit
Definitions
HART Field Device Specification 3410 Series Ultrasonic Meter
1. Introduction
3-9000-761 Rev 3
January 2014
1.4.4
References
The documents referenced within the text of this document are listed in the table below:
Table 1-4 Reference documentation
Title
Document number, revision, date
American Petroleum Institute (API) Manual of Petroleum Measurement Standards (MPMS) Chapter 21 - Flow Measurement Using
Electronic Metering Systems
Section 1 - Electronic Gas Measurement
First Edition, 01-Sep-1993
HART SMART Communications Protocol Specification (also includes HCF_SPEC 13, Rev. 7.5 (29 May, 2013)
the specifications listed below)
FSK Physical Layer Specification
HCF_SPEC - 54, Rev. 8.1 (24 August, 1999)
Data Link Layer Specification
HCF_SPEC - 81, Rev. 9.0 (12 May 2012)
Command Summary Specification
HCF_SPEC - 99, Rev. 9.0 (23 July, 2007)
Universal Command Specification
HCF_SPEC - 127, Rev. 7.1 (10 May, 2008)
Common Practice Command Specification
HCF_SPEC-151, Rev. 10.0 (22 June 2012)
Common Tables
HCF_SPEC - 183, Rev. 23.0 (29 May, 2013)
Command Specific Response Code Definitions
HCF_SPEC - 307, Rev. 6.0 (5 September, 2007)
References
3
1. Introduction
January 2014
4
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
References
HART Field Device Specification 3410 Series Ultrasonic Meter
2. Device Identification
3-9000-761 Rev 3
2.
2
January 2014
Device Identification
This section details the Daniel 3410 Series Ultrasonic Flow Meter identification and physical
description.
2.1
Daniel 3410 Series Ultrasonic Flow Meter
identification
The Daniel 3410 Series Ultrasonic Flow Meter Field Device Identification summary is shown in
Table 2-1 below.
Table 2-1 3410 Series Gas Ultrasonic Flow Meter device identification
Manufacturer name:
Daniel Measurement and
Control, Inc.
Model name(s):
Daniel 3410 Series
Ultrasonic Flow
Meter
Manufacturer ID Code:
13 (D Hex)
Device Type Code:
21 (15 Hex)
HART Protocol Revision:
7
Device Revision:
3
Number of Device Variables:
8
Physical Layers Supported:
Bell 202 FSK
Note:
HART Hardware Revision:
1
Physical Device Category:
Daniel 3410 Series Ultrasonic Flow
Meter
HART Software Revision:
15
Daniel 3410 Series Ultrasonic Flow Meter identification
5
2. Device Identification
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
2.2
3-9000-761 Rev 3
Physical description
The Daniel 3410 Series Ultrasonic Flow Meter electronics enables the meter to easily
communicate with other field devices, and ultimately, communicate key diagnostic information
through PlantWebTM architecture. Any programmable device, such as the FPGA, is
programmed via the CPU Module. The CPU Module part number is P/N 1-360-03-001).
Figure 2-1 3410 Series Gas Ultrasonic Flow Meter electronics - CPU Module
6
Physical description
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
3.
3
3. Product overview
January 2014
Product overview
This section specifies the purpose and application of the Daniel 3410 Series Ultrasonic Flow
Meter for HART communication.
3.1
Device function, purpose and features
The Daniel 3410 Series Ultrasonic Flow Meter communicates with other field devices, and
ultimately, communicates key diagnostic information through the PlantWeb® architecture.
All analog inputs and outputs are isolated from each other and isolated from the system with a
minimum isolation of 500 V.
3.2
Process connections
The Daniel 3410 Series Ultrasonic Flow Meter’s updated electronics includes the firmware, CPU
Module and the Acquisition module allows communications with other field devices.
3.3
External interfaces (electrical and non-electrical)
Any pressure and/or temperature input read via the Daniel 3410 Series Ultrasonic Flow Meter is
configurable using a hand-held communicator (e.g., Emerson's 375/475 Field Communicator)
and not via the meter such as for device address, device tag, limits, and units. The Daniel 3410
Series Ultrasonic Flow Meter is compliant with Asset Management Solutions, AMSTM Device
Manager, software applications that provides operator interface between the HART enabled
field device and a remote PC.
3.4
Other required equipment
A RS-232C/RS-485 (half duplex) serial communication port for Modbus communication is
provided as Port A.
Any programmable device aboard the Daniel 3410 Series Ultrasonic Flow Meter (such as an
FPGA) is programmed via the CPU Module.
Device function, purpose and features
7
3. Product overview
January 2014
8
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
Other required equipment
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
4.
4. Product interfaces
January 2014
Product interfaces
This section discusses the Daniel 3410 Series Ultrasonic Flow Meter for HART communications,
electrical interface, and input and output requirements.
4.1
Process interface
The Daniel 3410 Series Ultrasonic Flow Meter is capable of communicating with a flow
computer or other interface devices (e.g. (AMSTM Device Manager or an Emerson Field
Communicator, etc.) via HART and enables PlantWeb connectivity.
The Daniel 3410 Series Ultrasonic Flow Meter provides an RS-232C/RS-485 half-duplex serial
communications port (Port A) connected via the CPU Module. Two independent analog input
circuits and 16-bit, 4-20mA analog output circuits are supported.
LED status indicators show 24V power, 24V current limit, TX and RX serial communication ports,
and HART slave communication via Analog Output 1.
4.1.1
Sensor input channels
Daniel 3410 Series Ultrasonic Flow Meters supports analog and discrete inputs as shown below.
Name
Functional description
Analog Input 1
4 mA- 20 mA Input for temperature device
Analog Input 2
4 mA- 20 mA Input for pressure device
Note: AI-1 and AI-2 are electronically isolated and operate in sink
mode. The input contains a series resistance so HART Communicators
can be connected to configure sensors.
A 24 Volt DC power supply is available to provide power to the sensors.
Digital Input(s)
(Selectable)
Ethernet Port
(1) Single polarity (for flow calibration gating - contact closure)
• Single input for starting and stopping
• Four pulse configurations available
One Ethernet Port (TCP/IP)
Up to 100 Mbps
Modbus TCP
•
•
Process interface
9
4. Product interfaces
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Name
Frequency/Digital Output(s)
Functional description
Maximum frequency for the frequency outputs
1000Hz
5000Hz
Mode options:
• Open Collector (requires external excitation supply voltage and
pull-up resistor)
TTL (internally powered by the meter 0-5 VDC signal)
•
•
Serial Port
One serial RS-232/RS-485 port
(115 kbps baud rate) (Modbus RTU/ASCII)
Transducers
•
•
•
•
•
T-11
T-12
T-21
T-22
T-32
Note: The process temperature must not exceed the operating temperature range of the transducers.
4.1.2
Sensor analog output channels
The firmware supports two independently-configurable analog output channels (AO1 and
AO2). For conventional operation, the analog output channels provide identical but separate
configuration parameters including, but not limited to, the currently available AO1
configuration parameters (for content and scaling configuration). These configuration
parameters follow the same naming convention as the AO1related configuration parameters
(which retain their current names). The Boolean data point, IsAO1Avail indicates the presence of
Analog Output 1 (AO1). NOTE: HART communication is available over AO1 only.
10
Sensor analog output channels
HART Field Device Specification 3410 Series Ultrasonic Meter
4. Product interfaces
3-9000-761 Rev 3
January 2014
Table 4-1 Analog output configuration parameters
Values
(percent of range)
Values
(e.g., in mA)
Down greater than
-3.125%
3.5 mA
Up less than
+106.25%
21 mA
Maximum current
+106.25%
21 mA
Multi-drop current draw
4 mA (Available in sink mode only)
Lift-off voltage
7V
Direction
Linear over-range
@ full scale
Choose the HART selectable output Primary or Secondary Variable (via any serial, Ethernet, or
HART slave port) from among the following choices:
•
uncorrected volumetric flow rate
•
corrected volumetric flow rate
•
average flow velocity
•
average sound velocity
•
mass rate
•
energy rate
The Daniel 3410 Series Ultrasonic Flow Meter output Third and Fourth Variables (via any serial,
Ethernet, or HART slave port) from among the choices available for the Primary Variable and
additionally the following choices (if applicable):
•
live pressure value
•
live temperature value
Configuration via the HART slave port, requires device-specific commands.
•
for each frequency output: maximum frequency, content, relationship to flow
direction, B channel action upon error, A and B channel phase relationship, and output
scaling
•
for each digital output: content, and polarity
•
for each analog output (conventional 4-20 mA operation): content, relationship to flow
direction, and output scaling
Trim the analog outputs via HART, serial or Ethernet interfaces.
•
The HART slave output supports configurable preamble length.
•
The HART slave supports the HART rev. 7 commands listed in Section 8 through
Section 12.
•
The HART slave does not support transfer functions.
Sensor analog output channels
11
4. Product interfaces
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Each analog output has individually configurable alarm selections. The selections include:
•
Very Low (3.5 mA)
•
Low (4.0 mA), High (20 mA)
•
Very High (20.5 mA)
•
Hold Last Value
•
None
Trim the analog outputs via, serial or Ethernet interfaces. The AOXActionUponInvalidContent
data point specifies the action for Analog Output 1 current when the content is invalid. No
special action is taken when set to none.
Each analog output is considered saturated if the "pre-trimmed" value is (strictly) outside the
range (3.5, 20.5) mA. Note that a value less than 4 mA should only occur if the output is invalid
and the invalid content is selected to be represented by a fixed 3.5 mA output. The database
point AOXIsSaturated shall be used to indicate the saturation status.
For each analog output, after the saturation determination is made, then the DAC -limits of (3.5,
21) mA is applied to the pre-trimmed value. The resulting value is written to the appropriate
AOXOutput database point (so that the point's meaning is consistent with the pre-HART
firmware).
The analog output trim zero and gain values (stored in database points AOXCurrentTrimZero
and AOXCurrentTrimGain, respectively) are always applied to the analog output's pre-trimmed,
DAC -limited value (i.e., the value stored in the database point AOXOutput) as shown in
Equation 1 (all values in milliamps except the dimensionless gain). The DAC - limits (3.5, 21 mA)
is applied to the resultant trim value (AOXTRIM) and DAC -limited result shall be stored in the
database point AOXOutputTrimmed and output to the DAC.
Equation 4-1 AO(X)Output Trim
AOXTRIM = ( AOXCurrentTrimGain × ( AOXOutput – 4 ) ) + 4 + AOXCurrentTrimZero
4.1.3
Time Stamp
A time stamp shall be calculated for each of the HART device variables when the device variable
is updated and the status is good. The time stamps shall be associated with the corresponding
data points shown inTable 4-2.
Table 4-2 Device variables time stamp
Device variable
Associated time stamp data point name
Uncorrected flow rate (QFlow)
HARTQFlowUpdateTime
Corrected flow rate (QBase)
HARTQBaseUpdateTime
Average flow velocity
HARTAvgFlowUpdateTime
Average sound velocity
HARTAvgSndVelUpdateTime
Energy rate
HARTEnergyRateUpdateTime
Mass rate
HARTMassRateUpdateTime
Pressure (FlowPressure)
HARTPressureUpdateTime
Temperature (FlowTemperature)
HARTTemperatureUpdateTime
12
Time Stamp
HART Field Device Specification 3410 Series Ultrasonic Meter
4. Product interfaces
3-9000-761 Rev 3
January 2014
Time stamps shall be calculated for additional device variables that indicate percent of range
and loop current.
Table 4-3 Time stamp calculations for additional device variables
Device variable
Associated time stamp data point name
Percent range
HARTPercentRangeUpdateTime
Analog output 1
HARTAO1OutputUpdateTime
Time stamps shall:
Time Stamp
•
be unsigned 32 bit integer with least significant bit of time value representing 1/32 of
milliseconds.
•
indicate time since midnight and shall rollover after 24 hours
•
have units of milliseconds
13
4. Product interfaces
January 2014
14
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
Time Stamp
HART Field Device Specification 3410 Series Ultrasonic Meter
5. Device variables
3-9000-761 Rev 3
5.
5
January 2014
Device variables
The Daniel 3410 Series Ultrasonic Flow Meter does not use Device Family commands.
5.1
Device variable 0 - uncorrected flow rate
The flow-condition volumetric flow rate is the result of applying expansion correction and flowprofile correction to the raw volumetric flow rate derived as shown in Equation C -1 subject to
the low-flow cut-off (see Annex C). If the resulting value is below the low-flow cut-off value, it is set
to zero. The low-flow cut-off volumetric flow rate (QCutOff) is the specified low-flow velocity
threshold (ZeroCut) converted to a volumetric flow rate.
Device variable
Number:
0
Name
Classification:
66
Volumetric Flow
Unit Codes
5.2
Uncorrected Flow Rate
(see Table 11-5)
Device variable 1 - corrected flow rate
The base-condition volumetric flow rate (QBase) is the result converting the flow-condition
volumetric flow rate to the base pressure-temperature condition. This conversion requires (1)
AGA8 calculations to be either performed internally (i.e., by the meter) or externally (with the
resulting compressibilities specified to the meter via the SpecZFlow and SpecZBase data points),
and (2) the flow-condition temperature and pressure to be live or fixed. If AGA8 calculations are
not performed (i.e., neither internally nor externally) or the flow-condition temperature and/or
pressure are/is not enabled, then the base-condition volumetric flow rate is set to zero. The
base-condition volumetric flow rate is calculated as shown in Equation C -2 (see Annex C).
Device Variable
Number:
1
Name
Corrected Flow Rate
Classification:
66
Volumetric Flow
Unit Codes
(Table 11-5)
Device variable 0 - uncorrected flow rate
15
5. Device variables
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
5.3
3-9000-761 Rev 3
Device variable 2 - average flow velocity
The meter uses two calibration steps: “dry” calibration and “wet” calibration.
The dry-calibration gas flow velocity is the result of applying a third-order polynomial equation
to the average weighted gas flow velocity as shown in Equation C -3 (see Annex C).
Note that the meter provides two sets of dry calibration coefficients - one set for each flow
direction.
Table 5-1 Device variable 2 - average flow velocity
Device variable
Number:
2
Name
Classification:
67
Velocity
Unit Codes
5.3.1
Average Flow Velocity
(Table 11-8)
Wet calibration
The Daniel Ultrasonic meter offers three selections for wet calibration: 12-point piece-wise
linearization, a third-order polynomial, or none. The wet calibration method to use is selected
via the CalMethod data point with “None” being the default value. The wet calibration gas flow
velocity is calculated from the dry calibration gas flow velocity as shown in Equation C -4 (see
Annex C).
5.3.2
Piece-wise linearization
If the 12-point piece-wise linearization (PWL) wet calibration method is selected, then the drycalibration gas flow velocity is calculated as shown in Equation C -5 (see Annex C).
The inputs to the 12-point piece-wise linearization are the (up to) 12 pairs of volumetric flow
rate and meter factor for each flow direction ([FwdFlwRt1, FwdMtrFctr1], ...,
[FwdFlwRt12, FwdMtrFctr12] for forward flow; [RevFlwRt1, RevMtrFctr1], ...,
[RevFlwRt12, RevMtrFctr12] for reverse flow).
The linear meter factor is determined by the PWL inputs, the flow direction, and the drycalibration gas flow velocity.
5.3.3
Third-order polynomial
If the third-order polynomial wet calibration method is selected, then the wet-calibration gas
flow velocity is calculated as shown in Equation C -3 (see Annex C).
Note that the meter provides two sets of wet calibration polynomial coefficients - one set for
each flow direction.
5.3.4
No wet calibration
If no wet calibration is selected, then the wet calibration gas flow velocity is equal to the dry
calibration gas flow velocity (see Annex C).
16
Device variable 2 - average flow velocity
HART Field Device Specification 3410 Series Ultrasonic Meter
5. Device variables
3-9000-761 Rev 3
5.4
January 2014
Device variable 3 - average sound velocity
The average (weighted) sound velocity is calculated as the weighted average of the active chord
sound velocity measurements as shown in Equation C -7 (see Annex C).
Table 5-2 Device variable 3 - average sound velocity
Device variable
3
Number:
67
Velocity
Classification:
5.5
Average Sound Velocity
Name
(Table 11-8)
Unit Codes
Device variable 4 - energy rate
When the frequency output pair represents the energy rate (selected via the FreqXContent data
point), then the full-scale energy rate is specified via the AO1FullScaleEnergyRate data point (if
primary variable) or AO2FullScaleEnergyRate (if secondary variable). This is the energy rate that
corresponds to the selected maximum frequency and determines the frequency output pair’s
“energy K-Factor” value (readable via the FreqXEnergyKFactor data point). The minimum
frequency output (0 Hz) corresponds to zero energy rate.
When the analog output represents the energy rate selected via the AO1Content data point (if
primary variable) or AO2Content data point (if secondary variable), then the full-scale energy
rate is specified via the AO1FullScaleEnergyRate data point or AO2FullScaleEnergyRate data
point (if secondary variable). This is the energy rate that corresponds to the maximum output
(20 mA). The minimum output (4 mA) corresponds to zero energy rate. The analog output is
forced to 3.5 mA when the energy rate is invalid.
Table 5-3 Device variable 4 - energy rate
Device variable
Number:
4
Name
Classification:
79
Power
Unit Codes
Device variable 3 - average sound velocity
Energy Rate
(Table 11-2)
17
5. Device variables
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
5.6
3-9000-761 Rev 3
Device variable 5 - mass rate
The meter calculates the mass rate and mass totals (forward and reverse). These calculations
requires that the flow-condition pressure and temperature are available (either fixed or optional
analog inputs, the gas composition is available (either fixed or optionally read from a GC), and
the AGA8 calculations are performed (internally by the meter or externally with the results
written to the meter). The mass rate is calculated as shown in Equation C -8 (see Annex C).
The sign of the mass rate indicates the flow direction: a positive value indicates flow in the
forward direction, a negative value indicates flow in the reverse direction.
When the analog output represents the mass rate (selected via the AO1Content data point),
then the full-scale mass rate is specified via the AO1FullScaleMassRate data point or
AO2FullScaleMassRate data point (if secondary variable). This is the mass rate that corresponds
to the maximum output (20 mA). The minimum output (4 mA) corresponds to zero energy rate.
The analog output is forced to 3.5 mA when the energy rate is invalid.
Table 5-4 Device variable 5 - mass rate
Device variable
Number:
5
Name
Classification:
72
Mass Flow
Unit Codes
5.7
Mass Rate
(Table 11-3)
Device variable 6 - pressure
The Daniel Liquid Ultrasonic Flow Meter samples the input analog signal(s) and updates the
corresponding data point (LiveFlowPressure) once per second regardless of the input selection
(disabled, live, or fixed).
Every five seconds, the meter updates the “in-use” flow-condition pressure and temperature
values (FlowPressure and AbsFlowPressure) depending upon the input selection, validity of the
input data, and the selected data source upon alarm in Equation C -10 (see Annex C).
The flow-condition pressure is configurable (via the EnablePressureInput data point) to be:
•
disabled (0)
•
live (1) (4-20 mA input signal) or
•
fixed (2)
Table 5-5 Device variable 6 - pressure
Device variable
Number:
6
Name
Classification:
65
Pressure
Unit Codes
Pressure
(Table 11-6)
If an input is live, then the values corresponding to the minimum and maximum input (4 and
20 mA, respectively) are specified via data points MinInputPressure and MaxInputPressure.
To configure the live pressure, plus associated alarms, configure the data points in
Section 11.21.
18
Device variable 5 - mass rate
HART Field Device Specification 3410 Series Ultrasonic Meter
5. Device variables
3-9000-761 Rev 3
5.8
January 2014
Device variable 7 - temperature
The Daniel Liquid Ultrasonic Flow Meter samples the input analog signal(s) and updates the
corresponding data point (LiveFlowTemperature) once per second regardless of the input
selection (disabled, live, or fixed).
Every five seconds, the meter updates the “in-use” flow-condition pressure and temperature
values (FlowTemperature) depending upon the input selection, validity of the input data, and
the selected data source upon alarm according to Section 11.21.
The flow-condition temperature is configurable (via the EnableTemperatureInput data point) to
be:
•
disabled (0)
•
live (1) (4-20 mA input signal, requires a CPU Module)
•
fixed (2)
Table 5-6 Device variable 7 - temperature
Device variable
Number:
7
Name
Temperature
Classification:
64
Unit Codes
(Table 11-7)
If an input is live, then the values corresponding to the minimum and maximum input (4 and
20 mA, respectively) are specified via data points MinInputTemperature and MaxInputTemperature.
To configure the live temperature, plus associated alarms, configure the data points in
Section 11.21.
Device variable 7 - temperature
19
5. Device variables
January 2014
20
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
Device variable 7 - temperature
HART Field Device Specification 3410 Series Ultrasonic Meter
6. Dynamic variables
3-9000-761 Rev 3
6.
January 2014
Dynamic variables
This section documents the HART primary, secondary, tertiary, and quaternary variables.
6.1
Fixed dynamic variables
There are no fixed Dynamic Variables for this device.
6.2
Dynamic variables with configurable mapping
The Daniel 3410 Series Ultrasonic Flow Meter allows the following user-configurable dynamic
variables mapped to the device variables:
Table 6-1 Dynamic variables configurable mapping
Dynamic variable
Device variable number
Name
PV (Primary variable)
0-5
•
•
•
•
•
•
0 - Uncorrected flow rate
1 - Corrected Flow Rate
2 - Average Flow Velocity
3 - Average Sound Velocity
4 - Energy Flow Rate
5 - Mass Flow Rate
SV (Secondary variable)
0-5
•
0-5
TV (Third variable)
0-7
•
0-5, 6, 7: PV + Pressure, Temperature
QV (Fourth variable)
0-7
•
0-5, 6, 7: PV + Pressure, Temperature
The default primary Dynamic Variable is Uncorrected Flow Rate for all meters.
Fixed dynamic variables
21
6. Dynamic variables
January 2014
22
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
Dynamic variables with configurable mapping
HART Field Device Specification 3410 Series Ultrasonic Meter
7. Status information
3-9000-761 Rev 3
7.
7.1
January 2014
Status information
This section documents the HART primary, secondary, third, and fourth variables for the Daniel
Ultrasonic Gas Flow Meter.
The meter status information is derived from Boolean database points. For host display
purposes, the status information is divided into three categories:
•
Failed - indications that the meter is not working properly and has lost measurement
•
Maintenance - indications that the meter requires operator intervention
•
Advisory - indications that the meter has information but is still measuring flow and
does not require operator intervention
The meter uses the following mechanisms for communicating the status information to the
host system:
•
the Device Status Byte sent with every slave response,
•
the Read Additional Device Status Universal Command 48 (see Section 7.2)
•
the device-specific command for reading detailed status information Command 140
(see Section 10.1.13).
Device-Specific Command 141 (see Section 10.1.14) is used to acknowledge status Boolean
database points that require acknowledgement.
The database point mapping for the Device Status Byte is shown in Table 7-1. Command 48
database point mapping is shown in Table 7-2. Note that for Command 48, only the first 16
bytes (numbered 0 through 15) shall be sent by the HART Slave. Additional Device Status
information shall be communicated via Device-Specific Command 140 (illustrated in the
command definition in Section 10.1.13).
23
7. Status information
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
7.1
3-9000-761 Rev 3
Device status
Table 7-1 Device status byte database point mapping
Device
status bit
7 (msb)
6
5
Definition
Device Malfunction - The
device detected a serious error
or failure that compromises
device operation.
Explanation
This will be the logical OR’ing of the
related database points.
Configuration Changed - An
operation was performed that
changed the device's configuration.
Configuration Changed flag of corresponding master. If the request is
made by primary master then primary
master config changed flag will be
communicated else secondary master
config changed flag.
A separate Cold Start bit in the Device
Status byte must be provided for each
master (i.e. one for Primary master
and another for the Secondary
Master). Cold start status of corresponding master will be communicated.
This bit shall be set whenever a
Command 48 bit is active. Refer to
Table 7-2 for the Command 48 bit
map.
This bit shall be set whenever the
AO1current output is fixed (whether
via HART Command 40 or via enabling
the test mode). Thus, it shall be the
logical OR’ing of the related database
points.
Cold Start - A power failure or
Device Reset has occurred.
4
More Status Available - More
status information is available
via Command 48, Read Additional Status Information.
3
Loop Current Fixed - The Loop
Current is being held at a fixed
value and is not responding to
process variations.
2
Loop Current Saturated - The
loop Current has reached its
upper (or lower) endpoint limit
and cannot increase (or
decrease) any further.
24
Related database point(s)
•
•
•
•
•
•
•
•
IsAcqModuleError
IsCorePresent
WatchDogReset
IsElecVoltOutOfRange
IsAcqModuleIncompatible
HARTDidPrimaryConfigChange
Or
HARTDidSecondaryConfigChange
•
HARTDidPowerFailPrimary
Or
HARTDidPowerFailSecondary
•
N/A
•
•
IsAO1EnableTest
AO1IsFixed
•
AO1IsSaturated
Device status
HART Field Device Specification 3410 Series Ultrasonic Meter
7. Status information
3-9000-761 Rev 3
January 2014
Table 7-1 Device status byte database point mapping
Device
status bit
1
0 (lsb)
Device status
Definition
Non-Primary Variable Out of
Limits - A Device Variable not
mapped to the PV is beyond its
operating limits.
Primary Variable Out of Limits The Primary Variable is beyond
its operating limit.
Explanation
This bit shall be set whenever any
Device Variable not mapped to the PV
is out-of-limits. It shall be the logical
OR’ing of the related out-of-limits
database points. It shall use the
AO1Content database point to
determine which Device Variable is
mapped to the PV.
This bit shall be set whenever the
Device Variable mapped to the PV is
out-of-limits. It shall use the
AO1Content database point to
determine which Device Variable is
mapped to the PV. Note that some
Device Variables do not have limits
and thus do not have associated outof-limits database points.
Related database point(s)
•
•
•
•
IsMeterVelAboveMaxLmt
AvgSndVelOutOfLimits
FlowPressureIsOutOfLimits
FlowTemperatureIsOutOfLimits
•
AO1Content
25
7. Status information
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
7.2
Additional device status (Command 48)
Command 48 returns the first 16 data bytes (numbered 0 through 15) by the HART Slave.
Additional Device Status information is communicated via Device-Specific Command 140.
Request Data Bytes
Table 7-2 Additional device status (Command 48)
Byte
0
Format
Bits
Description
Failed Status Byte 0
Bit
7 (msb)
Description
Acquisition Mode Indicator
6
Meter cold-start indicator.
5
Acquisition Mode Latched indicator
4
Number of operating chords below
specified minimum
latched indicator
Number of operating chords below
specified minimum
Acquisition board communications
error latched indicator
3
2
Related database point(s)
•
•
•
•
IsAcqMode
•
IsTooFewOperChords
•
IsAcqModuleErrorLatched
DidColdStart
IsAcqModeLatched
IsTooFewOperChordsLatched
1
0 (lsb)
1
Bits
Maintenance Status Byte 0
Bit
7 (msb)
Description
Chord A is hard failed
6
Chord B is hard failed
5
Chord C is hard failed
4
Chord D is hard failed
3
Possible blockage of flow conditioner
2
Possible blockage of flow conditioner
latched indicator.
Related database point(s)
•
•
•
•
•
•
IsHardFailedA
IsHardFailedB
IsHardFailedC
IsHardFailedD
IsBlockageDetected
IsBlockageDetectedLatched
1
0 (lsb)
26
Additional device status (Command 48)
HART Field Device Specification 3410 Series Ultrasonic Meter
7. Status information
3-9000-761 Rev 3
January 2014
Table 7-2 Additional device status (Command 48)
Byte
2
Format
Bits
Description
Maintenance Status Byte 1
Bit
7 (msb)
Description
Flow-condition pressure invalid indicator
6
Flow-condition temperature invalid
indicator
GC Alarm - logical OR'ing of the related
database points
5
Related database point(s)
•
•
PressureInvalid
•
•
•
IsGCAlarmPresent
IsGCDataErr
IsGCCommErr
•
PressureInvalidLatched
4
3
2
Live digital pressure latched indicator
1
Live digital temperature latched indicator •
TemperatureInvalid
TemperatureInvalidLatched
0(lsb)
3
Bits
Maintenance Status Byte 2
Bit
7 (msb)
6
5
4
Description
Indicator that the meter should be warmstarted
Related database point(s)
•
Reserved
•
IsWarmStartReq
3
2
1
0 (lsb)
Additional device status (Command 48)
27
7. Status information
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Table 7-2 Additional device status (Command 48)
Byte
4
Format
Bits
Description
Advisory Status Byte 0
Bit
7 (msb)
Description
Invalid measurement indicator - logical
OR'ing of the related database points
Related database point(s)
6
DO1PairTestEnable
4
Enables test mode for Digital Output 1
pair
Enables test mode for Digital Output 2
pair
Power failure indicator
3
Latched alarm indicator
5
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
QFlowValidity (inverted)
QBaseValidity(inverted)
AGA8BaseCalcValidity (inverted)
AGA8FlowCalcValidity (inverted)
EnergyRateValidity (inverted)
MassRateValidity (inverted)
Freq1DataValidity (inverted)
Freq2DataValidity (inverted)
AO1DataValidity (inverted)
AO2DataValidity (inverted)
HARTTVValidity (inverted)
HARTQVValidity (inverted)
HARTSlot0Validity (inverted)
HARTSlot1Validity (inverted)
HARTSlot2Validity (inverted)
HARTSlot3Validity (inverted)
•
DO2PairTestEnable
•
•
DidPowerFail
IsMeterVelAboveMaxLmtLatched
2
1
28
Additional device status (Command 48)
HART Field Device Specification 3410 Series Ultrasonic Meter
7. Status information
3-9000-761 Rev 3
Byte
5
Format
Bits
January 2014
Description
Advisory Status Byte 1
Bit
7 (msb)
Description
One or more logs full indicator logical OR'ing of the related
database points
6
Frequency Output 1 pair test
enable
Frequency Output 2 pair test
enable
5
6
7
Enum-8
Enum-8
8
Bits
4
3
2
Forward baseline not set
1
Reverse baseline not set
Code
0x08
Description
Watchdog reset executed
0x10
Voltage condition out of range
Environmental Conditions Out of
Range
Remaining Bits shall be set to 0.
