Datasheet TP10
Transcript of Datasheet TP10
• Non-intrusivethermalenergy/BTUmeasurement• Clamp-onultrasonictechnology• Easyandeconomicalinstallation.Nopipeworkrequired• Nomovingpartstowearandtear. Nomaintenancerequired• Industrialgradetemperaturesensorsandultrasonicsensorsforimprovedrobustness
• PairedPT100RTDsensorsandultrasonictransducersforimprovedaccuracy
• NIST-traceablefactorycalibration• Suitableforpureliquidsandliquidswithsomeparticles.Nodependencyonconductivity
• Suitableforallcommonlyusedpipes• Bi-directionalflowmeasurement
Applications
TheTP10thermalenergymeasurementmeterisanidealchoiceforawiderangeofapplicationsinHVAC,energyproduction,energytransfer,buildingmanagement,universityfacilitymanagement,districtheatingandcooling,geothermalandsolarhotwatersystemmonitoring,andallotherliquid-basedthermalenergyproduction/transferringapplications.
Someexamplesare:• Chilledwatersub-metering• Hotwatersub-metering• Condensateandheatingwatercircuits• Boilerfeedwater• Glycol/Watermixture• Thermalstorage• Geothermalsystem• Solarhot-watersystem• Chemicalfeed/Ammoniafeed• Powerplants• Districtenergymanagementandbilling• LEED/Greenbuildingverification,greencreditapplications
• Seamlessintegrationoftemperatureandflowsotodeliveracompleteenergymeteringsolution
• High-performance.Abundantinput/outputfeatures,suchas4-20mA,relay,alarm,taskscheduler,batchcontrollerandmore
• Totalizersforflow,energy,dailyenergyandmonthlyenergy
• Largedataloggerforrecordingmultiplevariables(optional)
• Communication:RS485/MODBUS.OptionalGPRS,GSM,RFwireless
• CompatiblewithuGalaxytelemetrysystemforcentralizedenergydistributionmanagement
Spire Metering Technology LLC,14BCraigRoad,Acton,MA01720,USA
Tel+1978263-7100/888738-0188(toll-free)[email protected]
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Features And Benefits
• Energyconsulting• Facilitymanagementinshoppingmalls,campuses,industrialparks,hospitals,commercialbuildings,governmentbuildings,airportsandmore
ThermoProTM Series TP10 UltrasonicThermalEnergyMeterForPermanentInstallation
DS-T
P10-1205_Rev.3
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AmemberoftheThermoProSeries,theTP10UltrasonicThermalEnergyMeter(alsocalledBTUMeter)isthefirstmemberofthe3rdgenerationultrasonicthermalenergymetersfromSpireMetering.Comparedwithitspredecessors,the3rdgenerationmetersofferbetterperformanceandaricherfeatureset.
TheTP10ultrasonicenergymeterisdesignedtobeinstalledatafixedlocation
forlong-termflowmeasurementonaclosedpipecarryingliquid.Theunitusesapairofclamp-onultrasonictransducerstomeasuretheflowfromtheoutsideofapipenon-intrusively.ItalsousesapairofPT100RTDsensorstomeasurethetemperaturesinthesupplyandreturnlines.Thisinformation,togetherwiththeliquidmaterialinformation,isusedtocalculatethethermalenergytransferredtoaheat-exchangerorgeneratedbyanenergyproductionsystem.
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Signal Quality Tracking TheTP10energymeterutilizescutting-edgetechnologiessuchasadvancedtransducerdesign,lowvoltagetransmission,digitalsignalprocessing,selfadaptationandmoretoachievehighperformance.Itsproprietaryqualitytrackingmechanismanalyzesthequalityofthereceivedsignalandautomaticallytunesitselftoitsoptimizedcondition.Thismechanismleadsthesystemtobeeasilyadaptabletopipematerialvariationsandliquidpropertychanges.
Transducer Pairing and Wetted CalibrationAsQUALITYisofcrucialimportance,allultrasonictransducersandtemperaturesensorsarecarefullypaired,inspectedandcalibratedinordertoguaranteehighaccuracyforbothflowandtemperaturemeasurement.
Theflowmeterportionofthesystemisagainwet-calibratedbyinstallingthetransducersonaflowloopinthefactoryandrunningtheflowatdifferentflowratepoints.Thiswettedcalibrationprocessfurtherassuresthesystemaccuracyandreliability.
