LRE-19-075-R-00-10-A

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Position sensors are widely used in applications where size, mechanical ruggedness, non-contact operation, and precise measurements are necessary. They are most commonly used in industrial settings, such as factories, manufacturing plants, and research laboratories. One such position sensor is the LRE-19-075-R-00-10-A.

The LRE-19-075-R-00-10-A is an angle sensor. It can measure angles up to +/- 3 degrees for precise measurements in an extensive range of fuels, lubricants, and fluids. The sensor is designed to be mechanically rugged while remaining compact in size. It is non-contact, so it does not require regular adjustment or calibration like other common position sensing systems.

The working principle of the LRE-19-075-R-00-10-A is based on variable reluctance. This type of technology works by detecting changes in magnetic reluctance due to movement. The sensor contains a small permanent magnet and two coils wound around a shaft. As the shaft turns, the permanent magnet moves closer to or farther away from the coils, and the coils sense the corresponding change in magnetic reluctance. A signal is then sent to an output device such as a display or control system to display or control the angle measurement.

The LRE-19-075-R-00-10-A is designed with a low angular non-linearity that allows for accurate applications with tight angular control requirements. Its temperature stability allows for precision measurements in a wide range of operating temperatures. The sensor is also resistant to shock and vibration, and it is protected against electrical transients. The sensor is easy to install and use, and its low power requirements make it ideal for applications that require low power consumption.

The LRE-19-075-R-00-10-A is an invaluable tool for a variety of position sensing and control applications. It is often used in applications that require precise angle measurements, including motors, pumps, compressors, pulleys, and vibration control systems. It is especially useful in applications where tight control is needed in a range of different operating conditions, such as temperature and vibration. The sensor is also ideal for any situation that requires vibrations monitoring, such as connected drive systems.

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