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Hall Effect Encoders for OEMs: High-Performance, Reliable Feedback

Precision Magnetic Sensing for Industrial Applications

Dynapar’s Hall effect encoders leverage advanced magnetic phased array technology to deliver high-resolution, robust feedback that OEMs can rely on. Unlike traditional designs, our encoders average signals across multiple detectors, ensuring accuracy even in high-shock, high-vibration environments—ideal for demanding industrial applications.

 

 

Free White Paper Resources:

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Encoder Essentials Encoder Mounting. Optimizing the Life and Performance of Rotary Encoders Download Now
How to Select Output and Wiring Encoder Essentials : Output and Wiring Overview Download Now
How to Select IP Ratings Free White Paper: Understanding Encoder IP Ratings Download Now
     
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How Hall Effect Encoders Work

Using a magnetic phased array sensor, Hall effect encoders generate precise position and speed feedback by detecting changes in a magnetic field (learn more about magnetic encoder technology). Dynapar’s technology integrates both the sensor and processor into a single IC chip, reducing PCB complexity and increasing reliability while ensuring easy integration into your system.

Why OEMs Choose Dynapar Hall Effect Encoders

  • Unmatched durability – Immune to misalignment, shock, and vibration
  • Compact, low-maintenance design – No bearings, eliminating a common failure point
  • Sealed for harsh environments – Withstands dust, washdowns, and corrosive chemicals
  • Reliable digital feedback – Ensures precise control with minimal downtime

Built for Tough Industrial Applications

Dynapar’s Hall effect encoders are trusted across industries where rugged reliability is essential. Whether in construction, agriculture, mining, forestry, or food & beverage, our magnetic encoders provide long-lasting performance in extreme conditions.

Explore our full range of non-contact and heavy-duty Hall effect encoders designed for seamless OEM integration. (learn more about optical encoder technology.)

Hall Effect Encoder Diagram

 

Hall Effect Encoder Applications

Magnetic hall effect encoders can be extraordinarily robust. Because magnetic encoders are based on an inductive effect, they do not require bearings, which removes a point of failure from the system. Typically, the electronics inside the hall effect encoder are encapsulated so that they are not exposed to the elements. As a result, magnetic hall effect encoders can operate covered in dust in a sawmill or splashed daily in a washdown environment without any additional protection.

A magnetic hall effect encoder is designed to output reliable digital feedback in the most demanding and harshest of application environments. Applications for this technology usually require broad temperature specifications, high shock and vibration resistance, robust sealing, and contaminant protection all while focusing on output signal reliability, easy installation, and downtime reduction. Popular applications for magnetic hall effect encoders include speed and position feedback in construction, agriculture, mining, forestry and in food and beverage applications with wash downs or corrosive chemicals.

See all hall effect non contact encoders 
See all heavy duty hall effect magnetic encoders  

Popular Hall Effect Encoders

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