Anyone else here because of Engineering Research Papers? Would definitely recommend buying meters from this company because they clearly know what they are doing and can explain it so easily.
Vortex tipli sərfölçənlərin əsas iş prinsipi tezlik ölçmə metoduna əsaslanır. Maye sərfölçənə daxil olduqda metal sahəyə dəyir və burulma effekti yaradır. Bu burulğanlar sensorun sola və sağa hərəkət edərək tezlik yaranmasına səbəb olur. Tezlik axın sürəti ilə mütənasibdir.
Thanks a lot! For more videos please see our playlists for flow (ruclips.net/p/PLQRFGW1Z4TGHQosUE5__D8N5Vpq0rxKxG) and for level (ruclips.net/p/PLQRFGW1Z4TGHsxqg5-ZzKblstj0PmZrGT) or have a look for to our total video offer: ruclips.net/user/EndressHauserAGplaylists
Thank you for your comment. The following videos might be of use for you: Coriolis - ruclips.net/video/LadsM-PweeU/видео.html - ruclips.net/video/ZMmIswVtrO4/видео.html - ruclips.net/video/rG3py2Y6oMU/видео.html - ruclips.net/video/9bd6FbC2qOM/видео.html Vortex - ruclips.net/video/onXhhaAtmo4/видео.html - ruclips.net/video/wq0aVmyxSpg/видео.html - ruclips.net/video/RVtpNFk5BPs/видео.html - ruclips.net/video/UAV-6y4xA_E/видео.html
Thanks for the video. It must have been the outcome with long years of experience to have such a design, but I wonder why in most of the sensors, main body of sensor for the computations is far from the sensing body. I would appreciate any thoughts :)
Dear Hüseyin Felek, thank you for your comment. You are right, the measurement of the vortices should take place at the bluff body itself or directly downstream, which is the case in our products guaranteeing optimum performance.
Yes, a bypass line with block valves around the flowmeter can be installed. This is even recommended (depending on the process) in case the flowmeter has to be dismounted from time to time for maintenance purposes.
You are correct, vortex flowmeters require a fully filled pipe and a fully developed flow profile in order to measure. Please check the section Installation in the devices’ Technical Information, available on our website eh.digital/38OsR4E
As you can see in the movie as from time 1:43 the vortices are cylindrical over the whole diameter of the tube. This has to do with the barrier/bluff body in the flow tube which has a rectangular shape and creates the vortices along its edge.
The system is tested under severe conditions such as water hammering and overspeeding. From our experience, these out-of-specification events may result in a malfunction of the flowmeter in some cases despite the tests. In the case of difficult processes in your plant, we recommend to contact your point of sales for consultations regarding selection, sizing and installation www.endress.com/en/contact
Working principle based on ideal condition from what I get from this video. What are the ideal conditions. Constant flow? Clean flow? Laminar flow? etc etc. In real world application ideal conditions don't seem to exist mainly after several years in service. Can you explain when these meters do not read steam flow accurately. Does bend in the line changes flow reading? Does the meters has to be placed in straight run pipe? For me this video was not helpful at all.
Our Vortex flowmeters are designed for real life process conditions and have proven themselves in several hundred thousand applications in various industries for years. They can be used to measure the flow of liquids, gases and steam in extreme applications like hydrogen gas, liquid mercury, liquid bitumen and other applications where other measuring principles fail. A certain minimum flow rate is required for the vortices to form. In cases where the flow velocity is too low, this problem can be circumvented by installing a flowmeter with a reduced cross-section. This consequently increases the flow velocity and does not have any affect on the measuring accuracy. The inlet requirements can be found in the technical documentation for the device. If you have further questions, please get in touch with your local Endress+Hauser contact: www.endress.com/en/contact.
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Someone finally described how a vortex meter works simply and effectively. Thank you!
Anyone else here because of Engineering Research Papers? Would definitely recommend buying meters from this company because they clearly know what they are doing and can explain it so easily.
I'm learning a lot from these videos...
Excellent. Great video
So much information in a single advertisement!
Thank you for this description. They has helped me.
Gracias por la explicacion, muy bien detallada.
Thanks for the explanation, very well detailed.
Wicked video- helps to understand for sure.
beautifully illustrated
Awesome animation, thanks!
Awesome video. Helped me a lot. Thank you Sir
Thank you sir for a helpful video. I love it !
very nice video a lot of information. Thank you.
Thanks for the clear description.
very nice explanation, thank you.
If I'm ever in the market I'll be sure to come back here. Very helpful and descriptive video. Well done.
Q
O
Kevin P 😄
Thanks for the valuable info.
Loved it
nice explanation .. really i learn how it's work
thanks..
