DP Flow Configuration Data Sheet Emerson Process Management Electric Co. Carbon Monoxide Alarm 2051CF 00806 0100 4010

User Manual: Emerson Process Management - Emerson Electric Co. Carbon Monoxide Alarm 2051CF

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Configuration Data Sheet
00806-0100-4010, Rev FA
August 2012
www.rosemount.com
DP Flow CDS
DP Flow 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: ___________________________________________________
Model No.______________________________________________________________________________________________________________________
Customer Signoff: ______________________________________________ ________________________________________________________________
Tagging
Hardware Tag: _________________________________________________________________________________________________
Service:_______________________________________________________________________________________________________
Instrument Selection
Select DP Instrument and complete appropriate additional information.
Annubar®:
_3051SFA
___Fully Compensated
___Pressure Compensated
___Temperature Compensated
DP Compensated(1)
___DP Only
3095MFA
3051CFA
2051CFA
485
585
(1) Compensates for varying discharge coefficient and gas expansion factor based on Reynold’s Number, assuming a fixed pressure and temperature.
Compact:
_3051SFC
___Fully Compensated
___Pressure Compensated
___Temperature Compensated
___DP Compensated(1)
___DP Only
3095MFC
3051CFC
2051CFC
405
Integral Orifice:
_3051SFP
___Fully Compensated
___Pressure Compensated
___Temperature Compensated
___DP Compensated(1)
___DP Only
3095MFP
3051CFP
2051CFP
1195
Orifice Plates:
_1595 Conditioning Plate
_ 1495 Standard Plate
_____ Concentric Square Edged
________ISO 5167-2 2003
________AGA Report #3 2003
________ASME MFC 3M 2004
________Drain/Vent (ISO TR 15377)
____Restriction Orifice
____Alt. Bore
Type:______________
Additional Information Additional Information Additional Information Additional Information
Sensor Size (if known): __________
Connection Type:
For 3051SFA, 3095MFA, 3051CFA,
2051CFA, 485
Pak-Lok
Flange w/ Opposite Side Support
__ Flange Rating:_______________
Flange-Lok
__ Flange Rating:_______________
Gear Drive Flo-Tap:
___Threaded
___Flanged
__ Flange Rating:_______________
Manual Drive Flo-Tap:
___Threaded
___Flanged
__ Flange Rating:_______________
For 585
Flange w/ Opposite Side Support
__ Flange Rating:_______________
Gear Drive Flo-Tap
__ Flange Rating:_______________
Main Steam Annubar w/ Opposite
__ Side Support
Primary Element Technology:
Conditioning (405C)
Standard (405P)
Beta Ratio (if known): ____________
Compact Annubar (405A)
Bore Size (if known): ____________
Connection Type:
Pipe Ends
Flanged
__ Flange Rating:_______________
Beveled
Threaded
Body Only
Threaded
Socket-Weld
Bore Size (if known): _______________
or
Beta Ratio (if known): ______________
Plate Type:
Paddle★
Paddle – Spiral Wound (1495 only)
Universal for RTJ Type Flange
___With Plate Holder
Tap Type:
Flange
Corner
Pipe – D & D/2
Flange Rating:_____________________
Non-Rosemount Primary Element: ________________________________________________________________
Note: Please submit Primary Element Manufacturer’s Calculation Data Sheet.
Configuration Data Sheet
00806-0100-4010, Rev FA
August 2012
2
DP Flow CDS
Fluid Selection
Steam: Superheated Saturated - Pressure Based Saturated - Temperature Based
Liquid: Water Methanol Ethanol
Ammonia Other Database Liquid ________________________ (see page 4)
Gas: Air Nitrogen Hydrogen
Oxygen Other Database Gas ________________________ (see page 4)
Natural Gas: Please complete Natural Gas Data Sheet (document number 00806-0300-4803) or submit gas analysis report.
Custom(1):Name_________________________________________________
Specific Gravity / Molecular Weight __________________________ Viscosity ______________________
Gas Density / Compressibility @ Flowing Conditions _________________________ @ Base Conditions ___________________
Isentropic exponent ______________________________________
Liquid Density @ Flowing Conditions _______________________________________ @ Base Conditions ___________________
Vapor Pressure _________________________________________
(1) Please provide data at normal flowing conditions. For MultiVariable flowmeter configuration, a Custom Gas Data Sheet (document number 00806-0200-4716)
or a Custom Liquid Data Sheet (document number 00806-0300-4716) is required.
