PHS07-H1B5KE1806

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Position sensors are used in a wide variety of applications. These devices measure the physical position of an object with accuracy and reliability. The PHS07-H1B5KE1806 is a high-performance, single-axis position sensor that is suitable for both industrial and automotive applications. The position sensor uses a pat-schrader valve to measure the position feedback of an object in a range of +/-60 degrees. It can also measure displacement in non-linear regions of up to 1.2 inches.

The sensor is designed to be mechanically separated from the object being measured. This allows the sensor to be accurately calibrated while avoiding any adverse effects due to thermal or mechanical influences from the object itself. A range of models is available to suit various applications, where the objects to be measured range from simple 2D shapes to complex 3D surfaces.

The PHS07-H1B5KE1806 operates on a principle known as "pneumatic displacement sensing." A spring-loaded plunger from the sensor’s body contacts the object to be measured and automatically adjusts the position sensing mechanism. This mechanism uses pressure changes within the system to calculate the position of the object. The principle of operation can be easily visualized as a pressure-difference system, where a greater pressure difference results in greater displacement.

The sensor\'s output is a voltage proportional to the displacement and the linearity of the output can be configured according to the application. High linearity is essential for accurate measurements, which is why the PHS07-H1B5KE1806 has a built-in self-test feature. This feature automatically adjusts the parameters to ensure maximum accuracy under changing conditions.

The PHS07-H1B5KE1806 is a durable and reliable device with a wide range of applications in the automotive, industrial and medical industries. It is simple to install and maintain, and can be used for both linear and angular measurements with great accuracy. The versatility of the sensor makes it suitable for a wide range of tasks, and its pressure and temperature range capabilities make it suited to the toughest environments.

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