Thank you sir for a helpful video
too good too good toooooooo goooooood
perfect just perfect thanx a lot
Nice video for learning
thanks boss for this
nice and so informative video
outstanding
thank you E&H ..this vedio s very informative
This is an ad we shouldn't skip
Thanks a lot
عظمة
Helpful. It will be more helpful if you includes where it can perform better such as corrosive fluids , chemical or steam lines
Am indeed learning
Vortex tipli sərfölçənlərin əsas iş prinsipi tezlik ölçmə metoduna əsaslanır. Maye sərfölçənə daxil olduqda metal sahəyə dəyir və burulma effekti yaradır. Bu burulğanlar sensorun sola və sağa hərəkət edərək tezlik yaranmasına səbəb olur. Tezlik axın sürəti ilə mütənasibdir.
Thanksss
the video was good ..plz upload more videos on flowmeter and if possible do so for level measurement too..
Thanks a lot!
For more videos please see our playlists for flow (ruclips.net/p/PLQRFGW1Z4TGHQosUE5__D8N5Vpq0rxKxG) and for level (ruclips.net/p/PLQRFGW1Z4TGHsxqg5-ZzKblstj0PmZrGT) or have a look for to our total video offer: ruclips.net/user/EndressHauserAGplaylists
So knowledgeable video. Please make a tutorial for application of coriolis and vortex flow meter
Thank you for your comment. The following videos might be of use for you:
Coriolis
- ruclips.net/video/LadsM-PweeU/видео.html
- ruclips.net/video/ZMmIswVtrO4/видео.html
- ruclips.net/video/rG3py2Y6oMU/видео.html
- ruclips.net/video/9bd6FbC2qOM/видео.html
Vortex
- ruclips.net/video/onXhhaAtmo4/видео.html
- ruclips.net/video/wq0aVmyxSpg/видео.html
- ruclips.net/video/RVtpNFk5BPs/видео.html
- ruclips.net/video/UAV-6y4xA_E/видео.html
Thanks for the video. It must have been the outcome with long years of experience to have such a design, but I wonder why in most of the sensors, main body of sensor for the computations is far from the sensing body. I would appreciate any thoughts :)
Dear Hüseyin Felek, thank you for your comment. You are right, the measurement of the vortices should take place at the bluff body itself or directly downstream, which is the case in our products guaranteeing optimum performance.
공정제어 화이팅~
1:09 is where its at.
que paso con las traducciones a diferentes idiomas, porque ya no funcionan...?
Can you install a bypass line around the flow meter?
Yes, a bypass line with block valves around the flowmeter can be installed. This is even recommended (depending on the process) in case the flowmeter has to be dismounted from time to time for maintenance purposes.
Do vortex flowmeters required 100% filled fluid in case of liquid flow measurement?
You are correct, vortex flowmeters require a fully filled pipe and a fully developed flow profile in order to measure. Please check the section Installation in the devices’ Technical Information, available on our website eh.digital/38OsR4E
@@endresshauser thank you ☺️!
Vortices have cylindrical form?
As you can see in the movie as from time 1:43 the vortices are cylindrical over the whole diameter of the tube. This has to do with the barrier/bluff body in the flow tube which has a rectangular shape and creates the vortices along its edge.
What is the main reasons of malfunctioning of sensor
The system is tested under severe conditions such as water hammering and overspeeding. From our experience, these out-of-specification events may result in a malfunction of the flowmeter in some cases despite the tests. In the case of difficult processes in your plant, we recommend to contact your point of sales for consultations regarding selection, sizing and installation www.endress.com/en/contact
Please how can i get the text of this vedio?
bluff body
You explained so much science just to sell a product?
please enble Auto generated English caption
อื่อหึ
Working principle based on ideal condition from what I get from this video. What are the ideal conditions. Constant flow? Clean flow? Laminar flow? etc etc. In real world application ideal conditions don't seem to exist mainly after several years in service. Can you explain when these meters do not read steam flow accurately. Does bend in the line changes flow reading? Does the meters has to be placed in straight run pipe? For me this video was not helpful at all.
Our Vortex flowmeters are designed for real life process conditions and have proven themselves in several hundred thousand applications in various industries for years. They can be used to measure the flow of liquids, gases and steam in extreme applications like hydrogen gas, liquid mercury, liquid bitumen and other applications where other measuring principles fail. A certain minimum flow rate is required for the vortices to form. In cases where the flow velocity is too low, this problem can be circumvented by installing a flowmeter with a reduced cross-section. This consequently increases the flow velocity and does not have any affect on the measuring accuracy. The inlet requirements can be found in the technical documentation for the device. If you have further questions, please get in touch with your local Endress+Hauser contact: www.endress.com/en/contact.
Thanks for the clear description.