| Shape: | Ring magnets |
| Dimension: | O.D 8.9mm/ 0.35in | Send your needs to get the latest size chart. |
| Tolerances: | ±0.05mm;/ ±0.004" |
| Material: | Injection Molded Neodymium Magnets |
| Magnetization Direction: | Radial |
| Number of pole pairs: | 2, 3, 5 pole pairs |
| Master Track: | 4, 6, 10 poles |
| Nonius Track: | - |
| Surface Field: | 1100-1250 Gauss |
| Max Operating Temp(C/F): | 80/176 |
The magnetic ring sensor in the motor hall is a magnetic induction sensor. It operates through an induction mechanism involving the magnetic ring and the Hall element. As the rotor turns, the magnetic ring rotates along with it, and the Hall element also rotates, detecting the changes in magnetic flux. Typically, the magnetic ring utilizes several sets of poles, such as two, three, or four pairs. Each pair consists of an N and S pole. Hall element activation can be triggered in three ways: omnipolar, bipolar, or unipolar. Mostly, water heater flow sensors employ the unipolar latching method. This method involves the generation of a pulse when the N and S poles pass sequentially across the Hall sensor's detection zone. In other words, each transition of a magnetic pole pair produces a pulse signal, with multiple pairs generating multiple signals accordingly. Enhancements such as using amorphous or nanocrystalline magnetic rings (ultra-microcrystalline iron cores), incorporating open-cut air gaps, and adding Hall chips within the assembly facilitate current monitoring and sampling. These sensors find application in the control systems of new energy-electric vehicles.
Examples of Magnetization
Single-track ring magnets
Double-track ring magnets
Sensor Magnets
Examples of Magnetization Waves
Square Wave
Sine Wave
Examples of Magnetization Waves
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UAV
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