55100-2M-05-E

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Magnetic Sensors – Position, Proximity, Speed (Modules)

55100-2M-05-E is a magnetic position sensor technology used to measure the rotary displacement and angular position of various objects. It is often used in the automotive, robotic, measuring instruments, and industrial automation industries. This technology offers a wide range of measurement options, enabling the user to measure distance, speed, power, pressure, and position over long distances. Additionally, it is capable of measuring in both direction, as well as tracking changing variables.

The 55100-2M-05-E is constructed from a multi-piece assembly and uses a variety of magnetic inductive sensors. These sensors measure the angular rotation of objects within a small region. This feature helps to increase accuracy when measuring angular displacement. The pieces are all force-fit together, meaning they are firmly fastened together and form a tight bond.

The way the 55100-2M-05-E works is that it uses the Hall Effect. This is a mechanism in which a current passing through a conductor that is placed in a magnetic field will experience a magnetic field force that will cause the conductor to move. This movement is then detected by the sensor and it is used to measure the angular displacement of an object. The Hall Effect is most commonly used in rotary motion detectors and position sensors.

Furthermore, the 55100-2M-05-E magnetic sensor uses a number of contacts to make contact with the object being measured. These contacts transmit current to the object, and detect displacement. The contacts are designed to be durable as they need to withstand the pressure of the object being measured, so they are usually made out of stainless steel, brass, or nickel-plated copper.

The 55100-2M-05-E sensor is also able to measure hundreds of different parameters over a wide range of angles. It can measure within 0-180 degrees, and in one-degree increments. Additionally, it can measure up to 1 foot in distance and is accurate to within 0.01 inch. The accuracy level of this sensor ensures that the measurements taken are very accurate.

In addition, the sensor can be used to measure changing variables or rotary errors. This feature is especially useful in industrial automation, robotic systems, and measuring instruments. It is capable of measuring variables such as torque, force, and power over long distances. It is also capable of measuring in both directions, horizontally and vertically.

The 55100-2M-05-E also has an operating temperature range of -40C to +105C. This ensures that it can operate in extreme temperatures. Additionally, it is highly resistant to shock and vibration, meaning it is capable of withstanding continuous use and is able to operate under those conditions.

Overall, the 55100-2M-05-E is a magnetic position sensor technology with a wide range of capabilities and features. Its Hall Effect technology ensures accurate measurements over long distances, while its small size enables it to be easily installed in various locations. Its operating temperatures are suitable for industrial applications, and its steadfast resistance to shock and vibration means it can perform consistent measurements over time. This powerful technology is well suited for automotive, robotic, measuring instruments, and industrial automation applications.

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