59090-5-T-02-F

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Magnetic sensors are being used increasingly to measure position, speed, and motion, allowing both cost savings and higher accuracy compared to traditional sensing techniques. The 59090-5-T-02-F model is a potentiometric position and velocity sensor that responds to changes in its external magnetic field.

The 59090-5-T-02-F utilizes a fuel cell and potentiometer integrated in a stainless steel housing for superior noise rejection, accurate angle measurement, and durability. The output is linear, and is adjustable from approximately 47° to 125°. The unit’s signal is based on the angular displacement of a magnetic field and can be used in the presence of static magnetic fields.

The 59090-5-T-02-F offers a variety of advantages over traditional sensing technologies. It is more accurate than optical sensors, has low power consumption, is rugged and reliable, and is insensitive to dust, moisture, and other environmental conditions. The unit\'s span and zero capabilities are easily calibrated to meet customer needs.

The 59090-5-T-02-F is particularly suitable for use in the automotive, aerospace, and medical industries. Its capability to provide precise position information is invaluable for applications such as semi-active suspension control, inertial navigation guidance systems, and robotic surgery.

The working principle behind the 59090-5-T-02-F is that it detects the angular displacement of a rotating permanent magnet in relation to the sensor. Whenever the magnetic field turns, the 59090-5-T-02-F’s internal potentiometer produces a linear signal which is outputted and can be used for positioning or velocity information.

The 59090-5-T-02-F is a highly reliable, accurate, and cost-effective solution for applications requiring precise position and velocity measurement. With its robust design and easy installation, the in-line module makes the 59090-5-T-02-F the ideal choice for a variety of motion control applications.

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