Application Data
Line Size: ____________ in.★ mm For Duct Mount Only
Sch: __________________ Circular Square or Rectangular
Duct ID_____________ in.★ mm Duct Span(1)_____________ in.★ mm
OR Wall Thickness_______ in.★ mm Duct Width_______________ in.★ mm
Pipe I.D. _____________ in.★ mm Wall Thickness___________ in.★ mm
Wall Thickness ________ in.★ mm
Primary Element Material:_________________ (316 SST★)Pipe/duct Material:________________________________ (CS★)
Pipe Orientation: Horizontal★
Vertical - Flow Up
Vertical - Flow Down
(1) Duct Span denotes the dimension that the Annubar primary element will span.
Process Information (Gray boxes are required values)
Units Minimum Normal Maximum Full Scale / Design
Flow Rate:
Pressure:
Process Temp:
Atmospheric Pressure: ______________________ (14.696 psia★) (used to convert gage pressure to absolute pressure or absolute pressure to gage pressure)
Base Conditions (Required only if base volumetric flow rate units are used)
Standard★ Normal (ISO Standard) Standard - Natural Gas (AGA) User Defined
P = 14.696 psia/ 101.325 kPaa P = 14.696 psia/ 101.325 kPaa P = 14.73 psia/ 101.53 kPaa P = _____________________________
T = 60 °F/ 15.56 °C T = 32 °F/ 0 °C T = 60 °F/ 15.56 °C T = _____________________ °F °C
MultiVariable Flowmeter Calibration
For MultiVariable flowmeters, please specify each sensor’s Lower Trim Value (LTV) and Upper Trim Value (UTV).(1)
Differential Pressure: LTV=_______________________ UTV=_____________________ Units=____________________
Static Pressure: LTV=_______________________ UTV=_____________________ Units=____________________
Process Temperature: LTV=_______________________ UTV=_____________________ Units=____________________
(1) If left blank, trim values will be determined from process conditions entered on page 2.
Duct
Span
Duct
Span
Width
Recommended
Width
316 SST
CS
14.696 psia
Configuration Data Sheet
00806-0100-4010, Rev FA
August 2012
3
DP Flow CDS
Flowmeter Configuration Defaults(1)
Flowmeter Models: 3051SFA / 3051SFC / 3051SFP
3051S MultiVariable 3051S Single Variable
Compensated Mass and Energy Flow
(Measurement Type: 1-4)
4 mA = 0, 20 mA = Full Scale Flow
Process Variable Assignment
PV: Mass Flow
2V: Differential Pressure
3V: Static Pressure (if available)
4V: Process Temp. (if available)
Direct Process Variable
(Measurement Type: 5-7)
4 mA = 0, 20 mA = URL inH2O
Process Variable Assignment
PV: Square Root of DP
2V: Static Pressure (if available)
3V: Process Temp. (if available)
4V: Module Temp.
Differential Pressure
(Measurement Type: D)
4 mA = 0, 20 mA = Full Scale Flow
Process Variable Assignment
PV: Scaled Variable Representing Flow
2V: Differential Pressure
3V: Module Temp.
Protocol: HART
Burst Mode: Off
Write Protect: Off
Alarm: High
LCD: Flow
Protocol: HART
Burst Mode: Off
Write Protect: Off
Alarm: High
LCD: Flow, DP, P, T
Protocol: HART
Burst Mode: Off
Write Protect: Off
Alarm: High
LCD: DP, P, T
Flowmeter Models: 3051CFA / 3051CFC / 3051CFP Flowmeter Models: 2051CFA / 2051CFC / 2051CFP Flowmeter Models: 3095MFA / 3095MFC / 3095MFP
Differential Pressure
4 mA = 0, 20 mA = URL inH2O
Process Variable Assignment
PV: Square Root of DP
Protocol: HART
Burst Mode: Off
Write Protect: Off
Alarm: High
LCD: Flow
Differential Pressure
4 mA = 0, 20 mA = URL inH2O
Process Variable Assignment
PV: Square Root of DP
Protocol: HART
Burst Mode: Off
Write Protect: Off
Alarm: High
LCD: Flow
Compensated Mass Flow
4 mA = 0, 20 mA = Full Scale Flow
Process Variable Assignment
PV: Mass Flow
2V: Differential Pressure
3V: Static Pressure
4V: Process Temp.
