Hengsler magnetic encoder original genuine quotation

Hengsler magnetic encoderCapable of adapting to harsh environments, with high resolution and stability, especially single and multi turn magnetic encoders that can replace traditional optoelectronic encoders in terms of cost and quality. At present, the field of automation is dominated by magnetic encoders, while in China, photoelectric encoders are still widely used. We usually see internal structures like this. Compared with typical encoders (or Resolvers), the Hengsler magnetic encoder has the same mechanical shaft and housing structure, but at the same time, its position detection mechanism appears very simple, just a small magnet installed at the end of the mechanical shaft to rotate with the shaft and a PCB circuit board at the end of the encoder.

Hengsler magnetic encoderWe provide robust, precise, and cost-effective products for motor and other machinery manufacturers that can integrate rotational position feedback into their products. Now, the core components of these tools can be integrated into other products as independent components. The 14 bit measurement analog front-end of the magnetic rotary encoder provides a measurement resolution as low as 0.0219 degrees, which can be linearized and averaged through a microcontroller to achieve accurate angle measurement up to 0.05 degrees. The Hengsler magnetic encoder, due to the use of integrated Hall sensors and signal processing circuits, can effectively eliminate the interference of discrete magnetic fields and is very suitable for applications with high power and magnetic noiseIn industrial and medical environments.

Hengsler magnetic encoderA permanent magnet that can be firmly installed on the rotating shaft of the motor is required. Magnetic encoders operate in a non-contact manner. Therefore, mechanical wear is not considered. The magnetic encoder adopts an integrated structure inside the shell, which eliminates the tedious and cumbersome process of aligning the encoder and encoder disc with the rotating shaft of the motor system, making it easier to assemble and integrate according to customer applications. The magnetic encoder adopts an integrated structure inside the shell, which makes it easier to assemble and integrate with existing applications according to the customer's application scope. The magnetoresistance effect of the Hengshler magnetic encoder is widely present in metals and semiconductors. It originates from the internal charge carriers of electrified conductors or semiconductors, and due to the external Lorentz force, its motion trajectory is deflected or undergoes spiral motion, resulting in a change in the potential difference inside the material. Macroscopically, as the external magnetic field changes, the resistance value of the magnetic resistance of the Hengsler magnetic encoder also changes accordingly.