Thanks to all these companies trying to explain how their products work. It helps me with finishing the engineering studies

A very nice and crisp video with good visuals. To the point. Fit to purpose. 10/10

This is great! I love how you guys made the 3D model to show how it works, it makes it so much easier to understand. Thank you so much for making this!

Amazing description through great animation!

excellent explanations, I like, perfect illustration for clients. Thanks from Kyrgyzstan

A best animation And Instrument video...thanks, to share this Info on Electromagnetic Flow meter.✌️

Great contribution by EndressHauserAG. I am impressed. Please continue your contributions to the society!

Such a wonderful animation :) Thanks EH 🤝

You are extraordinary!!!! I am very very grateful!! Thank you, Sir! Thank you!

Great animation! Should work as the leading example for educational videos!

Incredible with very good visuals.

Thank you so much! Just reading the explanation through words and documents confused me so your KZfaq video really helped!

Awesome animation, thanks!

this is so beautiful, thanks a lot

your video make me Understand about electromagnetic flow meter. thanks

thanks from egypt , wonderful explanation

Very nice explanation with good animation.

this video very nice explanation and good animation and very help full

Thank you sooo much sir for this extra ordinary effort

very nice explanation with good animation...👍

Great effort and explination!

Nice Explanation and Nice Animations!

perfeito, excelente explicação. Obrigada pelas informações. sz

Thank you. Very informative.

very nice explanation with good animation

Awesome presentation

Excelente información!

Great explanation!

Thank you Sir for the video. The animation is very good

Great explanation.

Amazing explanation

For sure a great effort.

wonderful illustration

understanding increased by this video.

Awesome explaination thank you

very informative, nice animation

yo youre just straight up awesome

Thank you additional knowledge

Well explained... Thanks

Now i get a concept how flow meter works

wonderful animation

Amazing!

Excellent explanation...

CLEAR VIDEO..THANKS

excellent video thanks

nice and so informative video

nice explanation..........

Very good explanation :) I didn't understand though what charged particles would be in water; I'm assuming hydronium and hydroxide ions and we assume they are randomly evenly distributed in the water?

Instant subscribed

Very help full for me

thanls for making my life easier

Great !

💖 This is an inspiration for ME !! Even I make "INSTRUMENTATION VIDEOS". I hope I can emulate your presentation skills. All the best for your future videos ☺

great animation ....concept clear in just 4 min..great

Thank you sir

Good video

Nice video

its good please also make video on electrical instrument please please sir

great!

Very good

thank u

fabulous

@Jeston: Electromagnetic Flowmeters are absolutely suitable for milk (conductivity of milk 4 to 6 mS/cm). A hygienic version is often required (EHEDG/3A)

Transcript of the video: Basic physics of this principle can be traced back to the English physicist Michael Faraday. Two field coil is located in each electro magnetic flow meter. These coils generate a constant magnetic field over the entire cross section of the measuring tube. Two electrode which can pick up electrical voltages are installed at a right angle in the wall of the tube. If there is no gas/liquid flow, no induce electrical voltages measured at first between the two electrodes. The electrically charged particles of the conductive liquids/gas are evenly distributed. Shown here in red and blue particles. However, as soon as the liquid starts to flow in the measuring tube magnetic field applied a force to the charged particles as a results the positively and negatively charged particles in the liquid are separated and collect on the opposite side of the tube wall. Now an electrical voltage forms which is detected and measured by the two electrodes. This voltage is directly proportional to the flow velocity on the pipe line together with the known tube cross section the flow volume can then be calculated. The greater the flow velocity, thus the separations of the charge particles greater the electrical voltage between the electrodes. The electrodes also detects what is called interference voltage. Which has to be separated from the actual measuring signal. One method that has been successfully used for this purposes to create the magnetic field with a pulse direct current, to do so the polarity of the magnetic field is alternately reversed, illustrated here in slow motion. Voltage pick up on the measuring electrode now constantly changes in polarity. As a result all constant interference voltages can be eliminated. For example: electrochemical effect on the liquid or external electromagnetic field. Thus, the size of such interference has no impact whatsoever on the actual measuring signals. The advantages of this are a stable measurements and a stable system zero point.

i have experience working with E&H flowmeter.. Great products!!

Study , thanks

thanks for helping me with revision for my exam

I am looking for a flow meter in a vacuum sewage system, Since there is Sewage slurry, the conveying air in the pipe i want to determine if there is only air in the system, creating an alarm for a vacuum leak.

Sir can you please tell me from where I can learn animation making just like you did here ??

does this work for laminar and turbulent flows?

thank u....

كنير عم يجنن شرحلك كتير عم احب اشكرك بليز تقبل الشكر بليز فكككك يووووووور قراند فاذر اششششش شارب

god bless u

So the flow rate depends on what substance (liquid) is flowing through the pipe right?

@David: Faraday’s law of electromagnetic induction is the basic principle of any EMF. A voltage is induced if an electric conductor is moved through a magnetic field. Instead of a wire moved within a magnetic field formed by a permanent magnet, a conductive liquid passes through an alternating magnetic field generated by coils. If there is no movement, no voltage is induced (this are not particles, this is the induced voltage). The EMF’s is capable to measure the flowrate in both directions. Based on the polarity of the induced voltage one can detect the flow direction.

Is it safe and reliable install an electromagnetic flow meter,next to one water pump? Thank you

Would you say that the hall effect principle is applied here since a magnetic field is placed perpendicular to flow and charges are displaced sideways

Wickid! Almost a kinda Hall sensor

Fabio timbo matando noix

What is used to distribute the magnetic field vertical?? 1:34

interesting electro flowmeter

por Dios muy buen video pero pongalo en español

will the electrodes detect induced voltage if they're outside the pipe?

can i use this to get measurement from partially filled (pressurized air and liquid) pipe?

In case of more bubbles in liquid, Will this flowmeter work correctly?

What, if the there is no flow but conductive fluid is still filled in it, will it show the output? if not why?

Como se llama el inventor Suizo? No logro entender bien su nombre, Gracias

Hello, i want ask how is measured the voltage? I particularly understand that positive particles are sent to one electrode and negative particles are sent do another electrode, so electrons are sent to one conductor and to the another conductor is sent what? I don't understand what determines that one electrode is anode and another electrode is cathode. Is there any diode behind the electrode?

Assuming the liquid flowing is corrosive, will the electrode experience corrosion or are the epectrodes electrically isolated from the flowing liquid as well?

This is same function as QUADRUPOLE in mass spectrometry

Magnetic force is applied to particles to a single electrode, how are the oppositely charged ions goes to opposite side electrode as blue and red opposite charged ions separated ?

This technology is used for all types of water such as fresh, effluent, and (seawater) cooling. But its not suitable for measuring non conductive fluids such as hydrocarbons.

What is the out put of flow meter mA/v

SO the electrodes are instales inside?

But in this case voltage is also proportional to fluid ph??

please explain why there is no voltage induce if there is no flow? Thanks

I always think the measurement will depend on the conductivity of the fluid. cleary not.

How to troubleshoot if have no reading?

Wondering how many EE/PE engineering students landed here while studying for end sem GTU exams...

Does it also measure air flow ?