Configuration Data Sheet
Rosemount 8860/8600 Series
October 2015
00806-0100-4004, Rev KA
Rosemount™ Vortex Configuration Data Sheet
All sections are required on this form. ❍ Select only one of the items provided
★
= Default Value ❏ One or more of the listed items can be selected
Customer information
Customer: ________________________________________________________ Contact Name: _____________________________________________________
P.O./Reference No: _________________________________________________ Fax No./Email: ______________________________________________________
Phone No.:________________________________________________________ P.O. Line Item: ______________________________________________________
Quote No. ________________________________________________________ Model No.:_________________________________________________________
Customer Signoff: _____________________________________________________________________________________________________________________
Tagging
Hardware Tag.:____________________________________________________________ (21 characters max)
Software Tag: _________________________________________________(8 characters max for HART® 5, 32 max for FOUNDATION™ Fieldbus and HART 7)
Fluid selection
Steam:
Liquid:
Gas:
Natural Gas:
(2)
Custom
:
1. See complete list of database fluids at end of this form.
2. Provide data at normal conditions.
3. Required for gases when specific gravity is provided. Not required if density is provided.
❍ Superheated ❍ Saturated - Pressure Based ❍ Saturated - Temperature Based
❍ Water ❍ Methanol ❍ Ethanol
❍ Ammonia ❍ Oxygen ❍ Other
❍ Air ❍ Nitrogen ❍ Hydrogen
❍ Oxygen ❍ Carbon Dioxide ❍ Other
❍ Typ ic a l ❍ Other: Please complete Rosemount Natural Gas Worksheet 00806-0300-4803
❍ Gas ❍ Liquid
Name_________________________________________________________
Density or Specific Gravity ________________________________________
Viscosity ______________________________________________________
Vapor Pressure (liquids) __________________________________________
Base Compressibilit y
Operating Compressibility
(3)
____________________________________________
(3)
_________________________________________
(1)
________________________
(1)
________________________
1
Rosemount 8800/8600 Series
October 2015
Process information
Units Minimum Normal Maximum Design
Flow Rate:
Pressure:
Temperature:
Base conditions (Required only if Standard Volumetric Flow Rate Units are used)
❍ Standard
P = 14.696 psia/101.3625 kPaa P = 14.696 psia/101.3625 kPaa P = 14.73 psia/101.3727 kPaa P = _____________________________
★
❍ Normal ❍ Standard - Natural Gas ❍ User Defined
T = 60 °F/ 15.56 °C
T = 32 °F/0 °C T = 60 °F/15.56 °C T = _____________________m °F m °C
Variable mapping (HART only)
Primary Variable:
❍ Volumetric Flow
★
❍ Mass Flow ❍ Velocity Flow ❍ Process Temperature
Secondary (SV), Tertiary (TV) and Quaternary (QV) Variables: Select up to 3 variables from the list. Mark the SV with a 2, TV with a 3, and QV with a 4.
___ Volumetric Flow ___ Electronics Temperature
___ Corrected Volumetric Flow ___ Calculated Process Density
___ Mass Flow ___ Shedding Frequency
___ Velocity Flow ___ Pulse Output Frequency
___ Process Temperature
(1)
___ Signal Strength
___ Totalizer
(1)
Process variable Configuration (HART only)
Mass Flow:
Volumetric Flow:
Corrected Volumetric Flow
Flow Velocity:
Process Temperature
++
LRV
(1)
:
URV
++
(1)
UOM
❍ Corrected Volumetric Flow
(1)
++
= Note that the LRV for the Process Variable that is mapped to the PV will determine the 4 mA set point of the transmitter. The URV for the Process Variable that is
mapped to the PV will determine the 20 mA setpoint of the transmitter
FOUNDATION Fieldbus configuration
(2)
.
Lower Limit Upper Limit UOM
Flow XD_Scale:
1. MTA Option Only.
2. FOUNDATION Fieldbus is only available on 8800D.
2
October 2015
Rosemount 8800/8600 Series
Flow velocity/mating pipe I.D.
