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Product code: 88953
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This Neodymium Arc Magnet has an angle of 59.5°. 70.7mm outer diameter, and a 60mm inner diameter, a 5mm thickness and a width of 15mm. It is identified by the AMF magnet part number 88953.
Never judge a book by its cover. Never judge a neodymium magnet by its arc.
These arcs may look like a specialist product with limited applications, however the opposite is true. They are instead one of the most widely used magnets of all. Housed in Direct Current motors these neodymium arc magnets provide the magnetic field to convert electrical current into mechanical power (force and movement). DC motors are durable and affordable technology.
Powering power tools with DC motors has put the means to build and renovate almost anywhere in the world. Lacking mains electricity you can generate electricity with a small, portable petrol powered generator. That’s pretty helpful. DC motors power many white goods like refrigerators and washing machines to reduce the drudgery from many of life’s necessary chores. That’s pretty helpful too.
When you’re listening to your favourite music or watching a good movie instead of hand washing your work clothes, neodymium arc magnets are sitting inside speaker systems to improve the signal (good sound) to noise (bad sound) ratio.
These arcs are also deployed in assemblies called magnetic couplings that operate like a clutch. This intuitive, smooth expression of force is used to transfer or regulate mechanical power. Inside liquid pumps and propeller systems magnetic power is expressed through a physical barrier separating the marine from the non-marine atmosphere, deleting the need for shaft seals which fatigue easily trying to bridge or mediate the two different environments. These neodymium arc magnets are handier than they look.
Smaller neodymium arc magnets are commonly used in DC motors, as sensors and in various hand crafts.
No FAQ available
This Neodymium Arc Magnet has an angle of 59.5°. 70.7mm outer diameter, and a 60mm inner diameter, a 5mm thickness and a width of 15mm. It is identified by the AMF magnet part number 88953.
Never judge a book by its cover. Never judge a neodymium magnet by its arc.
These arcs may look like a specialist product with limited applications, however the opposite is true. They are instead one of the most widely used magnets of all. Housed in Direct Current motors these neodymium arc magnets provide the magnetic field to convert electrical current into mechanical power (force and movement). DC motors are durable and affordable technology.
Powering power tools with DC motors has put the means to build and renovate almost anywhere in the world. Lacking mains electricity you can generate electricity with a small, portable petrol powered generator. That’s pretty helpful. DC motors power many white goods like refrigerators and washing machines to reduce the drudgery from many of life’s necessary chores. That’s pretty helpful too.
When you’re listening to your favourite music or watching a good movie instead of hand washing your work clothes, neodymium arc magnets are sitting inside speaker systems to improve the signal (good sound) to noise (bad sound) ratio.
These arcs are also deployed in assemblies called magnetic couplings that operate like a clutch. This intuitive, smooth expression of force is used to transfer or regulate mechanical power. Inside liquid pumps and propeller systems magnetic power is expressed through a physical barrier separating the marine from the non-marine atmosphere, deleting the need for shaft seals which fatigue easily trying to bridge or mediate the two different environments. These neodymium arc magnets are handier than they look.
Smaller neodymium arc magnets are commonly used in DC motors, as sensors and in various hand crafts.
No FAQ available
The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface (of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to the effects of gravity and the lack of friction between the surface and the shiny magnet. Read More