Versatile InterfacesTP10providesversatileinput/outputinterfaces,suchasdigitalandrelayoutputs,batchcontrol,alarm,energyandflowtotalizingand4-20mAoutput,whichcanbeeasilyusedbyahostcomputer,PLCoraflowcontrollerforprocessmonitoringandcontrol.Additionally,thebuilt-inisolatedRS-485portandtheoptionalGPRS/GSMmodulemakeremoteflowandenergymonitoringeasyandreliable.
Non-intrusive, non-obstructiveWithclamp-ontransducers,theinstallationbecomesverysimpleandeasy.Nopipeworkisrequiredandthereisnoriskofleakingorcontamination.
ThetemperaturesensorPT100SMisalsosurface-mounttype,whichcanbesimplyattachedtotheoutersurfaceofthepipe.
Economical to Operate. Economical to OwnTheultrasonictransducersaremadefromcrystal,andtherearenomovingpartstowearandtear.Thewholemetersystemiscompletelysolidstate,andthereforetheTP10isbotharobustandreliablesystem.Nomaintenanceisrequiredandnodowntimecostisincurred.
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timeittakesforasoundpulsetotravelbetweenthetwosensors.Thedifferenceinthetransittimeisdirectlyrelatedtothevelocityoftheliquidinthepipe.Theflowrateisthencalculatedbasedonthetransit-timedifference,thegeometryofthepipeandthefluiddynamicsformula.
ThesensorsarecommonlymountedwiththeZ-methodortheV-method.WiththeZ-method,thetwosensorsareinstalledonoppositesidesofthepipe.Thismethodoffersshortersoundpath,thus,bettersignalstrength.Itisoftenusedforlargesizepipeswheresignalstrengthismoreimportant.WiththeV-method,thetwosensorsare
TheTP10energymeasurementsystemcanbefunctionallydividedinto3subsystems:theflowsubsystem,thetemperaturesubsystemandthethermalenergycalculationsubsystem.
Theflowsubsystemmeasurestheflowrateinthepipebasedonthetransit-timeflowmeasurementprinciple.Itutilizesapairofultrasonicsensors(AandBinfigurebelow)thatfunctionasbothultrasonictransmitterandreceiver.Thesensorsareclampedontheoutsideofthepipeataspecificdistancefromeachotherandtheflowmeteroperatesbyalternatelytransmittingandreceivingacodedburstofsoundenergybetweenthetwosensorsandmeasuringthetransit
Measurement Principle
Flow
UpstreamTransducer
ClampFixture
DownstreamTransducer
L
Flow
UpstreamTransducer
Spacing
DownstreamTransducer
ClampFixture
SoundPath
Z-method
V-method
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installedonthesamesideofthepipe.Thesoundpathisdoubled,andasaresult,themeasurementaccuracyisbetter.Thismethodisoftenusedforsmallandmediumsizepipes.
Thetemperaturesubsystemmeasuresthetemperatureoftheliquidinthesupplylineandthereturnlineofaheatexchangingcircuit.TheelectronicsoftheTP10systemcanaccommodateapairofPT100RTDsensors,eithersurfacemounttypeorinsertiontype.Foreasyinstallation,thePT100SMsurfacemountRTDisbetter.Forbetteraccuracy,PT100INinsertionRTDisbetter.
Thethermalenergycalculationsubsystemutilizestheflowratedata,temperaturedataandtheliquiddensityinformationtocalculatethethermalenergydeliveredtotheheatexchangingdevice.Therearetwomethodsforthermalenergycalculation:
(1)Qt=Vx(T2–T1)xCt
(2)Qt=Vxρx(TC2–TC1)
forwateronly.Temperaturemustbeinrange0-150°C(302°F)
WhereQtisthethermalenergy(orcaloric)consumed,Visthevolumetricflowrate,T1andT2arethetemperaturesatthereturnlineandthesupplyline,respectively.Ctisthespecificheat(orthethermalcapacitycoefficient)ofthefluid,whichcanbemanuallyenteredintotheTP10throughthekeypad.Forwater,Ctisnormallyabout0.0041868GJ/m3°C.
ρisthedensityofwateratthesupplytemperature.TC1andTC2arethethermalcapacitiesofthewatercorrespondingtotemperatureT1andT2,whicharecalculatedbytheTP10systemaccordingtointernationalstandards.
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Thefollowingfigureillustrateshowtheultrasonictransducersandtemperaturesensorsareinstalledonachillercircuit.Theultrasonictransducersareclampedontheoutsideofthesupplylinewithmetalstripfixtures.Thetwotransducersareonthesamesideofthepipe,referredtoastheV-methodinstallation.Thetemperaturesensorsshownherearesurface-mounttype,PT100SM.Theyareattachedtothepipes,oneonthesupply,anotheronthereturn.Bothsensorsshouldbewrappedinthermalinsulationmaterialsothatthetemperaturenearthesensorisclosetothetemperatureinsideofthepipe.
