Differential Pressure Transmitter Square Root Calculation Examples

This video gives an explanation about maximum flow rate calculations, differential pressure & Controller output calculation when differential pressure transmitter is being used to measure flow.
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Video Content:
1. Calculate Maximum Flow Rate, Differential Pressure & Controller Output?
2. Calculate 4 to 20 mA from Percentage
Converting 4 to 20mA Linear Signal to and from Square Root Extraction Signal
Some pressure measurements are used to derive another type of measurand indirectly. One of such measurements is the Rate of Flow of a gas or liquid. The flow rate along a closed pipe is directly proportional to the square root of the pressure drop or differential pressure between two points.
For more examples regarding the conversion: Click on the link stated below
www.sensorsone.com/converting...
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[@haidarquarrar8848]

Excellent sir

[@InstrumentCalibration]

Keep watching

[@InstrumentCalibration]

Thanks for your comment. Let me know if you need video on any specific topic

[@haidarquarrar8848]

@@InstrumentCalibration yes sir if you have time you make one video on agar carporation interface level transmitter model 202 H

[@nelsonpantaleon7751]

Hello sir i have question sir about this if ever i will use flow transmitter like magnetic flow is this calculation needed or not . Or only need this calculation if i only use dp flow transmmitter im right sir i hope you answer my confusion thank you

[@InstrumentCalibration]

Hello Nelson
Thanks for asking this question. You need this calculation only if you use DP Transmitter. You don't need any calculation if you are using Mag Flowmeter

[@fahad_7737]

Please I need the answer for this question what is the difference between (DPT) and (FT) ?

[@InstrumentCalibration]

DPT is differential pressure transmitter. It measures differential pressure between high side and low side. And calculates flow according to differential pressure. Generally, flow rate is directly proportional to square root of differential pressure. Whereas FT is flow transmitter. It could be any type. For example, magnetic flow transmitter, ultrasonic FT, differential pressure FT.

[@fahad_7737]

Thx for your explanation it’s very useful ❤️❤️

[@InstrumentCalibration]

@@fahad_7737 You are welcome... keep supporting us by like & comment