What is a Magnetic encoder?

A magnetic encoder is a device that uses magnetic sensors to measure rotation or position. Unlike optical encoders, magnetic encoders have a robust design with minimal wear, providing high durability even in harsh environments. The encoder uses magnets and magnetic sensors to measure the angle or position of a rotating shaft in real-time. It is widely used in various applications such as industrial machinery, automobiles, and robotics due to its resistance to shock, vibration, high temperatures, and humidity. Magnetic encoders offer high precision, reliability, and longevity due to their non-contact nature.

Application of Magnetic encoder

✅ Position Control in Industrial Robots
Magnetic encoders are used to precisely measure the position and rotational angle of industrial robot arms. This ensures that the robot performs accurate movements, resulting in efficient operations.
✅ Automotive Steering Systems
In automotive electric steering systems, magnetic encoders measure the rotational angle of the steering wheel, supporting stability and precise control during driving.
✅ Positioning in Conveyor Systems
Magnetic encoders are used in conveyor systems to accurately position products and parts, ensuring smooth operation as items are placed in their designated locations.
✅ Navigation Systems in Aircraft
In aircraft navigation systems, magnetic encoders are used to control the angle of control surfaces and the aircraft's attitude, ensuring precise flight.

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