Typical Transducer Installation
•FlowTransducer •SurfaceTemperatureSensor
•TemperatureSensorWire–Returnline
•TemperatureSensorWire–Supplyline
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Thesiteoftheultrasonictransducerinstallationisveryimportant.Herearesomerecommendationsforselectingtherightsite:•Inordertoachievegoodaccuracy,itisrecommendedtohave15Dstraight-pipelength:upstream10Danddownstream5D,whereDispipediameter.
•Ifthereisavalveupstreamandthevalveisnotfullyopen,itcouldgenerateflowdisturbance.Alongerupstreamstraightpipeisrecommended.
•Ifthereisapumpupstream,werecommendtohave25Dstraightpiperun.•Ifthepipeisvertical,makesuretheflowisgoingupward,notdownward.Downwardflowcouldhaveairgapiftheflowisfreefall.
•Ifthepipeishorizontal,makesurethepipeisfull!Thetransducersshouldbeinstalledonthesideofthepipe,notonthetoporbottomofthepipe.
InstallationSiteExamples
OK
Bad
Bad
10D 5D
10D 5D
10D 5D
10D
5D
10D5D
OK
OK
OK
Transducer Mounting Site Selection
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Specifications: Main Unit
Fluid- Velocity ±10m/s(±32ft/s)
Fluid Temperature 0–150°C(0–300°F)
Accuracy - Velocity ±1%ofreading±0.008m/s(±0.03ft/s)invelocity*
Accuracy – Temperature ForDeltaT:<0.1CwithmatchedRTDsensorpairForT:<1°C(33.8°F)SensorType:PT100.4-wire
Repeatability 0.2%
Response Time 0.5s.Configurablebetween0.5sand99s
Display/Keypad
LCDwithbacklight.2x20letters.4x4tactile-feedbackmembranekeypad.Displaysinstantaneousenergyrate,energytotal,flowrate,flowtotal,velocity,time,temperature,analogoutputs/inputs
Units English(U.S.)ormetric.BTU,KWH,GJ,etc.
Physical QuantityEnergyrate,totalenergy,volumetricflowrate,totalflow,velocity,analoginputs
TotalizersPositivetotalizer,negativetotalizer,nettotalizer,dailytotalizer,monthlytotalizer,yearlytotalizer,manualtotalizer
Security Keypadcanbelockedwithpassword
Outputs
•CurrentOutput0/4-20mAisolatedoutputforenergyrate,flowrate,velocityorsoundspeed.Impedance0-1k.Accuracy0.1%
•DigitalOutput
OpticallyisolatedOpenCollectorTransistoroutput(OCT).Upto0.5Aload.Canbeprogrammedas:
•Pulsesignalforflow/energytotalization
•ON/OFFsignalforspecialeventsuchasoverflow,noflow,reverseflow,leakagealarming,etc.
•START/STOPsignalforbatchcontrolCanbeusedtodrivepulsecounter,externalrelay,alarm,PLCcounter
•RelayOutput
•Pulsesignalforflow/energytotalization
•ON/OFFsignalforspecialeventsuchasoverflow,noflow,reverseflow,leakagealarming,etc.
•START/STOPsignalforbatchcontrolCanbeusedtodrivepulsecounter,externalrelay,alarm,PLCcounter,or,tocontrolpump,valve,lights
•SoundAlarmOnesoundalarm,programmabletospecificeventsuchasoverflow,noflow,reverseflow,leakagealarming
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Notes:
•*Underreferenceconditionandvelocityshouldbeabove0.5ft/s.
Flowrateiscalculatedbymultiplyingvelocitywiththeinnercross-sectionareaofthepipe.
•**Forwirelesstelemetrysystemsolution,[email protected].
InputsOne4-20mAinputfortemperature,pressureorliquidleveltransmitter
Recording
Automaticallyrecordsthedailytotalofthelast512daysandthemonthlytotalofthelast128monthsSDdatalogger(Optional)forrecordingenergy,temperature,velocity,flow,status,etc
Communication Interface
IsolatedRS-485withpowersurgeprotection.SupportstheMODBUSprotocol.OptionalRF/GPRS/GSMmoduleforwirelessnetworking,remotemonitoringandremotecontrol
SoftwareOptionalStufManagerPCsoftwareforreal-timedataacquisitionandremotemetercontrol
TelemetryuGalaxy_GPRSanduGalaxy_GSMwirelesstelemetrysystemsareavailableuponrequest**
Enclosure Standard(TP10-x-A) Enhanced(TP10-x-B)•Protection IP65 IP66(NEMA4X)
•Dimensions280mmx190mmx54mm(11”x7.5”x2.1”)
305mmx254mmx102mm(12”x10”x4”)
•FeaturesWeather-proof.Aluminum,powercoded.
