F9B4-NM10Y

F9B4-NM10Y are the product numbers for a particular version of the linear variable differential transformer. They are used to convert linear mechanical motion into electrical signals and have various applications in industrial automation and research and development settings. This article will discuss the application fields as well as the working principles of the F9B4-NM10Y.

Linear variable differential transformers have various applications in a wide range of industries. In industrial automation, they can be used for positioning applications, as well as measuring the angular displacement or rotation of shafts. Additionally, in R&D applications, they can be used to measure linear parameters like gap or displacement, velocity, acceleration, and force.

The F9B4-NM10Y linear variable differential transformer consists of an iron core fixed to the primary element, and a secondary position that has two windings. The core is positioned between two permanent magnets, creating an alternating magnetic field. When the primary element moves, the core follows the movement, inducing an output voltage in the two secondary windings. The output voltage is proportional to the change of the field strength due to the changing position of the core, from which the displacement of the primary element can be determined.

The F9B4-NM10Y is very accurate and has a precision of up to 0.1 Micrometers. Additionally, it has a very long life and is resistant to vibration, dust and heat. This makes it ideal for many industrial applications. Additionally, it has a wide range of operating temperatures from -55 ℃ to +150 ℃.

Due to its accuracy, stability and robustness, the F9B4-NM10Y is ideal for a variety of applications in industrial automation and research and development. It is used for positioning applications, measuring angular displacement and rotation, as well as measuring linear parameters like gap or displacement, velocity, acceleration and force.