Bits
Bits
11
12
13
Bits
Bits
Bits
•
•
•
•
•
•
IsHourlyLogFull
IsDailyLogFull
IsAuditLogFull
IsAlarmLogFull
IsSystemLogFull
•
IsFreq2EnableTest
•
•
IsFwdBaselineNotSet
IsFreq1EnableTest
IsRevBaselineNotSet
Extended device status (See Table 17 of HCF-SPEC-183)
Device operating mode shall be set 0 since it is reserved by HCF (See Table 14 of HCF-SPEC183)
Standardized Status 0
0x20
9
10
Related database point(s)
Related database point(s)
•
•
•
WatchdogReset
IsElecVoltOutOfRange
IsElecTempOutOfRange
Standardized status 1 shall be set 0 since it is reserved by HCF (See Table 30 of HCF-SPEC-183)
Analog Output Saturated, Respectively LSB to MSB: AO2IsSaturated, (bit mapped). Only bit for
AO2 will be used.
Standardized status 2, shall be set to 0.
Standardized status 3, shall be set to 0.
Analog Output Fixed, Respectively LSB to MSB: AO2 (bit mapped) where each bit is the OR'ing
of the related database points of IsAO<n>EnableTest and AO<n>IsFixed. Only the bit for AO2 is
used.
Additional device status (Command 48)
29
7. Status information
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
Byte
14
3-9000-761 Rev 3
Format
Bits
Description
Advisory - Advanced Diagnostic Alarms
Bit
7 (msb)
Description
Liquids possibly present in gas
6
Abnormal flow profile detected
5
Possible bore buildup detected
4
Sound velocity comparison of
AGA10 to meter error.
Reverse flow detected
3
15
Bits
Related database point(s)
•
•
•
•
IsLiquidDetected
•
IsReverseFlowDetected
IsAbnormalProfileDetected
IsBoreBuildupDetected
IsSndVelCompErr
2
1
0 (lsb)
Advisory - Advanced Diagnostic Alarms Latched
Bit
7 (msb)
6
5
4
3
Description
Liquids possibly present in gas,
latched until acknowledged.
Abnormal profile detected,
latched until acknowledged
Possible bore buildup detected,
latched until acknowledged
Sound velocity comparison of
AGA10 to meter error, latched
until acknowledged
Reverse flow detected, latched
until acknowledged
Related Database Point(s)
•
IsLiquidDetectedLatched
•
IsAbnormalProfileDetectedLatched
•
IsBoreBuildupDetectedLatched
•
IsSndVelCompErrLatched
•
IsReverseFlowDetectedLatched
2
1
0 (lsb)
16-24
30
Bits, Unsigned-24
or Enum
Not used at this time and thus not sent.
Additional device status (Command 48)
HART Field Device Specification 3410 Series Ultrasonic Meter
8. Universal commands
3-9000-761 Rev 3
8.
8
January 2014
Universal commands
This section documents the HART Slave universal commands.
8.1
Slave universal commands
The HART Slave implements the HART universal commands available with the Daniel 3410
Series Ultrasonic Flow Meter as shown in the following table.
Table 8-1 Universal commands for slave implementation
Command
Function
Description
0
Read Unique Identifier
Returns identity information about the meter including: the Device Type,
revision levels, and Device ID.
1
Read Primary Variable
Returns the Primary Variable value along with its Unit Code.
2
Read Loop Current and Percent
Of Range
Reads the Loop Current and its associated Percent of Range.
3
Read Dynamic Variables and
Loop Current
Reads the Loop Current and up to four predefined Dynamic Variables. The
Dynamic Variables and associated units are defined via Commands 51
and 53.
6
Write Polling Address
Used to set the meter's polling address and loop current mode.
7
Read Loop Configuration
Read the polling address and the loop current mode.
8
Read Dynamic Variable Classifications
Reads the classification associated with the Dynamic variables.
9
Read Device Variables with
Status
This command allows a master to request the value and status of up to
eight device or dynamic variables.
11
Read Unique Identifier Associated With Tag
If the specified tag matches that of the meter, it responds with the
Command 0 response.
12
Read Message
Reads the Message contained within the meter.
13
Read Tag, Descriptor, Date
Reads the Tag, Descriptor, and Date contained within the meter.
14
Read Primary Variable Transducer Information
Reads the Transducer (meter) Serial Number, Limits/Minimum Span Units
Code, Upper Transducer Limit, Lower Transducer Limit, and Minimum
Span for the Primary Variable transducer.
15
Read Device Information
Reads the alarm selection code, transfer function code, range values units
code - upper range value, Primary Variable lower range value, damping
value, write protect code, and private label distributor code.
16
Read Final Assembly Number
Reads the Final Assembly Number associated with the meter.
17
Write Message
Write the Message into the meter.
18
Write Tag, Descriptor, Date
Write the Tag, Descriptor, and Date Code into the meter.
Slave universal commands
31
8. Universal commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Table 8-1 Universal commands for slave implementation
Command
Function
Description
19
Write Final Assembly Number
Write the Final Assembly Number into the meter.
20
Read Long Tag
Reads the 32-byte long tag.
21
Read Unique Identifier Associated with Long Tag
If the specified long tag matches that of the meter, it responds with the
command 0 response.
22
Write Long Tag
Writes the long tag into meter.
38
Reset Configuration Changed
Flag
If the received configuration changed counter matches with device configuration changed counter, then resets the configuration changed flag
(Device Status Byte bit 6) of the requesting master(i.e. Primary/Secondary).
48
Read Additional Device Status
Returns meter status information not included in the Response Code or
Device Status Byte.
32
Slave universal commands
HART Field Device Specification 3410 Series Ultrasonic Meter
9. Common-practice commands
3-9000-761 Rev 3
91
January 2014
9.
Common-practice commands
This section documents the HART additional device status optional Common-Practice
Commands. Note: Common Commands follow the convention of numbering the first analog
channel as zero which in this document is referred to as AO1.
9.1
Supported commands
The device features, functionality, and restrictions of Common-Practice Commands are listed in
the table below.
Table 9-1 Common-practice commands
Command
33
40
42
44
45
46
50
51
53
54
59
66
67
68
72
89
90
95
Function
Description
Read Device Variables
Enter/Exit Fixed Current Mode
Perform Device Reset
Allows a Master to request the value of up to four Device Variables.
Forces the Loop Current for Primary Variable to the requested value.
Forces the meter to perform a warm start (equivalent to cycling the power
off and then back on to the meter).
Write Primary Variable Units
Selects the units in which the Primary Variable and its range will be
returned.
Trim Loop Current Zero
Trims the zero or lower endpoint value of the Loop Current exactly to its
minimum. This trim is typically performed by adjusting the Loop Current
to 4.00 mA and sending the measured value to the meter.
Trim Loop Current Gain
Trims the gain or upper endpoint value of the Loop Current exactly to its
maximum. This trim is typically performed by adjusting the Loop Current
to 20.0 mA and sending the measured value to the meter.
Read Dynamic Variable Assign- Reads the Device Variables assigned to the Primary, Secondary, Tertiary,
ments
and Quaternary Variables.
Write Dynamic Variable Assign- Allows the user to assign Device Variables to the Primary, Secondary,
ments
Tertiary, and Quaternary Variables
Write Device Variable Units
Selects the units in which the selected Device Variable will be returned.
Read Device Variable Informa- Responds with the transducer serial number, the Limits, Damping Value
tion
(not applicable), and Minimum Span of the Device Variable along with the
corresponding engineering units.
Write Number Of Response
Sets the number of asynchronous preamble bytes to be sent by the meter
Preambles
before the start of a response message.
Enter/Exit Fixed Analog Output Similar to command 40 but allows selection of any analog port not just the
Mode
Primary Variable.
Trim Analog Output Zero
Analog Output current calibration zero (offset).
Trim Analog Output Gain
Analog Output current calibration gain.
Squawk
Causes the addressed device to visually indicate the reception of this
command.
Set Real-Time Clock
If the Time-set code is 0, responds with the internal time at which the
request was received. If the Time-set code is 1, sets Real-Time Clock of
meter to have value same as received value.
Read Real-Time Clock
Reads the Real-Time Clock including the current time as estimated by the
meter and the last time the clock was set.
Read Device Communication
Responds with counts of STX messages received, ACK messages sent and
Statistics
BACK messages sent.
Supported commands
33
9. Common-practice commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
9.2
3-9000-761 Rev 3
Burst mode
This device does not support Burst mode.
9.3
Catch device variable
This device does not support the Catch Device Variable.
34
Burst mode
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.
101
January 2014
Device-specific commands
This section documents the Device-Specific Commands implemented for the Daniel 3410 Series
Ultrasonic Flow Meter.
10.1
Public, device-specific commands
The Daniel 3410 Series Ultrasonic Flow Meter device-specific commands in each of the
following subsections as defined by:
•
command number and command name
•
functional description
•
command’s operation (i.e., read/write/command)
•
request data (Byte stream position, data format and descriptions)
•
response data (Byte stream position, data format and descriptions)
•
Command-specific response codes
Public, device-specific commands
35
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.1
Command 128 Write analog output configuration
This command is used to configure the meter's specified analog output. The meter provides two
analog outputs: Analog Output 1 (AO1) and Analog Output 2 (AO2). Analog Output 1 supports
both conventional 4-20 mA output and HART output, whereas Analog Output 2 supports only
conventional 4-20 mA output. This command is primarily provided to allow configuration of
Analog Output 2. It can be used to configure Analog Output 1 but the preferred method is to
configure the output via the supported HART Universal and Common commands.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Analog output selector
Used to select which analog output to be configured.
• 0 = Analog Output 1
• 1 = Analog Output 2
This is an informational index variable; when
written, it is not updated in the device.
1
Unsigned-8
Device variable assigned to the specified
analog output
•
Used to set AOXContent. When this assignment
is a configuration change, the remaining data
bytes are ignored. However, for the response,
the remaining data bytes should reflect the
data for the newly assigned device variable.
2
Enum-8
Upper and Lower Range Values Units
Code (Section 11)
•
Specifies the units for the requested Upper and
Lower Range Values. This units code is only
pertinent for interpreting this command’s data
values and for the units of the response’s data
values. It does not update any units-related
data points.
This is an informational variable; when written, it is
not updated in the device.
Used to set:
• AOXFullScaleVolFlowRate
• AOXMaxVel
• AOXFullScaleMassRate
• AOXFullScaleEnergyRate
3-6
Float
Upper Range Value
7-10
Float
Lower Range Value
•
Used to set AOXMinVel. Write shall be rejected
if any flow rate (volumetric, mass, or energy) is
selected as the device variable and the Lower
Range Value is non-zero.
11
Enum-8
Flow direction to be represented by
specified analog output
•
•
•
0=Reverse
1=Forward
2=Absolute
(indicates flow regardless of flow direction
12
Enum-8
Alarm Selection Code (Section 11)
•
•
•
•
•
•
0=High (20mA)
1=Low (4mA)
239=Hold Last Value
240=Very Low (3.5mA)
241=Very High (20.5mA)
251=None. Used to set
AOXActionUponInvalidContent (direct
mapping).
36
Command 128 Write analog output configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
Units code, flow direction or alarm code
selection invalid.
•
Lower Range Value was above the Upper
Transducer Limit or some other physical
device limitation is exceeded.
Error
3-4
5
6
7
8
9
Error
Error
Error
Error
Error
Undefined
Too Few Data Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Lower Range Value Too High
10
Error
Lower Range Value Too Low
•
Lower Range Value was below the Lower
Transducer Limit or some other physical
device limitation is exceeded.
11
Error
Upper Range Value Too High
•
Upper Range Value was above Upper Transducer Limit.
12
Error
Upper Range Value Too Low
•
Upper Range Value was below Lower Transducer Limit.
Undefined
15
Error
Invalid Analog Channel Code Number
•
•
16-27
28
Error
Undefined
Invalid Device Variable Index
•
13-14
29-31
32
33-127
Error
The analog channel does not exist in this
field device. (This shall be returned if the
analog output number is neither 0 nor 1.)
The requested Device Variable does not
exist in this field device or is not supported
by the requested command or operation.
(This shall be returned if an invalid Device
Variable selection is requested.)
Undefined
Busy
Undefined
Command 128 Write analog output configuration
37
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.2
Command 129 Read analog output configuration
This command is used to read the meter's specified analog output configuration. The meter
provides two analog outputs: Analog Output 1 (AO1) and Analog Output 2 (AO2). Analog
Output 2 supports only conventional 4 - 20 mA output whereas Analog Output 1 supports both
conventional 4 20 mA output and HART output.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Analog output selector
Used to select which analog output to be
configured.
• 0=Analog Output 1
• 1=Analog Output 2
Response data bytes
Same as Command 128 Write Analog Output Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-14
15
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Invalid Analog Channel Code Number
16-31
32
33-127
38
Error
Error
Error
Explanation
The analog channel does not exist in this field
device. (This shall be returned if the analog
output number is neither 0 nor 1.)
Undefined
Busy
Undefined
Command 129 Read analog output configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.3
January 2014
Command 130 Write Frequency/Digital Output configuration
This command is used to configure the meter's specified frequency output pair and its
associated digital output pair. The meter provides two frequency output pairs: Frequency
Output Pair 1 (Freq1A and Freq1B) and Frequency Output Pair 2 (Freq2A and Freq2B).
Associated with each frequency output pair is a digital output pair: Digital Output Pair 1 (DO1A
and DO1B) is associated with Frequency Output Pair 1, Digital Output Pair 2 (DO2A and DO2B)
is associated with Frequency Output Pair 2.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Frequency/Digital Output Pair selector
Used to select which Frequency/Digital Output pair
to be configured.
• 0= Pair 1
• 1=Pair 2
1
Unsigned-8
2
Enum-8
This is an informational index variable; when written,
it is not updated in the device.
Device variable assigned to the specified Used to set FreqXContent. When this assignment is a
Frequency Output Pair
configuration change, the remaining data bytes are
ignored. However, for the response, the remaining
data bytes should reflect the data for the newly
assigned device variable.
• 0=Uncorrected flow rate
• 1=Corrected flow rate
• 2=Average flow velocity
• 3=Average sound velocity
• 4= Energy rate
• 5=Mass rate
Upper and Lower Range Values Units
Specifies the units for the requested device variable
Code (see Section 11)
and Upper and Lower Range Values. This units code is
only pertinent for interpreting this command’s data
values and for the units of the response’s data values.
3-6
Float
Upper Range Value
7-10
Float
Lower Range Value
11-12
Enum-16
Maximum Frequency (Hertz)
Command 130 Write Frequency/Digital Output configuration
This is an informational variable; when written, it is
not updated in the device.
Used to set:
• FreqXFullScaleVolFlowRate
• FreqXMaxVel
• FreqXFullScaleMassRate
• FreqXFullScaleEnergyRate
This value corresponds to the maximum frequency
(set by FreqXMaxFrequency).
Used to set FreqXMinVel. Write shall be rejected if
any flow rate selected as the device variable and the
Lower Range Value is non-zero. This value corresponds to zero frequency.
Allowed values are 1000 and 5000 Hz. Used to set
FreqXMaxFrequency.
39
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Byte
Format
Description
13
Enum-8
Flow direction to be represented by
Frequency Output Pair
14
Enum-8
15
Enum-8
16
Unsigned-8
17
Enum-8
18
Enum-8
19
Enum-8
20
Enum-8
Explanation
Used to set FreqXDir.
0=Reverse
1=Forward
2=Absolute (indicates flow regardless of flow
direction)
• 3=Bidirectional
(Phase A indicates forward direction flow, Phase B
indicates reverse direction flow).
Frequency B Phase zero-on-error config- Used to set IsFreqXBZeroedOnErr.
uration
• 0=don’t zero on error
• 1=zero on error\
Frequency B Phase relative to Frequency Used to set FreqXBPhase.
A Phase configuration
• 0=Lag when forward flow, lead when reverse
flow
• 1=Lead when forward flow, lag when reverse
flow
This configuration is ignored when Bidirectional flow
direction is requested (see FreqXDir above).
Frequency feedback correction percent- Used to set FreqXFeedbackCorrectionPcnt.
age
• Values within (0, 100] percent.
Selected Digital Output A inverted
Used to set DOXAIsInvPolarity
polarity configuration
• 0=Normal polarity
• 1=Inverted polarity
Selected Digital Output A content
Used to set DOXAContent data point but it is NOT a
selector
direct mapping.
• 0=Corresponding Frequency Output Pair
Validity
• 1=Flow Direction
Selected Digital Output B inverted
Used to set DOXBIsInvPolarity
polarity configuration selector
• 0=Normal polarity
• 1=Inverted polarity
Selected Digital Output B content
Used to DOXBContent data point but it is NOT a
selector
direct mapping.
• 0=Corresponding Frequency Output Pair
Validity
• 1=Flow Direction
•
•
•
Response data bytes
Same as Request data bytes.
40
Command 130 Write Frequency/Digital Output configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
Requested maximum frequency, feedback percentage invalid Frequency Phase B, Digital Output
inverted polarity or Digital Output content
invalid.
Error
Undefined
Too Few Data Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Lower Range Value Too High
•
Lower Range Value was above the Upper Transducer Limit or some other physical device limitation is exceeded.
10
Error
Lower Range Value Too Low
•
Lower Range Value was below the Lower Transducer Limit or some other physical device limitation is exceeded.
11
Error
Upper Range Value Too High
•
Upper Range Value was above Upper Transducer
Limit.
12
Error
Upper Range Value Too Low
•
Upper Range Value was below Lower Transducer
Limit.
13-14
15
Error
Undefined
Invalid Frequency/Digital Output Pair
Number
•
The Frequency/Digital Output pair requested
does not exist in this field device. (This shall be
returned if the number is neither 0 nor 1.)
16-27
28
Error
•
The requested Device Variable does not exist in
this field device or is not supported by the
requested command or operation. (This shall be
returned if an invalid Device Variable selection is
requested.)
3-4
5
6
7
8
9
29-31
32
33-127
Error
Error
Error
Error
Error
Undefined
Invalid Device Variable Index
Undefined
Busy
Undefined
Command 130 Write Frequency/Digital Output configuration
41
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.4
Command 131 Read Frequency/Digital Output configuration
This command is used to read the meter's specified frequency output pair and its associated
digital output pair configuration. The meter provides two frequency output pairs: Frequency
Output Pair 1 (Freq1A and Freq1B) and Frequency Output Pair 2 (Freq2A and Freq2B).
Associated with each frequency output pair is a digital output pair: Digital Output Pair 1 (DO1A
and DO1B) is associated with Frequency Output Pair 1, Digital Output Pair 2 (DO2A and DO2B)
is associated with Frequency Output Pair 2. The parameters are returned using the units code
selection for the device variable represented by the specified frequency output pair.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Frequency/Digital Output Pair selector
Used to select which Frequency/Digital Output
pair to be configured.
• 0= Pair 1
• 1= Pair 2
Response data bytes
Same as Command 130 Write Frequency and Digital Output Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-14
15
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Invalid Frequency/Digital Output Pair
selector
16-31
32
33-127
42
Error
Error
Error
Explanation
•
The frequency/digital output pair does not
exist in this field device. (This shall be
returned if the number is not 0 or 1.)
Undefined
Busy
Undefined
Command 131 Read Frequency/Digital Output configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.5
January 2014
Command 132 Write flow pressure configuration
This command is used to configure the meter's flow-condition pressure. The input can be
disabled, a conventional 4-20 mA input or fixed at a specified value. For conventional 4-20 mA,
Analog Input 2 (AI2) is used for pressure.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Input Selector Code
Used to set EnablePressureInput.
• 0=None
• 1=Live 4-20 mA
• 2=Fixed (specified)
1
Enum-8
Units Code (see Section 11) •
Specifies the units for related values (such as alarm values,
range values, fixed (specified) value). This units code is only
pertinent for interpreting this command's data values and
for the units of the response's data values.
This is an informational variable; when written, it is not
updated in the device.
2-5
Float
Conventional Analog or
Fixed Upper Alarm Value
•
Used to set HighPressureAlarm. This value is only applicable
if the Input Selector Code is 1 (live conventional 4-20 mA
analog) or 2 (fixed/specified). It is ignored for all other Input
Selector Code values.
6-9
Float
Conventional Analog or
Fixed Lower Alarm Value
•
Used to set LowPressureAlarm. This value is only applicable if
the Input Selector Code is 1 (live conventional 4-20 mA
analog) or 2 (fixed/specified). It is ignored for all other Input
Selector Code values.
10-13
Float
Conventional Analog Upper •
Range Value
Used to set MaxInputPressure. This value is only applicable if
the Input Selector Code is 1 (live conventional 4-20 mA
analog). It is ignored for all other Input Selector Code values.
14-17
Float
Conventional Analog Lower •
Range Value
Used to set MinInputPressure. This value is only applicable if
the Input Selector Code is 1 (live conventional 4-20 mA
analog). It is ignored for all other Input Selector Code values.
18-21
Float
Fixed Value
•
Used to set SpecFlowPressure. This value is only applicable if
the Input Selector Code is 2 (fixed/specified). It is ignored for
all other Input Selector Code values.
22
Enum-8
Pressure and Temperature
Alarm Selection Code(see
Section 11)
•
23
Enum-8
Absolute pressure input
type indicator
24-27
Float
Atmospheric Pressure
Value
•
Required when the input pressure is gage. Used to set AtmosphericPress.
28
Enum-8
Enable pressure-effect
expansion correction
•
Writes EnableExpCorrPress
Command 132 Write flow pressure configuration
This selects the input action upon alarm and is applicable to
both pressure and temperature inputs. Used to set FlowPOrTSrcUponAlarm although it is not a direct mapping:
• 239 Hold Last Output Value
set
FlowPOrTSrcUponAlarm to 0;
• 242 Used Fixed Value
set
FlowPOrTSrcUponAlarm to 1 (Fixed value).
Used to set InputPressureUnit.
• 0=gage
• 1=absolute
43
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
•
Input selector code or alarm code
selection invalid.
3
Error
Passed Parameter Too High
•
Upper alarm value, lower alarm value,
fixed value, and/or atmospheric
pressure value too high.
4
Error
Passed Parameter Too Low
•
Upper alarm value, lower alarm value,
fixed value, and/or atmospheric
pressure value too low.
5
6
Error
Error
Too Few Data Bytes Received
Device-Specific Command Error
•
Either (a) Lower Alarm Value > Upper
Alarm Value or (b) Lower Range Value >
Upper Range Value.
Also indicates EnablePressureInput is
selected as None when HCH_Method is
Gross Method 1, Gross Method 2 or
Detailed Method.
Also indicates EnableExpCorrPress is set
as True when EnablePressureInput is
None.
•
•
7
8
9
Error
Error
In Write Protect Mode
Undefined
Lower Range Value Too High
•
Lower Range Value was above the Upper
Transducer Limit or some other physical
device limitation is exceeded.
10
Error
Lower Range Value Too Low
•
Lower Range Value was below the Lower
Transducer Limit or some other physical
device limitation is exceeded.
11
Error
Upper Range Value Too High
•
Upper Range Value was above Upper
Transducer Limit.
12
Error
Upper Range Value Too High
•
Upper Range Value was above Upper
Transducer Limit.
13-31
32
33-127
Error
Undefined
Busy
Undefined
44
Command 132 Write flow pressure configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
10.1.6
Command 133 Read flow pressure configuration
This command is used to read the meter's flow-condition pressure input configuration. The
parameters are returned using the Pressure device variable configured units code.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 132 Write Flow Pressure Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 133 Read flow pressure configuration
Explanation
45
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.7
Command 134 Write flow temperature configuration
This command is used to configure the meter's flow-condition temperature. The input can be
disabled, a conventional 4-20 mA input, a HART input, or fixed at a specified value. For
conventional 4-20 mA and HART inputs, Analog Input 1 (AI1) is used for temperature.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Input Selector Code
Used to set EnableTemperatureInput.
• 0=None
• 1=Live 4-20 mA
• 2=Fixed (specified)
1
Enum-8
Units Code (see Section 11)
•
•
•
3=Live HART1
Specifies the units for related values (such as
alarm values, range values, fixed (specified)
value). This units code is only pertinent for interpreting this command's data values and for the
units of the response's data values.
This is an informational variable; when written, it
is not updated in the device.
2-5
Float
Conventional Analog or Fixed Upper
Alarm Value
•
Used to set HighTemperatureAlarm. This value is
only applicable if the Input Selector Code is 1 (live
conventional 4-20 mA analog) or 2 (fixed/specified). It is ignored for all other Input Selector Code
values.
6-9
Float
Conventional Analog or Fixed Lower
Alarm Value
•
Used to set LowTemperatureAlarm. This value is
only applicable if the Input Selector Code is 1 (live
conventional 4-20 mA analog) or 2 (fixed/specified). It is ignored for all other Input Selector Code
values.
10-13
Float
Conventional Analog Upper Range
Value
•
Used to set MaxInputTemperature. This value is
only applicable if the Input Selector Code is 1 (live
conventional 4-20 mA analog). It is ignored for all
other Input Selector Code values.
14-17
Float
Conventional Analog Lower Range
Value
•
Used to set MinInputTemperature. This value is
only applicable if the Input Selector Code is 1 (live
conventional 4-20 mA analog). It is ignored for all
other Input Selector Code values.
18-21
Float
Fixed Value
•
Used to set SpecFlowTemperature. This value is
only applicable if the Input Selector Code is 2
(fixed/specified). It is ignored for all other Input
Selector Code values.
22
Enum-8
Pressure and Temperature Alarm
Selection Code (see Section 11)
•
This selects the input action upon alarm and is
applicable to both pressure and temperature
inputs. Used to set FlowPOrTSrcUponAlarm
although it is not a direct mapping:
239 Hold Last Output Value
set FlowPOrTSrcUponAlarm to 0.
242 Used Fixed Value
set
FlowPOrTSrcUponAlarm to 1 (Fixed value).
•
•
23
Enum-8
Enable temperature-effect expansion •
correction
Writes EnableExpCorrTemp
1. The Live HART input selector is not supported by v1.60 and later firmware.
46
Command 134 Write flow temperature configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
Error
Passed Parameter Too High
•
•
Input selector code or alarm code selection invalid.
3
4
Error
Passed Parameter Too Low
•
Upper alarm value, lower alarm value, or fixed
value too high.
5
6
Error
Error
Too Few Data Bytes Received
Device-Specific Command Error
7
8
9
Error
Error
In Write Protect Mode
Undefined
Lower Range Value Too High
•
Lower Range Value was above the Upper Transducer Limit or some other physical device limitation is exceeded.
10
Error
Lower Range Value Too Low
•
Lower Range Value was below the Lower Transducer Limit or some other physical device limitation is exceeded
11
Error
Upper Range Value Too High
•
Upper Range Value was above Upper Transducer
Limit.
12
Error
Upper Range Value Too Low
•
Upper Range Value was below the Lower Transducer Limit.
13-31
32
33-127
Error
Undefined
Busy
Undefined
Upper alarm value, lower alarm value, or fixed
value too high.
This is used1 to indicate an error when either:
• lower alarm value > upper alarm value
• lower range value > upper range value or
a requested value is outside its sanity limits.
• Also indicates EnableTemperatureInput is selected
as None when HCH_Method is Gross Method 1,
Gross Method 2 or Detailed Method.
• Also indicates EnableExpCorrTemp is set as True
when EnableTemperatureInput is None.
1. Also used for unsupported selector code, e.g. Live HART is not supported v1.60 and later firmware.
Command 134 Write flow temperature configuration
47
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.8
Command 135 Read flow temperature configuration
This command is used to read the meter's flow-condition temperature input configuration. The
parameters are returned using the Temperature Device Variable configured units code.
Request data bytes
Byte
Format
Description
Explanation
None
Response Data Bytes
Same as Command 134 Write Flow Pressure-Specific Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
10.1.9
Error
Error
Explanation
Command 136 Write device units
This command is used to write the device's units. Note that the meter shall utilize the Flow Rate
Time Units Code to derive all flow rate units. For example, the Volumetric Flow Rate Units Code
(used for the uncorrected volumetric flow rate device variable) shall be derived from the Volume
Units Code and the Flow Rate Time Units Code: if the Volume Units Code is cubic meters and the
Flow Rate Time Units Code is hourly, then the derived Volumetric Flow Rate Units Code shall be
cubic meters per hour. The supported HART Units Codes are listed in Section 11.
Request data bytes
Byte
Format
Description
0
1
2
Enum-8
Enum-8
Enum-8
Volume Units Code (see Table 11-1) (43= Cubic meters, 112= Cubic feet.)
Flow Rate Time Units Code (see Table 11-5) (51=Second, 52=Hour, 53=Day.)
Pressure Units Code (see Table 11-6) (6= Pounds per square inch, 11= Pascals, 12= Kilopascals, 237= Megapascals.)
3
Enum-8
4
5
6
7
8
9
10
Enum-8
Enum-8
Enum-8
Enum-8
Enum-8
Enum-8
Enum-8
11
Enum-8
12
Enum-8
Temperature Units Code (see Table 11-7) ) (32= Degrees Celsius, 33= Degrees Fahrenheit,
35= Kelvin.)
Velocity Units Code (see Table 11-8) (20= Feet per second, 21= Meters per second.)
Mass Units Code (see Table 11-3) (61= Kilograms, 63= Pounds.)
Energy Units Code (see Table 11-2) (164= Megajoules, 240= Million BTU.)
Length Units Code (Table 11-15) (45= Meters, 47= Inches.)
Micro Length Units Code (Table 11-15) (170 = Micrometer, 171 = Microinch.)
Viscosity Units Code (Table 11-17) (55= Centipoise, 170 =Pascal second.)
Young’s Modulus Units Code (Table 11-6) (12= Kilopascals, 237= Megapascals, 180 =1E6
Pounds per square inch.)
Volumetric Heating Value Units Code(Table 11-18) (170= Kilojoules per cubic decimeter,
171= British thermal unit per cubic feet.)
Density Units Code (Table 11-19) (92= Kilogram per cubic meter, 94= Pound per cubic
feet.)
