Rosemount 3051S MultiVariable Configuration - …

1 Configuration Data Sheet August 201500806-0100-4803, Rev DARosemount 3051 SMVR osemount 3051S MultiVariable Configuration Data SheetBOLD = Required Value Select only one of the items provided = Default One or more of the listed items can be selectedCustomer informationCustomer: _____Contact Name: _____Phone No: _____Fax : No.: Line Item: _____Model No.: _____Customer Signoff: _____TaggingHardware Tag: Wire-On _____ (85 characters, A-Z, 0-9) Nameplate _____ (120 characters, A-Z, 0-9)Software Tag: _____ (8 digits, A-Z, 0-9)Measurement typeProcess measurements1 Differential Pressure/Static Pressure/Process Temperature2 Differential Pressure/Static Pressure3 Differential Pressure/Process Temperature4 Differential Pressure5 and 6 Static Pressure/Process TemperatureBased on the measurement type of the transmitter, complete only the necessary process measurements listed in the table above.

2 For example, for measurement type 2 only fill out the Differential Pressure and Static Pressure Units, LTV, and sensor calibration of the lower trim value (LTV) and upper trim value (UTV) Differential Pressure:Units = _____LTV = _____ (0 )UTV =_____ Upper Sensor Limit Static Pressure(1) Measurement Type 5 with Gage Static Pressure Type, sensor calibration must be specified as Differential Pressure . Static pressure calibration must not be = _____LTV = _____ (0 )UTV =_____ Upper Sensor Limit Process Temperature:Units = _____LTV = _____ UTV =_____August 2015 Rosemount 3051 SMV2C1 or C2 option Configuration informationNoteThe following fields are optional and apply for a C1 or C2 defaults for 3051S MultiVariable and 3051SF Flowmeters(1)Compensated mass and energy flow measurementDirect process variable measurementFlowmeter Type:3051SF_13051SF_23051SF_33051SF_4305 1SF_53051SF_63051SF_73051SF_DN/AN/ATrans mitter Ty p e:3051 SMV_M13051 SMV_M23051 SMV_M33051 SMV_M43051 SMV_P13051 SMV_P23051 SMV_P33051S_CD3051 SMV_P53051 SMV_P64 mA:00020 mA.

3 Requires C2 option or onsite configurationURL of DP Sensor or DP Trim Value (UTV) entered aboveURL of SP Sensor or SP Trim Value (UTV) entered aboveVariable Mapping:PV:Flow RateFlow RateFlow RateFlow RateDPDPDPDPSP(2)SP(2)2V:DPDPDPDPSPSPPTS TPTPT3V:SPSPPTSTPTSTSTN/AN/AN/A4V:PTSTST N/ASTN/AN/AN/AN/AN/ATem p er a t u r e Configuration (3):Lower Sensor Limit = -328 F (-200 C)Lower Sensor Limit = -328 F (-200 C)Upper Sensor Limit = 1562 F (850 C)Upper Sensor Limit = 1562 F (850 C)Mode = NormalMode = NormalDigital Display:Alternating: PV, 2V, 3V, 4 VAlternating: PV, 2V, 3V, 4 VBurst Mode:OffOffSecurity:OffOffAlarm:HighHigh Atmospheric Pressure(3) psiaLow Flow Cutoff(3) inH2ON/ATot a l i zer(3):OffOffSP = Static Pressure (Gage or Absolute), DP = Differential Pressure, ST = Sensor Module Temperature, PT = Process Temperature, N/A = Not C1 or C2 option is required if settings other than defaults are desired.

4 For Mass Flow Transmitters with a C2 option and DP Flowmeters, a DP Flow Configuration Data Sheet (document number 00806-0100-4010) is also Measurement Type 5 with Gage Static Pressure Type, sensor calibration must be specified as Differential Pressure . Static pressure calibration must not be C2 option is required if settings other than defaults are informationDescriptor: _____ (16 characters, A-Z, 0-9)Message: _____ (32 characters, A-Z, 0-9)Long Tag: _____ (32 characters)Date: _____ Date of Calibration 3 Rosemount 3051 SMVA ugust 2015 Variable mapping (assign each variable by selecting one choice per row)Mass or Volumetric Flow(1)Energy Flow(1)Differential PressureAbsolute PressureGage Pressure(2)Process Te m p er a t u r eTo t a l izer(1)Sensor Module Tem p er at ur ePV: N/A2V: 3V: 4V: available for Mass and Energy Flow Transmitters - MultiVariable Type.

5 M on 3051S MultiVariable Transmitter, Output Types: 1-4 on 3051SF Measurement Type 5 with Gage Static Pressure Type, pressure variables must be mapped as Differential Pressure . Gage Pressure must not be sensor matching Pt 100 = RTD per IEC 751 Sensor Matching , , Sensor Matching A, B, CFill in Callendar - Van Dusen constants below for Sensor Matching , , or A, B, - Van Dusen constants: _ R0: _____A/ :_____B/ : _____C/ : _____Digital display information Differential Pressure Gage Pressure (1) Absolute Pressure Process Temperature % of Range Flow Rate(2) Energy Rate(2) Totalizer(2) Sensor Module Measurement Type 5 with Gage Static Pressure Type, pressure must be digitally displayed as Differential Pressure.

