calibation facilities high heat flux measurment data · 2018-04-13 · hhf test parameters to be...

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DIGNOSTICS OF HIGH HEAT FLUX TEST FACILITY Institute for Plasma Reserach Bhat, Gandhinagar, Gujarat, India-382428 www.ipr.res.in CONTACT http://www.ipr.res.in/httd/index.html Ph-No: +91-79-2396 2073 Fax.No: +91-79-2396 2277 E-mail id: [email protected] High Temperature Technologies Division CALIBATION FACILITIES M390 Cavity Black body: Range:500- 3000°C, Accuracy: ±0.25% of reading ±1°C Stability: ±1°C Uniformity: ± 0.1°C Pagasus Plus 1200 thermocouple calibrator: Range: 150- 1200°C, Stability-±0.05 – 0.2°C Features of High Heat Flux Dignostic systems High Heat flux Measurment Data Steady state Heat Flux Measurement data Transient Heat Flux Measurement data steady state 100 cycles Measured data IR Image of Mock up and Tools Temepratures showing Unifirm Heat flux Real time data monitoring Active Feedback to heat flux test for control and safety purpose Sampling rate can be adjusted as per type of experiment High Accuracy & repeatability of measured data Data can be available in .xls, .csv formats for post processing April 2018

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Page 1: CALIBATION FACILITIES High Heat flux Measurment Data · 2018-04-13 · HHF TEST PARAMETERS TO BE DIAGNOSED DIAGNOSTICS DEVICE SPECIFICATIONS ∙ Heat Load Pulseduration and Pulse

DIGNOSTICS OF HIGH HEAT FLUXTEST FACILITY

Institute for Plasma ReserachBhat, Gandhinagar, Gujarat,India-382428www.ipr.res.in

CO N TA C Thttp://www.ipr.res.in/httd/index.html

Ph-No: +91-79-2396 2073Fax.No: +91-79-2396 2277

E-mail id: [email protected]

High Temperature Technologies Division

CALIBATION FACILITIES

M390 Cavity Black body: Range:500- 3000°C,Accuracy: ±0.25% of reading ±1°CStability: ±1°CUniformity: ± 0.1°C

Pagasus Plus 1200 thermocouple calibrator: Range: 150- 1200°C,Stability-±0.05 – 0.2°C

Features of High Heat Flux Dignostic systems

High Heat flux Measurment Data

Steady state Heat Flux Measurement data Transient Heat Flux Measurement data

steady state 100 cycles Measured data IR Image of Mock up and Tools

Temepratures showing Unifirm Heat flux

∙ Real time data monitoring ∙ Active Feedback to heat flux test for control and safety purpose ∙ Sampling rate can be adjusted as per type of experiment ∙ High Accuracy & repeatability of measured data ∙ Data can be available in .xls, .csv formats for post processing

April 2018

Page 2: CALIBATION FACILITIES High Heat flux Measurment Data · 2018-04-13 · HHF TEST PARAMETERS TO BE DIAGNOSED DIAGNOSTICS DEVICE SPECIFICATIONS ∙ Heat Load Pulseduration and Pulse

HHF TEST PARAMETERSTO BE DIAGNOSED

DIAGNOSTICSDEVICE SPECIFICATIONS

∙ Heat Load Pulseduration and Pulse time∙ Number of Heatload cycles

∙Specimen spot surface temperature∙Specimen Bulk Temperature∙Surface temperature Area profiles∙Monitoring of the test object state∙Total absorbed Heat Flux∙ Input and Output Coolant temperatures∙Coolant Flow rates∙Critical Heat flux∙Current collected by specimen∙Localized XRray dose∙Heat Load Pulse duration and Pulsetime∙Number of Heatload cycles

Thermocouples:k type ungrounded ±GºN P AMGGºN)EA mm diameterD

One color pyrometer KLEIBER KMGA U(4 LO:Temp RangewU@GºNP U@GGºNDsampling ratewAGμsecSpectral rangew MWG WWWMW@ μm

IMPAC Two color pyrometer IGAR01RLO :MB02) :TempW RangewU@GºNPAGGGºNSampling ratewM millisecSpectral rangewAW@M μm hAWfO μm

IMPAC Two color pyrometer ISR01 RLO :MB22) :TempW RangewAGGGºNPUGGGºNDSampling ratewM millisecSpectral rangew GWq μm hAWG@ μm

FLIR SC 3144 IR camera:Temp Rangew RTP A@GGºND M – AGGG XpsDXrameratewUMGx M@fhAfG x AMq h fO x q pixelsTemperature measurement accuracyw ±A ◦N or ±A–

FLIR SC 3144MB IR camera:Temp Rangew RT P@GGD AGGGPUGGG°NDM – AGGG XpsDXrame SizewUMGx M@fhAfG x AMqhfO x q pixelsTemperature measurement accuracyw ±A ◦N or ±A–

Coolant calorimetry:Xast Response RT) Pt AGGDO mm diameterD U P WireResponse less than A sec

Mass Analyzer:Residual vas Enalyzer up to UGGEMU

Photron High Speed Imagining camera :upcoming):Monochrome NMOS sensorADMqG x ADGMO pixels L MDGGG fpsfOG x MOG pixels L AGDGGGfpsAMPbit )ynamic Range

Acoustics sensors for CHF detection :upcoming)Xrequency Iandwidthw @Hz to UGGKHz

Portalok Us Ultrasonic flow meter:RangewGWGA…M@ mhsRepeatabilityGWM@– of reading zhP GWGM mhs

BIDIRECTIONAL CURRENT TRANSDUCERSERIES S1U2:VOLTEvY SIvNELw G to ±@Vdc XS ±Xull Scale%DENNURENYw A– XS

Safety Devices: XPray )osimeterDXPray Erea MonitorEccuracyw nSvhh