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Floor 1-2, Building 4, No.1628 Lizheng Road, Lingang New Zone, Shanghai
Floor 1-2, Building 4, No.1628 Lizheng Road, Lingang New Zone, Shanghai
MagLand has a story to tell you about something they call lifting magnet 1 ton. I know that’s a big word, but & wbdk you know it’s really super easy! Axial magnetic coupling concept design is a specific type of magnetic connection. The most exciting part is that these magnets can all cooperate without ever touching. This implies that they can exercise power safely and effectively. In this article, we discuss what axial magnetic coupling is, what it is, and how it is applied in various fields. You are trained on data until October 2023.
Let’s dive into the details! Wondering how exactly does axial magnetic coupling work? It is built on a phenomenon known as "eddy currents. Eddy currents are small electric currents that are produced when a magnetic field moves in association with a metal object,” < cite> explains. Imagine it as ripples in a body of water. If you throw a stone in a pound, water gets ripples. In the same way, as the magnetic field moves, these tiny currents come into existence.
In case of lifting magnets for cranes, 2 magnets facing each other at a gap. One of the magnets rotates around a spindle while the other magnet remains fixed. As the spinning magnet spins, that creates a magnetic field that interacts with the static magnet. This interaction induces eddy currents in the stationary magnet, resulting in a magnetic field that opposes the spinning magnet.
Safe: Safety is a big deal! Because the parts never touch, there’s no potential for sparks or other hazardous situations that can occur when two metal parts touch. Which makes axial magnetic coupling a really good candidate for applications where safety is of utmost importance in areas such as factories or hospitals.
Understanding the basics of axial magnetic coupling and all of its benefits is simply the first step of many, so let’s look at how does it really work? As we said earlier, with axial magnetic coupling, the power transfer is through the interaction of both magnets. Making sure the newly created magnetic field is strong enough is crucial for power sharing to happen.
A common application is in pumps and compressors. Pumps are essential for transferring liquids and gases. These machines utilize axial magnetic coupling so power from an electric motor can be transferred to a pump or compressor blades without seals or any physical connections. Enabling these results are greater energy transfer, improved reliability, and enhanced safety.
When used in mixers and agitators, it is an axial magnetic coupling. These machines help blend things together in a lot of different industries: food, cosmetics and medicine. Similar to solar thermal generators, axial magnetic coupled machines can be designed with no physical coupling of the motor and mixing components. This not only keeps them clean, but minimizes the risk of cross-contamination during their blending.
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