How VACUUM GENERATOR works? |Vacuum Ejector| (Animation | Sub)

[@CONVUM_CH]

Hello, Ms Pneumatic. Thank you for using one of our Vacuum generators for the demonstration in this video! You explained the operation of vacuum ejectors really well. If you would like to showcase other types of suction and vacuum devices, we would love to support you.

[@MohsenHaji_Au]

you are amazing girl. I hate thermodynamics in Uni because I did not know how it would be applicable. But now I love it because you made it so easy to understand. thank you

[@ginjadesigns2325]

Very clear, without being condescending. Thx

[@shovonarafin03]

Perfect explanations. Thanks a lot

[@edlopes4283]

Thanks from Brazil

[@buettstube]

Thank you Ms. Pneumatic.

[@Nandkumar4]

Wow so detailed explanation, thanks.

[@valentinx1107]

Amazing explanations! Keep up the good work!!

[@chyiyanhon2193]

this is awesome, I searched most of the place before this and they all give me the theory instead of real application, and u make this really ez to understand when I combine the theory I found before with this video, thanks!

[@musaalfakeeh540]

Thanks alot ms. Pneumatic. I have searched more to understand how does vacuum generator work.

[@Samanthahr]

very nice demo , very direct

[@ahmed3hany33]

Very useful information and wonderful Many thanks for that good effort.

[@davidzedner4286]

Fantastic video! Thank you so much!

[@ricardogarcia3900]

Congrats. So good, easy to understand

[@mnm1219]

it was really easy to understand. thank you!❤

[@skjjangir83]

Nice explanation

[@akifkhanafridi5223]

Thanks for clearing up me confusion related to vacuum ejector

[@kvong615]

Excellent video👍👍👍 thank you!!!

[@naufalsyahrizal1961]

thanks for the simple explanation. easy to understand

[@aungyea5161]

Good demonstration

[@VinaySingh-en7je]

thanks for this awesome video, which clears doubts related to vacuum generators

[@emanuelbarb2739]

The explanation of the creating vacuum process is clear and easy to understand! This video helped me a lot to understand the principle.

[@allupro]

Excellent description.

[@smferreiro2610]

Great explanation! Thank you! (Intro has Ms. Pneumatic written as "Ms. Pnuematic")

[@MsPneumatic]

OMG.. Thank you so much for your help ;-)

[@springhope2742]

I've been waited new tutorial. Thanks for the great knowledge in very easy way.

[@akrammaouchi767]

Great explanation ❤

[@nickgeneva7183]

Thanks

[@AkshayRJ-u7y]

Can you tell me spec of compressor, vaccum generator and pad you used

[@Ron_DeForest]

I’m looking to use my compressor as a vacuum for a resin vacuum chamber. Once off will this hold the vacuum?

[@mussabibrahim620]

Thank you so much

[@mussabibrahim620]

Thankfully

[@awaismunir6340]

Awesome explanation 👍🏽👍🏽👍🏽Just a little confusion. can you explain how vacuum switch works? When you said “it checks for absorption and deviation” can you explain this please?

[@raymondyee6189]

I've been searched everywhere for an explanation. Thanks for the tutorial! Simple and easy to understand

[@jashmota5054]

Hi, awesome video! Can you explain the calculations required to select compressor and vacuum generator based on application payload?

[@BongSeaman]

Everything has its own limitations. And manual is always there to see the required limitations. If you have included the particular model, I could answer you precisely. That is awesome, indeed.

[@user-up2dw1sk4o]

👍

[@charmingali34]

Thankyou for an informative tutorial. I have one question, the vacuum generator you used in video, can the powder material be sucked through this (if we take the silencer out)? Regards

[@MsPneumatic]

Thank you. This product is KCC Precision's KSV' vacuum generator. It can suck in dust... but the hole will clogged. It would be better to configure the vacuum system separately.

[@vikashoysala9695]

Hi. @2:47 of video, it is said that c/s area reduces pressure decreases but aren't area and pressure inversely proportional.

[@MsPneumatic]

The content in the video is an explanation of Bernoulli's principle using the Venturi tube. Please refer to the link below. sciphile.org/lessons/bernoullis-principle-and-venturi-tube

[@chenyeyang44]

This is such a good video. But I got a question. At 2:42, when the fluid flows from the larger cross-sectional area to the smaller cross-sectional area, velocity decreases while the pressure increases. But I remember the fluid or gas can only flows from high pressure region to low pressure region. Can you clarify it for me? Thank you so much!

[@MsPneumatic]

Yes, what you said is correct. As you can see from the video, as the fluid flows from a wide pipe to a narrow pipe, the flow speed increases and the pressure decreases.

[@aneeshmohan3]

❤❤

[@leongmunchoong5488]

Hi Can u share a knowledge of compressed air amplifier?

[@MsPneumatic]

hello. The compressed air amplifier is not used in this video. If you have any inquiries about the vacuum generator, please contact [e-mail] 😊

[@wwearmandoma]

Which make and model of vacuum generator are you showing? This one includes the switch or shutoff valve?

[@MsPneumatic]

This model name is 'KSV' made by KCC Precision. Vacuum switch can be attached by selecting option.

[@stefanoangeli3636]

Goodmorning, I'm interested in the reverse function. Is it possible to get an object by vacuuming, and then blowing it like a blowgun? Can i move the position of the solenoid valve to close it when I want to switch from vacuuming function? Thank you very much! I really appreciate your presentation!

[@MsPneumatic]

What machine are you planning to use it for? Generally, the object fall off when the vaccum is relaesed after suctiong it. (Even if doesn't blow air like a blow gun) Also, position control is possible with a vacuum solenoid valve. Thanks for enjoying my video :)

[@ianm1898]

hi do you know what is the connection between shockwave occurs in the choking position that make the suction pressure better?

[@MsPneumatic]

Could you tell me which part of the 'shock wave' and 'chocking position' are you talking about?

[@sudhagarezhumalai9902]

How much amount of vaccum it can generate?

[@MsPneumatic]

It's depending on each model. Please refer to the catalog. www.kccpr.com/en/bbs/search.php?url=https%3A%2F%2Fwww.kccpr.com%2Fen%2Fbbs%2Fsearch.php&stx=ksv

[@bryanchua4663]

Thanks