Calibration data for peristaltic pump
This experiment is planned for completeness of distillation experiments in the Distillation Column by Armfield manufacturer.
Here, the goal is to get a curve that allows us to know the flow rate provided by a peristaltic pump for a given speed setting.
Objective
Record measurements of the flow rate provided by a peristaltic pump by changing the speed setting in its controller.
Materials
In this experiment the following material and equipment are required,
- a peristaltic (7) pump from Distillation column,
- chronometer,
- a 1 liter beaker,
- spreadsheet to log results.
Procedure
Perform this experiment per team. The following activities need to be performed simultaneously,
- log time and flow rate in a spreadsheet,
- set speed of the peristaltic pump (7) in the control panel software,
- measure flow rate in the beaker and
- measure filling time of beaker.
Register your data in a table similar to this,
Run | Volume ($m^3$) | Time ($s$) | Flow rate ($m^3/s$) | Pump speed |
---|---|---|---|---|
1 | 0.001 | 10 | ||
2 | 0.001 | 20 | ||
3 | 0.001 | 30 | ||
4 | 0.001 | 40 |
Follow the next steps to measure the flow rate,
- disconnect the outlet tubing of the peristaltic pump (7) so that the beaker can be filled,
- fill the feed tank with water,
- turn on the computer,
- energize the panel of control at the front switch,
- open the equipment software and set the instrument/control screen, also knwon as mimic diagram,
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Fig. 02 Detail showing where the speed of the peristaltic pump (7) can be modified via the software. |
- enter the speed of the peristaltic pump (7) in increasing steps of 10 in the software and press enter so that the pump changes its speed,
- place the tubing in the beaker and measure the time require to fill 1 liter,
- register the date in your spreadsheet and repeat,
- the calibration experiment ends once the time recorded becomes constant at any pump speed increment.
This is the end of the post. I hope you find it useful.
Other stuff of interest
- LE01 - AC and DC voltage measurement and continuity test
- LE 02 - Start and stop push button installation 24V DC
- LE 03 - Turn on/off an 24V DC pilot light with a push button
- LE 04 - Latch contact with encapsulated relay for turning on/off an AC bulb light
- LE 05 - Emergency stop button installation
- About PID controllers
- Ways to control a process
- About pilot lights
- Solving the Colebrook equation
- Example #01: single stage chemical evaporator
- Example #02: single stage process plant evaporator
- Example #03: single stage chemical evaporator
- Example #04: triple effect chemical evaporator
- Gas absorption - General comments
- Equilibrium diagrams from gas component solubility data
- Distillation - General comments
- LE- Distillation column comments
- Using a table top refractometer for the estimation of ethanol concentration in mixtures
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Ildebrando.
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