6 Gage Pressure must not be available for Mass and Energy Flow Transmitters - MultiVariable Type: M on 3051S MultiVariable Transmitter, Output Types: 1-4 on 3051SF damping (0 - 60 seconds)Differential Pressure:_____ ( sec. )Static Pressure(1):_____ ( sec. )Process Temperature:_____ ( sec. )Mass or Volumetric Flow(2):_____ ( sec. )Energy Flow(2): _____ ( sec. ) Measurement Type 5 with Gage Static Pressure Type, pressure variable damping must be specified as Differential Pressure . Static Pressure damping must not be available for Mass and Energy Flow Transmitters - MultiVariable Type: M on 3051S MultiVariable Transmitter, Output Types: 1-4 on 3051SF selection 4 20 mA with simultaneous digital signal based on HART protocol (Default HART address: 0) Turn on Burst mode for 333 Tri-Loop (HART command 3) Multidrop CommunicationTransmitter Address (1-15): _____ (1 ) Hardware Configuration (1)Security: Off available for Mass and Energy Flow Transmitters - MultiVariable Type: M on 3051S MultiVariable Transmitter, Output Types.

7 1-4 on 3051SF 2015 Rosemount 3051 SMV4C2 option flow Configuration information (C1 option not applicable)NoteFor Compensated Flow Transmitters with a C2 option and DP Flowmeters, a DP Flow Configuration Data Sheet (document number 00806-0100-4010) is also and saturation signal levels (choose one of the following)StandardNAMURC ustom (fill in all four spaces below for either Custom High or Custom Low alarm) High Low (Requires C8 option) High (Requires C4 option) Low (Requires C5 option) High (Requires C6 option) Low (Requires C7 option)High Alarm = mAHigh Alarm = mAHigh Alarm ___ _____ mA (must be between and mA)High Saturation = _ mAHigh Saturation = _ mAHigh Saturation _____ mA (must be between and mA)High Alarm must be at least mA greater than the High Alarm = _____ mALow Alarm = _____ mALow Alarm ___ _____mA (must be between and mA)Low Saturation = mALow Saturation _____ mA (must be between and mA)Low Alarm must be mA less than the Low Reference Only:Alarm Value: The mA value the transmitter will output if the diagnostics detect a Value: The max.

8 Or min. mA output value when the primary variable exceeds the 4 20 mA range, or if the DP measurement exceeds the sensor Configuration unitUnit of Measure:Mass UnitVolumetric UnitMass or Volumetric Flow: grams/s MetTon/d Cuft/s gal/s grams/min lb/s Cuft/min gal/min grams/h lb/min Cuft/h gal/h kg/s lb/h Cuft/d gal/d kg/min lb/day Cum/s Liter/s kg/h NmlCum/h Cum/min Liter/m kg/d StdCuft/min Cum/h Liter/h MetTon/min StdCum/h Cum/d barrels/h MetTon/h barrels/d Custom Unit (base unit to be selected above)Example:Display Custom Unit as: _____ (5 digits, A-Z, 0-9)Base Unit = lb/hBase Units per Custom Unit:_____Custom Unit = ton/h (US ton)Base Units/Custom Unit = 20005 Rosemount 3051 SMVA ugust 2015 Flow Configuration unitUnit of Measure:Energy Flow: Btu/h MJoule/h Therms/dExample: Custom Unit (base unit to be selected above)Base Unit = Btu/hDisplay Custom Unit as: _____ (5 digits, A-Z, 0-9)Custom Unit = Btu/dBase Units per Custom Unit:_____ Base Units/Custom Unit = 1/24 = variable range Values (as selected as PV in variable mapping on page 3)PV Range Values:LRV (4 mA) = 0 _ _URV (20 mA) = _____ Full Scale Flow (units of measure selected above)Note.

9 If PV is other than Flow, then range values will be set to trim values entered in Transmitter Sensor Calibration on page Configuration parameters/settingsLow Flow Cut-off:DP = _____ ( inH2O )To t a l i zer : Mass or Volumetric Flow Energy FlowUnits of Measure: _____ Flow Units selected above Totalizer Reset Value:_____ ( billion lbs. or equivalent )Note: When Totalizer Reset Value is reached, the totalizer will reset to zero and continue totalizing. The entered value of the Totalizer Reset must be less than billion lbs. or Correction: Disabled EnabledOnly available with the following primary elements: ISO 5167-2:2003 (E) orifice meters (Flange Tap, Corner Tap, and D & D/2 tap orientations) ASME MFC-3M-2-2004 orifice meters (Flange Tap, Corner Tap, and D & D/2 tap orientations)Only available with the following fluids: Engineering Assistant Version Database Gases Natural Gas - AGA DCM and ISO Molar Composition Superheated SteamProcess Temperature Configuration :Lower Sensor Limit: _____ (-328 F [-200 C] )Upper Sensor Limit: _____(1562 F [850 C] )Te m p er a t u r e S e n s o r Mode: ____ Normal Backup Temperature Value and Units.

10 _____ Fixed Temperature Value and Units: _____August 2015 Rosemount 3051 SMV63051 SMV_M (mass and energy flow output):Some fluid types are only supported by certain measurement Compatibility with Pressure and Temperature Compensation Available Not availableOrdering codeMeasurement typeFluid typesLiquidsSaturated steamSuperheated steamGas and natural gas1DP/P/T (Full Compensation) 2DP/P 3DP/T 4DP only Global HeadquartersEmerson Process Management 6021 Innovation , MN 55379, USA+1 800 999 9307 or +1 952 906 8888+1 952 949 7001 America Regional OfficeEmerson Process Management 8200 Market , MN 55317, USA+1 800 999 9307 or +1 952 906 8888+1 952 949 7001 America Regional OfficeEmerson Process Management 1300 Concord Terrace, Suite 400 Sunrise, Florida, 33323, USA+1 954 846 5030+1 954 846 Regional OfficeEmerson Process Management Europe GmbHNeuhofstrasse 19a Box 1046CH 6340 BaarSwitz