48
Command 135 Read flow temperature configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-4
5
6
7
8-31
32
33-127
Error
Error
Error
Error
Error
Command 136 Write device units
One or more of the units code selection(s) is/
are invalid.
Undefined
Too Few Data Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
49
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.10
Command 137 Read device units
This command is used to read the device's units.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as for Command 136 Write Device Units.
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
10.1.11
Explanation
Command 138 Write device variable range
This command is used to write a specified device variable's upper and lower range values. This
command is used to scale graphs, charts, etc. for displaying device variable values on the host
system (AMS Device Manager).
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Device variable Selector
•
Specifies the device variable for which the range values
are to be set.
1
Enum-8
Units Code (see Section 11)
•
Specifies the units for the specified range values. This
units code is only pertinent for interpreting this
command's data values and for the units of the
response's data values.
This is an informational variable; when written, it is not
updated in the device
•
2-5
6-9
Float
Float
Upper Range Value
Lower Range Value
Response data bytes
Same as Request data bytes.
50
Command 137 Read device units
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
Units code selection invalid
•
Lower Range Value was above the Upper
Transducer Limit or some other physical device
limitation is exceeded.
Error
3-4
5
6-8
9
Error
Undefined
Too Few Data Bytes Received
Undefined
Lower Range Value Too High
10
Error
Lower Range Value Too Low
•
Lower Range Value was below the Lower
Transducer Limit or some other physical device
limitation is exceeded.
11
Error
Upper Range Value Too High
•
Upper Range Value was above Upper Transducer Limit.
12
Error
Upper Range Value Too Low
•
Upper Range Value was below the Lower Transducer Limit.
13-27
28
Error
Undefined
Invalid Device Variable Index
•
The requested Device Variable does not exist in
this field device or is not supported by the
requested command or operation. (This shall
be returned if an invalid Device Variable
selection is requested.)
29-31
32
33-127
Error
Error
Undefined
Busy
Undefined
Command 138 Write device variable range
51
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.12
Command 139 Read device variable range
This command is used to read a specified device variable's upper and lower range values. This
command is expected to be used to scale graphs, charts, etc. for displaying device variable
values on host system (AMS) screens.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Device variable Selector
•
Specifies the device variable for which the
range values are to be read.
Response data bytes
Same as for Command 138 Write device variable range.
Command-specific response codes
Code
Class
Description
Explanation
0
1-4
5
6-27
28
Success
No Command-Specific Errors
Undefined
Too Few Data Bytes Received
Undefined
Invalid device variable index
•
29-31
32
33-127
52
Error
Error
Error
The requested device variable does not exist
in this field device or is not supported by the
requested command or operation. (This shall
be returned if an invalid device variable
selection is requested.)
Undefined
Busy
Undefined
Command 139 Read device variable range
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.13
January 2014
Command 140 Read detailed status
This command is used to read detailed status information (i.e., status information that provides
detail beyond that of the response status byte and Common Command 48 (Read Additional
Device Status see Table 7-1). The purpose of having a separate device-specific command is to
limit what is seen and logged by the AMSTM Device Manager Alert Monitor.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
0
Bits
Failed Detail Status Byte 0
Bit
Description
Related database point(s)
7 (msb)
Indicates a diagnostic core file was generated.
Indicates communication error with Acquisition
module
Indicates electronics voltage out-of-range.
•
•
IsCorePresent
6
•
IsElecVoltOutOfRange
•
WatchDogReset
•
IsAcqModuleIncompatible
5
4
3
2
Indicates the watchdog performed a meter
warm-start.
Indicates unknown Acquisitionmodule revision firmware upgrade is required.
IsAcqModuleError
1
0 (lsb)
1
Bits
Maintenance Detail Status Byte 0
Bit
Description
Related database point(s)
7 (msb)
Indicates that a GC alarm condition is present.
•
IsGCAlarmPresent
6
5
Indicates invalid data read from the GC
Indicates a communication error with the GC.
•
•
IsGCDataErr
4
IsGCCommErr
3
2
1
0 (lsb)
Command 140 Read detailed status
53
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Byte
Format
Description
2
Bits
Advisory Detail Status Byte 0
Bit
Description
Related database point(s)
7 (msb)
Flow-condition volumetric flow rate validity
•
•
•
•
•
•
6
Base-condition volumetric flow rate validity
5
AGA8 base-condition calculation validity
4
AGA8 flow-condition calculation validity
3
Energy rate validity
2
Mass rate validity
QFlowValidity (inverted)
QBaseValidity (inverted)
AGA8BaseCalcValidity (inverted)
AGA8FlowCalcValidity (inverted)
EnergyRateValidity (inverted)
MassRateValidity (inverted)
1
0 (lsb)
3
Bits
Advisory Detail Status Byte 1
Bit
Description
Related database point(s)
•
•
•
•
•
•
•
IsAO2EnableTest
•
AO1IsFixed
7 (msb)
Analog Output 2 test enable
6
Analog Output 1 test enable
5
Frequency Output 2 data is invalid
4
Frequency Output 1 data is invalid
3
Analog output 2 validity
2
Analog output 1 validity
1
Analog Output 2 (HART SV) current is in test
mode and fixed.
Analog Output 1 (HART PV) current is in test
mode and fixed.
0 (lsb)
4
54
Bits
IsAO1EnableTest
Freq2DataValidity (inverted)
Freq1DataValidity (inverted)
AO2DataValidity (inverted)
AO1DataValidity (inverted)
AO2IsFixed
Advisory Detail Status Byte 2
Bit
Description
Related database point(s)
7 (msb)
Hourly log full indicator
IsHourlyLogFull
6
Daily log full indicator
5
Audit log full indicator
4
Alarm log full indicator
3
System log full indicator
•
•
•
•
•
2
1
HART third variable validity
HART fourth variable validity
•
•
HARTTVValidity
0 (lsb)
IsDailyLogFull
IsAuditLogFull
IsAlarmLogFull
IsSystemLogFull
HARTQVValidity
Command 140 Read detailed status
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Byte
Format
Description
5
Bits
Advisory Detail Status Byte 3
Bit
Description
7 (msb)
4
•
Average sound velocity out-of-limits
•
Flow-condition pressure out-of-limits indicator •
Flow-condition temperature out-of-limits
•
3
•
HARTSlot0Validity (inverted)
•
HARTSlot1Validity (inverted)
•
HARTSlot2Validity (inverted)
•
HARTSlot3Validity (inverted)
6
5
2
1
0 (lsb)
Related database point(s)
Flow data quality indicator
indicator
The HART Slot 0 value as defined by the HART
device variable selection
The HART Slot 1 value as defined by the HART
device variable selection
The HART Slot 2 value as defined by the HART
device variable selection
The HART Slot 3 value as defined by the HART
device variable selection
IsMeterVelAboveMaxLmt
AvgSndVelIsOutOfLimits
FlowPressureIsOutOfLimits
FlowTemperatureIsOutOfLimits
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
Command 140 Read detailed status
Explanation
55
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.14
Command 141 Acknowledge alarm
This command is used to acknowledge (clear/reset) an acknowledgeable alarm. The request
shall include an enumeration to specify which alarm to acknowledge where the enumeration
shall be as listed in the table below:
Enumeration
Alarm
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
IsCorePresent
WatchDogReset
DidColdStart
DidPowerFail
IsAnyKeyAboutToExpire (not used)
IsAnyKeyExpired (not used)
IsBoreBuildupDetectedLatched
IsBlockageDetectedLatched
IsAbnormalProfileDetectedLatched
IsLiquidDetectedLatched
IsReverseFlowDetectedLatched
IsSndVelCompErrLatched
IsAcqModuleErrorLatched
IsMeterVelAboveMaxLmtLatched
TemperatureInvalidLatched
PressureInvalidLatched
IsAcqModeLatched
IsTooFewOperChordsLatched
IsFwdBaselineNotSet
IsRevBaselineNotSet
The acknowledgeable alarm DidCnfgChksumChg can also be acknowledged via Common
Command 38. The DidPowerFail acknowledgeable alarm is automatically reset according to the
HART Device Status requirements. The meter shall also reset any DidColdStart alarm when the
DidPowerFail alarm is automatically reset. However, this “automatic reset” only applies to HART
(for the Field Device Status byte) and does not clear the database point(s). Acknowledging
DidColdStart or DidPowerFail via this command clears the specified database point.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Alarm identifier
Selects the alarm to be acknowledged.
Response data bytes
Same as Request data bytes.
56
Command 141 Acknowledge alarm
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-4
5
6
7-31
32
33-127
Error
Error
Error
Error
Command 141 Acknowledge alarm
The selected alarm to acknowledge
does not exist.
Undefined
Too Few Data Bytes Received
Device-specific command error
Undefined
Busy
Undefined
57
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.15
Command 142 Write digital input configuration
This command is used to configure the meter's specified digital input configuration. The meter
provides a single digital input that can be used to gate a calibration pass (such as for
synchronizing the meter's calibration with prover switches).
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
General purpose polarity
•
•
1
Enum-8
Calibration input polarity
•
•
2
Enum-8
Calibrating gating type
•
•
0=normal
1=inverted
Applicable when the digital input is used as a general purpose
input. Specifies the digital input polarity for interpreting the input
value. Used to set DI1IsInvPolarity.
0=active high
1=active low
Applicable when the digital input is used for calibration. Specifies
the digital input polarity for starting/stopping calibration. Used to
set IsDI1ForCalActiveLow.
0=edge gated
1=state gated
Applicable when the digital input is used for calibration. Specifies
the digital input polarity for starting/stopping calibration. Used to
set IsDI1ForCalStateGated.
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-4
5
6
7
8-31
32
33-127
58
Error
Error
Error
Error
Input usage selector, general purpose
polarity, calibration input polarity or
gating type selection invalid.
Undefined
Too Few Data Bytes Received
Undefined
In Write Protect Mode
Undefined
Busy
Undefined
Command 142 Write digital input configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.16
January 2014
Command 143 Read digital input configuration
This command is used to read the meter's specified digital input configuration. The meter
provides a single digital input that can be used to gate a calibration pass (such as for
synchronizing the meter's calibration with prover switches).
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as for Command 142 Write Digital Input Configuration.
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
10.1.17
Explanation
Command 146 Read Miscellaneous Non-Write Protected Parameters
This command is used to read miscellaneous non-write protected parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 224 Write Miscellaneous Non-Write Protected Parameters.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 143 Read digital input configuration
Explanation
59
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.18
Command 147 Read miscellaneous write protected parameters
This command is used to read miscellaneous write protected parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Byte
0
Unsigned-8
Polling Address
Reads HARTPollingAddress (the leastsignificant 4 bits of the short frame address)
1
Unsigned-8
Number of Slave response preamble bytes
Reads HARTNumPreambleBytesFromSlave
2
Unsigned-8
Number of Master command preamble bytes
Reads HARTMinNumPreambles
3
Unsigned-8
Non-normal operation timeout
Reads NonNormalModeTimeout used for
frequency testing in units of minute
4
Unsigned-8
Hour of day to log daily record in military time
Reads ContractHour
5
Enum-8
Modbus access units system
Reads UnitsSystem
6
Enum-8
Flow rate time unit for Modbus
communications
Reads VolFlowRateTimeUnit
7
Enum-8
U.S. Customary volume unit for Modbus
communications
Reads VolUnitUS
8
Enum-8
Metric volume unit for Modbus
communications
Reads VolUnitMetric
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
60
Error
Error
Explanation
Command 147 Read miscellaneous write protected parameters
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.19
January 2014
Command 148 Write blockage configuration
This command is used to write blockage alarm configuration values. Turbulence, symmetry, and
cross flow are in Percentages. All units are fixed.
Request data bytes
Byte
Format
Description
Explanation
•
•
•
•
•
•
•
0-3
Float
Blockage Turbulence A Limit
4-7
Float
Blockage Turbulence B Limit
8-11
Float
Blockage Turbulence C Limit
12-15
Float
Blockage Turbulence D Limit
16-19
Float
Blockage Cross-Flow Limit
20-23
Float
Blockage Symmetry Limit
24
Enum-8
Blockage Detection Enabled
Writes the datapoint BlockageTurbulenceLmtA
Writes the datapoint BlockageTurbulenceLmtB
Writes the datapoint BlockageTurbulenceLmtC
Writes the datapoint BlockageTurbulenceLmtD
Writes the datapoint BlockageCrossFlowLmt
Writes the datapoint BlockageSymmetryLmt
Writes the datapoint IsBlockageDetectionEnabled
– 0 = Disabled
– 1 = Enabled
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
•
Blockage Detection Enabled is not equal
to 0 or 1
3
Error
Passed Parameter Too High
Alarm limit too high
4
Error
Passed Parameter Too Low
•
•
5
6
7
8-31
32
33-127
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Error
Error
Command 148 Write blockage configuration
Alarm limit too low (or negative)
61
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.20
Command 149 Read blockage configuration
This command reads the configuration for the blockage alarm. Turbulence, symmetry, and cross
flow are in percentages. All units are fixed.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 148 Write Blockage Configuration.
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
10.1.21
Command 150 Write liquid detection configuration
Request data bytes
Byte
Format
Description
Explanation
0-3
Float
Liquid Detection Standard Deviation Profile •
Factor Limit
4-7
Float
Liquid Detection Standard Deviation Cross
Flow Limit
•
Writes the datapoint LiquidDetectionSDevCrossFlowLmt
8-11
Float
Liquid Detection Standard Deviation
Symmetry Limit
•
Writes the datapoint LiquidDetectionSDevSymmetryLmt
12
Enum-8
Enable Liquid Detection
•
Writes the datapoint IsLiquidDetectionEnabled.
Writes the datapoint LiquidDetectionSDevProfileFactorLmt
Note: Liquid Detection is only active if IsLiquidDetectionFeatureActive is TRUE(1) which depends
on this datapoint and the option keys being valid.
Allowed values are 0 or 1.
62
Command 149 Read blockage configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
3
4
5
6
7
8-31
32
33-127
Success
No Command-Specific Errors
Undefined
Invalid Selection
Passed Parameter Too High
Passed Parameter Too Low
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Error
Error
Error
Error
Error
Error
Error
10.1.22
Explanation
Enable Liquid Detection is not a 0 or 1
Alarm limit too high
Alarm limit too low (or negative)
Command 151 Read liquid detection configuration
This command reads the configuration for the liquid detection alarm.
Request data bytes
Byte
Format
Description
Explanation
None
Response data byte
Same as Command 150 Write liquid detection configuration.
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
Command 151 Read liquid detection configuration
Explanation
63
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.23
Command 152 Read continuous flow analysis active features
This command is to read the Continuous Flow Analysis Active Features. Indicates that a feature is
enabled and active.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related datapoints
0
Enum-8
•
IsBoreBuildupDetectionFeatureActive
1
Enum-8
•
IsBlockageDetectionFeatureActive
2
Enum-8
•
IsLiquidDetectionFeatureActive
3
Enum-8
•
IsAbnormalProfileDetectionFeatureActive
4
Enum-8
Reads the datapoint Bore Buildup
Detection Active
Reads the datapoint Blockage Detection
Active
Reads the datapoint Liquid Detection
Active
Reads the datapoint Abnormal Profile
Active
Reads the datapoint Sound Velocity Comparison Active
•
IsSndVelCompFeatureActive
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
64
Error
Explanation
Command 152 Read continuous flow analysis active features
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.24
January 2014
Command 153 Read running averages
This command reads the running average data. The running average reported is a snapshot
capture from the latest register point update in the HART slave. Units for turbulence, Cross Flow,
Symmetry, and Profile values are percentages. Swirl Angle is always in degrees. The unit codes
for other values in the message are only the units allowed for that type of variable. See Section 11
for the unit code tables used by the meter. *Note: Chords C and D are not available for 3412
Dual path meters and 3411 single path meters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related database points
0-3
Float
•
RunningAvgFlowTemperature
4-7
Float
•
RunningAvgFlowPressure
8-11
Float
•
RunningAvgTurbulenceA
12-15
Float
Reads the datapoint Running Average Flow Temperature. Used for forward and reverse baseline temperature.
Reads the datapoint Average Flow Pressure. Used for
forward and reverse baseline pressure.
Reads the datapoint Average Turbulence A. Used for
forward and reverse baseline turbulence.
Reads the datapoint Average Turbulence B. Used for
forward and reverse baseline turbulence.
•
RunningAvgTurbulenceB
16-19
Float
Reads the datapoint Average Turbulence C*. Used for
forward and reverse baseline turbulence.
•
RunningAvgTurbulenceC*
20-23
Float
•
RunningAvgTurbulenceD*
24-27
Float
•
RunningAvgAvgFlow
28-31
Float
•
RunningAvgCrossFlow
32-35
Float
•
RunningAvgProfileFactor
36-39
Float
•
RunningAvgSwirlAngle
40-43
Float
•
RunningAvgSymmetry
44-47
Float
•
RunningAvgSDevCrossFlow
48-51
Float
•
RunningAvgSDevProfileFactor
52-55
Float
•
RunningAvgSDevSymmetry
56
Enum-8
Reads the datapoint Average Turbulence D*. Used for
forward and reverse baseline turbulence.
Reads the datapoint Running Average Average Flow.
Used for forward and reverse baseline average flow.
Reads the datapoint Average Cross-Flow. Used for
forward and reverse baseline cross flow.
Reads the datapoint Average Profile Factor. Used for
forward and reverse baseline profile factors.
Reads the datapoint Average Swirl Angle. Used for
forward and reverse baseline swirl angle.
Reads the datapoint Average Symmetry. Used for
forward and reverse baseline symmetry.
Reads the datapoint Average Standard Deviation of
Cross Flow.
Reads the datapoint Average Standard Deviation of
Profile Factor.
Reads the datapoint Average Standard Deviation of
Symmetry.
Reads the datapoint Running average validity.
IsRunningAvgValid
57
Enum-8
Sets the forward or reverse flow direction.
•
•
58
Enum-8
Units Code for Temperature values (see Table 11-7)
Units for Average Flow Temperature
59
Enum-8
Units Code for Pressure values (see Table 11-6)
60
Enum-8
Units Code for flow velocity see Table 11-8
•
•
•
Command 153 Read running averages
FlowDirection
– 0= Reverse
– 1= Forward
Units for Average Flow Pressure
Units code for Average Flow
65
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
10.1.25
Command 154 Read baselines
This command reads the forward or reverse baseline values depending upon the parameter
passed in the command request. Percentages are the units for turbulence, profile factor,
symmetry, and cross flow. Swirl Angle is always in degrees. If IsAnyBaselineAvail is FALSE, then
this command responds with “command not implemented” error. *Note: Chords C and D are
not available for 3412 Dual path meters and 3411 single path meters.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Forward / Reverse Selection
•
•
0 = Reverse
1 = Forward
Response data bytes
Byte
Format
Description
Related database points
•
•
•
0 = Reverse
1 = Forward
Reads the datapoint Flow Pressure (direction
depends on request byte 0)
•
FwdBaselineFlowPressure or RevBaselineFlowPressure
Float
Reads the datapoint Turbulence A (direction
depends on request byte 0)
•
FwdBaselineTurbulenceA or RevBaselineTurbulenceA
13-16
Float
Reads the datapoint Turbulence B (direction
depends on request byte 0)
•
FwdBaselineTurbulenceB or RevBaselineTurbulenceB
17-20
Float
Reads the datapoint Turbulence C (direction
depends on request byte 0)
•
FwdBaselineTurbulenceC* or RevBaselineTurbulenceC
21-24
Float
Reads the datapoint Turbulence D (direction
depends on request byte 0)
•
FwdBaselineTurbulenceD* or RevBaselineTurbulenceD
25-28
Float
•
FwdBaselineAvgFlow or RevBaselineAvgFlow
29-32
Float
Reads the datapoint Average Flow (direction
depends on request byte 0)
Reads the datapoint Cross Flow (direction
depends on request byte 0)
•
FwdBaselineCrossFlow or RevBaselineCrossFlow
33-36
Float
Reads the datapoint forward or reverse Swirl
Angle (direction depends on request byte 0)
•
FwdBaselineSwirlAngle or RevBaselineSwirlAngle
37-40
Float
•
FwdBaselineSymmetry or RevBaselineSymmetry
41-44
Float
Reads the datapoint forward or reverse
Symmetry (direction depends on request byte
0)
Reads the datapoint forward or reverse Temperature (direction depends on request byte 0)
•
FwdBaselineFlowTemperature or
RevBaselineFlowTemperature
0
Enum-8
Forward/Reverse selection
1-4
Float
Reads the datapoint Profile Factor (direction
depends on request byte 0)
5-8
Float
9-12
66
FwdBaselineProfileFactor or RevBaselineProfileFactor
Command 154 Read baselines
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
Byte
Format
January 2014
Description
45
Unsigned-8
Reads the datapoint Baseline Not Set Boolean
46
Enum-8
47
Enum-8
48
Enum-8
Units Code for Flow Temperature
(see Table 11-7)
Units Code for Flow Pressure
(see Table 11-6)
Units Code for flow velocity
(see Table 11-8)
Related database points
•
•
IsFwdBaselineNotSet or IsRevBaselineNotSet
•
Units for Flow Pressure
•
Units for Average Flow.
Units for Flow Temperature
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-5
6
7-31
32
33-127
Error
Error
Error
Error
Command 154 Read baselines
Invalid value for Forward / Reverse Selection
Undefined
Device-Specific Command Error
Undefined
Undefined
67
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.26
Command 155 Write baselines
Writes forward or reverse baseline values depending upon the first byte in command. Note: The
date is set by meter if baseline set is successful and the baseline comment will be set to "Set by
HART". The IsFwdBaselineNotSet and IsRevBaselineNotSet Booleans will be cleared if the baseline set
was successful. This is to be done by writing the Booleans for individual points, with the logic
handling setting the global baseline not set Boolean. When the firmware is updated, and more
datapoints are added, the baseline(s) will be handled correctly. The units for turbulence, profile
factor, symmetry, and cross flow units are percentages. Swirl Angle is always in degrees.
Turbulences must be between 0 and 100%. Profile factor and average flow must be greater than
or equal to 0. If IsAnyBaselineAvail is FALSE, then this command responds with “command not
implemented” error. *Note: Chords C and D are not available for 3412 Dual path meters and
3411 single path meters.
Request data bytes
Byte
Format
Description
Explanation
0
Enum
Forward / Reverse Selection
•
•
0 = Reverse
1 = Forward
This is an informational index variable; when
written, it is not updated in the device.
Note: Contrary to device-specific commands
guideline 'Indices format should be Unsigned<#bits>', format Enum-8 is used for backward
compatibility
Writes the datapoint FwdBaselineProfileFactor
or RevBaselineProfileFactor (depends on
request byte 0)
Writes the datapoint FwdBaselineFlowPressure
or RevBaselineFlowPressure
•
FwdBaselineProfileFactor or
RevBaselineProfileFactor
•
FwdBaselineFlowPressure or
RevBaselineFlowPressure
Float
Writes the datapoint FwdBaselineTurbulenceA
or RevBaselineTurbulenceA
•
FwdBaselineTurbulenceA or
RevBaselineTurbulenceA
13-16
Float
Writes the datapoint FwdBaselineTurbulenceB
or RevBaselineTurbulenceB
•
FwdBaselineTurbulenceB or
RevBaselineTurbulenceB
17-20
Float
Writes the datapoint FwdBaselineTurbulenceC* •
or RevBaselineTurbulenceC
FwdBaselineTurbulenceC* or
RevBaselineTurbulenceC
21-24
Float
Writes the datapoint FwdBaselineTurbulenceD* or RevBaselineTurbulenceD
•
FwdBaselineTurbulenceD* or
RevBaselineTurbulenceD
25-28
Float
Writes the datapoint FwdBaselineAvgFlow or
RevBaselineAvgFlow
•
FwdBaselineAvgFlow or
RevBaselineAvgFlow
29-32
Float
Writes the datapoint FwdBaselineCrossFlow or
RevBaselineCrossFlow
•
FwdBaselineCrossFlow or
RevBaselineCrossFlow
33-36
Float
Writes the datapoint FwdBaselineSwirlAngle or
RevBaselineSwirlAngle
•
FwdBaselineSwirlAngle or
RevBaselineSwirlAngle
37-40
Float
Writes the datapoint FwdBaselineSymmetry or
RevBaselineSymmetry
•
FwdBaselineSymmetry or
RevBaselineSymmetry
1-4
Float
5-8
Float
9-12
68
Command 155 Write baselines
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Byte
Format
Description
Explanation
41-44
Float
Writes the datapoint FwdBaselineFlowTemperature or RevBaselineFlowTemperature
•
45
Enum-8
46
Enum-8
Units Code for Flow Temperature (see Table 11- •
7)
Units Code for Flow Pressure (see Table 11-6)
•
47
Enum-8
Units Code for flow velocity (see Table 11-8)
•
FwdBaselineFlowTemperature or RevBaselineFlowTemperature
Units for Flow Temperature
Units for Flow Pressure
Units for Average Flow
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
3
Error
Passed Parameter Too High
4
Error
5
6
7
8-17
18
Error
19-31
32
33-127
Error
Error
Error
Explanation
Invalid value for Forward / Reverse Selection
Passed Parameter Too Low
•
•
•
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Invalid Units Code
•
One or more of the units codes are invalid
A baseline value was too high
A baseline value was too low
Undefined
Busy
Undefined
Command 155 Write baselines
69
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.27
Command 156 Read keys
This command reads the optional feature keys. Note that the Ethernet and Log Access keys are
always enabled in firmware v1.70 and above.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 157 Write Keys.
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
10.1.28
Command 157 Write keys
This command writes the optional feature keys. The keys must be in HEX format with capital
letters for A-F. Packed ASCII is defined by the HART specifications. Note: Keys are not part of
write protected configuration.
Request data bytes
Byte
Format
Description
Explanation
0-11
Packed
ASCII
Packed
ASCII
Writes the AGA10Key. Must be HEX format (09,A-F) Writes the database point AGA10Key
Writes the GCKey must be HEX format (0-9,A-F)
Writes the database point GCKey.
•
AGA10Key
•
GCKey
Packed
ASCII
Writes the Continuous Flow Analysi Key. Must
be HEX format (0-9,A-F).
•
ContinuousFlowAnalysisKey
12-23
24-35
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1-4
5
6
7-11
12
Success
No Command-Specific Errors
Undefined
Too Few Bytes Received
Device-Specific Command Error
Undefined
Invalid Format
•
13-31
32
33-127
70
Error
Error
Error
Error
A key was either not in the correct format
(HEX only) or the key was invalid
Undefined
Busy
Undefined
Command 156 Read keys
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.29
January 2014
Command 158 Read key validities
This command reads the validity Booleans for keys.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related database points
0
Enum-8
AGA10 key validity
1
Enum-8
GC key validity
2
Enum-8
Continuous Flow Analysis key validity
•
•
•
IsOptoinalAGA10CalcEnabled
IsOptionalGCInterfaceEnabled
IsOptional ContinuousFlowAnalysisEnabled
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
10.1.30
Error
Command 159 Read meter chord data
This command will read meter flow related data (flow velocities, sound velocities and
turbulence). The units code values for velocity are specified in Section 11.8. Turbulence units are
always percentage. *Note: Chords C and D are not available for 3412 Dual path meters and 3411
single path meters.
Request data bytes
Byte
Format
Description
Explanation
None
Command 158 Read key validities
71
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Response data bytes
Byte
Format
Description
Related database points
0-3
Float
Flow Velocity Chord A
•
•
•
•
•
•
•
•
•
•
•
•
•
4-7
Float
Flow Velocity Chord B
8-11
Float
Flow Velocity Chord C*
12-15
Float
16-19
Float
Flow Velocity Chord D*
Sound Velocity Chord A
20-23
Float
Sound Velocity Chord B
24-27
Float
Sound Velocity Chord C*
28-31
Float
32-35
Float
Sound Velocity Chord D*
Turbulence Chord A
36-39
Float
Turbulence Chord B
40-43
Float
Turbulence Chord C*
44-47
Float
48
Enum-8
Turbulence Chord D*
Units Code for velocity
(see Table 11-8)
FlowVelA
FlowVelB
FlowVelC*
FlowVelD*
SndVelA
SndVelB
SndVelC*
SndVelD*
TurbulenceA
TurbulenceB
TurbulenceC*
TurbulenceD*
Units code that applies to all velocity values in
this message.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
10.1.31
Error
Error
Command 160 Read meter flow data
This command reads flow related data (symmetry, cross flow, flow direction, profile factor, and
swirl angle) along with SOS Comparison difference, AGA 10 calculated sound velocity and the
volume related to the reverse flow alarm. The units code for velocity and volume are defined in
Section 11.1 and Section 11.8. Symmetry, Cross-Flow, and Profile Factor are ratios and do not have
units. Swirl Angle is always in degrees. SOS Comparison difference unit is always in percentage.
These measurements are applicable for meters with four or more chords.
Request data bytes
Byte
Format
Description
Explanation
None
72
Command 160 Read meter flow data
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Response data bytes
Byte
Format
Description
Related database points
0-3
Float
Symmetry
4-7
Float
Cross-Flow
8-11
Float
Profile Factor
12-15
Float
Swirl Angle
16-19
Float
Average Flow Velocity
20-23
Float
Average Sound Velocity
24-27
Float
Reverse Flow Volume
28-31
Float
AGA10 Sound Velocity
32-35
Float
36
Enum-8
SOS Comparison Difference.
SOSComparePctDiff is the difference between
AGA10 Sound velocity and meter measured
sound velocity. Implied unit is percentage
Sets the flow direction
•
•
•
•
•
•
•
•
•
37
Enum-8
Units code for velocity
•
•
•
38
Enum-8
Units code for volume
•
Symmetry
CrossFlow
Profile Factor
SwirlAngle
AvgFlow
AvgSndVel
ReverseFlowVol
AGA10SndVel
SOSComparePctDiff
Flow Direction:
0= Reverse
1= Forward
Units code that applies to all velocity values in
this message (see Table 11-8).
Units code for volume values (see Table 11-1).
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 160 Read meter flow data
73
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.32
Command 161 Read path signal amplitude data
This command reads the path Signal Amplitude data. Voltage units codes in Table 11-12.
