7/27/2019 Anexo # 1 - Memoria de Calculo de Medidor Masico

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Applicator Sizing - FlowProject :Customer: C.Project No.: 0Contact person: Phone: Fax:

eMail:TAG : FE/FIT-402A / FE/FIT-402BTimestamp: 29.07.2013 07:36 PM Review number: 2Sales order number:Sizing SheetGeneral ParametersFluid LPG (70% Propane, 30% Butane)State LiquidCharacter Clean Atmospheric Pressure 1.0132 bar_a

Abrasivity Not abrasive Standard ANSI/ASMEFluid Group (PED) Dangerous Fluid (Fluid group 1)Operating Conditions

minimum nominal maximumRequested Flow 10 000 20 000 40 000 USBPD_petroPressure 14 kg/cm2_gTemperature 17 CDensity 593.35 kg/m3Viscosity 0.18849 cPSound Velocity 870 m/sPressure (min/max) 13 16 kg/cm2_gTemp. (min/max) 13 20 CVapor Pressure 2.4652 3.1255 3.7129 kg/cm2_aFlowmeter : Promass 84FFlow Principle Coriolis (Promass)Meter Size 4"Minimum Flow 0 USBPD_petroMaximum Flow 89 043.5 USBPD_petroMaterial (sensor) * SS 1.4539/904L, ext.temp.Process connection* Cl 300 ANSI / 316L/1.4404 ASME B16.5 flangePED category ** : Application is Cat. IIExtended order codeQty Item Description Extended order code1 Flowmeter Promass 84F 84F1H-PABS

*The user is responsible for the selection of process-wetted materials in view of their corrosion resistance. Endress+Hauser makes no guarantees and

assumes no liability for the corrosion resistance of the materials selected here for the application described above.** The PED category is an Endress+Hauser recommendation and depends on the fluid category, process data as well from the max. permissible press

the selected pressure rating.The fluids of the Applicator data base are classified to 67/548/EWG.

Print date: 29.07.2013 07:49 PM - 1 / 3 -Applicator: 10.15.03 / 124Under no circumstances is Endress+Hauser liable for errors, neither in the Software and in its documentation, nor for any errors andconsequential damage which may arise out of their use. The results in Applicator apply to parameters entered by the user. A c hange inthese parameters could lead to different results. Mandatory data are in the according technical information (TI).

7/27/2019 Anexo # 1 - Memoria de Calculo de Medidor Masico

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Applicator Sizing - FlowProject :Customer: C.Project No.: 0Contact person: Phone: Fax:

eMail:TAG : FE/FIT-402A / FE/FIT-402BTimestamp: 29.07.2013 07:36 PM Review number: 2Sales order number:Sizing SheetSizing and Calculated Results

minimum nominal maximumRequested Flow 10 000 20 000 40 000 USBPD_petroPressure loss 0.02 0.1 0.38 kg/cm2Velocity (meas. tube) 4.469 8.938 17.88 m/sMeasured error Vol.*** 0.1 0.1 0.1 %Measured error Mass*** 0.1 0.1 0.1 %Meas. error Mass- 0.05 0.05 0.05 %PremiumCal***Reynolds No. 1 440 539***For error calculation, the specified reference conditions for the calibration of the flowmeter according to ISO/IEC 17025 apply. Further information intechnical documentation.Warnings / Messages

Print date: 29.07.2013 07:49 PM - 2 / 3 -Applicator: 10.15.03 / 124Under no circumstances is Endress+Hauser liable for errors, neither in the Software and in its documentation, nor for any errors andconsequential damage which may arise out of their use. The results in Applicator apply to parameters entered by the user. A c hange inthese parameters could lead to different results. Mandatory data are in the according technical information (TI).

7/27/2019 Anexo # 1 - Memoria de Calculo de Medidor Masico

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Applicator Sizing - FlowProject :Customer: C.Project No.: 0Contact person: Phone: Fax:

eMail:TAG : FE/FIT-402A / FE/FIT-402BTimestamp: 29.07.2013 07:36 PM Review number: 2Sales order number:Chart SheetFlowmeter : Promass 84FFlow Principle Coriolis (Promass)Meter Size 4"Minimum Flow 0 USBPD_petroMaximum Flow 89 043.5 USBPD_petro

***For error calculation, the specified reference conditions for the calibration of the flowmeter according to ISO/IEC 17025 apply. Further information in

technical documentation.

Print date: 29.07.2013 07:49 PM - 3 / 3 -Applicator: 10.15.03 / 124Under no circumstances is Endress+Hauser liable for errors, neither in the Software and in its documentation, nor for any errors andconsequential damage which may arise out of their use. The results in Applicator apply to parameters entered by the user. A c hange inthese parameters could lead to different results. Mandatory data are in the according technical information (TI).