SPS-A100D-HAMS

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Position sensors are extremely important devices as they measure an angle or an object\'s linear position. These sensors are used in industries such as automotive, aerospace, and robotics. They are specifically designed to provide accurate and reliable measurements and feedback in order to ensure seamless and safe operation of machinery. One such device is the SPS-A100D-HAMS sensor. This article will take a closer look at the application field and working principle of the SPS-A100D-HAMS sensor.

Application Field

The SPS-A100D-HAMS sensor is a high-precision electric position sensor that can be used in a variety of industries, such as automotive, aerospace, and robotics, where precise measurements of an object\'s linear position or angle are necessary. It is designed to measure linear positions of an object within a maximum range of 250mm, with an accuracy of ± 0.2mm and an accuracy of ± 0.02° when measuring angles. Additionally, the SPS-A100D-HAMS sensor is highly resistant to any environmental or external interference, which makes it ideal for industrial applications in harsh and hazardous environments.

Working Principle

The SPS-A100D-HAMS sensor operates using the principle of ratio linearization. This principle works by placing voltage points between two conductive surfaces. When the conductive surfaces are brought into contact with the linear position or angular measurement, a linear signal proportional to the displacement of the shaft is generated. This signal is then converted into a linear output voltage using a voltage to frequency converter. The output of this converter is then used to determine the linear position or angle of the measured object.

The SPS-A100D-HAMS sensor utilizes the state-of-the-art AMS open loop compensation technique for highly accurate and repeatable measurements. This technique works by measuring the current of the measured variable to determine the position or angle of the measuring device, and then subtracting the offset current, which gives an accurate measure of the object\'s position or angle. By using this technique, the SPS-A100D-HAMS can accurately measure linear positions or angles to a very high degree of accuracy.

In addition, the SPS-A100D-HAMS sensor is also designed with a built-in electronic temperature compensation system for precision readings without any external variables affecting the accuracy of its measurements. This feature is especially useful in industrial applications where temperatures can vary significantly, thus affecting the accuracy of measurements. It also helps to ensure reliable and repeatable operation even in harsh and hazardous environments.

Conclusion

The SPS-A100D-HAMS position sensor is an excellent choice for industries and applications that require highly precise and reliable measurements of linear position or angles. This sensor utilizes the state-of-the-art AMS open loop compensation technique for maximum accuracy and repeatability and also features an electronic temperature compensation system for consistent performance in a wide range of temperatures. With its rugged construction and reliable operation, the SPS-A100D-HAMS is the ideal choice for any application requiring precise Linear or Angle measurements.

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