59135-4-V-04-A

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Magnetic sensors are an important signal transduction component, employed for an array of different sensing operations, ranging from detection, positioning and proximity sensing to speed measurement. One specific application used within the industrial arena is the 59135-4-V-04-A. This unit is a magnetically guided position transducer. It can be used to detect the position of linear motion components or the angular rotation of mechanically rotating parts. It is an ideal solution for applications where mechanical switches are unsuitable due to their inability to measure accurately over longer distances.

The 59135-4-V-04-A comprises of a carefully engineered integrated circuit (IC) and a case containing two electrodes. The IC is equipped with a processor chip and memory bank which reads and interprets signals originating in the form of varying carrier frequencies. By calibrating the magnetic field with a distance measurement or angular displacement, one can determine the position of the part, in respect to a reference point or points.

The working principle of the 59135-4-V-04-A transducer relies on the variety of different magnets embedded within the device. This incorporates two magnets with opposing magnetic poles situated at either end of the sensor. The distance between the two magnets must be calibrated to ensure the device functions accurately when detecting the position of a part. These opposing magnets produce a variable magnetic field between them as the relative motion of the part changes. The variable magnetic field then causes a change in the frequency produced by the carrier wave. The device then uses this variation to determine the exact location of the part.

The 59135-4-V-04-A is especially designed for use in factory settings. In a production line, the sensor can be used to measure the relative position of two components. For example, it can be used to measure the distance between two moving parts which come into contact with each other. This could be used to accurately detect an end-stop in the production process, enabling the correct positioning and operation of the parts. It can also be used for position and proximity sensing in applications such as crane movement control and robotics.

The 59135-4-V-04-A is an effective solution for accurately sensing part position and displacement in automated systems. It is designed for use in industrial applications and consists of a carefully engineered integrated circuit and two magnets. These magnets create a variable magnetic field which causes a change in the frequency of the carrier wave, which is then used to determine the precise position of the part. This magnetic position transducer can be used in factory settings such as production line and crane movement control, helping to automate the production process.

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