*Note: Chords C and D are not available for Model 3412 two-path or Model 3411single-path
ultrasonic meters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related database points
SignalAmplitudeA1
0-3
Float
Signal Amplitude A upstream
4-7
Float
Signal Amplitude A downstream
8-11
Float
Signal Amplitude B upstream
12-15
Float
Signal Amplitude B downstream
•
•
•
•
16-19
Float
Signal Amplitude C* upstream
•
SignalAmplitudeC1*
20-23
Float
Signal Amplitude C* downstream
•
SignalAmplitudeC2*
24-27
Float
Signal Amplitude D* upstream
•
SignalAmplitudeD1*
28-31
Float
Signal Amplitude D* downstream
SignalAmplitudeD2*
32
Enum-8
Units for amplitude points
•
•
SignalAmplitudeA2
SignalAmplitudeB1
SignalAmplitudeB2
A HART Units enum indicating the units for all
the amplitude values in this message. This
must be Millivolts units (see Table 11-12).
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
74
Error
Command 161 Read path signal amplitude data
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.33
January 2014
Command 162 Read noise amplitudes
This command reads the path noise amplitudes. Units codes for voltage are specified in
Table 11-12.
* Table Note: Chords C and D are not available for Model 3412 two-path or Model 3411singlepath ultrasonic meters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related database points
0-3
4-7
Float
Noise Amplitude A upstream
Noise Amplitude A downstream
8-11
Float
Noise Amplitude B upstream
12-15
Float
Noise Amplitude B downstream
•
•
•
•
NoiseAmplitudeA1
Float
16-19
Float
Noise Amplitude C* upstream
•
NoiseAmplitudeC1*
20-23
Float
Noise Amplitude C*downstream
•
NoiseAmplitudeC2*
24-27
Float
Noise Amplitude D* upstream
•
NoiseAmplitudeD1*
28-31
Float
Noise Amplitude D*downstream
NoiseAmplitudeD2*
32
Enum-8
Units for amplitudes.
•
•
NoiseAmplitudeA2
NoiseAmplitudeB1
NoiseAmplitudeB2
A HART Units enum value indicating the units
of all points read in this command. This must
be Millivolts units codes (see Table 11.12).
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
Command 162 Read noise amplitudes
75
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.34
Command 163 Read path SNR data
This command reads the SNR (signal-to-noise ratio) values for each path. SNR values are in
decibels. Unit codes for decibels are specified in Table 11-11. *Note: Chords C and D are not
available for Model 3412 two-path or Model 3411single-path ultrasonic meters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related database points
SNRA1
0-3
Float
Signal Noise Ratio A upstream
4-7
Float
Signal Noise Ratio A downstream
8-11
Float
Signal Noise Ratio B upstream
12-15
Float
Signal Noise Ratio B downstream
•
•
•
•
16-19
Float
Signal Noise Ratio C* upstream
•
SNRC1*
20-23
Float
Signal Noise Ratio C* downstream
•
SNRC2*
24-27
Float
Signal Noise Ratio D* upstream
•
SNRD1*
28-31
Float
Signal Noise Ratio D* downstream
Enum-8
Units decibel codes
•
•
SNRD2*
32
SNRA2
SNRB1
SNRB2
HART Unit code for SNR ratio. Must be
decibel units (see Table 11-11).
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
76
Error
Command 163 Read path SNR data
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.35
January 2014
Command 164 Read path percent good
This command reads the percentage of “good” batch firings for all paths for upstream and
downstream flow directions. Units are fixed to percentage. *Note: Chords C and D are not
available for Model 3412 two-path or Model 3411 single-path ultrasonic meters.
Request data bytes
Byte
Format
Description
Explanation
None
Response Data Bytes
Byte
Format
Description
Related database points
0-3
Float
Percent Good Path A upstream
PctGoodA1
4-7
Float
Percent Good Path A downstream
8-11
Float
Percent Good Path B upstream
12-15
Float
Percent Good Path B downstream
•
•
•
•
16-19
Float
Percent Good Path C* upstream
•
PctGoodC1*
20-23
Float
Percent Good Path C* downstream
•
PctGoodC2*
24-27
Float
Percent Good Path D* upstream
•
PctGoodD1*
28-31
Float
Percent Good Path D* downstream
•
PctGoodD2*
PctGoodA2
PctGoodB1
PctGoodB2
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
Command 164 Read path percent good
77
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.36
Command 165 Read path gains
This command reads all path gain values. The decibel units code is a device specific units code
see Table 11-11. Note: If the gains in the meter are currently in some other unit than decibels
(such as hardware or software gain), the HART slave must convert the values to decibels. *Note:
Chords C and D are not available for Model 3412 two-path or Model 3411single-path ultrasonic
meters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related Database Points
0-3
Float
•
GainA1
4-7
Float
•
GainA2
8-11
Float
•
GainB1
12-15
Float
Gain when transducer A1 (upstream) is
receiving a signal
Gain when transducer A2 (downstream stream)
is receiving a signal
Gain when transducer B1 (upstream) is
receiving a signal
Gain when transducer B2 (downstream stream)
is receiving a signal
•
GainB2
16-19
Float
Gain when transducer C1* (upstream) is
receiving a signal
•
GainC1*
20-23
Float
Gain when transducer C2* (downstream
stream) is receiving a signal
•
GainC2*
24-27
Float
Gain when transducer D1* (upstream) is
receiving a signal
•
GainD1*
28-31
Float
•
GainD2*
32
Enum-8
Gain when transducer D2* (downstream
stream) is receiving a signal
Units decibel codes
•
HART Units enum for all gain points read.
Must be dB units (see Table 11-11).
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
78
Error
Command 165 Read path gains
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.37
January 2014
Command 166 Read flow analysis configuration
This command reads flow analysis configuration data. See Table 11-8 for flow velocity units and
Table 11-1 for volume units.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related database points
0-3
Float
•
FlowAnalysisLowFlowLmt
4-7
Float
•
FlowAnalysisHighFlowLmt
8-11
Float
•
ReverseFlowVolLmt
12-15
Float
•
ReverseFlowDetectionZeroCut
16
Enum-8
Reads the database point Flow Analysis Low
Flow Limit
Reads the database point Flow Analysis High
Flow Limit
Reads the database point Reverse Flow Volume
Limit
Reads the database point Reverse Flow
Detection Zero Cut. This value is a flow velocity
and has the same units as the other flow
velocity values in this message.
Reads the Units code enum for flow velocity
•
Units code for all flow velocity values in this
message. See Table 11-8.
17
Enum-8
Reads the Units code for volume values
•
Units code for ReverseFlowVolLmt.
See Table 11-1
18
Enum-8
19
Enum-8
Enables reverse flow detection. Reads the
•
database point Reverse Flow Detection Enabled
Are Baselines Available. If this database point is •
FALSE, the baselines are not available to be set
in the meter (does not apply to this meter
type). The DD can use this variable to disable
the baseline menus.
IsReverseFlowDetectionEnabled
IsAnyBaselineAvail
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 166 Read flow analysis configuration
79
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.38
Command 167 Write flow analysis configuration
This command writes flow analysis related data. See Table 11-1 for flow volume units code and
Table 11-8 velocity units codes.
Request data bytes
Byte
Format
Description
0-3
Float
4-7
Float
8-11
Float
Writes the database point Flow Analysis Low
•
Flow Limit
Writes the database point Flow Analysis High
•
Flow Limit
Writes the database point Reverse Flow Volume •
Limit
12-15
Float
16
Enum-8
17
Enum-8
18
Enum-8
Explanation
FlowAnalysisLowFlowLmt
FlowAnalysisHighFlowLmt
ReverseFlowVolLmt
Writes the database point Reverse Flow
Detection Zero Cut
Units code for reverse flow velocity values. This
unit applies to all flow values including Reverse
Flow Limit. This must be a units code that is
valid for velocity. See Table 11-8.
•
ReverseFlowDetectionZeroCut
•
ReverseFlowVolLmt velocity units code
Units code for Reverse Flow volume values(see
Table 11-1)
Enable for reverse flow detection. Writes the
point Reverse Flow Detection Enabled
•
ReverseFlowVolLmt
•
IsReverseFlowDetectionEnabled.
This is an informational variable; when written, it is
not updated in the device.
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
3
Error
Passed Parameter Too High
4
Error
5
6
7
8-17
18
Error
Error
Error
19-31
32
33-127
80
Error
Error
Explanation
Boolean neither 0 or 1
Passed Parameter Too Low
•
•
•
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Invalid Units Code
•
The units code for velocity or volume is not
valid
Alarm limit too high
Alarm limit too low (or negative)
Undefined
Busy
Undefined
Command 167 Write flow analysis configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.39
January 2014
Command 168 Read general meter information
Reads the General meter information for use in the device information screen.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Related database point
0-1
Unsigned
Integer
Packed
ASCII
Reads the database point Device Number
•
2-7
8-19
Packed
ASCII
Reads a PACKED ASCII string, the major and the •
minor version number, followed by spaces
padded out to 8 characters. This string is not
stored in nvram but is created from the
CPUBdSwIntVer by the HART Slave. The string
will be in the format%d.%d (major.minor),
numbers only
Reads the database point MeterSerialNumber
•
converted to a PACKED ASCII 16 character
string. If serial number is shorter than 16 characters, the number will be padded with spaces,
if it is longer than 16 characters, the number
will be truncated to 16 characters.
DeviceNumber
FirmwareVersion
MeterSerialNumber
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
Command 168 Read general meter information
81
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.40
Command 169 Read flow totals
This command reads the flow totals. The flow totals will be sent as 4 byte integers rolling over at
999,999,999 so that same mechanism used in Modbus for flow totals can be used. See Table 111, Table 11-2, and Table 11-3 for volume, energy flow rate, and mass flow rate units code values.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
0-3
•
PosVolFlow
•
NegVolFlow
•
PosVolBase
•
NegVolBase
•
PosEnergy
•
NegEnergy
•
PosMass
•
NegMass
32
Unsigned-32 Reads the database point PosVolFlow with a
maximum limit of 999,999,999
Unsigned-32 Reads the database point NegVolFlow with a
maximum limit of 999,999,999.
Unsigned-32 Reads the database point PosVolBase with a
maximum limit of 999,999,999.
Unsigned-32 Reads the database point NegVolBase with a
maximum limit of 999,999,999
Unsigned-32 Reads the database point PosEnergy with a
maximum limit of 999,999,999
Unsigned-32 Reads the database point NegEnergy with a
maximum limit of 999,999,999
Unsigned-32 Reads the database point PosMass with a
maximum limit of 999,999,999
Unsigned-32 Reads the database point NegMass with a
maximum limit of 999,999,999
Enum-8
Units code for volume
•
Units code for all volume related values in this
message. This must be a valid units code for
volume values.See Table 11-1.
33
Enum-8
Units code for mass values
•
Units code for all mass related values in this
message. This must be a valid units code for
mass values. Table 11-3.
34
Enum-8
Units code for energy values
•
Units code for all energy values in this
message. This must be a valid units code for
energy values. Table 11-2.
4-7
8-11
12-15
16-19
20 - 23
24-27
28-31
Description
Related database points
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
82
Error
Error
Command 169 Read flow totals
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.41
January 2014
Command 170 Read flow analysis related configuration
This command reads alarm limits and Booleans related to some features enabled with the Flow
Analysis key. The alarm limits in this message are always in Percentages.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 171 Write flow analysis related configuration.
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
Error
Command 170 Read flow analysis related configuration
83
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.42
Command 171 Write flow analysis related configuration
This command writes alarm limits and Booleans related to some features activated with the
Flow Analysis key. The alarm limits for this message are always in Percentages.
Request data bytes
Byte
Format
Description
Explanation
0-3
Float
Sound Velocity Compare Error Limit
•
Alarm limit on the error between the optional
AGA10-calculated sound velocity and the
meter-calculated sound velocity.
4-7
Float
Abnormal Profile Detection Limit
•
Alarm limit when the flow profile of the meter
is abnormal and is configured as part of the
Continuous Flow Analysis Alerts setup.
8
Enum-8
Abnormal Profile Detection Enabled
•
The abnormal profile detection alarm is
enabled when the optional continuous flow
analysis key is enabled and the meter device
number is 3400 or 3422.
9
Enum-8
Sound Velocity Compare Enabled
•
Sound Velocity Comparison is enabled when
the optional continuous flow analysis key is
enabled and the GC HCH method (AGA-8)is
set to detailed method.
10
Enum-8
Bore Buildup Enabled
•
Bore Buildup detection is enabled when the
optional continuous flow analysis key is
enabled and there may be a possible buildup
of material in meter bore.
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
3
Error
Passed Parameter Too High
4
Error
Passed Parameter Too Low
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
84
Error
Explanation
•
•
•
Boolean neither 0 or 1
Alarm limit too high
Alarm limit too low (or negative)
Command 171 Write flow analysis related configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.43
January 2014
Command 172 Write Ethernet configuration
This command writes configuration parameters for the Ethernet port(s).
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Ethernet port selector
1-15
Latin-1
Ethernet port IP address
•
Writes Ethernet Port Number IP Address.
This must be in the format X.X.X.X where
each X is 0 to 255. Meter must validate that
this is a valid IP address. If it is shorter than 15
characters, it will be padded with zeros
(0x00).
16-30
Latin-1
Ethernet port subnet mask
•
Writes Ethernet Port Number Subnet Mask.
This must be in the format X.X.X.X where
each X is 0 to 255. Meter must validate that
this is a valid subnet mask. If it is shorter than
15 characters, it will be padded with zeros
(0x00).
31-45
Latin-1
Ethernet default gateway address
•
Writes Ethernet Port Number Default
Gateway Address. This must be in the format
X.X.X.X where each X is 0 to 255. Meter must
validate that this is a valid IP address. If it is
shorter than 15 characters, it will be padded
with zeros (0x00).
46-49
Unsigned-32
Alternate TCP port used for Modbus TCP
•
Writes Ethernet Port Number Alternate
Modbus Port.
50
Unsigned-8
Ethernet port Modbus ID
•
Writes Ethernet Port Number Modbus ID
Select which Ethernet Port Number to configure.
0=Eth1
This is an informational variable; when
written, it is not updated in the device.
•
Response data bytes
Same as Request data bytes.
Command 172 Write Ethernet configuration
85
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific errors
Undefined
Invalid selection
•
Indicates the Ethernet port selector
was invalid.
3
Error
Passed parameter too large
•
The value written for Ethernet Port
Number Alternate Modbus Port is above a
maximum limit.
4
Error
Passed parameter too small
•
The value written for Ethernet Port
Number Alternate Modbus Port is below a
minimum limit.
5
6
7-28
29
Error
Error
Error
Error
Too few bytes received
Device-Specific command error
Undefined
Invalid IP format
•
Either Ethernet port IP address, Ethernet port
subnet mask or Ethernet default gateway
address format is invalid or value written for
Ethernet Port Number Alternate Modbus Port
is reserved.
30-31
32
33-127
Error
Undefined
Busy
Undefined
86
Command 172 Write Ethernet configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.44
January 2014
Command 173 Read Ethernet Configuration
This command reads the configuration parameters for the Ethernet port(s).
Request data bytes
Byte
Format
Description
0
Unsigned-8
Ethernet port selector
Explanation
Selects which Ethernet port to read.
0=Eth1
•
Response data bytes
Same as Command 172 Write Ethernet configuration.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific errors
Undefined
Invalid selection
•
3-4
5
6
7-31
32
33-127
Error
Error
Error
Error
The Ethernet port selector requested does
not exist in this field device. (This shall be
returned if the index is not 0).
Undefined
Too few bytes received
Device-Specific command error
Undefined
Busy
Undefined
Command 173 Read Ethernet Configuration
87
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.45
Command 174 Write serial port configuration
This command writes configuration parameters for the Serial ports.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Serial port selector
1
Enum-8
Communication port availability
2
Enum-8
Communication port baud rate
3
4
Unsigned-8
Enum-8
Communication port Modbus ID
Hardware protocol on Communication port
5
Unsigned-8
Communication port response delay
Selects which serial port to read.
• 0=Port A
• 1=Port B
This is an informational Index variable; when
written, it is not updated in the device.
Is Port X Available
• 0=Not available
• 1=Available
This is an informational Index variable; when
written, it is not updated in the device.
Writes to Baud Port X
• 0=1200
• 1=2400
• 2=9600
• 3=19200
• 4=38400
• 5=57600
• 6=115200)
Constant units of bits per second.
Writes to Modbus ID Port X.
Writes Driver Selection Port X for Port A only. For
all other ports this must be written 0.
Writes CommRspDlyPort X.
Constant units of millisecond.
6
7-8
Unsigned-8
Unsigned-16
Communication port timeout value
Communication port handshaking RTS off
delay time.
9-10
Unsigned-16
Communication port handshaking RTS on
delay time
11
Unsigned-8
Inactivity timeout for PPP connections
Writes CommTCPTimeoutPort X. Constant units
of second.
12
Enum-8
Enable communication port hardware flow
control
Writes IsHWFlowControlEnabledPort X for Port A
only. For all other ports this must be written 0.
13-14
Unsigned-16
Maximum Datagram Size
Writes CommTCPMaxDatagramSizePort X
Writes RTSOffDelayPort X for Port A only. For all
other ports this must be written 0. Constant units
of millisecond.
Writes RTSOnDelayPort X for Port A. For all other
ports this must be written 0. Constant units of
millisecond.
Response data bytes
Same as request data bytes.
88
Command 174 Write serial port configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Command-specific response codes
Code
0
Class
Description
Success
No Command-Specific Errors
1
Explanation
Undefined
2
Error
Invalid Selection
The serial port requested does not exist in this
field device. Also indicates BaudPort X or
IsHWFlowControlEnabledPort X is invalid.
3
Error
Passed Parameter too Large
Indicates ModbusIDPort X, DriverSelectionPort
X, CommRspDlyPort<PortNumber>,
RTSOffDelayPort X,
RTSOnDelayPort X,
CommTCPTimeoutPort X or
CommTCPMaxDatagramSizePort X is above a
maximum limit.
4
Error
Passed Parameter too Small
Indicates ModbusIDPort X,
DriverSelectionPort X,
CommRspDlyPort X, RTSOffDelayPort X,
RTSOnDelayPort X, CommTCPTimeoutPort X or
CommTCPMaxDatagramSizePort X is below a
minimum limit.
5
Error
Too Few Bytes Received
6
Error
Device-Specific Command Error
7-31
32
33-127
Undefined
Error
Busy
Undefined
Command 174 Write serial port configuration
89
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.46
Command 175 Read serial port configuration
This command reads configuration parameters for the Serial ports.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Serial port selector
0=Port A, 1=Port B.
Used to select which serial port to read.
Response data bytes
Same as Command 174 Write serial port configuration.
Command-specific response codes
Code
0
Class
Description
Success
No Command-Specific Errors
Error
Invalid Selection
1
2
Undefined
3-4
Error
Too Few Bytes Received
6
Error
Device-Specific Command Error
7-31
32
90
The serial port requested does not exist in this
field device.
Undefined
5
33-127
Explanation
Undefined
Error
Busy
Undefined
Command 175 Read serial port configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.47
January 2014
Command 176 Write transducer chord configuration
This command writes configuration parameters for each transducer chord.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Transducer chord selector
Used to select which transducer chord to configure.
• 0=Chord A
• 1=Chord B
• 2=Chord C
• 3=Chord D.
1
2-5
6-9
10-13
Enum-8
Float
Float
Float
Chord inactive control
Chord “X” dimension
Chord “L” dimension
Chord average delay time
14-17
Float
Chord delta delay time
18
Enum-8
Unit code for all lengths (Table 11-15)
This is an information index variable; when
written, it is not updated in the device.
Writes to ChordInactv<Chord>
Writes to X<Chord>
Write to L<Chord>
Writes AvgDly<Chord>. Constant units of microsecond.
Writes DltDly<Chord>.Constant units of microsecond.
Unit code of length. This must be a valid units
code for length values (HARTLengthUnit).
This is an information index variable, it is not
updated in the device.
Response data bytes
Same as request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
3
Error
Passed Parameter too Large
4
Error
Passed Parameter too Small
5
6
7
8-17
19-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Undefined
Busy
Undefined
Error
Command 176 Write transducer chord configuration
Explanation
Indicates transducer chord selector or ChordInactv<Chord> is invalid. (This shall be returned if
the selector is not 0, 1, 2 or 3; or if ChordInactv<Chord> is not 0 or 1.)
Indicates X<Chord>, L<Chord>, AvgDly<Chord> or
DltDly<Chord> is above a maximum limit.
Indicates X<Chord>, L<Chord>, AvgDly<Chord> or
DltDly<Chord> is below a minimum limit.
91
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.48
Command 177 Read transducer chord configuration
This command reads configuration parameters for each transducer chord.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Transducer chord selector
Used to select which transducer chord to read.
• 0=Chord A
• 1=Chord B
• 2=Chord C
• 3=Chord D
Response data bytes
Same as Command 176 Write transducer chord configuration.
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
3-4
5
6
7-31
32
33-127
92
Error
Error
Error
Error
Explanation
The transducer chord selector requested does not
exist in this field device. (This shall be returned if
the selector is not 0, 1, 2 or 3.)
Undefined
Too Few Bytes Received
Device-Specific Command Error
Undefined
Busy
Undefined
Command 177 Read transducer chord configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.49
January 2014
Command 178 Write polynomial calibration configuration
This command writes calibration configuration parameters for a particular direction.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Direction selector
1-4
Float
Factory calibration A0 coefficient
5-8
9-12
Float
Float
Factory calibration A1 coefficient
Factory calibration A2 coefficient
13-16
Float
Factory calibration A3 coefficient
17-20
Float
Factory calibration C0 coefficient
21-24
25-28
Float
Float
Factory calibration C1 coefficient
Factory calibration C2 coefficient
29-32
Float
Factory calibration C3 coefficient
Used to select which direction to configure.
• 0=Reverse <Rev>
• 1=Forward <Fwd>.
This is an informational index variable; when
written, it is not updated in the device.
Writes to <Dir>A0. Constant units of meters per
second.
Writes to <Dir>A1
Writes to <Dir>A2. Constant units of seconds per
meter.
Writes to <Dir>A3. Constant units of seconds
squared per meter squared.
Writes to <Dir>C0. Constant units of meters per
second.
Writes to <Dir>C1
Writes to <Dir>C2. Constant units of seconds per
meter.
Writes to <Dir>C3. Constant units of seconds
squared per meter squared.
Response data bytes
Same as request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
3
Success
Error
Error
No Command-Specific Errors
Undefined
Invalid Selection
Passed Parameter too Large
4
Error
Passed Parameter too Small
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Error
Command 178 Write polynomial calibration configuration
Explanation
Indicates the direction selector is invalid.
Indicates <Dir>A0, <Dir>A1, <Dir>A2, <Dir>A3,
<Dir>C0, <Dir>C1, <Dir>C2 or <Dir>C3 is above a
maximum limit.
Indicates <Dir>A0, <Dir>A1, <Dir>A2, <Dir>A3,
<Dir>C0, <Dir>C1, <Dir>C2 or <Dir>C3 is below a
minimum limit.
93
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.50
Command 179 Read polynomial calibration configuration
This command reads calibration configuration parameters for a particular direction.
Request data bytes
Byte
Format
Description
0
Unsigned-8
Direction selector
Explanation
Used to select which direction to read.
0=Reverse <Rev>
1=Forward <Fwd>
•
•
Response data bytes
Same as command 178 Write polynomial calibration coefficients.
Command-specific response codes
Code
Class
Description
0
1
2
3-4
5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Invalid Selection
Undefined
Too Few Bytes Received
Device-Specific Command Error
Undefined
Busy
Undefined
94
Error
Error
Error
Error
Explanation
Indicates the direction selector is invalid.
Command 179 Read polynomial calibration configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.51
January 2014
Command 182 Write archive log configuration
This command writes configuration parameters for the archive logs.
Request data bytes
Byte
Format
Description
Explanation
0-1
Unsigned-16
Writes AlarmTurnOffHysterisisCount
2-3
Unsigned-16
Alarm log hysteresis filter number of occurrences
Alarm log hysteresis filter time span
4
Enum-8
5
Enum-8
6
Enum-8
7
Enum-8
8
Enum-8
Writes AlarmTurnOffHysterisisTimeSpan.
Constant units of second.
Old unread alarm log records can be overwrit- Writes DoOverwriteUnreadAlarmLog
ten
Old unread audit log records can be overwrit- Writes DoOverwriteUnreadAuditLog
ten
Old unread hourly log records can be overWrites DoOverwriteUnreadHourlyLog
written
Old unread daily log records can be overwrit- Writes DoOverwriteUnreadDailyLog
ten
Writes DoOverwriteUnreadSystemLog
Old unread system log records can be overwritten
Response data bytes
Same as request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
3
Error
Passed Parameter too Large
4
Error
Passed Parameter too Small
5
6
7-31
32
33-127
Error
Error
Too Few Bytes Received
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Command 182 Write archive log configuration
Explanation
Indicates DoOverwriteUnreadAlarmLog, DoOverwriteUnreadAuditLog, DoOverwriteUnreadHourlyLog, DoOverwriteUnreadDailyLog or
DoOverwriteUnreadSystemLog is invalid.
Indicates AlarmTurnOffHysterisisCount or AlarmTurnOffHysterisisTimeSpan is above a maximum
limit.
Indicates AlarmTurnOffHysterisisCount or AlarmTurnOffHysterisisTimeSpan is below a minimum
limit.
95
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.52
Command 183 Read Archive Log configuration
This command reads configuration parameters for the archive logs.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 182 Write Archive Log Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
96
Error
Error
Explanation
Command 183 Read Archive Log configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.53
January 2014
Command 184 Write acquisition configuration
This command writes configuration parameters that control how the meter acquires data.
*Note: Chords C and D are unavailable for Model 3412 and Model 3411 meters.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Writes VelHold
1
Unsigned-8
2-3
Enum-16
4-7
Float
Number of batches to hold velocity constant
when re-acquiring.
Maximum number of consecutive batches
without new data
Specified batch update period (may be overridden if stacking is selected)
Desired transducer firing (emission) rate
8-11
Float
12
Enum-8
13
Unsigned-8
14-15
Unsigned-16
16
Enum-8
17
Enum-8
18
Enum-8
19-20
Unsigned-16
21-22
23
Unsigned-16
Unsigned-8
24
Unsigned-8
25
Enum-8
26
Enum-8
Desired stacking transducer firing (emission)
rate
Transducer firing sequence selector
Minimum number of operating chords for
valid measurement
Number of consecutive batches that a chord
must fail before declared "hard failed"
Meter installed backwards control
Writes MaxNoDataBatches
Writes SpecBatchUpdtPeriod. Constant Units of
millisecond.
Writes EmRateDesired. Constant units of millisecond.
Writes StackEmRateDesired. Constant units of
millisecond.
Writes FireSeq
• 0=B1,B2,C1,C2,A1,A2,D1,D2*
• 1=A1,A2,B1,B2,C1,C2,D1,D2*
• 2=A1,B1,C1,D1,A2,B2,C2,D2*
Writes MinChord
Writes AlarmDef
Writes FlowDir
0=Meter in normal direction
1=Meter in reverse direction
Enables dithering (progressive jitter after each Writes DitherEnable
transducer firing)
• 0=Disable
• 1=Enable)
Customer-calibration method selector
Writes CalMethod
• 0=None
• 1=Polynomial
• 2=Piece-wise linear
Writes PropUpdtBatches
Number of consecutive batches without
chord failures required for updating chord
proportions.
Chord proportions update factor
Writes NumVals
Minimum percentage of good measurements Writes MinPctGood. Constant units of percent.
for working chord
Number of sequences between gain/hold
Writes BatchSize
time/tracking updates
Co-located meter mode
Writes ColocMeterMode
• 0=Disable
• 1=Primary
• 2=Secondary
Applicable for Four Chord meters, for others will
always be Disable (0).
Transducer firing synchronization
Writes XdcrFiringSync
• 0=Disable
• 1=Enable
Applicable only if ColocMeterMode is not disabled
(0), else will always be Disable (0).
Command 184 Write acquisition configuration
•
•
97
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Response data bytes
Same as Request Data Bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
Error
•
•
Indicates SpecBatchUpdtPeriod, FlowDir,
CalMethod or XdcrFiringSync is invalid.
Also indicates ColocMeterMode or
XdcrFiringSync cannot be written because of
inter-dependency.
Also indicates SpecBatchUpdtPeriod cannot
be written because of dependency with
StackSize or Filter.
3
Error
Passed Parameter too Large
•
Indicates VelHold, SpecBatchUpdtPeriod,
MaxNoDataBatches, EmRateDesired, StackEmRateDesired, FireSeq, MinChord,
AlarmDef, CalMethod, DitherEnable, PropUpdtBatches, NumVals, MinPctGood, BatchSize
or ColocMeterMode is above a maximum
limit.
4
Error
Passed Parameter too Small
•
Indicates VelHold, SpecBatchUpdtPeriod,
MaxNoDataBatches, EmRateDesired, StackEmRateDesired, FireSeq, MinChord,
AlarmDef, CalMethod, DitherEnable, PropUpdtBatches, NumVals, MinPctGood, BatchSize
or ColocMeterMode is below a minimum
limit.
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
98
Error
Command 184 Write acquisition configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.54
January 2014
Command 185 Read acquisition configuration
This command reads configuration parameters that control how the meter acquires data.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 184 Write Acquisition Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 185 Read acquisition configuration
Explanation
99
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.55
Command 186 Write meter limits
This command writes meter flow and SOS limit parameters.
Request data bytes
Byte
Format
Description
Explanation
0-3
Float
Writes CRange. Constant units of percent.
4-7
Float
8-11
12-15
16-19
20-23
24-27
28-31
32-35
36
Float
Float
Float
Float
Float
Float
Float
Unsigned-8
37
Enum-8
Maximum percentage chord sound speed
deviation
Velocity threshold below which the flow
velocity is considered zero
Maximum meter velocity
Minimum sound speed
Maximum sound speed
Sound velocity lo-alarm limit
Sound velocity hi-alarm limit
Minimum flow velocity for CRange test
Maximum flow velocity for CRange test
Minimum velocity for updating chord proportions
Unit code of velocity
Writes ZeroCut
Writes MeterMaxVel
Writes SSMin
Writes SSMax
Writes AvgSoundVelLoLmt
Writes AvgSoundVelHiLmt
Writes SndSpdChkMinVel
Writes SndSpdChkMaxVel
Writes LowFlowLmt
Unit code of velocity (Table 11-8).