Weather-proof.Polycarbonate.High-impact,UVresistant.UL-50/c-ULListed.
Weight 5kg(10lbs) 7.5kg(15lbs)
Environment Temp 60°C(140°F) 60°C(140°F)
Power sources12-24VDC,90-260VAC50/60Hz<2W@12VDC
12-24VDC,90-260VAC50/60Hz<2W@12VDC
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How To Order The Main Unit:
TP10 - - - - - - - - -
Type IDClamp-on(Seepage12fortransducerconfiguration) C
Enclosure IDStandardIP65 AEnhancedIP66 BOther,pleasespecify C
Temperature Sensor IDNone 0SurfaceMountPT100SM 1InsertionPT100IN 2
Power Supply ID110VAC&12-24VDC 1220VAC&12-24VDC 2
Data Logger IDNone N2GB SD data logger (for recording flow, temperature, and energy) Y
Temperature Sensor Wire Length IDNone A3m(10ft) B10m(30ft) C
Wireless IDNone 0GSM 1GPRS 2Radio 3Other,pleasespecify 4
ID PC Software0 None
1StufManagerforreal-timedataacquisition
2 uGalaxyTelemetrySystem
ID External Adapter*A None
B485-USB(toconnecttoaPC)
C485-Ethernet(toconnecttoanEthernetnetwork)
D Other,pleasespecify
Attention
Youmustorderbothflowtransmitter(mainunit)andTransducerpairtomakeacompleteflowmetersystem.
Attention
485-USBor485-Ether-netadapterisrequiredforPCsoftwareuse.
Pleaseselectoneoption(ID)fromeachcategory.
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Specifications: Clamp-On Transducer
Model Picture Description
Type:HFxPN#:TWC-X(x=1-5)
(shapemayvary)
Standard temperature, FITTEDTemperaturerange0˚F-140˚F(-20˚C-60˚C).Compact2MHztransducer.FittoonepipesizeonlyTWC-HF1:for½” (DN15)pipeTWC-HF2:for¾” (DN20)pipeTWC-HF3:for1” (DN25)pipeTWC-HF4:for1¼” (DN32)pipeTWC-HF5:for1½” (DN40)pipe
Type:HF0PN#:TWC-6
Standard temperature, clamp-on, 2MHzTemperature0˚F-176˚F(-20˚C-80˚C)Clamp-on2MHztransducerTWC-HF0:for¾”-2”(DN20-DN50)pipes
Type:M1PN#:TWC-7
Standard temperature, clamp-on, 1MHzTemperature0˚F-176˚F(-20˚C-80˚C)Clamp-on1MHztransducer(magnetic)Formediumsizepipes2”-28”(DN50-DN700mm)
Type:LFPN#:TWC-8
Standard temperature, clamp-on, 0.5MHzTemperature0˚F-176˚F(-20˚C-80˚C)Clamp-on0.5MHztransducer.Forlargesizepipes12”-120”(DN300-DN3000mm)
Type:HF0HTPN#:TWC-9
High temperature, clamp-onHightemperature32˚F-300˚F(0˚C-150˚C)Clamp-on2MHztransducerFor¾”-2”(DN20-DN50)pipes
Type:M1HTPN#:TWC-10
High temperature, clamp-onHightemperature32˚F-300˚F(0˚C-150˚C)Clamp-on1MHztransducerFormediumsizepipes2”-28”(DN50-DN700mm)
Type:PT100SMPN#:TWT-PT100SM
Temperature sensorRTD,PT100,surface-mount.4-wires0˚F-300˚F(-20˚C-150˚C)Metalprotection.
Type:PT100INPN#:TWT-PT100IN
Temperature sensorRTD,PT100,insertion.4-wires0˚F-300˚F(-20˚C-150˚C)Industrialgrade
Notes:
•TP10mainunitworksnotonlywiththeaboveclamp-ontransducers,butalsowithwettedtransducers,suchasinsertiontypeandflow-celltypetransducers.Wettedtransducersprovidebetteraccuracyandexcellentlong-termstability.Pleasecontactsolutions@spiremt.comformoreinformation.
