Double Track 64 Poles+62 Poles Duel Multi-pole Ring Magnets, Compression Bonded NdFeB Magnets, ring magnets for Hall effect dual output switches and latches, Hall Effect Switches and Magnetoresistive sensors NdFeB Magnet, disc super magnets for Hall sensors, AMR sensors, GMR sensors, Reed Switch TMR sensors
Double Track 64 Poles+62 Poles Duel Multi-pole Ring Magnets Technical Specifications:
Material: Compression Bonded NdFeB Magnets
Coating : Epoxy
Product Size: OD30mm , ID10mm, height 13mm
Magnet Shape: Ring , Tube
Magnetization: double track-inner 62 poles( master 32 pole pairs), , outer 64 poles (nonius 31 pole pairs)
Maximum Operation Temperature: 150 °C
The dual multi-pole ring magnet can be used with a matrix of Hall effect dual output switches and latches to provide all of the required information . Ring Magnet Speed Sensing for Electronic Power Steering ,Automotive EPS and Industrial machinery .
Applications: Magnetic target for Magnetic Encode ,Speed sensor magnets, Location sensor magnets, Motors, Rotor , Generator, Package,Sensors, Holding systems.
multi-pole magnetized target wheels are uniquely constructed of a proprietary mix of magnet materials and engineering thermoplastics. The result is a unitized magnet target wheel that produces a very accurate, homogeneous magnetic field and has very tight mechanical tolerances. This provides for a very low-cost product, compared to the traditional, high component count wheels with individual magnet bars glued into place. Epoxy Coated Skew Multipoles Radial Magnetic Rings
Tight tolerance control, precise pole location, and very consistent magnetic performance make these target wheels well suited for speed, commutation, encoding, counting, and tachometry applications. Three standard grades of materials allow for a wide range of air gap capabilities. Adhesive bonding is the recommended mode of mounting, although many customers have satisfactorily attached these targets to their shafts using various other schemes. Please feel free to contact MPCO LLC for application engineering or product assistance.
Tight tolerance control, precise pole location, and very consistent magnetic performance make these target wheels well suited for speed, commutation, encoding, counting, and tachometry applications. Three standard grades of materials allow for a wide range of air gap capabilities. Adhesive bonding is the recommended mode of mounting, although many customers have satisfactorily attached these targets to their shafts using various other schemes. Please feel free to contact Phoenix America Inc. for application engineering or product assistance.
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