This is an informational variable; when written, it
is not updated in the device.
Response data bytes
Same as Request data bytes.
100
Command 186 Write meter limits
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
Error
•
•
Indicates ZeroCut is above FlowAnalysisLowFlowLmt.
Also indicates SSMin is above SSMax.
Also indicates SndSpdChkMinVel is above
SndSpdChkMaxVel.
3
Error
Passed Parameter too Large
•
Indicates CRange, ZeroCut, MeterMaxVel,
SSMin, SSMax, AvgSoundVelLoLmt, AvgSoundVelHiLmt, SndSpdChkMinVel, SndSpdChkMaxVel or LowFlowLmt is above a
maximum limit.
4
Error
Passed Parameter too Small
•
Indicates CRange, ZeroCut, MeterMaxVel,
SSMin, SSMax, AvgSoundVelLoLmt, AvgSoundVelHiLmt, SndSpdChkMinVel, SndSpdChkMaxVel or LowFlowLmt is below a
minimum limit.
5
6
7
8-17
18
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Invalid Units Code
•
Indicates that an invalid units code was
written
19-31
32
33-127
Error
Error
Undefined
Busy
Undefined
Command 186 Write meter limits
101
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.56
Command 187 Read meter limits
This command reads meter flow and SOS limit parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 186 Write meter limits.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
102
Error
Error
Explanation
Command 187 Read meter limits
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.57
January 2014
Command 188 Write meter body configuration
This command writes meter body configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
0-3
4-7
8-11
Float
Float
Float
Writes PipeDiam
Writes PipeOutsideDiameter
Writes YoungsModulus
12-15
Float
16-19
20-23
24-27
28-31
32
Float
Float
Float
Float
Enum-8
Pipe inside diameter
Pipe outside diameter
Young’s Modulus value (tensile stress to
tensile strain ratio)
Poisson's Ratio value (absolute ratio of lateral
strain to axial strain)
Linear expansion coefficient
Reference temperature for linear expansion
Pressure-effect expansion coefficient
Pipe wall roughness
Unit code of length for Pipe Diameter, PipeOutside Diameter
33
34
35
36
37
38
39
40
Enum-8
Enum-8
Enum-8
Enum-8
Enum-8
Enum-8
Enum-8
Enum-8
Variable classification code for Wall
Roughness
Unit code of length for Wall Roughness
Variable classification code for Young’s
Modulus
Unit code of Pressure for Young’s Modulus
Variable classification code for Linear
Expansion Coefficient
Unit code of thermal expansion for Linear
Expansion Coefficient
Unit code of temperature for Reference
Temperature Linear Expansion Coefficient
Unit code of pressure for Reference Pressure
Expansion Coefficient
Command 188 Write meter body configuration
Writes PoissonsRatio
Writes LinearExpansionCoef
Writes RefTempLinearExpCoef
Writes RefPressExpCoef
Writes WallRoughness
Unit code of length (Table 11-15).
This is an informational variable; when written, it
is not updated in the device.
Must be 69.
This is an informational variable; when written, it
is not updated in the device.
Unit code of length (Table 11-15).
This is an informational variable; when written, it
is not updated in the device.
Must be 65.
This is an informational variable; when written, it
is not updated in the device.
This must be a valid units code for pressure values
(Table 11-6).
This is an informational variable; when written, it
is not updated in the device.
Must be 107.
This is an informational variable; when written, it
is not updated in the device.
Unit code of thermal expansion (Table 11-16).
Note: Unit code 170 (Inverse degrees Celsius) is
used when HARTTemperatureUnit is either
Degrees Celsius or Kelvin.
This is an informational variable; when written, it
is not updated in the device.
Unit code of temperature (Table 11-7).
This is an informational variable; when written, it
is not updated in the device.
Unit code of pressure (Table 11-6).
This is an informational variable; when written, it
is not updated in the device.
103
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Response data bytes
Same as request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
3
Error
Passed Parameter too Large
4
Error
Passed Parameter too Small
5
6
7
8-17
18
19-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Invalid Units Code
Undefined
Busy
Undefined
104
Error
Error
Explanation
Indicates PipeDiam is above PipeOutsideDiameter.
Indicates PipeDiam, PipeOutsideDiameter,
YoungsModulus, PoissonsRatio, LinearExpansionCoef, RefTempLinearExpCoef, RefPressExpCoef, or
WallRoughness is above a maximum limit.
Indicates PipeDiam, PipeOutsideDiameter,
YoungsModulus, PoissonsRatio, LinearExpansionCoef, RefTempLinearExpCoef, RefPressExpCoef or
WallRoughness is below a minimum limit.
Indicates that an invalid units code was written
Command 188 Write meter body configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.58
January 2014
Command 189 Read meter body configuration
This command reads meter body configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 188 Write meter body configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 189 Read meter body configuration
Explanation
105
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.59
Command 190 Write signal parameters
This command writes parameters used to configure transducer firing and sampling and
detection limits.
Request data bytes
Byte
Format
Description
Explanation
0
1
2
3-6
7
8-11
12
13-16
Unsigned-8
Unsigned-8
Unsigned-8
Unsigned-32
Unsigned-8
Float
Unsigned-8
Float
17
18-21
Enum-8
Float
First peak amplitude threshold
Parameter used to locate the signal start
Minimum signal-to-noise threshold
Maximum noise energy threshold
Minimum acceptable signal quality
Transducer frequency
Number of cycles for transducer
Sampling (rate) interval. Changing this value
requires re-booting the meter.
Samples per cycle
Minimum sampling hold time
22-25
Float
Maximum sampling hold time
26-29
30-33
34-37
38-41
Float
Float
Float
Float
42-45
46-49
Float
Float
Measurement Quality check deviation factor
Minimum negative pulse width
Minimum positive pulse width
Transit time standard deviation threshold for
measurement quality check
Maximum selected peak pulse width
Delta time check parameter
Writes Pk1Thrsh
Writes Pk1Pct. Constant unit of (%).
Writes SNRatio
Writes MaxNoise
Writes MinSigQlty
Writes XdcrFreq. Constant units of kHz.
Writes XdcrNumDriveCycles
Writes SampInterval. Constant units of nanosecond.
Writes SampPerCycle
Writes MinHoldTime. Constant units of microsecond.
Writes MaxHoldTm. Constant units of microsecond.
Writes TmDevFctr1
Writes NegSpan. Constant units of microsecond.
Writes PosSpan. Constant units of microsecond.
Writes TmDevLow1. Constant units of
microsecond.
Writes Pk1Wdth. Constant units of microsecond.
Writes DltChk. Constant units of microsecond.
Response data bytes
Same as request data bytes.
106
Command 190 Write signal parameters
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
Error
•
Indicates Pk1Pct, XdcrFreq, SampInterval,
SampPerCycle is invalid.
Also indicates MinHoldTime is above MaxHoldTm.
3
Error
Passed Parameter too Large
•
Indicates Pk1Thrsh, Pk1Pct, SNRatio,
MaxNoise, MinSigQlty, XdcrFreq, XdcrNumDriveCycles, SampInterval, MinHoldTime,
MaxHoldTm, TmDevFctr1, NegSpan,
PosSpan, TmDevLow1, Pk1Wdth, SampPerCycle or DltChk is above a maximum limit.
4
Error
Passed Parameter too Small
•
Indicates Pk1Thrsh, Pk1Pct, SNRatio,
MaxNoise, MinSigQlty, XdcrFreq, XdcrNumDriveCycles, SampInterval, MinHoldTime,
MaxHoldTm, TmDevFctr1, NegSpan,
PosSpan, TmDevLow1, Pk1Wdth, SampPerCycle or DltChk is below a minimum limit.
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Error
Command 190 Write signal parameters
107
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.60
Command 191Read signal parameters
This command reads parameters for transducer firing and sampling and detection limits.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 190 Write Signal Parameters.
Command-specific response codes
Code
Class
Description
0
1-31
32
33-127
Success
No Command-Specific Errors
Undefined
Busy
Undefined
108
Error
Explanation
Command 191Read signal parameters
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.61
January 2014
Command 192 Write target parameters
This command writes target parameters used for signal detection.
Request data bytes
Byte
Format
Description
0
1
2
3
Unsigned-8
Unsigned-8
Unsigned-8
Unsigned-8
Default tracking target Pf distance
Tracking target Pf distance low limit
Tracking target Pf distance high limit
Tracking target Pf sensitivity
4
5
6
7
Signed-8
Signed-8
Signed-8
Unsigned-8
8-9
Unsigned-16
10
11
Signed-8
Unsigned-8
12
Unsigned-8
13
Unsigned-8
14-17
18-21
22-25
Float
Float
Float
26
Unsigned-8
Explanation
Writes Tspf. Constant units of sample intervals.
Writes TspfLo. Constant units of sample intervals.
Writes TspfHi. Constant units of sample intervals.
Writes TspfSen. Constant units of sample intervals.
Default tracking target Pe distance
Writes Tspe. Constant units of sample intervals.
Tracking target Pe distance low limit
Writes TspeLo. Constant units of sample intervals.
Tracking target Pe distance high limit
Writes TspeHi. Constant units of sample intervals.
Tracking target Pe sensitivity
Writes TspeSen. Constant units of sample intervals.
Tracking target abs (Pe-Pf) limit
Writes TspeLmt. Constant units of sample intervals.
Default tracking target normalized amplitude Writes Tamp. Constant units of percent.
Tracking target normalized amplitude low
Writes TampLo. Constant units of percent.
limit
Tracking target normalized amplitude high
Writes TampHi. Constant units of percent .
limit
Tracking target normalized amplitude sensiWrites TampSen. Constant units of percent.
tivity
Tracking target Pf weighting factor
Writes TspfWt
Tracking target Pe weighting factor
Writes TspeWt
Tracking target normalized amplitude
Writes TampWt
weighting factor
Track parameter auto reset threshold:
Writes TspfMatch. Constant unit of percent.
0=always reset, 100=disable auto reset
Response data bytes
Same as request data bytes.
Command 192 Write target parameters
109
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
Error
•
•
Indicates TspfLo is above TspfHi or Tspf is
below TspfLo or Tspf is above TspfHi.
Indicates TspeLo is above TspeHi or Tspe is
below TspeLo or Tspe is above TspeHi.
Indicates TampLo is above TampHi or Tamp is
below TampLo or Tamp is above TampHi.
3
Error
Passed Parameter too Large
•
Indicates Tspf, TspfLo, TspfHi, TspfSen, Tspe,
TspeLo, TspeHi, TspeSen, TspeLmt, Tamp,
TampLo, TampHi, TampSen, TspfWt, TspeWt,
TampWt or TspfMatch is above a maximum
limit.
4
Error
Passed Parameter too Small
•
Indicates Tspf, TspfLo, TspfHi, TspfSen, Tspe,
TspeLo, TspeHi, TspeSen, TspeLmt, Tamp,
TampLo, TampHi, TampSen, TspfWt, TspeWt,
TampWt or TspfMatch is below a minimum
limit.
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
110
Error
Command 192 Write target parameters
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.62
January 2014
Command 193 Read target parameters
This command read target parameters used for signal detection.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 192 Write Target Parameters.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 193 Read target parameters
Explanation
111
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.63
Command 194 Reset chord proportions to defaults
This command executes operation to reset chord proportions to default values (writes to data
point ResetProp internally).
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
None
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
112
Error
Error
Explanation
Command 194 Reset chord proportions to defaults
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.64
January 2014
Command 195 Enter/exit fixed frequency output mode
This command puts the selected frequency output in or out of test mode.
Note: The effect of this Command command is not retained through a device reset or removal
of power from the field device.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Frequency output selector
•
•
1
2
Enum-8
Unsigned-8
Enables/Disables test mode.
Percentage of scale to output on frequency
output. (Valid range from 0 to 150).
0=Pair 1
1=Pair 2.
This is an informational index variable; when
written, it is not updated in the device.
Writes IsFreq<FrequencyNumber>EnableTest
Writes Freq<FrequencyNumber>TestModeOutputPercent. Constant unit of percent.
Response data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Percentage of scale to output on frequency
output. (Valid range from 0 to 150).
Freq<FrequencyNumber>TestModeOutputPercent. Constant unit of percent. This is an integer
value in the database.
Command-specific response codes
Code
Class
Description
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
3
Error
Passed Parameter too Large
4
Error
Passed Parameter too Small
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Error
Command 195 Enter/exit fixed frequency output mode
Explanation
Indicates frequency output selector is invalid.
Also indicates IsFreq<FrequencyNumber>EnableTest is invalid.
Indicates Freq<FrequencyNumber>TestModeOutputPercent is above a maximum limit.
Indicates Freq<FrequencyNumber>TestModeOutputPercent is below a minimum limit.
113
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HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.65
Command 196 Enter/exit fixed digital output mode
This command puts the selected digital output in or out of test mode.
Note: The effect of this Command command is not retained through a device reset or removal
of power from the field device.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Digital output selector
0=Pair 1, 1=Pair 2.
Enables/Disables test mode
Digital output phase A test mode value
Digital output phase B test mode value
This is an INFO INDEX variable; when written, it is
not updated in the device.
Writes DO<DigitalNumber>PairTestEnable
Writes DO<DigitalNumber>ATestVal.
Writes DO<DigitalNumber>BTestVal.
1
2
3
Enum-8
Enum-8
Enum-8
Response data bytes
Byte
Format
Description
None
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
3-4
5
6
7
8-31
32
33-127
114
Error
Error
Error
Error
Error
Explanation
Indicates digital output selector is invalid.
Also indicates:
• DO< DigitalNumber >PairTestEnable
• DO<DigitalNumber>ATestVal or
• DO<DigitalNumber>BTestVal is invalid
Undefined
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Command 196 Enter/exit fixed digital output mode
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.66
January 2014
Command 197 Set transducer type
This command sets the transducer type and returns the values of the affected configuration
parameters.
Request data bytes
Byte
Format
Description
Explanation
1
Unsigned-8
Sets up tracking parameters to default values
for a particular model of transducer
•
Writes SetXdcrType.
Response data bytes
Byte
Format
Description
Explanation
0-3
Float
Transducer frequency
4
Unsigned-8
Number of cycles for transducer
5-8
Float
9
Enum-8
Sampling (rate) interval. Changing this value
requires re-booting the meter.
Samples per cycle
•
•
•
10
Unsigned-8
Default tracking target Pf distance
11
Unsigned-8
12
Unsigned-8
13
Signed-8
14
Signed-8
15-18
Float
19-22
Float
23-26
Float
27-30
Float
measurement quality check
Maximum peak pulse width
31-34
Float
Delta time check parameter
•
•
Tracking target Pf distance low limit
•
Tracking target Pf distance high limit
•
Default tracking target Pe distance
•
Default tracking target normalized amplitude •
Minimum negative pulse width
•
Minimum positive pulse width
•
Transit time standard deviation threshold for •
•
•
XdcrFreq. Constant units of sample kHz.
XdcrNumDriveCycles
SampInterval. Constant units of nanosecond.
SampPerCycle
Tspf. Constant units of sample intervals.
TspfLo. Constant units of sample intervals.
TspfHi. Constant units of sample intervals.
Tspe. Constant units of sample intervals.
Tamp. Constant units of percent.
NegSpan. Constant units of microsecond.
PosSpan. Constant units of microsecond.
TmDevLow1. Constant units of microsecond.
Pk1Wdth. Constant units of microsecond.
DltChk. Constant units of microsecond.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-4
5
6
7
8-31
32
33-127
Error
Error
Error
Error
Error
Indicates SetXdcrType is invalid
Undefined
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Command 197 Set transducer type
115
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.67
Command 198 Write Frequency/Digital Output sources
This command writes the sources for Command 198 Write Frequency/Digital Output sources.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Frequency/Digital Output 1 availability
•
1
Enum-8
Source assigned to Frequency/Digital Output 1
2
Enum-8
Frequency/Digital Output 1 Mode
3
Enum-8
Frequency/Digital Output 2 availability
4
Enum-8
5
Enum-8
6
Enum-8
7
Enum-8
8
Enum-8
116
Indicates the presence of the first Frequency
Output /Digital Output 1 port. This is an
informational variable; when written, it is not
updated in the device
Writes Frequency/Digital Output 1Source
• 0 = Frequency Output 1A
• 1 = Frequency Output 1B
• 4 = Digital Output 1A
• 5 = Digital Output 1B
Frequency/Digital Output 1Mode
• 0 = TTL
• 1 = open collector
•
Indicates the presence of the second
Frequency Output /Digital Output port (Frequency/Digital Output 2).
This is an informational variable; when written, it
is not updated in the device.
Source assigned to Frequency/Digital Output 2 Writes Frequency/Digital Output 2Source
• 0 = FrequeNcy Output 1A
• 1 = FrequencY Output 1B
• 2 = FrequencY Output 2A
• 3 = Frequency Output 2B
• 4 = DigiTal Output 1A
• 5 = DigiTal Output 1B
• 6 = DigitaL Output 2A
• 6 = DigitaL Output 2A
• 7 = Digital Output 2B
Frequency/Digital Output 2 Mode
Frequency/Digital Output 1Mode
• 0 = TTL
• 1 = open collector
Frequency/Digital Output 3 availability
• Indicates the presence of the third Frequency
Output / Digital Output port (Frequency/
Digital Output 3).This is an informational
variable; when written, it is not updated in
the device
Source assigned to Frequency/Digital Output 3 Writes Frequency/Digital Output 3Source
• 0 = FrequeNcy Output 1A
• 1 = FrequenCy Output 1B
• 2 = FrequenCy Output 2A
• 3 = FrequenCy Output 2B
• 4 = DigItal Output 1A
• 5 = DigitAl Output 1B
• 6 = DigitAl Output 2A
• 7 = DigiTal Output 2B
Frequency/Digital Output 3 Mode
Frequency/Digital Output 1Mode
• 0 = TTL
• 1 = open collector
Command 198 Write Frequency/Digital Output sources
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
3-4
5
6
7
8-31
32
33-127
Error
Indicates
FODO1Source, FODO1Mode, FODO2Source,
FODO2Mode, FODO3Source or FODO3Mode is
invalid.
Undefined
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Error
Error
Error
Error
10.1.68
Explanation
Command 199 Read Frequency/Digital Output sources
This command reads the Frequency/Digital Output source settings.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 198 Write Frequency/Digital Output Sources
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 199 Read Frequency/Digital Output sources
Explanation
117
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.69
Command 200 Write miscellaneous write protected parameters
This command is used to write miscellaneous write protected parameters.
Request data bytes
Byte
Format
Description
Explanation
0
1
Unsigned-8
Unsigned-8
Number of Master command preamble bytes
Non-normal operation timeout
2
3
Unsigned-8
Enum-8
4
Enum-8
Writes HARTMinNumPreambles
Writes NonNormalModeTimeout. Constant units
of minute.
Hour of day to log daily record in military time Writes ContractHour
Modbus access units system
Writes UnitsSystem
• 0=U.S. Customary
• 1=Metric
Flow rate time unit for Modbus communicaWrites VolFlowRateTimeUnit
tions
• 0=Second
• 1=Hour
• 2=Day
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1-2
3
Success
Error
No Command-Specific Errors
Undefined
Passed Parameter too Large
•
Indicates HARTMinNumPreambles, NonNormalModeTimeout, UnitsSystem or VolFlowRateTimeUnit is above a maximum limit.
4
Error
Passed Parameter too Small
•
Indicates HARTMinNumPreambles, NonNormalModeTimeout, UnitsSystem or VolFlowRateTimeUnit is below a minimum limit.
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
118
Error
Command 200 Write miscellaneous write protected parameters
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.70
January 2014
Command 201 Write analog input calibration
This command writes configuration parameters analog input calibration.
Request data bytes
Byte
Format
Description
0
Unsigned-8
Analog input selector
Explanation
Used to select which analog input to configure.
0= Temperature
1=Pressure
•
•
This is an informational index variable; when
written, it is not updated in the device.
1-4
Float
Live flow condition calibration offset value
•
5-8
Float
Live flow condition calibration gain value
•
9
Enum-8
Unit code for live flow condition calibration
offset value
Writes to LiveFlow<PressureTemperature>Offset.
Writes to LiveFlow<Pressure/Temperature>Gain.
Unit code for only the live flow condition calibration offset value. This must be a valid units code
for Pressure (HARTPressureUnit) (when Analog
input selector is 1 i.e., Pressure) or a valid units
code for Temperature (HARTTemperatureUnit)
(when Analog input selector is 0 i.e Temperature).
This is an informational variable; when written, it
is not updated in the device.
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
•
Indicates that analog input requested does
not exist in this field device (This shall be
returned if the index is not 0 or 1).
3
Error
Passed Parameter too Large
•
Indicates LiveFlow<Pressure/Temperature>Offset or
LiveFlow<Pressure/ Temperature>Gain is
above a maximum limit.
•
4
Error
Passed Parameter too Small
•
Indicates LiveFlow<Pressure/ Temperature>Offset or LiveFlow<Pressure/ Temperature>Gain is below a minimum limit.
5
6
7
8-17
18
Error
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Invalid Units Code
•
Indicates that an invalid units code was
written
Error
Busy
19-31
32
Command 201 Write analog input calibration
119
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
Code
33-127
120
3-9000-761 Rev 3
Class
Description
Explanation
Undefined
Command 201 Write analog input calibration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.71
January 2014
Command 202 Read analog input calibration
This command reads configuration parameters analog input calibration.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Analog input selector
Selects which analog input to read.
• 0=Temperature
• 1=Pressure
Response data bytes
Same as Command 201 Write analog input calibration.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-4
5
6
7-31
32
33-127
Error
Error
Error
Error
The analog input requested does not exist in
this field device (This shall be returned if the
index is not 0 or 1).
Undefined
Too Few Bytes Received
Device-Specific Command Error
Undefined
Busy
Undefined
Command 202 Read analog input calibration
121
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.72
Command 203 Write piecewise linearization flow rates
This command writes piecewise linearization flow rates configuration.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Direction selector
Used to select which direction to configure.
• 0=Reverse <Rev>
• 1=Forward <Fwd>
This is an informational index variable; when
written, it is not updated in the device.
1-4
Float
5-8
Float
9-12
Float
Piecewise linearization volumetric
flow rate 1
Piecewise linearization volumetric
flow rate 2
Piecewise linearization volumetric flow rate 3
13-16
Float
Piecewise linearization volumetric flow rate 4
17-20
Float
Piecewise linearization volumetric flow rate 5
21-24
Float
Piecewise linearization volumetric flow rate 6
25-28
Float
Piecewise linearization volumetric flow rate 7
29-32
Float
Piecewise linearization volumetric flow rate 8
33-36
Float
Piecewise linearization volumetric flow rate 9
37-40
Float
41-44
Float
45-48
Float
49
Enum-8
Piecewise linearization volumetric
flow rate 10
Piecewise linearization volumetric
flow rate 11
Piecewise linearization volumetric
flow rate 12
Unit code for volumetric flow rate
•
Writes to <Dir>FlwRt1
•
Writes to <Dir>FlwRt2
•
•
•
•
•
•
•
•
Writes to <Dir>FlwRt3
•
Writes to <Dir>FlwRt11
•
Writes to <Dir>FlwRt12
Writes to <Dir>FlwRt4
Writes to <Dir>FlwRt5
Writes to <Dir>FlwRt6
Writes to <Dir>FlwRt7
Writes to <Dir>FlwRt8
Writes to <Dir>FlwRt9
Writes to <Dir>FlwRt10
Unit code for piecewise linearization volumetric
flow rate values. This must be a valid units code
for volumetric flow rate (refer to Table 11-5
derived as per selection of HARTVolUnit and HARTRateTimeUnit).
This is an informational index variable; when
written, it is not updated in the device.
Response data bytes
Same as Request data bytes.
122
Command 203 Write piecewise linearization flow rates
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
•
Indicates that flow direction requested does
not exist in this field device (This shall be
returned if the index is not 0 or 1).
3
Error
Passed Parameter too Large
•
Indicates <Dir>FlwRt1, <Dir>FlwRt2,
<Dir>FlwRt3, <Dir>FlwRt4, <Dir>FlwRt5,
<Dir>FlwRt6, <Dir>FlwRt7, <Dir>FlwRt8,
<Dir>FlwRt9, <Dir>FlwRt10, <Dir>FlwRt11 or
<Dir>FlwRt12 is above a maximum limit.
4
Error
Passed Parameter too Small
•
Indicates <Dir>FlwRt1, <Dir>FlwRt2,
<Dir>FlwRt3, <Dir>FlwRt4, <Dir>FlwRt5,
<Dir>FlwRt6, <Dir>FlwRt7, <Dir>FlwRt8,
<Dir>FlwRt9, <Dir>FlwRt10, <Dir>FlwRt11 or
<Dir>FlwRt12 is below a minimum limit.
5
6
7
8-17
18
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Invalid Units Code
•
Indicates that an invalid units code was
written.
19-31
32
33-127
Error
Error
Undefined
Busy
Undefined
Command 203 Write piecewise linearization flow rates
123
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.73
Command 204 Read piecewise linearization flow rates
This command reads piecewise linearization flow rates configuration.
Request data bytes
Byte
Format
Description
0
Unsigned-8
Direction selector
Explanation
Used to select which direction to read.
0=Reverse <Rev>
1=Forward <Fwd>
•
•
Response data bytes
Same as command 203 Write Piecewise Linearization Flow Rates.
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
3-4
5
6
7-31
32
33-127
124
Error
Error
Error
Error
Explanation
The flow direction requested does not exist in this
field device (This shall be returned if the index is
not 0 or 1).
Undefined
Too Few Bytes Received
Device-Specific Command Error
Undefined
Busy
Undefined
Command 204 Read piecewise linearization flow rates
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.74
January 2014
Command 205 Write piecewise linearization meter factors
This command writes piecewise linearization meter factors configuration.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Direction selector
Used to select which direction to configure.
• 0=Reverse <Rev>
• 1=Forward <Fwd>
This is an informational index variable; when
written, it is not updated in the device.
1-4
Float
Piecewise linearization meter factor 1
5-8
Float
Piecewise linearization meter factor 2
9-12
Float
Piecewise linearization meter factor 3
13-16
Float
Piecewise linearization meter factor 4
17-20
Float
Piecewise linearization meter factor 5
21-24
Float
Piecewise linearization meter factor 6
25-28
Float
Piecewise linearization meter factor 7
29-32
Float
Piecewise linearization meter factor 8
33-36
Float
Piecewise linearization meter factor 9
37-40
Float
Piecewise linearization meter factor 10
41-44
Float
Piecewise linearization meter factor 11
45-48
Float
Piecewise linearization meter factor 12
•
•
•
•
•
•
•
•
•
•
•
•
Writes to <Dir>MtrFctr1
Writes to <Dir>MtrFctr2
Writes to <Dir>MtrFctr3
Writes to <Dir>MtrFctr4
Writes to <Dir>MtrFctr5
Writes to <Dir>MtrFctr6
Writes to <Dir>MtrFctr7
Writes to <Dir>MtrFctr8
Writes to <Dir>MtrFctr9
Writes to <Dir>MtrFctr10
Writes to <Dir>MtrFctr11
Writes to <Dir>MtrFctr12
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
•
Indicates that flow direction requested does
not exist in this field device (This shall be
returned if the index is not 0 or 1).
3
Error
Passed Parameter too Large
•
Indicates <Dir>MtrFctr1, <Dir>MtrFctr2,
<Dir>MtrFctr3, <Dir>MtrFctr4,
<Dir>MtrFctr5, <Dir>MtrFctr6,
<Dir>MtrFctr7, <Dir>MtrFctr8,
<Dir>MtrFctr9, <Dir>MtrFctr10,
<Dir>MtrFctr11 or <Dir>MtrFctr12 is above a
maximum limit.
Command 205 Write piecewise linearization meter factors
125
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Code
Class
Description
Explanation
4
Error
Passed Parameter too Small
•
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Error
10.1.75
Indicates <Dir>MtrFctr1, <Dir>MtrFctr2,
<Dir>MtrFctr3, <Dir>MtrFctr4,
<Dir>MtrFctr5, <Dir>MtrFctr6,
<Dir>MtrFctr7, <Dir>MtrFctr8,
<Dir>MtrFctr9, <Dir>MtrFctr10,
<Dir>MtrFctr11 or <Dir>MtrFctr12 is below a
minimum limit.
Command 206 Read piecewise linearization meter factors
This command reads piecewise linearization meter factors configuration.
Request data bytes
Byte
Format
Description
0
Unsigned-8
Direction selector
Explanation
Used to select which direction to read.
0=Reverse <Rev>
1=Forward <Fwd>
•
•
Response data bytes
Same as command 205 Write Piecewise Linearization Meter Factors.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-4
5
6
7-31
32
33-127
126
Error
Error
Error
Error
The flow direction requested does not exist in
this field device (This shall be returned if the
index is not 0 or 1).
Undefined
Too Few Bytes Received
Device-Specific Command Error
Undefined
Busy
Undefined
Command 206 Read piecewise linearization meter factors
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.76
January 2014
Command 207 Write meter text
This command writes meter information related texts.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Text selector
Used to select which meter text to configure.
• 0=MeterName
• 1=StationName
• 2=Address
• 3=City
• 4=StateAndCountry
• 5=UserScratch1
• 6=UserScratch2
1-64
Latin-1
Meter Text
This is an informational index variable; when
written, it is not updated in the device.
Writes to MeterName, StationName, Address,
City, StateAndCountry, UserScratch1 or
UserScratch2 depending upon Text selector index
selection. If text is shorter than 64 characters, it
will be padded with zeros (0x00).
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
3-4
5
6
7
8-29
30
31
32
33-127
Error
Error
Error
Error
Warning
Error
Undefined
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Command Response Truncated
Explanation
Indicates that meter text requested does not exist
in this field device (This shall be returned if the
index is not 0, 1, 2, 3, 4, 5 or 6).
