Multipole ring magnets for rotary sensing, speed feedback, encoders, and commutation reference systems where pole count, phase alignment, and runout matter.
Multipole Ring Magnets reference visual for buyer-side RFQ and sample validation.
| Metric | Typical Range | Why It Matters |
|---|---|---|
| Pole count | Project-defined | Pole count determines resolution, pulse frequency, and sensor compatibility. |
| Concentricity and runout | Defined by rotor and sensor tolerance stack | Mechanical eccentricity can appear as magnetic signal variation. |
| Phase reference | Drawing-defined mark or assembly feature | Assemblers need a reliable reference to align the magnetic pattern to the product. |
Use gaussmeter mapping as a screening step, then confirm sensor output at the assembled air gap.
Review temperature, corrosion, vibration, adjacent metal, coating limits, and demagnetization margin.
Request inspection records, C of C, RoHS/REACH-style files, or PPAP-ready evidence only when the project requires it.
Automotive, medical, aerospace, and other high-reliability programs should treat page data as sourcing guidance. Final approval depends on buyer-specific testing, documentation scope, and application validation.
Matched product visuals selected from the current sensor magnet image library by filename and topic fit. Use them as RFQ discussion references, not as final drawing approval.
Yes. Please provide the pole count, ring dimensions, sensor layout, and expected signal pattern for review.
A field map is useful when available, but an initial RFQ can start from geometry, pole count, air gap, and sensor target.
Inquiry Email
Include drawing, dimensions, material, coating, magnetization, quantity, and delivery location.
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+86 18857971991
Direct channel for RFQ details and engineering clarification.