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How To Order The Flow Transducer:
TWC - - - - - - -
Pipe SizePleasewritenominalpipesize.*Please reference example shown on the right.
Flow Transducer Type ID
Standardtemperature,FITTED:
HF1-2MHz,forpipesize½” 1HF2-2MHz,forpipesize¾” 2HF3-2MHz,forpipesize1” 3HF4-2MHz,forpipesize1¼” 4HF5-2MHz,forpipesize1½” 5
Standardtemperature,clamp-on,2MHz:
HF0-2MHz,forpipesizes¾”-2” 6
Standardtemperature,clamp-on,1MHz:
M1-1MHz,forpipesize2”-28” 7
Standardtemperature,clamp-on,0.5MHz:
LF-0.5MHz,forpipesize12”-120” 8
Hightemperature,clamp-on:
HF0HT-2MHz,forpipesize¾”-2” 9M1HT-1MHz,forpipesize2”-28” 10
Pipe Size Unit IDInch IMillimeter M
Pipe Type IDCopper ARigidTubing BANSIPlastic CANSIMetal DStainlessSteel EOther,pleasespecify F
ID Liquid TemperatureA 32°-176°F(0°-80°C)B 32°-300°F(0°-150°C)C Other,pleasespecify
ID Clamp Fixture0 None1 ½”-2” (DN15-50)2 2”-4” (DN50-100)3 5”-8” (DN125-200)4 10”-12”(DN250-300)5 14”-16”(DN350-400)6 18”-20”(DN450-500)7 Other,pleasespecify
Cable Length ID5m(15ft) 115m(50ft) 250m(150ft) 3Other,pleasespecify 4
Pleaseselectoneoption(ID)fromeachcategory.
*Note
Whenindicatingnominalpipesizepleasereferencethefollowing:
For 1/2 inch 0 . 5 0
For DN15 0 0 1 5
For 1.5 inch 0 1 . 5
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Dimensions
Standard Enclosure (TP10-x-A)
Enhanced Enclosure (TP10-x-B)
52.5
43.5 2.5
A-A
A
280262
85
28
186
168
86 48
158
8-M3
8
30.5 36.58 5
230
80 49 29
46
4040
40
22 4-M22x1.5 suit for PG16
4- M6
7 15
31 22
1.5
61
B-B
262
65168
BB
10.1”
5.35”
10.1”
10.54”8.00”
0.82”
12.75”
13.69”
4.71”4.23”
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Application Examples
Example 1: Chiller System
CompanyAhasachillerpipe,8”size,carbonsteel,schedule40.Theywanttomonitorthethermalenergyproductionofthischillercircuitwithnon-intrusivetechnology.Thereisa10feetstraightpipeafteranelbow.Themainunitwillbeinstalledinacontrolroomwhichis15feetawayfromthetransducerlocation.
Inthisapplication,thecustomerneedstousethefollowingparts:
Mainunitwithtemperaturesensors:TP10-1-A-2-B-1-N-0Clamp-onFlowTransducer(pair):TWC-7-8I-D-1-A-3
Example 2: Solar Hot Water System
CompanyBhasasolarhotwatersystem.Theyneedtomeasurehowmuchhotwaterandhowmuchthermalenergyhavebeengeneratedeachday.Themainpipeisa2”
copperpipe.Thewatertemperatureisaround160°F(71.1°C)onthesupplyline.Theywanttousenon-intrusivemethodtomeasuretheflowandenergy.
Theflowandenergydataneedtobeloggedevery5minutesfor3months.
Theoperatorofthissystemwantstouseacellphonetochecktheflowandenergysotomonitorthesystemstatusanywherehe/shegoes.Also,incasetheflowisoverorbelowacertainflowrate,whichcouldindicateapumpfailure,theoperatorwantstoreceiveanalarmmessagefromthemeterimmediately.
Inthisapplication,thecustomerneedstousetheTP10clamp-onthermalenergymeterwithGSMwirelessoption.Thecustomerneedstoorderthefollowing:Mainunitwithtemperaturesensors:TP10-2-A-2-B-1-Y-1Clamp-onFlowTransducer(pair):TWC-6-2I-A-1-A-1
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Memo
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FormerlyShenitech,SpireMeteringisagloballeaderinflowandenergymanagementsolutions.Throughcontinuousinnovation,wetransformcutting-edgetechnologiesintoaffordable,reliablesolutionsforaccurateflowandenergymeasurement.SpireMeteringofferswater,heat,electric-ityandgasmetersaswellasAMR/AMIsolutions.Tofindouthowwecanhelptoday,pleasetellusaboutyourapplication.
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