Indicates meter text was longer than can be
displayed over the HART interface and was
replaced by shorter text.
Undefined
Busy
Undefined
Command 207 Write meter text
127
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.77
Command 208 Read meter text
This command reads meter information related texts.
Request data bytes
Byte
Format
Description
Explanation
0
Unsigned-8
Text selector
Used to select which meter text to read.
• 0=MeterName
• 1=StationName
• 2=Address
• 3=City
• 4=StateAndCountry
• 5=UserScratch
• 6=UserScratch2
Response data bytes
Same as command 207 Write meter text.
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
3-4
5
6-31
32
33-127
128
Error
Error
Error
Explanation
Indicates that meter text requested does not exist
in this field device (This shall be returned if the
index is not 0, 1, 2, 3, 4, 5 or 6).
Undefined
Too Few Bytes Received
Undefined
Busy
Undefined
Command 208 Read meter text
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.78
January 2014
Command 209 Write gas chromatograph configuration
This command writes gas chromatograph configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Serial port to use for GC communication
1
2
Enum-8
Enum-8
GC communication protocol
GC communication baud rate
3
Unsigned-8
GC communication timeout value
4
5
6
Unsigned-8
Unsigned-8
Unsigned-8
7
Enum-8
8
Enum-8
9
Enum-8
10
Enum-8
GC Modbus address
Stream for the data read from the GC
GC communication desired stream
timeout value
GC communication heating value
type selector.
Unit for reading the heating value
from the GC
Selects gas composition source for AGA8
and AGA10 calculations
Selects the gas property data source to use
when the GC is in alarm condition
Used to select which serial port to configure for
GC communication.
• 0=Disabled
• 1=Port A
• 2=Port B
• 3=Port C
Writes GCSerialPort.
Writes GCProtocol (0=ASCII, 1=RTU)
Writes GCBaud
• 0=1200
• 1=2400
• 2=9600
• 3=19200
• 4=38400
• 5=57600
• 6=115200
Constant units of bits per second.
Writes GCCommTimeout. Constant units of
second.
Writes GCModbusID
Writes GCStreamNumber
Writes GCDesiredStreamTimeout. Constant units
of minute.
Writes GCHeatingValueType
Writes GCHeatingValueUnit
Writes GasPropertiesSrcSel
Writes GasPropertiesSrcSelGCAlarm
Response data bytes
Same as Request data bytes.
Command 209 Write gas chromatograph configuration
129
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
Error
Explanation
•
•
•
GCBaud selection is invalid.
Also indicates GCSerialPort selected is not
available.
Also indicates GasPropertiesSrcSel selected
as Live when GCSerialPort is disabled or vice
versa.
3
Error
Passed Parameter too Large
•
Indicates GCSerialPort, GCProtocol, GCCommTimeout, GCModbusID, GCStreamNumber,
GCDesiredStreamTimeout, GCHeatingValueType, GCHeatingValueUnit, GasPropertiesSrcSel or GasPropertiesSrcSelGCAlarm is
above a maximum limit.
4
Error
Passed Parameter too Small
•
Indicates GCSerialPort, GCProtocol, GCCommTimeout, GCModbusID, GCStreamNumber,
GCDesiredStreamTimeout, GCHeatingValueType, GCHeatingValueUnit, GasPropertiesSrcSel or GasPropertiesSrcSelGCAlarm is
below a minimum limit.
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
130
Error
Command 209 Write gas chromatograph configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.79
January 2014
Command 210 Read gas chromatograph configuration
This command reads gas chromatograph configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 209 Write Gas Chromatograph Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 210 Read gas chromatograph configuration
Explanation
131
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.80
Command 211 Write AGA8 method configuration
This command writes AGA8 method configuration parameters.
Request data bytes
Byte
Format
Description
0
Enum-8
AGA8 method selector
1-4
Float
Base condition temperature
5-8
Float
Base condition pressure
9-12
Float
13-16
Float
Reference temperature for specific gravity
(relative density)
Reference (absolute) pressure for specific
gravity (relative density)
Reference temperature for molar density
17-20
Float
21-24
Float
25-28
Float
29-32
Float
33-36
Float
37
Enum-8
Reference (absolute) pressure for molar
density
Volumetric gross heating value
Volumetric gross heating value reference
temperature
Gas specific gravity (relative density)
Unit code for TBase, RefTemperatureGr, RefTemperatureMolarDensity, RefTemperatureHV values
Explanation
Writes HCH_Method
0=External
1=Gross Method 1
2=Gross Method 2
3=Detailed Method
4=None
•
•
•
•
•
•
•
•
Writes TBase
Writes PBase
Writes RefTemperatureGr
•
Writes RefPressureGr
•
•
Writes RefTemperatureMolarDensity
•
•
Writes MeasVolGrossHeatingVal
•
•
Writes SpecificGravity
Writes RefPressureMolarDensity
Writes RefTemperatureHV
Unit code of temperature for TBase, RefTemperatureGr, RefTemperatureMolarDensity,
RefTemperatureHV values. This must be a
valid units code for temperature values
(HARTTemperatureUnit).
This is an informational variable; when written, it
is not updated in the device.
38
Enum-8
Unit code for PBase, RefPressureGr, RefPressureMolarDensity values
•
Unit code of pressure for PBase, RefPressureGr, RefPressureMolarDensity values. This
must be a valid units code for pressure values
(HARTPressureUnit).
This is an informational variable when written, it is
not updated in the device.
39
132
Enum-8
Variable classification code for MeasVolGross- • Must be 108.
HeatingVal
This is an informational variable; when written, it
is not updated in the device.
Command 211 Write AGA8 method configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Byte
Format
Description
Explanation
40
Enum-8
Unit code for MeasVolGrossHeatingVal value
•
Unit code of volumetric heating value for
MeasVolGrossHeatingVal value. This must be
a valid units code for volumetric heating
value values (HARTHeatingValueUnit).
This is an informational variable; when written, it
is not updated in the device.
Response data bytes
Same as Request Data Bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
•
Indicates HCH_Method selected is Gross
Method 1, Gross Method 2 or Detailed
Method when EnablePressureInput and
EnableTemperatureInput are None.
3
Error
Passed Parameter too Large
•
Indicates HCH_Method, TBase, PBase, RefTemperatureGr, RefPressureGr, RefTemperatureMolarDensity, RefPressureMolarDensity,
MeasVolGrossHeatingVal, RefTemperatureHV or SpecificGravity is above a
maximum limit.
4
Error
Passed Parameter too Small
•
Indicates HCH_Method, TBase, PBase, RefTemperatureGr, RefPressureGr, RefTemperatureMolarDensity, RefPressureMolarDensity,
MeasVolGrossHeatingVal, RefTemperatureHV or SpecificGravity is below a
minimum limit.
5
6
7
8-17
18
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Invalid Units Code
•
Indicates that an invalid units code was
written
19-31
32
33-127
Error
Error
Undefined
Busy
Undefined
Command 211 Write AGA8 method configuration
133
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.81
Command 212 Read AGA8 method configuration
This command reads AGA8 method configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 211 Write AGA8 Method Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
134
Error
Error
Explanation
Command 212 Read AGA8 method configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.82
January 2014
Command 213 Write detailed gas composition
This command writes detailed gas composition configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
0-3
Float
Methane gas component
4-7
Float
Ethane gas component
8-11
Float
Propane gas component
12-15
Float
Water gas component
16-19
Float
Hydrogen sulfide gas component
20-23
Float
Oxygen gas component
24-27
Float
Isobutane gas component
28-31
Float
N-Butane gas component
32-35
Float
Isopentane gas component
36-39
Float
N-Pentane gas component
40-43
Float
N-Hexane gas component
44-47
Float
N-Heptane gas component
48-51
Float
N-Octane gas component
52-55
Float
N-Nonane gas component
56-59
Float
N-Decane gas component
60-63
Float
Helium gas component
64-67
Float
Argon gas component
68
Enum-8
Unit code for gas component values
Writes MoleFractionMethane
Writes MoleFractionEthane
Writes MoleFractionPropane
Writes MoleFractionWater
Writes MoleFractionH2S
Writes MoleFractionOxygen
Writes MoleFractionIsoButane
Writes MoleFractionNButane
Writes MoleFractionIsoPentane
Writes MoleFractionNPentane
Writes MoleFractionNHexane
Writes MoleFractionNHeptane
Writes MoleFractionNOctane
Writes MoleFractionNNonane
Writes MoleFractionNDecane
Writes MoleFractionHelium
Writes MoleFractionArgon
Unit code of percent for gas component
values (refer to Table 11-14).
This is an informational variable; when written, it
is not updated in the device.
Response data bytes
Same as Request bytes.
Command 213 Write detailed gas composition
135
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Command-specific response codes
Code
Class
Description
Explanation
0
1-2
3
Success
Error
No Command-Specific Errors
Undefined
Passed Parameter too Large
•
Indicates MoleFractionMethane, MoleFractionEthane, MoleFractionPropane, MoleFractionWater, MoleFractionH2S,
MoleFractionOxygen, MoleFractionIsoButane, MoleFractionNButane, MoleFractionIsoPentane, MoleFractionNPentane,
MoleFractionNHexane, MoleFractionNHeptane, MoleFractionNOctane, MoleFractionNNonane, MoleFractionNDecane,
MoleFractionHelium OR MoleFractionArgon
is above a maximum limit.
4
Error
Passed Parameter too Small
•
Indicates MoleFractionMethane, MoleFractionEthane, MoleFractionPropane, MoleFractionWater, MoleFractionH2S,
MoleFractionOxygen, MoleFractionIsoButane, MoleFractionNButane, MoleFractionIsoPentane, MoleFractionNPentane,
MoleFractionNHexane, MoleFractionNHeptane, MoleFractionNOctane, MoleFractionNNonane, MoleFractionNDecane,
MoleFractionHelium OR MoleFractionArgon
is below a minimum limit.
5
6
7-17
18
Error
Error
Too Few Bytes Received
Device-Specific Command Error
Undefined
Invalid Units Code
•
Indicates that an invalid units code was
written
19-31
32
33-127
136
Error
Error
Undefined
Busy
Undefined
Command 213 Write detailed gas composition
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.83
January 2014
Command 214 Read detailed gas composition
This command reads detailed gas composition configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 213 Write Detailed Gas Composition Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
Command 214 Read detailed gas composition
Explanation
137
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.84
Command 215 Write Gross Method 1 and 2 gas composition configuration
This command writes gross method 1 and 2 gas composition configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
0-3
Float
Carbon dioxide gas component
•
Writes MoleFractionCO2
4-7
Float
Hydrogen gas component
•
Writes MoleFractionH2
8-11
Float
Carbon monoxide gas component
Float
Nitrogen gas component
•
•
Writes MoleFractionCO
12-15
16
Enum-8
Unit code for gas component values
Writes MoleFractionN2Method2
Unit code of percent for gas component values
(refer to Table 11-14).
This is an informational variable; when written, it
is not updated in the device.
Response data bytes
Same as Request Data Bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1-2
3
Success
Error
No Command-Specific Errors
Undefined
Passed Parameter too Large
•
Indicates MoleFractionCO2, MoleFractionH2,
MoleFractionCO or MoleFractionN2Method2
is above a maximum limit.
4
Error
Passed Parameter too Small
•
Indicates MoleFractionCO2, MoleFractionH2,
MoleFractionCO or MoleFractionN2Method2
is below a minimum limit.
5
6
7-17
18
Error
Error
Too Few Bytes Received
Device-Specific Command Error
Undefined
Invalid Units Code
•
Indicates that an invalid unit code was written
19-31
32
33-127
138
Error
Error
Undefined
Busy
Undefined
Command 215 Write Gross Method 1 and 2 gas composition configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.85
January 2014
Command 216 Read Gross Method 1 and 2 gas composition configuration
This command reads gross method 1 and 2 gas composition configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as Command 215 Write Gross Method 1 and 2 Gas Composition Configuration.
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
Error
Error
10.1.86
Explanation
Command 217 Write baseline times and comments
Writes forward or reverse baseline date, time and comments depending upon first byte in the
Command command request.
If IsAnyBaselineAvail is FALSE, then this command will respond with success and existing baseline
parameters are not updated in the meter. New baseline parameters are not written in the meter.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Direction selector
Used to select which direction to configure.
• 0=Reverse <Rev>
• 1=Forward <Fwd>
This is an informational index variable; when
written, it is not updated in the device.
Note: Contrary to device-specific
commands guideline 'Indices format
should be Unsigned-<#bits>', format
Enum-8 is used for uniformity with
command 155 Write Baselines.
1-3
Date
Date of Flow Baseline
•
Writes the Date part of database point
XBaselineTime
4-7
Time
Time of Flow Baseline
•
Writes the Time part of database point
XBaselineTime
8-71
Latin-1
Comment to Flow Baseline
•
Writes the string database point
XbaselineComment. If comment is shorter
than 64 characters, it will be padded with
zeros (0x00).
Command 216 Read Gross Method 1 and 2 gas composition configuration
139
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
3
Error
Passed Parameter Too Large
4
5
6
7
8
9
Error
Error
Error
Error
Error
Undefined
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Invalid Date Code Detected
Warning
Undefined
Command Response is Truncated
10-29
30
31
32
33-127
140
Error
Error
Explanation
•
•
Invalid value for Forward / Reverse Selection
•
•
Invalid value for Date of Flow Baseline.
Also indicates Xbaseline date and time is out
of range Jan 1, 1970 00:00:00 UTC to Jan 19,
2038 03:14:07 UTC.
•
Indicates Xbaseline comment was longer
than can be displayed over the HART
interface and was replaced by shorter
comment.
Invalid value for Time of Flow Baseline
Undefined
Busy
Undefined
Command 217 Write baseline times and comments
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.87
January 2014
Command 218 Read baseline times and comments
This command reads the forward or reverse baseline date, time and comments depending upon
the parameter passed in the command request.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Direction selector
Used to select which direction to read.
• 0=Reverse <Rev>
• 1=Forward <Fwd>
Response data bytes
Same as command 217 Write baseline times and comments.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-4
5
6-31
32
33-127
Error
Error
Error
Invalid value for Forward / Reverse Selection
Undefined
Too Few Bytes Received
Undefined
Busy
No Command-Specific Errors
Command 218 Read baseline times and comments
141
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.88
Command 219 Reset tracking targets to defaults
This command executes operation to reset tracking targets to default values (writes to data
point ResetTrkParam internally).
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Byte
Format
Description
Explanation
None
Command-specific response codes
Code
Class
Description
0
1-5
6
7-31
32
33-127
Success
No Command-Specific Errors
Undefined
Device-Specific Command Error
Undefined
Busy
Undefined
142
Error
Error
Explanation
Command 219 Reset tracking targets to defaults
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.89
January 2014
Command 220 Write local display configuration
This command writes local display configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Local display availability
Indicates the presence of a local display
(IsLocalDisplayAvail).
1
Enum-8
Local display item 1
Command 220 Write local display configuration
This is an informational variable; when written, it
is not updated in the device.
Writes LocalDisplayItem1
• 0=None
• 1=QFLOW - Uncorrected volume flow rate
• 2=TDYVL - Current day's forward uncorrected
volume
• 3=TDYVL - Current day's reverse uncorrected
volume
• 4=YSTVL - Previous day's forward uncorrected volume
• 5=YSTVL - Previous day's reverse uncorrected
volume
• 6=TOTVL - Forward uncorrected volume
• 7=TOTVL - Reverse uncorrected volume
• 26=QBASE - Corrected volume flow rate
• 27=TDYVL - Current day's forward corrected
volume
• 28=TDYVL - Current day's reverse corrected
volume
• 29=YSTVL - Previous day's forward corrected
volume
• 30=YSTVL - Previous day's reverse corrected
volume
• 31=TOTVL - Forward corrected volume
• 32=TOTVL - Reverse corrected volume
• 8=VEL - Average flow velocity
• 9=SOS - Average sound velocity
• 10=TEMP - Flow-condition temperature
• 11=PRESS - Flow-condition pressure
• 12=FRQ1A - Frequency channel 1A
• 13=FRQ1B - Frequency channel 1B
• 14=KFCT1 - Frequency 1 K-factor
• 15=FRQ2A - Frequency channel 2A
• 16=FRQ2B - Frequency channel 2B
• 17=KFCT2 - Frequency 2 K-factor
• 24=AO1 - Analog Output 1 Current
• 25=AO2 - Analog Output 2 Current
143
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Byte
Format
Description
Explanation
2
Enum-8
Local display item 2
•
Writes LocalDisplayItem2 (options same as
mentioned for LocalDisplayItem1)
3
Enum-8
Local display item 3
•
Writes LocalDisplayItem3 (options same as
mentioned for LocalDisplayItem1)
4
Enum-8
Local display item 4
•
Writes LocalDisplayItem4 (options same as
mentioned for LocalDisplayItem1)
5
Enum-8
Local display item 5
•
Writes LocalDisplayItem5 (options same as
mentioned for LocalDisplayItem1)
6
Enum-8
Local display item 6
•
Writes LocalDisplayItem6 (options same as
mentioned for LocalDisplayItem1)
2
Enum-8
Local display item 2
•
Writes LocalDisplayItem2 (options same as
mentioned for LocalDisplayItem1)
3
Enum-8
Local display item 3
•
Writes LocalDisplayItem3 (options same as
mentioned for LocalDisplayItem1)
4
Enum-8
Local display item 4
•
Writes LocalDisplayItem4 (options same as
mentioned for LocalDisplayItem1)
5
Enum-8
Local display item 5
•
Writes LocalDisplayItem5 (options same as
mentioned for LocalDisplayItem1)
6
Enum-8
Local display item 6
•
Writes LocalDisplayItem6 (options same as
mentioned for LocalDisplayItem1)
7
Enum-8
Local display item 7
•
Writes LocalDisplayItem7 (options same as
mentioned for LocalDisplayItem1)
8
Enum-8
Local display item 8
•
Writes LocalDisplayItem8 (options same as
mentioned for LocalDisplayItem1)
9
Enum-8
Local display item 9
•
Writes LocalDisplayItem9 (options same as
mentioned for LocalDisplayItem1)
10
Enum-8
Local display item 10
•
Writes LocalDisplayItem10 (options same as
mentioned for LocalDisplayItem1)
11
Unsigned-8
Local display scroll delay
•
•
12
Enum-8
Volumetric flow rate time unit for the local
display
13
Enum-8
U.S. Customary volume unit for the local
display
14
Enum-8
Metric volume unit for the local display
Writes LocalDisplayScrollDelay.
Constant units of second.
Writes LocalDisplayFlowRateTimeUnit
• 0=Second
• 1=Hour
• 2=Day
Writes LocalDisplayVolUnitUS
• 0= Cubic feet
• 3=Thousand cubic feet
Writes LocalDisplayVolUnitMetric
• 0= Cubic meters
• 2=Thousand cubic meters
Response data bytes
Same as Request data bytes.
144
Command 220 Write local display configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
January 2014
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
Error
No Command-Specific Errors
Undefined
Invalid Selection
•
LocalDisplayItem1, LocalDisplayItem2,
LocalDisplayItem3, LocalDisplayItem4,
LocalDisplayItem5, LocalDisplayItem6,
LocalDisplayItem7, LocalDisplayItem8,
LocalDisplayItem9, LocalDisplayItem10,
LocalDisplayFlowRateTimeUnit, LocalDisplayVolUnitUS or LocalDisplayVolUnitMetric
invalid.
3
Error
Passed Parameter too Large
•
Indicates LocalDisplayItem1,
LocalDisplayItem2, LocalDisplayItem3,
LocalDisplayItem4, LocalDisplayItem5,
LocalDisplayItem6, LocalDisplayItem7,
LocalDisplayItem8, LocalDisplayItem9,
LocalDisplayItem10,
LocalDisplayScrollDelay, LocalDisplayFlowRateTimeUnit, LocalDisplayVolUnitUS or LocalDisplayVolUnitMetric is above a maximum
limit.
4
Error
Passed Parameter too Small
•
Indicates LocalDisplayItem1,
LocalDisplayItem2, LocalDisplayItem3,
LocalDisplayItem4, LocalDisplayItem5,
LocalDisplayItem6, LocalDisplayItem7,
LocalDisplayItem8, LocalDisplayItem9,
LocalDisplayItem10,
LocalDisplayScrollDelay,
LocalDisplayFlowRateTimeUnit, LocalDisplayVolUnitUS or LocalDisplayVolUnitMetric is
below a minimum limit.
5
6
7
8-31
32
33-127
Error
Error
Error
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Error
Command 220 Write local display configuration
145
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.90
Command 221 Read local display configuration
This command reads local display configuration parameters.
Request data bytes
Byte
Format
Description
Explanation
None
Response data bytes
Same as command 220 Write local display configuration.
Command-specific response codes
Code
0
Class
Description
Success
No Command-Specific Errors
1-5
6
Undefined
Error
Device-Specific Command Error
Error
Busy
7-31
32
33-127
146
Explanation
Undefined
Undefined
Command 221 Read local display configuration
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.91
January 2014
Command 222 Enable local display test mode
This command enables the local display test mode.
Note: The effect of this Command command is not retained through a device reset or removal of power
from the field device.
Request data bytes
Byte
Format
Description
1
Enum-8
Enables local display test mode
Explanation
Writes IsLocalDisplayEnableTest
0=Disable
1=Enable
•
•
Response data bytes
Byte
Format
Description
Explanation
None
Command-specific response codes
Code
Class
Description
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
3-4
5
6
7-31
32
33-127
Error
Error
Error
Error
Explanation
•
•
Indicates IsLocalDisplayEnableTest is invalid.
Also indicates local display test mode cannot
be enabled because local display is in Squawk
mode.
Undefined
Too Few Bytes Received
Device-Specific Command Error
Undefined
Busy
Undefined
Command 222 Enable local display test mode
147
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
10.1.92
Command 223 Write general meter information
Writes general meter information for use in the device information screen.
Request data bytes
Byte
Format
Description
Explanation
0-1
Unsigned-16
Device Number
2-13
Packed ASCII
Meter Serial Number
•
•
Writes DeviceNumber
Writes MeterSerialNumber converted to a
PACKED ASCII 16 character string. If serial
number is shorter than 16 characters, the
number will be padded with spaces.
Response data bytes
Same as Request data bytes.
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
3-4
5
6
7
8-31
32
33-127
148
Error
Error
Error
Error
Error
Indicates that Device Number requested
does not exist in this field device.
Undefined
Too Few Bytes Received
Device-Specific Command Error
In Write Protect Mode
Undefined
Busy
Undefined
Command 223 Write general meter information
HART Field Device Specification 3410 Series Ultrasonic Meter
10. Device-specific commands
3-9000-761 Rev 3
10.1.93
January 2014
Command 224 Write miscellaneous non-write protected
parameters
This command is used to write miscellaneous non-write protected parameters.
Request data bytes
Byte
Format
Description
Explanation
0
Enum-8
Batch smoothing factor: specifies percentage
total data to be taken from previous data
Writes BatchPercentSmoothing.
Constant Units of percent.
1
Enum-8
Stack size
2
Enum-8
Bandpass filter switch
•
•
•
•
3-6
Float
•
Writes SpecRhoMixFlow
7-10
Float
•
Writes SpecZFlow
11-14
Float
•
Writes SpecZBase
15-18
Float
•
Writes SpecCorrectionFactor
19-22
Float
Specified (fixed) flow-condition gas mass
density
Specified (fixed) flow-condition gas compressibility
Specified (fixed) base-condition gas compressibility
Specified (fixed) profile-effect correction
factor
Natural gas mixture dynamic viscosity
Enum-8
Unit code for SpecRhoMixFlow value
•
•
Writes Viscosity
23
Writes StackSize
Writes Filter
– 0=Filter off
– 1=Filter on)
Unit code of density for SpecRhoMixFlow
value. This must be a valid units code for
density values (HARTDensityUnit).
See Table 11-19.
This is an informational variable; when written, it
is not updated in the device.
24
Enum-8
Variable classification code for Viscosity
•
Must be 74.
This is an informational variable; when written, it
is not updated in the device.
25
Enum-8
Unit code for Viscosity
•
Unit code of Viscosity (HARTViscosityUnit).
See Table 11-17.
This is an informational variable; when written, it
is not updated in the device.
Response data bytes
Same as Request data bytes.
Command 224 Write miscellaneous non-write protected parameters
149
10. Device-specific commands
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
Command-specific response codes
Code
Class
Description
Explanation
0
1
2
Success
No Command-Specific Errors
Undefined
Invalid Selection
•
Error
•
Indicates BatchPercentSmoothing, StackSize
or Filter is invalid.
Also indicates StackSize or Filter cannot be
written because of dependency with SpecBatchUpdtPeriod.
3
Error
Passed Parameter too Large
•
Indicates BatchPercentSmoothing, StackSize, SpecRhoMixFlow, SpecZFlow, SpecZBase, SpecCorrectionFactor or Viscosity is
above a maximum limit.
4
Error
Passed Parameter too Small
•
Indicates BatchPercentSmoothing, StackSize, SpecRhoMixFlow, SpecZFlow, SpecZBase, SpecCorrectionFactor or Viscosity is
below a minimum limit.
5
6
7-17
18
Error
Error
Too Few Bytes Received
Device-Specific Command Error
Undefined
Invalid Units Code
•
Indicates that an invalid units code was
written.
19-31
32
33-127
Error
Error
10.2
Undefined
Busy
Undefined
Device-specific command error (response code 6)
Following Universal and Common-practice commands support device-specific command error
(Response code 6):
Command
Function
Explanation
6
45
46
67
68
Write Polling Address
Trim Loop Current Zero
Trim Loop Current Gain
Trim Analog Channel Zero
Trim Analog Channel Gain
Analog output test mode is enabled and loop current mode is disabled
Loop current is not set to lower end value
Loop current is not set to upper end value
Loop current of selected analog channel is not set to lower end value
Loop current of selected analog channel is not set to upper end value
150
Device-specific command error (response code 6)
HART Field Device Specification 3410 Series Ultrasonic Meter
11. Tables
3-9000-761 Rev 3
January 2014
11.
11
Tables
Units tables and conversion factors in this section are used for ultrasonic measurement.
11.1
Volume units
Table 11-1 Volume units
Unit Code
Description
43
Cubic Meters
112
Cubic feet
11.2
Energy units
Table 11-2 Energy rate
Unit Code
Description
164
Megajoules
240
Million BTU
11.3
Mass units
Table 11-3 Mass units
Unit Code
Description
61
Kilograms
63
Pounds
11.4
Time units (flow rate)
Table 11-4 Time units (flow rate)
Unit Code
Description
51
Second
52
Hour
53
Day
Volume units
151
11. Tables
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
11.5 Volumetric flow rate units
Table 11-5 Volumetric flow rate units
Unit Code
Description
19
Cubic meters per hour
26
Cubic feet per second
27
Cubic feet per day
28
Cubic meters per second
29
Cubic meters per day
130
Cubic feet per hour
11.6
Pressure units
Table 11-6 Pressure units
Unit Code
Description
6
Pounds per square inch
11
Pascals
12
Kilopascals
237
Megapascals
180
IE6 Pounds per square inch
11.7
Temperature unit
Table 11-7 Temperature units
Unit Code
Description
32
Degrees Celsius
33
Degrees Fahrenheit
35
Kelvin
11.8
Velocity units
Table 11-8 Velocity units
Unit Code
Description
20
Feet per second
21
Meters per second
152
Pressure units
HART Field Device Specification 3410 Series Ultrasonic Meter
11. Tables
3-9000-761 Rev 3
January 2014
11.9
Mass flow rate units
Table 11-9 Mass flow rate units
Unit Code
Description
73
Kilograms per second
75
Kilograms per hour
76
Kilograms per day
80
Pounds per second
82
Pounds per hour
83
Pounds per day
11.10
Energy flow rate units
Table 11-10 Mass low rate units
Unit Code
Description
241
Megajoules per second
141
Megajoules per hour
242
Megajoules per day
243
Million BTU per second
244
Million BTU per hour
245
Million BTU per day
11.11
Decibel units
Table 11-11 Decibel units
Unit Code
Description
247
Decibels (dB)
11.12
Voltage units
Table 11-12 Voltage units
Unit Code
Description
36
Millivolts
58
Volts
11.13
Current units
Table 11-13 Current units
Unit Code
Description
39
Milliamps
M ass flow rate units
153
11. Tables
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
11.14
Percent units
Table 11-14 Percent units
Unit Code
Description
57
Percent
11.15
Length units
Note
This table refers to unit code expansion table for Length (variable classification code 69) values.
Table 11-15 Length units
Unit Code
Description
45
Meters
47
Inches
170
Micrometer
171
Microinch
11.16
Thermal expansion units
Note
This table refers to unit code expansion table for Thermal Expansion (variable classification code
107 values.
Table 11-16 Thermal Expansion units
Unit Code
Description
170
Inverse degrees Celsius
171
Inverse degrees Fahrenheit
154
Percent units
HART Field Device Specification 3410 Series Ultrasonic Meter
11. Tables
3-9000-761 Rev 3
January 2014
11.17
Viscosity units
Note
This table refers to unit code expansion table for Viscosity (variable classification code 74)
values.
Table 11-17 Viscosity units
Unit Code
Description
55
Centipoise
170
Pascal second
11.18
Volumetric heating value units
Table 11-18 Volumetric heating value units
Unit Code
Description
171
British thermal unit per cubic feet
170
Kilojoules per cubic decimeter
11.19
Density units
Table 11-19 Density units
Unit Code
Description
92
Kilogram per cubic meter
94
Pound per cubic feet
Viscosity units
155
11. Tables
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
11.20
Unit conversion factors
Table 11-20 Conversion factors per unit of measurement
Conversion Factors
Unit of Measurement
(°F-32)x(5/9)—>°C
(°C+273.15)—>K
1
K/°C
5/9
°C/°F
10-6
MPa/Pa
0.006894757
MPa/psi
0.1
MPa/bar
0.101325
MPa/atm
0.000133322
MPa/mmHg
0.3048
m/ft
0.0254
m/in
103
dm3/m3
10-6
m3/cc (=m3/cm3)
(0.3048)3
m3/ft3
(0.0254)3
m3/in3
3600
s/h
86400
s/day
103
g/kg
0.45359237
kg/lbm
4.1868
kJ/kcal
1.05505585262
kJ/ BtuIT
10-3
Pa•s/cPoise
1.488
Pa•s/(lb/(ft•s))
156
Unit conversion factors
HART Field Device Specification 3410 Series Ultrasonic Meter
11. Tables
3-9000-761 Rev 3
January 2014
11.21
Pressure and temperature tables
Table 11-21 Pressure and temperature tables
Input type
Data validity
(EnablePressureInput or
(PressureValidity or
EnableTemperatureInput)
TemperatureValidity)
Disabled
Live
Fixed
1.
