PHS07-H3B10KE3006

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Position Sensors can be used to accurately measure the position of an object relative to a reference point or position. The most common types of position sensors are Angle Sensors, Linear Position Measuring Sensors, and Digital or Analog Encoders. Despite the wide range of applications in which position sensors are used, all of them share a common principle of operation. The application field and working principle of the PHS07-H3B10KE3006 Position Sensor are detailed in the following article.

Application Field of PHS07-H3B10KE3006 Position Sensor

PHS07-H3B10KE3006 Position Sensors are mainly used for linear displacement measurements. This type of sensor is ideal for sensing the displacement of an actuator within a predetermined range. It can be used for a wide variety of industrial applications, such as controlling the position of robotic arms in assembly or welding tasks, controlling the linear position of valves in process control systems, and measuring the position of specific tools or components within an assembly line.

Working Principle of PHS07-H3B10KE3006 Position Sensor

The PHS07-H3B10KE3006 Position Sensor has a linear potentiometer that is connected to a signal transmitter. The potentiometer acts as a resistance element and is connected to a movable contact, which is designed to move along a predetermined displacement range. As the movable contact moves along the displacement range, it decreases the resistance of the linear potentiometer. By measuring the resistance of the linear potentiometer, the signal transmitter can accurately determine the position of the movable contact. The output of the signal transmitter is typically analog, but can also be digital depending on the application.

The PHS07-H3B10KE3006 Position Sensor is virtually immune to electrical noise and has an operational temperature range of -40°C to +100°C. Additionally, it has an overload detection function to prevent mechanical damage that may arise from excessive loading. The sensor is also equipped with a single hall-effect sensor that provides a single channel incremental output signal, with a resolution of up to 0.1 mm, thus providing an accurate measurement of the position of the movable contact.

Conclusion

In conclusion, the PHS07-H3B10KE3006 Position Sensor is highly suitable for linear displacement measurements, since it can accurately measure the position of the movable contact over a predetermined range. Its single hall-effect sensor provides a single channel incremental output signal with a resolution of up to 0.1 mm. Additionally, the sensor is virtually immune to electrical noise and has an operational temperature range of -40°C to +100°C. Finally, it is equipped with an overload detection function to prevent mechanical damage from excessive loading.

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