Velo city Base d on:
Process Line Size: _________________________ OR Mating Pipe I.D. ________ ❍ Inches
Mating Pipe Schedule:
❍ Mating Pipe ID
❍ 10 ❍ 40
★
★
❍ 80 ❍ 160 ❍ Other
❍ Meter Body ID
★
Damping
Flow: ______ sec (Default value is 2 seconds) Damping must be between 0.2 and 255 seconds
Temperature: ______ sec (Default value is 2 seconds)
(2)
Damping must be between 0.4 and 32 seconds
Transmitter settings
Hardware Selectables: Alarm Direction
Transmitter Security:
(1)
:
❍ High
❍ Off
★
★
❍ Millimeters
❍ Low
❍ On
Descriptor (HART Only):
Message:
_____________________________________________________ (16 characters maximum)
_____________________________________________________ (32 characters maximum)
Date:
________________________________ (month/day/yr)
Pulse output (HART only)
Pulse Output based on:
❍ Direct Shredding Frequency
Scaled:
1 Pulse = __________________________________________________________ (e.g., 1 Pulse = 10 gal)
OR
_________________ ____________ Hz e.g., 10 gal/min = 1000 Hz
★
HART LCD configuration Check all items to be displayed
❏ Volumetric Flow Rate ❏ Process Temperature
❏ Mass Flow Rate ❏ % Range
★
❏ Velo cit y ❏ Primary Variable
(2)
❏ Electronics Temperature ❏ Shedding Frequency
❏ Calculated Process Density
★
❏ Analog Output ❏ Pulse Output Frequency
❏ Corrected Volumetric Flow ❏ Signal Strength
Fieldbus LCD configuration
❏ Process Temperature
❏ Electronics Temperature
❏ Calculated Process Density
Temperature sensor configuration
Temperature Sensor Failure Alarm:
(3)
Check all items to be displayed
(2)
(2)
❏ Shedding Frequency
❏ Integrator Output (Totalizer)
(2)
❏ % Range
(2)
❍ Fixed Process Temperature
In the event of a temperature sensor failure, the vortex meter will output an alert and will use the fixed process temperature
as a backup for the density and compensated mass flow calculations.
❍ Alarm
In the event of a temperature sensor failure, the vortex meter will go into an alarm mode. Note that if the Primary
Variable is Process Temperature (HART Only), Alarm is automatically selected.
★
❍ Mass Flow ❍ Volumetric Flow
(2)
❏ Totalizer
❍ Corrected Volumetric Flow
1. Not available with Foundation Fieldbus Output.
2. MTA Option Only.
OUNDATION Fieldbus is only available on 8800D.
3. F
3
Rosemount 8800/8600 Series
Temperature compensated liquids (MTA option only with HR5 or HR7 options)
If liquid is not water, please specify between two and five custom temperature and density points. Add units of measure in the parenthesis.
Temperature (unit of measure) Density (unit of measure)
1. _______________ (__________) 1. _______________ (__________)
2. _______________ (__________) 2. _______________ (__________)
3. _______________ (__________) 3. _______________ (__________)
4. _______________ (__________) 4. _______________ (__________)
5. _______________ (__________) 5. _______________ (__________)
SMART Fluid Diagnostics (DS3 option only with HR5 or HR7 options)
Detects when the process fluid flow changes from liquid to gas.
October 2015
Alert Type: ❍ Analog
Analog Alarm level (mA) __________
Pulse Alarm level (Hz) ____________
Expected Gas Density (lb/cu ft) __________
❍ Pulse ❍ Analog & Pulse ❍ None
Advanced configuration options
Low Flow Cutoff Response Type:
❍ Damped
★
HART output options
Burst Mode
The following output options are specifically used for special HART Communication
configurations
Burst mode of HART digital process variable (Select one option below:)
❍ All Dynamic Variables, Engineering Units
❍ All Dynamic Variables, Engineering Units and PV mA Value
❍ Primary Variable, % of Range
❍ Primary Variable, Engineering Units
❍ User Selected Burst Variables
❍ Disabled
(1)
★
❍ Enabled
❍ Stepped
Variable 1
Variable 2
Variable 3
Variable 4
Note: Required for User Selected Burst Variables
Burst Variables
____________________ Variable 5 ____________________
____________________ Variable 6 ____________________
____________________ Variable 7 ____________________
____________________ Variable 8 ____________________
Multidrop Communication (This option fixes the transmitter’s analog output at 4 mA.)
Choose Transmitter Address (1-15):________
Fieldbus node address
1. Requires completed Burst Variable table.
OUNDATION Fieldbus is only available on 8800D.