Data source upon alarm
“In-use” data source
(FlowPOrTSrcUponAlarm)
(FlowPressure or
FlowTemperature)
N/A
N/A
“In-Use” value unchanged
Valid1
N/A
Average of live values
(LiveFlowPressure or LiveFlowTemperature)
Invalid
Last good value
“In-Use” value unchanged
Fixed
Fixed data point
(SpecFlowPressure or SpecFlowTemperature)
Valid1
N/A
Fixed data point
(SpecFlowPressure or SpecFlowTemperature)
Invalid
Last good value
“In-Use” value unchanged
Fixed
Fixed data point
(SpecFlowPressure or SpecFlowTemperature)
Live input can be invalid due to (a) one or more live values is/are at or outside the alarm limits, or (b) the input is being
calibrated.
Pressure and temperature tables
157
11. Tables
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
11.21.1
Live Pressure
Table 11-22 Data points for pressure inputs
Daniel CUI display name
Is pressure gage or absolute?
Database points, options and guidelines
Data points affected:
•
InputPressureUnit
Options:
•
•
Atmospheric pressure
Gage (FALSE)
Absolute (TRUE)
Data points affected:
•
AtmosphericPress
Options:
•
Enter a value (KPaa or psia) within the range [30.0, 108.40 KPaa]
Guidelines:
•
Live pressure,
Min input
Data points affected:
•
•
Enter the pressure (KPag or psig if gage, KPaa or psia if absolute) that
corresponds to a 20 mA input signal. The pressure must be within the range
[0, 280e3 KPag or KPaa].
Data points affected:
•
LowPressureAlarm
Options:
Enter a value (KPag or psig if gage, KPaa or psia if absolute) within the range
[0, 280e3 KPag or KPaa]. An alarm is generated when the pressure is at or
below this limit value.
Data points affected:
•
HighPressureAlarm
Options:
•
158
MaxInputPressure
Options:
•
Pressure alarm,
High limit
Enter the pressure (KPag or psig if gage, KPaa or psia if absolute) that
corresponds to a 4 mA input signal. The pressure must be within the range [0,
280e3 KPag or KPaa].
Data points affected:
•
Pressure alarm,
Low limit
MinInputPressure
Options:
•
Live pressure,
Max input
This data point is only applicable when the input pressure unit is specified as
gage.
Enter a value (KPag or psig if gage, KPaa or psia if absolute) within the range
[0, 280e3 KPag or KPaa]. An alarm is generated when the pressure is at or
above this limit value.
Live Pressure
HART Field Device Specification 3410 Series Ultrasonic Meter
11. Tables
3-9000-761 Rev 3
January 2014
11.21.2
Live Temperature
Table 11-23 Data points for temperature inputs
Daniel CUI display name
Database points, options and guidelines
Live temperature,
Min input
Data points affected:
•
•
Live temperature,
Max input
Enter the temperature (°C or °F) that corresponds to a 4 mA input signal. The
temperature must be within the range (-273.15 °C, 200 °C).
Data points affected:
•
MaxInputTemperature
Options:
•
Temperature alarm, Low limit
MinInputTemperature
Options:
Enter the temperature (°C or °F) that corresponds to a 20 mA input signal. The
temperature must be within the range (-273.15 °C, 200 °C).
Data points affected:
•
LowTemperatureAlarm
Options:
•
Temperature alarm, High limit
Enter a value (°C or °F) within the range [-130 °C, 200 °C]. An alarm is generated
when the temperature is at or below this limit value.
Data points affected:
•
HighTemperatureAlarm
Options:
•
Live Temperature
Enter a value (°C or °F) within the range (-130 °C, 200 °C). An alarm is generated
when the temperature is at or above this limit value.
159
11. Tables
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
3-9000-761 Rev 3
160
Live Temperature
HART Field Device Specification 3410 Series Ultrasonic Meter
12. Performance
3-9000-761 Rev 3
12.
12
January 2014
Performance
This section discusses the Daniel 3410 Series Ultrasonic Flow Meter performance capabilities.
12.1
Sampling rates
The typical update rate of each HART® device and dynamic variable is once per second. Stack
size and Filters are two operational conditions which cause variance in the update rate.
Table 12-1 Sampling Rates
Sensor
Rate
Primary temperature sensor
Live values = 1/sec
Calc. = on average of 5 sec
Internal (cold-junction) sensor sample
1 per second
PV digital value calculation
SV digital value calculations
Depends on Configuration
Typical 1 per second
Can be as long as 1 per 5 seconds
Analog output update
Depends on configuration
250ms
Can be as long as 1 second
12.2
Power-up
On power-up, when functioning correctly, the CPU Module green LED indicators show 3.3 volt
and +24 volt power. A red LED for +24V current limit reached indicator.
A pair of TX active and RX active green LED indicators are provided for each serial
communication port.
A pair of TX active and RX active green LED indicators are provided for the HART slave
communication via Analog Output 1.
All LED indicators are located on the card edge that is visible when the meter electronics
enclosure end cap is removed.
12.3
Device reset
This section describes the effect of Device Reset (Command 42) and any other reset methods.
The device must respond to Command 42 before executing the Device reset. Command 42
forces the meter to perform a warm start (equivalent to cycling the power to the meter off and
then back on).
Table 12-2 Command 42 device reset
Typical time to reset
Maximum delay
Mode(s) affected
120 seconds
180 seconds
All modes are affected
Sampling rates
161
12. Performance
HART Field Device Specification 3410 Series Ultrasonic Meter
January 2014
12.4
3-9000-761 Rev 3
Command response delay
Table 12-3 shows the minimum, typical, and maximum delays before the device responds to a
HART command (Timed from end of the stop bit of the Check Byte of the master request (STX),
to the beginning of the start bit of the first preamble character of the response (ACK)).
The response delay is not command specific, however, the write configuration commands
generally require more time.
Table 12-3 Command response delay
Response
Delay time
Minimum
42ms
Typical
60 ms
Maximum
200 ms
12.4.1
Long messages
Largest size of data field used for Commands 217 and 218 is 72 response bytes (including the
two status bytes).
12.4.2
Non-volatile memory
Daniel Liquid Ultrasonic Flow Meters use Flash and NVRAM technology for non-volatile memory.
All configuration parameters are held in non-volatile memory until a “write command” is
executed. Flash memory (the operating system kernel, the file system, and the firmware) is
upgraded via Daniel MeterLink. Refer to the Daniel Ultrasonic Gas Flow Meter Reference,
Installation, and Operations Manual (P/N 3-9000-743) or the Daniel 3410 Series Gas Ultrasonic Flow
Meter Installation Manual (P/N 3-9000-759) Section 6.8, Upgrading the Meter Program for
detailed instructions.
http://www2.emersonprocess.com/en-US/brands/daniel/Flow/ultrasonics/Pages/Ultrasonic.aspx
12.4.3
Operating modes
No alternative operating modes are available for this device.
12.4.4
Write protection
Daniel Liquid Ultrasonic Flow Meters have a write protection hardware switch located on the
CPU Module (labeled WRITE PROT. (see Figure 2-1 this manual). Refer to the Daniel Ultrasonic Gas
Flow Meter Reference, Installation, and Operations Manual (P/N 3-9000-743), the Daniel 3410 Series
Gas Ultrasonic Flow Meter Installation Manual (P/N 3-9000-759) or to the Daniel 3410 Series Gas
Ultrasonic Flow Meter Operations Manual (P/N 3-9000-777).
http://www2.emersonprocess.com/en-US/brands/daniel/Flow/ultrasonics/Pages/Ultrasonic.aspx
HART Device-Specific Commands are rejected in write-protect mode (see Section 10.1 for a
detailed list of applicable commands).
162
Command response delay
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
12.4.5
12. Performance
January 2014
Damping value
Damping value is defined as the output response to a step input reaches 63% of final steadystate value after this time has elapsed. The Damping Value is read via Universal Command 15
Damping time for Daniel 3410 Series Ultrasonic Meters is approximately 1.63 seconds affecting
only the PV and the loop current signal and is calculated as a function of the batch period
according to the equation below. The 0.015 seconds is the average time to perform the batch
calculations and update the output.
Equation 12-1 Damping calculation
( DampingValue(sec) = ( 2 – 0.37Batches )x ( sec perbatch ) ) + 0.015 sec
The equation states that the worst case time for reaching 63% of the final steady-state value is
1.63 batch times after the step input. This case occurs when the step input occurs at 0.37 batch
periods after the start of a batch. The 0.015 seconds is the average time to perform the batch
calculations and update the output.
Damping value
163
12. Performance
January 2014
164
HART Field Device Specification 3410 Series Ultrasonic Meter
3-9000-761 Rev 3
Damping value
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
Device capability checklist
3-9000-761 Rev 3
January 2014
Annex A. Device capability checklist
A
A.1
Device capability
An overall checklist of the device capabilities is shown below.
Table A-1 Capability checklist
Manufacturer, model, and revision
Daniel Measurement and Control, Inc.
Daniel 3410 Series Ultrasonic Flow Meter Rev. 3
Device type
Sensor
HART protocol revision
Rev. 7.0
Number and type of process connections
2 - Pressure and Temperature
Number and type of host connections
2 - AMS™ Device Manager and Emerson 375/475
Field Communicator
Number of Device Variables
8
Number of Dynamic Variables
4
Mappable Dynamic Variables?
Yes
Device description available
Yes
Number of Common-practice commands
18
Number of Device-specific commands
95
Bits of additional device status
46 (Command 48)
Alternative operating modes?
N/A (HART® Rev 7)
Burst-Mode?
No
Capture Device Variable?
No
Write-protection?
Yes
Device capability
165
Device capability checklist
January 2014
166
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
3-9000-762 Rev 3
Device capability
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
Default device configuration
3-9000-761 Rev 3
January 2014
Annex B.
B
B.1
Default device configuration
Default factory settings
Table B-1 shows a list of the default device configuration (parameter values, variable mapping,
switch positions) which are factory set, unless user-specified when the device is ordered.
Table B-1 Device factory settings configuration
Parameter
Default value
AO1 Zero Scale Volume Flow Rate Lower Range Value
•
0 (Cubic meters/hour)
AO1 Full Scale Volume Flow Rat Upper Range Value
•
200,000 (Cubic meters/hour)
AO1 Content PV Unit(s)
•
Uncorrected Flow Rate (Cubic meters/hour)
Sensor Type
•
Pressure/Temperature
Number of Wires
•
2
Damping Time Constant
•
~1.64
Fault-indication
•
LED Status Indicators
Write Protection switch
•
CPU Module (WRITE PROT. OFF)
DHCP switch
•
CPU Module (DHCP ON)
Number of Response Preambles
•
•
5 minimum
20 maximum
Default factory settings
167
Default device configuration
January 2014
168
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
3-9000-761 Rev 3
Default factory settings
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
Device variable calculations
3-9000-761 Rev 3
January 2014
Annex C.
Device variable calculations
C
This section consists of the calculations used by Daniel3410 Series Ultrasonic Flow meters for
the device variables summarized in Section 5.
C.1
Uncorrected flow rate
Equation C -1
Flow-condition volumetric flow rate
Q Flow = ( Q Raw ) ( ExpCorr P ) ( ExpCorr T ) ( CorrFctr )
where
Uncorrected flow rate
Q Flow
=
flow-condition volumetric flow rate (m3/h) (QFlow)
Q Raw
=
“raw” volumetric flow rate (m3/h) (QMeter)
ExpCorr P
=
expansion correction factor due to pressure (dimensionless)
(ExpCorrPressure)
ExpCorr T
=
expansion correction factor due to temperature (dimensionless)
(ExpCorrTemperature)
CorrFctr
=
profile-effect correction factor (CorrectionFactor)
169
Device variable calculations
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
January 2014
3-9000-761 Rev 3
C.2
Corrected flow rate
Equation C -2
Base-condition volumetric flow rate

Q Base = Q Flow 

P abs, f  
-------------------  
P abs, b  
Tb  
------  
Tf  
Zb 
------ 
Zf 
where
170
Q Base
=
“raw” volumetric flow rate (m3/h) (QMeter)
Q Flow
=
flow-condition volumetric flow rate (m3/h) (QFlow)
P abs, b
=
base-condition absolute pressure (MPaa) (PBase)
P abs, f
=
flow-condition absolute pressure (MPaa) (AbsFlowPressure)
Tb
=
base-condition temperature (K) (TBase)
Tf
=
flow-condition temperature (K) (FlowTemperature)
Zb
=
base-condition compressibility factor (ZBase)
Zf
=
flow-condition compressibility factor (ZFlow)
Corrected flow rate
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
Device variable calculations
3-9000-761 Rev 3
January 2014
C.3
Average flow velocity
C.3.1
Dry-calibration
Equation C -3
Dry-calibration gas flow velocity
2
3
V DryCal = A 0 + A 1 V
+ A 2 V AvgWtd + A 3 V AvgWtd
AvgWtd
where
V DryCal
=
dry-calibration gas flow velocity (m/s) (DryCalVel)
V AvgWtd
=
average weighted gas flow velocity (m/s) (AvgWtdFlowVel)
A0
=
dry-calibration 0th order coefficient (m/s) (FwdA0 or RevA0)
A1
=
dry-calibration 1st order coefficient (dimensionless) (FwdA1 or
RevA1)
A2
=
dry-calibration 2nd order coefficient (s/m) (FwdA2 or RevA2)
A3
=
dry-calibration 3rd order coefficient (s2/m2) (FwdA3 or RevA3)
C.3.2
Wet-calibration
Equation C -4
Wet-calibration gas flow velocity
V WetCal = WetCalFunction(V DryCal)
where
V WetCal
=
wet-calibration gas flow velocity (m/s) (AvgFlow)
V DryCal
=
dry-calibration gas flow velocity (m/s) (DryCalVel)
WetCalFunction ( x )
=
selected wet calibration function
Average flow velocity
171
Device variable calculations
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
January 2014
3-9000-761 Rev 3
C.3.3
Piece-wise linearization
Equation C -5
Wet Calibration - 12-Point piece-wise linearization
V WetCal = V DryCal ¥ LinearMeterFctr
where
V WetCal
=
wet-calibration gas flow velocity (m/s) (AvgFlow)
V DryCal
=
dry-calibration gas flow velocity (m/s) (DryCalVel)
LinearMeterFctr
=
linear meter factor (dimensionless) (LinearMeterFctr)
C.3.4
Third-order polynomial
Equation C -6
Wet Calibration - third-order polynomial
2
3
V WetCal = C 0 + C 1 V
+ C 2 V DryCal + C 3 V DryCal
DryCal
where
C.3.5
V WetCal
=
wet-calibration gas flow velocity (m/s) (AvgFlow)
V DryCal
=
dry-calibration gas flow velocity (m/s) (DryCalVel)
C0
=
wet-calibration 0th order coefficient (m/s) (FwdC0 or RevC0)
C1
=
wet-calibration 1st order coefficient (dimensionless) (FwdC1 or
RevC1)
C2
=
wet-calibration 2nd order coefficient (s/m) (FwdC2 or RevC2)
C3
=
wet-calibration 3rd order coefficient (s2/m2) (FwdC3 or RevC3)
No wet calibration
See Equation C -3.
172
Piece-wise linearization
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
Device variable calculations
3-9000-761 Rev 3
January 2014
C.4
Average sound velocity
Equation C -7
Average weighted sound velocity

C Avg
=
Wt chord Þ C chord
ActiveChords
--------------------------------------------------------------------------------------------NumActiveChords
where
C Avg
=
average weighted sound velocity (m/s) (AvgSndVel)
Wt chord
=
chord weight (dimensionless) (WtA ... WtD)
C chord
=
chord average sound velocity (m/s) (SndVelA ... SndVelD)
NumActiveChords
=
number of active chords
C.4.1
Optional AGA10 sound velocity calculation and comparison
AGA10SndVelStatusvalue
Description
0
Calculation OK (no errors).
1
Calculation not performed as the feature is not enabled. AGA10SndVel is set to
zero.
2
Calculation not performed as the selected AGA8 method is not the Detailed
method (HCH_Method not set to Detailed Method(3)). AGA10SndVel is set to
zero.
3
Calculation not performed due to invalid AGA8 calculation results. AGA10SndVel is
set to zero.
4
Calculation error due to division by zero. AGA10SndVel is set to zero.
Average sound velocity
173
Device variable calculations
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
January 2014
3-9000-761 Rev 3
C.5
Mass rate
Equation C -8
Mass rate
MassRate = Q Flow ¥ ρ Flow
where
MassRate
=
mass rate (kg/h) (MassRate)
Q Flow
=
flow-condition volumetric flow rate (m3/h) (QFlow)
ρ Flow
=
“in-use” flow-condition gas mass density
(kg/m3) (RhoMixFlow)
C.6
Energy rate
Equation C -9
Energy rate
3
1MJ
1000dm
Q E = Q Base ¥ HV ¥ ------------------- ¥ --------------------------1000kJ
3
1m
where
174
QE
=
energy rate (MJ/h) (EnergyRate)
Q Base
=
base-condition volumetric flow rate (m3/h) (QBase)
HV
=
“in-use” heating value (kJ/dm3) (HeatingValueInUse)
Mass rate
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
Device variable calculations
3-9000-761 Rev 3
January 2014
C.7
Pressure
The flow-condition absolute flow pressure is calculated as shown in Equation C -10.
Equation C -10
Flow-condition absolute pressure
P abs, f = P f + P Atmosphere
P abs, f = P f
InputPressureUnit = FALSE ( Gage )
InputPressureUnit = TRUE ( Absolute )
where
C.8
P abs, f
=
flow-condition absolute pressure (MPaa) (AbsFlowPressure)
Pf
=
flow-condition pressure (MPa if InputPressureUnit=FALSE, MPaa if
InputPressureUnit=TRUE) (FlowPressure)
P Atmosphere
=
(specified) atmospheric pressure (MPaa) (AtmosphericPress)
Temperature
The meter is capable of correcting the raw volumetric flow rate for the effect of pipe expansion
due to temperature changes. Note that for the temperature-effect expansion correction factor
to be calculated, the correction must be enabled (via the EnableExpCorrTemp data point) and
the flow-condition temperature must be available (i.e., the EnableTemperatureInput data
point must be set to ‘Live’(1) or ‘Fixed’(2),
see Section 4.1). The temperature-effect calculation is shown in
Equation C - 11. If the temperature-effect expansion correction factor is not calculated, it is set
to 1.0.
Equation C - 11
Temperature-Effect Expansion Correction
ExpCorr T = 1 + [ 3 ¥ α ¥ ( T f – T ref ) ]
where
Pressure
ExpCorr T
=
α
=
Tf
=
T ref
=
expansion correction factor due to temperature (dimensionless)
(ExpCorrTemperature)
pipe linear expansion coefficient due to temperature (K-1)
(LinearExpansionCoef)
flow-condition temperature (K) (FlowTemperature)
reference temperature for the pipe linear expansion coefficient (K)
(RefTempLinearExpCoef)
175
Device variable calculations
January 2014
176
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
3-9000-761 Rev 3
Temperature
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
3-9000-761 Rev 3
Supported field device operations
January 2014
Annex D. Supported field device operations
D
For detailed information, refer to the AMS Device Manager Books Online (PN: 10P5824A501).
http://www2.emersonprocess.com/en-US/brands/amssuite/amsdevicemanager/Pages/AMSDeviceManager.aspx
D.1
AMS Device Manager
This section consists of the AMS Device Manager configurations and settings used by Daniel
3410 Series Ultrasonic Flow Meters and assumes the device is connected, power is applied and
the device is functioning correctly. AMS Device view selections include Overview, Configure and
Service Tools.
Figure D-1 AMS Device Manager Menu Tree
AMS Device Manager
177
Supported field device operations
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
January 2014
D.2
3-9000-761 Rev 3
375/475 field communicator menu tree
The 375/475 Field Communicator provides real-time HART communications with Daniel 3410
Series Ultrasonic Flow Meters.
The following figures show details of the 375/475 Handheld Communicator Menu Tree.
178
•
Diagram Page 1 - 3410 Series Root Menu; HART Application, Online menu, Utility menu,
HART diagnostics
•
Diagram Page 2 - 9 Configure>Manual Setup
•
Diagram Page 10 - Configure Alerts Setup
•
Diagram Page 11 - 12 Service Tools>Alerts and Variables
375/475 field communicator menu tree
3410 Series Gas Ultrasonic Flow Meters
HART Application
1. Offline
2. Online
3. Utility
4. HART Diagnostics
Online Menu
1. Overview
2. Configure
3. Service Tools
1. Device Status: Good, Failed, Maintenance, or Advisory
2. Comm Status: Polled
3. Uncorr Volume Rate
Value UOM
4. Display K-Factors
5. Device Information
Device Status Menu
1. Refresh Alerts
2. No Active Alerts*
3. List F: <Alert Label>**
4. List A: <Alert Label>***
5. List M: <Alert Label>****
Note
* Displayed when No Active Alert is present
** Displayed when Active Alert with category ‘Failed’ is present
*** Displayed when Active Alert with category ‘Maintenance’ is present
****Displayed when Active Alert with category ‘Advisory’ is present
Device Identification
3. Service Tools
See Page 11
Device Information
Utility Menu
1. Configure HART Application
2. Available Device Descriptions
3. Simulation
HART Diagnostics
1. DC Voltage Measurement
Configure HART Application
1. Polling Options
2. Polling Addresses
3. Ignore Status
4. HART Tag
5. Storage Cleanup
Value
Value
Value
Value
Available Device Descriptions
Daniel Industries
·
3410 Series Gas USM
- Dev v1, DD v1
·
- Dev v3, DD v1
·
3810 Series Liquid USM
- Dev v1, DD v1
- Dev v3, DD v1
·
Gas USM
- Dev v1, DD v1
- Dev v2, DD v2
·
Liquid USM
- Dev v1, DD v1
- Dev v2, DD v2
1. Identification
2. Revisions
3. Alarm Type and Security
4. Licenses
1. Tag
2. Long Tag
3. Model Number
4. Meter Serial Number
5. CPU Serial Number
6. Date
7. Descriptor
8. Message
9. Device Image
Value
Value
Value
Value
Value
Value
Value
Value
Revisions
Polling Options
Poll By Address
Poll Using Tag
Poll Using Long Tag
Poll Using Unique ID
Polling Addresses
0
0-15
0-63
63
Custom Range
HART Tag
Show Long Tag
Show Short Tag
Storage Cleanup
1. Internal Flash
2. System Card
3. Hotkey Menu
1. Universal
2. Field Device
3. Hardware
4. Software
5. Firmware
6. DD
7. DD Build
Value
Value
Value
Value
Value
Value
Value
Alarm Type and Security
1. AO1 Alarm Action
2. AO2 Alarm Action
3. Write Protect Status
Value
Value
Value
Cont Flow Analysis
Licenses
1. CPU Serial Number
2. Cont Flow Analysis
3. AGA10 Calculation
4. GC Communications
5. Enter License Keys
Value
1. CFA Key
2. Enabled
Value
Value
AGA10 Calculation
1. AGA10 Key
2. Enabled
Value
Value
GC Communications
1.GC Key
2. Enabled
Value
Value
Page 1 of 12
HART 375/475 Rev 3
3410 Series Gas Ultrasonic Flow Meters
Configure Menu
Configure
1. Manual Setup
2. Alert Setup
Manual Setup
1. HART
2. Outputs
3. Inputs
4. Communication
5. Metrology
6. Local Display
7. Meter Information
2. Alert Setup See Page 10
HART
Device Variables Mapping
1. Device Variables Mapping
2. Units
3. HART Parameters
1. Primary Variable
2. Secondary Variable
3. Third Variable
4. Fourth Variable
Outputs
Units
1. Analog Output 1
2. Analog Output 2
3. Freq/Dig Outputs
4. Freq & Dig Output 1
5. Freq & Dig Output 2
6. Test Mode Timeout
3. Inputs
4. Communications
5. Metrology
6. Local Display
7. Meter Information
See Page 3
See Page 4
See Page 5-8
See Page 9
See Page 9
1. Volume Units
2. Mass Units
3. Energy Units
4. Flow Rate Time Units
5. Velocity Units
6. Pressure Units
7. Temperature Units
8. Length Units
9. Micro Length Units
Viscosity Units
Young’s Modulus
Vol Heating Units
Density Units
Value UOM
Value
Value
Value UOM
Value UOM
Value
Value
Analog Output 2
1. AO2 Content (SV)
2. AO2 Direction
3. AO2 Lower Range
4. AO2 Upper Range
5. AO2 Alarm Action
Value
Value
Value
Value
Value
Value
Value
Value
Value
Value
Value
Value
Value
HART Parameters
Analog Output 1
1. AO1 Content (PV)
2. AO1 Direction
3. AO1 Lower Range
4. AO1 Upper Range
5. AO1 Alarm Action
6. Loop Current Mode
Value
Value
Value
Value
1. Tag
2. Long Tag
3. Date
4. Descriptor
5. Message
6. Final Assembly Num
7. Poll Address
8. Response Preambles
9. Request Preambles
Value
Value
Value
Value
Value
Value
Value
Value
Value
Value
Value
Value UOM
Value UOM
Value
Frequency/Digital Output 1
Freq/Dig Outputs
1. Frequency/Digital Output 1
2. Frequency/Digital Output 2
3. Frequency/Digital Output 3
Freq & Dig Output 1
1. Frequency Output 1
2. Digital Output 1
1. FODO1 Source
2. FODO1 Mode
Value
Value
Frequency/Digital Output 2
1. FODO2 Source
2. FODO2 Mode
Value
Value
Frequency/Digital Output 3
1. FODO3 Source
2. FODO3 Mode
Value
Value
Freq & Dig Output 2
Frequency Output 1 or Frequency Output 2
1. Frequency Output 2
2. Digital Output 2
1. FO1 Content
2. FO1 Direction
3. FO1 B Ph Zeroed
4. FO1 B Phase
5. FO1 Max Frequency
6. FO1 Lower Range
7. FO1 Upper Range
8. FO1 Vol Feedback
9. Display K-Factors
Value
Value
Value
Value
Value Hz
Value UOM
Value UOM
Value UOM
Digital Output 1 or Digital Output 2
1. DO1 Chan A Content
2. DO1 Chan A Polarity
3. DO1 Chan B Content
4. DO1 Chan B Content
Value
Value
Value
Value
Page 2 of 12
HART 375/475 Rev 3
3410 Series Configure Menu (continued)
1. Overview
2. Configure
3. Service Tools
Configure Menu
1. Manual Setup
2. Alert Setup
Analog Input 1 (Temperature)
Manual Setup
1. HART
2. Outputs
3. Inputs
4. Communications
5. Metrology
6. Local Display
7. Meter Information
4. Communications
5. Metrology
6. Local Display
7. Meter Information
Inputs
1. Analog Input 1 (Temperature)
2. Analog Input 2 (Pressure)
3. Digital Input
1. Temperature Source
2. Fixed Temperature
3. Live Temperature
4. Temperature Alarm
5. Temperature Exp Correction
6. AI1 Cal Offset
7. AI1 Cal Gain
Value
Value UOM
Value
Value UOM
Value
Live Temperature
1. AI1 Lower Range
2. AI1 Upper Range
Value UOM
Value UOM
Temperature Alarm
1. AI1 Low Limit
2. AI1 High Limit
3. AI Alarm Selection
Value UOM
Value UOM
Value
Analog Input 2 (Pressure)
See Page 4
See Page 5-8
See Page 9
See Page 9
1. Pressure Source
2. Fixed Pressure
3. Live Pressure
4. Pressure Alarm
5. Gage or Absolute
6. Atmospheric Press
7. Press Exp Correction
8. AI2 Cal Offset
9. AI2 Cal Gain
Value
Value UOM
Value
Value UOM
Value
Value UOM
Value
Digital Input
1. DI Gen Polarity
2. DI Cal Polarity
3. DI Cal Gating
Value
Value
Value
Live Pressure
1. AI2 Lower Range
2. AI2 Upper Range
Value UOM
Value UOM
Pressure Alarm
1. AI2 Low Limit
2. AI2 High Limit
3. AI Alarm Selection
Value UOM
Value UOM
Value
Alert Setup
1. Flow Analysis Alerts
2. Baseline Parameters
1. See Page 10
2. See Page 10
Page 3 of 12
HART 375/475 Rev 3
3410 Series Gas USM Configure Menu (continued)
Ethernet
Manual Setup (continued)
Communications
1. HART
2. Outputs
3. Inputs
4. Communications
5. Metrology
6. Local Display
7. Meter Information
1. Ethernet
2. Serial
3. Modbus Units
4. Gas Chromatograph
1. Meter IP Address
2. Meter Subnet Mask
3. Meter Gateway
4. Meter TCP Unit ID
5. Modbus TCP Alt Port
Value
Value
Value
Value
Value
Serial
1. Port A
2. Port B
Modbus Units
5. Metrology
6. Local Display
7. Meter Information
See Page 5-8
See Page 9
See Page 9
1. Modbus Units System
2. Modbus Time Unit
3. Modbus US Cust Unit
4. Modbus Metric Unit
Value
Value
Value
Value
Gas Chromatograph
1. GC Serial Port
2. GC Protocol
3. GC Baud Rate
4. GC Modbus Address
5. GC Comm Timeout
6. GC Stream Number
7. GC Stream Timeout
8. GC Heating Val Type
9. GC Heating Val Unit
Value
Value
Value UOM
Value
Value UOM
Value
Value UOM
Value
Value UOM
Port A
1. Port A Baud Rate
2. Port A Address
3. Port A Resp Delay
4. Port A Timeout
5. Port A PPP Timeout
6. Port A HW Protocol
7. Port A HW Flow
8. Port A RTS Off Delay
9. Port A RTS On Delay
Port A Max Datagram
Value UOM
Value
Value UOM
Value UOM
Value UOM
Value
Value
Value UOM
Value UOM
Value UOM
Port B
1. Port B Baud Rate
2. Port B Address
3. Port B Resp Delay
4. Port B Timeout
5. Port B PPP Timeout
6. Port B Max Datagram
Value UOM
Value
Value UOM
Value UOM
Value UOM
Value UOM
Page 4 of 12
HART 375/475 Rev 3
3410 Series Gas USM Configure Menu (continued)
Meter Body
1. Flow Direction
2. Pipe Inside Diameter
3. Temp Exp Corr
4. Pressure Exp Corr
Manual Setup (continued)
