Simulation
Flow through Orifice meter
Department of Chemical engineering NITK presents...
CONTINUE..
What would you like to do.
VIRTUAL LAB @ NITK
- Click on Label Tab to see the Experimental Setup.
- Click on Setup Tab to Configure Experimental Setup.
- Now click on Experiment Tab to perform the experiment.
- To start the experiment first switch ON the pump by clicking the Green button on the pump.
- Once the pump is turned on Setup Tab will be disabled and will be enabled only if pump is OFF. Click on Red button on pump to Switch off the pump.
- To set the required flowrate click on the Main valve and drag in AntiClockwise direction for opening Valve and Clockwise direction for closing the Valve.
- Note the change in limb level of manometer. h1 and h2 are curresponding Manometric Limb heights from reference level.
- Click on Add current readings button to record the reading in Observation Table.
- Click on Observations button to see the Observation table. Click again on hide the Table.
- Click on Experimental Data button to see the Experimental Data's. Click again on hide.
- If you get Manometric Overflow Error, go to Setup Tab and Change the Manometer.
- To Evaluate experiment click on title Flow Through Orifice meter.
- Click on Data tab to configure Experimental Data.
- Click on Observation tab to Enter your Observations. Specify number of sets of Readings.
- Click on Evaluate button to see the Results.
- To perform Experiment again click on title Flow Through Orifice meter.
Nominal diameter of the pipe:
Orifice Diameter:
cm
Process fluid:
Manometric fluid:
Nominal diameter of the pipe:
Orifice diameter:
cmSelect type of Orifice tappings:
Process fluid:
Manometric fluid:
Number of sets of Readings:
| Flowrate (lpm) |
Manometric Pressure drop | Reynolds no. | Co-efficient of Discharge |
|---|
| Reynolds no. | Co-efficient of Discharge |
|---|
Experiment.
NOTE:
ROTAMETER READING:
00.00
LPM
h1:
35.00
cm
h2:
35.00
cm
Observations
Click on the rows which you want to delete
| Process fluid | Manometric fluid | Flowrate(lpm) | h1(cm of Manometric fluid) | h2(cm of Manometric fluid) |
|---|
Email is required
Experimental Data
Orifice Diameter:
meter(s)
Type of Tapping:
Nominal Pipe Diameter:
inch
Actual Pipe Diameter:
m
Process Fluid:
Density of Process Fluid:
Kg per Cubic meter
Viscoscity of Process Fluid:
Kg/ms
Manometric Fluid:
Density Manometric Fluid:
Kg per Cubic meter
Manometric Fluid is
about to Overflow.
Change the Manometer to Mercury.
Manometric Fluid is
about to Overflow.
Change the Manometer to Mercury.
Trial =