Protocol: HART
Burst Mode: Off
Write Protect: Off
Alarm: High
LCD: Flow
(1) If device settings other than default are required, please complete the appropriate Configuration Data Sheet: 00806-0100-4801 for 3051S,
00806-0100-4803 for 3051SMV, 00806-0100-4001 for 3051C, 00806-0100-4101 for 2051C, and 00806-0100-4716 for 3095.
Configuration Data Sheet
00806-0100-4010, Rev FA
August 2012
DP Flow CDS
Standard Terms and Conditions of Sale can be found at www.rosemount.com/terms_of_sale
The Emerson logo is a trade mark and service mark of Emerson Electric Co.
Rosemount, Annubar, ProPlate, and the Rosemount logotype are registered trademarks of Rosemount Inc.
Engineering Assistant is a registered trademark of AMS Suite.
Emerson Process Management
Blegistrasse 23
P.O. Box 1046
CH 6341 Baar
Switzerland
Tel +41 (0) 41 768 6111
Fax +41 (0) 41 768 6300
Emerson Process Management Asia Pacific
Pte Ltd
1 Pandan Crescent
Singapore 128461
Tel +65 6777 8211
Fax +65 6777 0947
Service Support Hotline : +65 6770 8711
Email : Enquiries@AP.EmersonProcess.com
Emerson Process Management
Rosemount Measurement
8200 Market Boulevard
Chanhassen MN 55317 USA
Tel (USA) 1 800 999 9307
Tel (International) +1 952 906 8888
Fax +1 952 906 8889
Emerson FZE
P.O. Box 17033
Jebel Ali Free Zone
Dubai UAE
Tel +971 4 811 8100
Fax +971 4 886 5465
00806-0100-4010 Rev FA, 8/12
Fluid Database List
1~1~2~2-
TETRAFLUORO-ETHANE 2-METHYL-1-PENTENE ETHANE METHYL ETHYL KETONE PROPANE
1~1~2-
TRICHLOROETHANE ACETIC ACID ETHANOL N-BUTYRALDEHYDE PROPYLENE
1~2~4-
TRICHLOROBENZENE
ACETONE ETHYLAMINE METHYL VINYL ETHER PYRENE
1~2-BUTADIENE ACETONITRILE ETHYLBENZENE N-BUTANE STYRENE
1~3~5-
TRICHLOROBENZENE ACETYLENE ETHYLENE N-BUTANOL SULFUR DIOXIDE
1~3-BUTADIENE ACRYLONITRILE ETHYLENE GLYCOL N-BUTYRONITRILE TOLUENE
1~4-DIOXANE AIR ETHYLENE OXIDE N-DECANE TRICHLOROETHYLENE
1~4-HEXADIENE ALLYL ALCOHOL FLUORENE N-DODECANE VINYL ACETATE
1-BUTENE AMMONIA FURAN NEON VINYL CHLORIDE
1-DECANAL ARGON HELIUM-4 NEOPENTANE VINYLCYCLOHEXENE
1-DECANOL BENZALDEHYDE HYDRAZINE N-HEPTADECANE WATER
1-DECENE BENZENE HYDROGEN N-HEPTANE
1-DODECANOL BENZYL ALCOHOL HYDROGEN CHLORIDE N-HEXANE
1-DODECENE BIPHENYL HYDROGEN CYANIDE NITRIC ACID
1-HEPTANOL CARBON DIOXIDE HYDROGEN PEROXIDE NITRIC OXIDE
1-HEPTENE CARBON MONOXIDE HYDROGEN SULFIDE NITROBENZENE
1-HEXADECANOL CARBON TETRACHLORIDE ISOBUTANE NITROETHANE
1-HEXENE CHLORINE ISOBUTENE NITROGEN
1-NONANAL CHLOROPRENE ISOBUTYLBENZENE NITROMETHANE
1-NONANOL CHLOROTRIFLUORO-
ETHYLENE ISOPENTANE NITROUS OXIDE
1-OCTANOL CARBON DIOXIDE ISOPRENE N-NONANE
1-OCTENE CYCLOHEPTANE ISOPROPANOL N-OCTANE
1-PENTADECANOL CYCLOHEXANE M-CHLORONITRO-
BENZENE
N-PENTANE
1-PENTANOL CYCLOPENTANE M-DICHLORO-
BENZENE OXYGEN
1-PENTENE CYCLOPENTENE METHANE PENTAFLUOROETHANE
1-UNDECANOL CYCLOPROPANE METHANOL PHENOL
2~2-DIMETHYLBUTANE DIVINYL ETHER METHYL ACRYLATE PROPADIENE

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