Radial Ring Magnets - Design Considerations
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- Опубликовано: 3 июн 2021
- Over the years at SuperMagnetMan we have worked with customers to optimize their designs and this is how the creation of our radial ring arc segments came to life. Since then we can now manufacture a single piece radial ring and have created a third design for specific applications. In this video we would like to discuss each radial ring design and give you actual readings and simulated data showing what you might achieve with each design. Enjoy this video! We hope this video was helpful and will make it easier for you in your radial ring magnet selection. We would love to partner with you contact us if you need assistance.
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Everyday we assist customers with magnet selection and design. The need to make products smaller, less expensive, and still meet the magnetic field requirements has lead to our ability to micro machine many shapes and sizes, as well as set up assembly lines that mean repeatability and ramp up as needed. Our online store offers a large selection of magnets and magnetic assemblies and our staff of experts can help with your specific needs and answer your questions. Feel free to give us a call.
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You're a good teacher. Thank you 😁!
Thank you!!!
Perfect, exactly what I was looking for thanks
Glad it was helpful!
Your measuring setup is just incredible! Where did you buy the parts to build the movable mounting system?
Love it, nice job!
Fantastic videos. 🙂👍
Thank you!!!
This is neat.
The reason why I love youtube, for those Videos. Thank you so much for this excellent content about magnets and the theory about it in very nice details.
I would have one question. For a prototype I do need one of those radial ring magnets. I found some suppliers where one magnet costs about 100$.
Any suggestion where or how to get them cheaper?
Many thanks!
I am also looking for radial magnets, but they are costly. If you found a cheaper source, please share the details.
Look into the 1980s nasa Sterling engine. They basically used your magnetic array with a bar of steel heating by a piece of uranium to create a hyper fast magnetic piston with no friction.
Nice demos :)
I'm surprised you didn't show FEMM simulations for the two-pole and four-pole rings. The axial-symmetry would make the evaluation fairly straightforward.
If a stack of axially and radially magnetized rings could make a "tubular Halbach array" (i.e. with the effective actuation-direction along the axis of the tube), this could make a fantastic lightweight linear actuator (like a linear motor, but ~ 50-80% more effective); either moving coil or moving magnet (Halbach).
We were just covering radial ring magnets. Multipole magnets and Halbachs are a separate topic:) We are working on another Halbach based video SOON:) I will add your suggestion to my board of YT video ideas:) That is one of the reasons I like putting these topics up is it prompts other people to share their ideas which make it into future videos:) Thanks
Its capable of pulse aided push and pull?
What would happen if one side of magnetic was made into a electric magnetic force?.
awesome video, where would we be able to purchase the true radials, im having trouble finding them on google
supermagnetman.com/collections/neo-radial-rings
What can I use to erase audio from DAT tapes?
Sorry for the delay in responding but in my testing DAT tapes are more difficult to erase and we use a 2 inch pyramid tapering to 1 inch square and on the 2 inch square base we add a 2 inch square x 1 inch thick N50 rectangle magnet. Together this pushes the surface gauss over 7,500 and then you have to erase the tape on both sides and make sure you go over the part that is the leader so that you do not leave any data in a usable form.
Do they matter in a magnetron?
Does what matter?
2 magnets forced together apparently alters thier gravitational acceleration. These magnets don't follow normal rules of two bodies falling at the same speed. A professor at (Caltech?) proved this. Can you look into it? I don't think it alters the mass, but alters the acceleration per second per second. It's a slight hint at anti-gravity.
Is it the 1st of april in your calendar? Or are you a clever bot trying to spread misinformation?
@@AdityaMehendale no, a professor made 2 fake rocks same mass, one had 2 magnets forced together inside. The one with magnets hit the ground last every time when dropped from building.
@@glennboyd939 Any peer-reviewed publications supporting the hypothesis that "this changes the nature of our understanding of gravity"? It's a tall claim..
A more obvious answer might be that the magnets get slowed down by eddy-currents in the metal skin of the nearby building..
Wasn't peer reviewed, and the building was not mentioned, but from my opinion, one fell at 9.8m/sec/sec, the magnet Imbedded one fell at only 9.8m/sec.
The flat earth as a magnet. Beautiful.