2. F
3. Unspecified address will be assigned between 248 and 251.
(2)
Choose Transmitter Address (20-247)
(3)
:________
4
October 2015
Rosemount 8800/8600 Series
For Rosemount Internal Use Only
Sales Order:
Cont. Admin.:
Line Item #:
Salesperson:
ID#:
Fluid database list
❍ 1~1~2~2-
TETRAFLUORO-ETHANE
❍ 1~3-BUTADIENE ❍ 1~4-DIOXANE ❍ 1~4-HEXADIENE ❍ 1-BUTENE ❍ 1-DECANAL
❍ 1-DECANOL ❍ 1-DECANOL ❍ 1-DECENE ❍ 1-DODECANOL ❍ 1-DODECENE
❍ 1-HEPTANOL ❍ 1-HEPTENE ❍ 1-HEXADECANOL ❍ 1-HEXENE ❍ 1-NONANAL
❍ 1-NONANOL ❍ 1-OCTANOL ❍ 1-OCTENE ❍ 1-PENTADECANOL ❍ 1-PENTANOL
❍ 1-PENTENE ❍ 1-UNDECANOL
❍ ACETON E ❍ ACETON ITRILE ❍ ACE TYLENE ❍ ACRYLON ITRILE ❍ AIR
❍ ALCOHOL/ETHANOL ❍ ALLYL ALCOHOL ❍ AMMONIA ❍ ARGON ❍ BEER
❍ BENZALDEHYDE ❍ BENZENE ❍ BENZYL ALCOHOL ❍ BIPHENYL ❍ CANOLA OIL
❍ CARBON DIOXIDE ❍ CARBON MONOXIDE ❍ CARBON TETRACHLORIDE ❍ CHLORINE ❍ CHLOROPRENE
❍ CHLOROTR IFLUORO-
ETHYLENE
❍ CYCLOPENTENE ❍ CYCLOPROPANE ❍ DIVINYL E THER ❍ ETHANE ❍ ETHANOL
❍ ETHYLAMINE ❍ ETHYLBENZENE ❍ ETHYLENE ❍ ETHYLENE GLYCOL ❍ ETHYLENE OXIDE
❍ FLUORENE ❍ FURAN ❍ HELIUM-4 ❍ HFCS 42% ❍ HFCS 55%
❍ HFCS 90% ❍ HYDRAZINE ❍ HYDROGEN ❍ HYDROGEN CHLORIDE ❍ HYDROGEN CYANIDE
❍ HYDROGEN PEROXIDE ❍ HYDROGEN SULFIDE ❍ ISOBUTANE ❍ ISOBUTE NE ❍ ISOBUT YLBENZ ENE
❍ ISOPEN TANE ❍ ISOPR ENE ❍ ISOPRO PANO L
❍ METHANE ❍ ME THANOL ❍ METHYL ACRYLATE ❍ METHYL ETHYL KETONE ❍ METHYL VINYL ETHER
❍ MILK ❍ N-BUTANE ❍ N-BUTANOL ❍ N-BUTYRALDEHYDE ❍ N-BUTYRONITRILE
❍ N-DECANE ❍ N-DODECANE ❍ NEON ❍ NEOPENTANE ❍ N-HEPTADECANE
❍ N-HEPTANE ❍ N-HEX ANE ❍ NITRIC ACID ❍ NITRIC OXIDE ❍ NITROBENZENE
❍ NITROETHANE ❍ NITROGEN ❍ NITROMETHANE ❍ NITROUS OXIDE ❍ N-NONANE
❍ N-OCTANE ❍ N-PENTANE
❍ PENTAFLUOROETHANE ❍ PHENOL ❍ PROPADIENE ❍ PROPANE ❍ PROPYLENE
❍ PYRENE ❍ SOY OIL ❍ STYRENE ❍ SULFUR DIOXIDE ❍ TOLUEN E
❍ TRICHLOROETHYLENE ❍ VINEGAR ❍ VINYL ACETATE ❍ VINYL CHLORIDE ❍ VINYLCYCLOHEXENE
❍ WATER ❍ WORT
❍ 1~1~2-
TRICHLOROETHANE
❍ CORN OI L ❍ CYCLOHEPTANE ❍ CYCLOHEXANE ❍ CYCLOPENTANE
❍ 1~2~4-
TRICHLOROBENZENE
❍ 2~2-
DIMETHYLBUTANE
❍ ORANGE JUICE
CONCE NTRATE
❍ 1~2-BUTADIENE
❍ 2-METHYL-
1-PENTENE
❍ M-CHLORONITRO-
BENZENE
❍ OXYGE N ❍ PEANUT OIL
❍ 1~3~5-
TRICHLOROBENZENE
❍ ACETIC ACID
❍ M-DICHLORO-
BENZENE
5
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