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The installation of code meter magnet has attracted the attention of many netizens. The following is a brief introduction to the installation position, material and shape of the code meter magnet.
The code meter magnet is generally used on mountain bikes, electric motorcycles. The induction magnet is installed on the spoke of the front wheel and can face the position of the sensor. After putting the soft magnet on the steel wire, use the iron ferrule in the installation package to clamp it in the groove of the magnet from bottom to top. Adjust the angle so that the magnet can face the sensor when the steel spoke passes through the sensor. , so the induction effect is the best.
Does the magnet of the code meter placed on the inner ring of the wheel (that is, close to the axle) and the outer ring (closer to the tire) of the wheel have any effect on the accuracy of the code meter?
The editor thinks that the magnets of the stopwatch are placed on the inner ring of the wheel (that is, close to the axle) and the outer ring (closer to the tire) should have no effect on the accuracy of the stopwatch, because on the stopwatch you need to set the circumference of the outer diameter of the tire. . The distance between the magnet and the reed switch is about 3mm, and the requirements are not very high.
Some netizens said that the distance between the magnet and the sensor can be 1-2mm, as long as the magnet and the sensor are anywhere about 2MM away.
What kind of magnet is used for the induction magnet of the bicycle code meter?
Most of them are strong NdFeB disc magnets, which are indispensable accessories for code meter!
These are some introductions about magnets for mountain bike code meter, learn more: https://www.dgcourage.com/zhishi
Neodymium magnet still offers the strongest magnetic power nowadays and has been widely served to vast kinds of application, include high-performance permanent motors, brushless DC motors, magnetic separators, magnetic resonance imaging (MRI), sensors,loudspeakers, consumer electronics, and green energy. The third generation of rare earth permanent magnet NdFeB is the most powerful permanent magnet in modern magnets. It not only has the characteristics of high remanence, high coercivity, high magnetic energy product, high performance-to-price ratio, but also is easy to be processed into various sizes. Now it has been widely applied in various fields. Especially suitable for the development of high-performance, miniaturized, lightweight alternative products....
Neodymium magnet still offers the strongest magnetic power nowadays and has been widely served to vast kinds of application, include high-performance permanent motors, brushless DC motors, magnetic separators, magnetic resonance imaging (MRI), sensors,loudspeakers, consumer electronics, and green energy. The third generation of rare earth permanent magnet NdFeB is the most powerful permanent magnet in modern magnets. It not only has the characteristics of high remanence, high coercivity, high magnetic energy product, high performance-to-price ratio, but also is easy to be processed into various sizes. Now it has been widely applied in various fields. Especially suitable for the development of high-performance, miniaturized, lightweight alternative products....
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Ferrite magnets, sometimes referred to as ceramic because of their production process, are the least expensive class of permanent magnet materials. Ferrite magnets became commercially available in the mid 1950’s and has since found its way into countless applications including arc shaped magnets for motors, magnetic chucks and magnetic tools....
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