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Position Sensors - Angle, Linear Position Measuring

The HP-L-0300-103-1%-RH position sensor is a non-contact linear and angle position measuring device. It is used to measure the position of relative movement or rotation in an industrial environment. It is used to detect the angular displacement and linear distance between two objects. It is designed to enable accurate, reliable and repeatable measurements over long distances with a wide range of accuracy and resolution.

Application & Working Principle

The HP-L-0300-103-1%-RH position sensor is suitable for applications in many industries, such as automotive, aerospace, robotics, packaging, manufacturing and medical. It can be used to detect the linear movement of an object, or the angular displacement between two objects, when combined with a precision signal processor. Its working principle is based on the optical triangulation principle, wherein an infrared laser beam is emitted from one end of the position sensor, and is received by a detector at the other end. The detector measures the angle of the laser beam when it is reflected from the object, and the output is then converted into a linear or angular position measurement.

The position sensor is made up of an emitting unit and a receiving unit. The emitting unit consists of an infrared light source, which emits a beam of light that is focused onto the object by a lens mounted on the emitter. The receiving unit is equipped with a detector and an optical system which converts the reflected light from the object into an electrical signal.

The output of the position sensor is linearized using a special algorithm, which reduces errors and provides a more accurate position measurement. The signal processor then converts this linearized output into a digital value that can be read by a computer or other device. The accuracy and resolution of the position sensor can be adjusted by changing the settings on the signal processor.

The position sensor is also designed for high accuracy over long distances. The infrared laser beam is able to travel over long distances without being affected by outside environmental conditions such as temperature, humidity or dust. It has an operating temperature range of -20°C to +80°C, and a maximum sensor length of 3.0m.

Conclusion

The HP-L-0300-103-1%-RH position sensor is a non-contact linear and angle position measuring device suitable for industrial applications. It is designed to enable accurate, reliable and repeatable measurements over long distances, with a wide range of accuracy and resolution. Its working principle is based on the optical triangulation principle, wherein an infrared laser beam is emitted from one end of the position sensor, and is received by a detector at the other end. The output is linearized using a special algorithm and then converted into a digital value that can be read by a computer or other device.

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