1. HART
2. Outputs
3. Inputs
4. Communications
5. Metrology
6. Local Display
7. Meter Information
Metrology
1. Meter Body
2. Meter Factors
3. Transducer Chord(s)
4. Batch Parameters
5. Signal Parameters
6. Signal Target Parameters
7. Measurement Limits
8. AGA8
4. Batch Parameters
5. Signal Parameters
6. Signal Target Parameters
7. Measurement Limits
8. AGA8
See Page 6
See Page 6
See Page 7
See Page 7
See Page 8
Value
Value UOM
Temp Exp Corr
1. Linear Exp Coeff
2. Ref Temperature
Value UOM
Value UOM
Pressure Exp Corr
Meter Factors
1. Zero Flow Cal Coeff
2. Flow Cal Method
Value
1. Pipe Outside Diam...
2. Ref Pressure
3. Young’s Modulus
4. Poisson’s Ratio
Value UOM
Value UOM
Value UOM
Value
Forward
Zero Flow Cal Coeff
Transducer Chord(s)
1. Chord A
2. Chord B
3. Chord C
4. Chord D
1. Forward A0
2. Forward A1
3. Forward A2
4. Forward A3
1. Forward
2. Reverse
Chord A
1. Chord A
2. Chord A X Dim
3. Chord A L Dim
4. Chord A Avg Delay
5. Chord A Delta Delay
Value UOM
Value
Value UOM
Value UOM
Reverse
Value
Value UOM
Value UOM
Value UOM
Value UOM
1. Reverse A0
2. Reverse A1
3. Reverse A2
4. Reverse A3
Value UOM
Value
Value UOM
Value UOM
Chord B
1. Chord B
2. Chord B X Dim
3. Chord B L Dim
4. Chord B Avg Delay
5. Chord B Delta Delay
Value
Value UOM
Value UOM
Value UOM
Value UOM
Chord C
1. Chord C
2. Chord C X Dim
3. Chord C L Dim
4. Chord C Avg Delay
5. Chord C Delta Delay
Value
Value UOM
Value UOM
Value UOM
Value UOM
Chord D
1. Chord D
2. Chord D X Dim
3. Chord D L Dim
4. Chord D Avg Delay
5. Chord D Delta Delay
Value
Value UOM
Value UOM
Value UOM
Value UOM
Page 5 of 12
HART 375/475 Rev 3
3410 Series Gas USM Configure Menu (continued)
Manual Setup (continued)
1. HART
2. Outputs
3. Inputs
4. Communications
5. Metrology
6. Local Display
7. Meter Information
Batch Parameters
Metrology
1. Meter Body
2. Meter Factors
3. Transducer Chord(s)
4. Batch Parameters
5. Signal Parameters
6. Signal Target Parameters
7. Measurement Limits
8. AGA8
6. Signal Target Parameters
7. Measurement Units
8. AGA8
1. Signal
2. Transducer Firing
3. Batch
4. Alarm Conditions
Signal
1. Update Rate
2. Stack Size
3. Filter
4. Smoothing
Value UOM
Value
Value
Value UOM
Transducer Firing
1. Sequence
2. Dithering
3. Desired Firing
4. Desired Stacking
5. Co-loc Meter Mode
6. Synchronization
Page 7
Page 7
Page 8
Value
Value
Value UOM
Value UOM
Value
Value
Batch
1. Batch Size
2. Max No Data Batches
3. Chord Prop Batches
4. Chord Prop Factor
Value
Value
Value
Value
Alarm Conditions
1. Min Op Chords
2. Chord Fail Batches
3. Min Good Msmt
4. Re-acq Vel Batches
Signal Parameters
1. Transducer
2. Amplitude
3. Signal to Noise
4. Pulse Width
5. Transit Time
6. Sampling
Value
Value
Value UOM
Value
Transducer
1. XdcrFreq
2. XdcrNumDriveCycles
Value UOM
Value
Amplitude
1. Pk1Thrsh
2. Pk1Pct
Value
Value UOM
Signal to Noise
1. SNRatio
2. MinSigQlty
3. MaxNoise
Value
Value
Value
Pulse Width
1. NegSpan
2. PosSpan
3. Pk1PlsWdthSl
Value UOM
Value UOM
Value UOM
Transit Time
1. TmDevFctr1
2. DltChkSl
3. TmDevLow1Sl
Value
Value UOM
Value UOM
Sampling
1. SampInterval
2. SampPerCycle
3. MinHoldTime
4. MaxHoldTm
Value UOM
Value
Value UOM
Value UOM
Page 6 of 12
HART 375/475 Rev 3
3410 Series Gas USM Configure Menu (continued)
Manual Setup (continued)
1. HART
2. Outputs
3. Inputs
4. Communications
5. Metrology
6. Local Display
7. Meter Information
Metrology
1. Meter Body
2. Meter Factors
3. Transducer Chord(s)
4. Batch Parameters
5. Signal Parameters
6. Signal Target Parameters
7. Measurement Limits
8. AGA8
8. AGA8
Signal Target Parameters
1. TspfMatch
2. Pf Distance
3. Pe Distance
4. Norm Amplitude
5. TspeLmt
Value UOM
Value
Value
Value
Value UOM
Pf Distance
1. Tspf
2. TspfLo
3. TspfHi
4. TspfSen
5. TspfWt
Value UOM
Value UOM
Value UOM
Value UOM
Value
Pe Distance
See Page 8
1. Tspe
2. TspeLo
3. TspeHi
4. TspeSen
5. TspeWt
Value UOM
Value UOM
Value UOM
Value UOM
Value
Norm Amplitude
Measurement Limits
1. Speed of Sound
2. Flow Velocity
1. Tamp
2. TampLo
3. TampHi
4. TampSen
5. TampWt
Value UOM
Value UOM
Value UOM
Value UOM
Value
Speed of Sound
1. Snd Vel Low Alarm
2. Snd Vel High Alarm
3. Min Sound Speed
4. Max Sound Speed
5. CRange
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Flow Velocity
1. Max Meter Velocity
2. Velocity Threshold
3. Chord Prop Min Vel
4. CRange Min Vel
5. CRange Max Vel
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Page 7 of 12
HART 375/475 Rev 3
3410 Series Gas USM Configure Menu (continued)
Manual Setup (continued)
1. HART
2. Outputs
3. Inputs
4. Communications
5. Metrology
6. Local Display
7. Meter Information
Metrology
8. AGA8
AGA8
1. AGA8 Method
Value
2. Base
3. Specific Gravity
4. Vol Heating Value
5. Molar Density
6. Compressibility
7. Gas Composition
AGA8
External
External
Gross Method 1
Gross Method 2
Detailed Method
None
1. AGA8 Method
2. Base
3. Compressibility
Base
Value
1. Base Temperature
2. Base Pressure
Value UOM
Value UOM
Compressibility
1. Flow Mass Density
2. Flow Compressibility
3. Base Compressibility
Value UOM
Value
Value
Gross Method 1
6. Local Display
7. Meter Information
See Page 9
See Page 9
1. AGA8 Method
Value
2. Base
3. Specific Gravity
4. Vol Heating Value
5. Molar Density
6. Gas Composition
Base
1. Base Temperature
2. Base Pressure
Value UOM
Value UOM
Specific Gravity
1. Specific Gravity
2. Gravity Ref Temp
3. Gravity Ref Pressure
Value
Value UOM
Value UOM
Vol Heating Value
1. Heating Value
2. Heat Val Ref Temp
Value UOM
Value UOM
Molar Density
1. Density Ref Temp
2. Density Ref Pressure
Value UOM
Value UOM
Gas Composition
1. Gas Source
2. GC Alarm Con Data Src
3. Fixed Gas Comp
Value
Value
Gross Method 2
1. AGA8 Method
Value
2. Base
3. Specific Gravity
4. Gas Composition
Base
1. Base Temperature
2. Base Pressure
Value UOM
Value UOM
Specific Gravity
1. Specific Gravity
2. Gravity Ref Temp
3. Gravity Ref Pressure
Value UOM
Value UOM
Value UOM
Value
Value
1. AGA8 Method
Value UOM
Value UOM
Gas Composition
None
None
1. Gas Source
2. GC Alarm Con Data Src
3. Fixed Gas Comp
Gas Source
GC Alm Con Data Src
Fixed Gas Comp
Base
1. Base Temperature
2. Base Pressure
Value UOM
Value UOM
Value UOM
Last Good Value
Fixed Value
Detailed Method
1. AGA8 Method
Value
2. Base
3. Gas Composition
1. CO2
2. Hydrogen
3. CO
Fixed
Live GC
Gas Composition
1. Gas Source
2. GC Alarm Con Data Src
3. Fixed Gas Comp
Fixed Gas Comp
Value
Value
1. CO2
2. Hydrogen
3. CO
4. Hydrogen
Gas Source
Fixed
Live GC
Value UOM
Value UOM
Value UOM
Value UOM
Fixed Gas Comp
1. CO2
2. Hydrogen
3. CO
4. Nitrogen
5. Methane
6. Ethane
7. Propane
8. H2O
9. H2S
Oxygen
i-Butane
n-Butane
i-Pentane
n-Pentane
n-Hexane
n-Heptane
n-Octane
n-Nonane
n-Decane
Helium
Argon
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
GC Alm Con Data Src
Last Good Value
Fixed Value
Page 8 of 12
HART 375/475 Rev 3
3410 Series Gas USM Configure Menu (continued)
Manual Setup (continued)
1. HART
2. Outputs
3. Inputs
4. Communications
5. Metrology
6. Local Display
7. Meter Information
Display Items
Local Display
1. Display Scroll Delay
2. Display Time Unit
3. Display US Cust Unit
4. Display Metric Unit
5. Display Items
6. Local Display Test
Value UOM
Value
Value
Value
1. Display Item 1
2. Display Item 2
3. Display Item 3
4. Display Item 4
5. Display Item 5
6. Display Item 6
7. Display Item 7
8. Display Item 8
9. Display Item 9
Display Item 10
Value
Value
Value
Value
Value
Value
Value
Value
Value
Value
General Information
Meter Information
1. Model Number
2. Meter Serial Number
3. General Information
4. Archive Logs
5. License Keys
Value
Value
1. Menu Name
2. Station Name
3. Address
4. City
5. State and Country
6. User Scratch 1
7. User Scratch 2
Value
Value
Value
Value
Value
Value
Value
Archive Logs
1. Contract Hour
2. Daily Log
3. Hourly Log
4. Event Log
Daily Log
Value
1. Daily Log Old Rec
Value
Hourly Log
1. Hourly Log Old Rec
Event Log
Value
Audit Log
1. Audit Log
2. Alarm Log
3. System Log
1. Audit Log Old Rec
Value
Alarm Log
Cont Flow Analysis
License Keys
1.Cont Flow Analysis
2. AGA10 Calculation
3. GC Communications
1. CFA Key
2. Enabled
Value
Value
1. Alarm Log Old Rec
2. Hyster Filter Count
3. Hyster Filter Time
Value
Value
Value UOM
AGA10 Calculation
1. AGA10 Key
2. Enabled
Value
Value
System Log
1. System Log Old Rec
Value
GC Communications
1.GC Key
2. Enabled
Value
Value
Page 9 of 12
HART 375/475 Rev 3
3410 Series Configure Menu – Alert Setup (continued)
Configure
1. Manual Setup
2. Alert Setup
Configure Detect Blockage
Detect Blockage
1. Detection
2. Enable
3. Configure
Alert Setup
1. Flow Analysis Alerts
2. Baseline Parameters
Flow Analysis Alerts
1. Detect Blockage
2. Detect Liquid
3. Detect Bore Buildup
4. Detect Abnormal Profile
5. Sound Velocity Comparison
6. Detect Reverse Flow
7. Set Flow Range Limits
Value
Detect Liquid
1. Detection
2. Enable
3. Configure
Value
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Configure Detect Liquid
1. Liq Profile Factor Lmt
2. Liq Cross-Flow Lmt
3. Liq Symmetry Lmt
Detect Bore Buildup
1. Detection
2. Enable
1. Blkg Symmetry Limit
2. Blkg Cross-Flow Limit
3. Blkg Turb A Limit
4. Blkg Turb B Limit
Configure
5. Blkg Turb CBlockage
Limit
6. Blkg Turb D Limit
Value
Value
Value
Value
Configure Abnormal Profile
Detect Abnormal Profile
1. Detection
2. Enable
3. Configure
1. Snd Vel Error Lmt
Value UOM
Value
Configure Reverse Flow
Detect Reverse Flow
1. Detection
2. Enable
3. Configure
Value UOM
Configure Sound Vel Comparison
Sound Velocity Comparison
1. Detection
2. Enable
3. Configure
1. Abnorm Pro Fac Limit
Value
Value
1. Rev Flow Zero Cutoff
2. Rev Flow Vol Limit
Value UOM
Value UOM
Set Flow Range Limits
1. Lower Velocity Limit
2. Upper Velocity Limit
Baseline Parameters
1. Setup Baseline
2. Forward Baseline Parameters
3. Reverse Baseline Parameters
Value UOM
Value UOM
Fwd/Rev Baseline Parameters
1. Current Baseline Information
2. Velocity Diagnostics
3. Flow
Current Baseline Information
1. Fwd/Rev Baseline Com…
2. Fwd/Rev Baseline Date
3. Fwd/Rev Baseline Time
Value
Value
Value
Velocity Diagnostics
1. Fwd/Rev Base Prof Fact
2. Fwd/Rev Base Swirl An…
3. Fwd/Rev Base Symmetry
4. Fwd/Rev Base Cross-Flow
5. Fwd/Rev Baseline Turb A
6. Fwd/Rev Baseline Turb B
Value
Value
Value
Value
Value UOM
Value UOM
7. Fwd/Rev Baseline Turb C*
Value UOM
8. Fwd/Rev Baseline Turb D*
Value UOM
Flow
1. Fwd/Rev Baseline Vel
2. Fwd/Rev Baseline Temp
3. Fwd/Rev Baseline Press
Value UOM
Value UOM
Value UOM
Note
* Only Chords A & B are displayed for Device number 3412
and Chord A for 3411.
All chord parameters are always displayed for
Device number 3414.
Page 10 of 12
HART 375/475 Rev 3
3410 Series Gas USM
Online Menu
Alerts
1. Refresh Alerts
2. No Active Alerts*
3. List F: <Alert Label>**
4. List A: <Alert Label>***
5. List M: <Alert Label>****
Service Tools
1. Alerts
2. Variables
3. Trends
4. Maintenance
3. Trends
4. Maintenance
Note
* Displayed when No Active Alert is present
** Displayed when Active Alert with category ‘Failed’ is present
*** Displayed when Active Alert with category ‘Maintenance’ is present
****Displayed when Active Alert with category ‘Advisory’ is present
See Sheet 12
See Sheet 12
Flow Velocity
Value UOM
Value UOM
Value UOM
4. Chord D*
Value UOM
Variables
Flow Data
Sound Velocity
1. Flow Data
2. Path Information
3. Flow Totals
1. Flow Velocity
2. Sound Velocity
3. Flow Values
4. Flow Analysis
1. Chord A
2. Chord B
3. Chord C*
Value UOM
Value UOM
Value UOM
4. Chord D*
Value UOM
4. All Variables
4. All Variables
1. Chord A
2. Chord B
3. Chord C*
See Sheet 12
Flow Values
Path Information
1. Performance
2. Gain
3. SNR
4. Signal
5. Noise
Flow Totals
1. Volume Totals
2. Energy Totals
3. Mass Totals
1. Flow Direction
2. Avg Flow Velocity
3. Avg Sound Velocity
4. AGA10 Snd Velocity
5. Sound Vel Comp Diff
Value
Value UOM
Value UOM
Value UOM
Value UOM
Flow Analysis
1. Profile Factor
2. Swirl Angle
3. Symmetry
4. Cross-Flow
5. Turbulence A
6. Turbulence B
7. Turbulence C*
8. Turbulence D*
Value
Value UOM
Value
Value
Value UOM
Value UOM
Value UOM
Value UOM
Volume Totals
1. Fwd Uncorrected Vol
2. Rev Uncorrected Vol
3. Fwd Base Cond Vol
4. Rev Base Cond Vol
Value UOM
Value UOM
Value UOM
Value UOM
Energy Totals
1. Fwd Accum Energy
2. Rev Accum Energy
Value UOM
Value UOM
Mass Totals
1. Fwd Accum Mass
2. Rev Accum Mass
Value UOM
Value UOM
Note
* Only Chords A & B are displayed for Device number 3412
and Chord A for 3411.
All chord parameters are always displayed for
Device number 3414.
Performance
1. Performance A1
2. Performance A2
3. Performance B1
4. Performance B2
5. Performance C1*
6. Performance C2*
7. Performance D1*
8. Performance D2*
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Gain
1. Gain A1
2. Gain A2
3. Gain B1
4. Gain B2
5. Gain C1*
6. Gain C2*
7. Gain D1*
8. Gain D2*
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
SNR
1. SNR A1
2. SNR A2
3. SNR B1
4. SNR B2
5. SNR C1*
6. SNR C2*
7. SNR D1*
8. SNR D2*
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Signal
1. Signal A1
2. Signal A2
3. Signal B1
4. Signal B2
5. Signal C1*
6. Signal C2*
7. Signal D1*
8. Signal D2*
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Noise
1. Noise A1
2. Noise A2
3. Noise B1
4. Noise B2
5. Noise C1*
6. Noise C2*
7. Noise D1*
8. Noise D2*
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Value UOM
Page 11 of 12
HART 375/475 Rev 3
3410 Series Service Tools>Variables (continued)
3410 Series Service Tools>Trends and
3410 Series Service Tools>Maintenance
Primary Variable*
All Variables
1. Alerts
2. Variables
3. Trends
4. Maintenance
Variables
1. Flow Data
2. Path Information
3. Flow Totals
4. All Variables
1. Variable Summary
2. Primary Variable
3. Secondary Variable
4. Third Variable
5. Fourth Variable
See Sheet 10
* Note
The factory default value for all
variables is Uncorr Flow Rate.
Other variable selections for
Daniel Gas Ultrasonic Meters are:
Value UOM
Secondary Variable
1. Corr Volume Rate
2. Corr Volume Rate
3. Status: Good
·
·
·
·
·
·
·
Value UOM
Third Variable
Trends
1. Alerts
1. Uncorr Volume Rate
2. Uncorr Volume Rate
3. Status: Good
1. Primary Variable
2. Secondary Variable
3. Third Variable
4. Fourth Variable
1. Pressure
2. Pressure
3. Status: Good
Value UOM
Corr Volume Rate
Avg Flow Velocity
Avg Sound Velocity
Mass Flow Rate
Energy Flow Rate
Pressure
Temperature
Fourth Variable
1. Temperature
2. Temperature
3. Status: Good
Value UOM
Primary Variable
1. Uncorr Volume Rate
2. Uncorr Volume Rate
3. Status: Good
4. AO1 Upper Range
5. AO1 Lower Range
Value UOM
Value UOM
Value UOM
Secondary Variable
1. Corr Volume Rate
2. Corr Volume Rate
3. Status: Good
4. AO2 Upper Range
5. AO2 Lower Range
Value UOM
Value UOM
Value UOM
Third Variable
1. Avg Flow Velocity
2. Avg Flow Velocity
3. Status: Good
4. Upper Range
5. Lower Range
Value UOM
Value UOM
Value UOM
Fourth Variable
1. Avg Sound Velocity
2. Avg Sound Velocity
3. Status: Good
4. Upper Range
5. Lower Range
Value UOM
Value UOM
Value UOM
** Warning:
·
Maintenance
1. Routine Maintenance
2. Reset/Restore
Take the device out of process control loop.
Routine Maintenance
1. Analog Output 1 Trim**
2. Analog Output 2 Trim**
3. Frequency Output Test**
4. Digital Output Test**
5. Set Transducer Type***
6. Locate Device****
7. Set/View Clock
*** Warning:
·
Setting transducer type is necessary only after a swap-out
of all transducers. Select transducer type carefully as
incorrect selection may cause incorrect measurement.
**** Message:
This method will help identify the device in the
field by displaying the pattern (0-0-0) on the device
display.
Reset/Restore
1. Reset Device
2. Reset Chord Proportions
Page 12 of 12
HART 375/475 Rev 3
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
3-9000-761 Rev 3
Revision history
January 2014
Annex E. Revision history
ERevision history
E.1
Document release
This is this initial release of the Daniel 3410 Series Ultrasonic Flow Meter HART Field Device
Specification Guide.
E.2
Changes Revision 2
Page/section
Description of change
Title Page
•
•
•
Changed manual title - removed “Guide”
Revision level from 1 to 2
Date from March 2011 to 17 September 2012
Preface
•
Changed title Important instructions to Important Safety Instructions. Changed copyright
from 2011 to 2012 (Also on back page)
Table of Contents
List Of Figures
List of Tables
•
•
•
Changed title from Contents to Table of Contents
Updated TOC to add changes to section numbering and pagination
Date from 01 November 2011 to September 2012
Document release
179
Revision history
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
January 2014
Sections
3-9000-761 Rev 3
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Annexes
•
•
•
•
Global changes
•
•
•
•
•
180
Changed all section header dates to January and manual revision from 1 to 2
Section 1.1 Changed HART rev 5 to HART rev 7.
Section 2, Table 2-1 changed HART rev 5 to HART rev 3. Changed document type in Header
from Device Specification Guide 3410 Series Gas Ultrasonic Meter to HART Field Device Specification 3410 Series Ultrasonic Meter
Section 3-4, Deleted firmware version level backward compatibility.
Section 4.1.2, Changed HART rev 5 to HART rev 7.
Section 5.5 and 5.6 Swapped sections 5.5 is Energy rate and 5.6 is Mass rate per database
AO1Content.
Section 5.78 Changed Table 5-6 device variable name from pressure to temperature
Section 5.9, New section: HART slave device variables good status indicators. Changed
document type in Header from Device Specification Guide 3410 Series Ultrasonic Meter to
HART Field Device Specification 3410 Series Ultrasonic Meter. Changed Energy rate classification from 0 to 79.
Section 6, Changed section numbers and header dates and revision from 1 to 2.
Section 7, Changed Table 7-1 changed Device Status Bit 5 (Cold Start) and 6 (Configuration
Changed) and changed database point name from DidPrimaryConfigChange OR DidSecondaryConfigChange toHARTDidPrimaryConfigChange OR HARTDidSecondaryConfigChange.
Table 7-2 Byte 10: Update 'Analog Output Saturated, Respectively LSB to MSB: AO2IsSaturated,
… AO25IsSaturated (bit mapped) changed to LSB to MSB: AO1IsSaturated, AO2IsSaturated…
(bit mapped). Only bit for AO1 is used.'; Byte 11: update 'Standardized status' as 'Standardized
status 2, shall be set to 0'; Byte 12: update 'Standardized status 2, shall be set to 0.' as 'Standardized status 3, shall be set to 0.'; Byte 13: update 'Analog Output Fixed, Respectively LSB to
MSB: AO2 … AO25 (bit mapped) where each bit is the OR'ing of the related database points of
IsAO<n>EnableTest and AO<n>IsFixed. Only the bit for AO2 is used' as 'Analog Output Fixed,
Respectively LSB to MSB: AO1, AO2… (bit mapped) where each bit is the OR'ing of the related
database points of IsAO<n>EnableTest and AO<n>IsFixed. Only the bit for AO1 is used. related
database points of IsAO<n>EnableTest and AO<n>IsFixed. Only the bit for AO1 is used'. Backed
out AO1 saturated to AO2 per BZ 6198.
Section 8, Table 8-1 added commands 33 Moved commands 38 and 48 to this table from Table
9-1.
Section 9, Table 9-1 Moved commands 38 and 48 to this table from Table 8-1
Section 10, Changed section numbers and header dates and revision from 1 to 2. Changed
Units syntax to match FRS revision 3.38 and later.
Section 11, Changed title from Units Tables to Tables, section numbers and header dates and
revision from 1 to 2
Section 12.3, Table 12.-2 Command 42 device reset changed minimum and maximum startup
delay times from 67 seconds and 78 seconds to 242 seconds and 250 seconds. Corrected typo
- from effected to affected.
Section 12.5.1, Removed Busy and Delay Response since it not supported.
Annex A, Table A-1 Changed HART rev 5 to HART rev 7, number of Common practice
commands from 16 to 14 (moved commands 38 and 48 to Universal commands), changed
section A.1 title from Introduction to Device capability.
Annex B, changed section B.1 title from Introduction to Default factory settings, changed
header revision and date and corrected Table B-1 formatting Annex C, Annex E Updated
Revision history added Section E-2, header dates and revision from 1 to 2.
Annex D, Removed word Introduction and renumbered following sections
Annex E, Updated revision history page
Removed HART registered mark from manual sections. Kept on Title page
Changed document type in Header from Device Specification Guide 3410 Series Ultrasonic
Meter to HART Field Device Specification 3410 Series Ultrasonic Meter
Removed word Section from section headings
Removed Introduction from sections
Changed all header dates from August to September.
Changes Revision 2
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
Revision history
3-9000-761 Rev 3
E.3
January 2014
Changes Revision 3
Page/section
Description of change
Global changes
•
•
Revision 2 to Revision 3
Date from September 2012 to January 2014 (section headers)
Title Page
•
•
Revision level from 2 to 3
Date from 17 September 2012 to 31 January 2014
Table of Contents
List Of Figures
List of Tables
•
Updated TOC to add changes to section numbering and pagination
All Sections
•
•
Changed Header date from March 2012 to January 2014
Changed revision from 2 to 3
Section
Section 1
• Section 1.1 Deleted note
• Section 1.4.3, Table 1-3 changed HZ to Hz
• Section 1.4.4, Table 1-4 updated references
Section 4
• Section 4.1 Reworded paragraph.
• Section 4.1.1 Section 4.1.1 Added T-32 transducer type and deleted operating temperatures
per clarification of Lit-18 requirements.
• New section 4.1.3 Time stamp
Section 5
• Added 5.9 HART slave device variables good status indicators
Section 7
• Section 7.1 Device status Edit device status bit 5: Cold Start, removed reference to Liquid Ultrasonic Meter and reworded to be consistent with the FRS.
• Section 7. 7.2 Command 48 Advisory Status Byte 0, Bit 7 —removed HARTAO2SVValidity
(inverted).
Section 8
• Section 8.1 Universal commands - Table 8-1 added Commands — 18, 20, 21, 22,
• Moved Common Practice commands38, and 48 to Universal commands.
Section 9
• Common -practice commands Table 9-1: added Commands 72, 89, 90 and 95.
Changes Revision 3
181
Revision history
HART Field Device Specification 3410 Series Gas Ultrasonic Meter
January 2014
Sections
3-9000-761 Rev 3
Section 10
• Removed redundant mention of response data bytes for all commands per FRS v3.1.10.
• Command 128 — Byte 0 — added sentence: This is an informational index variable; when
written, it is not updated in the device.
• Command 129 — edit Command-specific response codes table, Code 1-5, 6, and 7-14.
• Command 130 — deleted Response data bytes table. Inserted sentence:
Same as Request data bytes.
• Command 131 — edit Command-specific response codes.
• Command 132 — added Code 28 Device-specific command error (Response code 6).
• Command 147 — Changed command title and edited Response Data Bytes table. Edited
Command-specific response codes.
• Command 148 — Edit Command-specific response code 6.
• Command 150 - deleted Response data bytes table. Inserted sentence: Same as Request data
bytes.
• Command 154 — Edit Command-specific response code 6.
• Command 155 — edited Request data bytes table. Deleted Response data bytes table. Inserted
sentence: Same as Request data bytes.
• Command 156 - Deleted Response data bytes table. Inserted sentence: Same as Command
157.
• Command 167 - deleted Response data bytes table. Inserted sentence:
Same as Request data bytes.
• Command 170 - deleted Response data bytes table. Inserted sentence: Same as Command 171
Write flow analysis related configuration.
Added commands:
• Command 171— 179, 182 — 197, 200 — 224.
• Added Section 10.2 Device-specific command error (response code 6).
• Added Section 10.2 Device-specific command error (response code 6).
Section 11
• Added Thermal Expansion units, Table 11-16.
Annexes
182
Annex A,
• Updated HART® protocol revision as Rev. 7.0.
• Updated Bits of additional device status from 45 to 40.
• Updated number of Common-Practice Commands from 14 to 18.
• Number of Device-specific commands from 44 - 95.
Annex D
• Changed heading level from D1.1 to D.1.
Annex E
• Updated revision history page with all changes for revision 3, HART 7 protocol.
Changes Revision 3
P/N 3-9000-761
Rev 3
2013
Daniel Measurement and Control, Inc.
11100 Brittmoore Park Drive
Houston, TX 77041 USA
T+1 713-467-6000
F+1 713-827-4805
USA Toll Free 1 888-356-9001
Daniel Measurement Services, Inc.
T +1 713-827-6413
www.Daniel.com
Europe: Stirling, Scotland, UK
T + 44-1786-433400
Middle East: Africa: Dubai, UAE
T +971-4-811-8100
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T +65-677-8211
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© 2013 Daniel Measurement and Control, Inc., All rights reserved
The Emerson logo is a trademark and service mark of Emerson Electric Co. Daniel Measurement
and Control, Inc. (Daniel) are Emerson Process Management business units. The Daniel name and
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