PHS07-H1B5KE2806

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Position Sensors, used in a variety of applications, are designed to measure the angular or linear position of a target relative to a reference point or a point in space. In the field of industrial automation, precise and reliable position measurements are indispensable for high precision processes, which requires well-designed and carefully implemented sensors of consistent quality. The PHS 07-H1B5KE2806 is one example of such a high-precision angle & linear position measurement device.

The PHS 07-H1B5KE2806 is a high-resolution application field and working principle device that is built for exacting applications, providing accuracy of +/- 0.1 degrees of angular and +/- 0.001 millimeter linear resolution of measurements. It has a removable bottom to allow for easy installation. It has an analog output 4-20mA with leakage protection circuit. It operates with a 30V DC voltage and can reach up to a ± 35degree wide range of angular measurement. The body is constructed of durable stainless steel, with waterproofness up to IP65.

The position sensor device works by utilizing various principles which include: optical, magnetic, Hall effect, capacitive, eddy current, inductive, and ultrasound. These sensing principles may work in different ways, depending on the application, but all work together to accurately measure the requested values. Optical position sensors use visible or infrared lines and a photocell to measure the position of something that is close to the sensor.Hall effect devices detect the presence of a metal element in their proximity. Capacitive position sensors measure the displacement of an object in relation to a capacitor plate. Eddy current position sensors measure movements by sending a current through a conductive element and detecting the change in its electromagnetic field. Inductive position sensors measure the displacement of a metallic object in relation to an inductor loop or antenna. Ultrasonic position sensors measure the distance of an object from the sensor using sound waves.

In addition to these sensing principles, the PHS 07-H1B5KE2806 includes a temperature extension module that is designed to measure the ambient temperature at the same time as it takes the angular or linear position measurements. This ensures that environmental factors such as temperature which may influence the measurements are factored into the results. It also includes a signal filtering system, which filters the output signal to achieve an extremely stable linear output.

Finally, the PHS 07-H1B5KE2806 has a wide range of applications and is suitable for arduous industrial environments such as machine workshops, steel factories, or automotive assembly plants. It also can be used in vehicle power steering systems and used for motor speed control and angular/linear speed control. The device\'s size and versatile design make it suitable for a variety of installations, from limited space areas to confined installations. It is also highly resistant to corrosion, vibration, and emissions.

Overall, the PHS 07-H1B5KE2806 is an advanced, rugged, and reliable angle and linear position measurement device. With its wide range of sensing principles and multiple features, it is capable of delivering high-precision, error-free results for accurate position measurements in any application. It is a great choice for a variety of industrial settings and is designed to meet the most demanding industrial environments.

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