Signal Definition
Specified magnetization patterns support position, speed and angle feedback.
Application.
High-Temperature Sensor & Encoder Magnets
YX Magnetic supplies custom permanent magnets and SmCo options for position, speed and angle sensors and magnetic encoders operating near heat sources.
Application.
What Matters in High-Temperature Sensing Magnet Design
Magnetic sensor and encoder systems depend on field geometry, temperature stability, placement and repeatable magnetic output.
Thermal Stability
Material selection accounts for heat exposure, thermal cycling and magnetic drift risk.
Field Repeatability
Pole strength and magnetization-angle consistency support comparable magnetic input across batches.
Tight Dimensional Control
Machined geometry aligns with sensor gaps and mounting interfaces.
Assembly Consistency
Inspection verifies orientation, polarity and placement before installation.
Application.
Magnet Structures for Sensors & Encoders
Geometry and pole patterns for magnetic rotary, linear and angular feedback systems.
Axially Magnetized Discs
Thin discs for axial sensing layouts with limited installation space.
Review Discs
Multipole Magnet Rings
Multipole rings for rotary encoders and related feedback assemblies.
Review RingsApplication.
Configure Magnets for Your Sensing System
Specify sensing function, field pattern, thermal conditions and assembly requirements for engineering review.
| Design Factor | Common Options |
|---|---|
| Sensing Function | Position, speed, angle, rotation, proximity or feedback control |
| Assembly & Samples | Bonding, carriers, magnet assemblies, samples and validation needs |
| Dimensional Control | Drawing-based size, concentricity, air gap and placement requirements |
| Working Temperature | Operating range, thermal cycling and nearby heat sources |
| Magnetization | Diametrical, axial, radial, multipole, custom pole pattern |
| Magnet Material | SmCo, sintered NdFeB or another material selected for the project |
| Magnet Shape | Cylinder, ring, disc, block, segment, custom geometry |
Application.
Define the Field Pattern for Your Sensor
Send your sensor layout, target signal, operating temperature and mechanical interface for engineering review.
Application.
Where Sensor & Encoder Magnets Are Used
Custom magnets for industrial position, speed and motion-feedback systems.
Rotary Encoders
Multipole rings and discs for rotational position feedback.
Motion Feedback Assemblies
Magnet assemblies for repeatable industrial motion feedback.
Proximity Sensors
Custom magnetic targets for compact proximity and switching systems.
Linear Position Sensors
Custom magnets for travel, position and displacement feedback.
Speed Sensors
Defined pole patterns for rotational speed detection.
Magnetic Angle Sensors
Diametrical magnets for compact angular measurement systems.
Application.
Engineering Support from Sensor Review to Production
We turn sensing requirements, field geometry and assembly constraints into a manufacturable magnet specification.
- Step
Design Input & Interface Review
We review sensing function, target signal, air gap and mechanical layout.
Signal TargetSensor Layout - Step
Field Pattern & Geometry Review
We match material, shape, magnetization and pole pattern to the sensor architecture.
Field PatternMagnet Geometry - Step
Prototype & Signal Validation
We supply samples and magnetic inspection data for system testing.
Sample BuildSignal Validation - Step
Production Quality Control
We inspect dimensions, polarity, magnetic output and traceability.
Process ControlTraceability
Application.
Need Magnets for a Sensor or Magnetic Encoder?
Share your sensing target, CAD drawing and operating conditions. We will review the magnetic configuration and assembly approach.
