0936010496

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0936010496 is a contact-free displacement transducer designed to provide accurate measurement of displacement or position of any object. It is suitable for use in a variety of applications, from industrial to automotive, aviation to medical. This transducer provides a reliable and cost-effective solution for measuring displacement, position, or other parameters, in a wide range of fields.

In industrial applications, 0936010496 transducer is used to measure displacement or position of heavy mechanical objects such as machines, cranes, locomotives, and other industrial equipment. The transducer is designed to accurately measure the position of these objects with a minimum of disruption and can be used to provide real-time positioning feedback. This makes the transducer ideal for use in applications such as automatic positioning of parts for automated manufacturing and assembly lines.

In automotive applications, 0936010496 transducer is used to measure the position of engine valve control linkage or to measure the absolute position of vehicle braking system components. The transducer is designed to provide reliable measurements, even in environment with extreme temperature ranges, high vibration, or significant shock load.

In aviation applications, 0936010496 transducer is used to measure the position of control surfaces such as flaps, rudder, and ailerons. The transducer is designed to provide reliable measurements even in environmentally extreme conditions such as the high G-loads experienced in modern jet and aircraft flight. As with its use in automotive applications, the transducer is also designed to provide reliable measurements even in extreme temperature settings.

In medical applications, 0936010496 transducer is used for precision measurement of human anatomy. This is achieved by using a combination of the transducer technology and medical imaging technologies such as X-ray, MRI and ultrasound. The transducer is used to provide precise measurements of both static and dynamic motion of body parts and organs for purposes such as patients positioning in surgical procedures.

The working principle of 0936010496 transducer is based on the Hall effect principle. The principle relies on the use of the Hall voltage, a phenomenon observed when a current carrying conductor is subjected to a magnetic field. The transducer consists of a core or rotor with Hall effect sensing rings embedded in it. When the rotor is displaced, the Hall effect sensing rings produce an output signal proportional to the displacement.

In addition to the Hall effect based principles used in 0936010496 transducers, other types of transducers rely on various other measurement principles. These principles include capacitance, eddy current, inductive, linear variable differential transformers, radar, and ultrasonic. Each of these measurement principles has specific characteristics and is used for specialized applications. For example, inductive transducers are designed to measure extremely small displacements and can be used in medical and industrial applications where precise measurements are required.

0936010496 transducer is a versatile device which offers an accurate and reliable solution for use in a range of application fields. The transducer works on the Hall effect principle and is designed to provide reliable measurements even in extreme temperature and vibration environments. Whether used in industrial, automotive, aviation, or medical applications, 0936010496 is a reliable and cost-effective transducer.

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