Want to continue learning about engineering with videos like this one? Then visit: courses.savree.com/ Want to teach/instruct with the 3D models shown in this video? Then visit: savree.com/en
Also they (although small ones in my experience) can be driven with a solenoid. I saw one in a single home sewage treatment system. It's used to pump air into sewage tanks for the active sewage treatment bacteria. Just a solenoid powered directly from AC and diaphragms, no other moving parts. Works very quietly and non-stop for years.
We had a similar rule for naming equipment in the system. We were always taught that any equipment in a system was named for what it did. "If I had a pump that pumped peanut butter, it would be called a 'peanut butter pump.' If I had a pump called 'peanut butter pump' you can pretty much guarantee that it pumps peanut butter." I still use this to explain things to people almost 30 years later in my day job.
The center part is built such that when the piston moves to the right the air is sent to right chamber, thus pushing the piston to the left. Then the air is routed to the left chamber, pushing the piston to the right, and everything repeats.
Want to continue learning about engineering with videos like this one? Then visit:
courses.savree.com/
Want to teach/instruct with the 3D models shown in this video? Then visit:
savree.com/en
always a good day when Jon describes a pump of some kind!
Appreciated!
Excellent!! The animations are so helpful and well made
Glad you like them!
Very good explanation
Indeed, also the muffler which he said would explain later. He didn’t
Amazing explanation Sir , thanks
Wonderful sir. Keep going on. Waiting for other such quality videos. Stay blessed. Please keep and upload videos regularly and frequently
Nice to see new video!
One a week for about 22 weeks are planned!
Also they (although small ones in my experience) can be driven with a solenoid. I saw one in a single home sewage treatment system. It's used to pump air into sewage tanks for the active sewage treatment bacteria.
Just a solenoid powered directly from AC and diaphragms, no other moving parts. Works very quietly and non-stop for years.
Simple but effective
We had a similar rule for naming equipment in the system. We were always taught that any equipment in a system was named for what it did.
"If I had a pump that pumped peanut butter, it would be called a 'peanut butter pump.' If I had a pump called 'peanut butter pump' you can pretty much guarantee that it pumps peanut butter."
I still use this to explain things to people almost 30 years later in my day job.
You're back! What took the delay?
Life! We have one video a week coming though for the next 22 weeks. It is all planned!
@@savree-3dGreat to hear
You didn't explaine how the diaphram move or how compress air power this pump.
This video is part of a course. The next lesson in the course shows how the air distributor works. The course is on courses.savree.com
The center part is built such that when the piston moves to the right the air is sent to right chamber, thus pushing the piston to the left. Then the air is routed to the left chamber, pushing the piston to the right, and everything repeats.
I would like to see more animations, similar to Branched Education or Lesics.
I will check those channels out.
@@savree-3dJared Owen is a other creator with animations that really help visualise how things function.
The center body reminds me of a steam locomotive piston!
Wildon pump right?
Why we uses the diaphragm pump when we have centrifugal pump and reciprocating pump ?
Every pump has different design advantages and disadvantages. Depends upon what the pump is pumping, the volume, density, etc.
Can easily be used to tranfer liquids from one system to other
Where is the other 1/3 of the explanation😢😢😢😢😢
Ugga dugga pump
Diaphragram damaged
What nonsense is this? This video was about a diaphragm pump or a NRV.