3382H-1-103

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Position Sensors are the devices used to measure the position or displacement of an object and can be categorized based on the type of motion it can be used to measure. In this category, the type of position sensors to be discussed is Angle, Linear Position Measuring – primarily to measure the rotational and linear position.

The 3382H-1-103 is an example for a type of Angle, Linear Position Measuring Positional Sensor with medium size and cost-effective. It is a basic assortment of rotary and linear position sensor.

3382H-1-103 Model Features

The model 3382H-1-103 feature Linear-Positive (Hall effect) Type, either 10-turn or 8-turn version, and is used to measure linear displacement with resolution up to 1-micron. This model also features a stainless steel bearing and a high-temperature plastic bearing, thereby increasing its potential in applications with high vibration and extreme environments.

In addition, the mechanical and electrical actuators on the 3382H-1-103 are designed for improved reliability, extended life and high accuracy. The robust design of the shaft and bearing are proven to operate reliably even under aggressive conditions, and the rotary version of the sensor provides an excellent combination of resolution, accuracy and reversibility. The total linear output of the 3382H-1-103 is up to 8000 count/turn, providing a large measurement range.

3382H-1-103 Application Field and Working Principle

The 3382H-1-103 is mainly used in multiple applications that require a higher resolution and accuracy than standard potentiometer sensors. It is usually used in measurements and feedback of mechanical strokes or linear movement, rotations, hydraulics and other positioning tasks.

Based on its working principle, the 3382H-1-103 uses a linear Hall effect or a rotary Hall effect to measure a displacement or displacement angle. For the linear Hall effect version, the principle is based on the dependent of the Hall voltage when a permanent magnet is moved against the Hall element. The Hall voltage output is then proportional to the displacement of the magnet, and the rotary Hall effect works similarly.

The 3382H-1-103 is a cost-effective solution for those applications and systems that require precision positioning measurements with excellent response times. It ensures a maximum performance in harsh environments, such as gas turbines, traction machines, cranes, linear actuators, hydraulic units and many more.

Conclusion

The 3382H-1-103 model features the latest technologies combined with robust construction to provide impressive performance, accuracy and reliability, even in extreme environments. In addition, it comes at a very reasonable cost and is a great solution for those applications that require a higher resolution and accuracy than the traditional potentiometer sensors.

When it comes to positioning measurements and feedback, the 3382H-1-103 model provides the highest viewing angle and best accuracy, as well as easy calibrations. Therefore, it is a great choice for all those applications that require the highest levels of reliability and accuracy.

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